SCIENTIFIC ABSTRACT VOLPIN, P.I. - VOLPYAN, A.YE.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001860720015-1
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 9, 2001
• Sequence Number: 15
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

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VOLOPINt_ZID. DEM'YANENKO, A.I.; LYAPUNOV, A.I.
Battery of continuously operating digesters with air blast
agitation. TSvet. met. 35 no.9186-89 S 162. (MIRA 16:1)
(Aluminum-Metallurg.v) (Hydrometallurgy)

1, i~oLpjjj YX.J., JrRjjjSYAYA Z.V., WfATOVA 0. 14.
2. USSR. (600)
4. Vollpin. Ye.l.
7, "Sanitation and hygiene in the meat and milk industry." Holoch.prom. 1b
no.2, 1953.
9. Monthl List of Russian Accessicns, Library of Congress, April 1953, Uncl.

rho fienday screw-cuttin, lqt-,o La n 4. riTrad I;,,J . La r i i rit- r - ii:j ko . o t. o I i t - - k ", r, ' -~ I i,_- 11'. C, , o
c . . ., . - ,
in-ta im.
M. 1. K-ilinina, 1929. VI
I -
Cyr.4 TJ42

1. W Vt
c.,, js~t,3r, of .1 ilylanin;! Cn 'k,1,-,o to-.Jerc of
iinea. :Elek-
o - c i rc uT, 220KV- electric power trim3mission (MTI?A ]I-,:I)
sta. 35 n-,.(;:/,7-51 -ie 'i~l, -

VOLIPOV, K.D.g Inzhenere
the rallabilitv of counters for autoyalve lirhtning
arresters. Inergetik 4 no.12:21-22 D '56. (MUtA 10:1)
(Lightning protection) (Blectric meters)

VOLIPOV, K.D., inzh.
Device for connecting and disconnecting valve dischargers in the presence
of an operating voltage. Elek. st.a. 34 no..11:89-90 N 163.
(MIRA 17-2)
Now
~~r lv~ TRW

VOLIPOVP K.D., lnzh.; TARASOV, G.L., inzh.
Installation of voltage transformers in the Interbus
portals. Elek. sta. 35 no.2-89--90 F*,64. (MIRA M,6)

VOLIPOVP K.D., inzh.
Masurement of,maximum internal overvoltage levels In 6.35 kv.
and 110 kv. networks of the Donets Basin Electric Power Syntem.
Izv. vys. ucheb.. zalf..; energ. 5 no.311-4 'Mr 162. (?URA 15:4)
1. Donbassenergoo
(Donets BaBin-Electric power distribution)

VOLIPOVA X.V.t B . T. V.M., dotsent, kand.filolog.nauk, otvsredo;
-TAFTRCv,vri, X.D of takhred.
[Mini=m Inglish-Rusaian dictionary of refrigeration engineering]
Anglo-rusakii sloverl-minimum po kholodillnoi takhnike. Odessa,
Takhnologichaskii in-t pishchavoi I kholadillnoi promyehl., 1960.
27 p. (KM 14:3)
(Refrigeration and refrigerating machinery--Dictionaries)
(English languaga-Dictionaries-ftasian)

I
__IQLLMU,-~Iddaa~VVIlaaddi~Wairroovvrn~Aa;; TISOVSKAYA, Ann& FrantBevna;
KOCHIN, V.P., red.; BRUSKINA,R.L,red.izd-ya; GRIGORCHUK.L.A.,
takhn.red.
[collection of texts on Refrigerating Engineering (in
Englisb))Sbornik tekstov po kholodillnoi tekhnike (na
anglils~om iazyke). Moskva, Vysshaia shkola, 1963. 81 p.
I (MIRA 160)
(Refrigeration and refrigerating machiner7)

VOC POVO, ~C;
AID P - 1354
Subject USSR/Chemistry
Card 1/1 Pub. 78- 17/30
Author : Vollpova, Ye. G.
Title : Wear of activated carbon in installations with
continuous adsorption.
Periodical : Neft.*.-khoz., v-32 #12, 57-6o, D 1954
V P
Abstract : Advantages of continuous processes of adsorption
over periodically acting processes are outlined.
The efficiency of the continuous process is indi-
cated by intensity of weight loses of activated
carbon which vary with size of carbon particles
and operating temperature. 3 table 11 J 1 dia ram
andl chaz~4 3 American references. 0940-511
Institution: None
Submitted No date

VOLIPOVA, Ye. 0.
VOLIPOI/A. Ye. G.,-- Study of the Polymerization Reaction of Amylenov on a Phosphoric
Acid Catalyst.* Acad Bel USSR, Inst of Petroleum, GrozrWy, 1955*(DiBsertation for the
Degree of Candidate in Sciences)
SOI KnizbaM Wall', No. 37, 3 September 1955,
*For the Degree of Candidate in Technical Sciences

I E-

VOLIPCIVA, Ye.G.; SHALIKUSIM N.G.; FILL), 1".11.
Pyrolysis of the head fractioms of Grczn,-f gasolines.
Nefteper. i nefteklldrl. 110-3:25--2., 163. C"L'A 17:9)
1. Groznenskiy nefty-nnoy nauchno-i3sleciovatell:;idy institut i Grozien-
ckiy zavod.

LTMER, A.V.; VOLIPOVA, Te.G.; GOLIDSHTETN, Yu.A.
Efficient methods for manufacturing alk7lar7loulfonate washing
In Groznyi. Trud7 GrozMI no.4:218-223 '59. (WRA 12:9)
(Grozn7i-Cleaning compounds) (Sulfonol)

DOROGOCHINSKIY, A~ivi~ Zinoviyevich; LYUTER, Aleksandr Valentinovich;
M"Apx1- ima; REWWMLI Antonins,
_VQL!n.V4__Uvra.
NIX, PT -ed.; KRIKEW41, U.T.,
Nikolayevna; 0 NIXOV, P.
tekhn, red.
(Oil gases in the Chechen-Ingush and otber economic regions
of-the Northern CaucasuslNeftianyo*gazy Chachano-Inguahskogo
i drugikh ekonomichaskikh raionov Severnogo Kavkaza. Groznyi
Chechano-Ingushakoe knizhnoe izd-vo, 1960. 259 p.
(MIRA 160)
(Caucasus, Northern-Gas, Natural)

1
3110 5
,37 0,? 0 L
AUTHORS: Vol I pova
Pitskhela-ari,
TITLEt Sulphuric
butylenes
feeding
PERIODICAL: Xhimiya i
13-17
s/o65/62/000/0031/00!/oo4
E075/E135
Ye G , Shall kovskiy~ N, G. , Zh-.ikc--r, 1. S.
V,A., and Pinchevjskaya~ S-T.
acid alkylation of Isobutane with
ustng different methods of conlactor
tekhnologiya topliv i masel, no.3, 1962.
TEXT: The authors give data characterizing the work of Ih-
alkylation plant of the Novogroznensk.iy neftepererabaty-vayush:'hly
zavod (Novogroznensk Petroleum Refinery) with consecutive
feeding of contactors. Data for the work with parallel feeding
are given for comparison. The feed used was a mixture of
butane-butylene fractions from thermal and catalytic cracking,
The alkylation conditions in the contactors were,, temperature
10 OC, pressure 6 atm, turbine speed 2000 r.p.m., ratio of acid
to hydrocarbons 1:1, contact time 18 minutes, time of emulsion
breaking 5 minutes. During the parallel feeding method, yield
Card 1/2

