SCIENTIFIC ABSTRACT SLASTNIKOVA, L.F. - SLAVACHEVSKAYA, N.M.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001651310002-2
• 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/6,01/62/000/016/023/029
BI 9 3, 3
AUTHORS: Gertsriken, S. D'. (Deceased), Yatsenko, 'T.K. and
Slastnik @va, L.F.
TITLr,.: Diffusion ofnicl.cel in nickel-baze -alloys
OOURCE: Akademiya nauk Ukrayinskoyi,RSR. Instytut
metalofyzyky.. Sbornik nauchnykh rabot.-,no. 16.
Kiyev, 19-62. Voprosy fiziki metallov i
metallovedeniya. 168 177
iz.
TEXT: The radioactive-tracer technique was used, in this.
investigation coa-zerned with the off ect of the constitution and
impurity level on the diffusa,an. 'Of Ni in refractory,@Ni-base
alloys. Two experimental alloys were used: a single-phase
.and
solid solution N!_Cz--W-Mo"Co alloy,prepared from pure:-metals'
vacuum-melted, or melted in. air and-prepared from techhical-grade
materials. 2) a heterogeneous Ni_Cr-W-;-Mo-Ti-AI alloy, also
either vacuumn-melted and prepared from pure metals, or melted i
air and made from -@echnic'al-grade metals contaminated with,B:.
The diffusion-annealing tests were:carried out at.700, 7,50 and
800 OC. Conclusions A) The co'efficient of volume@diffusion 0@@
_%lard 1/112..-

s/661/62/060/016/023/029
Diffusion of nickel .... :-;193/r,-383

nickel in the alloys studied at 700
0
- ly'
'800 C is'not significant

affected by the degree of purity. @:
) The coefficiont of grain-'
B
boundary diffusion of Ni in alloys oftechnical-grade purity is
almost t-%Tice as low as that@ fox- the high-purity materials,
demonstrating clearly the effect :of impurities on the diffusion
porn, eability of grain boundaries. C) The coefficients@_of*volume-
and grain-boundarydiffusion of:Ni. in heterogeneous alloys at,
750 800 OC are also, twice as lorf a sthose for.single-phase,-
(solid solution-type) alloys. D)_ -, Contrary to the vlevir held b y
many workers, the width of'the grai n boundaries.in the single-_
6
phase Ni-base alloy has been found to be 5.5 x 10 cm*
There are 3 figures and 3 tables..
SUBMITTED: January 21, 1962

Card 2/2

SIATNIKOVA, Z. T.
1- 1-
Case of &out* alliary tuberen2oals of the I=gog perdicardlum,
and menInges. Probl. tabeft. , Moolma lia.6:?0-71 lov-Dec. 1953o
4 (CUM 25:5)
1, Of Moscow Rmialpal Scientiflo-Research Tuberculosis ftstitatis
(Director -- Prof. V.U Prals).

SLASTION, M.I.
Changes in the glycogen content of the myocardium following the
simultaneous use of strophanthin and insulin [with summary in
English]. Fiziol. zhur. [Ukr.1 4 no.2:266-268 mr-Ap 158.
(MIRA 11:5)
l.Kiivalkiy medichniy Inatitut im, akademika 0.0. Bogomolltsya,
kafedra farmakologii.
(GLYGOGEN) (STROPRAYMIN) (INSULIN)

RODIONOVY P.Vc) prof,,; BAZHENOVp S,VPp prof.; SLASTIONY M.I.Y dotsent
(Kiyev) --- - -
"Medioinal plants and their use by the people" tT N.A. Nosallp
I.M. Nosall. Reviewed by P.V. Rodionov, S.V. Baihenovp
M.I. SlastIon. Vrach. delo no. 3:147-148 Mr 161. (MIRA 14:4)
(B.OTANY, MOICAL) (NOSAL19 M.A.) (NOSAL19 I.M.)

SLUTUKRIII. N.
_-____- --_ --------
Automotive transportation unit endeavors to reluce current
repairs. Awt. transp. 38 no. 12:8-9 D 160. (MIRA 13:12)
(Motor vehicles-Maintenance and repair)

SLASTUNOV, V.G., inzh.
---------
Technical progress and work safet7 in the mining industry.
Bezop.truda v prom. 1 no-11:13-16 N 157. (MIRA 10;10)
(Mining engineering)

SLAMNOV, V-G., inzh.
In Czechoslovakian mines. Bazop.trude v prom. 2 no.3:34-36 Mr 158.
(Ciechoslovakla-Minihg enginpering) (MIRA 11:1)

SLASTUNOV, V.G., inzh.-
1.." -1. Analysis of'mine accidents. Becop. truda v prom. 2 no.8:11-14
Ag 158. (MIRA 12:7)
(Mine accidents)

SLASTUNOV, V.G., inzh.
Development of equipment and Improvement of working conditions in ore
mining. Bezop.truda v prom- 3 no.1:5-7 Ja '59. (MIRA 12:3)
(Mining engineerin@,,)

BARON, Lazar' lzrailevich. prof., doktor tekhn.nauk, red.: DOKUCHATIV,
Kikhail Moiseyevich; VASILIUV, Georgiy Aleksandrovich; DCRONI-
CH&TA, Lyudmila Arkadlysvna;__F@.ASO@V@., gornyy inzh..
retsenzent; ROMINOV, A.I., gornyy inzh.. retsensent; YMONTOT,
A.D., otv.red.; SIPTAGINA, Z.A., red.ir4-ya; KOROTMOVA. Z.A..
tekhn.red.
(Blasting operations in ore mining; a handbook] Vzry"ye raboty
v gornorudnoi promyshlennosti; spravochnoe posobie. Pod red. L,I.
Barons. Moskva. %s.nsuchno-tekhn.ixd-vo lit-ry po gornoun delu.
ig6o. 181 p. (MMA 13:3)
(Mining engineering)

SUSTU11OV, V.G., inzh.
---------
The mining syntem ja ari,important factor in ensuring labor
safety in mines. Berop.truda v prom. 4 no.2:10-13
F 16o. (KIRA 13:5)
(14ining engineering)

BRIGHKIN, Aleksandr Vasillyevich; NIKIFOROV, Ivan Mikhaylovich;
SKAUADI, B.P., dots., retsenzent;_�YST-VMV,-V..-G..,. gorrory
inzh., -retsenzent; KUZNETSOV, I.P., dots., kand. tekbn.
nauk, retsenzent; YARTSEN, V.A., dots.# kand. tekhn. nauk,
retsenzent; KULIKOV, V.P.j assistent, retsenzent; SINITSIN,
I*A9.9 assistent, retsenzent; USOV, V.I., assistent, retsen-
zent; FJBOK, K.G., atv. red.; PARTSEVSKIY, V.1%, red.izd-va;
SABITOV, A., tekhn. red.
(Safety measures in mines] Tekhnika bezopasnosti na rudnikakh.
Moskva., Gos. nauchno-tekhn.lzd-vo lit-ry po gornmm delul 1961,
440 P. Wa 15-2)
1. Severo-Kavl-azskiy gornometallurgicheskiy institut (for
Skalkin, Slastunov). 2. Zaveduyushchiy kafedroy tekbniki
bezopasnosti i rudnichnoy ventilyatsii Sverdlovskago gornogo
instituta im. V.V.Vakhrusheva (for Kuznetsov). 3. Kafedra takh-
niki bezopasnosti i rudnichnoy ventilyatsii Sverdlovskogo gor-
nogo instituta im. V.V.VakhrusheveL (for Yartsev, KuMov,
Sinitsin, Usav).
(Mining engineering-Safety measures)

SIASTUNOV, V.G.p gornyy inzh.
Ways of increasing safety and preventing traumtisms in mines.
Gor. zhur. no.3:65-70 14r 161. (MIRA 140)
1. Goagortekhnadsor RSFSR, Moskva.
. (Mining engineering--Safety- measures)
(Mine accidents)

