SCIENTIFIC ABSTRACT BUGRIM, Y. D. - BUGROV, N.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000307320012-3
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 9, 2000
• Sequence Number: 12
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

-L 1) /M(M) /EEC (k)-2LEWP(t) mill ~Pk EWP(l) IJP(c) WG/RT'.I/JD
ACC- V--k6027735 858/086
SOURCE CODE: UR/0020/66/169/004/0
A1.1711011: Bugrim. Ye. D.; Lyutyy, A. I.; Rossikhin, V. S.; Tsikora, I. L.
- ==ZM~Mnw~ -1 T
ORG: Dnepropetrovsk State University (Dnepropetrovskiy gosudarstvennyy universitet)
TITLE: Vibrational relaxation of the C2 molecule in Lhe excited electronic state
SOURCE- AN SSSR. DoILlady, v. 169, no. 4, 1966, 858-860
TOPIC TAGS: gas discharge spectroscopy, CC radical, Swan bandIC"- C"f a I's, 2,~ C JA~
ABSTRACT: A spectroscopic investigation was carried out of the effect of various
gases or. the emission of Swan bands of C2 excited in an electrical discharg,.a. A
condensed discharge was passed through a tube (described) filled witli the gas of
interest at a reduced pressure. A clearly visible afterplow was observed along tile
discharge path, whose spectrum consisting of Swan bands of C was investipated. The
C, 2
gases used were CO(pressure range, 10-45 mm Hg) , 0.5% CO + 99.5% lie (10-700 lmli Hg)
and M7. CO + 99.5% Ar (10-150 mm Bg). The results are reported and Interpreted in
terms of the theory of vibrational relaxation of diatomic molecules In the excited
electronic state. Orig. art. has: I figure and I table. &V-* cxj [Sm)
SUR CODE! 2.0/ SUBM DAM 060ct651 ORIG REF: 007/ OTH RIEF- 006
Card

j1kRIMENKO, I.F..- ; STRUZHESTRAKHp Ye.I., inzh., red.; PETUKHOVA, G.N.,
1-11- va; TIKHAMV, A.Ya., tekhn. red.
[Determining cutting apnditions for machining on lathes]
Opredelenie rezhimov rezaniia dlia. raboty na tokarnykh
stankakh. Moskva, Mashgiz, 1963. 166 p. (MIRA 16:9)
(Turning)

p? u 6 fZ j AA t S.
BUGRIN, S., inzhener.
Experience in modern12ing brick-molding equipment. Stroi.mmt. 3
no.8:29-30 Ag '57. (Brickmaking machinery) (MLRA 10:10)

BUGR
inzh.
-
Bricks made of mine wastes. Stroi. mat. 4 no.2:29-30 F 15E.
(KIRA 11-2)
Komi A.S.SeR.-Brickmaking)

,,~BGRIMENKO, A.M., inzh..rkonstruktor
Electric fences operated on storage batteries. I'at' i put.khoz.
4 no.11:33-34 H 160. (MIRA 13:12)
(Ilectric fences) (Railroads-Safety measures)

BUGRIMFMO, A.M., inzh.-konstruktor
Communication and signal systems should be built into all
machinery. Pat' i put. khoz. 4 no. 12:21 D 160. (MIRA 13:12)
(Railroads-Communication systems)

,,BUORI140T, Yevgeniy Ivanovich
I--
(Animal husbandry in'the seven-year plan)
v semiletke. NoskVs, Sellkhozgiz, 1960.
Zhivotnovodstvo
197 P-
(MIRA 14:4)
(Stock and stock breading)

0 C-IR ) Al) S- k
KOVAISV, N.N., laureat Stalinskoy premii; AIIOSOV, F.Y.; 13UGRIII,, S.K.;
QAMVI, Yu.Tg;;GR.AITOVSKIY, S.A.; CRGO, V.M.; CRWV, I.V.; USTINOV,
B.M.: GAMZ3. Z.M.. laureat Stalinskoy premii, dots., retsenzent
[New turbines at the Dnieper Hydroelectric Power Station] Novye
turbiny Dneprovskoi gi&roalek-trostantaii im. V.I.Lenina. Pod red.
II.N.Kovaleva. Moskva. Gos. nauchno-tekhn. izd-vo mashinoatroit.
lit-ry, 1951. 127 P. (MIRA 11:5)
(Dnieper Hydroelectric Pcwer Station)
(Hydraulic turbines)

BUGRIN, S.K.; RAUD, M.A.
Encapsuled bydraulic turbine. Biul. takh.-ekon. inform. Goo.
nauch.-issl. inst. nauch. i tekb. inform. 17 no.2:41-43 164.
(MIRA 17:6)

BUGRIN, S.K., inzh.; RAUD, M.A., inzh.
....
Horizontal capsule units for the Cherepovets Hydrolectric
Power Station. [Trudy] LMZ no.10:29-38 164.
(MIFA 18: 12)

V I

to to v x CA

u4;

