SCIENTIFIC ABSTRACT YERKHOV, M.I. - YERKOVICH, S.P.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001962720020-2
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 1, 2001
• Sequence Number: 20
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

YZRKHOV. R.1. (Moskva)
Bearing capacity of overheM thimp--valled pipelines. Strol, xx*16
i rAnche soor* 2 imoo6s19-23 160* (MM 13M)
(Pipelines)
0

s/17q/6o/ooo/oo6/026/o36
E081/9135
AUTHOR: oscow)
TXTLE.- Plastic State of Shellst Plates-and Bare of an
Ideally Plastic Material
PERIODICAL: Izvestiya Akademii nauk 55SR,Otdeleniye tekhnichesk1kh),
nauk, Mekhanika1 mashinostroyeniye,,1960,-No. 6,
Pp- 151-154
TEXT: The paper is a continuation of previous work (Ref.2).
'An approximate relation is derived between internal forces and
deformations in the middle surface of an ideally plastic sholl.
This leads to relations between forces and moments in the plastic
phase which are convenient for calculation. The results are
extended to ideally plastic plates and bars; in addition the
approximate plasticity conditions of one half of the section are
used as a criterion for the bearing capacity of the construction.
The results are also extended to structures with two-layered
constructional anisotropic section. The Kirchhof-Love
postulates are adopted, and the notation is the same as that of
A.A. Illyushin (Ref.1), unless otherwise stated# The material
is
Card,1/8

85528.
S/179/60/000/006/026/036
Eo81/E135
Plastic State of Shells- Plates and Bars of an Ideally Plastic
Material
assumed ideally plastic and incompressible. The quantities oil
Z1, Z11 are defined in Fig.1; quantities with a single prime and
a.double prime refer respectively to the external and internal
halves of the shell; the thickness of the shell in 2h. The
4!~
'internal forces are given by:
4 (W
+ 3 (x' + -2L e 7
TI,T
,) (;,e- ++
2 (eh+ 1 81) 1t 2
a.hl +
(Xk +XI)
2 (2.1)
2 1
TI, +
e.)oh
GIT 717) + -T (7t,
Af A ell (-L, - -L.) O.A, + -3L 912+1. 2.12. 1)
3 ej ei k7,7
Card-2/8-

S/179/60/000/006/026/036
E081/E135
Plastic State of Shells,.Plates and-B'ars of an Ideally Plast
Material. ic
10
Denoting the stress components by can be
Eq.(2.1)
written in the form: 121
T + Ok")h; T
k (Crk 12 (-e121 + 71211)h
(k 1, 2)
2.2)
Nk Ojk")O-5 h2' M
12 (T12' -'r12")0-5 h2
or, introducing for the influence coefficients of the forces and
moments the notation:
r) (Ek + O-Sel)
k V~
(2.3) e
r) LXA' + 0-1X')
V), 14
3 el M
(k 1, 2, 1-2,J)
1_.~Card 3/ 8

OVA.
S/179/6o/ooo/oo6/026/036
E081/E135
Plastic State of Shells, Plates and Bars-of'.an Ideally Plastic
Material
the stresse3, can be expressed by:
Olt (tk' + mk O~s, -Cl 2 (tl2'.+m121) a's$
(2.4)
It
'fk (t 11 11) a- (t is m
k Ml-
a 'r12
45
12
. 12
k 1, 2
Finally, the notation
Tk
+ 1".) + 7
2 2
T22 (MIS. mis').
+
2ash
Mk

0)
'+ M
' 90 + (M
(2 .5)
M
O
11
k
k
k-
h2
a '
, 55
MIS + (M + MI") w
ahT 2 2.
(k 1, 2)
Card 8

S/179/60/000/006/026/036
F.081/EI35
Plastic State of'Shells, Plates and Bar Is of an Ideally Plastic
Material
leads to
"rk (tk + mk) 'rs *C12' "12 + m12) "'a
(k = 1, 2) (2.6)
crk (tk - mk) (ra T'12 (t.12- M.12) U*s-
The conditions of constancy of ei within the limits of each half
of the section mean that physically the continuous section can be
replaced by a two-layered section with zero shear stress between
the layers. For the so-called "ideal section" (Fig.2) all the
preceding results are accurate; for the two-layered construction-
ally anisotropic section they possess negligible errors.
Introducing the Mises plasticity conditions leads to:
Qt t 2 Q tm + CIM = 1 (3-1)
in which Qt ' CIM and Qtm are the quadratic and bilinear forms
of t and m (Ref.1). The pair of planes (3.1) is appreciably
Card 5A

S/179/60/000/066/026/036
E081/E135
Plastic State of Shells, Plates and Bars of an Ideally Plastic
Material
deflected for large values of Qtm from the accurate surface
described by A.A. Illyushin (Ref.1), or from the pair of planes
which approximate to it (Fig-3):
1
Qt + Qm Qtm
A73:-.
For the problem with known disposition of principal deformation
axes, Eq.(2.6) and the Tresca Saint-Venant plasticity conditions

ield:
1
T
1 t ml) (t2 m2)1 1, 1(t, � ml)l < 1,
m2) (3-3)
1(t2
The specifIcatlon of the flow surfaces in discussed, using:
44/-3)
Qt � 2 Qtm + Qm k, I < k (7 +
(4.1)
9
and
Card 6/8
M

"
r.
gr-;)"; T9 U. N
A
�r
I
V,
AH
N
m
~th
1
W
-11
0~1.
4,

88526
S/179/60/000/006/026/036
E081/2135
Plastic State of Shells$ Plates and Bars of an Ideally Plastic
Material
0
A
Qt + Qm (4.2)
as examples and the accuracy o.f these equations is illustrated by
Pigs 4 and 5-
There are 5 figures and 5 Soviet references*

