SCIENTIFIC ABSTRACT GORODINSKIY, G.M. - GORODISSKAYA, G.YA.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000516310002-3
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 25, 2000
• Sequence Number: 2
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

S/020/62/147/001/018/022
Investigation into the ... B101/B144
given by A. J. F. Boyle, D. S. P. Bunbury, C. Edwards (Proc. Phys. Soc.'
79 +16 1962)) and the data on the ionicity of the Sn-Hal bonds obtained
, A (
by the method of A. L. Schaw1ow (J. Chem. Phys., 22, 1211 (1954~) and those
of M.M. Yakshin et al. (ZhNKh, 6, 2425(1961)) on refraction ani dielectric
constant give 6ion = -(5.6 � 0-5) mm/sec = -(4-4 � 0-4)-10-7 ev,
i'.rt/g(Sn119) = +(1.9 t 0.2).10-4
for a completely ionized bond. These data
enable 1 (0)12 to be determined directly from 6. In the asymmetrical
;'LV5s I
compounds, asymmetrical doubtlets were observed (Fig. 2) similar to those,
found by Boyle et al. in SnF4. The asymmetry was found also in dissolved
compounds and cannot be explained by a random orientation of the crystals
in the direction of the gamma quanta or by ferromagnetic or paramagnetic
impurities. From the equation
+1
12 If 15, (cos 0) +'Pj (cos 0)] / (cos 0) d cos 0
+1
12 Y~'P,(coso)-7is(cosO)11(cosO)dcosO
where the subscript Tron H - total, P-L(cos~~,-) is the normalized Legendre
Card 2/5

S/02 62/147/001/018/a22
Invoutigation into the... B101Y11144
polynomial, f(cos_~) = La kT k(cosL$) is the factor determ'Ining the intensity
of the Mossbauer line, a k the decay coefficient, it follows that if
013, totlall tot ~ (2f-5ao + a2)/(2f-5ao a2 1 -(with a2 / 0) and
-2r5,,a 2/a.4,' 2 F5, each of the peaks of the Mdsebauer doublet may.become
higher than the other one according to the xatio a /a 2' This ratio can be
determined experimentally. Assuming a quadrupole splitting of the
M~ssbauer line in SnF and Ph SnHal, q = 6.9-1018X V/CM2 is obtained where
2 2 4 3 119
q = 8 'V/az is the gradient of the electric fi6ld in the region of the Sn
nucleus, and x is the degree of ionization of the bond. For Ph SnUal
xz 0.55 with Hal = I; x:~-0.7 with Hal - 13r; Cl and x =1 with Hal - F..
Another possible interpretation of the asymmetrical splitting might be
the different hybridization of the sp3d2 bonds. In order to explain this
-problem it is suggested that the effective charges of the halogen and tin
atoms be determined directly. When an equimolecular mixture of SnPh 4 and
SnI was irradiated with 1.6-Mev electrons the M6ssbauer spectrum was
4
Card 3/5

S/020/62/147/001/018/022
Investigation into the ... B101/B144
observed to be greatly changed through the spectra of various
disproportionation produots Ph SnI being superimposed. Hance it is
i 4-i
concluded that the Mossbauer effect can be used not only to study the
chemical structure but also to solve problems of chemical kinetics and
radiation chemistry. There are 2 figures.
ASSOCIATION: Institut khimicheskoy fiziki Akademii nauk SSSR (Institute
of Chemical Physics of the Academy of Sciences USSR)
SUBMITTED: July 21, 1962
Card 4/5

S/020/62/147/001/918/0*22
Investigation into the... B100144
Fig. 2. Diagram of the asymmetrical MUsebauer spectra
J:7
Fig. 2
Card 5/5

VOLIKEliSHIEYE, Andrey Aleksandrovich- GOi(ODRISKUY 0 M.., nauchn.
red.; VAYTS, V.M., red. -
[Vlsual low-brightnam pbotometry] VinalInala fotometrila
malykh larkostei. Flockval Energiia, 1965. 141 p.
(MIRA 18:4)

~92)1
s/14i/62/005/002 004/025
E03t/E3111
AT=ZI0-2'S: Andronov, A.A. and Gorodinski)r, G.V.
TITLE: Dipole radiation o.L 16ngitudinal waves
PERIODICAL: -rzvestiya vysshika uchabnykIi zavedeniy,
Radiofizika, v. 5, no. 2, 1962, 254 - 239
TEXT: Tho authors discuss tho emission of longitudinal
vaves in an isotropic transparent medium -with spatial dispersion*
is assuried that the relation between the induction D and
t.'ia. electric field E for processes vrhich have a simple
harmonic dependence ~n time is of the form
D e (w)E + L div Z + L 2-!N E (1)
0 - 2 -
where c (w) is t'he dielectric constant in the absence of
spatial dispersion, and
L1 and L 2 are parameters vrhose absolute nagnitudes
are of the order of tho characteristic
microdimensions of the medium.
Card 1/4

S/i4l/62/005/002/004/025
Dipole radiation .... E032/E314
Using the Coulomb calibration of the electromagnetic-field
e-I
po -tials, it 'urns out that the longitudinal field can be
derivdd from a scalar potential 9 , which satisfies the
generalized Poisson equation
A
c (w , k) y (2a)
vrh er e
A A 2"2
k
0 L (3)
is the dielectric-constant operator. The corresponding Green
function is then derived and is shown to be
-ik r
1 0
G(r) = . (.9)
0
Card 2/4

s/14i/62/005/002/oc4/o25
Dipolo radiation E,032/F.314
2 2 2 2 2
= L + L
.';ICrO li: &.(u)/L and L Next, it is
0 0 1 2
sho,.-n-i that the total intensity of longitudinal waves in.-
plasma is Siven by
p =
2 Li-
POw Ve -0( -(j)
(19a)
18 Y-'~~ c3 (VT/C)-"
ii'liere VT is the average thermal velocity of the electrons,
and the dipole moment is
6(r)e iwt (14)
.0 -
Finally, the ratio of the intensity of longitudinal- to
transverse ii-aves is
Card 3/4

s/141/62/005/002/004/025
Dipole radiation 0 ... E032/E314
p 1
PL =20(VT/C)3 (20a)
Thus, the int.'ensity of the longitudinal waves is much higher
than that of the transverse waves and tends to infinity at
a fixed frequency and fixed dipole moment, when L or V T
tend.to zero.
ASSOCIATION: Nauchno-issledovatel'skiy radiofizicheskiy
institut pri.Gorlkovskoin universitete
(Scientific Research Radiophysics Institute
of Gor1kiv University)
SUBMITTED; July 26; 1961
Card 4/1k

GORODINSKIX,~-G.V.; TAMOYKIN, V.V.
Resonance radiation from a charge moving near a plasma clot.
Izv. vys. ucheb. zav.; i~adioflz. 6 no.41721t?M 163. (MIRA 16.-12)
1. Nauchno-issledovatellskiy radiofizicheskiy institut pri
GorIkovskom universitete.

