SCIENTIFIC ABSTRACT SOSHESTVENSKAYA, F.M. - SOSHKA, Y.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001652520011-8
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 23, 2000
• Sequence Number: 11
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

arct a cstvt t
b�hh

FaMalt d SIFj Litot IsOUgfIr -!iolu VII Or with
ke Ve a Tnetiofi law, Whi u): TLJ~idlaytun~
molinj p
and sorne solid, aftc! 24 Jirs. the t. '.. 10 t wV91
o6oliat with 11% FEC-1,~yielding-".73 S. PJh-.5fFj, 6is' 7-V
bi OZ7 Mg raq.treAtc4
.
-e 2 -c-ed ialxt-wii
I SiFtas above foi~Wiamt wid 0. -Lqj,-
-ited with 40 eq~ftl smi. 4PI

after kisu, trelt~
MO. and heated I he at 176-W.10,-yWing al "L

2304',
ment, 3.4 g.'PA,Si -.1n: 5 days at roorn temp
Dr and IJIxjW-(4J7:g) gave 0.85 g.'J~ ~st IS"'

Obtain-d.,
W
M

ON

-1'w

MEDOKS, G.V-; SOSHNSWENSKAYA, Ye.H.
- % -
Interaction of phonylmagnesium bromide with silicon tetrachloride.
Zhur.ob.khim. 26 no.1:116-118 Ja 156. ()aju 9:5)
1. Saratovskiy sel'skokhozyaystvennyy institut.
(Magnesium compounds) (Silicon chlorides)

HES
-100, G. V.; SOSL
Reaction of silicon tetrafluoride with beazy! magnesium chlorlde.
Zhur.ob.kbizi, 26 no.12:3310-3312 D 156. (141M.A 10: 7)
1. Saratovskiy selIskokhozyaystvenuvy iastitut.
(Mvaosbm chlorides) (Silicon tetrnfluoride)

493
AUTHORS: Medoks., G.V., and Soshestvenskaya, Ye. M.
TITLE: Derivation of Nitrates of Tetrasubstituted Ph08phonium and Arsonium,
Bases (0 poluchenii nitratov chetyrekhzameshchennykh fosfoniyevykh
i arsoniyevykh osnovaniy)
PERIODICAL: Zhurnal Obshchey Khimii, 1957, Vol. 27, No. 1, pp. 271-272 (U.S.S.R.)
ABSTRACT: Nitrates of tetrasubstituted phosphonium and arnonium bases can be
used in analytical chemistry and for the 4xivation of double bonds
with nitrates of rare earth elements which in many instances differ
in solubility and melting point. Such nitrates are usually prepared
by nitric acid neutralization of ihe free bases vhieh in turn are
obtained from the reaction of halide salts idth a suspension con-
sisting of water and silver oxide or through double decomposition
of halide bases with silver nitrate, and in some cases also with
nitric acid. A method of obtaining nitrates of tetrasubstituted
phosphonium and arsonium. bases from ammonium chlorides, or bromides
and nitrate without the application of silver compounds, is describ-
ed. Taking into consideration the poor water-solubility of certain
Card 1/2 nitrates of phosphonium. and arsonium bases as compared with homologous

~,Dapepdeuce of yields ot tettasubatituted,
41W-~aud
I he magWtude of ebtrges and ra411 of -rmtln-59~6--
ou
ft~
fi
~~.Jtu- G, V. Mcdoks aud
M.
F~.
_
- _
Zhitr, D-osh'creT
-
-7-1r.t7TJI57); cf. C.A. 32, 5,I:)21-Addn. of PhCll.,',IgCl
froln 55. 11) g. PhCHjCI to 3.12 g. Li fluosilicatc =d heating
Iar, to IPO-70' gave after tre.Iitinctit with aq. ITC1, 0,M) g.
PhCTT,),Si, m. Na (h oi5c.-itt! gave 1.43 g, yield;
K 5alt gave 2-38 g. vield; Rh halt g,vf .3 g. viell; Sr s:33t
gav. 0.21 g. yield. ROAgRr ga,~! I~t,gi in yiiA-39
which rose Dmzressivelv with zf r.,riiii, M the

- - i -I "' 7:" ~ . it ~.
, ~ C . : 1
- 1, A.- i1, I '. .1 .
Soshkina, Ye. D. '17he biostratiCrapt,,, of the Devonian period in the baz~ed or, Tble
P
ia-na of rurosa i3yulleten' Eosk. o-va ispytatelle-f prircd,,.-, Ctd. Z:eol., 19,49,
lasue 2, p. 34-42, - 6 it~jms.
so: u-4631, I") LeDt. 53, (Leto-;.--;s 'Zhurnal Inykh Statey, No. 214, 1949).

BUSHUYEV, V.P.; GUBIN, G.V.; GONCHARENKO., Yu.I.; KARMAZIN, V.I.;
MAPGULIS, V.S.; MITROV, V.A.; NIKOLAYENKO.- N.O.; BOBRUSHKIN, L.G.;
BUROV, A.I.; RYBAKOV, V.N.; SQaILIX,-~ TATSIUHKO, P.A.-,*
TOVSTANOVSKIY, O.D.; YUROV, P.P.; Prini 1-i uchastiye:
NIFAGINA, A.A.; CHF-RNYY, I.I.; 0,,RSH0YG, Yu.G.; KOSTIKOV, A.G.;
DOLGIKH, M.A.; MGVSKOVICH, S.A.; STUPIN, D.D.;"NEVOYSA, G.G.
Magnetization roasting of Kerch ores in the experimental
factory of Kamysh-Buran Combine. Gor. zhur. no.12:30-37
D 162. (MIPA 15:11)
1. Institut Mekbarobrehermet, Krivoy Rog (for Bushuyev,
Gubin, Goncharenko, Karmazin, Margulis, Mitrov, Ilikolayenko,
Nifagina, Chernyy, Gershoyg, Kostikov). 2. Kamyshburunskiy
zhelezorudnyy kombinat, Kerch' (for Bobrushkin, Burov,
Rybakov, Soshin, Tatsiyenko, Tovstanovskiy, Yurov, Dolgikh,
M.A.; Movskovich, S.A.; Stupin, D.D.; Neiroyaa).
(Kerch Peninsula-Ore dressing)
(Iron ores)

14 A/ AL 41111
KRYMSKIY, G*A., kandidat takhnichookikh uauk; KARACHINTSIT, B.I., inzhoner;
SOSHIN. A.S., inxhoner.
Now series of heavy-duty demountable fuses without filler..Vemt.
plaktreprom. 28 ne.3:8-10 Mr '57. (KcaA io:4)
1. Zaved "Dinamo".
(Electric coutacters)

BAULIN, Ta.N.; BELIKOV, N.A.; SOSHIN, AoV., professor,-vedaktor.
(N.A.Belikov's method for over-all mechanization of plastering work)
Xomplekonaia makhanizatsiia shtukaturnykh rabot po metody ff.A,BsliIdbv&.
-Moskva, Goa. izd-vo lit-:ry po stroitelletya i arkhitekture--1953. 18 p.
iMLIU 7:6)
(Plastering)

7: L~7
The Comaittee on SWIa PrUee (of tba'Cotmil of Mnlatm USM) In the fields of,
science aid inventions announces-tbat the rollowing, scientific waiu."DopulAr Bolan-
tif I* bookaj, and textbooks have been submittAd for campatAtibn fai- Stal 4 a, Prizes for
the Years 1952 and 1953. (�eymalftm Mtwmp moscows No. 22-Wj 20 M - 3 Apr 19A)
Name Title of Vaft SOMIDSW by
S~~H "Technclog;7 of Constructi~n ',.Ir,~ccw C!~nstruction agine~!.ng
llroductior~' (textbookl) IsIvitute Imeni V.V. Kuybyshev
SO: W-30604, 7 July 1VA

