SCIENTIFIC ABSTRACT YEVTYUSHKIN, YU. A. - YEZDAKOV, V. I.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001963020017-2
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 17, 2001
• Sequence Number: 17
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT


8/122/62/000/003/007/007
D262/D302
AUTHORS: Tyuteva, N.D.,,Candidate of Technical Sciences and
Yevtyushkin, Yu.A., Engineer
TITLE,: Manufacture of a cutting tool from high speed steel
with an addition of boron
IIERIODICAL:, Vestnik mashinostroyeniya, no. 3, 1962p 82 - 83
TEXT: A method of making cast steel cutting tools in chill moul
is described. To 20 kg of melted steel _f-' V or F 18 (R9 or R1 8) bo-
ron in povider form (40 g of 5 cl'o ferroboron) was introduced. As a
deoxidizing agent aluminum (0.2 5~) was used, and los6 of carbon was
compensated for by the introduction of 0.2 cj~ carbon for steel R18
and 0.1 % for steel R9, by addino. to 20 kg of remelted steel bOO g
of caroonized, high speed steel R18. Chemical composition vias si-
xiiar to that of steel R18t,carbon content increased (1.0 - 1.2
boron content U,001 0. Cast tools were tempered twice-at b0000 or
6200C for I hour. The -cools -were then tested on automatic turret ma-
1:~hiries and the obtained results showed that the working life of
~Card 1/2

S/122/62/000/003/OUT/007
Manufacture of a cutting tool from ... D262/.D302
these tools was higher compared with the working life of tooli3 i,,.ade
of forged steel R18. There aria 2 tables.

S/148/63/060/001/016/oig
E073/8451-
AUTHOR: Yevtyusl~kin.-Iu.A..'
TITLE: -Zn--the brit-t-leness lof~high-speed cast steel
PERXODXCAL. Izvestiya vysshikh 'uchebnykh zavedeniy. Chernaya
metallurgiya, no.l,' 1963t136-138
TEXT: In the determination of' the most satisfactory heAt
-speed.steel with
treittment conditions, type P18 (R18) high
1.0 to 1.3% C was produced.in sin induction furnace and cast
into chill moulds.: To-prevent decarburization, the
cast-tools were vacuum annealad (1-7 to 2 x 10-2 mm~HX). The
following.results-were obtained:
~:`Annealinz
tempera ture *C goo 1100 1200 1200
Holding time, h 5 3
5 5
akV kgtn/cm2 OA-0.69 o.,,;-i.o o.6-i.o, i.:L-1.8 o.6-i.2
The most uniform carbide. distribution is.obtained by annealing
for ofie-hour at 1200%. Usually, tools,cast in chill'moulds harden
Ca*.rd 1/3

4:s/14S/63/oOO/002/016/0'19
Qa the brittleness 9073/E45i
during cooling.,in the moulds: and subsequent heat treatment
consists of tempering twice,::in the varne way as for forged steel.
'nvestigations have shoim, however, that steel cast centrifugally..'
int o- chi I Imoulds must-be, tempered at higher temperatures
4--iie is more h
because the aust n ighly alloyed and-.the-holding-time-.
inust be shortened,
since maximum secondary hardness is'achieved
,:after holding for 20.min at 6oo- The following.short-duration
tempering conditions Are considered to be optimum: tempering
`twice at 600*C with holding times of 20 nd 60 min
a
respectively.
7
;:Thin and long togla should be isothermally annealed to obtain
c:l secondary bainite, e.g. ca~iting, heatins to.6000C, holdingfor
2 hours, transferred into -a 260*C salt bath, holding.-for 4 hours
.-Cooling in air. _Test results are given-for cutting tools
produced experimentally and subjected to different heat
treatments. Tools-isothermally heat treated to obtain secondary
-bainlte had -the. highest impact strength (1.6 to 2.0 kgm/cm2) and
"i-bending strength (200 kg/mm2)..
..The time.ba-t-ween regrinds.after
this heat treatment was twice.as-longas for the-tool -.subjected
to short-duration tempeiirig.--~_.._ There,are 1'.figure and I table.
Ca rd 2/3

,rzOT=v%k, A. A. KAMOT, N.A.; PLYUMIN, K.Z.; C9MODAY37, V.S.
Discussion at the Urals' aluminum-plant of V.A. Hazel's
book "Production of alumina." A.A. &ttutov and others.
TSvet. met; 29 no.,10:8586'0 #56. 9: 12)
(Aluniia)
(Mazel, V.A.)

KUZ18TSOT~-,S-*I.1 SEMBIMIKOV, O.V.; DERINUNKIN, V.A.1 VOLKOVA, P.I.;
2
PAVLOV F.H.; INTMOV I A - CM-10DANOV.. V.S.; STOLYARp B.A.;
P
KODUVA-LOV, I.V.; LIVER, V,B.; 1-11YCH9100, V.S.; SIMIPUM-7, B.A.
-"Production of alumina" by A.I. Lainer. Reviewed by S.I.
Kuznetsov and others. TSvet. met. 34 noall:8540111 161.
MTRA 14:11)
1. Urallskiy politekhnichaskiy institut (for Kuznetsov,
Serebrennikov,, Derev7ankin). 2. Uraltskiy filial AN SS8R
(for Volkovaj Favlov). 3,,' Urallskiy alyuminiyevyy zavod (for
Yevt,rutov, Chemodanov,, Stolyar). 4. Bogoalbvskiy alyuminiyevyy
-Zavod (for Konovalov, Liver, Mychenko). 5. Sverdlovskiy
Sovnxrkhoz (for Smirnov).
(Alumina)
(Lainer.. A.I.)

SILINA, Ye.I.; ZWKAZOTA, T.M.; ZOLOTAFOVA, M.G. Prinimali uchastiye:
~X~JOV,_AIA.; MnIA$ P.T.; GMEODMOVO T.S.1 MCMIKOVA,, L.I.;
KRIVCHISHCHMKO, V.T.
Experimental factory testing of polymorylamide flocculent as
a substitute for meal in the.produotion of alumina. Met. met.
37 no.12t44i-46 D 164 (MIRA 18:2)
1. Urallakiy aIy=iniyavyy zavad (for Yevtyutov, Levina,
Memodanov),, 2. Urallakiy nauchno-issladovatel,10,47 i proyektnyy
institut, obogashcheniya i mekhanicheskoy obrabotki poleznykh is-
kopayemykh (for SVechnikova,, Krivonishchenko).

row
TISHKOV, Yu.7a.- KMTIYANT14OV., V.F.-. GUBA, P.L.; PRIBYTKOV,, Mo.;
Using raw technological processes. NTO 5 no-l-*29 Sa 963*
(AIRA 5)
(Zlatotwt,-Iron'i~d steel plants)

YEVYAGIN, MA FIMYERo B.G.
29577
--roMgmflcbjv4pskoye ec
9pz7
16C-
ratui
Doklady Akad. SSSR,
k
46d -elyeVentarnykh-yachyeye
--i~tikh -mio
iontoorMonitom,
YW parala
SO: LETOPISI NO. 40

KHAVTSOVA, I.; YZVZBRIKBIN, B.
"Sport"and uTuristm caiaeras. Sov.foto 20 no-5:33
my 160. (MIR& 13:7)
(Oamerao)

YNTER
Behind the wording of a great plans Sov.foto 20 no-7;7-8
ii 160. (MIRA 13:7)
1, lotokorrespondent Yotokhroniki TASS*
(Novyy Lipetak -Metallurgical plants )
(Photography, Jiburnauetla)

. . . . . . . . . . . . . . . .. . . . .
LYUBARSKU, G.D.; Y~ZVZERIKHIN, Ya-.T.; SLINKU, A.Aw,-. PA-Inlwala uchastivo
FEWTOVA, G.AO'l oWahtki`
Catalytio activity of solid solutions in the system nickel -
copper. Kin& i kat. 5 no*2011-318 Mr-Ap, '64. (MIRA 17:8)
1. Fiziko-khimicheskiy institut irani Karpova.

