SCIENTIFIC ABSTRACT NEPLOKH, Y.M. - NEPOMNINA, V.V.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001136610010-2
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: January 3, 2017
• Document Release Date: August 1, 2000
• Sequence Number: 10
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

4MLOKHt ALIA.
Changes In sonsclausmew In -4 fecal arteriosclerotic Wunizzp
of the brain. Sbor. trud, Lon, mwbno ob-mm now, 1 Jkb- notefit
19-154.159* =613:22)
2. Is FalkhIstricheakoy balluitay Imeni Skyortgovw4tepuma, WATW
mob N.D. Ihilk-4n) I kafeft palkhIatril, r4ningveds1cogo pedlatrichs-
skogo institute, (say. - prof S.S *WdLin).

-.h?.PWKHt YaJ4.
Toxicotraumatic nouritip of the sciatic nerves related to treatment
with amirazine. Zhur, nerv. i paikh. 60 no. 2:238-241 160.
WRA 14:4)
1. Faikhonevrologicheakaya bollnitea imeni Skvortsova-Stapanova
'(glavW vrach_H.D. Bulkin) i kafedra psikhiatrii (zav. - prof.
S.S. Mnukhin) Leningradakogo pediatricheakogo instituta.
(CHLORFRMWINF.) (SCIATIC NEM DISEASES)

NEROIJI, i:?U-14.
Causes of fa!.&.':'
1383-1387
1. Paikhon
(glavr,yy

HEPLOKH, jq~,K..,_(Leningrad)
Nuclear bematomas in hypertensive cerebral hemorrhages. Arkh.
pat. 26 no*2:68-73 164. (MIRA .17:8)
1. Paiihonevrologicheakaya bollnitsa imeni Skvortsova-Stepanova
(glavnyy vrach N.Do Bulkin)v Leningrad.

NEPLO101, la.M.
Ostoomurmular hypoplaBia and pees excavatus as residual s7r4ptoms
of brain lesionv. Vop. psikh. nevr. no.10.*139-146 164-
(MIRA 18:12)
1. Polkhonevrologicheskaya bollnitsa imeni Skvortsova-Stepanova
(glavnyy vrach - N.D.Bulkin).

ZADMA, Ye.M.; CHVAMANIYAO A.Ye.; KUVADINA, N.Ms; BELKIN, M.L,.; MALYKHINA, A.F.;
NEKATNINs I.F.; CHUMENKOp R.r.0, MATUSTAK, Ye.l.
Cr,mtarative evaluation of various methods of gastric lavage with
lTesoentu)d" No.4 mineral water in chronic gastritis, Sbor. naucb,
rab& vmch, m.-kur. uchro profaciaza7 no.1179-83 1648
(MIRA 18:10)
1. Tessentukskiy sanatoril Iment T*P.' Pavlova (glavnyy vrach A,,YeQ
Chwaianiyao nauchnyy rukowditell kand.med.nauk I.I.,Xonovalov).

RVLGTNIXO Ta.r.
Physiological capillary permeability In newborn Infants. A-diatrila,
Kaskvm no,6:8-13 Mov-Dw 1953. (CM 2.5-15)
1. Candidate Nedical, Sclemes. 2. Of the Institate of Obstetrics and
Gynecology (Director -' L. G. Stepanov), Kinistry of Public EfealtbL USM

NWWTNlrl ra,f., Imadidat maditainakikh nauk
Capillary permeability In intracmatAl birth injuries and asphytia
in the newborn. Poidiatrita 39 no.3.-70-74 t~y-Je 156. (KLRA 9:9)
1. Is Insituta akusherstya t ginakologii (dir. L.G.Stspanov)
Kintaterstva zdravockhraaentya SSSR.
(CAPILLARY PWXWILXTY. in various die.
tutracrantal birth inj. & asphyxiasonatorum)
(DUITERr, campl.
birth taj.. intracranial, capillary permeability in)
(BUIS. wounds and tnj.
at birth, capillary per. ability in)
(ASPHYXIA YMMATCRUK. physiol.
captllarypermeability in)

SMUUFJAIMs S.B.; TMUKOVAj L.G.;-NEPIMW VX ,
Syn-theols of setere of N(40-arylaulfonylmnino acide, Part 1.
Ukr.Jd2lm.zhur. 27 no.3:365-369 161. (KERA 14t.11)
1, lastitut organichooko7 kh'm4i AN USSR.
(Arginins)

BABIGHEV,, IrS.; MPLYMV V
BanzathlasolylaRyloarbayllo dpids and their derivatives,
Part 4s 2-Elonsothlazolylalkylearbinols. Zhur.ob.khim. 32
no.3t857-859 Mr 162. (MM 150)
I.,Kiyevskiy gasudarstvannyy universitat imeni T.G.Shevchanko.
(Senzothiazole) (Msthanol)

BABICHEVO F.S.; NEPLrUYEV, V.M.
Bonzot1dazolylearbovIia acids and their derivatives. Part 5:
2.3-Polymtbylenebenzothiazole salts. Zhur.ob.khim. 32 no.3:
86o-*4 Nr 162. (MIRA 15:3)
1. Kiyovskiy gosudaretvennyy universitet imeni T.G.Shevehenko.
(Banzathiazole)

SEREWAMS S..B.; KOZLOV, *.A. NIMM
Teralul grbWat of 'polybedric'protein formed an InfeatIng
gm k1berry silkiark;with nual"r polyhedroals virus*
jSwr9lL=Tlrua.boabya�w). O'kr. Ms. shl=. 29 no,2t177-180
161. ~ (MM 16t6)
lutitut Organichaskay khWL AN UkrSSR.
(protaina) 'Wrtw research)

NEnMEW - TA j- SOGWAYM TA, I SBFMMANrr, S.B.
- - - _7
4-MmetlWlsidno-3.5-dinitrophanyl Inathlocyanate an a %vagent
for determining the *ndml sequence In protoinwe Part It
of alpdw acids.
1111kr, WISO 51=0 29 no.2tidl-184 163. (MIRA 16W
1. Institut orgetnicheskay WWI, AN UkrSSR.
(Amino acids) (Hydantoin)

M?Lluyzyp V.14.; CMNUKRINA, L.A.; SERSBRYANYY, S.B.
abrowtographic separation of the 4-dimoUylaaino-3,5-dinitro-
,Menylthiohydantoins of amino acids'on paper. Biokhimlia 29
- go, 1151-52 Ja-F 164. (MIRA 18:12)
.U~
1. Institut organichaskoy kbimii AN UkrSSR, Kiyev. SubnItted
March 16, 1963.

DZYMMOR G.M.; TAVRENKOP V.A.; IMPMHATOV, A.N. ':
Apparatus for studyIng the kInetics of cataxytic reaction of
0
recombination of gas atol,--3 an solid surfaces, aur.fiz.khim.
39 no.10:2622-2624 0
(MT',Pl 18:12)
1. Institut probl8m zPaWrialovedenlya XN b'IrT,8SR~

UMMTYKH A. P. Cand Ned Soi -- (diss) *Problems of labor hygiene in the
produotion of synthetio fatty aoids and fatty alcohols," Kursk, 1957. 13 pp
(Inst Of W -- Ocouvational
_ _ jrand I Kaeasea, Acad Wed Sci USSR), 200
I gleu,&4 !tbo
eopies (KL, 45-57, 99)
-28-

24M SOT/48-22-11-52/33
AUTHOR: Nepochaty1ch, P.P.
TITLE: _ __6n Particular -Feit-ures of the Luminescence of Difuryl
Polyeass (Ob osobannostyakh eveaheniya difurilpoliyenov)
PERIODICAL: Izvestiya Akademli nauk SSSR, Seriya fizicheakaya, 1958,
Vol.22, Mr 11, PY. 1417 - 1419 (USSR)
ABSTRACT: Three polyenes are the object of this work, which contain
CO- or COCO-groups in the chain: 1,6-difuryl-hexadiene-1,5
-dione-3,4; difuryl-1,10-deoatetraene~113,7,9-dione-5,6;
difuryl-1,9-docatetraene-1,3,7,9-lioae-5o6. They are
crystalline-substances, which are insoluble in water, soluble,
however, in alcohols, in hexane and acetone. The information
presented in this paper leads to the following conclusions:
If the chain of single and of conjugate double bonds is ex-
tended the limit polarization will be reduced. The GO-group
exerts a considerable influence upon the limit polarization.
The durations of the excited state which proceeds from
measurements by a fluorometer and from such which utilize
polarization do not agree. This may be explained by the fact
Card 1/2 that the fluorescing molecule departs from its spherical shape.

