SCIENTIFIC ABSTRACT GALAN, G. - GALANIN, A.G.

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• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000614020011-6
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 17, 2001
• Sequence Number: 11
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

GALAN, G.; SALAGEANU, N.
On the determination of the water requirepent of plants with a view to
establishing their watering time. In English. p. 75.
REVUE DE BIOLOGIE, JOURNAL OF BIOLOGY. (Academia Republicii Populare Romine
Bucureati.
Vol- 19 No- 1s 1956
SOURCE: East European List (EEAL) Library of
Congress, Voi. 6, Nol 1,, January 1957

6-
RUMNII, Plant Physiology. Gonoral.
Ab s J our i Rof Zhur - Biol,', No 1, 1959# No. 1252
.',,uthors t Solodzhanu, N.; Iliosou, Dia.; _~,nd GaJan,_G,_,
Inct t Runanian ,oadomy of Soionoos
Titlo t On Certain Frkysiblogioal Phonomona ;.coompanying the Passage
of Plants Through the Light-Stago.
Orig Pub : Biol. zh. ~,kad. RPR, 1, No. 2, 67-87, 1956
;,batract s Transpiration in short-day (millot, sorghum, maizo, norning
glory) and long-day (spring whout, oats, sprinG barloy) ,
plants upon passago'through the light-stago was more inton-
sivo on a short day. Tho viscosity of protoplasm in short-
and long-day plants is greater on a long day. Tho intonsity
of respiration and the hydrocarbon content in both short-
and long-day plants are higher on a long day (the lattor,
not In all cases). It is concluded that ohangos in. the
Card IA

(~ /3 ~, /) A), q,
e RUMANIA/Plant Physiology - Water Regime.
Abe Jour : Ref Zhur - Biol., No 6, 1958, 24665
1-3
Author : Salabeanu.
Inst
Title Relationship Between Hoot Pressure and the Magnitude of
Osnotic Pressure in Cotton Leaves.
Orig Rldb' Bul. sht:Lnt. AcaduW ZN* See. bioi-. - dd shtiintse agric.
1956, 8, xor, 713-722
Abstract Root pressure (according to Shardakov and Ermoshenko),
osmotic pressure of leaves (by the Krioscopic method),
sucking force (according to Shardakov), specific gravity
of the cell sap vhich vas pressed out of the leaves (by
Ostwakd's pyenometer), transpiration intensity (with the
aid of cobalt paper) and the degree of stomata openings
(by the method of benzene'. it=tratlft) were determined
in plants of Odessa 1 variety of cotton during the vege-
tation period, usually in the morning, at noon, and in
Card 1/e

RUMANIA/Plant Physiology - Water Regime. 1-3
Abs Jour Ref Zhur - Biol., No 6, 1958, 24665
the evening. Simultaneously the soi.1 moisture vas deter-
mined. The direct dependence of root pressure during the
vegetation period upon soil moisture, and its indi ect, de-
pendence upon the osmotic pressure of the ceU sap in the
leaves and of the sucking force was noted also. The posi-
tive quantity of root pressure during the day indicated a
good supply of moisture in the plants; a Viegstive amount
of root pressure indicated shortage of moisture. During
the e~ntire experimental period the specific gmvity of
the cell sap changed but little. It vas deduced therefore
that it was possible to determine the plants' need of
moisture by the amount of root pressure.
Card 2/2

GUR I Y.EV,., Y~~, _GALAS,- M. -
Cooperative buildings. Sov. torg. 33 no-5:4P,40 My 160. (MIRA 13:11)
(Department stores)

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Galan, P.
Galan, P. Examining the artificial aging of soft non-alloyed stigli
by means of radioactive isotopes, mainly by carbon G6
P- 322.
Vol. 7, no. 5, 1956
STROMOEMEEKTROTEUNICKY CASOPIS
TECIMOLOGY
Czechoslovakia
So: East European Accessicns, Vol. 6, May 1957
Co. 5

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Dcter-uning the hardn,,:7,n of met:i].3 . r. . 241~8 . 7 " ! ,.f -,~ X '~ T ~ -~ -~ c 'k .
t - , I .
(Statne nakladatclstvo trchnickcj literattury) Vol. 0, no. 0', June 1956.
,:7()URCE: -ant E'uror-i~.an Accaz:3i-:-ns Ust'p Vol. 5, no. 9, Sept om"ber 19 56

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GALA-N,, P.
Observing the progress of the smelting and tapping of p- iron ir a blast
. L. -
furnace by means of radioisotopes. Tr. from the Gem,2n. P. 137.
(Strojnoelektrotechnicky Casopis, Vol. 8, No. 2, 10,57, Bratislava,
Czechoslovakia)
SO: Monthly List of East European Accessions (EEAL) LC, Vol. 6, No. 8, Aug 1957. Uncl.

GALMIPavol.inz. ; ZITNANSKY,Marcel, inz.
A study of the ferritic layer of welded joints in resigtance
butt welded low-carbon unalloyed steel. Zvar sbor 9 no.3:367-381
16o.
1. Katedra mechanickej technologie, Slovenska N-ysoka skola
technicka, Bratislava.

.qALAN, P.,-.inz., C.Sc.; BLAZICEK, J., inz.
Quality control of small castings by magnetoinductive method.
Tech prace 14 no.7:529-530 J1 162.

GALALI~~D
Czechoslovakia
Children's Ward of the Okres Institute of Public
Health -- Martin (Detski oddelenie Okresn6ho
dstavu nArodn6ho zdra-via -- Martin); Head:
V. GALANDA, MD
Bra,tislava
rrmS-me, LekArsky Obzo , No 11, 1962, pp 617-621
"The Clinical Picture of Some Newly Identified
Viroses.11

GALANDA, Vladimir
Kwashiorkor in a 2 1/4 vear old girl. Geek. pedlat. 12 U0,9:779`783
5 SePt 57-
1. Detske odd. OUNZ, Martin; prednosta Br. T. Galands.
(KWASHIORKOR, aase reports
in 2-year old girl (Ox))

I --
I., I , / C , k-, - (--( ,---I ~11
STEINER, P.; GAIANUA, V.
~hlign`ant hepatoma treated by, right lobectomy. Cesk- pediat. 13 no-3:
246-248 5 Apr 58.
1. Ghirurgicka zakladna Slovenskeho ustavu pro doskolovanie lekarov a
detake oddelenie v Martine.
(HNPATONA, in inf. & child
malignant, surg., right lobectomy (Cz))

