SCIENTIFIC ABSTRACT BOLOTICH, I. P. - BOLOTIN, G.A.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000206120010-9
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 9, 2000
• Sequence Number: 10
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

Relation between separated... S/02o/61/137/001/018,/'021
B101/B204
volume v of the H202 solution evaporated within one minute was found to be
0.218 mg/cm2min for H 2 02concentrations between 0-05 - 2 %. According
to G. Skatchard (Ref- 7), the molar fraction y h of the H202 vapor
over the H 0 solution was calculated, and from n' vy N (3)
2 2 H202 ~ h /Mh
(N = Avogadro number, M h = molecular weight of H 2 02), the number n' of
the evaporated H 202 molecules was calculated. The effect produced by the
distance between plate and surface of the solution was taken into account
by n, n0 exp(-0-417-2) (4) and, accordingly, the curves
A202 H 20 2
D = D(n') were drawn (Fig. 2). Agreement among the values obtained by
means of the photographic and optical method respectively proves that
between H2 02 separation and thickness of the oxide layer there exists
linear dependence. This interrelation was more closely studied in con-
sideration of the true surface of the metal. Investigation of the polished
Card 4/6

Relation between separated...
S/020/61/137/001JO18/021
BIOI/B204
metal surfaces by mi*~ans of a profilometer of the type "Kalibr" - VEI
(All-Union Electrochemical Institute) showed that unevennesses of
0.01 - 2ht cause an increase ot the true surface as compared with the
geometrical surface by a maximum of only 3~- In consideration of the
unevenness coefficient 2.5 determined by 0. Erbacher (Ref. 9), the fol-
lowing was found: 1H 0 - 11-5A1 0 ; 1 H 0 - 27.5 1190 (5). Here-
2 2 2 3 2 2
from the conclusion was drawn that a considerable part of H 202 disintegrates
again on the metal surface. There are 2 figures and 9 references:
6 Soviet-bloc and 3 non-Soviet-bloc.
ASSOCIATION: Odesskiy tekhnologicheskiy institut im. 1. V. Stalina
(Odessa Technological Institute imeni I. V. Stalin),
PRESENTED: September 5, 196o,.by A. N.Frumkin, Academician
SUBMITTED: September 5, 1960
Card 5/6

Relation between separated...
S/020/61/137/001/018/021
B101//B204
L;
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2
Card 6/6
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S102016211461000610081016
B104/B186
AUTHORS: Roykh, 1. L. , Urdynskaya, V. V., Bolotich, 'I.. P.
TITLZ: The influence of machining an the finish size of metal
surfaces
PE'RIODICAL: Akcdemiya nauk SSSR. -Doklady, v. 146, no. 6, 1962,. 1316-1317
TEXT: The influence of di'~'ferent machinin6 'methods (cutting, shapine,
millinC anG C:--inding) on the true surfaces of Mg, Al, steel C-T-3 St-'z)l
s-teel C-T-45 (St-45), bronze and cast iron is investigated using a
profilometer of the type Kalibr-VEI. iiith thid instrument, surfaces of
the 6th and up to the 14th class of surface finish can be examined. The
enlargement varied between the limits of 2-103 and 12-1o4 vertically,.
between 116.7 and 4200 horizontally. In the instrument a diamond tip
(radius of curvature 1. 25 ~,) exerts a preasure of 0. 1 g against the metal
nurface. For all metals and all Crades of finish the ratio of
n = Smeasured /S cecrA = 1/sin(u//2) -,.as almost equal to unity. The angle a,
defined as the apex angle of the four-faced pyramids constituting the metal
Card 112

S/02 '-)/62/146/006/008/016
The influence of machinin,: on the ... B104/IB186
surface, showed 3nly small varintions from 168 + 20 in all of the test
p i e c us. From thu results of 22~.V' pr,,~filoCrams iT fc'1101~s that tll,.e kind of
macninin, and th,~: de&ree 3-J' surface -,'inish exert little influence on
Smeasured . Differences bet-~-een true and mcasured surface values are
attributed to iint,~venness,~s charac turis tic of surface qualities far
exceeding the hiChest measurable classes of finish quality. There is
1 fiE:ure.
ASSOCIATION: Odesskiy tekhnolo,-icheskiy institut im. MI. V. Lomonosova
(Odez~.sa Technoloj:ical institute imenJi 1.1. V. Lomonosov)
"I
PRE'SENTED: 10ay 28, 1962, by L. A. Artsimovich, Academician
SUB,4 ITT ~-: D: 11"ay 25, 1962
Card 2/2

ROYKHp I.L.; ORDYNSKAYA, V.V.; BOLOTICH_ I-P.
Effect of mechanical treatment on the surface area of metals*
Dokl. AN SSSR 3.46 no.6:1316-1317 0 162. (MIRA 15:10)
1. Odesskiy tekhnologicheskiy institut im. M.V. Lomonosovao
Predetavleno.akademikom L.A. Artsimovichem.
(surfaces (Technology)) (Metals-Finishing)

FIIOYK,i, --- .11. ; BOLO'lit"'H: F, ; KOLTO OVA LA,
Delv-rr.~nation of the energy of "ormation r)f' hydrogt~,n
oKide i,-qd hydragen pe-~oxilde in ton atmopherl-3 e; of M&
and -41. ZhuT-. fiz. khlni. '-6
(MIRA 17.--6)
1. Ode8skiy teldmologlzheLkAv inst-itu-, imeni Lcan~-nosora.

ROYKH, I.L.; KOLTUNOVA, L.N.; BELITSKAYA, S.G.; DOLOTIGH, 1.P.
Investigating the atmospheric corrosion of vacuum condensat.-C3
of zinc by photographic, optical and weight methods. Fizz.
met. i metalloved. 17 no.5:784-786 My 164. (M1FA 17.9)
1. Odesskiy tekhnologicheskiy institut imeni Lononosova.

xi,
Uu-

L 20'!9-66 c Jrj MA
ACCESSION'NR: AP5011369 UR/0365/65/001/002/0239/0241
620.193.2
..'AUTHOR:
ItITLE;
!SOURCE:
Ro Yefimovich, Ye. V.; Bolotich, 1. P-.---
On atmospheric-corrosion f vacuum condensates of aluminum
Zashchita metallov, v. 1, no. 2, 1965, 239-241
TOPIC TAGS: metal vapor deposition) vapor plating, corrosion resistance
L6
ABSTRACT: Atmospheric corrosion of vacuum condensates of aluminum was studied
to examine the corrosion resistance of aluminum platings prepared by vacuum conden-~
sation, a technique widely used on a commercial scale. The samples, 500-5000 A in
thickness, were prepared by vacuum spraying of aluminum onto a glass gase. The ex-i
tent of corrosion was measured by photographic and optical polarization techni-
ques. The samples were oxidized for 10 min in air at 20 1 20C and at relative hu-
midity of 50 t 5%. In order to enhance the optical density, the aluminum-films
stretched on plates were immersed in a 4% Na2C03 solution, and, then, Mimersed for
1 min in a 50% solution of ethyl alcohol and dried for 10 min at 1000C. The de-
pendence of the number of evolved H202 molecules upon corrosion duration is shown
Car d 1/4

L 2619-66
ACCESSION NR: AP5011369
lin fig. I of the Enclosure. The dependence of thickness of aluminum oxide layer
(in A) upon corrosion duration is shown in fig. 2 of the Enclosure. The dependence
!of the number of evolved H202 molecules upon the quantity of A1203 molecules formed
is shown in fig. 3 of the Enclosure. The dependence of the number of evolved H202
imolecules on the logarithm of corrosion time is shown in fig. 4 of the Enclosure.
!The correlation between the number of evolved H202 molecules and the number of
IA1203 molecules formed is, nAl,03 = 12-n H202' The linear dependence of the number
lof evolved H202 molecules upon the logarithm of corrosion duration is in agreement
~witb data in the literature. Orig. art. has: 3 figures.
iASSOCIATION: Odesskiy tekhnologicheskiy institut (Odessa Institute of'Technology)
SUBHITTED: 14Nov64 ENCL: 02 SUB CODE- HH, GC
No REF SOV, '003 OTHER,.- 003
!Card 2/4

L 2619-66
ACCESSIOIj IqR: APS011369
Card 3/4
ENCIMURE.- o1
Z41
0
cr 144
"L.O
It
hours
hours
rig.
rig. 2.