YEWERIMIN, Ye.I.; LYUBAF(SKIY, G.D.
-
Catalytic activity of alloys of the nickel - cobalt systeme
Kin, i kat, 5 no45t952-955 s.0 164. (KEM M12)
1. Fizikc-khimicheskly institut imeni Karpova.

VIDSMMgPSXIY,. L.; UVnwvm- A.. takhaoruk.,: SHLIONSWA, To.. Y4umm. S.
Inchazer-khIm1k; y1IMR, I-, rlekhaullc; VINMR.J., klmdozhnijc.
.~hotegraphle printing on blankets. Prom.keop'
ao*2:19L-21 F 156.
IiPrad4adate2l prmvl-3alya arteli, wFrOmt1mch" (for (HLRA 9:7)
--(Textile pri, TORICresenski3r)
at Ing) Mhotome chanical proce9q)

_f 17
(%A 1,,.:: 1 ~/66/wp/o
15/(X04/(XY)4
3,11kni-in-11'. iyt Vt. As
h. YO. Us As
I.; Ycilorov, V. lvaiiov, M. 1-hli n. j
V.: i'iilllk, V. 10i. VynoOkiy, Yu. A. ; Zai iyp V. 7.4. atrov, V. V.;
1. V.
1QV,,0VOV6 1). A. Germanov, Yu. G.; I.L 'Dimov, I . P.;
V.
Sosn-,ic ntr%-on. Class 42, !'o. 104466 2-irl,
ifl;of topribor" Factory
iounced by
sovnarldioz (Zavod "Nef topribor"
L Adminiotration of ;.:Ouaor.
j)riboros'v;,,oyciiiYa Noscprsovna~lchoza)
lzobrct -oro-m obra-.: tov zn,.no. 15, 1966, 94
INY-) TAGS: zci.-,molo~~&ic otation, sciumologic instrument
A73~1.?ACT; Thia Autbor Cnrtificatc ntainina a sciarlic
I presento a apiamic stition co
ui,~-.al dcl-octor, a ru6ordin(,~ Lmplif ior unit. an oLaillocraph, a cW 0 drum
nnel- rop;.-odual-ion uni t. fa co Cior, a
raorp a, cha ntrol unit# a reproduction =plL
i..1A'.i6aniuiel bo-rchale proba, a drum with 1~hotographio paper, a retransmitting unit,-
-i~- -,-.or supply. To increase the reliability when 1. 'ion,withl
d a po bransforriniT from opera,,
Zno method of reflected waves to the met6d of refracted waves,.a filter unit is
connected bet"icerx the first and second stages of the recording amplifior unit.
Card TJDC: 5~0.349;1~,

L 1~051-37
AC NR
C j%p6029933
unit and a reel type,marnetic recorder are connected in series f
the output of '%.he recordin- amplitier unit. For Operation with the met- od of
U
.refractod waves, the filter unit has frequency cutoffs of 7-30 hz, and for operation I
".at coa-frequency cut-offs of 20-50 hz, To increase the reliability of the recorded.
;:'data with operation loy the method oE rbmlated directional reception, a switching
wnit 'Lor "Me charuiels to be summed, a statio correction unit, and a surnming unit, are
:comiccted in corica botwcen the maanotic drum recorder and the reproduction amplifier.
io increase t;hc roliability when transferring from operation with the method- of
reflected waves to seismic logging a frequency selection unit is connected between
ova a
~thc multichannel borehole probe and tho maanetwic drum recorder. T impr th
1 qua-lity of the recorded materialf an electron beam unit for introduainC, static and
d.,rnazoic corrections is connected between the reproduction amplitier azid the
drum with
r;ho.-vog-raphic paper.
So C012: CQ/- SUM , DATE s 05,%,Tay65
Card
--------------

Yev features in madieal care, okhr.truAa i sots.strakh-
no.4:39-42 Ap ,6o. (.Km ii: 6)

G a for aUL Okhr. truda I sots. strakh. /+ no. 2:18-20
FOV61th"'g (Industrial hygiene) (PIRA WZY

I ytj YF,( ',011,-~IAJ L.A.
GRAVE m-K, ;t. YEV"E P,() v
Lart, of QiE~ rola
and bareali. transgrassi"314 Dok--'-.- no-3-673-6"`
-3)
18 1
-4
,iy fi,_~aj iiq. c-'.M. Kirov~j All SSSR. Submitted June 3, 196

YE,VZ.F-P,0v V.
752.14

UERINT, GE011M KON'5'1'~"~~ULVTICH
Organizatsiya i teklini'm torLo,,rli promyshlejulpfli tovar-m-Li
U
(Organization and technique of tv.0c in industrial goods, by)
G. K. Girin i V. E. Yevzerov. Mloskva, Gos. Izd-vo Torgovoy
Literatury, 1956.
I
5 P. illus., diagrs.
U
IMB

4 0 V-9 0 0 -*- *-Q. ad
41- - - ft ~:a,a-0 e w
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r AOL
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00 'A cuca, 9e V4. V. Urmov (,VAVXI Md. ACAJ..
Al(wvaw). Mt. No, 4/4% I.VJ *00
Me VAUej WU 4dMjdi%tCMf hy
ib Zilatindkr. aml bUkub(n fit the
filiectidd Into P-40ft
go bkxkt was &td. briom aad 4(er the jzs*dm. In tk
00
v;Lcht toethod) dttv ia*tim, Lew" cd "'lc
the effft" to tAtfill =11,71 nwt of'
JaUlfUO9 tkS Cb*RW took 946M. M. RagouwtT
cut
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roe
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go all
to
a a
its
IF
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so *'1-'*01% 0 0 0 0 0 0 & *000 0 000 **a woo* 0.0 0 a
i

F. K,
AID P-76
Subject USSR/Fngineering
Card 1/1
Authors Alenchikov, S. I., Eng., and Evzerova, P. K., Eng. MosciV
Title Quafity of Steam for Uniflow Separating Boilers
Period'ical Izv. V.T.I., v. 21, #3, 17-18, ~b? 1952
Abstract Different methods of washing salt from steam in conven-
tional and uniflow boilers are discussed. The salt con.-
centration in water during evaporation Is expressed with
differential equations, 2 charts.
Institution Moscow Inst. of Power Engineering im. Molotov (MEI),
Bureau of Uniflow Boiler Construction
Submitted October 5, 1951

AID F 4378
Subject USSR/Power Engineering
Card 1/1 Pub. 110 a - 4/17
Authors Alenchikov, S. I. and F K Yevzerpva,~ Engai Moscow
tt'
;;
i
~Z
earch institute
Branch of the Central
!
t
R
for Boilers and Turbines and the All-Union Heat
Engineering Institute.
Title Salt-concentrating device for testing of feed water
and condensates.
Periodical : Teploenergeti-ka, '5, 22-24, MY 1956
Abstract : A new device for feed water concentration, and Its
, design and operation are described. Reportedly this
instrument makes possible a ten-fold concentration of
liquid. One diagram, 3 tables.
Institution : N*;W~xv j~vwxd Ad, A-15 awl 441,66-^ 1n5 e4&-
Submitted : No date

SOV/9 6519-7--14/26
AUTH4)R-. Yevzerova, F.'K., E n g in e e r
TITLE: Continuolls Control of the Quality of Feed-.water and Condensn-te
(Nepreryvnyy kontroll kachestva, -oitatellnoy vody i londensata)
PERIODICAL2 Teploenergetika, 1959, Nr 7, pp 1)5-69 (USSR)
ABSTRACT: Steam and feed-water samples from high-pressure boilers
ted before continuous reliable
must beconsiderably.concentraL
quality control measurements can be made on them, A salt
concentrator wasproposed in 1947; the Moscow Power Inst-
itute Design was published in 1950 and the BPEK instrument
was develoDed in 1951 for continuous control of the quality
of super-heated steam. One such instrument was installed
on a,once-througgh boiler at Regional Power Station- Nr 18
of the Moscow Power System and gives about 24-fold concen-
tration of the sample. The author, in collaboration with
S.I. Alenchikov, developed a salt concentrator for feed-
water samples, and the instrument was installed and tested
at the same power station. The concentration factor was
found to depend upon the heating-steam pressure; if this was
Card 1/5 raised from 4.7 to 4~9.atms the concentration factor incr-
eased ffom 7 to 11.5, which is obviously not good eno-agh.

