SCIENTIFIC ABSTRACT MATUSEVICH, V. - MATUSHEVSKIY, V.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R032932920012-8
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 14, 2000
• Sequence Number: 12
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

MAT959VICH, V., doktor vaterin.neuk
Improved manure reservoir. gill. bud. 12 nc..8s15-16 Ag
,62. (KIRA 15:9)
(Fertilizers and manures--Storage)

.-M.ATUSMCHS.V.F..P doktor veterin.nauk; FEKLISTOV, M.N., kand.voterin.nauk;
ROZMF-.'TMNSKYY, V.A., kand.biolog.nauk
Charaoteristies of stachybotryotaxicoais in cattle. Veterinerila
-119 no.9s23-25 S 162. (MIRL 16.10)

MATUSFMCH, V.F., rel~er3r- PrOfl.
Role of the pF of ir...jr-ta V. the d?~-,ralrqnen+ cf'
st,--r--h-ybotry~-,"~Dx'.~:c3is In ;-,:ws. Vet-rinariia 38 no.,12-19-50
(VIRA IF-i ,
A-P 1;1 .. , I
I. FaMerlets- - lodoll111.7 l2notitut-

MATUSMCH, V.F., dok-,or veterin. nauk, prof.
Role of the Piryatin (biotheimal) plt ~n the maint-Amence of
veterinary and sanitary order on fac-us. Veterinaxila 38 no.3:
74-75 Mr 161 (MIMA IF-1)
1. Kamenots-Podo'Llskiy sel'slokhozyuystve-nnyy inotitul.,

LEBEDEV, P.T.; USOVICH, A.T.; CHEPUROV, h.P., prof.; KALICHENW, M.M.,
aspirant; MATUSEVICH, V.F,, doktor veter' n. nauk; STIRNIKO, A.S.,
LAKMTKINAP A.N., aspirant;
GRISHCHEII&O, N.F.- ORLOV, A.I., veterinarnyy vrach (Arkhangell-
nkaya obl.); PROSTYAKOV, A.P., kand, biolog. nauk; KOVYNDIKOV,
M.S., kand. v6terin. nauk; AR-MZHANOl, K.A., kand. veterin. nauk
Veterinary experiments. Voterinar:*Ja 41 no.4.)01-111 Ap 164.
(MIRA 17.8)
1. Sibirskiy nauchno-isslfi~Dvatellskiy veterinarny-. i-nstitut
(for Lebedev, Usovich). " Poltavskiy sellskokhozyaystvannyy
institut (for Chepurov, &ijlchenko)o 3. Ukrainskiy nauchuo-
issledovatellskiy institut zem-lede:Aya (for Natusevich, Steniko,
LakhmWtki.na). 4. Charni~mlskaya ob.'astnays. veterinarnaya lAbwa-
toriya (for Grishchenkm . 5. Ukrainskiy rauchno-issiedovatelf-
skiy institut eksperimentfL:Iroy veterinarli (for ProstyFikov,
Fortushnyy, Kovyndikov '). b. Uzbekskiy nauchno-issledovatellskiy
veterinarn,yy inst.-Itut (for Arifdzhanov).

&A4
UDODDY, Pavel Afanavvyevioh., prof.~
!Ikba ini OUGORIYEV, Nikolay Vladimirovich
[Hydrogeochemical prospeat:b2g under conditions of
partl covered geological structures An the Tom-Yaya
y
biterfluve) Gidrogeokhiricb~skie poiski v uslovilakh
polazakr7tykh geclogicheskilth struktur Tom'-'Ulskogn
mexhdurechlis. Tomsk, Izd-ro Tomskogo univ., 1965. 200 p.
(MIRA 18:7)

2MJWMA, A.Ye.; AVZRBM. T.D.; BLIWVA, JLP.; HATUSIVICH, V.S.;
SHCHZESUN(YVA, I.V*,, BASHUFLOVAO Te.N. - --
Proc6soing of waste thiosulfate liquors 'produced iu the removal
of hydrogert sulfide from gmases. Zoks I khim. no.12*.40-44 160.
()CMA 13:12)
1. Ural'skiy vauchno-isslelovatel'skiy khtmicheskiy instibut (for
Bashkirova).
(Sevage-Awification) (Sodium thiosulfate)

