SCIENTIFIC ABSTRACT VANEYEV, I.I. - VANGENGEYM, G.YA.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001858520019-2
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 31, 2001
• Sequence Number: 19
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

-VANEYF,T,J,I-.-; IAZAREVSKIY, A.F.
Use of nontoxic frothers for the flotation of copper-nickel
sulfide ores.. Obog. rud 5 no.1:15-16 160. (KMA 14:8)
(Flotation-Equipment and supplies)
(Nonferrous metals)

GORLOVSKIY, S.I.; ZASPIHIN, N.V.; LIPKINA, T.Ye.; frinimali
LAZAREVY.SIY, A.F.; ZELENOVA, I.M.; VOLOSiNIF)VA, T.F.;
TOMKOVID, Ye-I. CdeceasedJ; FETFOV, I.V.; MOEOLOOV, j-.V.-,
NIKIFTROVA, D.I.
Use of high molecular organic depressants in the flotation of
copper-nicW ores. Obog. rud 6 no.2:3-9 161. (1111LI 14:8)
(Flo-tation-Fquipmefit and sapplies) (Nonferrous r4etale)

VANE nTROV, I.V.~ PETROV,, M.A.; LAZARNSKIro A.F.
Use of a recirculating water supply in the flotation of copper-nickel ores.
Obog. rud 7 no.5:25-29 162. (MIM 16A)
(Flotation-Water supply)

__ _-~ -'--e - :~ -- -~E~' - ;'~"~ %~ -- . . . . .
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Prinimali uchastiye: GORLOVSKIY, S. I.; LIPKINA, S. I.j
NIKInPLVA j D. I.
Mechanism of the depressing action of carboxpethylcellulose
on flotation-active ailicatee during the flotation of copper-
nickel ores. Trudy Mekbanobr no, 13101,~-88 W. (MIRA 3,715)

BAKINOV, K. G.; GORLOVSKIY, S. I.; ZASHIKHIN, N. V.; VANEYEV, I. I.; YF11OPKIN, Yu. I.;
KOM I A. S.
"New Methods of Sulfide Concentrate Upgrading."
paper to be presented at the Intl Mineral Dressing Conf, New York City,
2o-24 Sep 64.
Inst "Mekhanobr," Leningrad.

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4h -
F-\~ Vj -
KAESIHOV, Vaoiliy Iosif ovich; W, , N.I., redaktor,; SHUSTOVA. Y.M.,
rodaktor; KIKUYLOVA, V.Y., i~k~b-'-ni-c6`~'kly redaktor.
(Blectrochlorination as a method of recovering metals] Blaktrokhlo-
rinataiia kak metod komplekenogo izvlec~eniia metallov. Kookw&, Goo.
nauchno-takhnolzd-vo lit-ry po chernoi I tevatnoi metallurgii, 1955.
158 p. (Chlorination) (HLBA 9:4)

TANNYBV, A4WHDIM,. A# - , I . I
*ft---%M-wmw=woI - - - - ~ -*
Create and ti' ' -
a ~qgjhoA.p~q~*C;,kLphy clubs in ctooranity canters. Soy.
~foto 17 no.4.-33-34 Ap 157. (WRA 20:6)
teaching)
(Photography-Study
and

PARAMONov, G.A., inzh.; PICHUGIN, A.A., kand.tekhn.13auk; VAIqM V. tv
-~h jL- A
inzh.; LrUZOMINSKIT, A.G., inzh.; CHUM, A.Y., kalltel n.nauk;
VRUBL37SIrT, L.Te., inzh.; MRMAY, A.Ta., inzh. (deceased];
PMGAITC7, G.N., inzho; SHWANOV, A.S., insh,; DMITRrM, P.A.,
kand.tokhn.nauk; IVANOV, I.A., kand.tekhn.nauk; TXWO, Tui.P.,
dotsent; SOKOWV, P.K., dotsent; KANYUKA, N,S., kand,tekhn.nauk;
SHPAKOVSKAYA, L.I., red.; GOSTISHCHEVA, Ye.M., tekhn.red.
(Handbook for the master builder on the technology of general
building operations] Spra7-ochnik mastera-stroitelia po takhnologii
proizvodstva obahchostroitellnykh rabot. 2. izd.perer. i dop.
Novosibirsk, Novoeibirskoe knizhnoe izd-vo, 1961, 713 P.
(MIRA 15:2)
(Building)

USPENSKIY, N.M., red.; MUKEINA, Ye.S.,
tekbn. red.
(War and automatic control] Voina i avtomatika. Moskva, Izd-
vo DOSAAF, 1962. 62 p. (MIRA 15:7)
(Automatic control.--Military applications)

MREYSV,-Igorl Vasillyevich, BERG.A.I.. red.; BURLYAND, V.A., red.;
ISHTA%Y*.N.. r!ed.; DZHIGIT, I.S.,red.;
G
0 r
XANAYEVA. A.M.. red.; XMNKPILI. l.T.Or*4.; XULIKOVSKIT, A.A.,red.;
SHIRROV. A.D.,red.; TARASOV, CIMCHIT. P.O,',red.; SHAMSM,
V.L. red.; GA,K,ZBUR4, M.D., red.; XMMWff,,T-A**';*el&n_red.-
[Cabinet designs for radio recelverel Vneahnee oformlente priemnika.
Moskva. Goa. energ. izd-vo. 1958. 46 p. (MIRA 11:8)
(Radio--Recelvers and reception)

li /!I'A'
v
MRSON, Anatoliy Keyerovich. BMG,A.I,, red.; BURGUAND, V.A., red.;
-VINMY,, V.I., red.; GENISHT1, Ye.N., red.; DZHIGIT. I.S..red.;
XANAYEVA. A.M.. red.;~ L', E.T.. red.; MIKOVSKIT, A.A., red.;
SKIRNOV, A.D., red.; TARASOV, F.I., red.; CHECHIK. P.0., red.fijecesed]
SHAHSHUR, V.L. red.; BORTJNOV, N.I., tekhn.red.
[Testing radio tubes] Ispytanie radiolamp, Moskva, Goo. energe
ltd-vo, 1958. 61 p. (Whasovaia radiobiblioteks , no-303) (MIRA 11:9)
(Blectron tubes-Testing)

KUGUSHU, Alekeendr-Mikhaylovich,; BM. M.. red.; BURDZYNY-Yi F.L ' red;;
BURLYAND, V.A., red.; red.; GENISHTA, Te.Y., red.;
DZHIGIT, I.S.. red.; KA11AY-EVA. A.M.. red.; UUMUL', X.T., red.;
EWKOVSKIT, A.A., red.; SKIRNOV, A.D., red.; TARASOV, Y.I., red.;
CHECHIK, P.O., red.; SHAMSHUR. V.I., red.; BORUNOV. N.1., tekhn. red.
[Modern radio electronics] Sovremennaia radioelektronika. Moskva,
Goo. energ. izd-vo, 1958. 62 p. (Kassovata radiobibliotaka, no. 300).
(MIRA 11:11)
(Electronics)

