SCIENTIFIC ABSTRACT VOZNYY, G.F. - VRABCOVA, S.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001961210008-3
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 1, 2001
• Sequence Number: 8
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

V(9'A y Nly Ij61r V.
VOZNYY, G.F.. referent
Significance of the properties of water used in the wet preparation
of coal (from "OlOckauf," 23-24, 1955). Koko i khim .no.9:62-64 '57.
(MIRA 10:12)
(Coal preparation) (Water)

ONELICHENKO. A.A., insh.-:--V N.L. insh.
Device used in drilling holes for insect traps on sugar beat fields.
Trakt. i sellkhozzaah. no.4:35-36 Ap 159.
(MIRA 12:5)
(Weevils) (Agricultural machinery)

L 2,2715-66 EWT (d ~1 /E?J h*)/EW P (I
AGO NR: AP6004"124 (A) SOURCE CODE:
AUMOR: Voznyy. 1.
ORG: Vyatles
UR/0351/65/000/011/0010/0011
TITLE: A new drive for rope conveyor
SOURCE: Lesnaya promyshlonnostl,,no. 11j 1965, 10-11
TOPIC TAGS: conveying equipment, forestry, electric motor
ABSTRACT: An.Improved drive for a timber sorting conveyor is de-
scribed. The new drive was designed and prepared by a repair shop
of Vyatles at their Turunlinsk forest station. The drive consisted
of an electric motor and a gear assembly driving a sheave by pushing
its sprocket rims. The sprockets can be aoupled with crossbars
attaohed to the rope. The sheave groove was equipped with a rubber
band padding to assure a friction contact between the sheave and the
rope. The arrangement of the drive and the attachment of crossbars
to the rope were illnstrated* The position of the rope and deforma-
621.86
Card 112

,.Vr-I)SIYEV, B.S.; VOZI.')rf, N.Ye.
F`itminatin7 Tv---tylogri-us a fj*~-h
Veterlnar-ia4O .;o.8:54-~56 Ag 163.
(MM -17; 10)
1. Llvcnskaya opytraya stantslya ryboliodstva.

1. - voZiny, P.S., Inzh.
---- - ,
New ocean-going lumber freighter. Sudostroanie 25 no.4_:I-.'5
Je '59. (1-aRA 12:9)
(Freighters) (Lumber-Transportation)

Vomfy. V.
We turn out high-quality production. Prom.koop.no.1-1:7 f- '56.
(KLU 9:12)
1. Brigadir stolyarov navoodesskoy arteli "Nobellshchik,
Nikolayevskaya, oblast'.
(Novaya Odessa District-Purniture industry)

Y,.,P..; VIZIIFR, P.F., natiefinyy sotrudnik; 14FSHKALLO, V.M.
wagte ard -wcc-,
the bed of ra3erv:--,.-Lra. Trudy VSNINLeadrev no.8:14-21
(MIRA 18:11)
1. Nachallnik laboratorii melrhanizatsi-i lesosectinykh rabot
nauchno-issledovatel'sleogo i proyektnogo
inF:tIt1Aa lespoy i dere voolbralw). ty vayuslic) ley prouTshlenmof3ti
(for Voznyi).

V02*,OBULE, Josef, inz.
- - " - f, . - ..
How we enjoy the T 3 streetcars. "iln doprava 12 no. 3:
2-4 Mr 164.
1. Dopravni podnik, Praha.

V020BULE, Josef, inz.
How we enjoy the T 3 streetcars. Siln doprava 12 no. 3:
2-4 Mr 164.
1. Dopravni podnik, Praha.

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ZSCM CW M. Taxabub, J. (Paliva a Vada, 20
NOV* 1%7, 27, 272-8). The authors &L" direations
for measurtiq &ad platting gas piping systma, and woo
deteoting osoape of gas into room*
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VOZOV. A.
I-
The state farm for cultivation of ornamental plants. Zhil.-kom.
khos. 4 no.7:15-17 154. (KWA 8:1)
1. Direktor sovkhoza "Tuzhnyyo kalltury.
(Adler--Plants, Ornamental)

VOZOV. N., asolrant
In Ponza Provinco. Zaghch, rast, nt. vred. i bol. 10 no.6i4-5 165.
(MIRA 180)
1. VoesoyuznTf nauchno-isnledovatellakiy institut zashchity rastonly.

M. A.: 'IT;.r; T~ararjoxJc;,]. co-r.---ra of
tal infections." idn --trate
hi~dical Inat imeni ID/th A-milversar- VLiSN. Uf a, 19-, 6.
(DI.ssertation f~r,r 4Le DeETef3 of Candidate in Eedical 6ci.ences).
SO: Knizhnaya letonis', No 23, 1956

X4,DANOV. P-V., prof.; TOYKIN, L.M., assistent; TOZOVIK, I.S.. in--h.
Plow attachment for the placement of mineral fertilizers at the
time of plowing. Zemledelis 7 no.12:80-81 D '59.
(NMA 1333)
1. Kazanskiy gQsudarstvann" universitat imeni V.I.Ullyanova-
Lenina (for 14DAanov, Voykin). 2. Kaxanakaya gosudarBtvennaya sell-
akokbOZyayRtvennaya, opytnaya stantetya (for Vozovik).
(Plows--ittacbments) (yertilizer sproaders)

VOZOM 9 YU.I.
Floating landslides in the eastern part of the Fergana Valley.
Vest. Mosk. un. Ser. 5s Geog. 19 no.2:80-Sl Mr-Ap 164.
(MIRA 17:4)