Z619-66
CCESS109 NRI APS011369
ENCLOSURE: o
2
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tot,
Fig. 3.
Fig,~-4. 0--aluminUm.vac
uum
condensate- +---massiVe aluminum
samples,
Card 4/4

-:~ 12)43-66__,&M(_L~/T __ IJJ~P(C)_
ACCESSION NR: APS023694 UR/0076/65/039/009/2306/2308-,
541.17
AUTHOR: Roykh, 1. L.; Belitskaya, S. d.; Boloticb, 1. P. -. Ordvnskaya, V. _V*
Nedzvedskaya, N. A.
TITLE- Study of the oxidation/of silicon in air by the optical polarization and
photographic method
SOURCE: Zhurnal fizicbeskoy khimii, v. 39, no. 9, 1965, 2306-2308
TOPIC TAGS, silicon single crystal, hydrogen peroxide, oxidation kinetics
ABSTRACT: The oxidation of the surface of an n-type siliqon single crystaf';Di~ient_
ed in the [1111 plane was studied at 70-73% humidity and 28-300C. The kinetic re-
sults representing a three-hour growth of the oxide layer showed that this growth
obeys the parabolic law LI-8 =,54.3t. During the first three hours followi-,g-the
polishing, the oxide layer grew to a thickness of 17.5 A. It was found that the
freshly cleaned silicon surface has an effect on a photographic film, and the pho- it
tographic density D was plotted as a function of the exposure time. Chemical analy~-
ses showed that H202 was formed during the oxidation of silicon in air. The con-
Cnrd 1/2

L 1143-66.-
ACCESSION NR- APS023694
f
cordance between the kinetics of growth of the oxide layer and the kinetics 0
evolution of H202 indicates tljat the latter may serve as the criterion for the oxi-I
dation of silicon.in air. Experiments showed that the surface of silicon under I
vapors of a 10% aqueous solution of hydrogen peroxide decomposes 96.2% of absorbed
H202. Thus, the fraction of H202 evolved amounts to only a minute part of the H2021i
formed during the oxidation. Orig. art. has: 2 figures.
ASSOCIATION: Odesskiy tekhnologicheskiy institut im. M;-V. Lomonosova (Odessa
Te 0-institute)
chnologicP
SUBMITTED: 3lJul64 ENCL: 00 SUB CODE: GC
NO REF SOVi 007 OTHER: 004
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BOLOTINY A., EnCincer
IA
,,Or*. Krasnyy proletariy plant (_10 5-)
"Introduction Of New Super-hard AllOys at the kra~,Ijyy PI-Oletarly pjaj%~I'
4 _U
Stanhi i instrument, it'), nos. 1-2,1S445

BOLOTIN, A.A., inzh.
Nature of load on the engine and the power transmission of th-a
tractor. Trakt. i sellkhozmah. no.11:15-19 N '59. (MIRL 13;3)
1. Moskovskly institut mekhanizataii i elektrifikatsii sellskogo
khozya7stva iment V.N. Molotova (MIMEh).
(Tract ors--B% ines ) (Tractors-TransmiBeli:n devices)

BDIOTIN, A.A.; SVIRSHCHEVSKIY, A.B., inzh.
Field unit for investigating operations of tractors. Mekh. i elek.
sots. sellkhoz. 17 no.X:24-27 15�,. (MIRA 12:1)
l.Vologodekly molechny7 institut (for Boletin). 2.Vsesoruznyy
nauchno-iseledevatellskiy institut makhanizataii sellskogt
khozyayBtva.
(Tractors--Testing) (Photoelectric messuremeate)

BOLOTIE, A. A., Cand Tech Sci -- (diss) "Researcli into the naturtz,
loading on power transmis-sion and the enCine in the o 'plerat,~Lon ai
tractor in agricultural Production-" 1%'oscow, 196C.,. 2;1~- pp; (111--inistry
of Higher and Secondary Specialist L-ducation RSKI-R, Moscow Inst of
Mechanization and Electrification of Agriculture); 150 copies; price
not given; (KL, 22-60, 135)

APPMAmdou for ilrtit~ 11. 014t to= In

P ~YvTsm A. ikqiet. "'im.
$17=1
10 -0
-
&W-P-Wl? trabs-Wom in LIM II-F13
3v and
v2jjpx--Wv2p Irnsirluns in the E-type Storm,
bolh in two-co~guraflmi apptoximajiml. constarI13
of II)c -analylkal sips).-ONIMn are
drftrn~Liedjor B, C*, NI *; 01 ~ ard PI atorm in
blp' and-Is".21V configuratiom; th= fu=t!Dns
havv b=,um4 to dJ-em= IM rWmi of the toW
dipbIz,.forc--.'oxHIalor fbro~ and probabWty of
trar.-dflon f6r.tramidom lS'2-t2;-IJ'W in &tD.-n.- D~,
R+I C' *4 N' ~ arA Olt, md fox tmnsitions lsls2s~-
JeV2~ in mom 13, Ct 14", 011' 070 V". TM
'
,
total dipaiv fo=-Pbtz
.mwj *T ft r=y-
.;~ by
tirm.
that oh9ftd:by v~ of tho-ID110-compp-ration
810pro4matlDn (fir, the -S-.P 1j;Zion in R,!jV._
atory, the form-.r is 1-1~4-7 timts guater than th:
F. LACIMAN
Z-7-
72

"C: -ur

1, CTi N,
USSR/Nuclear Physics - Atomic levels FD-29ru6
Card 1/1 Pub. 146 - 6/ig
Author : Bolotin, A. B.; Levinson, I. B.; Levin, L. I.
Title : Two-configurational approximation in the case of atoms of the carbon
type
Periodical : Zhur. eksp. i teor. fiz., 29, October 1955, 44a~-453
Abstract : The authors present the values of the parameters of the analytic one-
electron wave functions for C, N"' 0" F3' Ne4, in the configura-
2 ls~2p4.'
tions 1s 2522p2, 1622s2p3, and They determine the corrections
to be added to the energy for the two-configurational approximation
in the case of the ground configurations of tht-, above e rated atoms
in the two-configurational approximation ls22s22p2_ls2p~umeThey com-
pare the obtained theoretical values of the energy with experimental
data. They determine the total forces of the dipoles and the proba-
bilities of the transitions ls22sL>p3-ls22p2 both in the one-config-
urational and also in the two-configurational approximations. The
authors thank Professor A. P. Yutsis for proposing the theme. Eight
references: e.g. A. B. Bolotin and A. P. Yutsis, ibid., 24, 537,
1953; A. P. Yutsis, ibid., 19, 565, 1949.
Institution Vilnus State University
Submitted May 29, 1954

U.13SR/Atomic and Molecular Physics - Physics of the Atom, D-1
Abst Journal: Referat Zhur - Fizika) No 12, 1956,-34270
Author: Glembotakiy, I. I., Martishyus, I. T., Bolotin, A. B., Iucis, A. P.
1nstitutian: None
Title: Theoretical Determination of the Fine Structure of Atoms of the BorOD Type
Original Pericdical: Lietuvos TSR Mokslu akad, darbai, 1956, B2, 15-19, Lithuanian
resumi~
Abstract: The doublet splitting of the terms of 4 atoms of the boron type is deter-
mined in the principal configurations both with the aid of the single-electron wave
functions of the Pok self-consistent field., as well as with the aid of the analytic
wave function. The theoretical results are compared with the experimental data.
/ OF' / - 1 -

USSR/A towl card Molecular Physics - Physics of the !,tom, D-1
Abst Journal: Referat Zhur - Fizika, No 12J. :L956, 3426~
Author: Shugurov, V. K.Y Bolotin, A. B.
Institution: None
Title: Kne Structure of the Terms of' j~to..is of the Carbon and Nitrogen Type In t1n..
Configurations 1S2 2s 2p3 and 2S2 2p3
Original Periodical: Mokslo darbai. '1~ilniaus valst. univ. I-lat., Liz. ir chem.
mokslu ser., 191-,6 41
1 v 5Y -47; Lithuanian resume'
Abstract: The work is devoted to `kho Cietermination of the fine structure o--:' tern-,~
of atcrms of the carbon and nitroren type, respectively, in the configurations
162 2s 2p3 and ls2 2s2 L>p3. The r~alculation of the splitting is carried out with 11-
lo-wance for the nondiagonal elenents the expressions for which contain terms taa7,
give interaction with the nucleus., rand which therefore should give a considerable
correction to the results obt&incd with the aid of only diagonal elenents. The cor-
rection obtained by allowancc for t1ie nondiagonal elements reaches in the case of
the 2p term of the Ne3+ atom in the 182 202 2p3 configuration a value of 50141 of 41`~e
total splitting. It follows from 'Ube results of the investigation that the Fok
1 of 2 - 1 -