1,TF(c)
-4e EWT (1 ) AEPF (n ) -2/W0 (MVEPA (w)
7,
k '
ACCE.SSION n.-- AP5=678 UW0141/065/006/001/0064/0069
AUITOP: Goro dinskiy. G. V.
TITLE: Radiation reaction' the caae of longitudinal waves
SOURM IVUZ. Radiofizika, v. 8S no. 1. 19630 64-69
ilk
TOPIC TAGS: 21asma radieion, radiation reaction, longitudinp-1 wave, negative ab-
--4t 4 -1 AA
-6f-eiiLd-if dii-of long tudinal waves is larger
than that of transverse waves. An isotropic plasma, is considered. By calculating
the radiation reaction, it is shown that in such a qystem the oscillattons build
up and have an intensity greater by a factor (C/7 )-3 than in a medium without
s-patial dispersion (C is the velocity of light &nS V T is the thermal velocity of
tiectrons in the plAgma), "The author thaillm V. L. Qwburg and alaq A~-A,
orig. - art. h"
;'Card 1/2

-'53
ACCESSION NR: AP5Olo678
ASSOCUtTION: Nauchno-isaledovatel'skiy radicifizicheskiy institut pri Gorkovskom
6, e~, e (,ladlaphysias Scientific Research Inztit*ate at the (-',or'kiy University)
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j.- 18 (3) SOV/.U2-57-6-10644
Translation fronu Referativnyy zhurnal. Elektrotekhnika, 1957, Nr 5,
pp 155-156 (USSR)
AUTHOR: Shifrin, M. A., Gorodinskiy, 1. A.
TITLE: Auto~natic Mohitoi_rn::g:":::~e ~TKIZV~n_e_*_s~ol Hot-Rolled Sheets
(Avtomaticheskiy kontrol' tolshchiny goryachego tonkolistovogo prokata)
PERIODICAL: Byul. Teentr. in-t inform. chernoy metallurgii, 1956, Nr 4,
pp SS-61
ABSTRACT: An automatic outfit is described for measuring hot-rolled 2-10 mm
sheets by the compensation method, with an error under 0. 02-0. 03 nun; the
outfit has been developed by the Central Automation Laboratory, the Ministry
of Ferrous Metallurgy (TOLA MChM), and depends on x-ray pulses for its
operation. The outfit -comprises: an x-ray tube, two photomultipliers with
luminescent screens, a supply -and -control desk, and an electronic BP-102
potentiometer - A pulse modulator produces 0. 000 1 -sec pulses with a
_V1
Card 1/2

'~7
_. I _. SOY/112-57-5-10644
Automatic Monitoring of the Thickness of Hot-Rolled Sheets
repetition frequency of 50.cps. The x-ray tube voltage is 100 kv, current 0. 1
amp. The average powe-.- is about 40 va as compared to 3. 2 kya needed for
.~cohtinuous radiation. The service life of the x-ray tube is 3,000-4,000 hours.
Reported are: calculation of generating conditions, analysis of measurement
errors due to hot sheet, calculation of water sprinkling on the sheet and
warping of same; measures to eliminate the errors are indicated. A general
block diagram, pulse-modulator circuit, records and graphs obtained are
presented.
V. F. R.
Card 2/2

ACC NR. AP60-2-14-70---
iNTMOR: Gcrodinskiy, 1, A,
ORG: None
TITLE: A method for nondestructive inspection oi multilayered magnetically conduc-
Class 42, No. 182387 (announced by the Central Automation Laboratory
(TsentrallnWa laboratoriya avtozatiki))
SOURCE: Izobreteniya, promyshlennyye obraztsy, tovarnyye znukl, no. 11, 1966, 93
TOPIC TAGS: nondestructive test, laminated material
ABSTRACT: 'this Author's Certificate introduces a method for nondestructive inspec-
tion of =ltilayered magnetically conductive material. The procedure consists of
P'acin~ the material in an electromagnetic field set up by, an alternating current
and feeding the rect-ified output voltage to an indicator. The method is designed
for elizinatin- measurement errora resulting from variations in the thickness of a
layer in multilayered materials, e. g. a powder wire shell. A direct current is
passed through the material to be checked, and the resultant voltage drop across the
section being inspected is fed in series to the indicator circuit in conformity with
the rectified output voltage.
620.1T9.

-ACC--NR-9-Api5o2l47Q
SUB CODE:
Card
09, 13, 11/ SUBM DATE: 24Apr64

GOFIUDDWKIY. S.; SAUXC,"Vp V.
1 . ~ -T-
Squipmat. for polyvinyl chloride floor coverizgq* -.
.Na-stroi. Rom. 3 no-3:36,37 Mr "62, (MIRA 16:2)
(E*16110) (Floor coverings)

UgSR/Medicine Radiology Iftr 50.
Diseases, Occupational
"Some problems of Labor Hygiene in Electron Micron-
copy," S. M. Gorodinskiyj Inst of Labor Hygiene and.
Oc-:upational Diseases, Acad Med Sci USSR
"Gig i San" Wo 3, pp 25-30
Studies working conditions at electron microscope
installation and finds three harmful factors, elim-
Ination of which is important for health and safety.
Finds that two of these factors, effect of X-rays ,
on workers, and contamination of air by mercury from
pumps, can be eliminated by changes in construction
162T76
VSSR/14edicine - Radiology (Contd) Mar 50
of microscope. Remaining factor, formation of
ozone due to high voltage usedo- (50 kvy.,can be
eliminated by reducing surface under high voltage
and improving ventilation. Includes three tables
ct data and two dravings of,microscope.
162776

r 4 its
X . A!
1, 4, mild V. A. Momshis. bre,V Akid. Vo,,k
.M)t!Vrf- Fss. 14. Ttlkl~ T( lWyll A d-,ollm ... I i, III rat
t1difforifill %it'll In tit, N mid-, s10 1, it tolittill to
1
11"VIVIII stlors ottilosl lilt till , 01 1 till, It 4.1 It," I It owt I
I It. till fAr fat"14 dit, wIt 1111M of it I Isig I is ;11, 1 h,
ottit. It# N itnif 4'7 (mith* wAs vkom- %w slight1v Al.nr thi, -1~
limit. Alm ev,1114101 WA4 tilt f4tiftl4l' 47"Itt"I lIV Vi~t4ll
mrain dulian ".rk an Ille steirlimon,Ir an't it)., N plloj,"~f
city CJ ishil". N Nk,""

161. S. 1. Krapivent-
i-AMMA.Shimilaya. Gifitmlfi
Sand. 1951. No.3, 3LIA-4ti rewatch and isidusttiil Wis.
-tivil. of Ch maT reach mg./cit. u1., ca-hill lowvfnl
effi.1trary W 1wrialluarl (0.1 mg. Is acceptell as the thr"houl
limit). Oxides of N am ulawilly about 0.10"MI s mg./-
cu. in., poll CO b impa"Ant Imly ill I'lln, vtolkills with
paposite drel"MI". whirre all atill. 'I'llew Of 0.10
Illaytimur, Pic virretv sill vi%lull
are writ"t awl f(CQUVtkt 041W-11 Of OVfVWl3 -fill ill
by1ft-riotty. at"I iffilallort of the uplicr rv%pirdtory tract
arc faulll. Improvetl %hicitling Mail Ventilation are reCona-
itivulled. M. KfAWAIX)IT
USS P,

GOROD11isgly, S.M.; FARLUMNIKO, G.M.
110 wxm~m
Problems of prophylaxis In work with radioactive isotomes. Gigiona I Sanit.
1b. No.4. 224. (NLU 6: 4)
(cA 47 no.21:11009 '53).
1. lnst.~~4~k~nylruda I Profess. tabolaranly, Aked. Nod. Nauk S.S.S.R.,
Moscowo
Brief description of radioactive elements and their radioactivity.
Gives detailed description of premises suitable for work with radioactive elements,
laboratory equipment, and maintenance of such equipment and personal hygiene measures to
be observed by workers engaged in research and* handling of radioactive elemenst. A set of
instruments used in this type of work is shown.
261T46

Gigiena. truda pri rabote s radianktivnymi izotopami; materialy dlia san.-proevet. raboty
(Occupational hygiene in work with radio-active Isotopes; material for sanitery education
work). Pod-red. A.A.Letaveta. Moskva Megiz, 1954- 39 P-
_' - ~2 7
-
___6,1
Z, __, ix
SO: Monthly List of Russian Accessions, Vol 7, ~~ 9~, Dec 1954

