SCIENTIFIC ABSTRACT VYSOTSKIY, B.V. - VYSOTSKIY, G.YA.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001961420008-0
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 1, 2001
• Sequence Number: 8
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

VYSOTSKIY, B.V.; MALYKHO F.S.
?reliminary data on the effect of cortisone on elptospirosis in
white mice. Zhur.inikrobiol., epid.i immun. 33 no.8:46-48 Ag 162.
(KIRA 15:10)
1. Iz Vladivostokskogo instituti epidemiologii, mikrobiologii i
gigiyeny.
(LEPTOSPIROSIS) (CORTISONE)

VYSOTSKIYt B. V.
35484. 0 waimosnazi peptospiroznoy infektaii Iyudey i domashchnikh zhivotnykh.
-V ogl: V. V. Vysodkiy. Vrachdv. Delo, 1949, No. 11, stv. 1023-24.
Letopis' Zhurnallnykh Statey,, Vol. 48,, Moskva, 1949

VTSOTSKIT. B.V.; MIKINA, V.G.
%
rertain dALta on carriers of pathogenic Leptospira In nature. Zhur.mikrobiol.
epid.1 Inman. no.8:66-67 Ag 153. (KTJU 6:11)
1. Primorskay krayevoy institut epidemiologit I m1kroblologil.
(Spirochetosis)

VYSOTSXIY, B.Y.; MIKINA, Y.G.
Observations of the spread of Leptospira Akiyani B among eastern voles;
author's abstract. Zhur.mikrobiol.spid.i imam. no.9.'56 5 153.
(KIMA 6:11)
1. Primorskiy krayevoy institut spidesiologli i mikrobiologii.
(Spirochetosis) (Parasites--Field nice)

VV'OTSKIY~ B. v.
USSR/Medicine Leptospirosis FD-553
Card 1/1 Pub. 148 - 16/23
Author Vysotskiy, B.V.; Mal'tsev, S.V.; and Reblkina, V.G.
Title Agricultural animals - a reservoir of a new serological type of
Leptospira2
Periodical Zhur. mikrobiol. epid. i immun. 6, 49-51, June 54
Abstract Serological exwLination of cattle revealed the extensive occurence of
leptospirosis infection among them, caused by a new serological type of
leptospirae, LP-183, which is similar to L.hebdomadiB and L.nero.
Cultures of type P-183 Leptospirae were also isolated from the blood of
jaundiced suckling pigs. Rodents trapped in the vicinity of the diseased
animals were found to be free of Leptospirae. Serological types IJI,
III, IV,VI, and P-183 were used in the examinations. The results of the
investigations are presented on two charts. No references are cited.
Institution Primorskiy Institute of Epidemiology, Microbiology, and Hygiene
Submitted I November 12, 1953

TYBOTBKIY. B.V.; =#KIRA. Y.G.
Observations on eastern field mice as loptoeplra carriers, Zhur,
mikrobiol. spid, 1, Immun. no.6:68 A 154,, (KM 7:7)
1. Is Prizorskogo instituta, spidemiologil, w1kroblologil I
gigiyany.
(FIELD MIGN) (IJLPTOSPIRA AUTUMMLLIS)

VYSOTBKIY. B.V.: MIKINA, Y.G.
Observation of eastern voles as carriers of leptoupira. Zhur.
mikrobioloopid.1 Immun. no*7:99 JI 154, (MIRM 7: 9)
1. Is Primorskogo institute. epidemiologii, mik-robiologii i gigiyazW.
(LVOSPMOSIS)
Abstract U-79202 8 Mar 56

VrSOTSKIT, B.V.
01 1, 1-1 1-111,0 ~Itr
Problems for discussion on the epidemiology of anicteria,
leptospirosis. Zhur.mikrobiol.epid. i immin. no-11:107-109
4 '55. (MLRA 9:1)
(LEPTOSPIROSIS, epidemiology)

SPIVAK, M.Ya,; ARGUDAYEVA, N.A.; NABIYEVp E.G,; CHISTOVICH,, G.N.;
RlVLINj M*I*; SWENW, M.Ya*j KRUGLIKOVO V.M.; SHALINEVAI A.M.;
TITROVAO A.I.; RAYED, B.H.; MILTAYEVA, U.K.; BRUDINITA, E.I.;
GODINAp I.F.; VOLIFSOllp G.I.; SOSOHKOp S.M.; KOLESINSKAYA, L.A.;
jDWD=,.B-V.; MALYKH., F.S.; MIROTVORTSEV, Yu.I.; SYCHEVSKIY,
P.T.; GOPACHENKO., I.M.; KARPITSKAYAp V.M.,- FETISOVA, I.A.;
MARTYNYUK, Yu.V.; RMINA, I.A.
Annotations. Zhur. mikrobiol., epid. i immin. 40 no-3:128-131
Mr '63. (MIRA 17:2)
1. Iz Kemerovskogo mediteinakogo institute. i Kemerovskor
klinicheskoy bollnitsy NO-3 (for Spivak., Argudayeva). 2. Iz
Kazanskogo instituta usovershenstvovaniya vrachey imani
Lenina (for Nabiyev). 3. Iz Lenin~radskogo kozhnogo dispensers
No. 1 (for Chistovich, Rivlin). 4. Iz Rostovskoy oblastnoy
,3anitarno-opidemiologicbeekoy stantaii (for Semenov). 5. Iz
Stavropollskogo institute. vaktain i "vorotok (for Kruglikov,
Shallneva, Titrova, Raykis). 6. Iz Kuybyshevalogo instituta
pidemiologii,, mikrobiologii i gigiyany i TSentrallnogo insti
'tuta usovershenstvovaniya vrachey (for Milyayeva). 7. 1z
Vaes9yuznogo nauchno-isoledovatellokogo instituta zhelezno-
dorozhnoy gigiyeny Glavnogo aanitarnogo upravleniya Minis-
terst'va putay soobahchaniya i Detskoy polikliniki at. LYub-lino
(Continued on next card)