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'USSIA/Chemistry - Anoa-s, Corrosion Apr 49
Chemistry - Corrosion, Measurement of
*Anoae Solution of cca 2 ja ea Metals," G. A. VozvI -
Zbanskly, G. P. Dezider yev, V. A. Dnitriyev, Chem
lost Imeni A. Ye. Arbuzov, Kazan Affiliate
Sol USSR, 3 PP- Acacl
*Dok Ak Nauk SSSR" Vol LXV, No 5
Authors previously advanced a -*%-Iheory representing
Wocess of anode solution as a process of electro-
ftorystallization. According to this, surface of
a aet&3 vhich ban undergone anode, dissolving must
have a "corroded texture" - a regular, although
i&visible, corrosion. Checks this theory experi-
I
Ali* 39/49T16
UgbR/Cbemlstry IContd) Apr 49
aentally for copper, brass, and cluraluminum by
ansuring luster, considered as a function of
surface texture. Submittea by, Acad A. Ye. Arbuzov
12 Feb 49.
30[49TI6

VOZVYSHAYEV. L.
New food for blast furnaces. Znan. sila 36 no,12:6 D '61~
(MIRA 15:1)
(Coke)

-AUTHORi Vozvyshayev, L. SOVA -59-1-5/42
.TITLE- Give Way to Direct Current! (Dorogu postoyannomu toku)
PERIODICAL: Znaniye - 4ila, 1959, Nr 1, pp 6 - 6 (USSR)
I
ABSTRACT: As the demand for electricity is increasing, and the Purrent
supplied by the Moscow plants of small capacity is insuffio-
ient and expensiveg electric energy of 400,000 volt in lately
being supplied from the Volzhakaya GES imeni Lenina (Volga
GES). So far it has been impossible to transmit current of
a similar voltage over such a long distance. Because of
the lose in current sustained in long distance transmission,
the line Kuybyshev - Moscow had to be constructed in a now
manner. Instead of 3 wires, which are usually used for the
transmission of a three-phase alternating current, 9 wires
were taken. Only the application of numerous technical im-
provements out down the lose of current. But transmission
over a distance exceeding 1,000 to 2,000 km is unprofitable.
It is cheaper to build power plants on the spot, and to
supply it with fuel, The author mentions the Russian en-
gineer M.O. Dolivo-Dobrovol'skiy who foresaw the possibility
Card 1/3 of transmitting direct current of superhigh voltage over

Give Way to Direct Current!
SOV/4-59-1-5/42
very long distances. At the outskirts of Moscow there '.a
an electric sub-station from where a voltage of 200,000
volt is transmitted in direct current to Mcscow. The
plant contains the laboratories of the Moscow Branch of
the Nauchno-iseledovatellskiy institut postoyannogo toka.
(Scientific-Research Institute of Direct Current). A line
of direct current connects Moscow with Kashira, - a distance
somewhat over 200 km. During the 8 years of exploitation
of the line,the advantages of transmitting direct current
over long distances became evident. As only one or two
wires are required for direct current, the savings in ex-
pensive wire are considerable, and if the high-voltage
cable can be placed under ground, even the masts, re-
quiring enormous quantities of metal, become superfluous.
There are other advantages when transmitting direct current.
The author then explains the process of transforming a/c
into d/c and vice versa. In this connection, the author
states that until recently it was considered that the
voltage in the valve is limited to 10 kilovolt. At pre-
sent, tests are being made with valves designed for a load
Card 2/3 exceeding that of the theoreticians by about 10 times.

Give Way to Direct Currentl
SOV/4-59-1-5/42
The tests are being made at the Vaesoyuznyy elektrotekhni-
cheskiy institut imeni V.I. Lenina (All-Union Electro-Tech-
nical Institute imeni V.I. Lenin), In conclusion, the
author summarizes the advantages of connecting individual
power engineering systems by lines of direct current. The
first transmitting line of d/c to operate, will be the one
connecting the Stalingrad GES with the Donbass, a distance
of 470 km. The first line with a voltage of 800,000 volt
will start working in 1961. There are 3 drawings.
Card 3/3

VOZVYSHAYEV9 L.
ell,
On the longest voyage. Znan.eila 36 no.3-3~-7IMr 161, (MIRA 14-3)
-014. (space Might to vqpufi)'2~'~
f.

VOZVYSWET
1- - -
Rffisionsbrought about in a siv,-,Io decade. Znaa.sila 35 no.10:
22 0160. W" 13: 11)
(lutomatic control) (TTuqguska Talley--Keteori~es)
(Tuaguaks Valley-4omets)

VOZVYSHAYEV, L.
Hake way for direct current transmission. Znan.sila 34 no.l:
6-8 Ja '59. OURA 12:2)
(Slectric power distribution-Direct current)

VOZV-YSHA.YZV, L.
Roads over roads. Znan.sila 35 no-7:11-12 JI 160.
(MIRA 13:7)
(Railroads, Suspended)

%4vzvysHkygvs I!,
Marked sand. Znftn- alla, 33 no.8:1-2 Ag'58. OURL 31: 21 )
(Vqdrograpbr)

AUTHOR: VozvY-qhaY-"4V' J'.
TITLE: Marked Sands (lilechenyye pe ski)
PERIODICAL: Znaniye-sila, 1958, Ur 8, pp 1-2 (113SR)
I
ABSTRACT: Joviet scientists are cclorin6 sands at the bottom of icas
and lakeo in order to fix the dir(,ction ind tpeed inoving
sand and to predict thr, formation of sandbanka. Thif; method
can be used not only ir, hydroteclinical construction, but also
in road building and canal constructJon. The Laboratoriya
karbotaiklicheskikli ooyedineniy lnstituta orgimicheskoy ki-limij.
im,uni N.D. Zelinoko&Ak.aderiiii nauk SSSR (Carbocyclic Compound
Laboratory of the Iustitute of Organic Chemistry imeni N.D *
Zelinskiy of the Academy of Sciences) is carrying out inve'ti-
gations on the movement of sands.
There is one drawing.
1. Colored sand--Applications 2. Sand--Motion
Card 1/1

