SCIENTIFIC ABSTRACT TOKAREV, A.A. - TOKAREV, B.V.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001756020004-6
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: July 16, 2001
• Sequence Number: 4
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

,-,~iLnv, A.A.
W454AW, liqv*491~~~~z
The Chausson city motorbus. Avt. i trakt. prom. no.2:45-47 F '57.
(MLRA 10:3)
1. Moskovskiy avtozavod imeni Likhacheva.
(France--Motorbuses)

GOLIBREM, A.A.; TOYJdUjT, A.A.
-
Effect of the viscosit7 on the selection of working fluids for
hydraulic transmissions* kvtoprom. no.10:23-26 0 '58.
(WRA 11:11)
1. 14-.Bkovskiy avtozavod iment Likhachava.
(Oil hydraulic riachinery) (Automobiles-Transmission devices)

TOKAREV, A.A.;GOLIBREYKH, A.AA
adaaam
Hydraulic torque converter for motorbuses. Avt. i trakt. prom. no.9:
7-12 S 156. (MLRA 9:11)
1. Moskovskiy avtozavod imeni I. A. Likhacheva.
(Motorbuses-Transmission devices)

Rvaluating dynamic properties of urban busee. Avt,prom. nooll:23-
26 N 160. (MIRA 13:11)
1
1. Goeudarstvenmyy soyuzMy ordena Trudovogo Krasnogo Znameni
nauchno-iosledovateliskly avtomobilinyy I aytomotornyy Institut.
(Hot orbusee-Dynamics)

TOKAREVs A.A.
Evaluating the economy of fuel on city motor-buses. Avt.proM.
no-3:24,-28 Mr 161.* (HW 14:3)
1. Gosudarstvennyy sovuznyy ordena Trudovogo Krauhnvo 7maia,.d
naucbno-issledavatellskiy avtomobillnn i avtomotornyy institut.
(Notorbuses)

BEREZIU-1-INSKIY, V.G.; TOKAM, A.F.
Autbmatic unit for the assembly of electrode-plate blocks of
alkaline batteries, Biul.-tekh.-ekon.inform. Gos.nauch.-issl.
inst.nauch. i tekh.inform. 16 no,5vA2-43163. (MIRA 16:7)
(Electric batteries)

ISAMIANYAN, N. T.; TOKAREV, A..-I.; GONCHAROV, P. A.
Effect of the composition of molding sand mixtures on the
.probability of the formation of shrinkage cavities. Izv. vys.
ucheb,zav.; chern-met.7 no. 5:147-153 164. (MIRA 17:5)
1. 14oskovskiy institut stali i splavov.

TOKAREV, A.I.
- Conditions favorable to the occurrence of shrinkage cavities in
castings. Izv. vys. ucheb. zav.; chern. met. 7 no.3:193-200
164. (MIRA 17:4)
1. Moskovskiy institut stall i splavov.

TOKARE'i, Alel-.oandr Ivanc-vich; I-ed.
Toward '.he third g,-rI'K tretle= ~fo3zcv-na-
Donu,- Rostovskoe knizhno, iza-vu, Z.)63.
ll,t 10)
1. Direktor sovkhoz- Tdarnik, :'.,rabrlskogo proizvod-
stvennogo upravleni-ya, Rostovskoy oblasti (for Tokarev ,i.

TOKARW, A.I.. -
Balancing of a solid rotating about a fixed Toint. Trudy Inst.
mash. Sam. p0 teor. mash. 19 no.73:39-47 '59. (MIRA 13:3)
(Mechanical movements)

TOKAIMV, A.K.
Vibration boring in river beds. Avt. dor. 22 no.9:24-25 S 159.
(Boring) (Bridge construction) (MIRA 12:12)

TOXMV, A.K., - inzh.
, ~ I'--
I Using electric geophysical exploration in road surve71ng.
Avt# doro 21 no*5:13-15 MY 158. (KIRA 11:6)
.Road--Surveying) (Prospecting--Geophysical methods)

TOKAREVp A.K*, inzh.
Electric exploration of water suPFLY I-es-urces bY uslng nev
apparatuss Vod. i san. tekh. nc.6~23-27 Joe 165.
(MIRA 1.9.-8)

TOKARF,V, A.K., inzh.
Using electrometric methods in exploring and prospecting for
deposits of road materials. Avt.dor. 21 no.10:18-20 0 '58.
(Road materials) (Elnctric measurements) (MIRA 11:11)

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ACC'NR,- AP-602-9-051 SOURCE CODE: Uft-10 "1/66/00b/Olh/001807/00807
INVENTORS: Kudryayevtsev, G. Gitis) S. S.; ivanova, V. H."
Seinal Z. N.; Lyubova, T. A.; Nemloval S. A.
ORG: none
TITLE: A method for obtaining modified polyothylenoterephthalate. Class 39,
No. 163936 fAnnounced by All-Union Sciontific Research lnstit~uto of Synthetic Fibers
(Vsesoyuznyy nauclino-issledovatellskiy institut ink-usstvennogo volokna)7
SOURCE: Izobret prom obraz tov zn, no. 14, 1966, 8o
TOPIC TAGS% fQ3~ polyethylene ) chemical synthesis
ABSTRACT.- This Author Certificate presents a method for obtaining a modified
y1ene tereplithalate by introducing modifying ingredients in the course of its
polyeth,
synthesis. To increase the heat re3istance of the polywor and of its products,
the bifunctional do 'vativos of p, -11ti-mide (For instance. 11 0--(bis-ethoxy)py-
r yromel
romellitiuddo or N, III -bis -acotylpyromollitimide is tiuvd ai bh*9 mocIffying addandwi.
SUB CODE: ll/ SUDIA DATE: 02Jul65
Card 1/1 --- --- I TrIn -4-7U L~1- '-I - I

VY
'My 64.

5(4)9 15(8) SOV/706-33-3-8/41
AUTHORS: Tokarev, A. V., Spasskiy, & S~
TITLE: Co-polymerization of Unsaturated Polyesters With Vinyl Mono-
mers (Sopolimerizatsiya nenasyshchennykh poliefirov s vinilo-
vymi monomerami). II. Determination of the Co-polymerization
C
onstants (II. Opredeleniye konstant sopolimerizatsii)
,
PERIODICAL: Zhurnal fizicheskoy khimii, 1959, Vol 33, Nr 3,
pp 554 558 (USSR)
ABSTRACT: The example of the system P01Y-1,3-butyleneglycolfumarate-
styrene (I) serves as proof of the possibility of applying
the integral equation according to Mayo and Lewis to the
determination of the constants of co-polymerization of un-
saturated polyesters together with vinyl derivatives, Co-
polymerization was carried out in glass ampoules in a nitro-
gen atmosphere in the ultrathermostat at 60+0.10C and
0.01% by weight of benzoyl peroxide. A comparison between
the polystyrenesobtained and a produc.t (Ref 7) described in
publications is given (Table 1). With increasing reaction
Card 1/3 intensity in polymerization the styrene-content in-the co-

