SCIENTIFIC ABSTRACT SALATIC, B. - SALAVEC, M

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001446820010-5
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 19, 2001
• Sequence Number: 10
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

S/078/63/008/002/005/012
B100186
AUTHORSt Leskovich, I. A., Salatin, V..P.
A
TITU;. Phase diagram and outflow pressure of potassium nitrate
PERIODICAL: Zhurnal neorganicheskoy khimii, V. 8, no. 2, 1963, 376 378
TEXT. The plotting of.compression and.expansion curves during Comp'ression
by means of a mechanical Gagarin-press is described. In a cylindrical press-
2
mold a pressure of 15-103 kg/cM is applied to the' substance,, compressing
it to maximum density. Then the pressure is removed,'the opening of the
mold is covered with a lubricant and the s.ample.is.-tossed several tim 'es in-
side the mold to reduce friction-and external stresses.~ After this the
sample is again subjected to pressure, the compressions and expansions
'being recorded. With substances that undergo polymorphic transformations
due to the pressure, hysteresis loops occur as a result of the change in'
specific volume. The process allows a simplified investigation of the p.
versus T phase.diagrams of crystalline polymorphic substances. . The p
versus T diagram for KNO, was plotted and found to coincide with the data
by P., W. Bridgman (Proc. Acad. arts and Sciences, 51, 599 (1916)), The
Card 1/2

7
V

4
Y
NR:
/P49A66'~/P643/0647
ACCESSION AP3001505
:

7

Axym&: Bresla~, -I. Wronk1n,--A,?G, E~~ A~; Sela sinskayai Ye H.
Konza. t
Troshikinl: % V.
-NNT777-7

'
l
a
tinrug' of high. ~artjai.. __
TIfME: Gas*exchange dynsm~i as! of - vhit
e
n
sure
_-oxygen pres
._49 no~
~SSSRi ~v

SOURCE: Fiziologicheakiy zhurnal. 47,,
963~ 643-6

TOPIC,TAGS:.,gas.exofi6ige,:hypei~bxia,',hy~6oxia, edoxo oxyge
6 ism under- r xi
ABSTRACT: Gas exchange'. dynamics' in relation - to. an rgan: hype 0 a
-conditions is of medical and-bi6logical ~ impoitance:.but has'. r6c6i,~e&'little'. -
~c
attention. To study this problem experiments.iiere 6nducted on vhii;e
t
placed, in a glass chamber with , an., automatic feeeer --The - amberl was-kep
water to maintain a constant temperature-(P-2-2l'-),.and,oxyge 1 d
n was:s4pp i
automatically, Total amount.of. carbori~:dioxide exhaled -wasdetemined,
by*titrating the chemica.1 absorber,after.the'e
eriment. e'sice.. were
60~'or_ oxygen (O_iVb 2)'c6ntent
kept:in nitrogen-oxygen mixtures.with
97
.
for various periods of,time Some:mice were: taken -from a regular air medium
' ,
. I
:
1*-
'
_ - - -
*
-.
and'some rom.
a hyperoxic one-to a
to a hyperoxic medium (60% or:90%) f
Card 1/2

L 11784-66 EV1TMZEWTW/FS(V)-3/ VIP(t SCID/I lkk ~,._ --DD/,M--
J~ )/EWP(b)
ACC NR: AP65601U2 .-:SOURCE,CODE: UR/0239/65/051/012/1501/1506_
AUTHOR: Bres I. S.; Zhironidn,- A. G. I Salatsins a2~Ye. N.,;
:Ji
5
CRG: Institute of P iolo". lil io~P._Pavlova, M: SSSR Leningred (Institui
a
fiziologii M SSSR)
:TITLM :Active.selection of nitrogen-oxygen and helium-oxygen mixtures by,animals-and
humans
-12,'1965, 1501-15M,
SOURCE: Fiziologicheskiy zhurnal SSSR, v.: 5L~.no.
I I. h lium resp
TOPIC TAGS:~ human physiology, apima p ysiology, gas mixtures
1- h cixyge P1, e
at stem helium o gen.atmiosphere.~
ory sy XY'
r
ABSTRAC sed. by B res av eter-
T: Thet authors used7a gas ladde ~~vi d
mi 0 d di
ne the gas preference:, f white mice,-~un er con itions wt4ch permitted these animals.z
to' ake ce ire&he um-onizenland nitrogen-oxygen mixtures..-
m an active choi betweenresp
:di:
s - 12'.5%) ~leye s of- supplied-wit each
Normal an d decrea ed (10- 1 -oxygen were h:" luent
Human subjects were allowed to choose: freely-either,of the two.mi. andAo change'
from one to the other simply by.t'ur,ning a ~stopcuck.. The animals~and'.humcins,usual
chose the helium mixtures in:pre rence to the.'. nitrogen..oxygen.mixtures with bo-th'the%
normal and low oxygen levels. When the same:gas -it the'Ailluint
n rogen.or,helium was
the mice and the humans preferred the normal oxygen mixture to: the, hyp6xic., The auth-,-r
UDC: 612.18-
d, 1/2
ca