SCIBOISVSKIYI Anatolty Goorglyevicb.; BM, A.I.,rad.; BURLYAND, V.A., red.;
VANZYI17 GRUISHTI. U.N., red.; DZHIGIT, I.S., red.;
red.; KRX'*Ml. B.T., red.; KULEKOVSKIT, A.A., red.;
SMIRNOV, A.D.. rod.; TABASOV, M., reds; SHANSHUR, V.I.. rod.;
KRIBITSKIY, B.1h., red., LARIOITOV, G.To.. tekhn. red.
CPulsa techniques] Impul'snala takhalka, Koakva, Goo. anarg. izd-vo,
1958. 167. (Hassovata radiobibliotaksI no. 308). (MIRA 11:11)
(Pulse tachniques(Blectronice))

TANBUT, Tladimir IvanovIch; SONIN. Tevgeniy Konstantinovich;
PATWTA, 791.v tekhnored,
(Alectronic glash lamps] Blektronnye lampy-vapyahki, Koakvao
Gos.onerg.izd-vo, 1959. 47 p. (Massovais radiobibliotaka. no.
356). (KIRA 13:3)
(Photography--3quipment and supplies)

POPOV. Potr ALeksnndrovich;-WIRG, A.I., red B+-WY, F.I., red.;
B'WMYABD, V.A., red.- YAMUNT Y I red.; G.S.NISILTA, Ye.H.,
red.; DZHIGIT, red.: KROM-1.
3.T., red.; KULIKOTSKIT-, A.A.. red.; SHIRHOY, A.D., red.;
TARASOY, F.I., red.; SILIMSHUR, Y.I., red.; KULIKOTSKIY, A.A.,
red.; LARIONOT, G.Ye., takhr. red.
(Design of audio frequency transistor amplifiers] Raschat
tranzistornykft usilitelei zvukovoi chantoty. Monkva, Goo.
energ. izd-vo, 1960. 103 P. (14assavaya radiobibliotoka, no-378)
(MIRA 14:5)
(Transistor amplifiers)

VANERV Yu.. shturman dallnego, plavaniya
Work of an anchorpd ship's min enenes In storay weather. -Mor.
flot 20 no-1:33r35 Ja 160. (KIRA 13-5)
(Marine engines) (Ships--I~rdrodynamics)

VAN FU FY (Kiyev',; 0'-'-E'a9v, V.i. (Kiyev)
y
Flastov-l.sccus drsformat!nns cf scinee thermo3etflng polymErs.
Prikl. mekh. I no.8:1.00-105 165. 0.1--114,
1. Institut, mekhanik~~ AN Uk-i6SR.

L 46137-66 Fin, (m)IFAP (w)/EWP (v)/T/F4P(j) IJP(c) WW/EM/RM
SOURCE CODE: UR/0198/66/002/005/0 50-
r ACC NR, - AP6026739 66Y/
AUTHOR: Saving G. N. (Kiev); Van Fo Fy, G. A. (Kiev)
ORG: Institute of Mechanics, UkrSSR (Institut mekhaniki AN UkrSSR)
TITLE: Stress distribution about an elliptical opening in a fiber plate
SOURCE: Prikladnaya mekhanika, v. 2, no. 5, 1966, 5-11
TOPIC TAGS: stress distribution, stress analysis, anisotropic medium
lion about a circular a
ABSTRACT: The stress distribut 11 d an elliptica), opening in a
fiber glass reinforced plasticj~plate based on a epoxy-~mleic_~i~as examined. The
stress distribution was studied at varying anglei--to7the orientation of the fiber in
a system of Cartesian coordinates; the non-elastic properties of the polymer were tak-
en into consideration. It was found that the stress concentration coefficient in a
,pient defines
fiber f-lass plastic medium is a product of two coefficients: one coeffi
the perturbations produced by an opening in an anisotropic viscoelastic%tbody, the ot'h-
er coefficient defines the stress distribution in the structure of the componition Oa-
terial. To obtain an accurate picture, the fiber glass was not treated by finishln~
compounds which might have produced flexible films around the fibers. Using the Vd-l-,
te7.-a principle, it was found that the redistribution of the actual stresses, in t e,
Card 1/2

L 461117-60'
ACC NRs AP6026739
in the structure of the material is less than 10%. Stress-strain diagrams for one
specific calculati n have been developed. Orig. art. has: 6 figures, 20 fomulas.-"',
L
SUB CODE: 7 SUBM DATE: O8Dec65/ ORIG mr: 004/ O`rH REr: 001
Card 2/2 mjs

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80), 9(2), 14(6) SOV/143-58.-10-8/24
AUTHOR: Van-Gaut. Yu-.-N., Docent
TITLE: The Specific Inductive Capacitance and the Dielectric
Loss-Angle Tangent of Polyvinylchloride Plasticsfor
Cable Insulation
PERIODICAL: Izvestiya vysshikh uchebnykh zavedeniy, Energetika,
1958, Nr 10, pp 59-65 (USSR)
ABSTRACT: The electrical properties of polyvinylchlotide plas-
tics have not yet been sufficiently studied. The in-
vestigation of the specific inductive capacitance
W and the dielectric loss angle tangent (t~~) of
Soviet-made polyvinylchloride plastic was conducted
by a number of authors either at room temperature, or
within a narrow range of positive temperatures (at
industrial or sound frequency). Data of such investi-
.gations are presented by Ye.G. Fedoseyeva Zffef gg
?.A. Korobkov LTef 17, and A.Ya. Kazhdanov and N.V.
Zakharova 5ef g. In this paper, the author presents
the results.of an investigation of the principal brands
Card 1/6 of'polyvinylchloride plastics concerning C andt

SOV/143-58-10-8/24
The Specific Inductive Capacitance and the Dielectric Loss-Angle
Tangent of Polyvinylchloride Plasticefor Cable Insulation
which are decisive characteristics for power and com-
munication cables. The investigations wege conducted
at temperatures ranging from -14 7 to +100 and at fre-
quencies of 50 cycles to-1.5 - 10 cycles. Polyvinyl-
chloride plates of 100-120 mm diameter and a thickness
of 0.80-2.5 mm were used for the investigation of the
specific inductive capacitance and the dielectric loss
angle tangent. Aluminum foils, glued to the samples
by vaseline, were used as electrodes. The electrode
.diameter was in dependence of the samples either 80
mm/100 mm or 100 mm/1120 mm.. For eliminating the in-
fluence of surface leak currents on the measuring
results, grounded protecting copper rings were instal-
led on the samples (around the upper electrode). The
inner diameter of the protecting ring was about 10 mm
larger than the electrode diameter. A MDr bridge of
the plant "Tochelektropribor" was used for determining
tg and the capacitance of the samples at industrial
Card 2/6 frequency. A capacitive coupling instrument of Siemens