VCVVY.-'~HAYEVA, L.I., starobly naw-linyy .9rtrudyilk,
Ec~c-nordc efficiency of the cof In
t~a text.11a indurtry. Takst.jl-!,-,fr. 25 P
(mllit,j 18-LIA)
1. V8emoyu%nyy ImlAtaf, fej~k(.,V 4
rl -
tekBtillnogo mash] nos troyanlya.

VOZVYSHAYEVA, L.V.,- DLYUMENfEL'Dv L,A.
Effect of ionized side groups on magnetic properties of
ribonucleic acid. Biofizika 5 no. 5.579-581 ,6o. (MIRA 13:10)
1* Institut' khimicheekoy fiziki AN SSSRv Moskva.
(NUCISIC ACIDS-MAGNETIC PROPERTIES)
(RUIATION-PHYSIOLOGI CAL EFI-SCT)

v b -z- / 9 (~(,, V1, ~ ". (/
VOUAKOV, V.; SHAMN, A". I
Fire -oreventicr. In flrer-mn Democratic Republic. I
no.5:29-30 Py 151. MERA 10: 7)
(4ermary. RAnt-Fire 'Drevention)

*107;Nf'od, "i -
I
SABUROV, A.; TARASOV-AGALAKOV,N.; VO,91 IN 11.11,'1, ZEMSKIY, M.; TROITSKIY,I.;
RUBIN, A.; OBUKHOV, F.-, POWSUAR114, .; REMIZOV, A.; SHALIN, V.;
MIXW,YIDY, F.
Konstantin 14alseevich IAichkov-, obituary. Pozh.delo 3 No.6:11
Je. '57. (MLRA 10:7)
(I$,ichkov, Konstantin Moiseevich. 1873-1957)

VOZYAKOV, V.A.
Results and outlooks. Pozh. delo 5 no.10:12-13 0 '59.
(MIRA 13:2)
1,Glavnyy sudlys, III Vessoyuznykh sorevnovaniy po pozharno-
prildadnomm sportu.
(Tiremen)
(Physical education and training)

-VOZYKA,,_ T.A.
NNOW
Automatic submerged are welding of large steel castiW. Proizv.
opyt v obl. evar. no-1:72-76 '56. (MLRA 9:10)
(Steel castings--Welding) (Ilectric welding)

4
FERBOIG, Aron tolomonovich; V(,ZYAF.(-IV, oll,v. r (1,1
[I",'conomic work of the Coritstr-a.-ttori Bauk; bank and the
economics of eunstructionj Ekunorrdchaskala rabota -,troL-
banka; bank i ekonomika stroit.ellotva, R).,ikva, lzd-vo
"Finan-rj," 1964. 175 p. (MII(A 17:1j)

DUSHENI&T-A, Svetlana Viktorovna; SYSOYEVp Boris Ivanovich; CHISrYAKOV,
Maksim Tikhonovich; -VDZYAKOV,, A.,, otv, red.; NADEZHDINA, A., red.
izd-va; LEBEDEV., I.,, tekhn.- -i~df--
(Financing of planinin and engineering work] Finansirovanie proekt-
nykh i izyskatellskikh rabot. Moskva, Gosfinizdat, 1961. 84 p.
(MIRA 14: 10)
(Construction irulustry-Finance)

VOZYAKOV, V.
Prokention of fires caused by petroleum lamps. PQSb.Aelo 3
no-2:5-6 F '57.~ (Tire prevention) (lamps) (MIRA 10: 4A

USSR /t4icrobiology. Soil Microbiology. F-3
Abs Jour: Referat. Zh.-Biol., No. 9, 1957, 35612
Author : Khudiakov, Ia.,
Title : The Microflora of Wheat Roots and Several of
its Properties
Orig Pub: Mikrobiologiia, 1956, 25, No. 2, 184-190
Abstract: A study was made of the specific composition of
the microflora living on the roots of winter
wheat washed out of the soil in the phase of
milling ripeness or with ears. The microflora
of the wheat roots was represented by 41 species,
and contained representatives of the genera,
Pseudomonas, Bacterium, Mycobacterium, Chromo-
bacterium; 25 species of micro-organisms live
not only on the roots but also on the above-
ground parts of the plant, Le., they are
Card 1A

USSR /t4icrobiology. Soil Microbiology. F -3
Abs Jour: Referat. Zh.-Biol., No. 9, 1957, 35612
epiphytic microorganisms. Several strains of
10 species of root microflora can assimilate
nitrogen from the atmosphere; a series of strains
of 14 species can utilize organic compounds of
phosphorus- 4 species are capable of creating
factors of growth which speed up the growth of
the roots.
C ard 2A

tMURIVIaRv S.; YOE I YANSICIY# N.; YNDUIDV. A.
Using circmlar strips for retreading tires. Avt. transp, 36 no.2:
28 P l 58. (MIRA 1192)
(Tires, Rubber-Repedring)

VOZYEL,X"&W- --
"OPPOPM-
Eleventh All-Union competition in sports related to the training
of firemen; a great event in the sDorts life of fire deuartments.
Posh.delo 3 no.11:23 N 157. (MIRA 10:11)
(Sports) (Fire deDartments)

RAVIKOVICH, I.M.; BRAGIN, Yu.S.; KHMOROZHKOV, I.P.; MAY7,ELI,, G.M.; STARIKOV,
M.A.; GROSIOV, M.Ya.; 8UTIWH9Y.KO, V.N.; Prinizali uchastiyes
ANTOSHEGHIaN. MoP.; Y"OV, V.H.; CHEKH, N.A.; OBU)MOVIL, E.H.;
A.S.
Production of ferrovanadium-ninter at the labyazhlya sintering
plant. Stall 25,no.61484-486 Je 165. (HIRA 18 6)
1. Nizhne-Tagiltslciy;-Met~~llurgicheakiy kombinat.