Co-polymerization of Unsal _7
.1-urated Polyesters With Vinyl SOV/76 )3-3-8/41
Monomers. II. Determination of the Co-pol/merization Constants
polymer increases somewhat up to a certain extent ( 11-12%
by weight), Two different experiments were carried out
(Tables 3,4) in order to investigate the reactivity of the
co-polymer; it was found that no soluble intermediate pro-
ducts form in this reaction. Only part of the double bonds
of the polyester takes part in co-polymerization (Table 2),
whereas the other part passes over into the co-polymer with-
out any change, which fact has to be taken into account in
connection with the calculation of the co-polymerization
constants (CPC) by a corresponding correction. The calcula-
tion results of the (CPC) according to the equation by
Mayo-Lewie~ with the above correction, are in good agree-
- ment and are for (I)r 1 = 3.0 _+ 0.4 and r2= 0,,03 � 0-03~
The values show that the radicals Mi of the polyester do
more rapidly react with its monomers than with styrene and
that the styrene radical MO reacts predominantly with the
unsaturated ester chains oi the polyester, which is consi-
Card 2/3 dered to be due to additional steric hindrances. In con-

Co-polymerization of Unsaturated Polyesters With Vinyl SOV/76-33-3-8/41
Monomers. II. Determination of the Co-polymerization Constants
elusion the authors thank V. V. Korshak. There are 5 tables,
and 7 references, 2 of -.-;hich are Soviet.
ASSOCIATION: Urallskiy filial Akademii nauk SSSR (Ural Branch ofthe Academy
of Sciences, USSR)
SUBMITTED: March 6, 1957
Card 3/3

TOKAREV, A.K. (Ioningrad)
Vibration boring of shallow wells for water supply. Vod.i oan.
tekh, no.3-1:6-9 N 162, (MMA 15:32 )
(Bbring) (Water-moupply engineering)

TOXAM, A.K., kand.biol.nauk [deceased]
Some characteristics of the behavior of ocean herring during the
period of fattening. Trudy Vniro 6:5-18 158. (KIRA 12:4)
(At'lantic Ocean--Herring3
(Fishes-Habits and behaviour)

TOXAM, A.K., kand.biOl.nauk [deceased]
Biological and hydrodynamic sounds uttered by fishes. Trudy VNIRO
36:272-279 158e (MIRA 12:4)
(Fishes)
(Sound production by fmimnle)

TOKMV, A.K., inzh.
I
.., . Vibrntional boring of soils
21 no.3:23-25 Mr '58.
(Roads--Surveying)
in surveying highways. Avt.dor.
(MIRA 11:3)
(Boring machinery)

T KAI
10 EV, A. K.
Fisheries
Ways of improving the trade's reconnaissance for fish and marine animals. Ryb- khoz.) 28.,
No. 5, 1952.
9. Monthl List of Russian Accessions, Library of Congress, October -195Y~ Uncl.

(A I~Ll (;~_ UA
Biology zoology
Card 1/1 Pub. 22 - 42/47
Authors I To'karev, A. K.
'0018 of
'Title ools of ordinary Caspian sprats
Periodical a Dok. AN 9,93R, 100/63 1187-1 .1$9, Feb 21, 1955
Abstract I Information is Dresented regarding the basic industrial fish namely,
the ordinary Ca;pian Sea sprats (seasons of the year and areas on the
sea where large sprat schools are found). Four USSR references (1937-
1948). Graphs; drawing.
-institution All-Union Scientific Research Institute of Sea Fish Economy and Oceano-
graphy.
Presented by: Academician E. N. Pavlovskiy, November 10, 1954
NMMA,
HVII
~M I- OR MOM

TOYAR V, A.K. (Moskva)
, t Ojt:~~
Studying the distribution and behavior of marine commercial fishes
with the aid of a new location technique. Uch.zap.Kaz.un. 115 no.10:
71-72 '55. (ML'RA 10:5)
(Sonar in fishing)

TOKAREV, A.K., inzh.
Vibration boring of soil when surveying for railroads. Transp.
stroi. 13 no.5:6-8 My 163. (MIRA 16:7)
(Railroads-Surveying) (Boring)

TOKAREV, A.-K.
Boring of the shallaw water supply wells by vibrators.
Khidrotekh i melior 8 no.4:118-119 163.

a iko ph SHCHRREAKOY, Aleksandr Vladimirovich;
Y -AleKs ff 're&
tor; BUTIN, M.L., redaktor izdatelletva;
POPOV, N.D., tekhnichaflkiy redaktor
[Radio lWdrogeology] Radiogidrogeologiia. Moskva, Goa. nauchno-
tekhn. izd-vo lit-i-y po geol. i okhrane nedr, 1956. 262 p.
(Wator. Underground) (Radioactivity) (MLRA 10-3)

ALITOVSKIY, M.Ye.; CHAPOVSKIY, Ye.G.1- BABUSHKIN, V.D.; BlUDEMAIN9
N N LAPTEV, F.F.Cdeceased]; SOKOLOV, I-Yu.; CHALISFCPZV,
Alldeceased]; FROMOHN, S.P.;
A. P:1 ABRA140V S.K K0110MAHTSEV, A.A., red.; FRIKIMSKlY, V.A.,
red deceasedi; SPITSYN, N.I., red.; MARINOV, N.A., red.;
KULICHIKH321, II.I., red.; GARMONOV, I.V., red.; 1,YUBCHENKO, Ye.K.,
red. izd-va; POTAPOV, V.S.) red. izd-va; GUROVA, O.A., tekhn.
red.
[Ifydrogeologist's handbook] Spravochnit gidrogeologa. Pod ob-
shchei red. I.I.E.Alltovskogo. lloskva, osteoltekhizdat, 1962.
615 P. (MIRA 15:7)
Ofater, Underground)

T 6, /~,Iic -- ~" /-/ , /~,
AUTHOR: Popov, Y.N. 89-10-34/36
TITLE: Review of the Book "Radiohydrogeology" by A.B. Tokarev,
A.V. Shcherbakov, Geological State Publishing House. 1956,
262 pages, price Roubles 13,40 ("Radiogidrogeologiyan.Tokarev,
0
A.N., Shcherbakov A.Y., Gosgeoltekhizdat, 195', 262 stranits,
tsena 13,40 Rub.)
PERIODICAL. Atomnaya Energiya, 1957, Vol- 3, Nr lo, PP- 376-377 (USSR)
ABSTRACT: This book is the first of its kind to be published in the Soviet
Union. It consists of two parts. The first part contains three
chapters: The first chapter discusses the causes of radioactive
elements contained in water. The second chapter deals with the
problem of various types of natural radioactive water. The third
chapter is devoted to hydrogeological conditions whibh lead to the
formation of uranium deposits. The second part consists of six
chapters dealing with radiohydrogeological methods of investigation.
The book contains both theoretical as also a large number of ex-
perimental data which were most suitable selected by the authors
on the strength of their many years of experience. It is a draw-
back of this book that the text was not sufficiently well revised
and corrected.
AVAILABLS: Library of Congress
Card 1/1

BRODSKIYJ, A.A. Edeaeased]; TOKAHEV, A.N.I red.
[Fundamentals of hydrogeochemical prospecting methods for sulfide
deposits.j-,_ cheskogo metoda poiskov sullfidnylai
mestorozhde PLedra," 1964. 257 p. (Moscow. Vse-
soiuznyl nauchno-issledovatellski'-,instittit g1drogeologii i inhonernoi
geologii. Trudy, no.12)

ROGALI-LEVITSKIY, G.A., inzh.; TOKAR:,,V, A.P., inzh.
Standard designs of boiler systems. Prom. energ. 20 no.2.*45-46
165. (MIRA 18:4)

VOLKOV, M.I., dote.; KOROLEV, S.A.1 LOPATKRj.V*G.,dots.j WJqLREV,A..P.;
KOZLOVA, G.A., prof. , red.; KOKOSHKO, A.G., red.;MARTYNOVA,
M.N., tekhn. red.
(Socialist means of production] Sotsialisticheskii sposob
proizvodstva. Moskva, Izd-vo "MyB11.11 No-3-[Funds of
socialist enterprises and the formation of net iTICOMO in a
socialist enterprise] Fondy sotsialisticheskikh predpriiatii
i 6brazovanie chistogo dokhoda v sotsialisticheskom khoziai-
stve. 196/+. 186 p. (MIRA 17:4)
1. Kommunistichiaskaya Partiya Sovetskogo Soyuza. Vysshaya
partiynaya shkola. Kafedra politicheskoy ekonomii.

