SCIENTIFIC ABSTRACT YERMOLOV, V.I. - YERMOLOVICH, YU.B.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001962820011-1
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: April 3, 2001
• Sequence Number: 11
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

SWWSs ftvUetesi! lsobroterAy 1,.~O~ suak
TOM, TA133o cr*w6:grlp, VMWJ*4i~16ol, tlrlhipdrtattm~ eqtdp-
sent
ABSTIRMT# This Aui%or. Certificate prucatt 4: V4 I iww ilted piolst
congdsting of a flizdb3o mober mUppeditbroud[W4 jAm ;cat -~. rlrk 3:04votal In
p$-

W& j6wcF mwJpW4-u4F. mum pwwl"~%!w _vmm a W119? im4p TOP. 4

YEWOLOVP V.N.
C(optitlLng daily discharges of a bributary river in case of variable
backwal;er affimc from the receiving river* S%ore . rabe p0 rldrole
no.2slO.-20 61. (NMA 1,1%;:2)
1, Drallskoye upravl cheskoy slushb7.
(St

v,U14CLOVy-V4ktAxt-Veai!#~o~vt~h; TROITSKIY.. S.L., otv. red.;
ShTAXaVSKAYA, L.Lp iede
[Genetically homogeneous surfaces In goomorpholo'leal IPAP-
ping) Geneticheaki odnorodnye poverkbnosti v geocrfologi-
clieskom kartirovanii. Oty. red. S.L.Troitakii. flovosibirsk,
Red. isdatellskii otdal Sibirakog6 otd-niia AN SSSR9 3,964.
36 P. (MIPA .1739)

amaLICURIMULUIUMMMURMUM
YEW=V, V. V. and EZUROV, G. Do
"Fram Form Work in Concrete Constructions of Hydro-electrical Pover Plant
Installationss" 1951.

YERMOLOV9 V. V-
MOW, T.T.- PUMV, O.D.; TIBMWAo 0*2...rodmktor~.~.
strasturevot bydroilsot~* porr
stations] Opolumm mossivo0a Gooresk"d ,Sidf~oeig, restsmsel
gre lopr. I A". Is&. Nodme, Goo. 9jorg. Isd-TO0,104. J47 P.
(concrete comsawtloa--]P*lwft MdroolimIll
stations)

. . ...........
0 , -
YF-RMOL- V VV
BORODIN, P.V., kandidat t*khalohaskikh amuk; NIZWIMVSII:tY, TOIFO
professor, daktor tekbalchaskll& a&*.
V. T.
fteathing of must" IWdroeloctris power pleat two,
Amolov, O.D.fttrov. levieved by P.ToDmIllik, U.Mumbiv*11.
Oldr.strol. 23 no.6:47.46, 054*
(2m,lov, T.T.) (ftti-OT, G.D.) (comorete coustriot too

YJMLOV 7 miles Inimal Whastire I STRUNIZOV6 sa~.t
MAN" 'aoki*"-r---iicgrsf.nsuk:, red.
Naidng medium-seale goomorpbological maps In Colneral: geological
urvoying of nortbern regional Voprosy sostayloriiia C"amorfolegi-
akAkh kart pri itrednemsebtabnoi 1complakenoi s"enks neyerrorkh
M
ralonov. Leningrad, 1958. 31 pe (Leningrad ITEM ChnD -iftOlOdOTRt OV
skii In titut goologil Arktiki. Tru'dy vol,.83) (MM 12:6.)
(Siberia, Northern-Osoloff Structural)
(Arctic rs6ons--G@olo&,;;; tructrual)

V, V.
GIAJSHKOV, GsoAgiy Sergeyevich; Y30MOV. Ivan Rodionoviob.; YUROLOV. Vadim
VladimLrovich: YNOMOVA, NA., red.iod--ye; TOM., A.Mr, tokhn.
Crormass for calculating structural frames] Forteuly ilia roschets
role. Moskva, Goo. izd-vo lit-ry po stroit, I arkbit., 1958# 1636 p.
(Structural frames) (MIRA 1115)

YERMOLOV9 Vs Ve 9 CAND GCOGII 30# PRONLilli, OF !~COMPILIINQ
490110"PHOLOGICAL MAPS IN A COMPLEX SCOLOGI 04~' SURVEY 01' THE
NORTHERN F1191119MI ON A MEAN $OAL96: Lamiweomoo,i ~1960* (LENRUCRAO
ORDER OF LKNIN STATE UNIV im As As Z14DAMOV6 :301!RKS 11111T of
QUOL OF THE ANCTIO), (KLo 2-61ti20I)s
-40-

GWBMwvt OeolT4 Borm 0 dddor tAmm. wukt wof') YMOROTP Ivan
Rodimcmich; =MY Tedis 'adl
tv,'~~Owioh; WRwort
rotmew4mt; -Z.r;~t tokhn. rOL;
UVAROVIL9 A.F.p tek~m. r"*'
[lpdm4AS for doolpW coutinuom temo =d ft*wlml Yormly dlia
i"ch4l* morazrosmykb balok i rem; "VoobaA 1 obiso Pod red.
. Poo
G.S.ftiabkovta. Nookwa, Gosonauabno-teMn. isdom6 ts"b~no'otroit.
lit-mi 1960- 342 pe (NM l4tO
(Girdm) (stmetural prows):

MUSHKOVp O.S.1 YIGOROVI I.R, YERMOLOVp V.V.j GAIURKIIIAp S.P.p red,;
DMXIKAp N.F.0 tekha. red..
(For=lax for the design of contimoue be=# ii~'d fr~xosl For.
muly dlia raschata nerasresnykh,balok i ram;~iioravodbhoo po-
sobie. lzd.2., dop, i perer. MosWa, Maabglop 196). 463 p.
i:MM 17%4)

OIBUFIYEV, N,G.; KUCHERUK, V.V.; BORODINP VtP,; PETROV, V.G,; UGLOVOT, G.P.;
KULIKJ I.L.; NIKITTNA, N.A.; SAMSOHOYA, A.?.; rEMOLO11A, A.D.; SPITSYN,
N,A,
Changes in the conditions of existence of the natq~Ll'tularemla focus
in thei northern part of the Volgim"Uhtubs flood 01ain area In connection
with the construction of the Volgograd Bydroelealtrie' Power Station.
Zhuro mikrobiol.0 spid. i 4-1n.-40 no.11:127-132 : N 063. (MIRA l7j.12)
1. 1z Inatituta epidemiologii I mikrobiologil Imeni Gazzlei AMN SSSR
i V634pgradskoy oblaotnoy manitarno-epidemiologicheskoy stmntmij.

S/02001/136/01)5/027/032
AUTHORBI, Kravtsovp Ve I., and Yonolaval A* P.:
TITM Steady potentials of zinc and amalgams
4ed zinc in isulfate
solutions containing variable amounts of zinc and hydrogen
ions
PERIODICALs Boklady Akadexii nauk SSSRO ve 1369 5P 1961v 1'146-1149
TEXTs AA I* Frunkin (Ref. 1) showed that during diPsolution of jaetals in
acid electrolytes, both equilibrium potentials and kion-91juilibriim
potentials cain ooc.~ir, depending on the,ratio of the electrodia processes
proceeding on the dissolving metal. Thereforep an attempt has now been
made to find out whether a transition from non-equilibrium to equilibrium
potential is possible by changing the concentration~of acid and minc ions
during the diseolution of Zu in sulfuric acid. Na SO, containing dif-
1 2 4
ferent amounts of Vol4and ZnSO4served as electrolyte# the total con-
centration H,SO + Na 80 equaling I No Polyorystalline zinc with
2 4 2 4
Card 1/6

