SCIENTIFIC ABSTRACT VOROBYEV, N.F. - VOROBYEV, N.M.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001860820014-1
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: March 14, 2001
• Sequence Number: 14
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

28008
B/508/60/030/000/011/013
On agreement with experiment D234/11306
bloc and 2 non-Soviet-bloc. The reference to the English-language
publication reads as followst W.G. Vicentil Comparison between
theory and experiment for wings at supersonic speeds, Second In-
ternational Aeronautical Conferencep N.J., 1949t P. 534-552 [Ab-
stractor's note: Two of the Soviet-bloc references quoted are
translations of non-Boviet-bloc publications].
SUBMITTED: January 20, 1959
Card 5/5

TOROBINV, J1.?.'(Xpvoeibirsk)
Unsteady notion of a finite-span Ving In case of Intermittent
Change of spee(j#,-1%v.AN SSSR.Gtd.tekh.uauk.Nekh. I mashinostr.
no.21167-170 ',~59. (MIRA 12:5)
(Airfoils)

6__A-L;)44__V0 VAIA I *11wr-kM4
MC 14KI "6009057 SOURCE CODE: UR/0207/66/000/001/0112/0114
AUTHOR- yoroblyevi.N. F. (NovoaibIrs14
ORG: nofi~""
TITLE: The mixing of two gas flows in coaxial tubes separated by a perforated wall
SOURCE: Zhurnal prikladnoy mekhaniki t tekhnicheskoy fiziki, no. 1, 1966, 112-114
TOPIC TAGS: gas flow, pipe flow, flow analysis
ABSTRACT: The author Investigates, in a unidimensional scheme, the mixing of two gases,
with different physical and thermodynamic properties, flowing In coaxial cylindrical tubes
separated by a perforated wall. Mass exchange takes place between the media as a result
of the difference In the static pressures In the flows. It Is assumed that the gases In the
tube, into which the gas flows, intermix instantaneously and that thermodynamic equilibrium
is established in the gas mixture. Further, more, It is assumed that friction and heat trans-
fer on the walls of the tubes are negligibly small compared to the mixing effect. In setting
up the equation of momentum in the tube where the mixing occurs, the author takes into
account the reciprocal direction of the mixing flow8 and the "ow angle. Orig. art. has:
2 figures and 8 formulas.
SUB CODE: 20 / SUBM DATE: 24Jul66 / ORIG REF: 001
1/1 zc~

YOROBOYEVe Nv.7.0 mayor, voyennyy ahturman parrogo k1laisea,
Calculating wind conditions for bombing. Test.TosdJls 41 no.2!
53-56 7 159. (KMA 12t4)
(Bombing, Jerial)
(Meteorology in aeronautice)

IWXOLZNKO, S.D. (Novosibirsk); VCBDPXI,&j (Novosibirsk, V.K.
Matching experience and characteristics of airfoils of finite span
designed according to the linear theory at supersonic appedes Insh,
A38 IMIRA 13tlO)
abore 301131-e
AirfoUs) (Aerodynamics, Supersonic)

VOROBITEV, (Irazan')
-,w he Chuvash 19thnographic Bipedition of 1949-1953.
Brief resultO Of t (mm 10:5)
Uch.sap.Us.un. 115 nO,lo-.138-14o 155.
iChwashes)

/kedicize - Virus Diseases Her/Apr 51'
"PoLiomWelltls at Ufs in 1948," Docent N. F.
Varoblyev, Prof N. 1. Savchenko, Clinic Wervous.
Die !eases, Bashkir Med Inst
"N!vropatol i Psikhiat" Vol XX) No 2,, py 61, 62
Ou~breLk of poliowlelitim, which affected chiefly
children (mainly boys), occurred In the spring
and su=er. No contacts of the affected children
vtth sick ebildren and no group infections could
'be;', established, There vas no incubation stage,
Content of otsim in tbe cerebrospinal liquid
Val O.P.5-01g. Reactions of blood and other
i86TO6
USSRI'medicine Virus Diseases gar/Apr 51
(Coutd)
reactions vere investigated. Symptozatic treat,
,mat vith urotropiu,, sulfa drugsp penicillin ad-
Intramuscularly (ineffective), and
Waaerine In the recovery step was applied.,
CQ

VOROBIYEV. If-I., professor, reUktor, xaoluzhenny7 deyatell naulaTAS5R;
V.1.0 Professor, redaktor, xaoluzhenny7 dayatell
nimiaTASSR-, $OLGAIIII, O,Ta., redaktor; NXIMLIKO. G.R., takhni-
cheakiy redaktor,
(studies on the geography of Tatarial Ocharki po geografli Tatarii,
Irazan't Tatkhnirpildat, 1957o 356 p. (XLRA ~0:6)
ZKtar AoS.SeRs-Geography)

VOROBIY3V N I
'Therapeutic effectiveness of quateleron in treating hypertension.
Vrach. dalo no.3:33-35 Mr 162. (MM 15s7)
1, VakulltatBkaya terapsyticheakaya klinika (say, - zaaluzhannyy
dey4tell naukip prof. N. To. Kavetskiy) Kuybyshevskogo medi-
tainakogo instituta.
(HYPERTFMION) . (PARASYMPATHOIXTICS)

mtiuijktsd rile of2
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A mm(W (of the rapid "romilsolictim of the dianuivast
matter In water by the electromoctria m4tud- -00
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tj(ag~v- lekh, 14, No. 40, ~ .00
00 9 C". Zoorm.Am 1. 14irJ,--A siniple isirthlof Is
ifeKtkl*d for the doln, tit IU Citc, (10A. CA the wwttr Willi .00
0 0 It*
1`114? I&SICT tIi9AI'jW8F1ArKV of IiVCF fat OIS (Ailing in fo-olalre 04111
0 lliny reflect is course rapist luillovirf of (at Ill the tallmle
Wholl may tit Imn lie mporliPile for IN higher Irvrl ij
loss 4*0
**j ke mia, In this or%. The footling kelonsiriss was rordiwid
.1"s &)%' after a week and practically alsolislord after 2
vmr returned to a mock di" after re.
Criving the higb4st diet for 12 days. A inure rapid de. see
0 crejx.~v occurred when I)eWne.IICI was Mou administered,a00
00.1 winX to its effect In cattoing a nome rapid transfer of talaile
2 Atoll, 9
tat front lite livu with a conwtvirot fasirr depirebtim Ili
krioutithq. The output of urinary N varkd firlyrrWrly goo
Willi the Ir"Ith of the feeding trtione In Animals (.%tied
nitro or"ving the high4at Iskor-piro(rin diet for ps:riodo tit 690
irss-l(ainz terlith. 'rhe *,pp,miiv coodititm was ul~vvrd 800
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VORO-B YEV. N. I.
Electric conductivity as one of the factors characterizing natural
waters in field conditions. Gidrokhim.mat. 24:10-33 155.(M A 9:4)
I TR
l.Saratovskiy avtodoroshnyy inatitut.
(Water, Underground) (Water--Analysis)

14-577-6-12298
Translation froms Referativn zhirnclo Goografl,ja, 1957, Nr 6.
p 83
AUTHORs Voroblyev, N6 19
TITIEs Graphio Ropresontat On of Ion Conoontration and of a
SuppozM Anion (And Ctition Gontant In 46tural Watorn
(Grafichaskoyo izubrazboniyo ionnogo nostava I prod-
pDlagnynnogo bonhotani-ya anionov i kationov v yestost-
v4nny'r.,h -rodukh)
PERIODICALI 11,~e Su~rtitovak. avtomobs-dors In-ta,, 1-956, Nr 14,
pp 427-430
ABSTRACTs A percentaga of mg-aqui%,-9 of oations present in the
water =,-dor i!tudy are plottad on one coordinate axisP
and o p-greantags of mg-equilvo of anions or. tho other
ax-JISO 7-he aroFs bcunded by horizontal and vertical
correspcnd-to ths per-,*ntage of the salts prob-
ably prosent ~n watera

