SCIENTIFIC ABSTRACT YAVORSKAYA, YE. V. - YAVORSKIY, B. M.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001962310020-7
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 19, 2001
• Sequence Number: 20
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

-i N

POLUNINA. Te.F.1 CHENTSOTA. M.G.; TAYaRSKATAO Te,.V.; RODIONOT, T.M.,
akademik, redaktor [deceased) -;^"Z-- &A",_Yd., redaktor; SACHIVA,
A.I., tekhnicheskly redaktor
(Manual on applied studies on organic chemistry for students in
schools of medicine) Rukayodstvo k prakticheekim, zaniatiiam po
organicheskoi khtmii dlia studentov meditsinakikh institutov. Pod
red, Y.M.Rodionova. Moskva, Goo. izd-vo med. lit-rr, 1954. 110 p.
(MLRA 7-10)
1. Sotrudnik kafedry organicheako7 khIxIi II Moskovskogo nodi-
tainskogo institute, inent, I.V.Stalina (for Polunina, Chentsova,
Tavorskaya)
(Chemiatz7o Organic)
10. V,-3~'5-
_wia
-S J~i~'!'~~

Ili-1--m ,
4 ~ - ;I .
. JO, .

DROZDOVI H.S.;.YAVORSKAYA, Ye.V.
Mosoderivatives of acridine. Part 23: Reaction o; 9-methylacridine
with nitroso compounds. Zhur.ob.khim. 30 no.10jJ42:L-3425-0--. 161.
(KMA 14:4)
1. Moskovskiy meditsinskiy institut imeni N.I.Pirogova.
(Acridine) (Nitroso compounds)

17 jr V
GLIKIN,B., inzhener-elektromekhanik; TAVORSKIY,A., inshoner-olaktrik
The problem of electric power distribution on tank vessels. Nor.
flot 15 no.9:13-14 S'55- (MLRA 8:11)
(Tank vessels) (Electricity on ships)
A

GLIKINx B.; PETROVSKIYY M.,;-UVORSKIY, A.
Waye of improving the operational properties of the electric
equipment of ships. Mor. flot 22 no.ll-.20-22 N 162. (MIRA 15-12)
1. Nachallnik sektora avtomatiki TSentrallnogo proyektno-
kozwtruktorskogo byuro Noj,~ Ministerstva morskogo flota
(for Glikin). 2. Gruppavoy lnzh.-olektrik Chernomorskogo
parokhodstva (for Petrovskiy). 3. Rudovoditell gruppy
TSentraltr,agolproyektno-konstruktorskogo byUro NO,3
Minibtersti7a korskogo flota (for Yavorski~5-
(Electricity on ships)

F-ANOV, Fy Inzhener-jxlkOl/nJk; TAVORS,~IJI,-lop.-mayr~r to! hmIc aktq pluzT.,1q;
SHGMIN,, M., in zh emer~~.If;"olko tit, 12
For traffic Safety. Tekb. i vuorv-.h. ra*697144 Jot
1?

1-4 11OLIS K-L
Agricultural Machinery
Use of locomobiles on livestock breeding collective farrm. MTS 12 no. 2, 1952.
9. Monthly List of Russian Accessions, Library of Congress, August -1953. Unclassified.
2

YAKDMK,P.G.., Inshener-mekhanik; VASILYUK,N.y.; GALIPMIN,L.Yu.;
ZA'YTSEV,T.F.; KARM'KO,S.A.; MWANMO.A.11.. YIVCRSKIY,.A.A..-
SHAGOKYAW.V.I., redaktor; GURZHIT,N.Te., tekhnfn-- r
[Trac-tor operstbris mamial] Spravochnik traktor .iota. lzd.4-oe,
per4i, i do~. Kiev, Go~Azd-vo oe'lkhos.lit*ry USSR, 1955o 519y.
(Tract oris-Handbooks', manual@, etc) .(KLRA 9:1)

VASILYUK, N.F.; GALIPERIN, L.Yu.; ZAYTSEV, T.F., KARPEIIKO, S.A.; STF.PAITEITKO,
A.N.; XAY XIY- A.&.,; YAKIMUK, P.G., inzhener-makhanik. redaktor;
KOZAK, F.Ye.. redaktor; CIEMVATSKff, S.A., tal-chnicheskiy redaktor
(Handbook for tractor operators) spravochnik traktorista. Izd. 5-oe,
perer. i dop. Kiev, Goa. izd-vo sellkhoz. lit-ry USSR, 1956. 471 P.
(Tractors) (MLRA 10:4)
q
-W
M
~Mv' %-'-w

I f T T- I
YTSrS1,-'T,V.; YAM11KO' S.I.; NESVITSKIY, yn.j.jkandidat tekhnicheskiy
nauk; STEPAWRTKO, A.M.'; YA:VORSKIT4 AA.; SHAGOHYAW, V.I.,
'~A
an
rodaktor; KRAYCHENKO, redaktor
[Traotor brigade leader'B manual] Spravochnik brigadira
traktornoi brigady. Isd. 2-oe. dop. Kiav, "A. iscl-vo stillkhoz.
lit-lr~ TjSSR, 1956. 483 p. (mLRA lo:4)
(Tractors)

GLUSHCBENKO, Vladimir Petrovich [Hiushchanko, V.P.]J-YAYORSKIT. Allfred
Al'fredovichAIAvors'kyi, A.A.]; SEHMKO,'M.V., red.; GUL=Op-
-O-.I-.E%a-ienko, O.Ij, kbud.-tekhn.red.
(Mechanization of livestock farms in connection with loose
housing of cattlel Makhanizataiia form z bezpryvliaznvm
utrymanniam khudoby. lyiv, Derzh,vyd-vo sillolkohospodaralkoi
lit-ry Una, 196o WRA 14:1)
(Farm mecba~~.92tipo.-) (Dairy borne)
N,
N,
2:9
q. WVT ""KV
At p
NE

KOVAIMIKO, O*Ya,f kand.tokhnonauk;-YAVORSK g A tA~ [IAvorelkyll A.A.], inzh.
Mechanized feed distribution in cattle barns. 14ekh, aLl', hosp,
11 m.5:9-12 to, 160. (14IRA 14-3)
(Cattle-Feeding and feeds)

YAVORSKJY, Allfred A1'frpdnv4,-b_[IAvors1kyi, A.A.]; OLEFIRENKO,
G.A.[Olefirenko, H A.), red.; KALASHNIKOVA, O.G.
[Kalashnykova, 0.HJ, tekhn. red.
(Using tractors on livestock farms] Zastosuvannia, traktoriv
na. tvarynnytslkykh fermakh. Kyiv, Derzhsillhospvydav URSR,
1962. 92 p. (MIRA 16:5)
(Ukraine-Stock and stockbreeding)
(Ukraine--Tractors)
A
10

USSR/Biology Wheat Plant Breeding
1.1 F e b 50
"Effect of Transplantation of Embryos on the Formation of Branched Ears and the Yield
of Grain in Kakhetinsk Wheat (Triticum turgidum L.),11 G. V. Porutaklyp A. G. Yavorskiy,
Inst of Plant Physiol and Agr Chemt Acad Sci Ukrainian SSR
"Dok A Nauk SSSR11 Vol LXX, No 5, pp 901-904
Investigates and tabulates biological and morphological effects of transplanting embryos
of Kakhetinsk wheat on endosperm of a spring wheat with a short growing stage, Odessa-13,
and,a winter wheat, Odessa-3, as compared with controls. Feeding the embryos on endosperm
of Odessa-3 creates conditions favorable for branching and increase of grain yield, where-
as endosperm. of Odessa-13 achieves reverse effect. Includes three tables. Submitted
3 Dee 49 by Acad N. A. Maksimov.
PA 165T7