IZRAITELI, S.A., otv. rod.; MOISEYEV, S.L., otv. red.; SKURAT, V.K.,
otv. red.,j"LA4 NOV v otv. red.; ZAYTSEV, A.P., red.;
---L ""V V
a
POLESIN, Ya.L., roT.47@aAT, V.K.-, redjj.AS
.PY,jV V.G., red.;
SOBDLEVP G.G., red.; FECKTISTOV, A.T. , re-K,@- @GMNKC,
V.D., red. izd-va.; BOLDYREVA, Z.A., tekhn. red.
[Unified safety rules for mining metalliferous, non-metallic, and
placer deposits by the underground method]Edinye pravila. bez-
opasnosti pri razrabotke rudnykh, nerudnykh i rossypnykh mesto-
rozhdenii podzemnym sposobom. Moskva, Gosgortekhizdat, 1962. 253 p.
(MIRA 15:12)
1. Russia (1917- R.S.F.S.R.)Gosudarstvennyy komitet po nadzoru za
bezopasnym vedenlem rabot v promy-ghlennosti i gornomu nadzoru.
(Mine safety)

SIASTUNOV, V.G., Jnzh.
Some changes in the Unified Safety Regulations for Underground
Mining of Metal-ore, Nonmetal and Placer Deposits. Bezop.
truda v prom. 6 no.12:14-16 D 162. (MIRA "L.5'.12)
1. Gosudarstvennyy komitet pri Sovete Ministrov RSFSR po
nadzoru z_= vedeniyem rabot v promyshlennosti i gor-nomm
nadzoru.
(Mining engineering--Safety regulatlons)

FAVLOV, Konstantin Vasillyeviah(geceased];_@@ @., gorn. f
inzh., retsenzent; BDRI"V.. S.S., retsenzent; PARTSEVSKIY,-,. (
V.N., red.izd-va; MAKSIMVA, V.V., tekhn. red.. -
--` .
[Safety engineering and mine rescue work In the mining
industry] Tekhnika bezopasnosti I gornospasatellnoe delo
v gornorudnoi promyshlennosti. Moskva, Gosgortekhizdat,
1963. 335 P. (Mine safety) (MIRA 16:5)

SLASTUNOVj Yq., inzh.
All-Union conference on iron mining and dressing. Bezop.-cruda v
prom. 7 no.3:37-39 *1 '63. (KMA 16:3)
(It, mines and mining)

IZAAITEL', S.A., otv. red.; SKURAT, V.K., otv. red.; ZUBAREV,
S.N., otv. red.; MOISIEYEV, S.L., otv. red.; ASTAFIYEVA,
A.V., kand. tekhn. nauk, red.; VASIKOVSIIY, Ye.L., red.;
VISHNEVSKIY, Ye.L., red.; KRIVTSOV, B.S., red.; KOROTKIN,
I.N., red.; MITROFAVOV, S.I., doktor tekhn. nauk, red.;
NORKIN, V.V., kand. tekhn. nauk, red.; NIKITIN, A.A., red.;
RUDNEV, A.P., red.; SLIA4TM_QIV_,,_.'V.G.q red.; TKACHEV, F.A.,
red.; RAUKHVARGER, Ye.L., kand. tekhn. nauk, red.;
FEOKTISTOV, A.T.[deceased), red.; UYUSET, A.P., red.
[Safety regulations for the dressing and sintering of fer-
rous and nonferrous metal ores] Pravila bezopasnosti pri
obogashchenii i aglomeratsii rud tsvetnykh i cherpykh me-
tallov. Moskva, Nedra, 1964. 106 p. (MLRA 18:4)
1. Russia (1917- R.S.F.S.R.) Gosudarstvemyy komitet po
nadzoru za '_@ezopasrym vedeniyem v pronyshlermosti i gor-
no m, nadzoru.

KOSTIAL, Krista; MAI.TKOVIC, Tea; SLAT, Blanka; WELBER, 0.
Toxicity of some new chelating agents for radiostrontium removal.
Arh. hig. rada 13 no.l+:295-298 162.
1. Institute for Medical Research, incorporating the Institute of .?.
IndustAiLl Hygiene, Zagreb.
(EDATHAMIL) (CHEIATING AG&ITS) (STRONTIUM ISOTDPES)
(RADIATION PROTECTION)

S1 A,V, Bitjilka; KOSTIAL, Krista
The influence of low temperature on acet7lcholine and' prtasr:-'-um,
ses.1tivity of the superior cervical ganglion. Arh. hig. iada 16
11
no.1:3?-41 165.
1. Institute for Medical Research, Yugoslav Academy of Science
and Arts, Zagreb. Submitted April 24, 1965.

SLATAM, P., inzh.;'R4KALOTK., inzh.
The UMM-28 mltispindle boring macWne. 14ashinostroone 12
no.3:36-37 *.163. - - -

imam, B.
Balgaria
Academic Degree not given
The Ckrug Hospital In Vama (0krashma bolsdtoa. Varma)j
directors Chief pbpdolm N* UNGUM.
Sofia, Mwsm@ emlommut or
So 3. 1962, VP 6L64.
"ClUlcal &W ft - tomicel Case of labom
Co-authort
SIATM, Xv. th* same affillaUes as Above.

arA uppn'Wii.,
-i

TIKHONOVA, Ye., master; ABZA-TDV, S.; SIATIN, A.
Our best builders. Stroitall no.9:12 158.
(MIRA 13:3)
1. Brigadir tresta No.46, 4ybinsk (for Abzalov).
(Construction workers)

SIATIN, A. (KRMASK)
Under the control of the party organization. Okhr. truda i sots,
strakh. 4 'no-4:22-24 Mr-961, (14IRA 14:3)
(Krymok-Bridge construction-Hygienic aspects)

a':FYIJ PCL-l KIK'l
-I.- s vy,

.54tjx, Ivan Kikhaylovich
[Government procurement of agricultural products in the U.S.S.R.]
GosudArstvannye zagotovki seliskokhosiaistvennykh produktov v SSSR.
Koskva, Vysshaia partitnala shkola pri TSK OSS. 1956. 46 p.
(Farm produce-Karketing). (KM 9:12)

YMOKIMOV, Yu.A... kand.tekhn.nauk; LOSHAK, I.A., inzh.;.SLATIN, V.Ai-s- inzh.
Use of nylon sleeve bearings on construction equipment. 14ekh.
stroi. 19 no-4:20-22 Ap 162. (KRA 15'-9)
(Nylon) (Bearings) (Construction equipment)

PE-LINIKOV., V.P.J. irlzh.; V.A.) inzh.; NOI@-AREVYAN, K.L., inzh,;
IPATOV., A.I., irmh.; SHORO., L.A.., inzh.;,fYUTYUIINIKOV,, B.D.Ir
inzh.
Ist us givo--higbL-,quality'squipment to the reinforced-concrete-
products plantsl Transp. stroi. 12 nD.3:30-33 Ift- 162.
(NIRA 16:11)

SLATINNEANU) R.
Aspects of standardIratica In the field of alderurgy. p; 3.
STANDARDIZAREA. Bucuresti. Vol. 7, a6le 8, Aug. 1955.
SCURCEs East European Accessions List (EEAL), LC, Vol. 5t no. 3. Marek 1956.,

SLATTM.NU, R.
Cou"ess of tke International Organization for Standaridlzation. p. 7,
STANDARDIZAREA. Bacuresti. Vol. 7. no. 81 Aug. 1955.
SOURCE: East European Acceasiona List (EM), LCj, Vol. 5, no. 3, YArch 1956.

SIATINEANU, R.: RATIU, M.
Comparative resilience tests with Mesnager and ISO test tubes. P 167
STAND.4-RDIZAREA. Comisiunea de Standardizare. Bucuresti, Rumania
Vol. II, no. 4, Apr. 1959
Monthly List of East European Accessions (EFAI) Lc. vol. 8, no. 9, Sept. 1959
Uncl.