TOROBIM, N.I.
Electric conductivity of mixtures of electrolytes contained In
nati=1 waters. Gidrokhim. mat. 261249-261 157. (Km 10-8)
1. Saratovskly avtomobiiino-doroshnyy Institut im, T.M. molotova.
(Water) (Electrolytes)

STUP IS ii~'Ifl A-V. ~3-1 i:i' N. J GALITS KAY A, M. A., red.
[InLr,-,daction to the textbook for
socorb-1-year cori-esspordanca ataderit3 of the Geography
Facculty) Vvedanla k kursil "Geomorfologiia," uchebnoe pc-.
a0bie dlia studentov-zaochnikov. .11 k-ursa goograflcheskogo
fakullteta.. Kazan', Kazanskil lps. univ., 1.964, 8 P.
(MIA 18: 5)

PECHKOVSKIY,- V.V.; VOROBIYEV, U-1.
Reactions of vanadium chlorides with hydrogen, oxygen and
water vapors. Zhur, neorg, khim. 10 no*6:1433-1440 Je 165.
OIRA MO
1. Permskiy politekhnicheakiy inntitut.

PECIIKOVSKIY, V.V.; AMIROVA, S.A.; VOROBIYEV, N.I.; OSTROVSKAYA, T.V.
Thermochemical transformations of ahxamium and manganece chlorides.
Zhur. neorg. khim. 9 no.9:2059-2065 S '64.
(MIRA 171l1)
fF
MR-MMA-901-N,

VOROBIYE,V, N.I.
Use of"Mquency-eelectlve networks in correcting the shape
of rectangular voltage pulses transformed by pulse transformers.
Izv. TPI 122j129-139 162. (ICRA l7sq)

PECHKOVSKIYP V.V.; I~OBIYEV~:!.,k I.; OSTROVSKAYA T,.Y.
Thermoohemical tr"sformations of aickel and cobalt chloridese
Zhur.neorg,khim, 9"Mr41-7-78-785 AP '64- (MIRA 1714)

PF.CHKOVS.KIY,.V.V.; VOROBIYEV. N.I. .
Thermochemcial, transformations of iron chlorides. Zhur.neorg.khlm. 9 no.
0
1:12-19 Ja 164. (14IRA 17:2)

PECHKOVOUY, V.V.; AMOVAv S.A.; VOROBIYEV, N.I.
Roasting of ferrous sulfate in a fluidized bed (pilot plant
testing). Izv.vys.ucheb.zav.;khim.,i khim.tekh. 6 no.2-.268-273
'63. (MIRA 16:9)
1. Permskiy politekhnicheskiy inatitutp kafedra tekhnologii
neorganiclieskikh veshchestv.
(Iron sulfate) (Fluidization)

VOML I L7) 11. 1. . luml. tekhn.nate-. (Gor "Ady)
Intordependonce of Vac phy'sicn.1 propertiva of polymera.
Elol:trichestvo no.8:76-7V Aa 161. (IIIRA 34:3P)
(Polriors)
m
.1
0

%5700
AUTHOR:
TITIE:
26036
S/lo5/61/ooo/oo8/oo4/oo4
E194/EI55
Voroblyev, N.I., Candidate of Technical Scie Cos
~Gorvkiy)
InterLrelationships between the physical properties
of polymers
PERIODICALt ElektX-!cheztvov 1961, No.89 PP. 76-78
TEXTi Many new polymers are appearing, and study of their
properties can be facilitated by better understanding of the
relationships between the different properties. R.F. Boyer (Rer.1;
J. Appl. Phys., 1955, V.25, No-7, P-825) has established that the
vitrification temperature of polymers is determined by the value of
intermolecular forces. As the intermolecular forces orenergy of
cohesion increase, there is a linear rise in the vitrification
temperature. Moreover, a relationship has been established between
the,dielectric losses and the vitrification temperature, and a
similar relationship can probably be extended to the majority of
physical properties of the polymers. Thus, the value of the inter-
molecular forces can be regarded as a fundamental property of
polymers governing many other properties, Polymers can thus be
classified according to the magnitude of the intermolecular forces.
Card 1/4

26036
Inter-relationships between the ... S/l05/6l/ooo/oo8/oo4/oo4
E19VE155
Typical rubbers have low values, polymers used for films and
fibres have high values, and polymers of intermediate value are
used for the manufacture of plastics. It has also been shown that
the density, modulus of elasticity and coefficient of linear
expansion are closely related to the vitrification temperature and,
therefore, to the magnitude of the intermolecular forces. The
present work extends these relationships to certain new physical
properties of organic polymers and also to inorganic polymers
(glasses). Results obtained from the literature are quoted for
the relationship between the ultimate strength and the elongation
at fracture of organic polymers as functions of vitrification
temperature. The curve of ultimate strength in tension as a
function of vitrification temperature has three rising branches,
the lowest corresponding to x-ubbers, the middle one to vulcan1sed
materials and the upper to finished rubbers with carbon black.
There is a maximum in the curve of tensile strength against
vitrification temperature, presumably because two factors are
present. An increase in the vitrification temperature, and
consequently in the intermolecular forces, tends to increase the
strength. Secondly, when a polymer is fractured the material is
Card 2/4

2036,
Inter-relationships between the o.e. s/io5/6i/ooo/db8/oo4/oo4
orientated, which also increases the strength. Below the maximum
both processes act in -the same direction. But in polymers of high
vitrification temperature there is no orientation, and accordingly
there is some reduction in strength, The elongation at fracture
diminishes sharply as the vitrification temperature is increased.
An attempt was made to extend these relationships to silicate
glasses. The transition from the homopolar chemical linkages of
organic polymers to the stronger heteropolar linkages of inorganic
polymers causes the latter to be stronger. A unique relationship
for both types of polymer is found for mechanical strength,
modulus of elasticity and coefficient of linear expansion as
functions of vitrification temperature. The existence of these
general relationships is additional confirmation of the now theory
of polymetric structure of inorganic glasses. Analysis of the
data shows that the relationships are valid for amorphous and many
crystalline polymers and also for copolymers and inorganic
polymers. The characteristics of all these lie on a single curve
of quite small scatter. This is the more convincing in that the
experimental data were obtained by different experimenters using
various techniques and materials. It is concluded that the
Card 3/4

26036
inter-relationships between the S/lo5/61/000/008/004/oo4
E194/E155
physical properties of polymers depend on the magnitude of
intermolecular forces or vitrification temperature and are closely
interrelated. Knowledge of this interrelationship of physical
properties should facilitate the classification, study and
application of polymers.
There are 5 figures and 13 references; 12 Soviet and 1 English.
The English language reference is as given above.
SUBMITTED: March 30, 1961
Card 4/4.