USSR/A-omic and Molecular Physics - Physics of the Atom, D-1
Abst Jcurnal: Referat Zhur - Fizika.' No 12.1 1956, 34266
Author: Shugurov, V. K., Bolotin, A. B.
Institution: None
Title: Fine Structure of the Terms of Atoms of the Carbin and Nitrogen Type in the
Coiifigurations ls2 2B 2p3 and ls2 2s2 2p3
Grig.inal Periodical: Mokslo darbai. Vilniaus valst. univ. Mat... fiz. ir chem.
mokslu ser., 1956, 5, hl-47; Lithuanian resum4
Abstract: functions give a splitting that is smaller than the experimental one,
and the analytical function Sive a smaller one than obtained with the aid of the
Pok functions.
2 of 2 - 2 -

USSR/Atomic and Molecular Physics - Physics of the Atom, D-1
Abst Journal: Referat Zhur - Fizika, No 12, 1956, 34267
Author: Levinson, I. B., Bolotin, A. B... Levin, L.
Institution: None
Title: Thio-Configuration Approximation in the Case of the Nitrogen-Type Atoms
Original Periodical: Mokslo darbai. Vilniaus valst. univ. Mat. fiz. ir chem.
mokslu ser., 1956., 5, 49-55; Lithuanian resum4
Abstract: The values of the parameters of the analytic siDgle-electron wave func-
L-Ions ar 0+ - 2p3,
4 - given for the N, J, F2*, and Ne3+ atoms in the configuration 182 982
1S2 2s 2p4 and Is2 2p5. The energy correction for the 2-coiffiguration approxin.-it-Ion
1S2 2s2 2p~ - S2 2p5 is determined for all the above atoms. The theoretical valueSL
of the energy obtained are compared with the experimental data. The total 3trent;ths
of the dipoles and the transition probabilitieo 102 2s 2pit - 182 202 2p3 were do-
termined in both the single as well as in tbe 2-configuration approximations. "'
general expression was obtained for the totol dipole strength in the 2-configu--ation
approximation in terms of the dipole in the case of transitions bet-Jeen
the s and p shells.
/ O'C /

USSWPhysical Chemistry Atom, B-3
Abst Journals Referat Zhur - Xhimiya, No 1, 1957, f4
Authors Levinson., I. B., Bolotinj, A. Bo, anft L. 1.
__

Institution: --
0
Vilno University
Titles Two-Configuration Approximation- r At-=s --.f ~;he N!,tr~Zen Type
ariginal
Periodicals Mokslo darbai. Vilniaus valst. univ. Mat., f:'-z.. .1.7 chem- mdksii~ser.
Abstract: Values for the parameters of the analyt.'_-~sl wave func-
tions for the atoms W1 Oty F2t, and &04- tte ~_,nf~gurations
1822s22p3, ls2202p4y and 1022p5 are i�ven. Th~ e~~-Etrgj ---:rrection for

2s _A~ 5 haq been deter-
the 2-configuration approximation ls 2ap3_1 sp -
9 for the
mined for all the above-mentioned atoms. Theoreti~:al val4
l
energies have been calculated and compared with exparimentill data.
The total dipole moment and the probability of traDsitions of the
2
2
2
4
3
_l8
2s
for both the sLngle- and 2-Lonfiguration ap-
type 1s
a2sp
sp
proximations bAve been calculated. A general expressf-'CM has been ob-
tained for the total dipole moment Ttir the 2,~~-.;nfLgurat�on
Card 1/2

USSR,,'Phys--?:--al Chemistry - Atcm, B-3
Abst J-r:urnalz Refe-rat Zhur - Xhiniya, Ro J., 1957, 54
Absixa~~.~. a I -.M
.ppx--x4 atf4m by meaDs of radial intpgrals in the case cf transi-
between the s- and p-orbitals.
Card 2/2

USSR/ Physical Chemistry Atoi:i
Abs Jour Referat Zhur - Khiniya) No 3, 1957, 7132
B-3
Author Glembotskiy, I.I., Martishyus,
and Yutsis, A,P.
Innt AcadctV of Sciences Lithuanian SSR
Title Theoretical Determination of Fine Structure of Atoms of
B Type
Orig Pub Lietuvos TSR mosklu akad, darbai, Tr. AN LitSSR, 1956,
Vol B2, 15-19 (Lithuanian surstary)
Abstract The doublet splitting of the ground state terns of four
B type atoms has been calculated both on the basis of
one-electron wave functions derived from Fock's self-
consistent field and on the basis of analytical wave
functions. The theoretical results are cormared with
experimental data.
Card 1/1 - 6 -

. BOLOTIN, A.B.* IEVINSON, I.B.
9
Utilization of the symwtry of molecules in a simple method of
molecular functions. Liet ak darbai B no.3:21-32 160. (EEAI 10:3)
1. Vilnyusakiy gosudaratvennyy universitet im. V.Kapsukasa i
Institut fiziki i matematiki Akademii nauk Litovskoy SSR,
(Molecules)

BOLOTIN, A.B.
Utilization of alternation and symmetry of molecules in a simple
method of molecular functions. Llet ak darbai B n0-3:33-41 160.
(EUI 10:3)
1. V.Uyusskiy gosudarstvennyy universitet im. V.Kapsukasa i
Institut fiziki i matematiki Akademii nauk Litovskay SSR.
(Molecules)

L 18858-63 EWT(1)/FCC(W)/BDS A~FTCASD/IJPW
ACCESSION NR:. AT3002108 S/2910/61/001/01-/0101/0f17
AUTHORS: Bolotin, A. B., Gensayte,' Ye. B Kurakevich, V. A. C~o
MTLE: Application of two-center functions in calculations of hiatomic
imolecules
SOURCE: AN Lit SSR. Litovskiy fizicheskiy sbornik. v.1, no.1-2, 1961, 101-
..117
1TOPIC TAGS: wave function, single-electron wave function, two-center wave
Ifunction, Schroedinger equation, t;iatomic, molecule, ion, H, hydrogen
!ABSTRACT: This theoretical paper deals with the two-center single-electron
Iwave functions which have been obtained by others as the result of a solution of
:the Schroedinger equation for the positive ion of the Hydrogen molecule. The
;primary task of this paper is an application of the Bates functions (Bates, D. R
i .2 i
~et al., Roy. Soc., Proc., v. AZ34, 1956, Z07) to the calculation of biatomic mole-
cules for the case when the wave function of the system is constructed in the fornx
:of determinants, consisting of said functions, on the premise that a single type 01
equivalent electrons exists. The, effective charge is determined from the condition
of minimum energy of the system. The general equation is obtained for the ener
~of a molecule in the form of a sum of integrals of the elliptical coordinates, X
Card 1/3

L 18858-63
ACCESSION NR: AT30OZ108
which can be calculated by numerical integration; in a particular case, they are
,reduced to tabulated integrals. All ultimate equations appear in two forms: The
.first affords a possibility of employing Bates' tables, recomputed for suitable
values of the effective charge, wherein the matrix element of the interaction
moperator of the electrons is determined by numerical integration. The second
affords a possibility of reducing all integrals of the theory to the tabulated ones;
,the full employment of the Bates tables, of course, is thereby excluded. With
further reference to the two possible methods for the calculation of biatomic
molecules with identical nuclei by means of the two-center functions, it is noted
that the first of them, that is, the method employing the tables of the parameters,
the energy, and the coefficients of the Bates wave functions, conceives of the
,energy of a system rationally in the form of the sum of the energy of the electrons
.relative to the nucleus and'the energy of interaction between the electrons. The
first term of this sum can be calculated with the aid of Bates' tables as recomputed
for suitable values of the effective charge (see above). The second term of the sum
is'found by numerical inteScation. Consequently, for the calculations undertaken,
it is advisable to tabulate the integrals in terms of which the matrix elements of
the interaction operator between equivalent and nonequivalent electrons can be
expressed. The second method, in which the effective charge is varied for speci-
fied R and 2 a- in inte ge rs, leads to the integrals tabulated by M. Kotani et al.,
Card 2/3

L 18858-63
- -kw- - . -- - . - - - - -1
ACCESSION NR: AT3002108
Phys. Mat. Soc. Japan, Proc., V. ZO, extra no.1, 1938. This variant eliminates the
employment of the Bates tables for the parameters and for the energy. The maxi-
inum accuracy of this method does not exceed the accuracy of the graphs employO.!
Fhe first variant can achieve almost any desired degree of accuracy. "The aumd Ts,
express their cordial gratitude to M. G.Veselov and M. I. Petrashen' for theirs
kttention and valuable advices proffered in the course of this work. The authors
also thank A. P. Yutsis, N. D. Sokolov, and I. B. Levinson for comments and observa.~-
tions on the work." Orig. art. has 90 numbered formulas.
~ASSOCIATION: Viltnyusakiy gosudarstvenny*y universitet imeni V. Kapsu-ka-
sa (Viinyus State University)
SUBMITTED: 03Nov6O DATE ACQ: 23Apr63 ENCL: 00.
SUB CODE: Pti, MM NO REP SOV: 001 OTHER: 008
Card.. .3/3