USSR/Weeds and Me-~.- Cc)n,-,,r,;:L if
Abs JoW, Rof Zhiu- - Riol., Ito Nu 13;1)
Author :A.G. Yxi-
Inst No'. CiN."'m
Title Field "'I'Oki-Ig ie. &-Ilw'.-Loa of cx~-~,) ard Soil
,rd,;Iva :L-- GraoL.-Ideej- Crop Fr)-,;~,,tfton in. the Sou,;hrjru 1~-trt' of
the Wcode-~' Id.st:71.c-b c.--" V%e, Mza~!:w~
Orig Pub Minch. tr. 7-rXr. s.kh.
Abstract Ar. ajIoJysIs o-? wcw~~ iz irf.11vie.,ml fieldn haviag
atZport,lid crpps aa the soil of the tasting
statAoja zoap. of the -011:,m r--q Ajrnicatur6l. AwdeiW hao shown.,
duzing a five year poriod of rotation (1949W1954). that on
fields wi-I.;h yinter. cm-ItIvatione, thv3 nmouut ef weean per Im2
(from 16 to 68 foz, vhmw~ az-.e. pLants for ryo) van con-
eidembly lower Uban cju,. the tI-.,jP-s with sumrer grains (from
84-24-2). Me alc'ana5t we:-e the wiz-,14r crops on black rjr-d
oce'apie& fallow land a-ra o= o:~v.,-L-rear strata. In :Late w:Lnter
crops on P-10wed fcxrowep Iq thfS Twild. raz�sh Was
Card 1/2

USSR/Weeds and Their Control N
Abs Jour : Ref Zhur - Biol., No 1, 1958,, n 1849
greater, but on strata with viater wheat crops,, the amouat of
2 year old and perennial weeds arose drastically. Me most
prevaleat weeds of the ommer crops appear to be the wild
radish., the field horestall and the dove-colored bristly fox-
tail grass. The si-e N crops on plow-land are cleaner (92-
144 weed plants per lm ), but by sowing wheat on the layer
of perennial grass., choking increased to 254 plants per 1M2.
On perennial grass the amount of weeds is considerably great-
er in the stubble (82) Vhan in Vie post-harvest crops (15).
To combat weeds in a given zonep plow-turnel fa2aow lands
are recommended> with deep mellowing of the s6il prior to
cultivating b6ing necessary.
Card 2/2
L
HE

r A.
GLIKIN, BoAst inzh.; YAVORBKIY, A.G., inzh.
Determining the capacity of the electric power plant of a ship.
Sudostroenie 23 no.12:33-38 D 157. (MIRA 11:2)
(Electricity on ships)
R
-KI
'VY Pi"4591 4P*--:`0--

GLIKINq BvAvs Inzhe; TAV-ORM.I.T#,.kPq&,Anzh,
Rsmagns~izing of marine generators. Sudostroanis 24 no.10:54-55
0 158. (MM l1.- 12)
(Electric generators) (Electricity on ships)
. .... ......
A

TOLKOT, lvan'Georgiyovich; GLIKIN, Borio Abramovich; ZABOLOTIfYT, Il'ya
Tavtikhiyevich; LIKHOTINSKIT, Talentin Sergeyevich; SPMOR,
David Borisovich;_pTpp4T,.,AiWtoliy.Go.orgiyavlich-, SUKM, Ts.T.,
red.; MARTIROSOT, A.Te., red.; TAYLI, T,I., red.izd-va; LATRENOTA,
N.B., takhn.red.
[Reference book for sea harbor mechanizers] Spravochnik mekhani-
zatora morskogo porta. Moskva, 12d-vo "gorskoi transport,' 1959.
462 p. (MM 13:2)
(Harbors--Equipment and supplies)
(Cargo hanaling--Equipment and supplies)

YAVORSKIY,,A.G., inzh.; GLIKIN, B.A., inzh.
Use of mounted generators and ways to apply' automatic con-
trol to the electric power plant of a ship. Sudostroenie
25 no.9:26-31 S 159. (MIa 12:12)
(Electricity on ships) (Electric generators)
(Automatic control)

I.IIKHAIDVSKIY9 A.G., doktor seltskokh6ryaystvennyk_h nauk, prof.; KALIBERDA,
V.M.p assistent;_I&YDBSXIXT-A-.6-.j kand,"ii~eltakokhozyaystvennykh nauk,
d3tsent; VFSELOVSKIYy I.V., kand.biologicheskikh nauk
Productivity of grassland crop rotations and measures for increasing
soil fertility in the Mcrainian Polesye. Nauch. trudy UASHN 10i1-16
(KEA 1413)
(Polesye- Rotation of crops) (Soil fertility)

GLIK.0,, B.A.., inzh.; PETROVSKIYj M-Ye.j. inzh.; YAVORSKIY, A.G., inzh.
Emorgoncy operation of tank vevool electric power plmta. 'Moctroonle
28 no.5:35-38 My 162. (MIRA 15:7)
(Electricity on shipo)

LUCBXO, A.S.;.PORUTSKIY,, G.V.
Gaseous excretions and the amino acid composition of green
peas. Fiziol. rast. 11 no.1:53-58 A-F 164.
(WRA 17s2)
1. Sallskokhozyaystvennaya akademiya, Kiyev.

YAVORSKIY, A.K., inzh.; VINOGRADOV, B.N., inzh.
Effect of an accelerated cycle of autoclaving on the process
of the hardening of lime keramzit concrete. Trudy GISI
no.47t7-22 164. (MIRA 18:11)
2
~A

YAVCRSKIY, A.K., inzh.
Converting plants producing silica brick to the manufacture of
advanced products. Trudy GISI no-43%72-78 163. (MIRA 17:4)
6-
4Q. ~T,
0
6
R,
P,

YAVOR8KIY, A-K.;. VOYTOVIC-H, VeAe
Adhesive for 'i6curinj -ultrasonic transformers during design testing.
Zav. lab. 31 no.2t252 165. NIPA 18:7)
1. d'orlkovskiy inzhenerno-stroitelinyy institut,
A
M.
P

Category : USSR/General Problems - Problems of Teaching
Abs Jour : Ref Zhur - Fizika, No 1, 1957, No 69
Author : Yavorikiy, A.M". -RLY=_, G.F.
Title *.-P-o-l-yt-e-cEE-rca"P-repCLratim-.df'Fatur,e Physics Teachers
Orig Pub : Radyans'ka shkola, 1956, No 4, 23-32
Abstract : No abstract
A-3
Card ; 1/1

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al kid", mail'.
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.ilil, ztntaoill .-I Oi4-vier"
Tha interior or,anization of secondary school a~.,orq i vrisk bziarzhaLjnqe
vydavetstvu~ Delarusi, Tichredsektar, p.
y"V
az

YAVORSXIY, A. -W.
Pbysics - Problems, Rxerclses, etc.
Empirical problems in physics. Fiz. v shkole 12 no. 3, 1952.
9. Monthly List of Russian Accessions, Library of Congress, zutub.,-1952. Unclassified.

