SCIENTIFIC ABSTRACT YERMAKOVA, V,N, - YERMANOK, M.Z.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001962810010-3
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: April 3, 2001
• Sequence Number: 10
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

,0
AUTHORS i Grinovp A. N.y..Yermakova,_L_,9q-r-,- SOY/20-121-5-27/50
Terentlyev, A. i:'~Porr~eapondiftg Menbart A .-; V3 R
TITLE: Synthesis of 1-Benzyl-2-Methyl,5-Methoxy Tryptamine (Sintez
1-benzil-2-metil-5-metokaitriptamina)
PERIODICAL: Dokl~dy Akademii nauk SSSR, 1958, Vol. 121, Nr 5,
pp. 862-864 (USSR)
ABSTRACT: E. Shaw (Ref 1, 1955) synthesize'd 1-benzyl-2-methYl-5-methoxy-
-indole-3- acetic acid from the substituted phenyl-hydrazone
of the methyl ether of levulinic acid by means of the Pischer
(Fisher) reaction. Owing to the reduction of the amide of this
acid by means of lithium-aluminium hy4ride, 1-benzyl-2-methyl-
-5-methoxy tryptamine (VII) was produeed. Clinical investiga-
tions have shown that the latter substance being a benzyl ana-
log of serotonine (BAB) has a higher physiological activity
than its antimetabolite (Refs 2 - 5)- A scheme of the synthe-
sis of the substance (VII) carried out by the authors is
given. The condensation of p-benzoquinone with the ethyl-ether
of the N-benzyl-A-amino-cratonic acid with respect to
Card' 1/42 1-benzyl-2-methyl-3-carbothoXY-5-OXY indole (1) has only been

Synthesis of 1 -Benzyl-2-' ethyl -'Wethoxy Tryptamine SOV/20-121-5-27/50
-5
achieved under conditions which deviate from the conditions
of production of other nitrogen-substituted 5-OxY in..Ioiines
(Refs 6.- 9). The methylStion of the oxy-group of indole M
takes place smoothly under the influence of dimethyl oulfate
in an alkaline medium. The splitting off of the carbethoxy
group from 1-benzyl-2-methyl-3-carbethoxy-5-cethoxy indole (II)
most probably passes through a stage of formation of a form of
indolinine in connection with an action of H 23o4 in acetic acid
solution. The other stages of th2 process are carrici out ac-
cording to methods analogous to those given in publications
(Refs 10,11).
There are 11 references, 5 of which are Soviet.
ISSOCIATION3 Noskovskiy gosularetyennyy universitet im. M.V. Lomono3ova
(Moscow state univer3ity imeni 11.V. Lomononov)
SUBMITTED: March 21, 1958
Carl 12

SOV/79-29-1-19/74
AUTHORS: Grinevp A* N*j Yermakoval V. N., Terentlyev, A. P.
TITLE: Investigations in the Field of quinoneB (Issledovaniya v obla-
sti khinonov) XXIV. Isomerization of the Adducts of p-quinones
With-Diene Hydrocarbons (XXIV. Izomerizateiya adduktov p-
khinonov a diyenovymi uglevo.doroaami.)
PERIODICAL: Zhurnal obshchey khimiig.1959# Vol 29p Nr 11 pp 86-89 (USSR)
ABSTRACT: An important method cf synthesis of the substituted hydro-
quinones is the isomerization of the P-quinorte adducte with
diene hydrocarbons: U 0
If
N 0
In this connection the authors suggest to carry out the iBo-
merization of the adducts by boiling with acetic acid as they
had already done in the case of synthesis of 2-methyl-5,8-di-
hydro-50.8-endoethylene riaphtho-hydroquinone (Ref 6). This
method permits the condensation of the quinones by diene hydro-
Card 113 carbons, as well as the-isomerization of the adducts formed,

307/79-29-1-19/74
Investigationo in the Field of Quinones. XXIV. Isomerization of the Adducts
of p-Quinones With Diene Hydrocarbons
into tile substituted hydroquinones without separation of the
adducta. In the present paper the following hydroquinones were
synthesized: 5,8-dihydro naphthohydroquinone (I), 6-methyl-
5,8-d1hydro naphthohydro uinone (II)p 2-m6thYl-5,8-dihydro
naphthohydroquinono (11130 60-dimethyl-M-dihydro naphtho-
hydroquinone (IV), 2-chloro-598-(Iihydro n ap hthoh droquinone (V),
2,3-dichloro-5,8-dihydro naphthohydroquinone (VI , 2,3-di-
chlor.o-6-m'ethyl-5,8-dihydro napht-hohydroquinone ~VII), 2,3-di-
methyl-1,4-dih.vdro amthrahydroquinono.(VIII), 2,30-trimethyl-
194-dihydro anthrahydroquinone (IX)t 2j3j6-tr1muthyl-1o4-di-
hydro anthrahydroquinone M and 6-methyl-1,4-dihydro-IP4-endo-
ethylene anthrahydroquinone (XI), The quantity of reagents,
reaction duration, melting points, yi*lds strd analyses of
these hydroquinones are given in tablo 1. For the first time
the adducts of 5-m8thyl naphthoquinone wero synthesized with
2,3-dimethyl butadiene (XII), the adducto of 6-methyl naphtho-
quinone with 2,3-dimethyl butadiene (XIII) and the adducto of
6-methyl naphthoquinone with cyclohexudiene (XIV). Table 2
Card 2/3 gives yields, melting points and analyses of the adducts

S07/79-29-1-19/74
Investigationzi in the Field of Quinones, XXIV. Isomprization of the Adducts
of p-Quinones With Diene kydrocarbons
mentioned* There are 2 tablen and 9 roferences, 6 of ffhich
are Soviet.
ASSOCIATION: Moskovskiy gosudarstvennyy universitet (Moscow State
University)
SUBMITTED: November 16, 1957
Card 3/3

SOV/79-29-1-201/74
AUTHORS:- G-rinevf A. N., Yermakova, V. N., Terentlye-t, 1. P.
TITLE: Investigations in the Field of Quinones (Iseledovaniya v
oblasti khinonov) XXV. Synthesis of Naphthoquinones and Dihydro
J,nthraquinones (XXV. Sintez naftokhinonov i aigidroantra-
khinonov)
PERIODICAL: Zhurnal obehohey khimiip 1959v Vol 29, Nr 1, pp 90-92 (USSR)
ABSTRACT: In one of the earlier papers the authors showed that the easiest
vray to obtain 1,4-naphthoquinone and 2-methyl-1,4-naphthoqui-
none is from p-benzoquinone (toluquinone) and divinyl in which
case the reaction takes place without separation. of adducts
and hydroquinones obtained from their isomerization (Ref 1).
According to:this method 6-methyl-naphthoquinone (1) and
!i"methyl naphthoquinone (II) were found in the present work.
ii,T-dimethyl-194-naphthoquinone (111) was obtained in high
yield by the oxidation of 6t7-dime'thyl-5#8-dihyclro-naphtho
hydroquinone ('Ref 2). 2,3-dichloro-p-naphthoquinone (IV)
iras obtained from-2t3-dichloro-p-benzoquinone and divinyle
Apart from t,h-i,s several quinones already characterized in the
Card 1/2 previous paper'were oxidized in an acid medium with potassium

I SOV/79-29-1-2,0/74
Investigations in the Field of Quinones* XXV. Synthesis of Yaphthoquinones
.and Dihydro Anthraquinones
bromate--The following anthraquinones were obtained: 6-methyl-
1,4-dihydro-1t4-endoethylene anthraquinone (V), 6,7-dimethyl-
1,4-dihydra-1,4-endoeth,ylene anthraquinane (VI), 293-dimethyl-
194-dihydro anthraquinone (VII)t 2,3,5-trimethyl-1,4-dihydro
anthraquinone (VIII) and 2,3j6-trimethyl-194-dihydre anthra-
quinone (IX). The table gives the experimental results of the
synthesis of dihydro anthraquinones.
There are 1 table and 5 referencesq 2 of which are Soviet.
ASSOCIATION: Moskovskiy gosudarstvennyv universi,tet (Moscow state University)
SUBMITTED: November 14, 1957
Card 2/2

50) BOV/79-29-8-74/81
AUTHORSs Grinev, 1. N., Yermakova, V. N., Vrotek, Ye., Terentlyev, A. P.
TITLEt Investigations in the Field of quinones. XXVIII. Synthesis of
the 5-Oxyindole Derivatives
PERIODICALs Zhurnaldb~tmW khimii, 1959, Vol 29, Nr 8,
pp 2777 - 2782 (USSR)
kBSTRkCTs The authors were interested in the synthesis of serotonine
analogues (Ref 6) and the growth itimulants of plants (Refs 7,8)
based on 5-oxyindole derivatives, and continued their previous-
ly not quite successful investigations (Refs 1-5) by trying
to increase the indole derivative yield. They presupposed that
the meter forming in the course of the condensation process
hydrolyzes the 1&-aminoorotonate (Scheme 1). The separation
of ammonia and the amines, however, effects a polymerization
of the initial quinone and other side reactions. In order to
'bind the water which has a detrimental effect, the anhydride
of acetic acid and zinc chloride were used, but did not lead
to a higher indole yield. In order to remove the water from
Card 1/2 the reaction mass, the azeotropio distillation with dichloro-

Investigatioria in the Field of Quinones. XXVIII. Synthesis SOV/79-29-8-74/81
of the 5-Oxy1ndole Derivatives
ethane was used in the reaction process which led to a con-
siderably higher yi eld Compounds (I) - (VII) were obtained.
In the methylation of iVI) with dimethyloulphate (VIII) was
obtained. In order to achieve the synthesis of new growth sti-
mulants of plants, the reaction of 5-oxyindoles with chloro-
acetic acid and a bromoacetate waa tried. Under the influence
of the acid on (II) in the presence of a 40% soda solution a
,good yield of compound (IX) was achieved# The condensation of
the other 5-oxyindole derivatives only resulted in the initial
indoles and in resins similar to polyglycol. The reaction of
the phenolates of the 5-oxyindole derivatives with ethylbromo-
acetate is normal. A high yield of the substituted esters M,
(XI), and in the hydrolysis of esters, of the indolyl-5-OxY-
acetio acids (XII), (XIII), (XIV) was obtained. The table shows
the derivatives of 5-oxyindole. There are 1 table and lo re-
Irerenoes, 9 of which are Soytit,
ASSOCIATIONt Ifookovskiy gosudarstvennyy univeraitat (hioscow State Univer-
ility)
SUBMITTEDi July 2, 1958
Card 2/2

GRINEVs A.N.j YERMAKOVAP V.N.; TERFMITEVP A.P,
Synthesis of 2-a.Ikyl-5-wthax7graxine derivatives. Zhure
ob,6:khim. 31 no.12:490-495 F 161., (KIRA 14:2)
I* Moskovskiy gosudarstve=yy universitet,
I I (Inccue)

GRIN3Vp-A.N.; YERMOVA -NTIYEV, A.P.;
MINIKOVA, I.A.; TERE
Quinows. Faft 37t Condencation of p-benzoquinow with anilides
of($-wftinocrotordc acido. Zhur.ob.khim. 31 no.7!23034306 JI
161. (KMA 14t7)
1. Hookovskiy gosudaretvanrqy universitet imeni N.V. Lcaonosova.
(Benzoquinone) (Crotonic aoid) (Anil4da'o)

USSR Humn and Animl Physioloff. CarboWrate 1*tabolimma
Abe Jour Ref Zhur - Biolix No 15p 1958, No. 6984
T
Author
inst Aterbaydzhan Medical rmatitute
Title The Influems, of "TAtis" an the Content cdr Su~pr and Phos-
phm-w In the Blood In Mys rol-ental Liver Damm4p
OrIg Pub t Sb - tr. Azerb. mad In-ta, 1956, No 3.. 71-76
Abstract : Hepatitis of Yaz71% severity vas produced In rabbits by
suboutamous injectlemm of CC34 In a solution of apricot
Oil* Ons group of U10010 VW 91TIM Oe3 31 OC14 per kg
body veight for a period of tbm "j a second group van
given twice the dose for twice the length of tU*. Along
vith the C03,4 Injections,, the experlmontal rabbits received
"istie" izdnml vater for 15 days in donee of ton ml per kg
body weight., vhIle control animle received the same dose of
C ard 1/2

tWR /1 H=,%n and Animal Physiology* Carbohydrate Yetabolism. T
Abs Jour Ref Zhur - Biol.., No 15p 1958., No. 69844
tap water. In all amimls., stidies were nods of the glycesdo
curve following glucose chal I rV ard of the content of
inorganic phosphom in the blood. The "Istia" was noted
to exert a marked therapeutic effect* The hyperglyomio
and poutgIycemic coefflolente for followIng ML4
poisoning and treated with "Istle" at the end of the
experiment differed little ft= those I;rior to the
injection of CC14, rn the second group of aninalej vith
more nem poleming of the Uver, thle offoot was some-
what weaker. No clear-cut rule for the chwigm of content
of inorSanic phosphorus in tbe blood oould be seen. --
L. A. KashchevskWe
Card 2/2
29

A 1111. "1 1111 1 '1
V=Chlaa-t roe tor statloaOs workoral oommittes; tbo work practices
of t1w tr*Ae union at th* lovyogi mehin,a-troator statioul
lobitlWabyl knitst WS; Z donvidu robott profor6alzatali
IKOVO.U
wivalkot WS. Darkiv. Morkivalke Oblasme Ttd-vo. 1956.
41 (NIMA 10:4)
(lbehine-tractor stations), Mrsins-Trads unions)

I --ll - 1147.P., ~ I. .. ...........-.11''. 11
YERMAKOVA V V
Terrigenous sediments In the Avet and Frannian stagenin the
Bouthwootern Zhiguli Hills, Ixv,'vym, uchob. zfkv.; roft' i gaz
5 no.6s2l-24 162, (MIRA 160)
1. Saratovskiy gasudarstvannyy universitet imeni N,G.Cher Shevskogoo
(Zhiguli Hills-Geology, StratigraphiZ

Mitt 1P. ii- I... ........... .... . .
llrz, tow:; trill 11,111411111liq 19tim-IINIII)II -- -I- .
YERKUOV,9 B.S.; YPMKOVA,.V.Yeo
Setting of adventitious roots In the green cuttings of grape.
Biul., Glav. bot, sada, no#55z99-106 164. (MMA 18S11)
1. Moskovskaya, aellskokhonyaystvennays, akademlya, Iment K.A.
Timiryazeva.

MMWNOVA. A.k.; MIRONOT.'A., professor, rateenzent;.U"04&q--&Loa,~nzhaner,
retseasent; MMIN, Xh., kandidat tekhnichaskikh nauko,opetereclaktor;
ITANOTA, N.M.# redaktor; URDT,B-K*q takhnicheek~7 redaktor
rLSabmp !msslug production] Xisbachnoe proisvolstvo. Mook-no
Pishchmpromisdat. 1956. 103 p. (NLRA 10:2)
11 - (Sausage caslap)

I ...... 11,1,q ... .. -1 1. .. . I I ...
-L- -, -- - -
rr-&MALOVA, D.A.
Investigating temperature distributions during the evaporation
f~rom solid state in a vacuum* Inzhe-fiz, zhar, 7 no..5-139-44 MY 164.
(MIRA 17:6)
I* Institut khinicheskogo mashinostroynniya, Moskva.

