SCIENTIFIC ABSTRACT GOLOLOBOV, B. - GOLOMB, G.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000515730007-3
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 17, 2002
• Sequence Number: 7
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

Subject USSR/Engineering
Card 1/1 Pub. 107-a - 3/18
AID P - 5267
Authors Nikolayev, K. G., Kand. of Tech. Sc'~. a~-'d B. A. Gololobov,
Eng. (TsNIITS)
Title Detection Of POSSible cracko In welded Jo-I.nts of vessels
Periodical Svar. proizv., 9, 9-12, S 1956
Abstract The authors describe the methods and tests developed by
the Central Scientific Research Institute of Ship-
building Technique for determInation :f thickness of
welded steel, number of welding travels, rigidity of
welded sheets, thermal processes, initial temperature in
base metal, etc. Many of these methods now are adapted in
the shipbuilding industry. Two tables, 2 photos, 2 drawings,
2 graphs. 1 Russian reference.
Institution TsNIITS (Central Scientific Research Institute of Ship-
building Technology probable expanded translation).
Submitted No date

MM
I L 16-1471-65 E7irr(m)lfi7wlA(d)IFWP(Y)IEWP(t)IW(k)I (b) Pf-4
JwWaM f
ACCESSION xR AH4o46251 BOOK EXPLOITATION
Boris Andrayevich; Ilikol eyt Konitentin Q Q!IE4.41 at 9 h
Properties of welded nts of stealbulle ($VoY6t** Qva~io ~Icb aii~4dineoir~
korpusny*k] r 631;1 '196411 po
.1 y Leningrad, Tzd-vo Sidostroyelds, il 1
j
illus., biblio., tables. 11,900 coples priAteda
!TOPIC TAas: ship bull, weldment, carbon steel,
,PURPOSE AND COVERAGEs The took examines the~basia propa~tli 4's of; t Motal
iof weldments of carbon and low alloy hull steols:of th 0 ii-litii:: 1 i
a PR4 As
The effect of alloying elements, temperaturei and the: thil-A Wesil~i, iJae :baso;
imetall welding regime, and other engineering tactoors oc t44 pro.- 1
!parties of weldment metal in static.'and dynamic loading janc Vn thil tendency!
to crack formation and corrosion resistance in sea water. 14 desc!rl."A. The'
-book gives some methods of improving the properties of weldment indital. It
is intended for engineers and designers working in the weld iag oit W11 steals
and the development of welding materials. It alm6 can be~; iised b,;t ~.~dvaniced,
-students-of higher educational institutions and researcheL-ii.:
TABIE OF CONTENTS Cabridged3:
Card 1/2

XWEENE"Mm
Nk
L 16471-65
~ACCESSION 11R Am4o46251
iIntroduction -- 3
:Ch. I. Methods of determining the propertiegi~ of Weldmental 10.
Ch. II. Properti weldments of ordinary-~ carton StsOl jaid 10'41 &110
steals of the SXhL
37
Ch. III. Properties of weldments of new'hull steels -57~
Ich, IV, Properties of weldments:szide by nowwolding metbojill
'Ch. V. Ageing of weldment metal -~ 90
V1. Weldment strength in dynamic loading 99
!Ch. VII. Fatigue strength of volddente -- 1124
~!Ch. VIII. Corrosion resistance ofveldmqntG:in.sea Water ;-4- 133.
':Ch. IX. Effect of alloying elements on thetechanical j0 rtlts
vj~o o :of the
weld metal -- 156
Ch. X. Effect of welding regimen and other,factors on theineeb =~Gal
properties of the weldment --,1?2
'Ch. X1. Effect of temperature of the metal,daring weldtogl on t lie; properties i,
of the weldment 186
;SUB CODE: MM SUBMITTEDi 09Apr64 HR REF, S4141 OMI)
OTHERs 015
:Card 2/2
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GOLOLOBOV, M., inz.
"An introduction to the theory of aircraft structuxos" by
D. Willipmq. Reviewed by M. Golclobov. Strojirer-slivi
13 no.3:239 ~Lr '63.

.~ - ~A; - "-;: I
9
., I i 1 .1 .
I ..

GOLOLOBOV, Michal, inz.
Application of influence coefficient's of individr.mi r:- -,,
a statically indeterminate structure 4ri itg -olutJon I~v Lhc
matrix deformation method. Zpravcda, VZI,U 3:'1-7 'f,4.