VOROBIYL70 --N.:.:I*
Cand Tech Sci (diss),f.'Several problems of the theory, estimate,
designing, and technology of the manufacture of high-voltage im-
pulse transformers." Tomsk, 1961. 14 pp; (Tomsk Order of Labor
Red'Banner Polytechnic Inst imeni S. M Kirov); 150 copies; price
not given; (KL, 6-61 sup, 215)

VGOBIYj]V, 1likolay Ignatlyevich, aspirant
Measurement of static winding capacitances of pulse transformers.
Izve vyso ucheb, say.; elektromkh. I no.7:57-60 160.
(MIRA 13:9)
1. Tomskiy mlitakhnichaskiy inotitut.
(Zleatrie-transformere-Windingo)

PHASE I BOOK EXPLOITATION SOV/4809
Vorobly,evi A.A.j G.A. Vorobtyev, N.I. Voroblyevj A.F. Kalganov) I.I. Kalyatskiy,
V.D. Kuchin, a7_.Mesyats, S.F. Pokrovskiyj K.K. Sonchik, and A.T. Chepikov
Vysokovolitnoye ispvtatelfnoyacbcrudovanlye I izmerenlya (High-Voltage Testing
Equipment and Measurements) Moscow, Gosenergoizdat, 1960. 583 p. Errata
slip inserted. 10,500 copies printed.
Ed. (Title page): A.A. Voroblyev, Professor; Ed. (Inside book): A.I. Dolginov;
Tech. Ed.: K.P. Voronin
PURPOSE: This book is intended as a textbook for students taking courses dealing
with high-voltage technique and high-voltage testing equipment. It may also'be
of use to the personnel in high-voltage laboratories and scientific Institutions.
New data contained in the book may be of interest to electricians.
COVERAGEt The book describes methods and installations used for generating and
measuring high and superhigh constant) alternatingp and pulse voltages used in
laboratory work and in charged-particle acceleration processes. Some data con-
tained in the book could be used in designing and computing high-voltage instal-
lations. The book was written by the staff members of the Department of High-
'Voltage Technique of the Tomsk Poly-technic Institute. Chapters I and Il were
written by A.A. Voroblyevy with paragraphs I-1 and 1-2 written jointly with
Card-17%-,

High-Voltage Testing (Cont.) SOV/4809
I.I. Kalyatsk1y, paragraph 1-6 with N.I. Voroblyevy paragraphs II-1 to 11-6
and II-10 to 11-13 with A.F. Kalganov, and paragraphs 11-7 to U-9 with
V.D. Kuchin. Ch. III was written by A.A. Voroblyev, with the exception of
paragraph III-49written by S.F. Pokrovskiy, and paragraph 111-4 written jointly
by A.A. Voroblyev and the latter. Ch. IV: paragraphs IV-1 to IV-3 wero
written by I.I. Kalyatskiy; paragraphs IV-5 and IV-6 by A.A. Voroblyev; para-
graph. IV-Aby A.A. Voroblyev and I.I. Kalyatskiy jointly; parAgraph; IV-7
by K.K. Sonchik; paragraph IV-8 by G.A. Mesyats; and paragraphs IV-9 and
IV-10 by N.I. Voroblyev. Ch. V: paragraphs V-1, V-2 and V-12 were written
by A.A. Voroblyev; paragraphs V-3, V-4 and V-8 by A.A. Voroblyev and G.A.
Vorobly2v jointly; paragraphs V-5 to V-7 by A.A. Voroblyev and A.T. Chepikov
jUntly; ,paragraphs V-9 to V-11 by A.A. Voroblyev; and paragraph. V-13 by
K.K. Sonchik. The authors thank Engineer L.T. Murashko for his assistance.
,-.4pferences accompany each chapter.
TABLE OF CONTENTS:
Foreword 3
Ch. I. Methods and Inatallations for the Generation of High Alternating
Voltage
Car+-Z_V~

High-Voltage Testing (Cont.) SOV/4809
Ch. V. High-Voltage Measurements
1. General information on high-voltage measurements and measuring instru-
ments 414
2. Electrostatic voltmeters 422
3. Generating voltmeters 429
4. C a p a ctIve-rectifying circuits for high-voltage measurements 435
5. Measurement of alternating and constant voltages by means of
arresters 444
6. Measurement of pulse and h-f voltage amplitude by means of arresters 455
7. Dividers for constant-and alternating-voltage measurements 467
8. Dividers for pulse-voltage measurements 481
9. Certain physical processes occurring in cathode-ray tubes 503
10. Special features of oscillographic recording bf rapid processes 521
-11'~- Oncillograph circuits for the recording of single phenomena 529
12. "Klidonograf" [wave recorder] and its use in fixing voltage amplitude 541
13. Pulse-current measurements 546
Bibliography 557
Appendixes 559
AVAILABLEt Library of Congress
JpIrsm/afm
2-1 7-61

VC0=17W N I
Yadhine tools for ghapine b-igh-strongth reinforcing vire. Blul. takh*
inform*- 4 no.5t27 NY '58. (XIRL 11:8)
l.'GlavVy inphener remontuo-makhaniohookogo zavoda Stroytresta
wo~201 (Rainforcod oonorets)

VORODIVIVO. Nikolay Ivenovich;_ USELKINA. A.A., red.; GOLICIERIMOVA, A.A.,
I - km, .
I.
[safety engineering in 8aseabling installations] Takbnikm bezopasuosti
pri monteshe oborudovaniia*' [Moskva] Zsd-vo VTsSPS Profisdat, 1957.
*135 P. (MIRA 11:7)
(Ingineering-Safety measures)

110) SO,11/91-59-7-171/21
AUTHOR: Voroblyevq N.I., Engineer
TITLE., Laboratory Equipment for Cleaning and Drying of
TransformerDil
PERIODICAL: Energetik, 1959, Nr 7, pp 21-22 (Usq-R)
ABSTRACT: For cleaning and drying transformer oil used in high-
voltage equipment of electrophysical laboratoriesa
device was built producing transformer oil with extra-
ordinary high electrical characteristics. The techno-
logical system used, consists of heating~ cleaning
by means (-1 an adsorbant, filtering and drying vlith
vacuum-deaeration. The author describes brief;y the
equipment used for heating the oil to 70 - 80 C. The
temperature is controlled by an electronic automatic
bridge of type VfV-21. Fig. 1 show.s the electrical
heater circuit. The cleaning by means of an adsorbant
is performed by passing the hot oil over silicagel
(S102)owhich has been activated by heating it to 30n
Card 1/2 -500 C. After cleaning the oil is fed to a vacuum

SOV/91-59-7-13/21
Laboratory Equipment for Cleaning and Drying of Transformer Oil
filter for removing mechanical admixtures. The dea-
eration is performed by spraying the hot oil at a
temperature of 60- 70uC into a reservoir or into a
tank in which a vacuum of 30 - 66 mm mercury column
is maintained. The oil processed according to this
method was used by the authors in pulse transformers
of 400 and 1f0OO kv. The oil cleaning apparatus is
reliable in operation. There are 1 circuit diagram
and 1 diagram.
Card 2/2

VOROBOYN. N.I., doteent, kandidat takhnichaskikh nauk; TRZM-
VOROBITST, G.A., inzhener; X"TATSXIN. I.I.,
insh6ner; TRUBITSTN, A.M., inshener; IMTMSXIT. V.S., inshenar;
KALGANOV. A.F., inshener; KUCHIN, V,Ds, Inzhener.
"High voltage electrical engineering." Part I ana II. A-A-Akopian
and othere. Reviewed by A.A.Voroblev and others. Blektrichestvo no.8:
91-92 Ag '54. (MIJU 7:8)
1, Kafedra teihniki vysokikh napryazhenty I kafedra slaktrolsolya-
telonnoy I kaballnoy takhniki Tomskogo politakhutchookogo institute,
im, Kirova.
(Ilectric engineering) (Akopian, A.A.)