SOV/143-58-10-8/24
The Specific Inductive Capacitance and the Dielectric Loss-Angle
Tangent of Polyvinylchloride Plaeticsfor Cable Insulation
was used for investigating ~he capacitance in the
sound frequency range (5*10 - 1-10 cycles). A Q-
meter KV-1 was used for measVing tg6 and the cap----
citance in the range of 5-10 - 5-10 . For investi-
gating the temperature dependence off- and tg~ the
plastic samples with the aluminum electrodes were
placed between steel discs and were placed on an in-
sulated rest into an exsiccator with current lead-
ins at the top. Depending on the temperature requir-
ed, the exsiccator was placed either into a thermo-
stat or a cryostat. Temperature measurements were
made with thermocouples, mercury or alcohol thermo-
meters. The accuracy of the temperature readings was
0
0.5 , The author then presents the investigation
results of the dependence of specific inductive capa-
citance on the frequency and the temperature for dif-
ferent types of plastics. The results are shown in
Card 3/6 graphs, figures 1 to 3. Graphs, figures 4 to 6, show

SOV/143-58-10-8/24
The Specific Inductive Capacitance and the Dielectric Loss-Angle
Tangent of Folyviny1chloride Plasticefor Cable Insulation
the dependence of tg ion temperature (at 50 cycles).
Table 1 shows the dependence of tg4"on the frequency.
These data show that the tgF is the same at 150 kc -
5 me as for 50 cycles. An increase of the value of
tgf is observed at frequencies higher than 5 me. The
author arrived at the following conclusions: 1) The
dependence of the specific inductive capacitance of
polyvinylchloride plastic on the frequency in the
range of 50 to 1-5.*10 cycles is subjected to e= A -
K lg f, whereby A and K are constants characteristic
for the particular type of plastic, while f is the
frequency in cycles. Based on the mathematical pro-
cessing of the experimental curves for plastics of
type r.230, r.239 and r-38, calculation formulae were
found. 2) The specific inductive capacitance of poly-
vinylchloride plastic increases remarkab;e with
temperature increase in the range of -14 to 100
This dependence is characteristic for each type of
Card 4/6 plastic. 3) The great temperature dependence of the

SOV/143-58-10-8/24
The Specific Inductive Capacitance and the Dielectric Loss-Angle
0
Tangent of Polyvinylchloride Plasticafor Cable Insulation
Opocifio induotivo crtpRoitanco on the temperature
will cause a natural balancit% of tho olactric fiold
strengths in the polyviny1chloride inatilation of ac
power cables being under load. 4) The 'dielectric
loss angle tangent of polyvinylehloEide plastic has
its maximum at a temperature of + 8 and a~- 50 eye Ps
frequency. In the tom erature range of 16 to 100
the dependence tg~"= fM has two branches, in the
first of which the tg Swill hardly change, while in
the other one this characteristic begins to increase
exponentially with rising temperatures after passing
* point of inflection. 5) The temperature corre-
* onding to the inflection point of the curve tgf
fyt), which should be considered as the ultimate per-
missible onerational temperature of the cable, is
different for each type of polyvinylchl8ride p1gstic.
Por insulation plasticsit is bstween 5R and 65 , for
hose plastics i! is between 35 and 50 . The amount
Card 5/6 of plasticizer and the application of more effective

SOV/143-58-10-8/24
The Specific Inductive Capacitance and the Dielectric Lose-Angle
Tangent of Polyvinylchloride Plasticefor Cable Insulation
softeners will reduce this temperature. 6) It was
established that the values ~.and tg~' of polyviny;_
chloride plastics, in a temperature range of 714 to
+100u and in a frequency range of 50 - 1.5-10 cycles,
exceed under equal conditions the corresponding values
of these characteristics for the basic polyvinylchlor-
ide resin. There are 6 graphs, 1 table and 8 referen-
ces, 5 of which are Soviet and 3 English.
ASSOCIATION: Kharlkovskiy politekhnicheskiy institut (Khartkov
Polytechnic Institute) Kafedra peredachi eiektriche-
skoy energii (Chair of Electric Power Transmission)
SUBMITTED: June 19, 195B
Card 6/6

VAN-CAUT, TU.)LdQts.
,. .......
Dielectric strength of polvchlorvin7l inBulation. Izv.vys~ucheb*zav*Z
energ. no.12:60-68 D '58. (KIRA 122-3)
1. Xharlkovskiy politekhnichookiy institut.
(Electric insulators and insulation)

VAN-GAUT, Yu. N., Cqnd of Tech Sol -_ (diss) "Study of the Eleotrical
Properties of Polyvinyl Chboride Isolation," Kharlko,~1959, 18 pp
(Ehar1kov Polytechnical Institute imeni V. I. ~,enin) (KL 4r-60, 118)

s/llo/6o/ooo/oo8/ooi/oo8
E194/E455
AUTHORSs Van-Gaatj Yu.N. and Chernushkin, V.Z., Engineers
TITLEt ~eTemperature-_Dependence of the Electpic Strength
of Polyvinyl ChlorideUrand Polyethyieneislnsulation
PERIODICAL: Vestnik elektropromyshlennosti, 196o, No.8, pp.9-12
TEM This article describes a.c. electric strength tests on
various grades of sheet polyvinyl chloride and polyethylene
insulation, and also on high-voltage automobile cables with these
types of insulationj over the temperature range 20 to 120*C. The
samples were made in the Scientific Research Institute of the
Cable Industry, who requested the tests. T~e tests were made on
experimental automobile high-voltage ignition cables with insulation
of plastic grade R230, polyethylene grade OKhK-51O and English
polyethylene gradeAlkathene D-2. In all cases the cable coreB
were 19 x 0.26 mm (1.3 mm diameter), the nominal external diameter
of the cables over the insulation being 3, 5 and 7 mm. Cable
samples 3 to 5 m long were placed in a heated steel bath filled
with a semi-conductingmixture of transformer oil with 10 to
20% dibutylphthalate. The test electrode consisted of a lead
tube of tho~, ;ame nominal the
Card 1/4

s/no/6o/ooo/oo8/ooi/oo8
E194/9455
The Temperature-Dependence o'f the Electric Strength of Polyvinyl
Chloride and Polyethylene Insulation
of the cable. The ends of the lead tube were flared out to
bell-shaped ends and the cylindrical part was protected by an
external brass tube, as sketched in Fig.l. After a breakdown
test had been made at one place the electrode could be slipped
along the cable to make a further test. The sheet materials
tested were polyvinyl chloride grades R230, R489 and R25662
Polyethylene grade OKhK-501, low-pressure polyethylehe grade ND
and Alkathene D-2 in samples of 120 x 140 min, 1 to 3 min thick.
The tests were made between flat polished electrodes 25 min diameter
g spring-loaded to 1 (r/cm2.
with rounded edges, one electrode bein 00 ~
The electrode assembly with sample, contained in a bakelite
cylinder, was placed in the heated bath and one electrode was
earthed. In all the tests the voltage was raised to breakdown
in 30 to 60 see; the number of breakdown tests on each material
of given thickness or type of wire was from 10 to 30 at each
given temperature. Electric strength test results on
automobile cable with polyvinyl chloride insulation are plotted in
Card 2/4