GALANDA, V.; KAYEROVA, A.
A mass outbreak of Bornholm disease with the Isolatioa of
Coxsackie virus type B3. Cesk.pediat-15 nO-11:10i4-1021 X'60.
1. Okresny ustav narodneho sdravia, Martin, detske odd., prim.
Mr. V. Galanda a Krajaka hygienicko-epidemiologicka stanica,
Bratislava, riaditel Mr. 7. Schulz.
(PLWRODTNIA EPIDEMIC in inf & child)

CZ,EC1-. OSLI CVAY-i A
SEDL.A-':~, J. , Graduat-e P-~~fsician, director off t1--le Cen-Ural Laboratory,
T.
L-q 4-
K
1Z 0kres-ny ustuav narodneho zdravie; Okres Public health . s ui-
tut e 1-Tart in; and t.-A-L�L director of the Pediatric
-" 10
Deuar-U-Melllv (Detske t~c-leienie Ou liz , Marti-1-1.
If ~
.mcquired Cystinuria. If
Pra,~,-ue, Casonis Lekmqru Ceskych, Vol CiI, Efo '519, 27 33eptember 671,
pj~ 10'10-16'-12.
Abst:mct F.Authors'Dnglish s-a:m-- 1: -he etiona-hogenesis of
YJ u
cvs,C2.-M-1ria is discussed and a case o--:' accuired cyst-La-a----;-- Is de-
scribed in -- female Datient -...,ith a' ca----b-.-ic glonieruloneT)hritis.
Congenital cystinuria was e7.cluded f01101-Ti-Ing a five-year labor-
atory ex=-,ination of the patient axid her, -.['amily. T'his is Ithe first
descrii-lu-ion in medical lit-erature o--12' an acouil-ed cyst-Lauria as a
con-olication of a c.1-zonic glomei-alonephrit-is. 1141ine preferences,
including 2 Czech.
9

SEDLAK, ;.; GALANDA, V.; Technicka spolupraca: BALKOVA, M.
Acquired cystinuria., *s. let. cosk. 102 no.39:1070-1072
27 S 163,
1. Contralne laboratorium OUNZ v Martim, prednosta J. Sedlak~
prom. lelmr Detske oddelenie OUPTZ v ~Lqrtine, veduci. MUDr.
V. Galanda.
(CYSTINURIA) (GLCMERULOtIEPHRITIS)

G ALL E) , j . .-I .
2Xf.--ct of aroving and storing conditions on the
of che maternal root of turnips. Sbor. trud. asp. i mol. rinuch. sotr.
VIR no.5:137-146 164. 011 RA 180)

KOMLEV, A.I. [Xoraliev, 0.1,1; GALANETS, Z.,N[ Halanats I, Z], student II karsu
Use of tartrates in the qualitative analysis for Cd II in the
presence of Ou II. Nauk. zap. Vviv. un. 13:147-149 149.
(MI]RA 12:10)
I.Xafedra analitichaskoy khimii Llvovskogo gosudarstveunogo
universitete, imeni Is Franko.
(Cadmium--Analysis) (Tartaric acid)

GALAVETSI, Z.G. [Halanets', Z.H.]
---, 'I '-
-Polarographic analysis of. c late complexes of copper. Dop.
ta pov. L' viv. un. no .7 ~F~~418 -.157. (MM 11:2)
(Polarography) (Saiic'.vi~te's) (copper compounds)

ZOWTUMIN, V.K.: KOMRV. 0.1.: GALANSTS,,Z.G. [Halanetal, Z.H.]
.11
Investigation of the tartaric acid compounds of copper and
ca(]~lum. Nauk.zap.Llviv.un. 46:133-i4o 158. (MIRIL 12-7)
(T&rtaric acid) (Copper compounds) (Cadmiun compounds)

~,, `
ZODOTUMIN, V.K.; GALANETS, Z.G.; MONCHAK, T.I.
Citrate complexes of trivalent indium. Ukr. khim. zhur. 31 no.4:
342-347 165. (MIRA 18-5)
1. Livovskiy gcsudarstvennyy universitet.

ZOLOTUKHIN, V.K.,- GALANETS, Z.G.
Complex formation reactions of bivalent copper ions with
citric acid Ions. Ukr.khim.zhur. 31 no.5:525-529 165.
(M,IRA 18:U)
1. Llvovskiy gosudarstvennyy universitet. SubmLLted Ju1Y 31,
1964.

SELEDZHANU, N. [SiUHgeanu., N.J; GALAN-FKBIAII, D.
Studiea on the nutrition of the common misteletoe. Fiziol.rast.
8 m.5:547-554 161. (MIRA 14:10)
1. Academy of Science of Ibimanian Peoples Republic, Bucharest.
(Misteltoe) (Plants-Nutrition)

GAIAN,-FABIAN G
The diurnal ma ch of photosynthesis. Rev biol 6 no.4:401-41-0
161.
1. Institute of Biology "Tr. Savulescu," Laboratory of
Plant Physiology.

GALANI V.P., inzh.; PASHEANIN L.I. inzh.
-- I - 1. - j
Use of clamps in the assembly of asbestos cement panels. Stroi.
truboprov. 6 no.'7:20-21 J1 161. (MA 14:8)
1. Stroitel^-nyy uchastok No.6 tresta Yuzhgazprovodstroy',
Novocherkasek.
(Azbestoa cement) (Hoistirg machinery)

-~~ ~V.P ~ inzh.
Conditions for profitable work of a building organization. Stroi.
truboprov. 7 no.12:23-24 D 162. (MA 16:1)
1. StroitelInyy uchastok No.6 treata. Yuzhgazpro*bdatroy,
Novocherkassk.
(Gas, Natural-Pipelines) (Construction industry)

ZLATKIN, V.P. (Lehingrad); 'GALANI, V.P. (Novocherkasslc); EFELIMANY I.B.
(Shchekino, Tul'skoy O'blo)--
Make gas available to the enjerprlae'~S'of big chemistryi, Stroie
truboprov. 9 no.lt3-15 Ja 64- (MM 170)

GALANI, V.P.
Construction of methanol ulants. Stroi. truboprov. 9 110-4--4 Ap 164.
(IMA 17:9)
1. Stroitellnoye upravlaniya No.6 tresta Yuzhgazprovodstroyj Novocherkassk.

GALAN14 V.P.; C-I!EPUHK-',`TI- S.Z').,, MALEYEV,- L.I.
investigating dynam-4c, forces in the of-e-rat-ion of a hot-rolled StrTF
coiler (determination of acceleration). Izv.vyq#ucheb.zav.; cbern
ret. 8 no.8:172-177 165. (VITRA 18:;)
1. Zhdanovskly metallurgicheskiy institut.