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v

C)
112-2-2709
Translation from: Referativnyy Zhurnal, Elektrotekhnika, 1957, Nr 2,
p. 12 (USSR)
AUTHOR: Voroblyev, N.r.
TITLE: The Winter-proof Feature and Heat Resistance of Insulating
Compounds. The Classification of Insulating Compounds
(Morozostoykost' i nagrevostoykost' izolyatsionnykh
sostavov. Klassifikatsiya izolyatsionnykh sostavov)
PtRIODICAL:, Izv. Tomskogo politekhn. in-ta, 1956, Nr 82, pp. 21-26
ABSTRACT: Asphaltic and wax-like compounds with synthetic resins
as a base are discussed and their vitrification and
embrittlement temperatures are investigated. It has been
shown that the thermosetting compounds have the widest
range of operating temperatures& A.A.V.
Card 1/1

V0R06'YEVj N., I -
AUTHORS:-Vorobf ev lff. (Cand.Tech~.Soir.) and S:LlinBkiy, Yk. (Engin-
eer)** 110-7-25/30
TITLE: Investigation of the resi'stance to frost of the insulation
of motors series A and AO. (Issledovaniye morozostoykosti
isolyatsii dvigateley seriy A i AO.)
PERIODICAL:. I'Vestnik ElektroRromuhlennosti" (Journal of the
BlecT=rca Industry), V01.28, vo.7j1957, pP.74-76 (TJBBR)6
AfMTRACT: Although standard series induction motors are widely
used their performance at very low temperatures has not
been thoroughly studied. This article gives the i7psults
of low temperature cycling tests on the insul ation!. In
low temperature cycling damage to insulation mostly re-
SUltB from differential expansion of different materials.
It is difficult to measure deterioration of the insulation
directlyl therefore in the present work the resistance of
the insulation to frost was evaluated indirectly by its
water resistance after exposure'. The tests were made on
standard series induction motors made by the Sibelektro-
motor works', Design information:is tabulated:. All motors
were of No'.4-frame size for 220/380 V supply'. Three
Card motors of each type were tested. The testing cycle was
1/2 as follows: normalisation of the insulation at 105 0 for

Investigation of the resistance to frost of the insulation
of motors series A and AO. (Cont.) 110-7-25/30
8 hours; maintaining at relative humidity of 95 + 5% at
room temperature for seven days; Immediate trans-fer to a
cold chamber at -60 C for 24 hours'. After passin
28 five
cycles the motor stators were aged at 150 C for days'.
After ageing the motors were again cycled five times. In
each cycle after seven~days exposure to moisture-the
motors were given an ' ' flash test of 700 V. Graphs of
a.c.
the insulation resistance of the motors as a function of
time in the humidity chamber are given in F4.1 and com-
parable graphs for the,power factor-and capacitance are
given in Figs'. 2 and 3',' The insUation of all three var-
iants of the standard series motor were found to be
sufficiently resistant to frost'. The winding texminations
were found to be a weak place in the insulation'. The
Card moisture resistance of normal enclosed motors is somewhat
higher than that of water resistant type motors. There are
2/2 3 figares, 1 table'.
ASSOCTATION;Tomek Branch of the Scientific Research Institute of the
Ministry, of the Electrotechnical Indust:q. (T64WijP'Filia1
NI I NEP)'.
AVAIIABLEi

6 V
9(2)
SOV/112-59-5-10062
Translation from: Referativnyy zharna-1. Elektrotekhnika, 1959, Nr 5, p 234 (USSR)
AUTHOR: Voroblyev, N.. I.
TITLE: Pulse Modulator With a Nonuniform Artificial Line
PERIODICAL: Izv. Tomskogo politekha. in-ta, 1957, Vol 87, pp 343-350
ABSTRACT: The possibility is considered of improving the output square-pulse
shape of a modulator, that has a forming artificial line and an output pulse
tra-,isformer,'by substituting a nonuniform line for the uniform one. This
permits designing the pulse transform. er with a lesser number of turns or with
a smaller core cross-section (therefore, with a steeper pulse front and with a
lower weight). A greater pulse tilt Is prevented by a correcting effect of the
nonuniform line. This method is applicable only for the case of an underheated
transformer. Engineering formulae and an example of calculating such a non-
uniform line are presented, as well as pulse oscillograms obtained in an
experimental hookup. Bibliography: 3 items.
B. Z. L.
Card 1/ 1

TORDBITST, 11j,, kand.takhn.n&uk,-dotvent
Textbook for the *ZUctric materialem course. Revieved by
R.I. Vorob'av. IsTs vyv* uchabo zave; olaktromekh. 1 no.4-.122-123
158. (HIRA 11:8)
l.Tomokiy politekhnichookiy inatitut.
(Electric engineering)

AUTHOR; 19roblygy, ff. I.,_Docent, Candidate of 105-58-4-15/37
Technical Sciences
TITLEt Using a Q-Meter for Measuring High-Quality Factors (0
primeneniye kumetra dlya izmereniya bol'shikh dobrotnostoy)
PERIODICAL: Elektriohestvo, 1958P Nr 4, pp. 64-65 (USSR)
ABSTRACT: The possibilities of measuring high-quality factors by means
of a Q-meter are analyBed. The conditions are investigatedt
based on which it is possible to increase the accuracy of
the measurements with the Q-meter of dielectrics with small
losses. The basic difficulty in measuring dielectrics with
small,4value is the small difference between Q1-9,2, For
incriasing this difference (with one and the samtW-value)
coils of high quality must be used (Q,). The samples must
have a capacity as high as poss*ble.(e.g. not below 100/(/(P).
The data of measurements of tg S with polyethylene at
various frequencies are given. The measurements were carried
out with a Q-meter of the KB-1 -type with mercury electrodes.
The Q-meter was connected through a voltage stabilizer. In
the calculation of the capacity and of tg j a correction was
Card 1/2 introduced. The greatest accuracy of measurement is obtained

Using a Q-Meter for Measuring High-quality Factors 105-58-4-15/37
at 750 kilocycles. Analogous measurements were carried out
with polysterenep polydichlorostyrene and others. In all
cases an essential (1,5-2 fold) deviation of tg do from the
values measured at I megacycle inapite of corrections for
the electrodes was observed at frequencies above I mega-
cyclej this was the case in both directions (increase and
decrease). Thus dieloctrios with tg or - 4-10-4 can be
measured with a deviation of not more than 3W5 when a
number of conditions arc taken into concidoration. There
are I table and 4 Soviet references.
ASSOCIATIONs Tomskiy politekhnichoskiy institut (Toijok Polyteeinical
Institute)
SUBMITTEDs October 24, 1957
AVA,ILA3LE:. Library of Congress
1, Dielectrics-Measurement
Card 2/2

AUTHOR: Kuchinj V. D., Candidate of Technical SOY/105-58-7-25/32
Sciences
TITLE: Conference on Solid Dielectrics and Semiconductors (Konferentaiya
po tverdym dielektrikam i poluprovodnikam)
PERIODICAL: Blektricheotvo, 1958, 11r 79 PP. 85 - 86 (USSR)
ABSTRACT: The conference took place from February 3rd to February 8th,
1958) in the Tomsk Polytechnical Institute (Tomskiy politekhni-
cheakiy institut), Section of Properties of Dielectrics.
Professor A.A.Voroblyev (TPI) reported on the great number of
investigations in the theory of ionic dielectricst of cystalli-
zation, of the mechanical and electric properties of dielectrics
and practical insulation. He showed that the properties of the
binary compounds are divided into two groups; the one group of
properties increases with increasing lattice energy, the other
is roduced. Docent M.S.Metsik, Irkutsk University (Irkutskiy
uniyersitet) developed a theary according to which the cleavage-
-work in mica crystals is composed of the work against the dipole
forces and the work for the separation of the double layer and
in the last utage results in an electrostatic mosaic. Docent N.I.