S/ll.o/6o/ooo/oo8/ooi/oo8
E194/E455
The Temperature-Dependence of the Electric Strength of Polyvinyl
Chloride and Polyet%,ylene Insulation
Fig.2 and the breakdown voltages for samples with external
diameters of 3 mm, 5 mm and 7 mm are 18, 32 and 4o kV respectively.
The breakdown voltage does not drop by more than 15% over the
ranfe 20 'to 90aC but thereafter commences to drop sharply, and at
120 C the corresponding values are 16, 23 and 28 kV. The PolyVillyl
chloride insulation commences to soften at a temperature of 90 C.
An electric strength curve for all three wires is given in Fig.3
and it will be seen that up to 900C the electric strength is
slightly more than 40 kV/mm and then falls off. Test results
for cable with polyethylene insulation of grade OKhK-501 are
plotted in Fig.4. The electric strength ran Fes from 63 to
69 kV/mm at 20*C and is fairly constant to 70 C. It drops to
47 to 59 kV/mm at 900C, at which temperature the material softens.
Very similar results were obtained with Alkathene grade D-2, as
indicated by the graph of Fig-5. The electric strength is
63 to 70 kV/mm at 20 C and falls to 51 to 56 kV/mm at 90OC;
again the material softens at 700C. Test results for sheets of
2
polyvinyl c. 1i loride grade s P'_10 ~ P" 7! 56( )
Card 3/4

S/110/6o/ooo/oob/ooi/oob
E194/E455
The Temperature-Dependence of the Electric Strength of PolyvijiNll
Chloride and Polyethylene Insulation
Fig.6, 7 and 8. The behaviour was similar to that of the cable.
The least sensitive to temperature are grades R-230 and R-2566,
whose electric strength is 34 to 47 kV/mm at 20*C and 23 to 29 kV/mm
at 120*C. Polyethylene sheets behaved in much the same way as
polyethylene cable; the test results are given in Fig.9. The V/
low-pressure polyethylene grade ND had the highest electric
strength, ranging from 93 kV/mm at 20*C to 63 kV/mm at 90QC.
All the grades of polyethylene softened appreciably above 700C.
There are 9 figures.
SUBMITTED: June 19, 1959
Card 4/4

$8492
s/iio/60/000/009/0('4/008
105' (:La0q) E194/E455
AUTHOR! Van-Gaut, Yu,N.. Candidate of Technical Sciences
TITLE. The Relationship Between Frequency and the Dielectric
Loss Angle of Polyvinyl Chloride Plastics
A *
PERIODICAL: Vestnik elektropromyshlennost 5~960, No~9, PPJ5-17
TEXT,, A number of authors have published work on polyvinyl
chloride plastics and their components at different frequencies
but the effects of the individual components are still not fully
enough understood. This article describes a systematic study
of the value of tan 6 of plastics and of their components as a
function of frequency, The tan 6 tests were made on polyvinyl-
chloride-based plastics grades p 230 (r 230), p 489 (r 489) and
p 239 (r 239) consisting of polyvinyl chloride grade no-I (PF-1)
with dioctylphthalate, tricresyl phosphate and dioctylsebacinate,
with small amounts of calcium stearate and in two of the cases
lead silicate., The tests were made on sheets I to 3 mm thick,
Tests of power factor against frequency at room temperature showed
Card 1/3

88492
S/ll0/60/ooo/oo9/(..,4,,,)o8
E194/E455
The Relationship Between Frequency and the Dielectric Lois Angle of
Polyvinyl Chloride Plastics
that all materials had a power factor peak around 80 or 90 kc/s~,
the tan 6 then diminished again but rose sharply at a frequency of
1000 to 10000 kc/s, Similar curves are also plotted for the-
component materials and it is found that the tan 6 peak is mainly
due to the polyvinyl chloride components, The peak is
attributed to structural dielectric losses in the polyvinyl
chloride, The frequency that corresponds to commencement of
marked increase in tan 6 is due to dielectric losses in the
plastifiers, This frequency may be considered the highest at
which polyvinyl chloride insulation can be usedl it could be
increased by appr6priate selection of plastifiers. It i0
recommended that poly-vinyl chloride plastics intended for
electrical insulation in cables operating at frequencies up to
1000 to 10000 kc/s should use dioctylsebacinate and
dibutyleebacinate as plastifier because of their low value of tan t
and good frequency characteristics, There are 4 figures, I table
Card 2/3 '

88492
s/uo/6o/ooo/oo9/orI,/oo8
E194/E455
The Relationship Between Frequency and the Dielectric Loss Angle of
Polyvinyl Chloride Plastics
and 4 Soviet referencea,
SUBMITTEDt March 25, 1960
Card 3/3

VAN-GAUT, Yu.N. I
Effect of composition o- olasticizers on ti,e electrical
properties of poly(virjyl cMoride) compositions. Plast.massy
no.5:40-W~ '62. (MIRA 15:4)
(Vinyl compound polymers--Electric properties) (Plasticizers)

VAN-GAUT., Yu.N.0 kand.tekhnnauk
"Handbook on wires and power cables" bv Xb,R, Malkin and others,
Reviewed by IU.N. Van-Gaut. Vest- elektroProm- 33 no.9:777
S 162, (MIRA 35 :10)
(Electric dables-eandbooks,, manuals, etc.)
Electric lines-Handbookal manualso etc.)
Nsherstnik., N.N.) (Saliutina, M.A.)
(Malkin. Kh.R.)

,gth, rf polriinyl chlorlde plaoticized rosin.
Electrical stren I
16C %, !
T. - _
illektrotekhnlk-a 36 no-57:13b Mi ,). (,; HA 18:5)"

- - - ~ , t. f - 1 L .1 Oll L!IV ~ . - - - - - - - - -1 VVE

BUMISTROVp V.R.; VANGAY, A.D.
Studying EU147 and Pila decay by the qoscidence pulse summation
method. Zhur. eksp..i teor. fiz. 45 no. 5.-1380-1384 N 163.
(HIRA 17:1)
l.'Institut yadernoy fiziki AN Kazakhgkoy SSR.