Av
YAVORSK.TY, A. V.
WAM
D-ifforential diagpordn of kidney disoases in pulmonary tubermO.Osiso
Probl, Mark,# 1403kwa 110a 6p Fova-Decc 50o pa 68-9
1, Of 1,,,03CM., 111micipal Sedentifte-Rosearch TubcmmLosiu Institute
(Direewr-Pro:r. Vo L. Eynis),
CIZIL 203 3. Iffarch, 1951

'.~Ia ~IIXJPWA"Ir
Iate results of streptoqrcin therapy of pulmonary tuberculosis in a
dispensary. Probl. tub. no.1:44-48 Ja-7 155. (MLRA 8:4)
1. 1z Koskovskogo tuberkuleznogo dispansera No.4 (glavMy vrach
zaoluxhennyy vrach RSPSR S.M.Zamukhovokiy).
(TUBERCULOSIS, PULMONARY, therapy.
streptomycin. remote results)
(STREPTOMYCIN, therapeutic use,
tubero., p%d*%, remote results)

GAFT) Ya..M.. kand.med.nauk; Prinip-91i uchastiye: BRAIMBURG, N.A., vrach;
GOLITS, I.P.) vrach; GORELIK, Ye.S.. vrach; ZVONKINA, O.M., vrach;
LIVSHITS, R.I., vrach; LURIYE, Ye.L., vrach; OZIM, H.B.,-vrach;
FLTBALISKAY-A. V.G., vrach; CHELHOKOVA, A.K., vrach- YAVOASKIY A.V
vrach
Dynamics of the tuberculous process in patients transferred to the
third group of dispensary registration. Frobl, tub. 38 no-3:3-8
160* KRA 14: 5)
1. Iz protivotuberkuleznodo dispansera N0.4 Moskwy (glavnyy vrach
-7.asluzhennyy vrach P.SFSR S.M.Zemukhovskiy).
(TUBERCULOSIS)

4
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Iff
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a -tim (Or i0ldmitilm of I ato-ts in diffetiectt Wtki states 00
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fin./cc. (at 1;j C.V,), rot"

Robabilitin of edlisl6as of the Ud and semd iids
boweets atoms of mercury and free eloWons. 0, M.
V*v A 1. J. PhIs. (U.S.S.R.) 10, 476-IKXJWr-*Mr--
-CMAVIvil", cross sections for certain transitions in collbions
of the second ki"d bet~ecn HS atoms and electrons are
caled. H. A.
7,
Z.t
-1V Jt4
rim'-

eigo
,Dal?
Id 11 U Is M a M U a P
A A
t ~ti
I"of
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4 It. NI ~ va"wskil. COMPI. FfMd. aedd. yCi. U. R.S-N.. S 1.
r, 1;,at I Zoo
W01,-cf. C.A. 40. ConnParl'U'll
0 -f the ~4k-n,;. with thow of Nfw*%ry amt Sf,,hr (I'.. 1. 27.
3 PP.M) for direct ionizAtion indical- that the e(Tertive
I.T.- ~flon for sirpix-li imiiiAlion of Ile by rl.-vir.xi
impact ciceeds by an order of magnitude the effective
-6,m for direct ionlrAtion. If. 6. McCann
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YAVORSKITv Be Me
OTheoTy of Zlementar7 Processes in a Gas Discharge." Sub 8 Doe 47,
Physics Inst imeni P. N. lebedev, Acad Sci USSR
Dissertations presented for degrees in science and engine6ring in
Moscow in 1947,
l0q 1tv 2,1 (0-
30% Sum No. 457, 18 Apr 55

Ub=/Ruolear Fh"10s Apr 1947
Zleotrcn ThecrY
Atam-e
'%Graduatea Processes for Nonelastic Interaction of
Atms and Electrons," B. M. Yavorskly, 12 pp
*Zhvxnal Skoperimentallnoy i Tecreticheakoy Fiziki"
'Vol Xvii, No 4
Cmputaticne are nade of effective croiss. sections for
ths.'exel'bation. of hydrogen, helium and mercury atoms
19~ in electron. collision fcr the case yhen the atom
U, InAUL17 -in a3r exetted etate. It is sbovn that ef.
.featlvo orcas sections for, graduated processes of atam
.e,=Itatian exceed.by an order of mgaitude the values
Apr~1947
M/*Clear ftysies (Contd)
CC=.Ospcnding to direct excitation of atoms from
thoir normal states. Mccitation functions are deter-
"mined. The results of computations are compared with
emperlmtmtal data on excitation functions for Fz;radu_
:bated processes.
ID
:34T6T:..: "'.,I
cv~
to

.... .. lob 1947
leiir Mvics -Tnp"*-
y 6,106 IMIzaticn-
ftolear . a
YaTor-
zaticn of otron ImPaot)w B.
Mercury by B10
skly) pp
'aa. SOV Vol LV P N
C.a ~.r o
to
ork cn subJelot) leading zation
Sympoei= of previous V, tion for ioni
caloulatun of effective cross 600 -0133 800-
0r 'by electron impact. Total 01
~avt~ d' or
Of oury vap OMuted, recalculated for
k
aw in do 0 ma Ng and Oo (;. 'Work
tion of atoms of ciao t
ton,
densitY at a pressure y Mas,ob Ychr, BothO, RMO on'
t
t
1
olte& Inclade13 papers bid, wateon) Smith, Tiott
10 ~
SlAter, zalmrtj SCC=erfe
an&Ahe, author- 53T87
BT
5
-----------
~j 11

YAVOqSKIY, B. M-
USSR/Physics - Electron Scattering
Electron Microscope
IiScattering of Electrons in Thin Layers," L. M. Biberman, Ye. N. Vtorov, I. A.
Kovner, N. G. Sushkin, B. M. Yavorskiy, Moscow State U imeni v. M. Molotov, 4 Pp
I'Dok Ak Nauk SSSRII Vol LXIX, No 4
Results of experiments using electron microscope EK-100 to measure angular diskribution
of electrons passed through thin film and scattered in the interval from 3010' to 3.10-2
radium showed measurements in this interval are quite reliable. However, number of
60 Kv-olectrogs scattered was much greater than number calculated for very small
angles (3*10-1 radian). Submitted by Acad S. I, VaviloV 6 Oct 49.
155T64
hi,
3T,
X-R.T'I
T'J"NI, T -gli.,

nVolmly., B.
USSR/Nuclear Physics - Atoms) Excitation of Oct 51
"Excitation'of Atoms in Mercury Discharge," V. Fabrikant, B. Yavorskiy, 11,.oscov
Power Eng Inst
"Zhur Eksper i Teoret Fiz" 1101 XXIJ No 10, Pp 1180) 1161
Authors refer to work by Kagan and Perk-in ("Iz Ak Nauk SSS-R, Ser Fiz" 14, 1950)
in which the latter quotes inaccurately results by Yavorsk-.Ly and Fabrikant. Never-
tlieless exptl results by Kagan and Perkin confinti (jualitatively results previously
obtained by different method by Fabrikant, Bu-tayeva and Tsirg (ibed. 7, 1937; 8, 1938).
Subr.mtted 20 Apr 51-
PA 197T101
nn,
-11- U v
~WW

USSEPhysics - Statistical Mechanics Aug 51
"Reviewof 'Introduction to Statistical Physics,'
by V. G. Levich," B. Yavorskiy
"UspeddAriz NatW Vol niv, xo 4, pp 645-648
Suhiect book, "Vvedeni7e v Statisticheskuyu.
Fiziku," was published by Gostekhizdat, Moscow
and Leningrad, 195.0, 417 pp, 19.70 R. Book is
basically a course of lectures given by Levich
at the Moscow State Pedagogic Inst imeni Lenin
in the years 1940 1949. Until receaUy books
were not, intended, In the mlm,, for the:unlver-
sity program and did not take into considera-
tion the needs of the student body studying
physics according to the 6ridged progr=. Sub-
ject book fulfils this need. In Yavorskiyls
opinion Levich has succeeded in his proposed
aim: to write a course on statistical phymics
creating for the student the correct represen-
tations concerning the modern state of this
discipline and expounding the principle prob-
,,lem, of statistical physics and its nwamavas
applications., Book contains l6 chapters on theory
of ideal gases, helium 1-1, kinetic theory of gases,
theory of probability, thermodynamics, etc.