On Particular Features of the Luminescence of SOT/48-22-11-32/33
Difuryl Polyenes
The fluorescence of the solutions in question is exti.a-
guished by aniline (Fig 2). Other extinguishing agents, as
KaJ, NaJ, and NaBr have no effect. In a non-polar solvent,
an in hexane, the fluorescence yield is very small. If
ethyl alcohol is added,-the luminous intensity is increased
to a certain maximum value (Fig 3). If the solution is heated,
the luminescence is quenched. The author expresses his
gratitude to VA. Levshin for constant interest, to N.D.
Galanin for his assistance with the measurements, and to
B.A. Arbuzov for making available test substances. There
are 3 figures, I table, and 3 references, which are
Soviet.
ASSOCIATION: Kazanskiy gos. pedagogicheskiy i uchitellskiy institut
(Kazan, ' State* - Pedagogical and Teachers I Institute)
Card 2/2

IF I
W
TOCHATYMt V.I.; IZOQVVI:, Z.A.
Q---
Inveoti,guting the possil'ality 01 .0AaLAn,,, 'NII-)urn t4ble
derlvati,m of ce2DO-o-,c at,.-o. llidl.volo'r. #61,
.1. 1~t'askovslziy tekstil'nyl., inutitut. C.-LA 14-2)
(viscose) (To:,,,.-jje 3ynVictic)

IEPOCHATYKP., V.I.; ROGOVIII, Z.A.; Prinimal uchastiye ROMNEM, R.
...W.-.- ...... - i
Development of the method for the production of thiourethans cellulose
"haktaks" fibers and investigating their properties. Kh1z. volok. no.l:
64,68 162. (MM 1814)
1. Moskovakiy tekstillnyy institut.

L 45460-66 Ftrl(m F4P(j)IT i;Lm
7ACCNR- AP6022725 (A) SOURCE CODE: UR/OM
AUTHOR: V. 1.1 Ragovin, Z. A.j Finger, G. G.; Magilevskiy, Ye. M.
2gachat ~kh
ORG: [Kepachatykh, Rogovin] 14TIl (Finger, Mogilevskiyl VNIIV
S
TITIZ: Production of copper xanthate f1berj5
SOURCE: Khimicheskiye volokna, no. 2, 1966t 49-51
TOPIC TAGS: synthetic fiber, xanthic acid, bactericide, wood chemical product, copper
compound, organic sulfur compound QC "I A.-
ABSTRACT: The aut4ors; used available data an the change occurring in the stability of
cellulose xAntha flin accordance with the nature of the cations contained in the salts
to investigate the possibilities of manufacturing a fiber made of cellulose copper
xanthate in order to study the basic properties of this fiber and to determine the
fields in which practical use could be made of It. While production of the fiber is
possible using a single bath, the use of the process proved to be undesirable because
the copper sulfate in the precipitating bath entered an exchange reaction not only wit]
the sodium xanthate, but with the sulfur compounds in the viscose as well. Copper can
sumption was increased and the fiber obtained was dirty. Use of two baths was resortei
to and was found to be quite simple and caused no complications in the technological
processo The first bath contained sodium sulfate and sodium bicarbonate or sulfate of
ammonia, and was used to coagulate the viscose. After washing in a Na SO solution thi
2 4
SUB CODE: lit 07t o6 / Sum DATE: 25 Apr 65/ ORIG REF: 005 OTH REF: 003
Card 2/2

CSTROVSKIY, lu.M. [Ostrovd lkyij IU.M. ]; N-E-1,0C.TELOVIGH, N.'. (NeFo:-he, ovy-h, N.S. ]
Activity of tlasue transaainases in colvuls-ions prokiu~:aa by t1niar-ica.
Ukr. biokhim. zhw. 35 nOOM8-731 163. (MIRA 17; 5)
1. Department of Bioa~smlstry of GroLno Medical Institute.

OSTROVSKIY, Yu.H.; LUKASHIK, U.K.; RAZUMOVICII, A.H.; BALAMMEVSKIY, A.I.;
DOSTA, G.A.; TRFMKHINA, R.V.; LARIN, R.S.; KARFUTI, S.N.;
KOHAROVA, B.P.; WOCHELOVICH, H.S.; DVORTAKINOVICH, L.N.;
MOYSEYFIIOK, A.G.; KODATIC, K.A.; GALITSKIY, E.A.; %,%TYSIK, M.S.;
PODOBEDP V.G.; MAKARINA-KIBAK, L.Ya.
Differentiation of specific and nonspecific metabolic shifts
in an acute avitaminosis B1 caused by oxythiamines Vopopit,
24 no.4:41-48 Jl-Ag 165* (MIRA 18:12)
1. Kafedra biokhWi (zav. - dotsent Yu.M.Ntrovskiy)
maditsinskogo institutat Grodno. Submitted July 23, 1964.

SUMOV, V.; NMGCDIN, G., Insh.
Exterior finishing of large-panel buildings. Zhil. stroi. no-5:
23-24 964 WM 17e7)
1, Starshly prepodavatell Usanskogo inzhenio-stroitellnogo
instituta (for Sladkov)* 2, Glavn7y Inchener. azanskogo savada zhe-
lezobetonn*kh izdeliy No.3# Kazan' (for Nepogodin).
11

FAYBIGH, 1-1.11. - IX
It I _LF MIT; N.F.; KORMYEV, A.A.
Lmunogenic characteristics of some fractions of the pathogen
of plague. Biul.eksp.biol. i med. 55 no.1:77-80 Ja'63.
(MIRL 16:7)
1. Predstavlena deystvitelinym chlenom AL-111 MR 11.11.Zhukov7m-
Verezhnikovym.
(MMMELLA) (NUCUIC ACIDS) (IMMUNITY)

t
7/dj_j'b6
ACC Nits AP50275-90 ly'5065 6
CODEt U
AUTHORt Vorozhikhinal V.I.; Neeptyav2 A- V_; HXazan0V, L. S.
On: 'Kolomna Diesel Locomotive Plant r a od)
(Kolomenskiy teplovozostroitelirw) av
TITLE-t Adsorption processes.involved in the consumption of additives
SOURCE- Khimiya i tekhnologlya topliv imaselPno. 1:L',, 1965~ 50-5'2
TOPIC TAGSi lubricant additive, adsorption, desorption
_21
AWTRACTt. To study-the natwe of chFmge in the concentration of additiveJ lator
oilMduring the first 50 - 1,00 hr-of its ugep the authors carriecf -outexperiments on
a Yaft-20h engine using DS-14 oil with 2%.Of Monto-613 additive Pnd 0.1,3% of Santo-
lube-h93 additive. It was faund that in addition-to chemicql reactions of the
additive with the fuel combustion products and the oil oxidation products, the
additive ia.involved in adsorption and desorption processes,, A sharp decrease in the
concentration of the-,qctive lubricant which occurs during the first few hours of its

SA4--VA-VIIV won vu Fjllu - Elmourvulan Processett-clinom Tpne-True ourve reprouvima% WIV
:112
Wes 540188 .59,

SOMM. T.: VATAVOTA. T.; MMWq I.; NUMOTA, L-T FAXM
LUCEMKO, Ife.., SCOP=Ilo V.; ARSAXPOTA. r*.
not 14m of gftta witit vatbA brodde to tk* dilpla k*U. X*6-
ster. prow. 26 u*.lOtl2-% 4160. (NM 13814)
(&"s-4x*lufwtlm) (Ibtbylno)

P-POKLONOV, A. A.
14in Higher Education USSR. Moscow Veterinary Academy.
NEPOKLCKOV, A. A. - "The motor, secretary, and evacuatory functions of the small
intestine of cattle." Min Higher Education USSR. Moscow Veterinary Academy.
Moscow, 1956.
(Dissertation for the Degree of Candidate in Biological Sciences.)
SO: Knizbnaya Latopis' No. 13, 1956