GORODINSKIY, S. M, and PARWMENKO, 0. M.
"Safety Measures in Harx1ling Radioactive Isotopes,," 1955
"Sanitar7 Regulations and Instructions for Handling Radioactive Isotopes.," 1955

AID P - 14gi
Subject USSR/14edicine
Card 1/1 Pub. 37 - 6/19
Author Gorodinskiy, S. M., Senior Scientific Worker
Title Characteristic of ozone as an industrial poison
Periodical : Gig.-i san., 2, 28-32, F 1955
Abstract : Deals with tests on animals exposed to air with varying
ozone content, as well as with polyclinical
examinations of men working under industrial conditions
with considerably ozonized air. The results of these
surveys show the high toxity of ozone. Legal measures
for the limitation of ozone content in the air of in-
dustrial premises as well aB periodical medical check-
up of persons subjected to the effect of ozone are
recommended. 2 diagrs., 10 ref., 1895-1953
Institution: Institute of Industrial Hygiene and Professional Diseases,
Academy of Medical Sciences, USSR
Submitted MY 10, 1954

GORMINSKIY. S.M.,kandidat meditainskikh nauk.
InAlvidual protection during work with uncovered radioactive
substancec. Gig. i san. 21 no.1:27-31 Ja- 156 (MLYA 9:5)
1. Is Inatituta giglyany truda i professionaV nykh zabolevanty
ANN SSSR.
(RADIATIONS, lnj.eff..
protection of laboratory workers)
A brief review of the methods emplcrjed, with a description of the pneumatic
protective clotbing used for this purpose in the USSR

CMnA bICA See.14 Vol.11j? Radiology Jul 57.
1163. GORODINSKII S. M. Inst. of Work Ilyg. and Occup, Dis., Acad. of Med.
Sci. of the USSR, Moscow. t Means of individual protection for
work with radioactive isotopes (Russian text) MED. RADIOL,
1956, 1/ 5 (84-91)
Various polymers ('plastics, pellicles) based on polyethylene, polyvinyl chlorides,
some resins and organic vitreous substances. etc., are suitable material for
individual protection. Depending on conditions of work. 3 kinds of the protective
devices are distinguished: (1) for work with uncovered radioactive substances up
to 10 me., (2) between 10 and 100 me., (3) for maintenance and emergency work.
The author. with Letavet and Chetverikova, investigated the possibilities of two
special pneumatic suits LGI and LG2, made entirely of plastic materials. LGI
consists of a light. transparent. globular headpiece, plastic overall of special
construction and air conducting apparatus (rubber pipes with a portable or station-
ary pump). The construction of the suit ensures the constant movement of air all
round the body of the worker and thus complete protection of the skin against
radioactive particles, Plastic material itself is easily decontaminated. LG2 con-
sists of a soft headpiece carrying a transparent visor and other plastic pieces.
Optimum conditions are obtained when the air is pumped into the pneumatic suit at
a rate of 150-200 1. per min. In this way a kind of a specific milieu is created
within the suit, which makes prolonged work in a contaminated,' radioactive atmo-
sphere possible without symptoms. Respirator ' Lepestok' is used for the protect-
ion of the respiratory organs only. It is constructed out of a new filtering material
and can be used once only. Its weight In 10 g., its efficacy is 99.9% when used in
the presence of small particle aerosols, and its resistance to respiration is small.
The defence against Inert radioactive gases Is bised on isolation apparatus with
rubber pipes and gas-masks. For the protection of the legs easily to be cleaned
plastic high boats are suftable or thick paper boots destroyed after single exposure.
References 4.

SHTEDING, M.N.; NPSOVA, L.K.; IUZIMINA, L.I.; KARFOY, T.L.; DANIIA)VA, L.G,-
GOROONSKIT, S.K.
Utilizing polymeric materials containing polyvinyl chloride in
Wufacturing articles for the protection of individuals against
radioactive radiation. Khim.prom.no-7:4o4il o-N 156 iMI2A 10:1)
(Clothing, Protective) (Radioactivity) (Vinyl polymerel

GORUDINSAY, S.Mq,,KARPOV, V.L., N1103011A, L.M., SffIIT9-r-T(,,,MJJ.
"Selection of Plastic Poijmr 14azerials for Use in Equipment
for Peroonal Protection". P. 24
Trudy Vessoyu2noy Konferents2i po Neditsinexoy Radioiogii
(Voprosy Gigiyeny I Dozimetrii) Knagiz, IV5-/, Moscow Russian, Bic.
Proceedings oz tne Ali-Union Conference on Medical Radiology
(Hygienic end Dosimetric ProDiems)o

OURUDINSLIY, ~.X. , CITEVERIKOVA, Z.3., V.L.
"Some Sanitary Xnginsering Requirements in the Urganization of
the Cleaning of Plastic Items lor Individuai Yrotection". p. J.5
Tru(kv Veasoywnoy lonferenteli po keditsinsicoy ~Iadioiogii
(Voprosy Gigiyeny i Dozimetril) Haden, ly)yj Moscow Russian, oic.
Proceedings of the All-Union Conference on hedical Nadiology
(bygianic and Dosimetric Proolems).

X C 1)
137-58-1-2185
Translation from: Referativnyy zhurnal, Metallurgiya, 1958, Nr 1, p296 (USSR)
AUTHORS: Gorodinskiy, arkhomenko, G. M.
TITLE: Problems of Labor Hygiene in Work with Radioactive Isotopes
~(Voprosy gigiyeny truda pri rabote s radioaktivnymi izotopami)
PERIODICAL: V sb. : Izuch. iznosa detaley mashin pri pomoshchi r-~dioaktivn.
izotopov. Moscow, AN SSSR, 1957, pp 135-143
ABSTRACT: The harmful effect of radioactive isotopes upon the human
body is examined, and a complex of hygiene and technical -
health measures is set forth for the purpose of making work
with radioactive isotopes safe,
Ye. L.
1- 110tOP83 (Radioactive)-Physiological effects 2. Isotopes
(Had oactive)--%Safety measures
Card I/l

GORODINSKly. S.M.! P16H&V~,XAYA. S.A.
Yalse conceptg In protec'Ing the eyes and bodies of workers from
gamon-rays by individual protection meacures. Hed,rad. 2 no,3:
83-84 MY-Je 157. (MIRA 10:10)
(RADIATION A?HOTJWTION
shields & glasses. evaluation)

c I c~
AUTHOR: GCRC)D3NSKr,S.U. MEBWAKOVpVoL. P39-8-9/26
TITLE: Personnel Protection during Repair Work In Oontminated A res.-
(Individua2raya sashohita pri Mon* kh rabotakh Y usltviyakh
radloa-ktivnogo zagryasneniya, Ruasian~
PMODICA14 Atomasys Enemop, 1957, Vol 3, Nr go pp, 14i-la (_UeSeSeRe)
ABSTRACTs If repairs have to be carried out in radioactively contaminatea
areas, it in necessary to protect the personnel: a) against
.r -radiation, (by short working hours), b) against their
krin coming into contact with radioactive isotopes in order to
prevent them from penetrating into the human organism; this in
done by protective clothing and face masks.
The Russian protective suits W - I and IG - 2, and the face
masks SbB - I and Sb'B - 2 are deBeribed in short. (With
6 Illustrations and 10 Slavic References).
ASSOCIATIM
PMEM BYt
qTMVT
AVAUABLE:
Not given
24.12A956
Library of Congress
Gard 1/1