7 --x- -@-Fx
Oz-
t&
diuin oxalate wa's shown. e. syn es [e-mail]_ 0,
& K-
ac
alkali salts@-- dum hydroifile was, ma e: y- re Lo'n',o N_F7
The, Mot
-da
:1 NH40H; after filtering an was g the ziiidbiunit *d roxWeI7 was ssollved,*
ptimum. conditions were cj@@tahizat -W V
ated oxalate solutions at pH 1.' 0
agitation:at temperatures from about 70 to 20- 22C, for 5- 7. hours from solution
2+ 3- 1
having an Nb:C204 ratio of 1: and. containwigi after c6neentratie 1.
id 1/2
c
a

a . A. N.
-LATIFSETY I
Velvet
Settina of the nap in semi-velvets and velvets., Tekst. prom., no. 1, 1952.
0
9. @jon 1 List of Russian Accessions, Library of Congress, March _195J, Uncl.
L@@ - - - 2

SLATIKSKIY., A.N.,o POLOMKOVA, S.A.
Automatic control circuit of the technological processes in
the, padding dyer and steaming apparatus. Tekst@prme 21
nP.6-:67-68 Jo l61. KM 150)
Textile machinery)
utomatic control)
R

Transactions of the All-Union Conference on the Use of Radioactive and Stable Isotope
ion in the 11ational Econoriy and Science; Machine and Instrument Manufactur-
ind Radiat
ing, IMoscow Izd-vo _:Ull ESSR, 1G,,,58. 356 'n.
m XChelln, V. ., and T.A. 3 slave, (MGU Imeni Lomonosova; HII ask-
hm I-
hovoy Promyahlonnosti - Moscow State University lmonl Looonomov;
Scientific Research Institute of the Fur industry). Radlometric
Detemination of the Fur Density of Pelts 203
A.M. Slatinskiy and K.D. pleffienik (To.ntrallnyiy
nauchno-loaledO'Val!Tl"~71"nstltut khI_0ach-itoFu_mt&zhn,y promysh on-
no.ti - Central Sclen;Irle Research Institute of the Cotton in -
duatry). use or RadloactIve Isotopes In the Textile Industry 206
Ne@@haytyv_;dyj Ye.A. -,VMII Goznak). use of Radioactive Isotopes
In the Con-trol-of-i5he Weight Or Paper Shette 212
Kardash, Ye.G. (Ts*nl.rallnyy nauchno-isal*dovatellska" labor&-
tdrtya70osb- ekhnadzora -@ Central Bcl*ntlfic Research Laboratory
of Geagortokhnaftor,"). Scintillation Pipe Thickness Gauge 21T
G.G.p and T.U. Neyman
(Nauchno-Imaladovatellskly institut
~norgetichookE-g6-prib-ci-rostroyeni7a - 381antiflo Research
M
titut:,for Heat-Pover Instrument Raking). Weamarement or So-
lution Centrations WIth Data Radiation 223
Yeraoleyevp Ye.l. Us* of Backscattering of Beta Radiation In the
Control of'the Thlakness of Coatings 22T I
u ley R
ley X. . Apparstno for the Neezuralment of the Thickness
D
P. . a @t. a34,

24(4)
AUTHOR: Slatinskiy, A.N.
SOV/170-59-6-11/20
TITLE: Determination of Utilization Coefficient of Radioactive Radiation
for Flat Type Ionization Chambers
PERIODICAL: Inzhenerno-fizicheskiy zhurnal, 1959, Nr 6, pp 80-83 (USSR)
ABSTRACT: The value of utilization coefficient of radiation is characterized
by the magnitude of solid angle under which the input opening of the
ionization chamber is seen from the middle of a radioa@tive source.
This value depends on the distance between the collecting electro-
des in the chamber M and on the distance from the input opening to
the surface of the source N, the relation being expressed by the
formula:
ok - o.25 1 + arctg M (M2 8N 2
I N (5M2 4N2
Card 1/3 for the case of M @p N, and

SOV/170-59-6-11/20
Determination of Utilization Coefficient of Radioactive Radiation for Flat Type
Ionization Chambers
0.25 arctg M (M 2 _8N2
I- N OM 2 _ 4N2
for the case of M /, N. If there is a blind between the port of
the ionization chamber and the surface of the radiation source,
separated from the latter by then the value of the coefficient
of utilization can be expressed by the formula:
0@1 = 0.25 arctg - 1 (N + S
T N '@ - 1 2
where 1 is the separation of the blind from its extreme left
Card 2/3 position.

SOV/170-59-6-11/20
Determination of Utilization Coefficient of Radioactive Radiation for Flat Type
Ionization Chambers
There are 2 schematic diagrams and 1 Soviet reference,
ASSOCIATION: Tsentrallnyy nauchno-issledovatellskiy institut khlopchatobumezhnoy
promyshlennosti (Central Scientific Research Inst@Jtute for Cotton
Industry), Moscow.
Card 3/3

SIATINSKIY, ii..N. - -- -
Use of radioisotopes in light industry. ntom.energ. 9 no.3:
229-231 S 160. (MM-i 13:8)
(Radiosotopes--Industrial applications)

@-'3'6 9
S/17@/61/004/006/015/015
S_@.20 0 B1291B212
AUTHOR: -Slatinsk-iy, A. N.
TITLE: Determination of the mean free path of beta particles in
the working space of an ionization chamber
PERIODICAL: Inzhenerno-fizicheskiy zhurnal) v. 4, no. 6, lo6l, 135-137
TEXT: The length of path is different for each beta-particle in the -
working space of the ionization chamber, since it is a-function of the
angle at which the particle will incide into the chamber. For the
calculation of the projection of radioactive indicators it is necessary
to use the mean free path of the beta-particles. For this purpose the
cross section diagram of-the ionization chamber as shown in Fig. 1.is
considered. N denotes the distance of the ionization chamber from ("he
surface of the radioactive source. The lenath of the collector electrodes
is L and the distance between them is M. if the radioactive point source
is located at a distance x from the end then the angle at which the beta-
particles incide upon the working space will be a 6 +'S + @! + & (see Fig. I
Card 114

-.4 ( L, j
S/1 70/61/004/006/015/015
Determination of the mean free... B129/B212
Writing tan q- x/(l+N), cosv, 1/a, (1) tanq (M-x)1(1+N), cos@j= l/b. (2)
will result in y - xl/@l+N), 73), c-x-Y-x(1-1@(1+10(4), d-(El-x (1 _11(1+N))
z - (M-x)l/(l+N) 6). The mean free path of the beta-particles is
determined by the arithmetic mean of the boundary value
L a/2, L@, (a+l)/2,Lq- (b+l)/2, Le . b/2 (7)
The general mean free path of the particles is given by
Lcp L rj y1f.1 + L, F c/M + Ld/M + LeZ/M (7a)
and considering M-M we obtain
LrP 0,51 x - x x
M
M Cos arctg x
I + N)
x + (8)
Cos arctg M-x I+N
I + N
Card 2/4

6) 0Y
S/170/61/004/006//015/015
Determination of the mean free... B129/B212
An analysis of equation (6) shows that the mean free path of the
particles will change from a maximum at x-O to aminimiin, at x-O.5 M and also
from the minimum to the initial maximum at x=M if the radioactive point
source will move on the base from one chamber electrode to another. In
order to obtain the mean free path for the beta particles rith Irespec-t to
the total length of the radioactive source it is necessary to intei@rat-e
equation (8) in the interval x=O to x-0.5 M. The mean free path of the
beta-particles is determined separately for the longitudinal and transverse
direction of the chamber$ if the chamber is rectangular, and the general
mean free path is found as arithmetic mean. There is I figure.
ASSOCIATION: Tsentrallnyy nauc-no-issledovatellskiy institut khlopchato-
bumazhnoy promyshlennosti (Central Scientific Research
Institute of the Cotton Industry)
SUBMITTED: July 23, 1961
Card 3/4

L 44718-66 04T (1) /tWT (m) AT
IkCC NRi AR6009594 SOURCE CODE: UR/0272/65/000/010/0171/0171
MOR: Slatinskiy, A. N. .. :@". -@?/
Ir 8
M.E: Determining the optimum radioactivity of a radiation source Zor pickups with
ionization chamber -f
Ref. zh. Metrologiya i izmeritelInaya tekhnika, Abs. 10-32-1300
EF SOURCE: Nauchno-issled. tr. Tsentr. n.-i. in-t kh1opchatobM._Pr0"- _tj_. M., 1962
1964), 315-322
TAGS: radioactive source, radioactivity, ionization chamber
ISTRACT: The maximum permissible reduction in source intensity depends on the effect
Lich fluctuations in radiation have on the readings of the instrument. The time con-
,ant of the input circuit of the instrument is increased to keep the effect of fluc-
kations below the permissible value in the case of a source of low radioactivity. But
driterion is needed in selecti-ng the time constant which would satisfy the predeter-
.ned requirements for the instrument with the minimum possible intensity of the radia-
.on source. Fluctuations in the input circuit of the instrument should be suppressed
keep them sufficiently small in succeeding stages. 2 illustrations, bibliography of
titles. [Translation-of abstract]
rB CODE: 18
Card 1/1 t- -,
UDC: 389.539-OT4.2:539.1-03

KRZ7MCSINSKIY, A.I.; 44TINSILly. @V.V.
[Brief manual on mechanical drawing] Kratkoe rukovodstyo po
takhnicheakomu risovanHu. Izd. 2-oe, ispr. Moskva. Go3. nauchno-
tekhn. izd-vo, mashinostroit lit-ry. 1956. 47 p., diagrams.
(Mechanical drawing) (MLRA 9:9)

SLATINSKY, A.
-rhe Ostrava railroad and car couplings, P. 20.
(ZELEZNICAR, Vol. 6, no. 1, Jan. 1956, Praha, Czechoslovakia.)
SO: Monthly L-ist of East European Accessions kEEAQ LC. Vol. 60 no. 12, Dec. 1957.
Uncl.