SOV/196-59-7-14/26
Continuous Control of - the Quaiity off Feed-water and Corideinsa te
A sim.
ple analysis of the problem is given on the assumpt-ion
that the SaTfl-.)le'.,is delivered at a constant rate, at a tem-.,
perature of iOOOC and pres,jure of 1 atm, and that the heat-
p -3
Ing medium is dry sati2rated steam ?,t constant - r!assur,
Equation (1) is derived for this ~case- and then -DI is- def ined -
as the Droduct of the evaporator surface area and the heat-
transfer coefficient divided by the rate of flow of sample_
The relationshi-obetween. the concentration factor and M is
given, in expression (3), where r is the laten"i heat of steam
at 1 atm ana the temperature difference is that between the
saturation temperatures of the testing raedium and the sam.Qle.
Graphs of the concentration factor as a dunction cf the
pressure.of the heating steam for various values of M are
given in Ffgure 1. It- will be seen that the greater the
value of MA the greater the dependence of the concentration
Lactor.on the pressure of the heatingsteaTa, Gra,~hs of the
concentration factor as a function of t:,i.e pressure of the
heating steam for two e,ranorators in seftes, each wit.11 the
same value of M. are shown in Figure 2. It wil! be seen
that with'two-stage eva-poratior. a concentration factor of
Card 2/.1 about 20 aan.

SOV/96-59-7-14/26
continuous Control of the Quality of Feed-water and Condensate
be achieved and depends very little on the pressure of the
tYng-steam-. --In-pra c~tiae_the_c one entra t ion fmctors of
the BPK instrument are lower than the ~tlie-o-r-e-ti-c-a-l-v-aYu--,5--
because the conditions are not quite constant; in.partic-
ular, the sample flow is constant only at the inlet to the
first stage of evaporation. Certain changes were made in
the BJ?K salt concentrator to increase its stability. A
diagram of the modified BPK-VTI instrumont is given in
Figure 3 (VTI signifies All-Union Thermo-Technical Instit-
Ute)O A temperature stabiliser is installed before the
first stage; it consists of a heat eXchanger with the
Sample flowing in the inner tube and steam at atmospheric
pressure in the outer. Special arrangements are made to
ensure constant rate of flow in the second stage. The
operation of the instrument is explained.- -As-the evapur--~
ative surfaces are the same in 'the BPK and the BPK-VTI
salt concentrators, it was possible to compare 'them, Test
results of the concentration factor as a function of the
heating-steam pressu for the BPK-VTI instrument are
rned
the corresponding line for, the old
Card 3/5 plotted in- Figure 4

SO 11196 - 59-7 -14126
Continuous Control of the Quality of Feed-rialter and Condensate
instrument is chain-dotted. The new salt concGntrat-or is
I -steam pressure
more stable than.the old and Nyhen healing
is raised from 4.7 to 4.9 atm the concentration fact-or
increases only from 9 to 1.0.5. In addition Ajo concentrat-
ing the samples, the instrument also de-gasses them effect-
ively, as will 'be seen from -the tabulated data-, this is
importan~.ie in making electrical measurements on the
sAM7ple-s-,-----T-he- ten-f old-concerutration given by this eauip-
ment is hardly su-ILficient for modern ------
would be bet-~er to have a faoutor of about 20. By appro-
priate selection of the concentraltlion factor in each of
two stages a salt concentrator was developed with a
fa0tor--of kg/hr of sample and.
uses heating.-steam at. a pressure of abcut
only slight complication this BI?K-VTI salt concentralor
can be used for both steam and concentrate at any temper-
ature and pressure. The additional parts are an inlet
Card 4/5 heat-exchanger and expander. 1he sampleof steam or water

SOII/96-59-7-14/20e
-Continuous Control of-the Quality of Feed-water and Condensate
passes to the inner tube of the inlet heat"exchanger,
whose outer tube carries wet steam from the temperature
stabiliser. Thus 'the sample reaching the inlet )-Aat-,
exchanger is always at a temperature of 1000C. i-deause
this instrument has a stable concentration factor it is
recommended for the continuous contr6l of individual
ontaninants in steam and condenaate.
6here are 4.figures, 1-table and 5 Soviet references,
ASSOCIATION: Vse teplotekhnicheskiy institut
(Alsoyuznyy
1-Union Thermo-Technical institute)
Card 5/5~

N-1 0, A~TaMTl.M1;3;i9ClU 10, dF
UVZNROVA, Tq.K..; SHINYANSKAYA# Ts,Ya.
Treataint of Infectious digeases of thaAarwoua syttem by z*ssiys doses
of Vitamin Bi s~adth~'peculla'rity -of its action' on pain syrArome. Vra-
chabno4o delo 270 587-92 (colul!Ms, not 147.
(CA: 47,~no.21:11537 153.)

~YEVZE k
Yevzorova, E. X.- "Tile primsLry and refilex syribrome of the lower chest andsacral section
c,:Z the bouadary trunic of the sympathetic nermus oysteO, Soy. vracheb. sbornik, ISSI--
13, 1949# p. 9-12.
SO: 'J,4329, 19 Auguat 53,, (Letopis 'Zhurnal tnykh Statey, No. 21, 1949)a

POLONSEYA H.S.; 7HURAVIN, M.A.; IADY2';!ENSKIYO Ye.B.;~11IN8,10,TZ, B. IJ,
ZUBOV, V,O.: SlIESITRIKOV, A.A.; YAKUNI, F.V.~ RRYNITSA, M.N.;
B.A. stro-it-e-I I --adov;
A UP FYEV r
I.F.; YF.'YOVff-,V, B.M., inzh.;: IOU vp .4.P. , inzh.
Readers' responoe to the article by er.,gineer M.A. Daikhe3
entitled "Miethod of inounting tile rrpin eng','nes with m1nor
defqrmations of the foundation frame and the rranshaft".
Sudostroen'Le 30 no.10,57-66, 0 164.
(IMORA 17-12)
2. Gruppovoy inzh.-m-3khanik SSKh parolhodstva "Kaspar" (for Zubcv)-
2. lmh.-inspektor Reglstra SSSR (fnr. Yakim'), 3, Glavnyy inzh.-
inspelctor inspektsli Ecgistra SSSR Baltiyakogo basseyna (for Arefl-
yev). 4. Starshiy mekhRnik teplolchodix "Tadzhikistan" (for Pavlenko).

MIZIKOVA ~,NOZO
14eihodo of projecting a crystal otructure on the plane (hkl).
Up, Voeof min. ob-va 93 no.3:266--272 164. (MIRA 18:3)

YEVZIKOVA):~N.Z.
Principles of the structural and geometric analy6is of cr 1 f ce
ys ta a a
Zap.Vse8.m'Ln.ob-va 94 no.21129-14-2 165.
(MIRA 18:5)
1. Nauchno-issledovatellskiy institut geologii Arktiki, Leningrad.

Y1FVz1rKcjVk' U.21.
k? n a d -c='
of a -14 aimn-r-,n-~-,e from t~-m O-djkh~ ch -~r,
0-,crthe'r-n part of ~ra3ncjyr~-,!3ic Tprrito.,7). Zap, Vaes, min,
.):D-va 94' no.3022 (MIRA 17 19)
-327 3 .
14 Nauchno-i s sled ova t c-7-1 ekly 44rutitift geologi! Arlktiki.

