SCIENTIFIC ABSTRACT VARSHAVSKIY, D.S. - VARSHAVSKIY, O.G.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001858710005-6
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 31, 2001
• Sequence Number: 5
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

114184
S11391C110bolOO610021023
Calculation of the electric ... E194/E484
A.K.Gertsik is mentionod in the article. There are 3 figures
and 10 references: 8 Soviet-bloc and 2 non-Soviet-bloc. The two
references to English language publications read as follows:
'Ref-5; H. Basseches, M.W.Bartics. Ind. End. Chemilitry, no.6, 1950",
959; Rof.10: R.G.Hopkins, T.R.Walters, M.E.Scoville. AIEE,
Transactions, no-70, 1951, 1643.
ASSOCIATION: Ust'-Kamunogorskoye otdeleniye instituta
energotiki AN KazSSR (Ust'-Kamenogorsk Division of
the Institute of Power Engineering AS
Kazakhskaiya SSR)
SUBMITTED: September 9, 1960
Card 4/4

VARSFIAVSKIY, D.S., inzh.
Calculation of the electric characteristics of a multilayer dielec-
tric from saturated condenser paper. Elektrichest7o no.12:78-82
N '(1. (MIRA 14:11)
1. Ustl-Kamenoporskoye otdeleniye Instituta energetiki jkN Kazal-rj!~-koy
SSR.
(Dielectrics)

VARSHAVS'?Kjj,_ D.S._
Effect of moisture on the insulation of oil-filled paper
capacitors. Prom.energ. 16 no,9:14-17 5 161. (MIM 14:8)
(Electric capacitors)

VARSHAVSKIY, Div Solomonovich, inzh.
Study of dielectric losses in a multilayer dielectric consisting of
saturated a denser paper. Izv. vys. ucheb. zav.; elektromekh. 5
no.12:1420-IN 162. (KM 16:6)
1. Gorno-metanurgicheskiy nauch-no-issledavatellskiy institut
AN Kazakhokoy SSR.
(Dielectrics) (Condensers (Electricity))

TARSHAVSKIY, D.S., inzh.; IANTSEV, A.G., inzh.; SHOFMAN, O.S., inzh.;
11 .1 ." "' "'PETRASHEEVICH, N.I., inzh.
Power factor increasing KMV and XSV-series condensers.
Vest. elektroprom. 33 no-5:56-61 My 162. (MIRA 15.5)
Wst'-Kamenogorsk--~Electric equipment industry)
(Condensers (Electricity))

VARSHAVSKIY, D.S., inzh.
Short-term electrical strength of chlorinated biphenyl and paper
capacitors. Izv. vys. ucheb. zav.; energ, 6 no.6t120-123 Je 163.
- (MIRA 16:11)
1. Ust'-Kamenogorskoye otdelerii.ye Instituta energetiki AN
Kazakhskoy SSR.

VARSHAVSKIY) D. S., inzh.
Electrical strength of a multilayer dielectric from saturated
condenser paper during a prolonged action of a 50 cycle potential.
Izv vys ucheb zav; energ 7 no. 1:19-26 Ja 164. (MIRA 17:5)
1. Ust'-Kamenogorskoye otdeleniye Instituta energetiki AN
Kazakhskoy SSSR.

MILSHAVSKIY, D.S.
Effect of cation exchange in condenser paper on the dielectric
losses in the saturating substance. Izv. vys. ucheb. zall.;
elaktromakh. 7 no.6:760-763 104. (MIRA 17:7)

L 22187-66 EWA(h)/LVTft)
ACC NRt AP6012960 SOURCE CODE: UR/0143/65/00Q/003A6~C/6~~e'
AUTHOR; VaMW~, ~# S. (Engineer)
ORG; Ust'-Kpmenogorsk Road-building Insti-LUta (UsttKamenogorskiy otroitellno-
dorozhnyy institut)
TITLE: Increasing the working frequency of ac Rower caRacitors to 100-200 cps
SOURCE: Izvestiya vycshikh uchebnykh zavedeniy. Energetika, no. 3, 1965, 31-38
TOPIC TAGS: electric capacitor, alternating current
ADSTRACT: This article, presented by the editors as a discussion, deals with a
suggestion to increase the operating frequency of ac pcrder lines to 100-200 cycles
per second. This would make possible an increase in the reactive power per unit
volume in capacitors, but would require improvement in the heat characteristics of
capacitors. The authors conclude that this improvement could be achieved by usage
of known methods, used today in the 50-60 C-Ps circuits now in use. Other problems,
such as the reduction in the ratio of initial ionization voltage to critical ioniza-
tion voltage (where the insulation is broken down) with increased operating
frequency and shortened service life with increasing fre uency, are discussed.
Orig, art. has: 6 figiirbs, 14 formulas, ar4 I table. Ni
SUB CODE: 09 / SUBM DATE: 05!4ay64 / CRIG REF: 005 / OTH REF'- 001
Card 1/1 not UDC:

VARSHAVSKIY, D.S., inzh.
Effect of the degree uf thermal treatment of capacitor paper
on the electrical properties of condensers. Izv. vys ucheb.
zav.; energ. 8 no.8:37-42 Ag 165. iMIRA 18:9)
1. Ust'-Kamenogorskiy stroitellno-dorozhnyy institut.
Predstavlena, kafedroy elektrotekhniki i elektrooborudovaniya.

ACC NRt AP6013821 Q4) SOURCE CODE: UR/0318/65/000/012/0009/0012
AUTHOR: Kalantar, N. G.; Varshavskiy, D. S. 14 t/2
ORG: Ufa Petroleun Institute (Ufimskiy neftyanoy institut)
--- V
TITLE: Gasproof capacitor oill1from Tuymazy crude
SOURCE: Neftepererabotka i neftekhimiya, no. 12, 1965, 8-12.
TOPIC TAGS: dielectrii,. capacitor, petroleum product, insulating material D-185 oil,
D-186 oil, D-187 oil
ABSTRACT: Two large-scale experimental industrial runs involving production of gas-
proof capacitor oil were carried out at the Novo-Ufimskiy Petroleum Refinery, using
.light spindle distillate fi= Tuymazy crude. The apparatus used for testing'the gas-
proofness of the oils in a silent discharge is described. The tempsrature dependence
of the loss tangent of the oils cbtained ~D-185,%D-186, and D-187) was measured. The
performance of all three oils was tested under actual operating conditions at the
Ust'-Kamenogorsk Capacitor Plant in several hundred capacitors with 2, 3, 4, and 5-
-layer paper insulation impregnated with these oils and also with standard commercial
oil (GOST 5775-51). In all cases, the service Iiie of capacitors impregnated with th-
new gasproof oils was much longer than that of capacitors containing ordinary commer-
cial oil. Orig. art. has: 6 figures.
SUB CODE: 1l/ S'3zotft W~Te. NC)V\P~/ CP,%G Ver--- 00-Z/ 0-TvA 'RElF 004
C."I 1/1 e~ t" UDC: 665.637.6(470.52)

ACC NR:
SOURCE CODE: UR/0152/66/000/011/Cr,61/C~-jL'_-j
-i.C - 'zAwm,..,r
,AIMHORS: Falantar, N. G. (deceased); Varzhaz: *Ajj&.4
ORG: Ufa Petroleum Institute (Ufimaldy noftyanoy inztitut)
TITLE: The effect of frequency of alternating current on the gasproofine quality of oila
SDUR,CE: IVUZ. Neft' i gaz, no. 11, 1966, 61-63
TOPIC TAGS: mineral oil, Ca3 absorption, alternating cia-rent
.~3STPAZC: "'he effect of alternating ciz.-rent on the gaSDroofing quality of Als (the
'~sorb gases) was investigated. Three tlpical oils were tested iL air at
abili tj to a
a temperaWre of 80C, at a mean electrical field potential of 2.6 kv/Mm, and at fre-
quencies of 50, 100, 250, 500, 750, and 1000 opm. Ono oil had initial high ga~-proofing
quality, another moderate, and the third low quality. Gas emission or gas ab-sorption
was meazured by means of a manometer, and tho reaults were plotted on g-rarihs. it wa3
found that increase in frequency of the alternating current from 50 to 1000 cm dk---
f L:ar--
creased the gasproofing quality of poor gasproof oils but increased the qual4ty 0
proofing in initially Gasproof oils. Oils that have average Casproofir4-, qualiltj at 50
cpm may prove to be non-Gasproof at high froquencies. The tests show that the most
rapid and reliable determination of gasproofing quality may be obtained by incroasing
the test frequency from 50 to 100 cpa. In some doubtful cases it. may be advisable to
UDC: 665-55:621-3.025-001.5
Card 1/2