TOKAREV, AlekaandrPavig ich
[Ground rent and the distribution of ircome on collective
farms] Zemellnaia rents. i raspredelenie dokhodov v kollrhc,--
zakh. Moskva, Nyslt, 1964. 134 P. (MIRA 18:4)

SPASSM, S.S.; MIKUYLOVA, K.A.; TOKAM , AN.; TARASOV, A.I.
Contact oxidation of comercial phenanthrene with o37g&n from the
air. Zhur.prikl.khim. 29 no-3:447-458 Ki '56. Niju 9:8)
1. Urallskiy filial Akademii nauk SM.
(Pheranthran'e) (Oxidation)

SPASSKIY9 B.S.; TOLA~MA~; MIEIIAYLOVA9 M.A.; TARASOVp A.I.; MOLGWOVAt T. V.;
MATIKOVAv M. Yo.
Copolymerization of unsaturated polyesters with vinyl monomers.- Trudy
Inst. khim. UFAN SS.1-ILno.3t21-32 159 (MMA 14:3)
,(Eaters)', (Itinyl 6ompounds) (Polymerization)

5.3830 -77 395
'
6v/79 - 30 -1 -506/78
S

AUTHORS: Spasski-y, S. S., Zokarev, A. V., Mikhaylova, M.
Molchanova, T. V. , PMM-"k;n~a,
TITLE: Copolymerization of Unsaturated Polyesters With Vinyl
Monomers. I1I Concerning the Nature of Copolymeriza-
tion of Unsaturated Polyesters With Vinyl Monomers
PERIODICAL: Zhurnal obshchey Ichimii, 1960, Vol 30, Nr 1, pp 250-257
(USSR)
ABSTRACT: Copolymers of poly(l,3-butylene glycol fumarate) .,ii1A-i
vinylcarbazole, acrylonitrile, vinyl acetate, methyl
methacrylate, and pol.y(ethylene glycol fumarate)
vinyl acetate ,~,ere prepared in or-der to st,_~dy t- h e
nature of this copolymerization. Literat-~,,re data
concerning the copolymerization constants of different
copolymers are reviewed. Co.Dolymerization- of polyezters
with acrylonitrile, vinyl acetate, and me'Lhyl meth-
Card 1/4 acrylate was conducted in 5ealed glasz; ampaul"es in a

Copolymerization of' Unsaturated Polyesters 77 395
With Vinyl Monomers. III. SOV/7 9 - 30 - i - 50'-,/`~
Card 2/4,
nitro~:en at~mr, sphere. The arnpr~~;'e--
+
ait A
(to the given extent tiv-, ampouie2;
the thermostat and frozen .Ath liquid nituroZ-en. Thc!
1-11im.eric copolynier -;,-ts separ-ttcd fporl, Othel, prodi-Let-S
o a io! I an (A :-h- il-
tone containing ~raue:~ of
with acetone. Copolymerization of pc1y1,1,1-b,-ty!ene
lycol fumarate) with vinylcarbazole ;jas conducted
-L L,
g
in toluene solution (in nitro~,en atmosphere) in the
presence of benzoyl peroxide up to 1%). The mixture
0
- 10 uz no copolymers ,',,ere
was heated for 65 hr a, 0 b
obtained. From the data obtained, the follo-...,ing
conclusions ;iere made: activity of acrylonit-rile in
the reactions with pollyesters is lo,.,4 in comparison
with its acti.ity in the reactions with dieotel-s of
fuciaric acid. Copolymerization of' vinylearbazole .Ath
polyesters does not take place at all, Apparentl,r
J,
ectinc-
the bulky zubstituents cause steric hindrance aff

Copolymerization of Unsaturated Polyesters 77395
With Vinyl Monomers. III SOV/79-30-1-56/78
the copolymerization process. The activity of vinyl
acetate in the copolymerizabion remains unchanged.
Copolymerization conotants of the following copolyraers
were determined:
r 1 r2
Poly (1, 3-buty lone glycol finarate) 1.12 + 0,0110 1.03 + 0.2
acrylonitrile
Poly(1,3-butylene glycol fumarate) 0.5 + 0.5 2.1 + 0.30
methyl methacrylate
Poly(1,3-butylene glycol fumarate) 0.2 + 0.2 0.15 + 0.07
vinyl acetate
Poly(ethylene glycol fumarate) - 0.2 + 0.1 0.020 + 0.02
vinyl acetate
Card 3/4

Copolymerization of Unsaturated Polyesters 77395
WIth Vinyl Monomers. III SOV/79-30-1-56/78
ASSOCIATION:
SUBMITTED:
There are 4 tables; 2 figures; and 16 referenced, 2
U.S., 5 U.K., 9 Soviet. The 5 most recent U.S. and
U.K. references are: B. Hayes, R. Hunter, Chem. and
Ind., 1957, 559; V. Wycherly, Chem. and Ind.., 1957,
491; W. Robertson, D. Shepherd, Chem. and Ind., 1958,
126; B. Hayes, W. Read, L. Vaygan, Chem. and Ind.,
1162 (1957); F. Leavitt, V. Stannett, M. Szwarc, Chem.
and Ind., 28, 985 (1957).
Ural Branch of the Institute of Chemistry, Academy of
Sciences, USSR (Uralskiy filial AN SSSR, Institut
khimii)
July 29, 1958
Card 4/4

FINGER, G.G.
Seminar and conference on the chemistry and technology of
synihetic fibers. Khim. volok. no.1;75-76 165.
(MIRA 18 -.2)
1, Vsesoyuznyy nauchno-issledovateliskiy institut iskusstvennogo
volokna.

oog
D, AV,
P-q
9 ivn
tp-C5
13 01
06ta raI
13
'oil
0 0., 1 0
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as
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es t, e -% 13,
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el~ rs
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tte
vi
,Zcl
115taA' of ,;-Ce
-ti a &as
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se
G (5 0 1 t . e
~115%e
ell t,
t..S:

63h7l
Copolymerization of Unsaturated Polyesters S/19 60/002/009/001/019
With Vinyl Monomers, VI., Thermomechanical B004YBo6o
Analyeis oi the Copolymers of Unsaturated
Polye----ters and Vinyl Monpmers
behavi:,r of The copolymers, A method developed by V. A, Kargin et al
(R-~fr,,, 3A) was used for their investigation., Deformation as a function
c-f -1amDerature was measured by means of an apparatus designed by
V. L. Taetiin., V, I, Gavril-,v, IT, A, Velikovskaya, and V.. V..- Kochkin
~ li~~ . " ", - - -
pa'.iive curves are shown in Fig- 1. The curves observed were
9s
ol" two types. In the first type (copolymers of the two polyesters with
vinyl acetatu and of poly-1.3-but~lene glycol fumarate with styrene in an
azec."rep-Le. ratio), deformation etarts only at the decomposition tempera-
ture bstween 270 and 290OC; at 240 - 2450c, only in the case of
a~~ryllonit-rlle copolymers). In che second type (copolymers with nonaz-3c-
trop-'o ratio of components, copolymers withstyrene, excess.. copolymers of
me-chy-1 methacrylate), deformation already takes place at a lower tempeara-
ture; but with further rising temperature the curve forms a plateau
(defc-T-Tation remains constant), until a further deformation occurs at the
decoimpca'.tioa temperature, The curves of the first type are. cha-ra,~teristi~-
0 f M, M, - Y, a n d 114 14"1.1 M bonds, while the curves of the second 4ype are
2 2
Card 2/~~

83471
Copolymerization of Unsaturated Polyesters S/190/60/002/009/001/019
With Vinyl Monomers. VI. Thermomechanical B004/BO6O
Analysis of the Copolymers of Unsaturated
Polyesters and Vinyl Monomers
characteristic of linear structures with M 2-M 2-M2bonds. These results
confirm the structures calculated from the copolymerization constants.
The authors thank G. L. Slonimskiy for his introduction into the method
of thermomechanical analysis. There are 1 figure, 1 table, and 6 Soviet
references.
ASSOCIATION: Institut khimii Urallskogo filiala AN S3SR (Institute of
Chemistry of the Ural Branch AS USSR)
SUBMITTED: November 25~ 1959
Card 3/3

5W I,
AUTHORS: Spasskiy, S. S., Tare-sov, A.1, Zo'~-
TITLE: co-olyreriz!_,,tion of Unsaturated Polyesters and Vinyl Monomers
V
(Sopolimerizatsiya nenasyshchennykh poliefirov s vinilovymi
monomerami). I. Determination of the Number of Doub4. Bonds
in Copolymors of Unsaturated Polyesters and Vinyl Monomers
(I. Opredeleniye chi---la dvoynykh svyazey v sopolirierakh no-
nasyshchennykh poli(ifirov i vinilovykh mono-.crov)
PERIOnIC;IL: Zhurnal fizicho2koy khiniii, 195'/", V01 33, 11r 2,
pp 249 - 254 (ITSSR)
ADSTRACT: Althou.-h thenc copolymers represent new t1jel-T.lMlly reactive
sYnthetic materials the principles involved in their copoly-
merization have not been sufficiently investi.-ated. The
poosibilitins of applyin,- two methods, based on the additivity
of the specific volumes and of the specific refractions,
;,.rere investi~:ateq. The following systems rere used in checking
t'ne polydiethylero Clycol fumarritc - acrylonitrile;
polydieti-71ene glycol fun-ar-ate (1) - ntyrerle;
metha-crylate; (!)-vinyl acetate. L-boratory worl-err, M. A.
','i'.haylova, T. V. -,.olchr~nova, L. K. !.!at'!-ova participated
Ca r d 13 in thc T"Ic copolymcrizat ion was carried-oitt

Copolymeriz,Aion of Un,,:aturated -Polycotorr and Vinyl 507/76-33-2-2/45
Mono,mers. 1. Deter-mination of the Number of Doiible Bon,"s in Copolymers of
Unsaturated Polyesters and Vinyl Monomers
in glass ampuls in the presence of 0.1'L ly benzoyl
peroxide in a nitro-en atmorphere and at 60+0.50C. The
index of refraction was determined u-,i,-j,- an-Abl-.e refracLo-
meter. The ma;-nitude of the specific ohrinking of the poly-
ester chain was determined by proceedin.- upon the assumption
(Ref 7) that the shrinkaf.-e of the monomers in the polymeri-
zation (contraction) is dependent upon their stri,ctures. The
styrene-methyl methacrylate system was tested usin-~ the -
rule of the additivity of the specific volumes (Table 2).
The contraction was determined from the specific volumes of
the diet*-yl fum%~ratc (IT) and Dolydiethyl fumarate (III)
usinG tllh~2 equation i~ 6pp
(P. contraction, M'. mo-
lectj -ir of (11),S,, specific volumes of (II)
and
(ITT)); the value found was 16-7. The specific shrinkage
for tho chain of (I) was found to be 0.06971. The deter-
nination of the increments of the monomer double bond was
carried out using the specific refraction (Table ,I); a value
Card 2/3 of 0.01,14 was found for (I). The results obtained by both

Copolymerization of Unsaturated Polyesters and Vinyl SOV/76-33-2-2/45
Monomers. I. Determination of the Number of Double Bonds in Copolymers of
Unsaturated Polyesters and Vinyl Monomers
methods described above (Table 5) are in -,ood allreement,
and it may be concluded from there determinations that
both methods are equally valid in determining the copoly-
merization constants of unsaturated polyesters and vinyl
derivatives. There are 5 tables and 8 references, 5 of which
are Soviet.
ASSOCIATION: Urallskiy filial Akademii nauk SSSI?,Sverdlovsk (Ural Branch
of the Academy of Sciences, USS14 Sverdlovsk)
SUBMITTED: March 6, 1957
Card 3113

68949
'~6- ayj 0 SOV/81-59-24-88951
Translation from: Referativnyy zhurnal. Khimiya, 1959, Nr 24, p 643 (USSR)
AUTHORS: Tokarev, AN., Spasskiy, S.S.
TI=- An Investigation of the Copolymerslof PolY-1,3-Butyleneglycolfumarate
and StyrenO
PERIODICAL~ Tr. In-ta metallurgii, Ural'skiy fil. AS U88R, 1958, Nr 4, pp 127 - 132
ABSTRACT: Diagrams plotted of the integral and differential composition of the co-
polymers show that in the case of the initial ratios of the monomers, which
differ from azeotropic ratios, the reaction mixture is enriched in styrene.
ThG dependence between the structure of copolymers and their mechanical
properties was studied by means of Kargin's method based on the plotting of
thermomechanical curves, on which the polystyrene regions can be detected.
The samples for the test were prepared by block polymerization in an 11
atmosphere in the presence of benzoyl peroxide at 700C and various iniiial
ratios of the corkponents. Together with the trimer also linear poly-
styrene chains are contained in the copolymer; at the same time also co-
Card 1/2 polymers are formed which are relatively homogeneous in their composition

6890
soy/81-59-24-88951
An Investigation of the Copolymers of Poly-1,3-Butyleneglycolfumarate and Styrene
With an increase in -the styrene content in the initial mixture the mechanical resistance
of the copolymer (impact and bending resistance) deteriorates. The copolymers are solid,
transparent, almost colorless, substances which are insoluble in any of the usual
solvents. The study of the physical-mechanical and electrical properties showed that
the nev substance can be used as electric insulation material.V7
N. Motovilova
Card 2/2