IN
.4
~lr p k * 5.- ,I I * H
0-
REP
:4 o
n r s,
0 p

SUKROVTSEVA, N.M.; UGRINA, V.V._
Spectral anglysis of ferroalAoys, chromium concentrate, and chromium
oxide by the injection metbM. Zav. lab. 27 no.3:314 161.
(MIRA 14:3)
1. Klyuchevskiy savod ferrosplavov.
(Iron alloys-Spectra)
(Chromium.-Spectra)

BUGRINOV, S.K. (Kimry Kalininskoy oblasti)
- -~
Determining the specific heat of water vaporization. Fiz. v shkole
17 no.2:68 Mr-Ap '57 * (MLRA 10:3)
(kLeat of vapor12&tiO&)

--two
'sop
Eleotrical mowwrim AtBt-
Vol. 57 NO- 675
Mar. 1934
Elimotrioal Inginmering
fi2l.311A
US LWwn beh" adpWims "k *eP mb
110 W IhwL E. A. BtirWmV AND G. M. N"^-G*gW.
EkA.I. Staxisil. IM IV,,. 6.
0. 1, R"'j".
ReMble indoor suNtations 110.6-10 W for up to
1-10 MVA and up to 26 outgoing double cables have.
been designed for the supply of the central amas of
larn tmu. In the rml of these stations, the 110 kV
smitchplant is arranrcd above IN: 6 W swi"plant
in a 4-storcy btfildinj:. or 21 ind 12-3 to
Nvidth. The transfornims Man I :w1door-, in In-, Yard.
Other buildings for oontrol, Lmn7rormvr scrvi6-,r,
equipment store and the cmerg-azy oil pit b: ing tlizz
total area up to 3m) m! whki, i3 10-15 finles Imc
than the ama of !A"ins ouldoor stations of similar
capacity. The architectural myk is adapted to the
surroundings. F. BUSUIANN

BUGRITICV, Vt. A.
GRUNDI=IT, P.G., professor; KUYSHINSKIY, N.N., dotsent, kerAidat
t*hnicheskikh nauk; MWWV. S.N., inzhener; BUGRIBOY. U.A.,
inzhaner.
Romarke on L.D.DroskinIm article *New @chow and construction
of the distributing system of an electric power station."
Blektrichostvo no.6:86-88 Je 154. (KLBA 7:7)
1. Moskovskiy energeticheekiy institut Im. Molotova (for Grun-
dinekiy, Kuvshinekly) 2. Nomenergoproyekt (for Semenov, Bti~&Ti-
nov)
(Drookin, L.D.) (Electric power stations)

AID P -- 948
Subject USSR/Electricity
Card 1/1 Pub. 27 - 17/25
Author : Bugrinov, Ye. A., Eng., Moscow
Title : A new design of 6- and 10-kv switch-and-bus equipment
Periodical : Elektrichestvo, 10, 76-78, 0 1954
Abstract The new design developed by the Mosenergoproyekt (Moscovi
Regional Power System Administration) for power stations
and substations is presented for discussion. Two diagrams.
Institution MosenerFoproyekt (Moscow Regional Power System Adminis-
tration)
Submitted My 21, 1954

euc,Rlt,jov,
Subject USSR/Electricity AID P - 1509
Card 1/1 Pub. 26 - 5/36
Authors : Bugripoy, Yp.. A., Eng., Matyushin, M. V., Eng. and
i&zar-o-v', V. N., Eng.
Title : Design of 110-kv indoor switching substation (Discussion
of an article by L. I. Dvoskin in Elek. sta., 1954,No.1)
Periodical : Blek. sta... 3, 18-21, Mr 1955
Abstract The authors discuss the details of 110 kir Indoor
switching substation designed by L. I. Diroskin. They
attempt to prove the superiority of outdoor substation.
They also criticize some of the technical solutions
proposed by L. I. Dvoskin.
Institution: None
Submitted : No date

,OjA 9 A/ 0 Y A
AID P - 2011
Subject USSR/Electricity
Card 1/1 Pub. 27 - 15/31
Author : Bugrinov, Ye. A., Eng.
Title : Need for the creation of new 110-kv electrical apparatus
and switching station equipment
Periodical : Elektrichestvo, 4, 68-70, Ap 1955
Abstract : The author describes an arrangement of his own design
consisting of a new 110-kv electrical apparatus fitted
into a compact switching station. The apparatus
performs the joint functions of a circuit breaker,
disconnecting switch, and current transformer, This
simplifies the structure and assembly of the switching
station and reduces its dimensions and the number of
insulators and bus-bars. Four drawings.
Institution: MOSENERgOPROYEKT (Moscow Regional Power System Adminis-
tration).
Submitted 0 20V-11954

a U, G. it 1 M6V, C. ~9.
Subject : USSR/Electricity AID P - 2541
Card 1/2 Fub. 26 - 25/32
Authors Chernyshevich, V. I., S. A. Kudryashov, E. A. Buirinov,,
R. R. Mamoshin, K. A. Orlov, V. M. YefriiM'd'"Vo" 7zngu.
Title On G. M. Kayalov's article M-10 kv switch gear and
control equipment in 2-story substations" (Letters
from readers)
Periodical : Elek sta, 6, 54-56, Je 1955
Abstract : G. M. Kayalov In his article (No. 10, 1954, this
journal) suggested the erection of 2-story substations
for 6-10 kv switchgear instead of the standard 3-story
buildings erected for industrial and regional sub-
stations. His suggestions are considered favorably
by several engineers. However, some recommendations
on the distribution of the equipment and on the layout
of the 2-story substations are made. One diagram.