L 11380-67 EWT (1) SQTB DD/6--_ --- ---
ACC NR, IM036501, SOURCE CODE: UR/0000/66/000/000/0073,11-W-7-4---r--
I AUVOR: 1Brcql4_v_,__.k-_q,!,; Salatsinskaya Ye. K.
ORG: none
TITIE, : -Effect of a helium atmosphere.on the reaction of the organism to
insufficient oxygen and e3FC-ei~--c-ir~on dioxide [Paper presented at the Conference
!'on Problems of Space Medicine held in Moscow,from 24 to 27 May 19661
SOURCE: i(onferentsiya po problemam kosmicheskoy.ineditsiny, 1966. Problemy
kosmicheskoy meditsiny'. (Problems of space.medicine); materialy konferentsii)
Moscow 1966, 73-74
TOPIC TAGS: hypoxia,,hypereapnia, helium oxygen atmosphere, human physiology,
hematology
ABSTRACT: The effectbf helium atmospheres on reactions to lowered,pO2 and to
elevated pCO in the respired atmosphere was studied in young men and
..2
siological indices (minute volume, blood oxygen tension,
women. In addition to phy
etc), this study used the gas.preference method (active choice,of the pre-
ferred respiratory mixture).
Helium mixtures having either a normal or a reduced oxygen content
gen s,
caused respiration to become more rapid and shallow; blood oxy atura-
'tion in these mixtures differed little from that observed in nitrogen -.oxygen
mixtures.
d IModerate hii6xia in a helium atmosphere (1216 oxygen) produced a
less draxnatic increase in pulmonary ventilation than in a nitrogen atanos -
phere.' At was more, difficult to tell a hypoxic. mixture from one with normal'.
oxygen content in helium than in nitrogen.
Card 1/2

ACC __ NRx___AT6&36904__
Respiration o' heli L
-um and nitrogen atmospheres w ith 916 oxyg en-p.ro-
duced identical values of all studied indices.
The majority of subjects preferred helium to nitrogen mixtures with
identical oxygen contents apparently because maintenance of the neces-
sary alveolar ventilation is easier in the less dense helium atmosphere.
The ventilation reaction to CO wasmore ronounced, the increase in
2 p
blood oxy-en saturation was smaller, and the negative preference reaction
was clearcr while breathing he)ium-oxygen mixtures than in the case of I
similar nitrogen mixtures
Helium mixtures which were both hy-poxic (1216 02) and h c
ypercapni
ii. 076 to 2. 51/6 C02) produced a more rapid increase in oxygenation and
were much preferred, by the subjectsover similar nitrogen mixtures.
To summarize, when the C02',content is small and pO2 is 'normal
nitrogen atmospheres seem best; when P02 is reduced, helium atmospheres,
are best. As pCO increases, differences between heliumand nitrogen
2
mixt res'de_cr~'a 16T.
U_ see -[V.Y. No. 22; ATD Report 66-11
SUB CODE: 06 SUBM DATE: OOMay66
Card 2/~ egk

L 04509-67 E WF (m) E W Ft Ljp(c)~
ACC NRt A116035631 SOURCE CODE: UR/0089/66/020/005/0392/0396
AUTHOR: Lebedev, V. N.; Zellchinskly, If.; S'llatskayn
ORG: none
TITLE: -Experimental determination o radiation. quality factors in the vicinity
of high-energy accelerators
SOURCE: Atomnaya energlyn, v. 20, no". 5, 1966, 392-396
TOPIC TAGS: high energy accelerator, synchrocyclotron.
ABSTMCT: -the results of some measurcments of the effective quality.factors
for pulsed molticomponent radiation: In the vicinity of a 10-Bev synchrophasotron
are presented. -the quality factors obtained by a recombination method varied from
3 to 11. , These values are compared vith values from other high-energy accelerators.
Some.data on values measured during experiments with a 680-Mev synchrocyclotron
are also given. Orig. art. has: 1 figure and 2 tables. [NAJ
SUB CODE: 20 SUM DATE: 21 Oct 65 ORIG REF: Oll OTH REF: 014
Card 1/1 mjs UDC. 577.391~
0 6
OCIZZ

