SCIENTIFIC ABSTRACT LATYSHEV, YU.M. - LATYSHEV, G.D.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000928810013-9
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 20, 2000
• Sequence Number: 13
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

AKSHM, U.N.; YTT-PISKIY, L.I.; GORBUROV, N.G.; GUBSKIT, V.U.; GURVICH,
M.D.;J~ LE701VIN, L.I.; LIMITS, T.G.; LOGI-
NOVA, H.K.; LURIYE, D.A.; LYAMR S, G.D.; MIROSHNICIMIKO, G.K.;
MOGILEVSKIT, B.Ya.; NEMKOVSKIT, M.I.; CR Al IY, Ya.P.; SA-
VITSKIY, A.M.; SIMKA, S.F.; SURKOV, G.Z.; WWGULI, B.P.; SHUBIN,
V.P.; DONSKOY, Ye.Te., red.izd-va; KALINITSKIY, R.Ya., red.izd-va;
ZAMAKHOVSKIY, L.S., tekhn.red.
[Mechanization and automation in the machinery industry] Mekhani-
zatsiia i avtomatizatsiis v stankostroenii. Khartkov, Kharlkovskoe
obl.izd-vo, 1958. 119 p. (MIRA 13:2)
1. Kharkov. Institut *Giprostanok.' 2. Direktor institute "Gipro-
stanok* (for Orleanskiy).
(Machinery industry--Technological innovations)
(Autom9tion)

EWT.(d)/EWT(m)/EWP(q)/BDS AFFTCIASb- P4Ld JD/HV
-r.ACC,,S,O, N., AP3000679
S/0096/03/000/006/0016/0020
AMMORS: Borzdy*k#, A. M (Doctor-of technical sciences); LaWshev, Yu, V.
(Engineer)
TITLE: Search for steel and alloys to be used in-stationary and portable
turbine units
Teplo
SOURCE. energetika, no. .6, 1963, 16-20 L
TOPIC TAGS: heat-resistant,/- steel, alloy,', t'
urbine vane, sheet steel
ABSTRACT: Studies and experiments were conducted at Tsentraliny*y nauchno-.
I:ssledovatellskiy institut chernoy met6lurgii (Central Scientific Institute
o
Ferrous Metallurgy) on heat-resistap't steels and aljoys for turbi
f ne parts.:
V_ Ch (KhL4Nl8V2ARI
emical compositigns of steels )(PEP-164 (nM244TAD
r "fi i - .
EI 692 N3_5 ND JWI;-6~2 CEI-612K MN35 ') 6a;n 1-725 (,KhN35VTR)
(KhN34T~f VK7
"UP
are tabulated., The - F-ed standard for stRol and alloys for turbi vaLies,~,
was a work-life of 100 RIO hours at temperatures ranging from 550-800C, t
e temo6ra-;
Mat r als for fasteners were tested for operation up to 12 000 hours at
tures between 560-800C. Sheets were tested at 700C for 50 000-100 000 hours~of
Leard-1/2--_

--4-
L i8519-63
ACCESSION M: AP3000679
wokk-life. The proper heat treatments of recommended steels are described and
the mechanical properties of several materials are listed. Orig. art. has:
6 figures and 6 tables.
ASSOCIATION: Insiftut kachestvenny*kh staley TaNIMM (Institute of High-Grade-
Steels at TsNIICh14)
SUBMITTED: 00 DATE ACQ: 2lJun63 ENCL: 00
SUB CODE: ML NO REF SOV: 005 OTHER: 000

j,
ACCESSION NR: APS005001 S/0125/W06~ 00/6649
0 de-var, B. I. (Doctor of technical sciences); German~ S._I. (Candidate
ical sciences); -Latvja=- X~, - 34,'~-(Engipeer);' ekotilo, L~ V. tEagineer);.-
YbA (Enginep.
,'TITL1v-_ Mechs-aiied are voldineof austenitir,, heat-resfivmt'k725(W35V7?) ailoy'.-~
.SOURCE:' Avtomaii eskaya avarka, 0. 1 1965 4J49
-.-h"t_ x6aisia-fit- allo , nitkel base alloy? electraslag
melted-alloy,
everal'" ries 'of
-ABSTRACT! S .se ell 'itibmer -d ~-iid'__weldift --of -31725
,-,a,48i~~:iiie,~beat'-'resistant ano' 10. 35--6.114 1% -m~` 44~416% "Cr- , fim-38% Ni
%
r
-1.31r-~1.73ZTi, O.-005Z B) hav,6 been conduct". . Conventr1oiK, Metled
:41loy-var, f6und to have a poor veldabi4ty because.:of,tbe susceptibility of the
-weld'and-the-veld adjacunt zone to hot~cracking. Thatefore, electroslag.melted
joy.-Was.--Used~in form of large, 1340-1800 mm i diam6ter, ring-U00 x 200 and
,150:%,206_:m-m'--." cioss.sectic and rolledl~94 and 24 mm thiclyRutended for the
1iousing of a large Ho turb~lneil Weldinj of electtoslag-viellted allby,vith electrode
wir,e of base-vetal composition yielded veld metal-bigbly suseviptibIe-,to hot crackiniz.
T.
- 7

veral;~btber.~:dlectr,,,.dp-s
~vtria. tested ~SatisfaJ rY-,:reSuIis- -e 4taindd
with
,
.
e 4 Si,' 7.'78Z*'Ih, 14' 36.07% Ni
0.1 -2 .792 Cr.
vir .05%
vire under ANF-47 and
HO). Arc welding with this
andx3;28%
'ANY-42:2*-; fiiicis-'~ielded v7 eld metal v,4 a sati6factory beat-resistance.and ductility.
a.. alao-.,bee'n----develope

d,, for manualw%
core.,ha
The developedtechnologY was Successfully u8id for welding
--the, Sa4 turbine. housing at the Kharkov Turbogenerator Plant. Orig - art. has., - 8
figures -and, 3.. -tables.

::ASSOGIATION.*.--., ins titut',.:elektroavarki imi Ye. 0o Patona, AN UkrSSR (Electric Weidinr,_
~Instftute~ -AN 'Uk.:SS~);-*KhTGZ im. S. 14. K rova; TsNIIChII im. Bardina

.--mmr-id EDI ~-~;-.A!Aug64 ENCLI~ 00
-SUB CODES M, 19

ATD PRESS:' 318T
OTHERI 001
k J

C R"

LATYSHEVA, A.
Wings of a good initiative are getting stronger. Okhr. truda
i sots. strakh. 6 no.10:9-10 0 163. (KRA 16:11)
1. Sekretarl Leningradskogo promyshlonnogo oblastnogo sovo-W
profesBionalInykh soyuzovo

IATYSHEVA,, A.V.; SINYAKOV, Yu.L., red.; LEVONEVSKAYA, L.G.p tekbn.
FR[.
[At a now stage; from the work pracUm of laningrad trade
irdons] Na novom etape; iz opyta raboty leningradskikh
profsoiuzov.'Ieningrad,, Lenizdat, 1960. .109 p. (MIU 15:1)
1. Sekretarl Leningradskogo oblastnogo, soveta profsoyuzov
(for Laty sheva) .
(Ioningrad-Trade unions)

