SCIENTIFIC ABSTRACT BAKHRUSHIN, A. B. - BAKHSHIYEV, N. G.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000103110014-0
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 6, 2000
• Sequence Number: 14
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

22hO4
S/1)35/61/000/005/041/042
A001/A101
AUTHORSs Oatrovakly, A.Ye,, Bakhrushin, A.B., Mironova, L.I.
TI = i Earth's tidal inclines according to observations at
Kondara In 1958
PERIODICALI Referativnyy zhurnal. Astronom iya I Geodeziya, no.
5, ig6i, 33, ab-
stract 50217 (V ab. "Gravimetr. issledovaniya", no. 1, Moscow, AN
SSSR, 196o, 41 - 44, Engl. summary)
TEM Observations of tidal variations of inclines were conducted
in a loo-
m adit In 30 km rrom Stalinabad by means of inclinometers with
photoelectric re-
cording. The Incline measurements were carried out in two
azimuths: North-South
and East-West. The results of harmonic analysis of three monthly
observational
series are presented for each component. The most reliable
results were obtained
for the M2 wavel In the North-South component 0.888 + o.o14
in the East-West component o.6og t 0.031
The high values of r = 1 + k - h obtained from diurnal waves are
caused, probably,
by a temperature wave or a like frequency. B. Pertsev
[Abstracter's note: Complete translation]
Card 1/1

BAMUSHIN, A.B.; ARTAMASOVA, G.P.
Dinmal variation of the cotifficients Oy'and.X. Dokl. AN Tadah.
SSR 6 ho.5:20-23 163. (KIAA 17W
le Institut saysmostoykogo eiroitelletva i sysmologii AN
Tadshikskoy SSR, Predstavleno chlenom-korrospondenton AN UkrSSR
Z.N. A sent lyevoy.

ACCESSION NM AR4033695 1/0169/64/ 7/0028
SOURCSo \Rof* sho 090fize, Abs. 20193
0r=i Bakhrushinp A* Be
i
!TITLEs Results of observations of tidal tilts at londars, station
4
"ICITED SOURCEs Sbo Ituoh s6zon.'prilivove No. 3. U., AN SSSR,
1963, 70-82
~TOPIC TAGS# gravity field, earth tide, tiltmoters photoelectric
tiltmeter
'~TRANSLATIONt Observations of tidal variations of tilts were made
at Kondars, (28 Iml
!to the north of Dushanbe) from September 1968 through January
1960* Three sets_of
)photoelectric tiltmotors of the A* Yo, Ootrovakly system were
used* The instru
Imonts were not up in a drift at various dist"es from the adit.,
Recording was in 11
a separate chamber near the edit or the drirto The diurnal
variations of tempora- I I
turo within the drift were - 0*0100* Relative hunidity was 100%*
The drift Peno- i-
~Itrated into granites in a zone of a major' fracture* Tilts were
recorded in direc-
~,"tlons close to the meridian and prime vertical* The accuracy of
"Inuthal setting
I of the instruaonts was-wo 131 * Sixty independent monthly series
or obsorTatione
were subjeated to humnio malysiss The snalysts rovosleds 1)
obsoierations as,",

ACCESSION NRt AR4033596
using the Instruments set up in different places in the drift
and having close
azimuths give values Y a I / k - h differing from one another by
20-.30%t, 2) in
observations made with a single instrument the scattering In If
attains 20%9 The
scattering in the phase shifts attains still greater Taluese The
res,sona for such
a large scattering in the results for the time being Is
unclear*' The analysis also
indicates that for any set of Instruments the nuabers Y computed
on the basin of
the M2, ways confom to the inequality Y M-8 > Y I-Wo The mean
valuo Y obtained
from the records of all instruments is 0*709.+0*060* D* Partsev
DATE ACQe =044 BUD CODRs AS INOW 00
C'M 2/2

BAKRIUMINt jr."AGEY Iijd)(1.1ROVICII
"nucluVye trady (Scientif le
AkadomIl Hauk SSSR, 1952 V.
At hand of title: Akadvalya
Lib. Hast v.1
worka) I:u3kva, Izd-vo
Port
Nauk 566R. InatItut Isturli.
11/5 - - - - - - - - -- -
I
100.1
. B1
b lelz.qewt~ -

--BAKHRUSHINO V,A*j BONDAREVj A.Yo*; PRIKHOZILANO A.Yes; YAKIMOV,,
P.I.
Overall mechanization of the assembling of structural elements#
Prom. stroi. 41 no.2t17-20 F 164. (MIRA 170)
1. Treat Volgogradorgstroy (for Bakhrushin Frikhozhan), 2, Uprav-
leniye Yuzhatallkonstuktaiya (for BondarOVIO 3. Gosudarstvennyy ir~-
stitut po proyaktirovaniyut issledovaniyu i ispytaniyu stalInykh
konatruktaiy i mostoy (for Yakimov)e

S/117/61/000/004/001/007
A004/AlOl
AUTHOR: Bakhrushin, V M
J.-
TITLE: Pulsating conveyor for the trimming and cleaning of
large-size
castings
PERIODICAL: Mashinostroitell, no. 4, 1961, 12 - 13
TEXT: The new pulsating conveyer was put into service at the
Khar'kovsmy
traktornyy zavod (Kharlkov Tractor Plant). On the suggestion of
the author and
the head of the cleaning shop, Isichko, the conveyer was built
without interrupt~-
Ing the production. The new conveyer is assembled from two
individual conveyers
connected by a tilting device and two roll trains. Cylinder
blocks of the CMA
(SMD) and AT -54 (DT-54) engines having undergone cleaning on
suspension emery
wheels are put on'.the conveyer by a half-ton crane while the
driving mechanism
conveying the castings is switched on either by hand or
automatically. Simul-
taneously the pull rod of the second conveyer is set in motion
and each cylinder
block travels by 2 m. They are stopped either manually or
automatically. The
driving mechanism is switched on In intervals of every 3 minutes
when the blocks
are successively transferred from one operation to the other.
After having pas-
Card 112

3/117/61/000/004/001/007
Puisating conveyer for the trimming and ... AO04/A10l
sed six operations during which the oil sump Is trimmed, and
cleaned the blocks
are pushed onto the tilting device where they are turned
through 1800, then they
are moved onto the second conveyer where the water jacket of
the blockq Is
cleaned. Having passed successively four operations the blocks
are moved to the
receiving station. One of the main advantages of the new
conveyor line is the
fact that the hygienic conditions of the operators have been
considerably im-
proved, since two ventilation chambers are Incorporated In the
line in which
the dvst and small casting heads are sucked off, while big
casting heads are
thrown on a rubbish conveyer belt. While formerly the output
of one worker
per shift amounted to 8 - 9 blocks of the DT-54 tractor
engine, the output Is
now 14 - 15 blocks; moreover the blocks of the SM engine,
formerly cleaned
on a special platform, are now cleaned togeUier with the DT-54
engine blocks on
the same conveyer. There is I figure.
Card 2/2

BAKHRUSHINP
Determining the amount of.rook pressure on supports In the
faae
area depending on itavidth and time length of supportinge
lav,
vys, ucheb, sav,j tovet. not. 8 no.5s12-16 165. (MIRA lAt,'O)
1, Severokaftasekiy jornoisetallurgichaskiy inatitut, kafodra
rasrabotki mostoroshdoniy polesnykh iskops:y*wykh,

BAKHRUSHIN, Ye.N.:
Tp--m-Cso ~rnining practices in Swedir-h mines; from data
In foreign
publications, Izv. vys. *icheb. t9vat. met. 5 no.21162-
166 162. (MIRA 15:3)
(Sweden-Mining engineering)

UKIIRUSIIIN;, YO.N.
Investigating the possibility or ventilating uprise
shafts
through boroholes. Izv. vys_. ucheb. zav.; tsvet. met.
4 no.3:
19-21 161. (MIRA 15:1)
1. Severokavkazakiy gornometallurgicheakiy inatitutp
kafedra
razrabotki mestoroshdaniy poleznykh, iskopayemykh.
(Rine ventilation) .