ACC NR: AP7004125
co to 500 cpm. Higher frequencies add little to the picture thus obtained. as, =eats
just at 50 cpa, however, are insufficieat. Orig. art. has: 3 figures and 1 fo=Ula.
SUB CME; 1l/ SM DATY.: 23Apxi56/ ORIG RW: 001
2/2

BITKINA, L.N.; FEDOSYUK, R.Ya.; LOBib, M.A.; MIKERINAJ% N.Ya.; GIAJKHOVTSEVA,
Z.N.; RUMANOVA, R.G.; VILISHANS.KAYA, F.L.; MATVEYEVA, V.N.;
YAMPOLISKAYA, V.A.; VARSI%VSKIY,_E.I.
Outbk-eak of salmonellosis. Zhur. mikrobiol. epid. i ivmmn. 31 no.2:
99-100 D 160. (SAWONELIA) (MIRA 14:6)

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VARSHAVSKIi,__G.A., and B.V. IINKAR01,V'.
K voprosu ob opredelenii optimallpykh uslovil raboty vozdushno-reaktivnogo dvilga-
telia neprer-Ivnogo deistviia. (Telchnika vozdushnogo flota, 19h0, no.6, p.ho-hq,
diagrs., bibliography)
Title tr.- Determination of optimum conditions of uninterruDted jet engine
performance.
TL 504. T4 194o
SO: Aeronautical Sciences and Aviation inthe Soviet Union, Library of Congress,
1955

31296
S/124/61/000/010/031/0~6
D251/0301
AUTHOR: VarshavskLy, G.A.
TITLE: Present ideas on the combustion of a single drop of
fuel
PERIODICAL: Referativnyy zhurnal. Mekhanika, no,. 10, 1961, 85,
abstract 10 B603 (Pratsi Odes'k. un-tu, Ser. fiz.
n., Tr. Odessk. un-ta, Ser. fiz. n., 1960, 150,
no, 7, 15-25)
TEXT: A short account is given of the diffusion theory
of the combustion of a single drop. In the region situated between
the surface of the drop and the reaction zone there takes place the
transfer and heating of the fuel vapor, increase in temperature and
the fall in concentration of the fuel vapor. In the region situated
in the outer edge of the combustion zone there occur transfer pro-
cesses of the products o'L combustion and oxygen. It is assumed
that in a limitingly thin zone of combustion the chemical changes
Card 1/2

31296
S/124/61/000/010/031/056
Present ideas on the combustion... D2511L)301
take place with infinitely great velocity and the concentration
of fuel vapor and oxygen in this zone is equal to zero. On the
basis of the model described, calculations are carried out, in
waich it frequently occurs that with other conditions being equal,
the time of combustion of the drop is inversely proportional to the
diameter of the drop. This result is found to be in satisfactory
agreement with experiment. Some considerations of the role of kine-
tics in the process of combustion of a single drop are given. On
the basis of more exact equations which take into consideration the
role of kinetics, a numerical calculation is performed for a drop
of ethyl alcohol with activation energy of 30000 kcal/mole. The
breadth of the active zone of reaction in this case is four times
the diameter of the drop and in the chemically act-ve layer a fall
of the order of 4000 occurs. This circumstance is a qualitative
confirmation of the truth of the diffusion theory for the combustion
of a drop. The conditions of break-down of a flame with burning
drops in the current are considered. fAbstracter's note: Complete
translation.2
Card 2/2

S/04 62/00()/003/04a/092.
C 11 1YC444
AUTHOR: VaELaavskL,
4
TITLEs The inveotigation of ,,onie problums~ of heat conduction,
where the heat transfer coefficient depends on the
temperature
PERIODICAL: Referativnyy zhurnal, Matematika, no. 3, 1062, 79-80,
abstract 3B339- ("Zh. prikl. mekhan. i teklin. fiz.,"1961,
no. 3, 3-15)
TEXT: Described is a method for the solution of problems of heat
conduction with a variable heat transfer coefficient A (T). The
mathod bases on the fact that instead of the temperature,a new unknown
function 4) j -'A (T)dT is introduced. Thereby the equation of heat
conduction is in the stationary case reduced to the equation div grad
~ = q, q being a given function. For the solution of concrete problems
one uses the well-known solutions of ordinary problems with constant
heat transfer coefficients. In the non-stationary case the equation of
heat conduction gets the form
Card 1/2

S/044/62/000/003/048/092
The investigation of some problems of ... C111 C444
div grad
-9 at
being a well-known function. This equation can be solved by
the method of difference3. Concrete problems are considered.
f-lbstracter's note: Complete translation.]
Card 2/2

6~ay nslk-ly fizicKnyy zhurnal, v. 8, no, 4, Apr-.1961, 40D&500.
S/185/G3/00^./004/0151015
A ~c: cn-lfic conference devoted to problems of evaporation, combustion, and
gap dynamics of dispersed systems was hold at Odcz;ra Stata UnIvercity imen!
1. 4. Mechinikov from 1 to 6 October AM_'
taxty-five papers.vicro precanted, 2.1, of which dealt
-the-theory-Crid practice of product on and st:ibility of acrozola and the
th
R
effect an these nrocesses of varioun nhva*ieoch:~-rj:i1rn1 fnetorit th,~ j%fhar Al -a~.
working processes in combustion chambers of variou3 povior plants. Some of
the tit ties were "Investigating oxidation procc3seo of hiEh hydrogenous fuels
Kr~rn
by oxygen from compressed air, " S. S. -Aron to; "BurnlnZ of metal sus-
pension in hydrocarbon fuelp, " D. 1. Polinlichuk, L. P. Latonina, and V. L.
Yankevich; and "Experimental investigation of two-phase flow in axially-sym-
metrical nozzles, "'G. A. Komov. Included also were discuaciona of the meth-
ods of solving equations of dissociating gas flow In ducts and gaa dynamic
calculations for jet engines, G. A. Varahavaldy, E. Ya; Gt.ibor, and A. P,
Kist;llov; the formation of plane shock waves in shock tubes and passage of
shock waves through a flame front, D. V, Fadoneyev, 0. D. Sadamandr, and
1. K. Sevasttyano ; experimental results on the Row of combustion products
ci a rmthane-oxygen mixture around cambered surfaces with diffraction of det-
onation waves, L. G. Gvozdlova; the stability of a*-stcady~state- name front
V11
S. K. Aslano the relationship between the flarno and the diamoter �1 a burn-
ing drop, V. 0. Fedoseyer, and theoretical and experimental investigation of
burning of spherical metal particles, by:L, A:_*k9_Ymh1~.o. ' 1 ;' * . I
[AS]
cam 2/2

;tl TJ
L 12P7-63 -tW(c)A-w(m)/j3DS AFMAsD/,Ar-M Fr-4 5F/Mff
-9/0124/63/006/005/BO14/3014
ACCESSION AIR3002677
SOURCE: Rzh. Mekhanika, Abs. 5B644
AUPMOR: Varshavakiy, G.A.; Peshchanskayal L. G.
ow
TITLE: Study of burning or single grains or hydrocarbon fualk~
'61TED SOURCE: Tr. Odesek. un-ta. Ser. fiz. n., v. 152, no. 8, 1962, 5-17
T~PIC TAGS: fuel, burning, grain$ fuel gmin, hydrocarbon.9 kerosenep benzine)
paraffin, flame
TRANSLATION* The flame stripping speed with individual large grains 1-3 MM of
and the ignition and the burning time for fine grains is experimentally
-mined. In the first case, the set-up was a structure for the generation of
dete.
a current sthigh temperature with uniform velocity profilep at the input nozzle
of which the grains were suspended. Recordiz~g of the instant of stripping was
carried out by a movie camera. Benzine B-7W-kerosgn&T-Vand paraffin vere
studied. With the increase of temperature from 100 to 156 degrees the speed of
the strippirg Increauea and the dependence of Itbe stripping velocity on th~