IATYSBEVA.-Anaatasiya-V-Iadirairovna.
[Regular production conferences; from work practices of
Industrial enterprises In Leningrad]Postoianno deistvu-
iushchie proizvodstvernye soveshchaniia; iz opyta raboty pro-
mysblenrqkh predpriiatii Leningrada. Leningrad, Le-azdat.,
1961. 74 P. (MIRA 15:10)
(Leningrad-Industrial vanagement)

LATY~SH~EV ~Iasjya.Vladimirovna; MORSHCHIKOV, V.D., red.;
ANDREMA, L.S.j tekhn. red.
[controning the carrying out of work by the factory and
plant local comittee)Proverka ispolneniia v rabote fab-
zavmestkoma. Moskva, Profizdat, 19AP.. 62 p. (Bibliotecbka
profsoiuznogo aktivista, no.17(41)) (MMA 25:9)
1. Sekretarl Leningradskogo oblastnogo soveta. profsoyuzav
(for Latysheva').
(Trade unions) (Auditing and inspection)

JArPYSHHVA, Go, arkhitaktor.
"'~ lvt',;.~4r)~--
7'-x
4,Q;4-
Plans for prefabricated demounta.ble farm buildings. Sell. stroi.
12 no.2:-21-22 F 158. (MIRA ll-.2-,)
(Farm buildings) (Buildings, Prefabricated)

LATY M VAt G., inah.
Structures for housing livestock in Bulgaria. Sel. stroi. no.4:
27-28 Ap 162. (KRA 15:8)
(Bulgaria:-Dairy barns)

SOV/ 137-58-9-19394
Translation from: Referativnyy zhurnal, ~Metallurgiya, 1958, Nr 9, p 178 (USSR)
AUTHORS: Latyshnvp,, K.A., Braynin, I.Ye.
TITLE: On the Graphitization of 55SZ Steel (0 grafitizatsii stali 55SZ)
PERIODICAL: Sb. nauchn. rabot stud. Donetsk. industr. in-t, 1957, Nr 2,
pp 109-114
ABS T RAC T: To investi-ate the conditions of 'graphitization (G) of 55S2
steel, a steel of the follov.,ing composition (in %) was used:
C 0.54, Mn 0.78, Si 1.54, Cr 0.03, Ni 0.03, P 0.025, and S
0.018. The rolled metal had the microstructure of sorbitic
pearlite with a fine ferrite lattice. The critical points Acl
7801C and AC3 8400 were established by the method of incre-
mental quenching. To accelerate the process of G and to obtain
finer and more uniform graphite formations, the specimens (S)
before annealing were quenched in water after being heated to
900, 1000, and 1100'. The structure obtained was that of
martensite with RC 63. S differing only in their tempering
temperature were separated in batches (B) and then underwent
joint heat treatment. The first B was annealed at 6800 for 44
Card 1/2 hours and had the structure of granular pearlite without

---19394
On the Graphitization of 55S2 Steel
formations of graphite. The first and second B underwent graphitizing
annealing at 7400 for 120 hours followed by cooling in water; the structure
was martensite, ferrite, and separate formations of graphite with RC ZO.
S quenched from 10000 was annealed for 10 hours at 7600 and had a struc-
ture of granular pearlite. Then, together with the third B it underwent the
graphitizing annealing at 740o for 12 hours, The structure of all these S
was granular pearlite. As the result of various conditions of heat treatment
of S it is established that the use of 55S2 spring steel for G is not expedient,
because the process of G of the given steel progresses very slowly; the ele-
vation of the quench temperature to > 9001 does not accelerate the G pro-
cess of the structure.
G. Z.
1. Steel--Processing 2. Steel--Structural analysis 3. Graphite--f4etallurgical
effects
Card 2/2

KOAWANTMOV., Ye~Aep imihenex-kapitan-ley-bensnt; LATYSHEVA, K.V.., mladshiy
mauchnyy sotrudrak
Deactivation of the internal surface of circuits in nuclear-pover
plants* Mr. obor. 47 no.11:74,-76 N 163. (MMA 16:11)

S/200/61/000/007/005/006
D238/D302
AUTHORS: Popoval N.I., Millman, F.A., and Latysheva, LE.
TITLE- The oxidation of isobutylene to methylacrole-Lin in the
presence of copper catalysts
PERIODICAL: Akademiya nauk SSSR. Izvestiya. Sibriskoye otdeleniye,
no. 7, 19619 77 - 82
TEXT: The object of this work was the more detailod investigation
of the formation of methylacrolein byfthe catalytic oxidation of
isobutylene, using copper catalysts and its identification and ana-
lysis. Difficulties were the highly exothermic nature of the reac.-
-'%,-ion and the great polymerizability of methylacrolein which at roor
temperature polymerizes completely in two hours. Methylacrolein is
of great value in the plastics industry as a source of many pro-
ducts. Two basic methods of preparation are outlined - that already
mentioned and the croton condensation of formaldehyde and propionic
aldehyde. Detailed results of the oxidation of isobutylene are
Card 1/4

S/200/61/000/007/005/006
The oxidation Of isobutylene D238/D302
showny revealing a high yield of carbonyl compounds and selectivity
of the reaction. The catalyst undergoes partial reduction to cup-
rous oxide reaching a steady state composition of about 70 % monova--
lent copper and 30 % divalent copper. Comparative reBUlts are gi-
ven for the oxidation of isobutylene and propylene, In both cases
the carbonyl compounds have a high unsaturated aldehyde content and
as the carbon monoxide content in the gases at the end of the reac-
tion is zero there appears to be no aldehyde dissociation on the ca-
talyst. The yield of isobutylene at a volume speed of 6000 reaches
413 grfrom a liter of catalyst per hour. Methylacrolein was synthe--
sized by the croton condensation of formaldehyde and propionic alde-
hyde in the presence of a boron fluoride and water complex working
to data taken from Wm.F. Gresham (Ref. 6-. Patent SShA(USA Patent)
2549457, 1951) but elaborated and made more accurate &ring the
course of the work. An increase in the formaldehyde-propionic alde-
hyde ratio to ascertain the level increases the yield of methyla-.ro--
lein, of which 53 gr. were obtained, after fractional distillation,
with physical constants in accord with those given in the literatu-
Card 2/4

S/200/61/000/007/005/006
The oxidation of isobutylene ... D238/D302
re. The possibility of polargraphio analysis of aqueous solutions
of methylacrolein was shown; calibration curves plotted its disBo-
ciation potential worked out for the first time. To identify the un-
saturated aldehydes their physical properties were studied. Aqueous
solutions of methylacrolein obtained by each method gave identical
curves with similar potential. Similarly, aqueous solutions of these
aldehydes and alcoholic solutions of their 2:4 dinitrophenylhydrazo-
neB have the same absorption maxima in the ultraviolet spectrum.
After distillation a group of aldehyd&s was obtained containing
82.5 % methylacrolein and 6ince part of the latter is polymerized
the content is in fact higher. After describing the experiments on
oxidation of isobutylene -- relatively pure isobutylene was obtained
by the dehydration of isobutyl alcohol, the authors conclude thats
isobutylene oxidizes selectively to methylacrolein in the presence
of copper catalysts; carbonyl groups forried during the reduction
contain 82. 5~'% of methylacrolein: The syntheses of methylacrolein
by the croton-condensation of formaldehyde and propionic aldehyde
was investigated; certain physical constants of methylacrolein were
Card 3/4