VINITSKIrv L.Ye.; BABIISKIY, B.L.; Prinimal uchastiye: KAITSEVICH, V,V.
Sow charactee-stice of vo=d reflexion by shock absorber
rubbers. Kauch. i rez. 22 no.6:71&-39 A 163.
(KRA 16:7)
..I. Vsesqyuzny-, na,ichno-Issledovatellskiy institut shelezno-
1
dorozhnogo transporta.
(Rubber gooda---Jcoustic properties)

VMTSM, L.Yo.; RABITSKIY, B.L,; PrInimal uehastiye; MATUSEVICH, V.V.
Sam eburacterlstics of sound reflextion by abock absorber
ruVaers. Ranch. i res. 22 no.6:38-39 Je 163.
(MM 16:7)
1. Voonoyuznyy nauchno-looledovatellsk-ty institut shelesno-
doroshnogo transporta.--S
(Rubber goods-ILcountic proportion)

ATMVICH, YA. Z.
23207. MATUSEVICH, YA.Z. Vitaminot r A a Pri ProDqshleniykh Otavlaniyakil. Trldy
leningr. San-Gigien. Wd, In-ta T- le. 3913J. S, 1.13-26.
9Ds latopial No. 13 1949

MATUSEXICH, YA. Z. ACAPITOW,, A. S.
-4nnw--4a. a
25208. MATUSEVICH, YA. Z. AUG.'~IILTOVA, A. S. Roll Adaptomptrii V Diagno,3tike
Promyst,de- ny.,,n Otravleniy. Trudy lpnJngr. Ssii-Gi,!ien, Mad. In-ta.'. 1 1949 S. `63-7~
SO: Letopis' No. 33, --949

MUTSEMCH, YA. Z.
27913. MATUSEVICH, YA. Z. - Vitaninotmplys pri prowyahlemrqkh otravlenlyakh.
Trudy XrrI veemaynz. SOyezasteopevtow. L., 1949, S. 477--84.
Ob alkelaidakh salsole richtert. (Soobahch.) S. - Sm. 27f-24. RODTC-NMO, G. T.
OYadowityy plyusbeh." - SP. 27665.
SDt Letopis' Zhurnallmfth Statey. Vol. 37, 1949.

llIT-jl-Dl7.i, 77-~. '.
375?1. Eksper'.1vi sli.oyk;Dy ne,-111~~srji).3olno.-,A )ri :;7vermo., bolezri v
pericd. oov. Vru,~he~,. Ehorn.k. 7-io. 17, S. 30--)3 9 :i I -".
- "-/ , 1 `49
1-)0: Letopis' ZhurnallInvkh I-)t,t.ey, V,-1.

MLTMWI=, Ta.Z., professor.
vit"is therapy is ocamational Intelications. Truft IMI 14:
W61 153. (an 7:9)
(Titoda therapy) (ln&utrW toxicology)

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IN - 7.-.

15
USSR/Safety Engineering. Sanitary Engineering. Sanitation.
Abs Jour: Ref Zhur-Khimiya, No 3, 1957, 10722
Author I[atusevich Ya Z., Agapitova, A. S., and Mikhaylova, T.G.
-I-'- "
Inst L-e7n.~nira~Me~ici-a~I-.istitute for Health and Sanitation
Title The Clinical Pict-xre of Silicosis and Silicotuberculosis
in Workers Employed in Porcelain Factories
Orig Pub: Tr. Leningr. san.-gigien. med. In-ta, 1955, Vol 21,
20-26
Abstract: The medical examination of 360 workers in the porcelain
industry between the ages of 30-50 and over with
lengths of service varying from 5-10 years and over re-
vealed cases of hypertrophic and atrophic rhinitis, rhino-
pharyngitis, chronic catarrhal and purulent otitis, ton-
sillitis, and p~aryngolary-ngitis as well as sclerotic
processes which cause changes in the mucous membrane of
the upper respiratory tract and bring about its progres-
sive atrophy. A small thickening of the septum of the
heart was also obsepved together with dystrophic changes
Card 1/2
-.- -------- -- - ------ -- - ---------- ---