BPASSKIY, S.S.; MATIKOVA, M.Ke.;QTOXAM,__JL_V,__.
Copolymerization of unsaturated polyesters with vinyl monomers.
Part 6. Vysokom. soed. 2 no.9:1297-1300 S 160. (MIU 13:9)
1. Institut khimii Urallskogo filiala AN SSSR.
(Esters) (Vinvl compounds)
(Polymers--Thermal properties)

J /7
PHASE I BOOK EXPLOITATION SOV/3938
Akademiya nauk SJSSR. Ural'skiy filial. Institut khimii.
Sbornik rabot laboratorii vysokomolekulyarnykh soyedineniy, No. 2 (Collected
Papers of the Laboratory of High-Molecular Compounds, No. 2) Sverdlovsk,
1959? 53 P. (Series- Its. Trudy, VYP. 3) Errata slip inserted.
1,000 copies printed.
Eds.: V.G. Plyusnin, Doctor of Chemistry, and V.N. Kozlov, Doctor of Techni-
cal Sciences; Tech. Ed.: N.F. Seredkina.
PURPOSE: This collection of three articles is intended for chemists and
technicians Interested in the chemistry of high-molecular compounds and
polymers.
COVERAGE: The first article of this collection discusses the expression of
the'activity factor in the Alfrey and Price equation by a constant which
could be determined independently of equations
Card 113

Collected Papers of the Laboratory (Cont.) SOV13938
r Q, e -el(el-- e2), r2 _j2_ e -e2(e2'- e1) , where r, and
Q2 Q1
r2 are the copolymerization constants, Q, and Q2 are the activity factors of
the monomers, e1 and e2 are the polar factors of the monomers, and e is the
base of the natural logarithms. The article explores the possibility of
using for this end a value characterizing the dimensions (size] of the elec-
tron cloud formedby 7T -electrons of the reacting double and short bonds
conjugated with it. The second article reports on a study...,made of the co-
polymerization of polydiethylene glycol fumarate and of poly-1, 3-butylene
glycol fumarato with styrol, methylmethacrylate, acrylon1trile and vinyl
acetate to explain the peculiarities of the copolymerization reaction of
unsaturated polyesters with vinyl monomers. The third article reports on
a study of the behavior of nitrile,rdbwe and polyesters of various structure
used as plasticizers. L.M. Gindin, A.D. Abkin, and S.S. Medvedev are men-
tioned. References accompany each article.
Card 213

Collected Papers of the Laboratory (Cont.) SOV13938
TABLE OF CONTENTS:
Spasskiy, S.S., Individual Qualitative Characteristics of.the Activity of
Unsaturated Compounds in Copolymer Reactions 5
Spasskiy, S.S., A.V. T k M.A. Mikhaylova) A.I. Tarasov, T.V. Molchanova,
and M. Ye. ga-tlko~a. Copolymerization of Polyesters With Vinyl. Monomers 21
.Spasekiy, S.S., N.A. Obolonskaya, V.I. Yudin, S.B. Ginzburg, and
Ye. S. Tagilltseva. Plasticizers for Polyester Resin-Base Nitrile Rubbers 33
Bibliography of Publications of the Institut khimii Urallskogo filial
AN SSSR (Institute of Chemistry of the Ural Branch of the Academy
of Sciences USSR) for the Years 1932 to 1956 43
AVAILABLE: Library of Congress
Card 313 TM/rem/lisb
8-16-60

YO , Ae inzh
.an M;-M~ 0
Vibration drilling of soil in winter. Art. dor 26 no,lt2l-22
Ja 163. (Boring) NIRA 1686)

TOKAREV,--A., inzh.
Operating requirements of a large-capapity city buB. Avt,transp.
38 no.6:41-43 Je '60. NIPJ 14:4)
(Yctorbuses)

add4ltf-3:i-=
29 nu -10
18:7)

ALITOVSKIY, M. Ye.; GOLEVA., G.A.; KRAYNOV, S.P.; SLAVY210VA, L.V.;
IR~~V,_A.N.; FROLOV, N.M.; SHVETS, V.M.
Development of V.I.Vernadskii's concept in presen'-day i7fdro~Feodr,,-7,
Trudy VSEGINGEO no.9:5-20 164. (',,',IRA 17-10)

TOKAREV, A. V., Cand of Chem Sci -- (diso "Polymerization of the Polc-1.3 Butylenglicol-
phumartte With a Sterol," SverdJavsk, 1959., 3D pp (Instil"Ute, of ChemistrY, UrR2
Affiliate of the Acadery of Sciences USSR) (KL, 4i..60j 115) 1

In

Ej

TOKAREV, A.V.; SPASSKIY, S.S.
the copolymers P01Y-1.3-butanediol fumarate and
styr:ne. Trudy Inst. met. UFAN SSSR no.4-,127-133 158.
(MIRA 12:10)
(Polymers)

I-;?-- M-B
ROOM%

SP.ASSKIY, S.S.; TARAS07, A.I.; TOKAREV, A.V.
Copolymerization of unsaturated polyesters and vinyl monomers.
Part 1: Determination of the number of double bonds in copo2,v-
mars of unsaturated polyesters ani virql monomers [with summary
in English]. Zhur.fiz.khim- 33 no.2:249-254 F '59.
1. Ur~Vskiy filial AN SSSR, Sverdlovsk. (MIRA 12:4)
(Polymers) (Chemical bonds)

USSR / Cultivated Plants. Plants for Technical Use.
Oil Plants. Sugar Plants.
Abs Jour : Ref Zhur - Biologiya, No 6, 1959, No. 24953
Author :Tokarev, B.
Inst :ffo-t,--~
" v6i~
Title :Productivity of Cotton Crop Rotations on
the "Hunger Steppe" with Two or Three Fields
of Grasses
OrIg Pub :Khlopkovodstvo, 1958, Mo 3, 38-4o
Abstract :'Experiments on the productivity study of
cotton-alfalfa crop rotations under the
conditions of the "Hunger Steppe", conducted
by the Pakhta-Arall Experimental Station of
the Kazakh Institute of Agriculture, Indicated
that the greatest retardation In the growth
and development of cotton Is observed Ir crop
Card 1/2

v
USSII/Chilltivo.',-,(~ - Tcl.iAcal; Oi S a c.1 -a r i fv,,ru s
Abs Jour : - Dicl., K,
Autlior :
Inst
Titlu : T'_" of (31111tivatioll ')Y
OriG P'W~ : IC"I'-)D;k0v0c!s'uVo) 1957) B) 39--'!l
Abstract : 17k,
.1--i"ual !3.!'ation wit.- _11,1-LIZ, v_v~d'Dilc:
Li "Alo trail--,, C,_:iAll of 10-12 c~_, r i 'C'
~;ubsuou,nt harrowi:i~~, r. :).L,, t11'.; fall -)1017-Ll' 1;4
~,St yiCld of Zj2 L.
toll ~7~~ Dl
'-y In `u'~ Kol]Cioz iri. ~0 1
a lall-u4-ittor was'-An,_: 45f~ __ia aild -,)rc:-,qoil cilluAvat-Lix-,
U,
by LD-10 clis': -,,l,
'j -- dcpti~ of 8-10 ci.-
!_,arroldln.'; 2.n
eks were appli,O for
195C :larvLst. Thc Yi-:10. -2c 0: -1 wool was 38 cv~`/:_a.
Card 1/2