"VANGAYEVAI V,,-G.
Simple mechanization. Hashinostroitell no.3:25 Mr 161. (MIRA 14:3)
(Electric furnaces-Technological innovations)

VANGLYEVA, V.G., Insh.
S.S.Khokblov. 14aabinoi3troitell no.2:41 F 160.
(MM 13:5)
1, Brurp tokhnichookoy informteii zavoda "Krann;7 Aksay."
(Screw-cutt'ing mchines--Technological innovationg)
I

VAN!A9Vko-V.G,,-
Designers and public workers at the Krasnyi Aksai Plant.
Maohinostroitell no. 4:4.2 Ap 161. 041RA 14:4)
(Rostov-on-Don-Agricultural machinery Industry)
I , t,.,.

Vorkipg with informational and t6cluiological literature at
the *Krasnyi kltsai" P~ant, in ~he Rostov Eco=ic Council.
C*~ rob. po. tekh.'Inform. I pivy. no.ls28-29 163. (m2RA 16a2)
1. Byuro tekhnicheakoy Wormtsii zavoda "Krannyy Aksay"
Rostovskogo soveta narodnogo khozyaystva.

VANPAYEVA, V,G,
p 1nzh.; GROMADA., G.M.
Public qffIce of technological Information In a plant, Opyt, rab,
po. tekb~.--~.fhform. I prop . no.3:49-51 163. (MIRA 16t12)
).. Byuro tekhnichaskoy informataii Rostovakogo zavoda "Krasnyy
Aksay."

!*Wow o:Wq:: :W*;;;l W0,00-we 4-9- a a-*
i I y a v a a w is V
LiL"
lee
**A
00
VAXW, ~ MUM. 104.4%, AP92 14.
(W ccq= V4-. 7.50. 24, X-C3
Oom Cc"" nzy I=",
P"Um in 1000 P-u "go,
see
se&
LffERATLICE CLASWCATOW
1.00
000
.00
no
No@
woo
%*Sdo u SINS 0 a 0
0 u 0 Af.
010 e o o *14 0 0 *0160010 *so* *for, of* so*** 00
-- *10 -- *of 0000000 0 0 * 0 0

VVIGELOV, A.; DILKGV, D.
Eye measuring of the humidity of the surface layer of the soil. p. ri~
Khidrologiia i meteorologiia No. 2, 1956, Sofia., Biararia
Monthly Tndex af Baot E-uropem Acecssfew (LTAZ~ IV,. ~)r"Zx, '5, %%. QQ~,
Oct, 58

VAIJOBLOV, At.
Utilizing Selianov's hydrothermal coefficient for characterizing
the moisture of the surface layer of soll. Xhidro I, noteorolog
no.2:37-47 960. ULU 10: 1)
(Soils)

BAKALOVA, V.; BBIXVSKI., M.; VANGEIDV, A.
Soils at the F-periment Station for Southern Crops of the town of
Sandanski. Izv Inst "Nikola Pushkarovn no.2:159-3.96 162.

VAW&W, At. .
The lower boundary of the optimum soil humi&.ty for plants*
Xhidro i meteorolog no,2:60-69 1639

"NGELOV.),.At., ,
The fall and winter accumulation of moisture in forest
maroon soils in Bulgaria. Khidro i meteorolog 4 39-49 163.

VANGELOV, At.
Correlation bet-wean the moisture cf witheritg ard thr~ zz"Jllawi
hygroscopic moisture of solb- . Khid-ro I wteoroloj 13 ri:3.5; 5C-
54 164.

VAITGELOV, G.
"How We Organized A Geography CornerP, P. 24. (GEO(W.AFIIA, Vol. 41
No. 91 1954, Sofiyaf Bulgaria)
SO: Monthly List of East E-uropean Accessions, (EEAL), LC, Vol. 4,
No. 6, June 1955, Uncl.

JOU", RZhi~ioj' 195'), LIO.
.31
013irlr. PUB.
CA_~D;
C
!2-ay; Vant~alov, Kirl"l; vas-.',:Lr;v,,`
--d r~! tv Ov ~11 8 Mani .
tud., of B-~e( in Si--- o r
of thn
InaUt"It.tt All 'Bile City -of Knozh.
`!aiichni tr,. Vissb. :~oifA:r)-3top4 in-t "G.
,17~-d tz~ov "o tek?m - f a'(. , 195,C), (), L17-1 07~
:1
tine wrdto 'Piiljr ed
_,arign br,
to their dcl-Tv.1op-
m
m
nntp rv)-icartince, rroduct"vity, milk --roduc-
A:-!on, prop u
,eny, and tho complex off,
t'-.eir inzI.-Icators, The nmjorit-y of the boam
i_-' c_han~,icterizetl by 'aavinb a well cha-Pod bcldy;
"tromp- c,:)ns-ILA'T'uUon an(j aharacterlaties of the
'I ~ L_
meat-ljird type, AmOng tho 10 boars which mare
subjected to a complex evabuttion, 8 worri
choice anc 2 firtit rate animalso D1ntI.n^_tIvo
1/2 "
;rTsv(-.tko iaLr.
65

COUATRY
CATEGORY
ABS. JOUR.
AUTHOR
INS"'
T IRZ'
*- SULGIJ11A
I RZhBiol., No.
ORIG. PUB. :
19591 go$
AB3TRACT ! chartacteristics werA observed in Individual
21rid veco:ninendations am givem as to ljoy,
to lise. ~hcm. Lyutikov
0 a. rd, ;.)12

MUIGAMIA Farm Animals. Swine.
Abs Jour : Rof Zhur - Biologiya, No 5, 1959, No. 21266
Author ; Penchov, Kbristo; V_AngoloL
Inst : Not given
Title The Effect of Grain Foods of Different Coarseness
in Terms of Its Grind upon the Fattening of Young
Stock
Orig Pub Zh1votnov1dstvo i vot. delo, 1958, 12, No 2, 16-19
Abstract The degree of the grain food's fragmentation was
studied: fine grain, when the size of the fragments
equals 0.2 - 1 mm; medium grind, 1 - 1.8 mm, coarse
grind, 1.8 - 2.6 mm. The animals of the lot group
were given finely ground grain, of the 2nd group,
modium ground, and of the 3rd group coarsely ground
grain. The fragment's size averaged 0.82, 1.53 and
2.2 mmi. respoctively. The composition of the grain
Card 1/2
65