Steady potentials of zinc and B J136/005/027/032
00 in
1-10-4% impurEtise served as electrode.: Measureme ~14 were made at 25
a hydrogen atmosphere. The potentials mentioned avvrsla~*d to the zero
potential of -the hydrogen electrode, Fig. I shows the steady potential JON,
as a function of log for different concentrations of H so
2 4
Linear dependence according to the Nernst equation isims found for
10-,4 N and [~jj++J' between 340, 3:&ad 1010 No ;In the case of
'['2'041
amalgaisiated zino (Fig. 2,)j the linear dependence is sokintained at higher
concentrations of H 2s04 than in the came with z:ino* The deviation from
linearity is explained by the inoreasing effect of tho hydrogen ions. The
following is written downs
r +-I
H exp(-,41PfVRT) -'k2' exp(PF4fVRT) - k PXp(-;,XjPfVRT) (1).
,~i ~, 2 Ez n+ +3
+ FZn++] are th3 concentrations on the elootr(ido suiface, 'With
H I --
L L: s
thorough inte:mixing of the electrolyte this concentration can be set
equal to the concentration Eelo , Ezi++10 in the volume of the solution.
The steady potential-11 is more positive " the equilibrium potential
0
Card 2/6

8/02; 61/13~/005/027/032-
:B1.04 206:
:Steady potentials of zinc and
um :1~4.
1 and oubtititutiA
l AGO I
to I- f 1~
*4
: f
o
o
0
o
in (1) the following relation I a' found f or the dischiL' 0 Z I "', pi- the
hydrogen.4ones 'If tH exp(-4p 4#R'T) .1; (exyft

-0
0
i .in t6 axohance current at a sivan oonoantrat~*n Z A* + 3 The
2
-0 1
0,
Sol ti" Eq. (2)' reads
on of
+ k log, [1 exp (-2P& Y/RT)].. + PH!
-2-31

RT/ [E log(iof~+/Io I k"- is '160n_
t) 2;- OT/F U+ (4)
StEwit at gSiUted
constl. fe con t- (3) B.Talid ford Waal
g9n'o:r b
zinct whether the sollition was intermixed'by,bubbling 6t hy#r6
.
means
of'a magnetio stirrer. When using zinc olectrodea, tho;q~zgh! inter
mixing eau i'deffation
d a positive shift of their potential (Table 2)1P
e
vais observed during the dissolution of the zinc plectrode
from Eq. (;)
'
traci
deviation iq
In a strongly acid electrolyte. The ed back1to
,
h note In a
activation of Vie electrode surface, vhic' A 'i
t hish;rate of die-
solution. A. L.,Rotinyany ff. P. 'Pedotlywrg and Id Un
. 0k &i4, mentioned.
S
C rd
~316

q/0216j'61/i3V005/027/032:
'Stoady potentials of zIno and
DWI
ThOrs are: f igure s j 2 tablesp,and_12 reforenaess, 12; 3ovi6t-�1oo 'arid
i lion-'sovist-bloo.
ASSOCIATIONs' TAkningradakiy gosudaratvennyy A, -A. ZiLdanova
(Leningrad State. University, ImenI. A. A.~ ZhdarioV)
PRESEN'TEN July 20p 1960 :by Ai. N. Fruftim Aoodeml~4-
SULMITTEDI. July, 9, 1
960
e n
gyT~-_q_'1 go d,to 1 'Steady potential of.;
_~z no at a SO concentrations of*
2
4
4
10- ~N;
2)~,5-10_4 N; 3) 16-3'. N1
if
10-2" y';' 5).:. 1 N
-Ox
-:Cards 416
_-30

-3~ ~r'
9i/01016111 36/005/027/032
Of zinc, and
s
~Steady 'potentials
tSOANKA 2
ential shift
2. Pot
t,. Legend to Table of Citsum DO.""t" 411KNO90ro: &URTPW
(mv) owing to inte=ixiugl 50A "udom
I otroj~te.
e
e
2*04 0,3
0.5
10- t104 00 5
0,5
5 5 0
Ts~'Vle2
,177
Eli
,4.016,
C4K
HIM IMPH19M

. ....... ..

r:i-tots. Grains. Legwi-'
inou3 ~~.raln3.

- op
is. JOUP.:
,, -r~257
Author Yermol-nva, A.N.
T. Chel%,abinsk Tra-TV.-Agric. Sxperimont ~;tation
carn Sced Planting Oepth i-st llelai~iou to
Planting Time.
Osilcl. PUB.: Byul. nuaohno-ttt'rJinqirWom, Chelsyvib. p.oq.
s.-I-,h. opytn. aL., 1~582 1.9-22
T-~-' A C T Wheu sciving during he early period it is
recommendod th"t the seeds be embedded at
the shallow depth of 4-5 cm (wttirrc t4e soil.
is benit heated), while when aovej.jig dtiving
later I)eriod3 with adeqiiate mojist-ure Jn thc
top soil layer, one sliotild also yt3c tho 4-5
cm deep planting, deeper when the cioiFtt4re
is insufricient; when planting at the optimuin
times tne seadu are Placed 6-8 cm daep.
CJ4RD
58

LJ
oVA,
go
. 11
.41
god
god
god
god
A II L A ap"Pw," um"Im O"Woo"We
OLM=F
so"" a&* *$v 04
711T
0 -0 m is Se
a 00*01 0041041 *9 a 0 Ovi 0*41 see
6 04
Soo

~eq,V\01~OVA, O-P-
ymnt~vwm
6oo
Ti,6~ -1,
1. T,-,MWOVAt K. T.:,.
P.; MMM) H.B.
2. MR (600)
"Research on the Conditions of the Combustion of Gaseous Mlxt,,~res - XV.
The Cold and Hot Flw.nea of Methyl Ether"O Zhur. Fix. KhIm 11~~ No 12, 1939.
Leningrad, Inst. of Chemical Physics,, Lab of the Oxidation'61',J F~rdrocarboas.
Received MO Jay 1939.
9. VO Report U-161% 3 Jan 1952.

VOYTSEXH(YVSUIA, I.A.; aPAMMCVj,, A.42, p AW&I
LTAM)VSrJ=, N.M.; MMZiRWA T.D.; 0m", VA14
FIGUUSVBglr p le.D. I VABIJZVSWA#: Y-NO talliba. red.
Iftermises in plVsUal Poedbis k uprashwaills~ fi4ke.
Uningrad, Leningro elektrot4gft. . Irp-t Im, V.1'.rVianava
(Lezina). Part 3*[Opticso atomic p1waical Optlu'v atom-
wds. fixika. 1962. 197 p& (M VA 16t u)
(MW*lc&--Problews,v exercised, ate.)

DMITRIYEV, Aloksandr Somenovich; SWIENTWVp Sergey Andrianovich;
YWEYNAAJA&w.kand. tokba. mik, retsenzent
(Maisoury and reinforced mas'onry elements] Kamonnye i
arn)kanewqo konstraktail, lzd*2op parer. i dop. K*skva,
Str#Diiadat,, 1965. 186 V. (MVIA 19t1)

INSIMMA. G., :askbaaik.
Autmatic mabluffy liotes Work. Ubowtm 34 00.2015 a 156.
(Oft 9.-I1)
1. Togtowroldy Savo& slatetlowskw kwahaka.
(Automtu amtrol)

7"-MMLOVA, L.A.
The concept of life should reflect the level of =dern netural
sciences. Priroda 54 no.5:89 Va 165.
~ (MIRA 180)
1. Moskovskiy gosudarstvennyy univeraitet Im. M.V. Lozonosova.