GALAUNIN, A.
"Automatic biasing in the receiver lIskral.11
So. Radiop Vol* 100 P. 55p 1952

L 45884-66
ACC NRt AT6014878
AUTHOR: Galanin, A. A.
ORG: Central Scientific-Research Institute of the Merchant Marine (Tsentrallnyy
nauchno-issiedovatellskiy ins-t-rt-utmorskogo flota)
SOURCE CODE: UR/2752/65/000/077/0033/0036
TITLE: Transient processes in turbocharged diesel-generators as objects for control-
ling the rate of shaft rotation
SOURCE: Leningrad. Tsentrallnyy nauchno-issledovatellskiy institut morskogo flota.
Trudy, no. 77, 1965. Avtomatizatsiya i vychislitellnaya tekhnika na morskom flote
(Automation and computer engineering in the Merchant Marine), 33-36
TOPIC TAGS: shipbuilding engineering, automatic pressure control, diesel engine
-_V"'90C rJ
ABSTRACT: The article discusses control methods for improving the operation of turbo-
charged diesel-generator combinations in the transient state. Although simple to de-
sign and manufacture, turbocharged 4-cycle diesels cause various difficulties when
operated in conjunction with electric generators in the transient state. Interest In
the problem is due to the increasing pumbers of such diesels being used to drive ac
generators on marine transports. The%author illustrates the difficulties with data
from government tests on the complexIV 300/500 diesel-generator\0(25/34 engine WhN,~
Ms 375/500 generator), and considers varioU-s-propo-s-a-rs-Fy--o-tEe-r authors to Improve
UDC: 621.313.322-843

L 45884-66
ACC NR: AT6014878
their operation. He considers the necessary control measures to be taken during sud-
den changes in load, which are signaled by changes in the velocity of shaft revolution
Orig. art. has: 2 figures, 1 table.
SUB CODE: 13/ SUBM DATE: none/ ORIG BEF: 004/ OTH REF: 001

-~-l VIC

GAIANIN, A. D.
"Fluctuations of Density in Ideal Bose-Einstein Gas." Zhurnal Eksperimentall
X i Teoreticheskoi Fiziki, 194o, Vol 10) No. 1.1, pp. 1267-1262.
Moskva Gosudarstvennyi Universitet, Kafedra Teoreticheskoi Fiziki, Fizicheskogo
Fakullteta.

FLURSOV) V., IEIRNSKIY, S. and GAL~NDI, A. 11.
"Density Fluctuations and Light Scattering in Bose-Einstein and F*erm.L-
Dirace Gas." Journal of Physics. (U.S.S.R.), 1941, Vol 4, PP. 349-355.
Abstract: The intensity of light scattered in a gas because of d. fluctuations
is calcd. by means of quantum statistics. It is shown,, in particular, that a
Bose-lEinstein gas shows very strong scattering near the condensation point. It
4.
is suggested that scattering measurements should be carried ouv in liquids He in
order to test the analogy with a degenerate Bose-Einstein Gas.

of ft *w-m In a lp~lrfovo~ hl'siftmik.
f*M VN.S It.
pp. 27 4, I-Ml' * of mOom
f1wilm ift a magnoic firt.1 we
I he cArimim for 14C trwrrv tif 11w nvjtn ;Oh ~lv~
th.0 ftw trugmik: numvcm Ipm;, I. "Oo'l
44 svbx % p -1.

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FURSOV., B.,I BELMI KIYJ, S.,, and cAIIIIN., A. D.
I
'Tensity Fluctuations and Light Scattering in Bose-Einstein and in Fermi-
Dirac Gases" Uchenye A zapiBki, Moskovskiy Ordena Lenina GosudarstveMyl Uni
ime-ni M. V. Lomonosova, Fizika, 1944) Vol 74, PP. 59-66.
Moskov Ordena Lenina Gosudartvennyi Universitet Imeni M. V. Lomonosov.
Abstract: Math. In a Bose-Einstein gas the light scattering strongly increases
when the temp. is lowered to near the condensation point. 7his criterion may be
applied to He II.

GAIANIN, A.
'USSR/PhysiCI3 Feb 49
Light - Diapersion
Quantum Theory
"Diffusion of Light by an Almost Ideal Bose-
Einstein Gas," A. Galan1n, Acad Sci USSR, 3 pp
"Zhur Ekeper I Teored Fiz" Vol Xljl~ No 2
Examines dispersion of.Alght by almost ideal
Bose-Einstein gee, theory of vbLiab vas developed
by Bcgolyubov. Disperalon of visible light by
gas of this type Is several erders higher than
by classical gas. Submitted 11 Jul 48.
32/110~
PA32/49T85

i"T

and
~tuni~

i!~ as-
11)~ 75,1!
'Ilk

GALIND1, A. D.
"Radiation Corrections in Quantum Electrodynamics. I." Zhurnal
EkBperimentallnoi i Teoretichesloi Fiziki, 1952, Vol 22, No. 4,-p_p77-46l.
Abstract; It is shown that., taking Heisenberg's equations as point of de-
parture, operators can be obtained for radiative corrections in a desired
aLuproximation expressed in a series of powers of e2/hc. Rules for derivation
of matrix elements agree with those obtained in previous work by the author.
The method is generalized for cases where real protons are present and for
problems of multipele electrons."

GAIANINI A. D.
"Badiatiaon Corrections in Quantum. ElectrodynamiedAl Zhurnal
Ek-sperimentallnoi I Tboreticheskoi Fiziki, 1952, Vol 22, No. 77-,pp. 462-47o.
Abstract: Important is the construction of a Green's ilunction for interacting
fields. modified by the interaction of particle and vacuin. Application to the
many-electron problem, and to the case when reat photons are presents.

UM/Ikelear Pbysies Relativistic Nov 52
Equations
"Relativistic Equations of Interacting Particles,"
A. D. Galanzin
Ithur Bksper i Teoret Fiz" Vol 23, No 5, pp IM-492
Generalizes his previous izethods (cf. "Zhur Eksper i
Teoret Fiz," 22, 448 and 462 (1952)) on problems in-
volving bound stater, attempting to siraplify-operators
of Heisenberg equation. Indebted to B. L. Joffe and
A. P. Rudnik. Received 15 Jul 52.
rio q
236T69:

USSR/Nuclear Physics Noson 11 SOP 52
"Spectrum of mu-Neson Hydrogen," A. D. Galanin,
I. Ya. Pomeranchuk
Moi~A* Nauk SSSR" Vol 86, No 2, PP 251-253
Consider neg mu-meson captured.by a proton in
one of its orbits. The lifetime of such a sys-
tem is sufficiently long so that its spectrum
may be observed, since it is dead by the lifetime
of a free mu-meson (i.e. 2/10-0 sec). The
radius of'the normal orbit orf such an "atom" will
be less than the Compton vave length of an elec-
tron. The Coulomb field of a proton at distances
235T83 -7
of the order~of ti**Conptdh,WM~"' ie U'of 4n elec-
tron is distorted by the so-called polarization of
the electron-positron vacuum (Serber, Phys Rev,
48, 49, 1935; Uehling, Phys Rev, 48, 55, 1935), There-
fore,. "fine structure " can be expected in the spec-
trum of meson-hydrogen. Submitted by Acad L. D.
IA-neau 14 Jul 5c-:.~ I
CC- f~ t4l v%o-.j2.,. it 961 4 -3)
V4, Ju,
q3- 6113
.z
~-4