737--43
L 15
ACCESSION NR:- AR3002677
gr4in diameter increases. The distance from the flame to the grain surfaze with
the increase of current It volocitZ also Increases. The study of fine paraffin
grains with mass m a (5;30)*10-0 gramn was carried out on the same apparatus.
The output section of the apparatus was connected to a device for transport of
the paraffin spheres. The combustion time grove approximately proportionally to
2/3 m. The combustion time with the increase of velocity was incresned) but it
decreased with the growth of the temperature. Up to the instant of combulstioup
the relative velocity of the grain did not exceed 30 am/nee, which correapoads
to the donclusiona of the firat part of the work. Moreover, on the calculations
showed, the combustion time corresponds to the case of the envelopment of the
grain by the flame. V#Ya. Basevich.
DATE AcQ: i4jun63 BU CODE: FL ENCL: 00
Card 2/2

VARSHAVSKIY., ZGOLI, I.A. (,'4oskva)
_ q.A.. (~Ioskva); RE
Thermal calculation of a thermoelectric generator with variable
MIT SS R
temperatures along the heat contacting surface. Izv- SS
Energ. i transp. 6:735-742 N-D 164. (MA 18:3)

ACCESSION NR: AR015552
SOURCE: RZh. KhImIya, Abs. 24D8
S/0081/63/000/024/0344/0344
AUTHOR; Varshavskiy, G. A.
TITLE; Calculation of the depindence of the coefficient of thermal conductivity
on composition In equations f0; heat and mass exchange during Intensive evapora-
tion of a liquid In a heateo' gas environment
CITED SOURCE: Tr. Odessk. un-ti. Ser. fiz. n., v. 152, no. 8, 1962, 43-50
TOPIC TAGS: thermal conductivity, thermal conductivity coefficient, heat ex-
change equation, mass exchange equation, liquid evaporation rate, stationary
evaporation
ABSTRACT: The author completed a theoretical analysis of the process of evapora-
tion in a stationary environment, assuming that the Isotherms simultaneously rep-
resent lines of identical partial pressures. Calculation of evaporation rates in
a medium of variable composition Is illustrated. Results are given for calcula-
tions of stationary evaporation of droplets of hydrogen, ethyl alcohol, Isooctane
and water in air at 1000 and 2000K. It was established that proper evaluation
of evaporation rates can be accomplished for most practical problems by means of
C-aird
1/2

ACCESSION NR: AR4015552
calculations omitting consideration of the.dependence of the coefficient of
thermal conductivity on composition. V.Zh.
DATE ACQ: 29Jan64 SUB CODE: CH, PH ENCL: 00
Card 2/2
---t -g

VARSHAIISKIYP G.A.; GERWYYER, Ye.M.; FEDOSEYEV, D.V.
Some two dimensional problems of heat conductivity une3r mixed boundary
conditions. Inzh.-fis. zhur. 8 no.6:754-760 Je 165. (MIRA 18:7)

ACC NRi AT7000 290
Vars
AUIHOR:
ORG: None
SOURCE CODE:
;TITLE: Present concepts concerning combustion of an isolw ed drcp of fuel
ISOURCE: Odessa. Universitet. Trudy, v. 150. Seriya fizicheskikh nauk, no. 7, 1960.
'I.Voprosy ispareniya i goreniya v dispersnom vide (Problems of evaporation and combus-
I
;tion in the dispersed.state), 15-25
',TOPIC TAGS: liquid fuel, combustion kinetics, combustion theory
ABSTRACT: The author reviews theoretical work on combustion of an isolated drop of
fuel and sums up the present state of combu6tion theory in this area. The general
relationships of the diffusion theory of combustion for the case of an isolated drop
are outlined. Theoretical and experimental data are compared and some remarks are
given on the part played by kinetics in the combustion procens. It is concluded that
fiii-~hcr development of the theory of combuation of heterogencouz cyatems rhould be
directed toward detailed theoretical and experimental analyGis of kinetic factors,
investigation of the combustion of drops in a flcw, and study of combustion in a
system of drops. Orig. art. has: 6 figures, 1 table, 22 formulas.
SUB CODE: 21/ SUB14 DATE: None

VARSIIAVSKIY, G.
Out-of-town session of the Academy of Medical Sciences in Alma-
Ata. Zdrav.Kazakh. 22 no.3:67-71 162. (19M 15:12)
(INTESTINFS-DISFASES)

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0 A new snethod of welding the extra hard alloy I*polsedit." 1. Technology of

:40 welding and laboratory %vestiptions. G. 1!r,j%jId:hu.jA,-r
, "P
N
K
4
ef1pissiot
koevals" 1932, No 12. 24-x-
.
Wills 4-1 WCiU041 WCISPC'tlkl,I.Vlt(Utttlitf,w~ihtis CNAA

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"
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.3 ffrcs,d by hrating to 700-750". llighcr tenspi. are hanisfis) Iscrumc tA tormatwo ul
"Aidm tA W and Co, The new method c4 welding it to the drill utshi, - Y. Il,,w Cu Ou
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tqmtht-r with the behaviour of tools welded by the different methods. The
points Investipted include resistance to wear, hardness, composition. micro,
0
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BILYAZOVA, A.S.; TARSHAVSKIY.G.Te.
Power required by a rotary drill for boring a small diameter borehole.
Razved.1 okh.sedr 20 no.5:17-18 S-0 154. (MIaA 1011)
(Boring)

Subject
Card
Authors
Title
Periodical :
Abstract :
AID P - '_332
USSR/mining
1/1
Mezhlumov, 0. A., Belyakovs, A. S. and Varshavskiy, G. E.
Three years of double bore drilling in Dagestan
Neft. Khoz., v. 32, #5, 27-30, MY 1954
A comparison of single and double hole drillin in dif-
ferent depths (about 900, 1100 and 1500 metersT is out-
lined. The rates of drilling in each case are presented
in two tables. The results indicate the appreciable
advantage of double bore drilling. 4 Russian references
(1951-52).
Institution : None
Submitted : No date

AID P - 332
SubJect USSR/Mining
Card 1/1
Authors 14ezhlumov, 0. A., Belyakova, A. S. and Varshavskiy, G. E.
Title Three years of double bore drilling in Dagestan
Periodical ; Neft. Khoz., V. 32, #5, 27-309 MY 1954
Abstract : A comparison of single and double hole drillinf In dif-
ferent depths (about 900, 1100 and 1500 meters) is out-
lined. The rates of drilling in each case are presented
in two tables. The results indicate the appreciable
advantage of double bore drilling. 4 Russian references
(1951-52)
Institution : None
Submitted : No date

VARSMOSIM, I.
bsSR/Engineering
Ships, Concrete
Caissons
Yhy 48
"Reinforced Concrete Ship Construction," 1.
Varshavskiy, i p
"Morokoy Flot" No 5
Suggests use of reinforced concrete floating
caissons for construction of sectional concrete
wharves and docks.

LAPPO, P.T., Inzh.: VjMfIAVFTIY, I.I., Imb.
Hydraulic ghMnIr4"fh-d anchorage of powerful diesel
engines. Rnergomashimatroenle 4 no-7:47-48 JI 158. 041R& 11:10)
(Dipsel engines)

VARSHAVSKIYP 1.0 inzh.
no.4:104-107 Ap
Machines store experience. Nauk& i zh'znt 29 (NIU 15-.7)
162. (Cybernetics)

VARSHAVaIY I.A.
MWng-attachments.for fueling-tvo-strokt engines. TransP. i khran.
nefti i nefteprod. no.1:28-30 165. (MIRA 18W
1. Nizhnedneprovskaya parevalochnaM neftebaza-Dnepropetrovskogo ter-
ritoriallno-tekhnicheakogo uchast~&.