SOSHIE', A. V. N15
661
Tekhnologiya stroitellnogo proizvodstva (Building Industry S7
Technology) Izd. 2. Perer I Dop. Moskva, Izd-vo Minist.erstva 1954
Kommunallnogo Khozyaystva RSFSR, 1954.
579 p. Illus., Diagrs., Tables.
"Literaturall: p. (575)

PITROT, .14kolay Samenovich; SOSHIII_,,_4.y,. doktor takhnicheakikh nauk,
professor, rateenzeat, Vo~~SxNSKJ'j. N.N.. inzhener. radaktor:
POPOVA, S.M., takhnichaskiy rodaktqr
[Machines and mechanized tools for the finishing work in building]
Kashiny i makhanisirovannys instrumenty dlia stroitellnykh otdalooh-
nykh rabot. Ixd. 2-os, dop. i parer. Moskva. Go*. nauchno-takhn.
izd-yo mashinostroit. lit-ry. 1956. 287 p. (miaA 9:11)
(Building machinery)

.5Q&U.,,_AadreY jasi~jeyich doktor tekhnicheekikh nauk, professor;
WIV. A.E. t tekhaichaskikh nauk. doteent, nauchayy
redaktor; UDOD. Y.Ta,, redaktor izdatellstva; PLWON, M.N.,
tekhaicheakiy redaktor
[Mechanized building and assembling and its organization] Organizatsita
i proizvodBtV.) mekhanizirovannvkh strottelino-montazhnykh rabot.
Moskva, GOB. izd-vo po strolt. i arkhitekture, 1956. 295 p. (HIBAt10:3)
(Const-ruction industry) (Building machinery)

~7 A,
SOKOWV, K.M. YEVSTAFEYEV, S.V.; ROSTOTSKIY, V.K.; STANKOVSKIY, A.P.;
VARNNIX, Ye.I.-. ONUFRIYEV. I.A.; SVSSRNIKOV, I.P.; UxmV, B.S.;
BAUMAN, V.A.; BARSOV, I.F*; BASHINSKIT, S.V*; BOYED, A.G.; VALUTSKIT,
I.I.; ZAPOLISKIY, V.P.; ZOTOV, V.P.;,IVANOV, V.A.-, YAZARINOV, V.M.,,
INVI. S.S.; MALOLEMV, Ys.K.; MMNEDV, A.S.: MIROPOLISICATA, N.K.:
OSIFOV, L.G.; FEMIMAN, L.M.; PETROV, G.D.; PETROV, N.M.; POLYAKDV,
V.I.; VATSSLAVSKAYA, L.Ta.; VAKE[FW&7XV, S.A.; VXRZHITSKIY, A.M.;
VLASOV, P.A.; VOLIPSON. A.V..: VOSHCHININ. DZHUNKOVSKIY, R.N.;
DOMBROVSKIYI N.G.; YErIFANOV, S.F,; YEMMENKO, Vs?.; ZELICHENDK, G*Gs;
ZIMIN, P.A.; FOPOVA. N.T.; ROGOVSKIY, L.V.; RKBROVS A.S.; SAPRYKIN. V.A.;
SOVAWV, I.G.; SQ~9p,.,A..V.; STARUKRIN, N.M.; SURKIYAN, G.S.; TOIDRAYA,
D.F.: TROITSKIY. Kh.L.; TUSUNYAKOV, M.D.; FROWV, P.T.; TSIRKUlW, I.P.
Andrei Vladimirovich Konorov; obituary. Mekh. stroi. 16 no.1:32 Ja
159. (MIRA 12:1)
(Konorov, Andrei Vladimirovich, 1890-1958)

BCNDARI, Te.P., inzh.; VLASOVA, M.A., inzh.; KALININ, B.P., inzh.; KOPP, L.M.,
inzh.; SCK(LOVA, A.D., kand.tekhn.naukI TSEGELISM, V.L.,.inzh.;
UTZNKOV, Y.F., kEknd.tokhn.nauk [deceased]; BOGDANOT, S.I., inzh..
nauchnyy red.; THU IN, T.A., glavnyy red.; -SOSHU,-&-T, zam.glavnogo
red.; GRIMICH, G.P., red.; IVIYANOT, S.F., red.; ONUFRIUV, I.A.,
red.; KHCULOV, B.A., red.; ZIMIN, P.A., red.; SKVORTSOTA, I.P.,
red.izd-va; GOLOBERG, T.M., tekhn.red.; ELIKINA, B.M., tekhn.red.
[Handbook for the erection of reinforced-concrete elements of
industrial buildings] Sprovochnik po montaxhu zhelezobetanrO"
konstruktaii prooVshlennykh zdanii. Pod red. B.P.Kalinina. Moskva@
Gos.ivd-vo lit-ry po stroit., arkhit. i stroit.materialam, 1960.
315 P. (MIRA 14:3)
1. Moscow. Gosudaratvennyy institut po proyektirovaniyu stal'nykh
konstruktsiy. (Reinforced concrete construction)

BODUNGEN, I.N., inzh.; VINOGRADOV, K.V., inzh.; VFJJZRSHTE'IN, A.L., inzh.;
GOLIDGUY, B.G., inzh.; KMIMIN, V.S., inzh.; KULIKOV, F.S., inzh.;
LRBEDEV, N.M., inzh.; LEVI, S.S., kand.tekhn.nauk; ROZANOV. M.S.,
inzh.; SIDOROV, V.H., inzh.; SOKOLOV, D.V., inzh.; SGOHIM, N.M.,
inzh., laureat Stalinskoy premii- EPSHTM, A.L., inzh.; ANTRUSHIN,
B.D., inzh.. nauchnyy red.; SIMAiov, S.H., inzh., nauclmyy red,;
TRUBIN, V.A., glevnyy red.; ISOlcialN A.V., zam.glavnogo red.; GRINF,
VICH, G.F., red.; TKPIFANOV, S.F., red.; ONUFRITEV, I.A., red.;
ZIMIN, P.A., red.; VDOVENKO, Z.I., red.izd-va; SHIROKOVA, G.M.,
red.izd-va; HLIKINA, E.M.. tekhn.red.
tPower engineering handbook for construction work] Spravochnik
energetika na stroitellstve. lzd.2., perer. i dop. Pod red. N.N.
Lebedeve. Moskva, Gos.izd-vo lit-ry po stroit., arkbit. i stroit.
materialam, 1960- 736 p. (MIRA 13:11)
(Power engineering)

SOSHIff, A-V., prof.. doktor tdchn-nauk
Using flow line methods in building large-panel houses according
to hourly work schedulese Sboro trud MISI n0-37:5-43 16o.
(MM 13:8)
1. Kafedra OTekhnologiya stroitelinogo proizvodetvall Moskovskogo
ordena Trudovogo Krasnogo Znameni institute, imeni V.V. Kuybyaheva.
(Precast concTete constraction)
(Apartment houses)