A L A IV / V1
USSR/Nuclear Physi P.- Pions
I es
Card 1/1 : Pub 146-15/22
Author : Galanin, A. D., and Solov'yev, V. G.
Title : Radiative correction to the life time ofTe-me3on
Periodical : Zhur. eksi? i teer. fiz., 27, 112-u4, jui 1954
Abstract : Letter to the editor. Analyze works by J. Steinberger (Phys.
Rev. 76 (19491 and J. Schwinger (ibid. 82 (19511) by applying
the method of R. P. Feynman (ibid. 84 [19511) for the computa-
tion of an additive term in the Lagrangian. 1 Soviet and 4
foreign references.
Institution : Acad Sci USSR
FD-745
Submitted : Februrary 22, 1954

USS-ii, physics
Card 1/1 Pub. 22 10/48
Authoi. s A. A., Galanin, A. D. and Khalatnikov
Abrikosov,
.Title Green's functions in the theory of mesons with weak pseudo-scalai bond
Periodical Dok. AN SSSR 97/5, 793 796, August.11, 1954
Abstract A*method, successfully used in the theory of quintum.electrodynAmics ~is
described in connection with its~a plication to~:the theory of mesons with,
p
weak pseudo-scalar bonds. The method is intended to.show;that, ~by~ ap;pl*-
cation of Green's function G(p), the ffective constant of weak,bbnd (g
becomes a strong bond, provided the p is sufficiently large. Two refer-
ences (1951).
Institution Institute of Physical Problems im. S. I. Vavilov of the Acad. of, S,cs..of
the USSR
Presented by Academician L. D. Landau, June 15j 1954

W11INW, A4_1U! J lV_-V,,l, A1,3 ~P?41ff ;4 t1 IL i I 1 !0:0 It 1AH 113 11 If 74,tfl If
11 7
USSR/11hysids Quantum.theory
,..Card 1/1 Pub. 22 10/48
Authors Galanin, A..D.; loffe, B. L.;.and P.orwranchuk, 1. Ta., Memb. Gorres~. of AN.
Title Re-standardization of mass and charge in covariant equations of quantum
field theory
Periodical- i -Dok AN SSSR 98/3', 361-364j, se
P 21o 1954
Abstract v The purely physical argimnts regarding the necessity of. substituting ficti-
tious mass and charge by experimental ones' in the restaMirdization'of pass
and charge in covariant-equations of quantum field1theory, are analyzed.
Such substitution was reedmnended regamUess of the:fadt whetherthe mass ard-
polarization operators are finite or infinite. An"examAe of actual work on
the restandardization of mass and charge in covar-lant equations is presented..-
Four reference*s:_ 3-USA aod 1-USSR (1949-1954).
Institution
.Submitted February 22, 1954

GALLHIN.A.D.
[Calculation of the coefficient of heat utilization in a hetero-
geneous reactor] Vychislenle koeffitsionta toplovago ispollzovanlia
v goterogonnow reaktore; doklady. predstaylennye SSSR na Kezhduna-
rodwAu konforentaiiu po airnamn Ispoll zovaniiu atomnoi onergil. Mo-
skva, 1955. 17 P. (Microfilm] (ULRA 9:3)
(Nuclear reactors)

I
- Ll - I..., ;~. -j . , 11, 1 -I ~- I , -- . ... , I 1---- .1 . I '. ... I , . L-' A. -, , . - . ,.1. - . I
i L -1, i ", I an- ..i -.i - -~.. , 3 . -Y .
~ I . . . . I
ll,h Heavy-iater ;teacarch-Aeactor," a paper prve~;e~ited at jitoms Cor
Peace Oeveria, Switzerland, 1955

GALAI!IN. A. D.
"T'he Thermal Coefficient in a Heterogeneous Reactor," a paper presented at the
Atoms for Peace Conference, Geneva, Switzerland, 1955
"The Thermal Reactor Regulators' Efficiency," ibid.
"Absorption and Multiplication of the Moderating Nvitrons in the Two-Group Theory,"
ibid,
"Critical Size of Heterogeneous Reactor with Small Number of Rods.V0 ibid,
"An lication of the Method of Effective Boundary Conditions for Calculating the
.p
Critical Dimensions of Reactors.." i1vid.

,-QAWINp A.D.
11-~~~
[Using the method of effective boundaz7 conditions for calculating
the critical size of a reactor] Ispolizovanie metoda offektimqkh
granicbxiykh uslovii. dlim, rascbeta kriticbesldkb ramemw reaktora,
Moskvaq 1955, 9 Pe (KIRA 24:7)
(Nuclear reactors)

GALANINv A.D.
(Critical size of it beterogeneous reactor vith a sMILU V=ber of
moderator blocke] Iriticheekii razmer gateroge=ogo reaktora
6 malym chislom blokay, MoAvar 1955- 10 P- (KnU 14M
(Nuclear reactors) (Neutrons-Capture)

ALIKHANOVy A.I.; VLADIMIRSIUYp V.V.; , S.Ya.; GAIANINq A.D.;
GAVRILOV, S.A.; BURGOVp N.A.
[Heavy water experimental reactor for pbysical research] Opytziyi
fizicheskii reaktor a tiazbeloi vodoi. Noskva, 1955. 15 P.
(M3RA 14:7)
(Deuteri:um oxide) (Nuclear reactors)

31:

&Rt-R Nkti) (A- ~.
BJECT USSR / PHYSICS CARD 1 / 2 PA - 1449
THOR GALANIN,A.D., LAPIDUS,L.I.
TLE remarks on the Mixed Meson Theory.
I
PERIODICAL urnveksp.i teor.fis,)1,faso.2, 359-359 (1956)
Issued: 10 1/ 1956 - reviewed. 10 / 1956
R.P.FEYNUAN, Phys.Rev.,J.6, 769 (1949) declared that in the mixed theory of
scalar-and vectorial mesons with vectorial coupling the nonrenormalizable in-
finities are removed if the coupling constants are equal. The work by D.B.BKAR-
BEARS and R.A.BETHE, Phys.Rev.�j, 1106 (1951) deals with the employment of this
theory for the study of nuclear forces. The same is said in the book by S.S.
SCM70BER, H.A.BETHE and F.de HOPFMANN, Mesons and Pields, vol.1, New York (1955).
Actually, however, the removal of nonrenormalizable infinities-in this case is
equivalent to the fact that the equation for the vectorial meson
2 2
(p 6 Y"& - P V- P'- ) 9 s,-1s transformed into p 9y- sr . In this case the
field gr describes-Althe particles with spin I and zero, on which occasion a
negative energy corresponds to the components with spin zero. (See G.7rENTZAL,
Einfuehrune in die Quantentheorie der Wellenfelder).
If, however, we proceed from the Hermitic LAGRANGIAN of two fields with spin zero
and 1 which are in interaction with a nucleon field, we find that nonrenormaliz-
able divergences are not removed but that they are superimposed. For each line
of a vectorial meson (including the summit) the following is written down:
f2 (f ...( - k k p'-2 2 2). Here the series of points denotes
1 /A )/(k
Y. r /'- 1 -1

\Q4,ANjHq A-D----
[Iffectivenoeo
Iffektivnostl
Moskyaq 1955*
of power regulatoro in thermal neutron reactors]
regutliatorov v reaktore na teplavykh witrenakbo
3.1 ps W-MA 344)
(Nuclear reactors)

W
Name: GALANIN, Aleksey Dmitriyevich
Dissertation', Reaearch on the quantum field theory
Degree:
Affiliation:
Defense Date, Place:
Certification Date:
Doe Phys-Math Sol
fNot indicateV
15 Jun 56, Council of Heat Engineering
Laboratory, Acad Sol USSR
9 Mar 57
Source: BIIVO 13/57
GAIANIN, A.D.- IVIGHN, B-I-9 otvetetvennyy redaktor; POPOVA. S-H-p
dbeekly redaktor
[Theory of nuclear thermol reactors] Teorita iaderuykh reektarov as
teplovykh neitronakh. iookva~ Atoisisdat, 1957. 358 P. (MW 160.1)
.(Nuclear reactors)

AUTHOR GAL-ANIN A.D. FA - 2970
TITLE '7B~n- ~Uhe F~vsvj. T~lity of constructing a Meson Theory with several
fields. (0 Yozmozhnosti postroyeniya mezonnoy teorii a neskoll-
kimi polyami.- Russian)
PERIODICAL Zhurnal Eksperim. i Teoret. Fiziki 1957, Vol 32, Nr 3,
pp 552 - 556 (USSR).
Received: 6/1957 Reviewed: 7/1957
ABSTRACT As a first example the ,author studies I Fermion fields (all
with the isotopic spin 1/2) and a Bonon fields (all scalar or
poeudozoalar and with the isotopic spin 1)9 which are in
interaction with one and the same coupling constant g). The
author here Introduces no forbidding rules whatever, so that
all sorts of fermions are able to change into one another
aud also all sorts of bosong~ This problem is raised here
in & purely methodioal,manner, and connection between the
fields introduced here and the real particles is not taken
into account. Green's function of the bosons will here be a
matrix with diagonal terms that are equivalent 'with respect
to one another. All conclusions applying in the theory with
one boson and one nucleon are automatically transferred to
the here investigated came of interaction of several fields.
CARD 1/3
PA - 2970
On the Possibility of constructing a Meson Theory with several
fields.
Next, the case of charges,differing with respect to amount and
sign is investigated. The Lagrangian of the interaction then has
the following general form:
T- CCd
i,k,11 ik,e/ T I ~k T&
By a linear transformation of the field Ti it is then possible
to reduce the quadratic form
T- a -
ik 119 &fi Tk
to the diagonal form
I - ~z a
The author then investigates the following LLGRANGIAN:
~w G + G
CARD 21)~ 11 f I T1 T1 + 022 T2 T2 f2 12 T1 'r1 f 2 -': 021 T2T2fi

?A - 2970
On the Possibility of oonstrustiag &-Xenon Thaary.wlft several
fields.
The introduotion of two susmit parts suffiees. Also is the case
investigated here the pbysisal charge is equal to zero.
The next paragraph deals with a mixture of fields with different
isotopic spins. There is qualitatively no diff*reaee froat the
theory with a pseudasoalar field.
In the came of all the examples investigated the physical
charge is equal to zero an soon as the lisitiag momentuat tends
towards infinity. The construction of a meson theory with several
nucleon- and meson fields in apparently just as Impossible as
the coastrustiou (within tue framework of the present quantum
theory of a field) of an isdisputable theory witk a single aeson,
field.
(With I illustration)
ASSOCIATION: aot gives.
PRESSNTED BY: -
SUBMITTED: 7. Februar 1956.
kVAILLBLE: Library of Congress.
CARD 3/3

AUTHOR
TITLE
PERIODICA1
GALANINsA.D., LOKHOVjYu. N. 56-7-52/66
On TH-el v-.ir-genoe of the Series of the Perturbation
in the Theory with a Noarelativistic Nuoleon.
(0 skhodimosti ryada teorii vosmushohaniy v teorii
nerelyativiatkim nuklonom.- Russian)
Zhurnal Eksperim I Teoret. Fiziki 1957, Vol 33, Nr
pp 285-286 (USSR~
Theory
7,
kB3TRACT First referenas is made in short to two papers dealing
with this subject. The problem of the nonrelativistioal
nuolson whioh interaote with a pseudonoalar symmetrioal
meson field has hitherto not been analytioally and
rigorously solved* Nevertheless it Is possible also in
this case to oarry out the oonvergenes of the series of
the perturbation theory to the end. To the interaction
(so /2 p )T* L (a 7) ( J'i 91) 1 T
there aorresponds a aertain rule for the writting down of
7eyamante diagrams. It Is charaoterised sufficiently
well by writing down one of the matrix elements whioh
corresponds to the diagram of the proper energy* Also the
rules for the oiroling round the poles in oonneatiou with
CARD 1/3 integration in the oomplex plans are mentioned in short.