Elek sta, 6, 54-56, Je 1955
Card 2/2 Pub. 26 - 25/32
Institution : None
SubmItted : No date
AID P 2541

BUGRINOV, Ye.A., inzh.; MAT-YMIN, M.V., inzh.
- -.,,
News in the design of substations. Elek. sta.-29 no.10:42-46 o 158.
(Blectric substations) (MIRA 11:11)

ZHITKFVIGH, V.F.; LYUTYYY, A.I.; ROSSIKHIN, V.S.; TSIK)RA, I.L.
Prinimal uchastiye BUGRIM, Ye.D.
Anomalous excitation of metals in the flames and vapors of certain
organic compounds. Opt. i spektr. 15 no.3:415-412 S 163.
(MIRA 16:10)

to It U it W Is 16 1? a id a jol"All 1011 L? a It is 1111 v almaj to valid 020
It I AA W "in- 1. . it a 6 j i j &
t-01.1
F;'v
Coatings for el"trodre used in welding high Irm All 0
persture apparatus. F.,S. lhigtil. Abom. -00
,-to, 10.19. Not. 11. 21 ?~.- qj'~4ollltt lit W Ow o,W, 1 c-mIx IL'
'-N1, NIII Si IIAM, P IIAM 111111 8 Well'
00 wrldril liv 11W of Or vircifittle "itr Axillig. C 0.111, MII it. 1.
Si 11joil, 1, ll.ol atilt $ atilt ch-clf"te Owillp of
vxtivou, Rimian trade inark,,. Diffrient ittnt,. of Cr and
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BUL-IRly, F. S.
Automatic welding of apparatus made ffom double steel layer. Avtom. svar., 4,
Nc 6(21), 19~1:1.

BUGRI F,S.- ROYTENBERG, A.I.
Infinitely variable terminal speed regulators in automatic welding
units. Avtom.evar. 6 no.1:75-76 ja-F 153. (IMIA 7:6)
1. Kiyevskiy zavod *Bollshevik". (BlectrIc welding)

J*2
AID P - 994
Subject USSR/Engineering
Card 1/1 Pub. 11 - 8/13
Authors : Bugriy, F. S. and Shimanskiy, N. S. (deceased)
Title : Cracks in the welded seams at automatic welding of double-
layer steel of grade MSt3 ~ lEh18N9T with flux
Periodical : Avtom. svar., #5, 76-81, S-0 1954
Abstract : The technology and technique of welding of two-layer steel
are outlined with the view of preventing crack formation
in the butt-welded se ams, indicated by x-ray examination.
Six cross sections, 6 photo macrographs and 2 Russian
references 1,1941-51).
Institution None
Submitted My 22, 1954

WSR/ Ph&fteering-Rolding
IA Pub. 228-26/33
Aimtbim EkWiyp Y So E~a
gineer
Title Automatic welding under a flw~ of chrome-nickel alloy
,.PeriOdical Vest. mash. 3418, 85463,.,Aug 1954
Allstract The-ability of ~chi-Iom~nlalcel,allov (20 to 30% chromium) to withstand
heat without'corrosionAo,noteL, A description is given of "Boaz-oboe..
In welding.vith a flux.ofthis material. The description includes
figures for dimensions of parts and the composition of the f2uxs, which
contains elements besides chromium and nickel. Mustrations; tables.
Institution *..*see
Submitted .......

SOV/137-57-1-894
Translation from: Referativnyy zhurnal. Metallurgiya, 1957, Nr 1, p 115 (USSR)
AUTHOR: Bugriy, F. S.
TITLE: Automatic and Semiautomatic Welding of Special Steels (Avtoma-
ticheskaya i poluavtornaticheskaya svarka spetsial'nykh staley)
PERIODICAL: Sb. dokl. nauch,tekhn. konferentsii svarshchikov. Kiyev-
Moscow, Mashgiz, 1955, pp 75-84
ABSTRACT: An account of the experience accumulated at the "Bol'shevik"
plant in the manufacture of welded chemical apparatus made of acid-
resistant steels of the types lKhl8N9T, Khl8NIZM2T, Khl8NIZM3T,
Khl8Nl 1B, as well as of a two-layer [duplex] steel Mst. 3-lKhl8N9T
which contains Ti and Nb for the purpose of preventing intercrystal-
line corrosion (C) and Mo for the purpose of preventing "spot C"
(pitting) in chloride solutions. Owing to the oxidation of Ti during
welding (up to 85ula), the C resistance of welds (W) performed with
electrode wires of the same composition as the parent metal is not
identical to the C resistance of the latter. Similarly, W's exhibiting
the same resistance to hot cracking as the parent metal cannot be
Card 1/3 achieved when a welding wire containing Nb is employed. The