YERKHOV, M. I.
Cand Tech Sci- (disa) "Finite equilibrium of ideally plastic
spheres, plates, and rods under conditions of calculated model
cross-section." Moscow, 1961. 14 pp; (Ministry of Higher and
Secondary Specialist Education RSFSRj Moscow Order of Labor Red
Banner Construction Engineering Inst imeni V. V. Kuybyshev); 180
copies; price not given; (KL, 6-61 sup, 217)

S/124/62/000/002/011/014
D234/D302
AUTHORi. Yerkhovq, M-1
---------- ylindric;.l shell beyond the
TITLE: Symnetrical deformation of a c
limit of elasticity
PERIODICAL. Referativnyy zhurnall Mekhanika, no, 2j 1962,, 27, abstract
2V242 (Tr. Tsentr.n.-i. in-ta stroit. konstruktsiy. Akad.
str-va i arkhitekt. SSSR, no. 4, 1961, 176-198)
TEXT: It is assumed that in plastic yield of the shell the external and
internal layers, divided by the middle surface, are uniformly stressed.
This assumptiong combined with the yield condition of Tresca, leads to a
piecewise linear finite relation Eql.(-*)
2 /t2 - 21~
max.fj (t,�M,.) - (t? � a )j '/ tj � ml + m
where t1 and n1 are dimensionless internal fo.rces and momentug On the
m
basis of the relation (#) the author studies the limit state of a cy-
lindrical shell under the action of a uniformly distributed load, a
Card 1/2

II!F-
S/124/62/000/002/011/014
Symmetrical deformation of a D234/D302
concentrated ring pressure, axial force and edge loading. r-Abstracter's
note: Complete translation]
Card 2/2

CHICWOV, V.ra., WA. tepim. nauk; YERKHGV# N-S&p Insh,
Aboorption of water ty the soll durIng contlmiom sprJnWngo
Gidr. I ml. 17 no.7st-15 Ji 065* (KUIA IS 112)

YUSOV, B.V....Anzh.,*_YERKHOV, V.V.,-inzh.
Vertically closed conveyer. Ffekh.i avtom.proizv. 15 no.6:Lg-,Lg
Js 161. - (HEA 14:6)
(conveying machinery)
I
4.

YE-11"If"I'lli, 11,
.i -, -
36453. YnumovA, v. KOVARSKIY, M., TSITOYSICAYA, S., KOROI.~.VICH, M.
Kariyes I Beremennost'. - Avt: M. Kovarskiy, S. Tsitovskaya, 1,11. Korolevich I V.
Yerkhova. Stomatologiya, 1949, No. 4, S. 25-28.
SO: Le-tonial ZhumalInykh Statey, Vol. 49, Monkva 19/,9

TAKUBOVSKIY, A.M., mashinist-Instruktor: FROWN, M.P., mashinist- ins truktor;
:FAROSHEVICH, V.S., mashinist; ' IJ To*, mashinist;
BAPAUZAROT, A.M., moshinist; YF=OY. D. Ye.; SKORKIN, I.S.
Useful book 'IReference bood for a diesel locomotive engineering by
Y.N.TerekhOT, I.I.Murshin, Reviewed by A.M.IAkdbovskii and others.
Biek.i topl.tiags 4 no.2:47-48 7 160. (MIRA 13:6)
1. Master zagotovitellnogo tsekha, depo Chu, Issakhakeya doroga
(for Ifedosov). 2. Master tsekha bolskogo periodicheskogo remonta,
depo Chu, Kazakhokaya doroga (for Skorkin).
(Diesel locomotives)
Torekhov, T.M.)

I YERKLMBAYEVA, A.
Effect of the length of the day on the differentiation of the
vegetative cone of spring wheat in Kirghiziotan. Izv, AN Kir.
SSR. Ser. biol. nauk 3 no.3slO7-115 161. (MIM 14:12)
(KIRGHIZISTAN-WHEAT) (PHOTOPERIODISM)

--- YERKIN, A. (Barnaul)
Flash synchronizer operating on .the miniature Mb-90 thyratron.
Sorv.roto 21 no.629 Je 161. (PaM 14t6)
(Photographyp Flashlight-EquiPme"t and supplies)

YERK,RI, A.
Automatic temperature regulation. Sov.foto 22 no.1:26-27 Ja
,62. (MIRA 15:1)
(Thermostat) (Photography--Equipment and supplies)

YERKINp A., inzh.
I- - --l- ,
Photoelectric relay using cold cathode thymtrons. Radio
no.10:29 0 163- (MIRA 16:11)

YERKIN? A.
Universal cold cathode tube. IUn.tekh. 8 no.11:68-73 N 163.
(MIRA 16:12)

UMN A A
I-lining with a sawing machino under the conditions of Ydne
No.10/16. Ugoll 36 no.11:37-38 N 161. (Iff.RA 14:11)
1. Nachallnik shakhtY No.10/16 tresta, "Suchanugoll".
(Suchansk Basin-4oal mines and jr-ining)

YERKIN, A.A., inzh.
- Results of mining the OBarsuk" seam sub act to bumps at the NO-10
Tn'st of the "Suchanugol" Mine. [Trudjyj VNIYl no.49:219-222
162. (MIRA 17:4)
1. Shaklita NO.10 tresta Suchanugollo