WOM911KO, Galine Maksimovna;LICTAVIT,
-A
prof. U'.T&.. red.; UCKIN, M.T., takhmred.
[Hygienic aspects of work with radioActive isotopes] Gigiens.
truda pri rabote a radloaktivaymi izotopami. Fo4 red. A.A.
Lotavota. Izd.3, dop. i ispr. Moskva, Goo. izd-vo mod. lit-ry.
1958. - 66 P. (MIRA 11:12)
1. DayetvitelOW chles AMN SSSII.
(RADIOISOTOPES--SAPSTY MIASURES)

.GORODINSKIY9 S.M.; NOSOVAt L.M.; PUTFILOVA9 Z.Ye.
Protective building covers and methods for their deactivation after
radioactive pollution. Med. rad. 5 no.11:57-61 14 160.
(MIRA 13:12)
(RADIATION PROTECTION) (RADIOACTIVE FALLOUT)

BURNAZYAN, A.I., k and. med . nauk L-G-0-R-0-DI-N-S-K-Ilyj S-Y-j kand.med.nauk; KAMYSHENKO,
I.D.; NEFEDOV, Yu.G., Gnd.med.nauk; PRAVETSKIY, V.N.
Providing radiation protection on the atomic icebreaker "Lenin."
Sudostroenie 27 no.8:11-14 Ag 161. (MIRA 14:9)
(Lenin (Atomic ship)) (Radiation protection)

GORODIN red,toma; PARKHOMKO, G.M.9 red. toma; TARASFYKO,
N.Yu., red. toma; MAREY, A.N.!, red. toma; R0ZAN0V,M.S.,,red,;-
KUZ#MJWA, N.S., tekhn. red.
(Radiation hygiene] Radiatsionnaia. gigiena. Moskva, Medgi
Vol.l. [Industrial hygiene] Gigiena truda. 1962. 231 p. Vozi.2.
[Coiammal hygiene] Komuunallnaia gigiena. 1962.. 223 p.
(RADIATION PROTECTION) (MIRA 15:7)

GORO-,DIN.SK,IY,,,~p!p~i!~.~~~ylovich., dote.; SARYCHEV, Viktor
~~rgeyevicj~,', "iiiho'-p- ~tLJTOVJ, Aleksey Semenovich,
inzh.; EYD121OV, Yu.S., inzh., red.
[High-frequency welding of polyvinyl chloride plasticized
resin in the laying of floors] Vysokochastotnaia avarka
polivinilkhloridnogo plastikata pri ustroistve polov. Mo-
skva, Gosstroiizdat., 1963. 20 p. (MI-U 17:9)
1. Moscow. Nauchno-iseledovatellskiy institut organizatsii,,
mekhanizatsii i tekhnicheskoy pomoshchi stroitellstvu.
2. Zaveduyushchiy otdelor, Institut:~ biofiziki Ministprntva
zdravookhraneniya SSSR (for Gorodinskiy). 3. Institut biofiziki
Ministerstva zdravookhraneniya SSSR (for Sarychev, Zelenov).

FANFILOVAI Z.Ye.; ROULIN, M.I.; RODIONOVp I.S.; FAUSTOVA, D.G.;
red.; TIKHOFIBOV,
GOLtDSHTINN, D.S.; HELIR5
V.B., red.; PODOSHVINA, V.A., red.; VIASOVA, N.A.,, tekhn.
red.
[Protective coatings in atomic engineering] Zashchitrye po-
krytiia v atomnoi tekbnike; sbornik statei. Moskva, Gos-
atomizdat, 1963. 183 p. (MIRA 16:12)
(Shielding (Radiation))

MUM
ACCESSION NR: AT4016988 8/3057/63j(
OOOIOOOA66~1
AUTHOR: Gorodinskly, S. M.
TITLEt The role of shielding to the radiation safety system
SOURCE: Zashchitny*ye pokr3r*tiya V atomno.* t*khniko (Shielding in amolear
engineering); abornik statey. Moscow, Gomatomisdat, 1963, 5-10
TOPIC TAGS: nuclear engineeringe atomic radiation, radiation., reactor shielding,
contamination, activation, deactivation
ABSTRACT: The author discusses the organization of a reliable system of radiatioa
safety in its very broadest terms, pointing out the importance of the strict :b,-
servation of permissible contamination levels. The entire range of the probl
of surface contamination is examined and the causes for such contamination are
listed and discussed. Particular attention in given to the relation which exiate
between the degree of contamination of equipment and structural surfaces and aero-!-__
sol activity in the air. The views of different authors on this problem are ex- i
amined and criticized. The author advances the premise that on* of the fundamentai
postulates of radiation security mot be the radical reduction of the possibility
of'contamination of the surfaces of production shop@ and equipment. It is pointedl
on Vit, at the present-day state-of-the-art, the primary emph"is, in this direc-1
C111

ACCESSION NIL: AT4016988
tion must be layed'on the utilization of'iucb construction and finishing materials,
from which contamination can be easily removed. The fundamental requirements of
good shielding materials are discussed, with the author calling for the replacemeat
of stainless ebrome-nickel steel by war@ accessible and were easily deactivated
materials. The shielding potential of different polymer and lac dye materials
are discussed and the advantage* of forsula 57-40 masticated rubber forthis pur-
pose are analyzed briefly*
ASSOCIATION: none
SMITIW t 00 DATE ACQt 2OFeb64 ENCL: 00
SUB CODE: XF NO FAY SOV: 000 OTMt 001
Co,d

A
.CCESSION NIR: AT4016990 S/3057/63/000/000/0016/0024
=HOR: Gorodinskiy, S.M.; Panfilova, Z.Ye; Spiridonov, A.D.; Shudrenko N.A.
-MTLE: Investigation into the de:activation capability of basic construction
md finishing materials
_EOURCE: Zashchitny*ye pokryktiya v atomnoy tekhnike (Shielding in nuclear
kingineering); sbornik statey. Moscow, Gosatomizdat, 1963, 16-24
TOPIC TAGS: deactivation, decontamination, nuclear shielding, radioactive
contamination, radioactive decontamination, residual radioactivity, radio-
6ctivity protection
ABSTRACT: The authors point out the absence of complete generalizing data on
studies of different construction and finishing materials from the point: of -
view of their ability to be deactivated after radioactive contamination.. The
dbility of materials to become contaminated and to be deactivated is shown
fo be a function of their chemical composition, physical structure anc.
4,ace state. Fillers, additives and pigments may impair the ability at-
material to be deactivated. It has been shown that such materials as cement,
pru .113
I

XCESSION NR: AT4016990
hrick, wood and ceramic slabs for flooring have strong radioactive sorption
and are practically incapable of being cleansed of radioactive substances.
tiowever, the authors feel chat the results given by various writers on tests
of the deactivation capability of materials are largely of little use, since
these results were obtained with different investigatory techniques. Inasmuch
as the capacity of a material for deactivation depends greatly on the nature
of the radioactive contaminants, the level of contamination and the method of
deactivation, commensurate experimental data require that research be ccnducted
ander strictly standardized conditions; The authors studied the deactiva 'tion
capability of different materials (cement, grade 200; woods of various kinds
Garbon steel, grade st. 3; stainless steel, grade lKhl8N9T; ceramic floor
slabs of various kinds; Dutch tile slabs; experimental facing slabs of poly-
_9tyrene and a variety of chemically resistant slabs of cast stone; asbestos,
abonite flooring strips; textolite; phenoZite slabs for walls and floors;
silicate glass and organic glass; polyvinylehloride masticated rubber for-
mulas 57-40 and 80; polymer films on a polyvinylehloride, polyethylene and
oolyethyleneterephthalic acid base; glyphthalic and polyvinylchloride.lino-
tuums; relin (rubber linoleum) and a wide variety of lac dye shieldings) by
contaminating,the materials with radioactive substances, deactivating them and
Card
-2/3