ROGOVSKIY, L.V., inzh.; CHEMSHIN, V.A.. kand.tokhn.nauk, starshiy nouchnyy
sotrudnik; GaMUNIV, V.P.; TRTBIN,'V.A., glavnyy red. ~,.,SOSHIN, A.T.1
. -0* iild.
zem.glavnogo reA.;- GRIBUICH, G."P.. red.;, IWIFANOV,
ONUFRIYEV, I.A., red.;.KHCKHLOY, B'A., red.; ZIMIN, P.A., red.;
YUrDINA, L.A., red.izd-va; RTAVA P.Ye., tekhn.red.; GCLIBERG, T.K.
tekhn.red.
[Barthwork operations under winter conditions] Proizvodstvo zemlia-
nykh robot v zitmikh usloviiakh; spravochnoe posobie..' Moskva, Goo.
izd-vo lit-ry po atroit,, arkhit, i.stroit.materialam, 1961. 149 p.
(MIRA 14:4)
1. Akademiya stroitellstva i arkhitektury SSSR. Institut orgenizataii,
mekhanizataii i tekhnicheskoy pomoshchi stroitellstvu. 2. Rukovo-
ditell laboratorii zemlyanykh robot Hauchno-iseledovatellskogo insti-
tuts organizataii, makhanizatsii i takhnicheskoy po6dshchi stroi-
telletvu. (for Rogovskly). 3. laboratoriya zemlyanykh robot Nauchno-
issledovatellskogo inatituta organizatsii, makhanizataii i teUmi-
cheskoy pomoshchi stroitel'stva (for Cherkashin). 4. Starshiy tekhnik
laboratorii zemlyanykh robot ITauchno-isoledovatellskogo instituts orga-
nizatsii, mekhanizataii i tekhnicheskoy pomoshchi stroitellstvu (for"
Gorbanev).
(Earthwork-Cold weather conditions)

STARUKHINI N.M.~ inzh.; BOGATYKH, Ya.D., inzh.; TRUBIN, V.A., glav. red.;
SOSHIN, A.V., zam._glav. red.; GRINEVICH, G.P., red.p YEPIFANOV,
S. ~-- ---
.. red.; ONUFRIYEV, I.A., red.; KEOKHLOV, B.A., red.; ZIM, P.A.,
red.; TSYURUPA, A.L., inzh., naucbM7 red.; GORDEYKV, P.A., red, izd-
va; SHFRSTNEV& N.V.., tekhn. red.
[Handbook on masonry operational Spravochnik po kamennym rabotam.
Moskva., Gos. izd-vo lit-ry po, stroit., arkhit. i stroit. materialam,
1961. 198 p. (14IRA Il+:10)
1. kkademiya stroitellstva i arkhitektury SSSR. Institut organi-
zatsii, mekhanizataii i tekhnicheskoy poirioshchi stroitellstvu.
(Masenry)

BARANOV, L.A.; GORBATOV, V.I.; YEMINOV, D.Y.; YFJ1MAKOV, Ye.I.;
PITYR OV, N.I.; RYLITSEV, A.N.; RYAZANTSET, K.G.; TOROPOV. A.S.;
TSEYTLIN, G.I.; YAROSHEV,D.M.; TRUBIN, V.A., glavW red.;
305HIN, A.V., zam.glavnogo red.; RAKITIN, G.A., red.; GRIEMCK,
YEFIFANOV, S.P., red.; ONUFRIM, I.A., red.; KHOKHLOT.
B.A., red.; tIMIN, P.A., red.; TABUNIn. M.A., red.izd-ve;
OSMO, L.M.. tekhn.red.
(Kanual on accident P.-_~zvention and industrial sanitation during
construction and repa.': operational Spravochnoe posobie po tekhnike
bezopasnosti i promasnitarii pri proizvodatve stroitellno-sontash-
nykh rabot. Pod red. G.A.Rakitins. .Koskva, Gos.izd-vo lit-ry po
stroit., arkhit. i otroit.mterialem, 1961. 339 P.
(MIRA 14:4)
1. Akedemiya stroitelletva i arkhitektury SSSR. Institut orgerni-
zatsii, mekhanizateii i takhnicho8koy pomoshchl stroitel'stvu.
(Construction industry--Hygienic aspects)

GRIGORIYAVTS, A.S.; GLADSHTEYVI D.A.; 1ANTSBURGI Ya.B.; TRUBIN, V.A.., glav.
red.j SOSHIX,-A..-V-., zam. glav. red.jGRINEVICH, G.P.) red.j YEPIFA.-
NOV, S.P., red.; ONUFRIYEV, I.A.., rdd.IKHOKELOV, B.A., red# ZIMINp
P.I., red.j KANTSELI, Ya.O.,.nauobmyy red.; SHIROKOVA, G.M., red.
izd-va; SHERSTNEVA, N.V., tekhn. red.
[Handbook on the consumptic6 o tin
,r spare parts and materials in opera
and repairing building and road machinery) Spravochnik po raekhodu
zapasnykh chastei i materialov dlia ekspluatatsii i remonta stroitell-
nykh i dorozhnykh mashin. Moskva.. Gos. izd-vo lit-ry po stroit.,
arkhit. i stroit. materialam, 1961. 399 P. (MIRA 14:10)
(Building machinery-Maintenance and re air)
(Road machinery-Maintenance and repaM

IVYAITSKIY, G.B., kand. tekhn. nauk; POLYAKOV, V.I., kand. tekhn.nauk;
RAYFIESIMERG, s.m., inzh.; CHEREPAKH111, N.V., inzh.,*
FROSKMITTA, V.P., red.; TRUBIN, V.A., glav. red.; SOSIEM,
-A,V~j zam. glav. red.; GRINEVICH, G.P., red.; YEPIFA11OVj S.P.,
red.; OITUFRIYEV, I.A., red.; KHOKHLOV, B.A., red.; ZIMIU, P.A.9
red.; PEREVAIYUK, M.V., red. izd-va; VAULMOVA, G.D.,, tekbn. red.
(Erection of completely precast apartment houses]Montazh polno-
sborrWkh zhilykh zdanii; spravochnoe posobie. Pod red. V.P.
Proslin-nina. Moskva, Gosstroiizdat, 1962. 91+ p. NIRA .15:11)
1. Akademlya stroitel'stva i arkhitektury SSSR. Institut organi-
zatsii, mekhanizatsii i tekhnicheskoy pomoshchi stroitel'stvu.
(Apartzr,ent houses) (Precast concrete construction)

GEL11-M) A.S.; Gi~L;INICIIJ G.F... prof.; WILIVICH, G.G.i ZOTOV, V.P.;
KOII,'~UIOV, G,V.; FAVLOV, S.M.; FIM4011, A.V.; INUBM, V.A., glav.
red.; SO-0121Y AN.,. zar. glav. red.; YEPLFABOV, S.F... red.;
-j.T.-,-re-a.: KHOKFMMI, B.A. red.; M1121, P.A., red.;
M,WOSHCH, I.L., inzh,,, red.; RAMMOVA, G.D.,, -tekhn. red.
[111andbook on loading, unloading, and conveying operations in
construotion]SptavocImik po pogruzochno.-.razgruzochnym i trans-
portnym rabotam na stroitellst-,re. Pod red, G.P.Grinevicha.
Yoskvl-'.~ Go,lqtroil-dat-, 1962. 376 p. (MIPA 15:9)
(Matcri,-7 hand~in&) (Building m-t-arials)

S"ISHIN) Aj., !ioktor tekhn. nauk, prnf.- SOKOLOV, N.M., aoictur
nauk, prof.; A.S., kano. Lekhri. ilauk,
(tots.; BELINOVICH, Y,S.) PETROV, kand. tekhn.
naiA; LUPEVKO, I.S., inzh., nauchn. red.
[Technology of the construction industry] Tekhroloc-iia
stroitellnogo proizvodstva. [Byl A.V.Soshin i dr. Moskva,
Stroiizdat, 1964. 423 P. (MIRA 17: 1p)

MAUR, Ye..; SOSHIN, B.; SMIMOV, , Il.
Information. Avt. transp. 42 no-10:55-57 0 164.
(V,IRA 17:11)