NOTWEIT. G.Me; TMOIA)VA, R.I.
- 1. -
X-ray deteridnation of mmll quantities of austonite. Zov.lab.
no,11:1330-1332 059, (KML 13:4)
(Austo"Its)

BOKSHTEYN, S,Z.; KISHKINp S.T.j NMSHOVj A.S.j POLYAK,A,.V.f SOLOVIYI;VAj G.G.1
Frinksali uahastlyes ARZWOV, V,,Mj WWOV, 14S.1 140TYUKOVA, L.G.;
KORABL MY,, LAI PIODVQ'rSKAYAO O.N.1 SAMHOVA, T.N.1
Iff!I(INU
I
'?.I TARMOj: 1.1.1 RINKO L.P.j 96ZWVA~, U.N.;
AMM "-,-N 41=4 LA
Aging, of plastically deformed alloys. lb%~Uoired. i Urn. obr.
mt. no*5AO-" IV 63. (MIRA 16:5)
(Beat-resistant alloys.-Hardening) (Deformstionis (Machanics))

ACC Nit, AP7005752 -SOURCE CODE.* U10)126/67/023/001/00G3/00a
AUTHOR: Yermoloval M. L; &Ionins4 0. -P.
ORO: none
'tITLE: X-ray diffraction analysis 6f Phase transdotzbotti0es &rh*! imt ttwiftent at VT3-t
titanium alloy
SOURCE; Fizika melallov I metallovedeniyet: v. 23s1 w6.'It 19670,63-72
TOPIC TAGS: diffractometer, titanium alto x rays diffraction wulysis,,'' phase compositIonj
metal heat treatments motal aging / VT3-1 titanium alloy, URS-504% diffractometwr
I ABSTRACT: The theinnally har4tenable alloy VT3-1 (5. 5% Al, 2% Alo, 2%; Cr, 0. QI Fe, 0. 2%
:.Si) undergoes changes in its meclunical properties on. quendUng and aging, Since the reports
on the nature of these changes are contradictory, the article eluckk"s it over a broad range
of temperatures, on the basis of x-ray diffraction analysis of forged specimens of the alloy
beated to from 200 to 1050*C for, It hr and cooled in water and subsequently aged for,9. h; at
from 100 to 700dC. Debyegrams ivere taken with the aid of an UPS-50EK diffractometer (CU Ka
-mperatures of from 700
radiation). Tests of mechanical properUes showed that, at quenching to
card 1/3 VMC: "a. 5

ACC NRs AP7005752
to 11009C ultimate strength chang4is from HO to 140 kg/mm2 and yieUll pointo* from 73 to 126 kgl
1

2
Mm . On quenching from 8500C Cie plasticity characteristics increase while the ultimate
/
:strength and yield point reach their minimum, (Fig. 1). X-ray diffractIon analysis of lbase
-
~
-O
;0-0
;

i&
i
iecb
cal properties
Fig. 1. Variatim In
70 -
il
h
d
U
t
W
1t
,
.50
T
r an L
er
e
oy wa
quenc
of
34 t
a
,
f i4om varj*ws'b=p*n&Ar"
,
~ 2
4-0
S

JO

Aar /0
"0 I NZ OMMIAW,
-,tjlnk Uml~eratlkvt'T

ACC NRJ AP7005752
P *Mip LcW point following
transfonuations axplains,those- ehaa& 4; thw d hi ul h w4y
_&4ft%JML VI
ofthi M ie~; Thp Incrooso In
quenching from 850T Is due to t1io'Appoarance' 0"0 4
Itifollowing quen hing 60M th
strength and dccrease in plastiel, 6 W40rat*3 exceod'ing the
temperature of a+ a -P transformation'to due to foil~&Uoi of bib a I-pbase. Agling at 460-
~-50&C of the' alloy club"ncbed from 800-1050'C leads to a iharp inerbaso 1h hardness and de- i
crease in plasticity. The dccompostion. of the metastable pfiases,(O~ ~11' a 11, at 300.-600*C is I
accompanied by a redistribution of alloy elements which leads to a high saturation of the
0-phase with Cr, Mo, Fe at aging temperatures of 450-600"C. The +kmperaturc region of
existence of the supersaturated 0-phase coincides with the maximum hardness of the alloy
(470 kg/mm2). These findings indicate that the hardening of the alloy during Its aging is not
due to the w-phaso bat rather to, the decomposition of the metastable phases 0, C1 I', Cr I and the
formation of sectors with disperse hetero-phase structure. This hiformation is of practical
significance: since Cho VT3-1 alloy is used as the material of viork-parts performing at
temperatures of up tD450*C, uving Oda, alloy in quenched state ma lead to an increase in the
Y
hardness and a decrease In the Plasticity of the metal. The canducied analysis of phase trans.-
formations demonstrites the need to introduce the operation of agJal g following quenching from
temperatures higher than 450-500"C. Following quenching'from 80'~C tho optimal aging regime.
is SSOIC for 5 hr; this makes It possible to increase strength by W-111.0 kglrnm witliout detri-
ment to -plaiUcity.' ' Orig. &it- has: 8 Spires. 2 formWas.
SUB CODE; u-% 20l U/,.SU='.DATE: ..Q8J&n66/ ORIG REP: 01V OTH REF: 003
2'ali, 4
-~' , . . i

Scme itdapUv* oharacter-latt.-S Of,the ertrv2dtieis of
Blul, MOTP, Otd, bivio 68 no.3;46-60 W-4e '16"l1
(MIRA l7ge)

YMOLOVA. NS,
25994 Yermoloya V.V. i Kroll, F. Travnrf Yozga I Giyertonicheakaya l'oleznl
V SB; Froblemy Vosstanovit Lachenl;ra Involldov,ote~chestf,', Voyny. liztrak~ar,
1948p S. 125_37L.
SO: Letopis' Zhurnal Statey, No. 30 Moscow, 1948

ZAKV A.F.; X.-,IMDVA, N.Ye.; YERMIXOVA, O.B.; YANOBSON, L.M.
Evaluation of the harmlessness d') erythrowyobi based on d&tft
of varlous testso Antltdotlki 10 no,7s62"25 J1 06"
(Mii',R#A 'M9)
1. Otdol. antitdottkoy Kontmllnogo Inatituta imani A,11.
Taresevioh&, Moskva.

SHIIMAM,, V.L.,-, AVEMO V.V.; GRIGORIYEVA, V.M.; BACM111111Aj V,G.;
MEZENOVA, L.P.; YEHKOL40VA O-B.j OGWBL3NA.. U4,3.,, red4,,-
YAKDBSON, L.Me,
(Antibiotics; conectiotk of mathadoldgleal im4matlMi of the
supervision and standardization of antibiotic proparitional kati-
biotiki; sbornik matodichesldkh ukazanii po kontrolii 1. otandarti-
zatsli. antibioticbeakikh preparatov, Pod red,. L.S.Oglobllnoi i
L.M.lAkobaon. Moskva., 1959. 234 P. 01111A 15:3)
1. Gcoudarstvermyy kontrollrqy institut meditslaskikh ljiologi-
chookikh preparatov.
(ANTIMOTICS)

YAKOBSONg L*M,; BLIBM# LeB*j MU=IXUA# VA.; MM4.Uo~ 0,.B.
Campu-sifte mtudl 0 m the --A*tAoda rt1m.
antibiotics AnUbJotlki 5 no. 506-101 S-0 160 lmmkm :10)
I* Otd9Z fatiblotilum
mditoin)dM bleleflialwaklI& Inv st6y iwxA~ 14,4 1,;T&rAifw,,LGha.
(ANTDIOTICST"

u Ij
I 111mam a
j
USSR/Pharmacolocw tuid Toxicology - Aimlopt~.cso v-4
Abs Jour r1of VZtv - Biolo., No 21, 195G.. 96501
Author Yermolovap P'S"
--------------,
Inst Chelyabinsk Medical Inatitv~os
Title Aiffect, of Schizandra Chinumin on the Course of Tat Dy3tro-
phy of '.'.he Liver of Whil"o Ratal Induced by Carl>x-. 12c';x-n-
chloride.
Orig Pub V eb.: Materially nauchn. Ima-forentsil, Chelyab. mcel. -".n-tay
posvyashch. 40-latiyu Valikoy Okto sots, ravolyats-lip
Chelyabinsk., 1958., 29-31.
Abstract In rats,, in the rations of which meat and milk varc m=lu-
dod,, 10-i5 m1/100 9 of a 50',!) oil solutiam of Wlj~ (I) =4
0.2-0.5 m1/100 g of tincture of Schizanfira chinansis (II)
ifore introduced into the utomaci-i7Wou ~ a caUx!tcr ftwing
Card 1/2 4 days., and I was introduced 30-40 min. attar XE.
16

USSR/FaarmacoloGy mid Toxicology - Analepticu. v-4
Abs Jour Iluf ;bur - Biolop No 21, 1953p 90501
We part of the animals received an alcohol tinctiLiva of
II; the other a preparation from vhich alcohol hac,".
removed by evaporation. Q-1 tho 5th day of the
-Uic fat content of t4ic livor consisted of: irt con'U'rol
--nimals., which received 0.2 ml of aleahol + Ij 22.1,~,j;
alcohol tincture of II + 1, 20.210; -vater prepara'u-I'On of
ii + io 18.oN. on the 14,,;h day of the experiment, Lhc
fat content of the liver itat; normal, A blockinG of
water preparation 11 an the development of fat infiltra-
tion of the liver ic noted. -- R.S. Aroroblyeva
Card 2/2

YEMMVAP P.S.
- I
Effect of barbomil and caffeine on the course or toxic fatty
infiltration or the liver in rate caused by carbon tatrachlo-
ride, Farm. i toks. 25 no.4t485-490 JI-Ac 1620 (MIDA 171.u))
1. Kafedra, farmakologii (sav. - dotsent M.G. flttepanov) Chrip-
binakogo meditainskogo inatituta.