YERKINt A.M. 404,
i- I - -- - ,H -6
Check of co Athol tubes. -JO ' 30
(MM 16 18)
(Electron tubea-Teating)

(viadivootok); IERRIK# A,14. (Barnaul)
TEFINftOO V-F
wmt, a now textbook on phynics ahould be like. Fix. v shkOlO
23 no.3%54-55 MY-30 163. (mIRA 16:12)

YERKIN,
-od
Prophylaxis for Primary and secondaz7 bleedl.-Ag due to different =-eti' 3
of adenomectomy of the prostate. Trudy SMI 161.164-167 163-
(MIRA 18-1)
Late complleations following a suprapubic tranavesicaL and a retropubic
extravosical adenomectQV of the Prostate, Ibld.0.68-172
1. Tz IcAfedry obshchev khirurgii (zav. - prof. n.G.Dubinldn) Smo2on-
skogo Rcsudaretvonnogo maditsinskogo instituta.

eve
v I JA M "-
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00
so
*SIR
kill
A now spWatos (or the tatamwommut of vertical solifint
of the t4kft mistaro. L-li-Urkiu and V. K. Petrov.
Zd"jk4ya Job. 12, Mt-W(III46).-An Irms disk rest%
un the top of the voke-ovra charge, and It* tmpvrmcnl
ismututnatkully registered during the cetkine lornerso. Ace
the beginning-4 coking. the height of the charge decrra,rwl
rat~-Ily. then slowly. stul after 2 hrm, the rAtr 4 wtilitit
was stabiliud fato a uni(orm slope, Towards the rivi 4
Ihit coking 00cm III# settling riate Incrt-L"I. Three
0. 0 a 41 u ts~o
*00
"00
loo
'00
Adee
20
Co
So a
to 0
goo
sloe
goo
fto
10
fto
Fmotli/
I
u a AT so -5 r a PW 0 a 0 1 w 101 9 a a I I
000600000004
a 0-0-0 0 0 0 004110004110 60 o *tqoo** 0 4

DeftrMLOAUM at the $*I a Chaev of W I a MOI&W
at NO tonsperatores. L. 1. r4kia suit L. 1. Gortmaiwa.
Z40rs&jdjw W. H. 1103 -11 Ilial -Vol. chwws of rval-
coke oub*icd to coking at various temps. were uwtkd.
71W 1 rdorwell on cylimsers of walkohr of
19 mm.) placed in a quarta tubt MW
k.
surroun, by a tubular tur"wv. lkvkvs for sar"wins
Irn hnflistryllwirrandtfrup." vincitulcilintheapp..
whrh was cat" a "OnatrActumeter." 11"U110 wriv Pa.
"'44 prrpd, trio" Kusnetalt coals at 4 lit"hing leoup. oil
t1w. I'llwar "Ir"lloss of wralivite t"tril in the con.
tracionwift W44 ohm" to fir 11.91; less with IWA"Iff,
hroll"t than With 31/t"I". IW&IWO. A hmine rate of
IWAII It. was Mani in turilirt ~spw Cu"Cravitip" breso
in all cases at about 11110'. With fwtbrr Ow In Ituils;
the rate of contrectioit hartesuad to a tons. at ?30-10111)
" tinto decreased from Sao to 11000. TOW Contrwtkin
Increased with riw In temp. flamples of , , hented
to 7W. PW. and I MA)". reop.. wm , , I and telicateti to
710, 910. oW I IM* tirtfirctively. mW " at the aW
WISP. for al min. vullfter Coalrarlins, look 04"'. 11W
kne-Cruip. too contracting muff them 4lw high Irt"j.
HIM- with -$&% Propel. at low temp. *M studied &I
high Irmils. thawed beat decompst, (vol. Incresse) fol.
lowr-I by runtracilim. The transiOn" rurrvapout"l to
4,11kWO terdii. The "MIractogntlef wam alga Natil to test
"Mil-WrIk~ id n%hbW lit CoM. OYfnS, N&WY Coibla j

g 04
go
God
go
Dole
4
tM
hu"lan.) L I
Ovejoe The CA
%!=1fa
7av*&kavq 1
14. Oct. 1941q. P, 1224-1220-
p0." a P.Cially develapt4l aplia
xyr. ratull (fir
ats Irom a typical datervisinath,n Ate
tabulated and graphed-
00
woo
ZOO
i
il-ve
moo
Joe
!.!'~A MKIALLOSIM U11RAIUNI CLASSIPIKATION moo
VOW "WinT Woo
U 0 AVjIO All; Y-A An I10 Ow a of WIN go 6 a a9IF
9 0 0

68-58-2--4/21
AUTHORS: Yerkin, L.I., Lobanova, L.I. and Bernatskaya, M.A.
TITLE: Cakint--e,~stern Coals with the Application of Stamp
Charging (Koksovaniye.vostochnykh ugley s primeneniyem
trambovaniya)
PERIODICAL: Koks i Xhimiyal 1958, Nr 2, pp 23-30 (USSR)
ABSTRACT: Studies of coking Eastern coals usinG stamp char6ing
were carried out on an experimental iven, 400 mm wide anr,-. a
capacity of 220-250 kg with stamp charging. The quality of
coke was tested on a small drum and expressed in indices of
the standard drum. Results of cokine- Bureinsk and Bazoysk
gas coals - Table 1; tests of blends from Kuznets coals at
the normal degree of crushing - Table 2, at various methods
of crushing and various degrees of fineness of blends - Table
3; results of testine Karagandinsk coals - Table 4.
Conclusions: Coking with starp. charging is advantageous only
for certain coals and coal blends. Its application is most
effective for blends containing considerable proportions of
gas and weakly coking coals, which normally charged, produce
poor coke. The volatile content of blends suitable for stamp
charging can be increased to 30-310/0' wid their cokinC ability
lowered to 11-13 mm. For the successful application of stewip
ch a correct choice of tYe method and degree of
Card _)ping,