KOBIELOWA, Zofia; KOBIELA, Jan; GROCHOWSKI, Jan; SJATXII@@@
The group system of haptoglobins (Hp) in some childhood diseases. NXI,
tyg. lek. 17 no.39:1497-1499 R4 S 162.
1. Z I Kliniki Chorob Dzieci AM w Krakoviep kierownik: prof. dr T.%^Jiza.,
z Zakladu Medycyny Sad6wejA14 w-.Krajmwie, kierownik. prof. dr nauk med.
Jan Olbryci-,t..*z II Kliniki Chirurgicznej AM @r Krakowie, kierownik:
prof. dr Jan Oazacki i z Sanatorium Rehabilitacyjnego dla Dzieci w
Radmiazowie, kierownik; dr Jozef Slatnik.
(HAPTOGLOBINS) (PEDIATRICS) (BLOOD GROUPS)

L 25771-66- EW7(m)/T
ACC NR: AP6016381 SOURCE CODE-. UR/0048/65/029/010/193
AUTHOR: Guseva, V..V.; Lebedevp A. M.; SlavatinskiV#-6,s--A.; Sokolovskiy, V. V,
ORG: none A-
TITLE, Interaction between nucleon5 d complex nuclei in the presence of hi h.
In
energies
SOURCE: AN SSSR. Izve5tiya. Seriya fizicheskaya, v. 29, no. 10, 1965, -1935-1937:.--@@,-
TOPIC TAGS: nucleon interacticnicompound nucleus, nucleon, pion, Wilson cloud,
chamber, calorimeter,.angular distribution, lithium compound
ABSTRACT: The principal features of the Interaction between nu-
ies.
.0leons and romplex nuclei In the presence of accelerating energ,
;are satisfaetorily described by the model of the casoade-@reproduc
,tion of nucleons and plons inside the nucleus. In the presence
jof energies of hundreds of BeV, however, news.interesting features.l.
of this Interaction may be expected* alnee the beam of particles .11
'generated in the nucleus Is strongly collimated. In this connec@-j
tIon, the authors discuss theresults of the first attempts to
quantitatively examine the cascade proce6a In the presence of high.
ienergies, made by BARAdHENKOV and YELISEYEV(OIYaN Preprint,
n-16?8)# GUSEVA9 et al& (Proe, Ihtern, Conf, Coemlo Bayaq Jaipurg-:1
'Vol'59 3499 1963)9.and LEBEDEV et alb*(Zhe ZkOperlas I Tearo Piz
Card 1/2

L 25771-66---
ACC NRt AP6()16381
6p2l.51 (1964)),'and compare the'se'iheoretical kindings with
,the experimental findings of GUSEVA et al. (1zve AN SSSH, Sere
Tiz., 26, 549 1962)- obtained with field Inetrdments In the Pamir
11ts. In the Pamir ;xperi6ents a thin copper target (.5 L;teom-2)
@was placed In a Wilson chamber and the primary energy from the
got was measured by meana of an Ionization calorimeter, 14 showme-I.;
-A
.era with mean energlea of 160 bey were thus observed. In another',",-
series of experiments 81 showers from a target consisting of 11
th@-
hydride LIU) above a Wilson chamber were observed. It is
established that the theoretically calqolated parameter of the
anisotropy of angular distribution as-a function of.the Liorentz
Jaetor')s of the symmetric dispersion of secondary particles Is
j.In agreement with the experimental findings If It Is,oaloulated
[on the basis of the cascade model of the Interaotion,,but It,
diverges from these findings if.it-le calculated on the basis of,@-!'!-
the hydrodynamic mode. The authors thank G. B. Zhdanoy and M. I. Trett-vakova 77-
for providing the materials for the photoemulsion beams which were received. ancL
developed in laboratories of various countries. Orig. art. has,.- 3 figures*
[JPRSj
SUB CODE! 20 SUEM DATE: none ORIG REF: 005 OTH PEF: 002
Card 2/2

SLATVINSKAYA, Ye.A.
Facies and coal measilres of the Ashlarik series in the Karaganda Basin.
Trudy Lab.geol.ugl. no.2:210-222 154. OULRA 8:7)
(Karaganda Basin--Geology, Stratigraphic)
(Karaganda Basin--Coal geology)

ISHINA, T.A.; KOPERINL, V.V.; HINGLRM, N.V.; SIATVINSKLYL, Ye.A.
Using the facies analytical method in geological proqmcting
operations. Trudy Lab.gsol.ugl. no.5:153-160 '56. (Hua 9:8)
glya AN SM.
1. Le3boratorlya geologii u-
(Coal geology) (Prospecting)

AUTHOR: Slatvinskaya, Ye. A... 2o-i-47/56
TITLE; The Types of Cross Section and the Ccnditions of Formation of
Coal-Bearing Carboniferous Sediments of Central KazakhstAa (Tipy
razrezov i usloviya obrazovaniya aglenosnykh otluzneniy karbona
Tsentrallnogo Kazakhstana)-
PERIODICAL: Doklady All SSSR, 1958, Vol- 116, Ur 1, pp. 167-170 WSSH)
ABSTRACT: For a lGng time there were no special investigations of the
lithological campo@ition of the facies and the formation of these
layers. The laboratory (see belowt Association) proved the occur-
rence of two groups of facies (references 1-7); a) "parallic"
and b) terrestrial-continental. To group a) belong sediments
which are connected with marine conditions of formation. They
correspond to the Ashlyarikskiy-type: Group b) constitutes de-
posits which are in connection with inland lakes, delta-, river-
bed- and flood-regions and which correspond to the Karagandinsko-
Dolinskiy-type. The facies near the bank contain elastic rocks
from Aleurolites and argillites to finely grained sandstones
with a rich marine fauna: pelecypods, brachiopods, gastropodG,
crinoids, ostracoda and others. Characteristic is oblique-wavy,
uniformly directed oblique or horizontal structure of layers of
Card 1/4 s@aall series. It is often disturbed by mud-eaters or by lands-

The Types of Cross Section and the Conditions of Formation of 20-1-47/58
Coal-Bearing Carboniferous Sediments of Central Kazakhstan
inskaya suite. The Karagandinsko-Dlinskiy type of sedimentation
replaces the Ashlyarik-type at the boandary of the Namurian and
the 41.1iddle Carboniferous. Its facial composition is much more
unstable. i'lediust- and coarse-grained sandstanes occur which are
much worse sorted. The completely absent marine fauna is replaced
by rich plant fossils ana scarce remains of a fresh-water fauna
(pelecypods, ostracods, phyllopods). Among these continental de-
-@)osits the following facies are predominant: facies of river
@eds, of the flooded region, the lakes swamps, deltas and the
dry planes. The coal is of better quality, capable of coking and
mostly poor in ashes. In comparison with the beds of the Ash-
lyarik-type they are of a simpler structure here and contain less
empty rock. The coal parcels are thicker, o,8 m and more. A. A.
Lyuber (reference 3) here separates 2 types of coal fornation:
a) Karagandinskiy and b) Dolinskiy. After drier clizuatic condi-
tions had set in, in places gray and multicolored sand-aleurolite
-sediments corresponding to the facies of the "dry planes" de-
vel oped. They probably formed in small lakes and rivers of the
semidesert region. Besides the activation of explosive terrestri-
al gas-ash-volcanos in many places manifests itself, whereby the
'lard 3/4 first occurrence of the above-mentioned 6ray and red formations

31,0WIN6KAYA. Yels-na A:Lpkseyevna; Pririzali uchastiye: MONAKHOVA, L.P.;
r I- L A.A. doktor geol.-miner.nauk, otv.red.;
DBL;1@410111 red.j@,,d-va; SCROYMIA, V,.A,, tekJw.red,
(Conditions governing the formation of the coal-bearing
Carboniferous in centiel Kazakthstan; Ak,-Kuduk and ABhIarik series]
U-oloviia obrazo-vanila uglenosnogo kurbona, TSentrallnogo Kazak-hstana;
akIci)ouk,-,,kaIa I a.41"larikskaia svity. Moskva, Izd-vo Akad.nauk S-WR,
1962. 3-26 p. 16 plates. (Akademiia nauk SSSR. Laboratoriia
g-2010gii ugha, Trudy, no..I/+). O-Mu 15:4)
(Kazakhstan--Co&l geology)