13UXARIA Pam Animals. Svine.
Abs Jour Ref Zhur - Biologiya, No 5, 1959, No. 21266
mixture was the same for animals of the nano age arxi
veight. The flour was given in a moistened conditioned.
The experlment lasted until a live weight, of 150 kg
was attained. This weight was obtained for the animals
of the lot group In 212 daye, of the 2nd group in 218
days, and of the 3rd group in 223 days. The highest
average daily weight gain amounted to 579 9 for piglets
of the let group, to 561 g for piglets of the 2nd group,
and to 5.65 9 for piglets of the 3rd group. For the
let group, 5.56 feed units and 446 g of digestible
protein were expended per I kg of veight gain, for the
2.nd correi3pondingly,9,5-78 and 463, and for the 3rd
group, 5.98 kg and g. -- K. M. Lyutikov
Card 2/2

BULGARIAIFerm Animelca The Swine Q-4
Abr- Jour j Ref Zhur - Biol., No 11, 195~8j No 900,54
Author Penchevs Khrirtol an..elov Kiril
InEt Ninirtry of AgricuH re ""Namow
Title t Tha Importance of Grolling in Grinding of Grain Fo4der for the
Fettaning, of Young Swine.
Orig Pub t ITauchn. tr. M-vo zomed. i goriti. Sor. Zhivotnovodrtvo i
vat. deloy 1957, 2, No 1, 1'~~-28
AbFtrect : Three group- of piglet! were fed concentreteF of variou-
grader of grinling. The fir t group received concentrete,
ground accoreing to a 0.82 mm grebe, the ~-ccond according to
a 1.5 = Erede, end the third eccm'ing to e 2.20 mmgrede.
There were no lifferencer in terms of the food intake. In
the 2nd group thz everEge daily veight gvin wac. 3.1 percent
lower rnd --n thk, 3re. group 5.1' percent lover then in the lrt
group. In the an! En,4. 3r-~ group , ro:pcctivclyj the expen-
diturer of feed unitf per e!,ch lcg. of greinc,"' weight wer 4.1
percent and 7.7 pircent higher thsn in the Irt, group.
Card 1/1

VANGEIDV, K.
Thoroughbred awino) breeding In East Germany. Selskootop
nauka 2 no. 3A 4-50-454 163.

VANGELOV, KJ ill
p ~.
Fattening of pigs of thq 'White Bulgarian Breed for bacon.
wSelskostop nauka 2 r.-,,*-"J.-126.',-*;273 163#

VANGELOV, Kiril, st.n. autr.
Bulgarian white pigs. 111ftroda Dula 13 no.5:46-49 S-0 '64.
U I
-itute of Animal Husbandry, Kolarovgrad.
1. Inst

Y.,
4 r
27040. VANGENGETM, A. F. Vtorol
rrizhdunarodnyl potrarnyl god. (Miro-
vedenie, 1932, no. 5, p. 1-4, illus.) Title
tr.: Second International Polar Year.
Asumniary of the tasks of the Second
Interlational Polar Year and the par-
ticipation of Russian scientific organiza-
-meteo-
tions, headed by GMK (Gidro
rologicheskil komitet) with empbasis
on the close connection of meteorology
and hydrology. Copy seen: DLC.

Iiv,I
VANGUGRYM, N.A.
7ossil fauna of Is from the Qqaternary deposits in the lower
Aldan Valldy. Izv. AN SSSR. %r. Geog. n0-3:72-74 Ny-Je 157.
(MIRA 10:12)
1. Goologicheski3r institut AN SSSR.
(Aldan ralley--Paleontology, Stratigraphic)

VANGENGEV, E. A. C&nd Geol-Mir ~~,i -- " Paleontological substantiation of the
atratigraphy of the Anthropoged.~I-i- asiern Siberia (according to i0b fauna of
A
mammals)." Mos, 1960 (Acad Sci USSR). M, 1-61, 185)
-85-

VANGXYGMLJ~.A.
ZquuB stenonis Cocchi in the lower Aldan Valle7. Bita. X-om. chetv.
per. no.25:100-101 160. (MIRA 14:1)
(Aldan Valley-Horseo# Potion)

Pi
VANGENGIUN, E.A.
-1-J--,
qaaternary mammals in the southeastern and ewtern Siberian Platform.
Trudy GIN no.26.-96-115 260. (MIRA 13112)
(Siberian Tlatform-Mammala, Fossil)

VA11GENqGN~1..Z._A.; GROIOV -V.I. doktor- geol.-miner.naukq otv.red.;
MIRAKOVA, L*Vop red.izd'-va; UL1YA11OVAp O.G.,, tekhn.red.
[Paleontologic basis for the stratigraphy of Quaternary sedimen'to
in northeastern Siberia according to mammalian fauna] Paleontolo-
gicheskoe oboonovenie stratigrafii antropogenovykh otlozhenii severs.
Vostoelmoi Sibiri; po faune mlekopitaiusbebWA. Moskva,, Izd-vo
Akad.nauk SSSR, 1961 181 p. (Akademiia nauk SSSR. Geologicheskii
institute Trudyp noe48)- kMI1U 14t12)
(Phleontology., Stratigraphic) (Siberia, Eastern)

VANGENGEYMj E.A.; GERBOVA., V.G.
Some data on the time and conditions of sand accimllAtion in
Tranabaikalia. Trudy Kom.chetv.per. 19:268-274 162.
(MBA 16: 1)
(TransbELikalia-GeologytStratigraphlo)

GROMV, V.I.; 7 #G~YM, E.A.; NIKIFOROVA, K.V.
.1
Stages in the devel,opment of the Quaternar7 mewal fauna as
the reflection of evolution stages of the earth. Izv.AN SSSR.
Ser.geol. 28 no.lt46-65 Ja 163. (MIRA 16 j2)
1. Geologicheskiy institut LN SSSR, Moskva,
(Mammals, Fossil) (Earth)

BARUN; W.W.; VANGMGE7YM, B.A.
Age of the Bactrian series of Southwestern Fergana according to
paleontological data. Dokl. AN SSSR 148 no.2:400-402 Ja 163.
(MIRA 16:2)
lo Vsesoyuznyy naucbno-issledavatellskiy geologorazvedochnyy
neftyanoy institut i Geologicheskiy inotitut AV SSSR. Predstavleno
akadmikaa D.I. Shcherbakovyme
(Fergana-Geology, Stratigraphic)

VANGENGEYM, E.A.; CHUMAKOV, I.S.
Find of Camelus knoblo4chi Nehr. fossils in the Rudnyy Altai. Trudy Kan.
chetv.per. 22:147-149 163. (WRA 1712)

ALEXSANDROVA, L.P.; VANGENGM, E.A,; GERBOVA., V.G.; GOLUBEVAI L%V-l
TWISK110 B. 1.
New d&ta On & section of Quaternary sediments of l4ount Tologay
(western Transbaikalia)o Biul,Kom.chetv.per. no. 28:81#.101 163.
(MMh 17: 5)