BUMUSHINP U.N.
Level trenches in the top slIcIng cover caving method ISV.
VYBO
ucheb, say.; tovet, not, 6 not4tlO-16 163. ihMk 16j8)
1e Severokaykaukly gornometaUvWcheakly inBtitut, kafedm
r,azrfbotid moBtorozhdeniy pol~znykh iskopayemykh.
(Mining anginoering)

---B4 TEARI"[tmnnlatorl~ BARS 0 ro-d-.;ZMARS~- A.,
SlULAKVELIDZE' p
takhn. red.
(Hoisting# coveyingp and oxcavating machinery] Colsanaep
tran-
sporta un zeros darbu masinan. Riga, Latvijas Valsto iadev-
nieciba 196L 241 p. Translated by H.Teteris. (MA l5z7)
lHoisting machinery) (Conveying machineiT).
(Excavating machinery)

BAKHSHALIYEV, Yu.F.1 SNESARI, A.M.
- -,- -- - -----
Miners of the D&Ivostugoll Combine struRgle to carry out
the
resolutions of khe 22d Congress of the OPSU. Ugoll 37
no.8s
14-17 Ag 162. (MIRA 1539)
1. Nachallnik kombinata D&I'vostugoll (for Bakhah&liyev).
2, Starshiyinsh; proilvodetvenno-tekhniohookogo otdeledya
kombinata D&lIvo tugoll (for Snesar').
(Raichikhinsk Basin-4oal mines and mining-Labor
produativity)

KHANINA, TS.G.1 IIWGER, N.B,; GOFISIINIKJI I.Sh.;
BAUSHMOVA. G.P.
Uulng Ilquid A-ol&Ba bitimen in pavementa, Avt.dor. 28
no.13t10-11 N 165. (KMA 18: 1,1)

WKHTIYU, S.D.; SEIDOV, N.M.; BAKHMUZADE, A.A.; KAMBAROV, Yu.G.
Production of terephthalic acid. Azarb,khim.zhur. no.4:33-39
163.
(MIRA l7s2)

BAKH3HINYA!;, G. I., Canrl ACr Scl -- "Con,iltion
nnd i-.,xnns of
stren,,,~theninC th.e fodder base In certain
re6ions of the
West GeorGlan subtropical zone." Yerevang 1961,
(Com of
the Council of Ministerii ArSSR on Hij;her and Sea
Spec Ed.
Yerevan Zoovet Inst) (KL, 8-61, 252)
- 350 -

ALEKSASHKINY A. V. ; doktor fix.-matem. nauk, prof..
red.; ULISKIT, D.A. , red.; YEZHOVAO L.L.1, teUm. red.
CApplication of doubleintegralelPriloshenie Avoinogo, integ-
rala. Lektolla vtorala. Pod red.F.A.Bakhohliana. Moskva, Goo.
isd-vo "Vysshaia shkola," 1960. 26 po (MIU160)
(Integrals, Multiple)

BAKHSHIYAN, F.A. (Moskva); MOISEYEVA, R.S. (Moskva)
-1--I -
Some nonlinear problems of the motion of a viscous
plastic medium.
Izv.AN SSSR,Otd.tekh,nauk.M9khJ mashinostr.
no-3t170-174 Mq-J8
163. (MIRA 1618)
(Dynamics)

!A)i~DIXV, NIJ kolt,y Androye'vi-11; , ". ".,
:~, k t'.' ~- f A- ; .
nnuk, prof., otv. red.,- G(!N(JiAjit(NA, .1.6.,
[Elenents of vector algebra; textb,~,k f'or a
courzo in
highor matheratics] Elementy vektonvi ulgebriy
'. u.-, lit)
posoble po kursu vysshei ii.atepntikl.
Fo,,ikvu, Vsez,()7a-
ochnyi politekhn. in-t, 1961. 46 p. (milul 1,7:
)

BAlUiSHrYAN- F--A-
USSR/Nathems1ics - Approximation Jul/Aug 50
Ptqsics - Armor Piercing
'Approximate Solution of Certain Problem of
Noastationary-Motion of A
Viscoplastic Medium," A. Me KochetkoTp last of Mech, Acad ScL
USSRp Moncow
"Prikled. Matemat, i Makh* Vol XIV, NO 4
Considers two subject probelass (a) problem of blow by hard
cylinder on plate
as originally studied by r, A. Bakh3hiyan in.--nisogR a c Flq
'- In a Blow-9f a
Cylinder on a Plate* 1x VRFIE5a-lfil~t i-RWk-h- Vol 111, No
1, 19481 and
lb~ ~o ~~ motion of visooplastio medim. Submitted 3 Apr 50.
166T46

, -i-r, Ar, ul~i. *. :
k 1, - - - ~ , - - - ~ - ) ~ - -
I ~ - :, A
. I . r : "

I
j

ZTERVII, Anatolly Vladlmlrovlc~i BAKIWIIITAN F.A,,,, prof.,
oty.rod.; BANK,
I.T., red.isd--va; 1108HUY. r,u., ih~r6d.
(Fourier's series and integrals; lecture for students of
technical
correspondence colleges] Riady Furlo i integral Purle;
lektaii,x
dlin studentor saochnykh VTUZov. Pnd red. V.A. Bakhabliana.
~bskva. 1958. 46 P. (MIRA 12:2)
(Fourier's series)

RIPO Boris Abramovich, prof.; BAKHSHIYAN,
v . " _,-' - , of.; ANDRITEVSKIY,
F.P., dotsent; MIROSHio mp'vep Aotsent; NAGAYSTA.
V.M.. doteent;
WBOIST, N.A., dotsent; SOKCLOY, A.M,, doteent;
SHAPIRO, Z.Ta..
dotsent; SHUSHARA, G.N., doteent; KAPLAN, I.B..
starshiy pre-.
podavatell; MUOT, A.P 'j starehly propodavatell;
FOWZKOV,
D.Pe. starshiy prepodayatell; TOPAZOV, N.G.. starshly
prepods-
vatell-. SHCHMAXOT, S.S., starehiy prepodavatell;
Prinimali
uchAettys: OOLIrSNVBTM, A.L., prof.; BARANMOV, GiS..
doteent;
BEEKAN, Ta.R., dotsent; LUNTS, G.]~., dotsent;
MOSTAKOV, A.A.,
dotsent; aNURMAN, V.Te.. starshiy prepodavatell;
Rozentall, M.I.,
assistent; SOKOLOVA, L.A., assistent. ROZANOVA, G.K.,
red.itd-va;
KUZtMINA, N.S., takhn.red. (Continued on next card)

F U= Boris Abranovich--(continued) Card 2.
(Higher mathematics; methodological instructions and control
assignments for the students of correspondence technical
sohools of university level] Tysshais matematika; matodi-
cheskie ukazentia I kontrolinys sadanlia dlia studentov
seochnykh
vysshikh takhnichaskikh uchebnykh savedenil. Izd.g. Pod red,
B.A.Pukea. Moskva, Gos.Izd-vo "Sovetskals nauka.0 1958. 179 p.
(MDU 12:9)
1. Russia (1923- U.S.S.R.) Minipterstvo vyoshego-obrazovanlya.
Netodicheskoye upravlenlye.
(Kathematics-Study and teaching)

ALUSAMMIN, Alaksandr Yladimirovich;, AMWUYAN, F.A., prof., doktor
fisiko-matem.neuk, red.; ARTHNOTAo T.1,#--'red.Izd-va;
SAGITULLIKAO
R,I., takhn.red,
[Double integral and change of the order of integration; lecture
No.11
Dvoinoi Integral I Ismansuis poriadke intogrirovanlia; lektalin
pervaia. Pod red. F.A.Bakhohilana. Moskva, Tses.za ochayi
politakhn.
in-to 1959. 19 P. (MIRA 14ti)
(Integrals)

250) SOV/28-59-2-24/26
AWSMS: Dozhukov, B.P., Chief of the OrK at the "Frezee
Plant;
Bakhehlyanp F.A.p Doctor of Technical Sciences)
Professor;
r --Doctor of Technical Sciences, Professor; Kokhtev,
A., bigineer.
A Valuable Textbook for Engineers (Teennoye posobiye dlya
Inzhenerov)
MIOMCALe. Standartizatsiya, 1959, Nr 2, pp 6o-61 (USSR)
ABSTRACT: The book by A.M. Dlinj "Mathematical
Statistics in Engineer-
ing" (wMatematicheakaya statistika v tekhnike") is
reviewed
in this article.
Card 1/1

ZAPOROZHETS, Grigoriy Ivanovicb; UKHSH1TAN,_TA.,,_red.; SELIVEI'WOVA;
A.I., red. izd-val MUWTO-VA~ f.T., tekhn. red.
(Textboqk for solving problems in mathematical analysis] Ruko-
vodstvo k resheniiu zadaeh po matexaticheakoru analizu. Moskva,
Gos. izd-vo "Vyeshaia shkola," 1961. 403 P* (MIRk 1512)
(Matheratical analysis)

EWP(J)/9WT(1)/EW1(x)., 10(c). RM
~ACC NRI 05027664 SOURCE COM WV0051/65/019/005/0698/07W
AUTHOM Dakhjhj"yj--N. Q I PtjqypkqpL I,_Vt_
!CRGI Done
TITLE 9: Universal Interwo) 'toular reactions W thetreffsot on the
position* of
electron spectra of molecules to two-oomponent solutions * X. Study
of the
.absorption and fluorescence speotta,iof 0~~ami~ds in a wide
temperature range
;(20-3000)
ISOURCEs "Ika I spektrookopiya*l ve 19# not 50 19-It 698-708
6
TOPIC TAGS a intermolecular oomplex# electron spectrum, solution
property*
;'beat *ffeot,, fluorescence alvetrum
ABSTRACT i Me results m-a given or measurIng at '10-30D0 the
fluorescence segitra,
!of six phthalwolde compounds (4-widno; 3-amino; 3 monomethyl adno;
316-diamino;
13,6-diacetylandno; and 396-tetranothyldlaminophthiLlamides)
dissolved In solvents
variable chwdosa and physical properties (benzews# sthylaoetatet
laoaxyl sloobol#
;acatone, anisole, carbon tatrachloride,, pyridine,, toluene, and
dioxo1ane), A
1/2 UDOs 539.196.3