,,,TERIUKOVA~.jo*A*
Neebomism of heat and man tranafer during sublization. of Lee
in a vammm. Insh.-fis.shur. no.11:73-79 N 158.
(Mm 22a)
1. TekbalcheaPdy Institut rybnoy promyshlonnostl I kbosyay-
stva Iment. A.1. Alkoyana, ge Moskva*
(Sublimtlon (Physical sciences))
(Heat-Transwivelon) Oboo transfer)

TIRK43ODY4 To.A.
vzpo,rlmmtsl lowestigatlon of host szcbaw ftx!ing the sull~-
IIIASIOD of Ice,~jiltb sumary lit .114glishl. lnsb,.wflv~xbur* -
(mu 11112)
10 Tokbnlchookly Institut rybnoy proorehlonnosti t kboxyaystva
Ineal A* I a KikWom, S,, Naakwaw
(Sat 6f vaporisation) (100)

ACCESSION NRt AP4037996 S/017016410001003/0039/0044
AUTHORs Yemakova, Ye. A.
TME i Study of i2m taVeratwe distribuUous dwring subUmaUm In vacaun
SW=t lnzhe~enw-flzidheddy shmmal, no. 5, 19&9 39JA
TAGSs Subl!bnUon.. oonv heat transfer, heat conduction, heat
exchange
I ABSTRACT-. The touperature fields in the chmber of a sublinator were studied I
for the case of evaporation of water from the solid state in vacum for differeilt
temperaturs of the walls of the sublimator. A conparlson of relative distribu-
tion curves shows that heat conduction camot be the only mechanism of heat
transfer* Balance calculations based on oxperimentally constructed isotheiml
surfaces and an analysis of the configuration of experimental temperautre distri-
bation curves indicate a substantial influence of convection on the rate of beat
exchange in vacuum, The role of oomection in heat trat-Afor gradually dimbAshes
with increasing d1stawo from the awqaeo Orip art, has 1 4 f1pres.
ISard I.L/L

YEMOVA,* Ye. A.
YM-AKOVAP Ye. A. -- "Investigation of Heat and Naas E=hanp 'in Dry:Lng bY
Sublimation," Sub 11 Jun 52p Moscow Techno2ogiva2 Inst of Food Induatry
(Dissertation for the Degree of Candidate In the Technical Sciences)
SO: VECHERNAYA MOSKVA, JANUAPY-DECEMER 1952

July 0
q'z
2 Vol
2857. IME7 HOD o!;, Quiu;TITATIVE DETERMINATIO'N OF Ah1I::()-ACIt' 'S ON
CO,%1PLLT&-:'L7 NINHYDRIN-DEVELOPED CHROMATOG "'all tf!xt)
Erm A kova E. A. Uzbek ftes.Sanit.lnst. , 'J'aahkent, USS It - 11,101-:111M I YA
1957, 22/5 (917-023) Griphs 2 Tables 2 Illus. 5
To avoid adnorption losses of amino-acids and reduction of 11m colour yield.
atandard solutions of vni-lotis amino-icida were chrainitograrthed under the SA11W
conditions as protein hydrolysaLeS. The amitio-acid spots thus obtaim,-d :ire eluted
with water and standardization curves constructed from the extinction values oi the
eluates. The amount of amino-acid in each spot of the ninhydrin-developc-d Chroma-
togram of the protein hydrolysate was determined photometrically frorn the respect-
ive standardization curves. The mean error of the determinations I.,; -t 41~,,,

YERMAKOVA, Ye.A.p Cand Chem Sci - (diss) "Method of
quantitative dra on- of amino acids in chromatograms
completely deteloped with ninhydrin (Nutritive evaluation
of SO&WASar and leguminous vegetables of 410io-Uzbekistan
according to-iheir amino acid compositinn)." Tashkent
1958, lh PP (Min of Higher Education USSR. Middle Asian
ny polytechnic Inst) 200 copiesi bibliographytew pt lh
(16 titles) (rL, 42-58v 113)
_ 7

YKWKGTA 0 re A
-.,TAPwWwwV r
Swaluation of proteins from cereals wA I MIS last a in
A
Uzbekistan according to their wiso acid Monuteinute FwLth *==wry
In English]. Vop.pit. 17 no.4t3541 JO-Aff 158 (MIRA 11:7)
1. In Usbakskogo nauchno-looledavatel'skago vanitarnogo Instituta,
Tashkents
(AMIN ACIDS. determination.
In cereals & legualuous plants
(CMUZ,B,
amino acid content (An))
(VMWABLZS,
same)

50)
AUTHORSt Kuzlminykh, 1. N., (Deceased), SOV/153-58-3-15/;o
Yakhontova, Ye. L., Radiancy, A* I.,
TITLE: Drying of Superphosphate in a Boiling Layer (Podsushka
superfoofats v kipyashchen slays)
PERIODICALs Izvestiya vyeshikh uchebnykh savedeniy. Khimiya i
khisiohookays tekhnologiya, 1958v Nr 3, PP 80 - 85 (USSR)
ABSTRACTs The superphosphats, produced in Soviet factories from apatite
(continuous method) contains 19.3 - 19#9% assimilable F 0
2 5
including 10 - 12% H20. As 1% H2 0 corresporAo to 0#2% P2 05'
-the removal of the humidity would increase the content of
useful substance which again offers further advantages.
Superphosphate mayp h8weverp not be overheated, as tempera-
tures above 130 - 150 rotraneform part of the P 205 into a
non-asaimilable form. The method of the boiling layer sug-
gested in this paper could also be used for the purpose
mentioned. The lack of references in this field stimulated
Card 1/4 this work. In this method the heat exohange takes place

Drying of SuperphosPhate in a Boiling Layer SOV/153-58-3-15/~';O
intensely and the whole substance scattered over the grating
has the same temperature. In the present paper the degree
of the drying of superphosphate as dependent on temperature
s,nd the duration of the blowing out with air is to be deter-
mined, and it is to be made clear to which extent the degree
of drying depends on the content of free P 205' As far as
the ripening represents a bottleneck of modern superphosphate
production it would be interesting to find out whether the
ripening reaction is not accelerated in the boiling layer.
Therefrom it could be concluded which superphosphate (fresh
or ripened) in suited better for blowing out br air. The
first experimental stage was carried out on a laboratory
basis (Fig 1). Then the experiments were continu-i at the
Voskresenskiy Xhimkombinat Noftmemk CbesdooM Kmbinat).
Ifendta obtained sboved-the sathors that the method of the
boiling layer is a simple and good means of afterdrying the
ouperphosphate ready for shipment. Especially the waste
gases of the sulfurio acid plante (the completely anhydrous
anes from contact systems or those with a low water content
Card 2/4 of the tower systems) may be used for this purpose. The

J)rying of Super-phosphate in a Boiling Layer SOV/1 53-58-3-15/30
additional expenditure for the afterdrying of the super-
phosphate is probably the least oxpeneive one with the method
of the boiling layer. on the other hand, the transport
means are relieved by about 7% and ~he transport coats of
a then more valuable fertilizer per unit of useful substance
are decreased. The possibility of simultaneously neutralizing
the free P205 by ammonia seems possible. This would further
increase the quality of the fertilizer. The authors draw
the following conclusions from their resultst The humidity
content decreases in''superphosphatis with ths decrease of the
content of free P295 and with the increase in temperaturet
at 400 the humidity was removed to 50%P at 500 to two thirds.
After 5 r 10 minutes the drying is finished. No perceivable
variations of the degree of ripening at# noticed during the
drying of superphosphate. A more intense drying delays the
ripening during the subsequent storing, The treatment with
air in the boiling layer (without evappration of the humidity)
does also not accelerate the ripening.- In spite of a consider-
able humidity content superphosphate is easily brought into
Card 3/4 the pseudo-liquefying state. The bigger the amount of

Dry~ng of Superphosphate in a Boiling Layer SOV/1 53-56-3-1 5/~',
pup*rphompbsto an the grating the higher is %he gas velocity
in the apparatus required to form a pseudo-liquofied layer.
There are 5 figure@.
ASSOCIATIONs Nookovskly khimiko-tekhnologichookiy institut imeni Do I.
Mendele,yeva (*05cow Institute of. Obomi4al Toohnology Imeni
Do I. Henaeleyev); Kafedra tekhnologii mineraltnykh kielot i
soley (Chair of the Techoology,of Mineral Aoide and Salto)
SUBMITTEDs October 12, 1957
Card 4/4

GLWMI A, A.; YEEIWMVAy Ye. A.
"9ome results of experimental investigation of the evaporation P:rocess from
L
a Oolid state in vacuum."
report submitted for 2nd All-Union Conf on Heat & Mass Transfero Minsk, 4-12
may 1964.
Moscow Inst of Chemical-Mechanical Engineering.

ACC NRI AP7002435 SOURCS COONS UR/0919/66100011)12/0034/0036--
AUTHORS Zakharcifa, a -V loy
WmOee 'Not 341yer,ovo S. YO.
ORO: none
TITLE: Mechanicul properties 1. of sloblum aid-Its alloys at low tenp'er&-
tures
SOURCES - metallovedenlye L. teirmilcheskays, rabotka metailow, no. 12,
1966, 34-36.
01,
TOPIC TAGS: niobium, n1obium alloy, m6mb it rt V , m6=bdmm&
property/YXI niabium alloy, VX2 njoblum alloy, vH2A
sloblum alloy
ABSTRACTS
Specimms of *1 uloikum *and'iWi and VMZA niobium al loy, &a-defomed,
stress--relieved at UOOCp or recryetallization ahnealod at 1200C.,were
subjected to tensile and UVact tests at temperatures ~ fro& -253 to 20C.
it was found that stress relieving had little or no affect on the
machanical properties of VNI niobium. T Recrystallixation annealing -7
lovereit the imi&" strength from 96 to 89 kg/~Wp' the'yieid strength
from.95 to 88 k6ofamils, and Increased the aloaption fron 15 to 21Z and
the ncl~ch tomOmma, from 19 to 25 kp/=2 (tested at -196C), coupared t o
as-deffound 8110 no microstructurs! of r
...?51qetalli**4 VNI nLobium was
UDCt 620.l7t649.293:66'.*9'7~'**,-*',

ACC N& AP7002433
-iiiiforn and flui-irilied.- Auoyiag With num was a to ra e
*;the all dlictility transition temparaturs. Consequently, the molybdenua
content in ulablus alloys should not *at* 42. Additional alloying of
n1ohim lybdenum alloys with sircoulumm ignificantly increased their
ductility anj notch toughness at -196C. axing the test temperature
to-253C resulted in Increased tensile =0 yield strength and decreased
elougationand notch thuSbnese In NVU nigbium alloy (see Fig. 1). Tho
27
'k /M
properples of VIOA alloy (cold-roUed
abast)
U An""od at JLMC for 30 min;
1%.,2 snp*" at IM Ior 1 hr;
2
x 3 so', nIjAWj
Cmd 2/2.

n-RWOVAs To. Ya.
Mbroj, Infection Clinic.$ Inst. Pediatetce.,'Dept. Clinical Hed.., Acad. Med. Scil.. -cl948-.
Nbr., Bass Hospital im Rasakows -c1948-*
"Tests on the Applicaticn of Serum Purifted According to the Method of the Central
i
rhatitute of Epidemiology and Medicine,, in the Treatment of Diphtheria.", Pediatriya.,
No. 2j, 19481
"Age Characteristiami of the Coarse of Serum Sickness and Its Prophylaxiss" ibid..,
No- 5,, 1948.

YMAIAII-OVA, YZ. YA.
USSR/Medicine - Serum SicknesB, Pathology sep/Oat 41!
Medicine - Prophylaxis, Effects
"Age Characteristies'of the Course of Serum Sickness and Its Propbylaxls," S11. L.
Derechinskaya, G. S. Voskresenskayn, YE. YA. Yennakova, Infectiows Disenfie) Sectort Inst of
Pediatrics, Acad Med Sci USSR at Base Hosp Liami Hunakov, 6 1 pp
n1ladiatriyall No 5
Reports observations made during several years at Institute. TabiLlatea and Oiec4srjeq results.
Concludes that purified. serum, T81EX (Can Inst of Experimental Ked) preparation, used for
prophylaxis of serum. It lowers degree of anaphylactic reaction.
PA 34/49T56

fk- j
tt
J
~A, /L. And. K A4 ~14,14kool,
a"[' pI I Ill 1~111!1- Im loll ~(J I I
n, Ott- 11111% wilt l1w;1I lb"I'ttj
I.Ox I

YERMAMVIV Ye. Yc.
TEDIAKOVA, To. U. - "The developiment of antlotoxIc immiumilty to experimental dlpM-
harle of the- eyes In guLnea pigs". Nomeow, 1955. Aead Ned Sci USSR.
Inst of ZpIdesiology and Microbiology lmni Bowery Acedemilclan N. P. Gamaleya
(Diseertation for the Degree or canwate or Fledical Sclenoos),
SO: ra toplal Mo. 46, 12 November, 1955 MAscov

YEWKOVAt Z. D.
Cotton Carding
How I plan my work. Tekst. prom., 12, Mo. 6t 1952.
0
Monthly ILsl of Russian Accessions,, Library of Congreass October 1952 UNCLASSIFIED.

2BUT1370 S,'V,I, MMMM"OV'A Z
Sc~sotkods of anthemisim 10-(V-shlaroymp~l)-2-ehlwopbone-
UU-sins, Zhure yrlklo kh1m, 38 mcll.50171~-1176 W 165
(KMA 18;1")
lo 1=t1tut faraakologii i 'chisf torapdLi AKN SSSR.

ZHURAVLEV j, S. V. ; GRITMKO,. A. N. 1. 104AWFA, Z. I.
SpWisis in the phenothiasine serleso Part 7: SyntheoLu of 10--/-
cbloropropyl derivatives of phenbthiAzine 2-claoro- Z-acetyl-'
0 p p
and 2--propionylphanothiazins. Mwr.ob.khim. 32 no.6t1912-1914 A
162. OUPA 15:6)
I* knitlut farmakologil I kbimicterapli Akadadi unditsInakikh nauk
SSSRI

ZHURAVLEVI ~A~- GRITSMO, A.N.
Syntbeiais in the phenothiamine xoriese Part 9; liyntheoia of
i-o~,/'-C/i,-(R-bydrozyotbyl)-l-pipirasityll-propy~-phow-thiazine
and i1a 2-chloro-, 2,-acetyl-, and 12-propiozWl.is~uotit~bed analogs,
Zhurobakhtme 32 no.7z2244-2248 JI 162c (KM 15:7)
1. Luititut farmakologii i khjmioterapU Akademit maditainakikh
nauk USSR.
(Phenothiazirm)

PARIMATA, L.T.; KOGAN, Y.N.; KAUCHNYA, A.P.; CIDUMNIGHWO, G.S,.
Prinimali uchastiye: PASMINA. V.I.; KORCIBKOVA., T.11,; BURYA-
KOTA, G.I.; AGASHKINA, X.S.; AMOEMA, G.M.; ARMOVA,, T.Ta.;
BOBINA. M.L.; YZUWOTA Z P : 11WIMOT, YusAq; POLUTMAYA,
L.G.; SHIMIA-7-T. F.P., oty.red.; ROOOVOCATAl
Ye.a., red.; SWUMMV, A.N., tekhn.red.
[Agroolimatio reference book on Chits Province) Agrokllmati-
cheakii spravochnik po Chitinskol. oblaoti. Leningrad, Gidro-
mateor,izd-vo, 1959, 131 'Po (MIRA 13.2)
1. Chita. Gidrometeorologichookaya ~bie~rvdtoriys. 2. Starshiy
inzbener-agromiteorolog Chitinskoy gidromteorologichookoy
observatoril (for Fariyskaya)o 3. Chitinskays gidrometeorologi-
cheskaya observatoriya (for Kogan. Kalachava, Cberednichanko).
(Chita Province-Crops and olimte)

TSYGODA, I.M.; KAZAKOV, y.mq mEsMov, R.A.1 BRTUKHANOVO H.G,.; BIJRBA,,A.A.;
SADIX01r; V.I.; PIGAREV, A,,D.; Prininali uchastlyst PECHIMMI, S.R.;
GLAZACM, G.M.; KHVWWK' F.I.; KODIMSEV, A.V.F IMALITEV, Me.;
YERMAXDVA,.,,Z.$.; NOVAK, I.V.; XHILIKO,-I.Ye.; LYASMSKIY, R.A.; PROKHO-
ROVY A.I.; CHERTOVA, N.G.j.URUBKO,.V.N.; KUGUCWV, V.V.
Industrial testing of a flow shoot for the processing of Altai complex
metal ores along the lines of the flow shoot used at the Madnegorskii
Combine. TSvet. met. 36 no.12312-15 D 163. (14IRA 17t2)
1. Vaesoyuznyy nauchno-issledovatellskly gorno-metallurgichaskiy institut
tp"tnirkh metallov (for Pechenkin, Glazachbv tsev). 2.
,Khvesyuk, Kodin
Irtysbakiy-polizetallicheskiy koubinat for T rgaliyev, Yermakova). 3.
VAdnogorskiy =dno-4ejrnyy konbinat (for Novak, Khillkop Lyashevskiy,
Prokhorov, Chertova, Urubko, Kuguchev),

YEMWOVICIII D. V. I
"Study of Mechanical Properties of Nonrigid Toppings of Autmobile Roads on the Basis
of Measurement of Sags and Stresses." (Dissertation for Degree of Candidate for
Technical Sciences) Min Higher Fducation USSR, Xhar'ka7 Automobile Roads Inst, KharIkov
1955
SO: M-1036 28 mar 56

. . - . .. - -, - 1, "", " , , , - 11 - . ... . - . I . - - - . --- - -
YEMKOVEII. D..V.,.,kand.tekbn.nauk
Mviological phenomena In otabi.Uzed aoils caused by
3xmidingo Avt.dorpi dor.stroi. no.l-.32-36 165. ()URA 3.883-3.)