MKOLOYAW1080
*tAve4op"
.2ponaturic reaction of frop In the dlopoels ~qf pr*ggencr. Tap.ckh.
mt. I &it, 2 U0.1t52-54 :6-1p t57. (NLFA 1012)
L h lostevskqgo usuabac-I malodavo toil sicago Inilituto skusherstvo
I pedistrii Nialsterstva ad-revoolftronestya WSk (W. - ka rA We t
modildnakikh nouk I.S.Barancralarm, amuohay r*ovodltal' - prof.
lp i To 0 ris I I chuk)
(P=X&XIY--SIGM AMD DJAGNQBIB)~

YO.G.;ju MOO
DUBINk, A.T.; FILIPPOTA, A*Xh.; DOOM,
IRVIIWVICH, 11,16#;, MMIMMA, OaTo
Synthesis and am@ conversiom of vinyl Otholl of chlaro-
11,
phanolse IsvelftbeaMeM =I= W.Us9-16 '38;; (NLIM 12:2)
1, lifttskly O)m3d&ratvonnyy univerattet Iu* AaAeUdanova.
(1khers)

KOTLURMBIY, I.L.; XMWWVA, Tri
3pthools of acatatims of aeetr2~mlc e4mto.U.~, Isyd Slbo obi.
A9 $30 no.2Os92-% -161. (Km 1012)
I* 17o&tochno4;ibirmkiy. fil4iol Sibirskogo otdoloniyi AN SSSR:,
Irkui*,
(Mtols)

of Farw 'xdAin-lu. Dfcu,~,sea Comsed by 1161mintho
.'.ba Jd= 1W Zhur - Mol. ~ No 19) 1956, No 88278
.'.uthur Bou&-trava jr.j.., y,?r.~Iolov,-, ye.N.
Inct Institute of Vatorimiry ZM-c-En-c of the Branch of
the ;,U-Uniou '.cadony of :.gricul-turc-I Scicar-cs incpi Icnin
Title ;surgical Tmatmnt of Coanurosin in Shoo-.) ~
Ori,-,~ Ptil; Tr. In-ta, vat. fil. V,'_qXWIILy 19,,r,7) 01 ~96403
:,bst-.,- et -nbstr--ct
27

COGIrTRY USSR
CATEGORY Din-e*ses of Farm Animals. Diseasea Caused
by Helninths
A BS. JOUR. RZhBiol.p i;o, 6 1959j, fro., 26024
AUTHOR Yormolo-va, Ye. 11.
DIST, '---4-,Qwwm
Effect =azine -upon Helmloths BolonQ
TITLE 772henoth
to Diffarent Genera of StronSylata
ORTO. PUB, Sb. rabot po Sellmintol. Alma-Ataj Xa2gosizdat,
1958, 11~1-200
ABSTVACT It t-ras ;3hown that a prolonged and liberal feed-
inc.- of phonothiazine (1) along witli concentrated
ood3 exerts a destructivo action an tho para-
aitoa of the lunCs and the gastroisitoatinal
tract. Daily f coding of I leads tc, a, more rapid
freeing of the sheep's ore,anism from parasites
than fooding it on alternate days. The combfm-
tion of singlo doves of I with its liberal
&rn 1/2
43

CATEGORY
ARS. JOUIR. MhBiol.., No. 6 1959, No. 26024
AUTHOR
IFST.
TITLE
JORIG, PUB.
AIRSTRACT s fooding produces more Irapid iiber'ation of para-
cont'd. alt-es t1han liberal feeding alone without ein(-,le
Goses. 111ho trial of various oomb!fmations of tho
application of I ilomonntrated tho'Ir high anthol-
Aninthia and ocononical effooUverions. 'Tho noat
effectIve method was found to bo Imajdrial dehol-
minthi!iation associabod with daily feadinG of 1.
L. S. Kirichenkoo
CARD: 2/2

YMWWVA, Tj,,t~.,~ulxdsihly nAuchmyy sotrudnik
Ridding, a Meep farm of Sid In southern Xasefts$om, Yeterinarlis,
35.no.508-60 Ik- 058. (1010. 12 s 1)
1. Institut vatertuarii Kasakhelcop filials, Tsoecgmxwy akedemii
seI'vkokb*sy&ystvsWkb nauk Tel# Lealmo
am posts)

!iMolk)VA, Ye. P.
=-IOLOVA, Ye. P. -- "Secondary Rineralogital Processes An Oil-N!ar-
A
ing Deposits of the Mocene and OR zene in Georw!lmoll ',*,,,t,, 20 I-Py 52o
Inst of Petrolewn, Acad Sci USF-R.j 8issertation for the Depree of
Candidate in Geolorical and rMinerklogical Sciencea;l
SO: Vechernaya*rl,',oskva January-December 1952

2, USSR (600)
4* 'Rocks, 3edimentary - Georgia
7. Sequence of pr(moses in the f ormation of idn'srals in *%I ds cidto of' the
Miocene and Oligocene in Georgia, Dokl. AN SSSR 900 2p t9,33.
Inst. Petrolowl" AS USSR
Stites that results (if studying epiganstic, processes ~~md atablishirg their
IseIquence in individual sections of terrigenow deposits h6lp significantly too
explain the detailed history of existing sedimentary rockso Investigations on a
regional scale malce it posatible to establish, the laws govermLng formtIon W elmngei
in secondary mineral bodiemi not only in timej but also as W disbr-l-bution,
26MIC
9. Month List of Russian Accessions, Library of Congress, April -15153, Uncl.

YBMOLOV*t, TO.P.
Trmseauc&sla. frody Min.mms. no.?:?6412 (NLRA 9: 3)

15 -57-4 -4635
Translation from: fieferativnyy zhurnal, aeologiya, 1957, Nr 4,
p 93 (USSR)
AUTHOR: Yermolova Ye, P.
TITLE: The Formation of Authigenic Minerals In the Sandy and
Silty Miocene and Oligocene Deposits of Georgia (Obraz,:)-
vaniye autigennykh mineralov v peschanykh i alevritovy,ch
otlozheniyakh mioteena I oligotsena Grazii)
PERIODICAL: V sb: Materialy po geol, I neftenosnost-i Gruzii.
Nfoscow,, AN SSSR, 1956p pp 82-131, 160-161.
ABSTRACT: A largo group of authigenic milnersils is found in the
sandy and silty Oligocene and Miocene rocks. The author
has investigated chiefly those minerals that showed a
marked influence on increasing the effective ,.apacity
(porosity) of the rock; calcite, dolomite, analcite,
mordenite, stilbite, chlorite, qumrtz, ahalcedonyj,
alkalic feldspar, brown iron hydroxides$ gypeam, kao-
Card 1/3 linite, jarosite, siderite, and pyrite. Some of the

15-57 -4-46;55
The Formation of Aut:higenic Minerals in the Sandy (Cont.)
factors that controlled the formation of the authigenic minerals are
the pH and rH of the liquid phas3 in the sandstone,, Dicti mineral
develops and may exist at definite intervals of pH and rH. Two
mutually exclusive associations of minerals were recognized in the
first phase of authigenic generation in the sandstones and siltstones:
1) zeolites (analcimie and morcienite); and 2) quartz and alkalic
feldspars. Later mineral growths of chloritej dolomite, and clear
crystals of calcite are found in both associations of authIgenic
minerals. The development of iron hydroxides, later aalcltet gyp3tulq
and, in places, jarosite is found principally J'14n secondary pores in
the rocks and apparnntly represents new formatlons In the zone of
weathering. The minerals Viet formed from the liquid phase In the
sandstones and siltstones, and also their alteration In tho course of
time, were determined by the composition and correntration of the
salt-water solutions in the basin of sediment accumalations, by the
nature of the minerals in the clays, carbonates, and other finely
dispersed sediments, by the underlying and overlying nandy and silty
beds, and by the seepage of water through the formation. The frag-
mental material takes part in the formation of ~aathigenie minerals
in the sandy and silty rocks when the sandy and. sillt;y particles are
Card 2/3

15-51.1-4-4635
-The Formation of Authigenic Minerals in the Sandy (Cont.)
un3table in the reactive environment or were unstAble In the earlier
Card 3/3 G.. A. G.