ACCESSiON NR: AT4016990
then determining the activity which could not be washed away (the so-called
residual activity). The evaluation of the sorption-desorption properties of
the materials was made according to anaccepted laboratory practice. The
results of these te.;'.-s are presented, codified and interpreted. The work
carried out showed that the basic construction materials cannot be employed
without shielding for protection against radioactive contamination. Of the
materials tested, the following may be recommended for use as shielding
materials: silicate glass, organic glass, glazed ceramic slabs for the inter,-
nal facing of walls, masticated rubbers formulas 57-40 and 80, porystyrene
facing slabs and films on a polyvinylchloride, polyethylene and polyethyl-
eneterephthalate base. The.wide range of polymer film-forming substances
will make it possible to select lac dye shielding systems with the proper
characteristics, which may be used under various production and construction i
conditions. orig. art. has: 2 figures and 2 tables.
none
SUMITTED: 00 DATE ACQ: ZOFeb64 E\,ICL:. 00
SUB CODE: NP, MT NO REP SOV: 005 OTHER: 009
d'
3/3

ACCESSION HR: AT4016991 8/3057163/000/000/0025/0034 t

21 Ksrpov, VA.; Nosova, L.M.; Panfil'ova, Z~,Yeo;
JAUTHOR: Gorbdinakiy, S.LN
.
:iRodionavo Key*

TITIE: The development of a masticated rubbei an polyvinylchloride base -for.
shielding against radioactive substances
Loa
SOURCE: Zashchitny*ye poki;y*t*ya v atomnoy tekhnike (Shielding In nuclear -oft@
eering);-sbornik statsys Moscow, Gosatomizdat, 1963, 25-34,

TOPIC~hGS., nuclear engineering, masticated rubber, nuclear shielding, radio-
activity, polyviny1chloride polymer, radioactive shielding, radioactive con-
A
tamination, residual activity, 57-40 rubber

ihe industrial polymers produced at the
A4STRACT: It is pointed out that, of
present time , yolyvinylchloride is, - in term of its inexpensiveness and sech-
anical and technological prop#rties, the-best material to serve as a base for
shielding in nuclear,engincering. The authors testdd many masticated rubber
;.aterialb --it polyvinylehloride- resin bases in terms of their sorption-desorp-
tion characteristic as a function of the type of polyvinyLehloridi resin, pro-

I cessing conditions and the presence of different components which provide for
CaFd'-

ACCESSION NR: AT4016991
the required physico-mechanical and technological properties of the material.
(By "sorption-desorption properties" the authors mean the ability of the mat-
erial to absorb radioactivity and to be washed free of these radioactive sub-
stances through the effect of special cleansing solutions; the sorption- desiorp-
tion characteristic is expressed by the residual activity of the material in
percentages of the original contamination). The results of these tests are
discusse,!. The optiiaal solution of the problem of developing a material to
meet the apecific operating requirements involved in working with radioactive
substances was found in an entirely new principle of composition. This prin-
ciple consists of the introduction into the composition of specially selected
admixtures of hydrophobic substances which separate out on the surface of the
masticated rubber in the form of a thin layer. The research conducted along
these lines by the authors led to the possibility of developing on the basis of
:'the most accessible polymer - polyvinylchloride - a new type of shielding
material, called masticated rubber formula 57-40 and 80. This material is a
thermoplastic and its physical and mechanical properties depend-to a large degree I
on the temperature (its tensile strength, for example, changes with increasing
temperature) and, for this, reason, the formula, use must' be 1 iinitea to temperature
interval of from 0 to 5OCs -The effect of the radiation'dosage on th:lstrangth
'Corti '2/3

_T
ACCESSION NR: AT4016991
Of the masticated rubber and on its elongation are discussed along with tortain
14her specific characteristics of the matettal. The authors point out that
rmula 51 a do
-40 and 80 masticated rubber has successfully undergone test un r
i different conditions and is presently being widely used as a shUlding material
in radiochemical laboratories and at atomic power centrals. Easily deactivated
1 and possessed of extremely high resistance to wear,this shielding materiel,-
i produced in thicknesses of 2 and 3 mm, to particularly suited to continuous'
covering of floors and, produced In thicknesses of 0.3. 0.5 and 0.7 mm, my be
utilized as a wall covetings The makticated rubber Is sivailable In colors of
!,brown, orange, blue and white. 11L.I. Kuzlmina and L.Go Danil6va of the Okhtln_~
skiy khImkombinat (OkhtInsk Chemical Works) took part Lei the work*" Orlso
has: 7 figures,
ASSOCLATXON: none
SUMITTED: 00 WE ACQ: 2OF~b"- ENCL:
SUB CODE: NP NO REP. 6M 000 OTHER: 000
!Card 313

t
ACCESSION IMS AT4016994 8/3057/63/000/000/0654/0074
A4-skt* S. m.; penfilovag 2. To.; Zolenoys A. S.; garyfthevp V. L;
:AUTHOR:
j1vanovaq T. G.; Weaves I" M.
TXTZXi The design of protective covering@ (abieldingf) Of formula .57-40 mostiestai,
rubber for structural elemente
1
SOURCE: Zashchitny*ye pokry*tiya v atommy takhaike (shielding In nucleat
iengineering), abornik statey. Moscow, Cosatomisdat, i963, 54-74
TOPIC TAGS: protective shielding, radioactive shielding, masticated rubber,
57-40 rubber, rubber welding, welding RIC, radioactivity, nuclear shielding
~ABSTRACT: In this detailed and extensive article, the auihors describe the use
of formula 57-40 masticated rubber for purposes of radioactive shielding...' -The
article consists of two main parts: Part I - the shielding of. floors, and Part 2
the use of the masticated rubber for -the facing of -malls and stairs. The condi-
tions of applying the rubber, the preparation of thi floor' surface, *the preparatiou
f the masticated rubber for welding, the actual welding of the natexUl with
higb-froquency current, the use of various rigs for welding (the SM and the PI), i
b application'by welding of flanges and crimps, bigb-frequency lap
making and
1~*-_ -1/2

!,A=UI.= EL A.26016"4
welding of tells and shiesto of mesticated rubbegs bet air weldiog. of the.matertotI
.1 4"0 11"llye, carpeting are considered. In the section dealing with do t
Let"
of walls. and staft flights with On, --1& 57-0 masticated rubber, the setberv
! give specLal.attestioe to the use of the piewl (a
14M
pist 01) foutastening the rubber. Two motbo" for tba-linius of wait@ age
described and diaScamaed and the entire procedure to be (allowed In the evveruw
Of stairs is outlined. A separate section is devoted to the problem of, joloing
;surfaces Lin" with tbe*m"ticated rubber to metallic tociage and shells. A
The artlisle oseetwoo
IiWam. don bor this operation might best be pecto
I with a diodws"m of . the mat - heq*ost 1y encountered veldia$ buits (etc. be& 'do
*d','tbo-bot-6ft tlq"$) OW bm tbW may bell UIW
wwii4. emd
t t-
weld quality coutrol and safety cqpla i6so- W-A
INS
0
OrAge art- IMS -14
I None
ANOCIATZI~
SUMMED 9 00 DM AOQ: 20F~b64 =CLS 00
SUB COR: YPs,'Nr W UP INt ON
:Card
%