V~)-Zt,,ily
, 1 - _ B%rA I A . 1.
Vozzha:,-eva, A. P., Avakcv, A. L., and Yov*rul.oir, A. *;!. V. - 110-n tl,.c. T,roblem of
- _4 1,7!~ 1 .7 X, 1- " ,"1 1 "
Widalls anal-,,tic reaclv-_-n", -r--Ay Astral:!-. f,,cs. nc;dl. in Uft, - I,-, 1 1. -- --
36.
SO: U-3r-42-, 11 March 53, (Letopis 'Zhiirnal Inylli '~.atey, 'To. c%,

_ACC_NR~-AP603l636_- ---SOURCE-CODE:- uk/6is~ffi~6/6i'i-/od,)/6840/084S"-'
AUTHOR: Ferdinand, Ya. M.; Redechkina, Z. P.; Vozzhayeva, A. P.; Vetlugina, K. F.;
Vevyur, N. A.; Zhigullskayl~, 1. F. Bo rod zd enk6_-'r.-F-.,--
ORG: Rostov-na Donu Scientific Research Institute of Epidemiology, Microbiology,
and Hygiene (Rostovskiy-na-Donu nauchno-issledovatel'skiy inatitut epidemiologii,
microbiologii i gigiyeny); Department of Infectious Diseases, Astrakhan Medical
institute (kafedra infektsionnykh bolezney Astrakhanskogo meditsinskogo instituta);
Department of Infectious Diseases, Saratov Medical Institute (kafedra infektsionnykh
bolezney Saratovskogo meditsinskogo in6tituta); Hospital No. 10, Volgograd (bol'nitaa
NO. 10)
TITLE:' Antibiotic therapy and chronic typhoid fever carriers
SOURCE; Antibiotiki, v. 11, no. 9, 1966, 840-843
TOPIC TAGS: typhoid fever, typhoid carrier, antibiotic 4!h=nspy, infective disease,
ABSTACT: Antibiotic- treatment does not eliminate all typhoid carriers,
but the treatment is justified since the highest percent of
carriers was found among untreated patients. Administration
of antibiotics until the third week of convalescence sharply
reduces the number of carriers. [WA-50; CBE No. 121
SUB CODE. 06/ SUBM DATE: 05Nov6S/ ORIG REF: 008/ OTH REF: 001/
rard 1/1 UDC: 616.927-085.779.931-07:616-008.97 (Bac. typhi)

VOZZFMGZDV, G.S.
...... "-.-
Use of artificial radioactivity in pro"cting for siawnese aal
copper ores. Trudy Sver.gor.inst. no.34:152-164 159.
(MIRA 13:5)
(Manganese orem--Analysis)
(Copper ores--Analysis)
(Prospecting--Geophysical methods)

TOZZHENIKOV, G.S.
Expoenre to radiation, Interval and activation time logging. Ixv.
vys. ucheb. sav.; geol. I razv. 3 no.8:86-91 Ag 160. (MIRA 13:10)
l..Sverdlovskly gornyy institnt.
(Logging (Geology))

S/169/61/000/012/034/089
D228/D305
AUTHOR., Vozzhenikov G So
TITLE: The question of using artificial radioactivity
when prospecting for manganese and copper ores
PBRIODICAL: Referativnyy zhurnal Geofizika, no. 12, 19619
42, abstract 12A406 ~Tr. Sverdl. gorn. in-ta,
1959, no. 34, 152-164)
TEXT: The resuits of theoretical and experimental research,
undertaken to study the possibilities of the method of induced
activity for the quantitative determinations of Mn and Ou
in ores, are stated. The calculations and modeling showed that
5 - 10 hours after the end of the irradiation, the copper iso-
tope Cu 64, which is formed during the activation of ore by a
neutron source with an activity of 3 curies for 10 - 20 hr.,
gave considerable activity (13 imp./min. per 1% Cu for the
Card 1/2

S/169/61/000/012/034/089
The question of using.., D228/D305
BC-Li (VS-4) counter), exceeding by several tens of times the
summary activity caused by the activation of separate isotopes.
The intensity of the induced activity is directly proportional
to the percentage content of copper in the ore, which creates
the poesibility of determining the copper content of ore during,
borehole logging with a relative error of about 20%. Artifi-
cial radioactivity of high intensity (25 imp./min. per 1% Mn
:ror the MC-4 (M3-4) counter), caused almost entirely by the
artificitilly radioactive iHotope Mn56 30 min. after -the end
of irradiation, is similarly induced on the activation of man-
ganese ores for 4 - 5 hr. by means of a neutron source with an
activity of - 0.5 curies, The relative precision of deter-
mining Mn in ore bodies perforated by corelessly-drilled
holes amounts to 3 - 10%. The determinational error may be
decreased by increasing the source activity and exposition of
the measurements. Z-Abstracter's note: Complete translation._.7
Card 2/2