56-7-52/66
On the Divergence of the Series of the Perturbation Theory
in the Theory with a Nonrelativistio Nucleon.
After integration with respect to the angle one obtains
I C'o 2 2 ~2, 2
'r cri T.
M(E) -g ( -~' 4
j j ~ k d k/(E+U+ 6" ) Vk
0
where _A_ denotes the boundary momentum. If, further, the
mass of the meson is disregarded and if one goes over to
dimensionless integration variables,
i
M(z) (10- L)2 & cr T cr T, x3dx
6 2 dW i j i j z + x
(z I/A) 0
is obtained. The rules for the construction of the oompli-
cated diagrams are easily obtained by means of a generaliza-
tion of this example. In the case under investigation the
theory is renormalizable and A can tend towards in-
finity after renormalization. However, by the introduction
of a finite boundary momentum the amount of "he integral
CARD 2/3 is reduced and the convergence of the series according

56-7-52/66
On the Divergence of the Series of the Perturbation
Theory in the Theory with a Nourelativistio Nucleon.
ASSOCIATION:
PRESENTED BY:
SUBMITTED,
AVAILABLE:
to powers 0 g 2 is reduced. The series according to
powers of g2 isi, in the theory of the interaction of a
nourelativiltioal nucleon with a neutral scalar meson
field, a majorant for the theory with pseudoscalar
symnetria meson field. In this theory the series of the
perturbation theory has an infinitely great convergenae
radius.
(No Illustrations)
not given,
-
4-4- 1957
Library of Congress.
CARD 3/3

GALANIN, Aleksey Dmitriyevich
The Theory of Thermal-Neutron Nuclear
Bureau, Inc., 1958.
Ve Table~s (Supplement of the Soviet
Translated from the original Rmpian:
Teplovy1di Neytronakh, Moscow, 1-957,
ile-actors. New York, Consultarts'
Journal of Atoplic 'Energy, 1957, Nos. 2-3)
Teor4a YarlerrWkh Reaktorov 1A

21(4) PHASE I BOOK EXPLOITATION SOV/22345
Galanin, Aleksey Dmitriyevich
Teorlya,,yadernykh reaktorov na teplovykh neytronakh (Theory of
Thermal Reactors) Moscow, Atomizdat, 1959. 382 p. Errata
slip inserted. 6,000 copies printed.
Ed.: Z.D. Andreyenko';Tech. Ed.: Ye.I. Mazell.
PURPOSE: This book is intended for engineers and physisist8
engaged in the design of nuclear reactors, for operating
persohnel of nuclear power plants and experimental reactors,
and for students specializing -4n atomi,a power and reactor
design.
COVERAGE: This is a rev1sed and enlarged edition of a book published
under the same title In 1957. The present edition is primarily de-
voted to the theory of thermal neutron nuclear reactors of all
types, and also covers many minor but important practical
problems. Much attention is given to the range of applicability

Theory (Cont. )
SOV/2345
and error of some of the theoretical methods, and many of the
formulas are developed in a form that can be directly employed
in practical calcula'tion. The additional data incorporated in
this edition are distributed throughout the book. A.S.
Kronrod and G.M. Adellson-Vellskiy wrote section 20. The
author thanks I.Ya. Pomeranchuk, B.L. Ioffe, A.P. Rudik.,
G.M. Adellson-Vellski.y, B.I. Mchev, I.I. Gurevich, G.-L.
Marchuk, L.N. Usachev, and G.A. Bat'. References are given at
tile end of each chal-ter.
TABLE OF CONTENTS:
Foreword
Introduction
1. Conditions
release in
3
5
for chain reaction. 2. Neutron balance. Energy
a reactor. Classification of reactors.
Ch. I. Diffusion and Slowing Down of Neutrons
Card---2/-:L5-

910) PHASE 1 9009 EXPLOITATION 3"/2583 U ~
Znternational Conference on the P*acorul U"s of Atomic Energy. 2~1
2nd, Geneva. 1958.
r_1r
Dukledy GavotakIkIL mahemykh; yadarnyye reaktory I Woman *nor- '
=11a. (11ppo rts of Soviet 3clentistai Nuclear Reactors and

Isar ]Power) t
Moscow# Atool "at - "' pi Paris" I a
"59;
:
Tr"Y, Val. 2) 000 copies printed.
Rrmts 011P In
.rtd
General Bdo.s N.A. Dollezhal# Corresponding Xembers USSR Academy or
ScIamsess A.9. trasIno Doctor of Physical and Mathematical Sciences
A.Z. LaYPunskir, Member, Ukrainian ssa Academy or'sciances, ia.
MOvIkov, Corresponding Member, USSR Academy of Sciences, and V.S.
FQrS0V. Doctor or Physical and Mathe-tatic&I Sclanceal Rd.: A.P.
'AlYab'YOWI fteh. 3d.1 To. 1. X&Z81'.
PUNPOSEt MIS book is Intended for scientists and engineers engaged
in reactor designing, as well as for proressors And students or
%I r technical schools where reactor design Is taught.
P9_080msd volume air a six-volm" selle-um
od I
COVINAggs ThILS _tP
_
.
Of-ttowLe energy. ?he six volumin contain the reports pro-
Sent" by 30vIst Scientists at the Second International Confemme
OU P0602ful 0602 Of Atomic Zn*rgy, held from 3aptsubtr I to 13,
190 In Geneva. Volume 2 consist@ of three parts. The first in
dsvOt6d to AtOWLO Power Plant@ under construction In the Soviet
Vaiml the Second to experimental and research rowezors, the ex-
POPLAWntm carried out on them, And the work to improve them; and
the thUdo Which 19 OrdldOEInAntly theO_Mtj4Aj; tO pMb!eM_- or
nOQl4&P reactor Physics and construction engineering. Yu. I.
Ibr7XkIA In the science editor of this volume. See 307/2081 1
for tItIS& Of &1I volumes of the met. References appear at the
artleles.

3<ykOv.
# V.S. Dikarev, M.S. Teglgarov. =4 Tu
Nostovoy, W.I
!
;0
jR
Xsu von Spectra in uranium Water Lattice* rt
;
AU
r
, 546
2,
on 131
,:
ar"In' A.JL, 5.Q. Vabovskly, P.M. Lantsov, YU.Tu. 01&zkOvo
RJL Gondharov, A.V. twayov# L.A. oaraseva, V.V. Vavilcvo
Te. 1. xftrAtin' and A.?. Senchankow. Studying the Physical
Characteristic 'I or a Berylilua-maderator Reactor (Report go. I
555
2146). 1 . I I--- --.- ~ .-
4W1ew&*r-*.0v, S.A. Nealrovskaya. A.P. Rudik, Tu. 0. Abov, V.P.
Melldn~ and P.A. Krupchitakly. Critical txp*rtm*nt an an Fxperi-
owntal Seavy-water Reactor (Report No. 2o36) 570
Xarohuk' 0.1.& V. Ta. Pupkoo To. 1. Pogudal"t V.V. Smelov,
Z.F. Tyuterev, B.T. Platonova, and 0.1. Druthinina. Certain Pro-
bless In P=I*Lr Reactor Physics and Methods or Calculating
Them (Report go. 2151) 588
SInyutln' a.V' and V. W. Samenov. Determination or Control Rod
arreativenem4 in a Cyli.drical Aeactor (Report Mo. 2469) 6-,3
091-fond, I.N., S.M. Foymberg, A.S. Proloy, and N.W. Ch=taov.
Using the Mont* Carlo Method of Random Sampling for Solving the
ginatic Zquatzon (Report No. 2141) 626
.Laletin, W.I. Neutron Distribution in a Heteroconeoun Medium
(japort No. 2189) 6j4
assarnovaklys 14,V.j A,V, Stepanov, and P.L. Shapiro. Neutron
The-walization and Diffusion in Heavy Media (Report No. 2148) 654
Veyn1k, A.Z., V.S. Yermakovp and A.V. Lykov. Using the Onsager