S/006/60/000/()6/07/025
BOOT/H005
AUTHORs Nevoklonov. B. V.
A-- __ - --, wv~
TITLEs Experience Made With the Application of Photothoodolite
Surveys for the Compiletion Survey of Aerial Photographs )~-D
PERIODICAL: Geodeziya i kartografiya, 1960, No. 6, pp. 27 - 32
TEXT: The author reports on the experience made by the Sredne-Aziatskoye
aerogeodezLoheskoye predpriyatiye (Soviet Central Asia Aerogeodetical
Enterprise) which has used phototheodolite survey for the compilation
survey of aerial photographs iince 1955. As a rule, such a method is use~'/B
for the conjunction of aerial photographolin making malps of 1 z 25,000
for high-mountain areas. The coordinates and altitudes of fixed points
are determined both by the method of stereophotogrammetric and photo-
grammetric terrestrial survey. The formulas used for computing accuracy in
determining the coordinates and altitudes are written down, and Table 1
shows the root mean square deviations computed by these formulas. Con-
clusions are drawn on the basis of these values. The method used in photo-
theodolite survey by the above enterprise mentions is described. The
Card 1/2

Experience Made With the Application of 5/006J60/000/06/07/025
Phototheodolite Surveys for the Compilation B007/BO05
Survey of Aerial Photographs
author enumerates the preliminary operations, mentions the circumstances
to be considered In setting up the working projeotp and describes the
field work to be carried out. He describes a method of determining the
base lengtht which makes it unnecessary to use range-finder fixtures.
The evaluation of the data obtained is described. Table 2 shows the data
used to estimate the accuracy of determining base lengths. The accuracy AB
of determining altitudes in terrestrial stereophotogrammetric surveys was
estimated by the divergence of geodetic and photogrammetric altitudes of
288 triangulation points. Table 3 was compiled on the basis of these data.
By means of these data it was possible to derive an empirical formula for
choosing the length of photo bases. Finallyp it is pointed out that for
a full utilization of all possibilities of phototheodolite surveys for the
compilation survey of aerial photographs it is necessary to combine
terrestrial atereophotogrommetric with terrestrial photogrammetrio survey.
There are I figure, 3 tables, and I Soviet reference.
Card 2/2

BONDAREV, G.r.; zINOVIYEV. Ye.Sh.; NEFORMNOV, ru.A.; YENDOVITSKAYA, I.S.
-- ~; -~ ...
Supply of vitamins C, Bl,, E2 and PP for fixh proosesing
workers on fishimg ormft in the North Atlantic. Vop. pit.
22 no.5:58--60 S-0 163. (MIRA 17% 1)
1. Tz otdola gigiyany pitaniya, (sav. - kand. mad. nauk
G.I. Bondarev) T-Sentrallnoy nauchno-isoledovateliskay
laboratorii gigiyeny vodnogo transporta, Moskva.

DONDAREV, G.I.; ZINWITEV, Ye.3h.;I&T-011-LONOV, Yu.A.; rMIDOIJITSKAYA, I.S.
Energy expenditure of fishery workers on trawlers fishing in
the Barents Sea and North Atlantic. Vop. pit. 21 no.6:40-43
N-D 162. (MIRA 17-5)
1, Iz Tsentrallnoy nauchno-issledovatel'skay laboratorii
giglyeny vodnogo transporta, Mosk-va.

REPOKOMHITSKIY A.G. (Nopokoichitskii, A.H.); TAKKOVSKIY, A.A.
............. __ -M
L cyvoRr,, A.)
Combustion of a proportioned quantity of matter In spectrum analysis
using the photoelectric method. Vestsi AN BSSR. Ser. fiz.-takh.
nav. no.3tl2/v-127 163. (MMA 16:10)

ZHMOVM'f. T WOKOYMITSWA. I.; YUKBUICEF, He
Results of combined treatmOut Of Pulmonary tuberculosis with para-
aminosalicyl.1c acid and streptomycin. probl. tuberk., Kcal-m noel:
52-55 &=-Feb, 52. (CLHL 21:5)
1- Of ths Clinic of POmonarY Tuberculosis of Gd=ok Radical Academy
(Head of Cliale-Prof'. He Telyat7tddy) and of the Student Sanatorium
In Zakopane (Director-M. Tasinakly), Poland.

NOZOSELITSE7,, V.S.; NEPOKOYCHITSKIY A.G.
9-Mg mw 4apects of the behavior of semiconductors in polar liquids.
Uch.za p.FAd.Inst.Cjerts.Ifa*233-239 t6J.
(MMA 16-- 5)
1. Mogilevskiy gosudarstvannyy pedagagicheskiy institut.
(Semiconductors-Electric properties) (Liquids)

NOVOSELITSVP V,S.; MMKOYCHITSKIYO L.G*
Some slactrCe -properties of cadmiun cUoride. Vah.zap.Ped.inst.
Gorts 07-247-242
(MIRA 1625)
1. Wagilmkiy gqAp4&rstvsuW pedeftichookiy institute
(C-d-Jum chliAde-Electrio propertiod)

7
ACCESSION NH: AP404M26 9/0250/0.4/008/006/0372/0376
AUTHOM-
ypblW Yankovsdy'.A. A.
y.
TITLE: A method of quantitative eminaocr spectral'analysix aCCOtding tcp tho'Maximal
spectral Me Intensity In the process of substance bum-up
SOURCE: AN BSSR. Doklady*, v. 8~1 no.
.6, 1964, 372-275
TOPIC TAGS: quantitative analysis, spectral analysis. . emission spectrum, ffpectrosc
opyr
apec" line Intensity, combustion spectrum, metal determination
ABSTRACT- ne authors show that the change In intensity of a spectral line In the pro;-
cess of complete burn-up of a measured quantity of a substance under the action of an
electrical charge can be described by the empirical ation
equ
0
where I Is the intensity of thd-lineio thi tntqnsity ofithe line at the onset of an
'a
instantaneous Increase In Intensity, 4~~andp are constants characterizing the rat9s
of substance bura-up and spectral line Intensity growth. depending on the andytical
d 1/2.
Car

ACCESSION NM AP4042725
procedure, and t Is time; they also shove that the intensity of the line rbaches a maximural
expreawd by the equation"
Y0
4L+ (2)
aud that both* the integral and maxWUm intensities may be
following which it subsidei,
used for measuring the ca6ceniiratloA of the elenihnt being deterthined 4gantitatively.
by emission spectral analysis., Calibrating curveslor the quantitatEve.datermination of
Cr, Ba, Zn, Ma, Ag od M In solutions Mn, Cr, Za and M in alloys,'platted La a
coordinate systm of Igi maxversus, 19cs are piesented In the article. OrIk. art. has.,
2 Ugures and 4 formulas..
AWPqAUON*- TMU4t OX114 AN BSSR (Physics Institiate, M 13SSR).
SUMMED: izirl" ZKCL:, 00
SUB CGIDX: 1C, Op
REV 402 OTHER: 000
2/2
rd
-7!7

fMFGKOTCHIT5XITp_..4q,; YANNUISKIY, A.A.
Relationship between the burning out of a measured quantitjr-
of a substance and calcination in spectrum analysis. Dol d-. AN
BSSR 7 no.12014-816 D '63. (MRA 17:8)
1. Inatitut fiziki AN BSSR. Predstav2sno akademikom AU BSSR
B.I. Stapanovym,

NEPOKOYCHITSKIYS A.G.; YAHOVSKIYt A.A.
Method of quantitative emi3sior. spec-~L-um --rialysis based on the
ma*i=m intensity of' Lipectral llnes in the procr-m-3 of hurmir,
a uubstance. Dakl. All BSSH 9 no.6:372-375 Ja 164.
(!,1111A J`/. -~6,
1. Inatitut fiziki M,.' BSSR. Predstavleno akademikom AN BSSR
M.A. Yellyashevichem.