L 28351-66
Are Hits Ap5o27664
comparison van mde of the experimental date wj,th the theory
advanced by the
-,-jauthor on the effect of universal intermolecular roadtione on
the position of eleot4b
ron spootra of molecules In 2-oomponent solutione, The
experimental data Vero In
good quantitative agfewent with the theoryl Viers is a complete
parallelism between
~tba dependence of the character of the spectra on the temperature
on the one hand' I
.and the effect of various solvents at rcxm temperature on the
other hand. The effect
iof temperature on the position of the spectra is expressed
through an alteration
in the solvent propertleel 1,.e# j by changes In the energy ~f the
Intermolecular
reaction, Crige art. hass.1 formula, 4 tables and 4 figs
SUB CODES 20/ SM DATEs' 09Jun64/ MIG RUn 020/ OTH RM 006
Card 2/2

UM/Drillina kat'ninery May 1947
Stem thermodynamics
"Characteriatic Curves of Recently Deal(qued Steto
Drilling Machines n P. A. Bakhohlyan, 7 Pp.
"Energeticheekly B.Tulleten," No 5
Mathematical discussion Illustrated with formulae,
graphs, and tables of curves showing the relation
between torque and nmber of revolutions for various
cut-offs, curves showing the relation of steam
expenditure for I horee-pover hour to n=bar of
revolutions for various cut-offe, and curves showing
the relation of torque to nwiber of revolutione with
&.constant expandIture of steam. 16775

TV TrYTU
YAN' Ts. -4-.
USSR/patrolem BAustry Jan 49
Drina, oil wall, ~
"The Drilling Assembly With a Built-In Heating
Unit, SITU-300," To A ihijanj, So 0. Sixonyan,
Olproneftemshvoat;k,~ ~pp
*Bnerget Byul" No 1
Veeigned and manufactured by GiproneftemashVostok.
Test rAodel was Installed at Yelshansk patrols=
onterpriss, wA was to have been tested during
winter of 1948 - 1949. Gives basic characteristics
or equipwnt. Tabulates results or factory toots
an the drill. Several cutaway sketchas sbov heat-
I pi"t of equivoont.
v_ . - 33/49ML
i

.. 41".. ,
-,~ t, --
k-7"
., I/

SAMUMN, TS.A.
0"*" .-
Datormining Me"inittal parameters in designing
petroleum refin-
ar7 furnacos. thin.1 t*kh.tople no*U;63-72 1 136.
(XLBA 9:11)
1. Giproneftemash. (Turwwoo) (Petroleum-Uftning)

PAR SHITAN
Panel burners for furnace@ and boilers* Ges.prow.
no.20-10
7 157. (KIRA 10:3)
(Gas burners)

BAMIIIYAN, Ts. A., (Eng.)
"Panel Burnerv for Furnaces and Boilers Petroleum
Refineries"
(Tbowy and Practlas at fts CambuotIcal Trumatlow at a
ScleatIfla =d
ToobnIcal WatIft) LMADSMds, GmtoOfthia"to IW- 34 P-

/ ) - I -
15- P
AUTHOR:
Bakhshiyan, Ts. A. 65-2-5/12

TITLE:
----------
The Degree of Utilization of the Heating Surface of

Heating
Tubes in Petroleum Processing Furnaces.

(0 stepe-ni
Ispol'zovanlya poverkhnosti nal-reva

radiatsionnykh trub
neftezavodskikh pechey).

PERIODICALt
i
Khimiya I Tekhnolo iya Topliv I Maselp 1958p Nr.2.
T

.
pp. 26 - 33* (USSR
ABSTRACT%
The limit above which the thermal
intensity cannot be

increased is determined by the maximum
permissible

temperature of the walls of the heated tubes. In

refineries this temperature is Influenced by the degree

of coke
formation or by the method of heating the pro-

duct, or - but
seldom, - by the strength of the tube

material. Equations for
calculating the permissible

thermal intensity are given. Pig.1
gives a diagram

of the furnace of Mosneftezavod. The efficiency
of

utilising heating pipes in furnaces used for petroleum

processing Is discussed. It is pointed out that in

existing
furnaces, due to poor distribution of heat

alone the heating
surface, only a small proportion

of the surface Is heated to a
maximum permissible

temperature while the remainine 6
, part of th surface
Card 1/2
is operated much below the
permissible load (10 - 30%

The Degree of Utilisation of the Heating Surface of Heating
Tubes
in Petroleum Processing Furnaces.
of the load). The basic Index of efficiency of
screened furnaces is the de roe of utilisation of
the heating surface I.e* M ratio of the actual
mean thermal load toNhe mean permissible load. The
existing furnaces operate at I = 0.2 to 0.3 and only
In individual sootors-nc 0055X In designing furnaces
for heating petroleum Products one should not aim to
achieve an equal distribution of the thermal load
along the whole surface but at a permissible loadp
I.e. a maximum permissible amount of heat should be
transferred to eaoh tube. This will increase the
degree of utilisationYLmore than twice, and therefore,
the surface area of thd tube can be decreased in the
same proportion. There are 5 Figures and 9 Russian
Referenoes.
ASSOCIATIONt Olproneftemash
AVAILABLE-t Library of Congress.
Card 2/~

92-58-3-22/32
AUTHOR: Bakhahiyan, Ts.A., Staff Member, Giproneftemash
TITLE* Industrial Flameless Pipe Furnace with Radiant Walls
(Promyshlenneya trubchataya pech' besplamennogo
goreniya a izluchayushchimi stenami)
PERIODICAL: Neftyanik, 1958, Nr 3, pp 22-24 (USSR)
ABSTRACT: The author states that a new efficient pipe furnace for
petroleum processing haa been developed by the State
Design and Scientific Research Institute for Petroleum
Machinery (Fig. 1). Although the heat capacity of the
new flameless pipe furnace is the same as that of the
conventional furnace, the size of the new furnace is
smaller; it requires less metal and its construction cost
is lower. The combustion chamber of the new furnace has
Card 1/3

Industrial Flameless Pipe (Cont.) 92-58-3-22/32
radiant walls with panel burners, a two-side bank with radiant
tube& and a convection tube cluster (Fig. 2). Radiant walls
are installed at a distance of 1,000 mm. from pipes and two
rows of tubes forming a bank are located between these walls,
The height of the wall is 2 m., its length 11 m., and the
thickness of walls 230 nin. Every wall has four rows of gas
burners with 22 burners in each row. There are 176 burners
in all. Gas burn& in the conduits, the total number of which
is 11,836. In the new furnace the emmission of heat is 2 to 3
times greater than that in conventional furnaces. Moreovet,
the
emmission of heat can be regulated in the new furnace as
desired. Because of the regulation of heat emmission, the
temperature of all tubes is almost equal. It is clear,
therefore,
that the new flameless pipe furnace with radiant walls has a
number of advantages. After studying the design of the new
furnace, the State Scientific Resear-'" Committee of the
Council of Ministers of the USSR resolved to introduce this
furnace in the petroleum refining industry and recommended
its use inasmuch as possible. There is one photograph of the
Card 2/3

Industrial Flameless Pipe (Cont.) 92-58-3-22/32
flameless pipe furnace with radiant walls (Fig. 1) and
a sketch showing the flow of the crude stock and flue gases
in the new furnace (Fig. 2).
ASSOCIATION:Ciproneftemash
AVAILABLE: Library of Congress
Card 3/3

BAKHSHITAN, TS.A.
Industrial tubular furnAces with flawless combustion and
radiating
walls. Blul. takh.-okons Inform* no !:j7-391580 (91RA 11t6)
(" 0

SOV/65-58-5-2/14
AUTHORS: Balchshiyan, Ts. A. and Sycheva, A. M.
TITLF..- Selecti-on--o-f-MuMar Shell Heat Exchangers for
Working
Under Optimum Conditions. (Vybor kozilukhotrubahatykh
teploobmennykh apparatov po ot)timallnym 3Nzhimam raboty)
PMZIODICALt Rhimiya I TekhnoloUiya Topliv i 1,14asell, 1950,
Nr-50
pp. 5 - 11. (USSR).
ABSTRAM. One method of intensifying the effiolency of heat ex-
changers lies in inoreasinf- the velo,,-Ity of the current
which is linked on the one hard rith increasing the
coefficient of heat emissio.r. and on the other hand with
increased pressure losses 0 Values for the optimum rateL,
i7eve determined by technical and eocinomic. alialysis.
Tile values of the rate of the novefrent of the ourrent,
the quantity of transfer heat,, an(l the ooeffiolent of
heat emission were compared with values for pressure
losses, as well as losses In efficiency and capital
losses. The heat exchanger was calculated for the follow-
Ing conditions: (1) the transfer of cold petroleum along
the tubular space (inlet temperature 100C, heating),
(2) transfer of heated petroleum along the tubular spaoe
(inlet temperature 128000 heating), (3) transfer of lig-
roin alone the inter-tubular space (inlet temperature
Card 1/3 12000A heating), (4) transfer of petrol along the
tubular