USSII/ Scientists - Mechanical engineering
Card 1/1 Pub. 128 - 34/38
Stechkin, B. S - Varshavs)ci I L Velikanov D. P.; Golld B. V.;
Authors
h, B. S.; and Khrvshc,iov, N
--------Kuzell e-R.- V.; ic
dal:ov, an outstanding -9--ion
Title I AcadeAdcian EvEeniy Alckseavich Chu c Ust -- in------
the field of Soviet mechanical on&-Lneering
Periodical Vest. mash. 9., 100-102, Sep 1954
Abstract A short bioCraphy is presented of -the life-timo activities and achieve-
ments of EvLen:iy Alckoeevich Chudakov in machanical engincerin&, The
article was present,ed on the occasion of the first anniversay of his
death@
Submitted

VAWHAVSKIT, I.L.; ZIDANOV, A.L. [deceased]; LURIYF, V.A.
Measuring consumPtiOn Of gas and liquids b7 means of electromagnetic
meters. Trud7 lab.dvig. no.1:108-113 155. (MUA 9:9)
(Plawmeters)

CHM'KOV, Yevt,,eniy Alekseyev1rh, nkBdIdeceased]; YELIKANOV,I).P., doktor
tekhn.nauk, st.nauchn. i3otr., c tv. red.; ST.4jCJ1KIN,B.S., jftd.,
red.; 13311 LIAG, N.F. , red.; ORLI11,A.S..doktor takhn.
nauk, red.; USIPYAR.A.T., kand.tekhn.nBuk,red.; VARSHAYSKIT,I*L.
kand.tekhn.nauk,red.; PSMOV,V.A., kand.tekhn.na-u-Y,-sV.-no-u-cE.----
aotr.,red.i GOLID,B.Y., st.nauch.sotf. ;red.; KT;3NNIKOVV.M. red.
izd-ve; SUKIII.Ye.H.. tekhn.red.
[Selected worksj Izbrannye trudy. Moskva, Izd-vo Akad.nauk
SSSR. Yol.l. LTheory of motor vehicles] Tooriin avtomobilin.
1961. 482 p. Vol.2. 1961. 343 P.
WRA 14:3)
1. Chlen-korrespondent AN BSSR (for Briling) 2. lja'~oratoriya
dvigatelei AN SSSR (for VelikanDv, Golld, Petrov)
(Motor vehiclos--Dynamics)
(Motor vehicles--Design and construction)

ANDREYEV, B.V.; ARTEMIYEV, S.P.; ARKHANGELiskiy, V.M; AFANASIYEV, L.L.;
BABKOV., V.F.; BRONSHTEYN, L.A.; WRKOV, M.S.; BUTUNOV, V.A..;
Y . .; VELIKANOV, D.P.; VOINOVY A.N.; VYF-UB0VY D.U.;
D POIDON'TOV., A.V.; D'YACHKOV, A.K.; YEFF04OV, V.V.; ZHABIff, V.M.;
ZELENKOV~ G.I.; KALABUKHOV, F.V.; KALISH, G.G.; KRAMARENKO, G.V.;
KRASIKOV, S.M.; LAKHTIN, Yu.Mo;-MIKULIN, A.A.; ORLIN, A.S.; OSTROVSKIY,
N.B.; OSTROVTSOV, A.N.; RUBETS, D.A.; STEPANOV, Yu.A.; STECHKIN, B.S.;
KHACHATUROV, A.A.; KHOVAKH, M.S.; CHAROW)KIY, A.D.; SHARAPOV, K.A.
Nikolai Ro-novich Briling; obituary. Avt.transp. 39 no-4:57
Ap 161. (IfERA 14: 5)
(Briling, Nikolai Romanovich., 1876-1961)

VARSHAVSKIY, I.L.
Detonation damping by diluting the fuel mixture. Trudy Inst. dvig.
no.6s94-101 162. (NIRA 16:5)
(Gas and oil engines-Combustion) '

ACC NRs AP6019036 (A) SOU-'jCr' CoLe.: UR/0173/65/OA'.~7/r-U6/L,(j'4/0&ii
AUTHOR:
Varshavskiy, I. Lo; MaloVp R. Ve; Chalabov, V. G.; Goncharov, V. V.
ORG% KTB Minavtotransa ArmSSR
TITLE; Catalytic purification of exhaust gases of'carburetor engines an al=irz-
platinum balls
SOURM AN AmSSR. Izveatiyao Seriya tekhnicheskikh nauk, v. is., no. 6, 1965, 64-71
TOPIC TAGS: exhaust gas, carbon monoxide, aluminum compoundo platinum
ABSTRACT: Oxidation of the toxic components of an incom lete combustion of gases
(mostly CO and a small amount of cancerogenic substances~ on a catalyst is one of the
methods for rendering exhaust gases harmless. The burning of small amounts of GO on
the catalyst consists of three processes: diffusion of the CO molecules on the surface,
of the catalyst, catalytic oxidation of GO into C02, and diffusion of the C02 mOle-
cules into the atmosphere. During continuoun oxidation of GO all of those processes
occur simultaneously.'The quasistationary method offered by D. A. Frank-Kamenotskiy
(Zhurnal fizicheskoy khimii 13,, 756, 1939) was used during the study of the oxidation-,_
of CoonAl-Pt balls, The study was made in a special apparatus consinting of two p&Lrl*,--
One part was used to study the changes in the volume of flowing gasp and the other to.*
study the degree,of neutralization of the entire amount of the anginets exhaust gases._

ACC NR,
The ZCM-407 carburetor engine was used as a generator for the gases. Me cata2yst
was charged into the reactor (see Fig. 1) where 1 is the 4
body of the reactor, 2 is the reactor screen, 3 is the
cover, 4 is a pipe for taking samples, and 5 is a thermo-
couple) between two stainless steel screens.Platinun ap-,
plied to the A120 -spheres (diameter 3-5 mm) was used as
a catalyst. One ~-a; of Pt was needed for producing I kg
of catalytic elements. Two types of catalysts were test-
ed-z (1) with surface coating of the balls with Pt, and
(2) with surface coating with part of the Pt penetratinj,
deep into the grains of the spheres (internal diffusion Figure 1.
The process of combustion was investigated in both types
of catalyO at a tem e ature 4 400G. The curves were plotted in coordinates a F(t),
c
where a a L(ci - ef C30100) t is the temperature) and ci and ef are concentrations
of CO in the vases at the entrance and exit of the reactor, respectively. The inter-
pretation of the curves showed that at 6 200C the reaction occurrqd in the kinetic
region, At gas temperatures > 300C the diffusion of the componentd to the active
centers of the catalytic elements played a predominant part in combustion. It was
shown that the quantity of catalytic elements necessary for the entire detox~ ention
of exhaust*gases could be calculated from the cilterial equation sh a 0,05 Re 1 11
Yhere Re is the Reynolds criterionp Sh is the Sherwood crit.=AD/k., . is the constat
of the diffusion-rate reduced to the difference in concentrations, d ~s the control.1-

.ACC- NRs AF6019036
ing parameter, and k is the diffusion coefficient reduced to tho concentrat-on
gradient and controlied by Fick's law. The neutralizing apparatus frrcz -U-*---'S
formula provided for complete purificition from CO of tho ox~aust ga3o3 of ',,he GAZ-Cl
automobile under every possible operating condition. Orig. art. has: 4 fig., 4
formulas,p and I table.
SUB COLE: 07~ SUBM UTE: 07.Tan65/ ORIG REF; 003

VARSHAVSK~~,L.M. (Kuybyshev,, u1. Pobedy, d.80,kv-51)
Plaster and epoxide splints. Ortop. travm. i protez. 24
no.2973 F163. (MIRA 16:10)
1. Iz kafedry gospitaltnoy khirurgii (zav. - prof& A.4-kninev)
Kuybyshevskogo meditsinskogo instituta i Kuybyehavskoy uLhast-
kovoy bollnitsy.

Varshavski V~ I. N.
RUSSIA (19A- U.S.S.R.) Advanc-inC and retreating s.,,-steirs of work`nr
T1,180P).R9A5 195ha
1. Coal mines and mining. 2. Coal mines and mining - Russia - bonets Basin.
I. Varshavskii, I.N. II. Institut TUzhg-4,nroshakht.