VOZZHENIKOV . GennadIX, _Sor&2yjvjch
(Activation analysis in mining geophysics] Aktiva-
tsionnyl analiz v rudnoi geofizike. Moskva, Nedra,
1965. 69 P. (MIRA 18312)

VOZZHENIKOV, G. S.
Cand Tech Sci - (diss) "Beaker determination of copper in wells."
Sverdlovsk, 1961. 22 pp with diagrams; (Ministry of Higher and
Secondary Specialist Education RSFSR, Leningrad Orders of Lenin
and Labor Red Banner Mining Inst imeni G. V. Plekhanov); 150
copies;price not given; list of author's works at end of text;
M, 7-61 sup, 233)

L 3,3 - 6 E P F i cE P 2 EP P I ED!
r, /1A P i t P,-4 iPT--Z "F--
P;i d I J, P F." P L Rm/ iri/lw.
ACCESSION 11": APIA04602 S/0020/65/160/002/0405/0408
AUTHOR: Tererit'yq-v, A.P. -e,r-t)er AN 353R); Vozzherinikov, V. ",:VI
v v,)n-ko vz ,Z. V. Rui"Ii,.ize. Ye. GIuahkova, V, P.; 4reAKIR,
fl -Semiconducting and optical propertif~s of copper, nickel, zinc, and radmium
dithlocarbamates
SOURCE: AN SSSR. Doklady, v. 160, no. 2, 1965, 405-408
TOPTC TACYS- ropper dithiocarbarnate, nickel (I thiocarbarnate, zinc dithifwarbamato.
cadi-nium dithincarbalTiate, dtthiorarbamatt~ semiconducting property, dithlocarbamate
optical property. organic semiconductor, chelatv ;Aeotrical property, polychelate con-
ductivitv, activation energy
ABSTRACT~ -Mis paper is part of a study of a goiles of chelates ind polychelates airned
at determining the dependence of their electrical propertle8 on their atomic structure and
'S P-A.- O'l. i, h- 1. - -~I i- f~'- -t -- - .

I a,
L 29933-65
ACCE,WION NR: AP5004602
several t),pes of electronic transitions -were en'a~)Ifshed. and the thermal activation energy
Etherm was compared with the optical activation energy Eopt' It was concluded that the
semicon(JUCtiRg Daram-eters are determined pi imartly by the nature of the metal - ligand
chernical bond. and not b,, the crystal structure )r superstructure, Orig. art. has: 3
figures, ' table and 2 formulas.
ASSO,CIATION: Fiziko-khimLchesk-ly institut im. L- Ya. Karpova_P~ysicochemical
inst~tu e), Moskovski- rqon0s6V-ft
I y gosudarstvenny-y universi:et irn. 03
state university)
SUBMITTED- 04Aug64 ENGL: 00 SUB CODE: OC, EM
NO REY BOV: 004 OTHER: OOC-
Card 2/2

TERENTIYEV. A.P.; RODE, V.V.; RMIAME, Ye.G.; VOZZHENIIIKC-V,
RADZUDZE Y L. 1.
Electric conductivity of chelate polymers. Dokl. AN SSSR 140
no.5:1093-1095 0 161. (MIRA 15:2)
1. Moskovskiy gosudarstvennyy universitet im. II.V.Lomonosova
i Fiziko-khimicheskiy inatitut im. L.Ya. Karpova.
2. Chlen-korrespondent AN SSSR (for Terentlyev)o
(Chelates-Electric properties)

29120
31020 /6 11401._'005/01 6/022
B1 03//Bl 10
AUTHORSi Terentlyev, A. P., Corresponding Member AS USSR, Rode, V, V~,
Rukhadze, Ye. G., Vozzhennikov, V. M., Zvonkova, Z. V.,
and Badzhadze, L. I.
TITLE: Electrical conductivity of chelate polymers
PERIODICAL: Akademiya nauk SSSR. Doklady, v. 140, no- 5, 1961, 1093-1095
TEXTt The authors measured the electrical conductivity a and the activa-
tion energy E of neveral chelate polymers to determine the dependence be-
tween their semiconductor properties and their atouiic structure. These
polymers were mostly synthesized by interaction of equimolecular aqueous
solutions of metal acetates and alcoholic solutions of the corresponding
tetrafunctional organic compounds. The substances obtained were amorphous,
innoluble, and infusible. Their deoompoeition temperatures were above
250-3500C. More data will be published in the coming issues of the peri-
odical "Vysokomolekulyarnyye soyedineniya". For measuring the electrical
conductivity samples in tablet form were usedi diameter 5-7 mm,
Card 1/6

lwl
29120
S/020/61/140/005/016/022
Electrical conductivity of ... B103/B110
-13 -1 -1
a - up to 10 ohm .cin . It changes with the temperature according to
the exponential function a = a0 exp(-E/2kT), The results are given in
Table 1. Copper-polvcAelates of structure I had the highest electrical
conductivity. Their special electrical properties are in good agreement
with the hypothesis on their network structure. The atoms of monovalent
copper form linear bondsi 5 - Cu - S. X-ray studies showed that the dis-
tance between the Cu atoms next to each other -Cu-S=d-S-Cu-equals 5.8 1
Radicals with n bonds of carbon increase the electrical conductivity of
copper polyiners. Coplanarity of the po_;ymer chains necessary for the
,.,S
conjugation of the 7E bonds of the N-C,,, atoms and phenylene rinpa:, is due
to the network structure, In polymers with structure II, a decreases
whereas E increases in the sequence Co, Zn, Hi. The four sulfur atoms are
I/S
in the same plane as the metal atoms and the N-C %V14S bonds. The Co--S bonds
are tetrahedral. The elecLrical charactoristics of 48 semiconductor
Card 2/6