BIRULYA, Aleksmadr Nonstgutinovichp prof.; GOVMSHCLOIKO, Hikolay
Yakovlwvich, doto.s kand. tekbc. nauk; XEMAKOVICIIj Dmltriy
V iE2v c k; yaovwJr,-".
._jMAR,_ dots., kand. tekhn. nim~
red.; IODVItIZBIYXH,, L.P.v red.; GAIANTIONOVA, Ye.N1., tekim.
red.
[Highwqys and their use] EkspluatatsiomWe kachestva. avtomobill-
mykh darog. Moskvap Nauchno-tekbn.izd..vo M-va aviomobiVnogo
transp. i shosseinykh dorog RSFSR, 1961. 133 P. WHA 15:2)
(Transportations Automotive) (Roads)

- I .. -
BIRULYA, A.K.; IERMAWVICH., Mw
Laboratory investlgating of -Im c propertids of soil-
cownt pavownt'sodels; Trudy Mir. &it.-dor. Inst. no628i
13-25 1629 (MIM 17: 2)

YEMKOVICH,.D.V..; KUPRINO B.D.
Device J!or wasuring deformations In road structures. Trudy
Khar, airt,-dor. inst. no.28t26-29 162. (MIRA 17r2)

TAMWAKOVI I, starchly kinomekhanik.
Nors, attiontion to the lubriaMion of projeotors. litomekhanik no.6:31-32
JO 153. (MI." 6:8)
(Moving-picture projectors)

YFA%IAXOVICH, V.K., inzb.
Convertara using germanium diodes, Avtco,p t43.0m, J sTia:01 S
.- nc.22:31-32 D 164. (MIRA 181i)
1. laboratoriya signalizataii i OvYazi Vostochn"ibirokoy dorogi.
.-I

ZABOLOTM, Ivan Prokof 'yevich; PODOWlY, Kikhail Immakovich; PAnOT,
KoTop kajidotekhnonauk. retsensent; LTAEW, G.K#, kand.takhn.nauk,
retsertzent; TJMX4LMNO, Holes gornyy lush,, ratmensent; SOSSM,
id
0000, A.P., otv.redo; SIPTAOINA, Z.A.,
"d.ird-va; N ITSTA, tekhnaed.; PROZOROTMATA, takhn.rid.
[Klning engineering; for ninere of underground Intigrated brigades]
Gornoradnoe delo: d1le gornoraboohlkh podsemuykh komplakenykh
briged. Xoekva. Goo.nouchno-takha.isd-va lit-ry po gornown dalup
1960. 384 p. (KIRA 13:3)
(Mining engineering)

YEM4ALINSUT.A.p B.A.
ll-~~~-----------_
Extrouterine pregwney at a late term. Zdrar. Belor. 6 no.8:73.-72
Ag 160. (PREGUNCYp EXTRAUTEMM) (KERA 33:9)

XMMLIMKIT, A.F.
- I
Possible complications in the as* of the adrmocorticlotropic hormozw.
Zdrav. Belor. 5 no.3:33-35 Mr 059. (MM 12:7)
1e Is Irubmaskoy rayonnoy bollattay (glavr4py vrach N. Ye. Karelin).
(ACTE)

YERVALIVSXIY A.F.
- -- !Mwmm
rathaganesis of infectious nonspecific polyarthritifle ZdLrav.
Dolor. 5 no*8:27-29 Ag 059, (UMA 12:10)
1. Is lqubanskoy rayonnoy bollnitay (gUvrq-., -.rmeh ff.,TeAarelin).
(BLOOD--SOUK) (ARTEMITIS, AHELUMID)

'Skin reaction in rbsumatiom and the themp'sutic effoot. Zdrav.
Del. 7 noolO;21-26 0 161i -14--,11)
IsI~.Lyubanskoy rayonnoy bollnitay (ispolapyusheMy obyamannasti
figmtogo vracha N.I.Zhaleyko). Nauchnyy rukovoditall - prof. I.D.
Mishenin.
.(GAHM GLOBUL111) (SKIN) (l#WlATIC HEART DISEASE)

Ma4ALINSKly Ad,
Specific antigen ir the blood seram in infectioas nonspecific
polyarthritle and rheumatism. Zdrav. Bel. 8 no o 6 s25-16 -Te 162.
(MMA 16:8)
I I L banskoy rayonwy bollaitay (glavyy vrach N,,Ye.
"3Z3.;f.
(RHEU14TISM) (ARTHRITIS) (ANTIGENS AND ANTIBODIE-S)

YERUJMSKIYp AaFe,
Iffectiven iss of gamns, globulin in #h"Mtic fever* ldrtrv. Bel.
9 no,302-63 Mr'63 (MM 16t12)
1. Tz I.Vubanskoy raymnoy boltnitay, ffauchay7 rukovoditell ra-
boty - prof, I.D*Wsheninv

MUM3, B. Aq IffLINI907A., N. Ye. Wordlovsk)
Pathomorphology and histoebodstry of pollm"UUs in children
vaccinated vith Salk vacoins. Arkh. pat. ro.22311-16 161.
(KM 15 t 7)
1. Is Sverdlovskago nauchm-loolodovatell notituts. PO
profi2aktike Po3loulyoUtaldir. 0.
(PMION=TIS) (NUN) (S?iXAL CCU)

TARMAN B A
Issuli, of an investigation of tbo 'brueellosis ticks bormseentor
F
uuttaUl, collected In Cblta ProTIfte. Preliminary report. Izv.
Irk., goo. usuch. -1 sel.pretIr"hun, lost - 141265-10 157.
(NM 13:7)
(CHITA MVINM-TIM AU CAUIUS 01 IIISMU)
(SwIff"813)

MAN WIN,
Qallty of Rottlagor's wr In roullon to ths lOmtb of preser-
vation. 20031-334
r59. '(KIRA 13t7)
(BACMIOLOGT--WWMB A= =M= KWIA)
(AGAR)

17(2,3,4)
WV116-59-6-9JI46
AMOR:' Yerman, B.A.
TITLEi The Morphological and Some Histoohemloal Changes (Glycogen, Alkaline
Phosphwtase and Rlbonucleic Acid) in Guinea Pigs During Infection
Caused loy Cloatridium Oedematiens
PERIODICAL: Zhurnal mikrobiologii, epidemiologii. i immunobiologli, 1959,~Xr 6.
pp 95-10 (USSR)
ABSTRACT: The aim of the present work was, first, to study the morphological
developnent of anaerobic gangrene caused by Clostridium oedematiens in
doses,Which killed the animals in approximately the same time that It
takes tD.kill patients with the acute or fulgurant, form of gas gangrene
and, second, to study the metabolic disturbances, particularly the
content of glycogen, alkaline phosphatase and rlb6nucleia acid in the
cells and tissues of the animals at various stages of gas gangrene. The
pathological anatomy of gas gangrene has been studied by A.N. Chistovich,
V.I. Krasichkova, A.Z. Dyagileva, AN. Sm4ftannikov and Ya.L. Rapoport.
Disturbance in the carbohydrate metabollam'was noted by Z.N. Kazimirova,
Ts.S. Kagan, Yu.M. Clefter, A.N. Shatalova, Rubel', Yu.A. Arshinova, M.K.
Ca.rd 1/3 Gesberg, P.M. Shapiro, M.V. Glikina. and O.A. Levin. B.V. Kdrovskly,

wv/16-59.6_2o/46
The Morphological and Some Histoahemical Changes (Olycogen, Alkaline PhDSphatase and
Ribonucleic Acid) in Guinea Pigs During Infection Caused by Clostridium Oedematiens
D.L. Ferdman, E. BolliAdin~, *to., have discussed the importance of alkaline
phosphalase and ribonUolefe acid an the metabolic 11~roceuses. For the
present.tests, guine'i pigs weighing 350-400 g were injected with 0.01
(death in 48 hours) and 0.1 ml (death in 24 hours) two-day broth culture
of Clostridium oedematiens. The guinea pigs were then killed off at
regular stages after infection and various tiasue,specimens subjected
to histochemical examination'. Glycogen was determined by the Shabadash
method, Alkaline phosphatase by the Gomori zaeth:~ ribonucleic acid by
the Brachet method, rat by the Goldman method, enalin by Weasells,
fibrin by Weigert's, collagen by van Gieson's method and the impregnation
of the gagyrophil fibers by Foot's method. The tests showed that the
muscle fibers and polymorphonuclear laukooytes lost glycogen. The lymph,
monocytoid and histiooytic cells lost ribonucleio acid. The node3 on the
control (non-injected) side developed a hyperplastic process with an in-
crease in the number of lymphoblasts, lymphocytes and reticular cells
saturated with ribonucleic acid. Foci or fatty degeneration were noted
in the liver, kidneys and mycoardia. The hepatic cells lost glycogen.
Card 2/3 A weakening of alkaline phosphatese activity was mated In the kidneys

BOY/16-59-6-2D/46
The Morphological and Some Histochemical Changes (Olycogen, Alkaline Phosphatase and
Ribonucleic Acid) in Cluinea Pigs During Infection Caused by Clostridium Oedematiens
with irregular appearance of glycogen in the opithelial'oells of the
nephritic canaliculi. No noticeable change could be detected in the
amount of ribonuoleio acid In the liver or the pancreas.
There are:' 6 photos and 26 references, 20 of which are Soviet, 2 German,
1 Frienchand 3 English.
ASSOCIAITION: Institut epidemiologii i mikrobiologii Imeni Gamalei AM SSSR (Institute
of Epidemiology and Miorobiology imeni 0-a-maloya of the AMN, USSR)
SUENITTED: November 13, 1958
Card 3/3

YeFOW. B. A., Cand 1.1led Sci - (diss) "Uorphologlc4l and (:ertaiii hl-stoc:,eriJcal
..~r
charizes in relation to glyco-en, aarmurialin, ribonucleic a-.id ;r)a wlk;,liw--
I
phospatae in non-Jmmwi-- aria 'Irmune guin,!a pii;s duri:.;- anaf-robic, gangrerke
caused by a oedematierts,," Yoscow, 1960., 13 pp 4Acau "m of LedltNil Sden-c-a!i
uss~,)
(KL, -C-60, 110)

YERMAN B.A.
Horphological and'Idstochomieal changes fonavins I=mnization of
gulmea pigs with a Cl. pedematiens.anatoxin. Zhur. mLkrobiol. epid.
i imwi. 32 no.7:77-81 Je 161.. 04IRA 15; 5)
1. Iz Instituta epidemiologii i mikrobiologii izeni Gamalei AMU SSSR.
(CLOSTRIDIUM OBDEMATIENS) (TOXINS AND OTITOXIIIS)

- . . - -.. - - 1 -11-111- 1.1- 1--, -
YERMANI B. A.; ESSEL'j A, Ye.; BRONTTSKAYA., Ye. Yu.; SHUBINA, S. B.; WPUSNIKOVA, A. T.
"Tsitofotometricheskoye opredeleniye soderzhaniya rnk v kletkakh nf*;.-r-2, zarazhennykh
mk-soderzhashchim virusom."
report presented at Symp on Virus Diseases, Moscow, 6-9 Oct 64.
Institut virusnykh infektsiy, Sverdlovsk.

YE04AZIP B.A.; PLOTNfKOV, N.F.; KADKIIIA, Ye.V.1 WASNIKOVA, A.11',~:- SHUBINA.
(Sverdliovsk)
14,,~rphci'Logy andIcytochemistry of the '61113 of t6 REP-4), t-Issue
oulture under normal conditions and 4% entarovlv~us Wecclons.
Arkh. pat. 26 nc.9s47-55 164. 18W
' 0 insti.~Wit V'-M=.Tkb
',nord-lov-skly nauchnc-jisdledovatel ~3kly.
infektaiy (dire 0,F,Bogdanov)O

BURITAX, Yu.L.; BY5iVGXIY. N.G.; DOLQOPMV. W.W.; RVMTN. G.K.; TURMAN B.I4
(kl&tLa mtractions ftt*nt V.S.S.14 ?7,2?2, Doo.31, 1949,
,(CA 11 noagsioz6z 153)

'JW1TA4A;YWAJ, D; Vicall, 1.
NpIdemic of typhoid favor In the hospital in Vinkovei during
1952-53. fligUens. Aeogre 6 no-3-4t261-272 154.
1. Hig1jonski savod, Onije, Opes, bolatm. Vinkovelo
(TI ID M , spideidoloet
spidadc In hoop.)

TXRW, L.X,(Koskva)
Medical wor1wrm during t1w period before and durimg thd
December armed revolt of 1905- Klin, nod. 34 no,10-9 J& 056.
W" 9 S)
in ituesta, medical workers during December &mod
revolt in 1903)

YERYAN Lja.;,GAL'PERINk,, Ye.L.
~ ~-
New data on the Matalline structmv of Bi 2P3 .2Y403.
Zhur.neorg,khir. 11 no.lt221 Ja 166. (MIRA 19ti)
1. Submitted May 200 1965.

KTJ 7i-pcv, D.F.; L.fa - ~,OLIDER, G.A.; GALIPYRIN', 3.3.
Stm-,tzre of some dezlvatlvep cf ur,~!a bnd
study of dl=zeldes and d'i-guanyls of ", z1ohenadiona and
diary-A. urea. Zhur. strakt. khim. 5 no.4;646-,64 Ag
HIE
A
Lh

KABANOVP F.I.,, doktor ist. nauk,-
KUZUTS)VV N.V.V kando
lot. nank; ANTONOV, V.,
NOGINA, N., tekhn.red.
mjand. lot. nauk;
is . nauki USEMOV,-A.T., kand.
red.; ZAKRAFOVA,,-G., sled. red.;
(Outline of the history of
1861-19171 Ocherki istoril
1861-1917. (By] P.I.Kabanoy
1963. 388 P.
(IAbor and
the Russian proletariat,,
Hosaiiskogo proletariata;
i dr. Moskva, Sotsekgis,
OGRA 16:11)
laboring classes)

BARBANIKLIP R.T.) YERWOKO Ma.
Technological features in the production of panels extruded
from a flat eantainer. TSvet. met. 38 noola74-79 j& r65
(MIRA 18:2)

KABANOV, Petr Ivanovich; JNLtinavl~ihj SD4FMUK9
G.r., red.1 KO * #Lraf -
[Norosov strike of 1885) Norosovsksla steahka 1S05 Code;
posoble dlla uchltolla. Nomkva,, Uchpeftls~ 196). n3 P.
(MIU 16:9)
(Moscow-Strikes and lockouts--T stry)

yraw, S.S. (Moskva)
I -- - -- ---I -
Protem-ting the health of children in rural armo durixg th6 first
year of life. 7~11d. I, akush. 26 no 4x3" Ap 161. (MIRA 140)
(INIPANTS-.CARE A14D HTGI=5

I ~ -. . I ~ . ~ I - . 11 - ~. , , ~ 7, -, , - - . - ~, -..I - -.1 - -- , . , 4 - -
. mamp VL. (Mlookva); SOBOIEV, O,K. (Moskva); TSATURYAlij K.To (Moskva)
Problens concerning the theory of self-adjusting control
system. Izv. AN SSSR. otdo tekh, nauk, tekh. kib, no,3:103-
Ul NY-Je 163 * (MIU 16:7)
(Automatic control)

YEMNOKI I. P.
f1lavestigation of the Influences of Cemnt Exothelval."
Report submitted :ror the Conferencecon Heat and Mass Transfer,
Minsk,, =SR., Tune i961.