SOVX5-5&5-2/14
Selection of Tubular Shell Heat Exchangers for Working
Under Optimum
Conditions.
space (inlet temperature 16000P cooling). The calou-
lations were carried out for the tubular and inter-
tubular space. The dependence of the value of unit
heat and the velocity of the current - Fig.1, and the
dependence of the optimum velocity and the viscosity
of the product - Fie-2. These figures show that the
optimum velocities are in inverse proportion to the
viscosity of the roduots. Por cold petroleum the op-
timum velocity = 8.8 0.9 aVseoond. For heated petrol-
eum and light product; 1 - 1.2 m/seconds a for the
light fractions themselves (Petrol) = 1-9 second.
The efficiency of a heat exchanger can be increased by
Inoreasininthe velocity in the tubular and inter-tubular
spaces. the tubular space the velocity can be in-
creased by inoreasing the numbsr of runs. In the inter-
tubular space by (1) deoreasinr the distance between the
transverse baffle plates, (02) b5y deoroasing the spaoe in
the transverse baffle plates between the openings for
the tubes and the tubes themselves, and also between the
transverse baffle plates and the body, (3) by d6-
Card 2/3 creasing the segmental outst (4) by fixing
longitudinal

WY/65-58-5-2/14
Selection of Tubular Shell Heat Exchaneers for Working wnder
Optimum
C.onditions.
baffle plates, and (5) by seleotine heat exchangers with
a smaller diameter. Recommended constructions are shown
in Pig.4b and 4g. The following methods are recommended
for increasing the surfaoe of heating andfbr Intensifying
the heat emissiont (a) inorcasinr, tho leneth of the
tubes from 6 - 9 m, (b): dooreasin the diameter of the
tubos to 20 mm (for pure products~, M ribbing of
the tubes. (Fig.4A), (d) the distribution of the tubes
in an alternating order (FiC.4B). The dependence of the
optimum diametor of the apparatu, M the ra te of the
consumption for tubular and inter-tubular spaces is given
(compare Fig.3). The required diameter of the heat
exchanger ean be Pound (for htiat axahan6-3rs working or,
one run havine segnental baffle plates, two runsp one
run with a longitudinal vertical baffle plate along the
body of the heat exchanger w4+-1,, tnoltned tiibes). There
is 1 Table, 5 Figures and 6 Soviet references.
ASSOCIATION: Giproneftemash.
Card 3/3

BAYH HJUN TS.A.- ZARUBINA, L.V.
Determining optimum temperature of flue gases of tubular
furnaces, air and water beaters. rhim. i takh.topl. i
masel 4 no-3-.36-38 Mr 159.* (MIRA 12:4)
1. Giproneftemash.
(Host engineering)

B-',USHITA,N,-TS. , A.0cab.; BAKL&SHOV, V.To.,inzh.
furna"s witb radiating walls made Qf flamelems panel burners. Khim.
maeb. no.60-6 N-D 160. (MIRA 13:11)
(Yurnacoo-Gonstruction)

BAUSHIYkN, TS*A.
Types and sizes of the rows of tubestill heaters with
rndiating
combustion chamber walls consisting of flawless panel
burners,
and their..design.. Trudy IN l6t412-423 161. (MIRA 16:7)
(Burners) (Furnaces, Host treating)

IJBEROV, B.I.; BAMHIYAN, 7S.A.; SIIVETIS, Ye.M.
Rotary nozzleo for liquid fuel burnint. Prcm.energ. 17
no,l.*21-24, J& 162, (MIR& 14:12)
(Burners)

VITENBERGj, A.B.; B&MMUNI-7S.A.; U01rOVICHO V.Ye*; LETNIKOV, Tu.Se
1-1 ------------,
G" furnace for the beating of tubular blanks. Stall 22
no.3t279 W 162* (MnA 150)
(FurnmLoes, Heating-patents)

BAxW9Hl.TFv$ P.A.
IArge-photograph fluorcgraphY 'IT, I-7-linic 8nd its
significance
for the detection of v3lal-llle te,-)aInophilic)
Infiltwites. Asarb.
sod. shur. 42 no.4t47-52 Ap 165. (MIRA l8v9)

-BAKESHrYEV, B. A.
Utilization or large frame fluorography for detecting
cancer of
the lung in polyclinics. Vop. onk. 8 no.7:51-56 162.
(MIRA l5s7)
1, In Gosudarstvennogo natichno-iseledovatellskogo
rentgeno-
radiologichaskogo Instituta Hinisterstv
zdravookhraneniya
RSFSR Wir. - prof. I. G* Iagwiova) i ob'yedinennoy
polikliniki
No, 11 Timiryasevakogo rayona g. Moakvy (g1. vrach -
0. N.
lAvkovskaya)
(LUZIGS-CAVCF.R) (DIAGNOSIS, nuoRosconc)

BAFJISfIIYk;Vf ij.A.
DatectIon or pathology or tile thoracic organa in
outpatJent clinics
using large-scale fluorography. Azorb. mad. zhur.
no.10:49-52 0 16~21.
(MIRA 1'1110)
1. Iz GosLdarstvenriogo nunchno-Issledovatellskogo
rentgunoradiolo-
gicheakogo instituta Ministerstva zdravookliranenlya
RSFSK (dir. -
pror. 1.G. Lagunova) i ob"yodirionnoy polikliniki No.1.1
Timirya-
zovskogo rayona Voskvy (glavriyy vrneh - O.N.
Levkovakttya).

BAKHSHIYEV, B.A., kand. mod. nauk
Technique and method Used in large-photograph
fluorography in
polyclinics. Azerb. mod. shur. 41 no. 11:45-50 N t64o
(MIRA 18:12)
1. 1z Gosudarstvennogo nauchno-isoledovateltakogo
rentgeno-radio-
logichaskogo inatituta Kiiiiaterstva
zdravookhraneni7a RSFSR
(dir, - prof. 1.G. Lagunova) i Azerbaydzhanskogo
gosudaristvennogo
moditsinakogo inBtituta imeni Narimanova (rektor -
prof.
M.A. Gasanov). Submitted Jan. 14, 1964.

BAKHSHIM, B.A., kand. sod. nauk
Method of artificial contrasting in r-ray diagnosis
of diseases
of the thyroid gland, Amerb. mod. zhur. 42 no.
700-36 JI 165
(MIRA 19d)
1. Kafedry rentgonologii s meditsinakoy radiologiyey
(zav. -
dotsent V.I. Alogarov) Aserbaydzhanskogo
meditainskogo insti-
tuta Imeni Narimanora, (rektor - prof. Kh,A.
Gasanov),

BAKHSHITIV, D.
V.I. Ianin on the participation of the maseas in the wAnsgewnt
of public production. Soy. profsoluxr 5 no.9tl5-22 8 157.
(Russia-Boonomic policy) (UM 1089)
(Tmds i(nions)

RAIRSHIMe D.
Lenin'@ Ideas on the developeent progrAm of commmiss.
Sov.
profaoiusy 7 no,12:5-9 Je 159. ()aRA 12i9)
(Louln, Vladimir Wich, 1870-1924)

RLMHI YJCV, N. G.
H8flection technique for the determination of
of untaxial absorbing crystals. Opt.1 spektr.
136.
optical constants
I no.3:685-689 S
(w2A 9: 11)
(Crystals,Optical properties)

PJRtK tiaVKD
MASS
1 Pool RIMOITArioN SNA 30
T"ocy",
kuj~-
rZ a SPOX, PO spoktrookopil. t.
cont*r*
vj:4 (raPers or the lot" U.Ion
smot"O"PI. Ire" 'a Iftl4sular
la !%
t U.-Av u
rltj,;V,;Y'9?T- 499 P. 4 ooo
*,LrAykt Trp. W/)
"lOrjrZd.AtC,ftjj Akodealr& Imuk LUR
" 11, st*P. 3.L.$ To*h.
_,grl&l Lr4t L,..-villers 0 3 T a,pe
B.S., Doetor 0 Ld * *
D"to- PAtheattle:f'3.1;.'e*Dos*"L&")- I
"to " *,r "Afoloa, low motholutlem.1.30
T r ot phyglo&l &M pkth#mtlo&l
*r 311,nees 3albnees.
Of iaftyskl B.N.,
lftvek4p L.K., i
AGMI4*t* of simu MA Natuaitleal not&$ PAIIYIAahuk. V.S.
I Y**f CAMIdat* or ftyll'al No huw :Ioeouam alamborwaft.
C&rd 2130 !:!Leal &@note.
cbmuft . T N x p
To. L. M. I 10 - - bArefta 0. S. Dold ow
L& No"I ChanotepIgUessor NOIG&Q&r
MW 1:*tMIU 3olutioug Stud 04 by NO&Ad 0, X,..
a.
"rvt an apeot"
soporent, S.S. V-P- IQObk".
Ab-MUeft of um
tfttlft 4:.Mtrt er Clasen.
Soporent. 3.S.
savent ft The Ittlest or t"
Oamlex orgam ite. Ifth, IMI-nlft Integral ter
Q1111WIM & A. y$. of lala
Oomdsea"4 4#t*x* S"stra or
Aloks T.N "A 53
Mo