Automatic and Semiautomatic Welding of Special Steels
SOV/137-57-1-894
performance characteristics of the W's may be improved and the welding operations
simplified if wires EI-605 and EI-606, as developed by the Electric Welding Insti-
tute, Academy of Sciences, Ukrainian SSR, are employed. Procedures of automatic
submerged-arc welding employed in conjunction with the AN-26 flux in two-sided
welding of components 6- 15 mm thick (without groove preparation of the edges) are
described, also the mechanical properties and data on the resistance of the W's to
general and intercrystalline C. It was established that W's performed with
OKhl8N9 wire may be made resistant to intercrvstalline C by being subjected to a
stabilizing anneal from a temperature of 830-8500C instead of being quenched in
water from 1100- 11500. The technology and process parameters of semiautomatic
butt welding performed on the same types of steels (4-6 mm thick and without
groove preparation of the edges) with the aid of roller stands and manipulators are
described. In the process of automatic welding of two-layer [duplex) steels of the
type Mst. 3-lKhl8N9T having a total thickness of 6-22 mm, the thickness of the
plating layer being 2-4 mm, the following major difficulties are encountered:
Fusion of the layer of the lKhl8N9T steel and formation of brittle regions of
troostite when butt welding is performed on the side of the Mst. 3 steel; if weld-
ing is performed on the side of the lKhl8N9T steel, fusion of the Mst - 3 layer
results; dilution of the W metal with Mst. 3 tends to lower the C resistance of the
Card 2/3

Automatic and Semiautomatic Welding of Special Steels
SOV/137-57-1-894
W and also leads to the appearance of micro and macrocracks. In order to
prevent these effects it is recommended that the jo;nt edges be carefully prepared,
with a gap not exceeding 0.1 mm, and that tbe following welding procedures ensur-
ing minimum fusion (1-5-2.5 mm) of the lower layer be followed: The welding of
the joint on the side of the plating layer is to he pieceded by manual welding of
the root opening on the side of the Mst. 3 with the a--d of E's of the UONI- 13 /45
type; employment of special clamping and backing fixtures with an asbestos lining
on the side of the IKhIBN9T layer. A method is descr:.bed whereby welding
defects on the side of the steel IKhl8N9T may be corrected by means of cutting
4-7 mm deep grooves into the W with the aid of grind-.ng d;.scs employing a
vulcanite binder (the discs being of the medium hardness D250x8xZ' type with a
NY-46 grain) followed by rewelding with type TsL-Z E's made of EI-606 wire.
V - S
Card 3 /3

=TT
ill Aldo i.1tic WrIditIR d T"'PA,114f
Iz thuLb.
I'mizvmbfil'.
1911, n,,. .3, Mar., P.-TfrrT---
111)4 1"r fut'ing t1w rwt~rsibhnt Okol

BUGRIY, F.S.
-*'" ~Melding'of L-62 and ID-62-1 brass using carbon electrodes. Ayton.
Ayar,_.10._no,2.t-107-110.Nr-jlp '57, (Kum 10W
1. Kiyevskiy zavod "Bol'shavik".
(Brass- Welding) (Blectrodes, Carbon)

BQ~4 I ~ i F, S-,
AUTHOR: Bugriy, F.S., Engineer 135-58-5-9/17
TITLE: Automatic fielding of Aluminum by a Split Electrode (Avtoma-
ticheskaya svarka alyuminiya rasshcheplennym elektrodom)
PERIODICAL: Svarochnoye Proizvodstvo, 1958, Nr 5, pp 27-29 (USSR)
ABSTRACT: A new method of automatically welding aluminum containers of
1,500 to 3,000 mm diameter, developed jointly by the Institut
elektrosvarki imeni Ye.O. Patona (Electric Welding Institute
imeni Ye.O. Paton)and the plant "Bol'shevik" is described.
The technology of the method is given in detail. The essence
of the method consists in the simultaneous use of two electrode
wires placed on the opposite sides of the seam (Fig. 1) and
connected to one feeder. The information includes the compo-
sition of the special flux "AN-Al" and recommendations concern-
ing the shape and the dimensions of the flux layer. The photo-
graphs show the welding tractors "A-47411 and 'ITS-17MA". The
method permits welding subsequent (i.e. opposite) seams without
the use of mobile supporting devices, fully eliminates pre-
heating in the process of welding, and considerably improves
Card 1/2 the stability of the process. The fusion depth of sea=. is