VOLKOVA, I.B.; NALIVKIN, D.V.; SLATVINSKAYA- _YeA.; BOGOMAZOV, V.M.;
GAVRILOVA, 0.1.; GUREVICH, A.B.; MUDROV, A.M.; NIKOLISKIY, V.M.;
OSHURKOVA, M.V.; PETRENKO, A.A.; FOGREBITSKIY, Ye.O.; RITENBERG,
M.I.; BOCHKOVSKIY, F.A.; KIM, N.G.; LUSHCHIKHIN, G.M.; LYUBER,
A.A.; MAUDONTSOV, A.V.; SENDERZON, E..M.; SINITSYN, V.M.; SHORIN,
V.P.; BELYANKIN, L.F.; VALITS, I.E.; VLASOV, V.M.; ISHINA, T.A.;
KONIVETS, V.I.; MARKOVICH, Ye.M.; MDKRINSKIY, V.V.; PROSVIRYAKOVA,,
Z.P.; RADCH&NKO, O.A.; SEMERIKOV, A.A.; FADDEYEVA@ Z.I.; BUTOVA@
Ye.P.; VERBITSKAYAJ, Z.I.; DZENS-LITOVSKAYA, O.A.; DUBARI, G.P.;
IVANOV, N.V.; KARPOV, N.F.; KOLESNIKOV, Gh.M.;,,,NEFEDYEV, L.P.;
POPOV, G.G.; SHTEMFELI, B.M.; KIUUOV, V.V.; @AVROV, V.V.;
SALINIKOVY B.A.; MDNAKHOVA, L.P.[deceased]; MURATOV. M.V.;
GORSKIY, I.I., glav. red.; GUSEV, A.I., red.; MOLCHANOV, I.I.,
red.; TYZHNOV, A.V., red.;,SHABAROV, N.V., red.; YAVORSKIY, V.I.,
red.; REYKHERT, L.A., red..Lzd-va; ZAMARAYEVA, R.A., tekhn. recl
[Atlas of maps of coal deposits of the U.S.S.R.]Atlas kart uglo-
nakopleniia na territorii SSSR. Glav. red. I.I.Gorskii. Zam.
glav. red. V.V.Mokrinskii. Chleny red. kollegii: F.A.Bochkovskiy
i dr. Moskva, Izd-vo Akad. nauk MR, 1962. 17 p.
(MIRA 16:3)
1. Akademiya nauk SSSR. Laboratoriya geologii uglya. 2. Chlen-
korrespondent kkademii nauk SSSR (for Muratov).
(Coal geology-Maps)

SULUM, Oskar MUDr
Intrathoracia use of dornokinase in henothorax.
Vnitr. lek.. Brno 1 no.2:145-147 Feb 33.
1. 2 plicniho a tba. odd. OUNZ v BoWalne, pre'dnosta kWr MW Boh.
Novak Ostrava X.. Staskova c. 14
(STEMODORWI AND STHMOKINASS, ther. use
henokhorax, intrathorActo admin.)
(HO(OTHORAI.therapy
streptodornese & streptokinase. intrathoracic admin.)

SIAUY,A. Vlastimil. MUDr.
occu-national hygiene in research with exposed. radioactive substances&
Pracovnj lek. 10 no,2:176-178 May 58.
1. Vojenska lekarska akademle Jana
(ISOTOPM,
hazards in laboratory
(RADIATION PROTAGTIONv
in laboratories using
3vangelisty Plarkyne, Hradec Kralove.
research using Isotopes (Gz))
radioisotopes in research (Cz))

SLAUKA,V.
Potentiating effects of simultaneously administered radioactive
sodium nonob7drogen and chromic orthophosphate labeled vith P32
in surviving rates Cesk.fysiol. 9 no-3:264-265 my l6o.
1. VLVJDU, Hradec Kralove.
(PHOSPHATES pharmacol)
(PROSPRMS radioactive)
(RADIATICE I&MT exper)

PAIG) V.; PAIC, M.; PRELECU, K.; CERINEO, M.; ILAKOVIG, K.; SLAUS, I.; TOMA3,P;
VALKOVIC, V.; I.JOLJEE, K.; SIPS, V.
Review of peridoicals; physics. Bul sc Youg 9 no.4/5:126 Ag-O
f64-
1. Ruder Boskovic Institute, Zagreb.

NIVINSKAS. G.; SLAUMA, V.
In Lithuania. Zashch.rast.ot vred. i bol. 4 no.1:9-32 Ja_F
'59. (MIRA 12:2)
1. &mwatitell miniotra sel'skogo khoz@raystva. Litva (for
Vivinskas).
(Lithuania--Plants, Protection of)

MINKEVICIUS, A., glav. red.; KRIAUCIUNAS, J., red.; MASTAUSKIS, St.,
red.- SLAUTAY V., red.; STRUKCINSKAS, M., red.; ZAJANCKAUSKAS,P.,
red.; ZI9V__YTE,_Z_.,_ red.; SADAUSKAITE, A., red.; SARKA, S., tekhn.
red.
(Practices in controlling plant diseases, pests, and weeds1prak-
tiskos kovos priemones pries augalu ligas, kenkejus ir piktzoles;
straipsniu rinkinys. Vilnius, Valstybine politines ir mokslines
literaturos leidykla, 1962. 165 P. (miRA 16:3)
1. Lietuvos TSR Mokslu Akademija, Vilna. Botanikos inatitutas.
(Lithuania--Plant, Protection of)

SLAUTA, V.
Guarantee for successful work. Zashch. rast. ot vred. i bol.
8 no.l+:12 Ap 163. (MIRA 16.-10)
1. Nachallnik L:LtovB),.oy respublikanskoy stantaii zashchity
rasteniy. a - I I
(Idthuania-Plants., Protection of)

KOMISSAROVA, R.A.; SLAUTSITAYS, I.P. (Slaucititis, I.)
Age of the Ashm, series according to paleomagnetic data. Trudy
VNIGRI no.186s365-369 161. (MIRA 15:3)
(Geological time)

SLAUTSITAYSI I.PASIalictftist 1.]
Palsomagnatic studios of Upper Persian and Tr1aamic sedi3.wnts
in the scathern Ural Mountain and Caspian Sea regions. Trudy
VNIGRI no.20011S-l" 163. (MIRA l6v6)
Ural Mountain region-Goologyp Stratigraphic)
opian Be& region-Geology,, Stratigraphic)
M

SLAVAJI M. K.
"Ku-i-Iturnc,--'Ls't.ori-c'-,.eskiye svyazi pribaltiys'kikh naroam, Do damnj m
odezhdy."
report sWumitted for 7th Intl Cong, Anthropological & Ethalological Sciences,
Moscow, 3-10 ALIg 64.

SIAVA. Zdenek
Corticoid ointments in dermatological therapy. II. Experiences
with a hydrocortisone ointment S-Dofa. Cesk.derm-34 no.6:386-388
D 160.
1. 11. dermatologicka klinika v Praze, prednosta prof.dr. Karel
Hubschmann.
(HnROCORTISONE ther)
(IBMTOLOGY ther)

GARLIIISKAYA, Yevgeniya Illinichna; SLAVCIMKO,,..N.A., inzh.;
BOGOI.;AZOV, S.F.,, nauchn. red.; ShWILOVA, Ye.M., red.
"Handbook on electric cables and wires) Spravochnik po
elektricheskim. kabeliam i provodam. Moskva, Vysshaia
shkola, 1964. 200 p. (MIRA 17:6)