1J.S.; y Tr 1'.
RUBUTOVIC
Use of in!.rarpr:
J,,jjCsA. Reg.geola nos

YBVZIKOVA,N.Z.,
R~egmatitss of bacto rocks and the origination nechantem of graphic
feldspar and quartz structure in theme %ap.Vsoe.mIn.ob-v& 84 no.3:
321-331 155.
(Peginatites)

TLTZIKOVAI H-Z--
"Fluorite from the Bukuka
mar Oj Parabsnovlo ar 11a). Zap. Voss. min. ob-va
wolfra, Lt deposit (eastern TransbaikEL
88 no-5it612-614 '59. (WRA 13:2)
(Buicift region (Transbitikalia)-Fluilte crystals))*

EFAME

A
BOGDOOT, L ; YXMINt LY 'CHUDAK'OV, T.
On the question of mo4stanlik-, stiff leathers before rollitp.
Knzh.-abnv.vron. no.6:40-3 of cover. J9 159, (KRA 12.- 9
(Leather)

BOODANOVP I.V.; TEVZLIN,_!~.M.
Bolt conveyor dryers for paperboard. B=,prom. 38 no.lt27-28
A 163. (KIRA l6t2)
1. Opsudarstvennyy proyektnyy institut predpriyatly legkoy
promyshlennosti Moskovskogo gorodskogo soveta naradnogo.
W3:oyaystva.
(Drying apparatus) (Ph erward)

COO
wu -4 All
J- i
A17-
-'to
rhe dyaucks Q1 u7stal ;msdh and ch"Ce (a ("M wt(h
&YPSM d9d CAkIUM C41FOWA(* 98 01=9108. L.
1 *110 tskill ffi 11 I'rdqs. 441 lx,l, -00
go &I vIll"a"I"I'lland Wt.'s. S R.) N--. 11.17,
I 1.r. - +1(11#3-,).-.A rev k-w and a diwtj;~U;u of At twmins
100 zt! $lie 41yetal"k-I of eff.tal th w ihe cryou, 4,( sipalite
Willi it.* vAslimm ItnotlyiII17 S, foll.. zoo
00
00
go
*0
Vu
Cog
'09 ~*01591
too
Alld.SLA 1911TAWit K&L LITINVIIAlt CILAS%WK,%IKN 9,11"
91 )6- ,4 1 too
04"
~. ill
r --s 6 t1,.
4111 - , ,
14 it q I w
o 10 0 00 0 *a 0 0094044 so 0 :1 off 00 so of 00 0 0 0 0
*fe.o 0 e 0 4
4 0 0 6 a 1* 0 0 * 0 0 0000000416 0 to It 0 0 0 e 0 4

r9i
IMULVA. B. B..
Colortmeter. II Determinations 1~r
ty with a PliotelActric
OTritration by M ums Trubidi
and
Sulfate Iron In Phosphate Sol-ations," M. L. Chepelevet:kly. S. 3. Rubinova
In Ta.
Evzlina, Zavod Lab XI. :PP 783-7 (1945) Mg: Inst, Ins ct/Fungj SancL
SO: U-237/419. 8 A ril 1949
P

AID P 3488
Subject USSR/Chemistry
Card 1/1 Pub. 152 - 3/21
Authors Postnikov, N. N., B. B, Yevzlina.- and 0. V. Vasillyeva
Title Comparative reducibility of synthetic and natural
calcium phosphates
Periodical Zhur. prikl. khim., 28, 6) 579-584, 1955
Abstract The experiments were carried out In a special furnace
(UmQ-type), a drawing of which is given. The composi-
tion of phosphorite and apat1te ores as well as teat
of the synthetic and natural phosphates used in the
experiments is given. The difference in the reducibility
of the calcium phoi3phate and apatite groups, Is ascribed
to the difference in their composition. Three tab3es,
5 diagram., 1.1 references, all Russian (1927-1951)..
Institution : None
Submit-.ted : F '20, 1953

FUNULI#' M.G.;, YEV7,MYA, B,B,;. SHIRMVo A-I-; PIMBIKOTAO,
Vj.
gomposition and proportion of deflWrinated phosphates. Zhur.
priklo-khtm. 3~ no.10:1453-1460 0 158-
(Psollphates)

YEVZLINA, B,B,;,SKVORTSOVAl T.Yao
- Datermining calcium In slag from phosphorus-producing furnaces
by the.trilonometric mothcd. (Trudy] NIUIF no.164.-47--48 159.
1.--. . - -%

YEVZOVICHS B. Ye.
yevzovicho B. Ye. "On the historf of the dovelopmont Qf hypothalamus(supraoptic and
paraventricul&x aubatanceol" SborniP nauch, rabotp posvyashcho 70- Ictiyu prof,
Seppa, Moscow, 190, p. 46-57
SO:~U-326hs 10 April 1953, (Latopis 'Zhurnal Inykh Statay, ND. 39 190)

Y'XVZOVICH, V., lnzb.
Effect of cement Interla7ers an the strength of the bond be-
tween repair.materials andtfie tire. Avt.tranap- 37 noell:
27-30 N 159. (MIRA 13:2)
1 1 (Automobiles-4ires) -

LOVALIGM. V.P.. kandidat takchnicheakikh nauk; YAMVjqH Y.Te. starghLy
inzhener; GAIARTIONOVA. Ye.M., tekhnicheslty ~"
[The repair of autorjobile tires in foreign countries] Remout
a~,tomobillnykh uhin z& ruboahom, Kookva, Ifauchno-takhn. lzd-TO
vtotranap.lit-ry. Pt.l. 1956. 33 P. (HLRA 10:3)
Vxscow. Gosudaretvannyy nauchno-iseledovatallakiy inatitut
Avtomobillnogo transporta. 2. Nachallnik laboratoril avtomobillnvkh
abin Unuchao-issledovatellskogo Institta avtomobillnogo transporta
(for Kovallchuk)
(Automobileaw-Tires-Rapairing)

YEMVICH# Viktgr TeyqVe:!ich; BODRILIN 0 A,Poo red.; NIXMAYZVA, LOU##
(Effect of glue films on the quality of tire repairs] Mianie
kleavykh prooloek na kachestvo remonta shin. Moskva. Avtotransizdate
1960. 56 p. (HUM 13:10)
(Automobiles--Tiren--Maintenance and r9pair)

YEV~OVICII, ViktOr-yvseyevich; GqINMG, F.I.0 red.; MIYACHMIA,
R.A.i tekbne red4
(Retreading motor-vehicle tires] Voustanovlenie protaktorov
avtomobiltrWkh shin. Moskva., Avtotransizdat, 1963. 84 p.
WRA 16:12)
(Tires, Rubber-Retreading and recapping)

Jkparlence In usIU ImPulsO IMP- Sovdoto 17 no.1:33-36
Ja 057. (WA 10:7)
(Photography. flash-Alght-Apparatus and supplies)

y3y, B.N.; ALAKHVKRDTAY2S$ S.A.; KAYOROVA, L.A.
Role of vegetables and fruits in the epidemiology of geohalmiuthiasis
under climatic conditions prevailing in Ashkhabad. _Zdrav. 'Lark. 3
.uo.4a.26-27 JI-Ag 159. (KIRA 13:2)
1, 1z Ashkhabadekogo inatituta epidemiologil i gigiveny (nauchW
rukovoditell - doteent YeJa. Gleyberman).
(ASHKMAD--WMM. INTESTIML AND PARASITIC)
(TOOD. RAW--HYGIENIC ASPECTS)

MMMORMI. ~,W_P. 111. 1
YFY, B.N. ALA-MMANTS, S.A.; KARDIOV, Z.Ho'
Improving the biological method of applying predatory helmintho-
phagous flu!~,,i in aancylostoniasis. IM. -AN Turk. SSR. Ser. biol.
no.1:70-72-161.
1. Ashkhabadskiy ins~itutepidemiologii i gisiYonyo
(HOOWOr#4 DISUSE) (MIGI, ?~PATORY)

ALMMVEMANTSI- SOA.; YEY~~.&.:-HAYOROVA L.A.
Sanitary and belmintbological evaluation. o:C vegetnblea,, gre,-p-,,
and fruits under the climatic conditions of AshkchalAd. lWo
parazoi parazebolt no*3t288-289.161. (MIRA 14.0)
1. Iz Asbkhabadakogo inatituta epidemiologii i gigiyeny (dire
ye.3 ropova).
iASHKHABAD--PRODUCE TRADFIIYGIENIC ASPECTS)
(ASHKHABAD-40MS, 111TESTIVAL AND PARASITIC)