ISulphuric acid alkylation of s/o65/62/000/003/001/004
E075/E135
of the alkylate boiling between 42 and 175 OC was 49-50% of the
feed and its octane number (motor method) 90. Yield of the
alkylate boiling between 175 and 306 OC was 7A00,Q' of the feed.
Consumption Of 112SO4 was 190-220 kg/t alkylate. The method of
consecutive feeding (with two and three conta--tors) consisted of
passing the feed in equal portions into thp. con(artors, Ths
recirculating isob-atane and 112SO4 entered the first c~onta-:tor aril
subsequently passed into the next one together with the rea--1,14-on
products. Using this method, yield of the alkylate (42-175 VC)
was 53% and its octane number 90. The consumption of 112504. -a",
129 kg/t alkylate, which was 35% less than for the method nf
parallel feeding, In view of the advantages of the ronse-utive
was int-7,odu.-ed NGNPZ :x I I tkcn plane,
feeding method it i.n the ky "a
It was shown that the operation of tbe rectifying blo--k withc--I~.
depropanizing and without washing the isobutan-2 :olumn It-d
unnecessary cirzulation in the rea--tion zone and
isobutana,
There are I figure and 2 tables,
ASSOCIATlON; GrozNII
Card,2/2

s/o65/63/000/001/002/005
E075/E436
AUTHORS: -'Vpklp
Ogloblina, L.I.
TITLE. Polymerization of propylene on silico-tungstate
catalysts
PERIODICAL: Khimiya i tekhnologiya topliv i masel, no.1, 1963,
19-24
TEXT: The work was carried out to discover active supports for
silico-tungatic acid fromAnerals available in the Soviet Union.
The materials investigated were: Kieselguhr, Askan and Troshkov
clays (catalysts), activated silica-alumina and alumina. The
polymerization of propylene at 170 to 180*C, 60 atm and 0.3 h-1
pace velocity of the feed proceeded at the most rapid rate when
ilico-tungstic acid was supported on silica-alumina pellets and
:
Troshkov clay, the yield of polymers being 75 and 65% respectively.
The yield was below 25% for all the other supports examined. For
Troshkov clay, the polymers contained 14.3% trimera and 34151/0 tetra-
mers, the yield of all the polymers in the first 24 hours being up
to 67.79'a, but decreasing steadily with time. This did not take
place on alumina, the catalyst conserving its activity for
Card 1/2

s/o65/63/000/001/002/005
Polymerization of propylene E075/E436
1000 hours. -After 1100 hours the yield decreased to 60% and then
gradually to 24%. After activation at 4206C the active life of
the catalyst was extended to 2520,hours, the yield of polymers for
this time amounting to 440 kg/kg of the catalyst. The production
costs of detergent alkylate using the silico-tungstic acid
catalyst are about 25% of those produced with a phosphoric acid
catalyst. There are 2 figures.
ASSOCIATION: Groz NII
Card 2/2
"'I'm 471~0100,6

VOLI POVA, Ye.G.; OGLOBLINA, L.I.
- 1.14, 1, 1 - 11 - "- , ,
Studying the conditions gaverning the regeneration of a Bilicotung-
stic catalyst 'or the polymerization of propylene and the economics
of the processe Trudy GrozHII no. 15:265-270 163. (MIRA 17:5)
%6 ,~ -,

VOLIPOVA Ye.G.,- SHALIKOVSKIY, N.G.; ZHUKOV, I.S.; PITSKHEIAURI, V.A;
PINCHEVSKAYA, S.I.
Studying the operation of a unit for the sulfurld-lacid
alkylation of isobutane with butylenes with consecutive
feriing of the contactora in the Norogroznyy Petroleum
Refinery. Trudy GrozN!I no. 15:127-136 163. (MIRA 17:5)

_LMg t qj). RM
L 22372-66 EWP,tj.)
ACC NRj -AP6007940 Pff SOURCE CODE: UkjF3T8TC6 _/00 0 F06i7_0_0T9j6&_41
AUTHOR: Afanaslyev, A. I.; Dorogochinskiy, A. Z.; Vollpova, Ye. G.
ORG: GrozNII
TITLE: Investigation of isomerization of normal paraffinic hydrocarbons in the pre-
sence of platinun loaded synthetic zeolites
SOURCE: Neftepererabotka i neftekhimiya, no. 1, 1966, 39-41
TOPIC TAGS: zeolite, heterogeneous catalysis, cat I ti reforming, isomerization,
gas chromatography, isopentane, pentane
_I was studied with 0.7% Pt on NaX
ABSTRACT: Catalytic isomerization of normal R2ntane
zeolite and 0.7% Pt on CaY zeolite at 2800-4000C and 0-30 atm total pressure. The
_S~!ja~lstj was prepared by impregnating zeolites with alcohol solution of chloroplatinic
acid., drying, compression into 3 x 3 mm pellets, and reduction with hydrogen for 16
hours at 11750C. The autoclave was charged with 0.5 1 normal pentane and 10 g catalysl
The H2/n-pentane molar ratio was 5:1 and the reaction duration was 180 minutes. The
reaction products were collected in a dry ice trap and analyzed on a KhT-2M gas chro-
matograph. Maximur4 yield (55%) of isoppntane was obtained with 0.71 Pt on C'1Y cata-
lyst at 3750C, 30 atm H2/C5H12 ~ 5;1, and 186 min test duration. At 4000C the yield
of isopentane was smaller due to hydrocracking. Reduction of pressure from 30 to 15
UDC: 665.656.2 : 541.124
L -Cord - 1/2

L 2W3_66
ACC NRs AP6007940
atm -resulted in Initial Increase in Isopentane yield but the catalyst suffered from
activity decline due to rapid coke deposition. In general, Pt on CaY zeolite catalys
to
are more active for isomerization of n-pentane than Pt on CaX zoolite catalysts. Orig.
art. has: 1 figure, 1 table.
SUB CODE: 07/ SUBM DATE: 00/ ORIG REF: 006/ OTH REF: 005
Card 2/2 ngst
M " 'i 'IMI
Ma - SO It
T
R
MI

VOWPOVA Ye G - SHALIKOVSKIY9 N.G.
Experience in obtaining highly pure ethylene. flefteper.,i
neftekbim. no.8:36-39 163. (MIRA 17:8)
1, Groznenskiy neftyanoy nauchno-issledovatol'skiy institut.

