SCIENTIFIC ABSTRACT KLIMENTOV, A.N. - KLIMENTOVA, T.A.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000723120005-1
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 18, 2001
• Sequence Number: 5
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

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BWDAN%s TsTass lashoserl AsIle 0 lashowl CIMMARIff , Pats
Isprove the equipmt &M toWwology for hydrmdio stalMs Xseho
trM*ftb 9 w,10;27-29 - 0 '55* (KM 911)

AID P 2588

SubJect .
IVSSR/EnginserinS
Card 1/1 Pub - 35 11/g0
Author, s Klimentov,,: A. 1.1j, Kand. Tech. Sol.
Title I Flow of earth materials* their hydraulic radius and
Reynolds number

Periodical Gidr stroit.-\ 4,, 33-35s, Ap 1955
Abstract A mathematioal analysis on the mixture of water 'and
earth material flowIng.In a channel Is given. One
Russian reference, 1951.
institution Wone
Submitted i No date

tt , IV.
101 t I

~.,amrovo B. V.
Mnogootraal(voi KuWakil kolkhos CDiversifled Kuban collective fam.7. Moskyap
Goo. Izd-vo sellkhosp lit-ryp L1953_/, 160 p.
SOt Monthly lAst gf BW SADDS, Vol. 6 No. 12 Ham% 1954.

XLDUMTOT, B.T.
Erleld Prootloss on collective and state form] PoleTys qpyty
,v kolkhosakh I sovkhosakh. lsd.2., ispr. I dap. Kolkvs. Coo.
Lzd-.vo oelikhot.lit-ry, 1959. 180 wn 130)
(yield cropolo

KUMMOV9 0.
KLDWXTOVp 0. Forecasting the inflow of water into a Rine. Tr. from the
Russian- P- 362. Vol. 4# no. 12, Dec. 1956. RuDr.
Praha, Czechoslarvaida,
East European Aceessions List (PYAL) Vol. 6. so. 4--April 1957

KUMTSOTAs Is Det~ LA 11,
Weldleg on insidator hooks. Ilsk. Sta. 23, no. 7, 1952.
Monthl List of ftsetan Accessions, Library of Congressp marA mbsc-1940 Uncl.

KLD(ENTOV, LV.
rAnd am dyrAuIcs Of the lover DnIsster rloodiond, lay. Vass. - .
geog. ob-m 95 noo6t333-336 S-D 163. (MM 17S 1)

ii.~~ ~Xawm
Floating moves of re*do and cattalls an the Lower Dulooter and the Mnlepe re
their origin# and sow characteristics* B*t,xbur,[Ukr,J 10 00.33A41 133.
MW 6se)
2. Odss'JW univermytet In. I.I.Xedmikova.
(Dulastor river-Tresh-vater flora) (Fresh-water flors.-Valseter river)
M

KLDMTVV 0 L.T.
Rashes of the lower reaches of the Dnieper and Valester Rivers.
their origin &M some obarmateristics. Isv. Toss. geog. ob-va 66
no.ls$O-83 Ja-r 154. (nu 7:2)
(Dnieper River-Yrash-vater flora) (Presh-vater flora-
Dnieper River) (Waster Rivor-4resh-water flora)
(Fresh-water flora-Dalester liver)

lumnTOT, L.T.
Biology of the reed (Phragettes commis Trin.) and Its relation to
certain specific features of flood-plain varshes. Vauch. dokl. vs.
shkolyl b1ol, nauki no.12U3-116 160. (MM 13t2)
I.Rekomendovwm kafedror vistowattki rastenly Odsomkogo govular-
stvennogo universitsta In* lot, Mechalkova.
(1644 (Botany))

ILIUK", ZO.T.
.X% -----
On the vogetation mA ljwd form of Me lower Dniester floadplain
and ob&4#a that have aeaurred in thano lavoTese,geoge ob-va
92 no-31235-00 Yf-J* 160. MU 13 s 6)
(Dniester Valley-AWGIC&I 6006mby)

ILDMOT 0 L. T.Nessa)
Sprudac of reeds by rwmrs. Dot. sha. 48 soji450-452
Ylr 163, (NM 16s4)
(keen& regim 2 ed(Potamy))

eLIMEHIMP'L.. V, ~ I
What are the flood Undal., 121 Vass.geog ob-va 96 no, Is
64-67 ja-F 164. . (MI-.IA 170)

KLD=Ov Love
Chup in ths ladform and "ptation In the elt"ry soation
of tba floodima of the I&.mr bdester and its floodland
Od. un. IS2o Ur, gools i goos. nauk no.9s93-106 162s
(MIU 17W

IPTHORSs Klimontov, M. 0.9 Kopovoy, PO X. $0Y/64-58-7-14/16
TITLES aination at aloarbonate With Indirect Steam
(Kalltsinataiya bikarbonata glukhis parom)
PERIODICALS Khtstahaskays, promyshlonaost'# 1958, Nr 7t pp 440-441 (9331)
ABSTRACTS The *ad& production according to the asmonla method to carried
out In son
:nt*rprI*esq among them at the StorlitanakskLy
,:v
M&M d (St*rlitamak Soda Works), an obsolete piants.
Drying drums are used which need larger amounts of expensive
fuels and bay@ other disadvantages In addition to this# In the
above-mentioned branch experiments with drying plants of the
dry-box type with Indirect steam heating were oarrl*d out.
The plant Is a vertical drum with four heating levels which
have a distano* of 400 an from each other. The heating surfaa*
was produced by casting a steel tub* coil with cast Iron and
processing the surfao* on a lathe& Each level has a steam and
condensation water tube. The bicarbonate In filled in through
the upper opening-and-the so4a through the lower bunker. The
mixing is carrl*d-out by means of scrapers which secure the
same height of the charge at all levels. Steam of 11 atmo-
Card 1/2 spheres absolute pressure was used. In the experiments

Calcination of Bicarbonate With Indirect $team SOV/64-58-7-4/18
capacity of 520 kC sodi/24 hours per I a2 batting surface vat
dritra
attainod. It was found that the efficiency of the level
is higher than that of the drying dross. The power consumption
is such lower with the former# and there exists a better
possibility of controlling temperature, and the plant can be
ad4usted to operation In vacuum. With a lower volume required
smaller heating surfaces are present and the bicarbonate does
not bake together duo to the Indirect at*&* heating sad does
not stick to the levels and scrapers. There ar~12 tables.
Card 2/2

# 1-0 1 a
wrnvestlption of Certain PAdia Engineering Circuits with Negative Parameters,n cow T#gh
Sci# Moscow Electrical Enginsering Inst of Camnications, 11 Mor 54. Dissertation
(looherrpya Moskva X-,scow,, -26--leb 54)
SOz SUM 186, 19 Aug 1954.,

red* 9414waskeges modmas Get& t1do
To Vol. lit-170 OWA ?s6)
Ofoloas 20osomla)
Nlxos aud aWmI researoss)
~
Effmpask npm=
ININ
r. ~ 7777