USSR/Safety Engineering. Sanitary Engineering. Sanitation. L
Ahs Jours Ref Zhur-Khimiya, No 3, 1957, 10722
Abstract: in the myocardium. Electrocardiographic investigations
have shown that the age and past h*dical history of the
patient are reflected in the electrocardiogram. X-ray
and laboratory investigations showed chronic cases of
hyperacidic gastritis. In cases of neglected silicosis
the patients were observed to suffer from sclerosis and
and atrophic changes in the intestinal tract; changes
in the overall liuaunoblological activity of -;,he o,-,ganism
were also observed.
Card 2/2

UT 14 Kazansk2y, Yu. A . Belov, I_ P., NatuBevich. 3.
TTTLE: Angular- and Energy Distribution of f-Rays Scattered by Ircn
and Lead IUF]ovyye i energetich3skiye raspredelenlya
,r-jzIucheriiya, rasseyannogo v zheleze i svintse)
PERD)DICAL: Atr;rnn,-....,a en. rgiya, 19~8, Vol j, Nr 4v pP 45", -459 OISSTO
ABSTH.;CTt Measurements were carried out on the angular- and energy d~r;-
tr~Lbution of Co 6o and Au 198 T-radiation which hqd been sc-i-
ed by leal with~,, r ~ 2,2; 4,1; 6.5; 8.2 and iron %ith fj C,r
A, 6. 8,c,, ana 9,8 i 'PO denotes the absorption coefficien* c',-
r-radiation ana ! - thickness of the filter). Mpaq,,rement t~_,o?,
placp 3n Remi -in: inite C.Pometry.
For measurements them Ficintillation spectroinHier (C~,a(TI)-
crystal: di,~,mptpi IT mm, height 27 M,10 wis ueed.
Mi-nsur,~went.3 were carr:ed out at the foliowirip aris;-es 0: 1Q.
20~ ~0, A0, ~0, and 60
Thr, angula-r (1istriojt,,omobta1z;9(I arp plotteci n graphs; Thf-
results ob-.ained by the presenL paper and the pqoers of ref-
C r. r a'2

'-TiM'-Le.-- Lnd Energy 'Distribution of 11-Rays Scattered by Iron ana Learr
erences per-nit the following conclusionR to be arawn:
The angular distribution of the intensity of the scattered
T-revs depends cnly little upon the thickness of the layer
cne scattered medium tup to a thickness of layer of 10 fre-,~
lengtns of path). This determination holds for materials Witl
small as well as with medium or large Z (concret-, iron, lead!
within *the 31-energy domain of from 0.4 to 1,5 WN.
G. Tsypin and V. I. Kukhtevich advised the aathors -,n
workin4 out this paper,and S. 1. Chubarov and V. i.Popcj,, as..
slated in carryint4 out experiments. There are 6 figure.-] ar1r.
4 references, 1 of thich is Soviet.
i:T'M JTT ED Apr-i4'. -,J, 1958
'17 3 -