Card 1/4 Voroblyev (TPI) reported on the results of the invoctigation'-of--

Conference on Solid Dielectrics and Semiconductors SOV/105-50-7-25/32
dielectric constant, of the losses, the electric ntrength, and the
specific volume resistance under temperature influence, moisture,
tropical conditions, in the corona products "fluoroplast-4",
llfluoroplaat-3"t polyethylene, polymonochlorostyrene, "product-loll,
thermoreactive compounds, and urethane. M.S.Ivankina (TPI)
measured the factor of linear expansion and the heat produced
in the formation of solid solutions of the KC1- RbC1, KC1 - Ur -
and HaCl - NaBr system in dependence on the composition in the
xange of from 25 to 1000 C. A. H.Kislina (T21) found that the
simple relations between the physical and chemical properties
of the monocrystals of alkali-halide salts and their electrical
strength (as described previously in the papers of A.A.Voroblyev)p
are not always established in the case of solid solutions. Docent
F.A.Savintsev and others (TPI) found that the strength of alkali-
-halide solutions determined according to tho method of boring
and mutual grinding increases with increasing molecular concentra-
tion its change according to its composition follovin;; a curve
with a mini=um. Docent V.V.Puchkovskiy,Chelyabinsk Institute
of Mec~,anization and Electrification of Agriculture (C~elyabinskiy
inatitut mekhanizataii i claktrifikataii 3ell,akoGo khozya,Yrctva)
Card 2/4 by means of experiments found that the dependence of the maximum
.1

Cenforence on Solid Dielectrics and Semiconductors SOY/105-58-7-25/32
overheating temperature in the center of the small plate on the
temperature of the surrounding air has maxima in the case of a
change of this temperature of from 2o - looo C.
Section of Ceramics: V.M.Belounoy (TPI) gave a calculation of the
ceramic structure. cent V.A.Presnov and others (SFTI) reported
on investigations of the vacuum-tight ceramic structure and the
nature of the ceramic-metal boundary,
Section of Cryotallization:Profeoaor L.M. Kuz1min and assistants
(TPI) do lt with geological problems. S.A.Stroitelev (TPI) gave
a method for the selection of effective admixtures. A.P.IzerCin
developed a method and an equipment for the purification of li-
quids from small admixture quantities.
In the Joint session of the sections concerned with the break-
down of solid dielectrics, ceramicsp polarization, losses, and
conductivity Professor N.I.Shishkin spoke about the "Electric
Conductivity of Solidified Glasses". The final general meeting
was opened by Ye.G.Papush (~nepropetrovsk Institute of Railway
Traffic Engineers) who reportad on tho "Poundatinno of the Theory
of Polarons".1. Ye.Balygin and k.P.Rumyantsey reported on the
Card 3/4 investioation of the dissusion processes of the silver isotope

IConference on Solid Dielectrics and Semiconductors SOV/105-5e-7-25/32
Ag 110 in amorphous and crystalline quartz, and in agglomerated
oxides as Al 20P ZrO 2 and TiO 2*
ASSOCIATION: Tomskiy politekhnicheskiy inatitut (Tomsk Polytechnical Institute)
1. Dielectrics--USSR 2. Semiconductors--USSR 3. Conferences
Card 4/4

sov/ilo-58-11-11/28
,, _N#I* (CandaTechoScia)
AUTHOR: Vorob~ev~
TITLE: The Dielectric Properties of Thermo-reaetive Compounds
(Dialektrichoskiye evoystva termoreaktivnykh kompaundov).
PERIODICAL: Vestnik Elektropromyshlennosti, Nr.11, 1956, pp.39-41.
(USSR)
ABSTRACT: Setting compounds of the old types are nowadays being
replaced by polymerising-type compounds - epoxides,
polyurethanes, methaerylates and others. This article
considers the dielectric properties of methaorylaten and
polyurethane compounds. Methaerylate compounds type
MBK are co-polymers of methaerylate ethers. Compound
MBK-1 is hard, MBK-3 is elastic and mnisture resistant.
Both are particularly convenient in use. Compound K-31
Is of the polyurethane type, and, like compound MBK, it
does not melt. It is not soluble in organic solvents,
can only be stored for a short time in the liquid condition,
and is toxic* The test specimens of the compound were
hardened in flat al=inium cups which served as the lower
Card 1/3 electrodes. The upper electrodes were of aluminium foil.

SOV/110-58-11-11/26
The Dielectric Pkoperties of Thermo-reactive Compounds.
Graphs of the dielectric power factors, and permittivities
of the compounds as functions of frequency are g1ven, in
Figs.1 and 2; the measurements were made at a temperature
of 2000. The graphs are of typical dipole character.
These compounds are used in d*o., power and audio-frequency
circuits, of which the last are the most important.
Temperature characteristics of the dielectric loss and
permittivity, given in Figs. 3 & 4, are also of typioal
dipole character. Thermal ageing tests were made on
compound MBK, The frequency characteristics of the
dielectric loss were determined before and after ageing,
and are seen in Fig.5. For compound MBK-l, ageing
displaces the power-faetor curve in the direction of lower
frequency, beoause of additional polymerisation of the
material. Tropical tests were made on compounds MBK
and the results are plotted in Fig.6. It is concluded
that compounds MBX are better than E-31 in respect
of electrical properties, and are of high moisture-
Card 2/,3 resistance. There are 6 figures and 5 Soviet references.

BOV/110-58-11-11/28
The Dieleetric Properties of Thermo-reactive Compounds.
SUBMITTED: April 17p 1958.
1. Acrylic resins--Dielectric properties 2. Urethane compounds--Di-
I electric properties 3. Dielectric properties--Meastirement

SOV/110-59-1-18/28
AUTHOR: _Vor)b'yev, N.I. (Candidate of Technical Sciences)
TITLE; New Types of Dielectrics (Novyye vidy dielektrikov)
PERIODICAL: Vestnik Elektropromyshlennosti,1959,Nr 11pp 62-64 (USSR)
ABSMACT: This is a general review of now types of insulation,
including styrenes, low- and high-pressure polyethylene,
silicones7 boron-based materials and others. The
information given is quite general and seems to be
derived mostly from American sources.
Card 1/1 There are 2 tables and 11 references, 8 of which are
Soviet and 3 English.
SUBMITTED: April 16, 1958

VOROBIYEVI N. I.; VALLNEV) F. Kh.
I
"Narodnoye prik-ladnoye iskusstvo tatar Pbvo1zhfya.t
report submitted for 7th Intl Cong, Anthropological & Ethnological Sciences.,
Moscow, 3-10 Aug 64.

TITLF Relalt--ve in't'luence of tkw mutual capacitances and self -capacitances
tne wind'Ings on tha value o' the dyTmmjc capacitance of pjIse
transformers
PERIODICAL. Reierativnyy zhurnal, Radlotek)uilka I glektmdvyaz'o no, 2, 1963,
75, abstract 2B550 (In collect,on "Elektron. uskoritell", Tomsk,
Tomskiy un-t, 1961, 268 - Z'6)
self-capacitance if the windings plays an important part in the
transformer, especially 'z,
ger,era-* v-,anic capaizitan- of the
lys.11s '13 rnada, with Corte-in approx1mations, for the simpies-z foxmas Eaj
and tanks "Mis analysis parmIts or determining tk-.* exiating relatfanaMpa and
1) to obtain the minim= dynamic ca-
'e r'~'4 8. w i nd i ng 1, aAr7ril. al
-i,e 6..-5 re &-)d of' tne *_a;-JK; 2'
Card 1/2

Relative influence of the mutual capacitancee ....
3/274/63/000/002/01 4/C 19
A055/A126
.he -ies!g-n sta;~e. the measuremw oe the s-ilf-capacitancee of the windings must
t
6tatic rtrutu I ,-a, cl~,a-,
TE-,-es rr.e y-.p a pa -~,-s a
-mer arp
-s of a v pu'j3e transfDi 'P rAuc
Tne r(- a. e figures ar,d 0, referencer.
Yu.Sh.
LAbstracter's note: Complete translation]
Card 2/2