87he Ard"goology of Mural Formations#* by 0. X. Ismonskys P. X. ZILMUm aid A. No
Owtabi=dkov, and authorized by the General AftinistratIon for Rlghor Bducatlem of Us
Ministry of Culture of MR to be wed " a textbook Is (Welogloal Institutese Publiabed
by the State PublIshiag gou#6 for Literature on Goology. Moscow, 1953.
Foreword
Chapter 1: A Short 111star'I"'i Survey of the.ftivelope"t of Oydrogeology . . . 5
Chapter IL Conditions of Irrigation Is Mineral Formations 15
Chapter Ill. Hydrogeological Conditions of Same Types of Mural Formations 37
Chapter IV. Th* Chemical Conpooltism of Water In Mineral Formations. 04
Chapter V. Water Sunxly Systems f Uploitation and Draining L12
Chapter VI. Zatimations of Water - (Infiltration) . * 0 4 IN
Chapter VIL Metbods of Dralaiij -3 Formations (Underground Mining). 288
Chapter VIM Measures for no" Ormad Waters In Open Pit Maing
ftap4w IX, Rydropologiod Analisis 12 Proq*Gtftg 36
Chapter X, Se"des 12 Mining 332
bibUograpbr* * 606 oft a too 0 *too# a 343
?boo book gives a survey of Mining Vrirogeology from the thocreticalj methodical
and practical points of view& It gives "to. tiam as the presence of water In differ-
out geological structurosp the ahowital sompositiss of vaterst observations 40
4,riitration am its afreat on rock. it egasins the best measures to use for fighting
infiltration and methods of Wdragodogloal au2jmis and hydrotoological service.
SO 38305

aw C~Ltue (a ftaus ftlaw (at at camou at Nw"teve am) JA 00 flauke at
pdv~ am twaddaw ~~ so us NUNN Sdamufte Imm"400110= "ift-
w" befts "a $now" 6m bm S""d rw ..W.Utmo fm I Pruft tw
Vw 7m 4P a" I'm Vag =408 20 aft 3 AJW W%)..
saw note"" %r
Kamensidyg 0. N. *Hydrogeologr of Deposits moscov Osological
XU*entov,, P. P. of Useful Minerals" Prospeating Inst-
Gvchinnikov* A4 M. itute imeni S.
vrdthonikidso
M 1V-3"# T OdIV 190

nmy", P. P.
GI&C6901061P. MM~klr two obobabor 11 ndalchnoy g1droVol"Ilo (OWwbtdk
dly& pol.-ramd, Sekbaikimi) es GoopoltakhIsUto 190o 312 a, o III, I
kart.; 2 1. ekbom, I Wt, 22 ;v! 259000 ske. WASk. V Per. -AL tit. to
09hiu"hool rMtkir &** obabeher I rullm'&W polocil.-Ilbliogri 3, 30-306
-(55-103) 552-49* (02613)
SOs Xnishaap Utopia's Val, 2, 1955

IUMOTOY, Petr Platonovich
Academic degree of Doctor of Goological4tineralogical Sciencess
based on his defenset 29-Docember 1954j, in the Council of the
Moscow Geological-Res Inst ineni Ordshonokidsop of his dissertation
entitleds *Hydrogeological basis of prognosis of water inflow
into mine openings and measures for draining,"
Academic degree an0lor titles Doctor of Sciences
30s Decisions of VAX, List no.9j 16 April 55 BYulleten' MV0 SSSR, No. 140
Jul. 56p Moscow, pp 4-220 Uncl. JPRS/I(Y329

Euxim"ll P.P.
Now tti-oR for Asteralaing water lafluz In mineme luvedo I ekbe"
20 aoJAI-47 l5k, (MA 108 Ir
(Waters VMoAv*uM) (Xime dralmage)
7
A.

IELLR"W OTCHmnw, AeN~# redsktor; ZNTII, X.L., rodaktorl
^#A#$, tekbutchaskly rodaktor
CHydragooloat 'brief o6wee of general and aim bydrogeoloal
GiArovoloclUt kratkil, kure obahchol I rulalohnal. g1drogoologile
Kookm, Gass n"ahn;-t*khn~ Is&-ve lit-z7 po Coologil I okhme
MArs 1955, 311 P# EXteraflUl (K= 80)
(lrat*r. %dosi ) (Mine wat*r)

!.~ C6fnaJmoM*p of tLo cooffi4toto e(ILL
~
ovatafts I've a 6~0414 goof wtv-0 FU4 O.-ta.,
olowniftefie. -4
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t*arms I.,., a mn-'%-4

N LI
SIROFATKO,N.V.
Review of the tooksHydrogeolop of mineral depositall written bw
GoHolamenskils PoPonluentoy AsNeOrchinnikov, Reviewed br N.V.
Syrovatko. Uv-.-go-dT-.Tr.'Ml'00-l05 155. (mm sin)
Kines and mineral resources) (Koxonskil, Origoril likolsovich,
18941--) (Illuentov,P.P.) (OrchlualkovoAsNo)

lumums P.P.
Analysis of the offset of deposit relief an the quantity of water
inflow into mine workingso lansdA okh.nW 22 so.11" j& 15C
W" 915)

ILIMBIROTO POP#
Usto requirements for oWdug and constructim WrogeoloOO&I
vans. Isv., vys, uolwb. say.t geol. I razvo I no.121123-130 D
1580 OaRA l2s22)
laMoskovskly locoravvedloohnyy lutitut In, S. Ordshoolkldseo
m
N
R
if

SOY/132-59-6-8/16
AUTHOR: xlimentov~j P.P.
TITLE: OA the Problem of Hydrogoological Sampling of Bore-.
Holes Used for Mapping
PERIODICAL: Razvedka i okhrana nedr, 1959, Nr 6, pp 4? - 51
(USSR)
ABSTRAM The author'deseribes the utilization of bore-holest
drilled for structural mapping purposes, as hydro-
joints and different types
geologic observation
of samplers to be us in these bore-holes. Usually,
the bore-hole must have been thoroughly cleaned and
the drilling fluid pumped out before samples of ground.
water.could be taken for analysis. The samplers pro
posed by the author very such simplify this operation.
The construction of these samplers is very simple
(Figures 1 and 2). They consist of a long metallic
tube with rubber compartments, and a sample-taking
Card 112 compartment either at the end of the tube or in the

SOY/132-59- " /16
Td the Problem of Hydrogeological Sampling of Bore-Holi~a Used
for Mapping
middle between two rubber chambers. When the air is
um ed into this tube the rubber parts inflate and
solate the part of bore-hole from which water for
i
analysis is to be taken. The action of these samplers
is described in detail. There are 3 diagrams.
ASSOCIATION: MGRI
Card 2/2
NIMMOR