Vf,
V
'ITE BELOW TH:-S Ll""E
ACCESSION NR: AT4017001 8/3057/63/000/000/012610136
AUTHOR: aftlava, Z. Ye.; pirldonov, A. D,; Non
dinskiy,'Ap -K.-; Pa ova, L. X
Shudranko, N. A.
L
TITLE; Investigatiot-C of" lacquers for shield# against radioactiye contamination
SOURCE: ~Zashchitny*ye pokry*tiya v atomnoy tekhniko (Shieldin4 in nuclear L
engineering); sbornik'itatey. Moscow, Go"tomizdjLt, 1963,'126-136
TOPIC TAGS: atomic reactor, radioactiveconiamination, nuclear shielding,
shielding, lacquer shielding, lacquer
0_
ABSTRACT: Lacquered materials aire widely used for finishing processes in factories
and technical equipment. The advantage of lacquered materials for the shielding of
-construction materials and technological equipment from radioactive contamination
is the continuous, jointless coating of the surface during any of its configurations.
The present investigation showed that the desorptive properties of lacquer coatings
depend primarily on t~,eir chemical composition. Lafquers with oils and alkali-oil
should not be used fo~ 'surfaces contaminated by radioactive waste. It is advinable
to use 1-20-61 enamels, on an SVKh-40 basg and commercial enamels on an 5VKh-40
base vith lacquer coaeihgs. The most efficient proiecilon of concrete igainst
Card 1/3

ACCESkON NR: AT4017001
contamination is a shie'llding on a ba':se of the high- ole'Cular epoxy resins 9-40,
E-41,..E-49 and ET-8. (pee Fig. 1 of the Enclosure). It 'is possible to mike shield-
ing compounds cons isti~g of lacquer 'Coatings which ensure easy and complete de-
contamination (washing away of radioacti,ve waste). Or~g. art. has: 3 figures
and 4'tables.
ASSOC*TION: None
SUBMITTED; 00 DATE ACQ; 2OFeb64 ENCL: 01
VDAEF SOV: 004 OTHER: 003
SUB CODE: NP
Card :-'2/3

.s^CISSION NR-AT4017001 UCLOSURE: 01
A.
OIF
W4
FV-s-
-A
Number of SOLILUS-W48MIM5 CYCIGS
Fig. 1. Sorption-desorption ieptu~ea of coatings made of OP034 resing
-Of different grades
Card 3/3

kCESSION NRI AT4017068 S/3057/63/000/000/0173/0182
AUTHOR: Gorodinakiy, S. M.;,Panfilova, Z. Ye.; Golldsbtayn, D. S.; Nosova,
L. M.; Fi-shev-sWa-ya, r.-K.-
TITLE: A laboratory method for the co 'mparative estimation of the deactivation
of materials contaminated by fission product isotopes
SOURCE: -Zaahchitny*ye pokry*tiya v atomnoy tekhnike (Shielding irf nuclear
engineering); aborqik statey. Moscow, Gosatomizdat, 1963, 173-182
TOPIC TAGS: ra'dioactive element, nuclear shielding,' decontamination, deactiva-
tion, fission product, radioactivity, radioactive isotope, radioactive
contamination
ABSTRACT: The possibility of removing radioactive contaminants from shielding*
and other anti-radiation materiala is one of the most important requirements of
these shieldings. The deactivation solution consists of a 2% hydrochloric acid
.solution containing 0.3% of either OP=7 or OP=10 soap and 0.4% sodium meta-
pIhosphate. The s'Vdidm solution 'reacts with th6 cations of many r.dioactive
isotopes and forms water-soluble compounds. In addition, the sodium meta-
phosphate softeni the water,,imipivVing the.washing*action of the solution.
Card 1/3

i6CESSION NR: AT4617008
gimples during the testd were first deactivated by the sAlution and were then
washed with water. , The solution was then used,,again,, and the samples were
bashed and dried.'~ When this msiho4 was insuff$.ci6t a solution of 5 grams of
iaou and I gram o fk"Mn% Per Iiier was tised wiih 6e same procedure. A
a usedto dote a r6dioactivi ' bekore and after testing .
counter wa imine 4 ti
tee Fig. I of t~'~",Rnalosucel,) Orig. art. hasil 2 figures and 1 table.
A~SSOCIATWN.- Nollei
SIjBKMW: 00 DATE AOQ: 20Feb64 KNOL: 01
SUB CODE: NP, 00, NO BEF SOVS. 001 OTHER:' 004
P
6rd 2/3

ACCESS1011 Njj AT4017008 ENCLOSURE: 01
-P44
cd
0
td
Td
Number of washing contamination cyclps
Fig. Accumulation of residual radioacti4ity'of polyvinyl-chloride
filak du'ring.washing of the samples
1 in cans while shaking; 2 washing from sprayer
Card 3/3,

GORODjH5M.,,--adj,..; PANFILOVA, Z.Ye.; GOLIDSHTEY14, D.S.; NOSOVA,
L.M.KALYUMNAYAO T.P.t red.
[Decontamination of means of individual abielding and
protective coatings) Dezaktivizatsiia aredstv indivi-
duallnoi zashchity 1 zashchitnykb pokrytii. Moskvap
Atomizdat, 1964. 117 p. (MIRA 17-6)

Raw - W~~MRW
GORODINSKIY, Yu.
'K.- Use best work examples for training.
28-30 0 161.
Sov. profsoiuzy 17 no-20:
(KIRA 14:9)
1. Master zavoda "Volt-rotsemtyazhmash" Stavro3olt-na-Volge.
, 1~
cialist competition (WC

GOR-QUIMWVA,-" . starshaya meditsinakaya seatra (V:Ladivost(*)
Prevention of colde in the "A=rskiiw: CbUdren Tuberculosio
Sanatorium. Mad. sestra 21 no.3;38-39 Mr 162. (MIRA 15:3).
(TUBERCULCOIS-HCSPITALS AND SMTCRIM4S)
(COLD (DISKA34)

GORODISHCHER, B.,- VOLCDARSKIY, V.
Gentralized wallpaper manufaoture. Stroitell no.5s15 My
!61. (MM 14: 6)
(Wallpaper)

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JJ".KlIj It 411A pad4inba 31UNI JAdn 4MItuss a olul dn
pxlutttd tug 3JUNI i4mol attl U! ults 3q1 ql!AL (SAWIUI %~'
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0 0 0 0 0 0 0 0 &

I - y"1 -
BULYGIN, A., GORODISECITIZii, Z., and LTPINGER, A. "Contamination of th-:- sand of a
high-speed nonavitatin~ filter, and chemical methods of purif~ring it", 11~aterialy po
kom..unal. khoz-~~, 1549, Collection 2, P. 30-36.
SO: U-4393, 19 August 53, (Letopis 'Zhurnal Inykh Statey', No. 22, 1949).

