SCIENTIFIC ABSTRACT BOROVINSKIY, A. I. - BOROVITSKIY, V. P.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000206520002-4
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 9, 2000
• Sequence Number: 2
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

BUROVINSKIY, A.I.
Surgical treatment of chronic spontaneous pneumothorax.
Probl. tub. 41 n0,3:45-50163. (MIRA 16:9)
1 '. Iz Nobosibirskogo nauchno-issledovatellskogo instituta
tuberkuleza (dir. - kand.med.nauk M.V.Svirozhov).
(PNI-XIAOTHOUX) (LUNGS-SUMERY)

BOROVINSKIY, Me
~ -
Restorative surgery in pleural fibrosis patients. Probl. tub. 41
no.lli86-99 163. (MIRA 17;9)
1. Iz Novosibirskogo nauchno-13sledovatellskogo instituta tuberkulem
(dir. - zasluzhennyy vrach RSFSR kand.med.nauk M.V.Sverezhev)
Ministerstva zdravookhraneniya RSFSR.

BOROVINSKIY, B.A.
Determining the ve 10citY Of ice within the glacier mass by geophysical
mthods. Test. AN Kazakh. SSR 13 no.12:56-60 D 1.57. (MIRA 1.1:1)
(TuYuk-Su Holmtains--Glaciors)

BOROVINSKIY, B.A..,
Using geophysical methods in investigatine; the structure of.
the Tuyukeu. 'glacier. Vest. AN Irazakh. SSR 14 no-5:40-44 M7 '58.
(MIRA 11:
(Fergana--Glaciers)

3(8) SOV/31-59-2-4/17
AUTHOR: Borovins-
TITLE: Investigation of the Moraines of the Malaya Almatinka
Glaciers of the Trans-Ili Ala-Tau with Electrical
Prospecting Methods (Issledovaniye moren Maloal-
rqatinskikh lednikov zailiyskogo Alatau matodami
elektrorazvedki) '
PERIODICAL: Vestnik Akademii nauk Kazakhskoy SSR, 1959, Nr 2
,
PP 31-37 (USSR)
ABSTRACT: This is a report of an investi,.-ation of the struc-
ture of the moraines of the Malaya Almatink Glaciers of
the Trans-Ili Alatau carried out by the TranS-Tli
Glacier Expedition of the AS of the Kazal~h SSR with-
in the program of the International Geoi)hysical Year.
It was accomplished with electric prospecting methods,
by which means the inner str,,.icture was to be de-
termined together with measurement of the deposits.
the contours of buried ice and sections of chrono-
Card 1/3 logically remote con-elation, thermo-karst cavities
0

5"V/31-59-2-4/17
Investigation of the Moraines of the Malaya Almatinka Glaciers of the
Trans-Ili Alatau With Electrical Prospecting flethods
and the chronological structure of the vertical sec-
tion of the moraines. The technique used was to
establish an electric field - re-arding the front
moraine of the h1olod9zhnyy Glacier, a natural elec-
tric field was used - vertical electric probing and
electric profiling. In view of the considerable spe-
cific electric resistances of the rocks, investi,:,-ation
was carried out with weak currents, which on Dotentio-
meter EP-1 could only be recorded via a special addi-
tional resistance of 100 and 10 ohm/m, successively
switched into the feeding circuit. The author is
convinced that the use of geophysical prospecting
methods and, in particular, electric prospecting,
provides data which cannot be obtained otlierwise.
He expresses his gratitude to the Academician of
Card 2/3 the KazaRhAS N.N. Pallgov, K.G. Voynovskiy-Kriger,
N,

Sr~V/31_19-2-4/17
Investigation of the 1.1oraines of the Malaya AlMatinka Glaciers of tae
Trans-Ili Alatau With Electrical Prospecting Methods
and K.G. Makarevich for helpinfz 1,im, with the project.
There are 4 diagrams and 5 references, of which are
Soviet., 1 GermanIand 1 French.
Card 3/3

Cand
0-
BOROVII-ISKIY, B. A. On Tech Sci -- "Studro-4o:r the aili skiy rLtau slao4Aws by
y fju
geophysical methods." Mos, 1960 (Aoad Sci USSR. Inst of Famafroat 5tudios iin
V. A. Obruohev). (KL, 1-61, 191)
-170-

BOROVINSKIT, B.A.
Measuring the thickness of the Shumskiy glacier. Vest.Alr IMAkh.
SSR 16 no.7:102-103 Jl 060. (HM 13;8)
(Shumakly glacier)

S103116010DO1611IX81008
A161/A133
AUTHOR: Borovinskiy, B. A.
T=: Geophysical investigation of the main large Alma-Ata glacier
PERIODICAL: Akademiya nauk Kazakhskoy SSR, Vestnik, no. 11, 1�60, 108 - log
TEXT: Otdel geografii AN KazSSR (Geographic Department of the AS Kaz33H)
has.investigated the ice depth in the Glavnyy Bol'shealmaatibskiy lednik_(Main
Large' Alama-Ata glacier) in 1966, usin-g"''el'ectrid, seismic and magnetic methods.
The seismic measurements were carried out with direct and reverse hodograph and
a space of 25 m between receivers, the magnetic by feeling along and across the
glacier, and electrical by combined and dipole sounding. The determined cut along
the axis of the right glacier branch is shown in the figure. The maximum ice
depth in spots is 1,30 m. The seismic wave propagation velocity 5,200 M/sec on
the ice-bottom boundary indicated that the glacier's bottom consists of a granite
mass without any considerable accumulations of moraines under the ice. The seis_
mographic and electric measuring results were fairly close. The physical and
mechanical ice properties were determined by waves propagation velocities. The
Poisson coefficient 6 , shift module/Aand Young module -E were calculated; the
Card 1/3

3/031/60/000/011/008/008
Geophysical investigation of the main large Alma-Ata... A161/A133
ice density was assumed 0.9 g/cm3. The ice properties-were stated to vary grailml-
ly with the distance from the n&vb at the glacier's end. Some anomalous Poisson
ioefficient values may be explained by the presence of spots with different densi-
ty, porosity, and air saturation. The-depth of the left glacier branch was deter-
mined electrically -only and stated to reach 90 m in the midle of the axis. The
calculation results matched the ice depth values determined by trigonometric..
method. Academician N. N. Pal'gov of the AS KazSSR carried out the calculations.
The results show the volume -of water held in the_glacier. The conclusion was
drawn that the combination of electrical and seismic methods is the ffiost conven-
ient way for determining the capacity of glaciers, and that dipole-radial sounding
is to be preferred to the combined method on glaciers with ice depth over 100 m.
There is 1 figure.
Card 2/_3

BDROVINSKIY, Boris Aleksandrovioh: AVSYUK, G.A., otv. red.;
L.I., tekhn. red.
[Collection of articles] Sbornik statei. Moskraq Izd-vo
AN SSSR. Won.10, 5.[Exploration of the Trans-Ili Alatau
by geophysical methods] Izuchenie lednikov Zailiiskogo
Alatau geofizicheakini metodami. 1963. Ill p.
(MIRA 16:10)
1. Akademiya nauk SSSR. Mezhduvedomstvennyy komitet po pro-
vedeniyu Mezhdunarodnogo geofizicheskogo goda. IX i XII
razdely MGG: Glyatsiblogiya i seyszologiya. 2. Chlen-
korrespondent AN SSSR (for Avayuk).
(Trana-11i Alatau--Glaciological research)

USSR/Physics - Electron Spectra, I Aug 52
Aromatic Compounds
'72ectron Spectra of Aromatic Compounds," M.V. I"01
kenshteyn, L.A. Borovinskiy, Leningrad State TJ
imeni Zhdanov, and Novgorod Teachers I Inst of
City of Borovichi
'Mok Ak Nauk SSSR" Vol 85, No 4) PP 737-74o
States that aromatic compds represent systems with
especially considerable interaction of pi-electrons
Notes that the properties of these systems can be
understood only by -proceeding from,the profound
ideas of "averaged" mutual influence of atoms,
227T73
which were expressed for tale lst time by Butlerav
and Markovnikov in 18701s. Proposes that a semi-
quant theory of electron spectra of aromatic compds
nan be constructed on the basis of a model of po-
tential well just as in quantum mech. Submitted
by Acad A.U. Terenin, 10 Jun 52.
227T73

non
USSR/Physics - Susceptibility 11 Aug 52
"Anisotropy of DiamagnetIc Susceptibility of Benzol,
Naphthalene, and Anthracene," M.. V, Vol'ken-~Iiteyn and
L. A. Borovinskiy; Leningrad State U and 1'.,-~gorod
Teachers Inst, Borovichi
"W-N SSW' Vol 85, No 51 PP 977-980
Derive new calcna based on the applicat'ion of an ele-
mentary phys model of an electron in a potential well,
which is a graphic visual method. State that in
future computations it vill"be necessary to take into
co4sideration the nonequivalence of all the bonds in
condensation aromatic compds. Siibm-Itted by Acad
A. A. Terenin 13 May 52. 2iqT94