KLDUXTOT, P.P.
Special methods for shaft sinking in quicksand. Isy. v7s. scheb.
Sayo; Vol* I razy, 2 no,6tll?-123 A 159 (MIRA 1313)
1. Koskovskiy geologorsavedoch:Wy Institut Is. S. Ordxboaflddso.
(Shaf t sinking)

KLD=TOV Pap,
Oraphla method for the datormination of the rodaced, pmw of under-
ground strems, Isvo v1so uahab. sav.; geol. i ramd. 3 no.907.
778 160. (HM 23312)
1. Moakovski4 goologormadoo,%rq/ inotitut Im. S.Ordzhwd&di*.
jiteriVidergrcund-Omphic wjUods)

ILDWITOT Petr Platowliek Otto# S"lushomff d9youll AaAlt Pmf*p
'o.o.t nanobzqy M.0 SK OVt T.P.o red.
isd-val IVANOVAV A.G.9 t*kbn. red.
(Mothodoloa- of hydrogedogioal bweatiptims Xotodlka g1dropolo-
gichaskikh "olodomfl, NoWmag Goo. Muhm-tWft. l9d-vo 11
po geol. i okhrme nodro if 3" PO (MM U16
(waters Vwkwv=4
Pig

~~
-

PrXHACHrV, Goorgiy Borlsovich; TOISTIMN#
Llep prof*,p retmonsontj SUMANT8. B*Asp profsp rotsensenti DA-
VIDOY CHp V.I.# dote.p rotmensentl ASATUR, X.O.p data.# rotsensent;
NOVOZMWVI V*X. dots retsonsent; PAUIMRp N.G., starably usumbe
votrop ret;O;~j iUMMIUNDVA, NsP*# &os*p votsensout; ABRMAp
$6146f otv& Mal SLOOROSOV* A,Khop redo lsd-val 1LOINSLAZA9 G.Mp
tekbno, rod*
(bywaloll of underground vatorl Diamiks pod%=Mkh ved. Mosbap
Gassmsuabno-tekbneisd-vo lit-ry po gornoma dolu, 19Q. 524 pe
(MM U#22)
(Waterp Underground)

bmwMI PIP,
ftdrovolod0id, larostisatim In boring for therspa waters.
lIV*vP6UOOb*ub.jpOll rasv.!/# ~00.91944M 3 161. (MM 240)
goologoriSTWoobM Institut immi'S, %rdshoulkidsof
a WIN, R

xLp~~tr ~Plstaaovioh, prof I P%WSMp 1. A.# red. I UPISHUA,
red.-i-a--vaj GOMKHDVA, 18*9&p Aekbn* redo
(04neral Wropoloal0behobsia drogwlogila. Isd.2.9 parer.
91
210
Moskva,, Vysshaia shkolaq 19%62. Pb (KEU 1612)
(Water, Umdergro=d

SEDEMp Mat"7 Vesillyeviahl TOLSTIMI, X. 1. , retsonsentj XLDSMY P P
retsensentj ZISLTOTOP.I.p retsessentfdoceased); CHAWE
f
red.; PZDDTDVAO A.Lj, red.isd-va; OUFIDVA. 0.A.,, takhn. red.
(Oldrogeology and an loalOldrogeologlia i inshener-
On"rus goo
Wa pologUa. Moskya# OosgeoltekhIsdat.. 1962- 3% PO
(MM 16s2)
(Water,, Underground) (Znginearing geology)

ILDIENTOY P p
Effect of undergromd vatOm an the process of andsrgrotmd
polfication of -coal -doposItiro 19ro vys. ucbeb say. 1 geol. I
razy. 6 no.mi%-M Ap 163. WRA 16j6)
In ti
1. Moskovskiy ologams"d8tut 12 bonikidsoo
go or
RX Aftation, a
groudl'
U%%n td&%o r
rvator,, Vhdo

KLIMENMVj P.P.
Hydrogeological studies for purposes of wAorground gasification
of aaal deposits, 121, vyse uchabe saval geol. i razy. 6
no*9slO4-U9 S 063, (KMA 17slO)
19 Moskavskiy goaagorasyedoobnFy institut in. S.Ordshonlkids*.

PIT
SRI,

KLIXWW Y.
........ .....
A case of lnjwy of the subolavUs artery la thoracuplasty. Suwqw. Md.
$oft* 8 no,WOO-102 1937.
10 Is sanatorium m SGW - Iskrets 01. lobar: S. Slasocov.
Verop. inj. of subalavlan artery In thorsooplasty)
(ARMIN i IPSOTAVIOP vowids and W.
Vero", In thoracoplasty)
f r 7-7r- A.- row

ILDOMM T I CMWWp Do
lpidesioloa of ostsoarticular tuberculooU In b4garls, dadj*
the period of 1952-1960o Mdrurgila 15 no.2/3119~-195 162*
(TMENOMTS OSTZOARTICULAR spidadol)

X 11'1,EA1 To k1l V, 1-51
AUTHORSs glimentov# V_, pt# Gryaxevq T. M. 89-12-4/29
TITLEt Xeasurenont of Neutron Resonance Absorption Integrals Usmor*ni-
yo rssonansaykh intograloy pogloshoheniya n*ytronov)
PIMIODICALt Atomn"a Inergiyat 1957# Vol. 5, Nr 12# pp- 50-514 (USSR)
ABSTRAM The Asssuroments were carried out in a swimming-pool reactor. Its
critical radius was 55 as and its height was 60 an The active
son* contained j0 k$jU235 and the relation g/0235 Imount&d to
33o. Natural uranium and ordinary water were used as hatero-
SonsouB reflector. In the center of the active zone a thermal
flow of neutrons of lose than 108 n/cm2.soc was measured.
The resonance integrals wore measured by the aid pt the stati-
stical method of the reactivity modification of. tpe reactor and
they provided th* following resultai
Element Resonance absorption Element Resonance Iftenout Resonance
Integral in barn Absorption Absorption
Integral In Intogralls
barn barn
B 280�00 w( 11s71297 Ce i69,L23
I 4A+_294 3012#9 Ba, 129f+-197
Card 1/2 1 2p3,10j5 Be 996~+l 02j So 179ol27o

Measurement of Neutron Resonance Absorption Integrals. eq-12-4/29
C1 12gS~+ltj Br IiS+14 Od 6%8
K Mils7 Rb qj~+2#8 Rf l47oj+.2oo
Ti 3 # 81-0 0 9 Sr ioqo+2o6 Ta 474,t62
v 3t3jOt8 zr L710#5 v 29ol>5
Cr 290+101 No 13AL1,7 Os I Oo~+2*
Un lit%195 Ag 46~-+70 Ir 2oaq_49o
re 2t3;LOs4 In 222o!)oo Rg 72#4180*
Cc ;OP3!4to Sn 507.19*7 Th 61 , S~tl 2,
Ni 302~+*15 ~Ob 106+13 U 224;t4o
Cu 3 1 it* I a To 46+f3
Zn 3#410tS
Theke are 2 tablest 6 figures and 9 referenctog 3 of which are