VA, WA dDI& SRALIKOVSKIY, 11.1G.
Una of the pyrolysis realw-fraction an a h1gh-octans component
of motor fuels. Khim. i tekh. topl. i masel 8 no.6:7-3.1
Ja 163. (MIRA 16:6)
1. Groznens4y ~muchno-issledcrvatellskl~ neftyancy institut.
(14otor fuels) (PetroleumIproducts)

VOLPRECUT, J.
Attempts to Reach the Level of the Karavaev Herd in Our Countr-111, 1'. 767,
SOCIAL13TICKE '22ME-135M, Vol. 4, NO. 7/8, July/Aug. 1954, Praha,
M
Czechoslovakia)
SO: Monthly List of East European Accessions, (ZEAL), LC, Vol. 3, No. 12,
Dec. 1954, Uncl.

C7,r,CHOSLOVAXjA/Cu-JIUILvabIc Piante) -Graim. M-2
Abs Jour : Ref 7,hur - BLol., No 3, 1958, 1o742
Author : Arnost, R., Volprecht, J.
Inut :
Title : Producing Hybrid Corn Seed in the YeSKhK /JZD in Czech/
Orig Pub : Socialist. zemed., 1956, 6, N6110, 584-537-
Abutract : No abstract.

VIGDQROVIGTJ V.N. [Vigdorovich, V.11.1; VOLPTAN, A.E. fVc-11pyan, A.Y0.1
Applying the crystallization methods to physicochemical Finaly313.
Analele chirde 17 no.4:113-121 O-D IL).

32-24-6-32144
AUTHORS: Vigdorovich~ V. N.,-.Vollpyan~ A. To.
TITLE: Method for Obtaining Exact Values of the Microhardness by
Chemica]~Removing Solidified Surface Layers (Motodika polu-
cheniya pravillnykh znacheniy mikrotverdosti putem khimicheskogo
udaloniya poverkhnoatno naklepannykh sloyev)
PERIODICAL: Zavodskaya Laboratoriyaq 1958, Vol. 241 Nr 69 PP, 762 - 764
(USSR)
ABSTRACT; The values of the microhardness are falsified by the presence
of a solidified surface layerl therefore some methods exi3tibr m.
moving the latterg comprising that by chemical etching. The
duration of etching is to be fixed in such a way that in
the case of a further prolongation the microhardness remains
constantv being different for different metals and alloyaq
and on the other hand being determined by the etching medium
itself. The value of the etching velocity io determined by
the dependence of the mean value of the microhardness on the
duration of etchingt and the degree of the etching equality
Card 1/3 is characterized by the magnitude of the deviation of the

32-24-6-32/44
Method for Obtaining Exact Values of the Microhardness by Chemicak-Removing
Solidified Surface Layers
measuring results of microhardnessf which shows as a coeffi-.
cient of the measuring error. In the present case the quanti-
tative rules were leas determined than the general character
of the variation of the function of the measuring error co..
efficient on the duration of etching; this was also graphical-
ly dealt with. An may be seen from the mode of operation
used various etching media were applied; the results obtained
show that PeCl + 11Cl is favorable for the preparation of
copper surfaceg as well as of the alloys Cu-Al, Cu.-Ti, and
N-Al-Ti, NH 4 + H202 waa found to be an insufficient etching
medium while K 2 Cr207 '~ NaC1 + H2so4 + HY is favorable for the
preparation of copper surfaces and Cu-Ti alloys. The method
described yields well reproducible results and can be used
in the practical application of the method of microhardness
in physical-chemical analyses. There are 2 figures and 5 re--
ferenceag which are Soviet.
Card 2/3

32-24-6-32/44
Method for Obtaining Exact Values of the Microharciness by ChemicallrRenoving
Solidified Surface Layers
ASSOCIATION: Mookovskiy institut tevetnykh metalloy i zolota im. M, Is
Kalinins,
(Moscow Institute of Non-Ferrous Metals and Gold imeni. M. I.
Kalinin)
1. Metals--Mechanical properties 2. Hardness--Determination
3. Metals--Test methods 4. Metals--Surface properties

VIGDOROVICHO V.N.f_IC~LIPXW,-A,,Ta~-,,(IqbaeOV)
Relation between distribution coefficients expressed through the con-
centrationB of the various components. Zhur. fiz. khim. 35 no.3;643-,646
Mr 161. (MIRA 14:3)
1. Inatitut tovetnykh metallov im. M, I.
(Phase rule and equilbrium)
(So.lution(Chemistry))

VIGDOROVICIII V.11,; VOLIFUN, A.Yo. (MOSCOO
Application of cr-Istallizatlon methods in physicoc~,emlcai
analysis. Zhur. fiz. khIm. 36 no.3:429-436 Mr 162.
(MIRA 17: 8)
1. Institut tsvetnykh metallov imeni Xalinina.
"e-ev- Nag*

17~
BXMWVSKIT, V.Ye.; VASILENKO, M.I.; VELIER, R.L.; VERBLOVSKIT, A.M.;
VWWO, B.F.; VOYDAWVSKAYA, Te.N..-,-mQT,,-qLa, X - GLAZEDVSKIT, A.A.;
GRANOVSKIT, B.L.; GRgrM, K.S.-, GUDIMA, N.V.-;s64OWVA, V.I.-,
KARCHXVSKff, V.A.; KOVACH3VA, Te.B.; KUDRYAVTSW.; P.S.; LEBnTV, A.K.,-
LISOVSKIY, D.I.; LIKHNITSKATA, Z.P.; MATVRYEV, N.I.; KELINITSKIT, A.K.;
MIRONOV, A.A.; MIKHMVA, A.A.; KURACH, U.N.; OKUHI, A.B.; OLIKHOV.N.P.;
OSIPOVA, T.B.; PAVLOV, V.P.; ROTINYAN, A.L.; SAZHIN, N.P.; SLVRTUKOV,N.N.;
SrDOROV, P.M.; SOBOLI, S.I.; KHEYFETS, V.L.; TSETNM, V.M.;
SHAIRNAZAROV, A.K.; SHRYN, Ya.P.; SHERDMIYXV, S.D.; SHIMMAN, B.P..;
SHISHKIN, N.N.; SHLOPOV, A.P.
Georgii Ivanovich Blinov. TSvet.met. 28 no.6:62 N-D
(MIRA 10:11)
(Blinov, Georgii Ivenovich, 1911-1955)

137-58-5-8879
Translation from: Referativnyy zhurnal, Metallurgiya, 1958, Nr 5. p 19 (USSR)
AUTHORS: Sergiyevskaya, Ye.M., Vol'skiy, A. N.
TITLE: To the, Theory of Leaching Zinc out of Roasted Zinc Concen-
trates (K teorii vyshchelachivaniya tsinka iz obozhzhennykh
tsinkovykh kontsentratov)
PERIODICAL: Sb. nauchn. tr. Mosk. in-t tsvetn. met. i zolota i VNITO
tsvetn. metallurgii, 1957, Nr 26, pp 265-278
ABSTRACT: The dynamic method was employed to study the rate of di5-
solution of ZnO in H2S04 solutions. The rate of dissolution of
ZnO is determined by the diffusion rate when the concentration
of HZS04 exceeds 0.36 mole/liter, and by the rate of the chem-
ical reaction itself when the acidity is less. The rate of dissolu-
tion decreases if the concentration of ZnS04 in the original sol-
ution is increased. The rate of dissolution is given as a math-
ematical function of rate of motion of the sulfuric acid solu'ion.
It is shown that at an H2S04 concentration of 0.72 mole/liter
and at temperatures between 20oC and 580C the nature of the
process is typically diffusional, the constant of the reactior. rate
being a linear function of temperature and the temperature co-
Card 1/1 efficient being equal to 1.3. L. P.
1. Zinc ores--Processing 2. Zinc--Separation