30)
AUTHORS: Chepikov, K. R., Corresponding Member jj67/2'06- 12 5-5-3 9161
AS USSR, 'Kgrmolovaq Ye. P., Orlova, N. A.
TITLE: Epigene Minerals as Time indicators of tb4i,Petroleum Appear-
ance in Sandy Reservoirs Capable of Xxplol~tatian (Epigennyye
mineraly kak pokazateli vremani prikhoda nofti v peachanyye
promyshlenny,re kollektory)
PERICfDICAL: Doklady Akademii nauk SSSR, 1959P Vol 1251~ Wr 5, PP 10917-
1099 (USSR)
ABSTRACT: The problem of the time indication mentivied in the title is
of great significance both practically and- theoretically. In
order to determine this, the~authors have studiod the cl=acter
of the correlation between petroleum and 'the epigene minerals.
Samples of petroleum containing rocks of -the larfest petroleum
fields in the Volgo-Urallskaya (Volga-Dral) region servedfortIds
purpose; Romashkinot Pavlyp Tuymazyt in s4dition to tho
Yablonovyy and Zollnyy.ravinto.Prom there came the quartz
sandstones of the Pashiyokaya suite, whila samples of Lower
Carboniferous rooks came.from lukhanovo. The clastic me,terial
of the sand and "a1puritic" rocks is almost exclusively formed
Card 1/4 by quartz (95-98 %). Only non-clayey varieties were studied

Spigene Minerals as Timio Indicators ot the SOY/20-125-5-39/61
Petroleum Appearance in Sandy Reservoirs Capable of H~Zploitation
i
whose cement consists of epigene minerals. Most of the
reservoirs investigated had high effective porosity values
(P eff m '17-22 %). There were also, however, sandstones with
a slight P4ff inlue,,and even impermeable varieties. The roll
played by the individual4pigene minerals in the cementation
of the non-clayey varieties of sandatono and "alourite" io
different. Regenerated quartz takes th6 first and moot im or-
p
tant place; it generally penetrates through the entire rook.
Other epligene minerals occur only as loaal precipitations and
have a limited distributior. The epigarko quftrtz is mostly
precipitated as a regeneration overgrowth of various thick-
nesses. Xt often binds only the clastic grains and only allghtbr fills
the pore space. Carbonates (calcite and dolomite) as well as
anhydritop cement the sandstones and 11-alourites" only super-
ficially. As a rule, all of the mineralis mentioned corrode the
clastic and regenerated quartz. Often they replace it com-
pletely, in which case they indicate a basic cementation type.
The genesis of the epigene minerals ID briefly discussed. If
Card 2/4 pyrite, whose genetic conditions deviette from those of the

Sprigene Minerals as Tim4t Indicators of the SOY/:?0-125--5-39/61
Petroleum Appearance In Sandy Reservoirs Capable of Siploilation
other minerals, is excluded from tho O~oorvqd formation
sequence -, quarti4 XritA~ carbd~ata,anhydrito - the sequence of the
precipitation of the remaining minerals agroon well with their
increasing solubility Ths~rsgeneratiotl prooooo is discunned.
The analysis of the Krmation sequenco"of the epigene mineralis
in quartz sandstones and !'aleuritits" has shown that the last
minerals precipitated (th* carbonates 4nd avhydriten) represent
new formations which or4onated at conbiderable depths* Pe-
troleum filled all of the-freely Interconnecting pore channels
in all sanples of sandstones and "aleuritee" which were already
earlier cemented by epigene minerals. The form of the petroletim
inclusions is determined here by the morphology of the pore
space. As a rule$ epigene minerals contain no petroleum in-
clusions; at most they have thin petroleum films on the contact
of the quartz graina with the opigene darbo"te and anhydrite
cement In fractures and Individual calolte, dolomite, and
anhydrite crystals. This can be utilisod as an indication that
-the petroleum has not filled the pore npaces until after the
lprecipital.lion of the entire complex of spigene minerals.
Card 3/4 Consequently the petroleum has a youngor age. By comparison

Rpigene Minerals as Time Indicators of the Potiloleum MOV/20-125-5-3~/67
Appearance in Sand? Rooemirs Capable of Hxploitation
of the assomblago and the intensity dogreo of the! op"on".
mineral formation in water and petroleum ~. ... : - - - ...- , the same
assemblage of epigene minerals is encountured again and
again; additionallyp their precipitation is alvays,the same
(mukhanovo), howoverv the precipitation of calcite and dolomito
in water bearing rocks in more intense. This is due to the fact
that the foraation of those minerals had oome to a stand still
in petroleum bearing rookep while it continued for a time in
the water bearing rocks.
SUIBMITTBD-. December 99 1950
Card 4/4

CHIPIKOT, KoEls; (PRKOLOTA, Te.P#j ORLOVA, CA.
3101genotle minarals In arenaceou rocks of prodliclagillborixone
and their effect on reserv*oir properties of rooks an'remaxled b7
the studies in Second Bakus Tmdy lost. geol, I ratreb. gor.
takop. 1 160. (KIRA 14:1)
(Second Baku--Petrolem geolo4y)

CHEPIKOVp K.R.~, rMMloUVA, F. - QUXA N.A.
JE. p
Varleitions in the poroolty of mandatones with depth. DokloLN
SOR 144 no,2,43,5-437 W 162* (MMA 15 -5)
1. batitut geologii i rasrabotki pryuchikh jjlwWcjqkh.
2. Chlen-korreispandent AN SOR (ror Oheplkov)',,~
(Sandstone)

CHEPIKOVg K. ~LOVAI-yi!. ?~.; OTUVA, 11, A.
"Authigenic win 7-a3s in oil-bearing terrigenous rocks-t~
report submitted for 22nd Sess, Intl Geological Cong, Nev Delbi, 14-22 Dee
1964.

F-If fl
Usowdeneral Biology. IndivIdual DrvelOpiffiento mi-4
Abu Jour: Ref. M.-Diol., No 9p 1957.. 35137
Author Ermolora. Z.D.
Inst
Title Camarative Morybological JksearWon the Process of
Wmids in Sheep and Dogs
orig Pub: Tr. Alms-Atinsk. zoovet. in-tat 1955, 8, 297-M.
Abstract: Skin-miuocular wounds were inflicted OLINUUM4040:17, an she" and
dogs on symetricelly located parts of the body 111thc rOgiOn Of'
the croup or near, the rear corner or the shouldox b1&" - The
length of the wounds we 4-5 cm mA the depth 103 - 2.5 cm. rm.
the left wound was put vhite streptocide powder; the riebt served
as a control. The experimient, continued two weekis. No substan-
tial difference was observed in the course of thit prooess of the
untreated and treated wound. Intbe sheop the Wrereatiation
of thenew grown epithelium began on the 4th day. After 10 ftys
Cud 1/3 A_

UNWOeneral. Biology. Ind' ridual Develoyamnt. ji-4
Abs Jour: Bef - 221 - -Biol.., No 9, 1957.. 35137
the n4nr formed epithelium on the periphery of the vound did not
differ from the old. The connection of the edpo'of the vound
took place by memo of a asdus' fiLlIng in of the vound slit
vith gmoulated owzwectIM Ussue or as a reftlt'!of a primary-
fibrous heal' of the vound (the author notes that this latter
type Is not described In literature). The fundaiental peculiw.--
Ity of the primmu.*y-f1brms healing of vounds (observed in 10 of
32 exImiriment animals) vas the formation in the ,place of the
vomd slit (in the region of the Mina am velied layor) of
a *.%In or vider bunch of vertical.31 distributed 6aseltdc fibres
without any prellAivary develoymmat, of Snualatel tisi". The
author assumes tIvA the fibres come from the blood clot Without
the phase of col3mlar prollforation wA in the course of a few
days are transformed into a U&M fibrous bundls'~ When a biopsy
vw made on the dop in the 4th to 7th daY the Junction of the
vound easily dimintegmted and the pieces cut ou~ brolm into
Card 2/3 -5-