1-:5-cp C -, ,
Automatic *elding of Aluminum by a Split Electrode .11 ~-- 11 -9/_1
controlled by changing the distance between the electrodes.
The resulting connections are of high quality and of nearly
the same corrosion resistance as the base metal.
There are 5 figures and 3 tables.
ASSOCIATION: Kiyevskiy zavod "Bollshevik" (Kiyev Plant "Bollshevik")
AVAILABLEz Library of Congress
Card 2/2

RASKIN, Daniil Markovich; GURITICH, Sammil Karkovich;.BUGRIT, Filipp
.Semenoy F_-
PATON. B.Te., otv.red.; ASNIS. kandtekhnnau
red.vMska; KAZIMIROV, A.A., red.; KKDOVAR, B.I.. red.;
PODGAYSTSKIT, V.V., red.; SWTUK. V.K., inzh.. red.:
[Nonferrous metal welding] Svarka tevetnykh metallov. Moskva,
Go9.nauchno-tekhn.1zd-vo mehinostroit.lit-ry. 1959. 69 p.
(MIR1 1237)
(*onferrous metals--Welding)

1041) 034/0005/005/051
BI O/BI04
r4 iL
RS: Bugriyenko, V. I., and Demidov, K. K.
'I j3tQe I eC t re I;C, state in RgI
2
C;", I CA 1, '.vi~rdlnv telex, V. 41 1110. 6, !424-1426
TIM A photoelectretic state was observpd in tetraj3on.,I (red) HgI
k 2'
SoMe feaziirez, of tlis ntate .vere examined at room teri.perature. A strong
dar'K polarization was found which is due to ca.-rier exr;tation after
i-Ilumination. dacay of the overaLl witlh time it can
be i..-.i',,-rred cauLed b~' -.:,;-_arization exists
T ~, eT)
simultaneousi.i, ~"O" ~'Z;-Accr't e, ocr,, therefore,
~Ie ascertain2d oniv th-=n 15 min, -.1-iF -Dmuc.harge has become
in_-~~cnificant:. -.~~e ~jr_, um_--j;(nIo h o r. o c r!e Q. e n s w o u 1 d
account "'o--- n-p- zivpt3-tt;et4a' which :;n!ov~,,i -,L z~larization
t:reater -.han -rhe Vo'lt,ij '.ation. There a ~,1-.:res .
Car-J

0
VGL,4/'jO'/005/051
Soz.c.- 3 06/5104
A I 1-OV u!'-~.--.erjitet im.. 1. 1. Mechnikova
(Ode'-a State University imar," j.. i. Yechnikov)
s u Dol 37 f4l: J~n~cc'--,'or 15, 1961
Card 2/2

~4- ?b 049
38902
5/181/62/004/006/006/051
B125/B104
AUTHORS: Bugriyenko, V. I., and Belous, V. M.-
TITLE: The photoelectretic state in silver chloride
PERIODICAL: Fizika tverdogo tela, v. 4, no. 6, 1962, 1427 - 1429
TEXTs The dark polarization and photopolarization of AgCl single crystals
were determined at -1500C. The current that passed through specimens de-
polarized by light was measured with an electrometer. The crystals were
grown by Bridgman's method and rolled into plates of 0.3 mm, thickness.
The source of light was an incandescent lamp with a water filter. As the
intensity of the electric field was increased from 1-to 6 kv/cm, the de-
polarization currents of the dark and photopolarization rose linearly from
^J7-10 -10 to "48-10- 10 a, and from N12-10-10 tor-367-10- 10 a, respectively.
At lower temperatuiesv the total polarization is essentially determined by
the photopolarization. The highest charge density was 40-10-9 coul9mb/cM2.
With light of high intensity the photopolarization becomes saturated. Both
kinds of polarization hyperbolically decrease in time (exponentes a 0-95
Card 1/2

S/18 621004100610061051
The photoelectretic state... B125YB104
and 0.2, respectively) and are caused by a complex System of trapping'
levels. The dark polarization is connected with shallow trapa. The re-
sults correspond to the luminescence properties of AgC1 phosphors. I~_'.
vestigations of the photoelectrical properties of silver chloride are.'I&der.
way. There are 4 figures.
ASSOCIATIONs Odesskiy gosudarstvennyy universitet im. 1. 1. MechnikOTa
(Odessa State University imeni I. I. Mechnikov)
SUBMITTED: December 15, 1961
Card 2/2

ACCEK',ION NR: AP4034907 S/0181/64/006/005A314/1319
AUTHOR: Bugriyenko, V. I.
TITLEt The spectral distribution of the photoelectret state in silver chloride
SOURCE: Fizika tverdogo tela, ve 6, no- 5, 19641 1314-1319
~ITOPIG TAGS: photoelectret, silver chloride, depolarization current, colloidal
;center).phot6lysis
1ABSTRACT: Measurements were made an crystal plates by depolarization currents
during repeated irradiation of the samples. The samples were 0.3 mm thick and were.
given'preliridnary annealing treatment at 670K for 6 hours-. All measurements bn the,
photoelectret state were made at 120K. Spectral measuremdnts show that the photo-
electret state in AgCl is due to dIfferent centers* The,clearest maximum is found
at Wo m~c . Changes in the value of this maximum during photolysis indicate the
Isilver"'nature or the effect, and, since the smallest colloidal particles of Ag in.*
'the AgC1 lattice cannot give a maximum below 475 M)t, this maximum must correspond
to silier particles of subcolloidal size. The growth of colloidal Ag centers
during irradiation increases the'density of charge on the photoelectretst There
'Card