SOV/ 137-58-8-16713
Translation from: Referativnyy zhurnal, Metallurgiya, 1958, Nr 8, p 69 (USSR)
AUTHORS: Sergiyevskaya, Ye.M., Volskiy, A.N.
TITLE- A Contribution to the Theory of the Leaching of Zinc From
Burnt Zinc Concentrates. Kinetics of Dissolution of Copper
Oxide in Sulfuric-acid Solutions (K teorii vyshchelachivaniya
tsinka iz obozhzhennykh tsinkovykh kontsentratov. Kinctika
rastvoreniya okisi medi v rastvorakh sernoy kisloty)
I
PERIODICAL: Sb. nauchn. tr. Mosk. in-t tsvetn. met. i zolota, 1957, Nr
27, pp 102-118
ABSTRACT: A dynamic method is used to study the influence of tempera-
ture and H2SO,, and ZnSO,1 concentrations upon the dissolution
rate (DR) of CuO in F12S04- It is established that the depend-
ence of the DR of CuO upon the concentration of HZS04 in the
solution takes on the character of a process of adsorption and
is subject to Langmuir's e Iuation for adsorption:
v1 hr":5.65 [H+]/(1 +Z.Z6 [-.T 1). The temperature has a signifi-
cant influence upon the DR of CuO in H2SO4. The temperature
Card I/Z coefficient of the DR is 1. 83 - 1. J 1. The DR of CuO in HzS04 of

SOV/137-58-8-16713
A Contribution to the Theory of the Leaching of Zinc (Cont.)
elevated ZnS04 contents in the initial solution diminishes approximately in
proportion to the increase in the ZnS04 contents of the solution. The
energy of activation of the reaction of dissolution of CuO in H?S04 is
IM.60:1257 cal/mole. The DR of CuO is monitored by the rate of adsorption
of H' io,i3 or molecules of water onto the surface of the GuO from the,
solution.
G. S.
1. Zinc-ProcesoinG 2. Copror oxido--ChomicrA
roactionn 3. Sulfuric ncid-Chomicitl reactions

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VOL'SKIY, A. N.; R. A. ARACMA, A. M. YE'GOROV, P. B. TIIMV, F. M. LUJIWITY
AND V. B. LOVCIIIKOV
"On Hydrometallurgical Treatment"
Miritr,vetmetzoloto
report fill-Itted at a conference an nev methods of lmd production from concentrate&,
Gintevetwt, (State Inst. Non-Ferrous XetaUurgy), Moscow 22-25 June 1956.
(for entire conf. see card for LIDOV, V. P.)

V c~.L.-,'Yly
Cr I IL1.11 6y i,. N. Volskiy, Y. .-:. ZA~.-.,-Iin, V. S.
Report Fre3ented at U. ;.touz-for-Ppace Conference, G~rrva, Si-I-I Neil 5ii

SOV/1 37-58-11-2224' .
Translation from: Referativnyy zhurnal, Metallurgiya, 1958, Nr 11, p 57 fUSSR)
AUTHORS: Vol' skiy, A. N. , Sergiyevskaya, Ye. M.
TITLE: Comparative Kinetics of Dissolution of Zinc Oxide and Ferrite in
Sulfuric Acid (Sravnitellnaya kinetika rastvoreniya okisi tsinka i
ferrita tsinka v sernoy kislote)
PERIODICAL: Izv. vyssh. uchebn. zavedeniy. Tsvetn. metallurglya, 1958,
Nr 1, pp 76-81
ABSTRACT: A dynamic study is made of the influence of rate of motion of the
solution, temperature, and the H 2SO4 and ZnS04 concentration upon
the rate of ZnO and Zn ferrite dissolution in H2S04 solutions- 't is
established that the rate of dissolution of ZnO at an HZSO 4 concentra-
tion >0.36 mole/liter is determined by the rate of dis while at
and NaC1
and electrolytic extraction of Pb from thes;lution.
Experiments on purification of the anolyte showed that
copper is.almost completely precipitated by lead sulphide
(Table 6, q = degree of precipitation) but precipitation
of zinc is very slow (Table 8) and this method is
unsatisfactory. There are 8 tablps and $ references,
6 of which are Soviet and 2 English.
SUBMITTED: April 26, 1958
Card 2/2

VOLISKIY, A.N. (Moskva); AGRACIMA, R.A. (Moskva); SERGIYEVSKAYA, D.M.
'Va
Effect of the composition of waste nickel slag on the content
nf nickel in them. Izv. AN SSSR. Met. i gor. delo no.4:52-57
Jl-Ag 164. (MIRA DO)

VOLISKIY, A~,!.j SERGIYEVSKAYA, YeA
Thermodynamics of the dissolution of zinc oxide and copper
oxide in sulfuric acid solutions as applicable to the leaching
of zinc concentrates. Sbor. nauch. trud. GINTSVETMET no.33:
18-25 160. (MIRA 15:3)
(Zinc oxide) (Copper oxide) (Leaching)

AGRACHEVAI R.A.;.VOLISKIY A.N.
Treatwnt of lead sulfide concentra"s with ferric chloride.
Sbor. nauch. trud. GINTSVETMET no.33s26-33 160. (KIRA 15:3)
(Lead sulfide) (Hydrometallurgy)

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1950, No. 5, 37-",)
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cf
tcmparat '.,ire Puid cmcew ratlc.-n cf 14-;'l 5~~ id ,.,n t.re d~s Iclv-'-,i rate
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s/ i4q/'6orxo/oo 5/m, i/o 1
A006/AOOI
Kinetics of Dissolving Iron Oxide In Sulfuric AcId Solutions. On the Thecry of
LeachIng-Out Roasted Zinc Conoentrates by Sulfuric Acid Soluticns
tion rate, and a is the activity of the sulfuric acid in mole/l. The value ofou
was calculated from the data of Table 2 fcr t~:e 460C temperature; it turned out
to be 0.8. The temperature coefficient of the constant of iron oxide dissolving
in sulfuric acid is relatively low, which Is in contradiction to conventional
concepts. The experiments show that the stage most probably determining the rate
of iron oxide dissolving, is the ejection of oxygen ions from the iron oxide
crystal lattice by hydrogen Ions of the solution, and the liberation of iron Ions
passing into the solution. There are 3 tables, 5 figures and 6 Soviet references.
ASSOCIATION- Krasnoyarskiy institut tsvetnykh metallov (Kra2naXarsk Tnstitute nf
Non-Ferrnljs M-tals) Kafedra '.eorii metallurgicheskikh protsessov
(Department of the Theory of Metallurgical Processes)
SUMMED: May 18, 1959
Card 3/-3