SUBMITTIOt may lot 1951
AVAILABLE) Library of Congress
Card 2/2

I ~CAJ r~C,,u
N
6=V I# D*# OR-fA=V# Ve He, MLUZNM# Ve boil-
o$ LTAW-
CM31MC, N. Ta.p TO OVO V. A.
%Waum-Wator Interiodiato Routor Used for ObtfiInJM High-InUmIty
Neutron Yluxes."
paper to be Wesented at 2nd TJN Intl. Cm#. an the peaceftl us" of Atmic
Inergy,, Geneva, 1 13 Sept 38,
- ~,79

4;:-oV-T6V- 'V76
A 'I age-
W3
W1
till
Ph
tip
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71

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3503
S/185/62/007/001/001/014
D299/D302
;/.food
AUTHOItS t Pau i ohnyk,, 14. V. Barchuk, I.?. o and
TITLE: Experimental study of the physical para=etors of the
MR-PI reactor of the Institute of nysics of the Acade-
my of Sciences UkrSSR
PERIODICALs Ukrayinalkyy ilzychnyy zhurnal, v. 71 no. 1, 1962, 3-13
TEXTs The VVR-M, reaotorp built at the Institute of Physics of the
AS UkrRSRO is an improved version of the 2ight-,-iater moderated roao-
tor VVR-3. The doaign and characteristics of the reactor are doacri-
bed in V.V. Goncharov et al, (,Ref, 1: "Trudy",of the Seconl Interna-
tional Conference on the Peaceful Uses of Atomic 2nergy# Geneva 1953
Doklady sovetakikh uchenykht v, 2s Atom,-zdatt 1959). The Impro-
vement resulted in a fivefold increase in the power level of the
reactor and in a tenfold increase in tLe density of the neutron flux
in the active section. The results are giver. of experiments conAuc-
ted during the operation of the reactor at almost-zeropower, The
critical experiment was completed when a power of 5000 kw was rea-
Card 1/3

S/185/62/007/001/001/014
Experimental study of the physical ... D299/D3('.P-
ched. Two types of active section were studied: 1) With. central can-
figuration, and 2) A shifted sections The loading of tho section ani
the disposition of all the elements of the reactor are shown in Wo
figures, The attainment of critical size was controlled by means or
three startine devices. The pre-oritical experironts were conducted
in the presence of a radium-neryllium neutron sou.-ce, Graphs are
shown of the zultiplic-ition, upon reaching the critical state; accor-
ding to those draphso iho critical rasa of the reactor rii~h berylli-
um neutron moderator equals 50.5 fuel units (1-39 kgl U2)5,j. Ah ef-
ficiency of manual rod-control (with respect to the shell-and-tube
heat exchangers (THE)) was estimated, The relative distribution o'L
the thernal-neutron flux was determined by the riothod of netivated
copper Indicator wires (0-7 to 1.0 = in diameter). The distribu-
zion curves show a maximun. of themal-neutron flux at a 11sttance of
4 - 5 am from the outer THB-olementso The teanvalue of -.I-.4~! neutron
flux for a distribution dovin '%,#he central THIB-ole.-ontls, is 0.48,
whereas the maxim= value Nrel "s 0.6. The distribution curves are al-
most,.sy=etricalt with the exception of one curve, vhose nonsymnezri-
Card 2/3

S/105,/62/007/001/001/0464
..#Xperimental study of the physical D299/D302
cal shape is due to the influence of the boro.n riulonatic-control
rods. Calibration of control rodst The following control-rods wore
calibrated: 1) The automatic zontrol rodq 2) the fi.-c-t- and the no-
cond Laanual control-rodst and 3) the precision control-rod. The
al co-*rol-rods contain boron carbide* The autom4tic control-rod is
of Ste
or boron carbide, Calculations sho-led that upon roil ~chin'r,
pow6r of 5000.%wt the reactor coitainod a maxinum flux of thermal
neutrons -- 0 5 # 1o14 noutr./cm sea, With an active Section Of 5.5
sio cm3, the mean flux of thermal neutrons -was 0.37 - 1014 noutr./
/cm2sec. The authors express their thanks to the porsonnol of the
reactor of the Institute of Physics of the AS Ukr=110 who started
tLe roac%or# and of the Institute of Atomic Mnergy Of the As U33111
i.= I.V. Kurohatovi There are 12 figures, 2 tables and 2 Soviet-bioc
reieren,cos#
ASSOCIATION: Instytut rizyky AN UP.SR (Institute of Physics of the
AS UkrHSR)# Xyyiv
SUBAMAITTIED: March 6# 1961
Card 3/3

PABSCMU N.V. (ftsichakt M.V.]j BARCHUX,. I.F.; RjQGNTOVO--V,B#
txlymontovj, V,,B.3
Expedmantal investigation of the Opical parameters
of the V7R-M (water modleratod-water cooled) roactor of the
Institute of Physics of the Acadejaq of Sciences of the
Mce-Wan A.S.R. Mr.fis.shur, 7 no.10-U Ja 162. (MM 151n)
10 InAtItut fism AN Mal=j Ilywo
(11yev.-Yuclear reactions)

-W
safety:and. allto IS:
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14 thi
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IS.
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power level. Automstid Oft WO It PrOO488 IS pOSSIbla during cpaje~tLos at:~:
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XMK-56 Ionization. chambers connected- '10 . a-potentiometric power controller
with
high Impedance Input end .cateel, absorberg an electronic amplifter and an,
anplAdynes This automatia regulatorls extremely convenient for operation wlih crL-,~,,:."
t1cal assemblies, It may be used1br, rapid compensation.or a chain reaction at
power levels and -for a-14 ration of control ro1s, The unit Increases 10110~
safety and accuracy of holding a apastant,power le"I when detectors am activated.
In addition to the stool abso" 6 in the ai~tcmatic reguistwp chain reaction may be
controlled by tva or three boron remote. control tvda. An worgencT Signal auto.
Matically brings these ~rodg together 'with three emergency safety reft Into the
act Lve zone of the assoobly AU ~ control -and - Safety rods art moved by Servo drives
which are conn4at*4 to salsyss and position -Indicators. ~Operatfcnal Ovaries" at
~:Card 2/3

AKULINICHEV# I,T#; ANDHEWj L,F.j UWSKIY,, R.H.; BAYKCV., A.Yes BUYINO G,G.
GAZENKO, 0,0,j ORMALIP R.O.; ZAZTKINv X,P.; XLIWS%i F
YAUDW,O D.O.j HEPMSHKINp YU*OO$ mox"llov, A.T -, ?E7W-OtP,-;;
RYABCRENKOVO A,D.1 WONOVj M.P. I UTTAMYSHEVO R:11.1 FMIZLIO V'R.1
WILIUVICHi B.O.1 SHADRINSEV, I.S.; SMANDINAl S.B.; ESAUIMO
X.G.1 YAZDCNSKIY, V.I.
Vathod and memo of medical and biological studies in a pace
flight. Probl. kosm. b1ol. 3s130-144 164. W~ l7s6)

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(Pmblsm CC R"Qtlvlty la the lboary of Wootion wd
Immmit,T)o YkAgitp 19501 PP 197-198.