51-.4 -2-5/28
AUTHOR: Borovinskiy, L. A.
TITIL: Calculation of the Absorption Spectrum of Benzene Bas:ad
on a '"Metallic" Model Taldn- Into Account Periodic
Potential and K-electron Interaction. (Raschet speltro
pogloshcheniya. benzola na osnove "me-Luallicheskoy"
modeli s uchetora periodichesk.050 potentsiala i
vzaimodeystviya -k-elek-tronov.
Px,!RIQDICAL: Optilm i Spe1troskopiya, 1958, Vol.IV, Nr.2, pp.156-167,
(USSR)
ABSTRACT: This paper is entirely theoretical. The author briefly
reviews and criticises earlier work of Ham and
Ruedenberg (Refs.19 2) and Araki (Ref.3). The
present paper gives the method and results of
calculation of frequencies of the singlet-singlet -and.
singlet-triplet transitions in -the benzene molecule.
The calculations are based on the "metallic" model with
periodic potential and -K-electron interaction. This
method assumes that it is possible to represent the
4-electron wave-function as a product of a function which
depends on a coordinate s and which describes the
Card 1/3 motion of a -K-electron in the direction of the C-C bond,

51- 4-2-5/28
Calculation of the Absorption Spectium of Benzene Based on a
"Metallic" Model Taking Into Account Periodic Potential and
Tr-_electron Interaction.
and a function of coordinates p and which
described the motion of a Ir-electron in the plane
perpendicular to the molecular plane. It is also
assumed that the energy operator for a -K-electron
in the field of the nucleus and of a-electrons may be
expressed as a sura of two operators which are functions
of s and (fo,e,) respectively. Overlapping of various
configurations is discussed. The results obtained are
in satisfactory agreement with the experimental values
(see Table 5) except for the frequency of the
1
A E transition. The latter discrepancy may be
lg lu
due to: (1) the method of obtaining of certain integrals
used in the calculation; (2) ener[e,7, of this transition
being close to the ionization energy, since the
calculation method described here is not applicable
near the ionization energies; (3) interaction between
'IT-electrons and a-electrons may not be negligibly
Card 2/3 small (Refs.13, 14). The author thanks YI.V. Vollkensh,teyn

4 -2-:5/28
Calculation of' the Absorption 3pectram of Benzene Based or. a
"Metallic" Model Taldn6 Into Account Periodic Potential Iand
Tr-.elactron Interaction.
for his interes-4 and M.N. Adamov and Veselov
for their advice. There are 5 tables. and 16
references of which 6 are Soviet, 5 American, 2
Japanese, 2 French and I Dutch.
ASS001kTION: Institute for High Molecular Compounds, Acaden,,T of
Sciences of the USSR. (Institut vysokomolelculyarnyka
soyedineniy, Ali SSSR.)
SUBIdITTED: April 3, 1957.
1. Electrons-Motion-Theory 2. Benzene-Absorption spectrum-
Mathematical analysis 3. Benzene-Absorption spectrum-Theory
Card 3/3

AUTHOR: Borovinski A. sov/51-4-4-16/24
TITLE; On Conditions for Joinins of Functions in a Uni-diziensiDna.l
Metallic Model of a 1,~,Iiolecule (Ob usloviyakh sshivaniya
funktsiy v odnomernoy ffietallicheskoy modeli niolekuly)
PERIODICAL: Optika i Spek'troskopiya, 1958, Vol IV, Nr 4
PP 526 - 528 (USSR3.
ABSTRACT: In the majority of papers on molecules with branched
bonds, where calculations are made'uainga metallic model, the
conditions for joininG of the wave-functions at the branching
point are given in the form:
(~(x lp) = ~(x2p) = (~(x3p)
d4)(xl) + d~(x2) + #(x 3) 0 (2)
L dxl dx2 dx3 P
x,.,here q,(xl) q)(x2) ~'(x3 ) are the wave-functions Tor
Cardl/3 three branches meetinC, at a point P, and x1, X2, x 3 are

Sov/51-4-4-16/24
On Conditions for Joining of Functions in a Uni-dimensional Mletallic
Model of a Molecule
the co-ordinateS of each of the branches, with a common orij,''in
at the point P - ~Ref 1) sur,,,-'ested that the condition
of EqJ2) zI~ould be replaced by a condition of the tv-,e.-
d4,(x dq.(x,,)
a, + + Wx p
dx, d--"2 dx3 P
where K is a constant eaual, in order of maSnitude. to
1/a , whei-_~. a is the length of the C-C bo-nd, Paradoxical
--esults obtained C;n a5-Plic-tion of the condi~~'LDns of Eq.(l)
and Eq42) or of Eq.(1 and Eo.(3) indicate 'Lat 4 U-hese condit-ions
are erroneous. The author does not sugEest a set of conditions
applicable to all molecules but considers such condi-uions for
two special cases. These two cases are a molecular model in
the form of a circle of radius R i%ith a rectilinear brancl.,
of length j (FiGure 1). Such a model may be used for
calculation of the benzyl radical (Ref 2). The second exalloi-ole
Card22/3 is in the form of a tv.,-.-o-dimensional potential box in the form

3ov/51-4-4-16/24
on Conditions for Joininr, of Functions in a Uni-dimensional Metallic
0.
Model of a Molecule
of a ring of radii R 1 and R 2 with a branch bounded by
two radii and two arcs (Figure 2). These two examples are
approximations because of replacement of the usual heiragons
(e.g. for benzene rings) by circles and the consequent
change in angles at which bonds meet at the branching point.
Another approximation is made in neglecting of the electron
interaction and of the fini-tp-maE;nitude of the ionisation
potential. The results obtained show, however, that in
molecules consisting ofnings and linear portions, the
coupling between electrons of the ring and electrons of
the linear portion is weak. The author thanks 1'..V.Vol'ker.-
shteyn for his constant interest and M.G. Veselov for his
critiaism. There are 2 fi6ures, 6 references, 2 of wihich
are Soviet, 2 German and 2 in English.
ASSOCIATIOV: Institut vysokomolekulyarnykh soyedineniy AN SSSR
(Institute for High-molecular Compounds Ac.Sc.USSR)
SUBMITTED: July 17, 1957
Card 3/3 1. Molecular association'-Theory

AUTHOR: Borovinskiy, L. A. SOV/48-22-9-2/40
TITLE: Calculation of Absorption Spectra of Mloleci~les of Un-
saturated Hydrocarbons on the Basis of a Metal Model
(Raschety spektrov pogloshcheniya molekul nenasyshChcn,-.ykh
uGlevodorodov na osnove metallicheskoy mo-leli')
PERIODICAL: izvestiya Akademii nauk SSSR. Seriya fizicheshaya, 195Ei,
Vol 22, Nr 9, pp 1o19 - 1o22 (USSR)
AESTRACT: The present paper id dedicated to two problems: Firstly
to the calculation of the absorption spectrum of benzere
on the basis of a metal model under consideration of
the periodic potential and the interaction of the n-
electrons; secondly to the study of the coupling of wave
functions in the calculation of the molecules containir..g
a branched C-C-chain. In the case of a ring-shaped modE-1
(Fig 1) of a benzene molecule the operator of intcraction
takes the followinu form:
CLrd 1/4

Calculation of Absorption Spectra of Molecult-s of sc.,;//,,, ", -,2 2- 9 - 2/1 lo
Unsaturated Hydrocarbons on the Basis of a Metal Model
2
e
0
i 2R 2 qi - Tk 2
~sin -2 + u
Por the determination of the benzene spectrum the oit;en-
values of the operator (2) must be determined:
6 6 -
H L d2 + VOZ cos 6qi +
m
m 2
d qi
2 6
e
0 The energy levels
2R 8~71k ~7 Ysin 2 i 2 '? k + U2
of the system are determined according to the secular equation.
Card 2/4 1 Eik )LS ik I = 0'