AUTHORS.: Anosov, Voraff Belyayeys A.I.t 5/076/60/034/02/042/044
TQl'6kiY'._AJ.,Qer&sinov0 Ta.1.9 BOIO/BO07
Zhukhovitskiy, A.A., Kuz'kin, S.F.
Muracho R.N., Nekrasovt B.V.t Pononareva, X.S.
TITLE:, AlekeAfidr Pikoluevich Kramtoynikoy (A.R. Krestovuikov) (On the
Occasion of His 60th Birthday)
PERIODICAL: Zhurnal fizicheskoy khiniiq 1960t Vol 34, Rr 2p PY 482-483 (USSR)
ABSTRACT: On August 13, 1959 Pootor of Toohnioal Saienoes, Professor
A.R. Krestoynikov attained the age of sixty. He is one of the
leading Soviet experts on thermodynamics and in well k b his
fundamental work In the field of chemioal thermounam-inoo8fandyits
application in non-ferrous metallurgy. A.R. Krestoynikov worked at
the nauchno-petrografioheakiy Institut Litogea (Scientific Petro-
graphical-InstituteLithogba), the Institut prikladnoy mineralogii
i petrografii (Institute of Applied, Mineralogy.an.d PetrogrAphy),
Institut prikladnuj'* miueraiogii iIiau 6aliurgli t-evetuyxii taetallov
(Institute of Applied Mineralogy and Metallurgy of Non-ferrous
e7L f
-(-Oentrai
.metal "), a nyy insfitu't tevetnykh metallov
Institute of Non-ferrous Yetals), the Kazakhakiy filial AN Sb3X
(Kazakhakiy Branch of the AS USSR), and other research institutes
Card 1/3 dealing with problems of chemical technology, electrochemistry,

Aleksandr Nikolayevioh Krestovnikov (A.N. Krestovnikov) S/076/60/034/02/042/044
(On'the Occasion of His' 60th Birthday) B010/BO07
and the physical chemistry of metallurgical processes. Under the
supervision of the well-known scientists N.A. Shiloy, E.V. Britske,
and N.A. Izgaryshev# A.N. Ireatovnikov very soon became a widely
rooognized"adientiat and pedagogue. In 1926 he began his pedagogical
activities and lectured at higher technical schools in Moscow and
its neighborhood, as well as at the Mookovskoye vysshe tekhnioheskoye
uohilishche (Moscow Higher Technical School), the.Voyenno-khimichookaya
akademiya im. K.Ye. Voroshilova (Military Chemical Academy imeni
K.Ye. Voroshilov), the Institut khimioheskogo mashinoetroyeniya
(Institute of Chemical Machine Construction), the Metallurgicheakiy
institut zavoda "Serp i Molot" (Metallurgical institute of the Plant
"Berp i Molot"), the Moskovskiy poligrafioheskiy institut (Moscow
Polygraphical Institute)t the Voyenniy fakulltet goryucho-smazoohnykh
materialov (Military Department for Fuels and Lubrioanto)p and others.
From 1932 up to the present day A.N. Krestovnikov has been active
at the Institut tevetnykh metallov i zolota im. M.I9 Kalinina (insti-
tute of Nonferrous Metals and Gold imeni X.I. Kalinin) and now has
the Chair of Physical and Colloid Chemistry. Besides more than 100
publications, A.N. Krestoynikov (together with Corresponding Member
of the AS USSR Professor Ya.I. Gerasimov) wrote the book "Xhimicheakaya
Card 2/3 termodinamika Y tevetnoy metallurgii" ("Chemical Thermodynamics in

Alskmandr Hikolayevioh Xrostoynikay (A.Y. xrestoynikov) 8/076j6O/O34/02/042/044
(On the Oooasion of Ilia 60th Birthday) BOIO/B007
Noz-forrous Metallurgy"). A.S. KrestovAikoy was awarded the Order of
Lenin in 1953 for his mw years of soientifio and pedagogioal
aoti-vities. There is 1 figure.
Card 3/3

ALEKSMV, K.; KOZINSKIT. V., glavW inzhener toleteentra; VOLISKIT, B.,
starahiy inxhaner teleteentra. MMWAW""W^
Improving the equipment of television centers. Rsdio no.12:11-12
D '55- (MIRA 9:4)
l.Nuchallnik Kiyevskogo teleteentra (for Alekseyev).
(Television--Apparatus and supplies)

/V1 TELEVISION
"Monoscope Device for a Television Center," by B. T Vollski-I land V. Z.
Beylis, Engineers, Kiev Television Center. VeiE-niy
S Zi No 7, July
1957, pp 15-18.
The monoscope is a special transmitting tube, intended to convert
the image of a test pattern, placed on its target, into a video sig-
nal. It is used primarily for quality control tests in television
set manufacture.
This article describes a method of employing the tube for the broad-
cast of the station test pattern, and indicates several advantages over
the use of standard methods.
Card 1/1 46

6(6)
SOV/112-59-2-3920
Translation from: Referativnyy zhurnal. Elektrotekhnika, 1959, Nr 2,
pp 246-Z47 (USSR)
AUTHOR.-, Beylis, V. Z. , and Vol'skiy, B. T.
------------
TITLE:, Methods for Creating Combined Pictures in TV
(Sp osoby sozdaniya kombinirovannykh Izobrazheniy v televidenii)
PERIODICAL: Tekhnika kino i televideniya, 1958, Nr 3, pp 52-60
ABSTRACT: The existing mixing apparatus at TV centers permits producing only
one type of image registration in one frarne, in which one picture could be aeen
through another. At the Kiyev TV center, a new electronic switch was
developed for combining two pictures, In which neither of them is seen through
the other. The switch ensures absence of a visible boundary between both
pictures, stable operation, and simplicity of control. Video signals from two
cameras whose signals are to be combined are applied to the control grids of
2 tubes. The anode circuit of each tube contains a bridge circuit whose arms
Card I /Z

SOV/1 12-59 -2-30, 20
Methods for Creating Combined Pictures In TV
consist of two resistors and a double triode; the bridge diagonal contains two
diodes in series; the output voltage is taken from the points of connection of
the diodes. The control grids of the double triodes are connectcd each pair in
parallel; a constant potential is applied to one pair of the grids while the other
pair receives a control voltage from two tubes operating in a trIgger circuit.
The latter has only two stable potentials on its output. The appearance of the
final effect depends on the shape of voltage applied to the trigger input. A
special oscillator, or a flying-spot system, or a transmitting camera can be
used as the source of control voltage. The switch and oscUlator schemes ani
part specifications are presented. The oscillator permits crowding out the
picture along a horizontal or vertical line, frorn the center toward both sides
(horizontal and vertical), from 'he center circularly, or in the shape of a
growing rhombus, or a fan, or diagonalwise, or in squaras.
1. 1. Sh.
Card 2/2