ACC NRI AT6003856 SOURCE CODE: UR/2865/65/004/000/0217/0226
~AUTHOR: Kostikove, V. Ya.; Beyevskiy, R. Me; Kalinovskiy,.A. P.;
130shin, Be A.
4-1
ORG: none--
TITLE., Possible application of electronic logical circuits for automatic medical
control
SOURCE: AN SSSR. Otdeleniye biologlebeskikh nauk. Problemy
kosmicheskoy biologii, v- 4, 1965, 2i7-226
TOPIC TAGS: bioastronautics bioinstrumentation, biotelemetryg
automatic control system, logic circuit cx;,~t
ABSTRACT: Space flights of longer duration and covering greater
distances will sbarply reduce telemetrIc trensmissiori%Zf medical and
biological data. This leads to the problem of deve-l-o-plng,on board
automatic medical control devices for monitoring data on the astronaut's
condition. For space flights slong.establisbed orbits which do not
require readjustment of programmed instructions during :course of fligbtj
electronic logic circuits are satisfactory because of their simple
des.1gD, ~ow weight and small~s,lze, The algorithm of analysis for each
I Car 1/3

Level of motor activity A
.Carbon dioxide level
Generator
MOM
..-Oxygen level. -101.126
of
Fi 6. Block diagramof awelectronie gickl't s7sterk'f or..,
omatio:medical control,-
aU
2/3*
C
ard

ACC NR
-AT6003856
p re) Includes three operations.
)f the indicesl(sucb as, body tem erstu
.1) measurement of the index during, a given interval of time; (2)
-lomparison of the index value with the norm.range in the form of
symbols, a,9. p designating normal by, "N"j. or '1+" for. higher than normal,
or "-" for lower than normal;.Eind, (3) comparison of-symbols of
Jifferent parametors a.ccording to a given logical system and determina-
tion of a code indicatingo "diagnosis." (see Fig. 6). All problems Of
automatic diagnosis In which linear programming is applicable can be
solved by alootronia logle circuits. Orig. art. bast 6 figuree,and,
1 table.-
SUB CODE: 06j 09/ SUBM DATE: none/ ORIG REFOO, 004*

an
.-I

43899aZ5
-JACCESSION Wtt AR40465M~
condition,and quality of controliKere th concept. of entropy can a Used for-
ae lie
quantitative eva.luation7of.-the.ind.et6r7ai*cyi in rmining 7-tho 'duara.Lized..I.
criterion, an overall entropy for.the, selected electropbYsiologiX,40dices and
the contro3.-l,.ed-parameter-deviation perform=66',:is used which- reqaresl processing..
a great deal of information in a comp-uter.
Thus in Ion cosmia f4ghts at a:
ge from the Earth, -the -installation 01 -a ship-borne computer
long ran. for narri~"
band telemetric transmitting bioinformationto'Ahe.Zarth!a stations In - tb
Le
of a generalized oriterion becomes eapedient
SM COM:,A3, ff.
t
J
V
0" 212

KOSTIKOVA, V.Ya.j BAYEVSKIYp R.Mo; KALINOVSKIYp A.P.; 80SHINp. B.A.
Possibility for using electronic logic circuits for auto,-Atic
medical control, Probl. kosm. biol, 4t217-226 t65.
(MIRA 18 9)

21(7),21(8)
AUTHORS: Nemilov, Yu. A., Pisarevskiy, A. N., SOV/56-35-3-44/61
Soshin, L. D.
151 (0 pervom Yozbuzhdennom
TIT-LE: O~nthe ~First ~Exci~_ed State of Tb
sostoyanii Tb159)
PERIODICALt Zhurnal eksperimentallnoy i teoreticheBkoy fizikil 1958P
Vol 35, Nr 3, PP 800 - 801 (USSR)
ABSTRACT% In the course of the investigation of the r -radiation of
Dy159 (the decay of which is caused solely by K-capture)
by means of a scintillation spectrometer, a line with double
energy in momentum distribution is observed besides the
K-X-rays of Tb159 (44,5 keV). This line is produced by the
total summation of quanta with the energy of 44,5 keV.
According to these results, the observed line with 90 keV
is the result of the summation of two cascade-like emitted
quanta Trith half the energy. In the case of the first of
these ciuanta there is K-emission of Tb159 after K-capture,
Card 1/3 and the second quantum is produced by the discharge of the

On the First Excited State of Tb159 SOV/56-35-3-44/61
first excited state of Tb159. N. P. Heydenburg and
G. M. Temmer (Ref 2) presumed that the energy of the first
excited state'of Tb159 amounts to 57,5 keV. J. W. Mehelih
et al. (Ref 3) observed conversion electrons which correspond
to this excited state. f -rays which correspond to the dis-
charge of this state were not observed in any of the afore-
mentioned works. If the line mentioned exists at all, it
amounts, according to the results obtained by this paper, to
not more than 1% of the 44,5 keV peak, Additional verifica-
tion was carried out by means of a summating spectrometer
with a CsJ(Tl)-cryetal, The momentum-distribution thus
obtained is illustrated by means of a diagram. The first
excited state of Tb159 discharges because of the strong
57,5 keV conversion line also with emission of a K-X-ray
radiation, in which case the conversion coefficient is
> 99%. The authors thank A. N. Murin and B. K. Preobrazhen-
skiy for placing a good radiation source at their disposal.
There are 2 figures and 4 references, 3 of which are Soviet,
Card 2/3

On the First Excited State of Tbl59 SOV/56-35-3-44/61 ~
ASSOCIATION: Radiyevyy institut Akademii nauk SSSR (Radium Institute of
the Academy of Sciences USSR)
SUBMITTED: June 4, 1958
Card 3/3

NEMILOV, Yu.A.; PISAREVSKIY, A.N.;
Investigation Of rays in Ap 78 decay. Zhur. okep. i toor.
fiz. 35 n0.3;801-8(2- S '58. tMIRA 12:3)
1.RadiyeM institut AN SSSR.
(Arsenic-Decay) tGamms. rays)

05448
SOV/120-59-3-19/46
AUTHORS: Pisarevskiy, A. N. and So shin
TITLE. An Instrument for the Automatization of a Single-
Channel Scintillation Gamma-Spectrometer (Pribor dlya
avtomatizataii odnokanallnogo staintillyatsionnogo
gamma-spektrometra)
PERIODICAL: Pribory i tekhnika eksperimenta, 1959, Nr 3.
PP 90-93 (USSR)
ABSTRACT: The apparatus described will automatically record
differential spectra on a pen-recorder chart. The
apparatus consists of a differential single-channel
discriminator similar to that described by Farley
(Ref 4). a scaling unit, an integrator (Ref 5), a
control unit, a timer (Ref 6) and a pen-recorde'r
(EPP-09). The work of the apparatus begins with the
switching on of the timer which prQduces pulses at a
repetition frequency chosen beforehand. These pulses
are then fed into the control unit. The first pulse
opens the output of the discriminator and the recording
of the pulses at the output of the discriminator begins.,
After the 10th or the 100th pulse from the timer the
Card 1/2 output of the discriminator is out off and the

05467
SOV/120-59-3-38/46
AUTHORS: Pisarevskiy, A. N., and Soshin, L. D.
ii_
TITLE: The Best Working Condition~s~_'~'~~i3 Photomultipliers
(Ob optimallnom rezhime fotoumnozhiteley FEU-13)
PERIODICAL: Pribory i tekhnika eksperimenta, 1959, Nr 3,
pp 143 (USSR)
ABSTRACT: This multiplier is of the venetian-blind type and has a
modulator electrode. Fig 1 shows the amplitude resolution
of the multiplier as a function of voltage between
photocathode and modulator for several different voltages
on the modulator (with the overall voltage on the
photomultiplier constant). Fig 2 shows analogous
results for the overall sensitivity. It is concluded
that the voltage between photocathode and modulator
should be twice that between modulator and first dynode.
There are 2 figures and 2 Soviet references.
ASSOCIATION: Radiyevyy institut AN SSSR (Radium Institute,
Academy of Sciences UWR)
SUBMITTED: May 10, 1958
Card 1/1