;ACCEWION NR: AP4034.907
i
thus a direct connection between the photoelectrat state of AgCl and the optical
absorption due to colloidal centers. The acceptor properties of colloidal particles
prove to have the dcuinant effect on the photoelectret state in crysials of AgCle
1
AlThe author sincerely thanks Ke K. Demidov for his interest in the work,. and L. P.
Mellaichuk and T. Ae Nechayeva for the spectrophotometric measurements." Orig. art.
;has: 5 figures.
iASSOCIATIONs Odesskiy politak.hnicheakiy institut (Odessa Polytechnic Institute)
SUBHITTEDt 210ct63 ENCU 00:
!SUB CODEs EK.9 OP NO RBF SOVs. 03,5 mmil OU
'C.eJ 2/2

rAM gig N
L 126113f-Z
&T,(I)/W (k)/W(a)/EW (t) P(b) PZ4 UP (a) AT/JD/JG
--8/0051/64/017/003/0406/0412'
ACCESSION -N,Ro AP4044652
Bblous, `V.- Mo BAiarivenkot N. 1j G
AUTHOASv ollab, So

:TITLEit On certiii-w luminescent, and: j~bdtoelectric propartiea of oil-
ver b'.cxmide'

SOURCE Optika i spektroskopiy~a",- v 4: 17 no.' 3'- 1964. 406-4-12

d,
-TOP.IC TAGS;. silver halide 'recording me um',luminor, ir spectrum,
"photoeldctretv. recombination
luminesceime,4hotoelectric property

ABSTPW~T: This -research was -undertaken-,to -explain the reason for.j~
the ence- in the response oUAgCl:.and-AgBr luminors to infrared.
i
i t.
:In order to.s ce ow ism,
itain 'uniiobiguous
excitation. as
ly the gl mechan
ASI;B'~ phosphors'#: -the same saxpiei were'usid.toinvestigate, on the.
one-,hat-id, th
e.~Ln
frared.extiii,6tion',
spectrap .the kinetice.of glow
.
.
,
buildup,' and the temperature. behavior -of:the. stationary glow level-
and. the extinctlon coefficients and - on- ~thd, other band the aDectrc
Card
7,

,~7
41341-65
:ACCESSION NRi APM74
increases in~jreases*of both.the~concentration and the.size of silver
Cause
particles._ -The increase' in ticle-size, is characterized by deviation
par
from the mutual,substitution law the particle-diameter at a van ener
gi gy
Th results in general
growing smaller with,higher, liot.lntensitl6s. e
confirm an earlier. su,,gestion bY.,Fiidkin.(V.:M,' F'ridkin, DAN, 143, 825 1(1962)
-mutual substitution in the
concerning the~mechanism of the breakdown of
forwtion of latent electroTtotographic imatyps within the hirlh light-intensity
range and explain the same. phenomenon. in experiments by Meyklyar. The theory
of, Mott and Gurney, tberefore,,remains valid without any special: qualifications.
Also the analogy between latent-photographicand latent electrophotographic
images in silverhalid compoundp appears to go deeper than was previously
assumed. 'The paper was presented by Academician A. V. Shubnikov on 28
December 19A2. "The authors thank L.'P. Mellnichuk for assistance in the
formula measurements." Orig 0-and 3 figures.
art. has: I ~ tabl,
ASSOCIATION-: -0desakiy gosudarstvennyy universitet im..16 1. Mechnikova (Odessa
State University); Institut-kristanografli Akademii nauk SSSR (Institute of
tallogrNt of~Seienees MR)
C
rys _yj_AqademY
-CODE: SS
-SUBNITTED.- 25Dee62 :ENCL-. 0.0 SUB
ATD PRMSs 2026
NO REF SOV,-: ODS OTHER. 004
Card 2/2

B11GRIYENKOY V.I.
r
,
~ectron trapping centers in silver chicride crystals. Izv. vys. ucheb.
zav.; fiz. 8 no.2t94-99 165. (MIRA 18f7)
1. Odeaskiy politakhn"chaskiy institut.