SPIVAK, M,Ya,------ (continued) Card 2.
Moskovskoy zhelezncy dorogi (for Brudnaya,, Godina). S. Tz
Vraebabno-mmitarnoy Bluzhby Severnoy zheleznoy dorogi (for
Vpllfsonp Sosonkop-Nolosinska7a). 9. Iz Vladivostokskogo
instituta epidemiologii, mikrobiologii i gigiyeny i Primorijkov
krayevoy protivochumnoy stantaii (for Yootakiyj "kh,
Mirot7ortsev, Sychevskiy, Gopachenko). ld-.-Ii Yaroslavskogo
maditsinskogo instituta _~for Karpitskaya). ll. Iz Aralmorskoy
protivochumnoy stantaii (for Fetisova). 12. Iz Llvavskogo
instituta epidemiologii, mikrobiologii i gigiyeny (for Martynyuk,
Emdina).

I
SOMOV, G.P.; VYSOTSKIY
,-ILY
Conference in Vladivostok. Zhur.mikrobiol.epid.i 31 ro's:
155-157 Ag 160, IM 14:6)
(EPIDEMIOLOGY-COIIGRESSES)

VYSOTSKIY, B.V.; RYASHG.f1ENKOp L#P~
. . 14toopirosin in spotted.doer. Zhur. mikrobiol. spid. i 4--mm.
32 no.5s67-68 My 161; (KM Us 6)
.1. lo,Vladivoatokskogo instituta apidemiologiis mikrobiologii i
g~giyeny i laboratoriipantovogo olonevodetva L sveravodetva Dal$-
nevostoohnago imatitqta oellokogo khosyavotva.
I (LEPTOSPIROSIS) -,(MER--DISEASES AND PESTS)

VYSOTSKIY. B.V.I RAIHILIN, V.K.
'Results of ecisminin certain fresh-water birds and animals for lepto-
spirosis. Zhur.mikrobiol.opid.i i==. 31 no,9s42-44 S 160;
(MRA 13: 11)
1. 1z Vladivos~okskogo instituta epidemiologii, mikrobiolQ'ii i
,gwyeny i Sikhote-Alinakogo zapovednika.
(LEPTOS-PIROSIS)

VYSOIISM, B.V.; PALM, F-S-; KUMMOV, A-P*
Gsm animle as supplementary reservoirs of pathogenic Imptospira in.
natural conditions. Zhur. mikrOlOL' epAd" I. iiiii " -29 -
n no.8349 5~ Ag 158.
1, Iz Vladivostokskogo institits, opidemiologiis' ipi%robiologii L
gigiyeriv-
(IMPTOSPIRMIS, transm.
. by wild animls (Ras))
(ANIMIS, die.
leptoopirosiso transm. by wild anivals (RUO

vyt;()TSKIY, B.V., SOMOV, G.Ps
e, ~s ~, '!;'-,' - - abiol,evido i
Scientific confore'ace In Vl&divostok. ZhUromikr (9.IRA 11:7)
inmun. 29 no.61l48-150 Je ~58
(MARITIME TMITORY-WICAL 4F.O(LRAPHY)
f

TYSOTSKrY, B.V.; XAlYKH, Moo, PROX071TV, A*A.
Some data on leptospirosis In cats. Zhur.w1kroblol.epid.1 It= .
31 no.29140-141 7 160. (xm 13:6)
1, Iz Vladivostokakogo Instituta epi~ftemiologll, mikrobiologii I
gigi7any.
(LVTOSPIROSIS veterinary)

VYSOTSKIY, D.t kand.tokhil.nauks- E~4VAj Aep inzhe
Use of radioactive iaotop~s in testing iutomobiles for Us=
.rei-istance. Avt. Uransp.,39 no.5:36-39 Hv 161. (HIR& WO
1. Gosudarstvenriyy soyuznyy ordena Trudovo'go Krasnogo Znameni
nauchno-issledo4atel'skiy aytomobillqy7 i av-tomotomyy institut.
(Hotbr vehicles-Testing) ,
(Radioisbtopes-Industrial applications)

SA>63/63/008/002/~/01.51
A057/A126
AMMORS: Butt.,-.Yu.M., Professor, TimashevP V.V., Candidate of Technical Scir
.~~'T-ITL&: -L~stigatibna--n-f-the sintering kinetics of Portland- catrAnt raw
mixtures at hightemperatures
PERIODICAL: Zhurnal vsesoyuznogo khimichaskogo obshcheatva imeni D.I. Mendele-
Yeva, V. 8, no. 2, 1963, 179 - 188
TEM The authors discuss methods of high-temperature clinker kilning,
kinetics of the solid-phaue sintering, of liquid-phase sintering, the effect of
cooling the melt on the mineralogical composition of the clinker, the problelms
In production of molten Portland cement, tho phase composition of high-temp'era-
ture clinkers, arel properties of cements obtained from high - temperature clinkers.
High-temperature kilning of raw mixtures might bo-oarrJed out in a "ho_'UnS lay-
by r-A-1ting with sub~qauent crystallizatton. Several con-
-of furnaces for. the. first, jrop~tnod e ase.
ar bwim
-developed-in the-Yuzbg pro sement4--__
All
Card.1/3