~MFOKOYOTTSKr.7. V.S.
Effect of natural factors on the planning aM
blacks,in fibrillsk. Stroi. v raion. Toet.Sib.i
construction of residential
Krain.gev. no.20-27 t62.
(MIRA 18:7)

L 322~~6
guu-= CODEt UR/2925164/000/010101021021
ACC N,Rg AT6023835
Ann: KIN,
p!!q?XqUji#iY, Vis So
ORGS ~soisjtjftc-Researoh m2ding Institute$ Krasnoyarsk (11duchno-4
j"Utut po strolte'LlatVU)
-TI= I features of 014 planning In Morillsk
U MU* Komissip po, problem= never&* ProblavV severat nos 10# 1964olO2-1
economic planning.
'~TOPIC.TAGSt Arctic climate, general construction, government
structuzal engineoring
Haril Isk, a city of 11590009 has sspicial planning problems becauset
11ocated near the 10th parallel# it has permafrosto severe colds strong winds#
"Ispares Vegetation# and polar days and nightso Frozen construction sites are
~wpable of holding multistory buildings; but If the permafrost melts the
und lose* almost all of Its loadcarrying capacity. Winter in Norillsk
-'lasts.8 months with temperatures dropping to -510; mean annual temperature
:Is close to -80* Kenn annual wind speed Is 6 to 7 m/sect reaching hurricane
of aver 40 alsec. Weather severity Is scaled in conditional points
computed by adding the temperature to twice the wind speed* 45 points being
:the limit of human activity outdoors. Snow storms coinciding with severe
coldpiapid variations In atmospheric pressures# and the oppressive polar
~twlllght has bad effects an human psychology and physical well-belpts-

~""L 32909--66
ACC HIs AT6M3835
Lowaovorpeens am extremely slow-growing and trees die after transplanting; birch
and willaw withstand transplanting but grou slowly and show leaves only batmen June
WA SGPU*er and their decorative value is thus quite law. Although more than
-,~.3009000 Ir of modem living space has been cRmplated, more than three timas the exist.
Ing 21TIng Mice Is required to provide 1.3 v& par person. Also involved is the ro-
~~wma ~of numerous temporary building anti barracks that ban sprouted around the indirls
trial plantse Uving gace being provided is In the form of efficiency apartments
residential-typs hotels e Together with large 5-story apdrtments,. consideration is
being given to high-rise types. Among the problems facing city plaradng, the
most Important Is permanence of the permafrost fourdation; protection from wind and
drUtIng snow and beautification problems a" secondary. Underground UtiUW lines
Improperly can break down and adjacent structures can become damageds Above-
grounl.Unes also engender problems; heat-aonducting pipes laid on trestles break U_
courtyard areas, Interfere with movement, and are unsightly* * The beat solution fovmd
was to build utility tunnels with lines in the upper part and a passagwasy below for
'Inspection paToseso To keep heat away from the permafrost around building
foundationag these t=*2s are laid under the conterlines of the streetig.
cted buildings are built around
For OR siaLlar reasons Interconne
central courts*' Ike court areas are thus protected from winds and utility
interconnections an simplified. In one blacks divided Into courts by dn
ilaterconnected-maze of buildingsp wind speed was decreased by 60%*
According'to the general plan of 1961# the basic construction unit In
.;a mtcradistrice that almost completely close& off -the Internal areas and
:cdurts from windg"and drifting snove Microdistrict No Is typical of tva

L 32909-66
ACC NRs AT6023835
others discussed, covers about 24 hectares. In the center is a sports field
!flanked by schools, apsrtmentso and service buildingso Windward outer Walla
-of the di'strict are solid and have a minimum number of entrances* Foundation
integrity is maintained by spacing the buildings farther apart than required
by proven standardso Origo art. has three typical plan layouts Of micro-
At striate.- out table -for alctla~aitieg* ' or.,,g., arts hAst 3 M9=69s Lj-njs
SUB CMEt 05,:13& 04 SM DAM none
Card 313

L 30,698-66 EdP(J)1Ee,' lill(c) TIIIPL~ICD_11~0
T (m )III
ACC NRs AT6008944 SOURCE CODE: UR/0000/65/000/000/004
&
AUTHORSs Kragellsidy, L V.; Ne
ORM none
TITLEs. The theory of wear of highly elastic materials
SOURCE: Abscow. Institut mashinovedeniya. Plantmauay v podshipnikakh skollzheniya;
(Pl-a-97ff-cs in friction beari research and experi-
iseledovaniyat opyt primeneniya
meat in application). Kosaow, Izd-vo Nauka, 1965, 49-56 li~
TOPIC TAGS: material testing, friction, elastic material, wearability, destructive
testing, resin
ABSTRACT: The process of wear of highly elastic resin materials is studied in condi-
tions of friction along a hard, rough surface. Three basic types of wear can occur,
depending on the properties of the material, the properties of the counterbody, and
other fri6tion conditions. Of particular interest is the appearance of zones of
tension in the material in the vicinity of the zone of slip (see Fig. 1). The authors
.conducted model tests on contact fatigue, in which a spherical indentor slips along a
resin surface. ifter a known number of cycleaq the indentor was removed and the resin
surface inspected* Fatigue curves were then plotted and compared with curves of
ordinary fatigue. This comparison shows that the curves are parallel. Based on this
resultj it was concluded that the applied contact stress a is proportional to the
L Crd 1/2

L 3969"6
Acc Nit, AT6008944
Fig. I Diagram of the interaction of a
tao Ing rigid spherical indentor with an
elastic half space.
unit force of friction, that is, the force of friction F in contact with the area of
actual rubbing Ar
(d~ k
where k is a coefficient of proportionality. This equation is used in constructing
quantitative relationships for fatigue wearing of highly elastic materials. Wearing
Intensity is given by A-'I
where ih is the Unitwearing intensity and A. is the normal contact area. The unit
intuensity ist in'turno related to deformationp goometryt the number of cycles until
failure', and to other material parameters. Photographs of surface wearing and plots
of test restdta are' shovw 'Origi art. has: 7 figures and 6 '--7
equa, ions
so COOM, Ali -29/ SM DATEs 3ljul65/ MIG MW.- 009
Card 2Y2

-~!~
-7
Operation of the g7necological exinining clinic. Zdrav.Belor.
5 no.6:56-57 Je '59. (HM 12:9)
lo Glavkvy vrach Hosaonskogo rayona.
(GMVOA-,IV.-d CRGAIIS, MAU,-DIS-USES)

MoKanx, 1. 14QL-r~-
With rest and treatuent. Prou.koop.no.1:33 J& 156. (MLRA 9:6)
I.Zamestitall predsedatel" pravlonlya Vaekoprometrakhooveta.
(Health resorts. watering places. ate.)

Nuom*Yrt I.F.
Frco a departuent to a university of health. Zdrav. Roo. Feder.
no,7:24,-26 So 160* -.~ (KmA 13:9)
1, Glavnyy vrach Podollskago doma sanitarnogo proaveshobeniya.
(MOSCOW PROVINCE-MUH EDUCATION)

35288
D2077D.,,01
14~ W29
Ali 11 ~02:
i"E, llleuuitu~' of un of thc L;'V-,Lb-_i.'_,_itj Of
S OUIP, 3 E, n, oyi T:.jtytUt
0 4
n L cy b c.) r i tu i co v v 18 , 1961. Vo.,)rOS,r
i-m-cren-Ly, 125-127
s 0 1 , I n a I - le t c f 1 u. c b, , i) c L L i i c n t e t, L; or 4 C. C,
years' s o r a e v i a s i n v c s t c, +v e d '-!'h e .: i n e t 3 0 _- e ,-,I e o f A i d
A-3 a.,-.d z1""03 ) Fe-'_Tli-.~' al O,rS, --red as spjecJfied. in
7 4 4 0 2 - 4 8 G O'S T 402-43). The had va-rious L;ha.)es: Horse-
ohoo, bar, hoo.1- -.,.n(I liol-Low cylindur with
diou-Iieter. SO-Me I-11"L.-nets wore oubjected to artifical u-uln, ,.,.n
L) - U
all ernatin,", f i-eld of i,radually d e creas ing anipl itude ; ot.,,. ; r L; d
suecial treatment. All vierc- otored without yo_',,.cs for three c~;_, z;
at room temerature. T'he ;J;3 and artific~Lllly aC.,ed (141,"1 redUction
Card 1/2