61-6-20/26
OTH OR i Dakhshiyev, No Go
TITIEt A Now Principle of Spectrometry. (Novyy printsip
spektrometrii.)
PHRIODICALt Optika I Spektroakopiya, 1967, Vol.II, Xr.6.
pp. 816-818. (USSR)
ABSTRAM Narrow spectral regions are normally separated out b
means of dispersion (priams or diffraction gratingsT.
In both cases spatial separation of beams of various
,wavelengths Is obtained. This note proposes a new
method which combines monoahromatination and recording
of spectra Into one process without using either prisms
or diffraction gratings. The method Is based on
amplitude modulation of light. The modulation
frequencies are a monotonic function of the wavelength
of light in the whole spectral region studied. The
receiving and amplifying apparatus performs two functions
at the same times recording and monoohromatitation.
Gard 1/2 The proposed apparatus (an actual spectrometer using this

r
AUTHORs Bakhahiyev, No Go bl-6-21/26
TITLEt On the Problem of Determination of Optical Constants
from Reflection, JX Yoproau ob opredelenii
opticheekikh postoyannykh po otrazheniyu.)
PERIODIOALt Optika i Spektroakolilya, 1957, Vol.II, Nr.6.
ppe 818-819, (USBR)
ABSTRAM A now method of determination of the optical constants
of isotropic absorbin substances was developed by
Conn and Eaton (Ref.11 and Beattie (Rof*2)o This
method in basedon the measuremant of refleation. of
plane-polarised light from a sample at a fixed angle
of incidence using a poliriser and an analyser (see
figure), T a method gives the magnitude of the
phaeo-ohift I between the electric vector components
as well &q the ratio of intensities of these two
components* Four measurements of intensity are
rsquIred at four positions of the polariser
(0j, Z Ir/4 and IT/2). The analyser is kept fixed.
T e optical constants n and k are deduced from
Card 1/2 9 and the ratio of the electric vector components.

AO T40RS t risporent, B.S. and 6a~:hshiyAj,-4;-4.
TITLE. Intenuities in the 0'31.octra of roiyatomi.: kole,:ulos
(IntensiTno3ti v
rpoktr,%kh ianogoatomny~h wiLoiwl)
PBRIODICALs Optics, i Spektroskorlya, 1958, Vol 5, Ir 6, pp
634-645 JUSSR)
ABSIMACIs The author# discuss the offact of a solvent on the
magnitude of the
aDoorption intaKral and the ozeited-state, lifetiao, and on
their
relationchip in polystomic molecules. It is shown that the
concept
of tno integral intowity of electron trRnsitions may be applied
unreservedly only to complex polyatmic molecules. For simple
POlyM,tCWiC MOISCUlao the autnors"llad conditions and limits
within
which W3 integral intensity still retain3 its physical sense.
It
is &130 BnOWn that a volvent may be regarded as au external
dielectric
medium in the case of complex and some simple molecules.
Various
models of the system consisting of an absorbing moloculs, 06W
a solvent
are considered and it Is found that the model in which a
solvent is
regarded as an isotropic medium vmieh "imprognatszi" a
molo(409 to
untenable. Corroctlot.z are fowui necessary for tho.AWseft
efttkw,
Card 1/3 internal field In ov.soIntlem; . the cortoot4on
applied

Intensities In the Spectra of Polyatecie Molecules
40V51-5-6-2/19
may be that of Kravets (Rof 1) which is based on Loreattle
theory
or it may include thi reactive field. The authors discuss their
own experimental values (Ref 19) of the absorption integral
and the
oxcived-state lifetime of vapovrs and solutions of phthalimide
(1) and
five of its derivativess 3-seelylaminophthalimide t1l),
3-9minophthallmida (111), 3,6-di&1nIno thalimids (IV),
3-dimethylamino-g-winophthalimide (V and
3,6-totramsthyldiamino-
phthalimido (VI). Only the last three (IV-VI) were regarded by
the
authors as complex molecules. 11he absorption and fluorescence
spectra
of vapours kthin curves) aud ethyl-alcohol solutions (thick
curves) of
substances I-VI. together with their structural formula*, are
given in
Fig 1. 11he absorption and fluorescence so
.ectra were constructed using
the data of Ref 19 and are nortialited to equal areas. Figs 2
and 3
show theoretical and experimental values of the corrections to
the
absorption integral, which allow for the effect of solvents.
Table 1
givea the oscillator strongth-i for the six substances
discussed
texperimental data taken froto Ref 19) both as vapours and as
solutions.
The following so3venta wero usedt methyl alcohol, water, other,
Card 2/3 n-heptane, dioxans, benzene, hoptane + benzene, ethyl
alcohol.

SOV51-5-6-2/19
Intensities in the Spectra of Polyatomic Lolacules
Fie3 4 and 6 show the corrootions to the excited-atate
lifetimes
which allow for the effect of solvents. Table 'I list* these
lifetimes
for substances 11-VI (phthalimide does not fluorsece), both
as vapoure
aud as solutions (solventi as above). It was found that the
Viooretical relAtioixt-drs agree with the experimental
values when
Onsagerls reactive field is allowed for. Somewhat poorer
agreoment Is
obtained using 1-orentL's correction. There are 6 figurbs, 2
tables
and 34 reforevas , 13 of which are Soviet, 9 i0ari can, 8
Osman,
2 English. I French and I butch.
SUEMITTSDs January 7. 1958
Ca rd J/ 3

AUTHCR s Ba bOV/51-5-6-3/19
TITLIs Internal Field and the Absorption Band Intensities in
Solutions
(Vautranneyo pole I intensivnosti polos pogloshcheniya v
rastvorakb)
PBRIODICALs Optika I Spektroatopiya, 1958, Vol 5, Nr ti, pp
60-664 (USSR)
ABSTRACTs A general forts of the relationship between the
intornal field and the
absorption band intensity ic discussed in the came of
solutions. A
simplified expression, based on the Onsager--b6ttcher theory,
in
obtained for the correction for the effect of a solvent. The
oscillator
strength is found to contain a certain parameter ad/r3, vhore
;rj Is
the mean value of the real part of complex polarizability of
an absorbin
molecule in the region of the latter's absorption band, and r
Is the
radius of a sphere of action of the intornal field at this
m~loculo.
According to Onsager the parameter ~/r3 detemines the change
in abeorp
tion, on transition from vapours to a luhons. The results are
applied
to the electron absorption spectra of seven armaticst
anthracene
phthalimide (II) and five phthalimido derivativess -
3-acetylaminophthalimi.do (III), 3-minophthalimide (IV),
3,6-diaminophthalizide (V), 3-dimethylamino-6-minophthalimide
tVI)
Card 1/2 and 3,6-tetramethyldiamiiiophthalWde (VII). Non-polar
solvents wore

SOV/61-5-ti-3/19
Internal Field and tho Absorption Band Intensities in
Solutions
used s bentens, n-heptanq and thsir mixtures. Fig 1 shows
the shift
of the absorption spaetrum of
3--dimethylamino-ti-gnirorhthalimide in
benzene (curve 1) comparod wildi tho spae-trwa of a
n-hoptkno
solution (curve 2). Pigs 2 and 3 and a table on p 653 give
the
values of the parainenrl M for the seven cub.,vaneas
discuasod in
thiL paper. The au th r ;Aa~~ ii.j. Fororvnt for nis help
and advice.
Thoro are 3 fiKuros, I table and lo refereacoc 4 of which
are Soviet,
4 American, 4 German, 2 Dutch, 1 Eugli,,h &LA 1 ranch.
SUPUITTSDi January 31, 1938
Card 2/2

WIG:
~.hshi ~ev SOV/4C-22-11-24/33
TITLE:
Internal Field snd
the Properties of the Spoctra of Complex

Voleculas in
Solittions (Vnutronneyepole i svoyetva spektrov

31ozhnykh
molekut v rastvorakh)
PERIODICAL:
rzvestiya Akademii nauk
SSSR. Sertya finicheakaya, 1958,

Vol 22, Nr 11, pp 1307-1390
(USSR)
ABSTRACT:
Recently a number of theoretical studies
were published in

which it was attempted to establish a
connection between

the spacing of the eleetron spectra of
the molecules and

the diolootric constant G and the index of
refraction n.of

the mediums No experimental validation of
the correctness

of the formulae for the degree of
displacement of the maxi-

ma of the absorption- and
luminescence bands has hitherto

been presented. This may be,
above all, 4ue to the fact that

it proves to be very
difficult or even impossible to de-

termine the 0-0
frequencies directly. For this reason the

overwhelming
majority of experimental papers limit that-

selves to an
investigation of the influence of the solvent

upon the
maximum diaplaoemnt. It is known, however, that
Card 1/3
for
wide electron vibration bands the position of the maxi-