UWGmnl Biology. IndivIdual. Dm1opment.
Abe Jour: Bef. Zh.-Blol., So 9, 195T, 3513T
two heIves.. vhIle at the saxim ti= an the hth 4&j tbe'Vound
junctim did not break In sheep. The epithelivakon *f'the sur-
face ar the wouni set in at a later tim, but the dev*lcTmnt
of the granulatel tissue vas expressed significeiiUy more intem-
sively than in the sheep. The general differentiation of the
Connective tissue (the near) was an the twelfth day attom the
wound :ftmdammt&Lly the saime as in the sheep. ]~% theAcip, in
distinction to the sheep, the primary-fibrous t3Te of hotaling
wounds was not dbaerved.
Card 3/3
-6-

XIMLOVA, Z,D., dotseat
Role of leucocjrtes in the develo*mt of graa%~Lar tipivue d=lng
the heal I of wounds, 71-Wy AZTI 9t233-250 056. (KERA 15 94)
1. Is kafedry obahchey i chastnoy khiragil (imy. kafedroy - kand.
veterinarnykh imuk F~F. Fattkin) Almam-Atiwkog'o mooveterinamp
iwtltuta.
(LGUWC.Ift") Okunds) (conn"tive) Us")

Infliumme Of tbilrApoutic, post fraW Baposb& fl~ ropwatica of
the pripheral nerve under experimental 04~tl =~m 0 rope t ka-A if
fizio-ter, i lec]2~ fiz. kuVt. 25 no. 6t496.499 k-D 160,
(HM 141.9)
1. Iz kafedry qperativncy kgmgii i taporgraftcliesko7 anatosdi
(zav, - prof* M.A, Ysgor'ov) Ryazawkogo madital;okogo inatitulz
imani akademika..I,P4 Favlmo
(NERVES9 PMPHMAL-WOUNDS AND INMES)
(SAPOMOt-UT~S 9 M6M AND: XUD)

YERMOLOVA, Z. S., Cand Med Sci -- (diss) "Nerve lifation in the battle
with amputational neuroma.11 Ryazan'q 1960. 18 pp; Ryagan' State Med-
ical Inst im Academician I. P. Pavlov)j.200 copieni price not given;
(KLI 18-609 156)

------M?RWIANAl ZI#S.
Changes in the inlWrvertebral nodes,.and spinal coid after ligation
of a p6t1phiral imorvet SksperAhirlp no, 3.t6l-6~ My4o 160.
(141RA 14, 1)
(MIRVES PmPm") (SPIKAI CORD)

A, V.
............ -----------
all
I L!
v 43
Owl
7 a 1 . [ !,
fig

-
YERMLOVICH, LB. (M=olovych~ I.B.); SHEM16*4.1ro", 1~
Determining the parameters of recombination odri.tere In single
crystals of CdSp CdSe,, and GdSZ-OdSel.... Ukr. Mrs. zhur. 9
no.1011153-1157 0 164 (11IRV 18i1)
1e Iriatitut poluprovodnikov Ali TJkrSSR, Kiyev.

GALUSHKA, A.P. [Halushlutp O.F.1; MOLCMfIQH- [Igrmolavych, I*B,'I;
MRSUIEKAYA, N.Te. [Korsunolkap ME.If-K8005OZEBIO, I.Do;
SHEYNKMANp M.K.
Same proportion of US single crystals grown by the zonal
sublimation method, Ukre fiz. zhur, 10 no*70084109 ~jl
165. (MIRA 18:8)
1. Irstitut fiziiki AN UkrSSR IInetitut poluprtmdnikov AN
UkrSSR, Kiyevo

ACC NRs AP502540;1
q
AVrHOR: in 8 K GOXW ski"; A
10P y 4't JO*' YO
ORG: Institute of 5~mlcorvluctors Alf Kle4i (Ifistfi*Vt
-21, qq -j-
.Perature an the cross i;ectl6na for
TITLE: Effect of LAm
ccutbination centers in CO.S. and. WrA
SOURCEt lrizfka tmrdoga tele, v. 7, no. 10~~;;1166, 31344,
ad
-TOPIC TAGS: cadmium sulffde, 'cad ild selenvie, i single, c:
jr
ortoelectr 6 prc rt
capture, cross seC40
ABSTRACT 4'1 . ..... hdd'
ce
0:
perature 'and a$ U li :0 4
various a centim: in CdSJAnd caii6:! it gu_:
~E h
The methods- used -we based on a t 4 Ph6toc
Of
t
coft
eire Illuminated: a) by tpowerful: kbill
pulse
ul
to) by constant radiation and a weak p so ~f stfmul~tifnc I
Method; 0 by cmstant 11.1umination and a'"ak ~ouls~ ofl, 9
'the photocur irrt--the 1111t pulse" me 66d# 'The 4111ght Ghb h
ftds were used for measiWing the S aei:tlcl~s ker Cap i
- :
isethods gave Wareasly close Valussfor S~~ Tjw viluis: of
1/2
:~ipol-~pvovodnlkoy 01 UkrSS
ot 'lectronto by: re-
t
015
~tal,':oealconductor re-
t ~y r-ca~~v re I and
raffigo
0
ics"Alen thit crilrotals
toltinom 0,11ock, *00d
4 -the "Mattirill riLL15011
~ght
rrarJ14 light wiUch jwn4Ze,
1 &0 1""tUrA1PU1P4" Of-
re bfrr--0Q"t_-r;;4 2~'Ch
qminad
3 (T), woxv d*J.

110577-66
Nit, APS02NO7
C
igh-re
0a "natural pulse'! method. H slatkac~ iundope&ph#t4j6nsIJ4L*e 11ing4 crjatals:
r
!
of cadmium sulfide and cadmium selenide ~ vet4 1'studed#:, i~.rwli sections for capttwe
b~- varlouc r-catiters In tbase crystals; are Otramelk~ we;k:l i dep i"dent on temperature.
Tla values of S are also:only,allght4~ menittive' ta~ te*04 imit j near 1100K; however
a further Increase In tem;arature results I Lk'. ase in SS(T) with
an activation evergy lying#, between OA and 00-2~ev fbr V44,*'us af4erdtars in US and
C464. This Increase In SWr) liurt,57"laig hot the boax krig. V tenjmrat=4 querv:h
Ing of Phatocurivnt In tholse cmulso A 6001PtIC411 M~Jlilj; ls~ ~1 1,01"OP0441d to explain
the relationshil'o- between temperature :iuid thb: C'40.'tuml~ cm~ 4: ~600-t.ka. 1he 4uthors
4-9m 44- N"'tt *I 04mt.~ I

ya., pro .r0j WKHj Ye.14. dote.;
Ye.F.J. dots.; BIMLI I E. kand..'epkon. Z&uk)
vAsHIMTSEVA.. V-Xv dots., ; GOLBVA's YU*Pop
)OLVIA9 A,P-'q Ijand, ekon. nouk; PEWCHM, G34' dots.;
nauk; 19wiffics: dotsey
DONABEDaVo GoTep kand. ekou - 141
,0MWLIVAp K.G.j, a6-ta,:'J'K#IETS0VAp
KALYUZ12M, dots.; y
A.S., prof.; HIROMICHEM9 V.S., dots.; HIJ011KOV~ 1.78,91
A.S., do-to.; SIDoRO'Vv' V.A.j $MIFOIOVP
jalid, ekono nauk; PIKIN9 SOROUNILP Jai dotev;
.; 8010'VIMAY X.P.0 dots-.1 I
A.D., dots SHOYAW, GJI.v Prof.;
TAR'UNiN, LIPS) kand. ekono naukj j4fiAMA red FM(IvAq
MENDELtSoNt A.S., red.; SHMTSM-,
red.; GARINA, T.D.p tekhn. red. q
(Economics Of socialism] politicheskaia ekono'Miia Botsializ-
ma. Moskvas (Ios.izd-vo "Vyoshaia shkolas" 1963- 4.76 Pe
,(HIM 17:2)