S/200/61/000/007/005/006
The oxidation of isobutylene ... D238/11302
determined for the first time, in particular the half wave dissocia-
tion potential and the absorption spectra in ultraviolet light of
aqueous solutions of the methylacrolein. There are 5 tables~ 4 figu-
res and 10 references: 2 Soviet-bloc and 8 non-Soviet-bloc. The re-
ferences to the 4 most recent English-language publications read as
follows: I. Ballardy H. Finch, E.A. Peterson, USA Patent 27672219
1950; H. Finch, A.D. Benedictis, USA Patent 2779801, 1957; Smit,
Holmsk USA Patent 2774928, 1950; W.F. Forbes, R. Shiltong J. Am.
Chem. Soc., 81, 787, 1959~
ASSOCIATION: Institut khimii vostochno-sibirskogo filiala SO AN
SSSR, Irkutsk (Chemical Institute of the East Siberian
Sectiong Siberian Branch AS USSR, Irkutsk)
SUBMITTED% July 26, 1960
Card 4/4

DLMOV, V.N.; KOBWOVA, Y.N.; PBCHKRNMY, V.F.; BUMISHWIT; S.Tu.;
KWLIN, A.L; POZIN, L.Z., DtrAKONOV, D.I.; LATrSMWA. JLG.;
DDBRUIN, T.M.; LARIONOV, V.V.; XgfW. Te.A.; IMMY, A.P.
Terminology and symbols used in applied geopbysice. Prikl. geofis.
no.27:223-235 160. (MIRA 13:12)
(j?rospecting--Geopbysical methods)

DAKHNOVp V.N., doktor geol.-miner. nauk; KHOLIN, A.I., kand. geol.-
minernauk; PESTRIKOV, A.S.; GALUZO, Yu.V.; AFRIKYAN, AN.;
YUDKEVICH, R.V.; FOPOV, V.K.; POZIN, L.Z.; LARIONOV, V.V.;
VENDELISHTEYN, B.Yu.; GORBUNOVA, V.I.; DZYURAK, M.D.; YEVDOKIMOVA,
V.A.; ZHOKHOVA, R.G.; MMNIKOp N.N.; MANCHEVA,
N.V.; MORDZOVICH, Ya.R.; OREKHOVSKAYA, Ye.P.; POKLONOV, M.S.;
ROMANOVA, T.F.; SEVOSTIYANOV, M.M.; TANASEVIGH, N.I.; FARMILNOVA,
N.V.; FEDOROVIGH, G.P.;-SHGHKRBININ, V.A.; ELLANSKIY, M.M.;
YANUSH., Ye.F.; YUNGANS, S.M., ved. red.; YAKOVIEVA, Z.I., takhn.
red.
[Using methods of field geophysics in studying gas-bearing re-
sery irs]Primenenie metodov pr-omyslovoi geofiziki pri izuehenii ga-
zonoanykh kollektorov. Moskva., Gostoptekhizdat., 1962. 279 p.
(MIRA 16:2)
(Gas, Natural-GeolpAy)
(Pro S'Pacting-GeophysicaLl methods)

LATTSHETA, H.I.
Method of phagocytic experiments. Zhur. mikrobiol. apid. i im=.
no-1:76-81 Ja '55. WaA 8:2)
1. Iz kafeclry mikrobiologii imani H.P.Gamelai (zav. prof. V.D.
Timakov) II Hoskovskogo maditainakogo institute. imeni I.V.Stalina.
(PHAGOOTTOSIS,
exper. technic)

~_H T Y sw a 11'q' P - _-C.
USM/Medicine Immunology FD-2611
Card 1/1 Pub. 148 - 22/25
Author Latysheva, N. I.
Title The opsonizing capacity of child and adult blood serum
Periodical Zhur. mikro. epid, i immun. 4, 97-100, Apr 1955
Abstract The opsonizing capacity of the blood serum of children up to six
months old was significantly lower than that of adults. The speed
of absorption of typhoid and whooping-cough microorganisms during
phagocytosis in children up to six months old and adults was found
to be determined by the functional activity of their leukocytes and
not by the characteristics of the blood serum. The phagocytic ac-
tivity of the leukocytes of children during their first six months
of life was found to be less than that of adults. By the time the
children are two years old, they acquire the capacity to opsonify
microorganisms effectively. The results of the experiments are
presented on two charts. No references are cited.
Institution : Chair of Microbiology imeni N. F. Gamaleya (Read - Prof. V. D.
Timakov). 2d Moscow Medical Institute imeni I. V. Stalin (Dir,
Dotsent S. I. Milovidov)
Submitted : Octobe r 30, 1954

USSR/Ganeral Problems of Pathology. Immunity U-1
Lbs Jour : Mf Zhur - Biol., No 14, 1958, No 65900
Author :--141~yshev-,- N.I.
Inst : Second Ro-s-c-o-w-Re-aical Institute
Title : Opsonizing Properties of Normal Sera,
Orig Pub : Uch.zap. 2-y Mosk. med. in-ta,, 1957, 7,, 157-165
J~bstract No abstract
Card 1/1

L.ATYSHEV.A, N. 1.
-1 ---- -
,-~~41.r .
Rztent and rate of phagocytic reactions in children and rdul's'
Pediatriia 36 no.10:76 0 158 (MULI Ila!)
1. 1z kafedx7 mil=obiologii imeni N.P. Gamnlei 11 Moskovskogo
meditsinakogo instituta imeni N.I. Ptrogovae'
(PHAGOCYTOSI,S)

NDNINA, P.V., kand.tekhn.nauk; GIAZOVA, R.A-, starsbiv nauchVy sotrudnik;
POIIJMIYENKO, Ye.A., iuzh.
-0, Results of tests on Kovo hydraulic looms. Tekst.prom. 20
400 no-2:36-39 F 160. (MIU 13:6)
1. TSentral'Wy nauchno-isaledovatellskiy institut shelkovoy
'promyshlennosti (for Glazova). 2* Glavnyy inzhener shelkotkatskoy
fabrild imeni Sverdlova (for Latysheva),,
(Looms) (Synthetic fabrics)

LATYSHEYL_2,~., assistent
Caries in the teeth of children PnIlowing mening-Itis and birth
injuries. Teor. i prak.stom. no.j:94-97 t63.
(MTRA a8-.3)
1. Iz kafedry terapevticheqkoy stomatologi-I (zav. - prof. Ye.Ye.
Platonov) Yloskovskogo meditsinskago stomatologichaskogo instituta.
0

S/105/62/000/007/002/004
E200/El35
.AUTHORS: Gorushkin, V.I., Doctor of Technical Sciences;
Krumina, A.A., Engineer; and
Latysheva, T.S., Engineer
TITLE: On extending the range of problems solvable by means
of small digital computers
PERIODICAL:-Elektrichestvo, no.7, 1962, 28-29
TEXT: The difficulties connected with the strict limitation
of the range of numbers in small computers may be avoided to a
great extent by resorting to, operations over numbers represented
in "normal form". Any number in normal form is.represented as
x = qx2 Px (1)
where 1/2 < qx < 1; qx is the mantissa, px is the order of
magnitude. The number represented in such form is recorded.in
two adjacent memory storage cells of the computer: in one cell
one reggrds the mantissa qx and the other p. .2,-30.
Card 'ED