ALMBYBV, K.A.; VOLISKIY, B.T.; SKOPMOO A.I., redaktor; GOWVCIMKO, G.I.,
tekhnicheakAp-reds"or.
(Regulation and tuning of television sets) Regulirovka i nastroika
televi2orov. Kiev, Goo. izd-vo takhn. lit-ry UWR, 1954. 63 P.
(Television--Receivers and reception) ()U[.BA 8:2)

I
VOLISIM, S.P., insh.(g.Kolomna)
-----Zfficient stand for checkIng jet nozzles. Blek.1 tepl,tiaga
3 159. 2. gy
no.5:26-27 My (KIRA. .
(mozzles-Testing)
w
I
A

SHILIVIK, M.11, . Inzh.,, ITOLISKIY. _E,V, , inmh.
LKF.,7 plastic furniture 'for ships. Sudostroenle 27 no.10. 50-
53 0 161. (1-aPA -14 -12)
'Furniture)
kPlastice)
(Shipis-Equipment & exupplies)

L E V`P ~-A Z~y
ACMSIDN &R-' AP5009317 5 /G1cf1/65/000/0G4/0Q--2 /0004
kUTHORs Vol'3kiy, E. V.
TITLE: The increase in stabiiit7 of 1hys'co-mechani:tal indicators of p1aE,t-'--8
under low __tempera ture annealing
SOUFXE: Plantichaskiye massy, no. 4, 1965, 32-34
TOPIC TAGS: annealing, material strength, material, plastic, polymer, materi-cl
stability / LKF 2 polymer
ABSTRAM Tests were performed to evaluate the effect of various schemes for
annealing monomer-polymer compositions. The objective of the tests wan *,( fiad
a scheme which reduces the deviations of physico-,-nachanical properties
of the specimens from mean values. The factors c~tusing this deviation ar" re-
viewed, and the means of eliminating each factor ire discussed. Yho noLewor%hy
causee of dovial-ion are: 1) mterial nonhomogenelt,-, 2) poly-disperston cau'sod
bry curing torrq-,ratura gradionts; )) iitornal lorlani ition" atrossoal 4 ) m c r,)-
c7n~--kB arlsing, iuring P017merlzatic~r and d,=Ing 0 st:-!iq ~r-im
adhealor. nf the material to the form; anc 6) s~.ree!ei due to ien*,
atxess mid settlement withi-n the mold. Standard LKF-~ polymer specLmen,- )f
Card 1/2

[L 47,33d-65
ACCESSION NR: AP5009317
dimensions 120 x 15 mm were cut from one sheet 8-10 = thick. Two basic strength
characteristics were investigated: 1) thp unit impact strongth, and 2) th-i
strength limit under static deflection. -)no 3pecimer was '~aste-l as a --cnt-(:
specimen, and the rerizining pieces were subje-ted to various ma.-zr.era fi: ar.-ifa-1-ig
prior to under-going strength tests. Azinealing consisted of hea--ing the ep3cizen
for a controlled amount of tire at a contrallad temperatuxe, foLlowed by r~)(m
tompera~ur-j coo:ing '-cr a controlled anx)unt c,-- came spectmona were 31-
posed t43 as nnny qB three heating-cocIlrig C-rc~os, It wall nc'~edl that wrg -AaL
one annealing c7cle y-iolded better strength 3*ability. The cho.',co of annan3ing
process doponds upon the shape and section of the object being -.reated. ~-~r'g.
axt. has: 2 I-atLllas.
ASSOCIATIONt none
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Universal automatic grapple. Transp. stroi. 22 no.302-53 Mx
162. (faRA 16M)
1. Instruktor peredovykh metcdort truda 140skovskoy normativuo.-
issledovatellskoy stantsii.

VOLISKIY, I.S., instruktor peredovykh metodov truda
Disperser for miking emulsiGno, Tranap. stroi. 12 no.4:51-52
Ap 162. (WA, 3515)
1. Moskovskaya Norma ti vno.-i sale d ovate I I Anya stantsiya
Orgtransstroya.
(Emulsions)

VOLISKIrt I.S.
Manufacture of the loops--of reinforcement frameworks for
contact network poles. Transp.stroi. 12 no-10:52-54 0 162.
(MM 15:12)
1. Instruktor Moskovskoy normativno-inaledovatellskoy stantaii
Orgtranestroya. (Concrete reinforcement)
(Electric lines-Poles and towers)

VOLISKlYt I.S.
On the electrified section of the Shakhunya-?:irov track.
Transp..stral. 14 no.3110-11 Mr 164. (KIRA 17:6)
1. Instraktor Moskovskoy NIS Orgtransotraya,
MEM ANIM M-11.9 004 rMay, RUM

ZHUMYKIN, A.P.; I;Pjtlqj1Y I.S.
Erecting an overh6ad contract. network on insul'a-ed
TranBp. stroi. 14 no.83,12-14 Ag 164. (MIRA 18:1)
11 Instruktor Moskavalkoy naucbnc--J,sqledo,.ra tell skoy stantsil
Orgtranastroya (for voll~skly).

VOL'SKIY, L.N.; DUBOUNKO, Zh.V.; GFIRSIITEYN, N.A.; 111111GO17A, V.A.
Study of the composition of essental oils or 3,~~r.4a
species of Siberia by gas-liquid chroiratograrhy. XhIm. prirrid.
soed. no.6;382-384 165. (MTRA 19:1)
1. flovonibirskiy institut organicheskoy WmIl. Sibirskogo
otdeleniya AN SSSR. Submitted July 8, 1965.

17(4). 300) SOV120-128-4-62165
AUTHOR: Volskiy' M. I.~
TITLE: Issimilation of Nitrogen by. Animal-Organimmm--.&t--tha-F,.xample
of Chicken Embryos and Bee Nymphs
PERIODICAL: Doklady Akademii nauk SSUR, 1959, Vol 128, Nr 4, PP 857-859
(USSR)
IBSTRACT: Although no datA have been publiahedg the....capability-of the
nitrobaoter of binding atmospheric nitrogen, was considered
by the author as an indication for a fundamental possibility
of the assimilation mentioned in the title. He expresuedthia
opinion already in 1947. The author experimentally examined
these concepits in the test objects mentioned in the title.
The chicken embryo first was subjected to plain air, then
to a mixture of 21% of oxygen and 79% of argon, helium or
xenon. The exeiccators blown through by air, warranted a normal
development of the egg, while an exposure to argon killed
the eggs after 4-9 days. The argon mixture had the same ef-
feot on newly hatched chickens. Helium and xenon showed the
same effect as argon. To explain the biochemical and physio-
logical role of atmospheric nitrogeno ite content In the egg
Card 1/3 was determined at the different stages of hatching. Figure 1