RAVSKIY., E.I.; ALEKSOANDROVA, L.P.;_YARQE~GEYM, E.A.; GFRBOVA, V.G.;
GOLUBEVA, L.V.; FEYVE, A.V., glavnyy'r~d.; NIKIFOROVA, K.T.,
otv. red.; RUZNETSOVA, V.V., red.; TIMFEYEV, P.P., red.
[Quaternary sediments in the south of Eastern Siberia.]
Antropogenovye otlozheniia iuga Vostochnoi Sibiri. Moskva,
Nauka 1964. 279p. (Akademiia nauk SSSR. Geologicheakii
institut. Trudy, no.105) (MIRA 17:10)

KA.1,17,YAMSKAYA, TAPN=;.~,"'TTY V 11 , VjIjNG'ITIC-~ Y", .1
~ - , t 6~0 . . . - . !~ '.
Po.;s-* b4Ality of via fiepa,-atitm :,f T Lt layers irt a
r lgl.acial sedimpAts in the Tobc-Itak portion
secti ,n of the per
of the cis-Ural rtg rnn. lbul. Kom. c~hetv. Fer. no.291189-195
164. (KII-FLA l7e 8)

V-ANGEIIGEYM, E.A.; FIEROV, K.K.
The moose Llces latifrons in Siberia. Biul. Kom. chetv. per.
no.30:166-171 165. (MIPA 19:2)

, ~% , I - , f- 1 1, I: -
bk4bV, P. N.., AIINIINSKAYA, Ye. K.-, & G. Ya.., and others.
I
Ss 22sednes sorekaletiye (An Experiment i~. Prelim--inarY ~Jynopric Analysis
Tf"*?J Catastrophic Droughts in the Last 40 earss Part 1,, TsUYs(M, 1933o

U~- r'k-
VANIGENGElY, .'. IA. Opyt primeneniia sinopticheskikh metodov k izuelieriiiu i
-1
kharakteristike klimata. Moskva, Red. izd. otd. T~;entrallnoeo uprLvl. ;?idr~~-tneteoro"oz'.
zluzhby SSSR, 1935. 109 p.
DW93 DL(;: ~'~"'878-0
SO: LC, 0"oviet Geography, Part 1, 1951, Uncl.

VANG-ZjjGr-,Yl.,!. GA&. 4-j7,,-,t!cn of atnosphe,`-C r-'DCI- :3c;,7
F.T-729 f0., t--,_, cueotion 0, typizati-con a-nd ~ : -12 1- , L, sov.
K voprosy 0 'u-iPizatsii J !kheratizats-ii atmooforrvk-q :-,rc~ses
i i ,iclrclo,,,Iia, (3): 38-58, 1938.
- q ILC
metoorolozi.ia

U-IT j,"-.ii~- , u. !'a.
.. .4 _ -
"Long-terra Forecast of Air Teraperature and 13pring Break-u!-., of IlLiver Icei'll Trudy GGI,
No 10, 1940
SO: U-3039, 4 har 1953

v i -11". - I 1.1*.~ 11 I'll
U. ICL.
"Prediction of Seasonal Distribution of Meteorological Elements," Igypstija AN
-v..-3o,-,raf. i p,,eofiz. (News of the Acade-ty of Sciences U33H, G-m-ra-hic and
seriva 1, - -
Geophy3ical Seftes) No 3, 1941
SO: U-3039, 11 I-,Iar 1953

VANW16mi'v r-o-ya#
"Ice Uorditiona of Um Boring Soa in tfonnection with Various Typon of Atmosphuric G~rcula-
tio%ll W-orks of Scl-Ber; Institution of Wo Wn Adijanintrutlon of' Lno llydromatourologic,,sl
Service USSR, Series V, No 12, 1946 (7b-99).
(Meteorolor,i.ya i Gidrologiya, No 6 Nov/Dee 1947)
SO: U-3218p 3 Apr 1953

V,4N6-GNGf'ym Cr, \/)4*
'FE10ROV, TeJeu, -professor; PMTECEENSKIT, P*Po; IKJCHINSKIT, I.Ye.;
WANINOV, G.T., profesaor; BOSIMO, L.T.; ALISO7, B.P,; BIRYUKOT,
N#N,; GALITSO7, A.P.; GRIG(MITZ7, A.A., akeAemik: ZMTSON, H.S.,
prof6asor; MMTO7, N.S.; KHROMOV, S.P.; BOGDANOV, P.N.; LE1201Y,
A.N.: SOKOLOV, V.N.; YANISH97SKIT, Yu.D.; SAMOYLENKO, V.S.; USMA-
NOV, R.F,,-, CHURNOV, L.A.; TROTSNNK0, SoYa.; _TANqjlEEjRj"G.Ta.;
SOKOLOV0 I.F.; STM, B.I.; TFJWAOVA, N.S.; _T3XTW-,l0A_6; DXITRIYEvu
A.A.; MLLYUGIN,-To.A.; LIEFAAA. Ye.K.; SAPOZHNIKOVA, S.A.; RAKIPO-
VA., L.R.; POXROVSXAYA, T.V.; BWDASARTAN, A.B.; ORIOVA, V.V.-, RU-
BINSHTM, Ye.S., professor; MILEVSKIT, V.Tu.; SHCHEMBAKOVA, Te.Ya.;
BOCHKOV, A.P.; ANAPOLISKATA, L.Te.; LUITAYEVA, A.V.; UTESHU, A.S.;
RUDNEVA, A.V.; RUMENKO, A.I.; ZOWTARET, M*A.; MSEBYAN, A.G.;
MIKHAYIDV, A.He; GAVRIWV. V.A.; TSOMAYA, T.I.; DXVTATKOVA, A.M.;
ZAVARINL, M*V.; SHMETER, S.Ms , BUDYKO, R.I., professor.
Discussion of the report, (in the form of debatea) Cof the c=ran-,
state climatolo lea! research and methodii of developing it]. Tnform.
sbor,GUGHS no.374,1:26-111-4 154. (MLRA 8:3)
1. Chlen-korrespondeeb Akademll nauk SSSR (for Fedorog,). 22. Gla7naya
goof izicheslmyfi, observall-oriya Im. A.I.V.~eyko-7-a (for Predtechanskiy,
Lebedev, Yanishevskiy, Isayev, Raklp-jva. P~)kr,)-vskaya, Orlo7a, Rubir~-
shteyn, Budyko, Shcherbakova, Anapollskaya, Dunayera, Rudneva,Gavrilov,
Zavarina)- 3- Ukralaskiy nauchno-lealedovatellskly gidrometeorologicho-
ski7 institut (for Buchinskiy),
(Continued on next card)