3902Z
s/lo5/62/000/007/002/oo4
On ext'ending the range of problems ... E200/El35
All arithmetic operations may-be carried out over numbers
represente*d in normal form. However, in most machi'nes there are
no commands for such operations. The arithmetic operations with
such numbers are carried out by means of special programs. The
rules for carrying out arithmetic operations over numbers
represented in normal form are given below. Additioh is carried
out as follows: say the numbers A qA' 2PA and. B qB- 2PB
a:re to be.added. First one equates the orders and the difference
PA - PB Xs found. Then if PA PB 0, then qA is multiplied
by 2(PA -PB*) and added to q B:
PA PB
C = A+ B = qA 2 + q 2
(qA2PA -.PB) PA %A PB) + qB 2PB (2)
PA - PB PB PC
(qA2 + qB 2 qC 2
Card 2/ 4

On extending the range of problems... S/105/62/000/007/002/004
E200/E135
If PA - PB > 0 then q. is multiplied bY 2 PB - PA and is
added to q A
C= A + B = q 2 PA + qB 2PB q 2 PA +
PB -APA PB (PB pA)
+ (q B 2 ) 2 A (3)
-- (qA + qB 2PB - PA 2PA qC 2PC.
For multiplication the mantissas are multiplied together and the
orders are added: PA PB PA +'pB
A - B = (q A 2 )(qB 2 (qA %) 2 (4)
Division is carried out thus:
A qA2PA qA 2PA - PB qC 2PC (5)
B TB
Card 3/4

On extending the range of problems... S/103/62/000/007/002/004
E200/El35
Programs for multiplication and division are written directly in
the base program. The program for addition and subtraction is
used as an independent routine. The method described above makes
it possible to use fixed point computers of type M -3 (M-3) to
carry out operations over numbers lying between the limits of
-0 30 -
2-2" and 22 or approximately between 10-300 000 000 and
10 300 000 000 (the ma4~hines "Strela" and "Ural-211 operate with
numbers in the range from 10-19 to 1019). Thus it is pos'sible to
t1transform" a fixed point computer into a floating point one.
ASSOCIATION: Energeticheskiy institut im. Krzhizhanovskogo
(Power Engineering Institute imeni Krzhizhanovskiy)
SUBMITTED: September 25, 1961
Card 4/4

Lk,TYSHEVA T S.
Idnear variation - the length of a curve. Izv,AN SSSR.Ser,nat,,
27 no.1261-66 Ja-F 163. (MM 1612)
(Calculus of variations) (Curves)

LATYSHEVA T.S.
Measure of a set of values assumed by a function in points where the
gradient vanishes. Izv. AN SS6R. Ser. met. 27 no.2.273-278 ~h-Ap 163.
(Functions of several variables) (MMA 16:4)

AM4016098 BOOK EXPLOITATION S1
Laty*sheva, Tamara Sergeyevna
Programming and solution of problems on two-address machines (Pro-
grammirovaniye i resheniye zadach na dvukhadresny*kh mashinakh)
Moscow, Izd-vo AN SSSR, 63. 0182 p. illus., biblio. Errata
printed on the inside of back cover. 4600 copies printed. At
head of title: Akademiya nauk SSSR. GosudarstVenny*y proizvod-
1 stvenny*y komitet po energetike i;elektrifikatsii SSSR. Ener-
geticheski~ institut im. G. M. Krzhizhanovskogo.
TOPIC TAGS: Computer, computer prog;amming, two-address computer#
fixed radix, floating radix, M-3 computer, Minsk-1 computer, command*
operating code, scale factor, branched program
PURPOSE AND COVERAGE: The book cont4ns detailed programming pro-
cedures-for tqo-address computers with illustrative examples for the
Soviet M-3-and,14in.sk-l computers. It is based on programming lec-
Card 1/0~_
------------- !'

~AM4016098
turves delivered by the authoi at the Krzhyzhanovskiy Power Institute
general information on programming, differences in com-.
putation systems, operation codes, programming procedures with fixed
radix and methods.for going over to a floating radix, the 6*onsrtruc-
tion of logical circuits,-and solution'of problems with the computer..
The book is intended for scientific workers, engineers, and students
engaged in programming, and can serve as a textbook for the training
of programmers.
TABLE OF CONTENTS,[abridged]:
Foreward 3
Ch. 1. Scbematic diagram of M-3 and Minsk-l electronic digital
c9mputers. -Introduction to programming',- - 5
Cb. 11. Positional- computation systems _12
Ch. M., Conversion of numbers from one positional system-to
.4,Card.. '2/

AM4016098
another. Binary-decimal notation 21
Ch. IV. Computers with fixed and floating:radix and operations on
numbers in the computer 35
Ch. V. Command. Operation code 47
Ch. VI. Programming Problems 65 -
Ch. VII. Branched p'rogr ams. Block diagram of program 76
~Ch. VIII. Transformation of comma~ids. Cycles 88
Ch. IX. Cy6le with recovery 104.
Ch. X. Standard programs and their use 120
Ch. XI. Introduction of scale factors- 135
:Ch. XII. Programming using normal Xepresentation of the number
(with,floating radix) 143
~Ch. XIII. Operational Programming 156
1 7
Ch. XIV. Insertion of initial datalin the computer and adjustment
pf program 165
Ch.-*Xv.* Solution of problem in the,,computer,- 176
A -'-177
ppendices
Card 3/

. LATYSHEVA,:V.A.; GORYANINA, L.R.
, Heats of reaction of oxides and hydroxides of the zinc subgroup
eieme'n'ts with solutions of perchloric' and hydrohal-ide acids.
Zbur.neorg.khim. 7 no.4:732-738 Ap 162. OGRA 15:4)
(Hydrogen halides) (Metallic oxides) (Heat of reaction)

Nl_

tA r
. . . . .Th he~ii PI 'Ac hq&draleg of olddes of i1m:75,*j

A and bW= 0c onc an n c acids an hy-m
ac

dc Acl S. S, A. Shch L. S L'I
u " I and
hall ~
Mon L
lie
~h
"
4
1

.
. 9
0 Y au
,
Y
gg
.
I tht .
9153).-111 known that ions of Zn attd CU(11) In.'
i
water soln. can form unstable evinlylex ions with halom'
ions.' Thert-forc it was rtasoifable to expect that for Z%l;
.
and Cu the eftects of neutruliTation by acids differing by
~
nature of unions would not be e( of reac-
-
i
tion of Zn(OH)s, Cu(011~, and'Ba(OHb with 2N HCI,
l
H33r, 111, 11CIO4, and.11140, were dctd. by direct method,
with acid always in large excess. HCI and HNOs were used
-for comparison as anions which develop min, tendency to- i
ward complex formation'. Heat effects for Ba(OIIN were
40ox. equal for all acids used, corresponding to Thomsen's
;results. ZnO in 2N HCI coincided with Peppler's results.
Heat effects for Zn(OHb, ZnO, and Cu(OH)j in the Indl-
catedaelds are not equal and increase with transition from
Cl- to I-, C104-, and IqOj-, which affirnis the reaction of I
W4 and Cu++- with an!ous in soln. The differences be-
~tween ZnO and Zn(OH)s in all acids are almost equal and
correspond to the literature conits. for hydration of ZnO',
with formation of Zn(OH)j, Heat effects may attW%I -,'a
reactions between components of soln. but give no basil fort
detv. of thermal stability and compn of complex ion ;
formed.. X. BednIol
4 743 :~rY Al