S/063/63/OOB/002/009/015
Investig~tlon ofthe sintering kinetics of ~o5T/M26-
chatibors-and-la-warmed--up.
-to-1,4_50*c
W -a hot -gas- stream which rises through the layer of t Ihe -material-With-a - 16._-
the- _~hoi_Unel Jayar is very in-
tensivo. . A - vertical Ifurnace of thlistype was constructedby the NIItse ment.
Testa showed that thla type of furnace has a higher
speoifio capacity than rotating kiln-s. Inves-,igationo of fast kilning wore oar-
ried out with artificial mixtures (mainly indiAstrial. alurries) of the Bryansk
factory and the fact,_iry "Bol'shevik". Fast kilning of granulated raw materi&ls
demonstrated that the gas stream must be turbalent thus increasing the calli-
slons between the particles, I.e., improving -the aggregation. The use of gran-
'--_,___ulated materials decreases the carrying away of duat from the iVelon furnaces.
In thi-institut-6 YuZ4iprotaement a -clinker was obtained in a fl=e-cyclone fur-
nace'-at- 11470----' 1,510-4- containing _P__- of -free- lime- and- 10 15% -CaCO3. The
mirierili-zatior.- process was - ititensif 'ied -and the degree - of lime aasimilation 7.
raised to O.-~6 -- 0.99 by -addins- 1% tluorlte and 2% iron oxide to the raw mix-
molten come "t obtained kV the converter method alite
.C_:~~y_s ta_1%_ze_ 6- _147f ~Orrn~ -16 n C al C iu m - ~xld 4 M-- OZ7.st al
1 ze fr, m- th6--ne-lt~--at--I&.ier---temperatures, thin -the:- form-- of'-
ard-

BUTTp ru, M prof ; TIOWHEVO To ve , kand. takhn, nau'k;
Kinetics of sintering of mixed Portland cownt"rav saterlaIr
at high fAmperatures. Zhur. URO 8 no.21179-188 163.
WU .16:4)
(Portland cement)

BUTTt Yu,M.p d6ktor -takhn. nauk, prof.; TIMASITEV, V.V,, kand. takhn.
nauk,- VYSOTSKIYp D..A.,, inzh.; PANINA, N.S., inzh.
.0
Burning portland comant raw material mixeg at bigh tempera-
tures (up to 22730 K). Mement 30 no4l:9--.12 Ja-F 064.
(MIRA, 17t8)

.. VYSOTSKIYP D.P,
V-95A vibroha----er. Razvp~i. i o;ch. neir 27 no-9:48-50 3 161.
(MIRA 17:2)
1. Vsesoyuznyy nauc-hno.-insledovatel'akiy in3titut stroitellnogo
I dorozimor-o mashlnotitroyozilya.
C,
b

T-I

Ohl
*,MI. x I MWI W-fl

SOV/ 137-57- 11 -ZZ411
T ran slation from: Referativnyyzhurnal, Metallurgiya, 1957, Nr 11, p255(USSR)
V.S.
AUTHORS----V-y-sot&kiy;-D.T..,""ZavelI skiy,
TITLE: Isotopes Used to Investigate Resistancie of Materials to Wear
on a Wear-testing Machine (Issledovaniye iznosostoykosti
materialov pri pomoshchi radioaktivnykh izotopov na iznosnoy
ustanovke)
PERIODICAL: V sb.: Izuch. :'-'znosa detaley mashit; pri pomoshchi radioak-
tivn. izotopov. Moscow, AN SSSR, 1957, pp 26-38
ABSTRACT: A description is offered of an isotope method developed by
NAMI (State Automotive Scientific -re,search Institute) to investi-
gate the resistance of materials to wear. The parts are acti-
vated by introducing isotopes into thl, molten metal. A method
is set forth for calculating the amount of radio-isotope required
to attain a given level of sensitivity. rhe distribution of the
isotope in the me-tal is monitored by taking small specimens
from various spots on the part or sample or by auto radio graphy.
The wear 'testing of activated speci,pens is done with a labora-
tory friction machine (cylinder and block) or on a machine for
Card 1/2 producing wear on the faces of pistop rings. Measurement of

SOV/ 137-57-11-22411
Isotopes Used to Investigate Ri!sistance of Materials (cont.)
wear in either type of equipment is done by determining the activity of the
products of wear in the oil. The method of activation and measurement of
wear described herein may be applied, without major change, to measuring
the wear of parts of engines in operation. The need for safety measures in
working with radioactive mate:.rials is emphas-'zed, and some instructions
are presented in this connectic,n.
A. M.
Card 2/Z

.25(6) SOY/113-59-5-16/21
AUTHORB: Zavellskiy, V.S.; Vysotskiy, D.I.; Lozar', A.S.
TITLE: Confere'ace on the Application, of Radioactive Isotopes
and Radiation in the Automobile and Tractor Industries
PERIODICAL: Avtomob:LllnayE. promyshlonnost', 1959, Nr 5, pp 42
44 (USSDR)
ABSTRACT: At the 3nd 0f'1958, a scientific-technological con-
ference was c ',nvened, dealing with the application of
radioactive isotopes and radiation in the automobile.
and tractor industries. The conference was organized
by ITAIII in cooperation with ITATI, the Komissiya po
atommno,r energii otdeleniya tekhnicheskikh nauk Ali SSSR
(Atomic Eners-.r Commission of the Technical Sciences
Department of the AS USSR) and the automobile manu-
facturing department of NTO HashDrom. The majority
of the 23 reports delivered at t~e conference dealt
with the applf.cation of radioactive isotopes for
studying the ivear of internal combustion enginego
Card 1112 I.M. Prirakov reported on the application of Co