YE--KNOON Allz, .I I
I .
PAnov, r.p.; SJWAM~ Yu.I.;
1 0 ! m 900, 51 j Wz-
Incressing the productivity of mills for the cold rolling -of
Pipes. !Mvet.ust. 28 no.6:41-50 N-D t55. (KIRA 10: 11)
(Rolling (metalwork)) (pipe)

ACC NR3 AP70OC596 SO URCE-_d6bt_.-1fW01TSFf66_f 00~01VO 0 5 4700 5-51
AUTHOR; Grishkovetup Ya..G.; Yermanok, M. Z.; Pinskaya, L, IN
O=' none
TITLE; Mechanical properties of Dl alloy tubes
SOURCE: Metallovede!niya i tormicheakaya obrabotka metallov, no. 11, 1966, 54-55
TOPIC TAGS: aluminum alloy tube, aluminum alloyVtubacold drawing.
Tzsbe 4 property, aim' da"MoabaAstructure/Dl alloy
,-,N-AN&-j"t pa-
ABSTRACT: A method for improving the structure and mechanical properties of DI
aluminum alloy tubes. has been investigated. Cold-rolled tubels, 55 =I in outside
diameter with a wall. 2 mm thick, were cold drawn without a mandrel to 54-34 mm in
diameter, annealed it 500C for 40 min, quenched, and naturally aged. Depending on
s'
the reduction, the tensile trenith varied from 36.8 to 43.8 ks/mm2, the yield 1
strength from 22,3 to 27.2 kg/mm , and the elongation 'from 18 to 23.5%. The mini-
mi*sm strength properties and the largest grain were observed in specimens drawn
with 5-12.5% reduction; the strength increased with increasing reduction. Annealing
in a saltpeper bath incre'ased the strength by 1.5-3.0 kg/mm2 and reduced the
elongation by 0.5-3.0% as compared to furnace annealing. Annealing with rapid
heating high frequency induction improved somewhat the strength properties and
structure of cold-drawn tubes. Orig..art.~.has: 2 figures.
SUB CODE: 11, 13/ SUBM DATE: non*/
:ard 1/1 UDC: 680.17:669.717

136-3-13/25
AUTHORS: Shevakin,, Yu. F, Condidate oZ Technical Sciences and
16- &YY
j
Termanok, M. Z.
TITLE: WM;MW ct to Production of 19-oecially Thirb-I.Valled
Aluminium-Alloy Tubes. PDvqMlye. :)roizvodstva osobo
tonkostejuifth trub iz slyuminlyevykh oplavov).
PERIODIGAL: Uvft:rys Metally, 19579 No,39 pp.66-74 (USSR)
ABSTRACT: The purpose of the present work was to study conditions
for the production of cold rolling and drawing without a
mandrel of very thin-walled (down to 0.20-0.23 mm)
alilminium-alloy tubes and to compare this with other methods.
In the experiments pass design was calculated by a method
developed by Shevakin and rolling pressures were measured.
Direct and derived curves are given showing the inter-
relation of rolling factors and photographs of tubes with
different defects are shown. The operating characteristics
of cold-rolling mills with different alloys, data showing
the influence of wall thickness on thickening during drawing
without a mandrel and recommended drawing and rolling
conditions are tabulated. CompDred with ordinary methods
the reco=ended procedure secures higher yields of sound
1/2 tubes with less effort: the productivity of mills for cold
rolling very thin-walled tubes is 2-3 times higher than that

136-3-13/25
Organizatlon cttlv Produ,ctlon of Specially Thin-Walled Aluminiuni-Alloy
Tubos.
2/2 of 11!sMITMash-design roller machines.
There are 7 figwes and 4 tables and 3 Slavic references.
AVAILABLE: MbruV of Congress

MKOKO-Nezes MYNIMTO Toy$
A
-Dien$ toewlev for the productlop of reetanctur aludma
taboo. Iftet. mt. .30 20.505-" My 457. (KM IOW
(Aluels =i) (fttrusies (Obtalveft))

:LUTHOR: Termanckq M.Z. SOV/149-58-4-20/26
TITLE: -VatIVOTO "R WM""Wall Thiclawsq in Mendrol-less,
Drawing of 2minil-IMAlloy Tubes (ISMU0111ye tolshchiny
st*nk:L pri bezopravoch-on voloobanii trub iz
alyminiyevykh Splavov)
PMODICA6LsIzvestiya V7Ash41rh Uchobnykh Zavodsaiy Tsvetnaya
MetallargiYaq 19589 Nr 49 PP 142-15P. (689)
ABSTItICT: Cold rolling used in conjunctim with fit* drawing
constitutes a most efficient mothod of makina thin-
walled tubes. However, the wall thickness of the tube
is usually altered during the latter operation, the
magmitude of this effect being proportional to the
total reduction of the tube diameter. When close
Ai nsional tolerances are aimed at, it is eamential
to kncw how the variation of the wall thickness is
affected by various factors sAd it. sik's In order to
provide such data that the present.investigation was
instigated. Tubes made of ialuminium, alloys D16 and
ANG (both in the hard and.aininealed condition),30 =
Card 3./4 diameter and 1 = wall thickness were used in the.

SOV/149-58-4-20/26
variation Of the Ilan Thickwas in Mandrel-less Drawing of
A111min.um. Alloy Tubes
experiments, The characteristic dimnsions of --the
dmving dies mpAe of steel Y8 were: Die entry angle -
129 20v 30 and .400; length of the cylindrical bearing
smotion - 2 and. 15 =. Two ranges of drawing. speeds
vomit pVloyed: 150-250 no/min and 25-45 X/Rii. (Th 1"
djjmosion of the results the following torms #" used:
4ftUl reduction of the tube diameter AD = D
where DK and DN are the final and the initiii-Milame -term
of the tube respectively. Elongation per pass IL = PIOP
Variation of the wall thickness &t = tr- who *
tK an& tN denote the fin4l and initial ;1 thickness.
Back tonsion = Q/F kgl=4). It was found that when the
operating-conditions in free drawing are such that the
tube, is deformed in die only, A t in proportional U AD
(Fig.1 and 2) and t (Fig-4 and 5). but is not affected
by variation of DN 7Tablo 1). With increasin ;L -the
vajus.of 4% decreases (Fig.1 and 2). At is M same for
both hard ancl annealed materials &n& it is not
Card 2/4 affected by application of two-stags drawtug (Table 4).

SOV/149-58-4-20/26
Variation of the 'Nall Thickness in MandX!01-19ss Drawing of
Alumintua Alloy Tube a
while At is not affected by variation of the length
of the cyliodrical bearing section of the die (Table 2)0
it varies consUerably wben the entry angle dt is
altereii (Fig.6). Ikon. 4 = 120 the wall of the tube 0
becomes thickor after a drawing opexation; iben a(= gio
& is negative i.e. the wall thickness decreases.
(The combined effect of o( and t on Ot is shown on Fig-7)
Similar effect is obserwed. when back tension is applied
(Fig.8), i.e. with increasing VF the value of 4 t
linearly decreases. If to = increase of the wall
thickness in the absonoe of back tension, A = back
tension corze OnAilnic to At = 0. Uon the following
formla can ba-um*d:-:I: at - t - t /A x W.
The last two effects are att2butel to the fact that
at high values of CA and Q/F, deformation of the tube
talwa place also outside the die* It was concluded
that the best wq of minimizing At is application of
Card 3/4 back tension and heavy drafts. Application of large

SOV/149-58-4-20/26
Variation of the Wall Th;Lclmess in Mandrel-less Drawin$ of
Alum1pium. ALLOY imbes
the entry angles is not to be recommended for
industrial applications owing to the fact that the
tube becomes unstable in the deformatiou region,
particularly if Jaeavy drafts a3m employed.
There are 8 figureaq 4 tables and 5 Soviet xWerencos.
'N,SOCIATION: Moskovskiy Institut Tsvetzqkh Metallov i Zolota.
Rafedra Obraboiki Metallov Daylenijrem (Moscow Institute
of Non-Ferrous Metals and Gold, Chair for Shaping of
Metals by Pressure)
SUBMITTED: 30th December 1957-
Card 4/4

AUTHOR: Y SOY/136-58-5-12/2-1-
Mr-W
TITIS: Investigation of the Process of Mandrel-leso Drawing
of Aluminium Alloy Tubes (Issledovanlye
bezopravochnogo volocheniya trub iz alyuminlyevykh aplavcv)
PERIODICAL: Tsvetnyye Metally, 1958, Dlr~--5, pp 70 - rJ7 (IJSSR)
ABSTRACT: Tubes of the alloys D16 and AMG were investigated in the
annealed state as well as after cold rollin(r,. The
compositions of the alloys and their moochanical properties
are entered in Table 2; t8e anneallnZ regime consisted of
heat.Ing for 90 min at 400 C, whereby one of the alloys was
cooled in air and ths other was allowed to cool down in
the furnace to 200 0 with a speed of 30 OC per hour and
then in air. Tubes of 30 mm diaand wall thicknesses of
17 2, 3 and 4.5 mm. and also tubes of 189 24, 35 and 51 mm
dia. with wall thicknesses of 1 and 2 = were used in the
experizents. The degree of deformation during rolling of
the tubes with various wall thicknesses was approximately
the same. For reducing the difference between the longi-
tudinal and transverse wall thicknesses, the rolling was
effected at reduced rates of feed. The drawlng was -.arried
out by means of a 5-ton test machine with a speed of
Cardl/3 150-250 mm/Min. and on a r,--torL drawing staiid with a speed

SOV/136-58-5-12/2-2
Investigation of the Process of Mandrel-less Drfting of
Aluminium Alloy Tubes
of 25, and 45 m/min. Dies mage of the steel U8 with a cone
opening of 12, 20) 30 and 40 and widtW- of the calibrating
strip of 2 and 15 mm were chosen. The tube dimensions were
measured with a micrometer with an accu.-acy of O,A mm The
wall thickness at each cross-section was measured in 10 te
15 Point.5 along the perimeter.. On the basis of the obtained
results, which are tabulated in graphs, the ftll,~,wins ~oa-
clusions are arrived at: 1) the dependence of the drav.,Ing
force on the rate of deformation per pass is linear;
2) the stress at the boundary between the elastic and
plasti-c zcnes of deformation is a parabolic function of the
degrae of p=eliminary deformation; 3) with inczeasing cone
angle of the drawing die, the drawing force will increase
the more intensively the thicker the original wall thi3kness
of the tubei 4) the initial tube diameter does not affect
the drawing force., Formulae are derived interrelati-nC. 'a-lie
degree of thickening of the walls with the basic parajae!A~-ra
(;ard 2/3

SOV/136-58-5-12/22
Investigation of the Process of Mnndrel-less Drawing of Aluminium
Alloy Tubes
of the process; the distribution of the rate of reduction
in the case where the tube sinking is effected in two
stages does not influence the changes in the-wall thickness-,
ai technology has been evolved which reduces the increase in
the wall thickness of the tubes during the process of
sinking.
The work described in this paper was carried out under
the leadership of Professor I.L. Perlin. A. Shaller
participated in the experiments.
There are 9 figures, 7 tables'and 12 references, 11 of
which are Soviet and 1 English.
ASSOCIATION: Mintsvetmetzoloto
Card 3/3 1. Aluminum tubing--Producticn 2. Aluminum alloys--Applications

yummx, U. Z.
Strains in the elasticity sones of the deformation center
and the f rIctIon factor during the deep droulog of pipes. Izv.
vys.ucheb.sav.; tevetmete 2 noo6:166-177 059o
("DA 13 j4)
2. Krasnoyarskly Institut tevetmpth ustallov, Imfedra
obrabotki mt&Uov Oavlowene
(Deep drawing (Metalwork)) (Friction)
It:.

YERMANOK, M. Z., Cand T~-ch Sci (diss) -- "Investigation of certain param.--t,2rs
for drawing and cold-rolling of pipe of aliminim alloyallo MOSccrd, 1960- 23 PP
(Min Higher and Inter Spec Eluc RSFSR,, Krasnoyarsk Inst of No'nferrous Metals
im M. 1. Kalinin, Chair of "Pressure-Proceasing of Metals"), 150 copie5
MY No 15, 19610, 134)

86689
IUD S/lJ6/6O/OOO/O12/ :D09/010
Eig /E183
AUTHORS:' Barbanellt.R.1.1 and Yermanok, M. Z.
'Investigation. of Stresses During Extrusion of Ribbed
TITLE:-
Aluminium Alloy Components
~'PERIODICAL: Tsvetnyye metally~ 1960, No. 12, PP. 74-80
TEXT: For both technical and economic reason17 extrusion is
'widely employed in the manufacture of ribbed components used in the
aircraft and allied industries. The cross-section of some
components of this type is illustrated below. The object of the
present investigation was to determine the parameters required for
analytical deternination of the extrusion pressure for the case of
a non-cylindrical (rectangular) container and experimentally to
check the validity of the theoretical formula derived. !The
extrusion Pressure, P, for the case of a rectangular contalhert can
be calculated from a formula due to Professor I.L. Perlin (Ref. 2).
Card 1/7

S/136/60/000/012/609/010
E193/B183
.Investigation of Stresses During Extrusion of Ribbed Aluminium Alloy'
i Components

06689
3/136/60/000/012/009/010
3193/2183
Investigation of Stresses During Extrusion of Ribbed Aluminium Alloy
Components
For a rectangular container with radiused edgosp which was used by
the present authoral this formula becomes:
P 217cr 203 L.4 -L.P + [Tcr 2 + (a - 2r).2r]. 1KL
1
- '(F-m.a + 0"'"3d,c) + Fk.p'V8fff*3d.k (la)
3 in a
The unknown quantities.in this formula include %P (stress, kg/=2,
due to friction between the extruded metal and the container walls)t
Sd.c (the mean value of the resistance to deformations kg/mm21 of
the extruded metal in the deformation reglon)q and 8d.k
(resistance to deformation of theextruded metal after leaving the
deformation region). However, the present authors show that the
formula given above can be used only for the values Of 8d
(resistance to deformation in the various aross-sections of
Card 3/7

86689
9/136/6o/ooo/oldoog/olo
2193AI183
Investigation of Stresses During Xxtrusion of Ribbed Aluminium
Illoy Gomponents
the deformation region) known. These can be determined from the
true stressAtrain diagram constructed from experimentally
determined load/strain curves for a given material, However, the
values. of !d9 determined in this. manner can be used in formula
(1a) only i the duration of the deformation process during the
tensile tests in equal to the durationp Vd, deformation during
extrusion. To calculate -rd it is necessary to know the volume,
V, of the deformation region of the extruded components and the
present authors derived a formula for V for the case of thin
strip extruded from a rectangular container:
V = I It 2
6 bi -a2
(2a)
where a2 is.the width of the extruded atr1p and bl Is the
thickness of the extrusion billet. All other relevant parameters
of the extrusion process and the tensile tests being known, the
present*a"uthors were able to calculate the correct rate of strain
Card 4/7

86689
8/136/60/000/012/09/010
3193/1183
Investigation of Stresses During Ectrusion of Ribbed Aluminium
Alloy Components
to be used during tensile tests, from the results of which the true
stress/deformation diagrams were constructed for the aluminium
alloy A16 (D16) deformed at 350p 400 and 450 10C. Unfortunatelyl
only values of hd.H (resistance to deformation of metal that has
Just entered the deformation region) could be determined directly
from these diagrams. It was found, however, by application of the
method of minimum squares, that the diagrams could be represented
with sufficient degree of accuracy in the form of straight curves,
from which the values of Gd.0 and' Sdk couldbe found by
extrapolation. In addition, the values of Sd.o were calculated
with the aid of formula@ derived by several other workers. Since
these.calculations gave widely differing resultag it was decided
to check experimentally which of the formulas used gave the most
accurate results. To this endq the alloy D16 was extruded in
the form of rod, with the aid of a cylindrical container and a
conical die (a.= 650), the extrusion pressure, P, was measuredg
Card 5/7

OW9
Evli%660/000/012/009/010
319 183
Investigation of Stresses During Extrusion of Ribbed Aluminium
Alloy Components
and from the values of Pq the magnitude of Od.0 was determined
for various.extrusion conditions. The values.of 8d.0 obtained in
this manner wert much lower than any calculated from the true
s-tress/deformation diagrams, approaching most closely those
obtained with the aid of a. formula due to I.L. Perlin (Ref.6).
In the final stage of the present investigationg the magnitude of
P in extruding three types of ribbed components was determined
experimentally. The values obtained were considerably lower than
those calculated with the aid of formula (1a)t in which the values
of Sd.c and Xkp I determined from data on extrusion of rods
from a.cylindriaal container, were used. This,discrepancy was
found to be due to the fact that the calculated values:of 11kp
were considerably higher than its,truo magnitude. 'When correct
values of Kkn (determined directly from data on extrusion of
ribbed compone&-~s) were used in formula (la)g the difference
Card 6/7