-MM

57
m
14
Ew
-~,RNr
T3,

WORMY, I
~_USSR/Physicsl_ Textbooks Apr 52
"Review of S. A. Artsybyshev's Book 'Course of
Physics. Part I. Mechanics and Heat,," B. Yavorskiy
"Uspekh Fiz Nauk" Vol XLVI, No 4, pp 6oo-602
.Published by the Uchpedgiz (State Text Pedagogic
Press), 1951, 18 rubles, 659 pp, 571 illustrations.
Admitted by the Min of Higher Edue USSR as a text-
book on physics for students of physicomathemAti-
cal faculties of pedagogical institutes. States
that the appearance of S. A. Artsybyshev's new phys-
ics textbook has not solved the problems of creat-
ing a textbook capableof satisfying the growing
-demmide for prepg future teechers of secondary-
school physics. 21OT103

WORMY B - Mo
Usm/Physics Optical Transitions 21 Dec 52
"Approximate Method of Computing the Probabili-
ties of Optical Transitions," L. A. Vaynshteyn
and B. M. Yavorskiy, All-Union Inst of Correspon-
dence Courses of Textile and LiC-ht Industry
"DAN SSSR" Vol 87, No 6, pp 919-922
Analyzes functions by J. Slater (cf. Phys Rev.
36,(1934, P. Gombas Acta Physics. (Budapest) 1,
3, 1952; V. Fok et al. Sow. Phys. 6,4930, etc.)
and attempts to simplify computations for spe-
cific cases. Presented by Acad G. S. Landsberg
21 Oct 52.
24OT95
N',

U.SSR/Physics - Photoionization Cross 11 Apr 53
Section
"Photoionization of Complex-Atoms," L. A. Vayn-
shteyii ard%. M. YavorskiyjC4ll-Union Correspondence
Inst of Textile and Light Industry
DANSSSR, Vol 89, No 5., PP 813-816
Cdlcn 6A0 the-probability of transition of an optical
electron into'a continuous spectrum, a method for the
calcn of the probabilities of transitions between
discrete levels of an atom having already been pro-
posed by the authors (DAN SSSRj Vol 87, 919 (1952)).
259T85
State that photoionization processes and also the
reverse processes of recombination with radiation
arelessential. in many problems of astrophysics and
gas-diicharge physics. Presented by Acad G. S.
Lanasberg 19 Feb 53.

will
~--ussa/ P4~silcs~
Card 1/1 Pub. 43 -12/97
hil~orz 't Vaynshteyn, L. A. ,and Yavorskiy, B. M.
I.. "Q'W4S-*,I"
Title- Approximate metho-d for the calculation of probabilities of optical
transitions
pariwical I Izv. AN SSSR. Ser. fiz. 18/2, page 251,14ar-Apr 1954
Ab6traet t The contents of this report were published in Doklady Akaden-iff Nauk SSSR
(Reports of the Academy of Sciences USSR), vol. 87, page 919, 1952.
Institution ..... .
Submitted
UZ N
4',

MEL
IN Valusitttin and
tjuLate CAI
10(olonitatiOn- pis. 27,
Sections 712-19;
ross 0 9 -74of
Aul rklOll' 4
of Viloti)lonizut oil Is
'fl.,tive MMS of tIle lot
11051) zv As (I a
(40 tIngl0i
cimtor %tren 11,1/~' 7 1
,, 1, C.Itd, hy rnea n.,,
14-otbit) and thol GI f)r, for some at-
1(41% - IMP"i In' k(
hi 's
107'approx, milal tunction, 1 (3:5-31P and 31P
as and 2" 31P), IS (()jSj3,p), and
6tions for V (215-', d ( I -P), Ind is calcd, for
C
41S) IC (4284'P) i , Pti. eata.
mp-3 N-V tj
its are cp for A 0; the valuts are con'
the I red
Ca u NL
B, a d (Cf. C.A. 46, 6420,
.4 cm Cd b7 Seaton
1u - 1 2 04 0 'No
v Cr of
-pa Is ot, Ord
va S Pak-vef

YAVORSKIY, Boris Mikhaylovich; AITIN, I.V., radaktor; VORDITIN, I.P.
aktor.
(How light ancl electric energy are propagated] Kak rasprostrania-
iatsia avet I elektricheskaia.energila. Moskva, Goo. energ. izd-vo
1955. 108 P. (14LRL 8-.8)
(Light) (Ilectric power)

fRIKIidT'KO. F
24(7) 3 PHA39 I OOOX IXPLOITATIOM SOVA365

molokdiyarmay, #p4ktvxk,,piy* (Papers or the 10th All-UnIoA
Confere nce on Stqctr,)eoop;r. Val. li Mleoular Spectroscopy)
(LIVOO 499 P. 4 W copies
Tall-vo tvova~OKQ unly-tok, T1
printed . (Sarleti Itat Pizyohnyf a k,
6
Additional Sponsorln; Agauo7s Akademiya nauk SSSR. Xomisslya pa
spektrookopli. Ed.s Oster, S.L.) Tech. E4.s Saranyuk, T.V.)
Editorial Boardt La,%daterg, 0.3., Adedemician (Ramp. Ed., Deceased),
11sporant, B.S., Doctor of P"elcal arA Mathomatloal Sciences,
FAbollnokiy, I tor or Ph7sical and Mithematical so!enass'
Y&UrIkant. T.Atooor of Fhysic3a and Kathem%loal Sciences,
Komits%dx, V.G.. Candidate or Technical Sciences Rarekly, S.M..
Candidate or "Lama ard XatharAtloal SOIGA004
kll*oyskiy, L.9.,
,
Candidats or Physical 4rA MaIj*Azatleal Sciences, MIW&nchuk, V.3.,
CaMidate or Ph,7sioai sz-A Matlmmtlcal Sciences, and Glauberman,
A. Ye., Candidate of ftsioal wA KathavAtioal Sciences.

CAM 1/30

Tumeran, L.A. Now o;tInal Ya%hc-I in Kana-spee-
trosavvy
loyner, N.A., A.M. Bogo2olov. The Structure and
Vibrational Spectra or Sow ArmAtla Hydrocarbons ak
Kamnotakly, V.D., andJ~M. Yavorskly. Pkthod for the
Calculation of orgamlo Molsoulas a8
loganson. A.V. Normal-vibrati" Fmquonales and the
kuharmonicity Const"ta or Acetylsne and Ddutero-
acetylene Molecules 93
MotulevIch, Q,P,, and A*A* SWila. Polarization
YWthod for t:" optioal c=stants or
Metals in the Larrarod Raxj* 95
Xieloyakirt L.D. Use of a Resonator Model With
Viscous Friction for the Representation or optical
Characteristics of Absorbing Media In the Infrared
PAnge 96
CAM 7SO

KUMMTBKIY, V.~~V~MIIIY# ~B.M.
Calc~Llatiou of absorption spectra for organic co=poun=rjz,
abor, no;3rW-92 137*
1, Vseiioyumiy7 zaochW Institut tekstillnoy i, legkor prorWohlen,.
nosti;
(Organic compounds--Spectm)

YAVORSKI-f. B.H., professor (g. Moskva).
-
"e0,
Answer to I.A. Shastakov. Pis. v shkole 17 no.3.-86-88 MY-Je '57.
(Expansion Ueat)) (Km 10:6)

BEIRNIKW, L.I.; XAZANSKAYA, M.Te.; YAVORSKIT B.M.-, KAMMfSKIY, V.D.
Spectrophotometric analysis of-leuco eaters (with summax7 in
English). Zhur.fiz.khim.31 no-7:1564-1572 JI '57. (KIM 10:12)
1. Institut khlopchato-bumazhnoy promyshlonnosti, Moskva.
(Spectrophotometry) (Butere)
U

