SCIENTIFIC ABSTRACT VIKTOROV, S.V. - VIKTOROVA, I.M.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001859810003-6
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 1, 2001
• Sequence Number: 3
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

UKTORA, S.V.; GOVORUBIN, V.O-.; SPIRIDONOV, A.I.
?ale-',d Soviet geographer and karat investigator; an the 50th i-irtbia
of N.A.Gw)zdatskii, 1913- . Trudy MOIP 12:191-193 164. 41 V 7
(MIRA 18:1)

V I KTC)i,.C)V , z') . V . ; T'LJ, K( - ~ . ; %,'YSIIT'~--~' P TI -
i , le . ;, . . :', i . ,Ii . ..,.
Some problems of the thecry of geobotanical Ztudies.
Tnidy r-K)11' 8:7-11 164.
WIM 17: 12)

VIKTOROV, S.v.
Vegetation as an indicator of gypsum accumulation in the sands
of the Karyn-Yaryk Depression. Izv. AN SSSR Ser. geoge no*49
111-114 v64 (MIRA l7t8)
1. Vbesoyuznyy nauchno-issledovatellskiy institut gidrogeologii
i inzhenernoy geologii.

-YIKTOROV.-S.V.
*Biogeography with the fundamentals of biology" by A.G.Voronov.
Reviewed by S.V.Viktorov. Biul.MOIP.Otd.biol. 69 no.2:1"-145
Mr-Ap 164. (MIRA 17:4)

CHIKISHEVP A.G.; VIXTOROV,, S.V.
Indicative gedbotarq. Priroda 52 no.12:45-52 163.
(MI RA 17: 3)
1, Institut geografii AN SSSR (for Chlklahev), 2. Vaeooyuznyy
nauchno-issladovatellakiy institut gidrogeologii i inzhenernoy
goologii, Moskva (for Viktorov).

VIKTOROV, S.V.s nauchn. red.; Z11ARKOVA, A.P., tekhn. red.
(Geobotanical methods in the study of hydrogeology and
engineering geology; transactions] Geobatenicheskie me-
tody pri gidrogeologichaskikh i inzhonerno-goologichookikh
issledovaniiakh; trudy. Moskvap 1962. 78 p.
(MIRA 17:3)
1. Moscow. Vsesoyuznyy nauchno-isaledovatellskiy institut,
gidrogeologii i inzhenernoy geologii.

VIKTOROVO S.V.
Indicative trend in zwdern geography. Biul. MIP Otd. geol.
37 no.6sl39 N-D 162. (MIRA 16:8)

VATOROVY V.; DAVYDOV, M.
Prevent accidents from static elec,.ricity. Bezop. truda Y
prom. 8 no.0,;24-25 S 164 (MIRA 18.,l)

4TQRovr--V.- --
yj
Nikolai Kozlovskii. Sov.foto 22 no.10:20-25 0 162.
(14IRA 15:32)
(Photographers, Ukrainian)

VIKTOROV., V.
-------
In the wide open fields. Okhr. truda i sots, strakh.
162. (Farm mechamization)
no.6:24-25 Je
(MIRA 25:7)

-VIKTOR2K,-Y~-
Over~all, technical and economic hiEbway research in transportation
centers. Avt.dor. 25 no.1:26-27 Ja 162. (MIRA 15:2)
(Highway research)

I-, , FA- "r .- f - ;;- ,
VIXTOROV, V.
KarkeIIIIIII"i'M k
P ngg oft-6le milk. Soy. torg,no.2:37-39 7 '58. (MIRA 11:1)
(Milk trade)

VIKTOROV, V.
,
-~ -.i- 'Y' ~-
Nature of the Soviet pilot. Kryl.rod. 2 no.2.,13-14 F 151.
(WRA 10:2)
9
(Sivkov. Grigoril Flegontovich)

,III. ~ , " 0
3531t2. Zhiznl Do-Asyvact 1 ni.-u. ( 0 Kolichoze "(Y,:,.oobri vjyt". E:--"o...
Ocherk.) 0,,onek, 194.t9, No. 47, S. (-7
SO: Ioeto~-jiul Z,iiirnal'ny::*.-, Statey Vol. 34, 1949

STORCHIYENKO, P.; VMOROV V.; IVANOV, S., redaktor; ZHURAVUV, A.,
tekhnicheei n.~;-r-e- -or
[from high altitudes) 3 bol'shikh v7sot; xapiek-I parashtutista.
Literaturnata sapis'. V.Viktorova. Moskva. Izd-vo WSAAF. 1954.
127 p. [Microfilm] (KLRA 80
(Parachutists)

polkovnik
Good on the drill f told, strong in combat. Toon.31an. 36 no.6:
13-14 Js 160. (MIRA 13:6)
(Infantry drill and tactics)

VIKTOROV, V. (Moskva)
Sergei Pudov and his brigade. Mest.prom.i khud.promys. 2
no.10;8 0 161. (HIRA 14:11)
t (Labor productivity)

VIXTOROV, V.
Pasolonate fIghter. Nut.-ttgl. 9 no-71:29 N 160s (MIRA 13:12)
(Uroslavskii (N.I.Gubellman), Zmel!ian Nikhailovich, 187?-1943)
A.

VTKTOROV, V.
Econoric justification for the construction of automobile roads. Tr. from the
Russian. p.19'.
(Silnice, Vol. 6, No. 3, Mar. 1957, Praha, Czechoslovakia)
SO: Monthly List of East European Accessions (EEAL) LC. Vol. 6, No. 9, Sept. 199. Uncl.

VIKTOMY, V.. inzh.
- -
Efficient organization of rapid construction of large-block
buildings. Na Rtroi.Mnsk. I no.9:6-9 S 158. (MIRA 11:12)
(concrete slabs) (14oacow--Boarding schools)

VTMIN, 11 N/5
231 5 - _5
.716
Zolotyye medal; ocherki o sports-menakh sovet3koy ar.-.,iii
(Gold nedals;essays on sportsmne of the Soviet Army)
Y,oskva, Voyennoye Izd-vo linisterstva Oborony Soyuza SSR, 1955
183 P.

L 6574-66 EWT(1)A?WA(h)/ETC(=). WW
ACC NR: AP5025050 SOURCE CODE: UR/0286/65/000/016/0091/0091
AUTHORSs VWorov,..Yj._A ; Petrov, B. N.; Abramov, A. S.; Maslov. G. S.i
Pokhlov, V& P.; Samsonovp G. A-
ORG: none
TITLE: Resonance level gauge. Class 42., No. 173971
SOURCE: Byulleten' izobreteniy iAovarnykh znakov, no. 16, 1965, 91
R F o AtU9,,4,,-, '4-
TOPIC TAGS: liquid level indicator, resonator tA4C_UL
ABSTRAM This Author Certificate presents a resonance level gauge containing a
high fre~uenccy oscillator for exciting a resonance detector with a step frequency
characteristic and a frequency modulator for periodic variation of the oscillator
frequency in the range of the level variation. To increase the accuracy of dis-
orete measurement o~ the__jLqRid lop ;Vt given points, the device is providod
with tank circuits excited by the oscillator at the same time with the detector.
The tank circuits are tuned to the frequencies determined by the given values of
the measured level. With the coincidence of the resonance frequency of the de-
tector and the resonance frequency of the corresponding tank circuit, the signal
Card 1/2 UDC: 681.128.82