SOV/40-22-11-24/33
Internal Field and the Properties of the Spectra of Complex
Molecules in
Solutions
mum cannot be invested with a arecific physical meaning, as
it is the case with narrow atomic or molecule spectra.
Even the more, the position o4the maxima of the electron
apectra of oreanio polyntomio molecules iv, dependent upon
various factors. The influence exerted by these factors may
vary considerably when shifting to another solvent. This
results in a complication of the effect and a veiling of
the governing regularities. The author atudied the
depondenco
of the position of the 0-0 frequencies upon the physical
properties of the solvent with a number of substances, by
having recourse to some available theoretical results. Five
aromatic compounds from the series of well known phthalimide
derivatives: 4-amino phthalimideq 3-amino phthalimide, 3-
monomethyl amino phthalimide, 3-dimethyl amino phthalimide,
and 3-acetyl amino phthalimide. These substances all exhibit
mirror-symmetrical absorption and luminescence spectra which
permit to determine reliably the frequency of the electron
transition 9 11, The course of the function which is speci-
fied by formu a
Card 2/3

SOV/40-22-11-24/33
Internal Field aiQ the Properties of the Spectra of Conplex
Molecules in
Solutions 2-
26 2 2n
& a 1 [-+? - (2)
01 3 2C 1 " 2t 1] ;
r . n 01
iv plotted in the figures 1 - 3. The results prarented de-
monotrate that the experimental experience ~ainod with
respect to the frequency displacement of Vie electron
transitions of a number of conplex arontatic conpounde in
solvents shown a good accordance with theoretical conclu-
aion,1, wbich relate the nagnitude of dioplacement to physi-
cnl parnmeters of the solvent. The absorption-
nnd~ximinescence
riaxina exhibited by the substances under review lend them-
selves loss readily to a coverage by the repilaritieB
expressed
U
eqiiation (2). There are 3 figures, 1 table, and 16 refer-
ences, 6 of which are Soviet.
ASSOCIATION: nos. optichenkiy inatitut imeni S.I.Vavilova
(State Institute of Optics imeni 3. 1. Vavilov)
Card 3/3

24M

AUTHORS:
tr
"elinskiy, V. V., Bakhah SOV/48-22-11-25/33
TITLE:
Discussion of
the Lecture Held by N. 0. Bakhshiyev

(Preniya po dokladu N. 0.
Bakhehiyeva)
PERIODICAL:
Izveetiya Akademii nauk SSSR 3eriya
fizichaskayapl9589

Vol 22, Nr 11, pp 1390-1390 iUSSR)
ABSTRACT:
V. V. Zelinskiy made the following remarks: There is every

indication to assume that the influence of the solvent

upon the
structure of the molecule not only results in a

displacement of
the frequency of the electron transition,

but also in a
modification of the equilibrium distances.

Next he criticises
the adoption of the transition frequency

as a criterion of the
modifications of the spectra. He

points to his own lecture, in
which he said that the transi-

tion frequency may remain
unohanged even if the dielectric

constant is greatly modified,
Hence the traneition frequency

is not influenoalby 8 .

N. G.
Bakhahiyev answered as follows: It is ostensible that

the
action of the solvent is not limited to a displacement
Card 1/2
of the transition frequency, and this is substantiated by

Discussion of the Lecture Hold by N. 0. Bakhshiyev
SOV/48-22-11-25/33
the information presented. The Btud:y of solvent action
upon
spectra is firstly to be directed toward an investigation
of
the electron level displacement, which is caused by inter-
molecular interactions of a dielectric nature. As it is
demonstrated by the resulto of numorous papers those inter-
actions are prevailing in solutioni wbich effect spectral
displacements in dissolved moleculas.
Card 2/2

IT;
%0
BURSHIM9 1~'. G., Cand PhyL;-44th Sci (dine) "
la*w fiold
and proportion of aluctronio ::puctrn
of,abror;ltion and
of valltiatothort:,smic molcculor, in volutionz."
-1914~9 1", 59-
41, LiLtmew im L. 1. Tivilav).
12 pp (gtnte Ordur of Lonin UlpticAp
150 c0iier. (Up 39-59plOO)
/ I

SOV/51-6-2-26/39
AUTHOR: Bakhohiyov, N.G.
TI TLE i On the Shape of -the Absorption and Emission Bands of
Complex Molecules
(K voproau o konture polos pogloshchaniya I ispuskaniya slozhnykh
molakul)
PERIODIOLLs Optika I Spektrookopiya, 1959, Vol 6, Nr 2, pp
250-262 (USSR)
ABSTRACTs Unidim,&nsional models ef potential curves constructed
for electron-
vibrational spectra make It possible to obtain formulae (Refs
1-6)
which give the distribution of intensities in the absorption and
fluorescence spectra in good agreement with experiment. The
present
author suggests that the large anharmonicity of the potential
functions
of complex molecules should be taken into account la
calculations of
absorption bands. Allowing for anharmonicity he calculates the
intensity
distribution in an absorption band, using a unidimensional
model. The
calculations yield a formula given by Eq (1). which Is then
tested on
the absorption spectra of vapours and solutions of phthalimido
derivatives.
Such a test shown that Eq (1) agrees moll with experimental
data. Fig 2
shows, by way of example, a long-vavelength absorption band, of
3-aminophthalimide in voter. The continuous curve represents
Ca rd 1/2

SOV/51-6-2-261139
On the Shape of the Absorption and Wission Bands of Complex
Molecules
experimental values and the dots were found by calculation
using
Sq (1). The author concludes that the contours of the
continuous
absorption and emission bands of complex molecules are
determined
primarIly by the distribution of the vibrational energy, by
the form of
the potential curvos and anhamonicity of the latter.
Acimowledgnents
are made to B.S. Neporent for his advice. There are 2
figur,-,s and
6 Soviet references.
SUBOTTEDs July 25, 1958
Card 2/2

AT-1 THOR Bakhshlyov,.N.G. 3OV/51-7-1-8/27
TITIZt The Internal Field and the Positions of Electronic
Absorption nod
Emission Bands of Multi-Atomic Organic Molecules in Solutions
(Vnutronneys pole i polotheniye eloktromykh polos poCloshchaniya
i
Impuekanlyn mnogoatomnykh organichookikh wolokul v rastvorakh)
10L. I,',%L sOptika I spektroakopiya, 1959, Vol 7. Nr 1, up
62-61 (USSR)
-05TRAM The author studied the effect of the solvent on the
positions of
electronic absorption and fluorescence spectra of the following
six
phthalimide darivativess 4-tuainophthalimide,
3--acetylaminophthalimide,
3-aminophtbalimide, 3-monomethylaminophthalimide,
3-dimethylaititnoT)ht!,.!"4i..-,('
and 3.6-diacetylaminophthalimidai all. thoee compounds have
absorption
spectra which are mirror images of emission spectra. The
absorption
spectra of solutions were measured using a spectrophotometer
SF-4 art'
the fluorescence spectra were measured with apparatus described
by
Noporent and Klochkov (Rof 20). The author discusses also the
offert
of the solvent on the spectra of eight other organic compounds in
solutions benzene (2000 and 2600 X bands), toluene (2600 X) ani
/2 chlorobentens (2600 1), -&-naphthol, /~-naphthcl,
a-inothylnaphthal one
o-naphthyl methyl other and anthracene (the data on there
compoundr

SO-1/51-7
The Internal Field and the Positions of Electronic Absorption and
Emission FiAnd-
of Multi-Atomic Orpardc Lolecules In Solutions
waro Vticen fran Refs 13, ^44-20). Uslor, the data on all the fourtnor
arom-itt- compourAs listed above, the author shows that the pcaitionr
of t4s ilectronic transition frequency and of the frequency
corre~;jn,'"-
to the sy-anstry axis of the mirror-synunatrical absorption and
fl,)Ore~.
boindi nre In quantitative agreement with deductions frcm Ooshika,
Mata.,& nt al. and McRae's theory (Refs 12-14). This theory ralata,7
ti;-
positloia of the spectra with the static permittivity and the refracts
ind ex -The author discusses also changes which occur on excit,itlun
~n
the fourteen molecules listed above as 'well as their Bhort-ranCt%
interactions in solutions. Acknowledgment is made to B.S. Haporent.
Tb%re are 12 figures, 2 t Pies and 33 references, 15 of which are
13 3nglish, 3 Oarman and 2 Japaneas.
,-IMITTSDi July 25, 19-58
',i rd 21/2

9 1
td

"/081/('2/000/015/001/038
BI 66/8101
i,I)THORSt Neporent, B. S., Bakh8hiyev, N. G.
,rlTLEs lnfluenco of the InternnI field on the npectral
charaoterinties of polyntoinic orgnnio molecules in solutions
PERIODICALt Roferativnyy zhurnal. Khimiya, no. 15, 1962, 0-9,
abstract
15B24 (Sb. 1124olekulyarn. 8poktrookopiya", L., Leningr. un-t,
1960, 35 - 51)
TRM This article gives results from a number of investigations,
conducted
by the authors during the past few years, into the universal
-influence of
the internal field on various spectral characteristics of
polyatomic
m6leoules in solutions$ such as intensity of absorption bands
and of
fluorescence,. position of epeotraq etc. Pew expressions were
found shovyin6
how the value of the absorption intefral, the duration of the
excited state
and the displacement of the bands on transition from gases to
solutions,
are related both to the geiierali2ed p sical characteristics of
the solvent
(dielectric constant, refraction index~ and to various
microcharaoteriatict,
of the dissolved substance (dipole moments, polnriznbility,
etc.). Exten-
Cara 1/2