IA
ItikiftTAIN A.-A,
Significance of conditioned reflezes In the forsation of nwific
agglutinins. Shur.m1kroblol.apid, I I mimun. no.800-84 49 055.
(MM 8111)
1. Is Instituta spidesiologil I a1kroblologil Imul 1.7.00mlsi
MN 8881 (dirt--prof, Goy.Tysodabikov)
(RVLU, CONDITIOM,
off, an salutinin form.)
WOUMMION,
specific agglutinin fors.,off. of conditioned reflex)

rep(lrt sulnnittcd -tit the 11th All-Volen. 'Arrreocs of
T, X

-Tr
7
L62,621::Q Eliff (I )/FWA (j )IE'AA (b)t-2 JK
;iACCESSION MR: Ap5o11263 UP/0016/65/000/004/0096/0101
AMOR: Klimantova# A. A.; FrZ rtin!~vat J, B.
JrTLE: Tmmunogenesie and cellular reactions or lymph nodes undergf'
conditions of vitamin 0 deflaisnoy
SOURCE* Zhurnal mikrobiologiij, apidemiologii I Irununoblologiip no,
4* 1965t 96-101
TOPIC TAGS: animal# Suinea pigs bmuno 1~ vitamin C. vitamin
deficiency, lymph node# antibody# a Fr-gel9n-'E, complarwnt fixation
ABSTRACT: rhe effect of a vitamin 0 deficiency on antibody rormation
In regional lymph nodes was Investigated in guinea pigs In two
experimental series using a corpusoular antigen and a aoluble antLgen4
Control animals were maintained on a Lecoq di-et and n 30 mg. daily
dose of aacorbio acid, A vitamin C deficiency was induced In the
expori-mental animals by a Lecoq diet with the daily doise of a-scarblo
acid reduced to 0.5 mg in the first aeries# and 0.3 mg In the second
series. Animals of the first series were iz=nizel with a
corpusoular antigen and animals of tbo second
card 1/3

L 62623-65
ACCESSION NRI
Ap5oll283
series were Imunized with a soluble diphViieria anatoxin to determine,
complement fixation reactions, Groups of animals were killed at
porlri~ds of I to 25 days following immmization. "ody welg~it changes#
blood serum protein rraotion levels# asoorbic acid levels or organsp
antibody titer fluctuations of lymph nodes and blood, and cellular
c~iangoa or lymph nodes served as indices. Hosults show that in the
firat oerlea, complement fixing antibodies wore found In the regional
lymph nodes and blood by the 3d day " reached a peak by the 5th
day. The antibody level of the blood tias considerably higher than
that of the re ional lymph nodose and remainod hign up to the 15tu
day. In the fUst seriese the vitamin C deficiency *Vended to increase
antibody formation slightly compared to control animals. In the
Sec-ond aeralosp 41;fttheria antituxin levels of the regional lymph
nodes and blood were similar to those of control animals, but
appearod a raw days later and titers were slightly higber. On the
banis of present rindf-%gae the immunologioal response of anLmalz does
not appear to be sign1i'loantly affooted by a vitamia 0 deficiency,
Orig. art. haat 2 figures a I table,
card 2/3

KLImENTOVA, A..;.; FICYA-ZINOVA, I.H.
1mmunoganesla and cellular reaition of the lyti-,hatle nodes in
C-hypovItaminosiss Zhurom1kroblolog spid. I Irmn. 42 no.4:96-
3ol Ap 165. (MIRA 1835)
I, Inatitut ejAdemlologii I mikrobiologil Imenl Gamlel AMR SS-SR*

KLDIENMA~ A.S.1 F'SDOROVA9 N.A.
4m-
Outbreak of dysentery of all=ntikz7 origin. Zhur.zikroblol,,0
spide i 4rmlno 42 no#93143-144 S 065e (MR A 18s 12)
1. Submitted March 28t 1964.

SITKOTSKlYg PoA#j XOKAROYo Q.T.; BRUMBIT Toros XWOMIMMIT. Meg
MAKATIT. N.C. kand.tokho.awak; MaPJW, AT., kandotokboobwaki
AFAIABITIT, I.T.1 TOLW*XO. 1J.. kand.tekbnonauk; XM&YAWVp UoAa;
XWRA IMs Mot XUMINIKAU, N.1.1 XIKQLAW$ NJ.# Unidetektot
U*j WROMY. S.N.JPIUCIMIOT. P.Y. XWOVAt A.T&I WZMW.
FAXIBUT. Y.Y., kondoteldmi naukI:tIN`"--T-M M.
thexte, i m UMMOTICH,
$,To; tMUTSIX, NoTo. reteensentj BRM=. I.D,q retesmatl DAMWe
AXoi retsensents, WOORUM, A.&# rotsommut; UWAIM, GoLso
mtsensentj IALAMIX, A.Ye., retsensent; MU00MIMYs NoD,#
retsansentl POPOV, 9,1,, rotsonsont; OMOU, V*Pop "do: LWXIVe
T*Ya,s redtl BOKCLOVA, Sol*, teklmoredol OVA, Ajoo tekbi.redo,
(Handbook for )Wdraulto and agricultural engineers] spravoomik
gidrotekhaika mliorators. Moskva, Gas.lsd-vo selikhos.lit-rye
1930o 766 Ve (NEU 1213)
(Ilydrmlla snomaring) (Agricultural smineorlsO

VATITSKITj Leopolld Kikhaylavichl FCCIN, D.P.; KLIKMMTA, A,T,;
OTCHMIKOW. V.V.; VAYX-WVJ ll . 1.S.; ZAIPT 1.
n()K(WITZYA* Lel,s telftorede
[Sconamic effectiveness of land Improvement] Zkonomichaskela
effektivaost' melloratall samell. Koskvs. Oos.isd-vo sallkhose
lit-rys 1960. 143 p, (KIRA 13,10)
(Realawtion of land)

KiJIIM?PTiA, T.
ACTH An the tivatmant of "-mo~U. esko Mck. 29 noo9t
691-494 Nl-'4
lo Gyns-;x)rsAdo ZUNZ v Gottwaldove frodrvol .4U To W',!'ck*rny)*
ISMAIN ~M