AUTHOR: Yermolovichp N. I'IOV/25-58-12-4/40
TITLE: Prospectors for Polymers (Razvedchiki polimerov)
PERIODICAL: Nauka i zhizn', 1958?Nr 12, pp,7-9 (USSR)
ABSTRAM The aUthor reports on the work of the Institut
vysokomolekulyarnykh soyedineniy Akademii nauk
SSR (the Institute of High-Moleaular Compoundst
of thet Academy of Science USSR), Headed by Profes-
eor M,.M. Koton, the institute is presently engaged
in solving 2 problems: to create polymers with a
high resistance to beatg and toiimp~ove their
mechEiiioal properties. The laboratory of Profes-
sor Koton has successfully solved different me-
thods of copolymerization. The same problems, but
by methods of polycondensationp are being studied
in the laboratory of Professor A.A. Vansheyt. Im-
portant services were rendered to the mining indust-
ry by its cooperating with Institut Galurgii (In-
stitute for Halurgy). In the near future polymers
Card 1/2 will be widely applied in agrioulture. Experiments

Prospectors for Polymers SOV/25-58-12-4/40
conduct-ad by Professor P.V. Vershinin of the Agro-
fizicheskiy Institut (Agrophysical Institute)
showed the possibility for ineres.sing:the fertili-
ty of structureles8 soil by the applioation of
polyacr7lamide. The author mentions the studie.,3
of Professors S.Ye. Breeler and A.A. Samsonov
who elaborated the theory of applying synthetic
resins as agents for ion exchangos. By using this
theory, Professor A.A. Vansheyt obtained.,insolluble
swollen. resins with a high absorb,ing oapacity.
There.,are 3 photographs.
Card 2/2

MKRNMMI CE6 W.
llectric powtr plant without turbin". Wn.tekh.,~ 4 nc*6;47-48
is l6o. (Kljti 13:9)
(PlavoL (Ionized game@)) (Illoctric powir PU%its)

,-Y3w4OIaI=I To -
0
Use of a vibration conveying device at the NoToc4orkusk Ilectrode
Flant* TBYet. met. 33 no.1002-84 0 16o. WPA 13:10)
1. Nbvocherkassly elektrodnyy sayod,
(Novocherkansk-Madtrodes) (Conveying machinery)

ARTAXONOV, A.Ta., YBHXOLOVICH, Tu.B.
New noth(d of determining the coefficient of frictiou and drag.
Vop. por. rast. i prochno mat. no*8:99-102 160.
(MM 13:8)
(Clutches (Vachtnery)-Testing)
(FrIction)

L 1561-66
1ACOESSION Nic AF5010642
" . : UIV01851~,~~
AUTHORS: Halitshica
Y rmloiric
q. ~ - - _. __ h
.Konozenlco, ieyn
!TITLE,. Some'propertl~es of UdS slngI6 drZatals,
llumation
SOURCE: Ukrjiyins'k3,3r flr4ychnn zhl~ in a i);,~ lq~
00
ITOPXQ TAOS: ~~cadmium sululds qptjo!aativity..~~
isingle oryistiif--g--r-ow-rrij~,~rotron tr4pdng,
luminesoencelquenohing
ABSTRAOT: The mobility measurementi':o~-~_ma~orl't
tIon energiail of trapping rle re
vels.. -the -inf rd di r
iciurrent. the 1-conceiTtratirin nr alnu
lid/iD
AbfV/0808/08
Kp:Himans I ka. u
JL..
growr by, zone mub-
A'0'.Jt~ 3.965, $08 *809
ltlv~'64 ox"Ist-al
riescenoe
Jbindtion luml.
r!ca 'rlers and. aotiVIL-
~uenll
chIng of the Ohoto-j
mievi 4-14raltit 1

card

isamples., therp, being as a rule no di~fe'r6ncd betlifiien 1moasurements under
11lumination 4nd in dartmeas. With 6orelasing' ltijitapeyiature thm mo1jil..
ity inareasedlinitially. After that! the, mobiUtir ohiiijred little vilth I
!At about; 220--250K
temperature. s ~of 't 1.1trperature depend-
the Ourve I 1!16 tit
ence of the m(~billty under illuminat on.and In ilitrimclati amleLti(io. At
low temperatuies the atobility In 10Z uMe~ illiimlnult*,J~oji. ThJ~a Is"'.
lap arently coitneoted with the 'app'realabla soattbij-1mg 11)3r lon.izf~d im-~
P
oooupaxibii,
Purities and title ro inhomogene Me a The Df 11te centers
"he
changes upon illumination. thermdl7y~ stimulj 1j'ad e6z~ductivif;y was
-also measureCl In thlck~ single'. arystdis'~ trappill levIlils were totmd
vt
=-0034 dild 0'
mith aotivatitm.energles O.s13 , .42-000.6 011, dind connsinin -

Lon,Lffj*Fa mesan M~4-sk

, 7n,

am uniox as-in unin uas -orystais, - ung. armall? has I: figurdo.
ASSOCIATION: Instytut fizyky AN URSA (Instituti jilzi4.'All Ukr-T3,8111
;(Institute of!PhysicsoAH I R n s
UkrSE t t t a vozjj)!vAdnykiv. JUT URSHI!
-[Institu I poluvFovodntl~ol tSSR ( pk
Kiev F AN 11 &!tj
All UkrSSR)
0, D t -.9
SUMITTED: ~i4Mar65 EHOL9 '0 UB S
OS,
~R HEY SOV: W3 0MR.1 ti :002
p T
i: r
card 3/3 r
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Ll E (i)/Fwr
ACC NR s Ar6wT& ~3 a 00DEs; -
AlMOR: Sb c Gorc,detalw, 1.
t~ub bierlka"~
Ye. Yermolowch'i 1# B0
Scmiconductora AN Ula
URSR)
TITLE: DetermirAvtion of the-paramatera of 4ons It 1z I;M":
In
US and CdSe "Ile C1761 J,
UkxVin(lk7y fizy(-hxqy zhurngd$ Vo il.0 IWO 2-0 39 1 '$; 22*".2))l,
CIA
TOPIC TAGS: col~,w center,, cadmium suIXidep ium selel~d.b* n!tj,,~ae cryattil., elec-'
tron recombinatkno capture cross section.. Y~leiwe balad,, ligwlt
IABSTRACT: ftntiziuing earlier ~ investi ~Ltions 1 6f t,e "Inet, 4, of. wo-lexation-Of photc~-
current in CdS =4 CdSe t.1rele orys;Wg Mvi V. T# 1717o' 1, lrl~m5 Apji4axlier p4peril),
ors, eonsider in thid -batee Ptrd atwtf~rUw4L anAl lAll ffliol"'11MIA'a nr A44mvmin.
the auth

1 .2/2
C
an

-66.
L 18883
I ACC MR IAP6007803
I-e~cciting x-A ion in con4unation with na oi egcii i
pul
igs briefl* daiacrlbed.,j,J
The theory undorWng the methods T
a I 6W, la 1 il 1.1
uencbiA~ ir I.igbt.
v q
vera tested
sthods
I.m. Mhe taita dbwed

L -7330-66 E
vrrL~)[SPF~.04&1_
NR, AP6012459 SOURCE CODE: ~URIO'8'1/66ild6811)r,141104~jib'~8
K I- T!
AUTHOR: GalualLk 001*VICIG
A. P.; Tor
nozanko. -I V.
K
o
ORG: Ins ti tutt a f Physics, AN UIrtSSR (Iastitutfl~iiktIAN UkrSSR);
Institute of Samicanductorso K46V (I"0014Ltutis poluprovadnikov
AN UkrSSR)
aLs-amnazin and fadt-oout on ivlri~iOktiiivi an eloictro-
TITLEt Effect
physical properties of CdS sl~10,ceydtals
SOURCE: FL%Lkmi tverdogo tela, v. 8. la. 40 i966~J~040t!.1048
TOPIC TAGS: irradiation, gamma irradiation, neuL~an Orradiation,
irradiation effect, Irradiation d4mage
~f the effe of liuclear radiation[
ABSTRAM An investigation vas made d
ngle cryst v thei zone sublimation,
on some properties of CdS at als Bro n 1)
method and not subjected to alloyLng.~!To mea,surqiiiRall,affect, speci-
mens shaped as a parallelepiped (15 x,4 x I mm) iriire alsod; for other
investigations, specimens 4 x 3 x I mai were u'sed,6~', Thel neutron irradLa-1:
ti,3n was carried out In a VVR-H-type ieactor ;at 4t,Jtemp~vlture 'below
70C. The.gammi-ray irradiation waa.c4'rried out a Obalt installs-
tion at a tempilrature below 20C. To 46termLae tfili ~Icharacter of the
Card 1 2
6