29120
S102 6111401CO'.140161022
Electrical conductivity of B103YB110
polymers like those of inorganic semiconductors, widely depended on the
short range order. ThQre are 1 table. and 9 references: 8,Soviet and
I non-Soviet. . The reference to English-language publication reads as
follows: B. Long, P. Markey, F. G. Wheatley, Acta cryatallo~.v. 140
(1954)-
ASSOCIATION: Moskovskiy gosudarstvennyy universitet im. pl. '~'. L~)rnonosova
(moscow State University imeni M. V. Lomonosov.~ .
Fiziko-khimicheskiy institut im. L. Ya Karpova (ilhysico-
chemical InE;titute imeni L. Ya. Karpov;
SUBMITTED: 14ay 31, 1961
'fable 1. Electrical conductivity of chelate polymers.
Legend: 0 ) a295 (ohm-' 1. am-'); (2) same unita an (1)1 (3) ill Ov; (4) for
polyr;helates: of Ni with R = -(CII 2)6- and n,n' _(C6H4)2-; (5) of zinc;
(6) of cobalt; (7) for cadmium polychelates; '(8) for all polychelates;
Card 3/6

6/02 621147/005/019/032
B106%186
AUTHORSi Tarentlyev, A. P., Correoponding Member AS USSR, Rukhadze,
Ye. G.t Vozzhennikov, V, M., Zvonkova, Z. V., Oboladze, N. S.,
Mo c ha 11 na
TITLEs Electrical conductivity and activation energy of chelate
compounds of the dithiooarbamatee and thioamides of pyridine
derivatives
PERIODICALs Akidemiya nauk SSBR. Doklady# v, 147, no- 5, 1962, 1094-1097
TEXTs The temperature dependence of the electrical conductivity 6 of
chelate polymers of the following etructures A# 6, And 9 has been deter-
mined.s
Card 1/6

Electrical'don'ductivity and.'A
7L
L
Card 216
S/020/62/147/005/019/032
B 106/3186
U 4

8/02 62/147/005/019/032
Electrical conductivity and... B106%186
Cu, Co, Zn; R (2),
CH CH3 0 H3 OCH3
For comparison*" the compounds 1, and the polymer E (initial products in
the synthesis of the above chelate polymers), dnd the compounds )R and.3
(M - Cu, Co, Zn) (monomers of polyche'lates investigated earlier (Ref. 21
V. M. Vozzhennikov et al, DAN, 143, 5 (19621) have been studied*analogouslyt
r A
sit,
-41
31# S11 Sli N sit
card 3/6
h

S/020)/62/147/005/019/032
Electrical conductivity and..... Bio6/y66
3 S CA
-o %'e IC-N"
My CA
S", S%C-Nl at,-Cli -7 10 1,
N
Since the compounds investigated are insulators at room temperature, the
values of the electrical conductivity have been, 'determined between 330 and
6000K., The,values of the activation energy E have been calculated from
the temperature dependence oft'd (ascent of the straight line in diagrams
(log d, I/T)). Table 1 showelthe results. In agreement with the data of
Ref. 2, the electrical conductivity depends considerably on the nature of
the metal (Zn Ni> Go). The stability of the complex compounds and the
electx;0Tr-afftntty f the -MUtariv- NFIgLis -tTr-e llfa-me 6rZref-.'1HCfadt that
the nature of the radicals b,ound to nitrogen atoma.in the compounds-W, and
3 has practically no effect on the values of d and E shows that these two
quantities are mainly determined by thd nature Of the chemical bonds and
card 4/6

Electrical conduottvity and.,.
not by the packing of molecules in the crystal. Activation energies between
1.2 and 1.6 ev were found for the 30 compounds with the grouping
M ... SwC-N' inveatigated in Ref. 2 and in the present paper. An activation
energy of this order has also been found for CuSCN, the simplest semicon-
ductor polymer with the grouping S-C-N-. There are 2 figures and 1 table.
-ASSOCIATIONs Fiziko-khimicheskiy institut im. L. Ya. Karpova (Physico-
chemical Institute imeni L. Ya.'Karpov); Moskovskiy
gosudarstvennyy universitet im. M. V '. Lomonosova (Moscow
State-University.imeni M. V. Lomonosov)
SUBMITTEDi June 220 1962'
r
Card 5/6

B/020/62/147/005/019/032
El.ectrical conductivity and... M6/M6
Table 1. Legends I structure; II radical; III metal; IV E, ev; the
first values at T 4100K.
Card 6/6

VOZZHENNIKOV, V.M.; ZVONKOVA, Z.V.; ITURADZE, Ye.G.; ZHDANOV, G.S.;
- -.- - -- --GLUMOVA~, V.P~
Electric conductivity and activaticn energy of some dithiooxamide,
N-substituted dithiocarbamate, and thiocyanate (Cu, Co, Ni) polymers.
Dokl. AN SSSR 143 no.5:1131-1134 AP '62. (MIRA 15:4)
1. Fiziko-khimicheskiy institut im. L.Ya.Karpova. Predstavleno
akademikom V.A.Karginym.
(Polymers-Electric properties) (Thiocyanates)
(Organometallic compoundo)