USMi/Culti!;'_I'U'-_O, - Tc;cl.;iiczl, SO'charif'rous. :-7
Abs J-mr 41-1, "Lua7 - Diol., 1'.;
CUl"'iV31"i~:-,
U.-L-1, ~Tay )i3 o:~ !;al,.(,d Soils of t'-
GA,)~'.iiaya stc;I)I)c; aft-r arc c:Asclin- t,,) c~
of 10-12 cia or cliskin,,,, 'Oy plows to Dz
8-10 cri witi-, siuLLI.tnn_,)i_is .-arrowi:ir~ in -two trancko i.. _)--
T11,~ s~,mi-i--t: ),L" c~L'-.`C.Dii plant tak,-s 1)lac,-; L~_-i,
Card 2/2

TOKAREVA,.-B.A.. kandidat meditsinskikh nsm
Gadfly larva in the anterior chamber of the eye. Vest. oft.
34 n0-5:40-41 S-0 155. (HLRA 8:11)
1. Iz glaznogo otdhleniya I. Moskovskoy detakoy klinicheskoy
bollnitsy.
(MYIASIS,
ocular, gadfly larva)
fS, diseases,
(Y
nViasis, gadfly larva)

Q
AiD P - 4096
Subject USSR/Electricity
Card 1/2 Pub. 27 7 7/24
Authors Goryainov, F. A., Kand. Tech. Sci., Dotsent, and B. F.
Tokarev, Kand. Tech. Sci., Moscow
Title Influence of magnetic asymmetry upon the performance of
a three-step rotating regulator.
Periodical : Elektrichestvo, 11, 43-46, N 1955
Abstract : The authors investigate the influence of magnetic
asymmetry on the basis of a magnetic equivalent circuit
of the rotating regulator. They analyze two cases of
asymmetry: the one occuring when under the like poles
of the first and third steps and also of the second and
third steps a larger air gap is placed than under the
poles of opposite polarity; the second, when under the
like poles of the first and third and also second and
third steps a smaller air gap is placed than under the
poles of opposite polarity. The authors conclude that

AID P - 4o96
Elektrichestvo, 11, 43-46, N 1955
Card 2/2 Pub. 27 - 7/24
in the first case the magnetic asymmetry causes a sharp
decline of the coefficient of amplification, and In the
second is the cause of self-excitation of the rotating
regulator. Five drawings and diagrams.
Institution : Moscow Power Engineering Institute im. Molotov
Submitted : Fe 21, 1955

s.
112-3-5813
Translation from: Referativn3ry Zhurnal, Elektrotekhnika, 1957,
Nr 3, pp. io8-ioq (USSR)
AUTHOR: Goryainov, F.A., and Tokarev, B.F.
TITLE: Transients in a Three-Stage Longitudinal-Field Dyna-
motor (Perekhodn e protsessy v trekhatupenchatom EKU
prodollnogo polya
PERIODICAL: Tr. Mosk. energ. in-ta, 1956, Nr 16, pp. 134-144
ABSTRACT: A three-stage longitudinal-field self-excited dynamo-
electric amplifier is discussed; it possesses high power
gain and rapid response. [1=luded in the abstract is
a schematic diagram of the dynamo-electric amplifier,
showing the first stage control winding (located on two
opposite poles); the third stage control winding (Imated
on all main poles); the self-excitation winding (located
on all main poles; compensating winding (located on the
same poles as the first stage control winding); and a
winding for auxiliary, comutating poles]. The dyna-
Card 1/4 motor has three stages of amplification and excitation,

112-3-5813
Transients in a Three-Stage Longitudinal-Field Dynamotor
If the magnetic circuit is not.saturated, and if the
armature reaction due to current 124 1p fully compen-
sated, the following system of linerar differential
equations may be written: First stage: m-, Uy - (1 + pTY)F,.,
Second stage: m E . (I+pT )E "Phird atage: ni E
2 13 2 24f- C~ 3 24
(1 + pTe.) (1 + PTe 2) E -V whare my 92.3.
UY
m m voltage
F. 24
~y etc.. are
gain of the corresponding stage;
time constants computed by mea-Pis of forinufae provided
in the text. A relationship between UT (the input
voltage) and E3T (the output voltage, is obtained
from the above system of equations:
Card 2/4 muy (1 + pTy)(2 + pT 2) (1 + r/fe ) (1 + pTe2) E3T

112-3-5813
Transients in a Three-Sta$e Longitudinal-Field Dynamotor
where m = my Ifi 2 ml3- is the overall voltage gain. In
the event there are no auxiliary commutating poled in
the dynamotor, the relationship between U y and E 3 T,
assumes the following form:
m Uy = (1 + pTy)(1 + pT 2)(1 + pTe) E3Z
6 RBh - resistance of
where -, = 7 ~5~ R critical resistance.
the self-e cigd~4~_3~; a
The formulae obtained were a ecked by comparison of
design and experimental data for 400-watt dynamotors.
The following conclusions may be made;6n the basis of
the comparison: 1. The duration of atransient is
determined mainly by the'maximum equivalent time
constant of the third (last) stage (T~, or T e )- The
value of this time constant depends upon the ratio of
Rsh to Re . The larger the resistance Rsh in com-
parison with Re , the more rapid the transient, but
Card 3/4

Transients in 'a Three-Stage Iongit,,,zdinal-Field-Dynamotor 112-3-5813
the smaller the power gain. The equivalent time
constant can be decreased by decreasing the time
constant of the circuit of brushes 2'and 4 and of the
self-excitation winding. The time constant of the
circuit of brushes 2 and 4 can be decreased by re-
ducing the number of turns of the third stage control
winding. 2. Insufficient compensation of the arma-
ture reaction to current 124 accelerates the transient
to some extent, and overcompensation retards the tranL
sient. 3. The coincidence of the design and experi-
mem-al curves is sufficiently close for application of
the equations to the computation of transients in the
three-stage dynamo-electric amplifier.
O.I.Z.
ASSOCIATION:Moscow Institute of Power Engineering (Mosk. energ.
in-t)
Card 4/4

"'g,
and
GORYAINOV, F. A.
"Transient Processes in a Three-Stage Amplidyne vith Lon-r~itudilnal
Field, n PP 134-144, iii
Abst: Differential equations are presented wliLch describe the transient
process in an amplidyne with threc-staLe excitation.
SOURCE: Trudy Moskovshogo Enerfeticheskogo In-ta im. V. M. Molotova (works
o~ the Moscow Energetics Institute im,eni V. 14. Molotov), No 16, Electrc):~C-
cive-nics, Moscow-Leningrad, Gosener,goizdat, 1956.