C-A
Ain lives ImIll 1.4 moll"Onaphlbal "d he ist it. do.
ll, flvrs I Alro Iva* tinni J,n % % .
1'."ItIlln m.l NI rechnni.
Ill's trh Chem.)
it, ?Or-- tNq* I9,"Ill; l-f- CA. Z. Nvil-w-Addia. tit 12.23 If.
-q-11 Ift'll't [ibI hAICIIC It% the Na sail it) 38 1.
KI M at 2416 50" will fii%i-.Pn for 7 -1) miss. ill 270--ft)" yields
11-A .1
-I ...... I ,
!I ......
-11 Ll- tum at Ill I-V nh 1101 rid. 0.1 N IlhN,CI; hit?
pl-I fit I Ili , Iml After ?4 firs 11 1 pl@ lVt- Illst. Isilit;
phtil., .1 -th that i-6I.A it ... is tire ArOll -On- try
jill, .1111 11,11 ... 1111.0irmi-I wall Ill.-,
All.. immm-n ill, lil`@ NnOll. dn. I., HW,1-ale.
aml act.filn-mion. tit. 176' 1 front Nll'@ F1011). the dye foirnis
'Pl'-
t
it , World and its %tructure is
"apolith,ol - 11 k itimpl. fit 10% wq. NAOII. gives rCd-IMOW13 "n.
... ;.I,. Nas)ll a ... Reductimi-f
thr live wills Zai-A.-Oll unit tri-ninn-lit kf tllr Intultict with
Still Njlf@isl, -In, gave S-k1A1llkVV-
velloIll. Ili. :ItVl* (hqm*PhCII.
I t be chajulisred me fill it reget with ph-
.,it mthchissX. When I Is" enuld"I with
-11 I,S 110% liciland the In.14111CIS were tir4ted
iNivc. there Was u1juinni )1;'; 11. while the alkaline
wit.ii, ,.I m-idificmim Wish I0% AcOll gave 44' 5-
r
sit. 174* (from C111114). (111).
%khen ,,mpling was run at pli A.5 Ili N&OAc-10% JICI
-In.. 7,34-@ Ill was i-tulated. At pill I I in 10% avaOll.the
I-[ f-sl - Iyv, initiated by a6diliciatiuss with 10%
Act 111. tillik-Is mflrr purith-ation gave !41% purv- 111. whilit,
tblr il-A. fraction, after gave A Onsall annishil of
Ad--
in. =2' (ft- PhcI 1.
-mill wil I
tIvi. TMAllient "i Ih if,, - -it Is
v n* Dillim-t-m-
Na\(), R In lici an't C-1pling with I Iter n--
tion of I I r -
%,tOAc, K@tvc
tr;tliz.&tiqlll
1111. (,,n I. for, Naoll.
Ird-,iolct in hill it,-
,,,I its ,fill eflultnollir allu"In, "I
1,14,%lin tit AvOll)- .,-x 4 Wills vl@ I..gAllivi-
1,11111,114. althydiritir x4vr -.. When I "I"
.11.
It in
ennidni with PhNiC rrill') these Wm-- fOllned 71% IV. IM
ut ()-S* - And 4 h-- Illill @Jjln M was csupled similarly will%
failed @% the ingot. PPt- Y1 fill,111 gATe Old"
it the
-, hj,,Ie4 PbNsCI. Acidifie"t'"ll Attrint-Il't
trilIv 4.1 fit. while '1 `1' IV At( F1
stilling .1, It Willi I bNXI Ill Ft"I in thr I- the -Lim, 11
Ill '61141 11 ,,.
4)No 11,1ve 'It' Ird"il Ilist, 1-bi, Istluslial
sIdt .,4 011st"ined in tilii.g 111, 11
, I hy "Its.
linlitertic, Ill n slits, p, Allis
stairs. (d, t)Ij and Nil, nd \ 11'"ll t a N.011 with A
is the %Line In Mot I % is 5OZ
Ixvtn3tls Of 11 11 Ithow I
I al,nut 510) 1"0. ves "Us. At
1. mo, . in V10111
und
is In.. in Mot 1- G. -M.
,i;J0 hills In Eto" and

ILI
Aso dyes from and its derivatives.
I Aw 4yes; from V. Vvwkalm
A I, *lAvachevokava (L@wm,vW lim,'lWhiml . 1xii.
ivismel). J. U.SS, K. 21. W. ON MAI I
(KnXI, tranststicn).-See C.A. 45. 8-,i4f. It. Reaction
of MUO&k ad" Of 2. - I '- - ' Irm diaso cm.
powds, V. V. litrrkslin alti-I L. X. K"llonova, 1w.
i@.,M 67 S, V.1 43. IMKIll ll@ R.

@Tj 'nilt inin- ' terocyclic
-@n
1"0
C a n! Chen i, L nin, r,-,,' Ieriin!7ra(.1
tenee."
C; on-, ou rid z c e
la 00cow -@c .-r)r
Ed, C

VRoactions ALAUvAltute"- 11. Reactlott of diketene witis Iwith 5% XCLOR to I Treatineut,
Indoll, @tyllndolc, id; 190
ind Its oxy en-containing dorIvatives. V.: V am
It . g. diket-nie with SM g. indoxylisarboxylle add in
Slav Chevskilva dumiL of 3.@o
tld
i - (AA.rl. I - -.1, . on stemIt
g ,.r. , CU, In tl ie. wtstt -@: (if 3 drops pyridine (40 tafri
-pmTnxmU Zri-tir-fte CF
-Pe a olti 1uSt.,-VmTnxmd both in 11) gave V'@c With'
11165c.-A(ldn. over I hr. of Gut a liattij. tile yield is307a; hydrolysiswitills Ficillavc(i
Sm g. dl E ene to 4.08 g, *Indole, 20 rill. Cj1#, 20 ml. Indigo and I&X0. Dikefere reacts with plithalmidind In'
@,:Breph and 0.5 nil. Pyridlue at -10', ficatinz I fit. on a (1.1 firs) YItId-
.9team bath, eir-apit. and tzeatment. with niuch 2% NaOlf. Nitlih in tile P1rCS(!nr.P- Of pYflflillt Fit tEflUx,Which I
gave all ticutimlization of the alk. ext. with dil. RCI and CO, Ing 077c in. 135-7 d
The yield Is aftnost drolyigg with aq. ljtj,C0j to plithallruidlite an
Diketeue and dioxisdole 5itnilarlY Save. 28%
the.same when quinallue or MejNPh Is uKd as catalyst-,
m. 17o-21. Asatiti and plithallmidv 29
*th RUN the yield Is zem, however. Hydrolysis of the Wel " oxhidole failed to re-att owing to tbelr relatively high
!product in 27q MOR Save Indole and Me3CO. Cott If Kosolavou
P"D acidity. G. M. I
Fbxcl in sq. ale. Na0Ac gave 43% N-acelv"dy
hmy1awimddk. m 150-0", yellow, which hydrol ed'
T&Off to Na phenylazoacetoacetate, in. ,,i',Z falri,
::@ield. I refluxed with Ac,0 at 150-700 3 firs. gave 12.6
'I,4cdaacdyW-qej.WinMe. m. 178-9's which hydrolyzed

F. Yu., Sl.,..@vac@,.evsk-aya, 1i c.'OV/ 79-20-11 -21/ 55
Ioj'fp-, D. '4.
T i T LE': Uercal)to Amines (I..Ier'k-,-.,)toaminy) I.P-Merca@to Ethyl
Amine and Its II-Sul--c-titutc-d Fo-z-.-,-s P-Me-ry'71pto-
etilamin i yez@o "i-zaneshc1hennyye)
P ER IJIDIC@IL: Zhirnal ol-shche., '-himii, 10@S' Vol 10, AT r 11,
C
pip 2,098 - 300'Ir (USSR)
A-LISTM*,OT: P-mercapto ethyl @.,-,iine -7--nd its deriv,:Alives due to
t'-.eir ph@xmacolojical and chen-i-ical properties
(Refs 1-5) @@ttract more '7nd more the attemblion of
ocie-.,ti-sts. Its cyntliesis and properties are,
however, insufficiently e@:p!-*-ed. Tic ex-periaents
)y I.S.Ioffe or. the synthe3-is of P-nercarito etlyl
amine led the authors -to tao closely rel--ted
as '.-clieve: T-p- reaction of ethylenimine with
H2 S, --::d the .-.cid clrava@7a of ncrcapto thiazolinev
_;I4.Ch ic lirectly olt:@i:@,:d fro..i :7,mine.
L;-.-14-'-e K-norr (Rcf 10) the cynt"essis of the 2-mercaj@tuo
t@iiazoli--e ir, --,,,ueous niedium, --Lo carried out ir@ ',-'-e
Card 1/3 ozece-rce of cz-.ulsifier (yield:85%). its acid.