SOV/12"59-41-14/50
AUTHORS-,Lomonosov, I. I., Pisarevskiy, A. N., Soshin, L. D.
TITILE: The Conversion Efficiency of NaJ(Tl) C_ry~s~_-_
PERIODICAL: Fribory i tekhnika eksperimenta, 1959, Nr 4, PP 70-71
(USSR)
ABSTRA.CT. Crystals grown by the Kyropoulos and Stockbarger methods
are used with y-rays of energy up to 1330 keV (the table
lists the values, where % is given by the second formula
on P 70),, Figs 1 and 2 show respectively the relation of
A2 and &4 to VE . It is concluded that the resolving
power is overestimated unless proper allowance is made for
the quantity b (the inherent resolving power) in the first
formula on p 70. The paper contains 2 figuTes, 1 table and
? references, 3 of which are English and 4 Soviet.
ASSOCIATION: Radiyevyy institut AN SSSR (Radium Institute, Academy of.
Sciences', USSR)
SUBMITTED: June 231, 1958.
Card 1/1

120-59-4-15/50
0
awl
Yu,, A., Fisarevskiy, A. N., Soshin, L. D.
AUTHORS'.Nemilov, J"i-
TITLE: A Form of Distortion in Line Speztra 7;~ouce~y ~NaJ(Tl)
Crystals
PERIODICAL: Pribory i tekhnika eksperimenta, 1959, Nr 4. -73
pp 72
(US, S R
ABSTRACT: A 128-chan-nel analyzer is used with 6607 280 and 70 keV
y-rays to show that some of the crystals examined in the
previous paper in fact split monochromatic lines into two
(Fig I shows some examples of the resulting spectra for one
crystal with the sources in various positions). It is con--
'-';luded that the Kyropoulos method gives perfect crystals, and
that the Stockbarger method sometimes gives faulty ones, The
paper 3ontains 1 -figure and 3 references, 2 of which are
0
Soviet and 1 English.
ASSOCIATION. Radiyev-yy institut AN 88SR (Radium Institute, Academy of,
Sciences. USSR)
SUBMITTED-. June 6. 1958.
Card 1/1

21M SOV/48-23-2-18/20
AUTHORS: Nemilov, Yu. A., Pisarevokiy, A. N., Soshinf L. D.
TITLE: y Rays in the Decay of As78 (y-luchi pri raspade As78)
PERIODICAL: Izvestiya Akademii nauk SSSR. Seriya, fizicheskaya, 1959,
Vol 23, Nr 2, pp--255-256 (ussR)
ABSTRACT: According to references 1, 2 also y rays of 0.27 and
0.610 Mev were determined in the decay of A878 (T = 90 min).
The investigations of this paper have shown.that in-the-decay
of As78 (T = 5-6 min) a line is found at 500 kev, strong lines for
-r=90 min at 270, 610, 800, 1280 and 2680 kev and weaker lines
at 80, 345, 69o, 1200, 1620, 1880, 2040 and 2160 kev. The
lines obtained (T = 90 min) are attributed to transitions-in-
the As78 Se78 decay; the 500 kev line (T = 5 min) cor-
responds to the transition from a metastable to a basic state
of As7s, which then decays to Se78 in the reaction mentioned.
A scheme of the decay with all transitions obtained is given.
The authors thank A. N. Protopopov and his coworkers for
Card 1/2 neutron irradiation of the isotopes. There are 1 figure and

y Rays in the Decay of AST8 SOV/48-23-2-18/20
4 references, 2 of which are Soviet.
ASSOCIATION: Radiyevyy institut im. V. G. Khlopina Akademii nauk SSSR
(Radium Institute imeni V. G. Khlopin of the Academy of
Sciences, USSR)
Card 2/2

210) SOV/48-23-2-19/2o
AUTHORS: Nemilov, Yu. A., Lomonosovq I* I., Pisarevskiyj A. N.,
L~ Teterin, Ye. D.
TITLE: Some Problems on the Linearity of the Scintillation Spectrometer
(Nekotoryye,voprosy lineynosti pri stsintillyatsionnoy
spektrometrii)
PERIODICAL: Izvest ya. Akademii nauk SSSR. Seriya fizicheskaya, 1959,
1
Vol 23, Ur 2, pp 257-262 (USSR)
ABSTRACT: In a more accurate investigation of the scintillation reaction
of NaJ(Tl) in the case of"y excitation the authors found
deviations from the reaction linearity up to 20% within the
/, 100-150 kev (Ref 6). This pr64blem was investi-
range of E
Y
gated according to a method already applied in previous papera.
The measurements were carried out by means of crystals produced
at the Institut kristallografil AN SSSR (Crystallographical.
Institute of the AS USSR) and in.the Kharl-kov Works. The
crystals were bred according to methods devised.by Kiropulos
and Stokbarger. The measurement results of various crystals
.NaJ(T1), CsJ(Tl)p KJ(TI) on deviation of the scintillation
Card 1/3 reaction from linearity within the range 10-1500 kev are

SOV/48-23-2-19/2o
Some Problems on the Linearity of the Scintillation Spectrometer
ASSOCIATION: Radiyevyy institut im. V. G. Khlopina Akademii nauk SSSR
(Radium Institute imeni V. G. Kh1opin of the Academy of
Sciences, USSR)
Card 3/3

8~35~!~
s/120/6o/ooo/004/004/028
El92/E482
An Automatiz Portable Single-Channel Scintillation Gamma-
Spectrometer Based con Tronsl-~'Ior~~,
of the registered pulses, izi then applied t3 an automatic recording
milll amme t er. The instrument operates as follows4, a suitable
time delay is set by a timer. An initial discrimination level is
set by means of bias circuits. The timer is then switched on and
the information to be processed is fed in. Xfter the termination
of a pre-,determined delay time, the timer produ-z:es a pulse which
is applied to the automatic biasing cir.~uit and a control c-ircuit.
The latter resets the memory circuits. The automatit:. biasing
circuit changes the level of the discriminator to a new value.
In order to select a suitabie scale for the instrument and a
suitable delay time, the instrument is pro-vided with an
intensimeter (Ref'.1.). The discriminator of the instrument
consists of diode limiters and millivolt selectors of the lower and
upper levels (based on transistors) and an antieoincidence circuit
(based on transistors). The scale.-estimating circuit consists of
7 identical binary cells which are based on transistors, The
registering device is based on the system analogous to that
Card 2/4

87
~, .-I
S/120/6o/ooo/oo4/004/028
E192/E482
An Automatic Portable Single-Channel Scintillation Gamma-
Spectrometer Based on Transistors
described by O.T-Slimhave-ur (Ref.4). It consists of 2 identical
binary counters (memory and registering counters) which are
connected "in opposition" and contain "AND" circuits between the
individual cells. The tinier is based on dekatrons and uses a
stabilized frequency of 10 kc/s as the standard timing waveform.
The automatic biasing circuit for the discriminator is based on
binary dividers and consists of 8 cells. The pick-up head-of the
instrument employs a photomultiplier, type %MIY-13 (riEU-13), whose
output pulses have an amplitude of 10 V. It is therefore possible
to use these pulses without amplification. With a supply voltage
of 1880 V it is possible to obtain signals with an amplitude of
10 to 12 V for the y-line of 660 keV for Cs137 (with a crystal
of NaI(Tl) ). The instrument is capable of deTermining 128 points
of the investigated spectrum, the width of the discriminator level
being 0.1 V, which corresponds to the amplitude range of
0.1 to 12.7 V. The time delay can be 4, 20, 6o, 120, 300 and
600 sec. The stability of the instrument during 3 to 4 hours
Card 3/4