ICSHGE,,W.INA,' Ye.M. (Belava); B.N.; KARIKOVO Z.H.,
le4-fooi of visceral-lelebmanlanis in Mary, ftovince 'of the
Tur4~msn'S,,S.R.-Hsd.parazii parawbol. n6.5&597-599 161.
OtrRA 14tio)
.1, Iz Ashkhabadskogo instituta spidemiologii i gigiywW Kini-
aterstya adravookbremeniya Turkmenekoy SSIR 01r. inatituta US.
Fopova).
(HART FROVIKC3-.KILA-=R)

Mm. I
"aw
NESHGtIERINA9 Ye.M.; ~Y, B~Jl. KARMOV, MI.
some data on internal leiskmniasis in Vary Province. Zdrav. Turk.
5_w).1:15~-17 Ja-;-F -161.- WILRA 14:6)
I* Iz Ashkhabadskdgo inatituta apidemiologil. i gigiyarq (dir.
dotsent Ye,,S.Popova).
(MARY FROVINCFKAJA-AM)

YEY,-B.N ALAMMIMITSP S.A.; MAYOROVA, L.A.
Epidemiology of ascariasis in Ashkhabad., Wravo lurk. 5 no.6:12-
14. 11-D. 161. (14IRA 15:2)
1. Iz Ashkhabadskogo-inatituta epidemiologii i gig~yeny (dir.
dotsent Ye.S.Popova).--
(ASMMBAD-ASCARIDS AND ASMIASIS)

YEYI B.M.; ALAKgVERDYAIM, S.A.
Preparations with spores of predatory, fungi destructive to belminths
for controlling the larvae of pathogenic nematodes. Izv.AN Turk.
53R.SGr,biol.nauk no.4:81-83 162. (MIRA 15:9)
1. Ashkhabadskiy institut epid--miologii 1 9491yany.
(NERAMDA-BIOLOGICAL COMMOL) (FUNGI,PREDAMRY)

MAYOROTAI L.A.; ALAKMRDYAII.. S.Aq YEY- B-N-
Use of naphthamon-in the treatment of ancylostomiasis.
Zdrav. Turk. 7 no-42-32-33 Ap'63-
1. Iz Ashkabadskogo instituta GPidemidLOgii j gigiyen7 (diro
dotsent YeaSePopova)o
(AUTHSTIMITICS) (HOOM40RI-fs)

STAVROV, S.Heg kand. kbLim. nauk;_~gq~NO-VAIj!.m, [Eidinova,, E.M.]
__-Preparation of . magneqium chlorlde, frm magrosivim UPS=. xhim.
prom. 1U_krs_1I__n__o_.__3t7()-_78_ 114
1. Krjwkiy filial Nauchno-Looladovatal'skago instituta
otroitellnykh materialov Akademii strottellstva L arkhitektury
UkrSSR,

10-T92 D if t-U 00 10 9T 6610 1 L/ 0 1 ff/ 18 3 7 /18 4 5
NN A116033251
M.; Villm, P.
AUTHOR: Y
ORG: Research Institute of Vacuum Electronics, Prague (Issledovatel'skiy institut
vakuumnoy elektroniki)
TITLE: A semitransparent antimony-rubidium-cesium photocathode
SOURCE: Radiotekhnika i elektronika, v. 11, no. 10, 1966, 1837-1845
TOPIC TAGS: photocathode, photoelectric emission, alkali cell, alkali metal oxide,.
semiconducting film , antimony., rubidium., cesium
ABSTRACT: An Sb-Rb-Cs oxidized two-alkali photocathode has been developed at the
Research Institute of Vacuum Electronics in Prague. Parameters of the cathode are
as follows: average integral sensitivity, 60-80 Va/lm; maximum sensitivity,
125 pa/lm; maximum spectral sensitivity, 480-500 nm; long-wave boundary, in the
750 nm region; quantum efficiency in the 600-nm region, up to 0.08 electron/quant
(this value approaches that obtained for an Sb-Na-K-Cs type three-alkali photo-
ca'thode; photoelectric work function, lul.65 ev; temperature-dependent thermoelectric
work function, 1.25 ev. Width of forbidden zone according to optical.measurementst
1,4 ev and with thermal excitation, 1.3 ev; thermoelectronic emission,
,,.8 x 10-5 ampjCM2 at 20*C; specific resistance of the photocathode at room-temperar
,,000 ohm/CM2, The acceptors level with an activation energy of 0.45 ev is in the for-'-
bidden zone. The authors express their gratitude to Hishkovokaya for her cooperation
Card 1/2

ACC NRi AP6033257
in the measuremears and for the translation of the text, and to Kalinovaya for the
calculations and analysis of measurement results. Orig. art. has,. 9 figures and
2 formulas.
SUB CODE: 09, 20/- SUBM DAM. 280ct65/ ORIC REF! 002/ OTH RU: 005/
SOV REF: 002/
Card 2/2

L 19127-62 EWT(1)/M(k)/FW(w)/fPS/FM-2/~S(v) -AFTMIASDIESD-31APOISSD
Fz~.4/ Fe-4- JP/GW
ACCESS= AR30=46 qlo*163100010051005310055
-Ab 4151.457
!.S6URGE: RZhe Astronomi7aw Otdoilroy Wpusko .30
AUTHOR: Yonvinson, 11. S.: Mandryldna, T.
1ITiTLE -A new: type of solar and heliojeophysical'forecasts
Vistwk LIvivalk. un-tue Ser. fiz I not. I($) 1 .19620 88.89
TOPIC TAGS&.. solar fluatuati6n, solar actMity ppedietion
Ni On the ba., -luatuation analysii made earlier by the autho 11
TMN=TIO, 3is of a so r
1 ancl.a study of tho character of\fluctuations in molar activi Vg the authors now
expreas opinions on the possibilif_ the fluctuational courso of soMri
!activity and solar geoactivity. Thore is a bibliography of Items.
DAT3 ACQ; W~%y63- SO ODLE: Al ENCL: W-
Card 1/1

17, 1 6
Jhf
-,it t~ r-it i method fnr nn-wit-cing "-r-.vr-i -1~re. I!-

YUP'.-.NlK:dv!p Voloy k"It"Oo -1
In tl-,~ F,.4- .7 capaY cf sevira s and
clcnnac~ora with 35 4.- 2120 k-.. redn'-s. FlleR, 3:.R. 35
53 MY 164. (MIRA 17,'? 8)

-5DU01-00 'D/ WJ9
IMP) 4
ACC NN AP6007780 SOURCE CO,DS: UR/01361A6/0001002/0071/00i
AUTHOR: YeLI'man, L. S.
ORG: none
TITLE: Nature of the deformation of metalsdurina the drayin of circular bimetal rods
14'
ISOURCE: Tsvetnyye metally, no. 2, 1966, 71-74
ITOPIC TAGS: copper, nickel, aluminum, metal drawing, metal deformation, bimetal/
Ml cOPPert UP2.nickel, AVOOO aluminum
ABSTRACT: Since the drawing of a bimetal red involves the simultaneous deformation,,.f
two metcls with different mechanical properties, there arises the question of whether uts
ratio between the cross sectional areas of the core and sheath Is not altered by this
process. To clarify this question, the authors performed a large number of experimen-
tal measurements of the diameter of sheath and core, 5 mm in front of the area of
deformation and 5 mm beyond that area, before and after the drawing of a Cu-Ni soft
bimetal wire of 1.0-mm diameter which in a single drawing pass was stretched to the
,diameter of 0.85 mm. The measurements ware correct to � I p. It was thus found that
the diameter ratio between sheath and core before drawing averages 0.8025 and after
drawing, 0.8091. The findings were statistically analyzed-(16~din-E't.st) and it was
thus established that this difference is not significant and it ii7iather attributable
to experimental error. After this, the effect of such a constancy of the ratio between
Card 1A UDC.- 621.9-4221621,771,3