W

LATYSHEVAI V.A. --
"The State of Some low in Aqueous Solutions," Cand Chem Sci,
Leningrad., lZ4. (RZhKhim, No 20., Oct q4)
Survey of Scientific and Technical 1)issertations Defended at USSR
Higher Educational Institutions (10)
SO: Sum. No. 481, 5 May 55

aA in
Ti r. - -
w z
t cftt-zt of ibermody-n-am-lic qu-nutities
aF~ AS, and 66H on tlzrz siab~lities of the halogm cobiplem-es
of Zn, Cd, and Jig a-, w6l k:s the relation t>etween these and
tl)e 'Dnj<'tl.1 PoteljLkI6 Of the balOgEnS RYC diSrussed.
Th~~-; qu2niitirs zi?c tahllWed fur tile StLPVVL,;e forlwations of
ZnCll- arti Zul,- -. In going ftoin the iodides
stabffit.~ of the comiAexes incTea---es- M--,o-AM vnalvg-iif tbii~
h
hydration for t1vt rnol~. ZnClj, ZnBr, Znl%. CAM., CdDr,.
tQ I)C, rCS-jl.. -42.1, -51.2, -36-~,
A4.7, -44A, and -26,
rey,
7

5(2,4) SOV/54-59-2-9/24
AUTHORSt Shchukarev, S. A., Lilich, L. 8.p Latyshevaj V. A.,
Chuburkova, 1. 1.
TITLEt On the Heats of Reaction of CdO and Cd(OH)2 With Hydrogen
Halides and Perchloric Acids (0 teplotakh vzaimodeystviya Cdo
i Cd(OH)2 a galogenovodorodnymi i khlornoy kislotami)
PERIODICAL: Vestnik Leningradskogo univereiteta. Seriya fiziki i khimii,
1959, Nr 2, pp 66-71 (USSR)
ABSTRACT: From the measurements of the heats of reaction of metal oxides
and their hydrates, information is obtained on the state of the
ions in solutions. The method of this investigation consists in
determining the beat effects of individual'processes in the re-
action of metal hydroxides and oxides with the acids. (Destruc-
tion of the oxide lattice, dissociation of the acid, formation
of H 20 molecules from the H"t' and OR- ions, and formation of
complexes between the ions of the metal, of the water and the
anions of the acids.) As in the investigations of the present
paper only one metal was used, the difference in the heat ef-
Card 114 fects lies only in the complex formation and is dependent on

SOV/54-59-2-9/24
On the Heats of Reaction of CdO and Cd (0H)2 With Hydrogen Halides and Per-
chloric Acids
the various acids used. The perchloric acid which shows no
tendency to form a complex was assumed as a zero solvent. The
Cd-hydroxides and oxides were synthesized in a crystalline
form, and checked for purity by means of X-rays and chemically.
The measurements of the heats of reaction of the mentioned
crystals with the.solvents HCI, HBr, HJ, and EC104 were carried
out at 250 with various concentrat'ions of the latter. The
results are compiled in a table and represented in a figure.
The values of J. Thomsen (Ref 5) are also indicated for com-
Darison. The table and the figure show that at low concentra-
tions of ECI and HBr the reaction proceeds endothermically,
at an increase in concentration, however, it becomes exo-
thermal. The minimum shifts from HC1 to HBr to lower concentra-
tions. In oaBe.of HJ, there is nearly no minimum at all. The
HClO solution produces a straight line which becomes ther-
4
mically more and more negative with an increase in concentra-
tion. There is a good agreement of the values obtained for the
Card 2/4 two former solutions with the values of Thomsen, but a

SOV/54-59-2-9/24
On the Heats of Reaction of CdO and Cd(OH)2 With Hydrogen Halides and Per-
chloric AcIds
noticeable deviation in case of HJ. Thomsen used solutions in
the stoichiometric ratio G_ : Cd ++ , whereas in this paper this
ratio was varied between 20 and 400 with an excess in G_ (G_ -
halogen ion). The values obtained were also compared with values
of other authors who determined the formation heats by other
methods (Refs 9-15). As in previous papers (Ref 2), the hydra-
tion heat of Cd was computed by the formula: h,e+
-AH+U -2h - + 2H. In this formulap 4H - heat effect of the re-
0 OH
action: Cd(OH)2 + HC104~' Uo Am lattice energy of the hydroxide,
hOH- - hydration heats of the Olf'-ions, H - heat effect of the
formation of H 0 from the hydrated ions. The value
/g_12
437-5 kcal on is obtained. This value is in good agreement
with the values known from publications. Yatsimirskiy (Ref 18)t
hCd++ - 436 kcal/mol, and Mishohenko and Podgornaya (Ref 20):
445 kcal/mol. There are 1 figure, 1 table, and 20 references,
Card 3/4 8 of which are Soviet.

SOV/54-59-2-9/24
On the Heats of Reaction of CdO and Cd (OH)2 With Hydrogen Halides and Per-
chloric Acids
SUBMITTEDt January 16, 1958
Card 4/4

5.(2) SOV/78-4-10-5/40
AUTHORS: Shchukaiev, S.A~, Lilich, L. S., Latysheva, V. A.,
Andreyeva, D. X,
TITLE: On the Heats of Interaction of HgO With Aqueous Solutions of
H01, HBr, HJ, and EC10
4-
PERIODICAL: Zhurnal neorganicheskoy khimii, 1959, Vol 4, Nr 10,
pp 2198-2203 (USSR)
ABSTRACT: This paper is a continuation of the papers of references 1-3
on the heats of interaction of oxides and hydroxides of the
metals of the 2nd'group of the periodic system with halogen
hydracids and chloric acid. The authors try to evaluate the
total variation (6H) of enthalpy on formation of halogen com-
plexes by comparison of the heat of interaction of the metal
oxide with complex-forming acids (Rcip HBr, HJ) and with EC10
4
which is not complex-forming. So far Ba, Cull, Zn and Cd have
been investigated. The investigation of the interaction of HgO
now presented permits a comprehensive survey regarding the
behavior of the zinc-subgroub.-The,-,dependence of AH on the
298
Card 1/3 acid concentration (1-4'm6le/1) is presented in table 1 and

.S.OV/78-4-10-5/40
On the Heats of Interaction of HgO With Aqueous Solutions of HC1, HBr, HJ,
and-HO10 4
figure 1. The dependence on kind and concentration of the an-
iohs is determined by complex formation. The formation of
mercury-halogen complexes is exothermic in the concentration
range investigated. The heat of hydration of the Hg2+_ion cal-
culated to be 4A1 kcal/mole is in good agreement with the data
in publications (Table 2). With increasing atomic number of the
cation of the zinc-subgroup and of the anion of the chlorine-
subgroup the endothermic nature of the complex formation de-
creases and the exothermic nature increases (Table 3)- With
increasing atomic number of the cation also the difference be-
tween the formation enthalpies of the Cl-, Br-, and J-complexes
increases (Fig 2). A senondary periodic dependence between
the atomic numbers of the metal and the influence of the acidi-
ty upon the enthalpy of the interaction between the oxides
hydroxides) of Zn, Cd, Hg and chloric acid was found to exist
Fig 3). This dependence is explained by a different weakening
~
of the interaotidn of the cations with-the water, similar to
that observed by 0. Ya. Samoylov (Ref 16) in the system al-
kaline earth chloride - hydrochloric acid. The concentration
of the hydracids affects the nature of the dependence of the
Card 2/3 enthalpy of the complex compounds on the atomic number of the