L 6574-66
ACC NRz AP5025050
from the tank circuit is fed in parallel with the detector signal to the inputs
of coincidence circuits which are connected to the signal device (see Fig. 1).
Fig. 1. 1- detector;.2- tank circuits; 3- coincidence circuits;
sigral device
Orig. art. ban: I diagram.
SUB CODE: EC/ SUBH DATE: 2ftr64
Card 2)t

L 7639-66 EWT(l)/9vJA(h)/ET0(m) Wd
ACC NR: AP5025053 SOURCE CODE: UR/0286/65/000/016/0092/0092
AUTHORS: V A ; Petrov, B. N.; Abramov,, A. S.; Maslov, G. S.;
Khokhlov, V.,.P*; Samsonov, G. k_.
"~9
ORG: none
TITLEs Resonance level gauge. Class 42, 11o. 173974
SOURCE:. Byulletent izobreteniy i tovarnykh znakovo no, 16, 1965, 92
liquid level indicator, resonator,
TOPIC TAGS:
ABSTPICT: This Author Certificate presents a resonance level gauge containing a
frequency-modulated oscillator for exciting the resonance detector and tank cir-
cuits tuned to the frequencies corresponding to the discrete values of the Maas-
ured level divided in height at equal intervals. To increase the accuracy of
digill-al level measurem~n+,Mth nonlinear variation of the detector and oscillator
output characteristics, the gauge is provided with a device in the form of trigger
counters. These counters determine the number of scale pulses from the tank cir-
.cuits given off with the coincidence of the oscillator frequency and the resonance
.frequency of the corresponding tank circuit until the appearance of the detector
Card 113 UDC: 681.128.82

L 7639-66
ACC NR: AP5025053
pulse. The gauge is also provided with a device for determining the time lag of
the detector pulse relative to the immediately preceding scale pulse. These
devices are connected through controllable logic switch elements respectively to
the output of the tank circuits and to the output of the clock oscillator (see
;'Fig. 1).
Fig. 1. 1- detector; 2- tank circuits;
lato
3- frequency-modulated oucil r;
..........2
4- scale pulse counter; 5- counter for
time lag of detector pulse relative to
immediately preceding scale pulse;
6- logic elements- 7- switches;
8- clock oscillator; 9- counter for
determining time interval between two
7 scale pulses
To increase the accuracy of measurements.. the gauge is provided with a device for
determining the time interval between scale pulses. The device is in the form
of a trigger counter connected to the clock oscillator by two electric channels
with switches. One of the switches is controlled by the logic elements. The
Card 2/3

L 7639-M
ACC NRs AP5025053
0
other is opened by the detector pulse and is closed bry the immediately following
scale pulse. Orig. art, hast 1 diagram.
SUB COM EC/ SUBM DATEs 28Mar64
-Card.?/i

~IKTOROV, _Y,~A. (Moskva)
Study of the dynamics of an optimalizing network of an
level meter and methodology for calculating its principal
parameters. Avtom. i telem. 24 no.lltI583-1588 N 163.
(MIRA 16t12)

L60213-65 EdT(d)/EFT'(I)/EEFX(m)/LFrIA(d)jEiTP(Y)/ (h)/- A(hj/
"T FVP &F Tw wp
i ~-rm- W4
Acass-ION [TRi AP5019059 UR/0286/65/00,3/012/0087/0067
Of '4 4
V. A.1 Petrov, B. N.
jAVMORSe Viktorovp
TITLEt A method for measurim the liquid level in vessels. Class 42, Ro. 172078
SOURCEt Byulleten' izobratoniy i tovar-Tykh znakov, no. 12, 1965, 87
TOPIC TAGSt liquid level, liquid level gage,resonance frequancy, electrcmagnatic !
oacillation
ABSTRACT*. This Author Certificate presents a mathod for measuring the liquid level;
in vessels by comparing the resonance fre-quenclos of electromagnetic oscillations
induced in the vessel along two dls5lmilar high frequencl ducts mAde in the form
o'7.ro-,1-a analogous -,a ar 32 omonts ( r-ings , 5piTals , etc
unl-formly distributed along their lengths. To increase the meas-xrment aaawacy
under the varying electromagnetic properties of a liquid and the state of the am-
bient raedium, the step-vias output' characteristics of the ducts are offset in ro-
t 11 olin Pnoth r b
-7 a magnitude eoual to one half of a step. The level is thon
1 7

L 3559-66 EVIT (I)IEVIA (h)/ETC (m) VAY
ACCESSION NRs AP5024413 UR/0286/65/000/015/0093/0093
IAUTHORSt Viktorov, V. A.1 Petrov, B. N.j Chistyakov, N, N,
TITLEs Le__ve-1___d_e1t_e-c1_to_r -for discrete resonance level gauges, Class 42, No. 173"7
SOURCE: Byulleten' izobreteniy i tovarnykh znakov, no. 15, 1965, 93
TOPIC TAM liquid level indicator
ABSTRACT: This Author Certificate presents a level detector for discrete reso-
nance level gauges, containing two high frequency channels similarly made in the
form of rods with conducting elements (rings, spirals, etc) equally spaced along
the length of the rod (see Fig. 1 on the Enclosure). To increase the accuracy
of measurement with changes in the electromagnetic properties of the medium,, the
rods with the conducting elements are shifted in height so that their output step
characteristics are shifted relative to each other by half a step, Orig, art.
hast I diagram.
ASSOCIATION$ none
SUBMITTEDs 28Jul64 ENCLs 01 SUB COEGI 13
NO-REF SOVe 000 OTHERI 000
Card 1/2

L 3559-66
ACCESSION NRo AP502"13
ENCLOSURM 01
Fig. 1.
1. conddating elemental 2- rods
Card 2/2 - -

I1 1
-7
VIkiOROVP V.A. (Moskira); PALEVILCH, L.G. (Mbskva)
~W"f.
.I optimalliU*',endovibration level gage.
- no.100422-1426 0 163.
Avtom. i telem. 24 '
'MIRA 16:11)

VIKTOROV, V. A.
PHASZ I BOOK EXPLOITMON soy/6m
Akadenlya nauk SUR. Institut aytomatlid,l teli"Wkjjjn4Ir4.
Avtomatiahookoye regullrovanlye I upralleidye (Autowatlo Regulation
and Cqntrol) Koscow, Izd-vo AN SUR, A962. 526 p.. Zrrata slip
Inserted. 9000 copies printed. I
Reap. ZdA Tao Z. Taypkin, Prolemmor, Doctor of Tootmical Solencess
. 1 1. No
Ed. of Publishing Rouses Y*. N. Gri orlyevj Tech, Rd
.
DorckhIna.