-OLOLCI I
MY, II.G.
So-parator units ustid i7i (11,1111:1. '*IiUl.. t; eldl ,
info-=4 no.11:15 15~9. 11:6)
(

AUTilUi~: t'-ololobov, V.(I.,
I, e AL ca ~~ -i.oi,, C, f"at An:
of r-rob a b i I i-c- -7 inerd. - "C S
PhRIO-Oi~;Ai,:Ves-uni
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appiicatiou of to
chains is e=lalined. ~'J*.Zi:O~;ilai---- r:; i C, in E0 1
ea--L, dimensdon, u`,~j :A i
U,e -cc,~,-)'able a I
-ZU
y-.Loids u-,ic E". I 1:.~ 11! t
I-d

CALOTPBOV, V.(;.
';nparittorq for tron-oro drw3jjjjj,,:.
rio. 1: 6-7 '60. ~.",atl 1l.,;)
(14tgnotic gnparation of orwi)

C-CL40W V.~-,.
The 159A-SE and 54ALG-1 magnetic separato-rs mr.-~- app---,~,tus for Ore
o . 6 - 4 -( I ~: 0 . ~TRA 13:?)
dre-sing. n ( I.,
(I~LaL-nctic separation of ores)

GOLOU)LYN9 V.G.
The MAZE' rilnctrovvig~rif!tlc ;(.-par;tt.or. .-g",:c,
no.' :''-Icj 161. (,',I:I.-)A 14:6)
(.',.',a6netic separ--.tion of ores)

ZINGVIYEV, V.I., inzh.; GOLOLOBOV, V.,'~., inzi-,.; inzi;.
Machizicis maxiUfactured b,-.- the 'Joronezh
Facton. Gor. zhur. no.6:65-67 Je 162. (%~71k 15:1"
1. Vci-onezhoki-, -.a,,rcd o:):)rvdovnrd.yl.
(Voronez;--Ore dressing-Equipment and

GOLOLOWV, V. G. , inzh.; Zi'1('V I Yl 'IV, ",. I , , --nz?i. i Jnzh.
Mininf, wd ore d'!-~ssinr of" 'he Vor~nt:-zh .'~or.
ziur. no.12'.40-1,1 1) '6 3. ( M 7- R-l', 1. " : "A )
1. Vcronezhs'-i., -zaw'd h- I rud ova n, -l- Y&I .

;"( ~i,! i;~~ 'I', .-.

GOLOMBOV, V.N.; AS'-'APOV, S.I.; GROMYKO, I.I.; LOMSKOVA, A.L.; BMOUS.
B.A., otv.rod.; FEIZIi-n, A.S., zav.red.izd-7a; RUDAK07A, N.I.,
to k1w. i-f~ d.
[Uniform tinle and i)ay standards for construction, ii9sombly, and
repair ovarations ~n 19001 ~divya nomy i tia strai-
t6i'laye, montazhnye I remontilo-stroitellaye raboty, 1960 g.
Moskva, CTos.izd-,vo lit-ry po stroit., arkhit. i 9troit.witerialam.
Sbornik 23. tElectric--wiring oyerations] Elektrownta-haye raboty.
lio.l. [Electric lighting and strong.-current wirinj~j !;Lektri--
chaskoe osveshchanie i -jrovodki sillno.-o Lolk-ti. 1.Q60, -5 P.
(MT---LA 15:6)
1. Russia (1923- U.S.S.R.) Gosudarstvenny-j 1comiet Ila dolam
stroitallstva. 2. Nora-itiviio-issledov,,itells'.-ny!i s-sntsiya (NIS)
pri ordena Lqnina troste Yuzhelaktromontazh Millistarstva stroitall-
stva USSR (for Gololob-ov. Gro:ayk3). 3. lic.-rutl-vm.c,.-IeslF,-dovatellskaya
stantsiya No.9 TSentrallnogo nor--,L-,itivno-issledovqtellsko.-o byuro
Ministerstva stroitellstva RSFSR (for Astapov. Lonskova).
(Wages) (Electric lighting) (Electric wirf.ng)

GOLOLOBOV, V.11.
Experience in using lumped orders with increased inn;ces of
labor-productivity. From. energ. 15 no.7:45-47 Jl 166. 15:1)
('Electricians)
('.'electric wiring)

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GOLOLOBOV, Ya.K.
Determination Of T~hosphates in water of the S~a. ~il-o-h'.-,I.
mat. no.21:135-138 153. (14MIA 7: -~)
I. Okeanograficheskaya laboratoriya Gruzinskoge oLdeleniya Azcherniro
Batumi. (Black Sea-Phosiffiates) (Pho a r)ha t, r3s --31 tick Sea)