SOV/78-4-10-5/40
On the Heats of Interaction of.HgO With Aq~eous solutions of 01, Or, HJ,
and HC104
cation. There are 3 figures, 3 tables, and 18 references,
12 of which are Soviet.
ASSOCIATION: Leningradskiy gosudarstvennyy universitet im. A. A. Zhdanova
Kafedra neorganicheskoy khimii.(Lenir, rad state University
imeni A.. A. ZhdanovjCha'ir of Inorgiinic Chemistry)
SUBMITTED: July 20,. 1958
Card 3/3

3HCHUKAREV. S.A.; LILICH, L.S.; LATYSJM-VA.__y~A.* CHUBURKOVA, I.,.
He
at of reaction of CdO and Cd(OH) with hYdrogen balides and
percbloric acid. Yeat.IoGU 14 no~10:66-71 159.
CNIRA 12:6)
(Cadmiun oxide) (Cadmium bydroxide) (Heat of reaction)

LATYSHMA, V.A.; LILICH, L.S.; SIRWO, A.S.
11------------'- 41-- - -
Effect of certain salts and acids on the rate of oxidation of
I- ions by pe3t ions. Veet.LGU 15 no.10:121,T-130 160.
(HIRA 13:5)
(Iodides) (iron)

'" LATYSHEVA,, V.A.; KOZACHENKO, R.I.
~ t-,- - - - ~ --.- -
Heats of interaction of 2anthanum perchlorate solutions
with perchloric and halogen acids. Vest. LGU 18 no.22:
135-139 163. (MIRA 17-1)

LATYSHEVA, V.A.; KOZHM-IIKOV) O*A*
--,~ --.
Double adiabatic calorimeter for measuring the heat capacity
of liquids. Vest,LGU 20 no.22:109-114 165.
(MIRA 18:12)

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rvvg4 =M T" aw" cd MWIIY -PIXIt M 01
11 dAup drOA sub ana"Odift wkb
a y4im of ubkb tbe mirV cas be csk~ AM the p-h-a
-win hm istsimal ecieva Cc "YL It is
C "360
=04M Ibe tvW istmull
d
f
4b
I
f R

09a &-
a
m o
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y c
y
is ccMq*Mbb Wfib the Whi, 11) -of dw stfoarst rum of
! r.00
Gow tboxy d.J&W &W Hubw (A.. ISM W7) is
too

bxr Wit
No Mh eneW of 1414 kev.
-00
=
=
W
COO
A. M.
-I L& NATAUMMAL LITERATME CLA"Wr-TW"
SID003 It c"v 009
U a A, D 1%1; - , I I I I I p
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.
090006006
a * :,: :
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400
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woo
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100
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A 91
11- A. r
a. 1_1 _L -k-Y 6
6 1 L
11- __ -M __ MAX a

16MIM AM) psoftef-Is

It Sptctrurn of fadium V positrous. A. I Aliklmil.1% '611.1
J. P_Ntll. Phv~. W. S. S. 14.1
)ONO). All IK'sillous at,, I '141tA to ilmo
tmlvrl~iml of Thr Im"I Ilf 911 1114' 'At-ilk
,
* Of %XCAII't ItUffl, IIIAl Of IIIV 11111411 I.IV,
I ta%-~ I, &I, %tvallu
v. kV. I Im: inliel -m-ul-iml Ivml' I.- Ow

It. RaIllittalill

:
0

11 9 9 it a IS v a I$ a Al 41 4u 61 atie
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so
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u W3 it" - I g "
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111-A --a a. IN IS 11
UAR No issurnigs a go memo
pottirs"s Avg OW1115,11211 VNVIN
MAIL$)

Ths, laws
JhM -0 -
- -00
00-9 hd)mdW& LA
9
ID.
MV
.
_
L A- 1 1. VAM;k jqW. IjWj,
w
7

7-ti- d*-k Is kMwWV4 SW The nWm iD. -00
00 terisitko ct do ).Abm AMA,- , !,I& TW thtwy -00
.8 CWHWOM wM Ila fontiltim or Pdr, -0

1l ago*
U*X&' A
a Tft ~
F" Of tbi~ pwbobift ct rebum or
,
a
pqwn= to
'

a-vwtkb ftw M OcSild
u-pid (I X*ekV in Itbe COO
00 -w TbC' siodain 1~ dowallaclL IWO
coo

00. 2 see

i
L ISO
4*0

-00
too
too!
SJV" MAN w"Aftv WWI
t ..I Mgt c"v Got (1111411 alf env Ali

Ig
' ad a 0 a .1 Nr a 0 4 1
zb i

k 0
1 0 0_0
'0 0 w 0 0 0 0,00000 000

6,1 #laid i s 01111tillsail 11 41 Ir a x a at a 43 ad Ott

C111, Its
_Vf.

,
1-0
Cm
R
c
I
-
f=
a
.
I.ft'aw or ?rays
STAMIWv. A. A- A%-o LA-tvam, G. 0. .1. Phys-
490 t V.S.S.R., 5. 4. pp 239-247, 'natural
00 8 arworum of RaC is invWipW VAth a imgmic
ph empk-o-ing the Danyoz aWPOCtic focus-
tra-1trosm
go, 'A mvt&d l'y
ing nutbixi. the 0-irkNitcArts beizj
1-4
00 voirKi4knet disctutgo in 66W-MUllet countem 1 -09
06 Magnitudes a M vire Jacrmincil for intense )-lit" .00

06 14H.W. I lit the-" Air initiml cot1wrston it wo Ow.
'1 1w tathw% of the probabititics of internAl voincitton
r* 41
so a in the K- Asitil L41rdh for various )-lines air deter-
minod. MultipolArity of hard )4inm of RaC is also

deterinimd. 40*
so a =00
410 V so*
Do

00 R I goo
00 V
0

0 so
Zoo

At*.ILA AITALLUP60CAL LIT(RAILWE CLAIIIFI,:ATIOW

tj 5AI0*,) .11 OkY 301 SW _i" j.too
U 5 AV 00 IS'

0 lb a 19 0, it it Cr K K CE It at a a it or

m I
dna
0 0 0
1 0 0 0 0 0 0 0 AD 0 0
00 0 0 0 0 -0 0 0 0 * * 0 0 0 0 4 0 0 0 o o 0 a 6~0 6 0 0 0 a 0 0 goo 0 0 a 000 0