8W91
6zVO
,/60/003/04/23/'027
3/170
D007/3102
AUTBORS: Zukhtemich, V. I.,_Hatusevich, To. S., kh9metonko, D. P., Trykov,
j6o A.
TITLE& Z*se Characteristics of ionization Chambers and of L&rge Scintilla-
tion Cryst&ls)~
PERIODICIL: Inshonerno-firicheakiy zhurnal, 1960, Vol. 3, No. 4, PP. 125-126
TZX?s The pr*aent paper describes the measurement of the I/D ratios in the range
of from 0.08-2.0 Nov for Ionization chambers the dimensions of which are
comparable with tb* path of secondary olectrons (produced by r-rays) In air, for
organic scintillation crystals (which absorb primary r-radiation considerably) I
and for a torpbonyl crystal. I/D stands for the ratio between detector Indication
and the dome produced In the place of the detector by r-radiation of different
intensity. The method employed is briefly described, the resulta of measurement
are diagramatlc&lly shown In Fig. 1. This diagram oh-we that the -"larg*" air
chambers with &Ir-equivalent wall.@ or* dosinetric with %ufficient accuracy in the
energy range inveatigated. The I/D curves of small and large crystals agree well
with each other with respect to their @hap*. There are I figure and 2 references,
Card 1741

ORWV, V.V.9 kand. fi2.-Mat. aauk,, red.; TSYPDJ, S.Gej kand* fizo-mato
-ad.; KAZANSKIY, Yu .t
nauk, z A "tranalatorl; KUKHTEVICH, V.I. [tran latorl;
MATUM CB -o-& ttranalatorl; NIKOIATSMLI, Sh.S. Itz-anclatorl ', SI-
NITSYN, B. . [tranalatorl; YUS, S.V. [translatorl; VISK07A, M.V., red.;
RIBMA3, V.P., tek-Am. red.
[Protection of transportation units
articleel Zashchita tramsportrqkh ustanovok
sbornik perevodov. Moskva, Izd-vo
(Badiation protection) (Vuclear
having nuclear engin-as; translated
s iadez7wm d-vigatelem,
inonr. lit-ry, 1961. 619 p.
(MMA 14:12)
reactors--Wety measures)

ACCESSION NR: AT4019059
S/0000/63/000/000/0251/02fiO
AUTHOR; Dulin, V. A.; Xazanskiy, Yu. A.; Matusevich, Ye. S.
TITLE z Experimental methods for the study of shielding (radiation detector)
SOURCE: Vo,-xv)sy* fiziki zashchity' reaktorov; abornik stitey (Problems in phystes of
reactor shielding; collection of articles). Moscow. Gosato)nizdat, 1963, 251-260
TOPIC TAGS: nuclear roactor, reactor shielding, scintillation cowiter, radiation dosimetry,
relative biological effectiveness, Monte Carlo method, radaation shielding, radiation detector,
neutron spectrum, Gamma ray spectrum, neutron distribution, Gamma ray distribution,
radiometry
Cord .1/4
ABST11ACT: The authors call aftentio-i to th(. need for .he study not only of the, otal
radiation dosage behind the shielding, in connection with the development of nuclear power,
but also of its more detailed characteristics (e. g. , the spatial and energy distribution of the
neutrons and gamma-rays in the shielding, the angular and energy distribution af ~he nei~trons
and gamma-rays on the surface of the shielding, etc.). At the present time, practically all
the modern means of radiaUon recording are used to investigate the spatial, energy and

ACCEMION NR: AT4019059
angula-1- distributions of penetrating radiation in the shielding. 710 varioul requirements
levied on sensors of ionizing radiation are reviewed.' The point is made ti,at in the -iroblem
of th-3 passage of radiation within shielding, exhaustive information is contained in the
angular energy distribution at each point in space with different geometries, the anisotropy
functions and the energy levels of the radiation sources. It Is noted that for the development
of computation methods, comparatively incomplete information such as the spatial distribution
of tLe dosage of gamma-rays and reutrons in the shielding, the behavior of neutron streams
Laving energy levels above a certain threshold, the angular distribution of streams of
gamma-rays and neutrons on the surface of the shielding, etc. is of extremely great value
in that it permits the application, when studying shielding, of very simple but nonetheless
effective methods involving the use of dosage and fission ch&mbers, threshold indicators
and the like. The measurement of integral characteristics is considered,'Fith special
attention to the problems of gamrna-ray and neutron dosage determination Ile use
of minature ionization chambers t6 discussed and their characteristics a,-e described.
Dosim-3tric instruments, including scintillation cuunters, are analyzed in the light of their
expectable performance in typical applications. A fundamental shortcomiig of such devices
Z&
17d