PHASE I BOOK EXPLOITATION 1023
Yavorskiy, Boris Mikhaylovich
Kak rasprostranyayutsya svet i elektricheskiy tok (How Light and
Electric Current Are Propagated) Moscow, Gosenergoizdat, 1958.
142 p. 30,000 copies printed.
,Ed.: Antik, I.V.; Tech. Ed.: Fridkin, A.M.
PURPOSE: This booklet is addressed to engineering and technical
workers in the field of power engineering.
COVERA.';E: The booklet discusses the physical processes occurring-1p
the generation and propagation of light and during the passage of
an electric current through solids. A preliminary discussion of,
the essentials of the kinetic theory of light is presented and
modern concepts of the physical structure of the atom are reviewed.
Card 1/6

How Light and Electric (Cont.) 1023
Although the presentation of material presumes-a certain knowl-
edge of mathematics and physics on the part of the reader, it
does not involve.the use of higher mathematics. The author thanks
Professor V.A. Fabrikant for reviewing the manuscript. There
are 23 references, all Soviet (including 7 translations).
TABLE OF CONTENTS:
Preface
Ch.l. Essentials of the Kinetic Theory of Gases
1. Gas pressure. Velodity of molecules
2. Average free' path length.
3. Velocity distribution o 'f*molecules
4. Energy and temperature of gas
5. Specific heat of gas---:~s
Card 2/6
3
5
5
7
9
12
13

How Light and Electric (Cont.) 1023
6. Specific heat of solids
Ch. 2. The Atomic Structure of Electricity
7. Atomic structure of electric charges
8. Measuring electron charge
9. Mass and specific charge of an electron
Ch. 3. The Nature and Propagation of Light
10. Corpuscular and wave theory of light
11. Heat radiation
12. Quantum properties of light
13. What is light and how is it propagated?
Ch. 4. How Light Is Generated
14. Line spectra of atoms
15. Models of the atom
Card 3/6
16
17
17
18
21
25
25
33
38
44
48
48
51

How Light and Electric (Cont.) 1023
16. The impossibility of a classical interpretation of the
nuclear model of an atom 56
17. The atom according to the "old" quantum theory. The origin
of radiation 59
18. Theory of the wave properties of matter 70
19. Theory of wave mechanics 75
Ch. 5. Electric Current in Metals 79
20. Theory of the structure of solids 79
21. Classical electron theory of metals 83
22. Classical theory of the electric conductivity of metals 87
23. Fundamentdls of the quantum theory of metals 90
Ch. 6. Metals and Dielectrics 96
24. Fundamentals of the zone theory of solids 96
25. Metals and dielectrics according to the zone theory 101
Card 4/6

How Light and Electric (Cont.) 1023
Ch. 7, Electric Properties of Semiconductors
26. Intrinsic conductivity of semiconductors
27. Conductivity in impurity semiconductors
28. Hall effect in metals and semiconductors
29.. Effect of temperature on the concentration of current
carriers in semiconductors
30. Mobility of current carriers in semiconductors
Ch. 8. Physical Processes in Some Semiconductor Devices
31. Rectifying,action of semiconductors
32. Fundamentals of semiconductor triodes(transistors)
33. Thermoelectric semiconductor generators and coolers
34. Photoresistors and semiconductor photodiodes(photo-
transistors)
Bibliography
Card 5/6
103
103
108
113
115
117
121
121
131
135
3.38
143

W
How Light and Electric (Cont.) 1023
AVAILABLE: Library of Congress
Card 6/6 JP/mfd
1-23-59
V M.
m

24(5,718) PHASE I BOOK EXPLOITATION
SOV/1817
Yavorskiy, Bo_UL_MikhayJoyjch, Andrey Antonovich Detlaf, Lidiya
_ X
--1rr-o-n1-i-ftavovna milkovskaya, and Georgiy Petrovich Sergeyev
Kars lektsiy po fizike, t. 1: Mekhanika, molekulyarnay,% fizika i
termodinamiki (A Course of Lectures on Physics, Vol 1: Mechanics,
Molecular Physics,, and Thermodynamics) Moscow, Gos. izd-vo
"Sovetskaya nauka." 1958. 276 P. 30.,000 copies printed.
Ed. of Publishing House: K.I. Anoshina; Tech. Ed.: M.D. Shlyk,
PURPOSE: This book is intended as a text for a correspondence course
in basic physics for engineering students.
COVERAGE: This is the first volume of a three-volume correspondence
course in physics for engineering students. The content of this
course approximates that of the physics course offered to engineer-
ing students attending regular technical institutions of higher
learning. Each chapter includes test problems,intended to develop
Card 1/8

A Course of Lectures on Physics (Cont.) SOV/1817
the student's ability-to apply the physical principles, as well as
examples of how to solve various problems in physics. The textJ,
however, does not include material which is of direct importance to
the future engineer. Therefore, the authors suggest that such
material be offered in all the higher technical institutions of
learning during the third and senior years. No personalities are
mentioned. No references are given.
TABLE OF CONTENTS:
Preface 3
Introduction 4
PART 1. MECHANICS
Ch. I. Kinematics of Translational and Rotational Motions
1.1 Preliminary concepts 7
1.2 Velocity 10
1.3 Acceleration 12
1.4 Some aspects of the motion of a material point 15
Card 2/8
D
W

A Course of Lectures on Physics (Cont.) sov/1817
1.5 Kinematics of an absolute solid 18
Test problems. Examples 20
Ch. IL Dynamics of Translational Motion
2.1 The first law of Newton 23
2.2 Force and mass 25
2.3 The second law of Newton 27
2.4 The third,law of Newton. Law of conservation of
.quantity of motion 31
2.5 Law of universal gravitation ~5
Test problems. Examples 2
Ch. III. Energy and Work
3.1 Energy, work, and power 44
3.2 Kinetic and potential energies 47
3.3 Law of conservation and transformation of energy
in mechanics 52
Test,problems. Examples 56
Card 3/8

A Course of Lectures on Physics (Cont.) SOV/1817
Ch. IV. Dynamics of Rotational Motion
4.1 Energy of an absolute solid rotating around a
- stationary axis 59
4.2 Basic law of dynamics for an absolute solid rotating
around a stationary axis 66
4-3 Law of conservation of angular momentum 68
Test problems. Examples 70
Ch. V. Vibratory Motion
5.1 Harmonic vibratory motion 75
5.2 Dynamics of natural harmonic vibrations 81
5:~ Composition of harmonic vibrations along a straight line 86
5 Composition of vibrations perpendicular to each other go
5 Damped vibrations .92
5:9 Forded vibrations 96
Test problems 100
Examples 101
Card 4/8

A Course of Lectures on Physics (Cont.) SOV/1817
PART II. PRINCIPLES OF MOLECULAR PHYSICS AND TH10MODYNAMICS
Ch. VI. Ideal Gases
6.1 Introduction 1o4
6.2 Laws of ideal gases 107
Test problems. Examples ill
Ch. VII. First Law Thermodynamics
7.1 Internal energy of a system 113
7.2 Heat and work 114
7.3 First law of thermodynamics 116
7.4 Graphic pres'entation of thermodynamic processes and work 118
7.5 Thermal capacity of a substance. Isoprocesses in
ideal gas 120
Test problems. Examplgs 127
Ch. VIII. Kinetic Theory of Gases
8.1 Basic equation of the kinetic theory of gases 130
Card 5/8