ARKHIPOV., Vadim Hatveyevich; BUSYGIN2 YOvgeniy Prokof lyev'chl
VOIROBIYEV, N.I., prOf., red.; KusURGASBEV# I*Mej red*
[Antarctica. and its explore, tion bV Soviet. scientists] Antark-
Uda i pe iss~04ovanie sovetakimi uchem7mi. KazaW lzd-vo Ka-
zansko 0 univ.p 1959. 49 pe . I I (MIRA 15:3)
fIntarctic regions-Soviet expioiration)

VOROBIM, N.I. insh.
Study of the Impulse electric strength of transformer oil and dis-
ebarge voltages on the surface of certain dielectrics in transforzer
oil* Izv.vyo.ucheb.zav.; energo 4 no,5125~-31 DV 161o
(MIRA 14:6)
L Nauchno-Issledovatellskiy inatitut yadernoy finiki, elaktroniki
i avtomatiki pri Tomskom politekhnicookom institute imeni S.M,
Kirova. Predstavlena. nauchzqm seminarom kafedry tekhniki
vysokikh napryazhaniy.
(Insulating oils) (Dielectrico) (Electric transformers)

YOROB TRY, A.A. j prof -T(ROB413T. G.A's j JMIQ~' Mt #!A.; KALGAVOY, A.F.;
KALTATSKIT, I.I.; ]CUMIN, T.D.; KRMTS, G.A.; POMOTWIT, S-Ir.:
SWOUR, X.X.; CHEPIKOV, A.?.; DCLGIVOT, A.Z., red,,, TORMIN. X.Pop
takhn.red.
[High-voltage test equipment and measurements] Tysokovolltnoo
ispytatelinoe obo~udovanie I izmareniia. Pod red.A.A.Vorobleva.
Koskva, Gos.energ.12d-vo, 1960. 583 p. (KIRA 14:1)
1. Sotrudniki kafedry tekhniki vyeokikh napryazhaniy Tomakogo
politekhnichaskogo Institute (for all except Dolginov# Toronin).
(Electric testing) (Blectric measurements)

PHASE I BOOK EXPLOITATION SOV14809
Voroblyev) A*A.) G*A* Voroblyev) N.I. Vorobl M , A.F. Kalganov, I.I. Kalyatskiy,
V.D. Kuchinj G.A. Mesyats, S.F. Pokrovskiyj K.K. Sonchikt and A.T. Chepikov
V,ysokovolltnoye ispytatellnoyecbcrudovaniye i izmereniya (High-Voltage Testing
Equipment and Measurements) Moscow, Gosenergoizdat, 1960. 583 p. Errata
slip inserted. 10000 copies printed.
Ed. (Title page): A.A. Voroblyev) Professor; Ed. (Inside book): A.I. Dolginov;
Tech. Ed.: K.P. Voronin
PURPOSE: This book is intended as a textbook for students taking courses dealing
with high-voltage technique and hiligh-voltage testing equipment. It may lalso be
of use to the personnel in high-voltage laboratories and scientific institutions.
New data contained in the book may be of interest to electricians,
COVERAGE: The book describes methods and installations used for griv.-rating and
measuring high and superhigh constantp alternatingj and pulse voltages used in
laboratory work and in charged-particle acceleration processes. Some data con-
tained in the book could be used in designing and computing high-voltage instal-
lations. The book was written by the staff members of the Department of High-
Voltage Technique of the Tomsk Polytechnic Institute. Chapters I and Il were
written by A.A. Voroblyev, with paragraphs I-1 and 1-2 written jointly with
Card 1/6

High-Voltage Testing (Cont.) SOV/4809
I.I. Kalyatskiyj paragraph 1-6 with N.I. Voroblyev) paragraphs 11-1 to 11-6
and II-10 to 11-13 with A.F. Kalganov, and paragraphs 11-7 to 11-9 with
V.D. Kuchin. Ch. III was written by A.A. Voroblyev, with the exception of
paragraph III-4,written by S.F. Pokrovskiy, and paragraph III-6~written jointly
by A.A. Voroblyev and the latter. Ch. IV: paragraphs IV-1 to IV-3 were
written by I.I. Kalyatakiy; paragraphs IV-5 and IV-6 by A.A. Voroblyev; para-
graph. IV-4 by A.A. VorQb'yev and I.I. Kalyatokly jointly; paragraph. IV-7
by K.K. Sonchikj paragraph IV-8 by G.A. Mesyats; and paragraphs IV-9 and
IV-10 by N.I. Voroblyev. Ch. V: paragraphs V-1, V-2 and V-12 were written
by A.A. to-r-o-Ury-ev; paragraphs V-3y V-4 and V-8 by A.A. Voroblyev and G.A.
Voroblyev jointly; paragraphs V-5 to V-7 by A.A. Voroblyev and A.T. Chepikov
jointly; paragraphs V-9 to V-11 by A.A. Voroblyev; and paragraph, V-13 by
K.K. Sonchik. The authors thank Engineer L.T. Murashko for his assistance.
,..,References accompany each chapter,
TABLE OF CONTENTS:
Foreword 3
Ch. I. Methods and Installations for the Generation of High Alternating
Voltage
Card-2/-6-

High-Voltage Testing (Cont.)
SOV/4809
1. High-voltage testing transformers 5
2. Series oo~nection of testing transformers 17
3. Voltage reg~dation and stabilization at transformer terminals 34
4. Principle of operation ofan h-f resonant transformer 47
5. Arrangement of h-f resonant.transformers 56
6. Inductor 63
Bibliography 70
Ch. II. Electrostatic Generators and Transformers
1. Theoretical fundamentals and classification of electrostatic generators. 71
2. Development of electrostatic generators 81
3. Principle of operation of electrostatic generators with conductive
transporters 88
Conditions for power increase of electrostatic generators with con-
ductive transporters and of generator efficiency 97
Setup and construction diagrams of electrostatic generators with con-
ductive transporters 101
6. Physical principles of the operation of electrostatic generators with
dielectric transporters 110
7. Arrangement and principle of operation of an electrostatic generator
with a moving belt 117
Card_3~L~

q14

High-Voltage Testing (Cont.)
SOV/4809
6. Cascade-generator electric circuits with parallel stage power supply 274
7. Some existing cascade generators 283
Bibliography 297
Ch. IV. Systems for Generating Pulse Voltages and Currents
1. Principle of operation of./ a pulse-voltage generator 298
.2. Computation of a charging circuit of a pulse-voltage generator 305
3. Analysis and computation of the discharge circuit of a multistage
pulse-voltage generator 312
4. Description of designs and arrangement of the components of-p-idse-
voltage generators 332
5. Capacitive generators of strong currents 349
6. Circuits and installations for the synchronized generation of constant
and pulse voltages and currents 356
7. Generation of rectangular high-voltage pulses 366
8. Generation of steep-front high-voltage pulses 379
9. Pulse transformers 393
10. Pulse-transformer designs 406
Bibliography 412

VOROBIYIV, N.I., lcand.tekhn.nauk
Interdependence of physical properties of polymerse glaktrichest-
io no.3:75-76 wr 16o. (MIRA 13:6)
i.."entrallnyy nanchno-iseledovatellskiy institut tekhnologit i
organizateii prwizvodetva.
(Polymers)