L 23309-66
ACC NRi AP6012459
defects appearing in CdS single-crystals due to Id.4 i: r oand gamma-ray
irradiation, the following cryatal character Lai tic~',j ire rei inves tiSd ted i
before and afteir irradiation: dark reiistanco, J:os(,'~(jjjLtjvLt:r to
white light, spectral distribution of hotocooduct IrLt~,O, spectra of
~it dMirriern i~%W its
infrared quenching$ Hall mobility of m :Jority~cur~il
dependence on t"J!mpersture, coneentratl6a and dapt~ 0 octurranct.of
capiture levels, characteristics of recombination inteid.nj and limiiL~
nesCence spectra at'300 and 77K. HobLltty~ and
of photoconductLVIty were meaeured ini 4 dr'yooitat' 10. a ~VIKCUUTII of' tha i
order of 10-4 min Hg. All other tharaciarLatiag W~tj.-* mij.it.tiured in tho
air. It was found that gamma-Lrradtation pricta r 'Li cridates Mccaptov-
or"a
type defects. In CdS. the simplest accept U r2m 04 Vacanciali or i
S atoms in interstices. Neutron irradiation icre!.nIltes 41.011or-type
defects. The simplest.donore can. be eXt "her Cd at'a,43o D. LnterstLees or
S vacancies@ -I'm addLtLonj ~:thw products: of, pual sfoxinations can
r ; I it it b I dIs :
also be donors, Orig, art, haas 1 6 fLju is aL%'d (JA:l
SUB CODE1 ZO/ SUBM DATEt Mug*65/ 01RIG RMI (lb P t !OTH REF: 019
ATD PRESS I
Card.2 2

ryl '12.
0ABOVICH, M.D. YU
A B.-
now
On the radial distribution of the concontrMlon of cham94 particles
In a magnetic ton source. Mr. fig,, shur, 2 Ao,2tl65;-174 Ap4e 157.
WRA 10:6)
1. Insti't'Ut, MAI Aimdonil nauk U'M.
(Ion bown) (ftenstid f 10148)

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S? 00
_qO_ S/032/60/026/C2/022/057
AUTHORSt Fed.orchenkoy I-. M~q 110-10/jmg
Yermolovich, Yu. B,,
TITLEs Determination of the Evaporation Kineticai~*nd Vapor Tension
of Metallic Powders
PERIODICALt Zairodskaya laboratoriya? '1960, Vol 26, rfr~ #2 j pp' 177 - 179
ABSTRACTt A inethod and apparatua for determining lthr.- e-vapeiration kine-
tics and vapor tension of m#tallic powders, have been developed.
The method is baeed upon the continnous,Otermination of the
electric conductance of a metal film condensed in a high
vacuum on a cooled glaw lamella. It iv possible to study, on
the apparatug denoribod, thb effectii of the h,tatlng temper-
atuxe, surface condition of the metallio'powdor, preliminary
treatment, degree of dispersion etc., upom the evaporation
kinetics,, The metallic powder is evaporated (fig 1, scheme of
the apparatus) bj meana of a heated tunn~iiiten (or aolybdemum)
lamella- The evaporating ourfaeo is 2 x 2 rm2_ The hPater is
fed by means of a "Teala" atabild'.7.!-jr. Tho above-mentioned glans
Card 1/3 1simella, is situated above the evaparatizil;,, aux~aoe, The metal

68285
Detormination of the Evaporation Kinetics and S1032V6010261021022/057
Vapor Tension of Metallic Powders BOlOYD009
vapor condenses on the glass lamells. on ex area which is also
2 -,, 2 cm . The glass lamella also carries two copper electrodes
produced by evaporating copper, which serve for measuring the
eloctric resistance of the condensed met&I film. A vacuum of up
to 2-10'6 torr is produced by an RVN-20 IkFo-vaouum pump and a
TsIfL-100 diffusion pump. The apparatus doboribod possesses two
valves and two RVN-20pxmp;s.The distance botween evaporator and
glass lamella is fixed close enough to avaure that sufficient
metal vapor condenses but far enough to prevent irregularities
from forming on the metal film surface. The diotribution of the
condeneate is calculated from an equation (1) and can be re-
presented graphically (Fig 2). The specific flow of the con-
densate is determined from the following e(via-'ttions
dQ ~Lo (4) (d - specific gravity of 1169 metal, (? - its
dt dd Ii
spaoific electric resistivityp - is of electric aon-
dt ' chanij
duatance of the metal film with time). Tlie vapor tension may be
calculated from Langmuir's formula (5)- Ileasurel values of the
Card 2/3 change in the electric conductance of tho condensate with the

158285
Determination of the Evaporation Kinetics and Vapor SA32/60/026/02/022/057
Tension of Metallic Powders BOIQ/BO09
eva.porgting time obtained by evaporating.~ :~Par powder (reduced
at 400 and glowed for half an hour at 600, are given (Fig 3).
There are 3 f igures.
ASSOCIATIONs Insititut metallokeramiki i spots is.1 I nykh dplavoif Ikkade-mi L nauk
USSR (Institute of Metal Ceramics and Spedial Alloys of the
Acs4emy of Sciences of the UkrS R)
Card 3/3

S/M,/60/026/004/005/000
11016/5054
AUTHORSs Pedorchenko, I. M. and Termolovich, Tu. B.
TITLEs Diffusion of Chromium Through Its Oxide
PERIODICALs Ukrainskiy khimicheskiy zhurnal, 1960, Vol.. 26, No. 4,
pp. 429-431
TEXT: The authors wanted to determine the diffusion ooefficlent of
chromium through its oxides Their method (Ref. 6) permits a direot
determination of the stream of chromium atoms which diffuse tbrough
the oxide and evaporate. This determination was oarried'out In vacuo
at 1100, 1150, 1200, and 125000- The required oxide layer was produced
by oxidation of am electrolytic chromiumpowder (particle di=eter 5014
in air at 7000C. It was v6.5-lo-5 cm thi%k. rig. I shown the results
of r2eamurement of the electrical conductivity of the layer of condensed
chromium atoms. The quantity of the flow of chromium atone was determined
from the inclination of the straight lines found at different temperatures.
A table (P- 431) contains the diffusion coefficients D of' chromium
through its oxide layer calculated from the flows determined, and from
Card 1/2

Diffusion of Chromium Through Its Oxide S/073160/026/004/005/009
B016/0054
the concentrations indicated by K. 11auffe and,T. Block (Hof.,5), On the
basis of this table, the authors plotted tho diagram log D * f(I/T)
(Fig. 2). The activation energy of the chromium diffusion throagh ita
oxide layer can be determined from this diagram (86 700 cal/g,-ntom). Thca,
the authors consider the chromium diffusion through an -oxide layer provod
by experiment. Apparently, the diffusion rate of the ch-romium atomu
determines the oxidation rate in chromium or strongly cbromium-containing
alloys. The diffusion coefficients determined by the authors are similar
to those of thoron through Or203 (Ref- 7). There are 2 figuron and 7
referencess 4 Soviet and I German. i
ASSOCIATIONt Institut metallokeramiki i spetseplavov Aft USSR (Institut4i
of Powder Metallurgy and Special Alloys of the AS UkrSSR
SUBMITTEDs March 5, 1959
Card 2/2

YEWOLOVIG~t NJ. [Lgrmlovyob, IU.B,j
cioiotron resonance 1n pobfto Ukr- fig- sbur, 8 00-901039
S 063j, ~ ()OA IM)
1. Xiyt)vokiy poUtakhnicholikiy inatitut,
'I