L 18585-63 EWP(J)/EPF(C)/EWT(1)/EWT(M)/BDS AFFTC/ASD/ESD-3 Pe-4/Pr-4
.RMIWWIMAY
ACCESSION NR: AT3002109 S/Z910/611001/01-/0119/0,1Z8
AUTHOR; Bolotin, A. B..
.TITLE: Results of a quantum -mechanical investigation of molecules with
conjugate bonds
SOURCE: AN Lit SSR. Litovskiy fizicheskiy sbornik. v.1, no.1-2, 1961, 119-1?8
TOPIC TAGS: electron, jump, probability, anisotropy, diamagnetic, susceptibi-
lity, aromatic, molecule, triphenylene, MO LCAO method, molecular orbit,
molecular function, MF LCAP method
ABSTRACT: This theoretical paper investigates problems relating to the calcu-
lation of the probabilities of electron jumps and the anisotropy of the diamagnetic
susceptibility in aromatic molecules exhibiting point symmetry. The study employs
the method of molecular functions expressed in linear combinations of atomic
functions (MF LGAF) which has been adopted widely in quantum -mechanical
investigations of symmetric molecules with conjugate bonds and which is better
known in scientific literature under the term MO LCAO (molecular orbit - linear
combination of atomic orbits). The author prefers the term "function" to the term
"orbit" as being physically more meaningful. The present paper expands the
Card

L 18585-63
ACCESSION NR: AT3002109
initial development of the MO LCAO method previously set forth by the author and
a co-author (I. B. Levinson) in Akad. nauk, LitSSR, Trudy, B, v. 3(23), 1960, 21~'
and by the author (ibid., page 33). In the present investigation the general problein
is solved by the MO LCAO method with 1T -electron approximation. The general
formulas are illustrated on the example of triphenylene molecules, C181112,
IlThe auth'or expresses his gratitude to Prof. A. P. Y-atsis for his review of the
manuscript and his remarks. Some of the cafculations re performed by
P. P. Pipirayte, L. P. Bastite, and V. K. Oginskayt , to whom the author exDresse.3
his thanks." Orig. art. has 33 numbered formulas and Z figures.
ASSOCIATION: Villnyusskiy gosudarstvennyy universitet irzieni V. Kapswkasa
(ViInyus State University)
SUBMITTED: 25Apr6l DATE ACQ: Z3Apr63 ENCL: 00
SUB CODE: PH, MM NO REF SOV: 005 OTHER: 003
Card Z/ Z

L 12 618-63- EWf(~ )IFON")IB~- J~ IJP (C
ACCESSION NR: AP3001168 S/0208/63/003/003/0560/fo564:
AVEHOR: Bolotin, A. B.; Shusurov,, v. (Vilnius)
TITLE: TraxisTormation of a many-center integral to one center
SOURCE: 2hurnal vychislitellnoy matematiki i maiematicheskoy fizildj Y.
3, no. 3,
1963, s6o-s64
TOPIC TAGS: electronic states of mDlecules, molecular orbitals, many-center
integrals, Fourier transfo=
ABSTRACT.- A method is presented for computing the many-center integrals (which
arise in determining the electronic state of molecules) by reducing all atomic
orbitals to one center by means of Fourier transform. Thus, one of the difficalties
in sequential theoretical computation of electronic states of molecules is
elirnin d. Orig. art. has: 28 formulas and one graph.
ASSOCIATION:
:.*Card
none

L 29610-66 EVJP(J)1EV1T(m) IJP(c) RM
ACC NR: AT6012618 SOURCE CODE: UR/2910/65/005/001/0095/0104
AUTHOR: Rakauskas M. Z." B
I R. I.; Rakauskas, R.; Balyavichyus
Balevicius, M.; Bolotinas, A.
ORG: Vilnius State University im. V. KapsukaR_(Villnyusskiy Gosudarstvennyy
universitet)
TITLE: Use of the self-consistent field method for aromatic molecules. 1. The case
of the asymmetric molecule
SOURCE: AN LitSSR. Litovskiy fizicheskiy sbornik, v. 5, no. 1, 1965, 95-104
TOPIC TAGS: aromatic hydrocarbon, Hamiltonian, electron, ground state
ABSTRACT: The authors solve self-consistent field equations for the ground state of
the 1,2-benzanthracene molecule for n-electrons in the "zero differential overlap"
approximation. The eigenfunctions of the effective single-electron Hamiltonian for
the molecular calculations are given in the form Tf a linear combination of atomic
orbitals. The resultant functions were used for studying the excited state of the
molecule in the mono- and multiconfigurational approximations. The numerical
Card 1/2

L 29610-66
ACC NR: AT6012818 I
results are tabulated for the 1,2-benzanthracen~molecule. The theoretical results
are compared with experimental data where possible. All calculations were done on a
BESM-2M computer. The comparison indi'cates that the choice of numerical values for
the empirical parameters is essentially correct. However, the process of ca"cu-
lating the single-electron functions and corresponding energy levels showed that the
numerical values of the energy levels are extremely sensitive to the selection of
these parameters. In conclusion the authors consider it their pleasant duty to
thank Professor A. P. Yutsis for examining the manuscript and for his helpful com-
ments, and I. V. Ratarunas for his cooperation in bringing the work to a rapid con-
clusion. Orig. art. 2 figures, 4 tables, 26 formulas.
SUB CODE: 20/ SUBM DATE: 06Jun64/ ORIG IMF: 002/ OTH REF.- 008
Card 2/2

ACd -NR.' ~,kT-6-0-23217 SOURCECODE: Ti-R/2910/65/0051/003/0305/031'~'
AUTHOR- Rakausl%-as, R. 1. Rakauskas, R.; Bolotin, A. B. -- Bolodnas, A. e13 i
;L
ORG: VilInyus State University im. V. Kapsukas (Villryusskiy Gosudarstvennyy universitet) i
I
T~TLE- Calculation of multicenter integrals in the theory of complex Molecules. 1.
Tramsformation of the atomic function to another center
SOURCE: AN LitSSR. Litovskiy fIzichesIdy sbornik. v. 5, no. 3. 1965, 30.5-313
I~TOPIC TAGS: complex molecule, molecular theory, molecular structure
ABSTRACT: A formula is derived which makes it possible to represent the atomic orbiLals
-localized at one of the centers in terms of quantities pertaining to another center. This re-
sult permits reducing any multicenter inte-g-eal encountorod in the theory of complex molecules
L6~one canter and the angular variables will be separated from th3 radial variables in th-is
integral. Furthermore, the quantities characterizing the arrangernent of tlie c-enters, i.e.,
the structm a of the molecule, is presented in explicit form in the formulas of the multicenter
integrals. There is no need to examine separately the problems of the conversJon of an
infinite series determining the function. However, when calculqtWg the inatit-~ eleme!lts of
..various operators these problems should be examined -14thout faill. it is natural that the con-
Card 1/2

ACC NRt AT6023' .17
vergence of the derived series dePends botli on the dh;tanco betN,,,een centcrs fuld on thit
formed atomic orbitals. Using the Fourier transforr-riation and plane v,,ave c ansion in
xr
Spherical harmonies, the Slater atomic wave function about another center is expand;,~d. Gz
the basis of the proposed method a program is set up for calcuIRLin- t 1-he. numerical values of
T,the Slater-type wave functions transformed Lo another center on an olect-ronic computer. The
1'-authors thank Prof. A. P. Yutsis for his attention to the work and Docent V. K. Shum oy d
Candidate of Physico -Mathematical Sciences A. dzq __K an
A. Ban vtis for useful cussions, Orig. I
art.,-has: 38 formulas.
SUB-'CODE: 20/ SUBM DATE: 12Nov64/ ORIG REF: 007/ OTH REF: 016
71
Card 2/2 1Y) (-e

,ZVIAMD, A.P. ~SlanTqlyn noBBOHn-I
,
Andrei Fedorovich Shmatko. Put' I Dut.khoz. no.12:35 D 157.
(MIRA 10:12)
(Shmatko, Andrei Fedorovich, 1898- )