GOLOIDBOV, Ya.K.
Clau3on ronponnlblo ',)r ujany-pi;tr o' ~vrlforh,:Actil. and
hydrological aspect rf'
Dokl.All SS,%L J-07. ~ao. 3:44.L- -41%~ Kr )o.
l.Azovsko -Cliernomorskiy nauchno-isqlodovatol Iskly Lnqtitut
inors"cogo rybno,,-o khozyaystva I okoanor7-afii. Proanta-71ano -ttca-
derdko~l NA,,Strakhovym.
(Black Sea--Oceanot7aphic research)

GOWLOHOV. Yo.M.; SrROTA, N.N.
Characterintic temperature and coefficient of linear expansion of
germanium. Dokl.AF BSSR 3 no.9:16S-969 S 15!1. (MIRA 13:2)
(Germanium)
(Expansion of Bollds)

3 9 16
n'-! 0.
t t a c 0 r c c- r i . . .
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I -- ~ n c o I
The Etutiior.3 stu.~ied the chance of the s ~z e r-:. r
i n I ium ;I n t; _i oil 3 j ,I ln.~b 3 j ng- 1c rys~ t~; 1,3 ~~d ',i:i -:.(: n e n:r
(parti.clu :,,!zQ wif,h a 1; R J k) I
x - ray reccvdin~7 unit. Thu ub:iolutu inton:;ity I of the
him- L
determined from experimental iiata, and the structui-al facto f SID an-
3-
f (1-i) were calculatcd. The of f~ at H :,.nu~ f,
2 L
Card 112)

Electron density dis~ributiun ... B101/2147
3
3 t r: - ih t I i n o o s t r,i :I L~-, I i: n
by f 0) tan 3.,D2 ; f 0 0. 01, The
'b' ~
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w, i t h 1 .7,50; 12. n c r;---
b In
3b
elec i 'o r. densit,,- bet-.-;-(,,,i in ~,ni LSIL iGnj was obL;efvc(~ ii-, th I I a n
b~_tw~en GOO -in /4 and b e tv;enn '1 an al,:)nc 1 1 1
ar.,-. also between 1/4 1/4 and 001 along -11 In tht2 i:lane~ wit?l t h
b t h!,. t o In
e !,~ c ro n den3ity 0.'3 e 1 the i3nic rki;Ju,
I I d
is 1 .05 In t"'? 0.,-,5 el/1'%) plume, the ionic radii Of both 5b nn~' In
are 1_'.0 there are .1, fictires -.n-- 5 referencest 4 ~3vie- al-;
Card 214
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of Acade-y of Sciences 3S SR
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a 5 1 U n C -. 10 n 0 1 n i o r e e x e -9 vi i i ev e n i. na i ce.-
Pour ~r -,.a flexes 0(:-Il i.*Ill-
3 S e is aivisiole Dy
even indices whose sun indivisible four it 200C

ACCESSION NR: AP4040949 S/O020/i'V,/156,/O05/1075/1()78
AUTHOR: Sirota, N. N. (Acadeaician, AN BSSR); Golalobwr, Ye. N1.
TITLE. Expnrlmontal determination of magnitudo of a.f.'.'ectilre lon chtirgea in A sup
III B sup V compounds by X-ray data
SOURCE: All SSR. Doldady-*, v. 156, no. 5, 1964, 1075-1(TI8
TOPIC TAGS: ion charee, effective ion c harge, solid state phyi'.410,3, solid stato
circuitry, A sup III B sup V compound, semiconductor
iABSTFUiGT: The authors attempted an expeririental determination cf tho marnitude
and sign of the effective ion char(e in A 111 3 '; compounds of a
Btructure by X-ray annlyais data. The absolute values of FoOO for thi!i typq of
ico-mpound were thorouphly defined. Tho experimentally defined values of the
qtructural amplitudes Of th3 line (200) corresnond to a true differ3rcii of the
atom scattuorin~, factora of the ions in an A EIT B V compound mdor an c,ctuaLly
existing degree of ionization. Compounds in -this series A111, Gapy inp,
AIM, GaAs, InAaj AlSb, GaSb and IrOb. Tho authors founil thal the i.1-11.1-d grou
elemento-matals--looo olectrona and bocomo positivol'y chargo(I Ions, V2a 3
olemento accept oleo-trono and become nogativoly charged ionri. "Authora axpreBs
Card ;'112

ACCF,;-5IOII NRi AP4040949
their thanks to N. 11. Olekhovich for valuable dl-scusoions,"
1 figure and 2 tables.
ASSOCLITIONi Institut fiziki tverc.',cgo tela i poIiiprcvcdnIkc)v A',:n~,07j_': 'j-,1-
(Inotituto of Solid St4ta Rquica an ~6 T OT sci-mc,!a)
A 3~,11j,~o1juluctore,, Aca. r;~
SUBIJ=Lr,D: Mar6l, 00
SUB CODE: SSp NP NO REIF SOV: 00,1,~ 008
cord 2/2