68-98-2-4/21
Coking of Eastern Coals with the Application of Stamp Charging
crushing of coal blends is particularly important. The
higher the coking ability of the blend and its volatile
content, the Ugher should be its degree of fineness. The
degree of compacting of the charge is related to its coking
ability and degree of fineness. There are 4 tables and
1 f igrure.
ASSOCIATION: VUKhIN
AVAILABLE: Library of uongress
Card 2/2 1. Coal - Processing 2. Coke - Production

J41

SOV/68-58-8-23/28
AUTHOR: Ye Lei., CaDoidate of Technical Sciences
TITLE: Communication on the Standardisation of Methods of Testing
the Quality of Coke (Soobshcheniye po stanaartizatsii
metodov ispytaniya kachestva koksa)
PBERIODICAL: Koks i Khimiya, 1958, Nr 8, PP 58 - 60 (USSR)
AbSTRACT: This is a report on the meeting of the International
Organisation for Standardisation, which took place in
April, 195?, in Essen.
There are 3 tables.
ASSOCIATIOP: VUKhIN
Card 1/1 1. Coke--Test methods

SOV/68-58-2-4/20
AUTHORS:- Yerkin, L.I., Petrov, V.K. and Bernatskayal M.A.
TITIE: Thermal Preparation of Coals for Coking (TermicheEkaya
podgotovka ugley dlya koksovaniya)
PERIODICAL: Koko J Khimiya, 1959, Nr 21 PP 13 - 16 (USSR)
ABSTRACT: The influence of pre-heating of coals and coal blends
before charging to ovens on the quality of coke produced
was investigated using a laboratory coking retort and
pilot-plant oven (180 - 200 kg of coal per charge).
The laboratory results are assembled in Tables 1 and 2
and the pilot plant result-8 in Table 3. It was found
that: 1) 0 pre-heating of coals before coking to
150 - 350 C under conditions excluding their oxidation
leads to a substantial increase in the structural strength
of the coke (strength of a piece of coke free from
fissures). Tjae relative increase in the structural
strength of c6ke obtained by pre-heating is higher for
coals of low caking ability; 2) for all coals there is
an optimum pre-heating temperature which secures the
pyoduction of coke of the highest structural strength.
The optimum pre-heating temperature for all the coals
investigat8d lies within a narrow temperature range of
Cardl/2 1-50 - 250 C; 3) the basic cause of the increase in'the

Thermal Preparation of Coals for Coking SOV/68-58-2-4/20
structural strength of coke on coking of pre-heated coal
is assumed to be due to an increase in the bulk density
of the coal charge. In view, of the above, the pre-heating
of coal before charging can be considered as one of the
possible methods of increasing the bulk density of the
coal charge. For coal blends similar in properties to
industrial blends, the change in the coke strength with
increasing pre-heating temperature follows the change which
takes place in the structural strength of cokej
5) pre-heating of coal blends before their coking is
accompanied by a substantial increase in the strength of
coke. For the blends tested, the increase amounted to
12-30 kg and a decrease in the 10-0 mm fraction by 15-35 kg.
There are 3 tables and 5 references, 2 of which are
German and 3 Soviet.
ASSOCIATION: VUKhIN
Card 2/2

IV
!J3 t
JV
-vi 3
gull V
fill

V

V
ass

MAKAROVt G.N.; KAzi#tKl Ye.M.;-POPCHENKOp R.A.; SEMENOVt A.S,; XER9INs-
L-T- RrVXIM, I.Tu.; PRIVALOV, V.Ye.; MUSTAFINO F.A.; NUZNMOV p
P.V.; ZOROXHOVICH,, G.Ta.
Coking of the coal ebarge in an oven with a rotati ring floor.
Koko i khim. no.3.1234-41 162. IMIRA l5sl2)
1. Moskovehy khimikotekhnologicheakiy institut in. D.I.
Mendeleyeva (for Makarov, lazinik, Popchenko,, Semnov).
2. Vontoohnyi.uglekhimicheekly-inatitut,(for Terkin, Pqvkin,
Privalov). 3.'Nizb~s-Tagillsk.1y metanurgicheakiy kombinfit
(Muatafin, Kuznetsovp ZorAhovich).
"(Coke)

URKIN., L.L., kandstokhn,nauk; Frinimala uchastiye qj'aV"M, G."&
-------------
C6king doal from Ustern regions in extra narrow coke oven cbmbers.
Koko i khim. no.3tlS-22 163. (KM 160)
1. Vootocbnyy uglekb1micheskiy institut.
(Kuznetsk Basin-Coal) (Coke ovens)

TZRXIN. -Mg--
II Qwlity of SP-55 filter breathing apporatuRsle Ugoll 34 no.1:51
Ja '59. (MIRA 12:1)
l.Uprayleniy,e Rostovskoge okrufa Gongortakhnadzora RSFSR*
(Respirators)
I
I