307780
ACC NRs APOU
X
the components s e-ath and NP2 nickel core as well as AVOOO aluminum core,
013.~CORII-r h
aluminum being a softer material t~in-th~ sheath) of a bimetal 'rodwas E-vestigated
~
with the aid of.a series of transverse lines plotted on the sheath and care. The
resultant flow pattern of the metals (Figs. 1, 2) is due to the fact that the softer
-, MR11
Fig. 1. Photograph of change Fig. 2. Photograph of change in
plotted
in vertical lines plotted on a
soft Cu-Ni bimetal rod when
drawn from a diameter of 7.0 ma
to a diameter of 5.0 mm.
on a
transverse lines
soft Cu-Al bimetal rod when drawn
from a diameter of 7.0 mm to a
diameter of 500 Cm.
Card

ACC NR, A9007780 0
metal gets stretched somewhat farther than the harder metal, but-since the ratio be-
tween the metals remains constant, their interface in the area of deformation has the
shape of a curve running in a fixed direction (Fig. 3). As a result, if the sheath i
Fig. 3. Diagram of area of
deformation (ac -- metal inter-
face; acol -- tangent to the
metal interface):
I sheath harder than core;
II sheath softer than core
a

r -24A41 A4
ACC NRz AP6007780
0
softer than the core, the accumulation of the sheath material to the rear of area of
deformation ultimately causes the bulging of the sheath. If, on the other hand, the
sheath is harder than the core, the accumulation of the core material in the front of
the area of deformation causes the sheath to split on emerging from the area of
deformation. Orig. art. has: 3 figures, I table and 3 formulas.
SUB CODE: 13, l1/ SUBM DAM., none/ ORIG REP: 004/' UM REF: 001
Card 4/4 vMb

YNW.R. 0.L.
graphical maps-
Method for plotting litbofaciso and palsogeO
Jrauk.zap.Kyiv.un. 16 no.14:65-77 '57. (14IR& 13:4)
(Paleogeography-Maps)

YEZ04, 1L. Ya
Harvesting
,-Highly productive use of tractor-drawn combines in harvesting grain. Doat. sellkhoz.
no. 1952.
List of Russian Accessions, Library of-CongTessoDecember 1952. UnclaosIfied.

Ir The
Samoletovp A.p Uspenskiyo A,t and Y ezdakov,--R* tfA model poultry packing plant
Tom-ilino plant), i'~Fas- industriyap 1949p NO- I's, P- 47-500
so: U-3042, 11 March 53, (Le.topislnykh, StatIOYs, No. 10, 1949).

YXZDAKOVI K.Ye., inzh.,- LANTSBURG,, Ya.B.g, inzh.; HrAZANTSET, K.G., spetse
red~;-,AZRMAKT, TA-K.,v red. izd-va; GILERSON9 P.G., tekhn. red.
[Collection of of"ficlal materials on the proteetion of labor in
con4truction vork] Sbornik ofitsiallnykh materWov po okhrane
tru4a na stroitelvatwe. Mookval, Goo. izd-vo lit-ry po stroit
i drkhit. i stroit. materialauip 1961* 701 pe (mrm 14;6)
1. goyuz raboohikh etroitellstm I pragohremosti stroitellnyl&
materialov. TSentral'My kcmitato
(Construction industry-Safety measures)

YEZDAKOV N. V., Cand Agr Sol (diss) "Effectiveness of L49
feedingf tten' g
,iaste products of the antibiotic industry inAfa Ln
of Mos, [1957]- 13 PP.(All-Union So i Res Inst of
~r -
Animal Husbandry, Department of Xx of Agric-ol-
tural Animals) (KL,, 2-58, 114)

USSR/Fcrm Animalf:. The Swine
AbF Jour s Rof Zhur - Biol., No 11, 19~8, No 50055
Autho-- : Yezdakov N.V.
In t :*Z=r ~=-
,1,7 ,, ~~;t
Title e of Antibiotic Fro~uction fo:7 the Fctt"ning
of Swine
Orig Pub : Svi-novo','.-tvo, 19'7, ~9-42
Ab-tract z Whon biomyrin Pnd penicillin vapte via- fee to piZ7- in doref
of 5 to 10 g- deily for a pariol of L! month , the qualitin,
of moct an! lerd were improvod (more protoin contoined in
mcar) high.-.r celoric vrluc of lerd). Al-o, the eigertibility
of ery ub-tencer weF incracrcd by 7-5 porccnt, of p--otcin
'-,y j_r, porccnt, rnd of colluloso by 8-1! parcmt. Folder
pro-7 'uctivity .-af incrocred, Pettaning time vies -hortened, rnd
e:,pan eL for the.etimrIF1 erre nn.,! upkeep auring- fattening
were lovoreO. ar voll.
Gerd 1/1
53

Y~s 70 /1"~
USSR/Farm Animals* Swine. Q-2
110. 22, 19,581 101183
Abs Jour: Ref Zhur - I
Author Yezdok-ov, NIS rch Institute Of
inst All-Union Scientific Resea
Animal Husbandry.
Title utilizing Antiobiotic Production Waste for
Fattening of Swine..
Byul. nauchno-tekline inform. Vses. n.-i. in-t
22-26
Orig Pub:
zhivotnovodstval 19587 11o. 2(4)
Abstract- Uhen 10 g of penicillin myceliu," (pencillin
production waste) per each kg of live weight
was added to rations of pigs during fattening
periods (If months), increased average daily
weight gains of 38 percent were produced.
1,ftm % of the above_ mentioned waste products
were,added, an 18 percent increase resulted.
Card 1/2
-~s'Jour:-- Bef Zhur Bi-0 -- NO -- 22, 1958, 101!83
When lo g or 5 g Of bi,wycin Mycelium
1':g Of live weight Per each
weight gains a0 were added2 average daily
respectively "Unted to 59 and 50 percent,
receiving I as compared to controls. pigs
were foundPenicillin and biomycin mycelium
to have better meat quality.
Card 2/2
37

TJZDAKOV, N.V.
Utilization of solid side-products in tho chlortetracycline and
penicillin industry for swine feeding. Antibiotiki 3 rio,2*106-
110 Mr-Ap '58. jKIn 12:11)
1. Otdel korcrienlys. eallskokhocyaystvannykh thivotufth Tseeoyusnogo
vauchno-lasledovatel'skogo Instituta xh1votnovodstva,
(CHIORATRACYCLM, preparation of,
solid side-products in swine feeding (Ru.9))'
(PWICILLIN, preparation of
GiLme
feeding vith side-products In chlortetracycline
penicillin prod.*(Rus))

7.
n the c a of
f 17, 12
D pi no
kfL
Arkt.
Kar

USSR / Farm Animals. Cattle.
Abs Jour Ref Zhur - Biol~jp No 14, 1958j, No 64421
Author zdakov, 0. D,
11~e
Inst :All-Union-Scientific Research Institute of AWmal Husbandry
Title :Changes in the Carotene and Vitamin A Content of Mil1r. and
Butter in Relation to the Type of Feeding and Breeds of
Animals.
Orig Pub :Byul. nauchno-tekhn. inform. Vses. n.-J. in-t zhivotno-
vodstva, 1957, No 1 (3), 48-50
Abstract 7he highest content of vitamin A (A) and carotene (K) in the
milk was in July) when the cows were fed vetch-oats mixture
and clover. During the winter period., corn silage produced
a more marked increase of A and X in the milk., as well as In
the butterp as compared with sunflower silage. 1he milk of
the Jersey cows and their crossbreeds had a considerably
Card 1/2
14

ob
USSR / Farm Animals. Cattle.
Abs Jour 1: fbf zhur ;- Biol., No 14, 1958f No &421
higher A and K content than the milk of the East Friesian
cows during the stall management period. During the pasture
period, this difference becomes less marked.
Card 2/2