B/081/62/000/015/001/0;8
Influence of the internal field ... B168 B101
sive experimental verification of these expressions, tnkinf;
several dozens
of orptinio molecules of different types as examples, showed
that quantita-
tively they neree well enough with experimental findings. It
was concluded
from those (Inta that with fnir approximation, as regards the
complex paly-
atomic riolootilea and miny simple ones, the action of the
solvent on iho
varioua properties of the electron spectra onn be Identified,
with the
influence of the physical dielectric medium, v;h1ch alters the
ei7;e or ~,ho
internal field acting in the solution on the pnrticl(P under
examinLiti(n.
LAhatractorlo notet Complete translation.]
Card 212

8/051/60/000/06/006/024
2201/-2691
AUTHM Noporent, B.3# ArA
TITIA i The Role of Universal and Spsoiflp Interaolecular
Interactions I
the Iffect of a Solvmt on the Blectronio Spietre of Molecules
PSRIODICALtOptika I spoktrookopiya, 1960, Vol 0, Wr 6. pp
777-786 (U83R)
ABSTRACTs Intermolecular interactions in solutions are divided
by the authors
into two main typest universal, due to collective effect on the
solute molecule of all the surrounding solvent molecules, and
specific.
due to individual lAteractione otthe solute molecule with one or
more of the surrousAing solvent molecules. The universal
interactions
are *macroscopic" effects of the solvents described by
properties such
as permittivity, refractive Index, disperoica. sto. The specific
interactions are affected by the structure of the solvent
molsoules
and are called. "microscopic" effects* Intwnal fields in a
soluties
are used to soyarate the universal from specifie interactions.
Numereas wA varied experimental data are oaployed to show the
applications of these Ideas (Figs 1-7) and a short discussion is
Oard 1/2 give& of the published work which does not allow for
the collective

60545
8/051/60/008/06/00b/024
3201/3691
The Role of Universel and Specific Intermolecular Interactions
In the Iffeat of a
Solvent on the 24atrovio Spectra of Molecules
effect of the surrounding modive an the absorption or smission
central.
In conclusion the authors point out that only in the Ideal case
can
,we separate entirely the universal frcm specific interactions.
In
real systma we find continuous transition frcm pair
interactions to
collective effects of the surrounding medium on a solute
molecule.
Nevertheless the basto idea of two types of intonation can be
used
as a foundation of spectroscopic studies of solutions. ?her* are
7 figares. I table and 21 references, of which 10 are BoTiot,
9 Inglish, 1 French, 2 Oorm" sad 2 Japone9e.
SUWTTZDs Oetobor 17, 1959
card 2/?

6/0 51/60/00 9/01/02 6/0 31
2201/S691
AUTHM s Bakhshiy*v, N.G and Virwalants, S.O.
TITUs lighth Conference on Lumintecenes (Molecular Luminescence and
1AMInesoent Analysis)
PIRIODIC&L iOptika I spoictroskopip, 1960, Val 9, Nr 1, pp 124-127
(USSR)
AM TRACT s The lighth Conference on Luminescence was convened by the
Sciestifio Council on Luminescence, Acadany of Sciences of the
Byelorussian SSR and by the Physics Institute of the USSR Acadozy
of Sciences. It was hold on October 19-24, 1959, in Minsk.
The Conference was divided into two sectiozes (1) molecular
luminosaoxce and (2) luminescent analysis, About 120 papers wars
read at the Conference, the me3ority of tham belonged to the first
section. P%pere were read bys V.L. Yermolayov and A.N. Teresin.
(internal transfer of energy in tripX*t levels of complex molsoul"),
V.L. Yermolay6v, I.P. Kotlyar " I.K. Svitashev (~rob&bility of
Internal transition from fluoreacent to phosphorescent levels is
Card 1/6 naphthalene derivatives), V.A. Borlpan, I.A. Zkoyrova, V-V-
Zolian k~l

3/051/60/009/01/026/031
3201/3691
lighth Conferwoo on Luminescenct (Molecular Luminescence
and Luminescent
Analysis)
and V.r. Kolobkov (internal transitions in phthalimide
derivatives), 3.0. Mirunyants and B.S. Noporout
(transformation of'
vibrational wor "of excited complex molecules on collision
with
foreign molecules V.P. Xlochkov (Intermolecular
interactions of
complex organic maleaules in the gaseous phase) , N4.
Borleoxioh
and V.V. Orusinshy (electronic spectra of anthraquinons
vapours
and solutions), N4. Borisevich &nd V.A. Tolimcher
(toaperature,
dependence of the fluorescence yield of complex-molocule
vapours),
B.Ta. Sveshullcov, P.I. Xudryashov. V.1. Shirokay and LA.
Umarwm
(energy migration, concentration depolarization of
luminescence of
or!,&~o solutions, Sensitized fluorescence of solutions),
Tu Zurskly and AA. Salivananko (theory of impurity
quenching of
luminescence in solutions), V#L. Levehin, Ye.0. Baranova and
L.V. Xrotova (transfer of excitatios energy to associates ia
Juminescis solutioas of dyes awl nature of binding forces In
associatest, L,V. L*Tshln and V.A# Bocharava.
(concentration effects
Ca rd 2/6 in organic solutions), A.N. Torenin an4 A.V,
Shablya (detection

S/0 51/60/009/01/0 2 6/0 31
9201/9691
Sighth Conference on Luminescence (Molecular Luminescence
and Luminescent
AAalYsis)
of phototrwnfor of protons using luminescence spectra).
0.P. Ourinovich.. A.M. Urshevskiy &M A.N. Sevchenko
(polarization
of luminescence of emplex molecules in liquid and solid
solutions),
N.V. Shpol'skiy and L.A. Klimova (new data on spectra of
aromatic
hydrocarbons at 2001), D.N. Shigoria, N.A. 8hoh9glov, N.S.
DobmlkUa
and R.N. Nurmukhmaledov (low temperature line spectra of
luminescence
of anthraquixone balides, thioindigo and its derivatives),
TA. Boletaikova (spectra of certain aromatic aldehydes and
ketones
at low temperatures), R.I* Personova (luminescence and
absorption
spectra of perylens at low temperatures). A-Ya. Khemisix
(spectroscopy
'of certain pyres* derivatives in fro&" solutions), 3.0.
Bogamolov,
F.D. ?Gmova and L.I. KolosoTa (spectrum of 3,4-benzopyreas,
dissolved
in normal hydrocarbons), A.W. Faydyth, M.T. Shpak, Ye.F.
$heka,
V.I. GribkOT. N.D. 2heyandrov, V.M. Agranovich, Yu-V.
lonobeysT.
V.L. Broude, V.S. Medvedev, Y&.Ya. Kirv, A.I. Laysaar, U.I.
Bolyy
and B.F. Rud'Ico (luminescence and other properties of
molecular
crystals and solid solutions), VA. Agranoviah (theory of
excitons
Card 3/6 V

S /0 61/60/009/0 1/02 6/0 31
E201/E691
Ilighth, Conference on Luminescence (Molecular Luminseconco
and 1AWkinescont
In molecular crystals), ZA. ChIzhikova, I.M. Roman, Yu.V.
Naboykiz,
VA. Dobrokbotova, V.V. Uglanova, Sh.D. Khamagametova,
N.D. thavandroT &DI V.I. OriblLov (scintillation properties
of
organic compowWo and luminescence of crystals subjected to
hard radiations), M.T. Shpak and Ye.F. Shieks (luminesconce
of
arystallia* naphthalene containing small amounts of
impurities),
Ch.B. Lushehik, I.Ye. Lushchlir, 0.0, Llyd, ani I.K. Shyarts
(olectrosio-vibrational processes Is luminescence contras of
solid and liquid solutions of hydrogen-114 ions), A.S.
Cherimsov
(experimental results on the effect of solvents and
temperature
on fluorescence, of as otylanthra a ones), N.G.
B&kh&4,y#T-(dI*1*ctr1o
effect* ar-4 proportion of electronic
sp-e-ot-R-U-n~-itiatomle organic
molecules in solutions), 14. Ibmyrova, Y.V. 1*11askiy, V.P.
Ywlobkov,
A.As Kochemirovaidy and I.I* Rognikovs. (fluorescence
spectra of
amatie compounds La a wide range of solvents), L.O. Pikulik
and
A.N. S*vchenim (temperature dependence# of the quantum yield
of
fluorescence of certain phthalimides in various solvents),
V"'
~;a rd 4/6

S/051/60/009/01/026/031
9201/9691
Eighth Conference, on Luminescence: (Molecular Luminescence
And Luminescent
AAalysis )
L.G, Pikulik and VA. Solamakho (of foot of temperature on
electronic spectra of complex molecules in solution), O.M.
Kislyak
(phosphorom cones of certain solvents), B.I. Stepsnov at
&I. (theor7
of secondary absorption and luuinoeaoneo, comparison of
classioal
ud quantm mechanical treatments of interaction of light with
matter &A calculation of Mai profiles of complex molecules),
MA* Yollyashovieh (interaction, of electronic and
vibrational
motion in amplom molecules j k d J o Kubuov Waoral qunta-
mechanical theory of spectra of complex molecules), KoK.
Robane,
A.A. Rentoll and O.I.Silld (probabilities of
alectroa-vibrational
transitions of an oscillator; VA. Agramoviah, B.S. Noporent
at al.
took part in divausion of this paper), M.A. Alentsey
(absorption
and luminescence spectra of orythrosine), D.S. Shigoria at
al.,
Yu.V. Naboykin, B.A. ladorothayy and LA. Ogurt4ova
(spectroscopic
studies of bydrogea boads). L.D. Derkatheva (effect of
o9naeatratica
of hydrogam icis on fluoreaces,oo of naphthaleve
darivativel),
Te.A. Bo&hovoltzov, M. leliaskiy at al. (do-ac-tivation, of
Card 5/6