,0
AUTHORS i Grinovp A. N.y..Yermakova,_L_,9q-r-,- SOY/20-121-5-27/50
Terentlyev, A. i:'~Porr~eapondiftg Menbart A .-; V3 R
TITLE: Synthesis of 1-Benzyl-2-Methyl,5-Methoxy Tryptamine (Sintez
1-benzil-2-metil-5-metokaitriptamina)
PERIODICAL: Dokl~dy Akademii nauk SSSR, 1958, Vol. 121, Nr 5,
pp. 862-864 (USSR)
ABSTRACT: E. Shaw (Ref 1, 1955) synthesize'd 1-benzyl-2-methYl-5-methoxy-
-indole-3- acetic acid from the substituted phenyl-hydrazone
of the methyl ether of levulinic acid by means of the Pischer
(Fisher) reaction. Owing to the reduction of the amide of this
acid by means of lithium-aluminium hy4ride, 1-benzyl-2-methyl-
-5-methoxy tryptamine (VII) was produeed. Clinical investiga-
tions have shown that the latter substance being a benzyl ana-
log of serotonine (BAB) has a higher physiological activity
than its antimetabolite (Refs 2 - 5)- A scheme of the synthe-
sis of the substance (VII) carried out by the authors is
given. The condensation of p-benzoquinone with the ethyl-ether
of the N-benzyl-A-amino-cratonic acid with respect to
Card' 1/42 1-benzyl-2-methyl-3-carbothoXY-5-OXY indole (1) has only been

Synthesis of 1 -Benzyl-2-' ethyl -'Wethoxy Tryptamine SOV/20-121-5-27/50
-5
achieved under conditions which deviate from the conditions
of production of other nitrogen-substituted 5-OxY in..Ioiines
(Refs 6.- 9). The methylStion of the oxy-group of indole M
takes place smoothly under the influence of dimethyl oulfate
in an alkaline medium. The splitting off of the carbethoxy
group from 1-benzyl-2-methyl-3-carbethoxy-5-cethoxy indole (II)
most probably passes through a stage of formation of a form of
indolinine in connection with an action of H 23o4 in acetic acid
solution. The other stages of th2 process are carrici out ac-
cording to methods analogous to those given in publications
(Refs 10,11).
There are 11 references, 5 of which are Soviet.
ISSOCIATION3 Noskovskiy gosularetyennyy universitet im. M.V. Lomono3ova
(Moscow state univer3ity imeni 11.V. Lomononov)
SUBMITTED: March 21, 1958
Carl 12

SOV/79-29-1-19/74
AUTHORS: Grinevp A* N*j Yermakoval V. N., Terentlyev, A. P.
TITLE: Investigations in the Field of quinoneB (Issledovaniya v obla-
sti khinonov) XXIV. Isomerization of the Adducts of p-quinones
With-Diene Hydrocarbons (XXIV. Izomerizateiya adduktov p-
khinonov a diyenovymi uglevo.doroaami.)
PERIODICAL: Zhurnal obshchey khimiig.1959# Vol 29p Nr 11 pp 86-89 (USSR)
ABSTRACT: An important method cf synthesis of the substituted hydro-
quinones is the isomerization of the P-quinorte adducte with
diene hydrocarbons: U 0
If
N 0
In this connection the authors suggest to carry out the iBo-
merization of the adducts by boiling with acetic acid as they
had already done in the case of synthesis of 2-methyl-5,8-di-
hydro-50.8-endoethylene riaphtho-hydroquinone (Ref 6). This
method permits the condensation of the quinones by diene hydro-
Card 113 carbons, as well as the-isomerization of the adducts formed,

307/79-29-1-19/74
Investigationo in the Field of Quinones. XXIV. Isomerization of the Adducts
of p-Quinones With Diene Hydrocarbons
into tile substituted hydroquinones without separation of the
adducta. In the present paper the following hydroquinones were
synthesized: 5,8-dihydro naphthohydroquinone (I), 6-methyl-
5,8-d1hydro naphthohydro uinone (II)p 2-m6thYl-5,8-dihydro
naphthohydroquinono (11130 60-dimethyl-M-dihydro naphtho-
hydroquinone (IV), 2-chloro-598-(Iihydro n ap hthoh droquinone (V),
2,3-dichloro-5,8-dihydro naphthohydroquinone (VI , 2,3-di-
chlor.o-6-m'ethyl-5,8-dihydro napht-hohydroquinone ~VII), 2,3-di-
methyl-1,4-dih.vdro amthrahydroquinono.(VIII), 2,30-trimethyl-
194-dihydro anthrahydroquinone (IX)t 2j3j6-tr1muthyl-1o4-di-
hydro anthrahydroquinone M and 6-methyl-1,4-dihydro-IP4-endo-
ethylene anthrahydroquinone (XI), The quantity of reagents,
reaction duration, melting points, yi*lds strd analyses of
these hydroquinones are given in tablo 1. For the first time
the adducts of 5-m8thyl naphthoquinone wero synthesized with
2,3-dimethyl butadiene (XII), the adducto of 6-methyl naphtho-
quinone with 2,3-dimethyl butadiene (XIII) and the adducto of
6-methyl naphthoquinone with cyclohexudiene (XIV). Table 2
Card 2/3 gives yields, melting points and analyses of the adducts

S07/79-29-1-19/74
Investigationzi in the Field of Quinones, XXIV. Isomprization of the Adducts
of p-Quinones With Diene kydrocarbons
mentioned* There are 2 tablen and 9 roferences, 6 of ffhich
are Soviet.
ASSOCIATION: Moskovskiy gosudarstvennyy universitet (Moscow State
University)
SUBMITTED: November 16, 1957
Card 3/3

SOV/79-29-1-201/74
AUTHORS:- G-rinevf A. N., Yermakova, V. N., Terentlye-t, 1. P.
TITLE: Investigations in the Field of Quinones (Iseledovaniya v
oblasti khinonov) XXV. Synthesis of Naphthoquinones and Dihydro
J,nthraquinones (XXV. Sintez naftokhinonov i aigidroantra-
khinonov)
PERIODICAL: Zhurnal obehohey khimiip 1959v Vol 29, Nr 1, pp 90-92 (USSR)
ABSTRACT: In one of the earlier papers the authors showed that the easiest
vray to obtain 1,4-naphthoquinone and 2-methyl-1,4-naphthoqui-
none is from p-benzoquinone (toluquinone) and divinyl in which
case the reaction takes place without separation. of adducts
and hydroquinones obtained from their isomerization (Ref 1).
According to:this method 6-methyl-naphthoquinone (1) and
!i"methyl naphthoquinone (II) were found in the present work.
ii,T-dimethyl-194-naphthoquinone (111) was obtained in high
yield by the oxidation of 6t7-dime'thyl-5#8-dihyclro-naphtho
hydroquinone ('Ref 2). 2,3-dichloro-p-naphthoquinone (IV)
iras obtained from-2t3-dichloro-p-benzoquinone and divinyle
Apart from t,h-i,s several quinones already characterized in the
Card 1/2 previous paper'were oxidized in an acid medium with potassium

I SOV/79-29-1-2,0/74
Investigations in the Field of Quinones* XXV. Synthesis of Yaphthoquinones
.and Dihydro Anthraquinones
bromate--The following anthraquinones were obtained: 6-methyl-
1,4-dihydro-1t4-endoethylene anthraquinone (V), 6,7-dimethyl-
1,4-dihydra-1,4-endoeth,ylene anthraquinane (VI), 293-dimethyl-
194-dihydro anthraquinone (VII)t 2,3,5-trimethyl-1,4-dihydro
anthraquinone (VIII) and 2,3j6-trimethyl-194-dihydre anthra-
quinone (IX). The table gives the experimental results of the
synthesis of dihydro anthraquinones.
There are 1 table and 5 referencesq 2 of which are Soviet.
ASSOCIATION: Moskovskiy gosudarstvennyv universi,tet (Moscow state University)
SUBMITTED: November 14, 1957
Card 2/2

50) BOV/79-29-8-74/81
AUTHORSs Grinev, 1. N., Yermakova, V. N., Vrotek, Ye., Terentlyev, A. P.
TITLEt Investigations in the Field of quinones. XXVIII. Synthesis of
the 5-Oxyindole Derivatives
PERIODICALs Zhurnaldb~tmW khimii, 1959, Vol 29, Nr 8,
pp 2777 - 2782 (USSR)
kBSTRkCTs The authors were interested in the synthesis of serotonine
analogues (Ref 6) and the growth itimulants of plants (Refs 7,8)
based on 5-oxyindole derivatives, and continued their previous-
ly not quite successful investigations (Refs 1-5) by trying
to increase the indole derivative yield. They presupposed that
the meter forming in the course of the condensation process
hydrolyzes the 1&-aminoorotonate (Scheme 1). The separation
of ammonia and the amines, however, effects a polymerization
of the initial quinone and other side reactions. In order to
'bind the water which has a detrimental effect, the anhydride
of acetic acid and zinc chloride were used, but did not lead
to a higher indole yield. In order to remove the water from
Card 1/2 the reaction mass, the azeotropio distillation with dichloro-

Investigatioria in the Field of Quinones. XXVIII. Synthesis SOV/79-29-8-74/81
of the 5-Oxy1ndole Derivatives
ethane was used in the reaction process which led to a con-
siderably higher yi eld Compounds (I) - (VII) were obtained.
In the methylation of iVI) with dimethyloulphate (VIII) was
obtained. In order to achieve the synthesis of new growth sti-
mulants of plants, the reaction of 5-oxyindoles with chloro-
acetic acid and a bromoacetate waa tried. Under the influence
of the acid on (II) in the presence of a 40% soda solution a
,good yield of compound (IX) was achieved# The condensation of
the other 5-oxyindole derivatives only resulted in the initial
indoles and in resins similar to polyglycol. The reaction of
the phenolates of the 5-oxyindole derivatives with ethylbromo-
acetate is normal. A high yield of the substituted esters M,
(XI), and in the hydrolysis of esters, of the indolyl-5-OxY-
acetio acids (XII), (XIII), (XIV) was obtained. The table shows
the derivatives of 5-oxyindole. There are 1 table and lo re-
Irerenoes, 9 of which are Soytit,
ASSOCIATIONt Ifookovskiy gosudarstvennyy univeraitat (hioscow State Univer-
ility)
SUBMITTEDi July 2, 1958
Card 2/2

GRINEVs A.N.j YERMAKOVAP V.N.; TERFMITEVP A.P,
Synthesis of 2-a.Ikyl-5-wthax7graxine derivatives. Zhure
ob,6:khim. 31 no.12:490-495 F 161., (KIRA 14:2)
I* Moskovskiy gosudarstve=yy universitet,
I I (Inccue)

GRIN3Vp-A.N.; YERMOVA -NTIYEV, A.P.;
MINIKOVA, I.A.; TERE
Quinows. Faft 37t Condencation of p-benzoquinow with anilides
of($-wftinocrotordc acido. Zhur.ob.khim. 31 no.7!23034306 JI
161. (KMA 14t7)
1. Hookovskiy gosudaretvanrqy universitet imeni N.V. Lcaonosova.
(Benzoquinone) (Crotonic aoid) (Anil4da'o)

USSR Humn and Animl Physioloff. CarboWrate 1*tabolimma
Abe Jour Ref Zhur - Biolix No 15p 1958, No. 6984
T
Author
inst Aterbaydzhan Medical rmatitute
Title The Influems, of "TAtis" an the Content cdr Su~pr and Phos-
phm-w In the Blood In Mys rol-ental Liver Damm4p
OrIg Pub t Sb - tr. Azerb. mad In-ta, 1956, No 3.. 71-76
Abstract : Hepatitis of Yaz71% severity vas produced In rabbits by
suboutamous injectlemm of CC34 In a solution of apricot
Oil* Ons group of U10010 VW 91TIM Oe3 31 OC14 per kg
body veight for a period of tbm "j a second group van
given twice the dose for twice the length of tU*. Along
vith the C03,4 Injections,, the experlmontal rabbits received
"istie" izdnml vater for 15 days in donee of ton ml per kg
body weight., vhIle control animle received the same dose of
C ard 1/2

tWR /1 H=,%n and Animal Physiology* Carbohydrate Yetabolism. T
Abs Jour Ref Zhur - Biol.., No 15p 1958., No. 69844
tap water. In all amimls., stidies were nods of the glycesdo
curve following glucose chal I rV ard of the content of
inorganic phosphom in the blood. The "Istia" was noted
to exert a marked therapeutic effect* The hyperglyomio
and poutgIycemic coefflolente for followIng ML4
poisoning and treated with "Istle" at the end of the
experiment differed little ft= those I;rior to the
injection of CC14, rn the second group of aninalej vith
more nem poleming of the Uver, thle offoot was some-
what weaker. No clear-cut rule for the chwigm of content
of inorSanic phosphorus in tbe blood oould be seen. --
L. A. KashchevskWe
Card 2/2
29

A 1111. "1 1111 1 '1
V=Chlaa-t roe tor statloaOs workoral oommittes; tbo work practices
of t1w tr*Ae union at th* lovyogi mehin,a-troator statioul
lobitlWabyl knitst WS; Z donvidu robott profor6alzatali
IKOVO.U
wivalkot WS. Darkiv. Morkivalke Oblasme Ttd-vo. 1956.
41 (NIMA 10:4)
(lbehine-tractor stations), Mrsins-Trads unions)

I --ll - 1147.P., ~ I. .. ...........-.11''. 11
YERMAKOVA V V
Terrigenous sediments In the Avet and Frannian stagenin the
Bouthwootern Zhiguli Hills, Ixv,'vym, uchob. zfkv.; roft' i gaz
5 no.6s2l-24 162, (MIRA 160)
1. Saratovskiy gasudarstvannyy universitet imeni N,G.Cher Shevskogoo
(Zhiguli Hills-Geology, StratigraphiZ

Mitt 1P. ii- I... ........... .... . .
llrz, tow:; trill 11,111411111liq 19tim-IINIII)II -- -I- .
YERKUOV,9 B.S.; YPMKOVA,.V.Yeo
Setting of adventitious roots In the green cuttings of grape.
Biul., Glav. bot, sada, no#55z99-106 164. (MMA 18S11)
1. Moskovskaya, aellskokhonyaystvennays, akademlya, Iment K.A.
Timiryazeva.

MMWNOVA. A.k.; MIRONOT.'A., professor, rateenzent;.U"04&q--&Loa,~nzhaner,
retseasent; MMIN, Xh., kandidat tekhnichaskikh nauko,opetereclaktor;
ITANOTA, N.M.# redaktor; URDT,B-K*q takhnicheek~7 redaktor
rLSabmp !msslug production] Xisbachnoe proisvolstvo. Mook-no
Pishchmpromisdat. 1956. 103 p. (NLRA 10:2)
11 - (Sausage caslap)

I ...... 11,1,q ... .. -1 1. .. . I I ...
-L- -, -- - -
rr-&MALOVA, D.A.
Investigating temperature distributions during the evaporation
f~rom solid state in a vacuum* Inzhe-fiz, zhar, 7 no..5-139-44 MY 164.
(MIRA 17:6)
I* Institut khinicheskogo mashinostroynniya, Moskva.