Calculation of Absorption S_.ectra of Molecules of SOV/48-22-9-2/40
Unsaturated Hydrocarbons on the Basis of a Metal Model
The terms corresponding to the interaction of the
electrons are represented by the following intef;ral
n
Im = ~ --cos 20m dp
0 ~sin 2P + u2
For every kind'of symmetry the computation of only the
smPIlest roots of the secular equation is of practical
interest.'The number of configurations of every kind
of symmetry, which because of the interaction of the
electrons'plays a considerable role, am-=ts to 13 - 15.
The results are listed in the table.'The transition
energies-(in conventional units ) ar6-given as equal to
2
c = 2-mR2 2,17 eV For the calculation of the
Card 3/4 molecules with branched C-C-bonds -the coupling conditions

Calculation of Absorption Spectra of Molecules of SOY/48-22-S)-2/4o
Unsaturated Hydrocarbons on the Basis of a Metal Model
of the functions and their derivatives in the branching
points must be determined. The computation of the energy
levels of single mol6cules and free radicals showed that
the application of the equation (4) leads to a number
of paradoxical conclusions. For this reason (4) was sub-
jected to a check and found t-) be erroneous. The two-
dimensional model was investigated in the domain of
branching to determine the coupling conditions of the
functions# (Fig 2). The claim that the wave function
and its derivative are to be continu6us along the
longitudinal coordinate allows to determine the relation
between the values of the wave funct'ion and the derivative
at the boundaries of the domain of branching and of the
separate branches. There are 2 figures, 1 table, and
8 references, 5 of which are Soviet.
Card 4/4

AUTKOR: Borovinskly, L.A. SOV/51-6-2-36/39
TITLE Once More on the Conditions of Joining Functions in a Unidimensional
Metallic Model of a Molecule (Answer to T.K. Rebane) (Yeshche
raz ob usloviyakh sshivaniya funktsiy v odncmernoy metallichaskoy
modeli molokuly)(Otvet T.4. Rebane)
1173RIODIGAL Optika I Spektrosicopiya, 1959, Vol 6, Nr 2, pp 267-268 (USSR)
ABSTRACT: The author (Borovinskiy) shows how the separation of variables questioned
by Rebane in the preceding article (Ref 1). mas carried out.
Borovinskiy also points out that experimental data confirm loose
coupling between benzene rings In biphenyl and justified trwi;nent of
these rings as independent entities. Borovinskiy repeats his
objections to Rebane's treatuient of the "ring vath a projection" model.
Difficulties with this model, -when the projection is allowed to shrink
to zero, are ascribed to joining of wave-functions of the ring and the
projection in such a way as to make the electron density continuous .
Borovinskiy points out that motion of IT-electrons in a branched molecule
Ca rd 1/2

SOV/51-6-2-36/39
OncelEore on the Conditions of Joining Binctions in a Unidimensional Metallic
Model of a Molecule
cannot be describad by msann of a unidimensional model with
continuous wave-functions. There are 5 Soviet references.
SUBMITTED; July 17, 1956
Gard 2/2

A SOV/51-7-2-,19/34
and Fedorova, L.M.
AF MORS'- ~Zc;~,PV,4AA
TITLE. Comparison of the Bnergy Levels in the Three-Dimensional and Ona-Dimenalone.1
Metallic Models of the Benzene Molecule (Sopostavlemiye energetichaskilch
urovney v treklinernoy i odnmernoy metallichaskoy modeli molelmly
benzola)
PM1 OD I-,'I L: Optlka i spektroskooi5e, 1959, Vol 7, Tir 2, up 253-256 (USSR)
i", 5S la~ C, T-Ruedenberg and Scharr (Ref 1) coinDired the one-dimenBional and threq-
di;iiansional metallic wodels of moiecules ivith linear conjugated bonds
between atoms. The r9sults of these two workers cannot be used directly
in a discussion of cyclic molecules. The present paper describes a
comparison of the three-dimensional and one-dimensional models of then
benzene molecule, with assumptions Which allow separation of energy of
the longitudinal raotioa from the total energy of TL-electrons and whic:h
ensure transition from the three-dimensional to the one-dimensional model
under specifted conditions. The authors estimate also the errors lit
detemAnation of the energy levels which are due to these assumptions.
A thre%-diinensional potential box is U a 0 d a cylinder of height H
and a base in the foria of a ring consisting of portions of circular
perimeters, mdii RI and R2). The potential inside the box is assumod
va ,-d 1/2

SOV/51-7-2-19/34
Comparison of the Znergy Levels in the Three -Dimensional and One-Dimansional
Met~llic lindels of the Benzene Molecule
to be zero and outside the box it is taken to be infinite. it is
found that the one-dimensional model describes behaviour of Tt-olectrons
in cycliz molecules as accurately as in moleculef. with linear conjugated
bonds. The authors 'warn that application of the one-dimonsional model
to molecules vith branched conjugated bonds may sometimes lead to
contradictions and obviously -wrong results. There are 1 table ani
4 references, 3 of which are Soviet and I English.
SUBOTTED: December 31, 1958
Card 2/2

0OV51-7-4-32/32
i-XTHOH Dorovinsiciy, L.A.
TITLE: -~-3ply to Y.V. Kudryataeva and -.F. Terpugova
01,-~ika i bpaktroskoplya, 1959, Vol 7, Nr 4, pp 579-580 (US6,1zj
Borovinskiy raplloi to the precedin& lett,)r frar hudr~atzsva and
1'erougova (sao the ?receding abs,~ract). lie ax3resses the opinion that
raduction of th-3 molscular model, consisting of a ring of radius R ivith
a branch of lan.,th ?, tjo a ring with a s,)ociq-1 zoiat on it when 4 0
und to a )ot-3nti&l well vith one infinite wall 7-han 'A - 0 (or oo),
indicates that th3 .LOdel is internally inconsistent, since it violat-3s
t'-3 cor0itions of continuity of the 9-.ectron states along the oodel.
b,.)u.idary (this continuity is destroyed by the special point on the ring).
-3UB!--:1TrSD- --ay 26, 1959
Ca X-0 1/1
usawaa-Dc-61,866

S/051/60/008/02/009/036
AUTHOR. Borovinskiy, L.A. E201/E391
TITLE: _~'New V~=ia t ~'~f tle Metallic Model of a Molecule 1'k
PERIODICAL: Optika i spektroskopiya, 1960, Vol 8, Nr 2,
pp 191 - 198 (USSR)
ABSTRACT: The author proposes a metallic model for molecules with
chains of conjugated bonds. The molecular skeletons
(cores), consisting of nuclei and (f-electrons, are
modelled by a fixed charge uniformly distributed along
a line whose length is equal to the length of the
conjugated-bond chain. Motion of fY-electrons in the
field of the vore is considered and variables representing
longitudinal and transverse motion of iY-electrons are
separated by an approximate method. In the zero approx-
imation the longitudinal part of the potential function.
may be replaced by the potential function of a harmonic
oscillator and appropriatio.energy levels are derived frora
the harmonic oscillator theory. A more exact represen-
cation of the potential function involves a semi-classical
solution of the problem. The calculated absorptio"Ll
Cardl/2 'Wavelengths agree quite well with experimental data f

S/051/60/008/02/009/o36
P.2QO eg
A New Variant of the Metallic Model of a '~E Rie
molecUles of the types
There are 2 tables and
Soviet and 1 Swiss.
SUBMITTED: May 18, 1959
shown on p 197.
3 references, 2 of which are
0
Card 2/2

BOROVISOV, A. M., GOLYSHKV, G. I., KOKIN, G. A.
"Some Characteristics of Atmosphere structure of the Southern Hemisphere"
Soviet Papers Presented at Plenary Meetings of Committee on Space Research
(COSPAR) and Third International Space Science Symposium, Wahington, D. C.,
23 APr - 9 may 62.