KOZLOV, P. (g. Rovno); SOKOLOV, f,.; CHERKIZOV, N.; YIERKIII It -
SHCHEGLOV, A., instruktor; DD11DA"',, N.; Mof~-~~~nzh.
(Kazant); SOKOLOV, S.; BARIDOVA, Z., inzh.
Readers relate,, advise and criticize. Sov. profsoiuzy 18 no.18:32-
33 S '62. (MIPJ, 15:9)
1. Neshtatnyy korrespondent zhurnala 06, Sovetskiye profsoyuz7ll (for
Koz1ov). 2. Rukovoditell lektorskoy g'ruppy oblaetnop* soveta
professionallnykh soyuzov, (for Sokolov), 3. Rabormik obl'yedineniya
"Selikhoztel-linikall, T2=nachskly rayon, Stuanislavokoy obl,
(for Cherkasov). 4. Zaveduyushchiy Chelyabinskoy yuridiche3koy
konsulltatsiyey professionalinykh soyuzov (fo., Yerkin)a 5. RaYonnYY
komitet professionallnogo soyuza zheleznodorozhnikov Karagandinskogo
otdeleniya Kazakhskoy zheleznoy dorogi (for Sicheglov). 6. Sekretarl
postoyanno deystvuyushchego proizvodstvennogo soveshchaniya
tsentraltnykh rem.ontnykh masterskikh tresta "Ukrgazneftestroy".
Kiyev (for Bondar'). 7* Zaveduyushchiy neshtatnym otdelom truda
i zarabotnoy platy pri Kalininakom oblastnom komiteto professionallsiogo
soyuza rabochikh stroitel'stva i promyshlennosti stroiteltnykh
materialov (for Sokolov). 8. Krasavinaki It okombinat, 90
Krasavino Vologodskoy obl. (for Barinova5 . n
(Labor lawn and legislation) (Trade unions)
(Russia-industrioa)

TWIN, H.A.. inzh.
In coal minse of China. Bezop,truda v prom. 3 no.1017-9
0 159. (MIRA 1312)
(China-Coal minos and mining)

TOKIN, M.A., Inzb.; R&BIUMV9 A.I., insh.
1w machine units for c0&1 Odninge Bexop.trvAs T. romo
4 &o.8.22 Ag 160- (NINA 13.
1. lkchallaik uprsvlOfliY& 10*tOvGiOOCO okruSR Goagortakhuad-
sore RSYS (for Tarkin). 2. lkch&llnik t9khnicheskogo
U'Fr&vleniya koubjust& jRostovWl' (for labichey).
(Coal mining machinery)

N. 0.
USSR/tiology - Parasitology
Card
YErkina, N.-G.----
Title Cycle of development of tremadoda Notocotylus Chionis, parasites of
planktonic birds.
Periodical. Dokl. AN SSSR, 97, Ed. 3,559 - 56o, July 21, 1954
Abstract I Laboratory data on the life cycle of trematoda Notocotylus Chionis a
planktonic bird parasite. Drawings.
Institution' Zooveterinary Institutat Semipalatinsk
Presented by Academician, K. I. Skryabino May 3, 1954

MMO, V.Y,; BUGAUVA, N.I.
I
0#
Spectrographlo aeterminstion. of Iron, alumim v calcium,
sagneebm, copper, and nickel In metallic mftn~ganese of high
purity. Fix.ebor. Ao.4:490-41 '58. (MIRA 12:5)
1. ]PIziko-tekhnicheskly institut AN U5M, Rhiar'kov.
(MangLnese-Spectra)

180), 7(6)
AUTHORS: Lifshita, Ye. V., Konovalov, V. G., ZOV/32-24-12-24/45
Yerko, V. F.
TITLE: Spectral Anal .ysis of Binary Iron-Chromium Alloys
(Spektrallnyy analiz binarnykh splavov zheleza a
khromom)
PERIODICAL: Zavodskaya Laboratoriya, 1958# Vol 249 Ur 12,
PP 1483 - 1404 (US11R)
ABSTRACT: A method is described for determining chromium in
iron (0-1-30% Cr)p and for determining iron in
chromium (0.1 - 1% Fe Unalloyed samples, thin
metal films ( to 20 p~-, and dispersions of chromium
in the sxwface of iron-chromium alloys(to a depth of
750 P) were investigated. The metal films were
obtained by evaporating the alloy on an aluminum
5npport and in a high vacuum. The standard solutions
were prepared by dissolving the material and were
determined using the porous cup electrode method
of Feldman (Felldman) (Ref 1). A Q -12 spectrograph
Card 1/2 and a IG-2 generator were used. The analysis of

Spectral Annlysin of Binary Iron-Chromium Alloys SOV/32-24-12-24/45
the unalloyed samples wan carried out in the unutil
way. The accuracy of the method is i 6~. Comparison
of the analytical results with those obtained
chemically (by H.V.Sivokon') shows a satisfactory
agreement (Table). The analytical results on the
dispersion of the chromium (Pigure) were used to
calculate the diffusion coefficient for chromium
in iron. The ~netal films on the aluninum support
were investi8ated in a local analysis using a ge!.erator,
and these r,--sult8 were found to agree with the
analysis of the solutions. N.I.Bugayeva and L.N.
Uosova participated in the experiments. There are
1 figure, I table and 1 reference.
ASSOCIATION: Fiziko-tekhnicheskiy institut Akademii nauk USSR
(Physical- (-technical Institute, Academy of Sciences,UkrSSR)
Card 2/2