873800
S/12o/60/000/004/022/028
'~7' 7-'S79 /0 E0?3/905
AUTHOR: Soshi
TITLE~ Transistorized Kipp Oscillator With a Millivolt
Response Threshold*
PERIODICALz Pribory i tekhnika eksperimenta, 1960, No 4, P.138
TEXT: For amplitude analysis diode discriminators are used in
combination with millivolt triggering equipment (Ref.1) which are
built up using electron tubes (Ref.2,3). In this paper a circuit
of a Kipp oscillator is presented in which the millivolt
threshold is transistor-operated and which can be applied also in
combination with a diode discriminator, The tail of the negative
input pulse cuts off nn-1. The pulse from the collector
electrode of nn-l unblocks fully M-2 (which is weakly conducting
in the static state). Thereby, a pulse with an amplitude of about
1.5 V is produced on the common emitter resistance. Tuning of the
circuit reduces to selecting, for the given transistor pair, a
divider which will supply the required base potentials, The
response threshold is set by the divider in the base circuit of
nn-2. The diode in the circuit of the base hn-2 fulfils the
same role as in the circuit described by E.C.Park (Ref,l). The
Card 1/3

8-j'38)
S/120/6O/OOO/OO4/O22/o28
E073/E435
Transistorized Kipp Os-.;illator With a Millivolt Response
Threshold
duration of the output pulse for the here given parameters of the
circuit is 5 ILS. The recovery time of the circuit is about 7
The absolute value of the response threshold --an be set between
5 and 500 mV. The thermal stability of the circuit is ensured by
feedimg the base potentials from a low ohm divider so that in the
initial state both transistors are conducting. On varying the
ambient temperature between 0 and +W"C the response threshold
will vary between 6 and 4 mV. In Fig.1 the resistances marked by
an asterisk are selected duri-ng the process of tuning. There ars
1 figure and 3 non-Soviet references,
(Note: This is a complete translation)
ASSOCIATION~ Radiyevyy inatitut AN SSSR
(Radium Institute AS USSR)
SUBMITTED: May 28, 1959
Card 2/3

85348
(230/ 7,00/ 3oo S/120/60/000/005/018/051
j E032/E514
AUTHORS: Nemilov, Yu.A., Belozerskiy, G.N. and Soshin, L.D.
TITLE: On the Stability of Photomultipliers
PERIODICAL: Pribory i tekhnika eksperimenta, 1960, No.5, pp.81-85
TEXT.- A study is reported of the stability of photomultipliers
with Cs-Sb and composite dynodes under various conditions. The
overall sensitivity of the photomultipliers was measured both under
constant and pulsed illumination of the photocathode. In the case
of the pulsed illumination the measurements were carried out under
conditions analogous to those employed with the scintillation
spectrometer.or by measuring the average current at the output of
the photomultiplier. Both methods are adequate provided the mean
current is much greater than the dark current. When this is not
true.,average-current measurements can lead to false conclusions.
The multi-channel kicksorter AMA-3c (AMA-3s) (Ref.4) was employed
in the case of the pulsed measurements. Special steps were taken
to keep the temperature at a constant and known value. Experiments
showed that the role of the photocathode in introducing the observed
changes in the overall sensitivity is quite negligible. It follows
Card 1/2
85348

S/l2o/6o/ooo/oo6/ool/o45
E032/E314
AUTHORS: Pisarevskiyt A.N. and Sosh-in, L*D,
TITLE: The Technique of Fast Coincidences with Slow
Scintillators (A Review) I
PERIODICAL: Pribory i tekhnika eksperimenta, 1960, No. 6,
pp. 3 - 13
TEXT: A review is given of the vai~.ious high-resolution
coincidence techniques employing sodium and caesium crystals
(TI activated). The review is based largely on published
Western work. Among the Soviet work quoted is the monograph
by Golldanskiy et al ("Statistics of Nuclear Particle Counting")
where a discussion is given of the theoretical 1;stimates of the
minimum resolving time. Work by Belozerskiy et al (Ref. 6 -
to be published) on the leading edges of NaI and CsI pulses is
briefly mentioned. Another Soviet paper quoted is that by
Mellnikov,"(Ref. 12), who has described a special amplifier for
use in conjunction with caesium-iodide cr",Aals. The latter
author obtained a resolving time of 7 x 10 sec with
Card 1/2

PISAREVSKIVYY A.-N.L_SOSHIN, L.R.; FIRSOV, Ye.I.
Using the P-N junctions in recording nuclear radiations (survey).
Prib. i tekh.eksp. 6 no.60440 17-D 161. (MIRA 24:11)
1. Institut fiziki AN BSSR.
(Nuclear counters)

PERTSEV,, A.N.; PISAREVSKIYI A.N.;..qqSIfIN, L.D.
Study of single-electron noises in photomultipliers. Prib. i
tekh. dksp. 8 no.5:173-176 S-0 163. (MIRA 16:12)
1. Belorusskiy gosudarstverinyy universitet.
1~

320'74-~6 __ EWT (1)
ACC NRt AR6o16l5l SOURCE CODE: up/oo58/65/0O0/O1_VAO26/A026
AUTHOR: Yefimchik, M. K.; Izokh, V.' V.; Soshin, L# Do
tor7usin~g~ diodes
TITLE: Differentialamplitude discrii~ins
SOURCE: Ref. zh. Fizika, Abs. 114272
REF SOURCE: Tr. 6-y Ilauchno-tekhn. konferentaii, Po Yadern. radimuXtrout To I* Map
Atomizdat, 1964, 143-L51
TOPIC TAGS: tunnel diodep transistorized circuit, flip flop circuit, pulse height
analyzer
ABSTRACT: Two types of differeritial amplitude discriminator circuits are considered:
1) using tunnel diodes only, and 2) using tunnel diodes and transistors. The first
circuit consists of two tunnel diodes connected in series with a resistance. Each
of the diodes operates in a flip-flop mode, but one of them has a higher operating
threshold, owing to the voltage drop across the resistor. A method of choosing the
necessary circuit parameters on the basis of the diode characteristics is demonstrate..
Questions of the temperature compensation are considered, since the lower discrimLvi-
tion threshold varies with changing temperature, as does also the peak current in the
first tunnel diode. The compensating element is proposed to be a reference diode of
the D808 type. The schematic diagrams with thermal compensation of the upper and
lower thresholds and of the channel width are proposed. The second type of the dis-
criminator scheme uses an anticoincidence circuit with two transistors. The discrir~-
Card 1/2

L'18826-65
ACCESSION,NR.*-AP4041034

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ical tic4a

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reamp. and

A b ~Z'
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Tig.'I lock.d -of a: oinc 'c
r uit..
B iagram c idence ci
.
used ~for:studying thestatistic6 of single-

r ot6tubes-.~.
electron pulses An I~Ultiplie
pb . ....
Cari

3~

L 54783-65
ACCESSION NR: ~AP5016041
-

pul It was a own t a t, 8oMe,;_
sesv h h --ama e
Soviet - ~
0e are
P omliltipliers

sufficiently-sennitive to-measur
e i um~ in o' u 8-1 -31 - _00 tt
tluxes of: D-1 q a
-d at.. room temperature ,
per secofi Or g-,. ti '~ h as 1 3. figu ego
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ASSOCIATIOH::~_ none.

05Jun6q)_ -,'EN.CL#.-
SUBMITTED 0 0 SOV'Colils: em
OP

12
NO REP SOV,

1$
-Y"
ATD'

:PRES -4029-
Fl.
k~g

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Pf"HT., ~ - i , ! . -, . 1 - , Q , A
" , "V, :117 A.N.,-, SGS~i~ I.D.
~-'-y afficlant mathod for H3 counting. rjokl. AN BSSR 9 no.Se50%-510
/5,, (MIRA 18slO)
1. BolorussOy gosud&rstv*aW universitat imni V.T.Tanim.