SOV/113-59-5-16/21
Conference on the Application of Radioactive Isotopes and Radiation
in the Automobile and Tractor Industries
for investigatJng the causes of wear of the cylinder/
piston group during the run-up of an engine. Using
a D-6 engine, I.M. Primakov developed an experimental
set-up for determining regularities and causeu of
the piston-cylinder wear. Into each of the top com-
pression rIngs 12 radioactive cobalt inserts were
pressed, havinE; the dimensions 0.9xl.O mm. The total
activity oi' thase inserts amounted to 100 millicurie.
The wear was moasured by determining the amount of
radioactive particles in the oil using a gas dis-
charge couitter.. 1.M. Primakov established by this
method that, 75--80% of the total run-up wear is
caused by the absence of oil at sliding or turning
surfaces. The corrosion wear does not exceed 25%.
The wear curve obtained for the run-up period may
be divided int,) two phases - the starting and the
warm-up time. For the D-6 engine the optimum run-up
Card 2/12 is achieved at 600-?00 rpm. The rotating surfaces

SOV/113-59-5-16/21
Conference on the Applicatioa of Radioactive Isotopes and Radiation
in the Automobile and Tractor Industries
are run in during the warm-up after the "scoring"
during the proceeding phase. The corrosive wear in
this phase amcunts to about 75%. A minimum wear is
observed at 1,000 - 1,200 rpm. The warm-up of the
engine workin;; under load is connected with an in-
crease of the,overall wear. In the author's opinion
it is advisabl.e to operate the engine at idling
speed during t;he first 5 - 10 minutes and then at
small loads i-A low gear. B.P. Pakhomov presented
the results o.' an investigation of the wear of the
upper ring du-cing forced operation of a compression
ignition engi::ie. These experiments were conducted
on a one-cyli.-ider D-14 engine. The upper piston
ring was actiirated by cobalt-nickel alloy inserts
of 0.9 mm diameter and 1.1 mm length. The wear
was determinell by a conventional method of measur-
ing by a coun.,~,er unit the radioactive cobalt accu-
Card 3112 mulation in t'*ie drum of an oil centrifuge. The

SOV/113-59-5-16/21
Conference on the Applicatio'n of Radioactive.Isotopes and Radiation
in the Automobile and Tractor Industries
counters MS-4 -and MS-11 were installed at the cen-
trifuge inlet, and at the oil inlet of the engine.
The crankeasooil was changed after each test.
Measurement V.Ysults were recorded by MSShPr-054
self-recordin8 galvanometers. The investigation
lead to the conclusion tPt a load increase of the
engine exceed-".ng 6 kg/cm for the rated angle of
fuel injectio).i advance causes an intensive wear of
the upper com-pression ring, limitin the forcing of
the engine (pormissible to 1740 rpm5. The intensive
wear is explained by an increase of the exhaust gas
temperature daring a load increase. In case the
angle of fuel injection advance deviates from the
rated value, the intensive-wear will begin at lesser
loads. The withor recommends oil cooling to 50
550 and a cooLing water temperature between 70
St:etsenko explained a test arrangement
80 V. 1. 8
Card 4/12 for investigating the wear of crankshaft journals

SOV113-59-5--16/21
Conference on the Applicatim of Radioactive Isotopes and Radiation
in the Automobile and Tract6r Industries
without usingilan engine. The wear resistance of a
crankshaft is ,usually determined by experimental
operation of en engine for 1,000 - 3,000 hours
with subsequeet micrometric MeO:3urements of the
journals. Met.suring the wear of a crankshaft by
means of radic,-active isotopes cuts the time re-
quired for in~.,estigation to a considerable extent,
eliminatine; tf-,e nocessity of diaaasernbling the engine.
Crankshaft elcments of any series engine may be tested
with this method, having journal diameters up to
95 mm. The surface of the Journal under investiga-
tion is activated by 16 cobalt-nickel alloy inserts.
The latter are evenly spaced on two circumferences
corresponding to the usual areas of micrometric
measurements. The wear is estimated by the amount
of radioactivity, i.e. the amount of radioactive
particles detained in the oil filter. The experi-
Card 5/12 ments conducted show that comparative wear resist-

SOV/113-59-5-16/21
Conference on the Application of Radioactive Isotopes and Radiation
in the Automobile and Tractor.-Industries
ance data may tie obtained from materials used for
manufacturing automobile and tractor crankshafts.
V.P. Lebeeev investigated the crankshaft journal
wear on a full-size ZIL-120 engine installed on a
test stand. The journals were activated with zinc-
65 inserts, installed parallel to the axis of the
journal. Aboui 8 radioactive inserts were installed
in the ar-Ba of maximum wear. It is possible to de-
termine the weur of a single journal by connecting
the other bearings to a different oil reservoir.
With this method considerably less oil is required,
whereby also the radioactivity of the inserts could
be reduced. D.I. Vysotskiy reported on a mobile
highway laborarory built with a PAZ-653 bus. The
laboratory was developed for investigation of con-
structional technological and operational factors
0~--e'ug'niv; wear. The equipment 13 powered by a
Card 6/12 AB-2 power pla_nt. The wear is determined from the

SOV/113-59-5-16/21
Conference on the Applicationjof Radioactive Isotopes and Radiation
in the Automobile and Tractor Industries
amount o:C radioactive particles found in the lubri-
cant of the assombly under investigation. The mo-
bile laboratory is equipped with an electrical dust
measuring apparatus for determining the dust con-
tent of the air before and after passing thru the
airfilter. Not only parts beloning to the bus,
housing the labDratory, may be investigated, but
also parts of other automobiles. For example, when
determining engine wear, the crankcase of the en-
gine under investigation is connected by hoses to
the measuring equipment in the mobile laboratory and
the oil is pumped thru the pick-up filters. The
report of N.N. Velichkin, I.W. Nabiyev and A.I.
Nisnevich dealt with the investigation of the in-
fluence of different factors on the wear of trac-
tor parts. It contained recommendations for a bet-
ter sealing of the air intake ducts of tractor en-
Card 7/12 gines. A.Kh. Bliava explained the work conducted