S/185/61/006/006/021/030
D299/D304
Y. ~ LifshytB1, Ye.V., Konovalovp V.H.p
AUTHORS: JT~erko
DubynB'kyy, I.H., and Buhayovay N.I*
TITLE: Spectral analysis of magnesium-beryllium alloys
]PERIODICAL: Ukrayinslkyy fizychnyy zhurnal, vo 69 noo 6, 19619
837 - 842
TEXT: The present work was prompted by the need to develop magne-
sium-beryllium alloys for protective coatings of heat-transfer ele-
ments. Binary and mutlicomponent magnesium alloys were investiga-
ted, with beryllium (as basic addition)v aluminum, calcium and zir-
conium. The admixtures were determined by the method of spectral
analysis of solutions. As a control method, the spectrophotometric
method was used for determining beryllium. Sodium and potassium vie-
re determined by the method of flame spectrophotometry and photo-
electric recording of spectra. The beryllium concentration in bina-
ry alloys was determined by the three-specimen method. The multicom-
ponent magnesium alloys were analyzed for Al, Be, Ca, Zr (basic ad-
Card 1/3

5/185/61/006/006/0?1/030
Spectral analysis of magnesium- D299/D304
ditions)p and Fe, Cu and Ji (impurities). The calibration curves
are shown in a figure. The results of spectral- and chemical analy-
sis were in good agreement. As a direct metbod of analysis of the
binary alloy, magnesium and beryllium were distilled simultaneous-
ly in a high vacuum. Such a method made it possible to prepare a
series of sufficiently homogeneous samples with a beryllium concen-
tration of 0.0003 to 6 ,0 %. From a table it is evident that the re-
sults of direct analysis of metallic specimens and of analysis of
the solutions were in good agreement. The spectrophotometric method
of determining the beryllium concentration in the alloy, involved
the use of sulfosalycilic acid and of trilon [3(B) (the latter for
the purpose of cancelling the effect of magnesium). The spectropho-
tometer C(P -4 (SP-4) was used. The optical density was measured at
a wavelength of A = 317 mp. The method permitted the determination
of a beryllium concentration of 0-005 - 10 %,, The data related to
the flame spectrophotometric method used for detecting the presence
of sodium potassium in the magnesium alloy, are listed in a table.
There are 1 figuref 5 tables and 7 referencas8 5 Soviet-bloc and 2
non-Soviet-bloc. The reference to the English-language publication
Card 2/3

B/185/61/006/006/021/030
Spectral analysis of magnesium- .,. D299/D304
reads as follows: H.V. Meek, C.V. Banks, Chemistry, 22, no. 12,
15120 1950.
ASSOCIATION: Fizyko-tekhnichnyy instytut AS UkrRSR (Physicotechnical
Institute of the AS UkrRSR, Kharkiv)
Card 3/3
V/
I

34440
S/18 61/006/006/022/030
D299YD304
,IUT110RS: Lifshytal, Ye.V., Yerko, V.P., Buhayovap NeI99 and
Mosovak L-Mo CL_
TITLE: Spectral analysis of certain pure metals
PERIODICAL: Ukrayinalkyy fizychnyy zhurnalp v# 6, no, 6, 1961,
846 - 850
TEXT: Methods are described for spectral analysis of pure metals,
used in the spectrum laboratory of the Physicotechnical Institute
of the AS UkrRSR. The following metals were investigated with re-
to 7 to 20 impurities; Manganesep chromium, beryllium, nickel;
cobalt, molybdenump zirconium# zinc and iron; silicon- was also in-
vestigated. The impurity concentration ranged from 10-1 to 10-4 %.
The analysis of pure metals is based on the method of powder-oxide
analysis* In order to increase the sensitivity of analysis of the
concentration, the following methods were used: Fractionation in a
d.c.-arc, evaporation from the melt (the so-called globule are), en-
richment by means of impurity distillation, and chemical methods of
Card 1/3

B/185/61/006/006/022/030
Spectral analysis of certain D299/D304
concentration of impurities. First, the method of fractionation is
considered. The specimeng placed in the graphite electrodes formed
the anode of the arcp whereas the cathode was formed by a graphite
rod. Preparation of the specimenst Conditions of the analysis and
Sensitivity of determination of the concentra ion are given in a
table. The sensitivity varied between 3 - 10'-i to 1 . 10-4%. The me-
thod is accurate to within � 10 - 20 %. The impurity concentration
and -the sens�tlvity can be conaiderably increased by using a disti-
llation method, developed by S.L. Mandel'shtam et al.t whereby the
processes of extraction of impurities and of their spectral excita-
tions were separated. The authors used this method for detecting the
presence of readily volatile impurities in chromium. The vaporisa-
tion temperature was 15000C9 the duration - 90 seconds. The sensiti-
vity of detecting Pb, Bi, Sn, Cd and Sbq was 1 - 10-4 %. The globule
-arc method yields high sensitivity; it is mainly used for analysis
of metal oxides with moderate melting point and which have (in the
melted state) high electrical conductivityo The authors analyzed
(by this method) nickel, cobaltv and iron of high purity. The sen-
sitivity of this method is by one order of magnitude higher than
Card 2/3

5/18 61/006/006/022/030
Spectral analysis of certain D299YD304
that of the fractionation method; the increase in sensitivity ic
particularly noticeable in the detection of readily volatile sub-
stances. The method of chemical enrichment of the specimens with
subsequent spectral analysis of impurity concentration vias used for
berylliump molybdenum and iron of high purity. The method involves
the separation of the basic element by means of a selective reac-
tion. The use of the spectro-chemical method makes it possible to
considerably increase the sensitivity of analysiBy which reaches
1 0 10-6 % for certain impurities (with an error of � 20 %). There
are 2 tables and 9 Soviet-bloc references.
ASSOCIATION: Pizyko.-tekhnichnyy instytut AS UkrRSR (Physicotechni-
cal Institute of the AS UkrRSR, Kharkiv)
Card 3/13