PURPikUt This book lis intended for scientific research workers and
e,n&4 ers.conc*rned with autmation.
CMRAaZ: TA* book Is:'a collection 01 articles gpnalstlng.of papers
_
dellyered. *t the 7th Gbnferepoe of,Aiulov Scientists of the Insti-
es USSR
f B
l
h
d
i
O A 7
o
ono
ani
oa
sation and Telom*o
wq o
tuto offi,Aut9
,
hold In XsrchI1960. A-wid* range or scientific and t*ahnioal
questions relating to autmatia rigulatice-and control Is covered.
Card 1,42

Automatic Regulation (Cont.) SOV/6022
The articles are organized In seven sectlonap Including automatic
control systems, automatic process control, computing and. decision-
-akin devices, automation components and,devioemp statisilcal
methods In automation, theory of relay circuits and flnit* auto-
matio systemsj and automated electric drives. No personalities
are mintioned. References are given at the end of each article.
TANA Or CON.29=1 14
PART 1, AMMAWC CONTAM SYSIM
Androyahikow, D. L Ibi offset of &7 friction and slippage
(playyon error during reverse gear operation of serve-
food systoms 3""
AndroychIkow, D. 1. Dynode accuracy of machine tools with
prograsnied control 14

Card 2/12'

Automatic Regulation (Cont.) SOV16012
PART II. AUTOMATIC PROCESS CONTROL
~_' Effect of the higher harmonics 'f a coaxial
(ji~ktorov,, V. 0
bratn5--on the efficiency of an extremal resonant
cavity level gauge , 200
Gushchin., Yu. V. New types of radioactive emission detec-
tors 212
Kalmakovo A. A. Automatic control by x-ray spectrometry of
metallic composition in alloys and non.ferrous-metal ore
concentrates 222
Prusov, N. A. Measuring the temperature of rotating parts 231
C ard 6112

FWT F. 1
'fP. A
A t 0~(' r-70-ar'.
-P AQ .1 -7-.Fp F 7---
4,
L-TOPIC--TAW:---lovel.--gagoi-'eavitr-resonator-----
ABSTRAM This Author Cortificat-o prosents a cavlt7 ra-sonator level gaugge with
tLme sweaD containing a hlzn-fre~cuanc7 -onerriter '-.- ~,xcitation of 013-tn~mag-

7 T-~j r!
.-IL XIInlff. vp
t-uutn Taitage 2m correspondence v�tn Tna resonance frequency or the reference
StTBI,f-T".ITT,',, 115Apr63 1~11C. L 1 0-1 SUB Mi[JE: A-',

ACC NR' AP7002095 SOURCE CODE: IJR/0103/66/000/012/0136/0143
AUTHOR:' Viktorov, V. A. (Moscow)
ORG: none
TITLE: Fundamentals of the theory of discrete resonance level transducers
SOURCE: Avtomatika i telemekhanika, no. 12, 1966, 136-143
TOPIC TAGS: resonance line, error, signal analysis, transducer, resonance
level transducer, resonance level
ABSTRACT: Transducers for multi-position level signalling devices based on the
use of resonance properties of segments of inhomogeneous long lines are discussed.
Their specific features are presented and areas of application are determined.
Fundamentals of the theory of such transducers are discussed and the methods of
analysis and synthesis are presented using a transducer with ring sensitive elements
as an example. An extimAtion of the main procedural errors is given. Orig. art.
has: 3 figures and 15 formulae. [Author's abstract) [AM]
SU13 CODE: 20/SUBM DATE: 30Oct65/ORIG REF: 005/
Card 1 / I UDC: 681.128.08

VIKTOROV, V.P.
I
Secondary quartzite In the Almalyk region. Ulzb. get:' . %*:mr- 9 rc.4t
(,qTjJA .18,9)
64-69 165.
1, klmlykskaya geolngo-razvedocbnaya ekspeditsiya Gosudarstvennogo
geologicheskogo komiteta UzSSR.

O,Vrf I.,- bi
A
4 A, V ii D fl ;I d I A X 11 11 11 0 a
AfIR
.4 L-/7 Th"phenytimme to the control of anopticies tarvae,
V. F. Vilitorov moit Vu. S. Zhenshurist. Aled. Parassi.d.
PwramIk-dri.Wes (U.S.S.R.) 16, Nu. 1,
rhimliplienylamine altme in a CtRICII. of I kX.1hectare "41 -00
ofte(Imtive but a susimusitm of the same Arnt. with 5iju it.
t,f wup in about 30) 1. of WAtCf WAS MY ffective
so tie L. Wilil.4111% so
go
go
oo to 0
so
so 0 i
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go '31
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of zoo
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lee
too
100
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c, a I# r, x it it ffK
0 0 0 oes 0 see 0 4a on
so 00 0
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ad dl
Moab N.
Dow No.
bow (cum.
,,Gmwww Won QgW.jj,, or" so dw Ow
aww tbat the PF06" war-M
die"tivg Sb'Wy- C."Mts an thmns iota the 940mch
bik '"VT t.
tbw. 'he , 'Itl; "'twa
.twine Tom Wky a )*-0-
rt,IWV tka Odda OC.0 cmw w dom cd viewas -wul
.,.t" (C-40.) ab &bmL WOUIC )si- SICIVtO
t,. d.0wail ~i~ by mm" . swtks
.,bat t as bl 6imm-
lbst We that is be ~ -10 Icr thv
'10 1-1 tball bet tbay do The "Oftim of to,"
"met I
14. b.-
l
u

IL I I'!tk fo, n Vf4~
;1% 7.
7-- ;31
X!U'
A. CA ~v tllv of vcIlliting ill-
-rc is jIj'j'jc'e
h:-"t of d;r,~ri;vr pr,-~tr.
'e! 1, .".:!xl-i C'
tud -'Ifilltl~
1- m,l londucd (-,r biockcd by
th~ 'A.Fr7 bl-id is r-Wa enban-cd by it.
into thp dog In-43 to initia-
ti'm of V`ITII-Trati~ ~NlntirA ~,-6 min. nimultanmmily
-~i'h lrwlphill~ intrMuced at InIv (10;!1q,
a 17, 1! IL:1 V ;11 -j' cLt iig !I(-. r do-~A?c (O.W
ra(l alt,-r 1-1 lus. the
Jog falL, In-t lll'~r'L; T~Cutimt rmirlic';
'Ific, ~ I k'mflni7 ,-1 ir-y r- F- !' 7 hrs- Buth mo-phine
r-J-i!rw,4 mill lc:v-,] of pariercatic
(I.. N", Kesol,%rIae-

--------------------
Protective seefetion of digestive &neg. IV. sdaifra-a
d fatestUd jutc4 Lnd bile. V. F. ~,iktcrov. VC11XiA
Morkov. Univ. 9, No ' 2 Se, PCs -!f4t. MMiAm Auk
No. 1. 99-105(k9M); W tb~& 1, 'No. 12(10521); C.A. 45
TM-Expts. with hunCry dog3 showed: centrally Q
peripherally active emetitte (1) (Mcnase the &Z--retion of In.
teltinallulce (Thry-Velfa technique) with and Yrithnut mech.
Irritation (by Introduced tube). AftCr 4 latent !"fed of
" min. the cemtlan betzl= wlfth the begirtnlhg at' nausea.
Tl-.z dircstive power cf juk-c 15 Increv.%et. 11-facphim. de-
Maw% secre6on c-zu-,ed by mcch-. Irritation. The b4c
secretion (U) (Mstre'3 gall bladder fislutz) It strongly in.
cicatcd by 1. Morphine In sma)) dose3 (9.01 C.) slightly
Imxcaso 11 and then de-t-reami- A, Semerif-sov