AGALINA, M.S., inzh.; AKUTIN, T.K., inzh.; APRESOV. A.M., inzh.; ARISTOV,
B.S., kand.takhn. nauk,; BELOSTOTSKIY, O.B., inzh.; BERLIN, A.Ye.,inzh.;
BESSKIY. K.A., inzh.; BLYUH, A.Y., inzh.; BRAUN, I.V., inzh.; BRODSKIT,
I.A., inzh.; BURAKAS, A.I..inzh.; VAYNHAN, I.Z., lnzh.; _
__YA16
~-~inzh.; VASILI)DVA, A.A.,inzh.-. VORONIN, S.A.,inzh.; VOYTSEKHOVSKIY.
LjK., inzh.; VFJJBLEVSKIY, A.A.,inzh.; GERSHKAN, S.G.. inzh.;
GOL'UBYATKIKOV. G.A.,Inzh.; GORLIN, M.Yu., inzh.; GRAMMATIKOV, A.H.. inzh.;
DASHEVSKIT, A.P.,inzh.;DIDKOVSKIY. I.L., inzh.; DOBROVOLISKIY, R.L..inzh.;
DROZDOV, P.F.,kand. takhn. muk,; KOZLOVSKIY,A.A.,inzh.; KIRILENKO.
V.G.,inzh.; KOPELYANSKIT, G.D..kand. takhn. nauk,: KORETSKIY, H.M.,inzh.;
WEHARCHUK. I.N.,inzh.; KUCaR, M.G.Jnsh.: KRRZLYAK, M.Y.,inzh.;
MIRONOV. Y.V.,inzh.; KOVITSKIY, G.V..inzh.; PADUN, N.M.,Inzh.;
PANKRATIM, N-B.. inzh.; PARKHOWWO, V.1.,kand. biol. nauk,; PINSKIY,
Ye.A..inzh.; POILOWY. S.A., inzh.: PORAZHFMO, F.F.,inzh.; PUZANOV,
I.G.,inzh.; REDIN, I.P.inzh.; REZNIK. I.S..kand. takhn. nauk.;
ROGOVSKIY, L.V.,inzh.; Rl RMAN, A.G.,inzh.; RIBALISKIY, Y.I.,inzh.;
SADOVNIKOV. I.S.,inzh.; SEVEROYANOV, N.N.,kand. takhn. nauk,; SEMESHKO.
A.T.,inzh.; SINKIN. A.Kh., inzh.: SURDUTOVICH, I.N.,inzh.; TROFIKOV,
V.I.,inzh.; FEFERI K.M.,inzh.; TIALKOVSKIY, A.K.,inzh.; FRISHKAH,
K.S.. inzh.; CHERESHNEV, V.A., inzh.; SHESTOV, B.S., inzh.; SHIFKAN,
K.I., inzh.; SHUHYATSKIY, A.F.,inzh.; SHCHKILBAKOV, V.1.,inzh.;
STANCHEHKO. I.K., otv. red.: LISHIN, G.L.jnzh4,rsd., KRAVTSOV.Te.P.,
inzh..red.; GRIGQRITZV, G.V.,red.; KAKINSKIY, D.N..red.; KIIABOVSKIY,
I.F.,re4.;-LEYTKAN. L.Z., rsd.(dacaacadj,; GUREVICH, H.S.,inzh.,red.;
DAMILSTSKIY. A.S..inzh.,red.; DEMIN, A.M., inzh.,red.; KAGANOV.
S.I.,inzh.,rad.; KAUYMAN, B.N., kand. takhn. npuk, red:.LISTOPADOV,
N.F..idzh..red.; MENDkWVICH, I.R., inzh. rad.[decassedJ;
lcontinuad on next"c'ar'd')

AGALINA, H.S.... (continued) Card 2.
PERTKOVSKIY. N.I.,inzh.,red.; RUMMERG, B.M.,inzh.,red.; SILAVIN,
D.S., inzh.,red.; FEDOROV, M.P.,inzh red.; TSYMBAL, A.V.,Inzh.,red.;
SMIRNOV, L.V., red. izd-va,; PROZOROiUAYA, V.L., tekhn. red.
LKining ; an encyclopedic handbook] Gornoe delo; antaiklopedichaskii
spravochnik. Moskva, Gos. nauchno-takhn. izd-vo lit-ry po ugollaoi
promyshl. Vol. MOrganization of planning; Construction of surface
buildings and structuresJ OrganizatBiia proaktiroveniia; Stroitallstvo
zdanii i iaooruzhanii na poverkhnosti shakht. 1958. 497 P. 011RA 11:12)
(Mining engineering)
(Building)

DUGIN, Yn.V., innh.; Vk,_S~~AVSFIY, inzll.
-1
Bpsic features of a nee t.,-7,c~r ine. TJ~cll V, no.-e,:31-36 Y;- 159.
1. Yuzhpipro shavit. (MIR-A 12:7)
(CoLkl rnines vriO, mininr.-)

AKOLIZIN, L.Ye.; LISHBARGOV, V.D.; SHCHMINA, G.F.; TSOT, D.; DUGIN,
Te.Y., otv.red.; DUKAWV, K.F., red.; BUBTRI, V.A., red.; TTUTTUNIK,
Ta.l., red.; XONIN, K.I., red.; FAHCHZHKO, A.I., red.; W.FHAUXIT,
I.N., red.; BIMTATEV, P.R., red.; RABINKOVA, L.K., red.izd-va;
KOROVMOVA, Z.A., tekhn.red.
[Standard cross sections of mine workings]Tipovye secheniin gornykh
vyrabotok. Moskva, Go8.nauchno-tokhn.lzd-vo lit-ry po gornoma delu.
Vol.l. LCross section of timber-supported workings for 1, 2, and
3-ton cars] Socheniia vyrabotok, zakreplennykh derevom dlia 1. 2
i 3-tonnykh vagonetok. 1960. 345 P. (KM 13:11)
1. Moscow. Gosudarstvennyy proyektnyy institut Tuzhgiproshakht.
(Kining engineering)

AKUhIZIN, L.Ye.; BBDILO. Y.Ye.; BOROZDOT, I.A.; YIILARSKIY. I.S.;
GCLOYATYUK, S.A.; HIKULAYET, G.P. Prinitsoli uchBotiye:
DATbUN, N.Y.; ZXGOY, Y.T.; IYANITSKAU, S.Tu.; XOKISSAROT,
M.A.; KALINQWK, I.G.; LISHBERGOV, V.D.; SERZBFJW=OVA, S.O.;
FILIN. V.D. WGIN, Ye.Y., otv.red.; DUMOY, M.F., red.;
BUBYRI, V.A., red.; TYUTYUHIK, Ya.I., red.;
red.; MONIN, M.I., red.; PANCITRNKO, A.I., red.; BMYAYEV, F.R..
red.; RABnMOVA, L.K., red.izd-va; BOLDYRETA, Z.L., tekhn.red.
[Typos of mine cross section] Tipovye secheniia gornykh vyrabo-
tok. Moskva, Gos.nauchno-tokhn.izd-vo lit-ry po gornomu del'u.
Vol.5. [Cross aection of mines with reinforced-concrete Ou rt
r1o 8
and hinge-hung crossbars for l-, 2- and 3-ton railroad ca B
Secheniia vyrabotok, zakreplennykh zhelezobetonnymi stoikarli
a sharnirno-podveanym vokhniakom, dlia l-, 2- 1 3-tonnykh
vagonotok. 1960. 411 p. (Mnu 13:12)
1. KharIkov. GoBudarstvennyy proyektnyy inBtitut Yuzhgiproshakht.
(Mine timbering)