,,,TERIUKOVA~.jo*A*
Neebomism of heat and man tranafer during sublization. of Lee
in a vammm. Insh.-fis.shur. no.11:73-79 N 158.
(Mm 22a)
1. TekbalcheaPdy Institut rybnoy promyshlonnostl I kbosyay-
stva Iment. A.1. Alkoyana, ge Moskva*
(Sublimtlon (Physical sciences))
(Heat-Transwivelon) Oboo transfer)

TIRK43ODY4 To.A.
vzpo,rlmmtsl lowestigatlon of host szcbaw ftx!ing the sull~-
IIIASIOD of Ice,~jiltb sumary lit .114glishl. lnsb,.wflv~xbur* -
(mu 11112)
10 Tokbnlchookly Institut rybnoy proorehlonnosti t kboxyaystva
Ineal A* I a KikWom, S,, Naakwaw
(Sat 6f vaporisation) (100)

ACCESSION NRt AP4037996 S/017016410001003/0039/0044
AUTHORs Yemakova, Ye. A.
TME i Study of i2m taVeratwe distribuUous dwring subUmaUm In vacaun
SW=t lnzhe~enw-flzidheddy shmmal, no. 5, 19&9 39JA
TAGSs Subl!bnUon.. oonv heat transfer, heat conduction, heat
exchange
I ABSTRACT-. The touperature fields in the chmber of a sublinator were studied I
for the case of evaporation of water from the solid state in vacum for differeilt
temperaturs of the walls of the sublimator. A conparlson of relative distribu-
tion curves shows that heat conduction camot be the only mechanism of heat
transfer* Balance calculations based on oxperimentally constructed isotheiml
surfaces and an analysis of the configuration of experimental temperautre distri-
bation curves indicate a substantial influence of convection on the rate of beat
exchange in vacuum, The role of oomection in heat trat-Afor gradually dimbAshes
with increasing d1stawo from the awqaeo Orip art, has 1 4 f1pres.
ISard I.L/L

YEMOVA,* Ye. A.
YM-AKOVAP Ye. A. -- "Investigation of Heat and Naas E=hanp 'in Dry:Lng bY
Sublimation," Sub 11 Jun 52p Moscow Techno2ogiva2 Inst of Food Induatry
(Dissertation for the Degree of Candidate In the Technical Sciences)
SO: VECHERNAYA MOSKVA, JANUAPY-DECEMER 1952

July 0
q'z
2 Vol
2857. IME7 HOD o!;, Quiu;TITATIVE DETERMINATIO'N OF Ah1I::()-ACIt' 'S ON
CO,%1PLLT&-:'L7 NINHYDRIN-DEVELOPED CHROMATOG "'all tf!xt)
Erm A kova E. A. Uzbek ftes.Sanit.lnst. , 'J'aahkent, USS It - 11,101-:111M I YA
1957, 22/5 (917-023) Griphs 2 Tables 2 Illus. 5
To avoid adnorption losses of amino-acids and reduction of 11m colour yield.
atandard solutions of vni-lotis amino-icida were chrainitograrthed under the SA11W
conditions as protein hydrolysaLeS. The amitio-acid spots thus obtaim,-d :ire eluted
with water and standardization curves constructed from the extinction values oi the
eluates. The amount of amino-acid in each spot of the ninhydrin-developc-d Chroma-
togram of the protein hydrolysate was determined photometrically frorn the respect-
ive standardization curves. The mean error of the determinations I.,; -t 41~,,,

YERMAKOVA, Ye.A.p Cand Chem Sci - (diss) "Method of
quantitative dra on- of amino acids in chromatograms
completely deteloped with ninhydrin (Nutritive evaluation
of SO&WASar and leguminous vegetables of 410io-Uzbekistan
according to-iheir amino acid compositinn)." Tashkent
1958, lh PP (Min of Higher Education USSR. Middle Asian
ny polytechnic Inst) 200 copiesi bibliographytew pt lh
(16 titles) (rL, 42-58v 113)
_ 7

YKWKGTA 0 re A
-.,TAPwWwwV r
Swaluation of proteins from cereals wA I MIS last a in
A
Uzbekistan according to their wiso acid Monuteinute FwLth *==wry
In English]. Vop.pit. 17 no.4t3541 JO-Aff 158 (MIRA 11:7)
1. In Usbakskogo nauchno-looledavatel'skago vanitarnogo Instituta,
Tashkents
(AMIN ACIDS. determination.
In cereals & legualuous plants
(CMUZ,B,
amino acid content (An))
(VMWABLZS,
same)

50)
AUTHORSt Kuzlminykh, 1. N., (Deceased), SOV/153-58-3-15/;o
Yakhontova, Ye. L., Radiancy, A* I.,
TITLE: Drying of Superphosphate in a Boiling Layer (Podsushka
superfoofats v kipyashchen slays)
PERIODICALs Izvestiya vyeshikh uchebnykh savedeniy. Khimiya i
khisiohookays tekhnologiya, 1958v Nr 3, PP 80 - 85 (USSR)
ABSTRACTs The superphosphats, produced in Soviet factories from apatite
(continuous method) contains 19.3 - 19#9% assimilable F 0
2 5
including 10 - 12% H20. As 1% H2 0 corresporAo to 0#2% P2 05'
-the removal of the humidity would increase the content of
useful substance which again offers further advantages.
Superphosphate mayp h8weverp not be overheated, as tempera-
tures above 130 - 150 rotraneform part of the P 205 into a
non-asaimilable form. The method of the boiling layer sug-
gested in this paper could also be used for the purpose
mentioned. The lack of references in this field stimulated
Card 1/4 this work. In this method the heat exohange takes place

Drying of SuperphosPhate in a Boiling Layer SOV/153-58-3-15/~';O
intensely and the whole substance scattered over the grating
has the same temperature. In the present paper the degree
of the drying of superphosphate as dependent on temperature
s,nd the duration of the blowing out with air is to be deter-
mined, and it is to be made clear to which extent the degree
of drying depends on the content of free P 205' As far as
the ripening represents a bottleneck of modern superphosphate
production it would be interesting to find out whether the
ripening reaction is not accelerated in the boiling layer.
Therefrom it could be concluded which superphosphate (fresh
or ripened) in suited better for blowing out br air. The
first experimental stage was carried out on a laboratory
basis (Fig 1). Then the experiments were continu-i at the
Voskresenskiy Xhimkombinat Noftmemk CbesdooM Kmbinat).
Ifendta obtained sboved-the sathors that the method of the
boiling layer is a simple and good means of afterdrying the
ouperphosphate ready for shipment. Especially the waste
gases of the sulfurio acid plante (the completely anhydrous
anes from contact systems or those with a low water content
Card 2/4 of the tower systems) may be used for this purpose. The

J)rying of Super-phosphate in a Boiling Layer SOV/1 53-58-3-15/30
additional expenditure for the afterdrying of the super-
phosphate is probably the least oxpeneive one with the method
of the boiling layer. on the other hand, the transport
means are relieved by about 7% and ~he transport coats of
a then more valuable fertilizer per unit of useful substance
are decreased. The possibility of simultaneously neutralizing
the free P205 by ammonia seems possible. This would further
increase the quality of the fertilizer. The authors draw
the following conclusions from their resultst The humidity
content decreases in''superphosphatis with ths decrease of the
content of free P295 and with the increase in temperaturet
at 400 the humidity was removed to 50%P at 500 to two thirds.
After 5 r 10 minutes the drying is finished. No perceivable
variations of the degree of ripening at# noticed during the
drying of superphosphate. A more intense drying delays the
ripening during the subsequent storing, The treatment with
air in the boiling layer (without evappration of the humidity)
does also not accelerate the ripening.- In spite of a consider-
able humidity content superphosphate is easily brought into
Card 3/4 the pseudo-liquefying state. The bigger the amount of

Dry~ng of Superphosphate in a Boiling Layer SOV/1 53-56-3-1 5/~',
pup*rphompbsto an the grating the higher is %he gas velocity
in the apparatus required to form a pseudo-liquofied layer.
There are 5 figure@.
ASSOCIATIONs Nookovskly khimiko-tekhnologichookiy institut imeni Do I.
Mendele,yeva (*05cow Institute of. Obomi4al Toohnology Imeni
Do I. Henaeleyev); Kafedra tekhnologii mineraltnykh kielot i
soley (Chair of the Techoology,of Mineral Aoide and Salto)
SUBMITTEDs October 12, 1957
Card 4/4

GLWMI A, A.; YEEIWMVAy Ye. A.
"9ome results of experimental investigation of the evaporation P:rocess from
L
a Oolid state in vacuum."
report submitted for 2nd All-Union Conf on Heat & Mass Transfero Minsk, 4-12
may 1964.
Moscow Inst of Chemical-Mechanical Engineering.

ACC NRI AP7002435 SOURCS COONS UR/0919/66100011)12/0034/0036--
AUTHORS Zakharcifa, a -V loy
WmOee 'Not 341yer,ovo S. YO.
ORO: none
TITLE: Mechanicul properties 1. of sloblum aid-Its alloys at low tenp'er&-
tures
SOURCES - metallovedenlye L. teirmilcheskays, rabotka metailow, no. 12,
1966, 34-36.
01,
TOPIC TAGS: niobium, n1obium alloy, m6mb it rt V , m6=bdmm&
property/YXI niabium alloy, VX2 njoblum alloy, vH2A
sloblum alloy
ABSTRACTS
Specimms of *1 uloikum *and'iWi and VMZA niobium al loy, &a-defomed,
stress--relieved at UOOCp or recryetallization ahnealod at 1200C.,were
subjected to tensile and UVact tests at temperatures ~ fro& -253 to 20C.
it was found that stress relieving had little or no affect on the
machanical properties of VNI niobium. T Recrystallixation annealing -7
lovereit the imi&" strength from 96 to 89 kg/~Wp' the'yieid strength
from.95 to 88 k6ofamils, and Increased the aloaption fron 15 to 21Z and
the ncl~ch tomOmma, from 19 to 25 kp/=2 (tested at -196C), coupared t o
as-deffound 8110 no microstructurs! of r
...?51qetalli**4 VNI nLobium was
UDCt 620.l7t649.293:66'.*9'7~'**,-*',

ACC N& AP7002433
-iiiiforn and flui-irilied.- Auoyiag With num was a to ra e
*;the all dlictility transition temparaturs. Consequently, the molybdenua
content in ulablus alloys should not *at* 42. Additional alloying of
n1ohim lybdenum alloys with sircoulumm ignificantly increased their
ductility anj notch toughness at -196C. axing the test temperature
to-253C resulted in Increased tensile =0 yield strength and decreased
elougationand notch thuSbnese In NVU nigbium alloy (see Fig. 1). Tho
27
'k /M
properples of VIOA alloy (cold-roUed
abast)
U An""od at JLMC for 30 min;
1%.,2 snp*" at IM Ior 1 hr;
2
x 3 so', nIjAWj
Cmd 2/2.

n-RWOVAs To. Ya.
Mbroj, Infection Clinic.$ Inst. Pediatetce.,'Dept. Clinical Hed.., Acad. Med. Scil.. -cl948-.
Nbr., Bass Hospital im Rasakows -c1948-*
"Tests on the Applicaticn of Serum Purifted According to the Method of the Central
i
rhatitute of Epidemiology and Medicine,, in the Treatment of Diphtheria.", Pediatriya.,
No. 2j, 19481
"Age Characteristiami of the Coarse of Serum Sickness and Its Prophylaxiss" ibid..,
No- 5,, 1948.

YMAIAII-OVA, YZ. YA.
USSR/Medicine - Serum SicknesB, Pathology sep/Oat 41!
Medicine - Prophylaxis, Effects
"Age Characteristies'of the Course of Serum Sickness and Its Propbylaxls," S11. L.
Derechinskaya, G. S. Voskresenskayn, YE. YA. Yennakova, Infectiows Disenfie) Sectort Inst of
Pediatrics, Acad Med Sci USSR at Base Hosp Liami Hunakov, 6 1 pp
n1ladiatriyall No 5
Reports observations made during several years at Institute. TabiLlatea and Oiec4srjeq results.
Concludes that purified. serum, T81EX (Can Inst of Experimental Ked) preparation, used for
prophylaxis of serum. It lowers degree of anaphylactic reaction.
PA 34/49T56

fk- j
tt
J
~A, /L. And. K A4 ~14,14kool,
a"[' pI I Ill 1~111!1- Im loll ~(J I I
n, Ott- 11111% wilt l1w;1I lb"I'ttj
I.Ox I

YERMAMVIV Ye. Yc.
TEDIAKOVA, To. U. - "The developiment of antlotoxIc immiumilty to experimental dlpM-
harle of the- eyes In guLnea pigs". Nomeow, 1955. Aead Ned Sci USSR.
Inst of ZpIdesiology and Microbiology lmni Bowery Acedemilclan N. P. Gamaleya
(Diseertation for the Degree or canwate or Fledical Sclenoos),
SO: ra toplal Mo. 46, 12 November, 1955 MAscov

YEWKOVAt Z. D.
Cotton Carding
How I plan my work. Tekst. prom., 12, Mo. 6t 1952.
0
Monthly ILsl of Russian Accessions,, Library of Congreass October 1952 UNCLASSIFIED.

2BUT1370 S,'V,I, MMMM"OV'A Z
Sc~sotkods of anthemisim 10-(V-shlaroymp~l)-2-ehlwopbone-
UU-sins, Zhure yrlklo kh1m, 38 mcll.50171~-1176 W 165
(KMA 18;1")
lo 1=t1tut faraakologii i 'chisf torapdLi AKN SSSR.

ZHURAVLEV j, S. V. ; GRITMKO,. A. N. 1. 104AWFA, Z. I.
SpWisis in the phenothiasine serleso Part 7: SyntheoLu of 10--/-
cbloropropyl derivatives of phenbthiAzine 2-claoro- Z-acetyl-'
0 p p
and 2--propionylphanothiazins. Mwr.ob.khim. 32 no.6t1912-1914 A
162. OUPA 15:6)
I* knitlut farmakologil I kbimicterapli Akadadi unditsInakikh nauk
SSSRI

ZHURAVLEVI ~A~- GRITSMO, A.N.
Syntbeiais in the phenothiamine xoriese Part 9; liyntheoia of
i-o~,/'-C/i,-(R-bydrozyotbyl)-l-pipirasityll-propy~-phow-thiazine
and i1a 2-chloro-, 2,-acetyl-, and 12-propiozWl.is~uotit~bed analogs,
Zhurobakhtme 32 no.7z2244-2248 JI 162c (KM 15:7)
1. Luititut farmakologii i khjmioterapU Akademit maditainakikh
nauk USSR.
(Phenothiazirm)

PARIMATA, L.T.; KOGAN, Y.N.; KAUCHNYA, A.P.; CIDUMNIGHWO, G.S,.
Prinimali uchastiye: PASMINA. V.I.; KORCIBKOVA., T.11,; BURYA-
KOTA, G.I.; AGASHKINA, X.S.; AMOEMA, G.M.; ARMOVA,, T.Ta.;
BOBINA. M.L.; YZUWOTA Z P : 11WIMOT, YusAq; POLUTMAYA,
L.G.; SHIMIA-7-T. F.P., oty.red.; ROOOVOCATAl
Ye.a., red.; SWUMMV, A.N., tekhn.red.
[Agroolimatio reference book on Chits Province) Agrokllmati-
cheakii spravochnik po Chitinskol. oblaoti. Leningrad, Gidro-
mateor,izd-vo, 1959, 131 'Po (MIRA 13.2)
1. Chita. Gidrometeorologichookaya ~bie~rvdtoriys. 2. Starshiy
inzbener-agromiteorolog Chitinskoy gidromteorologichookoy
observatoril (for Fariyskaya)o 3. Chitinskays gidrometeorologi-
cheskaya observatoriya (for Kogan. Kalachava, Cberednichanko).
(Chita Province-Crops and olimte)

TSYGODA, I.M.; KAZAKOV, y.mq mEsMov, R.A.1 BRTUKHANOVO H.G,.; BIJRBA,,A.A.;
SADIX01r; V.I.; PIGAREV, A,,D.; Prininali uchastlyst PECHIMMI, S.R.;
GLAZACM, G.M.; KHVWWK' F.I.; KODIMSEV, A.V.F IMALITEV, Me.;
YERMAXDVA,.,,Z.$.; NOVAK, I.V.; XHILIKO,-I.Ye.; LYASMSKIY, R.A.; PROKHO-
ROVY A.I.; CHERTOVA, N.G.j.URUBKO,.V.N.; KUGUCWV, V.V.
Industrial testing of a flow shoot for the processing of Altai complex
metal ores along the lines of the flow shoot used at the Madnegorskii
Combine. TSvet. met. 36 no.12312-15 D 163. (14IRA 17t2)
1. Vaesoyuznyy nauchno-issledovatellskly gorno-metallurgichaskiy institut
tp"tnirkh metallov (for Pechenkin, Glazachbv tsev). 2.
,Khvesyuk, Kodin
Irtysbakiy-polizetallicheskiy koubinat for T rgaliyev, Yermakova). 3.
VAdnogorskiy =dno-4ejrnyy konbinat (for Novak, Khillkop Lyashevskiy,
Prokhorov, Chertova, Urubko, Kuguchev),

YEMWOVICIII D. V. I
"Study of Mechanical Properties of Nonrigid Toppings of Autmobile Roads on the Basis
of Measurement of Sags and Stresses." (Dissertation for Degree of Candidate for
Technical Sciences) Min Higher Fducation USSR, Xhar'ka7 Automobile Roads Inst, KharIkov
1955
SO: M-1036 28 mar 56

. . - . .. - -, - 1, "", " , , , - 11 - . ... . - . I . - - - . --- - -
YEMKOVEII. D..V.,.,kand.tekbn.nauk
Mviological phenomena In otabi.Uzed aoils caused by
3xmidingo Avt.dorpi dor.stroi. no.l-.32-36 165. ()URA 3.883-3.)