112~-1-7~2
Translation from: Referativr4y7 Zhurnalp Elektrotekhnika, 1957p Nr 1. p. 120 (USSR)
AUTHORSt Goryainovp F. A., Tokarsvp B. F.
of a Three-Stage Dynamoelectric Amplifier of the Longitudinal
TITIEs Desi4
Field (~ raschetu trekhstupenchatogo elektromashinnogo usilitelya pro-
dollnogo pol7a)
PERIODICALt Tr. Moak. energ. in-tap 1956p Nr 16, pp. 145-148
ABSTRACT: Recommendations are given concerning the design of a 4-pole 3-stage am-
plidyne (EMU) of the longitu&lnal fieldo vith self -excitation w*ing in
the last st3Lge. The calculation is done separately for every stage start-
ing from the terminal (third)p because of the unsaturated magnetic system.
The selection of the main dimensions i mad ccording to the formula of
the machine constant. The values of, Bj re Uen as 1 5 to 3 times, and
those of AS as 1.1 to 1.2 times smalleFhan in normal machines.- A'
percentage value of the relationship between the magnetizing force of
the self -excitationAffigrfoft and of the control winding of the third
stage is givenp and also between the output currents of the third,,
second and first stages. The magnetizing forces of the control wind-
Card 1/2 inge of the second and first stages are determined from the conditions

112-1-722
Design of a Three- Stage Dynamoelectric Amplifier of the Longitudinal Field (Cont.)
of generating the electromotive force ;&ich provides the required cur-
rent in the controlling winding of the subsequent stage. In order to
.4ecut.6's" commutation of all three armature cuzz nts, the aur-
iliar3~ po '6s of the EM are provided with four coils each. A connec-
tion diagram for these coils is provided and formulas for the selection
of the nt*4er of their turns are given, The compensating winding for
compensiting,the armature reaction of the third stage control current
'a
is pUce'd on the same poles as the control JjWing of the first eta
The~compensating winding has a number of turns per pole equal to N/P16:
Card 2/2 where N is the number of active-aftRture conductors. V. S.M.

80)
AUTHOR: Tokarev, Boris Fedorovich, Candidate SOV/161-58-2-17/30
of Tech_ni-MT-S-c~iences, Docent at the Chair for Electrical
Machines of the Moscow Power Engineering Institute
TITLE: Static Characteristics of a Three-3tage Electrodynamic
Longitudinal Field Amplifier (Staticheakiye kharakteristiki
trekhstupenchatogo elektromashinnogo usilitelya prodollnogo
polya)
PERIODICAL: Nauchnyye doklady vysshey shkoly. Elektromekhanika i avtomatika,
1958, Nr 2, pp 139 - 145 (USSR)
ABSTRACT: The three-stage electrodyna-mic longitudinal field amplifier
is carried out in such a way as not to be totally exploited
with regard to its magnetic properties as is the case with
all electrodynamic amplifiers. Therefore, the analysis of
its characteristics can be iiiade without considering the
saturation of the magnetic system. The three stages are ana-
lyzed. Unlike the first two sta~;es the third one is a
quadripole system. The amplification factor X is then in-
vestigated and the for:-iula for its determination is derived.
Card 1/2 This formula demonstrates the influence of all construction

Static Characteristics of a Thrc-e-Stage Electrodynarnic SOV/I61-58-2-17/3o
Longitudinal Field Amplifier
and electromagnetic princip.al parameters on the amplification
factor. At a given output the factor K of the three-stage
electrodynamic longitudinal field amplifier increases with
decreasing induction within tile air gap, with reduction of the
air gap and of the current density in the windings. For this
reason, in order to attain an increase in the amplification
factor a machine has to be used the magnetic and electric
properties of which are not completely exploited. From the
same fornula it can be seen that with an increase in the
rotational speed and with an increase of the number of active
conductors of the armature winding the amplification factor
rises, all other conditions remaining unchanged. An increase
in the number of turns of the control winding of the third
stage also leads to an incraase in the amplification factor.
There is 1 figure.
ASSOCIATION: Kafedra elektricheskikh maohin Monkovakoso energeticheskogo
instituta (Chair for Electrical Machines of the Moscow Power
Engineering Institute)
SUBMITTED: January 2, 1958
Card 2/2

80)
AUTHOR: Candidate of Technical MV/105-59-7-3/30
Solenceso Doc~a_-
TITLE: Commutation in YAM-stage Electromotor Amplifiers of the
Longitudinal Field (Kommutatsiya, v mnogostup-onchatykh DU
prodollnogo polya.Y~
PMODICAL: Elektrichestvo, 1959, 14r 7, pq 13 - 18 (USSR)
ABSTR&CTr Additional poles of multi-stage eleotromotor amplifiers of the
longitudinal field genera-be a oommutating field, for'the currents
of various intensities flowing in the armature coil. This is
attained by connecting the windings of the additional polos
according -to -the special circuit described in reference 1. It is
shown here that this circuit is not able to warrant satisfactory
commutation of the currents of the various stagest because the
unequal conditions in their commutation are not taken into account.
A method of calculating the commutation and the additional poles
in multi-stage electromotor amplifiers of the longitudinal field is
precisely described. The com=tation of a three-stage amplifier is
investigated. However, the resaits-obtained apply also-to a two-
stage one, As regards construction, the three-stage electric
Card 1/3 machine amplifier is a direat current motor with 4 poles. The

Com=tation in Malti-stage Electr=otor Amplifiers of the wy/105-59-7-5/30
longitudinal Field
armature coil is a lap winding without equipotential connections.
The winding pitch is nearly equal or equal -to the pole pitch. On
two opposed poles (e.g. I and 3) the control winding is fitted, In
the armature coil of a three-stage amplifier three currents, viz.
124 and the load current 1 3 flow.0 113 and 124 are generated by
the double-pole-, and I~ by a four.;,pole excitation system. In each
of the commu.Uting sections two currents are commutated (1 3 and T-13
or 13 and 124 )). The reactive e.m.f. for each of these currents is
determined. It is shown that the currents T15 and 124 exercise no
reciprocal influence upon the generation of the reactive em.f. in,
the commutation sections during commutation. It is further shown
that the resulting inductivity of all sections of an air gap during
commutation of the current 1 3 will be greater than the resulting
induotivity of the same section in the commutation of % and 1 24&
When calculating the additional poles and the reactive e.m.f. of
Card 2/3 the commutation sections in a three-stage electromotor amplifier

Commutation in Multi-stage Blectromotor Amplifiers of the 307/105-59-7-3/~O
Longitudinal Field
must be taken into account. In each of the 4 commutation zones of
the three-stage amplifier all three currents axe oommutated.
Therefore, the additional poles must compensate the armature ooil
in each of the zones and must generate the commutation field for all
ourents. For the purpoaa of detemiAing -the number of windin,"n of
additional poles of the first and second stage, formula (16), and
for determining that of the -third stage formula (17) is written
down. Figure 5 shows that the polarity of the additional poles does
not agree for thb various stages, In order to warrant satisfactory
commutation in all stages the winding of the additional poles must
be connected according to-the wiring diagram shown by figure 6.
There are 8 figures and 3~ ref6rences, 2 of which are Soviet.
~ATICN: Moskovskiy enerWticheoldy institut (Moscow Institute of Power
Engineering)
SUMaTTEDt October 28, 1958
Ca.rd 3/3

W52 P*
6 jo
Ir
j3
8 Ma NFL: F-
DE
F. Ifliku
F1
r -a 9 ! % It
17
nu a ul i i`~
dou c
cr a
IV 2 2
Q IT
ro
FE

GOMINOV, F.A., prof.; TOKAREV,
I j ,)
PowOr lil,'lit Of an aLlnlidT"-- El~--ktrotekhn-IM Y) - :1~'" - ,
" :~ *~ 1~'
i
-, I. -,, -1 -: 3 )

kand.tekhn.nauk
Induction of the alternating high-frequency electromotive forces
in the control windings of amplidynes. Elektrotekhnika 35
no.1219-13 D 16i. (MIRA 1814)