PH= I SOCK UPW17A7:CX SC7/47.
A Iat, L..I~jtrsd, lilq
Gro;:Ion'rell I m.hinistroyanli i ;rjt-atr~j*..!:
1. ttA and I.Str%-t X--'
rjr.t& al'!p Lniartad. 7,Ceo cop.,as print&i,
Ed. ;.C.). S.P. L-jg Prl..
Ed.., A.B. A.-,, Candl.t. tf U-niz.1 K4.
Zm4r~oaor, P.Y. C-didt. ,f A.K.
of Science. , B.A. R-lk-' -4 Zk..gl. ,
or Zca~~, Yanaglag 9d. f.r Lit-ot-.
Inc, (L..L.Cmd p-hei.), !a.?. q.-, Z"C'--j U. P".!-
Ing 3-., S.Z. St-r-klyl Tach. Ed., C.T. Sp.:.~~.kAjm.
PURP=, T~L!. cf rti*l.. 1. Intended f.~- t-t.l-l --n
chLoo pjejotod~ajVL-.Ajr argentootla.1s,and
maj, .1,wo k. ...:" t. killed ..rk....
Ccof*ron,,e, .. Gro.;~ p~--J.j 1. tn. ~&,hin, .1.1
hold 5--bor 24-a' 1-9-1. L.41-nirred Th. -f--- a- -11- bi
-d tocEnlci f ~h. -h12. .4 '-n't--t
GM LSM, and Th. artloll.. or. '-d -1
c,f 4cd--.r7 1. the g-,Plrc principle . 7hjr d!-
case beo-O trends to I-Lepmon', and 9--*P 42 t~* '~&Sls ~f z
....I-us pod=-.I~n. Th. d.s..PlAq Cr
of ....... rl.6, ..4 aed.rnlwl~n -4 -f #q=;.-
eat.. ar.
Prchle,ea doo. 1g Vito the Int-",
_. _ ~f X-p- C
ooat~.Od. lot. rron-mlag - vmrlo~ eazhine tzols and Icto ;md~L!om of
Wanks tzas-Lzj, ;--crklng, pmasL-.g cr pl&stl:s) are cmxillored. ?:-
-Wwog, a-m-l-rdluti-, and for tn. froc."t-'a,
of Crotp 7-c.salngaro I- treated, N. p.r.ccoliti.. or. ooa.tlc..4.
s,ro - mr.mocee.
Ccv-=-S.
.now". ftlti;md-t (Gro"p) of Srveimil and
the work of tl'. -K~ra y, P~I.trlj,' Pl--t
201
(r-.. t~. W-r%
Twococo~]. wultlpro4wt prod~otjcm Line 2U
LZ Smoau-
bd== _"j,rone.h]. .3_.p [proc..,ing] '-...a andCl.--d S-otcr- 229
L4t h-odoctlzu
~at~prod". L.I-as for Part
5 (Llvo~ ?azt) 36
in the Ll-vsialil Vtcpog-x h-
- ' th -V ~Wthod U
Z-'.rftAo* in A;Ipllc-t-14 Ol - r"
-Ms-!cb-A."-bly Operatic-
V-1
Us~;,Mv(L&uj=,rAdj. introducti= -C Cc timucUo Prod=Uon Xath
-kaj
I, lz X.A~f--url-9,
macto.ni'"tim of Ass-b 2toc
Booed on Grcp Fro,00-41-9
iFtCBV--i rl GX'.'P PRCI-~=G
Th. rxoari.na,% .1 J-p ?~...Lnc
Khl=2;!t? Do 2",
noant. of the Leningrad S~,-rkhox
gigh-Frti.i.my Proc-SL-C 279
The RastLIts f T..r.CT.-tl.. of PL-At 250
ninmd].
Grol;p Ka.
Th. of I.t-d=lzg 286
ticja-m~hmical Plant
C-p-Proceaj!na
rdl 'one. or Intmd-
o,akl. rhe '~d z96
or Plan. " Zitall-Lot ?rodutiou in the Gralmashu
~p..(KuTbyxh-yl' special F-tore. in the D~qlonlot Of YWo- 'is
fee%orlm, Prone, *a With the Introdoction of Group Ychiai.g or P-rt& t

ANUFRIYEV, V.A.; KIIITRUN, N.,M,, OLIKHOVSKII, N.V,; B01"NiN., M_,
1 1 1.-1 - ~ -
inzh.. retsenzent; VLA.DIMI.'-I*OV, V.M., inzin.
[Large-lot production of milling machines] Krupnoserilnoe
proizvodstvo frezernykh stankov. Mosk-va, Mash-inostroerie,
1965. 206 p. (MIRA 18;4),

T :7
A.
P. T- -;yr
"10745. 7, o In, A. 1 1 P,-- ti-clik
i in" ru ,,~,,A, 1-14
~Uit~-,'AL S-AT-- Y - Vol.. "oshva,

DIKOV. Iyubomir, professor. inzhener; DITTS, O.G., professor. redaktor
[translator]; 3OLOM.U,.A_L, doteent [translator]; XAFIAN. M.Ta..
redaktor izdatelletva; PIMIKINA, Tek.. tekhnicheskiy redaktor
[Using the method-of the least squares for determining the most
suitable level-and plans; for the vertical cross-section of building
sites] Primenenie aposoba naimen'shikh kyadratov k opredeloniiu
naibolee podkhodiashchikh oformliaiushchikh priamykh i. plookostat;
pri vertikal2noi planirovks stroitelOnykh ploshchadot. Perevod a
bolgarskogo O.G.Ditts'i A.I.Bologiaa. Pod red. O.G.Ditts. Leningrad.
Gog. izd-vo lit-ry po stroit. i arkhttakture, 1956. 34 p.
(Building) (MLRA 9:12)

BOLOTIN, A.I., dots., kand. tekhn.nauk
Using the theory of minimum sums of absolute values in solving
problem in vertical leveling of an area. Sbor. nauch trudov LISI
no.26:239-260 157. (MIRA 12:1)
(Civil engineering)

3W
AUT11OR: B n I C, 1112,- A. I., Docent, MLn'JidlAe ~)l SOV/154-50-5-3/18
Technicaf--Sciences
TITLE: Application of the Least Squares Integration Method to the
Determination of the Plane Nearest to a Given Section of
Ground Sur-'ace (Primeneniye integralinogo sposoba naimen' -
shikh kvadratov dlya opredeleniya ploskosti, naiboleye blizkoy
k dannoinu ucha.9tku poverkhnwiti)
PERIODICAL: Izvestiya vysshikh uchebnykh zavedeniy. Geodeziya i aero-
fotos"yemka, 1958, Nr 5P PP 33 - 37 (USSR)
ABSTRACT: Firstly the different cases in which such a problem arises
are described. In 1952 the Bul,garian i;cientist Lyubomir
Dimov sug6csted a method of 'Olving such a problem. His
method is based upon the principle of least square devi-
ations of distinctive points of i3round surface from the
wanted plane (Ref 1). In this paper the least squares
integration method is applied. The Hungarian scientist
Milasovzky Bela (Ref 4) used the same method, obtaining
Card 1/2 a considerable simplification of procedure in solving

Application of the Least Squares Inteeration Method to SOV/154-58-5-3/18
the Determination of the Plane 11-fearent to a Given Section of Ground Surface
a similar problem of profile rectification. The procedure
is described in detail. The formulae (2) obtained permit
to determine the static moments of the volumes of right
prismatic and cylindric frustums with different base
contours. This method provides a reliable and simple meano
of determining the parameters of the plane nearest to a
given section of gTound surface. There are 1 figure and
4 references, 3 of uhich are Soviet.
ASSOCIATION: Leningradskiy ordena Trudovogo Krasnogo Znameni Inzhenerno-
stroitel I nyy institut (Lening-rad Order of the Red Labor
Dmmex~.Institute of Building Engineers)
SUBMITTED: December 13, 1957
Card 2/2

~BOIOTTN. A.I., dotsent, kand.tekhn.nauk
Theory of the effic'lent adjustment of the Tzecision of measurable
and determinable elements of the trigonometrical system. Sbor.
nauch. trud. WSI.~'0-3:59-76 1,59. (MnM 1~:7)
(Geodesy)

8/123/61/000/009/001/027
Aoo4/Aio4
AUTHOR.- Bolotin,-A,.'--,
TTIPLE~ Multi-item (gang) set*-!ng of special and multipurpose machine tools.
(From the wcrking pra,:~*Ice of the "Krasnyy Proletariy" im. Yefremov
Plant)
PERIOD!^ L., Refe-rativny
A .1 zhurnal, Mashincs-.royeniye, no. 9, 1961, 4, abstract
qB13 (V sb, "Gruppovaya tekhmol,, v mashinostr. i priborostr.", Mos-
cow - Leningrad, Mashgiz, 1960, 201 - 223)
9=1- The author cites the working practice employed at the "Krasnyy Pro-
letariy" im. Yefremov Plant (Moscow) in using a gang method of setting special
and multipurpose machine tools In the flow production of the IK62 machine. The
basis for this method is. the grouping of several parts according to overall
dimensions, material and technological features; assigning these parts to one
machine tool and equipping It with quick-change setting devices making it possible
to set and reset the machine tool, within the shortest time. The author presents
examples of gang setting on ver-lcal -.~.irnlng sem!-rvatimatics of tr%nsfer machines
Card 1/2