SOV120-126-4-62165
Assimilation of Nitrogen by Inimal Organiamn at the Exampls of Chicken
Embryos and Bee Vymphs
shows the total nitrogen content in hatched and unhatched
eggs. It shows that the total amount of nitrogen In embryos
is higher by 3-0 than in unhatched eggs. Since nitrogen
during incubation can only be absorbed through the shell,
it may be assumed that the chicken embryo assimilates gaseous
nitrogen during its development. A similar result was obtained
with bee nymphs (Table 1). In 1956 additonal experiments
were made for a more exact examination of 'the above results.
For this purpose hatching wao carried out in air containing
H15. The author did riot bucceed in completing the incubation
process In an airtight chamber. On the 14th day the oxygen
absorption stopped, since all 5 teat embryos had died in,
different developmental stages. This allowed an observation
of nitrogen absorption. Figure 2 shows that the isotope com-
position of the total nitrogen contents had suffered an
H15 enrichment by 36~. The author therefore is of the opinion
that the Lavoisier theorem saying that living organisms are
not able to assimilate atmospheric oxygen, layed down more
Card 2/3 than 150 yearn ago, should be revised, as well as Voit's law

SOV/20-128-4-62/65
Ascimilation of Nitrogen by Animal Organisms at the Exaziple.of Chicken
Embryos and Bee Nymphs
on the nitrogen equilibrium in living organisms. There are
2 figures$ 1 tablet and 3 Soviet references*
PRESEIRTED: March 13, 1959, by N. N. Semenov, Acadomioian
SUBMITTED: March 13, 1959

KHAKHANIH, V.P., inzh.; VOLISKIY, 14.1., prof., red.
[Experimental investigation of the stressed state of the
crankshaft of the 6 CH 23/30 engine]Eksperimontallnoo issle-
dovanie napriazhennogo sostoianiia kolenchatogo, vala dviga-
tella 6 CH 2V~O. Gorlkii, Gorlkovskaia nauchno-issled. la-
boratoriia ispytaniia matorialov) 1959-- 16 P. (MIRA 15:11)
(Cranks and crarikshafte-Testing)

I< M. T,
TOLISKIT, M.I.. prof., doktor takhn.nauk.
Gorkiy scientific research laboratory is 25 years. old. Rech.
transp. 16 no.8:26-27 Ag '57. (MIRA 10:11)
(Gorkiy-Ingineering research)

VOLSKI't !. and A. V. IAZYNDI
Dabbity i zalJ.vka podshipnikov. f5orlkii7 Gorllcovskoe kcraevoe izd-vo, 193h.
12h p. illus.
Babbits and bearing babbitting.
DLC: TJ1061.v65
SO: Manufacturing and Mechanical Engineering in the Soviet Union, Library
of Congress, 1953.

, M.I., doktor tekhn.nauk..
MARKOV,, Aleksandr Nikolayevichj_YQ141gY
prof,, red.
(Brief course of the theory of elasticity]Kratkii kurs teorli
uprugosti. Gortkii, Gos.univ., 1960. 207 p. (MIRA 16:2)
(Elasticity)

SIDOROVSKIYP V.A.; VOLISKEY M.1.
Using surfactants in the test exploitation of the Ust'-Bal7k
oil field (Western Sibaria). Neftoprom. delo n0-318-11 165.
(MIRA 18:10)
1. ZapSibUIGNI.

VOPIIXIN, B.A., kandidat takhnichookikh nauk.
Professor X.I. Tolskil's errors (OTemperature stresses in machinery and
boilers-' Reveiwed by B.A. Topilkin). Vest.nash. 33 no.5:89-91 my 053.
OMU 6:3)
(Vo2skf,4-, N.I.) (Strains and stresses)
TI
7, MMRWIPIMZ~ 1; M11110
R.

VOLSKIT, M.I.; GUNNIMY, L.K.
chanical testing of materials]. XOdmichaskis Jvp7tazjj,& materri&-
lov. Gorikii, Gor'k. nauch.-iseled. laboratortia ispytaniia materia-
I lov, 1954, 300 P. .(MLRA 8:3D)

VOLSKIYI
Ispytaniya VAterialov. Fcsobiye MYa Zanyaiy So StudaTtami
Makhanichaskiye . Gorlk. Nauch.-Issi-3d. laboratori7a
Gorlkiy, 1954. 30S-~S ni 223m (HMPF SSSR er-(54-55160)
Isr,ytaniya Materialov.) 1.0()o ~XZ. 12r. V P 620-15
SO: KnishrAyat Letopisp vol. lo 1955
swim
MUM

'VOLSKIYO m. I.
4784. VOLSKIY, M. I. Novaya kontseptsiya dykhaniya. izd. ispr. i dop. gorfkiy,
kn, Axd., 1954o 288s. a ill. 23 sm. (go-r1k. nauch.-issled. laboratoriya),
5.000 ekz. 9r. 45 k. v per. -- bibliogr: a. 280-283. - (55-363) 1-ye
izd. vyshlo pod zagl: o nalichii vosoukha v pleurallmy polosti i nar,)y
kontseptaii akta kkhaniya. 612.24(01693)
SO: Letopial Zhrunall nykh Stateyp Vol. 7, 1949

-
VOLSKIY, I.
I r, A
Babbitt metals and the lin-ing of b-,~arin~:s J'orlki-, ~'orlkovskoe kraqvou
izd-vo, 1914. 124 r.
.1
(49-14,4758)
Tjio6i.V65

ACC
NR' AR6034804 r/V) S-O-'U-R"C--E'-C'-O--DE*:--UR/0398/66/000/008/AO22/AO22
AUTHOR: Volskiy. M. 1. ; Volkov, L. M. - Anisimova, N. 1.
TITLE: Experimental investigation of strength of ships$ hulls
SOURCE: Ref. th. Vodnyy transport, Abe. BAI 28
REF SOURCE: Tr. Gor1kovsk. in-ta inzh. vodn. transp., vyp. 68, 1966, 90 str.
TOPIC TAGS: ship navigation, shipbuild ing. engineering, ship, strength test,
/"Volgo Don I", "Volgo Don 2", general cargo river vessel, "Inzhener Belov",
"Khorol" cotton and timber carrier
ABSTRACT: The Department of Resistance of Materials of the Gorlkiv Institute
of Water TransR2rtation Engineers, and the Scientific -Research Labovktqu of
Material Testinkj "iL~try pf the River Fleet carried out on-th e- spot Vtr ength
tests to determine the reasons for the discrepancy between rated stresses and re
ones in ships. The strength tests were carried out on the "Inzhener BeloVj' and
"Ehorol" cotton and timber carriers (5327 tons displacement) destined to sail on
the Caspian Sea. and on that of the "Volgo-Don-l" and "Volgo-Don-3" general
cargo river vessels of 200 tons displacement. The article presents the technical
~wd 1/2 -UDC: 669,12:624,02/09