IWILO, V.Ye.; BOROZDGV. I.A.; YMHOV, V.S.; MOGIJJO, A.P.; NIKOLAYEV,
G.P.; DUGIN, Ye.V., otv.red.; DUKALOV, M.F., red.; BUBYRI, V.A.,
vid.; VARSMVSKIY, _I.N., red.; TYUTYUNIK, Ya.I., red.; MONIN, R.I.,
red.;-PANCHMO, A.I., red.; BALIAYEV, F.R., red.; RABINKOVA, L.K.,
red.izd-va; BOLDYRKVA, Z.A., tekhn.red.
LStandard cross sections of mine workings] Tipovye sechenlia gor-
nykh vyrabotok. Koslr-va, Gos.nauchno-tekhn.12d-vo lit-ry po gorno-
ma delu. Vol.2. [Gross section of workings lined with concrete
and artificial stone, for 1-ton cars] Sechenila vyrabotok, zakrep-
lennykh betonom i iskusstvennym kamnem, dlia 1-tonnykh vagonatok.
196o. 459 p. (MIRA 13:11)
1. Moscow. Gosudarstvannyy proyektnyy institut Tnzhgiproshakht.
(Mining engineering)

A-KOLIZIU, L.Ye.; BOROZDOV, I.A.; BZDILO, V.Ye.; TERESiffIN, F.B. Prinimali
uchastlye: BBLTAIEV, F.R.; BERNMOT, N.Y.; BUBYRI, V.A.; VARrAhVSKIT.
_;_~O, V.P.; YERSHOV, V.S.; DUGIJI, Ye.V.; IX
J.11, JKALOV, M.F.;
IYANOV, P.S.; KOHAJTWA, V.F.; MO11IN, M.I.: MOGILKO, A.P.; PANCRENKO,
A.I.; FGMYUKOV, S.N.; PRIKHODIKO, N.D.; RUBIN. I.A.; SIDORENKO,
P.A.; TYUTYUHIK, Ya.I.; KHMKLINITSKIY, L.Ya.; BONDARI, V.I.; KRIVTSOV,
A.T.; LOKSHIN, V.D.; SOFIYENKO, N.P. RABINKOVA, L.K., red.izd-va;
BOLDYREVA, Z.A., takhn.red.
(Types of mine cross section] Tipovye sechenRF--gornykh vyrabotok.
Yoskva, Gos.nauchno-tekhn.izd-vo lit-ry po gornomu delu. Vol.4.
[Croas section of mines supported by a sectional reinforced-concrete
lining of URP-11 panels for 1--, 2- and 3-ton railroad cars] Secheniis
~ryrabotok, zakreplennykh sbornoi zholezobatonnoi krepliu iz plit
URP-II, dlia l-, 2- 1 3-tonnykh vagonatok. 196o. 278 P.
(MM 13:12)
1. KhBr'kov. Gosudarstvannyy proyektnyy institut Yuzhgipros~mkht.
(Mine timberin.-)

VMSHAVSKIY. I.N. , irzh.
WE atisfactory amount of d8DrC-5sion in mines. U;!,)'-' 40 Ln.9-14-9
8 165. OVIrRAA 18: 10)
..Z..

*v-~vp 9a,;qvzodo jo eajqv~ JWGADS V= qdow*
ocauu=jjad v oeAl;o oozGumvq eooqq Iq pogm JWZDM
UOT'4UA-WS=O JOUJT
LWL do-S Onmoo) ftTAwnwftjm=
ST4 ukov ftTs.4uo p qwqlou GWTJVA sawns =M=
wM &Z&VmVn, wlolWL eq,!k =,t -Ceuj. jo bwtw*o uv
UT
-4Trm" Trum aamwq-*o9q4 Zq tgaeue ;o twwce mj:
Amoavd. 04 ev lqom ev du Bw;gn qmp~ -4v- lonnWrM.
;o ooavM EotL; 1*14MOa Glq'4 UT TOUS JO *am Qj
eq% eim jTv. pooooolmoo ao um%e wq,4;e ftT*ft W=Nmm
6 ox tAi EoA vATTdoz ull-M WZ"
dd
oil W JO t'OT'4v-[OdO Vw-TOTV4
Iit6l dog

VARSHAVSKIY, I. U., Engr
~~, -i.-/
, A -V
UMN41009ring MV 48
Construction Industry
Power Plants -- Design
*Iat Us Increase the Number of Nev Pover Units
by Improving the Quality of the Equipment Being
Manufactured," I. Ya. Varshavskly, Engr, 2 pp
OU Zkonomiya Topliva" No 5
Discusses various examples of poor equipment
design.
7M 10/49T64

VARSHAVSKIY, I.Ya.. -
Seminar on the automation and mechanization of furnaces and -
electric power plant control systems. Prom. energ. 15 no.81.51452
Ag 160,9 (MIRA 15:1)
(Electric power plants--Congresses)
(Automatic control--Congresses)

VARSHAVSKIY, I.Ya.
Confbrenco on the improvement of the utilization of fuels and -
power resources. Prom. energ. 16 no.8:49-50 Ag 161. (MMA 14:9)
(Power resources) (Fuel)

VARSHAVSKIY, I.Ya.
Seminar on problems concerning the design, manufacture, and use
of industrial boiler systems, F~om. energ. 17 no.9:53-54 S
,62. (WRA 15:8)
(Boilers-Congresses)

VARSHAVSKIr. I.Ya.
Conference on *Means for improving power engineering and
furnace econorq of metallurgical plants.n Prom energ. 18
no.5257-59 MY 163. ~MIILA 16aQ
(Metallurgical plants)

VAHSHAVSKIY, I.Ya.
Conference an I'Meana for improving the operation of ca.--
pressor systems of industrial enterprises." Prom. onerg. 18
no.12:50-51 D 163. (MIRA 171l)

ij
V~4 L f VIN
AC AP 0120 3 SOURCE COb
AUTHOR: )farshavskiy, 1. Ya...
ORG: none
TITLE: All-union scientific-technical conference
and nonferrous metallurgy enterprises
of pawor-engineers
SOURCE: Provqshlenn-qya energetika, no. 4, 1965, 46-48
from 1QzzUS__
TOPIC TAGS: electric engineering conferenco, electric power engineering, metallurgy,
metal industry, electric rotating equipment, industrial enterprise
ABSTIRACT: The All-Union Sc'ie"ntific-Technic
from Crude ~LR 1,16nferrous lie F
tallurF _ 4ntVp_rjjqg,5 Osponsored by
r'11 0 for Cru 4--afi-d- 10 ferrous &jajjW.X,_ the Scientifjsl~_-~chnical Soglety
for Crude and Nonferrous Metallur , and the-Ceitral CO. itteo of the Trade
Union of Workers of Metallurzical Indu r, , was hold in Cherepovets from 9 to
a- OctoSer 1964. It was attended by 400 pa~rticipants from various enterprise3,
research institutions, state committees, and the like. The article describes 1.
briefly the topics discussed in the thermal pox-ter and the electrical engineer-,t
ing sections of the conference. It also lists in detail the numerous recom-
mendations of the conference related to the 1) improvement of the utilization
of the fuel and secondary power resources; 2) thermal power supply of the
metallurgiwl enterprises; 3) supply of pertinent equipment; 4) oxygen supply
for metallurgical enterprises; 5) electrical power sWplv of anterpriseal and
~) aleotromotors and other electrical oquipmont.
SUB CODE 1 10, 11 / SUM DATE: none"'
Card 1/1,~J<

VARSHAVSKIYY I-Yao
Conference on "Automation cf industrial processes in the-mal
It
engineering and gas furnace uystemi0 Prom. energ. 20 no.7:48-
50 JI 165, (KIRA 18-32)

VAMIA%KIY, ICU'.
Technical progr.ss and learning to handle more than one job.
Soto.trud 4 no.7:18-25 JI 160. (MIRA 13:8)
(Occupations)

VARSHAVSKIY, K.
Methods for the developrient of the occupationBI division of
labor. Sots. trud 7 no.B-.11-21 Ag 162. (MIRA 15:10)
(Division of labor) (Occupations)

VARSHAVSKIr, K.
Intellso I-work and its organization. Sota. trud 8 n0,5:
13,21 My 163. (Mnu 16:6)
(Iabor and laboring classes)

VARSHAVSKIYI K. (Leningrad4gONOPLEVA, V. (Moskva); AKHMEYEV, G. (Cheboksary)
Study of the problem of the transition to comunism, Sots. trud
8 no.9tl49-155 S 163. (MRA 16:10)