16 "611J I 6103-c /0 1
,J/
Results olf a--rl observatio-21, ... 2)207/D301
of flux aftijr ",;;-oin'r trc._t-U'-;.jen0 fl-L-:, 'os~L of
a t e r t,,e 2.7 8 53", 10'- -c 1-~-~
years, comi)ured wit-.-_ 3 f 0
.1
i-tZ;ed ,.r-tifJ_c_Ja..Ljy. 111he jia -nct-2 -..,i-,de of a~-,d
arti-Cicially alred (71:~j -f(Auction Of flaY
C>
t-Ileir al'ter -,hre ye:-v c -ri d
YI loot only 0 . 2 5o
Up to 4.21,-,' loss for ma-~~_riets W(;,Y10
ficially. Two AN3 w.1,11" ch not, _rtifi cially
werc stored 'or 'hree year6 with t'--C~ir li" 0 no1c's -7n co-nz~-Lct
a 30-p' loss of flux. The results indicate tIaLL.
are quite stable and, i-f artificiali~r -ded, c,-n be ~Ocd in
me,-.su_-i_,iL:I,- -L-1-struments. 2-hiere are I table.
Card 2/2

,;1'7 1
D2 e i'1
Y tu Y Y , Y w

r or'
f3r,-t-;yt :1 L 'T' C".;;;
~.
2 UJ':
-Y I:'..; I Y tLZ `6 C". J'C)
.
0 j4
-
-
-
-,,
1.
V
dov
i
Vo t ro~;y ,.,i--,n-L u
!,
or
S
-L-.y .
z-
u
k
n
,
y , 8 4 - ~3,9
TEX'2 I a u -uho --r-s S t ud id i~-y -i e s J s c ,-v c; S- 01-
ed a ho-,,i:;es--,Oe or U i1ollovi cylinder. 2o--
was fomrid thitt reliable resuits (vii thlin can be jb-~aLiad by
CA anc. (mJ ddit~ of th, 0- -U,
Lf
o,uter cG-nve:,, side, of thc elsewh-ere ir
C d b,r
-~~-d --ia-metic -)r,) erts w e I
:-'oi:- ti-e cylindircal h, i o ~ c d e fo r f I
the rat-
;-.i air inside the maL.Inez il i o S2/6
here 31 and :3,) are the -IV-o-ual and the internal (air-filled) cros----
Card 1/~,

:W-', ~. -V3 -, ,,,
ol" ... D207/-j", Z- -,
'io~ 1, 11 i,
sect nal ai~eas, resjectively. 'Ohe-ce u-re I a-,d 2 . V/
Caalo- ~ /n
,~ C- / 4~

POW, Gr
11010MIeUicine Dycentery n-2320
Card 1/1 Fut) 148 - 21/36
Author Nelmkupnoy, G. I.
r"MONIMINAM"
Title A tavy-sided method of inspecting food workers to detect persons
who have chronic dysentery
Periodical Zhur. mikro. epid. i immun. No 2, 58-59,, Feb 1955
Abstract Rezommands that in addition to other methods of inspection recto-
scopic examination of food workers be carried out to detect per-
soas with chronic dysentery.
Submitted August 30, 3-954

-dbodulff f
cratic 5
no.1:43-44 Nr 135.
I'aiWutlzwkoy distantsti
(ReLilroads-Track)
Zhol.dor. tramg.
(JURA 12:5)

NipomaNYT, (pa"Utino).
We do not agree with CourmAe Kuzustsov. ftt' i put. khoz. no.5:
21-22.wy '57s (KLRL 10t6)
1. Mwhallnik Pkautinskoy distautpii.
(Railroads-Rails)

MIPOEUPM. Ivan Kikhaylovich
-- -_1 '-- -
- _e .,j
I In place of railway guard cabins-track maintenan a villages.
Put' I put.khoz. no.11:48 9 157. (KIRA 10:11)
1. Ifachallnik PanyatinekDy distantall Tuzhnoy dorogi.
(Railroads-Kaintenance and repair)

V.POMMY, I.K.
: ,
Stralghtening out track laid on crushed-stone ballast. Pat' i put.
khos. no.4:3-4 Ap 158. (MMA 11:4)
1. Irachalln1k Parwutinekoy distantall puti Yushnoy dorogi, stantsiya
Panyixtino.
(Railroads--2rack) (Ballast (Railroads))

IINPOMMITT, 1. 14.
Storeroon on wheela. Put' I put.khoz. 4 no.1:45 J& 060.
(14IRA 13:5)
1. flachallalk distantall, stantalya Locovala, Tuzhnoy dorogl.
(Railroads-lquipment and suppliao)

NEPOKUPIIYY9 I.M.; SIMANCHUK, V.K.
------
Connecting Instruments to a high voltage line. Putt i put. khoz.
5 no. 103 Ja 161. (UM 14:5)
1. Nachallnik Lozovakoy distantaii (for RepokuprVy). 2. Zametitell
nachalinika uchaatka energoonabzhaniyat at* Lozovayav Yuzhnoy dorogi
(for Simanchuk).
(Railroads-Electric equipment)

A...... .
~ NEPOKUPNYYt 1. Oi~i I
m.v
Group of ~mmunlst labor* Putt I pat* khoz. 5 no*3:3-5 Xr 16-1.
(MA 14:3)
1e flaobalinik Lozovskoy distantaiip steLozovayal Yuzhnoy dorogi.
(Railroads-Employees)

NUOKUPNYYO I.M.
Skillful workers of the Ltz"ya district. Putti put.khoz.
5 n*.5:30-31 Ify t61. -. (MIRA6 14:6)
1. Nachallnik Lozovskoy distantsii Tuzhnoy dorogi.
(Lozovaya--Railreads--TechnologicaI innovations)

NEFOLU I.-,
=,L,
Prodz:ction innovator. Putt i put.khoz. 6 no.5:19 162.
(MA 15:4)
1. Machalfaik Lozovokoy distantsii luzbwy dorogi.
(Railroads-Employees) (Efficiency., Industrial)

xzpoKgpmg I.M.
Two sUfts use the same mahjud~. fttl L put.khoz. 6 na.12:3
062. (KaU 16:1)
1. gaelmllnik Lozovskoy distantaii pmti Tuzhnoy darogi.
(Railroads-Zquipment and suppUes)
.N-4

ANGKLEYKO, V.I.; ZOLOTUKEIN, G.I.; NEFOKUFM , I.M.; BASIDDVp V.V.,
inzh., retsenzent; FROVODI~A --- KJIG" - -:11A -ed.; VOROBIYEVA,
L.V.p tekhn. red.
(Collective of creative labor; experience of the railroad
workers of the Lozovaya Division of the Southern Railroad]
Kollektiv tvorcheqkogo truda; opyt puteitsev Lozovskol distan-
taii lUzhnoi dorogi. Moskva,, Transzheldorizdat,, 1963. 41 p.
(KERA 16: 12)
(Railroads-Maintenance and repair)

t
JTDOROIF. X.T.; REPWILUYET. V.F.
Basic forms of rhizospheria bacteria of timothy (Phlens pratense)
and the chauge in the amber of their cells In the rhizosphere
depsuding upon the developmental stage and age of the plant.
V11kroblologils. 23 n0.2:266-171 Mr-Ap 154. (mraA 7:4)
1. X961covskays, sel'skakhosysystvays, akadenlys. In. K.A.Timiryateva.
(Timothy grass) (Bacteria)

USSR/Biology
Card 1/1
Author : Fedorov, K.'V. and NeWmiluyev, V. F.
Title : The occurrence and nitrogen-fixing activity of Azotdbacter in the
rhizosphare of perennial plants
Periodical Mikroblologiya, 23, 275-2821 MaYIJun 1954
FD 293
Abatract The occurrence and nitrogen-fixing activity of Azotobacter in the
rhizospheres of clover, timothy and perennial grasses is discussed In
detail. A correlation between the maturity and state, i.e. fast-groving
stage, flowering stage, etc., of the plants and the above-mentioned
characteristics of the Azotobacter is shown. The results of the invest-
igationa are presented on 8 charts. Six Soviet references.
Institution ; Moscow Agricultural Academy imeni K. A. Timiryazev
Submitted : September 15, 1953

USSR/Soil Sciencee Soil Biology J-2
Abs Jour : Rof 7liur - Biolio Ito 10, 1958, 110 43803
Author : Podr:ubnyy N.14, Kepomiluyev V.F.
Inst : Not Given
Title : The Biochenical Processes Occurriag in Solonetz wid Soloth
Soils in the PrOsence of F-xccssive Moisture
Crig Pub : DokI. Vbsk. s.-kh. akad. in. K.A. Timiryazeva.. 1957, VYp'-
29, 202-207
Abstract Research made in Kokehetavsbmyn and Saratovskaya Oblasts has
shown that excessive moisture in sol3netz and soloth soils
reduces the quantity of aerobic saprophitic microorganisms,
the nitrifying and aerobic cellulose-decomposing bacteria,
while increasing, the amunt of anaerobic microorganisms.
Under anaerobic conditions the microbiological processes lead
to the formation of ferrous compounds, The intensity of these
processes depends on the composition of organic substances,
as well as on the quantity of diverse species of microorganisms.
F.H. Sofiyeva
Card 1/1