card z/4

L255?
S/089/62/013/905/004/012
B102/B104
AU~H6HS: Zolin, L. S., Lebedev, V. N.1 Salatakayal M. 1.~
TITLE: Use of nuclear emulsion of type A (K) for individual. fast-
neutron dosimetry
PERIODIC -AL: Atomnaya energiya,, v. 13, no- 5 1962, 467-471
TEXT: K-type nuclear emulsions 20p thick on triacetate backing designed,
for recording protons of 0-.3-150 Mev were used to check O-15-15-Mev
neutron doses. An individual method was devised using a system of 13
layers: cellulose cardboard (58), Al.(83); triacetate film 34 4~;
Al (27-7); black-cellulose.paper,(13.3); emul-sion backing ~17:2 ; emulsion -J.
(6.9); triacetate film (17.2); black cellulode paper (13-3); Al (27-7);
triacetate film,(34-4);,Al (83), and cell-ulose cardboard (58). The.data
2
in the brackets, are the layer thicknesses in mg/cM . On each side the
emulsion is covered by 6.1ayers, arranged symmetrically, the arrangement. I
,being so chosen that the dependence of the number of tracks in the
emulsion on the neutron energy is analogous to the dose absorbed in the
biological tissue. This was checked by determining the contribution.of
Card 1/3

S/089/62/013/005/004/012
Use of nuclear emulsion of type B102/Blo4
each layer to the.total number of tracks. A, comparison of the dose
curves as calculated shows that in the case of perpendicular irradiation,
and for E '/ 3 Mev, the curve of the layer packet lies higher. The
n
calculations were verified experimentally with monochromatic neutrons
(2 5, 3.6,.and i4 Mev). ''It was found that:in the care.of:perpendicular
neu*tron irradiation the number N of tracks per cm2 of emulsion i Is,equal
to the calculated number within the error limit. In the case of parallel
irradiation N is by 50-Asmaller than with perpendicular irradiation. Jf.
a rotating packet of layers is irradiated, then N is 25% smaller'than
with perpendicular irradiation; in this case K(E agrees with the dose
n
~curve of biological tissue to withi +
n 15%. The dose D(in rad) is
according to D=AH where.A=(1.11+0. -2
calculated. 08).10 rad/mrek-cm The
photoemulsions.were treated~according to tRe NIKFI standards, the films
T clear
were scanned withan ~11W-3 (MBI 3) microscope (95.0x)., henu
emulsion was rendered.sensitive to thermal neutrons by the presence of
nitrogen; N14 (nqp)C14 has a d-1-75 b which decreases as.E-i/2 with
n
increasing E n- At 200 kev 0-1-5, mb and EP=0-56 Mev. Hence.this method
'Card 2/3

S/069/62/013/005/004/012
Use of nuclear emulsion of type ... B102/B104
makes it possible to measure the total thermal and the fast'neutron
dose; a Cd-filter is used.to separate the two components. The
ri-background becomes important only at doBe3 above 5 r. At high
r-intensity the emulsion types AM, -F-3. (T-3) or 9 -2 (Ya-2) are used
that are less sensitivetot -radiation. The track regression was
studied on K-type emulsion in a-70-day Po-Be-irradiatitr. and -it was
found to lie within.the error limits. It.is the higher the lezp_
sensitive an emulsion to (recoil) protons. The K-type emulsion in.the
"correction packet" proves to be rather reliable (root-mean-square error,
in the determination of.the monthly admissible dose +20%) and allows
comparatively rapid scanning (85-films.can Ve scanned:by 1 person within
36'hra). At present these packets.are used -for dosimetric monitoring of
personnel in.the.Laboratoriya vysokikh energiy Obl'yedinennogo instituta
yadernykh issledovaniy (High-energy Laboratory of the Joint Institute,
of Nuclear Research). There are 3 figures and 2.tables.
SUBMITTED: February 10, 1962
Card 3/3,

...relati-Ve biologic al'-eff ettivenes kW k
jC6 6'sion- ori.Prdtdi~tlon-,.from,.-'~dioa-'c'tivO-,,~dl~
c Im eli'el&~Veiiig,
-iomz9tion ers:a.i-d*.-jAace
a~, high -vdltaj~, i
:'Voltage for the.-othek--cha~rfib so~'bdlected` thatA
46ncfion~ 4.~-.Saaoe -61e ctrornetrW..--a4iiplif