Studying Neutron Diffusion In the Absorbing Media of
o
Th
ibetors (Report Mo. 2224) 668
Nu Ia.%
:
fi*A, Jllrkln# A.A. Zutuzov, T.V. Levin, and
11~.,
S
tudying the Spatial and Rnerf Distribution or
'
7
Neutrons in Different Media (Report No. 21 7) 674
Neitrilev A B Boron Ionization Chambers for Work in Nuclear
;
~
.
t No. 2084) 6.90
Reactors jxs
91rillLn. V.A.tand S.A. Ulybin. 9xporleental Determination of
Specific Volumes of Heavy Water in it Wide T*mparatur* and ftea-
sure Range (Report No. 2471) 696

24.66oc, i6.8loo, 16-7500 7M_
S 011/56-3' 7 - 6 - 22/5
AUTHORS: Galanin, A. D., Grashin, A. F., Ioffe, B. L., Pomeranchuk,
TITLE: Collision of Nucleons with Large Orbita]. Momenta
PERIODICAL: Zhvrnal eksperimentallnoy I teoreticheskoy fiziki,
1959, Vol 37, Nr 6, pp 1663.-i679 (USSR)
ABSTRACT: A method of calculation was developed for that part
of the nucleon-nucleon scattering amplitude for large
orbital momenta t >> 1 which is due to the exchange
between two mesons. The connection between this
amplitude and the scattering of real mesons by nucleons
was established with the aid of the dispersion equations.
The method is valid when, b&sides the condition I >>I,
the Inequallty ~p, /p>~ 1 Is also sat'lof led (here, fl,
is mass of 7r-meson; p is momentum of nucleon in the
center mass system). The second assumption has a
Card 1/3 physical meaning: the quasi-classical parameter

Collision of Nucleons with Large Orbital 76982
Momenta sov/56-37-6-22/55
r0 1= 1/p , i.e., it is the condition of the
co lision eeriphery. In words, the classification of
interactions according to their "degree ofL periphery"
with a small expansion parameter has meaning only
when the above condl:t:Lon is satisfied. The main part
of the asymptotic 6xpansion parameter for the two-
meson phases can be obtained by this method from
tb2 small parameter 1/L(.1 which at low energies
2
~j 11,Z , and with an increase in the energy
1) '1 s
Creases up to 1/1 ~ (when 1). The principle
of the derivation was that LiAer the above assumption
of the virtual meson exchange between nucleons, the
main role Is paayed by mesons with phys cal. relation
between the_i~nergy and the momentum (W - k 2 = 112
but with nonphysical relation betweeq energy W = 0
transferred by the momentum q2 = 4~L . Concrete
examples of the calculation of two-meson phases and their
Card 2/3 comparision with the one-meson phases will be reported

Collision of Nucleons with Large Orbital 76982
Momenta sov/56-37-6-22/55
SUBMITTED:
by the authors in their forthcoming paper in this periodical.
There are 4 graphs; and 23 references, 11 Soviet, 4 Italian,
I British, 7 U.S. The 5 most recent U.S. and U.K.
references are: S. Mandelstam, Phys. Rev-, 112, 1344;
1958; R. Karplus, C. M. Sommerfield, E. H. Wichman, Phys.
Rev.. 114, 376, 1959; H. J. Bremermann, R. Oehme,. J.
G. Taylor, Phys. Rev., 109, .2178, 1958; K. Syranzik,
Progr. Theor. Phys., 20; 690, 1958; M. L. Goldberger,
Proc. of the Sixth. Ann. Rochester, Conf., N. Y.,'1956.
June 12, 1959
Card 3/3

7h.L~rpi-.1 rerictor th-orv. ?J. rev. irll ed.
r -a i,,-,
Yort., LonJcn, '-~n:-w:on
xiv, U12 n,. till of
on "uwi-!~r ~vitm--r_-, 11,11V 3)
Ti -.-.i m I.-, f r o t ~- c1rir,liml To v -
4 rmlittorov I,- tevlovy'-I; r.1v!'*(),-j,,'IIt,
riya ya
I-Toscow, Y'59'.
Inclules ref-renc-s.

GALANIN, A.D.
[Thermalization of neutrons in a heterogeneous reactor]
0 tormalizatsii neitronov v geterogennom reaktore. Mo-
skva, Glav. upr. po ispollzovaniiu atonmoi energii,
1960. 17 p. (M~IRA 17:2)

GALANIN, A.D.
[Calculation of the thermal utilization coefficient; a
review] 0 vychislenii koeffitsienta teplovogo ispol'zo-
vaniia; obzor. Moskva2 Glav. upr. po ispolIzovaniiu atom-
noi energii, 1960, 29 p. (MIRA 17:2)

5/082
8977
' ~0/009/002/001/015
Boo6/BO56
0 0
AUTHOR: Galanin, A. D.
-------------------------
TITLE: The Theory of a Heterogeneous Reactor With Cylindrical
Blocks of Finite Radius
PERIODICAL: Atomnaya energiyap 1960, Vol. 9. No. 2, pp. 89-97
TEXT: In the present paper, the author develops the theory of a hetero-
geneous reactor which is composed of a finite but sufficiently large number
of cylindrical blocks of a finite but small radius. The blocks form a
quadratic grating in which diffusion is anisotropic. In consideration of
this anisotropy, the neutron-density distribution is investigated on the
following assumptions; 1) All calculations are made in diffusion approxima-
tion, i.e., the absorption within the blocks is low and the distances among
the blocks are large as compared to the scattering length in the moderator,
and the dimensions of the blocks are either large as compared to the Beat-
tering lzngths in them, or the difference of the scattering lengths of
block and moderator is not too large 2) The absorption occurring in the
slowing down of neutrons is neglecte;. 3) It is as;umed that within the
Card 1/3