VIKTOROV, Y.F.
Protective secretion of digestive glands. Report no. 4. Secretion of In-
testinal Jules and bile. Vest.Mook.un. 8 no.2:99-103 1 153. ()WA 6:5)
(Fluids and humors. Animal)

___USSk)t,_O1_OiY - Physiology FD_il49
Card 1/1 Pub. 129-13/23
Author : Viktorov, V. F.
Title : Protect-'ve secretions of the digestive glands. Report 5, the effect of
mechanical and certain chemical stimulants and the biological Bignifi-
cance of the secretory reaction.
Periodical : Vest. Mosk. un., Ser, fizikcmat. i yest, nauk, 9, No 7, 103-11o, oct 1954
Abstract : The role of the digestive glands of dogs during emesis caused by pharma-
ceutical, chemical, and mechanical emetic stimulants Vag investigated.
Significant quantities of digestive gland secretions, whose principal
function was that of lubrication, were detected. The results of the in-
vestigations are presented on 7 charts. Three Soviet references are
cited,
Institution
Oubmitted

V-I-LVOROV
Protective secretions of the digestive glands. Report no.5.,
Iffect of machaniml and some chemical stimuli and the biolo-
gical significance of the secretary response, Vest,Xoakun*9
no,10:103-1100'54* (KLRA 8:2)
(Stomacb-Secrations) (Sallvwjr glands)

VIKTOROV, V.F.
Postmagmatic alteration of rocks in the Al=lyk region. U:b, geol.
zhur. 8 no.1:27-35 164. (WRA 18-5)
1. Almalykskaya geologo-razvedochanaya ekspeditatya.

VIIIOROV, V.F.
structural position of the Sarl-Cheku copper-colybd 1 do-posit.
Top.jeol.Usb. noo2t22-34 161o (MIM 15:12)
Clurems, lmge-Goology,, Economic)
V

VIKTOROVv Z.F.j MIKWLOVp G.M.1 KgLIKOV9 M.D,t kontr-_*4jjUjQmmpwm,
- red.; VOROBIYEV, G.S. p red. izd-va; GURDZHIYLrVA, I.M. 9
tekbn. red.
(Navies of the United States and Great Britain] Voenno-morakie floty
SShA Velikobritanii. Leningradq Ob-vo po raspr. polit i. nauchn.
znanii RSPSR, 1961. 61 p. ?MIRA 14%8)
Onited StateB-Navy) (Great Britain-44avy)

VIKTOROV-t.y,-I.-(Xaykaing-KazakhokaA SSR)
Mining sattlemant in the steppe. Zdorovle 7 no. 2:3 F 161.
(MIPA 14:2)
(M:AIKAIN--MNMS-DISEASES AND HYGIENE)

VIKTOROV, V.M.. inzhener.
I 1-ft"M - I
Bass* of economy'in. building automobile roads. Avt. dor.
19 no.10:6-7 0 156. (MULA 9:12)
(Road construction)

VIKTOROV, Vasiliy Mikhaylovich; DOBROKHOTOV, S.N., red.
(Economic warveys of transportation centers] F~ronozi-
cheskie izyskaniia transportnykh uzlov. Moskva, Transport,
1964. 174 P. (I-IIIRA 180)

VIRTOROV, V. N.
Subject
Card
Author
USSR/Engineering
1/1
: Victorov, V. N.
AID - P-193
Title : The Effect of the Centrifugal Force of the Earth's
Rotation on the Formation of Oil and Gas Deposits
Periodical : Neft. khoz., V. 32, #2, 42-46, F 1954
Abstract : Various theories of the formation of oil and gas deposits
are outlined. The significance of the centrifugal force
of the earth's rotation, CorioliE force and flooting
force (Darcet formula) are discussed and graphically
analysed. Five illustrations and I table with computed
data.
Institution : None
Submitted : No date

BFRNSIITEYN, P.B.; ~'~I,K_T,OUOV, Y.P,
Over-all mech-inization and automation of shoD No. I of tht StmillAki
Refractories Plant. Ogneupory 26 no.11:513-519 '61. (MIRA 17:2)
1. Vsesopiznyy Institut ognsuporov.

VIKTOROV, Vikentiy Pavlovich.-
(Automation of refractories
ogneupornogo proizvodstva.
246 p.
production] Avtcratizataiia
Moskva, Metallurgila, 1966.
(MIRA 19:1)

BLAGOlWVOVj S.I.; BRU, B.M.4~% BYAKOVI P.T.; YkKjORQV-,-V.5.; VAIGANCV,
V.I.; GUSEV, S.A.; GLEBOV, V.V.; GURIIEV, A.M.; DAJ-,ILOV, G.D.;
ZAV'YAlDV, V.G.; IOFW, Ye.F.; IZV;wlKOV, G.M.; KOUG-VAILV, S.A.;
KULIGIN, A.S.; KASATKIU, A.P.; KUZNETSOV, U.I.; IZIEDEV, A.I.;
IEMPERT, Ye.N.; MAME-VICH, Ya.I.; MAYZELI, M.A.; MITYAKOV, V.S.;
NOSKOV, M.M.; RYABCHIKOV, M.Ya.,- P~ATSMQI, N.I.; TVOROGOV, M.K.;
UGOLINIKOV, V.Ya.; KHARIKOV, G.I.; CHADOV, S.L.
Lev Millevich 14atveev; obituary. Torf. prom. 38 no-4:38 161.
(14IRA 14: 9)
(Matveev, Lev Millevich, 1914-1961)

VIKTCROV. Veniamin Samuilovich- GILIGULIN, M., rbd.; KLIMOVA, T.,
[Soientist and patriot (I.M.Oubkin)] Uchen~l-patriot (o I.M.
Gubkine). Moskva, Gos.izd-vo polit.lit-ry, 1960. 29 p.
(MIRA 14:4)
(Gubkin, Ivan Mikhailovich, 1871-1939)

EWT(a)/BDS-
GFOSION NKI AT3002206 S/2941/63/001/090/012b/0131
;AUTHORS: Andreyeshchev, Ye, A,j Baroni, Yeo Yej Viktorova, V. S.; Kovy*rzina,
~K. -A.; Rozman, I._M.j Shoniya, V. M.
TITLEt Excitation energy transfer in solid solution&f orgarde substances. 2
ISCURCEt Optika i spektrookopiyal sbornik statey. v. 11 Lyuminestsentsiya,'
li4oscows Izd-vo AN SSSR, 1963j 128-131
I'TOPICIAGS: phosphorescence, donor, acceptors induction resonance
'ABSTRAM Phosphorescent quenching of the donor energy and the excitation energy
.~transfer from donor to acceptor were studied in several organic substances* Tlie
.solvents and solutes are listed. The experimentally determined radiationless
I.transfer parameter pt (defining optical characteristic of the donor and acceptor
;molecules and the dielectric property of the inedia) was found to be consistent
1y
-higher (about 1.8 times) than the value determined analytically by the induction
:resonance theory, Orig. art. has: 3 figures, 3 tables, and 3 formulas.
'iASSOCIATION: none
,Card