GOROMSHGHER,-l.U,V starshiy nauchWy sotrudnik; MASMVA, F.I.,
naucbnyy sotrudnik
Deactivation of dri" water containing radioactive phosphorms~
by contact coagulation, ig.i san. 25 no.7:56-.60 Jl 160.
(MIRA 2435)
1. Iz Instituta. radiatsionnoy gigiyeny Ministerstva zdravookh-
raneniya RSFSR.
(WATEI-PURMCATIOR) (PHOSPHORUS-ISOTOPLS)

GORODISHCHF.H.,.Z.Y,a.; MAMMA, N.I.
Deactivation of potable ,water containing p32 and Sr89 by means
of a contact coagulation method. Mad. rad. 6 no.2:52-56 14
(MIR& 140)
(RLDIOACTIVE FALLOUT) (WATER-PURIFICATION)
(PHOSPHOWS-ISOTOPES) (STPZNTIUM-lSOTOPES)

GORODISMR,-I.
Keeping records of retail trade turnover and glass container, Sov.
tDrg. 34 no.11:39-41 N ".60. (MIRA 13.-11)~
1. Starshly ekonomist gorpishchatorgs,.g. Kishinev.
(Contain*rs)

GOROUSHTER 1.
Calculate the volume of the turnover of goods correctly. Sove
torg. 36 no.12S50-52 D 162. (KIRA 16A)
1. Starehiy ekonomistAltUnevskoy gorodskoy torgovoy
organizataft po torgovle pishcheproduktani.
(Glass containers) (Retail trade-4ccounting)

TANANATKO, N.M. [Tananalka, N.M.];.GORODISrAYA, O.A. [Horodyelka, O.A.]
Pyridine-iodide complexes of netals. Nauk.zap.ryiv.un. 16
no,15:109-112 157- (MIRA 11:11)
(P~rriaine) (loclides) (Complex compounds)

DELIMARSIKIT, Yu,K, LANQ OrTy--D-T-- it,
iquation for polarographic curves related to slectrodeposition. of
metals on solid electrodes. Dop. AN URSR no.6:540-544 '55.(NLRL 9:7)
l.PredstaTiT diyonly chlon AN MSR A&T.Dumanalkly.
.21actroplating)

r t:
1W V, v
14,
t
I
gu -4 ~Ij
if
lid
4,41 j il J.. z* I
vy
IN Is-III uo I Vdrr- -
it 3
i I I I 1,F] f
I
0.4 14
rn

GOLIODISKIYj, V. I.
36592- Fiziko-Khirnicheskiye Issledovaniya Efiratoll Al,,awLiiiiy-Khloiida i A-lywminiy"
Bromda V Benzole i Ilitrobenzole'. Trudy Kiyevsk. Tardino-L. in-Ta Silikatov, T. 17, 1949,
C. 118-28. - Bibliogr: 36 I-Jazv.
SO: Letopial ZhurnallrVkh Statey., J~ol- 50, Moskva, 1949

37~
SKMHINKO, I.T.; HOMMIKYY, T.J.
Role of the poliarographlo method in the diagnosis of malignant tumors. Xs4ych.
sInw. 22 no.5:00-85 052. (MM 6:10)
1. KyyIvs'kyy'rentS*no-oWcologIchW Instytut.
(Tumors)

The avirlicallon of radioactive
m4igrant I of
w
~tiucalc,i in ll~
u,,Ign of tile jl-:J.
- 5 narma! mciawa, 24 fi~. Ot- 1h,
Na,fJPO,-?". Th~ grr~tcjt co-a
La btnqn lum~;~ cxr,:t,!~d thAl
to 7he iefl u- tht ,Ig~I
the ~.n:: Gilt fr~., pa;~,-. ;g~
the glands wa, confirmed civ bj-,Et"-rj". ej,~gw_.,
A. Stew,

e,OP,OD IS' KIYj 0.1.
SHEVCHMO, I.T.; GORODISIKIY, V.I.; USNIA, I.V.; ROSTOVTSFVA, O.N.
Relation of debydrase activity to the level of the polarographic
waves. Nedych.zhur. 24 no.6:50-53 154. (MM 8:7)
1. Iftivelkly rentgon-radiologichniy i onkologichnty institut.
(DZffMOG=SN9
polarograpIT, relation of deb7drogenass activity to
level of polArographic waves)
(POLAROGRAPHT,
of det7drogenase. relation of dekqdrogenAse &ctiyity
to level of polarographic waves)

GORODISIKIY, V.I.; VJWLA, I.V.; ROSTOVTSWA, O.M.
Catalano activity In normal and tumor tissues. Medych.zhur. 24
no.6:54-58 154. (MM 817)
1. Kiivelkiy rentgon-radiologichnyy i onkologichniy institut.
(ce"ArAss,
In normal & tumor tissues)
(NEOPLASMS,.metabolism in.
ca. talase in tumor tissue)

MM/Gencial Problems of Patholo[Zr - Timiors. Metabolism. U,
Abs Jour : Ref Mur . Biole., 11o 21) 1958., 98165
1
Author : 'Mievchenkoj, I.T..,
Inst : Kiev Scientific Researc'i RociltconoradioloGic am! Onc-.,L~-
~;ic Institute.
Title : PolaroCxaphic Method in Dia~~nosis of Carcinoma and "Lizecaa.-
cino-,Litous Condition.
p. Kiyevak. ii.J. rentrcnoradiol. i. onkol. in--'-
Orig Pub : Uch. zq
1955, 5, 331-340-
Abstract : By polaroaTrphic invas-%'*'i:',a1-'.-'0n of a protein-free filtrate
(!IF) of ratts blood) on t1ic 7th - 10th clay after trcuisplan-
tation of a turior, the -polaro_;mphic curve (rc) rose.
.Liter removal of tumor, 11C Cecrcasee. to standarO. oil tuile
10-12th elay. The hei-ji of PC of PF of blood of -at`--oats
with ncilioi,-ait twmre, ill 565 cases out of 567 wa-,
Card 1/2

zr - Motabolisn. U.
USSR/Gencral 1~rolblo.-Is of Patholor
Abs Jour Ref ZI11Lw - Biol.., No 21, 1950, 98165
51-93 rxi and in 2-50 rxi- In 11calthy people and pvcj~~iaut
Worien, the heiLht of 17C ixv; 46-50 Tm- PC of !T- Of tuzior
tissues of rats 53-82 i:mi, of licalthy tissues of 'LLc saric
rats on the averale W.L'I mi anCI in healthy rats 46.3 U10
The heidit of PC of PF turl:)rs of nail 51-72 tra,
in Other diseases (bcni-:~i Ihmiors, ulcerative proccssc!s,
,,~raaulonas A al.) 47-50 Lr-1- Vith turmr growth, "U'ic IwiL~it
of VC increasede PC if PIF of tissues dccreaso(I in DroDor-
tim.- to, their distance '11:ou the tmor. ITcjI:L'%jl'c
Card 2/2
19 -

A

-Copir. ihm, eadullurn, stud nicket content of namtes aM
vtsev;t -641mllol.-und Otte rA~ Just,
~ScLllc9c%trch

2, No, 1;
-Vaprasy Aled. KAins.
*Ck
v,).
Tillumv frwit Do diseased rats tuid lestiond mnscks ftmu 50
l
d
nallid
wei
hell
alld C"
Zu
h
(s we
lthy

i ea
ru
re cxc
sk
. g
,
g
,
,
,
Cd, and 14i selA. P.Aid detd, tKilarogralwhically by MaIYUC-103
3
d
10
f
i

v
s oun
). Coucus.
n nig./
0 g.
tneth(4 (C.A. 38, 3213
(

i dry tissue) vtcrc rusp.: 0.13, L-52, tm~es, And notte for
njuscle t4uuc and 0,324, 1210, 2.W. and trAm for tumor
ti.%uc. Ilightr conen. cA dwse denmuts t 1;
uted,to the alkaline niedium mid coinhination with lutf-

GORCDbKIT-, V.I.; VISILAYA. I.Y.
Sulfur In muscle and tumor tissues [with summary in Inglish]. Top.
mad-khtm. 2 no.5:357-358 3-0 156. (KWA 9-.12)
1. Xhinicheskeys laborstorlys Ityevskogo nauchno-iReledovetallskogo
rentgano-radiologichookogo I onkologichookogo institute.
(SULAM, astaboltsm,
musc. & tumor tissues Me))
(MUSAPS. metabolism,
sulfur, comparison with tumor tissue (Run))
(HROPIASK, metabolism tn.
tumor tissue sulfur, comparison with muse. (Rua))