S/051/60/009/01/02 61101
8201/9691
lighth Conference on Lumineseence (Moleaular Luminescence
and Luminescent
AA917OLS)
excited states of complex organic molecules). T.M. Bomber
and
A.S. Cherkmeov (effect of fluorescence quenching on qaanbaw
yields of photachowical reactions of some anthraceno
derivatives),
V.3, Adamov &rA L*T# Lantar4shyan (Idn6tios of mowmalewlar
luminseconee processes), Y*-V. A=frlyeva ard A.D. laytieva
(phosphorescence of polymers during vitrification), T#W*
Godiev,
R.V. Ysfrwova, I.P. Ivazov and L.A. XraTUor (spectroscopic
studios of chlorophyll), A.A. Krasnovaidy and S.S. Litviz
(lumineseenoe of leaves and model system). Somo papers
discussed
luminescence of urwql compounds - Papers read at four
sessions
of the second soctIon dealt Vith quantitative and
quglitative
determination of the amounts of certain elementa and orgsnio
compounds in mixtures of various kinds; development of now
methods
and apparatus for analytic purposes, application of
luminescent
analysis in biology, medicine, technology and agriculture.
Proooodiage of the second section of the CoAforesoo will be
published by the Academy of Sciences, Byelorussian SSR. V/
Card 616

BAKHS11IYEV, N.G.
Effect of univorsal intentoleaular interactions on
the positiol
of the electron spectra of molecules in
two-comuonent solutions.
Part 1: Theory (liquid solutions). Opt. i Bpektr* 10
no.6:717
726 Je 161. (MIRA 14:8)
(Molecular dynamics) (Solution (Chemistry))

-/7k 4- - 2;~ _'_> "'/ / '/ ' - I" & I '
--cr
IMAM=
STRUCTURE AND PHYSICAL PROPERTIES OF MATTER 19 A LVVID STATE
rvports read at the 4th Conference convened -In KIYEV from I to
5 June
1959, published by the mblisheir. House of KMV University,
KIYEV,
USSR, 1962
tijejectril: PertivabilitY mind moloculftr 4
.1tructure of Sn1uti-n-
,.y. (,11 the Connectinn putwogn thp Blistery MobIlItY 11
Of voleculoll ond vt"i%o%1ty
%lid 1.1. m.L1l.3KIY, ~'Jne Structure cf the
- j,6jjj-uj-e-r-j_jj;r~t scrttet Line ani the
!'rova,,ation of Ultrao.und In Liquide 15
A.V. .9%XOV, ~ffqct or jutorsoleculitr Inter%citien oil %be
I.Ine .14th of ttw Combination-;c%titur 20
i~llcfra In liquidO
4.3. X0?(VA#-1-D DV.;HUY.91VA ind T.C. POPLAVATSKAYA,
- Lit,ht-5Catter inlveltw tf-f,-n of tk,v
VjuC%ujktjonA in Alechol-SqU60119 lint
':Ifoct in tho Vi,collt)' Of I)Out-rO-
acr 'runds
32
tion of the Intcroril tlfllj I(. StrjUtj(n'4 45
h.F. ;X.3~jHNVCKIY. I.)-- KIQCIIKCV hi,i
Pcelageno'4,~phic Inva? ,tioii 'of the
Itructur- of ~;ome Liquid lilicol-
ore.-atc Coapcu!.d9 50

BAKHSHIY'FV, N.~i.
Universal molecular interraticne and their effect on the pmition
of electronic spectra of molecules In two-component solutions.
Part 3. Derivativos of naphthalene, atilbene, diphenyl, aniline,
fluorene, and pyridine (liquid soluti,nB). Opt. I speVtro 7
no.4475-478 Ap 162. (MIRA 150)
(Molecular spectra) (Orgnnic compounds)

!V
S/185/62/007/007/006/010
1048,'-L 248
A, U21 10:1 Bnkhshiev, N.G.
TIM". Univ(:r.,;-l f.ffect o,' the internfil field rind the
ponition nf tho electron apectra of molecules in
YZ 'lilODICALL: Ukr-,inalkyy fi-ycbnv:( 7birnal, v.7, no.7,
1962, 748-750
T'L=: A 3imple theory is formulnte-d for the univers-.1
efft!ct of %h;.- int(irn. 1 ;*_ield of a. solution on the
position of the
el"ctron spectrr oi th,,.! molecules. The following simple
e~,u-tions -re derived on thk-! b&sis of the Onanger model of the
Molecule -, modium .4yateinj
(1) W - -lip coo
Card 1/3

S/185/62/007/007/006/010
1048/14"48
Univers-il eflect of the...
where 'N is tiie !iver- 6(-, t.-ner,.V oi inter:!cti on between a
charge-
free molecule oi' Llje joLtte ind tho adjacent -solvent molecules,
/4 is the dipole inomenL oi' Lhi, inolec,,.~le, F is the field;
''M & j
(2) AWst U- I ,
i at
where A 'Ust is the stabili7ntion eA4
.~gy ifference between the bnsio
and exciteo electron levc1s, ~~nd Fat is the stritic field
nasociFtted
with the polnri7ation of the medium by the inherent and induced
dipole moments of the solute molecul I
e8; nd pt, Rre the dipole
moments of the solute molecule in the batikRand excited electronic
Stites;
0 " -4
r - ) ,
(5) 00 C,
q-4 -2 - M A
where t-- is the shift o.L' the spectrum, CI,2,3 are constants whose
Card 2/3

B/185/62/007/007/006/010
1048/1248
Uzlivers-~l effect of the...
v-iluos depentl on the properties of the solute molecule, F- is
the
stitic dielectric cotistnnt and n the refraction index of the
medium.
The vqlidity of equation (5) wks'provan by comparison with.Ft
large
.imount of experimental data.
A330CIATION: Gosud.a-stvannyy opticheskiy institut (The State
OptieRl Institute, Leningmd)
Card 3/3

BAKHSHIYEV, N.G.
Spectroscopicl met-hod for determining the dipole moments
of
polyatomic isoleculev in the ground and excited states.
Ukr. fis.
&hur. 7 no.8020-42) 8 162. (MM 16:1)
1. Gosudarstvenny-y optichaskiy In titut, Leningrad.
(Dipole moments) (Molecule:) (Spect'rum analysis)

BAKHSHIYEV, N.O.
Universal wlecular interactions and their effect on the
position
of the electronic spectra of molecules in two-component
solutions.
Part 2: PhthalivAde derivatives (liquid solutions).
OPt. i 3pektr.
12 no-3:350-358 Mr '62. (MIRA 15%3)
(Molecular spectra) (Phthalimide3)

s/o5l/62/012/005/003/021
H-032/E514
AU,nioit: i3alkisshiyev, N.G.
TITLE: Viiiversal intermolecular interactions and their
offect on the position of eleetronic spectra of
molecilles ill two-conmollellt
IV. Solvent dependerice of tile. stoh('S shirt in the
Itimiziesconce xppctrum (liqxild moDition)
PERIODICAL: Optika i s pelt troskopi yn, v.121, n.o.r),
196'-), 57-5611
TLXT: It was shoini in the previous paper (Opt.i spektr.,10,
717, 1961) that. a number of very ii.iportant factors were not
taken into accomit in the theoretical study of the effect of
tho
Tho theory reported' in tile latter
molvelit Oil tile Apoctra.
paper is now uced to derive a n %,r oxprossion for tile Stokes
,.k r 13
shif t A-ji, - 1-v whera 6,9 in tile frequency 8hift of
C e 0
eleitron tratisitions in absorption spectra of solutions and
/\V0 is the correaponding shift in luminescence spectra. . The
new expression takes into account tho offect of univorsnI
intermolectilnr interactions (U11) oil tile spectra. Tile new
formula reads
Card 1/3

Universal intermolecular ... s/o5i/62/ol2/005/003/021
1-;03n-/E5i4
f A-f
So). vnj)our + AC (r" 11D const +
(2n2 + 1)2
a D
+ '~x C'-f - (6)
2 2 -+2
(11D + n; + 21)
whore f 2
C' C C (It + It' - 2VL It C08 a) (7)
1icr3 e
In the above 4-,~xpressione; It a nd It are the dipole momanti,
of the molecule under investigation and of the solvent, c. is
the dielectric constant and n is the rofractive index of the
a f D
solvent, C 1 i%nd C I are certain parameters dofined in the
above paper, a is the anglo between the diple moments j4 n d
~10 and r is the radius of the Onsager density. This
fortnula is compAred with experimental rosults for a large group
Card 2/3