L 35 "7-66 ~TI I~P c) JD
ACC NR-AP60160)43 (A) SOURCE CODE: UR/ol85/66/011/005/0507/0516
AUTHORS: Dentha, E. M.--Den'ga, E. M.; Buhriyenko, V. 1.--BugjiZ~ -nkoy,,
V. I..; Rvachov, 0. L.--Rvachev, A. L.
ORG: Odessa Polytechnic Institute (Odes1kyy politekhnichnyy instytut)
TITLE: Photoconductivity mechanism of aintered films with a cadmium
sulfide base
SOURCE:LlUkrayinalkyy fizychnyy zhurnal, v. 11, no. 5, 1966, 507-510
TOPTIC TAGS: cadmium sulfide, photoelectric property, photoconductivil;y,
photosensitivity, %aad.KM*ftMx- T.1#nseoA,10c1Cr-,A-'C~ rlLrn
ABSTRACT: Photoelectric properties of sintered films with a cadmium
sulfide base have been investigated. It is shown that the photocon-
ductivity of coagulated films is determined by the volume of cadmium
sulfide microcrystals. Great photosensitivity of the films is
attainable only within a narrow temperature range of sintering, which
in some cases reaches 1010. Samples with high stable photosensitivity
in the UV spWctral zone (350--420 nm) were obtained. Orig. art. has:
figures. [NT]
SUB CODE: 11, 201 SUBM DATE: 13Jul65/ ORIG REP: 00-~-'/ OTHER REP: 007
Card

DULIN, I.L.; YESTFOV, P.T.; ANTOPOV, N.V.; KANEV, A.!.; SOK"'LOV,
POPOV, V., red.
LTbe Pechora Coal Basin in the seven-year plan; a technical
and eoonomic survey for 1958-19633 Pechorskii ugoltm,,i bas-
sein - v semiletke; takhniko-ekonomi.cheskii obtor za 1958-
1963 gg. Syktvvkar, Komi knizhnoe !zd-vo, 1964. 92 p.
(1,111R-A 18 -- 4)

DRUGOVA G.M.; EUGROVA, V-Do
.9 --_--rI--,.. --.1--~--- -_
Garnets of granulitic facies in the Aldan Shield and the con-
ditions governing polymetamorphism. Zap. Taos. min. ob-va,
93 no.107-45 164 (KIRA l8s2)
1. Laboratoriya geologli dokembriyu.. Leningrad.

BUGYI, Balaze, dr.
Role-of the constitutional factors in the formation of
the changes in carpal bones of workers engaged in using
compressed air instruments. Munkavedelem. 8 no.10/12:44-46
162o -
1. Fovarosi Tanacs GANZ44AVAG Uzemi Rendelointezete.

GREGOROWICZ, Zbigniew, Dr In (Gliwice, Konarskiego 13/6, Poland); BUHL,
Gliwi* 9~
Fra as, onarskiego 13/6, Poland)
New applications of redox indicators in the indirect analysis of
anions. Acta Ainica Hung 32 no.2:3-45-149 162.
1. Institut fur Allgemeine Chemie der Schlesischen Technischen
Rochschule, Gliwice, und der Analytischen Anstalt der Pedago-
gischen Hochschule, Katowice, Poland.

BUGRIIENKO, V.I.
Kinetics of the formation of a - otoolectret state in
ph
silver chloride. Fiz. tver. tela 4 no.110152-3155
N 162. (MPA 15:22)
1. Odesskiy gosudarstvennyy universitet imeni
I.I. Mechnik6va.
(Silver'chloride) (Flectromagnetism)

BUGRIYENKO, V. I., FRIDKM, V. M.,
"Electrophotography on silver chloride crystals"
report to be submitted for the lst Intl. Congress on Re-Drography, Cologne,
West Germany, 14-19 Oct 1963

ACMMOK M.* AP3000741 S/0020/63/150/003/0511/0514
AUMS BUWUMWWO- V. 101 AkIN V. M
TMES Isoapaque of Ana single crystALIn
SONM AN$=* DOkWA V"'1500 Mae 3V 1963s 311-514
TWIC TAGS# electrophoWSMUc Imoq*quep electrostatic phatograpby, silver
ASBTRACO. s So tom of the isaVaquo for Aaa single crjetals
wIth dIfferat lip powtv of coLUAdAl silver ban bem Inventlamted.
plmztlce~ dofarmA czyntals wo used In the fam of foil 0. 25 um V'Ack
best treated at 400C for 6 br* The concentration of colloidal silver vas
replated by uq*ravs to vhIte U&t frm an SM-250 1mvp after vhich
abaorptlm curves at toqpwature vere plotted. The photoclectrat
cmdItIm vas ormted by pWtupolarlutim at the toWerature of Uquid
Ultrogm In a field of 3 kv/cm with 0 c light of 365-millimicron
vivelength. The polarizatIm wo carried out by expmures to green. light
- - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - --- - - - - - - - - - - -
. . . ... . . . . . . . . . . . . .