ACCESSIOV IM: Aprz()IMB

-~--thi~~abscfl-ake;-eA-iergy-yield vas 15 Foi: d i I (n) an& la enerMr

Tl
-t3 he yie d
was found to be-
6.q o.4% and 3-11
6
and bhe.value's of the enL oO 9'. 13 T
and 2.7 * 0.2%. The results arec ,ompared mith those obtaiiaecW-oiheir.6. Orl
9-':
art. has: 2 figures and,6~.forimxlas.. 109Y
ASSOCIATION.1 Wone:'~
SUMMED.: gi -S

WREF AM P=Si~
90vt 008

q
Corti 2/2

-. M - --.. . - . I -.
MmMmm- --- -__ - - - ---- - - - - -- - - - --- --- -- -- -

PERTSEV, A.N-; PtSA.-Ft-OVSHY, MI.; SOSIIDI, L.D.
Measurc.-,-ent of th~- absolute yield of Nal(TI-) in
DokI. '41 ESSR ~j no. 5:299-300 KY 165 omn", k.-
1. Belcru~wkiy gosudarstvennyy universitet imeni V.I. Iim.11ria.
SbUnitted ~Tarch- 31, 1964-

HHHKOV, Geniy Mikhaylovich; SnSHIN, Petr Ivanov-ich
[Programed control in heat treatment) Programmnoe regu-
lirovanie pri termicheskoi obrabotke. Nloskvap Metallurghaj
1964. 70 p. (MIRA 17:12)

'oearing steel. Stall 24
(KRA 18:2)
!,.he-3kiy Z=-, cd.

SHISHKINA, V.I.; OMELICHE11M, S.I.j SOSHINp V.A.
characteristics of the structure and chemical transformations Of
carbazole and some of its derivatives. Report NO*6: Nitration
reaction of carbazols and its N-derivatives. Trudy Ural.politekh*
inot. no.96:19-23 160, (MIRA 14:3)
(Carbazole) (Nitration)

SOSHIN V.P. zootekhnik
ICjm,Iw,!6jdmi-
Fattening cattle. Bauka i pered.op.v sellkhoz. 7 no.7*19-20 JI 157.
(KLRA 10:6)
(Cattle--Fee.ding and feeding atuffs)

SOSHIN, Ye.
In calculating the bonus for repair workers you should exactly
account for the output of repaired motor vehicles. Avt. transp.
42 no. 5:37 My 164. (MIRA 17:5)
1. Glavnyy bukhgalter Bryankovskoy avtotransportnoy kontory
Krasnoyarskogo avtoupravleniya.

0-09HINA, M. A.
USSR/Medicine - Leishmniasis 11 Seg*~,537
"Problem of the Mechanism of Transmission of Cuta-
neous Leishmaniasis,'~~. A. Soshina~,~'__Qlnst of Epide-
miol and Mikrobiol im N. F. Gamaleya, Acad Med Sci
USSR
DAN SSSR, Vol 92, No 2, pp 447j448
The mechanism of the transmission of cutaneous lei-
shmaniasis by Phlebotomus papatasii, Ph. caucasus,
and sandflies in general has been Investigated and
explained, Leptomontades of leishmania are found
in the blood., digestive tract, throat, and mouth
of the sandflies after they have fed on blood contng
269T31
infected tissue. They are not present in the saliva
glands. Infection-after the sandfly bite occurp by
reason of contamination 'with the insect's fecal mat-
ter. Presented by Acad Ye. N. Pavlovskiy 15 Mar 53.

~i d :I.. ~- I -'.V.; ZAY2:-A", . .7
. I - I I i - - I i . . . .
ijen3l-ly in si-,ple liqui,:3. iz. Z-hur. 9 no-5:
.1 a - -
476-4,~',G '.,'y I b'!~. 17-9)
1. ilc,-Ioi-usskiy lm3w~arstvennyy uni-versitot, llinsk.

L 08077-67
ACC NRI AP6034215 SOURCE CODE: UR/0368/66/005/004/0486/0488
AUTHOR: Yushkevich, IG. F.; Soshina, N. V.
ORG: none
TITLE: Investigation of the effect of neutron and gamma irradiation on the optical
density of 'glasses used in somiV-plV61-om-lul rp-lierg-
SOURCE:. Zhurnal pr.ikladnpy spektroskopii, v. 5, no. 4, 1966, 486-488
TOPIC TAGS: photomtiltiplier, gamma irradiation, neutron irradiation, irradiation
effect
ABSTRACT: An investi *gation was made of the effect of gamma and neutron irradiation
on the optical density of glasses used for FEU-13, FEU-14, FEU-52, and FEU-56
photomultipliers. Photocathode plasses'40 and 70 mm in diameter and I and 2 mm,
thick, respectively, were used as specithens. Gamma irradiation was conducted in
cobalt installations wit[f dose rates of 100 and 1 r/sec. Neutron irradiation was
conducted in the vertical channel of an IRT-2000 reactor with integral fluxes of 1010,
1012, 101", and 101G neutrons/cm2., A gamma-irradiation dose of the order of
5 x 10" r at an average quantum energy of 1.25 Mev increased the optical density of
glasses approximately 1.05 times. Gamma doses of 107 r and higher brought about
greater changes. Neutron irradiation also darkened the glasses, although the
darkening was uneven. The da rkening can be linked to the appearance of F-color
Card 1/2 IMC! 6fi6.266.5

L 08077-67
ACC NR, AP6034215
centers. 17he following conclusions were made: 1) Glass darkening increases with an
Iincrease of the irradiation dose. 2) Irradiation with neutrons produces an uneven
darkening. 3) Mien a photomultiplier receives a dose higher than 105 r, the total,
multiplier gain should be corrected by a value specified by the change in optical
density of the photocathode glass. 4) Heating to a temperature of 350-400C results
in partial restoration of the glass's transparency while ultraviolet irradiation
produces no such effect.: Orig. art. has: 4 figures.
SUB CODE: 20/ SUBM DATE: 277eb651 ORIG REP: 001/ ATD PRESS: 5102
k.
Card 2/2

ACC NR, AP6020150 SOURCE CODE: tJR/0250/65/009/011/0722/0724
AUTHOR: Yerm_akov~ V. . S..; Soshina, 11. V.
OAG: Belt~_r~usslan~a e U~Tiv_e~r~!Vj Lenin (Belorusskiy gosudarstvenW
universitet)
TITLE: D'et ermination of uniformity of distribution ofactivity over a.plane source
with a large surface
SOURCE: AN BSSR. Doklady, v. 9, no. 119 1965, 722-724
TOPIC TAGS: mathematics) absorption coefficient
ABSTRACT: '.The article considers the question of the determination of the
,unif6r,miiy of distribution of activity over the surface of a plane source.
.When A(x, y) const, this value can be taken out of the integral sign, and
the line of equal intensity can be found by solving the equation
y) exp (-ur)- dxdy.
r
Thenp if several identical detectors are placed on this line.. the uniforuity
of the distribution of activity in a given plane can be judged by comparing
the intensities recorded b7 these detectors. The problem of the authors-
-was to determine lines of equal intensity A(S Iconsts-gIvan the
absorption coefficient value p const, for a n2.:fi*,rect+-4u1&r source of,
the size 23i;o2jros Tfiig article.was pre'sented-byAca6emiciai'" WSRA. N's Sevchenko.
-orig. art. has- 3 formulas;
SUB CODEs 12# 07~ SUBM DATE: Aq-j5Ejr;64/
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t- 'Sh,V., E'lar3hly naiwhnyy sctrudnik, kand, kh,~m. nalIV
ICHKIIADZEV Pi
SOS41NAP 111-M.? starshiy nauchn),y 60trudnik. Inzh.
--c-, I -- - --7 1----,,,
Fore~gn ey-perlence~ln the application of synthetlic polymers
in siz-.ng. Teks'.. prom. 24 no.8i84 Ag 164.
Foreign information based on materials from the Bulletin of
ForeIgn Commercial Information (BIKI). -!bid..-88
(MTRA 17;10)
Nauchno-4ssledo7ateltskiy Jnstitut telkstillnoy i legkoy
pro,wrahlennost-i Goaudar3tvannogo komfte-la legkoy promyshlennos',f.
pri Gosplane SSSR.,