FGDDU3M* N,K., kandaelcokokhozymystvannykh naukt.NF OMILUT~V,
kALnd*b1o1ogicheskikh nauk -F
Properties of solodized soils and their biochemical processes
under excessively vat conditions. Izv. TSKhA no.3:98-108 160.
(MIRA 14'.4)
(Solonetz soils) (Soloth soils) (Soil micro-organisms)

NJPMIWYW, TJ** kande bLol. nmk; GMHIN, I.P.9 kand. sellskakhazMat-
4wim ~-� , nattic.
Nfect of different tillage wthads of dynamics of adcrobiolegical.
processes Im turf---%dzolIc soils [with summary lit magliah]'O IWO
T3KhA na;UI37-:144 1586' (=A 11:6)
(Soil micro-organi time) (Ifillage)

KLURIGEMV, I,S-; UMMILUMV, T.r.; PODDUBRT, 9.11.
Characteristics of oxidation-re4twtiom processes In Solonets and
Soloth soils Lwith summry in UglishJ. Fochvoyedenis no.4:9-15
Ap 159. (KIRA 12:7)
1,3el'skakhospystvannaya akademiya In, X,,A. Timiryateva.
.(Solonett soils) (Soloth soils) (Oxidation-reduction reaction)

WOMUM, V.P.; GHWHIN, I.P.
Characteristia features of microbtalogical. pro(tesoes In tol-
Podaclio soils depending on cultivation prdotioed~' Trudy inst.
mikrobiol., =7:87-95 160. (MIPA 104)
1. Moskovskaya sel'skokhosAystvannaya akademiya imeni K.A.
Timiryaseva, (SOIL HIGRO-OFAMISMS) (TILIAGE)

NEM=M., V.F,,,, kand.biologicheskM nauk,; SHISHOV p L L. kand.
---vaTWo-Hi6zyaystvenrqkh na"k,
Cultural use
mi-croflora of turNmy soils and -its change dur!,~
o~ aoila [with su=ag7 in English]a IsTe TSK no.1 7~.-10/* 162,
(KM -IS.-6)
(7olga Valley-Soil micro-opanims)

NWOMILUMT. V.P.; SHISHOV, L.L.
Distribution and nitrogen fixating capability of Azatcbacter in turf-
gley soils. Nauch. dokl. vys. chkoly; biol. nauki no.2:191-196 162.
L . (min 25: 5)
1. Rekomendovana kafedroy pochvovedeniya Moskovskoy sellskokhozymystvannoy
akELdemij im. K.A.TimiryazeVm.
(AMOBAGTER)

N EMI Xfy Vh nauk; KUZMINA, T.r.
,_VF,_.dotsentg ksnd.~biologichask ,
Rffeat of tilling peat on the microflorm and microbiological
procesmas. Irv. TSKHA no. 1%71-~ft t65 (HIRA 19i1)
1. Wedre. pachvovedeniya Hoskovskoy seliskokhazyaystvennoy
ordena Lanina akadamii. imeni Tintiryamvae.

NZVMIN, T.Ya.i kand.istor.namk; UaMoy, V.T., otvered.Edecaaaed];
KNOPOT, B.Z., red.1zd-va; GORTOVSKATA, Z.F.4 takha.red.
[outline history of the building of socialism in Uzbekistan, -
1917-19371 Ocharki, istorii stosialistichaskago stroitel'stva
v Usbakistans. 1917-1937 99. Tashkent. 1zd-vo Akad.nauk
Uzbekakol SO, 1957, 216 p. (MIRA 13:9)
(Utbakistsn-Mconomia conditions)

kand.lator.nauk; ZEEITOV. X.Te.. daktor istor.nauk.
otv*redo; RAYZVSKIY9 L.I., red.; SALAMIMIXOTA, A., tekha.red.
(Historical experience in the buildinc of socialism In Uzbe-
kistan. 1917-19371 IstorichaskIl opyt stroitallstva sotsializma
v Usbaklataae. 1917-193?. Otvat.red.K.S.Zhitay. Tashkent.
Gos.izd-vo, Uxbakskol SSR, 1960. 381 p. (MM 13:9)
(Usbakistan-11conomic conditions)

5 (3)
AUTHORS: Uironov, T. F.p Nepomnina, V. V, BOV/62-59-T-12/38
TITLE; The Influence of the Chlorosilyl Groups on the Mobility of the
Chlorine Atom in 0 -Chl oralkyl oil anes Dzfng Their Dehydrochl orina -
tion by Quinoline (Vliyaniye khlorsililinykh grupp na podvizh-
nost' &tome khlora v P-khloralkilsilanakh pri degidrokhloriro-
vanii ikh khinolino'm)
PERIODICAL: Izvestiya Akademii nauk 3SSR. Otdeleniye khimicheakikh nauk.,
1959s Hr 7, pp 1231 - 1237 (U33R)
ABSTRACT: In the present paper a P-decomposition product is obtained by
the dehydrochlorination of CH 3Cl, 2SiCH2 CH 201 with quinoline
which is produced according to the following reaction scheme:
/Si - a - C x -4 Si - + C - C + X (X - halogen).
The reaction was more intensively investigated in a series of
compounds of the type Cl nR3-n SiCH2CH 2C1. HCl is splitted off.
It was observed that the formation of a 0-product CInR 3-n51GHCff2
Card 0 proceeds the more easily the greater n is. From the fur-

The Influence of the Chlorosilyl Groups on the SOT/62-53-7-12/38
Mobility of the Chlorine Atom in P-Chloralkylailanes Dur-
ift Their Behydrochlorination by quinoline,
ther investigation of the mobility of the P-ohlorine atom it
follows that this atom is more mobile in the chlorine compounds
Cl3 SiCRKH2 sicl3and in a,a-, app-, and Pop-dichloroethyl-tri-
chlorosilane than in the P-monoohloroalkyl-trichlorosilanes.
Moreover, the following substance was obtained from the in-
vestigationa:
all - as
(CH 3)? 5i\ I 1,1-dimethyl-eyelosilicon-pentene-2.
CH 2 -CH 2
The different reactions and synthesis methods are described in
detail in the experimental part. There are 18 referencesi 9 of
which are Soviet.
Card 2/3

The Influence of the Chlorosilyl Groups on the SOV/62-59-7-12/38
Mobility of the Chlorine Atom in P-Chloralkylailanes Dur-
ing Their Dehydrochlorination by Quinoline
ASSOCIATION: Inatitut oreanicheakoy k-himii im. N. D. Zelinakogo Akademii
nauk SSSR (institute of Organic Chemistry imeni 11. D.
Zelinskiy of the Academy of Sciences, USSR)
SUBMITTED: November 23# 1957
Card 3/3

82693
3/062/60/000/008/007/012
Do B004/B054
AUTHORS: 1(iroa*v,, V. F. and-14epounina, V. V.
TITLE: Synthesis of Alkenyl Silaneqjby Addition of Nothyl-dichloro
Silane to Diane- and Acetylene Compouads
PERIODICAL: Izvestiya Akadenii nauk SSSR. Ot4elentte khimicheakikh naak,
1960, No. 8, pp. 1419-1423
TZXT: Other investigators (Ref& 1, 3) arrived at the conclusion that tri-
ahlorosilane and nethyl- or ethyl-dichloro silane are added to butadiene
in 1,4-Position only. The authors found that this also applies to the addi-
tion of methyl-dichloro silane to piperylenelThe structure of the reaction
product could be established by the identity of the Raman spectrum of the
compound obtained in the following two ways:
Card 1/4