L 7924-66 iTr
UM LFUTH_
7`0Z 7 SOUR(;V,
ACC NTR_;iP502792'9
1;(j j ~ -
AUTHOR: N. N.; Gololoboy
ORG: Institute of Solid State Physics and
(ins tit7i-tT,-z-,ETv-e-rrov-oTc-Ta-rp-oTup-r6v-o'd-n
WUL"
A. U.; Olekhno,~.Ir~.'h N. M.
56miconductors, Academy of Sciences,BSSR, Minsk
TITLE: Potential and limitations of the use of x-ray diffraction methods for StUdying the
nature of chemical bonding in crystals
SOURCE: AN SSSR. Izvestiya. Ne organic he skiye materialy, v. 1, no. 10, 1965, 1673-1683
TOPIC TAGS: X-ray diffraction analysis, neutron diffraction, .0-c-=r2miensitY) electron
diffraction anatysis,'cnemlcNT"rx)-n-di-W,"crystaI structure analysis
ABSTRACT: The experimental determination of electron density diStribltiOn in crystals in-
volves measurement of the intensities of x-ray scattering peaks, finding of structural
amplitudes, calculation of the form factors of ions, reduction of the values obtained to abso-
lute zero temperature, and summation of three -d:imens ional Fourier series. Each of these
operations is discussed in detail. X-ray diffraction methods make it possible to give quanti-
tative experimental expressions to the wave funct-ions of electrons in crystal lattices. Of
great significance to the study of chemical bonding is the possibility of estimating the electron
density distribution over the electron shells. For example, the use of form factors obtained I
neutron and x-ray scattering has permitted the determination of the distribution of all elec-
trons, including those with unpaired spins, in the 3d shell In the lattici*.! of ferromagnetics and
UDC: 541. 57:548. 19

L 7924-66
ACC NRs AP5UZ7!)ZU
antiferromagnetics. However, X-ray-, elf.-ctron-, and neutron-dYfraction rnePhods cannot as
yet solve problems involving electron distribution at low densities or %,hen the density changes
are slight (not exceeding 0. 02 - 0. 05 el/1%3). For example, it is not possible at the present.
time to determine by x-ray diffraction the number of electrons which migrato from the
valence band to the conduction band under the influence of thermal motion or photo-electric
effects in semiconductor crystals. Despite such limitations, these methods are of paramount
importance for studying electron density distributions in crystals. Orig. ail. has: 7 figures.
SUB CODE: SS, GC, IC / SUBM DATE: 05Jul65 / ORIG REF: olq / um REF: 011
Card -2/2

GOLOLOB(TI, Yee.M. [Faialobau, IA. M. ]
Deteripining heat of qtorqi~,atlom anr~
Charges Of ions of A- !B ort ~I;Aa f)f llffnict'on
analysiB. Vests-4 AN BS3R. Ser.fiz.-irii-rifiv,
(t,171~p. 19:1)
165. 1

jp
L 18483-66 El-ri (1)/FPF(n) -2/,ETC (m !J 2 (c) G S/A T
ACC NR: AT6006167 SOURCZ ~=~E: liT~/Ofioc/65./000/000/009i/0096
11) ov, Ye. 11.
AUTHOR: Sirota, 11. It. (Academician AN BSSR); Gololog
ORG: none
TITLE: Heats of atomization and fornation o" A IIIPv type compou%-As determined from
experimental data on electron density distribution
SOURCE: Khimicheskaya svyaz' v poluprovodnikakh i tverdykh tel&"Ch (Chemical bond
in semiconductors and solids). Minsk, Naulka i tekhnika, 1965, 93-96
TOPIC TAGS: x ray, electron density, heat of formation, heat of dissociation,
heat of atomization, heat of sublimation, aluminum compound , gaLliLL-.1 compound, in-
dium compound, arsenic compound, antimony compound
ABSTRACT: The heats of atomization and formation of AlAs, GaAs, inAs, AlSb, GaSb,
and !nSb were calculated from the data on electron density distributlon determined
experi.mentally by x-ray technique - The x-ray measurements were rnade at 200C and
-1000C. The object of the work was to compare the heats off atomization and f rma-
J .0
tion of AIII Bv type compounds determined from, x-ray data with da:ta based on the
'Card 1/2