S,1123/61/000/C)09/001/027
Multi-item (gang),.. AOo4/Alo4
of various models, on milling and drilling machines stating their setting layout.
He cites designs of quick-chD-nge fixtures and numerical data on the time necessary
for the setting and resetting of machine tools when switching over to the tooling
of other items. There are 25 figures,
1. Bern.911teyn
[Abstracter's note; Complete translation]
Card 2/2

BOLOTIN, A.I., dotsent, kand.tekhn.nauk
'days of improving the effectiveness of the principle
0
in the elimination of systematic errors. Izv. vys.
geod. i zerof. no.4!39-42 161.
of least squares
ucbeb. zav.;
(MIRA 15:1)
1. Leningradskiy inzhenerno-stroitellnyy institut.
(Least squares)

GAVRILOV, N.I.;_P!?~OTIN, A.S., dots., otv. red.; RAVERGOZ, Ye.I.,
tekhn. red.
[Asymptotic law of distribution of prime numbers; a text-
book for university students] Asimptoticheskii zakon ras-
predeleniia prostykh chisel; ut-hebnoe posobie dlia stu-
dentov universiteta. Odessa, Odeaskii goo.uniT.,1962. 76 p.
(MIRA 17:3)

-~7 !aTm on-,,naqoAnwY, L. A.
"Dependence of Surface Tension on iadius of Drop't.
Uch. Zaps Kishinevsk, un-ta, 11, PP 153-156, 1954
Se:,dempirical approximate equation of dependence of surface tension
of the radius of the drop r is derived:O'~=C (1 - 2/.4,r 2/1 -Z r2.).
Where G is the surface ten~;I 0
-an of flat liquid surface; is a constant of
the order of magnitude of 107 to 1O'VCGS units. Concrete values for
various liquids are not specified. (RZhFiz, No 10, 1955)
SO: Sum No 812, 6 Feb 1956

3/04 60/Ooo/ooa/o13/035
'16-34'c'o 0111~0222
AUTHORSi Bolo tin and Dubolarl , V.K.
TITLEs The application of the method of the small parameter for
equations of higher ordor
PERIODICALs Referativnyy zhurnal. Matematika, no.8, 1960, 86-87
alostraot no.8870- Uoh. zap. Kishenevsk. un-t, 1959, 39,
253-26o
LTEXT: The author investigates the question on the critical mova'ble
points of the integrals of the equations
w(n) _ jj(w(n-I)'._'w,'w'z)' (1) Vx
where R is a rational function of w, w', WO PI'..IW (n-2),, W(n-1) and
analytic in z. By generalizing the method of Painleve' which is 'eased
on the theorem on the series development of integrals in terms of -
powers of the small parameter, the author obtains conditions for the
absence of critical movable points foT this equation. These conditions
read as follows: (n-1)
1) R must be a polynomial with respect to w , where its degree is
not higher than-two, i.e. (1) must have the form;
Card 1/2

S/044/60/000/008/013/03g/
The application of the method.,,. CI1I/C222
(n) . . (,(n-2)"
W 0 'W'Z) (w(n-1))2 +
A1 2
2) the coefficient A has only simple poles with respect to (n-2) and
0 41-
has no entire part, i.e. A (w(n~2)) 7" where N are
0 1 -.7 k
natural numbers. w k
lAbBtracter's notat The above text is a full translation of the original
t
Soviot abstracts-
Card 2/2

SOKOLuV, Ye.l. (lashinov); BOLUTIN, A.S. (Kishinov)
Study of a singular integral. Izv. vys. upheb. zav.;-mat. no.2:108,-119
163. (MIRA 16:3)
(Integrals, Generalized)

SOURCE CODE:
AUTHOR: Karmazin, V. S.;,'Bolotinj Ao S.
ORG-. Odessa State University (Odes1kyy derzhavrWy universytet)
TITLE: First boundsx7 value problem for a,polybarmmic function of p-th order in a
sphere
SOURCE: AN UkrR3R. Dopovidi, no. 1,, 1966., 2T-32
TOPIC TAGS: boundary value probleL, harmonic analysis, polynomial-
ABSTRACT: The authors solve the problem of finding on a sphere (V) a polyharmonic
function U of order p satisfying the equation 0) and subjected to the boundary
conditions Alu (Q), Q cz 1 .0,'~11,
The functions fi(Q) are assumed to be continuous and to have finite changes on an
arbitrary arc of the great circle of the spherical surface. The problem is solved
with the aid of spherical functions and a system of polynomials in terms of Legendre
functions. The solution is obtained in the form,
.4 A 1, P-1 co in
P
P-1 co r M
F,. tA(6 I. Y
=1 z (~r),, .' , .) 2,,, T.-
Y(M)
k " - - I .'i
Card 1/2

ACC NRz AP06W7755
and it is stated as a corrolary that ary polyharmonic function in the sphere (V) can
aslo be expanded in this series. This report was presented by Academician AN,
Yu. 0. WtropolIs'Iq7 (Yu. At Mitropollskly)s Orig. art. has: 14 formulas.
SUB CODE:. 12/ SUBM DATE: 3BNm&l ORIG RU: 003/ OTH REF: 002

P0,.'..r.TlN, A, ya. , I 'j I; ~', ', T; 'ol,' 11.1, r1, ; IMARPIV .
and remnval r.f' fu,-nt,,r-~ --age la',*
1. 1 0 - .1. 1 1 , "-s'
S , ,, ~,, r,-- .2, ';'1 6,8 F 't.4, ~% I? , 9 1~

BOLOTIN, B.I., inzh.; KOITDRkT#YEV, V.V., inzh.
Drainage in railroad yards. Zhel.dor.transp. 40 no.10:58 0 '58.
(MlRA 11:12)
(Drainage) (Railroads--Tards)

FATIRMANN. A.: VINETSXAYA. A.Yu.Ctransistorl; BOLOTIN. B.M. [translator];
SAFARYAR, M.K., kandidat tekhaicheski0l"W. TIORTILtor; M , P.R.,
vedushchiy redektor; TRCFIMOV. A.T.. takhnicheakiy redaktor
[Reinforced concrete tanks for the storage of petroleum and petroleum
products. Translated from the German) 2holazobatonnys rezervuary
dlia khraneniia nefti i nefteproduktov. Perevod a nemetskogo A.IU.
Vinetakoi i B.K.Bolotina. Pod red. M.K.Safariana. Moskva. Goa.
neuchno-takha. izd-vo neftianoi i gorno-toplivuoi lit-ry, 1956. 130 P.
(Petroleum-Storage) (MIRA 10:1)

BOLOTIN, B.M.
Pipolino for liquid gases. Stroi. truboprov. 6 no. W1-32 F !61.
(14MA 14: 5)
(United States-Liquifiod petroleum gas--Pipelines)

L 9861.61 Wr(J)IEIT(c)AW(I)IkWi(m)IBDS-AFFTCIASDIzSD-3--ro-LIPr-bi.-
.-ft1ww/my/1jP(0)
ACCESSION NR-. AP3001353* S/0048/63/027/006/0754-/0757
AUTHOR: Tersk-oy, Ya. A.1 Bolotin, B. M.; Brudz', V. G.., Drapkina, D.
A
TITLE: Effect of the substituent-on the luminescence of azomethynes,[Report of
the Eleventh Conference on Luminescence held in Minsk from 10 to 15 September
1962F-
SMCE: W SSSR..Izv. Seriya fizicheskaya,*v. 27j no. 6. 19631 754-757
TOPIC TAGS: luminescence of szomethynes, salicylaldehyde derivatives,
bydro)Wnsphthandebyde derivatives
ABMUCT: A nunber of sub8tances containikj an azometbyne gm* are knom to
exhibit strong luminescence n the crystalline state. Hence investigation of
crystalline azometbynes and factors is of practical
and theoretical interest. The suthors-b~ntheisizid*ahd Lnvestigated 44 -
azome-thyneso.. derivatives of salieyl.; and betz,-~hydrox~naphthald hyde; ing
procedures described In the literature, and five derivatives of para-dtSwWl-
aminobenzaldelWde. The spectra of the forwr in the pwdered state Vera rec~-%rdsd
Card