i, oqo14_67 T, -W ( MWEW'11(t )11~r I
IZZ.-N t="V1116027 79 3 SOURCE CODE: Ult/OL'6/66 /0-'12/001/0112/0114
AUTHOR: Yorko, V. F.; Zolenslidy, V. F.; Kxasnorutskly. V. S.
ORG: Physico-Teclinical Institute, AN UkrSSR, Khar1koy (Fiziko-tekhaicheskiy institut AN
UkrSSR) Z
V11 .1 1~1
TITLE-. Diffusion of beryllium in magnesium
SOURCE: Fizilca nictallov i metallovedonlye, v. 22, no. 1, 1966, 112-114
TOPIC TAGS: metal diffusion, beryllium, magnesium, pressure effect
ABSTRACT: A Mg-Bo alloy containing 0. A Be was produced by simultaneous deop-vacuum
evaporation and condensation of INIg and Be on a single substrate. Metallographically the com-
pound Nvas represented by a solid solution of Be in Mg which included tiny particles of the
intermetaWc compound MgBo 3. Mic resulting alloy was sintered under a pressure of 600 atm
,at a temperature equal to the Lmporaturo of subsequent diffusion annealing, To investigate the
effect of hydrostatic pressure on the diffusion of Do in.Mg, two lots �:~ specimens were pre-
pared. Tho first lot was diffusion-annealed at atmosphcric2rs~ eli~ a special steel shell
filled Nvith MgO and the socond lot was annealed at 600 atm. Tho distribution of Be in.Mg was
Card 1/4 UDC: 539. 292. 539. 219o 3

L o9ol4-67----
(-4dd AP6&~793
0
determined by mea'ns of local spectral analysis (Fig..1) (for.~escriptlon of local spectral ana-
Fig. 1. Curves of the distribution
of Be concentration in Mg at
temperatures of:
1 - 500T; 2 - 525-C; 3 - 560T;
4 - 6000C
Mm
lysis cf. Yorko, V. F., Krasnorutskiy, V. S. Zavodskaya laboratoriya, 1966, 22, No 2, 161).
Tho resulting findings on the solubility of Be in Mg as a function of temperature (Fig, 2) were
used to derive the formula for the diffusion coefficient D of Be in Mg:
37 400 12700)
D 8,06 exp
RT
214

1, oc)ol4-67
ACC NRi AP6027793
lo-
J~EnqaLi~g
Tempera-
turc,
a - 12. 1.10v
r
Fig. 2. Temperature dcpcndcnc4
of the diffusion cooffi-
cicnt D of Be in Mg
Card .3/4
'llic corrcspondin- values of D are presented in the
table below:

Annealing 8 2
D- 10 cm /see

C Time
3
t- 10 cc

- 1 atin

= 600 atrr
600 778
2448 0,22 OJV 24
565 1181 - 0'l
560 2552.8 0,087 -
550 1890 - 0,066

525
3819,6 -
0,029
500 2246.4 0,014

L oqo14-67--.___-
FACC NRI AP6027793 0
It is thus seen that increasing the pressure to 600 atm during'dilfusion annealing does not
affect tbo diffusion rate. Tboso findings should contribute to knowledge of the effect of Be oa
the high-tomperature strength and mechanism of oxidation of Mg-Bo aRoys. Orig. art. has:
3 figures, 1 table, 4 formulas.
SUB CODE. 11, 20/, SUBM DATE 02Aug65/ ORIG REP: 003/ 0771 REP: 001
Cf,.rd

JG
L -21727-66 - E,,T(m)/T/E1,vP(t) _ JJP(c) _ JD/ -/JH
-ACC NRi - AP6008062 - - -SOURCE CODE:--UR/0032/66/032/002/0161/0164
X'2
AUMOR: Yerko, V. i.; Krasnorutskiy, V. S.
ORG: !~Ysicotechnlcal Institute, Academy of Sciences L1krSSR (Fiziko-tekhnicheaki
n - -A-_ - -iW - _t-
etRut ad~41-' ti Wis. RY-'
b
10
TITLE: Use of localized spectral analysis for studying diffusion of beryllium into
magnesium,
SOURCE: Zavadskaya laboratoriya, v. 32, no. 2, 1966, 161-164
TOPIC TAGS: spectrum analysis, microchemical analysis, beryllium, magnesium, metal
diffusion
ABSTRACT: The authors use the methods of localized spectral analysis (line source,
laminar analysis) to determine the coefficients of diffusion of beryllium in magne-
sium in the 500-6000C range. The excitation source was a rectified hf discharge spar
f-rcm a PS-39 generator. The spectra were taken on an ISP-28 quartz spectrograph. Op-
timum polarity conditions areachieved by using the specimen as the cathode in the
line source method. The concentration sensitivity for determination of beryllium in
magnesium under these conditions is 4-10-3% for a material consumption of 6*10-5 g.
The line source results were checked by using.the laminar analysis method with the
specimen connected as the anode. This method also gives a sensitivity for beryllium
UDC: 543.42

L 21727-66
ACC NRs AP6008 062
determination of 4-10-3%. The experimental data were used for plotting concentration
curves for the distribution of beryllium in magnesium at diffusion annealing tempera-
tures of SOO, 525, 560 and 6000C. These diffusion curves were used for calculating
the coefficients of diffusion of beryllium in magnesium, plotting the temperature re-
lationship for the coefficients of diffusion, calculating the activation energy for
diffusion process in magnesium-beryllium alloys and evaluating the solubility of beryl
lium in magnesium in the 500-6000C temperature range. A comparison of the numerical
results for the coefficients of diffusion calculated by the line source method and by
the laminar analysis method showed a divergence of less than 8-10%. Orig. art. has:
4 figures.
IVY
PAY
JWT
Curves-for diffusion distribution of beryllium concentration in magnesium for various-
annealing temperatureso
SUB COM 20/ SUBM DATE: 00/ OIUG IMF: 008/ am mr: ou
:L_LArd 212-Ab