L 166605'.-05 F*r:T1d1/04T
--~A=79MUN Nil: AT4048352 JD/I'W S/.3000/(;4/000/008/0,)91/~DI)99
AUTHOR: Chudakov. P.D. (Candidate of technical sciences;i; Illich, V.D. (En-ineer);
Borovitwhenko A. (Enriw~-er)
TITLE: A stud y of The processes of steel pressing in the sernihot state
SOURCE- Moscow. EksperimonW.Iny*y nauchno-issledovatel'skly institut kuznc,,hno-
pressovogo mashinostroyeniya. Nauchny*ye trudy*, -no. 8, 1964. Novoye v kuzaechno-
shtempOVDchnom proizvodstve (Latest developments In the forging industry), 91-99
TOPIC TAGS: steel pressing, hot pressing, cold pressing, steel forging, pressling
lubricant. semihot pvessing
ABSTRACT: The authors brieflydiscuss-cold and hot pressing of steels and conclude.that
in some cases it may be more economical to press semiliot steel. lbe purpose of semillot
pressing compared to cold pressing is to,decrease the working pressure and to -obtain . .. ~ I
parts whose accurar-.,y and surface woud'd be comparable to those obtained by cold pressdng.
Since semihot pressing is a new and still insufficiently investigated process, it ii not
yet used in industry. Therefore, thelirst investigations to determine the basic 1?aram.uters
of semihot pressing were made during 1960-1961 at the authorEl Institute; the results
obtained are discusEed in this paper. A special machine for _semibot pressing is described.
Card 1/2

L 16605-65
ACCESSION NR: AT4048352
ef
A number of lubricants for semilhot pressing were prepared sind their fectivenos5
tested; their composition is given.Atable shows the dependence of the values 0i specif ic
pressures employed for various, steels on the, temperature and the degree of deformatifin.
It is evident that a suitably chosen lubricant lowers the specific pressure appreciably in
~he temperature interval inve-stipted (923-1123K), In comparison with cold pre;Sing, a
lowering of specific pressure by alactor of 2-4 was observedl. It Is notod that 1.111o acciir-
acy of the dimensions of forgings obtained by sumiliot pressing is determined esu-mially
by the accuracy of the die and the pressing machine, Mien designing a pressing machine
for semi.hot pressing, it is necessary to allow for temperature sbrinkage. whicli is erj~:Ial
o 0. 008. The microstructure of the forgings obtained by seinihot pressing was exatTi ined
and no microcracks were detected. The satisfactory results obtained made a continuation
oF the investigation advisable to provide a basis for practical recommendations Concerrdng
fl!~- use of semihot pressing in industry. Orig. art. has: 6 figures and 3 tables.
1V -CIATION., E-ksperix)ienW'ny*y nauchno-issledovatel 'ski institut kumeclulo-
1)) t'isovogo n. ashinostroyeniva, Moscow (Experimental Scientific Research Instilmte of
Forging IMachinery)
SUBMITTED: 00 ENCL: 00 SUB CODE: Mil, FP
NO REF SOV: 003 OTHER: 000
C~r,j 2/2

SBISHKIN, I.; 'YESIFOV, F.T.; BOROVIT11,i, V.P.; KHOKELOV, IV.,',.;
GRij,"a" V., red.
iWays of reducing losses of metallic supports in mines of
the "Vorkutugoll" Combine] Puti snizheniia poterl meta-LI-i-
cheskoi krepi na shakhtakh kombinata Vorkutugoll. Syktyvlar,
Komi k-nizhnoe izd-vo, 1964. 40 p. (MIRA 18:4)

GOPdIYY, G.G.; BOROVITIN, M.P.; POVESIMA, K.S.; SDLOWYEX~~, I-, redd.
[Using anchor bolting in Pechora Basin minegj Prinienenle
ankernoi krepi na. shakhtakh Pechorskogo basseina. Syktyvkar,
Komi knizhnoe izd-vo, 1964. 61 p. (M1,U 18:4)

SKAYA k.I.; 'rENGALY(',Iiv,VA, 9.A.,
BERDASHKFI71CH fa.A.; BFIOUS, A.M.; WPOIJIT
POGREBNYAK B.A.; SOKOL,
Occurrence of traumatic ortbopedic diseases among rural and
urban population. Ortop., travm. i protez. 26 no.11:60-66
N 165. (MIRA 18:12)
1. Iz KharIkovskogo instituta protezirovaniya, trav-matologii
i ortopedii imeni M.I. Sitenko (direktor - chlen-korrespondent
AM SSSR prof. N.P. Novachenk). Adres avtorov: KharIkov,
Pusbkinskaya u1. d. 80, Institut imeni M.I. Sitenko.

BOROVITSKA,YA, G.K.
StudYing the feeding of gal-linareous birds in Bur7atia.
Yxaeved. sbor. no.6.-99-101 163.1. (MIRA 15:2)
(Buryat-Mongolia-GaUinae)
(Birds-Food)

GANAGO, F.Me, kand med. nauk; Frinimali uchastiye.- AL VA R.M.,
vrach (Sver;lovsk); AYZEMTWN, B.S., vr&oh-(Sverdla7si);
BABINOVA, RITOKAYA L M - vrach
.. vrach (Sverdlovsk); J3 D
G.D.
(Sverdlovsk); VARGANOVA M.V.9 vrach (Svwrdla'vsZ' G4LOVA.
vrach (Sverdlovsk~; SOKOLOVA O.V., vmeh (Sverdlovsk);
SIZWSOVA I R.PO' vrach~(SverdlovsO; SHELONOVA, I.M., vrach
(SIverdlovsk); BYKHOVSKAYA, M.A., vrach (Revda); BELYAYEVA,
Njao, vrach (Magnitogorsk-); KRUGLOVA, N.A., vrach (Kurgan);
NIKiFOROVA, F.N., vraph (Kurgan); MITINA, O.A., vrach (Asbest);
FORKHOVNIKOVA, E.D..,yrach (Ufa),- PONOMAREVA N.I0, vrach
(0--enburg); RASSOSHNYKH, G.F., vrach (Perw2~; &AZANOVA, V.V.,
vrach (Izhevsk)
Chemoprophylaxis of tuberculosis in childnm and adolescents
in foci of tuberculous infection. Probl. tubi 42 no.lz6-11
164. (MIRA 17t8)
1. Detskoye otdeleniya (zav. F.M. Ganago) Sverdlovskogo insti-
tuta tuberkuleza (dir. - prof. I.A. Shakle-'n) (fo--?-'Ganago).

O"-N iussr/Y-ediaim Parsaitol,09Y 11 sep. 49.
T-A-aches of the r, aMily
ichthyobdellidse in the Mantle Cavity of CePbAld-
pod Mollusks", M. Borovitskaya, Lerlingrad State
73 imeni A. A. Zhdanov, 3 pp
"Dok Ak Iftuk SSSIR", Vol LMII, No 2 *.25 -
Since leeches of subject family are usually found
In f ish, i;,eldcm on decapods'or pantc!pods and
baver before on cephalappods-, discovery of two
atwciwns in the mantle cavity of a Folypus dof -
leini. by A. KI. Ak rcrv on the Kurile-SkIch-lin
Upedition aroueed &-eat interest Because of
3/5OT63
USSR/Mediaine - Pazz-asitology (Contd) 11 Sep 49
Its morpbology, described in detail, it is callid
'Crangonobdells &-:;hmrovi nov. sp.. S~~itted by
Acad K. 1. Skryabin 11 i-xi 49.
3/50T63-

80ROVITS)CUYA, 1. P.
Parasites - Pish
Comparison of parasitofauna of commercial fish from Danube limans and the D,,Lnube River.
Trudy Len. ob-va.est. 71, No. 4, 1952.
SO: Month List of Russian Accessions, Library of Congress,, June 19.53, Uncl.

BOROLVIT-
Biology of the Whipod Gazzarue pulex L.in the waters of Leningrad.
Province and its significance in fish culture. Trudy Gidrobiol.
ob-va 7:99-122 '56. (MM 10:2)
1. Laningradskiy gosudaretvannyy ordena Lenin& universitet Imeni
A.A.Zhdanov&.
(Ropsha-.Amphipoda) (rishes-irood)

'30 " ) ~"' T -
, 1, Cz " - ., N, ." ~l p - , N. 3 . ; '-I, T 1 . ; - ' I U,. . 'C, ~rjl
.I( -- , "I. . I i 11 1 1 1 , 11, , S. ~ . - P , - . 3 . . I
1
-- - -- - -- - -1.1 .- L -.' - - - -
Effect of large doses of cortisone on Cr,7BL mica. Vokl. AN
SSSR 156 no.4:982-983 Je 16-1. (MIFji 17-6)
1. IA:,ninp-adsk.'.7i, pediatricheski-y institut.
.-,rt~dstavleno akademirkomr Ye. N.Pavlovskim.