10000 9000000
0 0 0 9 0 0 0 0 0 0 00 ooo:ooooooo::,o
ViF ~00 0 ~09 0 ~00 0~0 4
M
t4 I$ a is Al i, a h v m H u 11 " 1 0 U-po
x U41
a
-U-0 41#9 Al. 1.1-1.tllt
1100 lop __ _. -.- I ~ ... - ~ - 11-11 ~. - , ; ~..04)
00 klubdOld MAUSIiSt Ot fast oWcUMS. L. A. Mal% lilt - -00
to ~kij suit 0. 11 _. 14lyf4ttv. 16il. .-'J~ R. S. A ..oo
ser. t~vs- S, (wilt 11m)
00 -tud flu
III,- I"Idt*~StfIrr 1*1111 formu14- of Willw- (C A. 3). -to
le I".
Ira 9 slid R,~,41411101 W. A. while fal
l1b Me reviltsaft M% vinalki than Oiowti Jtj the NIIII'l i-00
IMMIS slid 00% grealct Owl Ott lAolict!"1111V IN iatirt.
00
00 it! No 0
o
0
00 coo
09 a
709
me-Z c::
900
-.490
;-.00
A s I k A tIALLI1r(.1CAi LWRATt-Rf CLAWFICATICh Z:
4RAT. to., a.An. 00
s-oal .;v c.f 0.( IjIMC01V 00
T I S N fu 0
0 Of 0 11 It 01 ft 1K a Ot 5 of ct U it O(HO n 4 It I w 14 0
0 9 0 0 0 &1; 0 too 0 0 0 0 0000906:1*69600* 0 0 0 0 0 0 0 0 At
PIS.01 0 6.0 CO 0 0 0 0 0 41 0 9 0 0 to 00000 0 * 0 0 0 0 0 0 9 0 a 0 9 0 0

0 qp 0 0 0 0 0 0 0 o 0 0 0
4 6 1 9 to JI 12 13 W Is W u I it Al 33 it A Al A? It so a 41 a a is
, I JL
Spectrum
MCOR 01OWillill from thO -la" of ai Ikedie
adarium it 1. 4 ~-
(U. Surd L. A. Kul'cbitskil.
S.
kwd. yi. (U. S. S. .) It. 200-6(JDII).-
00 Th. do 0
-kctrou sPectrum was measured by detS. the
velocity of the charged Pnkla in a magnetic fidd by loo
ve means of a Ociscr-11411cr counter. The Mwetrum con-
00 %Ws of the energy (-y4 Iwo. Itu), IWX), 100
2200and 282De. k=v. klic'milti've inten4lies3.0.3.7, .99
00
10.0. 6.2. 6.05 and 100 OW a weak max. -at ISM e. kv. moo
0 0 z ComPari%w with the buser-coavrniou poidliton spertmni
measured by Al&hawv wW D-be v (C. A. 33. ISMS) =60
00 shows that the rssl4w of tbt tektive lnteiLities due not
.00 Unity but 2.77,1.7.1-1. 1-05.2hand 1.0. resp. Assuin.
ing that the linn 1350,15M and 220Q we of d4xAu rather COO
00
thin of quadrupolar ofi&. these data am in good agree-
-09- overit with the tbeory of Pxtr and Hulme (C. A. 32. to 0
99141). The ISM, 1900 " 2M lidats axe quadrupolar.
00 The 2620 line arisn from the rewtion Th C' - 71 D; the
.00 others from t1seTlIC-ThWreaction. An=-Icvrl
wheme is given. For the ISM line The ratio prob- Co 0
abUitks of a-particle to -r-quantum radiation is 5.7 X 108. see
F. If. Rathmann
Ad 1
moo
too
t
t3oo
boo
vv.
A S x . SA O(TALLUPCICAL Lllt*,TL;gt CLASSJFKATIGN It 4 rr
j too
djlllla~Qi 431131 (W 4)"T Aid
C.C Atoo
Ll 59 AT -0 A N- M A S a*A 0 N 61 0 A
It
7000 1 KO I M ' ' V
100000000000000000000oooooooo.o*oeo_oo
L9069 90 414000, A
.0 0A 0 0 0 .000 00
N 0 00-0-9 0 0 0 00 -t-*A A _~Lq 00000

b V.,
1169
539. IW6-:75--
-~ff t from hard
s. DAVWSO"
Z- S., Al--4=11L
YX I S. S-W-7 -51-
1-2, pp. 15-25, 1942-The P
hOID-cffect from the LT
y-line 2620ekV was invest.
11galcd by a magnetic
tMtrogtaph with e1wron fmising and registration
or clmtwns by 2 counters In coincidence, The abs.
i value of the efficctive cross.,
cclion for the nh
measured. A relation -s found betw.
in Pb was
the probability or 2h2 M q It=t!on-in the k
~'. :-VIR" I made of Me
and L-shells or the atom. n es
value of the angle of spreading or the electrons In tbe
photo-effect-
Mal

.0.11000000000000000 go**
0 0 0 0 0 Of
k- if 14 IS if It if op #I v 11 w11 At it issakitupoll v to Ad AI.Pe
A-11,11JAL A. --L..'ka, R r 0 PI
A 14 V f L 4- A LOYU 01 - il-,
Ar
A magnetic IsPectfolloPh. V. N' C-v -1-1 t1) 1 -
khev if%". Tech. Jim. Ariul. S-0. lital. '0"u,
Of* ser. Phy,. 10, 411-Vii 11#111). -0. aud L. vale.
the 4xv, form, and intriisily of -t-,tlwctrA] linr* frinst tbe\
polurtric ter of the nuiPtrtic slicvuoiraph. The
mleng. ;Lrr=,7fot filloAr Unit tic"llillear nu-itul. and Poly.
~hv,~mmio umm-~. S. P4k-,WCf
.00
00
.00
oe 0
.00
goo
zoo
A4
0.4 jil, 41,11-SKA. 011ALLURGICAL LiTERAT LA I CLOSIFICAMN L. 0
93.1n.
soloor .1 41P CIV of,
uIS AV PO It
I A I N -50 3
lb Godl 000

_4! 7
A
PNOCIU111 A,* PSCVtOj,l% W:,Ig
-rays with matter
go V. LvXv (U=qP=:
Tech. last.. Kharkov, V.S-S.R. .-- Rm. Modffx Phys. 19, 1-00
'4 132-45(1947).-A discussion of the work by the author.
00 'd al.. with the magortic spectrograph. The relative -y-
400 Al line Intensities for Ra C obtained from a study of its recoil 09
electron spectra and internal conversion, Positron spectra
400 irl We," follows: 0.60 100. 0 37, 0.41, 2.422. 0.40. 0.54, -00
0 0.7 . 1.19, 0.44, OX* 2.4l,' for the lines 2420, =X),
201K), 18W. 1761, IM). 1620, ISW 1370 12290, IZ14, and
I IW k.e.v. The relative -r-line i~'Iensltlts for Th (C + 600
so a
C') obtained from a study of its natural O-ray spectra and
woU electron spectra are as follows: 10,0, 6.5, 11.0, 6.6,
10.0, 100 for the lines 1350. 115M. low, IBM, 221A and
26M k.e.y. 7be effective crom sections of the pbolorl-
fect per morn in Cu, Ag. Ta, and Pb, obtained from a
09 -a study of their photocketron spectra, attd. with sm im- roe
0e 4r r'aW irbograph. were found to be in the ratio (I
-2):(0. ~. 1.1):(74 - 8):(Ia) - 11). jrh!s cross Ste.
t~v- v., varies with Z in the interval from Z - 29 to Z coo
92 In the mamner e. - k.Zl- x - 4.6 - 0.25. The
ab%. value of ff. for Ph was fou;,ii 1. be (1.3 - 0.41) X
10-14, In Autement with the theoretical value. Thecou. !age
j clusioni al the Mar relativiitic quantum mechanics In 1300
the relon of several M.C.v. Cortzleo are fidequattly vril.
V fi"Ivexpl. 21 rderenc2s. C. F. Powell Ito* a
tie*
MITALLU"ICAL LMOATOM CLASSPICATION
slow tie*
Isla J "it I oat
T-"- I#- I I, 1 71 114111 i;IpFIC%i Ali
U 4 Al 0 1 #fill
P n it 0 a SUN An 4 1 V rW 0 0 9 1 0 a a
0 0 9 41
00 0goo 0 oil
0 a 0 0 o 0 0 0 o1