XLDM-WVA, X. V..p ?MMIWI) 0. S. and DAVYDOVA, S. L. (WSR)
Polimery soderthash chle gerouili
Oerman:Uw containing polymers
IMC 8 13156-9
report presented at the Intlo Symposium on Macramolecular Chemlstry, Moscov,
14-18 June 6o

riti-d"
(V?zlv,' Udu- 1r-tha. Vol. no. 9, sppt. 1954)
zast
1, L o f/ ---i -t n A o-I (1:-U~)o
ARM

Reason for the inaurricient t1dekenint: of sorr jasm and rar-alades. (6u; plevent)
F. 25 Otinistry of Healthj Research Institute. ror Organization of Ale<h ServiCe)
Vol. 12) No. 718s July/Aug. 1957-
SOt Ponthly Index of rant European Acesslong (WI) Vol. 6$ No. 11 NoveAer 1"70

XLMkTGVAt X.
Preserv* vitaodn C in ready-cooked meals. (Mipplemnt)
P. 37 (VUIVA LIDU) Vol. 12, no, 11, Xovo 1957#
Praha, Czechoolovukia
301 Xonthly Index of FAst European Accessiom (EEAI) W. Vol. 7, No- 3.,
Xarch 1958

- I, . -

KDOOMOTO O.S.L-g-Limunut N.V.
biloutylborou as a catalyst for polynrisatioa of unsstumt"
OPIPOWAS, IXTO~ A UIM Otd, khIme muk noo3s632-633 W 057,
I=A lose)
11 InAitut sliv~ooigasdohemklkh soyedinsuly A A"Vum
'(DarosorgaslosoVounds) (Catalysts) (Iblysirisattea)
Bu S Is shmm to be a very effective oataijet for the polywrizatton
of Ph-M: CHgj CHjL: CBWO and C;H&.: CMsCO 1b; the use of 2 % oat&Wt romdto
in rapid polquerizatim of the =Door* within a few brm.; acry1w1trIu.
hovever, polporizes 'but oluggish4s

AUTHORS: kolegnikovo 0. Sao Yedoroval L. S6# BOY/62-58-7-15/26
Toetlin# B. L.# Klizentova, W.-.
TITLE: Carbon Chain Polymers and Copolymers (Karbotespnyve polimtry
I sopolimery) Communication 5. The Synthesis and th Properties
of the Copolymers of Acrylonitryl and Methyl V*thac4late (Soob-
shchenlys 5. Sintez i evoystva sopolizerov akrilonitrila 4-
motilmetakrilsta)
PERIODICAL: Izveattya Akademll nauk 5389, Otdolenlys kh1mIchsskIkh nauks
1958s Nr T# pp 006 - 89o (USSR)
ABSTRACT: The present paper deals with the explanation of the Influence
of the correlation of the monomers (in the Initial aizture) an
the composition (structure) of the copolymer at a relatively
high rate of reactions The authors further deal with the Inves-
tigation of the dependence of sons properties of the copolymers
on their structure. The authors produced sorylonitrr1a, and
methyl metbacrylate copolymers by means of an emulsion at a high
rate of reaction, Furthermore the structure of these copolyners
was determined. It was found that minimum values of the character-
Istic viscosity of the copolymers on the one hand, and of the
Card 112 temperatures of the pasoag* Into highly elastic and nor* liquid

Ca~bon Chain Polymers and Copolymers, Communication 5: SOY/62-58-7-15/26
The Synthesis and the Properties of the Copolymers of Acrylonitryl and Mothyl
Methaorylate
state on the other hand correspond to copolymers of different
structures It was also found that methyl methacrylate copolymers,
with acrylonitryls (up to 30 solar % of sarylonitryle) approaah
poly methyl methaarylate very closely as regards Its stability.
There are 3 figures# 2 tables, and 11 references, 2 of which
are Soviet.
ASSOCIATION: tnatitut elezontoorl;anichookikh soyedineniy Akademil, nauk SSS1
'ompounds AS USSR)
SUBUITTED: , December 300 1956
Card 2/2

50)
AUTHORSs Kolsenikov# G.S. 9 4*44Lentovs, N.V.
TITLEs Carbon Chain Polymers and Copolyzers (Karboteepnyy* poliaory i
sopolimery)
Commnication 5. Copolymerization of Aorylonitrilt and Methyl
Methearylate in the Presence of Tributyl Boron (Scobahchoniye 5.
Sopolim*ritatsiya akrilonitrila L me,tilastakrilata v priautstvii
tributilbors)
PERIODICALs Isvestiya Akademii nauk 33SR. Otdeleniyo khisicheakikh njiuk,1958t
Nr 11, pp 1383 - 1387 (USSR)
ABSTRACTs By provisional experiments the authors have ascertained that
methyl, methaorylate is polymerized by activated bo"fluorldo
etherate if its solution in toluene with tributyl boron is he&t-
ad. At the mme time the polymerization of methyl mathaorylate
also takes placet if the activator is not pri-sentj but in the
presence of tributyl boron. The first series of experiments was
carried out for the purpose of ascertaining the influence of the
concentration of catalyst and activator on the cospo sition, yield
and properties of the copolymer. Results are given (Table 1). it
has been ascertained that for the production of a copolymer of
Card 1/3 maximum molecular weight a concentration of the cotalyst of the

Carbon Chain Polymers and Copolymers. Communication 5. SOV/62-58-11-18/26
Copolymerization of Acrylonitrile and Mothyl R*thscrylate
in the Presence of Tributyl Boron
order of 2 molecular % of the sum of moViowsmust be used.
It can be soon (Table 2) that the concentration of the activator
boo practically no influence on the composition of the polymer
and on the yield. In order to explain the influence of temperature
on the process of copolymerization a further series of experiments
has been carried out (Tublo 3). It tan be soon that the yield of
copolymers remains practically constant at temperatures of 300
and above..At 30-400 the characteristic viscosity reaches its
maxims, In the following series of experiments (Table 4) the in-
fluence of the time oi reaction on the copolymerization was in-
vestigated. It con be gathered from this table that a prolongation
of the time of reaction from 015 to 2 hours results in a notice-
able increase of the yield. A longer time of reaction exerts
smaller influence. The characteristic viscosity incrosseng if the
time of reaction is extended up to 3 hours. It has been tried to
ascertain the influence of the relations of monomers on the co-
polymerization. For this purpose a further series of experiments
was carried out# the results of which are given (Table 5). It
Card 2/3 was ascertained that the content of acrylonitrilo in the copolYmer

Carbon Chain Polymer* and Copolymers. Conimmication soT/62-50-11-10/26
Copolynerixotion of AorylonLtrile and Vethyl Mothaorylate
in the Presence of Tributyl Boron
in all asses was smaller than in the initial mixture of monomers.
The summary concentration of monomers in the reaction mixture is
not unimportant for the copolperixotion process. An intensified
concentratioA of monomers leads to an increase in the yield of
copolymers and to an increase of the characteristic viscosity,
if all other conditions remain the "no. There are tables and
2 reforenoaag I of which is Soviet.
ASSOCIATIONs Institut olosentoorganioheakikh soyedineniy Akademii nauk SSSR
(Institute of ado Compounds of the Academy of Sciences'.
USSR)
SUBMITTEDs March 210 1957
15,
. 1041111 NO "N'