'5 93"o
50), 24(0 S/105J60/000/03/015/02~
AUTHOR: Voroblyev, N. I.L Candidate B007/BOOa.
-of -Teah2TtCnI-FeT~fi- B-e a
TITLE: On the Interdependence of Physical Properties of Polymers
PERIODICAL: Elektrichestvot 1960, Nr 3s PP 75-76 (USSR)
ABSTRACT: The attempt is made here to determine the interdependence of
the physical properties of polymers. The rules observed by
R. F. Boyer (Ref 2) can be extended to most of the physical
properties of the polymers4 The quantity of the intermolecular
forces can be taken as basic characteristic for polymers (both
amorphous and crystalline). It is shown in the table given here
how certain properties of the polymers increase and others de-
crease with an increase of the intermolecular forces. These
rules are represented graphically in figures 1, 29 and 3; that
is, the density of the polymerep the modulus of elasticity and
the coefficient of linear expansion are shown here in diagrams
as functions of the vitrification temperature. Respective data
were taken from the papers (Refs 5-12). It can be seen from
these diagrams that these relations are valid for amorphous
Card 1/2 polymersp many crystalline polymers as well as for copolymers

68713
On the Interdependence of Physical Properties of S/105/60/000/03/015/023
Polymers B007/B0O8
and some polymers with three-dimensional structure (ebonite).
The charaoteristios of all these polymers-lie with slight spread
on a straight line (with the exception of the density). The
organosiliconland organofluorinelcompounds do not show such
rules-which is quite natural, since these materials form an
'independent group of polymers. It is stated in conclusion that
most of the physical properties thus depend on the quantity
of the intermolecular forces. There are 3 figurest 1 tablet
and 13 references, 11 of which are Soviet.
ASSOCIATION: Tsentmllnyy nauchno-issledovateltakiy institut tekhnologii i
organizateii proizvodstva
(Central*Scientific Research Institute of Technology and
Organization of Production)
S_UBMITTED; November 9, 1959
Card 2/2

JVQHQD-'VJ,--#ikQ2AX-IYaUQYbbj ALEKINq O.A., otv. red.; DRAGUNOV9
E.S.0 red.1 YEPIFANOVAO L.V.# takhn. red.; SUSHKOVA, L.A.,,
'tekhn, red,
[Characterizing the chemical composition of natural waters
by the electrical conductivity method] Primeneniet izmereniia
alaktroprovodnosti dlia kharaktariettki khWohooko sostava
prirodnykh vod. Moskva, Isd'-vo Akad. nauk SSSR, 173. 97 P.
(MYRA 160)
1. Chlon-korrespondent Akademii nauk SSSR (for Alekin).
(Water-Componition) (Conduotomatric analysis)

Y~ RMSPASBUY, V. V., red.; SIEMINA, N.D.,
tekhn.red.
[3afety.engineerlng in assembling pipeline*] Tekhnika bez-
opasn~osti pri. montozho truboproyodov. Moskva, Izd-vo YTeSPS,
Profizdat, 1959. 174 p. (MIRA 13:4)
(Pipelines--Safety measures)
01. ;'YFi"~] ~1
z T'55OW

z -400, 66384
AUTHOR: Voroblyev, N.I., Aspirant SOV/144-58-12-Vlg
TITLE: Pulse'Trans ormer for One Million Volts
PERIODICALs Izvestiya vysshikh uchebnykh zavedeniy,
Elaktromekhanika, 1958, Nr 12, PP 31-34 (USSR)
ABSTRACT: The transformer described forms an integral part of a
high voltage electron accelerator for energies of 1 MeV.
The device has dimensions of log x 56 x 92 am and its
weight is 500 kg (see Fig 1). The transformer and the
electron tube of the accelerator are situated in a
hermetically sealed container which is filled with
transformer oil. The negative pulse having a duration of
secs is applied directly to the cathode of the electron
tute from the secondary winding transformer. The
transformation ratio of the device is 10. The input
pulses of the transformer are rectangular, have an
amplitude of 100 W and are formed by a pulse modulator
based on a non-uniform artificial line. The nominal power
of the pulse is 80 MW. The operating frequency of the
Card transformer is 50 c/s. The core of the transformer (see
1/2 Fig 2) is made of a steel tape (steel type E310). The
co re consists of four separately prepared sub units 4/l/

66384
sov/144-58-12-4/19
Pulse Transformer for One Million Volts
The primary coil: of the transformer (see Fig 3) consists
of.26 turns and is made of a brass tube having a
diameter of 4 mm. The secondary winding contains 26o
turns and is wound around the core in seven layers. The
winding is made of brass tubing having a diameter of
6 mm. The output pulse of the transformer, observed at
Card 2/2' the load, is illustrated in Fig 6. It is seen that the
rise time of the pulse is about 2 psecs.
There are 6 figures and 2 Soviet references.
ASSOCIATIONs Tomskiy politekhnicheskiy institut
(Tomsk Polytechnical Institute)
-SUBMITTED; December 29 1958

VOROBIfEV, H.K.~ KURITSYN, !.V~; VARENKOVA, O.K.
ficat of mixture of aniline anJ benzoyl riblorlde with come
organic 8olvents, 1zv,rys,ucbeb,zav*; kbim.1 khimtakh, 8
no.4%592-5V- 165, (MIRA 18:11)
1. 17anovskiy kh1mikc--takbno1ogich9skiy Institut, kafedra
fizicheskoy i kolloidnay WIM11.

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1. COLITSMIDT, V. A.; _,V0'PV'y"EV,
2. ussR Wo)
"On the Kinetics of Bimolecular Reactions In Solutions";
13, No 4, 1939; Chemico-Tech. Inate., Lab. of PhyR.
Chem. Ivnnovo; Red 19 July 1918
9. 4AW Report U-1613. 3 Jan. 1952

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VOROBIM, 11. K.
Voroblyev, 11. K. - "on the problen of the equilibrium and
VILF-etics of--the reaction of dimethyl aniline with myl bro-
mide in nonaqueous solutionst', (Report), Soobshch. o nauch.
rabot2kh chenov Vsesoyuz. khim. o-va Im. Mendeleyeva, 1949,
Tssue 1) P. 7-8.
so: u-4630 16 Sept- 51, (Letopis 'Zhurnal Inyklt St2tey, No.
23) 19L9).

himed" in 00 "Magda". K
Whirom -Thichq. "1.r."
IvjjjOvo). Zk,,. F,~::
411 24- 104-MR-Ull. Ad,in. ,f All. it,
1. (thrill
N-awtky~::olinkum thkirste UU) pro-
M.6 "it I a to equal in AK " Xgm -1)481 1 k 1w
till". of U or 1h at The thm 1. Onit a At 111h6 frillaile lktw
The thmal, X (till I./tool, into.) was 3,046. 11-IM. and
10.5 In PkN%o 0.7421# 1-496, Stu' 2AM In COMehr ImAb
at VO 341 and 400 reap.. mod O-Wid. OM711 NO 1 6M
1. U,,bH A 360 438 ad 460 " an for w; Nw, for
a 6Z. t2. 17, :rw = at 10.1ri. w v - I, whill"
SM6. 1142, xW 19.70 In CONfe, m0 I J378. 2277, Sort
42P In M*OH. both at 27, 34. marl 40", r"9. In all
instances. is was 0.2 rod-A. TU pm-"P-tntW (Actor
B Sim kM*, kg 8 was for U 9.34, 9.73, and 11.41. and
Its, M WAS, O.M. and )2-1 in CoNlev, PbNOp, unit
rot big 0 owi 7 k chakrit. Mow lnr ibe rule 4
AM I'licillur in Pyti-linw, hh',old ~
113-11111twhruml AM vairtili'm C.3. J4, 121 it).
coulgil"thedthen"..theputcra. Thelmirr
Values of B mmaks probable that activation a( the rawting
months. done not tairahte desolvatim; 0 &be mal. is dessol-
vated ductes its activation B may be viary watill, as is ob-
nsvvdis many Ifeasinitkin revictions. Im.74.3".Um.
11440, 00 IU m. 170"'. The equiv. clot. emW. --
), . j - f ;" x. The mats. i and / were, for U at 27 ".
36.43 and JO.V in FkNor. 184.2 and 41.6 in COUrt.
will 117.1 And 30.47 in MeOH; for IU they war 34.61
sail 9.902 in PhN(h and 147.8 and 41JO in CONfe, at
271. and IWV and Z1.61 In MoOff at 311". Coasts. for
t gives. Premiste of I Insisted ), ad U
account of orbea, elks. z from A
In the kinirde.ellpts.,