SUBJECT USSR / PHYSICS CARD 1 / 2 PA - 1441
AUTHOR BOROVICKAJA,N.M.
TITLE Measuring the Dynamical Modulus of Rubber for Very Low Amplitudei3
of Deformation by the Optical Modulation-Interference Method.
PERIODICAL Dokl.Akad.Nauk, 1-02, fasc-5, 923-925 (1956)
Issued: 10 / 1956 reviewed: 10 / 1956
The application of this method for the purpose of such measurements is useful
for two reasons: Firstly, this method is more accurate and more simple than the
acoustic method at present employed. Secondly, experimental possibilities are ex-
tended, and working at very low amplitudes is rendered possible. In connection
with other methods this method extends to a very wide interval of deformation
amplitudes.
Description of measuring device: A 111ICHELSON interferometer and a monochromatic
light source are used. The interference figure (lines of equal thickness) is pro-
jected onto the cathode of a photo multiplier. The voltage generated by the yhoto-
multiplier is transferred to the input of a filter i-.,ith a narrow band and. a
measuring device is located at the output of this filter. By means of the measuring
device described it was possible to determine shiftings of the order 0,01 1, and
measuring could be carried out at frequencies of from 100 to 10.000 c. Three
rubber samples were examined at the same time in each case. By measuring the ampli-
tude of the deformation of rubber was obtained and the &mplitude of force was then
found by computation. The dynamical modulus was defined as a ratio (amplitude of
mechanical voltage / amplitude of deformation).

Dokl.Akad.Nauk, jO
J, fasc.5, 923-925 (1956) CARD 2 / 2 PA - 1441
The modulus for the following four types of rubber wan determined: 1.) Product
of vulcanization of natural caoutchouc, filling material chalk. 2.) Product of
vulcanization of natural caoutchouc without filling material. 7.) Product. of
vulcanization of natural caoutchouc, filling material soot. 4.) Product of vul-
canization SKS-30, filling material soot. In the case of all samples the depen-
dence of the deformation of rubber on frequency was recorded at 200 C, on which
occasion all measurements were carried out at frequencies of from 300 to 500 c.
The modulus of rubber type 3) remained constant up to a frequency of 8000 c
(within 1Cr;4)and incroased rapidly with a further inoroaso of frequency. The
moduli of the samples were measured for deformation amplitudes of from I to
200 1. The modulus remains constant in the case of all samples within the entire
interval of shifting with an accuracy of 5~.
From these data it is possible to determine YOUNG'S modulus of the material by
employing the method developed by G.M.BARTEITEV and V.I.NOVIKOV, Dokl-Akad..Nauk,
91, 1027 (1953). For the various types of rubber the following values are
obtained: 1) 9 ke/cm 2j 2) 3 kg/cm 2; 3) 85 k6/cm2 and 4) 90 kG/cm 2
IITSTITUTIO.N/ Institute for Scientific Physical and Technical Research of the
State University GORIKIJ

24(6)
AUTHOR: Borovitskaya, N. M. SOV/57-58-12-6/115
TITLE: _Vdp-an+ear_e of the_.~Dypamic Properties of Rubbers on the
Deformation Amplitude (Zavisimost' di.namicheskikh svoystv
rezin ot amplitudy deformatsii)
PERIODICAL: Zhurnal tekhnicheskoy fiziki, 1958, Nr 12, pp 2689-2692 ('JSSR)
ABSTRACT: In the present case the dynamic properties of rubbers ivere
investigated according to the method of modulation interference
with deformation amplitudesexceeding 200 W.in the interval of
relative deformations of-from 0.01 to 0.75 % with a f:~equency
of 100 and at a constant temperature of 1600. It was found
that the dynamic modulus of the filled rubbers with
decreasing deformation amplitude first increases and then
..from a certain amplitude onwards remains practically constant.
The phase shift between the force acting upon the rubber and
the deformation decreases with-decreasing deformation
amplitude-For nonfilled rubbers the dynamic modulus and the
phase shift are independent-of the variation of the deform-
ation amplitude in the range under diSCU53ion. 7"here are 3
Card 1/2 figures-*tlnd 3 references, 1 of which is Soviet.

Dependence of 'the Dynamic Properties of SOV/57-58-12-6/15
Rubbers on the Deformation Amplitude
ASSOCIATION: Gorlkovskiy gosudarstvennyy universitet N.-issl.
,.radiofizicheskiy institut (Gorlkiy State University
Scientific Research Institute of Radiophysics)
SUBMITTED: November 10, 1957
Card 2/2

OVIGOV, YO-P.; KOTSUPALO, N.P.; BOROTITSKATA, N.V.
0 ,
Breaking, down datolite are with soda without, using autoclavaa.
Izv.Sib.otd.AN SSSR n0-5:55-63 159. (14IIUI 12:10)
1. DallnevostochrWy filial Sibirskngo otdoloniya Akademii nauk
SSSR.
(Datolite) (Soda)

'It ~
BOROVITSKIY, A.
'0e
Visiting with roller min operators. Mest.prom.i khudpromye. 2
no-5112 My 161. (STerdiovsk-Rolling mills) (MMA 1415) ~'

BgROVITS-KIY,--A-, podpolkovnik
Prepare the vegetable storehouse in time. Tyl. i snab. Sov. Voor.
Sil 21 no.6:75-77 Je 161. WIRA 14:8)
(Russia- -Army- -0 ommissaftat)

q'I'-'C)V ;' -
OLIKIIOVIKCYV, Yu.; GURTIMIYA, P.;
The roll call of tile detachments of the 111--.1~~chlight of tile CoTmalnist
Youth League" movement continues. Tohh.mol, 30 no.11:18-1~ 162.
1. Chlen oblastnogo slitaba Koununisticheskoy y-Artii, Rasttov (for 011-
khovikov). 2. Direktor Omskogo shinnogo zavoda (fcr Borovitskiy'l. 3.
Selcretarl homiteta komsemola sheJdAy 11o.5 tresta Tkvarcheliugoll",
Tkvarcholi (for Gurtskaya). 4. Nachallnik oblastnogo shtaba Kom-
munistichei3key lp-rtii, seltrotart ol7lastnogo komiteta Vsesoyusnoge
Leninskoge Kommunisticheskego so),uza moladezhi (for Titov). 5. Pred-
sedatelf kolkhoza "Zarya korsmnizma", selo Tashlyk, UkrSSR (for
Y=kA) .
(Communist Youth Leaguo)

f3CROVI-T-SKIY, B.
Topical exhibit "Complox low-voltage Prom. unere.
17 no.12;43 D '62. (1-121RA 17:4)
1. Di-raktor Pavillona "Elcktrifikatsiya SSSR," -I,, Vystavkc dostizh,, Iliy
narodnogo khozynystva SSSR.

~~J li'l, ~' / -f \,,,
-1. , / y /,, ~~4.
UBINKIY, Y..M.; BOROVITSKIY, N.Yu.
................. - -
Adjustable pulleys used in T-belt transmissions. Stan. I instr. 28
no.5:38 W '57. (KMA 10:6' r
(PUISYS)

__ - T~
f_,) , - 1~ E, V I / - I "
I i
a ~) L, r
BOROVITSKIY, P.
Repairing connecting rod bushings. Avt. transp. 35 no.8:20 At
(Automobile~--Maintenance and repair) (MM 108:9)

BOROVITSKTY, P. 1.
Science
Brief handbook for the teacher of natural history. Leningrad, Gos. Uchebno-
pedagog. izd-vo. LeningpTadskoe otdelenie, 1951. Isd 2.
9. Monthly List of Ri&ssian Accessions, Library of Congress, June 1953t:Z Unclassified.

BOROVITSKIY, p.j
Concise manual for natural science teachers. Reviewed by P.P. Ivanov
Est. v shkole no. 1, 1952

.BOROVITSKIY, Pavel Illarionovich; VMICIMMO. Pavel Fedorovicb; KRAMAR01r,
1MITFir YOM ch; TCTLYAKOVA, Glafira Mkhaylovm; TAKOVLEVA.
Oitga. Serge:revna; OEM, S.V., redaktor; KIRNARSKAYA, A.L., tekh-
nicheskiy redadtor
[Methods of teaching natural history] Metodiks. prepodavaniia
estestvoznaniia. Pod obehohei red. P.I.Borovitakogo. Leningrad,
Gos. uchabno-pedagog. izd-vo Ministeretva proeveshcheniia RSFSR,
T-eningradekoe otd-nio, 1955. 607 p. (MERA a:6)
(Natural histo27-Study and teaching)

BOROVITSKIT, Pavel Illarionovich; TOMMOU. A.F., radalctor-, GUHDZHIT]nrA,
% " - A.w. 91eMW1c'ftTVIAY~'-redak:tor.
(A short handbook for the teacher of natural history] Xmtkil
spravochnik prepodavatella estastvotnantia. Sostawlen kollektivon
aytoroy. Iad. 3-e, Ispr. I dop. Lenlqgrad, Go@. uchebno-podagog.
izd-vo Hinisterstya prosweshchentia RSM, 1955. 758 p.(MLRA 8:10)
(Natural hietory--Elandbooks, manuals, ate.)