A
$2693
Synthesis of Alkenyl Silanes by Addition 5/062/60/000/008/007/012
of Nothyl-diahloro Silans to Diens- and Acetylene B004/BO54
Compounds
CH3 CHoUgHCH3
+
]lei
CH2.CHCH-CHCH3 (CH3J~~iCHCH-CHCH,
CH3
Nsica CH CH-CH%CC1273Z CH3 vgci
3 3
Instead of platinum on carbon,, the authors used J. L. Speier's (Ref. 9)
catalyst for their syntheses, and than could work under mild conditions
at atmospheric pressure. With addition of mothyl-dichloro silane to diallyl,
an isomer- with a different position of the double bqnd is formed besides the
6-hazanyl-methyl-dichloro silane expected, which was established-by means
of the Razaa spectrum after methylation of the compounds. Furthertthe
authors performed the following syntheses% addition of methyl-dichloro
silane to phenyl acetyleneil
Card 2/4

82693
Synthesis of Alkenyl Silanes by Addition S/062j60/000/008/007/012
of Nothyl-dichloro Silane to Diene- and Acetylene B004/B054
Compounds
c6ff5C MOR + MCI 2ON 3 0 06H5 CH-CHSicl 2C'13- 5 C6H5CH-CHSi(CH 3)3'
The P-(trinothylsilyl)-styrome thus obtained differs in its Haman spectrum
from the a-isomer produced formerly (Ref- 17). Besidest the P-isomer was
also produced by means of organomagnesium reaction (Ref. 18); here
c6H5cmesi(CH 3)% was formed an a by-product* The addition of asthyl-di-
chloro silane to hezine occurs with the formation of the a-isomer which
was identified by the Raman spectrum: C H C=-CH + Hsicl OR -10. C H CH
4 9 2 5 4 9
McHsicl CH H H-CHSi Further, the reaction was carried out
2 3 --'No C'4'. 9C (CH3)3'
with stbyl-dimethyl-ethinyl silanst CH 5 (CH3 sic =CH + Rum 3cl2
CH ifgal
SICHaCEISiCH Cl P. C2H (CH ) SiCH.CHsi(ca The
"2"5(0113)21 3 2 5 3 2 3 30
physical data and the,Raman spectrum confirmed the structure of this can-
pound as a 192-disubAAtuted ethylene (Rafe 2)., The addition of
Card 3/4

$2693
Synthesis of'nkenyl Silanes by Addition S/062/60/000/008/007/012
of Nothyl-4ichloro Silazte to Diane- and Acetylene B004/B054
compounds
mothyl-dichlaro ailane to isopropoxy acetylene is also mentioned. The
silyl, group to always addol to the C -=C bond. The authors thank L. Leytes
for taking and analyzing the Raman spectra. There are 23 references:
15 Soviet, 10 US, and I British.
ASSOCIATIOI: Ynstitut organicheikay khinii im. N. D. Zelinskogo
Akademii naak SSSR
(Institute of OrganichChemistrz ineni N. D. Zelinskiy of
the Academy of Sciences, USSR)
SUBMITTED: February 27, 1959
Card 4/4

87166
s/o62/60/000/012/005/090
7, 2 D 5, 11--) 1 BO13/BO55
AUTHORS: Mironov, V, F. and Nepomnina, V. V,
TITLE- Sy-nthesis of Unsaturated Organosilicon Compounds by Dehydro-
chlorination of (y-Chloro-alkyl) Silane Chlorides (The ex-
presoicn "ailane chloride" is used by the author to denote
that all available hydrogen atoms bound to uilicon are replac-
ed by chlorine)
PERIODICAL: Izvestiya Aka3emii nauk SSSR. Otdelleniy- ~himicheskikh ri,--vik,
1960, No. 12., pp. 2140-2146
TEXT: In this publication the authors studied the possibilities of pieparing
(7-ch-loro-alkyl) silanes using 0,1 N H2PtCl6'6H 20 in isopropyl alcohol
(Ref- 7)~ It was found that under the conditions described - apart from methyl
di,.hloro silane - methyl diethyl silane, methyl ethyl chloro silane, ethyl
dichloro silane and trichloro silane also add readily to allyl- and methallyl
chloride. This method has the advantages cf simple procedure, high yields
and the possibility of adding new hydrosilanes (expression used to lenote
silanes in which the silicon contains at least one unsubnt~~tuted
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87166
Synthesis of Unsaturated OrganosilicoL Compcundu S/062/60/000/012/0W-/020
by Dehydrochlorination of (7-Chloro-alkyl) B013/BO55
Silane Chlorides
atom) to halo olefins. This could not be affected by the former methods. The
authors also added CH 3Cl2Sill to C11 2= C(Cil 291)2 obtaining the (y-halo-alkyl)
silane chlorides listed in Table 1. The authors studied various methods of
dehydrochlorination of (y-chloro-alkyl) silane chlorides to obtain alKerVIsilare
chlorides. It was found that 5-10% piperidine relative to (y-chloro-alkyl)
silane chloride is sufficient to attain maximum yields of alkenyl silane
chlorides. The (V-chloro-alkyl) silane chlorides given in Table 2 were de-,
hydrochlorinated in this manner. This method is without doubt the sImplest
and most convenient way of synthesizing allyl methyl dichlerc silanes,
methallyl.methyl dichloro silanes and other alkenyl dichloro 3ilanes. The
following rules were observed.-(Y-chloro-isobutyl) silane chlorides (with the
exception of Cl 3SiCH 2CH(CH 3)CH2C') on dehydrochlorination with piperidine
always yielded a mixture of isocrotyl- and methallyl silane chlcrides. The
ratio of these two alkenyl silane chlorides varied in the E~xperiments, -Ind-1-
eating the cocurrence of isomerization of methally! silanes +,- isocrctyl
s;lanes during distillation. Dehydrochlorination of (y-chloro-.Fropyi) silane
chloride, however, leads exclusively to allyl ailane chlorides, ECI is
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87166
Synthesis of Unsaturated Organosilicon Compounds 3/06 60/000/012/005/020
by Dehydrochlorination of (y-Chloro-alkyl) BO13XO55
Silane Chlorides
evidently most easily split off from compounds of the (y-chloro-alkyl)-di-
chloro-silane type. (P-chloro-ethyl) trichloro silane and (P-chloro-ethyl)
diohloro silane split off EC1 much less readily under the action of
piperidine. (y-ohloro-alkyl) eilane chlorides behave similarly. The reverse
dependence was observed under the action of quinoline, however. There are
3 tables and 13 references: 11 Soviet and 2 US.
ASSOCIATION: Institut organicheskoy khimii im. N. D. Zelinskogo Akademii
nauk 3~~SR
(Institute of Or.-anio Chemistry imeni N. D. Zjelinskiy of the
Academy of Sciencus USSR)
SUMILITTED: June 3, 1959
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14IROMOV, V.F.; IRTONtmo VIV,
I-
Effect of the character of the si2yl. group an the rate of debydro-
chlorination of gone t4 - and 1/--chlormlkyah2orosi2anes by
piperldinee Izv.AN SWR.Otd.khim.nauk no*5-.920-921 Ky 161.
(MA ]A:~)
1, Institat organichaskoy Ich'sli Im. V.D.Zelinskago.
(SL2y.1 group) (312ans) (Piperldine)

3/66
5Y61/000/006/023/081
D20 D302
AUTHORS: Hironov, V. F. and Nepomnina, V. V.
TITLE; The rearrangement ofCC-8-dichloro-iso-propyl trichloro-
silane on dehydrohalogenation with aluminum chloride.
SOURCE: Khimiya i praktichaskoye primeneniye kremneorganiches-
kikh soyedineniy; trudy konferent6ii, no. 6, Dokladyf'
diskusaii resheniye, II Vaes. Konfer. po khimii i praktq
prim. kremneorg soyed. Len. 1958. Leningrad. Izd-vo
AN SSSRt 1961t i12-116
TEXT: a -B-dichloro-isoLpropyl trichlorosilane was dehydrohalogena-
ted by A101 giving a produc~,which was identified as 0-ohloro-
V
propenyl trichlorosilane. This is an additional proof for the pro-;!
posed mechanism
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S/661/61/000/006/023/081
The rearrangement of *1*0 D205/D302
ClIct a Q
E~Sic_?W ec-csit -C163!C-C4 + ctsic-is - .,I
I. A.-Shikhikevs(Baku), R. l(a.,Freydlina (INEOS AN SSSR, Moscow),
P. S. Rokiskeweki (Institute of Synthetic Resins, 11arsaw) and A.
L.'Klebansk4 (YKIISK, Leningrad) took part in the discuasion. The
opinion expressed by the investigators, who took part in the dis-
cussion, Was that the pro-osed mechanism is not sufficiently clear.
for the time being and fu.,ther..,, more substantial proof is needed*
There are 2 Soviet-bloc references',
ASSOCIATION: Institut organicheskoy khimii Akademii nauk SSSR,
Moskva (Institute of Organic Chemistry, Academy of
Sciences~'Iloscow)
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MIROMOV9 V.Feg NEFOMNIIIA, V.V.
Rearrangement proceeding during the dehydochlorination of
1, 2-bist(trichlorosilyl) dichloroethanes by alusimum chloride.
Izv.AN SSSK40td.khia.nauk no.10M95-1799 0 461. (KM 14:10)
1. Institut organicheskoy khimii in. NoD.Zelinskogo AN SSSR.
(SUane) (Hydracbloric acid)