Merc-i@to A:7-ines. T. P-Liercapto Et'-Y! Amine and TtS SOV/79-23-11-21/153
-Su-.ct_itr.tc-d For-is
cl_-_av_-;@;e is obtained bY lon,@ boilin_- with con-
centrated hydroc`.loric acid. The formed P-
zer ca-pto ethyl amine hydrochloride cont-c-ined
551'_@o b-is-(P-amino ethdrl)-disultfide. :@ercapto ethyl
a.mine is a ctron.- base and easily forms salts
(Table 1); it is easily oxidized to the disulfide
by atmospheric oxyCen in alkaline medium. The
taurine is obtained by strong oxidizing agents. The
authors found a synthesis that -aas more convenient
than the one described in reference 13 for the
N-substituted P-merc-apto ethyl amine, in the con-
densaUon of the ethylene thio-oxide with amines, which
hitherto has not been sufficiently de--lt with in refer-
ences as re.,-ords its reaction conditions. The
authors succeeded in demonstrating that in this
reaction two cases must be distinguished: The
reaction of the ethylene thio-oxide with amines
of hi,@I-h basicity, and that with those of low basicity.
In table 2 the properties of the synthesized 11-
Card 2/3 substituted 0-mercapto ethyl amines are mentioned.

LJercapto Amines. I. P-Mercapto Ethyl Amine and Its SOV/79-26-11-21/55
N-Substituted Forms
The results obtained show that the P-mercapto ethyl
amine is an accessible preparation for the further
synthesis of its pharmacological derivatives to be
investi@;ated. The synthesis of the amino sulfides was
improved proceeding from the P-halogen alkyl aimines
and sodium disulfide. The properties of the synthesized
amine disulfides are given in table 3. There are
3 tables and 19 references, 7 of which are Soviet.
SUBMITTED: September 25, 1957
Card 3/3

Is-. J 510 0
( 3 )/ P -+Zt@ 67748
AUTHORS: Rachinskiy, F. Yu. I Nozzhukhin, A. S. SOV/74 - 23 -12 3/2 5
Slavachevskaya, N. M., Tarit, L. I
TITLE; Ohemical Prophylactics ilgainst Acute Radiation
PERIODICAL- Uspelchi khimii, 1959, Vol 28, Nr 12, PP 1486-1522 (USSR)
ABSTRACT: With this review, the anthers wished to provide an aid to
facilitate search of nerf, efficient protective agents against
the deteriorating effect of ionizing radiation. The so-are of
rational ways to protect organism against the action of
radiation is based on the study of primary processes connected
with the influence of radiation on organism. By nwrierous
investigations (Refs 3, 15 to 29), it has been establisheO.
that during the first ph;ase of the action of ionizin,!;
radiation on organism, unargy absorbed by the tissue iss
manifested by a series of chemical reactions. The
deteriorations observed are the consequences of chemical
alterations of some macromolecules occurring in the
biosubstrate. From these fundamental concepts, modern ideas
result on the nossibit@ meQhaPi,sms to reduce raC4.osensitivity of
ai-iimals by means of phaxnacological substances administered.
Card 1/6 to organism prior to @.rruAHation. Since the chie'fbiological

Chemioal Pro
0 axd 2/6-
effect of teket3 place through products of
radiohydrolysis, t.-a I)Doteotive agenta should, first, of all
reduce the formati.-on of active madloala and interaotion vribh
rc-AiosensItIve subatunoes (Reifs @,, 'lip 30). Pacts obeervod
(1113fa 3, 11, 31 to 50) 10ael 1;o the conclusion that substances
with a potential pzotsativs rifficiency against ionizing
radiation-must necessarily shm -antloxidative -properties. They
mu.st take.an.active part in transfer reactions, form.intra-
complex compounds with hewry metals, cause anoxia, a-nd reduce
oxcimes processes in the ; 'midiated o2ganisra. The biological
method is the only reliable mu io evaluate protective agents.
Por being lengthy 'md tedi.,-u4g 1-mvevr_-r, i-nvestigatore are
GO-milolled to look fol uimpiav mmdelc, Expa-riments were per-
i on;t9d on poIymOth_%c:i-y1ELta 36, ,2), fatt)r (Rafs 51, 62
Table I cxygen-cjirralnin.@. 64) 9 cionolodine aaetate
(He' 64 Table 2), acd QmIrWLa Tbo3ef px@asumablyp
cannot be conniderel a mabstitutioa for experi--ants -to cho.0.06
efficient protective i-:ij;anti-, 'jut, -il ail sppropriate Selaction
' '
of models in carried ont, a 'Asaplifirid al)oice 03: )Urspactive
,:-,TOIkpS of r-rbp%ra-t.ix,-,.c L-nd Ot chemit-al compouridu could
be a-cilievc-d- Ili WeN Ifir-it il'. 1349 ifs 70t TO that
1. 1

Chemical Prophylao.-tiou Against Aoutit --..adiatlon Diaeaes SOV/14-28-12-23/25
cavel 3/6
oheiaioal oubBt=ces can rudue-o tho efft3ct of raclie.tion. It was,
however, oTily afteT the protoe@tive effe-,,t of @-:aeraapto Othyl.
unine (Rof 72) had been diq(%;,!erQd that modical prophyl 'axis was
reao,@m,izedv- und A-raercapto et"Vl amirie tuad the coriespouding
d4Lsulfide (cystamine) were 6.,,p. eriment ally and clinically used
(Re-ft 1 to 5 9 7, -9, - 30, 38, 41,-.9 63, 66,. 6j, 72 to 91 ).. Methods
of preparation. and the pvote.,@'U-ivu efts6ts of meroapto Sminsyland
theii- (lerivativos are d6sorlbe,@.- P-mercapto at-iyl amino
H 2NCR2C H2SH (Rafe 30, 38,-639 tl:59 661 73!, 759 78P 92 to 95P
102, -105 to 108)d Tha,*Dl@oteuli'@G. effects of Some A-marcapto
Dtkvl amino salts are -Shcm@, iy@@ tabla @. The oxidation rates
of some amino riere--aptrxis wit4 ox-ygevi*In dbaeno'e and pi:esence of
2-@
Y" 0 'a:..*u ah=-i cs-,- @bhpj 1499)-. 1@ct addition, -inereapto
S.Min4s hamine, gonertal 1@o'!7"'uja 11S(C-H 2),HH-2 (n>-2) (Table 4);
mercapto &ain@.@. baavit& the qeaeral for.-,Tula
'C (.Table 5); li-aubstitutad derivatives of
Rr' I "sR IM
SA Nil2

67748
Chemical Prophylactics Against Acute Radiation Disease SOV/74-213-12-23/25
P-mereapto ahtyl amine (Table 6); 3-substitUted derivatives of
P-morcapto stIV1 amino R-S-OH2CH2 NH2(Table 7); NoS-sabotitutod
derivatives of A-morcapto ethyl amino (Table 8), and saino
disulfides (Refs-3, 68p 95, 98, 167 to 10t* 171, 172, 176) are
discussed. From the thiocarbamatest the highest protective
efficiency was thown by the sodium diethyldithiocarbamate
(Table 9). Thiazolidine-, thiazole, and thiamoline derivatives
were investigated (Table 10). The syntheses and protective
efficiencies of isothiuroniu* compounds (Table 11) and mercapto
guanidine (Table 12) an well as of nitriles (Refs 6, 246 to
251 - Table 13), of aryloxy ketones (Refs 252 to-257, 41 -
Table 14) as moll as of amizaa.and amino uoids (Refs 30, 306f
38, 45, 71, 258'to 262 - 15 and 16) are described.
Preparations showing the TS
h t protective efficiencies are
given in table, 17, Practically, however,.only amino thiols and
isothiuronium compounds (cy'steamine, cystamine, and 3-p-amino
etbjyl inothiuronium) hare-been hitherto used. The principal
shortcomings of the efficient preparMIJ,ons is their.limi-ted
efficiency range (little differeno:04,between minimm'officient
Card 4/6 and mini-1- toxic doses), and the hort"term of their