IDIONMY, O.S.: ILDSMOTAt'
Carlos chain polymers and copolymers. Part 20t Block polymurlsation
of methylvethaoryUte In the presence of tributylloriss, Tysokom,
soed, I uo,3$362-366 'We 159. (X[U IWO)
I.Austitut olomentoorganicheskikh soredissuir AN SSM-
(PoIrmerisation) (Mistbaoryllo said) (Borlus)

5M
1UTHORS:
TITLE:
PERIODICAL:
ABSTRACT:
Card 1/3
Xoleanikov, 0. S,9 KlImentovat No yap SOY/62-59-4-26/42
Yermolayeva# To I*
Carbon Chain Polymers and Copolymers (Karbotespnyyo polimery
i eopollm*ry)o Communication Go Polymerization of Styrene ana
M:thyl7athaorylato In Solution In the Presenct of TrIbutyl
I ron Soobohch*niye 8. Polimorizateiya atirola i metilmota-.-
krilata v rastvare v prisutstvil tributilbors)
Isyestlya Akademll nauk SSSB. Otd*loniy* khizichoskikh nauk#
1959, Nr 4t pp 727-730 (USSR)
In the present work mothylm*th&crylate and styrene were polystro
Isod in the presence of variously concentrated tributylboron
whereas the other conditions remained unchanged. The results
of the polymerization of mothyloothaerylate are shown In '
table 1# those of the polymerization of styrene In table 2,
Hence it can be seen that under the reaction conditions
assumed and with a concentration of the catalyst less than
2 mol% the yield Of the polyner is considerably Muced, ?be
influence of the temperaturo on the polymerization process
was investigated in two consecutive experimental **rite. The
results are shown In tables 3 and 4, Hence it appears that

Carbon Chain Volyners and Copolymers. SOV162-59-4-26142
communication a. Po2ymerisation of Styrene and Nothylsothaerylate In
Solution In the Presence of TrIbutyl baron
the polymer yield rises with temperature in both cases. As a
ruleg the specific viscosity of the polymer solution is not
influenced by temperature changes. The Influeno* of the duru-
tion of polymerization on the yield and molecular weleht of
the polymer& was investigated in two further experimental
series* The results are shown in tables 5 and 6, It was found
that the polymetb7luethearylate yield increases in the course
of three hours and then remains constant. With styrene the
yield remains constart already after one hour, The concentration
of the solvent Influence* the molecular weight of the polymer
in so far an the solvente usually, are the carriers of the
chain. The effect of the concentration of the solvent on the
!olymorization was Investigated in two further experimental
arise (Tables 7 And O)s It was found that a stronger oonoon-
tration on the monomers in the solvent causes a considerable
increase of the methyloothacrylate yield and in both cases
causes an increase of the molecular weight@ There are 8
tables and 3 Soviet references.
Card 2/3

Carbon Chain Polyzers and Copolymers, SOT/62-59-4-26/42
Communication So Polymerizatiovot Styrene and Nothylasthaorylate in
Solution in the Presence of Tributyl Boron
ASSOCIATION: Institut slosentoorganiaheskikh soyedineniy Akadeali nauk 3382
(Institute of Xlesental-organic Compounds of the Academy of
Sciences# USSR)
SUBMITTED: July 10P 1957
Card 3/3

50)
AUTHORS:
TITLE:
PIRIODICAL:
ABSTRACT:
Card 113
Noloonikovi Oo So# Fedorova# Lo Sot MV/62-59-4-2t/42
Tsetlint be L,# nisentova# No Vo
Carbon Chain Polymer# and Copolymers (Xsrb6ts*pnyy* polim*ry
i sopollmery). Communication go Synthesis and Properties of
Copolymers of Vinylid*n* Chloride With Acrylonitrilo and
Methylsethacrylate (Soobshchenlye 9. Sintes I avoystva sopoli-
moroy khloristogo vinilidena x akrilonitrilom I motilnotakril-
atom)
Isvestiya Akadomii.nauk SSSR. Otdolonlye kbimicbeakikh nauk,
1959, 11r 4, pp 731-735 (USSR)
In the present work an attempt was made of finding out the
effect of the composition of copolymers of vinylidons chloride
with acrylouttrile and methyleathaorylate on their trancition
temperatures in various phydical states and on their solubility
in organic solvents, In the synthesis of the copolymers and
In the investigation of their properties the same methods
were used as in the Investigation of the copolymers of
acrylonitrile with methylaothacrylate (Ref 16). fte results
obtained In the Investigation of the composition and properties
of the copolymers of the system vinylidonschloride-acrylonitrgo_

Carbon Chain Polymers and Copolymers. SOV/62-59-4-27/42
Communication 9, Synthesis and Properties of Copolymers of linylldon*
Chloride With Acrylonitrile and Nothyloothaerylate
are shown In table 1. The conditions wore similar In all cases.
The only ehango was In the ratio of the monomers In the initial.
solution# The values of the vitrification temperature (T at)
and the nowing temperature (Tt) of the copolymers were doter-
mined from the thermomoohanical compression curves (Fig 1).
Table I shows that a higher vinylidone chloride-monomer content
In the,initial solution reduces the yield of the copolymor.,
Of all copolymers obtained only that with 44.1 xo1% vinylidene
chloride content Is soluble in acetone, This copolymer has
the least viscosity and tholow*st ?at* Upon transition from
the homopolymor of vinylidone chloride to copolymers with
already smaller quantities of aorylonitrile the thermosochanio
curves assume the form which Is characteristic of normal thorso-
mechanic curves of linear amorphous polymers. The values
Tat and Tt decrease rapidly. Table 2 shows the investigation
results of the system vinylidens chloride-mothylaothaerylatoo
Card 2/3 Figure 2 shown the thormomschanio curves f or the samples of
ON ff

Carbon Chain Polymers and Copolymers# BOV/62-59-4-27/42
Communication 9. Synthesis and'Proporties of Copolymers of Vinylidene
Chloride With Acrylonitrilo and Votbyla#thaorylato
this system, All copolymers are easily soluble in diahloro-
othaze* Copolymers with a content of 20 mol% vinylidens
chloride are soluble In acetone, With a higher vinylideno
chloride content they 'become insoluble in acetone. Copolymers
with a high vinylidens chloride content have a low T and T
at t
Just as in the system vInylidene chloride-acrylonitriles
Numerous copolymers of this system bay* a comparatively low
Tt and suffiaie"ntly high Tat. For this reason it sight be ~.
possible to manufacture these copolymers by means of casting
methods. There are 2 figures# 2 tables, and 30 references,
I of which is Soviet.
ASSOCIATION: Institut elesentoorganioh*okikh soyedineniy Akademil nauk 88SR
(Institute of 21*9ental-oreanic Compounds of the Academy of
Solenoeaq USSR)
SUBMITTED: July 18t 1957
Card 3/3