GORMjLas.~.: VMLATA, I.Y.
Binding of sulfhydryl groups in malignant growth. Yrach.dolo
supplement 157:100 (MIRA 11:3)
1. Kiyevskly nauchno-Issledovatel'skiy rentgeno-radiologicheskly i
onkologichookly Institut.
(MCAPTO GROW) (CAIM)

USM/Human and iVdxal Physiology (NDrmal,and Pathological). T-13
Effect of Physical Vactors. Ionizing Reaction.
Abs Jour : Ref Zhur - Biole., No 16, 1958, 75284
Author : Gorodyskiy,, Vj,j Veselaya, I-V.
Inst :
Title : Activeness of Catalase of Mwcles of Rats Infected with
Radiation Sicknesse
.Orle Pub : Tr. Vses. konferentsii po mod. radiol. Eksperin. Mlo
radiolo M,,, Hedgiz, 1957, 117-119
Abstract In the muscles of rats the activity of catalase was deter-
mineO. in 1-7 days after general roentgen e4osure to 1000
r (14 animals) a=l in 1-2 days after 2000-3000 r (in 8
rats)* The magaitudes exceedea the control level and in-
creasc-d with the increase of the interval after exposure,
The maximal magnitudes were exerted over the controls by
2.2 times after 1000 r and by 2-4-2e5 tim;eq. ~Xter 2000-
3000 re This Increase is explained by the accumulation of
Card 1/2
nizing Radiation.

GORODYSKT'Y
, V.1.
VISBIATA. U4,(Xiyev, 4-7a Bachnaya u1.. d.57. kv.1); GORODTSK_I_T_j,464.,,'-'
Iffect of heavy metal salts on the radiosensitivity of transplanted
tumors. Vop'sonk-' 3 no-3:300-303 157. (MLRA 10:8)
1. Is khtmichaskoy laborstoril (rukoyod. -,V.LGorodjyskiy) Kiyovskago
nauchno-isaledovatellskogo rentgeno-radiologicbeskogo I onkol---ichesko-
go Institute (diro - professor I.T.Shavchonko)
(UNIASM, expere
off0 of sodium chromium tartrate & sodium iron tartrats
on roentgen sensitivity of transplantable tumors Ohis))
HROUUKI off
nodium.chromium. tartrate on roentgen sensitivity of
transplantable tumors Ons))
IROJIS off . ~ -,
sodium Iron tartrate on roentgen sensitivity of trans-
plantable tumors (Rug))
(RUMUN RATS, off.
on transplantable tum6rs. off. of sodium, chromium tortrate
& sodium Iron tartrate oil sensitivity (Rue)) I

GORODISIKIY, V.I.; VESELA, I.V.
Manganese content of tumors and muscles [with summary in Xnglishl.
Ukr.biokhim.zhur. 29 no.4:476-478 '57. (MIRA 11:1)
1. Kilvalkiy rentgono-radiologichniy ta onkologichniy institut.
(CALCIR) (MANGANESI IN THP6 BODY)

,.,-GCRODYSKIY. V.I.; VXSEUYAO V.I.
Iron content of tumors and muscles. Vrach. delo no,1:97i98 '59-
KIRA 12:4)
1. Kiyevskly nauchno-looledavatellskiy rentgano-radiologicheekly
onkologicheekly inatitut.
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to erruncuab lnuvpftt&Um than the coaventional ".tAtic"
asuIy-.w*. Tbt sy. kiWb of A-Ay al P in the rat nrgan~
is: funp 0.8 Ism (norsual) and - (with cmphor) -, livet
41-47 And 0.45. bidkwy 1.25 aml 0.6; pancreii 1. 4 and
brArl 2.0 SW -; skin SA Aud -. luuwtc ILI And
CY'c III and -. spinal cmd 77 and 34; twain 120 ~;;U and
7; hunts QD &" - G. M, KWAAPOO

GOTRODISSIKA
G. NEED-L.-ON 1M. D. Rr-A!'071A S. I. and S11111-IL R. D.
5185. GOWDISSIMA G. Ia., NEDIAN 1-1. B., RIBAKOVA S. I. and SIMOL R. B. Effect of
camphor and tetrarnethylammonium iodide on phosphorus metabUispi in rats and frogs
Dokladi Akadernij Nauk 3,SSR, Moscow 1950, 69/6 (833-836) Graphs 3 Tables 2
A study of phosphorus metabolism urder the infltence of camphor (1) and taturanothy-
lammoniun iodide (11), using radioactive phosphorus, showed that Vile 1 increases
phosphorus rAtabolism In various tissues of the rat, while U has the opposite effect
on phosphor-us metabolism in frog muscles. The kinetic method of investi.ration used
Is recommefided for this kUid of work, since the usual methods sometimes lead to Voss
errors. Fuks - ZaCreb
SO: Excerpta Medica , Section 11 Volme 111 No. 9

GORODISSKAYA, G. BARK=j, 0.
"Data on the Action of an Internal Betaradiation on the Phos-
phorus and Albuminous Metabolism of the Cerebrum." Paper submitted at
2nd Conference on Biochemistry of the Nervons System, AS WSR, 12-16 Feb
1957, Kiev. il,(R
rfamlation 1122802

AUTHOR GORODI.MAYA~ G.Yk.
TITLE -Radioactive Isotopes in Biochemistry (Aocor-
(ling to data of the Second Conference on the Biochemistry cf "he
Nervous System).
(Primeneniye radioaktivnykh izotopov v biokhimii.(Po materialam 2-Y
konferentsii po biokhimii nervnoy sistemy -Russian)
PERIODICAL Atomnava Energiya, 1957, Vol 21 Nr 0, PP 563-565 (U-3-S-R-)
ABSIRACT Between February 12 and February 16 the second conference on the
biochemistry of the nervous system took place at Kiev; it was or-
ganized by the Institute for biochemistry of the Academy of Science
of the Ukrainian SSR. On this conference 35 lectures were delivered
and discussed,which gave a very clear description of the development
of processes in the main cerebrum and of the connection between
these processes with the functioning of the nervous system. By the
application of radioactive isotopes knowledge in these fields was
increased and extended. More than half of the 'Lectures delivered
concerned new data which were obtiined by means of radioactive in-
dicators. The chemical processes in the cerebrum wera studIed with
the radioisotopes P32,05 and c14 in form of phoaphate (P32),
metionon, and jhyamin (s35)p aoetio acid, glycose, glycine, and
tyrocin (?) (C 4). The lectures dealt with the following topicsi
The albumins of the brain and of the nervous system; the renewal
of the aminoacid content of the albumins of the brain; the In,.-rea-
Card I//2 sed renewal of the albumins of the brain after a three days' sleep

The Application of Radioactive Isotopes in Biochemistry 4~AF-24
(According to data of the Second Conference on the Biochemiutiv
of the Nervous System).
caused by the introductionof amital sodium; the hitherto little
studied problem of the structure and the physiological part play-
ed by glycogen in the brain; the increase of the speoifie activi-
ty of glycogen in the brain with a simultaneous decrease of the
quantity of glydogen in the case of an excitation caused by qhe~
naminel the separation of a new fraction of phosphor-containing
organic 3ubstanoes which had previously been considered to be
"impure" ribonuclein acidsl the comparative study of phosphor-oon-
taining substances in the nervous system; the separatiorpf lipoid
in the brain; the synthesis of phosphorylcholin and phosphoryl-
ethalomin,which was marked with 02, and some other topics,
(No illustrations).
ASSOCIATION Not Given.
PRESENTED BY
SUBINITTED
AVAILABLE Library of Congress.
Card 2/2