LATYSHEV, G. D.
Usm/maci"i fteloi Gamft Rayi ivr/~Oe 48
ear, mapetic- S
Rucl physic pectrograph
"Inner Conv'6ralm or Gamm-Radiation. of RaC11.
1,.Positron Spectram,".V. V. Gay,.G. D.
LatysheT, M. V. Pasechnik., ~. V. Tallvik,
Phy4lootich ihot,.Acad Sol USSR, pp
"1z Ak Nauk.SSSR, Bar Fiz" Vol XII, No 6
.Coctinuatloom of Alikhanov and latysber's
studies m the si~bj&t, using a perfeoted
magnetio, speotograph. Presents table of this
positronspectrum., contrasting.reaults with
-those of.91lisp axed those of, Alikhan~"7 and
.25A9T8i
PA 25/49T81

UWANalear PbYsIcs Gama Rays NoVID" 48
ftoisar. Pbyilos Ileotrons
Ocaversion of Gamia-Radiftion, of Rew.
II, Det6mIning the Wl!,Apolarlty of Lines)"
V. V.- Gey. . G. D. Iatysbef, M. N I' Rwmsh~ ?hjVs-
lootech Inst, Mad Soi DISM; 2 pp
riz Ak Nank SBSR, Bar Pit" Vol-Inp xo 6
PettermUes m1tipolarlty of gam-linem as
i& function ~f the ratio of the coefficient
of,conversim with palr-productim to the
,'coefficient of.conversion in X-electrons.
PA 25A9T82

-ML-1
04
Do
s9 a i-i
0
00
00
@go'
00 A,
00
*g7s
V 0 0 a 0 a 94
si t 31 1: 0 41 At a m
_7111. -111- "1 If I, =T-11 w1i IIAXA- I-A-A-A
a A-LI-s-
)KL~~ttl -$I*

M. Rdb of do neMeMb at
of Y48000 6 the Cm
on, V. V., IArfmy.- pt D,-4w%V UYMIN. & I.
'-
SW -Sr ft. 12 (No. 6) 731
Icy. AWA )Vmk
(1948))n lim 1414 keNI
has been agcp%W by Yutawa and Saksta
1PAV. J*-A Amsk .5w. JAP" Mr. 17) 10 (19)5))
to be -340-1 sW * IUMU Ifts. Aer.. A
io *,- 6x 10-4. wMat for ForbWden
Quadrupole &I enersks -; 3 m0
-'
~hi the dipole cm
be 2X1 2
The, Outbom daurnkned do MUO Vowbumall
by ft mew dmnUd in pya, 1. obtalaft a
-J~ 7W
n
lt
w
de
nn
1-6xlo
ron sp
. wo aw
r Ow poo
could rxK be In trrm by'> Wl~ 7bry comlude
that & wA value. must be closer to Oat of the
thcomucal paper lka quaw than to fti. of the
Mmd. (For carmcilm to tk~ pesent pow we
Abair, 723) (1%9)). C. I. J.
- --- ------
?WE CLASIVICATIOP
Ow 5111411we
am&
-00
-00
-00
=0 a
sloe
see
lee
KA
Ay pop AS it a i si h i. it i KO JGA a 0' 0 dmC
000000#00000000

IATYSHEV) 0. D.
UM/Nuclear. Physics G~~ Rays NOVID8018
Nuclear Physics Electrons
"Fine Structure'of Gamma-Lir-9s.of RaC," V. V.
Gey.,. G. D. lAtyabe'O; M. V. Pizeobnik~ Pbysico-
.teoh Inst, Aced, SoiUSSRs, 8 pp
".Iz Ak Nauk SSER, Ser Fiz" Vol XII.. No 6
WasUreB the lines of inner conversion of K-
electrons for lines for 1041h.- 1PT60~ and
2):L98 Kev.
25AWSA-
PA 25/49781i

**A I I . - --V - - *I
toy on M WIN IND Akj) a I" toot
Ow Vtopm.1% P"M

2029, The fine strdc~zrt or -'r-lizes or' R&C. 1. V. Gal, q
-
jL-;Abjb
97. -00

- .
-
.
"rid M, V. Fassawk. boklady-Akad. Sauk G.S.G.R. 63 , 239-Z3(1948) .010
Wit
j.a '
Now. 21.(In Rustian)6 .66
'
lir
A detailed study.: we isadii of ~ the, I*Z*,Ipd iss of the y-spectrum
00
of RaC 0 bj nowwing'Ahe 41hatroo - apedra of the I-level Internal 149

conversion fo UU
r the lime 1, 1?60g and 21" key* The total widths 496
of the last two linew and the positions of their respective ookponents ^fte
41016 agree with ths~ details of the corresponding positron spectra. The 1.00
components arol 6.2 key apart. In the line 14U key each component Is % *
split into two'llwa 2*4 key &parts This fine structure of the three 139 e
04i 11
~-
lime studied is beat Interpreted W a rotating model of the nucleu, Too
V
0
40 In wbiab the lines oomspooding to a rotating straeturs are super-
Imposed upon a", spectrum of fluadmntsl lima corresponding to some a*
Internsl nuol"T, changes ublab aq be of a vibrational character. 410 4
Asmulng this interpretatlcw~,Llps author calculates the nuclear radius ae 0
of Rec" R (10 in a 0.3) 20..: on. Subatltut4ng this Into the
"
f N1041
forwas, R obtaft r a 1,49 x lor
coo Awldl (an,
Rov. 71* 739?(?94
?) s'Wootudying, i9e scatt*rInSof rapid nwutrozs~ found
Us*
-the xslas 1,52 z ICE" ca- while Prestan
A 10 - I L A OTALLM"&L LffIRATWI, CLASWCAT" we*
IR S" IMaDA" 1"M "MOV WAS a-
SOV masi an Gov gli

U AV 0 P
*Dip ;"I 84~;j ;-no
No i Ic,
t
0-091 0,41 0 0 0 9 0 0 eve 41 0 0 0
* i
s *oloooo*o wo 0 0 0 0 0 0 9 0 0 0 0
e
-S;411
W .
0 0 O's 0:0 W0,41,01
-40 -0
. - .~W* a 0 a 0 0 a 0 0 a 0

0" 0 0 v

or*
00
00
00 (fts, Bel, 71, 865 (1947)), tmon his masurements of the C