~, A. K.
"The Vegetation of Certain Knrnhes and Salt Bogs Near Tbilisi." Cand Pioi
Scil Tbilisi U, Tbilisi, 19549 (RZhBiol, No 1, Jan 55)
Survey of Scientific and Technical Dissertations Defended at USSR Higher
Educational Institutions (13)
SO; Sum. 110 598, 29 Jul 55

5 (3)
AUTHORS:
TITLE:
PERIODICAL:
ABSTRACT:
Card 0
Nazarov, I. N., Cherkasova, Ye. M., SOV162-59-9-14140
Yerkomaiahvili, G. S.
Synthetic Anesthetic Substances. Communication 28. Eater of the
Phonyl-alkyl-amino Ethanols
Izvestiya Akademii hauk SSSR. Otdeleniye khimicheskikh nauk,
1959, Nr go pp 1605 - 1611 (USSR)
The synthesis of the substances mentioned in the title was car-
ried out with a view to the joint action of cocaine and vessel-
constricting agents. Following an idea of A. V. Vishnevskiy, the
addition of adrenalin to anesthetics was to be eliminated. Acyl
derivatives of phenyl-alkyl-amino ethanols are synthesized, and
their pharmacological effect is investigated. (The investigation
of the influence of the cbainlength on the anesthetic- and ves-
eel-constricting effect will be published in a later paper.)
The synthesized substances are then compared with natural similar
derivatives of the aminopropanols, which also represent anesthe-
tics of various efficiency. A series of similarly composed
esters of the 1-alkyl-l-phenyl-2-diethylaminoethane-l-oles with
straight and branching ethanol chains (I) and (II) were synthe-
sized. The synthesis was carried out according to the following

Synthetic Anesthetic Substances. Comunication 28. SOV162-59-9-14140
Ester of the Phenyl-alkyl-amino Ethanols
scheme: basic substance was bromated phenacyl which was con-
verted into a-dimethylaminoacetophenone (III) by dimethylamine
In other. From (III) the above-mentioned compound is obtained
by the effect of the Grignard reagent, which can then be trans-
formed under simple conditions into various esters (benzoates,
phenoxyacetates,...). The branohed-off compoundo were obtained
by similar step-by-step transformation of the propiophenone.
The synthesized esters formed in the shape of their hydrochlor-
idel they are oolorless, well-arystallizingp water-soluble sub-
otancoo. Tho proparationa woro given to the NIKhFI im.
Ordzhonikidze- Laborstoriya prof. M. D. Mauhkovnkujx,(.' (111K1%F1
imeni Ordzhonikidze-~Laboratory of Professor M. D. Mashkovskiyl)
for physiological testing. The experimental part of the article
*describes the conditions of synthesis. The intermediate produccs
of the synthesis were amino ketones (III), M, and secondary
and tertiary amino alcohols with residues of diethylamines.
There are 21 references, 8 of which are Soviet.
Card 2/3

Synthetic-Anesthetic Substances. Communication 28. SOV/62-59-0-14/40
Eater of the Phenyl-alkyl-amino Ethanols
ASSOCIATION: Institut tonkoy khimicheskoy tekhnologii im. M. V. Lomonosova
(Institute of Fine-chemical Technology imeni M. V. Lomonosov)
SUBMITTED: December 23, 1957
Card 3/3

CfJEMSOVA, Ye-H.; YMK014AISHVILI, G.S.
Synthesis of I-aryl-4-dimeth7lamino-l-btitOM61ir and their esters.
Izv. AN SSSR Otd. khim. nauk no,10:1820-1824 0 16o. (HIRA 13--10)
1. Institut tonkoy khiiicheskoy tokhnologii im. M.V.Ioomonosova.
(Butanol)

cE[gRKASOVA, Ye.M*; yERKOMAISHVILIP GeS.
- ------
Synthesis of cyclobOxYl-A-dimOthylamnoothylearbiwls and tbsir
6sters. Zhu.ob.khim. 31 noo61l832-1838 je 161o (MA 14;6)
1. Moskovskiy institut tonkoy khimicheakoy tekhnolOgii ims MoVe
Lomonosovas
(Ebthanol)

Mum-
~7.U42
S,/020/62/145/004/020/024
B110/11144
s., Makovskaya, T. N.,
Yerkomaishvil
M
Ye
AUTHORS: .
-9
Chorkasovaj
and Chao Ping-ko
f new types of sili con-containing aminoketones,
i
TITLE: s o
synthes
and their esters
ls
h
l
o
co
s
amino a
a natik SSSR. Dokladyj v. 145, no. 4, 1962, 841 - 844
demi
Ak
?ERIODICAL: a
y
TEXT: n-silico-neopentyl acetophenone (I),-n-silico-neopentyl proprio-
(III) were obtained
none (11)
h and n-silico-neopentyl isobutyropbenone
f AlCl or ZnCl
i)
e
i
~ f trimethyl benzyl ailane in the presence o
on
y acylat o
f the A-aminoketones IV VIII
id
Good yields es o
of hydrochlor
n-(CHS)a SICHS - C4H4 C6 - CH - CH. - N

V V I vil Vill
IV
I I Clio Clio
RO 1-1 Clio
NOO N