A1=*R9,--AP601439O SOURCE CODE: UR/0391/66/000/004756-OT/-0614
AUTHOR: Lebedev. V. N. (Moscow); Gus'kova A. K. (Moscow); Ponizovskaya, A. I.
(Moscow); Deniso~a, Ye. A. (MoscowT;~~~Grova,._L, (Moscow);
(Moscow); Vvovskaya, E. N. (Moscow)
ORG: Joint Institute of Nuclear Usearch (Ob"yedinennyy ingtitut yadernykh
issledovaniy);_Scientific Research Institute of Industrial Hygiene and Occupational
Diseases ANN SSSR (Institut gigiyeny truda i profzabolevanty AMN SSSR)
TITLE: Clinical and dosimetric data derived from observation of personnel operating
a 10-Gev OIYAT synchrophasotron (Analysis of results of dosimetric monitoring from
1956-1962)
SOURCE: Gigiyena truda i profeasional'nyye zabolevaniya, no. 4, 1966, 9-14
TOPIC TAGS: radiation affect, industrial.hygiene, medical examination,,systole,
diastole, bradycardia
ABSTRACT: Workers operating a 10-Gev synchrophasotron at.the high-energy,laboratory
of the Joint Institute of Nuclear Research in the period of 1955-1962 were examined,
and clinical testresults were correlated with data derived from %osimetric moni--~
.toring Levels of influence of x-ray@, gamma radiation, beta radiationg and fast
neutron radiation (the latter in thelenergy range of 0.5-200 Mev) were determined
by various methods. Wor4rs were divided into three groups according to the. kind,
Card 1/2 UM 613.646t621.384.611

ACC NRI AP6014390 I
0
and level of radiation to which they had been habitually exposed. It was found that
the first group, consisting of people directly involved in the operation and repair
of the synchrophasotron, in servicing of linear accelerators, etc., received doses
from 2-3 rem (the maximum permissible dose was set at 5 rem/yr). The second group,
consisting of physicists and engineers conducting the experiments, together with
technicians and mechanics, received about the same amounts of radiation. The third
ch s elect
,group, auxiliary personnel aL a- ricians and janitors exposed to radiation
only occasionallyaveraged less than 0.5 rem/yr. Two hundred and fifty-four workers
(all groups) were given thorough physical examinations in the c9urseof the 8-yr
observation period. Eighty-five percent of the subjects were men, 95Z were under
.40, and 672 had periods of service from 4-10 yr. Two hundred and two control sub-
Jects were given the same tests. The following functional shifts, all within
physiological norms, were noted in the experimental group: 1) Seventeen percent
of the experimental group had a systolic pressure of.100 mm or loweri as compared
with 5% of the controls, and 35% had a systolic pressure of 105 mm or lower, as
against 21% of the controls. 2) Diastolic.pressure was also decreased in the experi-,
mental group, but to 4 lesser extent '3) Pulse pressure in the experimental group
averaged 40.6 mm as against 44 mm in the controls. 4) In the experimental group,
tonus of blood vessels in the lower extremities vas somewhat decreased. 5) Brady-
cardia was noted in 45% of the experimental group as compared with 28Z of.the con-
trols. It must be noied that these variations did not hinder work capacity'or
seriously detract from the overall health of the'sAjoetwinviistigated. Orig. art.
has., 2 figuies and I table.
Ps]
SUB COM 06/ SUBM DATEt .15Dec64/ ORIC
I
Card
2JECZ

vlol
Culls !.Tie
. I. . -C
teo
res t aete 11.
of to
t 1j, 011 %Ile -160
"t3., of oTaev 9'~ VLe-j.
,,q es ;,VNe Go- I-. i-OV11 311 ~C'f - - .0
000115 1 , Ser'. - aCel ,,Ie'C '?m 6 ihll 11
evsve e3'a' OTL
~)s ~A9 10010 It - .
total .01% 'de r, 010, .1 2 4A01%.
-ra,
Sl). t-rl 1010 so~ OOta
W3 'Oe e
va 91 * I fol 14
jje- ja'~ gle go's
d'i Ova ~o 00. f.
0 A
,ed, te- ion
?.r 0 r at 96'f'
ioti I 'OD day 61 soa ecow&
t~e S.S 6,
Ces. 10. OealA
13. OC, r- toll 06 -(0? Tge
tyLe ts
clu 46011 -ro
16 J"'e
eT %OT Z~.Cjt avo
-r3, VTOIC
te aer ele -401
lati 9600 'Oer re
g'T
ev
a. -uosjb8l st",
'08's , '%T
eler
I'.L% v '00
Ova it
jT re