82730
The Theory of a Heterogeneoum Reactor With S/089/60/C)09/002/001/015
Cylindrical Blocks of Finite Radius B006/BO56
blocks there exist no sources of thermal neutronsp and that the distribu-
tion of the sources within the block is the same as in a homogeneous reac-
tor of the same size. First, a general theory is developed on the simpli-
fying assumptions that the reactor is bounded only in the x- and z-direc-
tions (z - cylinder axis), and that the z-direction is not reflected. The
"theory of small blocks" is then developed in first approximation, and the
formulas obtained are discussed. Finally, a simple method is given for
determining the diffusion tensor for the case in which the block effect is
negligibla and the block volume is small as compared to the volume of the
cell. If absorption may be neglected, the neutron density obeys the same
equation as the electric potential in a dielectric; the dielectric constant
corresponds to the diffusion coefficient. The determination of the diffusion
anisotropy in an inhomogeneous medium is thus equivalent to a determination
of the a-tensor in a medium of the same geometryv in,which the dielectric
constant is proportional to the diffusion coefficient. A dielectric is
studied, which contains "impurities" of another dielectric, whose volumes
are assumed to be small and the mutual distances large, so that interaction
effects may be neglected. Each of the impurity elements is then in a homo..
geneous external field. The formulas obtained may be used to determine the
Card 2/3

82730
The Theory of a Heterogeneous Reactor With 3/089/60/009/002/001/'015
Cylindrical Blocks of Finite Radius BOo6 B056
moderation length anisotropy. The author finally thanks B. 1. Illichev.
9. 1. Laletin. and Ya. V. ShevelAv for discussions. There are I figure
and 13 references: 9 Soviet, I Britishq 2 US, and 1 French.
SUBMITTED: December 21, 1959
Card 3/3

GALANIN, A.D.
Meson - nucleon scattering with large orbital moments. Zhur. eksp.
i teor. fiz. 38 no.1:243-247 Jan 160. (MIRA 14:9)
(Mesons.--Scattering) (Nucleons)

GALANIN, A.D.; GRASHIN, A.F.,; JOFFE, B.L.; POMERPIICHUK, I.Ya.
Nucleon-nucleon scattering in two-meson approximation with large
orbital moments.* Zhur.eksp.i. teor.fiz. 38 no.2:475-488 F f60.
(MM 14:5)
(Nucleons-Scattering)

3297-7
s/641/61/000/000/004/033
6. .2 c~? B112/B138
AUTHOR: Galanin, A. D.
TITLE. Thermalization of neutrons in a heterogeneous reacto-
SOURCE; Krupchitskiy, P. A,,) ed. Neytronnaya fizika; 5born'.k statey.
Moscow, 19611, 46-55
TEXT: The author calculates the difference between the value of the block-
effect due to the diffusion equation
BT11 + (2 - E)T' = y(IF T2AT
and the value due to the one-group theory. This difference is found to te
00 2 2
6q,/qo - --> a na n(1 1 /R Zn n), where
n-1
00
a ;' ~Re_EL(1)(E)dE and Z (lo/2,RT_n)Ko(![iiq-/1,)/K1 (JA,~/l':).
n a n n
0
K0 and K I. are functions which are given on the boundary between blook and
moderator,, are the Laguerre polynomials, Q, R, and are _-onstants.
Card 1/2

S/641/61/000/000/004/0,13
Thermalization of neutrons B112/BI38
The coefficients a. are determined by solving an infinite system of
algebraic equations. V. V. Smelov (cf. the given volume, p, 43) is
zeferred to and thanked for assistance. P. P., Blagovolin, V, A4 Belyakov-,
L. A, Myrtsymova, and T~ S. Zaritskaya are thanked for assistaace~ soc..
There are 2 tables and 7 references: 5 Soviet and 2 nt)n-Sov,,et. The two
references to English-language publications read as followgt Amolayal. K.,
Benoist P, , Horowitz J. J. Nuol . Energy, k, 79 (1957) ; flurwitz H. , Nelkin
M~ S., Habatler G. I. Nuclei Sci. and Engng, 280 (1056),
Card 2/2

-)~Jno
L
~
AUTHOR: Galanin, A. D.
S/058/62/000/004/025/1 6 0,
A058/A1O1
TITLE: On the calculation of the thermal utilization factor (survey)
PERIODICAL: Referativnyy zhurnal, Fizika, no. 4, 1962, 59, abstract 4B443
(V sb. "Neytron. ffizikall, Moscow, Gosatomizdat, 1961, 125-- 142)
The author expounds the principal ideas and results of the work of
A.-Amuayall et al. (RZhFiz, 1958, no. 12, 27105). He gives tables enabling one
-to calculate the thermal utilization factor for "clAssic" cylindrical-block cells
(including those with a gas gap between the block and moderator, and those with
a block in the form of a hollow cylinder). The theoretical results obtained by
.3ifferent methods are compared with experimental data. This comparison shows
that, the adduced formulae yield a high accuracy that, owing to accidental'cir-
cumstances, is apparently even higher than the accuracy of the results obtained
by means of numerical solution of a single-velocity kinetic equation.
LAbstracter's note: Complete translation]
Card 1/1

7 a ~-q ~ I :I f I I 4~ It ~~r 4 P.t Vt- 1, 11 It .! M-
GAUNIN, A. Dj, GRASHIN, A. F., MKLNIa)V, V. N. and NIETIN, Yu. P.
"The Effects of ?Y-77' interaction inry-r-*VrO, r-3w7rY-Z, and
.,,~X-fmaftpl i tudes
report presented at the,Intl. Conference on High Energy Physics, Geneva,
4-11 july 1962
Inst. of Theoretical and Experimental Physics, Moscow, USSR

S/056j62/043/006/047/067.
'B111/B102
D., Grashin, A. F., Mellnikov, V. N.,
AUTHORSt G 1 j
likitin, Yu. P.
TITLE: Nucleon-nucleon scattering in two-meson approximation with
consideration of the xA-interactioh
PERIODICAL: Zhurnal eksperimentallnoy i teoreticheskoy fiziki,'v. 439
no. 6 12), 1962, 2245 - 22W
TEM The explicit calculation of the two-meson contribution to the
nucleon-nucleon scattering amplitude has been.possible.do far only for
large values of the orbital angular momentum I >)-i. The accuracy obtained
was ( V1 + p2/p2)/(i + 1), where g in tfteppion-mass and p is the-suclepu
momentum in the c. m. a. In order to ach-ieve more acettrate results, the
absorptive part of the NN-amplitude must be calculated by using the
nN-amplitude in the nonphysical domain. In the present work this 'calcula-
tio!i given by
%I (x) = e51W Wn 6j co Q(') (X) VX/ 1xv) (X) iQ(t) (X)1/ X];
Card 1/3 -rXCtg8j(X)=X("(X)/QM(X); I-O(S), '1(P), 2(D). (3)1

B/056/62/043/006/047/067
B1,11/B102
Nucleon-nucleon scattering in
was performed for 4A2