28275
S10621611000101010121018
B106 B101
AUTHORS: Mironov, V. F., and Nepomnina, V. V.
TITLE: Synthesis of alkenyl silanes by high-temperature condensa-
tion of unsaturated comnounds with silicon hydrides
PERIODICAL: Akademiya nauk SSSR. Izvestiya. Otdeleniye khimicheskikh
nauk, no. 10, 1961, 1686 - 1886
TEXTi It was shown in previous papers (Ref. 1: V. F. Mironov,
Author's Certificate 126883 (1959); Byul. izobr., No 6, 19 (1960);
Chem. Abstra ~A, 19485 (1960); Ref. 2: V. F. 1bfironov, Collect.
Czechoalov. Chem. Commun. 2.2, 2167 (1960); Ref. 3: V. F. Mironov,
A. D. Petrov, V. V. Pisarenko, Dokl. AN SSSR 124, 102 (1959)) that
ethylene and propylene are converted into the corresponding alkenyl
0
silanes when shortly heated to -600 C together with silicon hydrids s:
.6000C: =CFSiCl (20cl',), CH CH=CH + HSiCl 600 C
CH 2= CH2+ Hsicl 3 > CH2 3 3 2 3
)FCH 2-CHCH2Sici3 + CH 3CH-CHSiC1 3 (10'/j). The authors used this new
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2r,275 S/062/61/000/010/012/018
Synthesis of alkenyl silanes ... B106/B101
reaction to study the high-temperature condensation of trichlorosilane
with styrene, cyclopentadiene, and vinyl trichlorosilane. Condensation
of styrene with trichlorosilane gives 0-trichloro silyl styrene (yield,
0 20 20
15cp; boiling point, 90-93 C (2 mm Hg); n D 1.5540; d 4 1.2718; IJR 59~87),
the structure of which was proved by methylation (perfect agreement of
properties and Raman spectra of the resulting substance with those of the
well-known p-trimethyl silyl styrene). C H CH-CH + HSiCl 6000C
CHjMgCl. 6 5 2 3
C 6H5 CH-CHsicl3 0 C6H 5CH-CHSi(Cli3) 3* The condensation of
trichlorosilane with vinyl trichlorosilane yielded a mixture og disilyl--
substituted ethylenes (yield, 1CF/~',); Cl 3SiCH=C.;f2+ Hsicl3 600 C1)
CI 3SiCH-CHSiCl 3 + (Cl 3S')2C'CH2 . The high-temperature condensation
of cyclopentadiene (or of its dimer) with trichlorosilane yi4-,Alded oyclo-
pentadienyl trichlorosilane (yield, 25~'-):
L~ + H3iCl 3 -6000C SiC13 CH3ML:24=S'(CH 3)3
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16.
28275
3/062/61/000/010/012/018
Synthesis of alkenyl silanes ... B106/BI01
The properties of the resulting cyclopentadienyl trimethyl silane
(boiling point, 138-140'C; n 20 1.4610; d20 0.8834; MR 45-54) do not agree
D 4
with the properties of the compound obtained previously (Ref. 6:
A. D. Petrov, G. I. Nikishin, Izv. JUI SSSR. Otd. khim. n. 1952, 1128;
Ref. 7: see below) by organometallic synthesis.
C5H5M + ClSi(CH3)3 ) Si(CH3) 3* (M = Li, MgBr)
Whereas the latter cyclopentadienyl trimethyl silane, to which the above
structure was ascribed without proof, reactd vigorously with maleic
anhydride in ethereal solution, forming an addudt with the melting point
1020C, the cyclopentadienyl trimethyl sildne'synthetized by the authors
does not react with maleic anhydride under the6e conditions. The Raman
and infrared spectra of the two compounds also differ considerably. Hence,
the following structures are suggested for the cyclopentadienyl trimethyl
silane synthetized by the authora: =~ Si(CH 03 or (C'3)3S'
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2P,275 S/062/61/000/010/012/018
Synthesis of alkenyl silanes ... B106/BIOI
Also structures of the type lz~ Si(CH 3)3 cannot be excluded for the
t.-me being. The authors thank L. A. Leytes for taking and analyzing the
Raman spectra. There are 9 references: 8 Soviet and I non-Soviet. The
reference to the English-language publication reads as follows: Ref. 7:
K. C- Frisch, J. Amer, Chem. Soc. 12,, 6050 (1953),
ASSOCIAT1011. Institut organicheskoy kh-imii im, 11. D. Zelinskogo Akad'~Mli
nauk SSSR (Institute of Organic Chemistry imeni
N, D. Zelinskiy of the Academy of Sciences USSR)
SUBMITTED: April 5, 1961
Card 4/ 4

25400
S/08 61/034/002/022/025
A057YA129
AUTHORSs Chernyahevv Ye.k.~ Hirotav~ V.F., Nepomnina, V.V.,
Liogunov, S.A.
TITLEs Remotion of ailiaon hydrides with etay'A.- and isopropyl-
benzene and ;rsparaticn of triohlorosilyl-substituted styrenes
PERIODICALs Zhurnal Prikladnoy KhimIU, -v 34i no 2Y 1961,? 458-460
TEXTo AxylohAL.-roeii-tres were vy-nthem-1--ed by resotIons of triohloro-
silene "d vith ethylpharql- and istpropylphenyl-
-benzenes in liqi).id phaes undex presm.,,ro using H BO %a cate.1yet,, methyl
diohlorogilans was more aoti-46 than tri,ih1.crOeiKrI TrichlGrosilyl. -sub-
stituted styrene and (A-msth-~31-y:ren~; va!j by -,hIorir_atIL:,r, of
-
ethylphanyl- and tc mon--4,AL-;rIdea~ ani
pyrolysis the la-Itter. N~,wadays -.hree syn"her;i-es cf
are frequently st,_,di,~d. The z-stl ~.i the meth~,i st-_A.Iied in thA
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25V0
/090/61/034/002/022/025
Remotion of silioon hydrides ... A057/A129
present InTestigation, ';.e., the 7eaitLon botwe6n sa.lioon hydride and
benzene (or homologs) in liqj;id phasa ~Lnler presoure at 2001-400'0 with
catalysts (BOl&H BO , A10,1 9 eto.). In thfi se,7oal methad Instead of
benzene (or ho o ois)3an ar,71hall4o is used (Ref 7a A. B%rry et al.j InI.
Eng. Chem-, 51, 91 (1959)) and twi-,e as much sillic,-_ hydride is neressary
than in the first method. Ir. the thJrd -variant silioon hydride and aryl-
halide reaot in gaseoas phase at atmoephsri-~ pressure in flowing syetems
at 5000-70000 (Ref 8s Ya.A. Cherryahoy et al.~ DAN SSSR, 127, 808 (1959),
Ref go ibid.132, 1099 (1960), Ref 10i A.D. Petrov at &l.9 ibid.126, loog
(1959), Ref ils V.A. Ponomaranko et al., !bid. i30, 333 (1960)). The
present experiments were iarried out to compare the yields of the aryl-
chlorosilanes and to check. results of other Investigators. The reaction
occurred in a rotating steel autoolave 0 1), ratio o; components was
1 t 1 with 0.1 weight % of oatalyst and contact time of 5 hrs at varying
temperatures from 2300-360'C. The results (Fig.) indicate the higher
activity of methyldiohloroollane in comparison to tri3hlorosilane. This
is in agreement with observations in Ref 7, but differs from the stateuent
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