VIKTOROV, V-V- (Moskva); STEPANOV, R.D. (HoAva)
Sizalation of the action of a blast with concentrated charges In
similar soils. Inzhsbor. 28:87-96 160. (MIRA 13:10)
(Blasting)
'I

VIKTOqOV, Ye,
For the
hygieneO
sots. strakh.
trade-union key workers ("Public inspector in industrial
by M. TSyganov. Reviewed by S. Viktorov). Okhr. truda i
no.4:89-90 Ap '59. (MIRA 12:8)
(Industrial hygiene)
(T~tganov, NO

VIKTOROV, Ye.
Youthfulness of an ancient city. Okhr.truda I sote.strakh.
no.5:21-25 ~ '58. (KIRA 1?,:l)
(Kolomna,--Machinery Industry-Hygienic aspects)

.- !~FQROV.---Ya.(&.Moskva)
Force of an anxarn, Is. Pron.koop. 13 no.9.*27 S 159.
OGR& 13:1)
(Inventions, Employees')

VIKTOROV.0 Ye.D. (Lenipgrad)
-
3-tabilization of a acatrol system by the introducrtion of nm-
3 Jnear oompensation. 7W AN SSSR Tekb. kib. noelt.T.9", 7.
JAL-jr $64 (MIRA,;-,17s8)
I

VIKTOROV, Ye.D. (Leningrad)
4 - - - - - - - - - - - - - - - - - - - - - - --
Random motion of a particle above a vibrating plans. Izv.Aff SSSR.Otd.
tekh.nauk.Makh.i mashinostr. no.5.-137-138 8-0 162. (KIRA 15:10)
(Notion)

VIKTOROV, Ye.D. (Uenirgrad)
Calculation of the damping coefficient of free oscillations of a viscous
fluid In a cylindrical containfir. PMTF no.2jl43-146 Mr-Ap 165.
(MIRA 18t7)

VIKTOROVJ, Ye.D.
I-- .. - 1-1- ...
Calculating the attenuation ratio of natural vibrations o4" a
viscous fluid In a cylindrical vessel, Trudy LPI no.235:7-11
164. (MIRA 17:11)

VIKIOROV, Ye.D.
Stability of a self-adjusting filter. Trudy 11-1 no.235:62-66 264.
(K7RA 17: 11)

RUSIIKOVSKIY, T.V.; ZUBCIMTKO, P.Lt nauchnyy sotr.; MCMIKO, T.S.j
nauchnyy sotr.; MINOLENKO, I.M., nauchn. sotr.; VRZHESHCH, Ye.S.,
nauchn. sotr.; ZAPOLISKAYA, V.A., nauchn. sotr.;
nauchn. sotr.; RYMARENKO, V.S., agronom; BUSIMIKO, I.T., agronom;
SAZOTIOV, V.V.., red.; LEVINA, L.G.., tekhn. red.
[Sugar boot in Siberia) Sakharnala syekla v Sibiri. I-loskva, lzd-vo
M-va sel'.khoz.RSFSlI, 1960. 206 p. 04DIA 15:1)
1. Glavmyy agronom po Bakharnoy svekle Altayokogo krayevogo uprav-
loniya sellskogo khozyaystva (for Rushkovskiy). 2. Biyskaya
opytno-neloktsionnaya stantsiya po shkharnoy evokle (for Zubchonko,
P.I., Zubehenko., T.S., Yaamolenko, Vrzheshch, Zapollskava, Viktorov).
(Siberia-Sugar beets)

L 23636-65 W(MMDMQ) Fo-ji mm
ACCESSION NR: A-V5002824
A U1110R: Militskova. yp. A. : Viktarov Ye. S Sokolov, A. D. Kostikov, V. p.
t
10
TITLE: Ilia the cas~Lng of polyform!al;~:=--O~
--A,
-'- in~it
e, ~e q~~aj-
~ M ~~
TOPIC TAG9: polyformaidehyde, the cuffag melond6x--Aznp"i tiit4hnesa --h
u
:r- strength. frost resistance, polymer crystal structure, mold atability, polymer fixrlamm-
Ym er c~ still structu a, mold stability 1~- a
ability, plastic casting
ABSTRACT: The authors investigated the conditions of die casting and the properties
and fields of application of cast polyformaldehyde (PFA). no construction and outfitting
of the die machine (heating cylinder, jet, die mold and temperature control) and the
casting technique are described In detail. The Lie casting of PFA is possible only in a
narrow temperature interval, 180-195C being most c ommon. The E; tay of the miterial in
the cylinder is calculated by formula; for a die machine wi6i a plunger diameteE of 40
mm and a 210C cylinder temperature, the time Is 60 min. The optt--nuxn mold temperature
(determined by article thickness) Is 130C, the optimum castin regaure Is 1200-1500
and (lie duration of the casting cycle Is about 10 see M,,n of article thickness.
kgc/cm
The casting temperature Is dependent on the melt index of the PFA. Articles made from
-- - -1/-2--- - - -- -- - - -- -
Card

L 23636-65
ACCESSION MR: AP5002824
PFA are distinguished by their high ftnpact toughness. An increase In the melt Wax
produces a decrease in the impact toughness and bending strength. Frost resistance
measurements show that tJie stability of PFA decreases at -40C, but stil'i rernstins rather
high. -,he crystal structure of PFA mrid Its h1gh melting point contribute to its mold
stability at increased temperatures. 111*A is stable in most inorganic and organic sulvents
and has a low inflammability. The physical-mechanical properties of PFA decline after
rocasting. Because of its high stability to wear, low coefficient of friction, dimensional
ajid high -temperature mold gtability, PFA can be used for the production of bearing,
gears and latches. "V. P. Zhuravlev took part In designing the casting machine and
L.A. Zavyallra-took part in working out the casting conditions. Orig. art. has: 6
t7abl res and 2 formulas.
S,
ASSOCIATION: none
SUBMITTED: 00
NO REF SOV: 000
ENCL: 00
OTHER: 005
SUB CODE: MT
2/2~
ard
C

ACCESSION NR: AP4045019 S/0191/64/000/009/0020/0023
AUTHOR: Militokova, Ye. A., Viktorov.,
TITLE: Effect of molding conditions and the resulting orientation on the strength pro-
pertice oi high-impact polystyrene products
SOURCE: Plasticheakiye massy*, no. 9. 1964, 20-23
TOPIC TAGS: polystyrene, impact strength, molding, flexural strength. polymer
orientation, copolymer SNP-2
ABSTRACT: Standard polystyrene rods obtained under different molding conditions were
tested for impact strength and orientation. It was found that the specific impact strength
decreases considerably with increasing molding temperature, owing to the Increased
partial destruction of the material in the heating cylinder. The recommended molding temp,
is 170-190C. The curve relating the impact strength of polystyrene to the time of the
material under pressure shows that with Increasing time (to a certain extent), the strength
properties of the moldings are improved because of the resulting condensation of the
material. However, In case of high-molecular-weight polystyrene, with Its ability to
orient In the melt, a prolonged stay in the mold under pressure gives negative results be-
cause of the increasing Internal stresses. For polystyrene UP-2, the fneltLng index ifi 1. 6
cwd 1/3