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found H,W. In theSfd"44 tile
KUMV dCPCV4it4. In laCiSt CAM-4 the use comists of sand
mn4ttlicd with S and mly its wase Came$ XYP%utn was Pt"-
()wiug jo 11,W, the om islassist and
foe vvulvcs S(h when heated, No SOt w2s ob~cmd In the
(011H ktinG Pro It is tupposed tbAt the .50t inrawd is
Oct.
alwwIlcd he futcutim vW is catalytically oxidized
a Vh. the first rauts HIM. is uslahed out of the
Wish
.31 titi W11 and the If. is ustm. react wids the forritation,
400
Oxistias isandaud thaaaw.
phout vil i will. The lautr w%o obtained as a mult
deposits of sc~ gypWas, which is found in sauds
tem-A hundred us. avmy from the deposit. The Nit mult
HE mau are found in Urge Insist, in CTAI[VatkAhm AM WVUN. roe
tvadevists; the water tsaft W drinking. ThLyewhichhad
mitmav cost --i- the hill, was wastied
GFO
="W "hIf'14' and I ', dtpodftd on the W fjiv" In the
we COM4141 an av. of 0. 4% of IWO,. too
fixrms of item, The C
W. R. I lem
s.s, Ot 14m;Folc il
L Llyfullor Ctimmolc* 0
fie*
LL
n4 a W 0 1 W
C4 1, 4*0
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Is 00000 0 0 a 00 6 0 0
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til U it 34 Is ft U, a - 11 a 41 a 'A -
a r--g jL_1 1
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dole
sft*udgq poichatakall p(W42fts *9 the Kfillituccoad-
00 Al io d*pWW- V, J. Flujiakiw. 1'rzdy V;Aeklkaga (relvidilril.
i0 A, IS.
, 'C; jecoulthecapts, WcIttottet. (1) M-_*xKa*C.A thc 11-vir.
1tweit of the km 44 PC And .1Aj$ into ifte ttlctftt~no .44t- of
F4911Mlift lb# Vllill lklX14114. (J) the CUNUIP 4 Vsililwtu
41(awhed to SO.--- Ili the viorw 44 ijq~ movvilvit thiogith
the tkpasit. (3) the final stace of Ve " after it "Yet tile
cical drPogit xM (4) The pectiNuitkin of sail lomralkon in
0 0 AN CIL$" Of on AlKlodsat "ity at the heltin"ing no OW prw-
II, - The'sampic takim (rum tile initfilk d the hill irim.
X, failwd Vc,(P. M74. At.41, 4. 0. 11,0 4 Ty~ttt. 1-14 !.2,
,,a 141& 30.42. KrO tk-nv, CA40 LAV, SKI, INAL higO t1*10.
0
0 1 NetO 0.32%, Aaalywo 4 the cxt. obtautted with " .1
0410, hot 1f,504 pvv on tecakin.: Fcj(W4)v 34.50, Al&;J.).
0013 13,R1. lfgo .14ALO, W. fidthtar4m 72M.,. Tho WMA. patt
runiioctl of &and, clay and Ve oxidv.. 'rite satti. m4n, of
00. the salts (a vvil vix-ou44ad Isaygd, with q1ttliculty. The roe
[so ttyma. kads to the fumation of yellow, 'Kiales uf (Fe,
Al)t(SO4)#.18HjO. ~ Dfln- of the *Aid. "ts. leads to by- 041110,
drolysis sad to the, format" of a vubidity. - 4dda. of 2 go
KrSO. to the "td. Wa. Ica& to p9ta. of alums.: In the
ptacvua of the formatints d alunitt., by the ax~Ut~jq 4
41W Coal, pyTilts the 24t, r%cWturs Fir At
ItUtfirr frumvial t4
;see
Irt the ppict. at aluttitell. Tile
tft tttd 41UMO ?A MAW41
of tbx tints
*0 10
. X-14--wif
little Na' sad 9' stir vrtscat Ili the fin-mvion. The
ve d tage Amu. of Aic and CA sceickrates tile deps-
FWcW - i e
4010q, of tluflitk% ~ by bitwins .541, the awniflu-
09
lul" of the 6watalloo it velty 1wip(jr if (Aftr fittoS. 91f
AS 5 C A Still. the tic"it. As the fiml It
LU1115KAL LITtI14,11.1to C, %fig alul C.& at *=bed out of
it pc** followlitbe flowad the ialts in the form d the
-v" little-active oxide, Two refievencit-.. - W.r;t. fie" !_V
45,
Is 0 11 it V It 01 a K,W n ts ti Sr 11 M4_ i WI
00 90 *so **Soo ojeo 6164111 06 00000
So go

j it
A A_L
' -a-=,
-lk-&
Or LA-C-A
so
A Tito hills in tk* Karn-Katzi dolint ('96(lithi MS Codfliffil 115113=ff - AW WO aw 6' J M'
.
.4 th. C.V'A. S--)- V. 1. E.&Lkov. fr~dy
l'z6ekjkq4 (;itfodarit, ". ium. The socing w4tefl CL1111g. S are contlect C
Cit &t'cly
with ixtralcutts. Mud front Tuz-Kia (tit kill. from KitrAl.
S hill, ale the rcmainit Of PAn4 forma- ~ inW Contained- 'V.CI 1.:m. I.IRI, N~4co~ ll~tlj'

0 e
i
tinas cittitic. a cementing mak1w whirh Originated from,
Nas-SOO 0.01, citco, :.- 14) C.Ill't
1 )4 0 19) SICCO, 4I.Q0.
1p
m
s(4 0
42
PC
A% lixi
% 1
SA 1)
14
f
'
d the action of riiing thermal walm cantio. S. cypwm am
i
h
&
f .
.
.
t-
',
,
r
,
,
, tu
't"'n"vs t)
Rl
CLAY% aud swil 01
42 knit Wa(cr Th
Ot 0
i v -
st o
(
e
Wits-penx. The WwWary processes Cons -
-
.
e
li
o06 i .~ Ct tic i(M of U.So. which had txva formix! by the 'P
n4 Water 12 km. from the vill;R&C
'
'
i
t

g4fda .4 in ntues rich in 0. The 1110k)4 (CUtIeS the
of
la
wi
(at =
): N
aC1 t4mid, KCI OAA, OhOh 11.373,
'
00 9 1 mica-i and 141vitril, Prodociall! fultalto, slid MCCOS 0.030. INICCle 0.9.04, C&Cl, 0.107. CI.St),
'
'
"ifing behind Clays and itmoff)(laUS SJU". The W4. A(h + A1,00.20. NaAO.1j.J;
l, itm
*0 '04to &*I kilick acid are differentially attackm by ground 'Utstamv 0.0.1 X./I. The gawo evolving Willa
*lst Of C(h
Clf
C
if
N
and Co
M
l f
W
00 watcr, awl mins, &Pending 00 their st"lly and soly. .
i-
iti
ratu a
l
t,
t
,
i
coal The S 4kr~its ase thus gurrotAvided by peculiar zones of - P - fluklma contained: NaCI cud KCI i,.%i.
- -
"
R
(
3
There we found A difrerent zvarx in h 2.11
. SO.
s
7.68, SIX C
At
3.07. titumcns
iie iiii With Site felk"ring ciumpm., -ccip.: hitumens. "0. "4011:19's-_ (ewsAnot
'
Oil, C(h. IftS awl ity1hual; S. gyptum find amorphous

1
'M
I
f
dctd')' I
dc' gases In this IWOUIP cantaillrd: Cit. 0.63,
CCh W-43
Nil 3
W (by differe"e) 11
S O
M
Nit

R
0 nQ Clt'
VV
-I
4, anu)9111104,14 &OF I
`4(h (fovandAry),
chalcil-
Mitch amotAwt;.4 SM
S
nd c
dws ,
.
.
,
.
,
ime "Mrs
0
,J' a
a
.
SU44; go
,
dQUY and 11IS04, tFiVILItIlt Cations COnSi5thig Of VC108t .
Hiis. but With difficulty In the spling Water. A lipt. tit S
6 (09mcd Ro
[I
i4fl
4
H
Altlnilt--~Afthite MIUVIVIS and SmaCPhous SiOli. S is de- m
le ox
on of
. The hydr(,lyWA (if 2
N
I
th
thi
U
tknited in the hilbi in the form of pecithu eve botfirs, The e
OlU
MOS
s cutriptc(ed simultaucw~jy will, the,
'
f
Ittick-wil. color of the Kan.Kum clays mind sand% is the re- JJPl-n- O
S, WO XICS k O'.
GlVCd ACC"dine (0 C&!~O, + Ifto
I Q
S0
li
S
Xt
~,d, .1 11. mlive.ept of SO.--. The soins. which had
t
.
4 +
ethatte is cvoivtd frout the i:reviccs
t
together with the Ht; gaws. The flsS water% often con-
I-in Pettilleum Of Calews hydrocarbons, Seven refer-
Cncrs. W. R. Men"
(1fTALtl;RGKAj. Litf*4TWE CLAS11FICAVC9
At _;;4.
14, z:.t -1 AS 4
IT A it a 14 'A M I n it ia k`ul n I "n Id 0 1 It 14 t a 43 1, a V
Oliddle 060 0 00 foes 6 006 diooldfoiv~vlo 0,01 000600000 0
:::411114004660604600000000, *Ooooooo**ooo*:O
4141
=so
aide
=*a
0:00
Cod
4*4
zoo
kro 0
too