L 9861-63
ACCESSION WR: AP3001353
on an ISP-51 spectrograph vith an MP-1 attachment and an FEU-17 photomLltiplier
at room temperature; the spectra of the latter veree Studied in the crysta.11ine
state and in frozen dimetlWlformamide solutions at 77*K. Forutor inverstigatorn
(NdrMakhaMetCYVj. R. N. I Shirogin, D. R. Kozlov,, YU - 1. - PL'Clekov, V. L. - Optikp.
i BpektroBkopiyu, 11,606, n6i and ea 63R~,-143, 1145, 1962) inferree.
that the luminescence of azo compolurid~slq~idya~!ori,.CStIvnes is connected with
hydror,on bond asEociation leading to f iation of a"quasi-aromatic six-membered
rinE. The precent results indicato tha this factor) while favorable, is not
decisive; strong luminescence persists in frozen solutions wher'e intermolecular
H-bonding is imposEible. The authors attribute the intense luminescence'of
crystalline azomethynes to. inductive or field act'ion of the substituents, The
data may prove useful in guiding the choice of substituents to obtain bright
luminescence in the series of meta- substituted derivatives. Orig. art. has:
l figure and 2 tables.
ASSOCIATION: VsesoyuzrW*.v nauchno-lssledovatellski~ institut khimicheskikh
reaktiv9v i,osobo chisty!kh khimicheskikh veshchestv (All-Union Scientific
Research Institute of Chemical Reagents and High-PurlU Substanraes)
Card 2/3

25050
S/064
/61/000/007/002/005
B124/B206
A~TV~ORS. Vayser, V. L., Ryabov, V. D., Bolotin, B. M.
TITLE: Synthesis of polycarbonates and epoxy resins on the basis of
1, 1-(4, 4-dioxy)-diphenyl ethane
PERIODICALt Khimicheskaya promyshlennost', no. 7, 1961, 24 - 25
TEXTz For the manufacture of epoxy resins, polycarbonates etc., the
authors propose, instead of diphenylol propane, another diphenol, i. e.,
i'l-(4,4-dihydrox~-diphenyl ethane (D), which had already been produced
in good yield in 1904 by condensation of phenol with acetaldehyde. In
previous papers (Ref. 2t DAN SSSR, 21, No. 4 (1954); Ref. 3: DAN SSSR9
j22, No. 5 (1955); Ref. 41 Sbornik trudov 9-y nauchno-tekhnicheskoy
konferentsii Moskovsk, neft. inst. 1954) the authors described the synthe
of this compound by condensation of phenol with acetylene in aqueous or
alcoholic solution in the presence of an acid catalyst: 2 O-OH + HCE-CH
~HO-O -CH- O-OH. In aqueous solution this reaction proceeds over
6H3
acetaldehyde (Ref, 5: V. L, Vayser, V. D. Ryabov, DAN SSSR9 100, No. 2
(1955)). A number of cationites and aluminum silicates are being
Card 116

25050
S/064/61/000/007/002/005
Synthesis of polycarbonates ... B124/B206
investigated as catalysts for this reaction. It was the author's aim to
find out%Nhether the dihydroxy-diphenyl ethane obtained from acetylene and
phenol can be used for the synthesis of polycarbonates and an epoxy resin.
The polycarbonates were synthetized by condensation of D with phosgenel
q
n HO-r'K'PH-O-OH + nCOC1 2 2 "0 H ~_O In + 2nHC1, applying
. '~% 3 H3 ' -
direct phosgenization in the presence of NaO11 or pyridine, or phosgeniza-
tion at the interface of two phases. D, twice recrystallized from benzene,
with a melting point of 1230C, was used for the experiments. Direct phos--
genization was carried out in a three-necked flask with a mercury seal,
mixer and reflux condenser. An alkaline solution of D, methylene chloride,
and a catalyst were added into the flask, and phosgene was passed through.
After termination of the reaction, the reaction mass is mixed for another
hour, methylene chloride is removed by steam distillation, the poly-
carbonate obtained is rinsed with hot water up to neutral reaction, and
dried at 800C. The experimental results are given in Table 1, which shows
that the mean molecular weight and the melting point of the polycarbonate
rise with decreasing reaction temperature. Phosgenization in the presence
of pyridine was carried out as followst 11 g of D, dissolved in methylene
Card 2/ 6

25050
S/064/61/000/00-1/002/005
Synthesis of polycarbonates... B124/.B206
chloride, and 24 9 of pyridine were treated with phosgene for one hour at
20--350C, nitrogen was blown through after termination of the reaction,
pyridine hydrochloride was decomposed by aqueous lye, the polycarbonate
obtained was treated with steam and rinsed with hot water up to neutral
reaction. A total of 8 g of polycarbonate with a molecular weight of 4100
was obtained from 11 g of D. No positive results were obtained by phos-
genization at the interface of the phosgene solution in chloro benzene and
the basic solution of D. For polycarbonates obtained by direct phosgeniza-
tion in the presence of NaOH, melting point, molecular weight (viscosimet-
ric-) and hydroxyl number were determined; they were submitted to elementary
analysis and fractionated. The hydroxyl number of the polycarbonates was
determined by acetylating with acetic anhydride in the presence of pyridine
and titration of the acetic acid formed with 0.5 N aqueous alkali against
phenol phthalein; the hydroxyl content amounted to 3.26%. The results of
the elementary analysis (73-76%C, 5.16%Hl and 73.98%C, 5.861AH) are very II'/
close to those calculated from the formula O-OCH -00-1 (75% C and
6H
3
5% H). The polycarbonates were fractionally precipitated
Card 3/6
by methanol from

25050
S/064/61/000/007/002/005
Synthesis of polycarbonates ... B124/B206
a lz5~ol solution in methylene chloride, two fractions with molecular weights
of 29500 and 43600 being obtained, The -)A-1 (EA-1) epoxy resin was also
synthEtized from D .. with the same polycondensation degree as the )-40 (E-40)
resin produced from di.phenylol propane, and the properties of the two
resins were compared, For the resin obtained, the molecular weight was
determined according to Rast to be 455, the epoxy number to be 19.8%. and
the droplet-forming temperature according to Ubbelohde to be ~320C. Com-
parative tests of varnish coatings obtained from the EA-! and E-40 resins
were made at the institut 01TA-4 (Institute GIPI-4) ; the results are given
in Table 2. There are 2 tables and 5 Soviet-bloc references.
Card 4/6

TERSHOY, Ya.A.; BOLOTIN, B.M.; BRUDZI, V.G.; DRAPKINA, D.A.
Effect of substitutes on the luminescent properties of azomethine
compounds. Izv. AN SM. Ser. fix. 27 no.6:754-757 Je 163.
(MIRA 16:7)
1. Vaesoyuznyy nauchno-issladovateltakiy institut khimicheakikh
reaktivov i osobo chistykh khimicheskikh veshchestv.
(Schiff bases--Spectra)

KRASOVITSKIY, B.M.; BOLOTIN, ILM. NURMUKILOIETOV, R.N.
Azomethine bases. Part 1t Structure and absorption speotra. of
nalicylalanilines, Zlmr. ob. Aim. 34 no.1133786-3791 N t64
(MIRA 18:1)

ACCESSION NR: AP4043944 S/0168/64/019/008/0009/0014
AUTHOR: Bolotin, D. N.- (Active member)
TITLE. Using oriented nolzmalized graphs for calculating transfer coefficients
SOURCE: Radiotekhnika, vi 19, no. 6, 1964*, 9-14 f
TOPIC TAGS: graph, oriented graph, normalized graph, transfer. coefficient
ABSTRACT: Using a bloc' -Aiagrarn of an amplifier stage with several feedback
circuits as an example, C. L. Coates' rules for constructing an oriented
normalized graph (IRE Trans. -on Circuit Theory, v. CT-6, no. 2, 1959) are
demonstrated. Another act of rules is set forth for eliminating the input apices
in the graph, which permits computing the transfer coefficient of a multi-input
electronic circuit subjected to noise. In the case of a wideband amplifier with a
significant interelectrode capacitance, the admittance matrix is of the square
type; such a matrix has no oriented normalized graph. A special technique
Card 1/2

ACCESSION NR: AP4043944
(generator-load scheme) is suggested to obviate this difficulty and to obtain an
artificial nonsquare matrix which obeys the above rules. Orig. art. has:
5 figures and 15 formulas.
ASSOCIATION: Nauchno-tekhnicheakoye obshchestvo radiotekhniki i elektrosvyazi
(Scientific and Technical Society of Radio Engineeriiij and Electrocommunication)
5UBMITTE..~., -09Jun63 ENCL: 00
SUB CODE, EC NO REF SOV.* 002 OTHER: 002
C.,d