IZABOLINSKAYAt R.M.,,kand. med.-nauk; F=SOVA, L.S.1 VELITMAN, R.P.,
nauchnyy sotrudnik,-.. MIGOP-IYEV4 K.N.; SOSHIMA, ~ T.K.
Some indices of metabolism and reactivity of-the.organism in
extensive- pulmonary-tuberculosis o. . Klin. khir. no.2s/+7-53. t65.
(MIRA 18-.10)
1. Ukrainskiy nauchno-issledovateliskiy institut tuberkuleza I
grudnoy khirurgii.

SOSHITISHY 11 A
Unit for tar impregnation. Tekst.prom. 21 no.1:74 My 161.
(MIRA 15:1)
i
-
Nachallnik tekhnologicheskogo otdela Ukrgiprolegproma.
(Rope industry--Equipment and supplies)
(Textile fibers--Preservation)

VEKLICHEV, D.T.; SOSHINSKIY, Yu.I.
Replacement of the charging arrangements on 2000-ton capacity
blast furnaces. Metallurg 9 no.2:8-10 F 164. (~aRA 17:3)

MI
IOSHKAP V,
Lnrirgy 5poctra o? iona scatterod by polyc rysta I line surfar-es
within small angle3. Dokl. AN SS9R 155 no.li7o-71 Mr 164.
(MIFA 17:4)
1. Morkovskiy gosudarstvonnyy universitet im. M.V.Lomonosova,
akademikom L.A.Artstmovichom.

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ACC NR: AP5025365 SOURCE CODE: UR/0181/65/007/010/2921/2924
Faruk, M.
AUTHOR: Mashkova, Ye. Se; Molchanovi V. A, Soshka, A.
V.
ORG: Moscow.State University im M. V. Lomonosov.,.(Moskovskiy*gosundarstvennyy,~e
universitet)
TITLE: Scattering of ions from alloy surfaces
SOURCE: Fizika tverdogo tela, v. 7, no. 102' 1965, 2921-2924
TOPIC TAGS, ion emission, copper, silver, copper alloy, silvar alloy WL6
POA-UJ~X Alt r4.AZLX,_ CCD.0_4:4~-
ABSTRACT: The energy spectra were investigated during scatter g of ions of
argon and neon (30 kev energy) by targets from copper., silverl~J~nd copper-silver
alloy in order to investigate a number of questions:~-?(l) on the limits of
applicability of a concept of colli ion pairing and on consideration of the atom's
combination in the crystal lattice,~J(2) on the role of the nonelastic loss of,
.energy in a range lower than Bohr's adiabatic. criteria; (3) on the relative. kole`r'.
:of multiple collisions in various processes of ion interaction with solid sub.
-stances. Results obtained are confirmed on' the basis'of paired collision
Card 1/2
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L 2664o-66

ACC NRv AP5025365

approximations or g. art, hasi 3 fi
98.
40
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ACCESSION NR: AT4008636 S/3039/63/000/000/0118/0125
AUTHOR: Soshka,_ X.; Benesh, L.; Drashil, V.; Karpfel, Z.; Palechek, E.; Skallca, M.;'
TITLE: Significance of free deoxyribonucleotides at the onset of radiation injuries
SOURCE: Pervichny*ye I nachalIny*ye protsessy* blologicheskogo deystviya~radiatsil.
Moscow, 1963, 118 -125
TOPIC TAGS: radiation injury, d -e'oxyribonucleic acid, deoxyribonucleotide, deoxy-
cytidylic acid, thymidylic acid, bone marrow mitotit index, mitotic index, irradiation,
deoxyadenylic acid, deoxynucleoUde, nucleoside, nucleotide, ribonucleoside, ribo-
nucleotide
ABSTRACT: After a short description of their earlier work on the beneficial effect of
certain deoxyribonucleotides on the course of radiation sickness in animals, the authors
describe their experience with the use of some of these compounds in radiation Injuries.
Vtrhen injected into mice at doses equivalent to 0. 3 mg of desoxycytidylic acid (DCMP) 24
hours after irradiation with 500r, only DCMP, thymidylic acid (TMP), and deoxyadenylio
acid showed a statistically signifimt beneficial effect on the bone marrow mitotic Index.
Further, DCMP and TMP stimulated the synthesis. of DNA in the bone marrow of irradia-I
ted guinea pigs in vitro,. Deoxycytidine and thymidine were also active, but to a lesser
1/3
Card

ACCESSION NR: AT4008636
extent. F resh chick embryo extract increased DNA synthesis by 8 6%, and an extract of
embryonic tissue prepared with 0. 6 perchloric acid was also active. Further fractionation
of the perchloric acid extract showed that the fraction containing triphosphate was most ac-
tive followed by fractions containing the mono- and tetraphosphates. Further experiments
in which the bone marrow of irradiated animals was incubated with p32 or formate-CM and
nucleotides showed with the aid of autoradiography, that p32 uptake in reticular cells was
increased 2 to 5 times in the presence of DCMP compared to 3 times in non-irradiated
animals. The uptake or incorporation of formate-CM was also twice as great. Hcwever,
in the presence of thymidylate, only p32 was incorporated and the incorporation of formate-I
C14 into DNA was decreased. DCMP normalized both the adenine/thymine (A/T) and
guanine/cytosine (G/C) ratios, while TMP changed only the G/C ratio. Since it was as-
sumed that the nucleotides which stimulate DNA synthesis in irradiated animals may serve
as precursor of DNA, experiments were carried out with the spleens of irradiated rats.
For several hours after a dose of 600r the level of deoxynucleotides and nucleosides in
the spleen remained above normal, falling below normal only after 24 hours. In order to
avoid the heterogeneity and variability of splenic tissue, experiments were then performed
with regenerating rat liver, rats being irradiated (600r) either 1-2 hours after or 24 hours
before hepatectomy. These results.showed that, although irradiation alone, like hepatec-
.tomy, increased the level of deoxynucleotides and nucleoside in the liver, irradiation pre-
increase in deoxynucleotides (but not that in deoxynucleosides) usually followin
'gted tj%

ACCESSION NR: AT4008636
hepatectomy. There were no marked differences in the content of polymeric DNA or in
U. V. -absorbing (nt 260 mg) acid-Boluble compounds between the animals subjected to
hepatectoiny, hopatectomy and irradiation, or Irradiation alone, and controls. * Paper
chromatographic analysis of the various nucleic acid components showed the absence of
purine deoxynucleotides. The authors conclude that the principal effect of irradiation
is on DNA synthosia rather than on its polymerization. Orig. art. has: 2 figures and 5
tables.
ASSOCIATION: Institut b1ofiziki Chekhoslovatskoy AN, Brno. (Iwtituto of Biophysics of
the Czechoslovak AN).
SU13MTTED: 00 DATE ACQ: 20Dec63 ENCIe. 00
SUB CODE:. LS NO REF SOV: 000 OTHER: 012
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