- - . - , . , - ~ ~ ~ - ~ - . . ~ 7 ~ - ,
Oft -it -JIL- M
A
$Aft* Ggladded. Voic..-S&WO Kkim. tM -
191
(tow).-'M rttvm cftd pycke cocixg. 5 C0.013%, (oc-
0041 6L
;h CWdiRd 10 IAIRV) WA COCOC, U* Q11 Old At ON
041 *ilk a Gtkv (to m6l befdoc twttwg) In a Ow tutm
00 AScmindistm ROCus kwS) me (betabo 06wodlum .00
IlMUOUW, ttlatt; Ove", Otte 44" of live U.&W Was cc*.
a Cle O~rqmdcw (thronh a TWwtt,-t&W dank) .0.0
Rdd the achm tW to a WuN Auk with a soh(vW mu. .00
&tmr. The cc*&*,awwaj to&dcd Ut the Wuff &A
In the, (OMC4 aytu*w mush. .00
Thevasi-
Xts, amts. of figm. Canswitw of 20%. XM geld 30% of
13
Oe')
f 4KII, Tim acr w
(I Witte wited, 4wcct* +
(at above 450) And 2FCS, +
8 (49 4u*). Fecll is TdAwc io It
S x LvmPds. of Fe(le and sea, coo
*10 S
jkf. OM fiftfing
I
Irometts tuarreck-Or and a tLkquW ,a w farmd.,fu %t. 0t 'S". I gait Me "Miptest omit 014fitgafto
the cwmimcktt ud pyritc. (,KM- 4 ppq 4 af*
tKI 444Cf% WfiCft bOjUtjX Wi(fk prttte. SA.Ja ,M 1~
wp- ~~111
CA Y (Lt' Ily fittlatimt and clisto- StC4 AM FKT
by Cht-itts(im of flyvice. At ti f% t
Fcctl fort" no Camplex" witel 14" tftjk~ CaltI.T. Cmd
'f6td- Qd (cum (h-- malts wA- -e cht,"i4cm. (Wmutv)
QZ (NM
cUtMas tot Owe chlorimtkm of Pyrite am *0
UXI F(Ve Wim"ev..
W. Iffna
ij~E F I UO,*
AIG.S&A WALLIAGICAL LITCRAIM CLASUFKATOCOO
-t U**
Ime; 411111 C.9 4.. ail
191081 a. 0.. off avail
mieft u At 10 IS 7-9 . . I %- T--F-V *F-"I n it so
to IV it 0 4 19 (9 09 It Ot M tl (t 19 K13 0 9
0 a a 0 0 0 41 * 0 0 0 0 0 0 0 0 0 0? IF
L ! go 0 00 4 0 0
to 0 110 1
00910 00 0 0 * 0 9 41 0 0 0 0 0 0 4 0 0 0 if 0 0 M 0 0 0 a 0 0

SIN
41
pt
I k%W pwto *~,Afff
00 V"Aqp c4m4tif. A6201:1ft. If 141 W C vajure fif H TONJ
aw tati. kw Weic IIHIO NILIF-21rio, 6[1CfrMW C4
so Q*d. (r6m, Ft f ff, Oj, r~s fl,
VAIM &M C - 10141M. rnV., wbtre C k im at. Cgfti: Mt. CAHK; -V low C (from KXV
-4 W~~ V-vrlt"t. vxvvrit U- T. K, 44, to. 17. (604 4.10W. (Nit, ~WkWW)4 ~cl4ff*o.
go, : 1: *&Held NaM). 14114,0, NjWW,~MCSO. 111%4),
19. SO, 54 arAl M wwm tabro Rod= otirwAl *'vn. prftp-,n 61110. Th- pcckft Taut% drrrtW_,W - hydm,u-
and it M-21i': tbw escepted vvn MIM V ovWW 6e- tribyd. salts. rhv Charwer 4 tIW bmd twfv- t
t*-Iaw thtir m ps High valun C;( C (fmm 83A to civ4jr at- W a deftte effort an tht piteking rhv-~"
-l,? fiv ffmad in rMphite. PC, Ca. N1. Ru, Pd Pt CU
r
mediu. 1210:2
tz, TIC,, Sao,. Ztot. Ve% ZUS. HgS. CUB; ' ' ' J Im C.H,, COWL .-(:4HXJt, p C.H.
got I rltfues in Hftao, Ma_q1o,. hinoso"t rvgm. Ca-- Cit. C.H- C.14,01 CH., MetC Cide, as~. -.p it xr,
9.704. 8AM. 9.921, 9Ar, 8.11 and m". in
K Afto, SfCtf_,:CM" the WMtd. peir C.C Un& be ILIOMS Cam-
41* SUKtAh6'42vuO44 1^1 f1xOV.T MKAL.%CCJLkC. at K111-
kethemd. -his pair puffs the vo= (opther, biod-
then =ore cjkwfy than dms the druft bond- It m
coactudLd that andkr C vWues ace foutid in coarpds. with
timfkrsUuctzm&vAcbcm.p"*cni=. Thepacbrigivuh.
cafte o*C the abs. wt. of the tuho"m. but Ck compoict .
isess, of the kttke structure It ftends-, treatly on the
tbestoodynatak oottditkcs the medium - W. R. H.
4
MM7
9114M WRL(SW
14248* Nit CRT 449 W O"Jok
q AftA 1 4 6d 0 if 5 I-W N 5 0
Ab V. a AV Lt It 0 11 0
cpM it or a so a x's ;pwx i-p-, . 4"
o 0 a a 00 a a a &.0 -at a *_ ale a a 6 a a 0*00 0 *a a 00000
6 a a 0 0 9 0 0 -0 a a 0 (a 0 # St 0 & 0 460400
age
Coe
M 0
'Cam

I - - . I . 2
I t
Ak
Completevi of feritc chloride with sultUt ch(olides
fig Vill '014 so, lo, lot ts~(Mlu); Nhil", P'fer.t, "Sol
1940. No. 7, l2,--Chbjfi4m(ku1 o4 ficohly ifio&
N'C I (a the Pffict"'r of Fects 11twiticell an U1104b1c
WC!k Halt Of the O"ZIP't- FCCIA-3SC14. Tht UC*lY [$9rtkf
fc~&+- with and phends, evolving ,kh a
fM11Wd into clslufoanhydfidrs by rrAefffm with FCCI,.-
on "aaditiff the tilt %lowly Cv(4vr* 01, fIntmills =00'
W. k. Hetitt to
1.171RAJUM CLAISIFKATICIN
t 1 AN Id I It
it 9 19 It n 1 "34
Is, *It a 0 SRI* 0 0 0 a
i-dl 44 010 0 W 0 W 6:0 W 0 , 0000000 a see W 0 0

YHZDAKOV, V.I.
Irre7erosible changes in the adoorptive properties of clays upon
heating. Soob.o nauch.rab.chl.VKHO no.2:15-20 '53. (MIRA 10:10)
018A (Adsorption)

r- -7 ,N rA nxf

---
- ~ ~; - - - YZZDkEDV, V. 1. - - - I - - - I- . --- ~ - . --. - -
- , soob.0 ns=h.rab.chl.
Analyzing clay minerals by means of dYss- C%KIRA 10:10)
VKHO no.2:39-41 '55- (Clay) (Dyes)