VOROBSYL"Vo N, K, ~
Praktikun po fizichaskoi khL-x,-;L-,raaticxua in physical cheanistru.7. Izd. 2-c. Moslara,
Gosichimizdat, 1952.
SO: g2atbl-v LUt of R=aJ---n Accession . Vol. 6 No. 7 October 1933

VOROBIYEV, N.K.; KURITSYN, L.V.
Reaction kinetics of aniline acylation with benzoyl chloride
in nonaqueous media. Part'2* I.z~ 'vs,ucheb,zav,jkhims i khimo
tekh. 7 no. 104-40 1164.
(MIRA 17 3 5)
1. Iva-'vskiy khimiko-tekbnologichaskiy institut, kafedra
fizicleskoy I. kolloidnoy khimli.

VORORIYEV, N.K.; TITOVA, G.F.
Studying the kinetics of typ I*nshutkin reaction in alcohols
vith normal structure. Tzv.vys,ucheb,zav,,; khim. i khim,tekh. 8
noo2t238-243 t65, (MMA 18 8)
1. Ivanovskiy khimiko-tokhnologichaskiy institut, kafedra, fizicheskay
i kolloidnoy.khimii.

VQBD_B YEV We
p Aj TITOVAp
Kineiies of the reaction of diethylaniline vith etW.L bromide in
alcohols. Izv.vys.ucheb.zav.; khim. i khIm.tekh. 8 no.2$244-249
165. (MIRA 18:8)
1. Ivanovskiy khimiko-takhnologicheskiy institut, kafedra fizicheakoy
i kolloidnoy khimii,

- KURITSYN, L.V.
Kinetics of aniline acylation with benzoyl chloride in nonaqueous
media* Part 4, Izv.vys.ucheb.zav.i khim.i khim.tekh. 7 no,6t930-
934 164s (MIRA 18:5)
1. Ivanovokiy khimiko-tokhnologicheskiy institutg kafedra
fizicheskoy i kolloidnoy khimii.

KURITSY11, L.IJ.; VOROBIYEV N.K.
-Kinetics of the reaction of antlino acylation wit.'i
furyl chloride in nonaqueous media. F--t 3. Izi. 7ya. uc'--J.
zav.; khIm. I 1-him. tekh. 7 no.3:400-405 164.
(PaRA 17:10)
.,I. Ivanny3kiy khImIko-tokhnologicheskly Anstitut, kafedra fi-
.Zicheslor i kolloidnoy kh1r,11.

VOP.Pp -h- GOLITSSMIDT, Vladimir
XEM" 1uA2LS7-xfj;JLtWiDoVic f
Avgustovich deceas;;d ~;WWWIYPIITS, Ylikbail
Khristoforovich; KISEMA, Vera leonidovna; KRASICV,
Konstantin Solomonovich; LEVINSKIY, Yu.V.p red.
(Laboratory work In pbysical chemistry] Praktikum po
fizicheskoi khimii. Izd.3., perer. I dop. Moskva, Khi-
mliap 1964. 383 p. (MIRA 18:1,)

YO-kTLI-M,,_N.K.; KURITSYN, L.V.
Reaction kinetics of aniline acylation with benzoyl chloride in non-
aqiteous media. Part 1. Izv.vys.ucheb.zav.;khim.i khim.tekh. 6 no.4:
591-596 163. (MIRA 17:2)
1. Ivanovskly khimiko-tekhnologicheskiy institut. Kafedra fizicheskoy
i kolloidnoy khimii.

KURITSYN, L.V.; VOROBIMIV1,1N.N.,
.a
Kinetics of high-rate reactions in nonNueous zwdia studi'
the potentiometric. method. Izv.vys.ucheb.zav.;kUm.i k;.im7,tI.
6 no.ls53-57 163. (MIRJ.16i6)
le Ivanovskiy khimiko-tekhnologichookiy institutp kafedra fizichookoy
i kolloidnoy khimii. .
(Chemical reaction, Rate of) (Potenticnatric analysis)

VOROBIYEV, M.K.; DIAROVp M.1 TUKHFATOV, K.
Role of the gargeit horizon in correlating the geological
sections of individual salt domes In the Caspian Sea region.
Vest. AN Kazakh. SSR 18 no.1002-85 0 162.
(MIRA 1719)

VOROBILT, N.K.; TITOU, G.F.
Xffect of the catalytIc activity of salts and a quaternary
&=onlum case on the reaction rates of Xenobutkin Vvre reaction
in nonaqueous solvents. Izv.vvs.ucheb.sav., khim.i khim.tekh.
2 n0-5:683-692 159# (HIM 1318)
1. Ivanovskiy khimiko-takhnologichaskly institut, kufedro.
fizichookoy khizii. fll~'
(Ammonium compounds) (catalysis)

5W
A'UTHORS F. SOV/1 53- 553-2-4/31,-)
TITLE: On the Kinetics of the Raaction3 of the Tyijc of the
Menshutkin Reaction in Non-Aqueouc Solvents '~'K
kinetike reaktsiy tipa real-,tsii MenshutkinL. v nevo(Inyl-.11
rastvoritelyakh)
PERIODIM: Izveotiya vyshhikh uchebnykh zavedeniX. Khimiya i
kaya tekhnologiya, 1958t Nr 2, PP 17 - 24 (USSR)
ABSTRACT: In the course of the 70 years since the publication
by Mens'hutkin (Ref 1) concerninG the influence
exerted by the nature of the solvent on the velocity
of the binding of a salt of the quaternary an-moniu:r,
bases a great number of investigations of such
reactions have been carried out. It rurned out that
the corresponding solvents can be roughly divided
into two groups: a) The non-polar, and b) the polar.
In the former the reactions ant normal teraperaturcs
take place alwaly or not at all (e.j, in petrolowl
Card 1/5 ether). If the -alcohols of the polar group are put

On the Kinetics of the Reactions of the Type of the
Menchutkin Reaction in, flon-Aqueous Solvents
into a separate group most of the other solventc
display a tendency to accelerate reactions on the
transition from a weakly polar to a hiL;her polar one.
Proceedini; from the nature of the reactina subotarce,
from the activated complex and from the salt of
the quaternary ammonium bases the conclusion m,~~y
be drawn that the polarity of the molecules must.
increase along the following line;
reactinC substance -4 activated complex ----> reaction
PrCluct.
Assuming that the interaction process of the molecules
of the solvent with the molecules of the reacting
substance is nothing else but the solvation of the
latter then the interaction reaction of the tertiary
amine with an alkyl halide may be represented by
the following scheme- M
(Am) + (RHal) #_ (AmRHal) 4h -24
solv. solv. solv.
Card 2/5 -b(AmR.Hal) 301v ;;p'-6 (AMII+)Golv. +(Hal -)Golv. (1)

On the Kinetics of the R~actions of the Type of the SOI/153-5a-2-4/30
Menshutkin Reaction in ..on-Aqueous Solvents.
where m,n, and r are additional mole numbers of
the solvent for the realization of the solvation
process in a successive transition from the roagents
to the activated complex and then to the reaction
prodiiat taking into account the dissociation.
According to these assumptions it may be expected
that the process (I) may kinetically be realized the
more easily the higher polar the solvent is. This is
proved by the data in table 1. Therefrom it is
concluded that for each of the reactions mentioned above
K acetone