BIRULYA, Aleksmadr Nonstgutinovichp prof.; GOVMSHCLOIKO, Hikolay
Yakovlwvich, doto.s kand. tekbc. nauk; XEMAKOVICIIj Dmltriy
V iE2v c k; yaovwJr,-".
._jMAR,_ dots., kand. tekhn. nim~
red.; IODVItIZBIYXH,, L.P.v red.; GAIANTIONOVA, Ye.N1., tekim.
red.
[Highwqys and their use] EkspluatatsiomWe kachestva. avtomobill-
mykh darog. Moskvap Nauchno-tekbn.izd..vo M-va aviomobiVnogo
transp. i shosseinykh dorog RSFSR, 1961. 133 P. WHA 15:2)
(Transportations Automotive) (Roads)

- I .. -
BIRULYA, A.K.; IERMAWVICH., Mw
Laboratory investlgating of -Im c propertids of soil-
cownt pavownt'sodels; Trudy Mir. &it.-dor. Inst. no628i
13-25 1629 (MIM 17: 2)

YEMKOVICH,.D.V..; KUPRINO B.D.
Device J!or wasuring deformations In road structures. Trudy
Khar, airt,-dor. inst. no.28t26-29 162. (MIRA 17r2)

TAMWAKOVI I, starchly kinomekhanik.
Nors, attiontion to the lubriaMion of projeotors. litomekhanik no.6:31-32
JO 153. (MI." 6:8)
(Moving-picture projectors)

YFA%IAXOVICH, V.K., inzb.
Convertara using germanium diodes, Avtco,p t43.0m, J sTia:01 S
.- nc.22:31-32 D 164. (MIRA 181i)
1. laboratoriya signalizataii i OvYazi Vostochn"ibirokoy dorogi.
.-I

ZABOLOTM, Ivan Prokof 'yevich; PODOWlY, Kikhail Immakovich; PAnOT,
KoTop kajidotekhnonauk. retsensent; LTAEW, G.K#, kand.takhn.nauk,
retsertzent; TJMX4LMNO, Holes gornyy lush,, ratmensent; SOSSM,
id
0000, A.P., otv.redo; SIPTAOINA, Z.A.,
"d.ird-va; N ITSTA, tekhnaed.; PROZOROTMATA, takhn.rid.
[Klning engineering; for ninere of underground Intigrated brigades]
Gornoradnoe delo: d1le gornoraboohlkh podsemuykh komplakenykh
briged. Xoekva. Goo.nouchno-takha.isd-va lit-ry po gornown dalup
1960. 384 p. (KIRA 13:3)
(Mining engineering)

YEM4ALINSUT.A.p B.A.
ll-~~~-----------_
Extrouterine pregwney at a late term. Zdrar. Belor. 6 no.8:73.-72
Ag 160. (PREGUNCYp EXTRAUTEMM) (KERA 33:9)

XMMLIMKIT, A.F.
- I
Possible complications in the as* of the adrmocorticlotropic hormozw.
Zdrav. Belor. 5 no.3:33-35 Mr 059. (MM 12:7)
1e Is Irubmaskoy rayonnoy bollattay (glavr4py vrach N. Ye. Karelin).
(ACTE)

YERVALIVSXIY A.F.
- -- !Mwmm
rathaganesis of infectious nonspecific polyarthritifle ZdLrav.
Dolor. 5 no*8:27-29 Ag 059, (UMA 12:10)
1. Is lqubanskoy rayonnoy bollnitay (gUvrq-., -.rmeh ff.,TeAarelin).
(BLOOD--SOUK) (ARTEMITIS, AHELUMID)

'Skin reaction in rbsumatiom and the themp'sutic effoot. Zdrav.
Del. 7 noolO;21-26 0 161i -14--,11)
IsI~.Lyubanskoy rayonnoy bollnitay (ispolapyusheMy obyamannasti
figmtogo vracha N.I.Zhaleyko). Nauchnyy rukovoditall - prof. I.D.
Mishenin.
.(GAHM GLOBUL111) (SKIN) (l#WlATIC HEART DISEASE)

Ma4ALINSKly Ad,
Specific antigen ir the blood seram in infectioas nonspecific
polyarthritle and rheumatism. Zdrav. Bel. 8 no o 6 s25-16 -Te 162.
(MMA 16:8)
I I L banskoy rayonwy bollaitay (glavyy vrach N,,Ye.
"3Z3.;f.
(RHEU14TISM) (ARTHRITIS) (ANTIGENS AND ANTIBODIE-S)

YERUJMSKIYp AaFe,
Iffectiven iss of gamns, globulin in #h"Mtic fever* ldrtrv. Bel.
9 no,302-63 Mr'63 (MM 16t12)
1. Tz I.Vubanskoy raymnoy boltnitay, ffauchay7 rukovoditell ra-
boty - prof, I.D*Wsheninv

MUM3, B. Aq IffLINI907A., N. Ye. Wordlovsk)
Pathomorphology and histoebodstry of pollm"UUs in children
vaccinated vith Salk vacoins. Arkh. pat. ro.22311-16 161.
(KM 15 t 7)
1. Is Sverdlovskago nauchm-loolodovatell notituts. PO
profi2aktike Po3loulyoUtaldir. 0.
(PMION=TIS) (NUN) (S?iXAL CCU)

TARMAN B A
Issuli, of an investigation of tbo 'brueellosis ticks bormseentor
F
uuttaUl, collected In Cblta ProTIfte. Preliminary report. Izv.
Irk., goo. usuch. -1 sel.pretIr"hun, lost - 141265-10 157.
(NM 13:7)
(CHITA MVINM-TIM AU CAUIUS 01 IIISMU)
(SwIff"813)

MAN WIN,
Qallty of Rottlagor's wr In roullon to ths lOmtb of preser-
vation. 20031-334
r59. '(KIRA 13t7)
(BACMIOLOGT--WWMB A= =M= KWIA)
(AGAR)

17(2,3,4)
WV116-59-6-9JI46
AMOR:' Yerman, B.A.
TITLEi The Morphological and Some Histoohemloal Changes (Glycogen, Alkaline
Phosphwtase and Rlbonucleic Acid) in Guinea Pigs During Infection
Caused loy Cloatridium Oedematiens
PERIODICAL: Zhurnal mikrobiologii, epidemiologii. i immunobiologli, 1959,~Xr 6.
pp 95-10 (USSR)
ABSTRACT: The aim of the present work was, first, to study the morphological
developnent of anaerobic gangrene caused by Clostridium oedematiens in
doses,Which killed the animals in approximately the same time that It
takes tD.kill patients with the acute or fulgurant, form of gas gangrene
and, second, to study the metabolic disturbances, particularly the
content of glycogen, alkaline phosphatase and rlb6nucleia acid in the
cells and tissues of the animals at various stages of gas gangrene. The
pathological anatomy of gas gangrene has been studied by A.N. Chistovich,
V.I. Krasichkova, A.Z. Dyagileva, AN. Sm4ftannikov and Ya.L. Rapoport.
Disturbance in the carbohydrate metabollam'was noted by Z.N. Kazimirova,
Ts.S. Kagan, Yu.M. Clefter, A.N. Shatalova, Rubel', Yu.A. Arshinova, M.K.
Ca.rd 1/3 Gesberg, P.M. Shapiro, M.V. Glikina. and O.A. Levin. B.V. Kdrovskly,

wv/16-59.6_2o/46
The Morphological and Some Histoahemical Changes (Olycogen, Alkaline PhDSphatase and
Ribonucleic Acid) in Guinea Pigs During Infection Caused by Clostridium Oedematiens
D.L. Ferdman, E. BolliAdin~, *to., have discussed the importance of alkaline
phosphalase and ribonUolefe acid an the metabolic 11~roceuses. For the
present.tests, guine'i pigs weighing 350-400 g were injected with 0.01
(death in 48 hours) and 0.1 ml (death in 24 hours) two-day broth culture
of Clostridium oedematiens. The guinea pigs were then killed off at
regular stages after infection and various tiasue,specimens subjected
to histochemical examination'. Glycogen was determined by the Shabadash
method, Alkaline phosphatase by the Gomori zaeth:~ ribonucleic acid by
the Brachet method, rat by the Goldman method, enalin by Weasells,
fibrin by Weigert's, collagen by van Gieson's method and the impregnation
of the gagyrophil fibers by Foot's method. The tests showed that the
muscle fibers and polymorphonuclear laukooytes lost glycogen. The lymph,
monocytoid and histiooytic cells lost ribonucleio acid. The node3 on the
control (non-injected) side developed a hyperplastic process with an in-
crease in the number of lymphoblasts, lymphocytes and reticular cells
saturated with ribonucleic acid. Foci or fatty degeneration were noted
in the liver, kidneys and mycoardia. The hepatic cells lost glycogen.
Card 2/3 A weakening of alkaline phosphatese activity was mated In the kidneys

BOY/16-59-6-2D/46
The Morphological and Some Histochemical Changes (Olycogen, Alkaline Phosphatase and
Ribonucleic Acid) in Cluinea Pigs During Infection Caused by Clostridium Oedematiens
with irregular appearance of glycogen in the opithelial'oells of the
nephritic canaliculi. No noticeable change could be detected in the
amount of ribonuoleio acid In the liver or the pancreas.
There are:' 6 photos and 26 references, 20 of which are Soviet, 2 German,
1 Frienchand 3 English.
ASSOCIAITION: Institut epidemiologii i mikrobiologii Imeni Gamalei AM SSSR (Institute
of Epidemiology and Miorobiology imeni 0-a-maloya of the AMN, USSR)
SUENITTED: November 13, 1958
Card 3/3

YeFOW. B. A., Cand 1.1led Sci - (diss) "Uorphologlc4l and (:ertaiii hl-stoc:,eriJcal
..~r
charizes in relation to glyco-en, aarmurialin, ribonucleic a-.id ;r)a wlk;,liw--
I
phospatae in non-Jmmwi-- aria 'Irmune guin,!a pii;s duri:.;- anaf-robic, gangrerke
caused by a oedematierts,," Yoscow, 1960., 13 pp 4Acau "m of LedltNil Sden-c-a!i
uss~,)
(KL, -C-60, 110)

YERMAN B.A.
Horphological and'Idstochomieal changes fonavins I=mnization of
gulmea pigs with a Cl. pedematiens.anatoxin. Zhur. mLkrobiol. epid.
i imwi. 32 no.7:77-81 Je 161.. 04IRA 15; 5)
1. Iz Instituta epidemiologii i mikrobiologii izeni Gamalei AMU SSSR.
(CLOSTRIDIUM OBDEMATIENS) (TOXINS AND OTITOXIIIS)

- . . - -.. - - 1 -11-111- 1.1- 1--, -
YERMANI B. A.; ESSEL'j A, Ye.; BRONTTSKAYA., Ye. Yu.; SHUBINA, S. B.; WPUSNIKOVA, A. T.
"Tsitofotometricheskoye opredeleniye soderzhaniya rnk v kletkakh nf*;.-r-2, zarazhennykh
mk-soderzhashchim virusom."
report presented at Symp on Virus Diseases, Moscow, 6-9 Oct 64.
Institut virusnykh infektsiy, Sverdlovsk.

YE04AZIP B.A.; PLOTNfKOV, N.F.; KADKIIIA, Ye.V.1 WASNIKOVA, A.11',~:- SHUBINA.
(Sverdliovsk)
14,,~rphci'Logy andIcytochemistry of the '61113 of t6 REP-4), t-Issue
oulture under normal conditions and 4% entarovlv~us Wecclons.
Arkh. pat. 26 nc.9s47-55 164. 18W
' 0 insti.~Wit V'-M=.Tkb
',nord-lov-skly nauchnc-jisdledovatel ~3kly.
infektaiy (dire 0,F,Bogdanov)O

BURITAX, Yu.L.; BY5iVGXIY. N.G.; DOLQOPMV. W.W.; RVMTN. G.K.; TURMAN B.I4
(kl&tLa mtractions ftt*nt V.S.S.14 ?7,2?2, Doo.31, 1949,
,(CA 11 noagsioz6z 153)

'JW1TA4A;YWAJ, D; Vicall, 1.
NpIdemic of typhoid favor In the hospital in Vinkovei during
1952-53. fligUens. Aeogre 6 no-3-4t261-272 154.
1. Hig1jonski savod, Onije, Opes, bolatm. Vinkovelo
(TI ID M , spideidoloet
spidadc In hoop.)

TXRW, L.X,(Koskva)
Medical wor1wrm during t1w period before and durimg thd
December armed revolt of 1905- Klin, nod. 34 no,10-9 J& 056.
W" 9 S)
in ituesta, medical workers during December &mod
revolt in 1903)

YERYAN Lja.;,GAL'PERINk,, Ye.L.
~ ~-
New data on the Matalline structmv of Bi 2P3 .2Y403.
Zhur.neorg,khir. 11 no.lt221 Ja 166. (MIRA 19ti)
1. Submitted May 200 1965.

KTJ 7i-pcv, D.F.; L.fa - ~,OLIDER, G.A.; GALIPYRIN', 3.3.
Stm-,tzre of some dezlvatlvep cf ur,~!a bnd
study of dl=zeldes and d'i-guanyls of ", z1ohenadiona and
diary-A. urea. Zhur. strakt. khim. 5 no.4;646-,64 Ag
HIE
A
Lh

KABANOVP F.I.,, doktor ist. nauk,-
KUZUTS)VV N.V.V kando
lot. nank; ANTONOV, V.,
NOGINA, N., tekhn.red.
mjand. lot. nauk;
is . nauki USEMOV,-A.T., kand.
red.; ZAKRAFOVA,,-G., sled. red.;
(Outline of the history of
1861-19171 Ocherki istoril
1861-1917. (By] P.I.Kabanoy
1963. 388 P.
(IAbor and
the Russian proletariat,,
Hosaiiskogo proletariata;
i dr. Moskva, Sotsekgis,
OGRA 16:11)
laboring classes)

BARBANIKLIP R.T.) YERWOKO Ma.
Technological features in the production of panels extruded
from a flat eantainer. TSvet. met. 38 noola74-79 j& r65
(MIRA 18:2)

KABANOV, Petr Ivanovich; JNLtinavl~ihj SD4FMUK9
G.r., red.1 KO * #Lraf -
[Norosov strike of 1885) Norosovsksla steahka 1S05 Code;
posoble dlla uchltolla. Nomkva,, Uchpeftls~ 196). n3 P.
(MIU 16:9)
(Moscow-Strikes and lockouts--T stry)

yraw, S.S. (Moskva)
I -- - -- ---I -
Protem-ting the health of children in rural armo durixg th6 first
year of life. 7~11d. I, akush. 26 no 4x3" Ap 161. (MIRA 140)
(INIPANTS-.CARE A14D HTGI=5

I ~ -. . I ~ . ~ I - . 11 - ~. , , ~ 7, -, , - - . - ~, -..I - -.1 - -- , . , 4 - -
. mamp VL. (Mlookva); SOBOIEV, O,K. (Moskva); TSATURYAlij K.To (Moskva)
Problens concerning the theory of self-adjusting control
system. Izv. AN SSSR. otdo tekh, nauk, tekh. kib, no,3:103-
Ul NY-Je 163 * (MIU 16:7)
(Automatic control)

YEMNOKI I. P.
f1lavestigation of the Influences of Cemnt Exothelval."
Report submitted :ror the Conferencecon Heat and Mass Transfer,
Minsk,, =SR., Tune i961.