SOV/113-59-5-16/21
conference on the Application of Radioactive Isotopes and Radiation
in the Automobile and Tractor Industries
atNA1,1I in studying the influence of heating the
Suel mixture on the carburetor engine wear. The
author reconnends using a combination of gas and
water heating. V.S. Zavellskiy and K.S. Ramayya
reported on an investigation of factors influencing
the wear of lubricated surfaces. The authors also
inirestigatel the gas corrosion influence on parts
of the piston-cylinder group of an engine and the
wear caused by oil decomposition products. D.M.
Aronov and V.I. Golov presented the results of com-
parative tests of new antiknock admixtures for ga-
soline. TI.e results showed that the experimental
ar-tiknock c;ompounds had a low toxic effect and near-
13, met the requirements set for the lead antiknock
compound R-9, but they increased engine wear. The
tf-,-st resul,;s necessitate the development of im-
p.:-oved ant-Lknock compounds on an iron basis and
Card 8/12 chemicals xhich are added to oils for neutralizing

SOV/113-59-5-16/21
Conference-on the Application of Radioactive Isotopes and Radiation
in the Automobile and Ti-actor Industries
harmful effects of antiknock compounds. B.A. Zakha-
renko exp:.ained a method of measuring simultaneously
the wear of two engines. The parts to be investigat-
ed are ac,;ivated by radioactive materials radiating
Eamms. raY3 with considerably different energies.
Iwo channals in the counting circuit having differ-
e:nt discrimination levels are used for dividing
ELt the coanter the particles of different energies.
The papers of S.V. Rumyantsev, R.A. Srapcnyanets
dealt with the application of radioactive isotopes
as radiation sources used for detecting defects in
metals. The report of R.A. Srapenyanets and S.S.
Arabyan e.ealt with a new method of estimating the
susceptibility of oils to carbon formation at pi-
ston rini-s during the operation p~ the engine. For
this purpose radioactive cobaltO11 was put into the
piston r:.ng iock. A.Ya. Sergiyevskiy told of the
Card 9/12 experien-,,e made with gamma defectoscopy at the Avto

SOV/113-59-5-16/21
Conference on the Application of Radioactive Isotopes and Radiation
in the Automobile and Tractor Industries
zavod i:neni Likhacheva (Automobile Plant imeni Lik-
hachev). He presented data on the application of
standard instruments used by plant workers for in-
specting welding seams and steel parts up to 200 mm
thickness. The report of G.M. Azarevich and A.I.
Nisnevich dealt with the application of radioactive
isotopos for investigating the wear of non-metallic
materimls~ especially rubber gaskets. V.E. Vayn-
shteyn and A.M. Proidzinskiy investigated the ab-
sorpti,)n of abrasive particles by bearing materials.
A.N. C*aertovskikh in cooperation with V.V. Kondashevs-
kiy explained the application of radioactive iso-
topes for checking the dimensions of parts during
the machining process on machine tools. The authors
investigated contact method using radioactive iso-
topes and noncontact methods, using radiation only,
for controlling the dimensions of parts. The con-
Card 10/12 tact riethod has certain disadvantages, since here

SOV/113-59-5-16/21
Conference on the Application of Radioactive Isotopes and Radiationt
in the Automobile end Tractor Industries
parti; are exposed to wear, although the measuring
accuracy is about 1 micron. For this purpose the
alpha radiation of thorium, is used. The noncontact
radi,ition method involves the application of a small
X-rsNI source, foi- example, the medical X-ray device
RU-750, or a container with a radioactive isotope
prodacing a "soft" radiation (Thulium-170, Europium-
155). With the radiation method, a narrow beam of
gamna rays is dixected tangentially to the surface
of the part to be checked. Compared to photoelec-
trical or optical methods, the radiation method has
the advantage of being independent of the influences
of E;rease and oil on the surface of the parts to be
meaf;ured. The authors calculated that the applica-
tiO1L Of this method would increase the productivity
of a machine tool by 25-3056 resulting in an annual
sav:~ng of 10,000-14,000 rubles. N.I. Leshchinskiy,
Card 11112 Ye.A. Spitsin and A.S. Shtan' considered in their

SOV/113-59-5-16/21
Conference on the &pplication of Radioactive Isotopes and Radiation
in the Automobile and Tractor Industries
repcrt "Principal and Technological Solutions for
Plax.ning Laboratories for the Investigation of the
Wear of Machine Partall various problems of precau-
tion measures for work withradioactive materials.
The reports of A.Kh. Eliava and V.V. Volkovitskaya.
dea:Lt also with safety measures. The conference
participants agreed that a number of investigation
methods using radioactive isotopes must be developed
in the future. It is planned to convene another con-
fexence on the application of radioactive isotopes
in the automobile industry in 1960.
ASSOCIATION: NPJ1I
Card 12112

OTSKIT, D. I.
NISMWII;U, A.r.;
Scientific and technical conference on the use of radioactive iso-
topes and radioactive emissions in antozo'bile and tractor engineer-
inge Mon.energ 6 no.3:341-343 Mr 159. .. (KIRA 12:4)
Radiolootopen-Industrial applications)
iAutomobils engineering)