ACCESSION NP: AT-0] 9059
is shown to be their inal)ility to measure gamma-ray closes when neutrons are present.
The niethod of pulse amplitude summing as a technique for enhancing the operational pro-
perties of the scintillation dosimeter is described. Ile fiber- eqv ival ent polyethylene
proportional detector (for neutror. dosage measurements) is dewribed .nd its operational
principle analyzed. The concept af the "relative biological effectiveness" of neutrons as a
function of their energy is diSCUSF-d, anL: the difficulties encountered in its precise measure-
ment are outlined. A section of V 3 article is devoted to the measurement of neutron
alreams, in which it is pointed out that the technology of measuring the spatial distributions
of such streams In the shielding doca not differ essentially fram the measurernont of flow
conditions encountered in the solution of other problems. The differences that do exis.,
in terms of sensitivity requirements and other instrumentation parameters, are noted.
The authori, no'e that gamma-ray spectral distribution studies arecurrently being pursued
in two fimcianiental directions: (1) acquisition of data with respect to the spectra of the
sour-:!e6 GI ganirna- radiation (for example, the reactor, the volumetric sources of gamma-
rays, etc.); Luid (2) measurement of the angular and spectral distributions at the boundary
of the medium, which also describe the radiation sources and, on the other hand, are
absolutely indispendable for the computation of shadow shielding and the passage of
3/4

ACCESSION NR-. AT4019059
gamma-rays in heterogeneous media; that is, in those problem areas which do ftG' . as yet lend
themselves to analytical computations. Various methods used in this co,uiection are
discussed; among them certain experimental techniques involving the determination of
-.;he form nf the amplitude distribution of the pulses, the "random test method" (Monte
Clarlo method), and the use of spectrometers with NaI (T1) crystals. The final section of
the paper deals with the problem of neutron spectra measurements, and the techniques
and instrumeats suitabie for such investigations. "Ile authors express their deep
gratitude vo A. 1. Abramov, V. I. KL,-khtevlch, V. P. Mashkovich, V. 1. Popoir, B. 1.
Sinit.sy*n and S. G. Tsy*pin for thair valuable contributions to this worW'.
ASSOCIATION: none
SUBMITTED: 14Aug63
DATE ACQ: 27Feb64
YNCL: 00
SUB CODE: NP
NO REF SOVt 019
OTHER: 015
Card 4/4

Aocz=cn n: AAo36$33 S/00%/&/026j'005/0k53/(A55
MnOR: Mfttevlcb, V. I.; Matusevich, Ye. S.; Try*kov, L. A.
IT=: Space d1striUstlon of a dose of scattered radlatlom a sOurC6 of mmi-
Alrectlaml S~ quients, In an Inflnite nodlmn In the vlaftltr of the source
SOURCZ: Atmaisys, emrSV&,, Y. 2.6,p no. 5v 2.964,, 453-455
'TMC TAM: gammia, quanta scatterIng., scattering space Ustribution.. air gams
'scsitterlX.. ccmrtm matterlng, radlatlm wpm* GMEMS ray
!ABSTMM: 7m scatterlag In air of gamas raymp vhosv ciergy vas between 0.5 and
121) NvvLv was mearived. Mm effecU -114metion angle Vero U-8ADO. 25.6! Tb&
iradioaWis, lootopm used vere: %
(0-422)0 C&IN (0.661),, CoOJ 'av. emera 1.251
mA se- (am. on. 1.86 mev). 2he r&t:io Dsaffi,~se vas measured, where D Is the
power sueltezedp Dow - that not scattAredo The results an Rt; tj 0
tb~OMUCa;. f0im" fW BUGIN muttudDa. 7W devlaftm betwom tM ellwerimmul
mt calamUtAd Y&bm Jaumme vl%h tin lmre~ at mafterUg angLe. "Tm vAbors
an gmtft%l to I* I* Doodarmbop Be Go tqftlnp sn& Tao A* Zmwm&W for userml
MAVLMOO OVA& mt. WWI 5 tivxm.