ACCESSION NR: AP4045019
times less than for the impact resistant polystyrene VP-11. For molding high-impact
polystyrene, the material should be kept in the mold under pressure for 15-20 sec., in-
cluding the time of introduction of the plunger. A molding temperature of 180C ensures
-the -beat filling of the molds at all pressures. It is more suitable to increase the pre83ure
than-the temperature. The specific impact strength of the products was determined at
-40C. In all cases, the impact strength of polystyrene VP-P and UP-2 was 2-2.5 times an
high at -40C as at +20C. This must be taken into account in molding. The effect of
orientation on the flexural and impact strength was investigated on samples (10 x 15 mm)
erial
rut-parallel and perpendicular to thn flow direction of the mat 7`he strength pro-
..Perties were better when the strers was applied perpendicularly to the flow direction. 7he
melecular orientation obtained by molding can be fixed only in products in which the load
act6-in one direction. The greatest difference in strength was observed near the flow gate,
where the material Is under the greatest pressure and whore the greatest orientation is
I -defined
(666d. 7be curves of specific Impact strength and static flexural stress have well
minima arranged at different distances from the gate for different polystyrene samples.
This distance depends on the flow of the material, which can be characterized by the
_.~~Tnelting index.. 7he meldin index of the oopolMer SNP-2 at a maximum permissible mold
temperaturd of 245C was 0. 56, 1, e. it was increased considerably, Orig. art. hast 7
C,,d 2/3

ACCESSION NR., AP4045019
ASSOCIATION: None
SUBmrrTED: 00
NO REF SOV: 003
3/3
ENCU 00
OTHER. 002
Card
SUB CODE; MT

JQKTOROV, Ye.V., gvardit mayor
Ophthalmologic section of the Odessa hospital. Yoen.-=4. zb=. no.l:
85-86 J& '59. (KM 12:3
(HOSPITALS
An R~i& (Rup))
ophthalmol. department of military hosp. (Ras))
(OPHTHAD40IMT,
same)
(WICSI, MILITART AND NAVAL,
I same)

VIE.TGROV, Yu. (1-lool-l-ovokaya
Contactlans elect-ronic finhing rod and lur(,. T--LLdio
8 165. Oiu-i~ r):.0

SMOLD), D.D.; RAZBIVAYA, L.M.; _Yj~qq~~Yp_ YU-M&
2,2t.rDiaminodiethyloulfide of N,N,K',11t-tetraacet-i% acid and
some inner-complex compounds. Zhur. ob. khim. 34 no.11t
3713-3715 N 164 (MIRA 1831)

VIXTOROV-NABOKOV, O.V.
Determining the weight of the blowfly Calliphora erythrocephala Mg.
by the weight of its pupae. Vop. ekol. 4:95-96 162. (MRA 15211)
1. Gosudarstvennyy universitet, Kiyev.
(Blowflies) (Entomological research)

FRANTSEVICH) L.I.; VIKTOROV-NABOKOV, O.V.
Administering small quantities o.-6" venom with a calibrated capillar7
tube. Lab. delo 8 no./+:58-59 Ap 162. (14IRA 15:5)
1. Laboratoriya entomologii (zav. G.I. TSiryanin) Kiyevskogo
gosudarstvennogo universiteta.
(TOXICOLOGY-EQUIPMEENT AND SUPPLIES)

VIXTOROV-NABOKOV) O.V.1 FRANTSEVICH, L.I.
Development of adaptation to poisons In the populations of arthropods.
Vop. ekol. 7:24-25 162. (MIRI 16:5)
1. Kiyevskiy gosudarstvannyy universitet.
(Resistance to insecticidre)

VIKTOROV-VOSTOKOVA, Ye. A.
"Goobotanical methods of ground vater study."
Presented at the Symposl~= on Methods of Evaluating Resources
of Underground Water with Emphasis on Arid Zone Problems, Athens
11-20 Oct 1961

OCHKIN, V.F,j VIMOV, V.I.; GORODKOV, X.I.; LOVTSOV, A.P.; VIMROVA,-AP.;
SOKOIDVA, Te.Ta.; K021OV, A.N.; DRYUCHIN, A.P.. obahchiy red.
[Economy of Saratov Province; statititical collection] Harodnoe
khoziaistvo Saratovskoi oblasti; statisticheskii abornik. Saratov,
Goo.statiaticheakoe izd-vo, 1959. 205 p. (MIRA 12:11)
1. Saratov (Province) Statiaticheskoye upravleniye. 2. Nachallnik
Statistichaskogo upravloniya Saratovskoy oblaBti (for Dryuchin).
(Shratov Province-Statistics)

,VIKTOROV, Yuriy sevo -yiph, GDALU, Aleksandr Davidovich;
X__--IQdg _-,
LEBMEV, Ivan Yevstifeyevich, SOBOLEV, N.N., red.
[Introduction of progressive practices and highly ef-
ficient equipment at the "Rovnoe" granite quarry] Vnedre-
nie progressivnoi. tekhnologii i vysokoproizvoditellnogo
oborudovaniia na granitnom karlere "Rovnoe." Leningrad,
1964. 13 P. (Leningradskii dor. nauchno-tekhnicheskoi
propagandy. Obinen peredavym opytom. Seriia: Stroitellnoe
proizvodstvo, no.2) (14IRA 17:7)

~_711_6_5 94T(d) /tWT(M) IT Pn-4/PC-4/Pac-4 SSMAWLAS(mp) -21
/tm t RM
ACCESSIOU UR: AP4044095 S/0141/64/007/003/0415/0423
-lot ---Vikt--
I ts-
F' tit
TITLE: On the rotational spe-etrum and absorption intensity of water-1
vapor dimers in the atmosphere. 1. Configuration of dimer with
linear
SOURCE: IVUZ. Radiofizika, v. 7. no. 3, 1964, 415-423
TOPIC TAGS: waf6r, radio wave absorpt'on molecular structure,
hydrogen bond :tin
A13STRACT: The author considers dimers whose concentration is maxi-
mal among all other water-vapor polymers, in view of the considera-
ble interest that attaches to knowledge of the spectrum of this co~
pound in calculations of the absorption of radio waves in the milli-
meter and submillimeter band propagating in the atmosphere. Only
the confiquration of the water-vapor dimers is calculated in the
I.Card 1/3

L6711-65
ACCESSION NR: AP4044095
present article. The water-vapor dimer model is considered in the
framework of the theory of the hydrogen bond. The relative orienta-
tion of the molecules and the potential barrier of internal rotation
mole-
is calculated on the basis of a point-like model of the water
cule. The mueual orientation of the water molecules in the dimer is
determined from the character of the forcas binding the molecule.
It is shown that the model of the open structure of the dimer used
in the article is more stable than other dimer structures (cyclic
or bifurcational structure). The coordinates of all the charges of
_~u4eP_-ara_det_Pxmined. and the potential barrier for inter-
a
a
shown that the: expression for ith6--Thboraction- fitial- --using-thez-_-
point model of the water molecule, can also be derived from a rigor-
ous quantum-mechanical analysis of the problem. The accuracy of
the point approximation is estimated. "In conclusion, I am deeply
grateful to S. A. Zhevakin for continuous interest and help with
the work and to M. D. Sokolov for valuable remarks." Orig. art.
Card 2/3