ACC N11 AR6034804
characteristics of theships, the testing methods, and the results obtained. When
moving the ships from the cages to the plunzer carriage, a bending movement,
which was called the shipway movement, was found and should be taken into con-
sideration when calculating the vessel for strength. A formula to determine the
shipway movement is proposed, th agnitude of which is commensurable with the
magnitude of the calculated bendingnoment. The magnitudes of temperature
stresses occurring in the huN-o-t-ohips owing to the difference of temperature
in parts of the huIl above and below water are also given. Orig. art. has:
55 figures. Ye, BuMcheya, (Traxw1ation of abstract)
SUD CODE: 13
card 2/2

i
mm nic

VOLSXIY, N- 110v shlifovantem (Yachining Abllit.,, of 140-t-410 ) (Paper
Obrabatyvaem"t Meta I
edition)
72 P. 400
SO: Jojr Continent Boolt List, April 1954

VOLISKIY, N.D*
-------------
Electromechanical low-frequency pulep pickup. Biul.tekh.-ekon.
inform.Gos.nauch.-issl.inst.nauch.i tek4;infor-m. no.9:57-59 163.
(MIRA 16:10)
TT
'M'~A I,
T RIM -104
"M
3

Name;
Dissertation:
Degree:
Affiliation:
Defense Date, Place:
Certification Date:
Source:
VOLSKIY, Nikolay Ivanovich
Workability of metals by grinding
Doe Tech Sci
Leningrad Order of Labor Red Banner
Technological Inst imeni Lensovet
30 May 56, Council of Moscow Machine
Tool and Instrmnent Inst imeni Stalin
6 Jul 57
BMVO 18/57

VOISKIY N I
Completeness of the cutting-away of a metal layer from the part in
circular grinding. Trudy LTI no. 50:67-71 159. (MIRA 14:3)
(Grinding and polishing)

e
TUSUPOVA, N.Ya.p kand.medinauk
Hypotensive effect-of eyebright in an experiment and in a
_jLir*&l study. Trudy IONIKI no.5:132-W 1626 (MIRk 16:4)
1. Wedra akulltetakoy terapii (zav. - pro q,_V_Q11 kiT
j_tj_qJC2,
dotsent RlIbragimova) i kafedra fa,rmakologif Kirgizekogo
meditainskogo inatituta (zav. - dotsent Ye.A.S egaylo).
(EYEERIGHT) (ANTIMPIERTENSIVE AGNETS)

voL. I b rl" ~I P-1 -Y~
4

.'ITO'G.A.; YMS, P.M.
Carrying out a mass examination of workers in the mining indystr7 of
lir.ghisistan. SOV.2drav.Kir. no.21 35-37 *-Ap 158. (KIRA M12)
1. Is kafadry obshchey g1glyany (ispoloyayushchly obyaxannosti save-
duyushchogo - dotsent G.A. Gudsovnkiy) i Imfedry fakulltatakoy terapii
(zav. - sasluzhennyy dayatell nauki, prof. K.Ta. Vollskiy) Kirglaskogo
'-,
goemedinstituta.
(XrRGH IZ I STAN- -MINUS--DI SJUSMS AND KTGIM)

'PLhTSMANs. L.G.;
j V.A.
Remodynamic and qlectrocardiographic changes under the influence
of mud treatments at high mountai-n altitpaeg. Vop. kur., fizioter.
i lech. fiz. kullt'. 25 no. 6:1+99-501 N-D 160*' (MIRA 14:2)
1, ~; k~iniki fakulitatakoy torapii.Kirgizakogo moditainskogo
instituta (zav. - prof. M.Ye. Vollokiy I Issyk.-Kultakogo sanatoriya
"Tamga" (nach. M.V. Mil"-Yreao).
(BLOOD) (ELECMOCARDIOGRAPHY) (BAms , MOOR AlW MUD)

124-58-9-9467
Translation from: Reverativnyy zhurnal, Mckhanika, 1958, Nr 9, p 3 (USSR)
Volskiy, N. 1.
,TITLE: Nikolay-Ma_~vlovich Petrov, the Outstanding Russian Scientist and
Engineer (Vydayushchiysya russkiy uchenyy i inzhener Nikolay
Pavlovich Petrov)
PERIODICAL: Tr. Leningr. tekhnol. in-ta im. Lensoveta, 1957, Nr 38,
pp 10-15
ABSTRACT: A brief outline of the life and the scientific, engineering, social,
and teaching activities of Nikolay Pavlovich Petrov. His merits
in the establishment of the hydrodynamic theory of lubrication and
in the'development of rail transportation in Russia are particularly
emphasized.
N. T. Pashchenko
1. Scientific personnel--USSR
Card 1/1

.VIGDOROVICHy V.N.j VOLIPYAN, A. U.
Preparation of high purlty*nonferrous potalo by tbe up-thod of
zonal melting. Izv. vys. ucheb. zav.; tavet. met. 3 no.3jU5-
135 160. (MIRA 14:3)
1.-Kramoyarskiy institut ts'vetnykh metallov. Rokomendovana
nauchno-tekhniche'skim,govet6fn'*prbbl6fonoy'laboratorii chistykh
metallovp metallicheakikh soyedinVdy i poluprovodnikovykh
materialov.
(Nonferrous metals-,-Hqtallurgy)

ACCZSSION NRt AP4029832 8/0279/64/000/002/0063/0068
AUTHOR: Vigdoravich, V. No (Moscow); Adler, Yu. P. (Moscow); Vol'pyan, As Ye.
(Moscow)
TITLit On the evaluation of the efficiency of the zonal recrys tall izat Lon procoss
ISOURCB; AN SSSR, 1xv. Metallurgiya i gornoya delo, no. 2. 1964, 63-68
t
iTOPIC*TAGS: zonal recrystallization, efficiency, entropy, impurity, entropy
!function, thermodynamic entropy
'ABSM=T: In this paper the authors suggested that with the aid of the so-called
'entropy function, an evaluation can be made of the crystallization process efficiency
of purification by examining the degree of "disorderliness" or "orderliness" of the
impurity distribution along the length of the ingot. Previously, the basic criterion
used for evaluating the removal of impurities in a zonal recrystallization was the
so-called distribution coefficient. Evaluation of the zonal recrystallization pro-
cess efficiency, by means of the distribution coefficient, does not permit the entire
process to be characterized, even in the relation of the purification cource of a
,certain number of impurities$ i.ev, the distribution coefficient is superfluously
specific. The authors derived formulae to evaluate the efficiency; result& were
Card 1/2

!ACCESSION NR: AP4029832
!compared in tables. The authors suggest an entropy criterion for evaluating the
!distribution efficiency or the efficiency of purification from impurities in zonal
recrystallization and other methods of direct crystallization. The possibility was:
:shown of using this criterion for evaluating the behavior of separate impurities,
!their combinations, and the entire sum of the control impurities during the actual
:process by considering their distribution throughout the length of the ingot without
.-apriori construction of a theoretical model of the process. Orig. art. has: 9
iformulas, 1 figure and I table. -
!ASSOCIATIONt none
~SUBMIMZD: 21My62 DATS ACQ: 3OApr64 ENM 1 00
!SUB CODIs' ML NOISY BOVI 016 OTHERt Oll
'C4rd 2/2