' L. J,.. (Co-author)
.3se-N --T~
I- -~~
Artomtyev, V. V. and Varshavskiy, L. A. - "Gonst2nt t1rac in
boosters for electrophysiological rcs-Drch," ITudy Fiziol.
in-ta -im. Pavlova, Vol. 111, 1949, P. 185-95
SO: U-3566) 15 March 53, (Letopis 'Zhurnal lriyl~h Statcy, '.lo. Ili, 19'.'-').
L j

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_
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0,1 1) I # s a II a u 1) IS So w 1; 4 it a is " A 31 a a I IS v U ISO a a So a v a #I at a a at*
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GITT"T'l., Vol. 3, no. 6 i-Go

00., -to
Go 0 . -00
04 a -00

f * 'E: '14Tjhav;kjL.A., Yethods of calculating multiresonance electroacoustical
00, J;~
=00
systems
740.
, Goo

of w
of
s
09 s
00 0 0

lzvoistiya Akadexii Nauk, 33.33.1.R. .-eriya Fizichaskaya, Vol. 13 goo

!to. 6 (November and December 1949 to

A I 4S t AACTALLU*CKAL LITINATURC CLASStFKATOGN

IS
INJOIJ .4v 4.1 list
WIN-)
OW 6-
VIS1110.1

0
u7i-W -Z is
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Vor. J. I
1UB9R/)ktbe=tics - Linear,Systeme Aug 51
"Stability Conditions of Linear System," L. A.
Varshavskty
"Zhur Tekh Fiz" Vol M, No 8, pp 907-919
Presents conditions governij4; the stability of a
linear system, convenient vh(.-n a choice ~~ of coeff r.
is Indispensable for eqs of frequencies not con-
tradicting the stability sysi;em. Outlines connec-
tion betveen stability problow and computation of
linear systems according to 6pecified frequency
characteriaticB. Submitted 31 Doe 51,
194T74

IOFE, V.K.; TAMLISKIT, A.A.; VAISHAVSKIT, L.A., redaktor; VORONZTSKAYA, L.V.,
QWF
tekhnicheekiy redaktor.
[Diagrams and tabl~3 for calculations in electroacousticol Raschetaye
grafiki i tablitey po slaktroakustike. Mo9kva, Goe, energ. ixd-vo, 1954.
522 p. (MMA 831)
(Blectroacousties)

L k
USSR / jcoustics. Physiological Acoustics, Speech and Sin,,-In'g
Abs Jour :Ref Zhur - Fizika No 3, 1957, No 7553
Author :Varshavskiy, L.A., Litved:, I.K.
I ns t Scientific lie-search Institute of Ministry of Raiio Industry, USSR,
Leningrad
Title Investigation of Formant Composition and Cartain Other Physical
Characteristics of Sounds of Russian Speech
Orig Pub Probl. fiziol. akustiki, 3, M.-L., Izd-vo AN SSSR, 1955, 5-17
Abstract Certain results of an investigation of the physical charactaris-
tics of the sounds of Russian sneech Dertaining to their tanporal
characteristics and their formant composition are f-,iven. Tho
temporal characteristics are de"ormined from oscillo;,,raPhLc re-
cords of individual words and ontire phrases. The ditration 011
the indi-Adual sounds were determined both in .-,ord3 as well as
in phrases, where this duration is reduced noti-,aably for vc-
wels. Thus, in words the minimum durat-ion of vowels is on the
average 0,18 seconds (middle accentod and tho mlxxiimmi is
Card - 1/3 - 98 -

USSR 4oouaties. Physiological Acouatios. Speech and Singing. J-8
Abs Jour I Ref Zhur - Fizika No 3, 1957, No 7563
Abstract ; harmonic content with a definite fundamental frequency, corres-
ponding to the pectrum of the oscillations of the vocal cords.
The reproduced Mnyi stened to by-a group of auditors, and the
relative number of the latter, identifying the reproduced sound
at some position of the band with one in the same definite vo-
wel, was taken as a meazure of the ohonetic discernibilit-y of
this band, That position and that Yridth of the frequency bands,
at which this value reached a maximum, determined the position
and the width of the formants. It was thus established that for
many vowels (a, o, "Y", NO) one formant, insuring 86 -- 98~1. of
coincident estimates, is-enough.
For the vowel " ~ " it turned out necessary to have two for-
mants, and for the sound "W", the suffioiently hiji poroentage
of coincident estimates obtained requires apparently three for-
mants. The width and the position of the formant bands turned
out to be little dependent on the fundamental frequency. The
Card 3A -100 -

USSR / Aco,stics. s i o lo, IZII ca 3j r:i .Spno9ch and S~Iiginj-.
Abs Jour- : Ref Zhur -- Fizika 11,~- 3r ).95'~, 11,~ 75441
kuthor : Varquyj3~~iy,
Title : Maskinr by Means of rirood i~,irld floi,jo-,t If, iiiffi Inti
~nlz;
Orig Pub - Tr. in-ta bit)!. fi,~ AN ~GSSR, 'L95"'I, I., 215-2,V.
Abstract t An exaniin,~,Lt-: is made of thtz 11mrivni relatiot, betvvroen mqsldr,,~; (i.e.
the shi.- M r:-'-' the t!-.res1--jId c;,' --ilidibility of a pure tone -)t, 'j-71er.
frequency iindar, -i, iloi Be vrith a continuous soec-
trum arid witli the tir~ectrr,] of intensity at 'Who sameinl~q,eii-
cy B after i-at-vodLKI, nr art wixi-1-11ary quwiti Ly Z = Bn-f- Kef f - -,
,;Aier,O (~c is of a given '.;one iu--i-r c, ~~j.
conditions. Yef--f is tlig.) bandwidth of the noise
rieznts vi~,h correctirns -' -.,'---o b, ria
Tj y ny investi,-,ators t6 take
into account the I-,-' %'u sa lovels. Yfhe-n Z '. 2~D do
'~as -I.Le sitz!,!-c `,i;rm L .Conzidering that the.
throsholcl Of i i t!l ~~ ~-C, -~ur-c-e ur 110i 391 i 5r"! i t,
is pos sibie -"IQ dF) termir,-,~ re e vii~l th of the or-i -~ical band
Card 1/3 .. 6 8 -

USSR / Acoustics. Physiolog;ical Acoustics. Speech and Singing. J-8
Abs Jour i Ref Mar - Fizika Ho 3, 1957, No 7544
Abstract frequency, plotted with Bn as a parameter, intersect near 850 cy-
cles, where, thus, there is no dependence of Keff on B.. Measure-
ments have shown that Keff differ quite distinctly within certain
limits for various subjects for the same value of B. and for the
same frequency. The width over which Ke is distributed, is
least near apProximately 800 cycles, in flich the changes in K.ff
- v9n for various frequencies. When plotted as a func-
wJ_ is
th 1321
tion of Bno the width of the distribution has EL Min-IMMi at levels
of 50 -- 70 db (depending on the frequency) and increases rapid-
ly at higher levels, reaching 22 db at high frequencies (to 7,000
cycles). Biblio7raphy, 12 titles,
Card 3/3 - Z)O -

VARSHAV7SKlYp 7,. A.
I,Suklng by ~bans of a Loud Nolse wlth a Wide ft~uemy Cha4e
UWZ lotituta Blolggjgheoko-v Elzikl- No 1, 19
S9160 5 Mar 1956, p49

C :USSR T
:Human and Animal Physiology, Sensory Organs
'br 1959, No. 8536
,;. , Jour. :Ref Zhur Biol.., No. 2,
Aiut,-:"jr :Sheyvekhman B., Varshavskiy L., Tumarkina L.
Tit1c :The Limits of the Range of Auditory Thresholds
During and After Sound Stimulation of Varying
Intensity.
Gr1r:. 'Pub. :V sb.: Vospriyatiye zvukovykh signalov v razlich.
akust. usloviyakh. M., AN SSSR, 1956, 102--110
The range of auditory thresholds for
frequencies between 100 and 7000 cycles was
determined for 17 persons between 18 and 24
years of age during and after wide-band and
low-frequency noises of varying intensity.
The values of the range (both during and after
the noise) depended to a considerable extent
upon the intensity and frequency of the tone
tested and, to a lesser extent, upon the spectral
character of the noise. In the presence of the
noise the range increased when the level of the
noise rose and the frequency of the tone being
1/2