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IITM-'EVICH.- Ye.S.; TSYPIN, S.G.
Problems of radiation aMelding for zan in &We. At-a.
engrg. 15 no.6:,LaM'-9,04 D 163. (KMA 17:1)
49R.,

00
T. 4071w& WT!m)/T/F.WPM/ETI 1JP(C) JD
ACC NRs A76015895 SOURCE CODE: UR/3159!65/000/028/0001/ooi,71
AMMOR: Kan'shin, V. A.; Hatusevich, Ye. S.; Regushevskly, V. 1.
OW: P 1coonetrgetics Institute, State Committee for Use of Atcoic Energy SSSR
(Fig r.,argetiLheskiy Instifut, Gosudarstvennyy kamitet po ispollzoV&-nlyu atcmnoy
onergiL SSSR) fl
TITLE: Angular 4LstrLbutLon and the number of cascade nucloons emitted by nuclei in-
teractLng with 660 Nov protons
SOURCE: ObnlnsC~.r-Flziko-energetlcheekly Institut. Doklady, rEZ-28, 1965. Uglovyye
'Ve&prvde1-9n-ry-a--1-chislo kaskadnykh nuklonov, ispuskayemykh yadrami pri vzalmodeystvii
a protonani a energiyey 660 Nov, 1-1-1
TOPIC TAGS: angular distribution, nucleon, proton, fission product, anisotropy
ABSTRACT: foe present paper Is concerned with the experimental test of the nucleon
cascade theory proposed by Heisenberg and Serber. Seven different elements placed in
a 660 Nev proton be.zm were used as targets. The interactions werv inwstigated using
the ~measur~entv of the angular distribution and the number of ca-scade nucleons emit-
ted by diffetmut nuclei. A disc of 10 cm diameter and a thLckitess 0.1fla (uhere La
impresents the inelastic erms section for 660 Nov protons) mw used as a target. The
proton bo~ am calibrated using the A127 (p, 3pn) KA24 reaction. which, is accurate
-card-112

ACC NR, AT6015'390
within 1-A. 7-- cascade uucleans were detracted by means of fission products of Bi
and Re. 'V_ ;a the above weasurwen-cs It is assumed that the spectrum of the cascade is
Jnd~pendent of -the angle 6 for 6>900. Data are piesented on the fission products of
Bi as a function of the angle e and the angular distribution of the cascade nucleons
(as calLulated from the numbe C fission products) for different target material.
It is concluded that anisotropy In the angular distribution of the cascade nucleons
increases as the macs number A of the target decreases. The average number of nucle-
ons, emitted in one inelastic interaction, is given ix. a tablo. The experimental da--
ta on the aver&3* number of the witted cascade nuclecris egret with the predicted
number for nuclsi lighter than Cu and differ by a factor of 1.5 for heavier nuclei.
The zetio of emitted neutrons to the number of emitted. protons is 0.54*0.07 for carDon.
The theoretical value in 0.54 E91, 0.61 [101 and 0.52 (131. The authors thank Yu.
Kazanski wd Y. S. Stavisskiy for their constructive discussion. Orig. art. has: 2
fi 6-.-2 tables.
SUB COM : 20/ SM DATE: 20Nov65/ ORIG REF: 007
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KCNISHIN, V.A.; HATUSEVICH, 19.S,; REGUSHEVSK77, T.le
Croas sectiosw of the fission of Ts.181, Re, Pt, Au-197, Pb, B:''?09,
ThZ32 U235 and U238 by 1%-.660 Nov, protozo. We fiz, 2 n0.4.
9
W44 0 165. (MIRA 18:11)

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AkCC-fW--M6027938 SOURCE CODE: uR/0000/0'6/000/000/0202/0205
~AUTHOR: Degtyarev, S. F.; Kukhtevich, V. I.; Matusevich, Ye. S.; Popov-, V. I. 4