y-gWROV, YO.Ye., professor; PREDTECHENSKIY, P.P., ard at,tevv.
Discussion of the report (.1n the form of debatt,3) [of the ctaranil-
state climatological resear,--h azzicl metKrAa sf it-1. Inform.
sbor. GUGMS no-3/4-.26-154 1540 (card -,) (MLRA 8:3)
4. VaesoyuzW instltiito re-sterLievcdat-ra (for Selyaninov. R-udenko).
5. Bioklimaticheakaya stantstya Kislcvodek (for B-johno). 6,
skiy gosudarstvennyy universitet im. M.V.Lomonosova (for Alisov).
?a Ministerstvo putey soobshchenl7a SSSR (for Biryukov-). 8. Inat.1-
tut GeoVafil Almdemii nauk SSSR (for Gailtsov, Grigorlye-7). 9. Gec-
fizichaskaya komisalra Vsesoywaogo geografiche--ikogo obahchest-t-a (fo.-
Zygenson). 10. Miniaterstvc elokbrostvantsiy i elekL*ropromyt3hlenn,,.;st1
SSSR (for Muret-07). 11, Lenlngradeki7 gosudarstvannyy universitet Im.
A.A.Zhdanova (for Khromov). 12. -Wentrallnrf nxaohnz;-i9e1edovatel'-
q L
51dy gidrometeorologicheskiy arichliv (for Srjkoll,.~v, Zoiobarev). '3. Gj-
sudarstvenW okeanograficheskly tustitat (for Sazoylenko). 14. TSen-
trallny7 institut prognozo-7 (for Usmano,7, Sapozhnikova). 15. Institut
,geografii Akademii nauk SSSR I TSontrallgry ILStItut kurortolvgii (fQr
Chubakov). 16. institut imeni Sechen--,va,
Yalta (for Trotzerako). W. AxkUcbaA1.T
ina ti tut (f or Vangengaym)
(Continual ou next, card)

]TOOROV, Ye*Te4, Profeasoz; PRKMCIMNS-KIT, F.P,,, and otherso
Discussion of the report (In the form of debates) [of the current,
state of climatological research arA metlwds of develcping it].
Inform.sbor. GUGHS no.3/4:26-454 '54. (Card 3) (MLRA 8:3)
18. Dallnevostochw- nauchno-lssledovatellskiy g1drometeorologiche-
skir institut (for Sakolo7). 19. Institut geologi.1 I geografii Aka-
demii nauk Litovskoy SSR (fcr Sty-r;~,). 20. ROSt0'7-3ko8 upravlenia
gidrometaluzhb,7 (for Temnikova). 21, Morakoy gidrofizishaskiy Ir,3t'
tut AkademiI, nauk SSSR (for Dmitriyev). 22. Vaesoyuzny-.( instit-w.
rasteniyevodstva (for MalMin). 23. Akademiya nauk Eatonskoy SSR
(for Lled6wa). 24. Akademiya nauk Armvanvkoy SSR (for Bagdazaryan).
25. Leningradskiy gidrometeorologicheakiv inatitut (for Milevskiy).
(Continued on next card)

JZDOROV, YeJe., professor; PMUCHENSKIT, P,Po, and otherao
Discussion of the repor-b (in the form of debatee) [of the current state
climatological research atd methoda of developing it). Informo'bor,
GUGMS no-3/4:26-154 154* (Carl 4.) (HIBA 8:3)
26. Gosudarstvenny7 g1drologichaskiy*1natitut. (for Bochkov), 27* Ka-
zakhakiy nauchnc-lealedoratellski7 gicirometeoralogichaskiy- inotitut
(for Uteshey). 28. Upravleaie gidrometaluzhb7 Axmyanskoy SM (for Nor-
sesyan). 29o Ieningradskoye upravleniye gidremetsluzhby (for Mikhaylov,
Devyatkova). 30o Tbilieskljv gosudaretvanW universitet (for Tsomaya).
31. Mentrallnayv% aerelogicheekaya observatorlya (for Shmeter).
(Climatology)

VJJIGXIJGNY~,, G.Ya.
Displacement of atmoopherid activity centers and the aid-
latitudinal zonal current dujk to transforvations of the western
circulation. Probl.Arkt. 6.5s47-55 158-
(HMh 1335)
(Weather forecasting)

zi
Nil
IN
Ail 8 1
1j,

ILL" IL
1:3 iff'!
Eli -N a : :*7
Vg
gi
x f
f VL

UTS, Abram LIvovich; prof., ratoonzent; PMOVSKAYA,
T.P,, kand.nauk, retsenzent; SAGATOVSKIT, N.V., red.;
VLADIHIROV, O.G., tekha.red.
(Seasonal variations in general atmospheric circulation and
long-range weather forecastIng) Sezonnye ismoneniia obahchei
tsirkulistaii atmoafery i dolgooroc" prognozy. Leningrad,
Oidromteor.i2d-vo, 1960. 269 p. (KMA 14:2)
(Weather forecasting)

3/16 62/000/001/047/083
D228YJ)302
AUTHOR: Vangengeym, G. Ya.
TITLE: The degree of homogeneity of the atmospheric circula-
tion of different parts of the northern hemisphere at
the time of the basic forms E, W, and C
PERIODICAL: Referativnyy zhurnalq Geofizika, no. 1, 1962, 43-44~
abstract 1B282 (Tr. Arkt. i antarkt. n.-i. in-ta,
240p 1961, 4-23)
TEXT: On the grounds of analysis of the interrelation of processes
in the northern hemisphere, and on the basis of data about their
homogeneity at the time of the forms E. W. and C in different
parts of the hemisphere, it is established that for the Eurasian
sector the homogeneity is greater than for the American. Cases of
the prolonged development of the basic forms, when the homogeneity
increaues over the American sector but diminishes over the Eura-
sian, are an exception. For America, too, however, the maximum
probability of the sign of temperature anamaliee does not fall be-
Card 1/2

The degree of
S/!69/62/000/0011/047/083
D228/D302
low 8C% in all instances of standard characteristics, and in 33~%
of the cases it exceeds 90%. For the eastern circulation there
a close asynchronous connexion (with an advance synchrony of 1
month) between the type of circulation and the pressure 4nomalies
over Eurasia and in the zone of the Aleutian Islands. 14 referen--
ces. Z-Abstractor's note: Complete translation.-7
Card 2/2

7x:,

attcnpt --r a stiluY
ed
s c 0%,

~Izl at 41 stulcilv . . . D-2 U_ 3 /'L~' -71 0 7
pure di-2:1Lerence.s for ncicthborinc--' months durintt, the period in ch
the tvnes of ci rculation are --rocescen c~ t.-,.c dcvelc--~-
in, t'-Icir e-r-i'l-v -variatior.
7"._'nL or d S. sturl-)_lncc~; mav alSo -Fojl.o-,;r,-j~
cz: r t t,
Card 3/3