1: 6711-65
IIACCESSION NR- AP4044095
has: 5 figures, 2 tables, and 7 formulas.
ATIONS Mauchno issledovatellskiy radiodzicheskLy institut
:r.ri Gorkovskom universitete (Scientific Research Radiophysics in-
stitute at the C-or'kiy Univer~-i-iff--
;SUBMITTED- 17jun63 ENCL: 00
SUB CODE - EC Hp NR REP SOV: 004 OTHER: 014
c,rd 3/3

A
I
rC NR- AP7002382
- - - - - h7l/GG11/106111064-
SOURCE CODE: UR/0020/66
AbTHOR: Viktorova, A. A.; Zhevakin, S. A.
ORG: Scientific Research Institute of Radiophysics at Gor'kiy State University
_',im. N. I. Lobachevskiy (Nauchno-issledovatel'skiy radiofizicheskiy institut pri
'!'Gor'kovskom gosudarstvennom universitere)
i TITLE: Atmospheric absorption of microwaves by water vapor dimers
SOLRCE: XN SSSR. Doklady, v. 171, no. 5, 1966, 1061-1064
TOPIC TAGS: radio wave, radio transmission, radio wave absorption
ABSTRACT: The author reviews the theory of microwave absorption by atmospheric
gases and water vapor. Although measurements of microwave absorption by
oxygen are in good agreement with those predicted, the results of
measurements of water vapor absorption are about two times greater than
theoretical values.Sucha large discrepancy between measured and theoreti-
cal data cannot be explained by the presence of vapor isotopes or by an
improperly chosen line breadth constant. The authors show that anomalous
absorption by water vapor can be expiained by the presence of dimer role-
cules of water vapor. Dimer absorption also explains the
(1/X)ij 49.5 cirl absorption line which is observed in the spectrograms
I Card
__1/2 UDC: 539.194:621.371.166.2

ACC NR: AP7002382
-6f water'vapor. This absorption line cannot belong to the absorption
'has: 1 '1' re ndif'
spectrum of monomer water vapor.
Orig. art. f gu a ormula.
SUB CODE:X-7,09/ SUBM DATE: 07Feb66/ ORIGG REF: 009/ OTH REF: 010
ATD PRESS: 5111

T__
1-2 AMAWIT/K25 AX.Dt RE, /.-,w
ACCESST~%' MR: AP4,1440q~' 4 6 4
ALF'FEDR.-
TITLE: (in the rotational spectrum and absorption intensity of water
vapor di r9 in the atmosphere. II* Dimer concentration.,
SOURCE: IVUZ. Radiofizika, v. 7, no. 3. 1964, 424-431
TOPIC TAGSc water# radio wave absorption, molecular structure,
hydrogen bond
-direct, coittinuation oi-the-ft-r-st part of the
article 4av. _vytash. uch. a4v, - Radiofizika vi. 7. 415, 1964:
'M~ces`eion Sr. AP4044095) and is devoted to a derivation og a general
equation for the cancentration of the wall-er vamor climer

L 65T6-65
ACCESSIM HR: AP4044096
'a core cmpriaing the first water molecule, and one asymetrical top
comprising the second molecule. The classical expression is used for'
the rotation sum. The approx-imatiorts involved in the calculation are
discussed briefly. It is found that there are approximately two
dimers per hundred pair of water molecules. In the cases of the
cyclic dimer confiquration, Lhe concentration iq approximately 1?0
times sulaller, so that -_Y-rli~ dimers can be d.Lsreigarded in considera-
tions of the absorption of radio waves by water dimers in the atmos-
phere. "In conclusion, I thank S. A. Zheyakin for constant interest
and valuable advice, and to N. D. Sokolov fot attention and interest-'
inq remarks. Orig. art. has: 2 figurea, 10 formulaB, and 2 tables.
A_'FOCTATIONz Nauchno issledovatel'skiy radicfizichoskiy inatitut
pri Gor'kovskom universitete (Scientific Research Radiophysics Ir!-
stitute at the Gor'kiv Univern_4+-v'~
S U EM TT '-X- 17Jun63 F. NIC
SUB CODErV,,9C
'NiP REF SOV: 1.1)")B
"p-A 2 / -,

USSR/Cultivatc.,,' Flants - Grains 9 ~;-h
Abs Jour : rtcf Zhur - Biol., N) ~0, 1"56, 39182
Authiar : Vildorova, L.V.
Inst : LoninCTad Agricultural Instituto.
Title : The Influence of Growin..,,- ConJit-ioiis on FroducIt',ivity, an..,~
the Resistance of Wintor 'Xiuat* Varieties to Failure t)
11cach I
I Maturity by Shedd-*,iC;.
Ori--, rub : Zap. LeninGr. s.-),Ji. 1956, IrYp. 11, 367-373.
Abstract : lk)rk was corductc-1 :.)n =jci:i,.-.--ntal plots .3f the LoaL-,L;vad
Aj, 4
yicultural Institu'-X an(I Jii Lhc k.)lkhoz of thu Luzh3kiy
rayon, LeninLw. oble Me uuc 1145P 120 K120 on j;rovin6
plan-'L,s considerably ~'.Ldnishc,~! the sheddirr- incHcnc:~ 3f
Uic Omin by incrc-naln.,- IL:ic quantity of nc~hrli,lcal t1t;z;ue
In car-ucalos and by alterations ,f thu (-,ar.
This rusistanco is also re-taLica In the folluwin-; ~c:iura-
Card 1/2 tL);150

USSR/Cultivatcr' I'lal-As - Grains.
Abe Aur Rol 2'Zix: - 13iol., I[:) 19~3., -39182
41
Um y-Jold increase :)btaincO. "by using stopped up dosc~: of
phc;s-,):,-Orus-potassiix-.i forMitcr3 takes place not Oaly
because of increased rcGIJ-5~-ancc of the Gxain to
but- als,~ as a result of --ii -J'Xcrca6o in I;roduc",-ivL! bu~;:.'--
licss, the quantity if !-;7-iin Li each car, nxid in t:ic alboolu-
to wUrdit of t1he (7ain. DiA.Tcmit varieties rcact '..i!i:Lm-n-
tly to fertilizers. Tic bc,3t reaction was obtained wit'.. the
0--Allim.,xi) variety. -- V..'k, Vmichkxra.
Card 2/2
18 -

AIYEKSANDROVA, Ye.V.; VIKTOROVA,.A.V., nauchnyy rukovoditell, assistent
Mixed sawing of early and late varieties and hybrids of corn.
Sbor. nauch. trud. Ivan. sellkhoz. Inst. no-1901-55 162.
(MIRA 17:1)

VIKTOROVA, A.V., aaaistent
Comparative estimation of the productivity of different corn
varieties. Sbor. nauch. trud. Ivan. sellkhoz. Inst. no.19:
48-50 162. (MIRA 17:1)
1. Kafedra seleiteii, plodoovoshchevodstva i zashchity rasteniy
(zav. - dotaeut TS.Pavlenkov) Ivanovskogo sellskokhozyaystvennogo
instituta.

tJ
wA
0 fj af, 1 1. ,tiej n!
I;ti. V) ne-I

GOLIDSHTEYN, I.P.; FAYZI, N.M.; SLOVOKHOTOVA, N.A.; GURIYANOU, Ye.N.;
.,VIXTOROVA,.Z.M.; KOCHESHKOV, K.A.
Diphenylethylene complexes with tin tetrachloride and organotin
chlorides. Dokl.AN SSSR 138 no.4t839-842 je 161. (MIRA 14:5)
1. Piziko-khimicheskiy inBtitut imeni. L.Ya.Karpova. 2. Chlen-
korTespondent.AN SSSR (for Kocheshkov)o
(Tin orga-;n*ic compounds) (Stilbens) (Tin chloride)
(Complex compounds)

VIKTOROVA, I.M.; SHEVERDINA, N.I.; DELINSKAYA, Ye.D.; KOCHESHKOV, K.A.
Organogallium compounds of the Ar3Ga class and their dioxarAtes.
Dokl. AN SSSR 152 no.3:609-610 S 163. (MIRA 16:12)
1. Fiziko-khimicheskiy institut im. L.Ya.Karpova. 2. Chlen-
korrespondent AN SSSR (for Kocheshkov).