Vy -T K'
1 4
~71
wi
i, T4
4
cw
53-
g
'10.,

93

'00
111 0
d 01,
.4 4;
sola I
0 I.A 0
h qji,
09
u a !
~i' ON.
sx..iv~ 8:
4. U1

VYS,7rBKIT, D.1.1 ZAVILISKIY, V.S.
.w.w.-Waaw OWWWIF,
Neatiuring motor part wear with the aid of radioactive Isotopes.
AvtA trakt.prom. zio.4:26-2a Ap, '56. (KLHA 9:8)
1. 3auchno-issledovatel'skiy avtomotorn" institut.
(Automobiles--Testing)
(Ratioactive tracers--IndustrW application)
(Mechanical wear)

VYBOT5111Y, D*I.; KLINKOVMTM, G.I.; SABININ, A.A.
(11tock care In sports competitions] Serilnya aytomobili v skorost-
grkh earsynovanitakh. Moskva, Goo. isd-ve 071xkulltura I erort,*
1933- 95 p. (Microfilm] ~ (MT-RA 7:8)
(AUtomoblis racing)

-,- .. --I .. .~?e ~ ~, --n- ~q- - - , V, -'t,-k;l ~5!7' V"'
*41~ 'VA", ~~ qi~ S5,4
.InIft 14 ~ .,

VYSOT.c;FIY, D. I.
Seriinve avtomobili v sportivnykh sore"ovandia',h Cars in S7:0rt-5
Moskwi, Izd-vo "Fizkulltura i sport," 1953- 9-5.P.
SO: jjDntbIv L~at of Ruyvian Access ons. Vol. 6 11o. 12 ~~rch 1954.
I

VY-Sol',SKiy, 1).
AWASOYET. L., glavPY7 sudlya aorevnovantv; VTSOTSKIY, D., predseda-
tell tekhnichookor komissil, M-d--441-
Superiority of the U.S.S.R. in automobile sport. Art.transP,32
no-11129-31 N 154. (MLHA 8:3)
(Automobile racing)

%T')OWKII, D I
Seriynyye Avtomobili V Skorostonykh Sorevnovaniyakh fSerial Automobiles in Speed
Conpetitions &D. I. Vysotskiyj G. I. KlirOkovshteyn, A. A. Sabinin. I!oskva,,
"F:.zkul'tura i Sport," 1953.
95 p. Illus., Diagra., 'fables.
N- .21
.V51

VYSOTSKIY , 2..,-inzhe
Vibration hammer for sinking and receovering medium-dAazeter
metal Pines. Stro" i dor,mash. 6 no,8:15-17 Ag 161. (KMA 14:8)
a A.
(Vilwators) (Piling (Civil ongineoring)) (Boring)

VYSOTSKIY, D.V.. kandidut te*khnicheakikh nauk; ZAMOSKIY, V.S.
Determining the wear of parts by means of radioactive isotopes. Art.trakt.
prom. no.9:11-14 S 153. (MLU 6:9)
1. Hauchnyy avtomotornyy institut. (Isotopes-Industrial application)

24(5)
AUTHORSt V;r Inopin, Te. V., SO*1/56-36-2-33/6,3
Rrednin, A. A.
TITILEt The Scattering of Neutrons by Oriented Nonspherical Nuclei
(Rassoyaniye neytronov oriyentirovannymi nesfericheski-mi
yadrami)
PERIODICALs Zhurnal eksperimentallnoy i tooreticheakoy fiziki, 1959,
Vol 36, Nr 2, pp 574-530 (USSR)
ABSTRACTt In earlier papers (S. 1. Drozdov, Tnopin, Refs 1-3) the
influence exercised by the nonsphericity of nuclei on total
cross section in neutron scattering was investigated. At
neutron energies of some tens of Mev the total neutron cross
section varies as a result of nonsphericity by 2-31% in the
case of experimentally observable nonsphericity. The nucleus
is considered to be an ellipsoid with the semiaxes a and b;
a is assumed to lie in the same direction as the symmetry axis
of the nucleus. If the direction of the symmetry axis
coincides with the incident neutron beam, 61 - 21cb2; if the
t
symmetry axis is vertical to the inciding beam, then
-L . 2 -fr ab (6-L16 4 - a/b) and, correspondingly ~5LI611 > I or
Card 1/3 1~t t t t t

The Scattering of Neutrons b7 Oriented SOV/56-36-2-33/63
Nonspherioal Nuclei
6 TV6 t" < 1 -a/b values of 1-3-1-4-wero found experimentally,
which would correspond to a nonsphericity effect of 30-40%-
This value, of course, is based on the assumption of a com-
plete orientation of nuclear spins, which cannot be realized
in practice. In the case of incomplete orientation the
symmetry axis performs a precise motion round '#*,he direction
of spin, which is to be neglected only in the case of very
large spins, i.e. in the quasiclassical case. The authors
investigate these conditions and calculate the total cross
section and neutron angular distribution in neutron scattering
on oriented nonspherical.nuclei by using adiabatic approxima-
tion (cf.Refs 1-3); this is justified in the case of neutron
energies of more than several,Mev. Concrete examples are
calculated by means of the black nucleus modell results
therefore hold good only for the neutron energy range of
several tens of Mev. Results show that the nonsphericity
effects are more appreciable in oriented than in nonoriented
nuclei. The angular distribution of noutrona ocattered on
Card 2/3 oriented nonspherical nuclei shows noticeably azimuthal

The Scattering of Neutrons by Oriented SOV/56-36-2-33/0'3
Nonspherical Nuclei
asymmetry (Figs 3t4)- A table contains the formulae for
(f )/F(O) for spin values between 1 and 7/2. There are
k
4 figurest i table, and 8 references, 6 of which are Soviet.
ASSOCIATIONs Fiziko-tekhnicheskiy institut Akademii nauk Ukrainakoy SSR
(Physico-Technical Institute of the Academy of Sciences,
Ukr SSR)
SUBMITTEDs August 23, 1958
Card 3/3

WE OTSY i I I ri.
Macroclimatic schemes of the Ukraine. I'Armet, 1922. 2ep. maps.
1. VleteoroloRr - Ukraine.