YE--KNOON Allz, .I I
I .
PAnov, r.p.; SJWAM~ Yu.I.;
1 0 ! m 900, 51 j Wz-
Incressing the productivity of mills for the cold rolling -of
Pipes. !Mvet.ust. 28 no.6:41-50 N-D t55. (KIRA 10: 11)
(Rolling (metalwork)) (pipe)

ACC NR3 AP70OC596 SO URCE-_d6bt_.-1fW01TSFf66_f 00~01VO 0 5 4700 5-51
AUTHOR; Grishkovetup Ya..G.; Yermanok, M. Z.; Pinskaya, L, IN
O=' none
TITLE; Mechanical properties of Dl alloy tubes
SOURCE: Metallovede!niya i tormicheakaya obrabotka metallov, no. 11, 1966, 54-55
TOPIC TAGS: aluminum alloy tube, aluminum alloyVtubacold drawing.
Tzsbe 4 property, aim' da"MoabaAstructure/Dl alloy
,-,N-AN&-j"t pa-
ABSTRACT: A method for improving the structure and mechanical properties of DI
aluminum alloy tubes. has been investigated. Cold-rolled tubels, 55 =I in outside
diameter with a wall. 2 mm thick, were cold drawn without a mandrel to 54-34 mm in
diameter, annealed it 500C for 40 min, quenched, and naturally aged. Depending on
s'
the reduction, the tensile trenith varied from 36.8 to 43.8 ks/mm2, the yield 1
strength from 22,3 to 27.2 kg/mm , and the elongation 'from 18 to 23.5%. The mini-
mi*sm strength properties and the largest grain were observed in specimens drawn
with 5-12.5% reduction; the strength increased with increasing reduction. Annealing
in a saltpeper bath incre'ased the strength by 1.5-3.0 kg/mm2 and reduced the
elongation by 0.5-3.0% as compared to furnace annealing. Annealing with rapid
heating high frequency induction improved somewhat the strength properties and
structure of cold-drawn tubes. Orig..art.~.has: 2 figures.
SUB CODE: 11, 13/ SUBM DATE: non*/
:ard 1/1 UDC: 680.17:669.717

136-3-13/25
AUTHORS: Shevakin,, Yu. F, Condidate oZ Technical Sciences and
16- &YY
j
Termanok, M. Z.
TITLE: WM;MW ct to Production of 19-oecially Thirb-I.Valled
Aluminium-Alloy Tubes. PDvqMlye. :)roizvodstva osobo
tonkostejuifth trub iz slyuminlyevykh oplavov).
PERIODIGAL: Uvft:rys Metally, 19579 No,39 pp.66-74 (USSR)
ABSTRACT: The purpose of the present work was to study conditions
for the production of cold rolling and drawing without a
mandrel of very thin-walled (down to 0.20-0.23 mm)
alilminium-alloy tubes and to compare this with other methods.
In the experiments pass design was calculated by a method
developed by Shevakin and rolling pressures were measured.
Direct and derived curves are given showing the inter-
relation of rolling factors and photographs of tubes with
different defects are shown. The operating characteristics
of cold-rolling mills with different alloys, data showing
the influence of wall thickness on thickening during drawing
without a mandrel and recommended drawing and rolling
conditions are tabulated. CompDred with ordinary methods
the reco=ended procedure secures higher yields of sound
1/2 tubes with less effort: the productivity of mills for cold
rolling very thin-walled tubes is 2-3 times higher than that

136-3-13/25
Organizatlon cttlv Produ,ctlon of Specially Thin-Walled Aluminiuni-Alloy
Tubos.
2/2 of 11!sMITMash-design roller machines.
There are 7 figwes and 4 tables and 3 Slavic references.
AVAILABLE: MbruV of Congress

MKOKO-Nezes MYNIMTO Toy$
A
-Dien$ toewlev for the productlop of reetanctur aludma
taboo. Iftet. mt. .30 20.505-" My 457. (KM IOW
(Aluels =i) (fttrusies (Obtalveft))

:LUTHOR: Termanckq M.Z. SOV/149-58-4-20/26
TITLE: -VatIVOTO "R WM""Wall Thiclawsq in Mendrol-less,
Drawing of 2minil-IMAlloy Tubes (ISMU0111ye tolshchiny
st*nk:L pri bezopravoch-on voloobanii trub iz
alyminiyevykh Splavov)
PMODICA6LsIzvestiya V7Ash41rh Uchobnykh Zavodsaiy Tsvetnaya
MetallargiYaq 19589 Nr 49 PP 142-15P. (689)
ABSTItICT: Cold rolling used in conjunctim with fit* drawing
constitutes a most efficient mothod of makina thin-
walled tubes. However, the wall thickness of the tube
is usually altered during the latter operation, the
magmitude of this effect being proportional to the
total reduction of the tube diameter. When close
Ai nsional tolerances are aimed at, it is eamential
to kncw how the variation of the wall thickness is
affected by various factors sAd it. sik's In order to
provide such data that the present.investigation was
instigated. Tubes made of ialuminium, alloys D16 and
ANG (both in the hard and.aininealed condition),30 =
Card 3./4 diameter and 1 = wall thickness were used in the.

SOV/149-58-4-20/26
variation Of the Ilan Thickwas in Mandrel-less Drawing of
A111min.um. Alloy Tubes
experiments, The characteristic dimnsions of --the
dmving dies mpAe of steel Y8 were: Die entry angle -
129 20v 30 and .400; length of the cylindrical bearing
smotion - 2 and. 15 =. Two ranges of drawing. speeds
vomit pVloyed: 150-250 no/min and 25-45 X/Rii. (Th 1"
djjmosion of the results the following torms #" used:
4ftUl reduction of the tube diameter AD = D
where DK and DN are the final and the initiii-Milame -term
of the tube respectively. Elongation per pass IL = PIOP
Variation of the wall thickness &t = tr- who *
tK an& tN denote the fin4l and initial ;1 thickness.
Back tonsion = Q/F kgl=4). It was found that when the
operating-conditions in free drawing are such that the
tube, is deformed in die only, A t in proportional U AD
(Fig.1 and 2) and t (Fig-4 and 5). but is not affected
by variation of DN 7Tablo 1). With increasin ;L -the
vajus.of 4% decreases (Fig.1 and 2). At is M same for
both hard ancl annealed materials &n& it is not
Card 2/4 affected by application of two-stags drawtug (Table 4).

SOV/149-58-4-20/26
Variation of the 'Nall Thickness in MandX!01-19ss Drawing of
Alumintua Alloy Tube a
while At is not affected by variation of the length
of the cyliodrical bearing section of the die (Table 2)0
it varies consUerably wben the entry angle dt is
altereii (Fig.6). Ikon. 4 = 120 the wall of the tube 0
becomes thickor after a drawing opexation; iben a(= gio
& is negative i.e. the wall thickness decreases.
(The combined effect of o( and t on Ot is shown on Fig-7)
Similar effect is obserwed. when back tension is applied
(Fig.8), i.e. with increasing VF the value of 4 t
linearly decreases. If to = increase of the wall
thickness in the absonoe of back tension, A = back
tension corze OnAilnic to At = 0. Uon the following
formla can ba-um*d:-:I: at - t - t /A x W.
The last two effects are att2butel to the fact that
at high values of CA and Q/F, deformation of the tube
talwa place also outside the die* It was concluded
that the best wq of minimizing At is application of
Card 3/4 back tension and heavy drafts. Application of large

SOV/149-58-4-20/26
Variation of the Wall Th;Lclmess in Mandrel-less Drawin$ of
Alum1pium. ALLOY imbes
the entry angles is not to be recommended for
industrial applications owing to the fact that the
tube becomes unstable in the deformatiou region,
particularly if Jaeavy drafts a3m employed.
There are 8 figureaq 4 tables and 5 Soviet xWerencos.
'N,SOCIATION: Moskovskiy Institut Tsvetzqkh Metallov i Zolota.
Rafedra Obraboiki Metallov Daylenijrem (Moscow Institute
of Non-Ferrous Metals and Gold, Chair for Shaping of
Metals by Pressure)
SUBMITTED: 30th December 1957-
Card 4/4

AUTHOR: Y SOY/136-58-5-12/2-1-
Mr-W
TITIS: Investigation of the Process of Mandrel-leso Drawing
of Aluminium Alloy Tubes (Issledovanlye
bezopravochnogo volocheniya trub iz alyuminlyevykh aplavcv)
PERIODICAL: Tsvetnyye Metally, 1958, Dlr~--5, pp 70 - rJ7 (IJSSR)
ABSTRACT: Tubes of the alloys D16 and AMG were investigated in the
annealed state as well as after cold rollin(r,. The
compositions of the alloys and their moochanical properties
are entered in Table 2; t8e anneallnZ regime consisted of
heat.Ing for 90 min at 400 C, whereby one of the alloys was
cooled in air and ths other was allowed to cool down in
the furnace to 200 0 with a speed of 30 OC per hour and
then in air. Tubes of 30 mm diaand wall thicknesses of
17 2, 3 and 4.5 mm. and also tubes of 189 24, 35 and 51 mm
dia. with wall thicknesses of 1 and 2 = were used in the
experizents. The degree of deformation during rolling of
the tubes with various wall thicknesses was approximately
the same. For reducing the difference between the longi-
tudinal and transverse wall thicknesses, the rolling was
effected at reduced rates of feed. The drawlng was -.arried
out by means of a 5-ton test machine with a speed of
Cardl/3 150-250 mm/Min. and on a r,--torL drawing staiid with a speed

SOV/136-58-5-12/2-2
Investigation of the Process of Mandrel-less Drfting of
Aluminium Alloy Tubes
of 25, and 45 m/min. Dies mage of the steel U8 with a cone
opening of 12, 20) 30 and 40 and widtW- of the calibrating
strip of 2 and 15 mm were chosen. The tube dimensions were
measured with a micrometer with an accu.-acy of O,A mm The
wall thickness at each cross-section was measured in 10 te
15 Point.5 along the perimeter.. On the basis of the obtained
results, which are tabulated in graphs, the ftll,~,wins ~oa-
clusions are arrived at: 1) the dependence of the drav.,Ing
force on the rate of deformation per pass is linear;
2) the stress at the boundary between the elastic and
plasti-c zcnes of deformation is a parabolic function of the
degrae of p=eliminary deformation; 3) with inczeasing cone
angle of the drawing die, the drawing force will increase
the more intensively the thicker the original wall thi3kness
of the tubei 4) the initial tube diameter does not affect
the drawing force., Formulae are derived interrelati-nC. 'a-lie
degree of thickening of the walls with the basic parajae!A~-ra
(;ard 2/3

SOV/136-58-5-12/22
Investigation of the Process of Mnndrel-less Drawing of Aluminium
Alloy Tubes
of the process; the distribution of the rate of reduction
in the case where the tube sinking is effected in two
stages does not influence the changes in the-wall thickness-,
ai technology has been evolved which reduces the increase in
the wall thickness of the tubes during the process of
sinking.
The work described in this paper was carried out under
the leadership of Professor I.L. Perlin. A. Shaller
participated in the experiments.
There are 9 figures, 7 tables'and 12 references, 11 of
which are Soviet and 1 English.
ASSOCIATION: Mintsvetmetzoloto
Card 3/3 1. Aluminum tubing--Producticn 2. Aluminum alloys--Applications

yummx, U. Z.
Strains in the elasticity sones of the deformation center
and the f rIctIon factor during the deep droulog of pipes. Izv.
vys.ucheb.sav.; tevetmete 2 noo6:166-177 059o
("DA 13 j4)
2. Krasnoyarskly Institut tevetmpth ustallov, Imfedra
obrabotki mt&Uov Oavlowene
(Deep drawing (Metalwork)) (Friction)
It:.

YERMANOK, M. Z., Cand T~-ch Sci (diss) -- "Investigation of certain param.--t,2rs
for drawing and cold-rolling of pipe of aliminim alloyallo MOSccrd, 1960- 23 PP
(Min Higher and Inter Spec Eluc RSFSR,, Krasnoyarsk Inst of No'nferrous Metals
im M. 1. Kalinin, Chair of "Pressure-Proceasing of Metals"), 150 copie5
MY No 15, 19610, 134)

86689
IUD S/lJ6/6O/OOO/O12/ :D09/010
Eig /E183
AUTHORS:' Barbanellt.R.1.1 and Yermanok, M. Z.
'Investigation. of Stresses During Extrusion of Ribbed
TITLE:-
Aluminium Alloy Components
~'PERIODICAL: Tsvetnyye metally~ 1960, No. 12, PP. 74-80
TEXT: For both technical and economic reason17 extrusion is
'widely employed in the manufacture of ribbed components used in the
aircraft and allied industries. The cross-section of some
components of this type is illustrated below. The object of the
present investigation was to determine the parameters required for
analytical deternination of the extrusion pressure for the case of
a non-cylindrical (rectangular) container and experimentally to
check the validity of the theoretical formula derived. !The
extrusion Pressure, P, for the case of a rectangular contalhert can
be calculated from a formula due to Professor I.L. Perlin (Ref. 2).
Card 1/7

S/136/60/000/012/609/010
E193/B183
.Investigation of Stresses During Extrusion of Ribbed Aluminium Alloy'
i Components

06689
3/136/60/000/012/009/010
3193/2183
Investigation of Stresses During Extrusion of Ribbed Aluminium Alloy
Components
For a rectangular container with radiused edgosp which was used by
the present authoral this formula becomes:
P 217cr 203 L.4 -L.P + [Tcr 2 + (a - 2r).2r]. 1KL
1
- '(F-m.a + 0"'"3d,c) + Fk.p'V8fff*3d.k (la)
3 in a
The unknown quantities.in this formula include %P (stress, kg/=2,
due to friction between the extruded metal and the container walls)t
Sd.c (the mean value of the resistance to deformations kg/mm21 of
the extruded metal in the deformation reglon)q and 8d.k
(resistance to deformation of theextruded metal after leaving the
deformation region). However, the present authors show that the
formula given above can be used only for the values Of 8d
(resistance to deformation in the various aross-sections of
Card 3/7

86689
9/136/6o/ooo/oldoog/olo
2193AI183
Investigation of Stresses During Xxtrusion of Ribbed Aluminium
Illoy Gomponents
the deformation region) known. These can be determined from the
true stressAtrain diagram constructed from experimentally
determined load/strain curves for a given material, However, the
values. of !d9 determined in this. manner can be used in formula
(1a) only i the duration of the deformation process during the
tensile tests in equal to the durationp Vd, deformation during
extrusion. To calculate -rd it is necessary to know the volume,
V, of the deformation region of the extruded components and the
present authors derived a formula for V for the case of thin
strip extruded from a rectangular container:
V = I It 2
6 bi -a2
(2a)
where a2 is.the width of the extruded atr1p and bl Is the
thickness of the extrusion billet. All other relevant parameters
of the extrusion process and the tensile tests being known, the
present*a"uthors were able to calculate the correct rate of strain
Card 4/7

86689
8/136/60/000/012/09/010
3193/1183
Investigation of Stresses During Ectrusion of Ribbed Aluminium
Alloy Components
to be used during tensile tests, from the results of which the true
stress/deformation diagrams were constructed for the aluminium
alloy A16 (D16) deformed at 350p 400 and 450 10C. Unfortunatelyl
only values of hd.H (resistance to deformation of metal that has
Just entered the deformation region) could be determined directly
from these diagrams. It was found, however, by application of the
method of minimum squares, that the diagrams could be represented
with sufficient degree of accuracy in the form of straight curves,
from which the values of Gd.0 and' Sdk couldbe found by
extrapolation. In addition, the values of Sd.o were calculated
with the aid of formula@ derived by several other workers. Since
these.calculations gave widely differing resultag it was decided
to check experimentally which of the formulas used gave the most
accurate results. To this endq the alloy D16 was extruded in
the form of rod, with the aid of a cylindrical container and a
conical die (a.= 650), the extrusion pressure, P, was measuredg
Card 5/7

OW9
Evli%660/000/012/009/010
319 183
Investigation of Stresses During Extrusion of Ribbed Aluminium
Alloy Components
and from the values of Pq the magnitude of Od.0 was determined
for various.extrusion conditions. The values.of 8d.0 obtained in
this manner wert much lower than any calculated from the true
s-tress/deformation diagrams, approaching most closely those
obtained with the aid of a. formula due to I.L. Perlin (Ref.6).
In the final stage of the present investigationg the magnitude of
P in extruding three types of ribbed components was determined
experimentally. The values obtained were considerably lower than
those calculated with the aid of formula (1a)t in which the values
of Sd.c and Xkp I determined from data on extrusion of rods
from a.cylindriaal container, were used. This,discrepancy was
found to be due to the fact that the calculated values:of 11kp
were considerably higher than its,truo magnitude. 'When correct
values of Kkn (determined directly from data on extrusion of
ribbed compone&-~s) were used in formula (la)g the difference
Card 6/7