84515
ro 14 a/190J60/002/004/016/020.
B004/B056
AUTHORS: Kolesnikovt G. S.t Davydova, S. L., Ximentovat X; Ve
TITLE: Carboahain Pol e4 and Copolymers. XXII, SInthesist
Polymerization, an copolymerization of MethacrybyltriethZI
Oermanlux
PERIODICAL: Vy9okosolskulyarnyye soyedineniyat 1960t Vol. 2, No- 49
563-566
TEXT: It was the aim of the authors to synthotize mothacryl derivativoo
of germanium and to produce their polymers. In the present paperv a
report is given on the results' obtained by the hitherto unknown
mothaer.ylyltriethyl germanium (MATZO). This(compound was synthetized
according to the scheme (C 285 3 eBr + CS 2me CH3)COOK
C930R
VCH -C(CH )COOG*(C 3 )3 The infrared spectrum of this compound
2 3 2 5
andp for comparisont the Infrared spectrum of nothylmethaerylate are
Card 1/2

Carbochain Polymers and Copolymers. XXII.
Synthesist Polymerization, and Copolyaorization
of gothAorylyltriethyl Germanium
5/190J60/002/004/016/020
DO04/B056
shown in Fig* 1. In the presence of bonsoylparoxide or azoisobutyric
acid dinitrile MATM polymerized to form transparent products. Further,
also copolymerization with nothylaothaorylate and styrene was attained,
Because of the low activity of VATZG# the copolymers contained
considerably lose KATZO than the initial mixture with mothylmethacrylate
(1 : 1941 1 : 239 instead of I : 41 1 : 101 see Table). The thermal
properties of the polymer and its oopolym:re are represented in Fig* 2.
The polymer of MATM softens at 180 185 C# its copolymer with
mothylmethaorylate at a lower temperature# and the copolymer with
styrene at about 14500. The authors thank G. L. Slontaskiz for the
thermomechanical examinationt N. Chumayev ki for the Infrared spectra.
There are 2 figures, I tablej and referencin.
Soviet# I US# I Britisho
and I German*
ASSOCIATION: Institut slementoorganichookikh soyedinonly AN SSSA
(Institute of Zleaental-organic Com22unds AS USSR)
SUBMITTED; January 150 1960
Card 2/2

3"93
MO 81190J621004100710091009
AUTHORS: Koleanikov, 0, S.$ Davy4ova, S. L.0 Mmentoves x. V#
TIT"IS: Carboohaln polymers and copolyzaro. XL. Polymerization
and copolymerization of mothacrylic and acrylic derivatives
containing germanium
PERIODICAL: Vysokomolskulyarnyyo soyedineniy&t Y*.4t no* 7, 19629
1098-1102
TEXT: Copolymerizing methacrylyl triethyl Sermanium with styrene at 600C
the authors found the relative activities of the two components to be
0.93.t 0.08 and 1.05 .1 0.02 respectively. The folloviig no compounds
are synthesizeds CH~~C(Cx (1) (b.p. 130-1;20C at
20 3)COOC*(C4"9)3
4 mm Hgj d2o 1.01661 nD 1*4602 at 200C)l Cff~-C(CH )COOCO(C H (2)
1 3 6 5 3
(M*P6 1800C); CU2.C(CH 3)COOOO MOO 11)3 (3) (m.po 82-84001
CH -CHCOOGG(C H ) (4) (b.p. 08-900C at 12 ma Hg; d2o 1015301
2 2 5 3 20
nD 1-4562 at 200C); CF.2 -W"C3COOGq(C 499)3 (5) (b.p. 1310C &.1 4 an 891
Card 1/2

6/190/62/004/007/009/009
Carboahain polymers and oopolystorseea B119/B160
d20 1.01311 n i-46og at 220C); CH -CliCOOGO(c H
20 D 2 6 5 3 (6) (2-P- 170-1784N)e
Co=pounds It 3# 4, and 5 were polymerized separately (initiators
azoisobutyrio soid dinitrile)l and compounds 1, 4, and 5 sort copolymeriz-
ed (20 zole~ each'in the reaction mixture) with styrene or methyl. of
methaer.1late. Polymer yields were 40-60%, and copolymers 52;60%.
the polymers lies between 0,30 and 1.20 (solvent: pyridins, dimethyl,
formaniie)q that of the copolymers between 0.35 &M 1.45 (solvent;
dimetV.l formamide). Maximum Go content in the copolymers i#-7-58% (in
the case of 51 with methyl methacrylate). I polymerizes In emulsion
in:the pressno* of potassium peroulfato, The thermomechanical properties
of some of the polymers were determined. There are I figure and 4 tables.
The most important tngliah-lanauage reference Ins F. Re kayo* F. Me Lewis,
J.' Amer. Chem. Soce, 66, 1594s 1944,
ASSOCIATIOTit Insittut eltmentoorganichookikh noyedineniy AN SSSR,
(Institute of Elemental Organic Compounds AS USSR)
SU'311TTED may 5. 1961
Card 2/2

ZOM-)-,'IXOVI 0.8.1 DAVYWVA$ S&L.; YAMLISKAUp M.A.; ILDMMWA N.Y.
Interaction of mono- wA dioarbwqUa &aide vith triallql dorivatives
of baron and alumimso' by@ AN $OR, OtdAhimenauk noo5t
My 162. (MIRA 2516)
1, Institut *lowntoorganiabaskikh sayedineniy AN SSM
(Boron orpnia compounds) (klvxdma orpnio compm0s)
(Acidsj, Orpnic)
, 11701
IS

KOLESNINOV,, C.S.1 DAVIMAj S*L.j XWtZHTOVA,, N.V.
Carboobain Polymers and copolymers, Part 40s Polymerization
and copolymerisation, of metbacrylic and acrylic derivatives
containing gormanil~ma Vyvokam.soedo 4 no,?M98-11M Jl 162,
(MMA l5t7)
1. Institut elementoorganichemkIM soyedineni AN SM,
(Go Organic compoundof
(Methacrylic "Id) (Acryll &aid)

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ASSOCIATION: None
-64
um-oo MM CODE! 0C
HUBMITTM- 30JU164.
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XLIMTOVAp T.A.; blbllogmf
Using the publIcatinn of the InAtMt4 CA,
aM Technological InformtIon In th- 'xierve ird 7echrol.,gy
NTI no.'1202 063.
Library of the Aserbaijan! RepubV~:.
1. Peopuhlikanakaft
GomWaratvvnnogo kamitata re tnt
Soveta Ministroy A%erbftyd2Yfnn'xoy "T, b&k-u.