S/02 2i')143/005/013/018
B101YB110
AUTEORSi Vozzhennikov, V. M., Zvonkova, Z. V., Rukhadze, Ye. G.,
Zhdanov, G. S., an-rGluahkova, V. F.
TITLE. Electrical conductivity and activation energy of some
dithio oxamide-, N-substitutod dithiooarbamate-, and
thiocyanate (Cu, Co, NO polymers*
PERIODICAL: Akademiya nauk SSSR. Doklady, Y. 143, no- 5, 1962,
1131-1134
TEXT: The electrical conductivity, 1, and the activation energy, El of
the following polychelates were studied:
/NH H
C`ks,' NIII/ NS, N111CS
Card 1/

3/020
,/62/143/005/013/018
Electrical conductivity and ... B1O1/B11O
14 Cu, Ni, or Co;
-Nil-C-S -Cu-5-
CV-
-SA-Mi-R-Nif TS C,j-S-C-N11-R-
R p-C 6H 4-; P,P-(C6 H4)2-; (CH 2)6; and
Co. CO *C-N11-
R - P-C 6 H4 PIP-(C 6H4)2-; (CH.2)6; (CH2)2 T~e following was found:
Card 2/5

B/02()/62/143/005/013/018
Electrical conductivity and ... B10 B110
Polymer 14, R T, OK Cr 290CIK IT0 S, ev
Ohm Gm ohm cm
I Cu 290-350 4-10-8 1.104 0.6
Ni 290-500 2.10- 11 7-10- 1 o.6
CO 400-500 7-10- 16 1-10-3 0.7
II P-C611 4- 290-425 7,10-11 0:421 0-62
It
Pop
-06 H4)2 290-450 3
5-10-1
1-10-3
0.36; 0 601
to (CH 2)6 310-380 1-10-13 2-10- 1 0.72
III P-C6H 4- 370-46o 9.10-12 1.10-3 0.56
PIP-(C 6H4)2- 360-460 3.5- 10-12 3.10-3, o.62
(CH
) 400-46o 1-7-10- 12 5-10 -3 0-76
6
2
(CE 1
2)2 400-460
1 8-10-,13 1.1 -3 1 0. 4
Card 3/5 -

8/020/62/143/005/013/018
Electrical conductivity and Biol/Blio
* extrapolated; ** first figure at T < 3600K, second figure at
T > 36ooK; *** Y 0 . In the compounds II and III the higher T and
400 K
the lower E of the phenylene derivatives are explained by the effect of
the -, bonds which is reduced in the diphenylene group owing to the angle
between the ring planes. Logt57 is a linear function of 1/T, the
straight line has, however, a salient point at 3600K for compounds II.
The susceptibility of compounds III is 3-5 JxB- Compounds with the bridge
groups S=C=N- have semiconductor properties. Also CuSCUshowed a salient
point in the curve log6 versus i/T: at the beginning, El = 0.4 evy
after a 2-hr heating at 4000C, E2 = 0.1 ev. There are 4 figures and
1 table. The most important English-lang-aage reference toz R. M. Hurd,
G. De La Mater et al., J. Am. Chem. Soc., a, 4454 (1960).
ASSOCIATIONs Fiziko-khimicheskiy inatitut im. L. Ya. Karpova
(Physicochemical Institute imeni L. Ya. Karpov)
Card 4/5

8/02 62/143/005/013/018 - !1
Electrical conductivity and ... ' BlOlYBI10 -
PRESENTEDt Deoembor 21 1961t by V, A. Karginp Academician
SUBMITTED: November 30, 1961 11
/r
Card 5/5

-V.OZZ1VW1KQK,k,__1'amara Fedorovna; KISELEV, I.A., otv. red.;
ROIVAN, L.S.Y red.
[Introduction to the study of fossil peridian algae]
Vvedenie v izuehenie iskopaemykh peridineevykh vodo-
roslei. Moskva, Nauka, 1965. 155 P. (MIRA 18:9)

.A=, ISEYE VAP 11. Ye. ; BETE:--,T Ill 'A,; ;
XiATOLOVp V.l% ; Y-U:E" , Ye. 7.-_,--",M7 r , -
S., ly B.
si9LlCE*3,*_ 0 1.; 'i-CMIK07, `.P.; ':-EA' ;:C'7A, Ye.I.; C---'-,
SAKS, V.I-..; TES,,,d:CV, Yu.j.; FUlIS-17,0, A.V.; FllU,:-2;,20VSFIY, V.V.;
YUF:-ILrl, O.v.
Corresponding Vember of the Academy of Sciences of the U.S.S.11.
Boris Sorgeevich Sokolov; 1914 on his 50th birthday. Geol.
I Geofiz. no.8.140-14'1 161, (NIRP, 18:2)

VOZZHMIKOVA, T.F.
! "Ima, -.- - -
Now species of algae from mountain streams of Tajikistan
(Algae novas a fluviis montanis Tadshikistanias). Bot.mat.
Otd. spor. met. 9:73-77 My 153. (MLEA 7:2)
(Tajikistan--Algae) (Algae--Tajikistan)

VOZZHBMEDVA, T,F.
latml River and Its tributaries in the region
Algae of the 11
of Coemal health resort. ITT. Sib. otd. AN SSSR tio.8:114-125
1589 (MIRA 11:10)
1.2^pa"o-Sibirskir filial AN SSSR.
(Cheml region-Algae)

VOZZHENNIMV.4) T#Fv
S7stematics of Alossil per.-Idiniids. DoU.. AN SZ-SIR 139 no.6:3461-
11,62 Ag 10"I. (MIRA 34:8)
1. Institut geologii i geofiziki Sibirskogo otdeleniya
Akademii nauk SSSR. Predstavleno akademikom Yu.A. Orlovym.,
(Flagellata, Fossil)

-VQZZ-HINS..KATA, -.7--B -
Distribution of algae near the shores of western Kamchatka.
0':eanologiia 5 no.2048-353 165. (MIRA 18s6)
1, Institut okeanologii AN SSSRa

TOZZHINBUYA, V.B.
Woroapiphytes of Cystoseira in the Black Sea. Trudy Inst. okean.
23:168-184 '57. (KIU 1123 )
(Black Sea--Algae) (Apiphytes)

VOZZHINSY,AYA, V.B.
Distribution of algae in the littoral of the Grcosevicha
Bay (Sea of Japan). Bot. zhur. 49 no-5i712-714 My 164.
(MIRA 17%8)
1. Institut okeanologii AN SSSR, Moskva.