A Course of Lectures on Physics (Cont.) SOV/1817
8.2 Law.of velocity distribution for gas molecules 134
8 The barometric formula. Perrin's experiment 1
8
M
Length of the free path of molecules
~
1 1
8.5 Law of uniform distribution of kinetic energy
. according to the degree of freedom 143
8.6 Theory of thermal capacity of gases 149
8.7 Transfer phenomena in gases 152
8.8 Regularity and coefficients of transfer phenomena l
4
8.9 Concept of the properties of rarified gases g
1 1
Test problems. Examples 165
Ch. IK. Second Law of Thermodynaftics
9.1 Cyclic operations. The Sadi Carnot cycle 168
9.2 Reversible and nonreversible processes 172
9.3 Second law of thermodynamics 174
9.4 Enthropy and free energy 178
9.5 second law
Statistical Interpretation of the
,
of thermodynamics 183
Test problems. Examples 188
Card 6/8

A Course of Lectures on Physics (Cont.) SOV/1817
Ch. X. Real Gases, and Vapors
10.1 Forces of molemular interaction in gases 190
10.2 The Van der Waals equation 194
10.3 Isotherms of real gases. Concept of phase transitions 199
10.4 Inner energy of real gas. The Joule-Thomson effect 203
10.5 Liquefaction of gases and generation of low temperatures 2o6
Test problems. Examples 207
Ch. XI. Fluids
11.1 Structure and some propertie
s of fluids 209
11.2 .
Surface tension of fluids 211
11.3 Moistening and capillary phenomena 215
11.4 Pressure of saturated vapors above the curved
surface of the fluid 220
11.5 Boiling of fluids 222
Test problems. Examples 225
Card 7/8

A Course of Lectures on Physics (Cont.) SOV/1817
Ch. XII. Solid Bodies
12.1 Structure of solids 227
12.2 Thermal expansion of solids 230
12
Thermal conductivity of solids 233
:4
12 Thermal capacity of solids 245
12-5 Change of phase of solids 2 2
12.6 Concept of the elastic properties of solids 249
Test problems 254
Supplement: Systems of Units for Mechanical Magnitudes
1. Measuring physical magnitudes 254
2. Principal units of mechanical unit systems 255
3. Derived units of measurement and relationship of the
units of the various systems 256
4. Formulas of dimensions 262
Subject Index 269
AVAILABLE: Library of Congress
TM/jb
Card 8/8 6130159
Zl

fl--,- S__ K__
AUTHOR: Yavorskiy, B.M., Professor (Moscow) 47-58-2-23/30
TITLE: An Answer to A.H. Khvostova (Otvet A.11. Khvostovoy) ',ihat Im-
portance has Brownian Movement for the Molecular-Kinetic
Theory and Thermodynamics? (Kakoye znacheniye imeyet brounovs-
koye dvizheniye dlya molekulyarno-kineticheskoy teorii i
termodinamiki?)
PERIODICAL: Pizika v Shkole, 1958, Dr 2, pp 83-84 (USSR)
ABSTRACT: Oscillatory movements of particles suspended in liquid were
discovered by an English botanist, R. Brown, in 1827, but only
in 1906 were these movements explained by Einstein and, inde-
pendently from him, Smolukhovskiy. The Brownian Theory is now
the basis for the molecular-kinetic and thermodynamic theories.
The author explains the theory.
AVAILABLE: Library of Congress
Card 1/1 1. Particles-Oscillation 2. Themodynamics-Theor7
3. 14olecular-Kinetic theoz7

j,
AUTHOR: Yavorskiy, B..,., Professor (Yoscow) 47-58-3-26/27
--------------------------
TITLE; Max Planck, On the Occasion of the 100th Anniversary of His
Birth (1ilaks Plank, k 100-letiyu so dnya rozhdeniya)
PZRIODICAL: Fizika v Shkole, 1958, Nr 3, pp 92-96 (USSR)
ABSTAACT: The author evaluates the scientific work of the German phy-
sicist b1ax Planck.
AVAI1.ABLE; Library of Congress
Card 1/1 1. Biographies-Planck, Max
U

5.1370,5.3610
AUTHORS:
TITLE:
PERIODICAL:
75667
sov/80-32-10-16/51
Bogosl~vskiy, B. M., tty-avorskiy, B. M., Virnik, A. D.
Concerning the Applica tion of Thermal Diffusion to
Dye Refining
Zhurnal prikladnoy.khimii, 1959, Vol 32, Nr 10,
pp 2225 _2229 (USSR)
ABSTRACT: The article reports on the results of preliminary
studies on thermal diffusion refining of dyes. Lab-
oratory tests were made in a metal apparatus (Fig. 2)
and a glass apparatus built along the same lines.
The investigated dye or dye mixture solutions (congo-
red, acid blue, acid orange) of 2 to 4% concentration
were introduced at the middle of the column heated by
an electric coil with temperature regulated by a
LATR-l autotransformer. The concentration of the
original solution as well as that of the samples
drawn from the top and bottom of the column was de-
termined colorimetrically with a type FEK-M photo-
Card 1/5 electric colorimeter and appropriate light filters.

Concerning the Application of Thermal
Diffusion to Dye Refining
75667
SOV/80-32-lo-i6/5i
Fig. 2. Sketch of metal
column: (1) internal tube;
(2) external tube; (3) feed-
ing device; (4) centering
packing(seal; (5) sampling
cocks; 6) container for
the investigated solution;
~fl electric heating coil;
I cooling water Inlet.
.Card 2/5
The concentration of prepared standard solutions
of the corresponding dyes was determined in the
same manner. The concentration K was established
RP41

IM
Concerning the qpplication of Thermal 75667
Diffusion to Dye Refining SOV/80-32-10-16/51
from the expreanions
Kj= DIB2- DA
DIA, - DIA2 71,
A 1112 - olfjuI
where A 1 and A2 are, respectively, the optical densi-
ties of the standard solution of the first dye deter-
mined with light filters #1 and #2; B 1 and B2 are..
Card 3/5
respectively, the optical densities of the standard
solution of the second dye, as above; D 1 and D2 are,
respectively, the optical densities of the Lnvesti-
gated solution of dye mixture with unknown concentra-
tion of tbo components, as above; Ki and K2 are, re-
~pectively, the concentrations of the first and sec-
ond component dye (in g/l); n *Is the concentration of
the standard dye solutions (in g/1). The concentra-

Concerning the Application of Thermal
Diffusion to Dye Refining
75667
SOV/80-32-10-16/~i
tion of the dye mixture K is the sum of' Ki and K2.
The concentration changes plotted against time showed
that the concentration of the dye molecules in the
lower half of the column increasedand that in the
upper half decreased correspondingly. The value of
the thermal diffusion separation is characterized by
the separation constant q:
1C, . C~1,,
cd]
where Cl are the relative molar concentrations of the
solute (dye) and the solvent (water); indexes I and
11 pertain to the upper reap. lower half of the colunui.
The maximum change in concentration was reached within
the first 1-2 hr; subsequently the rate of the change
decreased sharply. It was found that, in general, the
concentration of a mixture of dyes increased in the
lower part of the column. In case of a mixture of
dyes with different molecular weights it is the com-
ponent with the lower molecular weight that aCCUMLI-
Card 4/5 lates predominantly In the lower part of the column
ta iz,=,g

Concerning the Application of Thermal 75667
Diffusion to Dye Refining sov/8o-32-10-16/51
and in case of equal molecular weights, the component
with the relatively shorter length of molecule. The
separation constant could be increased by the appli-
cation of a multistage cascade built from consecutively
connected columns. The authors express their appreci-
ation to Lykova, A. V., for her permission to conduct
the experiments at the Physics Laboratory of the Mos-
cow Technological Institute of the Meat and Dairy
Industry. There are 4 figures; and 3 Soviet refer-
ences, one of them a translation of Jones, K. and
Ferry, W., The Separation of Isotopes by Means of
Thermal Diffusion, publ. 1947 by IL.
ASSOCIATION: Dye Chemistry Laboratory of the Moscow Textile Insti-
tute (Laboratoriya khimii krasiteley Moskovskogo tek-
stillnogo instituta),
SUBMITTED: November 28, 1958
Card 5/5