BOROVITSKIYi.--P. L-r-prof .
Study plants during spring excursion to a forest; sixth grade.
Biol. v shkole no.2:11-14 Mr-Ap ~61. (MIRA 140)
1, Leningradskly pedagogidheskiy institut imeni A. I. Gartowm.
(Forest ecologV---Study and teaching)
(School excursions),

BOROVITSKIY, Pavel IllanigDD-vich). VINNICHEITKO, Favel Fedorovich; ha&ARCIV,
Dmitriy Yakovlevich; TULYAKOVA, Glafira Mikhaylovna; YAKOVLEVA,
Ollga Sergeyevna; KU224ETSOV9 F.A,, red.~ YMSaWA, V.S.. red. i24-
va; MURAS.-HOVA, V.A., tekhn. red.
[Methods of teaching biology] Metodika prepodavaniia biologii. Izd.2.,
perer. M-askva, Vysshaia shkola., 1962. 335 P. (MIRA 15,-.7)
(Biology--Study and teaching)

BOROVMKIYJ, P.I.,, prof.
-----'E5Ec-ursi&n -to a poar bog. Biol. v shkole no.3:21-24 My~e(m,62.
IRII 15:7)
1. Ieningradskiy podagogicheskiy institut imeni A.I, Gert-pena.
(Peat bogs) (school excursions)

BOROTITSKIY, P.I., prof.
Let's improve the present system of biological education. Biol.
Y shkole no.3:28-32 YW-Je 163. (MIRA 16:10)
1. LeningradsRiy pedagogicheskiy institut imeni A.I.Gartsena.

USSR/Physics - Statistical Mechanics Sep 50
Nov T*chnlqms
Oas Discharip
"Spectral Method for investigating Statistical
Phenomena in Gas Discharge," G. 1. Bworovitakly,*
Ye. I. Tikhova, Physicotecb Inst, Gorlkiy State U
Dok Ak Nauk SSSE" Vol LXXIV, No 3, pp 449-452
Proposes new and simple subject method based on
Investigation of spectrum of flow occurring In
discha ge tube when its electrodes are supplied
vith periodic (e.g., sinusoidal) voltage. As S.
S. Gorellk showed theoretically ("1z Ak Sauk, Sor
Ob i714269
USSRIphysics - Statistical Nechanicis 21 SOP 50
(Coutd)
Piz," Vol XIV, 174) and authors verified, this
spectrum consists of 2 parts: discrete lines and
continuous spectrum. Submitted 14 Jun 50 by k.
A. Andronov.'
04 WO
to
>4
1714T69

S
WOODVARD, P.M.; BM�OV&QF [translator]; GOMIK,.Gabriel' Samexerich,
redaktar.- redaktor; XORUZZV, N.V,, tekhnicheskiy re-
daktor.
[Probability and information theory. with applications to radar.
Translated from the Inglish] Tooriia veroiatnostei I toorlia infor-
mataii s prinexonliami v radiolakateli. Pereved a augliiskegs S.L.
Berovitakege. Pod rod. G.SiGorelika. Moskva, '&zd-vv "Sevetakee radi,ow,
1955. 127 P. (mLRA 9:4.)
(Radar) (Probabilities) (Information theory)

538'
33
561 535
.
.
HETERODYN. OLjj9AT
,:A.T.D rox =
.
-No. 3;N3-51(1956). In
The ellect ~~6nslbis i~senbAlly a! xnlmll~j twa
'
lk ~'esvbdse fram"erm
I" dlfferb~~an nmpw nt "la'aar, wnflf~ t110

tb pory aad dl$f.US9 the VXPeil3Aht2l *~W 'MO*L C-ft.S.NI,UtldVZ'h

AUTHOR: Borovitakiy, S.I. 109-3-2-10/26
TITIE: Some Properties of Optical Transducers in.Radio Engineering
(0 nekotorykh svoystvakh opticheskikh preobrazovateley v
radiotekhnike)
PERIODICAL: Radioteklinika i Elektronii~:a, 19~81 Vol.IIII No.2
pp. 237 - 243 (US'SiI3.
ADSTRACT: The system described consists of a cathode-ray tube and
a camera tube. Tl-.e electron beam of the cathode-ray tube moves
alo-n,- the axis x with a-velocity v , while in the direction
of the axis y , the frequency of the beam is not less Lhan
tv.ice the highest frequency in the modulating signal, f(t)
This arrangement results in the appearance of a vertical band
on the screen which moves with the velocity v ; the brightness
of the band is dependent on f(t) . If the screen of the
cathode-ray tube is photographed with a delay equal to the
period of the horizontal time base, the resultinC~ picture is
sinilar to that shown in Irig.l. The aveiage b::~iGhtness of'
the element of the screen having co-ordinates x and taken
over one period of the horizontal time base, is e:~-=essed by:
F(xy) = A0 + AA -v + t0)
Cardl/3

109-3-2-10/26
Some Properties of Optical Transducers in Radio Engineering
where t is the instant of the beam crossin,- the straii?-ht
0 11 1
line, x = 0 The screen of the tube is covered .-,-'Lth a mask
whose transparency can be described by a function J(xy) .
The picture on the screen is projected, throuGh the -mask, on
to the screen of the camera tube. Tie raster of the ca:-era
tube is similar to that employed in the normal television tube.
The frame frequency in the .camera tube is equal to the
frequency of the horizontal time base in the first tLil-e. The
camera tube is fitted with an integrating circuit, whose timl-
constant is equal to the --eriod of one line. Consequently,
-e I
the output of the Intecrator over the 1�ne can be e-x-pressed
by: aZ2
g(y) = K ~2 F(xy)J(xy)dx (2)
If the transparency of the mask is ex-pressed by Eq.(3), the
above transducer system can be used as a sprtrum analyser. The
frequency range of such an analyser can be varied by changing
the velocity v of the time base. It is shovn that the
resolving power of the analyser is of the order of 1/500. By
Card2/3

109-3-2-10/26
Some Properties of Optical Transducers in Radio Eagineerinj7w,
providing the transducer with the mask of the type sho-..n. iill
Fig-3, it is possible to employ it as a filter having a Ziven
imp-alse responsej t-be transparency function of the mask- is
expressed by Eqs.(10) and (11), where h(t) is a -iven time
function. It is also shown that the system aLn be used as a
correlato--,,~ for the detection of siCnals in noise and it can
find applications in signal selectors and coding devices.
There are 3 figures and 5 references, 4 of which are Enr'lish
and 1 Russian.
SUBMITTED: April. 27, 1956
AVAILABIB: Library of Congress
Card 3/3 1. Cathode ray tubes 2. Transducers-Optical 3. Systems-Analysis

130ROVITSKIY, S. I.; IMITYUGOV, V.V.
--l-
Properties of nonequilibrium radia,~ion 4n
reversible converters. Izv. vys. ucheb. zav. ; radiefiz. 7
(I T'
no.5:854-864 16/ M-RA 1F:")

peb-.lijqc
ACCE113SION NA! APSOO AS7 0
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the
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thr h
d 90ci 900,~

4V-
-z
,
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1
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~
ACCIM51ON NR: - AP5602 J'157,

0

I eTmit ning M 13) Program M yields three 90 pulse' used for
deter
% the interval
mining T
beltwee.n. the first two pulses Is ~q*. -while the third pulse
_
.
i h~o, airis of pulses with -,r interval within
Can be. iihifted; (4) Progriain IV yields
p
ejac'h pair and a variable diistanc_~- utween, the pairs; this, program is particula=Ay
suitable; for xneasuring,T:4,iof thei,, order of tens %or hundreds- of- seconds Tests
showed. that the control unft operates r .eliatli
mrith input pu~sos of 4 17 v 0. 1

misec, or moic:durati6ii.in 4 period of repetitibri'S6.2nSec or lon~Lyer. The o'
ut
rx
pulse ax~plitude wag about 60 44hiii durations 'Withi 4-160. zriicrosec .
0