VYSOTSKIY~ G.A. [Vysotslkyi, H.Aj, agronom.
Role of biologica.Uy active subotances in plzmt life. Mikrobiol.
zbur-.'23 no.209-62 162. (MIRA 14:7)
1. Z Altayslkogo krayu SU-4, Biyolkogo trestu 322.
(PLANTSI EFFEGT OF PHYTORICIDES ON)

[Vyaots tkyl, II.A. ), agronom
")Ip()I'SXIYI G.A
Use of hemp phytoncddes In controlling pLne fusarlosis. Mkro-
blol,,zhur. 24 no.2s65-66 162. i (MMA 15M)
(PHYTONCIDFS) (PIKE-DISEASEB1 AMD PESIS)

KMTOV# Te,A,;VYSOTSKIT, G.G.
Trichinosis of vild animals in TaJIkietan. DokI. AN Tadzh. SSR
no.19:47-50 156, (KLRA 10:4)
1. Institut zoologli i parasitologit im. akad. Te. N. Paylovskogo
AN Ta4zhikskoy SSR i Nyasokontrollnaya stantaiya, Vrushambinekogo
rayona. g. 3taltnabada*
(TaJikintan-TrIchina and trichincele)

KLIMENKO, Aleksandr Petrovich; FETRUSPENKO, Aleksandr Antonovich; VASENTSOV,
Yuriy Andreyevicb; V)M22KIY_t_,.QrIzoxiXY..Ivano h; CHEGLUOV, A.G.,
IXL_ v~o
otv.red.,, RAMPLINA, II.P., tekhn.red.
(Thermodynamic properties of light hydrocarbons of the paraffin
series] Termodinamicheskie svoistva legkikh uglevodorodov parafinovogo
riada. Kyiv, Izd-vo Akad.nauk Ukrainskoi SSR, 1960. 95 p. (Akademiia
nauk URSR, Kiev. Instytut vykorystannia gazu. Trudy, no-B).
(MIRA 14-12)
(Hydrocarbons--Analysis)

-VYSOTSKIY.. G.I. -
Production of highly refinod propano and butane.
prom. no.2;56-58 Ap-Je 162.
1. Inatitut, ispoltzovaniya gaze, AN USSR.
(Propans) (Butane)
11eft. i gaz.
(MIRA 15t6)

2 . i
I
t
1- -- -
-,mLi
. -, i *-O~, 1, -, t, ,'-f, , , 7

I VYSOMKIYp G.I.
One-flow cascade cycle of low temperature refrigeration
operating on a binary mixture. Trudy Inst.isp.gaza AN USSR
9:21-26 161. . (MIRA 15:9)
(Refrigeration and refrigamting machinery)

YYSOTSKIY, G.I.
C
Propane-methane mixture as a refrigerant, for vapor compression
refrigeration cycle. Trudy Inst.isp.gaza AN USSR 9:27-34
161. 1 (MM 15:9)
(Refrigeration and refrigerating machinery)
(H7drowbons)

VY3075/c/r/ ~,/,
VYSOTSKIYe G.I.
/_Mqa"WW_-2W, ~__ -I
Investigating the eirgle-pass cascado Cycle for low-temperature
refrigeration. Trady Inst. lop. gaza AN UM no.l;.-132-138 156.
(Refrigeration and refrigerating mchinery) (MIRA 10M)

.. ~ 1. - Yr-~OTSKIT, G#,L..; INCPIII, Te.y.; MBNIH. A.A.
Scattering of neutrons b7 oriented nonspherical nuclei. Zbmr.
okep. i teor-fiz. 36 no.2:574-580 7 159. (HIPA 12:4)
lo Fisiko-takhnicheakly institut AN USSR.
(Neutrons-Scattering) (Nuclei, Atomic)

MOTSMY, G. L.1 CAND PIIYG-MATH SQ19 "CERTAIN PRDVLEIAS
OF THE THEORY OF POLARIZED PHENOMENA III NUCLEAR REACTIONSe"
KHARIKOV9 1961. (ACAD SCI UKSSR. PHYS-TECH ItIST17UTE),
(KL-DV9 11-619 208).
-7-

VYSOTSKIY,, G.L,
Angular correlations in iaelastic juattering of I high-ena-PS7
nucleons, 7-huro okap, i teor, fiz, 40 no,5:1399-103 My
161a (MIU 14%7)
1. Fimiko-tekhnioheakiy inatitut AN Ukrainskoy SSR.
(Nucleons-Zeatterbig)
(Angul" moment=- Ofuclear physics))

VYSOTSKIYI-,P.I,. [VysotsIkyiv H.L.]
Tonsor forces in direct inelastic scattering. Ukr, fiz, z2ur, 5
no.P?52-756 11-D 160. (mm 14:3)
1. Fiziko-tekhnicheakiy institut AN USSR.
(Particles (Nuclear physics )-Scattering)

tip
27479
S/048/61/025/009/004/007
B1001021
AUTHORs Vysotskiy, G. L.
TITLEs The possibility of determining reduced widths from polariza-
t4 on effects in direct nuclear reactions
PERIODICALi~ Akademiya nauk 8SSR. IzvestVa. Seriya fizichaskaya, v. 25,
no. 9, 1961, 1161 - 1162
TEM This paper was read at the 9th Annual Conference on Nuclear
SpeotroscOAY. The theory of polarization effects in directnuclear
reactions (t). g, in the (dpp) reaction)g considers reduced widths together
with quanti-;ies that can only be calculated with radically simplified model
conceptions, The proper choice of the model is especially important for
studying th6 interaction of deuterons and protons with nuclei. In this
connection the problem arises as to whether it is possible to eliminate
quantities dopending on model conceptions in complex experiments on polari-
zation. It ;an be shown that, if the capturad.nuoloon is indicated only by
one value of the orbital angular momentum 1 and if that variant of the
theory of po',arization effects is to be applied, which neglects the apin-
Card 1/3