US' SR T
6a t C-G:) ry '.Human and Animal Physiology, S-,nsory Organs
J.
7-,ur. :Ref Zhur Biol., No. 2, 1959, No. 8536
C r
T It
Gri3 Pub.
r.'. C t:perceived increased. After production of a
noise of the o2der of 70-100 decibels, the rangel
did not depend on the intensity of the noise.
With an increase to 120 decibels in the ',ntensityl
of the noise, the range was increased after
cessation of the noise, especially at certain
high frequencies.--A.D.Zh.
2/2

CA T IR y
AUNCR
TLE
G R! G .PT3.
US SR T
llurnan and Animal Physiology, Senqor-j organz
RUSicl - Irl
No. 5 1959) W, 02578
Vir-sliaivskily,
'. . ~ , , _.; Kzirapovitskly, A.
Maiking Armoclatorl vnlt~i Varloun Sounfls and Eoises
V ab. Wislirlyatiya ziulcovykli sl -grialov v razlichi
alcust. u3lovf.~,alh. AJIT SSSR, 1956, 160--175
lio abstnaot
Cart4:

VARSHAVSKIT, L.A,; CHISTOTICH, L.A.
Average phonemic epectra of Rumlan vovelt. P~robl.flzlol.akust.
4tl8l-186 159. (mm 13 :5)
1. laboratoriya fisiologil slukhovogo analizatora Instituta fivio-
logli imeni I.P. Phvlova AN SSSR, Leningrad.
(RUSSIAN LANGUAGN-PHOMICS)

BELCSTOTSKIY,, K.B.; VARSIIAVSKIY, L.B.
Introduction of state standards in a duty of all industrial
workers. Standartizataiia 29 no.600-52 Je 165.
(MIRA 18:12)
1. Starshiy inzhener Latviyokoy gosudarstyennoy kontrollnoy
laboratorii (for Belostotokly). 2. Nachallnik sektora bazovogo
otdela standartizatsii i normalizatsii pri TSentrallnom proyektno-
konstruktorskom byuro Soveta narg)dnogo khozyayotva latviyakoy
SSR (for Varshavskiy).

TARSHAYS -L.G-,-4nzh.
Expediency of section stations with a cooperative mnagament of
various services. Zhol.dor.transp. 42 no-3:51-54 Mr 160.
(MIRA 13 s 6)
(Railroads-Management)

VARSHAVSKIY., L. 0. Cand. Med. Sci.
Dissertation: "Extraneous Bodies in Blind Gunshot Wounds of the Jaw-Face Region."
Moscow Stomatological Inst. 16 Jun 47.
SO: Vechernyaya Moskva, Jun, 1947 (Project #17836)

I
~ "'
'A, -,., , , . ".
2(-,(,1,7 awi,)nrttazj,,,,kh nv---tori lit-It I-,utpm svolowlir- ~,-Fresadki kozhi
Stomitologiya, 11,)40, No. 1, s. !-,)-J~2
SO: MTOPIS' 110. 35, 191,19

I ' L. -0.
,TAR= VSK Tf P
Medicine,, Clinical
Review of the work of the Face and Jaw Department of the Central Institute of Traumatology
and Orthopedics of the Ministry of Public Health of the U.S.S.R. for 1950., Stomatologiya,
no. 1, 1952.
9. Monthly List of Russian Accessions, Library of Congress, M9 --054 Unclassified.
2

VARSHAVSKIT, L.O., kandidat maditsinekikh nauk
He- iomas of the zand'ible. Stomatologiia no.4:31-34 Jl-Ag 154.
(MLRA 7:9)
11 Ix kafedr7 ch I*uatno-litnevoy khtrargii (zav. prof. K.M.Kikhell-
son) Mentrallnogo instituts, usovershenstvovani3ra vrachey (dir.
V.P.Lebodeva) I iz TSentrallnogo instituts, travmatologii i ortopedil
(dir. chlen-korrespondent AMN SSSR prof. N.N.Priorov)
(KMIBIA, neoplasms,
smgloma)
(AIGIOKA,
mandible)

'41MLISON, Nikolay Mikhaylovich; VARSHA-VSKIY, Lev Osipovich; DMITETIVA,
V.S., redaktor; TWWKI;iovA, Y.-N,.-,~-tiekbn'idhffoktrrodaktor.
[Differential diapposis of malignant tumors of the jaw] Diferen-
tsialInaia aiagnostika zlokachestvennykh opakholei chellustei.
Moskva Gos.izd-vo med.lit-ry, 1955. 97 P. (HLRA 8:10)
[?IIcroiilm1
(JAWS--CANCXR)

VARSHAVSKIYA L,O.,kandidat moditsinakikh nauk.
Concerning V.A. Illin's article on a wMew osteoplastic method for
treating habituAl forward dislocations of the tomporomandibular
Jointso. Stomatologiia 35 no.5:36 S-0 156 (KLRA 10:4)
(TNKMOKMIBULAR JOM--DISLOCATION)

MIKIIELISON, Nikolay Mikhaylovich.; VARSHAVSKlY, L.O., red.; LYUMMUNA,
1J.I., tekhn. red. -
(Restorative operations on the maxillofacial region] Vosstanovi-
tellnye operatoii chellustno-litsovol oblasti. MoBkva, Modgiz,
1962. 335 p. (MIRA 15:6)
(SURUM , PLASTIC) (FACF--SURGERY) (JAWS-SURGERY)

BUTALOV, Vladimir Aleksandrovich; VARSHAVSKIT9 M.1', inzh., retsenzent
Ldaeeaaedl.- SOKOLOV, :k"c1.-Cik1bj-.nauk, red.:
VARKOVETSKATA, A.I.,-red.izd-va; SHCUTIMINA, L.V., tekj=.red.
[Patternmaker; reference manual] Modellshchik; spravochnoe
posobie. Moskva, Gos.nauchno-tekhn.izd-vo mashinostroit.lit-ry,
1959. 300 P. (MIRA 12:4)
(Patternmaking)

SILENKO., O.I,[Sylenkov 0 1 . inzh.; yWHAVSKIY, M.L.
[Varshavalkyi, M:LJ, tekhnik
Fast-and safe. Mekh. oil'. hosp. 14 no.9.18-19 S ~63.
- . (MIRA 17:1)

t3(2) SOY/105-59-5-13/29
AUTHOR: Varshavskiy, 0. G.,Engineer
TITLEt Conditions for the Use of Optimal Automatic Regulators
(Ualoviya primeneniya optimallnykh avtomaticheakikh regulyatorov)
PERIODICAL; Elektrichestvo, 1959, Nr 5, PP 571-59 (USSR)
ABSTRACT: By comparing the work of an optimum-value regulator with the
work of a regulator acting proportionally to deviation and
deflection, it is shown here how to solve the problem of choos-
ing the type of an automatic regulator. The simplest case -
where the given part of the regulating system can be expressed
by an equation of 2nd order - is investigated. Limited coordinates
of the system are, in this example, the position of the switch-
ing mechanism and its speed. Formula (1) as a condition for an
optimal regulation process, and formula (2) for the regulator
acting proportionally to deviation and deflection are given.
The problem is to determine in what cases the commutation line
of the regulator has to satisfy formula (1), and in what cases
formula (2). On the strength of the investigation carried out
here, the author ascertains the following facto: 1) The optimum-
Card 1/2 value regulators offer certain advantages in contrast to the

Conditions for the Use of Optimal Automatic Regulators SOV/105-59-5-13/29
regulators which have no nonlinear connectione, and bring a
considerable gain in time. 2) It is convenient to use the
optimum-value regulators in those cases where an increased ac-
curacy of regulation is demanded- 3) The increase in speed of
the switching mechanism by excluding the type of operation with
slip is favorable to the increase in rapid action of optimum-
value systems of automatic regulation- 4) In some types of
optimum-value regulators, the nonlinear relations can be
replaced by linear relations. This possibility becomes greater
with the increase in retardation in the system. There are
3 figures and 2 Soviet references.
ASSOCIATION: Moskovskiy energeticheskiy institut (L'oscow Power Engineering
Institute)
SUBMITTED: December 4, 1958
Card 2/2