L 18483-66
ACC NR: AT6006167
calorimetric technique. The energy of interatcmic interaction u was expressc-d as
a suln: U = Uc + Uk + ua; where u. is a term relating to the coulombic interaction,
Uk is a term expressing a change in the kinetic energy of electroiis in the- ama of
,orbital overlapping of AIII and B V atoms, and u is a tea^ express ing a cbange in
ithe exchangeable energy resulting from orbital overlapping. The sum of V + U, +
C K
+ Ua represents the heat of atomization of a compound V ~B . If the heats of subli-
mation of the individual components of a compound (U A and UB) are known, the heat
,of formation of a compound LVI can be determined by the formula:
AH = U -(U + U
AB A B
:The heats of atomization and formation for several A B type ccmpounds are pro-
.sented in tabular form. Orig. art. has; 2 figures, I table, 6 formulas.
,SUB CODE; ao 11 SUBM DATE: 3lMay65/ ORIG REF; COS/ OTH REF: 001
Card 2/2-

18836-66 EWTW IJP(c) GS/AT
ACC NR: AT6006168 SOURCF CODE: UR/0000/65/000/000/00SI7/0102
AUTHOR: Gololobov, Ye. M.; ~irnta.-N. 11'. (Academici49_M-=.
ORG: none
III v
TITLE: Electron density distribution and bonding energies in A B semiconductor
.compounds
.SOURCE: Khimicheskaya svyaz' v poluprovodnikakh i tverdykh telakh (Chemical borad
in semiconductors and solids). Hinsk, Nauka i tekhnika, 1965, 97-102
.TOPIC TAGS: electron density, semiconductor, alumini-n compoun(l, gallium conpound,
indium compound, arsenic compound, antimony ccmpound, heat of atamization, heat of
formation , Coulomb interaction , chemical bonding
ABSTRACT: The heats of atmizati-on of AlAs, GiiAs, TMs, AM, (7-iSb, .~Lnd Tn';b v~!re
dct~,rminsd on the bz7sin of electrnn dnnritv di--ribvtion Three c;~evs
were considered for calculating the energy of interatomic interaction u within the
A IIIBv type compounds according to equation: u = it 0 + UR + ithere uc is a torm
relating to the Coulombic interaction, Uk is a term expressiAg a change in the

L lb836-b6
~ACC MR: AT6006168
~kiretlc energy of electronn in the ar,~n of orbttal ovTria-lipir'; CE .1 and B
=d u Is a tcrTii eypressAing, a charl---, II! 'Llic ~~xcharigcablc tt-~eigy ~~,tasulting freu, oi-
a
'bital overlappinC. In the first Cas'? tile leic Is dotenn-LICd on the basir, or
i
remi-Dirac 3tatl7tics. In tbe !;eCC11-1111 !110rQ' -to thc
Trjulcmhlc int,~rartion, 1-he ilectr~in~t: B IL the
area of orbital interaction frar all eiemenLs of the arbital overlap was also con-
'sidercd. The third case is based on a niore rigcruus involvmerm of 11 and 11 Poten-
A
tials when considering the it energy contributions. Them heats o,6 atomization for
Iseveral arsenides and antimonides are given in a table. Ulm corresponding heats of.
iformation can be readily computed using the values of Nats of sublimation of the
':individual components of a compound (U A and UB ). It was ft-,und thist heats of atoml-
III V
!zation and fomation of the A B type canpounds, determiiied on the basis of elec-
.tron density distribution (f-curves), are smewhat less acowrat~q but generally
-,very close to the corresponding experimental data, Orig. airt. has: 1 figure, 1
1
:table, 12 formulas.
jSUB CODE: 07/ SUBM DATE: 3lMay65/ ORIG REF: 004/ OTH REF: OW
Card 2/2 . VMb
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:~-R. .'P-4022~6'1 S/0079/64 /034 /Oc 3 /C816'~'./01869
~..UTHCR: Gololobov, Yu. G.; Dniitriyeva, T. F.; Soborovskiy, Z.
T-INLE: Vinyl ester of phosphoric acids
3. Acid chlorides of Alpha-alkenyl esters of alkyl]~hosnhonic 8,,id5
SOURCE: 71urLal obshchey hhimii, v. 34, no. 3, 1.964, 80606-8059
TOPIC TAGS: Vinyl ester, phosphoric acid, acid chloride) alpha-,alkenyl ester,
a:ckylphosphonic acid, triethylamine
ABSTRACT- Previously unizown. acid chlorides of a -alkenyl esterr, of auqr1phosphoatc
acids were obtained from dichloroanhydrides of alkylphosphonic acids during a re-
action of the latter with equimolecula-r mounts of aldehydes in the presence of
L.riethylaraine). The reaction shuld be a-topped at the stage of formation of zono-
viayl eszers.
C1 R, 0
Alk-P