~~I, art. has.: 3-figuri
ese

ASSOMMON: non
e

i i'S LT.8 Mt T ED i IMCPI. -0 1 - COD191. NP

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Wiwi

ACC NR, AI16036813
SOURCE -CODE: -UR/0368/66/0O5/oo5/o6oq/o6l3
AU7HOR: Borovitskiy, S. 1. Gryaznov, Yu. M.; Chastov, A. A.
ORG: none
TITIZ: The width of the emission spectrum of a ruby laser with a bleaching liquid
Q switch
SOURCE: Zhurnal prikladncy spektroskopii, v. 5, no. 5, 1966, 6o9-613
TOPIC SAGS: solid state laser, ruby laser, Q switching, passive switching,
phthalocyanine, gallium cbloride, selenium glass, cadmium glass/KS-18, KS-19
ABSTRACT: The width of the emission spectrum of a ruby laser w.-Lth a passive
Q-switch was investigated for various generation regiraes. The block diagram of the
experimental setup is shown in Fig. 1. The active substance consisted of a polished
ruby rod 1 (120 mm long and 10 mm in diameter with plane-parallel ends). Tne semi-
confocal cavity comprised one -97% reflective (at 6925 R) spherical mirror with a:
1000-mm radius of curvature and a stack of plane-parallel plates 4 placed in the
focus of 3. The pumping was carried out by means of two IFF-2000 lamps, the y i
energy varying from 2 to 4 kj. The optical switch 2 con sisted of a phthalocyanine
solution of gallium chloride in quinoline and was contained in a. cell 5 mm thijak with i
glass windows. The cell was tilted at a smell an& to the laser axis. The transparency
of the solution-filled cells used in the experiments war, 25, 40, and 50%. The numbe~r
Card 1/3 uc: 621.375.

ACC Nit: AP60368-13
of giant laser pulses was recorded by an FEU-28 photomultiplier 5 and an oFcil'ograph
t Coate -1
6. An IT-51-30 Fabry-Perot wedge interferometer was used. Its D-la es were
with a multilayered dielectric surface with a 9h% reflectivity at 6943 X. The
experiments were carried out at h (interferometer base) of 10 and 30 mm and the
interferometer resolution range at h = 30 mm was 3.3 x 10-3 cm-1. The interferometer
was illuminated by a parsalel light beam from a telescope 7 fixed on an OSK-3 optica].
bench. The interferometer output was recorded on film in a lensless camera 9. The
interferometer was tuned by means of Ne-He laser 10, splitter plate 11, and diaphra&ca
12. The total width of the emission spectrum of a ruby was 0.02 cm-1 in the case of I
free Feneration. The emission spectrum of a Q-switched laser was considerably
narrower and consisted of one component whose.width (measured by an ~7-2 microphoto-
5 1 2 1- 4 /1 7 8 3
Fig. 1. Block-diagram of
I id-1 experimental setup
U
L -J
Cord

ACC NR. A
I % P6 OV 3 U6 Vo 1 J'%
meter) was 5 x 10
-3 cm-1. This is comparable to the spectral width of a giant
pulse obtained by F. J. ~.cClung and D. Weiner (IEEE, J. Quantum Electronicz, 1, no. 2.,
1965, 94), who used a rotating prism for Q-switching and plane-parallel plates and a
cell with a cryptocyanine dye for mode selection. In the case of giarkt-pulso
operation using a passive Q-switch, the number of spectral lines increases with the
pumping energy, with the number of lines being equal to the number of giant pulses.
No sigpificant changes 11- the quality of interferograms was observed when the ruby
rod was replaced with arfther specimen, although in the case of a plane-paralle.1
cavity considerable cbar.l;es were observed from ruby to ruby. Other substances,
such " KB-18 and KO-19 fle-Cd &IsAa, were also investigated as passive switchez- The
width of the emission spoctrum of a laser with a KS-19 filter waz -7 x 10 3
and its total width incrilazed with the pumping energy. Orig. art. has: 2 formulas
and 3 figures.
SUB CODE: 201 SUBM DATE. 28Dec65/ ORIG REF: 003/ OTH REF: 003/ ATD PRESS: 5108
Card 3/3

:91G)(LTULIN, I.N,, kandidat tekhnicheskikh nauk; BOROVITSKIT, V.I., inzhener.
tr-cm
Conversion of high-power two-stroke'sugines form liquid fuels to
generator gae. [Trudyl KM no-35-126-134 155. (MIRA 9:7)
.(Gas and oil engines)

8(0), 32(3) SOV/112-59-5-9099
Translation from: Referativnyy zhurnal. Elektrotekhnika, 1959, Nr 5,
pp 98-99 (USSR)
AUTHOR: Borovitskiy, V. N.
TITLE: t~,Exchangers of Mercury-Arc Rectifier Units
PERIODICAL: Elektr. i teplovozn. tyaga, 1957, Nr 12, p 31
ABSTRACT* Repair of a water-cooled rectifier unit at a traction substation
equipped with an individual type TV-1000 heat exchanger requires shutting down
the rectifier. To obviate this disadvantage and to secure inter changeability of
heat exchangexs, an i-nter connection scheme was materialized at the
Pokyovsko-Streshnevo substation, Kaliuinskaya Railroad; the scheme consists
of two type TV-1000 and one type KT-90 heat exchangers equipped with TsNII
type RND-l thermoregulators. The scheme permits cooling any rectifier or a
group of rectifiers by any heat exchanger and simplifies topping up the
expansion tanks with distilled water. Any heat exchanger can be repaired.
Card 1/2

SOV/ 112-59 -5 -9099
Interconnecting the Fleat Exchangers of Mercury-Arc Rectifier Units
without taking the corresponding rectifier out of service. If two rectifiers are
partially loaded, their cooling can be performed by one heat exchanger.
Temperature fluctuations within+ 1. 50C were observed (the thermoregulato2i*s
were adjusted for +30'C). Operating experience confirmed the efficiency of
the interconnectiag scheme which, in addition, provided an annual energy
saving of about 9, 200 kwh. The interconnecting scheme and its peculiarities
are described.
L.A. Ch.
Card 2/2

8(4)
SOV/112-59-4-.8344t
Translation from: Ref erativnyy zhurnal. Elektrotekhnika, 1959, Nr 4, p 275 'IJSSR)
AUTHOR- Borovitakiyi- V. N.
TITLE: Rod for Replacing-Electric Lamps
PERIODICAL: Elektrich. i teplovozn. tyaga, 1958, Nr 5, p 28
ABSTRACT: A rod is described for replacing electric lamps in open and semi..
open luminaires situated at a considerable height. The rod consists of a
bakelite tube which includes wire ties; one tie is terminated with horn-type
grips for gripping the lampholder, another tie terminates with steel grips for
the bulb. A 'Lang-tilme experience with the rod at the Pokrovsko-Streshnevo
traction substation- permits recommending it for wide usage.
A. A. M.
Card I/ I

BOROVITSKIYp V.N.
,- -11~i~dd-tranuportation at the Exhibition of Achievements of
the National Economy of the U.S.S.R. Zhel.-dor.transp.
43 no*9:'13-76 S '6L (MIRA 14:8)
1. Zmmeutitell glavnogo inzhenera-mtodista upravleniya
razdala promyshlennosti i transport& VysteLvki dostizheniy
narodnoga khozyaystva.
(Railroads-Exhibitions)

BOROVITSKIY, V.N.1 BORISOV', M.A.; RYR&LINIK, T.I., red.; PYATNITSKIY,
--------T-.Y.-j,7Fe-khn. red.
[Pavilion of the "Electrification of the U.S.S.R." a catalog
and guide) Putevoditell-katalog Pavillona "Elektrifikatsiia
SSSR". M,Dskva, 1961. 46 p. (MIRA 15:7)
1. Moscow. Vystavka dostizheniy narodnogo khozyaystva SSSR.
Pavillon "Elektrifikatsiya SSSR."
(Moscow-Exhibitions) (Electrification)

BOROVITSKIY, V.N.; BORISOV, RYBAL~NIK, T.,I,. red.; SlNYUKIIIN,
, I I..-11.-9 iekhn. red.
[Gulge -to tile Pavilion of the Electrification of the U.S.S.R.]
Patevoditel Pavillona "Elektrifi.katsiia SSSR". Moskva, 1962,
46 p. (MIRA 15:7)
1. Moscow, Vystavka dostizherdy narodnogo khozyaystva SSSR.
Pavillon "Elektrifikatsiya SSSR."
(Moscow--Exhibitions) (Electrification)