S/056/62/043/005/016/058
Investigation of the B102/B104
scintillation counter with an 0_4y- C(FEU-S) photomultiplier, arranged
0
under an angle of 90 to the triton beam,, served as a monitor. The
pulses from the revoluting counter were fed to a multi-channel pulse-
height analyzer. The angular distribution was-determined between 0 and
O~
1550 with 109 intervals ; the angular resolution was +3.5 and the
statistical error was +3%. T hl~ e Et -dependence .of the ~roton-yiel d at 900
3 4
(lab. system) was measured via T (t,2n)He reaction. The absolute
,differential cross section a at E -850 kev as measured with a methane-
filled gas target gave a value of 233+5 Ab/sterad. The curve LI(E
t
obtained for 901. S., cf. Fig. 2, has maxima at 850 at 1117 kev,lhe
second of which here observed for the first time, is attributed to' a,
resonance with the 15-74-Mev level of.th e Icompound nucleus N15. This was
observed both for differential and for total cross section curves at 0,
0
400 70, and 150 . The angular distributiorea(e),in the c. m. a. depend,
in their shape and position, greatly on.Et. A small-angle minimum,
observed for E 372 kev vanishes with increasing Et, the maximum at
t
Card 2/4

Investigation of the ... B102/B104
Fig,
-
-
7049 T
4
Fig. 2 1Mev
E mb
U 10.9
t tot Mw -
a. mxplcmepad
1,9521
0,372 00�0,0f
O,5W 0.59+0,02 fOO9 e
0,5M 1,02~,03 800
0,6s6 1,45T0.01 600
0,671 2,0070 05
.0,698 .2,=�0:06 4 170
0,753 2.66+0,07
0,818 2, S' , 4-0 07

:
200
-
0,868
0,924 09
3.2810
71+O,tO
3,
0,087 4,73�0.12
1.60 .5,89�0,17
1,09S 12, 1 5�0.36

1.160 9.88�-0,2S

17 2 99 4 00 6 09 800F /009 za
Lev
119 126 ISO 180
J7
97c M. Hi
Card 4/4

MXdIJ ID
AP5026288 SPURMCODE:
Y91
'A_
"I tin',
AUTHOR: JLusaiyan. A. V. (Candidate of technical Sciinces); au
neerY; yavperova, 1. A. (Engineer), Gnuchev, S. M. (Candidarm oVtechnical scien
ORG: TsNIIChM
/F(
JITLE: Resistance of austenitic7-steel 31847-.to the formation of.hot crackji.during,
,welding as a.function of melting technology
SOURCE: Avtomaticheakaya avarka, no. 10i 1965, 7-11
TOPIC TAGS: austenitic steel, hot crack, weld defect, metallurgic furnace, arc
furnace, induction furnace, ferroillqy,/ EI847..(0Khl6Nl5M3B)austenitic steel.,
I"Ir
ABSTRACT: The purely.austeni,tic E1847~(OKM6KWB) steel is designed chiefly for
tube production-Its yield point, tensile strengt a d other.properties.are suffi-
ciently high at 20 and 60O*C. Since, however, occasionally melts of this steel do*
not behave up to expectations, the authors experimentally investigated the effect'of
different conditions of its production*on its resistance to the formation of hot
cracks in the near-weld zone and in the weld metal..Some melts were,obtained in a_
20-ton are furnace and others in a 50-kg induction furnace on 4ither'using fresh
charge (carbon steel or armco iron plus alloy elements) with oxidation of slag or
remelting the alloyed,wastes with addition of oxygen. Alloying.with.either alloy
metals (Cr metal, Hb metal, Mo metal) or ferroalloys~(ferrochrome, ferroniobium, fer,
Card
621.~91.75:621.74M6