-W-
X

C1 '~_ :~"" ~__ , -_~!_ -
"-,; _" , r'
REZNIKOV. Leonid Iesakovich; BUNCHIK, Befirl Yefimovna; YUSIKOVICH.
Vasiliy Fomich;_UY_QRRqY,. )~X, prof., doktor fiz.-matem.
nauk, red.; SIDOROV, N.I., red.; KOPTZKOVA, L.A., red.; LAW,,
Y.G., takhn.red.
[Methods of teaching physics in secondary schools] Ketodika pre-
podavaniia fiziki v srednei ahkole. Pod red. BAIAvorekogo.
Moskva, Izd-vo Akad.pedagog.nauk RSFSR. Vol.2. [Mechanics (con-
tinuation), molecular physics and heat] Mekhanika (prodolzhanie).
molakuliarnaia fizika i teplots. 1960. 405 p.
(MIRA 13:7)
(Physics--Study and teaching)
"it N

Bnrin Uilchi4vlovich- MM%AF, Andrey Antonovich-, MTLKOYMAYA,
Lidiya Bronislavo
TOV. Tu.B., starably prep'odavatell,.
red;-y-MMPV WAS' N#I,:#-'rOA.Izd,-Ta; VORONIU, R.K.j tekhn.red.
['.lecture course in physics] Kura laktaii po fizike. MosIc7a, Goa.
12d-VO "Vyashaia shkola.0 Vol.2. (Electricity and magMetiaml
Blektrichostvo i magnetim. 1960. 421 p. (MIRA 14:2)
1. Kafedra f12iki Koskovskogo anorgeticheakogo instituta (for
Gorbatov).
(Electricity) (Magastigm)
A i

83350
S/l39/6o/ooo/oo4/oo6/O33
E201/E591
AUTHORS: Kamenetskiy, V. D. and Yavorskiy, B.M#
TITLE: An Approximate Allowance for the Distortion of the
Incident And Scattered Waves in Collisions of Slow
Electrons ith Atoms and Ions
PERIODICAL:Izvestiya vysshikh uchebnykh zavedeniy, Fizika,
196o, No.4, pp.66-73
TEXT: Interaction of slow particles on collision (e.g.
collisions of slow electrons with atoms or ions) cannot be regarded
as a perturbation in quantum-mechanical treatments and, consequently,
the Born approximation is inapplicable. in such cases the main
problem is the correct allowance for the distortions of the
incident and scattered waves. These distortions can be tackled
by either variational methods (Refs.2-5) or by the Drukarev
integral-equation method (Ref.6-9). All these methods give
approximately the same accuracy but they are very cumbersome. The
approximate method proposed in the present paper is in effect a
combination of the variational and Drukarev's methods. From the
variational methods the authors took the idea of trial functions
Card 1/3

83350
5/139/60/000/004/006/033
E201/9591
An Approximate Allowance for the Distortion of the Incident and
Scattered Waves,i n Collisions of Slow Electrons with Atoms and ions
of given asymptotic form to represent the wave functions. Unknown
parameters in the trial functions are found by comparing these
~functions w:Lth the corresponding Drukarev's wave-functions for
small r, where r is the radius vector. These parameters are
analytic functions of (1) coefficients which occur in the electron
wave functions of an atom or an ion, (2) parameters representing
the atomic co r e , and (3) the wave number of the incident
electron. For the sake of briefness, the proposed approximate
method shall be called the "expansion method". The accuracy and
the speed of convergence of the consecutive iterations of the V
expansion method are illustrated for the case of elastic scattering
of slow electrons by a static field of the form
U.(r) = -1joe-or i Uo> 0; P>O (19)
(the results Are given in Tables 1 and 2). The most important
advantage of the expansion method is its extreme simplicity. The
Card 2/3

83350
S/139/60/000/004/006/033
E201/E591
An Approximate Allowance for the Distortion of the Incident and
Scattered Waves in Collisions of Slow Electrons with Atoms and Ions
amount of time required to produce a result using the expansion
method is about half that necessary when Drukarev's method in
employed. The paper is entirely theoretical. Acknowledgment is
made to Doctor of Physica-Mathematical Sciences G. F. Drukarev
for his advice. There are 2 tables and 13 references: 9 Soviet,
1 German, I Swedish and 2 English.
ASSOCIATION: Vsesoyuznyy zaachnyy institut tekstillnoy i legkoy
promyshlennosti (Al/1 Union CorresRondence Institute
for the Textile and Light Industries)
SUBMITTED: August 15, 1959
Card 3/3

32157 N
S/139/60/000/004/007/0-'73
2 E03Z/B414
I A Wf 00
AUTHORS21 Kamenstsk1y,,V,D, and i -av 1-1 r-S --k -, Y-
TITLE., The expansio n method and its applica,:Ion to 'he theory
of collisions between alow eler-+rons and 1,.Sh*, a,-3m.,3
PERIODICAL,; Izvestiya vys=hikh uchebnykh zavedeniy., Fi;,ika., 1960,
N-.4, pp-74-82
TEXT. The t1expansion method" wt-s described by the present
authors in Ref.1 (Izv, vyzov MV i SSO SSSR, FlziRa, 4. 66. 196o)
(preceding paper), The method can be used in approximate
quantum mechanical calculations of :,ollisions of slow particle5,
The present paper deals with the sensitivity of the solutions to
changes in the "trial functions", the usefulness of the vari-ous
approximations. the ac-,uraey of the method, et,~- Thepaper L5
concluded with a brief summary of some numerlral results obta--ned
for the scattering of electrons by helium and hydrogenL The role
of exchange effects in the elastic scattering of 5-electrons on
helium and hydrogen is dise.u.55ed., A further 3pe,.ial :c-ase
considered is that of the cros-,j 6ec,ion for the eA~itatian of the
2S-,level in hydrogen (including ex--Iiangc; effccts),~ Tho gen-~ral
conclusion is that although the --.,cpcnsJ .z:~n method is only an
Card 113

The expansion method
S/41.39/60/000/004/00?/O3!
E032/E414
approximate method, ne-ferthaless, with a 5uitable :~hoi4:,e Of fhC-.
trial functions, adequate a~,~ura--y :.an be a-tiisved,
calculatLons showed thaL in the za~ie ;:?f collisLcn--i of slow
electrons with light at~Dma- an of 25 to 130% ~an be r~a(ched.
In many case8 the a:-UU~1--y L,-- highk:,~- sti!1,. Tlie so!L-tcri-4 -tri b-
obtained Ln 3imple ana.ly~i,--al ff-~rzit-S, Thi~ -t-az-terEd ampLi.-ude i~
deri'led az~ art algebra-ii- Dun-:,,-izn of paranic-.cr~ whi--h Ente.- inr,-,
,he wa-ze fun:tions of the atotr,:--- E~-AAI-irojfttta, the nul-lear ~-h,3rge w3td
the wave number of the D, --S Th--'. -h~
present method is -.rery ni-~-h si.mp---.sr and le::~s laborl~Dk:.s ~h;
variational ~-alsulajon----, ~;r Dr'A,3r-~v -
integral equettions (R~-f,-2- ZliETF, 1 0 -! r-1 ~
0, 96.i. ~94 A
Re f G, F ~ D r uka r e v.; 1) a: , o;-?i I D Ier ta t . on
Acknowledgments arr:~ wa:l~ of'
G.F.Drukare-~- for hi--: Th~-~~e irw- 5 tables ind
5 Soviet. and 1.0 nt"jr;. St)vt.-uq~, Th~ to (:ur Env,1~sh
public,ation.6 reud a., Pro--Rc;y,
Soc.~ 212A, 521, 1952, W,K;An, R~.--q-,MA,Ph,
y 6
bf.J~Seaton, Prcc .110Y..So 2'1~ B H B r --i na
,)4
Pror.,Phys,So,. A69
Card 2/31.