BOROVITSKIY V 1.1 ; #MORGOBSKIY, V.I., inzhener-notodist
Th4atie display *Low-voltage cammutation apparatus units."
Vest, elektro"s 34 no,2:77 F 163. (MIRA 16:2)
1. Direktor pavillons. "Elektrifikatsiya SWRO na Vystavke
dostizheniy narodnogo khozyaystva (for Borovitskiy).
(Electric evitchgear)
(Commtation (4ectricity))

BDRDVITSKIY V,&; BORISOV, M.A.; SMIRNOVA, G.M.; SEDELINIKOV, V.I.,
SERBINA, L.N.; SMIRNOVA, N.S., tekhn. red. MAYOROV,
V.v. , tekhri. red.
[Economy and efficient use of electric power) Ekonomlia i
rat9ionallnoe ispol'zovanie elektivenergii; po materialam,
tematicheskoi vystavki. Moskva, VDNKh SSSR, 1962.
No.l. [In its production and distribution] Pri ee proiz-
vodstve i raspredelenii. 23 P. No.2. [In machinery
manufacturing enterprises] Na mashinostroitellnykh predpri-
intiiakh. 27 p. 10o.3. [In electric transport] Na elektri-
fitsirovam2om transporte. 10 p. No.4- [In metallurgy] V
metallurgii. 16 p. No.5. (In electrothermics and aluminum
elelctrolysis] V elektrotermii i pri elektrolize aliuminiia.
52 p. No.6. (In electrical lighting] V elektroosveshchenii.
19 P. (MIRA 16;8)
(Electric power)

BOROVITSKIY, V.N.; NARTOV, V.I.
Exhibition on "Complex low-voltage commutation apparatus." Elektro-
takhnika 3,~ no.12956-57 D 163. MU 1?: 1)
1. Jirektor pavillona "Elekt~-Ifikatsiya SSSR" vystavki dostizheniy
narodnogo khozyaystva, SSR (for Borovitskiy)& 2o Starshiy inzhener-
metodist pavillona "Elektrofikatsiya SSSR11 vystavki dostizheniy
narodnogo khozyaystva SSSR (for Nartov).

BGROVITSKIY,--V.N.; OKHOTNIKOVA, Ye.V.
Topical exhibit at the Exhibition of the Achievements of the
liational Economy of the U.S.S.R. Prom. energ. 19 no, 4:52
AP 164. (MIRk 17:5)

BOROViT!.KIY, V.11,
c..,: --e-lay A 1-1--., lr~n-i P4, tLe 'Exhibition of the National
E-c-onomy A~2idevements of the ilek. sia. 34 no.hl-95 N 163.
(Mlilbri 17.,2)

BOROVITSKIY, V.N.
Pavilion of the "Blectrification of the U.S.S.R," at the
Exhibition of the Aohievemen*v nf the National Economy in 1964.
Elek. sta. 35 no. 401-92 Ap 64. (KRA 170)
1. Direktor pavillona Elaktrifikatsiya SSSR.

BOROVITSKIY, V.N.j CHLIMACHFINKO, V.N.
New topical exhibits at the Exhibition of Aohievements of
the National Economy of the U.S.S.R. Elek, sta. 35 no-505
My 164. (MIRA 17:8)

BOROVITSKIY, V.N., inzh.
Awards presented to the participants of the Exhibition of the Achieve-
ments of the National Economy of the U.S.S.R. in 1964- Elek. eta. 35
no.8:88-89 Ag 164. (MIRA 17:12)

BOROVITSKIY, V.N.
New topicqL1 exb.bition of the Exhibition of the Achievements of
the National Economy of the U.S.S.R. Elek. sta. 35 no.12:81 D 164.
(MIRA 18:2)
1. Direktor pavillona, "Elektrifikatsiya SSSR" na Vystavke dosti-
zheniy narodnogo khozyuystva SSSR.

BCROVITSKII.,.Y.N.
Awards presentAid to power machinery builders at the Exhibition of the
Achievements, of the National Econowl of the U.S.S.R. Energomashino-
stroenie 11 no,,7*43-" Jl 165. (MIRA l8s7)
1. Direktor pairillona *Elektriflkatsiya SSSR" na Vystavke dostizhenly
narodnogo khozyaystva.

B0R'J,i I 'T~4K jy~ "j. N.
N meth~'-lii in e~-ej-yd~y j fe at the favii I ff~' a, tr I -
-I~LiAcn of t,l c- S' . R. " of V- -r:--xl; bi 1.1 an i.,f the A,-, hi f~\,,--Mehts. of
ti,,~~ NaMomil Fc-onorkv cf the Fr~rgetik. 13 ,)-4'2S'-30 Ap
4 1
'U%T-lk 18:6)
b-'l.L---,-t,-jr Favillona 117-lektrifikatsaya SSSR,'*- Vystav!:-'- .-';C'S'tizheniy
rai---~dno,7-) P-11!c-z.~%aystva 'USSR.

BOROVITSKIY V.N.
Prevention of errors in checking relay protection devices using a VAF-85
voltampere-phage indicator. Elek. Sta. 36 no-6:93-94 Je 165.
(WRA 18:7)
1. Direktor pavillona "Elektrifikatsiya SSSR" Vystavki dostizhenly
narodnogo khozyaystva.

KaSIMOV, VasiYiy Mikhaylovich, dotsent, kand.geologo-miner.nauk, ASAM.
K.G., dotsent, kand.takhn.nauk; DAVIDOVICH, V.I., dotsent. kand.
tekhu.nauk; ALBUL, S.P., kand.goologo-miner.nauk; PAUM, N.G.,
inzh.-gidrogeolog; OSTROUMOV, 13.P., gidrotekhnik; ZAYTSEV, I.K.,
doktor geologo-miner.nauk; TOLSTIKHIN, N.I., prof.-, doktor geologo-
minaral.nauk; RBZNIKOV. A.A.o kand.khim.nauk, starshiy nauchnvy
sotrudnik; MEMHALOV, A.F., assistent; VOROTYNTSSV, V.T.. dotsent,
kand.tekhn.nauk; M OV, ;.A., dotsent, kand.geologo-miner.hauk;
JOWIS. Ye.Ye., dotsent, kand.geologo-miner,,nauk; XHITROV, I.N.,
inzh.-geolog; U& 0
-ROP-26 44&86, kand.-oologo-miner.nauk; RAVDCWIKAS,
C.T., kand.geologo-miner.nauk; ONIN, R.M., Itand.geologo-miner.nauk,
BASKOV, Te.A., inzh.-gidrogeolog; NOVOZHILOV, V.N., dotsent, kand.
goologo-miner.nauk; PMMINYY, I.S., inzh.-gidrogeolog-, NLTUISHTWYN,
Yu.G.. insh.-gidrogeolog; BOSKIS, S.G., inzh.-gidrotakhnik; NIKIFOROV,
Ye.M., insh.-gidrogeolog; GATALISKIY, M.A., prof., doktor geologo-
Thine r. nauk, , nauchnyy red.; DOLMMOV, P.S., veduBhchiy red.; GEN.-
SAWYEVI, I.K., tekhn.red.
(Hydrologist's handbook] Spravochnoe rukovodatvo .-idrogeologa.
Leningrad, Goe.nauchno-tekhn.izd-vo neft. i gorno-toplivnol lit-ry,
Leningr.otd-nie, 1959. 836 p. (MIRA 12:4)
1. Vaesoyuznyy geologicheskiy nauchno-issledovatellskiy institut
(for Reznikov).
(Hydrology)

ARSBERG, le.A,, assistent; pQiqVITSKIY V P dote.; z.U2'S, Sh.F.,
dots.; Prinimali uchastii~-'-"
SEP897-W, V.A" dots.;
SAI-,A.,iD4A
., V~S... st. nauchn. soir.; SKOMTDIA, N.P., red.
(Practice in general hydrogeology] Praktikum po obshchei
gidrogeolc~gli. Leningrad, lzd-vo Leningr. iwiv., 1965.
231 1). (MIRA 18:4)
1. Kafedra gidrogeologii Leningradskogo gosudarstvennogo
universitets im. A.A.Zhdanova (for Buts, Ansberg, Sergeyev).
2. Insti-ml S
W- Zemoy kory.. Leningrad (for amarina). 3. Gornyy
irstitut, Leningrad (for Borovitskiy).