8316L
3/O56j6O/O3q/OOP/OOt/O44
BOO6/BO56
AUTHORS: Li G. Tom, O..ti.skiy. r. 2., Sed.o., Col-1, A. L'-
ST.-,. T. -I.-I
Inveatigfttlon of the SO H) HoRation
PERIODICAL: Zh rn.1
uk1'..y I t.or.ti.h..ky flziki. 1960,
V.I. 39, 229
N 7 2.)' pp- 2257
TKXT! Th* MeS 113 reaction davel-pa accardin,; to the following modes:
2.3 4 H3 - L16 Hq4 .B2 . 14.31 X., (1)
_2.4 .Hi . . . 12.08 Me* (2)
11.5 81
4.4(3)
B
The authors data mined the total.cra.. see-ion of thin reaction by
Integral neutron counting. using a thin gas target. Th. ratio between the
Card 1/4
brnl* the t:4,11,on ,b,.1,1emInqd from the opfc..'.. of the 0-6-0
d,a
p: Or. r tar :"gl*.ol '0 'T1",."nr-,*.f the
t *HI
J,..i.met b
a 5 deem t Outa 113 *ro:
ured under the s.%ml conditions. Tho trito neccOIrrat It
Conerittor,to 150 - 970 kev, hit the ntr'j Ind.. ofl
the a 'rg*1!t11,1:.,Ind,: f.a, 0;9 - 1.4 agl.. thick ~1,k
.r It .I. !:,
f-ll!*Th.t610. h.. r I ... two in th. center
of' a, tank solution. Psrp:ndIcuI:rmtoih" be,
f111:d.:ith & 25: Mot r. Th:
direction thr photomul tipliar which oar d an 0
lateral .1 nd0- fact, the :rt- mI... with
I -g/ca2 r67 Is rit ... .... 4.
by .. us pickul foil! Th. O-r-ti t-in
Of . magnetic ".1y. r,,The 1*,,;rtur:.,'vg- target -:1.
.. red by m.... of . her r!h , he 1- t
-.. - I . The pr 'I
.is to, or. i'.n.
Th, r!ft. th err.hewn 11 diner... Tg`
I " t
Fla. I Ulh- tt,: hrd.. 9.ctio "zrre h 9 (2) and (3) AV.. ~.nh
I too
of the Irit.. energies. Th. r.*t .... ;.,qu:re error In -.he r-ge c
0 k., was !5f., at 149 also the
240 - 97 k.;it a ilig. For ccmpitria..~
Card 2/4
results obtained by Mock (R*f. 2) are pl.tt.d' 0cehIrg,1-
Of "'
part i;le.,.pectra recorded for determining the~hr ... In r.
Fig..he spectrum h%:,tw Peaks corresponding to th:
and th. deuteron$ Of brh1). Between those PeaksIIn,ntI uou:
I na,fro -,he rto ih
spectrum of the Prato Proton Peak. or
gr unI st,t:t, 5 .
:m -Chr . energy. no%r the dautoran peak of
.old f.R:.,.r.I'.d
b.Itro3;lrl,
recorded at triton energies (150 were
0-. Th. - 50 1.hin me,,
-rog. f-cti... Of the three bra.ch,, ir~ it
1#t:ml,;d,1O.b. (,1-'2)% (1). (55* -~ r-tion
r a. t-2)A (2): (4*t)~ (5)t the total reaction
0On in the range 150 - 970 key amounted to 5.2
Ir:, 'e:d.p t63-0
rr. ,~y 'a'.'-- r.t.. energies of he He,e
9y d tin d fr.. he r I tic.
g.5) . 0.4 EH3 1-2 CHI - .12.00 R-'. -her. Ell, . (9.6 0, j ) Me,.
C - (0- 8 ! 0. 1V-. - bt"O,d - T his Y.1 uo agree, qu I t 4 a- t I dfac t ortly
h those obtained b other u' h*r:.,T1...uth.r, It -I ly,,t h-,r,.k
I Y.
;"If
VP. D
h
P41
pidue
... Or
t
.
o
.. 09 Frank. and L. L
Card 3/4
f-rtth.1, Inter*Ith"Y -101 their
J, r. t d. he meet, I 1h g. r.*-r 4.
91 uto t
nd 14. T. Eavtinkova. There ar- J f,.0rj;- mn,j 0
at and 5 Us.
ASSOCIATION: Ob~y0di":~IYY,inGtitut.ymdtrnykh iqnl~dcv~pqy jj.trit
In.t, tut Of c arR.e.rch)

(Nuclear reactions)

~6162104-9_10021 1-2/055
1/01, 0
S
AUTHORS,, Govorov? A. M, Li Ka-eng, Osat ~nski y G. M. qala', k 4-y V.
I., Sizov" 1'~ V.
TITLE.-- The total. cross sections of the T+T reaction in the ene.rgy
range 60-1140 kev
PERIODICAL Zhurz?al,eksperimentalgnoy i teore.tichs-skoy fiziki v i~'