'~SN108/65/020/001/0018/0023
ACCESSION NR: AP.5004419
AUTHOR: Bolotin, D. N. (Active member)
TITLE- Generalized graph and its use in calculating electronic circuits
SOURCE: Radiotekhnika. v., 201, no. 1. 1965. 18-23
TOPIC TAGS: graph, generalized graph, electronic circuit
ABSTRACT: Based on Y. C116WIS and E. Cassignol's work ("Linear Signal Flow
Graphs and Application, "1962). the article tries to develop a representation of a
complicated electronic circuit by a graph that would have these features:
(a) includes all internal.points of the circuit; (b) its branchem represent the
transfer factors; (c) its loops have a weight factor of -1; (d) possesses the
properties of structural diagrams. In such a graph, the number of nodes is equal
ta-:
-to the nurnbe-~ of actual circuit nodes. ~ This graph permits -imposing noise Him
a convenient r
J,tions and i for analyzing elect onic circuits in several, including
Card J12

PHASE I BOOK SULOITATION SOV/5303
Mauchno-tekhnlehoakoye coveshchanlye po dempfirovaniyu kolebanly.
XiYev, 1958.
Trudy Nauchno-telchnichoskogo sovesheMnITa po domprirovanlyu
kolebanly, 17 - 19 dekabr7a 1958 S. Transactions or the Sci-
antifIc and Technical Conference on the D3.mpinZ or Vibrations,
Hold 17 - 19 Docembor, 1958) rlYav, Izd-vo AN UkxSZR, 1960.
278 P. 2 ,000 copies printed.
Sponsoring Agency: Lkadamlya nauk UkraInakoy SSR. 1=tItut metal-
lokeramiki I apatsiallay" aplavoT.
Editorial Board: X. N. Franteavich, G. S. Fisarcnko (Reap. Ed.),
0. V. Samsonor, V. V. GriForlyeva, and A. P. Yakovlav; Ed. of
Publishing House: I. V. Mains; Toth. Ed.: A. A. Katveychuk.
907==E: The book. contains 27 articles dealing with principal ra-
Nults of theoretical and ax-parlmontal InvestIzationz of energy
dissipation In mochanical vibrations carried out in the Soviet
Union from 1956 to 1958. Proble= of enor&y dissipation In ma-
terials and factors affecting it are discussed. Purportedly
now methods or experimental invastlZation or da=p1.nZ; of vibra-
tions are presented. Attention Is aven. to the recently de-
veloped nonlinear theory of calculating vibrations In elastic
Systems, taking energy dissipation Into account. Atte--pto to
analyze internal energy dissipation in materials using rethoda of
matho=tIca.1 statistics are discussed. Some articles doal with
engineering problems In dyr-wales, in which damping In clainad to
play a highly substantial part. Aspirant N. 1. Mukhln, of the
Kiyov Polytechnic Institute, in nentioned. References accompany
so=e of the articles.
TABLE OF CONTENTS:
Ple&renkc, 0. S. Surrey of Studlei*, Rade In Elyev, of Domping
of..:Tibrations .3
_Xorikov, X. V. On Energy Dissipation In Heat-Resistant Alloys
Yibratii4-it High Temperatures 130
KhIllchavakly, V. V. On Effect or Low Temperatures on Energy
-`Di-Esf~atlon 1.6-n-Naterial Vibrating Tran5versally 134
Erishtal, M. A., and S. A. Goloyi-n. Special Features or
T1&r41r4-of'-VIbrnt1ona _I]d Fiiiv=agnct1c Specimens Being Tested 140
Shashlov, V. I., ECandidato of Technical Sciences). On the
XhteFre1:atIoE_Between Damping Properties and Some Strength
Characteristics of Carbon Steel 143
Dabrivnyy, 2. To., [Assistant]. Research on the Damping of
-7ro-e-Vibratioiisin Wire Cables 145
Bratuals Ta._A_ EAnslatmnt), and 0. S. Pisaranko. Research
';in th6--Vairping or Vibrations In Bundles of Rods 151
OL
.ran, V. V. investication or Vibrational Stability of
_)WdrAnIWsia'HavLz% Cylindrical Springs Forced to Vibrato
Longitudinally 160
Babayev, M. X., S. K. Dorofeyuk, and V. 0. Lentyakoy. On
ReFlotandda -3n a Vibrating Ship I a Sull - --- -, 164
balotin, F.-P., and 1. A. r1ye. On the Role or Internal
-Friction 10 Liniting tEo~_'koriiioiufl-Raconancc Vibrations In
Ship's Shaft Casings 171
Ovslyenko, 0. M. On Effect of Elastic Vibrations of a Bolt
--70=t-an-n_9_9o_ltfa Looaon4iz i76
AVAILABLE, Library of Congress

3100
D'i 2, S/12b/bi/012/004/001/021
Mi E032/E514
AUTHOPS- Bolotin A and Sokolov, A.V.
(it"! Ical I)'-OfYf-ftJL-5 Ot' a gYroelectric meditim
i The %tructure of' tensors dese'ribing the f'orced
ani3otropy in the electrical and magnetic properties
ol an isotropic medium
PER11JOrCAL. Pizika metallov i metallovedeniy,. v.12. no.4, i9bi,
ligi-49ii
'I EIX r, The auitiors (11SLUMS the dielectric constart and the
magnet'ic permeab-,lity xeiicicis of an isotropic medLum in the
presk,!nce of' a magiietxc Vield, An invariant representation f'ot
these tensors is derived.. The invariant f'orm of' the tensur
a z,s obtained as l'ollows., Consider the complex conductivity
e lis 0- A A
G' = 0 + I wCk
where j is the polarizability xensor. If the dispersi%-e
medium has a conductivity "' i,,) in the absence of a mag-netic
0
f'i t, I d. t h Pu as soon its the magnet i c 1i eld j b introdtit. ed and a
sp4~cjal di-rection i-vi thereby del'ined, the conductivity becoines
Card 1/1;

0 p t.-A- c: a.1 p r opel titts of a
3104 7,
S/12b/61/012/004/001/021
E032/E5i4
di i*fereii I in di.; 1"Prent d i rect ion s.- it remains Ehe same as tie for e
in the dit3ection of the magneLIC field but-is different in the -
perpendicular direciion The e1ectr.7.c. fieLd E (light wave) can
be expan6ed as foliows:
F . w- ty F ib x )bx11 xE (.1 + ib')OOE~
wilere b i. sthe unit vector in the direction of the magnetic field
( gyrot ropi C: axl,.s In rhi-s Forinalisin the generalized Ohm's law
taRes the Form
j_, - r, ; 1) ~ bE I t)')bxb'F, (I + ib')b'b'E. (1)
0- 2
and the conductivity tensor for an arbitrary orientation of the
gyrotropic axis is given by
x x x 1, x x X
01b b it) )b L)
0-
Assuming that tile motion of the electrons in the medium is
Card 2/5

Optical properties of a
described by
31o47
S/126/61/012/004/001/021
9032/E5i4
my - -eE - e [YH - m -v. (3)
- cl, -4
wnere is the relaxation frequawyandli is the effective
magnetic f-jel,j "seen" by the conduction e
Aectrons, it is shown
T.hat the die.1 Pc t t ic constAni tenuor is given by
A x
+ ic-I Qb t (r; - cl)b-b.
IV
(10)
2,
El + L,
!t) the ahk-vt,. velation
0 Y+
2
G) t j, C
C-ird 3/5

3lo47
Otit it.-al vroperties of a S/126/61/'012/00!t/001/021
E032/E5i4
eH
and ,c -'rhe corresponding expression
mc
r ibe magnetLC permeability tensor loi shown to be
A %
t i4 Mb 1 61 U)IlVb, (23)
0
m __ 4, -, U_
U
4 TrX (21)
0 + i to
i(C
IL+ 41rx 0 Y-i ((Z#L.,
p
iind p is the ferromagnetic resonance frequency. There are
'i references; 4 Soviet and 1 non-Soviet. Tho English-language
r 4F, V e - i- n c e r e a (I s a s follo*vq,. Ref.i. Wangsnt.~s .(.K. Phys.Rev.,1955,
98, No,4, 927,
Card 4/5

31047
Optical propertips of a ... S/126/61/012/004/001/021
E032/E514
ASSOCIATION: Institut fimiki. metallov AN SSSR
(Institute of Physics of Metals AS USSR)
SUBMTTTED: March 2, 1961
Y
Card 5/5