,6,7748
Chemical Prophylactics Against Acute Radiation Disease SOV/74-28-12-23/25
protective effi:ciency. It has been established that the SR-
and NH 2-groups are actively efficient in the protective agents.
Lack or substitution ot these-groups cause a considerable
reduction of the protective effects of the preparations, or
these become completely inefficient. There must be certain
steric relations between these groups. It was observed
(Ref 68)..that, in dependence on the mutual position of the SR-
and NH -groups in the molecule, preparations show either
2
protective (a-homocysteine, cysteine) or sensitizing (0-homo-
eysteine, isocystein-e) properties to ionizing radiation. A
study of the relation between the chemical structure and the
protective efficiency leads to the conclusion that it will be
hardly possible to find any more efficient substances in the
classes of chemical compounds hitherto investigated as
compared to the substances already known..Since not all
oubstances which are anti-oxidizing agents, show a protective
efficiency, the protective.agents must evidently have some
additional properties; It has'not yet been possible to '
Card 5/6 establish the character of th.ese properties, and the degree to

67748
Chemical Prophylactics Against Acute Radiation Disease SOV/74-28-12-23/25
which the protective efficiency is influenced by them. It can
be assumed, however, that one of the most important properties
of the protective agpqts is their capacity to penetrate into
the cells,,.and to disperse between the individual tissues,
and, moreo,@er, their capacity to form complex compounds with
such heavy metals which may initiate oxidative chain reactions.
There are 1 figurep 17 tablesp and 269 references, 47 of which
are Soviet.
ASSOCIATION: VoyszMo.Meditsinskaya akademiya im. S. M. Kirova (Military-
medical Acadszq imeni'S. M. Kirov)
Card 6/@
9

RAcINsKI F.I. CRachinskiy, F.Yu.]; MOZJIUHIN, A.S. [Mozzhukhin, A.S.];
SLkVACKVSKAIA9 N.M. [Slavochevskaya, N.M.] TANK, L.I.
Chemical agents for theprophylaxis of acute actinic diceases.
Analele chimie 15 no.2:65-106 Ap-Je 160. (EEAI 9:11)
(Radiation)

IL4(;fllllsxly) F. Yu.; SIAVAGIIEVSKAYA, N.M.; SOVALKOVA) L.K.
11-substituted 1.3.4-tetrah7droquinolines. Zhur.ob.khi--.. 31
no.8:2751-2758 Ag 161. (!-,IPA 14:8)
(Quinoline)

L 1337043 EVjjP_(J)/EPF (6)/EWT, (WBD&,. ASD."..
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AUMRS: Rac, hln'skiyy Pi, Yue ISUvagbove
kayaq No U Potapsnkoi Ti,Ge Mm 31
_1 M* Z*; Malvenvat- Ye-* Ni ------
!TITLE: Synthesis and investigation of. antioxidative properties of some analogins,
of ionoi(3#5-di-tort-butyl-4-axitoltiene)1 -
souRas. Plastiobaaklye massyp-noe 71 1963# 48-51
Tom TAGs: butyloxitolwmer witioxidant inhibitor, ethylem polymer, propylene-
polymr, tbarmooxidationt
rt-buty1-*-oxLtv1uezw. have been@
AB3TRLGT: A number of derivatives of 505-di-to
synthesized and tested as possible antioxidant inhibitorsil. The.-antioxidant
A 'to a
properties of these compounds were evaluated according to their ability,
the oxid ion of bone fat and by their ability io tbsrzostabiliz9,qthyUn
co-polymers, It was establisb6d that most of the synthenized de
Pronyleneal
;1:4 itives, excluding 3,5-di-tort-butyi-4-oxibouzaldehyde and 395-d1-4art-butyl-4-.
oxibenzy1al-n-phenylenediaminal are effective inhibitors of the thermooxidation -A
destruction processes of bona fat and athylen Ia and propylene do-polymers Their:,.
I
:activities in most caues exceed the activities of 3,5-di-tert-butyl-4-oxitolueuei,,.,.-"~@
Al
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ACCiMION ',M: AP4027978 S/0205/64/004/002/0266/0269
AUTHOR: Rachinskiy., F. Yu.; Kushakovslciy, M. S.; Matveyev, B, V,
(Deceased); "1yachovskayat N. M.; Tank, L. 1.
TITIZE: Radioprotective action of thiazolidines
SOMCE: Radiobiologiyag vo 4. no, 29 19640 266-269
TOPIC TAGS: thiazolidine.. thiazolidine hydrolysis,, thiazole ring
!.'substitution, radioprotective action, X-irradiatio% lethal dosep
2.2-dinothylthiazolidineg 2-phonylthiazolidine,
.2-oxpiethylthiazolidine, 2-n-nitropheny1thiazolidine,
.2-n-dimethylaminophonylthiazolidine
ABSTRACT: Radioprotective action of 25 thiazolidines with substitu- i
tjons in the second position of the thiazole ring was investigated in@
2000 experimental mice. Most of the thiazolidine preparations were :,
administered intramuscularly to groups of experimental animals in the'
.form of neutral aqueous solutions 5-15 min before irradiation, and
:some of the preparations were administered intraperitor4ally in the
'.form of an oil solution 1 hr before irradiation. Control and
3./$
"Card**

.ACCESSION NR: AP4027978
experimental animal grou word X-irradiated with single 700-r doses
(RUPI-3, 180 kv, 15 ma, 3&!36 r/min))and all control animals died
shortly. Of the 25 preparations@testedv ton increase survivability
,of irradiated animals. 2,2-dimethylthiazolidine and 2-phenylthiazoli-
,dine protected more than 5eja of the animals from death in their res-
pective groups. But these two preparations are radioprotective only
with large doses approaching the toxic level. Other preparations.
displaying protective action are 2-oxymethylthiazolidine, which is
not stable.9 and salts of 2-n-nitropheiiylthiazolidine and of
2-n-dimethylaminophonylthiazolidine, MUch hydrolyze too fast.
Hydrocarbon derivatives are also radioproteetive. Preparations i-faich
hydrolyze slowly administered 1 hr before'irradiation were not found
to be more radioprotedtive than preparations which hydrolyze fast.
This study has not,determined the effect of second position substitu-
tions in the thiazole ring on radioproteetive activityi but the data
suggest a possible relationship may be established for some thiazoli-':
dine preparations, Orige art.'has: 3 tables.
ordena:Lenina akademiya im. S.. M. Kirova, Lenning@rad
I,ASSOCIATIMT: V00m10-Md:Lts'nskaya cadeW.)
(Mjyjtary_Medjcal "Ord4r- of Lenin* A
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L 43927-@5 EWr(m)/EPF(c)/T Pr-4 WE
ACGESSION RR: AT5006624 S/2933/64/007/000/0047/0057
AMIORSt RachinsldXj F. Yu.j Bol'shakov, G. L-1 Bruk, Tu. Aq Krwwn', X. Z.1
Pavlova, L. V.1 Potaponk-o, T. G.1 Slavachavakays, H. H.
TITLE: Synthesis and antioiddant properties of sulfur- and nitrogen-bearing
derivatives
SOUMS3 AN =R. Bashkirakiy filial. Khimiya aeraorganichoskikh soyadinenly,
noderzhashchikheyn v nertyakh i nefteproduktakh, T. 7, 1964, 47-57
TOPIC TAGSr antioxid", sulfur, altrogea, Utermoozidation/ Ionol
ABSTRAM The retardation of oxidative degradation of *1rocarbon fuels, pol7cls
fine, rate, and pany synthetic and derived products vas studied. In the present
work the authors have synthesized and studied the antioxidad properties of a
muubor or Ionol structural analogs, including szomitbynes, bydrasones, aninesp
sulfides, and disulfides. M@ properties and compositions of these products are
tabulated in tkw article. 7ba treatment, of Iono3 with broadne and the oondenswo!
tion of 3,5-di-tert-bQty1-4-arjb*nzy1 broadde idth primary, secondAM7, and
tertiary amines taken place with the formUca of Luterasdiatia oompowAs of 206m
,ard 1/2.

L 411)? 7-fj5
I ACCESSION NRs AT5008624
di-tert-buty-1-4-mothylone quinone. Synthetic nitrogen- and sulfar-boaring
structural analogs of Ionol are able to retard oxidation reactions not only dwrl"
doganoratioa but during development. This results from a capacity to react wift
the primary radicals of the wddized substance and &U., from a capacity to
decouposo the peroxide and to bind metallic ions of variable valence. jkV of
the synthosizod oubstawea cause off eative retardation of thersoaxidatim ckf
pol,yolefins and fats, Joh' it radiation-chemical ozMation of fate, and some Uw;@
come effective additives for increasing the thoirwaxidisIft a of .446
fuels. Orig. art. hese I figure and As tables.
ASSOCIATIONt now
SUMTADs 00 1WL# 00 WD a=$- 00, irp
so FJW SOVS, 006 020
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