32157 R
S/W'39/60/000/004/007/033
The expansion method ... E032/E414
ASSOCIATION4 Vsesc~yuznyy zaochnyy institut tek3til'nDy I- l,egk-.y
promyshlennosti (All Union Correspond6n--e lnstv~uta
fa.r the Textile and Light Industries)
SUBMITTED~, August 25, 1959
Card 3/3

85159
B/139/60/000/005/005/031
o9-6. .2J90 E032/Zll4
AUTHORS: Namenetskiy, V.D.9 and Yavorskiy, B.M.
I
TITLE: Application of the Expansion Method to the Elastic
Scattering of Slow Electrons on Heavy Atoms
PERIODICAL: Izvestiya vysshikh uchebnykh zavedeniy2 Fizikag
1960, No. 5, pp 26-31+
TEXT: The calculation of the cross-sections for electrons
scattered on heavy atoms is more difficult than the analogous
problem for light atoms. There are three reasons for this.
Firstly, sufficiently accurate wave functions are only known for a
limited number of heavy atoms. Secondly, the convergence of the
series of partial waves in the heavy-atom case is in general
considerably less rapid than in the light-atom case. Thus, for
example, for helium, the S-cross-section for elastic scattering is
approximately equal to the total cross-section up to 30 eV, while
for heavy atoms such as, for example, Zn, Cd or Hg, the experimen-
tally determined electron cross-soctions are very different from
the B-cross-section already at 1 or 2 eV. It follows that in order
to obtain significant comparisons between theory and experiment in
the case of heavy atomst several partial waves must be taken into
Card 1/4

85159
B/139/60/000/005/005/031
HOWE114
Application of the Expansion Method to the Elastic Scattering of
Slow Electrons on Heavy Atoms
account even for slow-el ectrons. Finally, in the case of heavy
atoms the problem is difficult to solve because of the very large
number of atomic electrons and the complicated form of their radial
wave functions. There are two methods which can be used to treat
this problem. The first of these is the so-called expansion method
(EM) described by the present authors in Refs 1 and 2, and the
second is the more accurate method of integral equations which has
been described by Drukarev (Refs 3 and 4) (DMIE). The present
authors have carried out calculations for Hg using both methods.
The 61S wave function for mercury was taken in the form of the
following three-parameter expression
u(r) = rR(r) = A ecLr(cr - r2). (1)
The atomic core was,treated on the basis of the Thomas-Fermi
s.tatistical model. The energy of the incident electron in the
field of Hg++ was assumed to be in the form of the following
two-parameter function;
Card 2/4

85159
S/139/60/000/005/005/031~
E03 219111+
Application of the Expansion Method to the Elastic Scattering of
Slow Electrons on Heavy Atoms
U(r) = ~ + ai(ro - r) when r r0;
r r (3)
U(r) = 2 when r r0;
r
where ro is the radius of the Hg++ ion and was calculated by
Fermi in Ref. 18. The S, P) D and F cross-sections for elastic
scattering in Hg and Ca are calculated on the basis of the above
functions without taking exchange into account. A calculation
of the S-cross-section for Hg including exchange effects has also
been carried out. The calculations cover the range 0-22 eV.
Numerical values for the various.parameters involved are given
as well as comparisons.between calculated and experimentally
determined cross-sections.
Card 3/4

S11391601000100510051031
B03 2/Elll+
Application of the Expansion Method to the Elastic Scattering of
Slow Electrons on Heavy Atoms
Acknowledgements are made to L.A. Vaynshteyn who supplied the
wave functions for Hgj and G.F. Drukarev for discussing the
results obtained.
There are 9 tables and 29 references: 8 Soviet, 16 English,
1 German, 2 Italian and 2 Scandinavian.
ASSOCIATION; Vsesoyuznyy zaochnyy institut tekstillnoy legkoy
romyshlennosti
ll Union Extramural Institute of Textiles and
U
Light Industry)
SUBMITTED: September 14, 1959
Card 4/)+

5.361o 77362
SOV/79-30-1-23/-(8
AUTHORS: Boguslavskaya, N. A., Bogo3lav3kiy, B. M., Y
B. M.
TITLE: Absorption Spectra of Monoazo Dyes of Type Acid Red
PERIODICAL: Zhurnal obshchey khimii, ig6o, Vol 30, Nr 1, pp 112-
.115 (USSR)
ABSTRACT., The aim of this work was to study the effect of the
position of aulfo group in tho dye molecule on its
absorption spectrum, the effect, of replacement of
hydroxyl group by amino group on ab3brption spectrum
of the dye in which the po3ition of sulfo group was
not changed, and the effect of the transposition of
hydroxyl and amino groups from 0. to 41 position In
naphthalane ring on absorption maxima. All 24
monoazo dyes were synthesized by coupling of napthyl-
aminosulf onic acids with corresponding Ct and a naptholz
or naphthylamines. The absorption spectra of-the
pi?epared dyes were taken with a Beckmann spectro-

4 photometer in the range
., 220-700 m 4. The absorption
Card 1/ maxima of monoazo dyes are shown in Table A.

Absorption Spectra of Monoazo ajes of Type 77362
Acid Red SOV/79-30-1-23/78
Absorption maxima of monoazo dyes (in %~L
I -- C0,01'..) C 0- 1-4 I'CA't
Olazonlum 4'C..P0JA'
j 0(-H-Phth.1 P.-Harb rho I L-M~Ohthyj-
1,3L-
Al-rhrhYl---- 278, 4 M :178, 310. 4 D L)70, 480 27.5, W. 465
,
,t,) g ama L. CIJ
j,Aj-Ma_j%nrhYl 0-mm- 266, 452 280, -, 506) 2 7 2. 500 276, MA 1,75
S" Iconic- mc.cl
A 107 I'l
S')l lAft r)IL ., 4 380, 505 -975, W5 280, M J. /3)
N -A'
1,6
"n 280, SO() 285. - . 5 Or) 280. 470 '-)e,5. '155, 475

~IA
C.
;
),'t hy? 267, 510 283. - , 5 ' tr) 274. 16S 265, M. !,SO
jr
IV,
1j. No-r Ay 1 274, 502 400, 4 W) 2$5. 475 278, 334, 400
I'L, j Pon, t. me
Card 2/4

Absorption Spectra of Monoazo RycB of Type 77362
Acid Red SOV//79-30-1-23/78
The change in the position of the sulfo group in
CX -monoazo dyes molecules does not cause bathochromic
or hypsochromic shift of the absorption maxima. The
introduction of OH and NH2 into the naphthalene ring
does not noticeably affect the position of absorption
-maxima of naptbalene in the ultraviolet region of the
spectrum (220 and Z15 mp'O. T4e effect of the hydroxyl
and amino group on the position of the absorption
11
maxima in the red region of the spectrum is different.
The absorption maxima of dyes with an hydroxyl group
are by 20-25 m4 higher than that of the corresponding
dyea with an amino group. The change of the 011-1 group
from CL to )C position In the dye molecule has a
slight bathochromic effect. This is related, probably,
to the formation of an Intramblecular hydrogen bond
between hydroxyl hydrogen and the nitrogen of the azo
group. Transposition of amino group from G to )G
position is accompanied by a strong abso.-Ption max-
Imum at 3115 m/j_ and by a slight bathochromic effect.