27 79
4
S/O 8/61/025/009/004/007
4
,Thepossibility of,determining reduced ... B10 B192
4/
orbital intoractio:a of proton and deutom waves 'with the nucleus, it will
be possible to detimmine the ratio-of reduced widths by mea;uring the
polarization of tho proton and the pf-dorrelation with the polarized
deuterons. For a pure multipole tranbition, the angular distribution of
gamma quanta is given by
w 0, (W kF-- fjtjLj (L - 1L1jkO Pkq (P dykq('~Oef) ' where J, jf,
even LkLj J q
and L are the spin )f the excited state, the spin of the ground state, and
the multiplicity, rospectivelyl 0 and If are the angles of emission of the
gamma quantum in tho coordinate system whose z-axis is perpendicular to the
axis of the reaction, and whose x-axis coincides with the deuteron beam.
The spin teneorr S k~. (Pd) determine the nuclear alignment, and can be meas -
ured experimentally. They are a function of the deuteron polarization, P d'
and of the angle of proton emission. Analyseo are particularly easy for
1, if a sufficie.nt number of experiments were made with deuteron beams
polarized either in the reaction plane or perpendicular to it. For 1 > I
it is necessary to make experiments first with deuterons polarized in the
Card 2/3

27479
S/04BJ61/025/009/004/007
The possibility of dete.mining reduced ... B100102
reaction plane and then with deuterons polarized perpendicular to it.
Then, it will be possible to eliminate the reduced widths from the
relevant exp=essions. There are 5 =efe=encest 2 Soviet and 3 non-Soviet.
The references to Engli8h-language ublications read as follows:
Satchler 0. R., Ann. Phyj.# 1, 275 M58)i Huby R. et al. Nuol. Phys.,
94 (1958); Baumgartner E. et al,, Phys. Rev. Lett., 5, 154 (1960).
ASSOCIATIONs Kharlkovskiy fiziko-tekhnicheskiy institut (Kharlkov
Physicoteohnical Institute)
Card 3/3

I OTSKIY) G. L. ; MAIG d
ALSELI-LATIF, R. A.; VYS INUD, Kh. F -
"Polarizatioa Phenomena in the Direct I'lluclear Reactions in the Re=-C=c~--
Reg ion. "
report submitted for ALl-Union Conf on Nuclear Spectroscopy, Tbilisi) 14-22
Feb 64.
Atomnaya Komiceiya OAR

moTsur.-G.L. Ursote1kri, H.L.]; XWNIN, A.A.; TISHCHMIKO, B.I.
[Tyahchenko, B.I.]
Focusing proportion of an achromatic parallel-beam translation
system. Ukr.fix.shur, 4 no.4:428-431 JI-Ag 159. (MIRA 13:4)
1. Fitiko-takhnichookiy institut Ali USSR.
(Zlectron optics)

Passage of Charged and Neutral
U c-6
articles Through Matter
Abs Jour : Ref Zhur - Fizika, no 1, 1958, 542
Author : Vysotskiy., G.L., Kreanin, A.A.p Rozentsveyg, L.N.
Inst : Physical-Technical Institute, Academy of Sciences
Ukrainian, 'USSR
Title : Bremsstrahlung of Polarized Electrons.
Orig Pub : Zh. eksperim. i teor. fiziki, 1957, 32, No 5, lo78-1082
Abstract : The polarization properties of the bremastrahlung arising
when a polarized electron beam strikes a target are consi-
dered. It is shown that in this case the bremsstrahlung
dontains a circularly polarized component. For highly re-
lativistic electrons, which are completely polarized in
the direction of motion, the circular polarization near
the upper limit of the spectrum amounts to as much as 25%.
Card 1/2

VYSOISM, G.L.
Note on the poosibility bf d6termiting reduced level widths from
polarization phenomena in direct nuclear reactions.
Izv. AN SSSR. Ser. fiz. 25 no.90.161-1162 161.
(MIRA 14:8)
1. Khartkayskiy fiziko-tekhnicheBRiy institut.
(Nuclear reactions)

VYSOTSKIY, G.L.,[Vy9otsIkvi,.H.L.1; EMNIN, A.A.
Theory of breasstrahlung of electrons by protons. Ukr. f1s. shur.
4 no.2:164-166 Mr-Ap 159. . (MIRA 1331)
1.7isiko-t.okhnicheskiy institut AN USSR.
(Bremastrahlang) (Blectrons) .(Protons)

'Vy.~6TS ;0~
00
AUTHOR:
TITLE:
PDRIODICAL:
30326
S/185/61/006/005/002/019
D274/D303
Vy 8 0 t 8-1!YV
Spin-orbit interaction and polarization effects in
direct nuclear reactions
Ukrayinslkyy fizychnyy zhurnalp v. 69 no. 5, 1961,
596 - 601
TEXT: Polarization effects are considered, spin-orbit interaction
of deuteron- and proton waves with the nucleus being taken into
account. The obtained general formulas are used for calculating
the relationships in the particular case 1, = Op (i.e. polarization
due to spin-orbit interaction only). Thereby a simple relationship
is obtained between proton polarization, the cross-section for po-
larized deuterons and circular polarization of the emitted gamma-
rays. The spir.-tdnsore which denote the polarization of deuterons,
initial nucleit final nuclei, and protons are denoted by