TOKAREV, B.F., kand. tekhn. nauk, dotsent; DODONOV, A.V., inzh.
Choice of an optimum relationship between the armature
windings of the "Magnovol't" amplidyne. Trudy MEI n0-39:
69-80 162. (MIRA 17:6)

TOKARETY B.F., kand.tekhn.nauk; BESPALOV, V. Ya.,, inzh.
Large amplidyne amplifiers. Eleltrichestvo no.8:14-18 Ag
161. (MIRA 24:10)
1. Moskovskiy energetichoskiy institut.
(Rotating amplifiers)

TOKAREV, B.I.; SHARKOV, V.I.
Determining ox;ymethylfurfurole in wood hydrolyzates. Gidrolizj
lesokhim.prom. 15 no.6:16- 162. (MIRA 15:9)
(Wood--Chemistry) (Furaldehyde)

STAKHORSKAYA, L.K.;,-TOKAREV. B.I.
Effect of the resinous substances of hydrolyzates on yeast
propagation, Gidroliz. i losokhim.prom. 17 no.ltll,-15 064.
(MIIIA 17W
1. Gosudarstvannyy nauchno-issledovatellskiy institut gidroliznoy
i sullfitno-spirtovoy promyshlennosti.

NIKITI11, Nikolay ignatlyevich. Prin:hnali uchautiye: ABR9,10VA. Ye.A.,
starchi-y nauchny-y sotr., kand. kbim. nauk; AKIM, E.L., irjzh.-
tekhnolog; k;TOj'.iOVSM, S.D... dots., kand. tekhn, nauk;
VASIL1YEVA, G.G., i=h.-tekhnolog; ZAYTSEVA, A.F., starshiy
nauchnyy sotr.p kand. tekhn.nauk; KLENKOVA, H.L. kand. tekhn.
nauk; MLEVSIMA, S.S., kand. khim. nauk; NIKITIN, V.N.st~xshiy
nauchn~--y sotr., kand. fiz.-rat. nauk; OBOMISKAYA, A.V., kand.
tekhn. naukp dotsent; PETROPAVLOVSKTY, G.A., starshiy nauchnyy
sotr., kand. tekhn. nauk; PONOMAREV, A.N., kand. tekhn. nauk,
dots.; SOLECIRIIK, 1T.Ya., prof., doktor telbn. nauk; TOKARET, B.I.,
inzh.; TSIJETAYLVA, I.P., kand. tekhn. nauk; CHOUIYEVII-14--m-1 --
kand. tekhn. nauk; ELIASHBEIRG, M.G.,, doktor tekhn. nauk; YUR'YEVp
V.I.; KARAPETY,041, G.O., red.izd-va; Z&LMYEVA, R.A., tekhn.
red.
(Wood che,.rdstry and cellulose] Khimiia drevesiny i tselliulozy.
Moskva, Izd-vo Akad.nauk SSSR, 1962. 711 p. (MIRA 15:2)
1. Chlen-korrespondent Akademii nauk SSSR (for Nikitin). 2. Zave-
duyushr,hiy kafedroy fizicheakoy i kalleidnoy khimii Lesotekhniche-
akoy akadevii (for Yurlyev). (Cellulose)

TOKAREV B I - SHARKOV V.I.
J,
Behavior of hydroxymthjrlfurfurole during alcoholic fermentation
of bydrolyzates,, Gidroliz. i losokhim. prom. 16 no.2-.4-5 '63.
(MIRA 161.6)
(Furaldehyde) (Glucose) (Fermentation)

STAKHORSKAYA, L.K.; MKAREV,-,13-1---
Effect of hydrayynethy1faraidehyde on yeaat. Yukrobiologiia 33
no.6:1056-1060 N-D 164. (MIRA 18:4)
1. Gosudarstvennyy nauchno-issledovatellskiY institut gidroliznoy
J sullfitno-spirtovoy promyshl.onnostig Leningrad.

q
MAYMM, V.I.; TOKATM, B.V.; COMS, X.; VD077A, R.G.; YMMOLAY.RV, K.M.-
Research in the field of compounds labeled with 014 and N15.
Part 4. Synthesis of "key" compounds. Zhur.ob.khim. 26 no-7:
1962-1967 11 156. (MM 9:10)
1. Institut biologicheakoy i meditsinakoy khimii Akademii nauk
SSSRI (Phthalimide) (Hydrocyanic acid) (Radioactive tracers)

T-KARP"!, 13311--"'R71
Fish Culture - Volga
t, 1. -J,
means for saving young ri3h in hatcherie.5 of the Volga d~~ita. Hy'.). ;,hDz. 28 no, E
lt)r-2.
9. Monthly List of Russian Accessions, Library of Congress, Nov~!dbA--r 190. Unclassified.
- 2

TOKAUT, B.V., Inzh.
Flat-latch knitting machines. Tekst.prom.
l6o.
(Knitting machinee)
20 no-7: 75-78 JI
(MIRA 13:7)

Ab e I owl of
mm,
C A

009

.00 Ftb. 24, 1 T. 11,
09
00

00 f3

so
eq

0
4~6. I L* 041444MCAL LMIATIM CUAWCOON
Room 6"I"OlAwo
Woo
400
ke 0
40
coo
We 0
U M AV 10 AS IV -0 An A s v Im 0 0 v 1 311 & 0 At 0 2 4
0- G G M 0 0 4 0000.0 0,0 0 1 41 lee 0 0 4 0 * 0 * 6 0 * 0 0 0 * 0 0 0 0
-9-0 *-* oli 0 *-* o o 0 0-0 0*,**! .00*00 c 000*0* 0*:

co~
M14fTnt,h4S.l1,,,of hjdi;O, nk ddn. V, 1. NIJ.1nd.
U:j C', It, I 7a
It. V. yal'i DjkWy A k,.[.
Sher:
at, 1934(1951).-Irt a l4rce test tithe it, A
X ittin. Are pLiced 100-4W mit. NCO, and 3 partq 0"',
I - 1.2 K~ K is SIVIrd, anti In slow x Stmam the I"t tube
(filf~f at 45" Anittel i9 heafecl with a 4ire 16me, then In an
ficulef (41.101-44W ('W'1-5 flxitl~: tile tithe I'. JILIMI in;t
tithe furn,uv awl he,it"I 2-3 mitt. to c~A~1. an,l
the nmirrif-i Are fitrared with 3-4 mt. I W nr W7,q MrOI I;
the %-fit it arllifkd by.. ml. 4rc IICV indi-fil,
irsto N StrON4 In Ifefill, the ykki is R&-M%. Nmll,tr
1w,kting It* it N alm. "f'2, g. KNO and fl~ I g. R tar .144, vx4ing
Aft1f 111C AZWe h-Ad dCV0M9WM4I. Whirl, fit IM Mt. IIACOs,
atid Itt%iting at ulyWe for 8-10 mitt. at *")-*W jind 2-3
G. M. KMO1.kjttfI

n cm o.-,r on a r y

TOKAREV, B. V.
Machinskaia, I. V., Tokarev. B. V.- "Condensation of some 4-alkylsubstituted
cyclohexanones witb enanthic al Yde." (p, 1163)
SO: Journal of General Chemistry. (Zhurnal Obshchei IMJm1i) , 1952, _~Lqj. jj~,_~Iq. 7
- -----
INst. Chemical Technology Im. D, 1. Mendeleyev, Moacow