E-~ ~2-0 51020IL-11301-00410131023
57-'511)0 B!05/B205
AUTHORS: Golldshteyn, I. P,, Fay4ij *L Xh, Slcvrkhotcva, N. A,,
Vik to rGva. :. M. , nni Koche a hkov, K. A.,
Corresponding Vember A5 U5*h
TITLE. Complexes of dipheryl othylerp with ,in tetrach1cride and
nrgarn-tin nhloridea
PERIODICAL: Akademlya nauk SSSR. Doklady, *,,. 138, nc~. 4, !961, 839-842
TEXT: The authors studled complexes c-f asymmqtrla divhany! ethylene (D?E)
with SnCl V C 6115SnC'.,, and (C6H5)2Sr'C'2' The iataly%io activity of SnCl 4
is explained with the formation of n-ocmpleri--j wilh monomers without ever
clarifying the nature of these complexes. Th-A ttu'.Lorn st6diei then by (A)
infrared spectral (B) electron spectra, and (C) die!-utrio polarization.
In -previous paper..'(1. P. Golldohteyn et al.. R-if. 4t DAN, 136, No. 5
(1~61)) it had been found by method (C) tLat the montimned compounds formed
a series according to their capability cf forming emp,exea voith d1oxane:
SnCl C H SnCl (C H ) SnCl The authors lrif0-to find out whether or
4> 6 5 3 6 5 2 2'
Card 1/5

3/020/6!/138/004/013/023
Complexes of diphenyl ethylene with tir,.., B103/B205
not this series was also maintained in ccmpleyez- oith monomers. The
fol 1 ow Ing sys t ems were s t ud i ed ; (a ) SnC 1DPE, ,-C, ) C6.1i5-C1: C 113fDPE,
SnCl, 4 DPE
(r 611 5)2SnCI2 ~DPE, (d) Sn C14 4 DPE + DPE-Iimer. and (e) "05
DPE-dimer. (A) The spectra were taken wl, th a spl - t-team qpec trophc tome t or
'I-FJOO 0-600) with fluorite ouvetteo ana Tof1cri Injertiona (20 it). The
mixtures were prerared in an airtight zhamoer in dry nitrogen and filled
Into cuvettP8. SnCl 4 and CO 5SnCl 3 4n DPE itive preen iolutions with an
absorption band 610 mg and an intensive ab3rrption 1PIC% 500 mu. (B) The
electron' spectra were taken with at, t~-A (SF- 1) jp.?,m trophotometer in
bonzene solution. Results of (A). As Compnred with the tq~qitra of pure
DPE, the spectra of systems (a) and (b) nhow conaiderable changes: (1)
The bands of the region 1612, 1420 -1400, nnd 1-335 cm-.' disappear, the
Intensity of the band 1578 cm-1 decreanen rtrongly- They tire all connected
with the double bond in the molecule of diphenyl ethylere. The band
!615 c-j- belongs to the stretrhing vibratirno of the C-Cdouble bond whose
fiequency Is reduced owing to the conjunctier, wi;h phenyl ringa. The bands
1400 and 1330 cm-1 belong to the deformation vibrations of the methylene
group on the double bond. The band *578 cm- I belongs to the vibrations of
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Complexes of diphenyl ethylene with tin... B103/B203
the phenyl ring, - Its Intensity incrouseu atrongly dtie to the Interaction
%ith the conjugate double bonds. (2) New btindu appear in the regions
1376, 1250, and 1220 am-'. (3) The band 1605 am-' cf the benzene ring
wribration is slightly shifted, and its intensity increases. Besides, the
authors measured the spectrum of the solution of the DPE dimer in DPE to
prove that the above-mentloned chunres (1)-(3) are not connt-cted %Ith the
appearance of the dimer in the abo7e qyatem:i. Thin apectrum rihowe two
additional bands which areaboont in the spectrum of the mon~)mer. The band
1665 cm-I belonga to the stretching vibrations of the G - Ctond In the
dimer. The band 1285 cm-1 poaalbly belonga to the CTI deftrmation vlbr#A-
tions bn the double bond. None of these tic bands appears in the spectra
of systems (a) and (b). The authorn ocnaider this fact its a proof that thf.
changes (l)-(3) in the infrared apentrp tire not cauatid by the dimer but by
the Intermediates of the interaction of DPE with tits tin halides. Further
spectral data out,7-9t that the dimer also forma complexes with SnCl 4 and
C6J5 SnCl 3- .(C) The auth ore measured the dipole moment of DPE In benzene
solution with excess SnCl V and obtained the value 1D. Thus, it lies by
O.T-0.8 Dhigher than the dipole moment in benzene. For these reasons, the
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2 L052
S/02 0/ 61/ 13 #3/00 4/01310 2 3
Complexes of diphenyl ethylene with tin,.. B105IB203
authors think that the band 400 mp (contrary to Ontementa made by
A, G. Evans et al. (nee belcx)) cannot be explninod with onrbonilim inna.
The absorption band in the region 610 mi, may be ascribed to the n-complex.
Accorling to A. N. Terenin et al, (Ref. 10: Optika I spektroakopiya, 3,
450 (1957); Izv. All SSSR, OWI, 1950, 1!00), the frequency of the valenoy
formation decreauen by 115-195 cm-1 in the armplex formation from -~yolo-
hexane and SnCl ; besides, aboorption bi.ndtj appear in the reFion 1400-1340
and 1200 cm- 1 The band 1525 cm- I In 13yatema (d) an] (e) is ascribed to
the reduced (by 140 cm 1) frequency of vibr,itions of the double bond in the
a-complex of the dimer vith the tin hnlide3. In ccntrapt to systems (a)
and (b), the authors had not found any indications of a formation of
R-Complexee in system (o). The solutions of the latter in benzene are
colorless, and no changes were obeerved in their Infrared spectrum as
c7impared with 'he spectra of components. Thust the vithors proved that the
above-mentioned order was also maintained In the case of complexes with
monomers. They conclude that C 9 SnCl can also he a catalyst for:the
6 5 3
polymerization of ol*fina whereas thin cannot be expected for (C H
6 5)2SnC'?'
There are 3 figures, I table, and 10 references: 5 Soviet-bloo and 5 non-
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