VOZZHINSKAYA, V,I.B.-1--
Distribution of -marine algae along the open shore of eastern
Sakhalin. 3ot. zhur. 44 no.4:545-550 Ap '59. (IaRk 12:10)
(Sakhalin--Algae)

~ ~.M-
ZINOVA. A.D, VOZZHINSKLYA, V.B.
Finding the red &IM Chordaria magellanica Xylin in the
northern part of the Pacific Ocean. Bot. mat. Otd. qmr.
rast. 131117-118 160. (KIFA 132-7)
(fteific Ocean--Algae)

TOZZHTNSKAYA, Y.B.
low al#ps hitherto unknown in Sakhalin. Bet. mt. Otd.
spor. root. 13M9-128 160. (MIRA 13:7)
(Sakholin-Algas)

TQZgljrp!~!,~~ _V.B.
Some endophjrtes found In the algae of Sakhalin, Bot. wt.
Otd. spor. rast. 13:128-130 160. WU 13:7)
(Sakhalin--Algae)

VOZZHINSKAY otik". -. ,
_W,
Occurrence of Stacha"ovin flagellarls A. Zin. (Phaeophycese) in
Snkhalin. Bot,zh~r.43 no.3:428-430 Mr, 158. (KIRA 11:5)
1. Institut okeanologii AN SSSR, Moskva.
(Sakhalin--Algae)

VOZZHINSKAYA, V. B.
Dissertation defended in the Botanical Institute imeni V. L. Komarov
for the academic degree of Candidate of Biological Sciences:
"Benthic Macrophytes of Ocean Littorals of Sakhalin Island."
Vestnik Akad "auk No. 4. 1963P PP. 119-145

StCHAFOVA, T.F.LVOURINSKMA, V.B.___
Littoral algae at the western shore of Salchalin. Trudy Inst. okesn.
34:123-146 060. (KLR.A 13:10)
(Sakhalin--Algae)

VOZZHINSKAYA.. V.B.
Macrophytes of the shore waters of Sakhalin. Trudy Inst. okean. 69:
330-440 '64- (MIn 17:9)

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bout 0 G., aW tbot the chamiW nature of the oil 00
components Is the factor determining low temperature flow. 00
The results are presented In tables and graphs. 00
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I
KONIKOV, A.D.; VMINTSV, M.I. (Astrakhan')
Bominophilic gran-Ploma ot' a rib. MirurgLia nr-.lOtl47 164.
(MMA 1818)

VROCOVA. E.
"Sow,book -of-tba IISSH- 12- Chaltughki and Wor,20 S2=; A Reviev", P. 45,
(CESKY LID, Vol. 40, No. 1, Feb. 1953, Praha, Czechoslovakia)
SO: Monthly List of East European -lacessions, (EEAL), LC, Vol. 3. No. 12,
Dec. 1954, Uncl.

VRA,3A, L.,- ITaWMIN, J.; TIMV;, J.
(Increasimg, the economic efficienc.- of agricultural production b.-,r rational-
izing the working processes. p. 223)
~~K
SBURNIK. R"'A Zh~ELSKA E ONOMKA. Praha, Czechoslovakia; Vol. 32, No. 4,
April, 1959
Monthly list of iast ~,uropean Accession Indes (EZAI), Library of Congress,
Vol. 8, No. 7, July, 1959 Unclus

; Given 116=8
Academic D--i;rcf' fnot givenj
Affili"tion: Votarinary Station (Vaterinarska stanica)v Vinkovoi
Sourec; Belgrade, Vaterinarski Slasnik, No 4, 1961, pp 319-320.
Data: IEnzootic of Furunculosis of the Udder In Cows.8

VRABCOVA, E.
"An Outline of Russian PgRabr Artistic Creation of the Soviet Ep.2ch; A
Book Review", P. 46, (GESKY LID, Vol. 40, No. 1, Feb. 1953, Praha,
Czechoslovakia)
SO: Monthly List of East European Accessions, (TTA ), LG, Vol. 3, No. 12,
Dec. 1954, Uncl.

VRABCOVA, E.
"Soviet Studies of Folklore, Our &camle" P. 101 (CESKOSLU-111.1syl
ETIDIOGRAFIE, Vol. 1, No. 2/3, 1953t P~aha: CzechJ
SO: Monthly List of -vast European Accessions, (EEAL), LC, VC1. 4,
110. 3, Mar 1955, Uncl.

I)OMIER, L ; MACH, 0. ; VMSCOVA, S.
-~It-ctranhoresls of Iblood platelets. Cas. lek. cesk. 97 no.ku~:1388-1391
31 Oct 58.
1. 11. intarni klinik-a KU v Prp7,m, prednosta prof. Dr. F. Herles.
(LIPOPROT-MIS, in blood
electrophoresis in blood nlitelets (Gz))