ACCESSUN fiRt. AP3M41
of mdow lutmeltles. In of ivoulto obtalned earlier 1W
MWk2W (P. VV XWk2W# Ws, 31# 226-(1941))j It we found Vat exposme
Increases emoe tuxtsm of,both the concentration and the size of anym
PartIcleso The I=rem An pUrtlele sim In cberacterized by devIation
fxm the Ultal Ism
j the puticle d1meter at a, given energr
growing smaller vith hI&er Light Intensities. Me restate, in genavi
cOnf1m an OwIler W9MtIm W ftlAft M M- ftldkina DANP 143P 825 t 1962))
COMMMIM the McbMilum of the breakdam of. nutual substitution In the
formation of Intent electrqphvtoWegpbIc Imeen within the hi& U&t-intensitr
ranp and enlelm the vhmmmm In mWxlmentiv by YAyklyar. The the=7
of Mott MA Gu=W& therefam remains valid vithout arw special qualificatims.
AIBO# the smaloff between lateit pbotoffqphic and latent electrapbotogritphic
images 1n eUver bollde ccqmmgs appeam to so deeper thap was pravimmJy
asamed. 7ho pvqw vas presented bry Academician A, V. Shubnikov an
28 Doced*r 1962. "The mAhors thm* Li P. Melln1chuk for assintance in
the meanuremmts," Orls. art. best. 1 forcula, Itable,, and 3 fiourm.
Card2/3
------------------ ---------------- --------- -------

ACCEMM MI: AP_WM41
AMUTIMI Oft"kiy taw Is4 Lb Is Hedgdkovfa
i Odum Mte wiver"to)
Z=tltot krloUUMW&ftl Mademil nauk SM
DwUtute. of OrystallogrogdWo AcademW of Salmoes SM)
SLMNIT=t 25Doc62 DME ACQt 2IJtm63 SUCL: 00
SM C=l 00 30 MW WVs MS arm: oo4
-Card 3/3
............ ----------------------------------------

FRIDKIN, V.M.;
Fa.ectrcm.inechanism--imdi!rly-ing. deviations. from -the law of reciprocal
substitution in silver halide crystals. Dokl. AN SSSR 152 no.6;
1346-1349 0 163. (MMA 16:1.1)
1. Institut kristallografii AN SSSR. Predstavleno akademikom
A.V. Shubnikovym.

KRIVOIIOGOV, Konstantin Konstantinovtch: BUGRO, Fedor Yevseyevich; KITAYSKIY,
Te.V., otvetstvannyy red.; ZVORYKINA, L.H., red.izd-va; AIADOVA,
YO.I., takhn.red.
[Ways of increasing the speed of mining operational Puti uvelicheniia
tempov provedeniia ggornykh vyrabotok. Moskva, Ugletekhizdat, 1957.
145 P- (HLRA 11: 5)
(Coal mines and mining)

BUGRO YEMSHMOO V.V.,, inzh,; KARPOVO B.P., inzh.
t-~
Waterproof quick-Betting concrete for the reinforcement of vertical
shafts in mines. Shakht.stroi. 6 no.11:13-14 N 162.
(KM 15912)
1. Pechorskiy nauchno-issledovateltakiy ugolInyy institut.
(Mine timbering) (Concrete)

BIJGROJ F.Ye., inzh.; PARKHCHENKO, A.V., inzh.
Device for marking boreholes in sinkin vertical mine shafts.
Shakht. stroi,, 6 no.6:24-26 jo 162. (MRA 15:6)
1. Pechorskiy nauchno-issladovatellskiy ugolinyy institut.
(Shift sinking-Lquipment and supplies)

Improving research work in labor standards in industry. Biul.
nauch. inform.: trud i zar. Plata 4 no.2:3-7 t6l. (MIRA 14:3)
(ProductioL istandards-Reaearch)

BUGROV, A.
Give more attention to norms research work. Sots. trud 6 no.12-71.
74 D 161. (MIRA 11)
(Production standards-Research)

75C~.-' .-)-
U--K'cv'
1. BUGROV, A. M.
2. USSR (600)
4. Water, Underground - Kyzyl-Kum
7. Report on the geological and hydrogeological plotting in southwesterr
Kyzyl-Kum (Sheet K-71-YJIlI). (Abstract.) Izv.Glav.upr.geol.fon. no. 2, 1947
9. Monthly List of Russian Accessions, Library of Congress, March 1953, Unclassified.

PUCROV A. P.
Yedical Instruments and Apparatus
Standardization of medical instruments and permissible varintion in their manufacture.
Med. prom, no. 4, 1952.
1-fonth3y List of Russian Accessions. Library of Congress. November 1952. UNCLASSIFIED.

BUGROV, A.P.; SDIENKEVICH, S.R.; SEVIENOV, A.I.; SLUTSKIY, G.V.;
S"PIROP I.I.; YUSUFOVICH, B Ye.: SEI-ITNOV. S.M., red.;
ZAYTSEVA, L.A., tekhn. red.
[Establishing noms is the basis of scientific labor
organization] Normirovande - osnova nauchnod organizatsii
truda. Moskva, Profizdat, 1964. 61 p. (Bibliotechka
profsoiuznogo aktivista, no.2(74)) (M1RA 17:2)

w- nori.,,.s j --.a
~e 1*~' MO: I wAJ--Vt) 76 fl.
v ot 't: i I i,h,! i:: -,r LI, - i !'a k-LI I

BWROV,,s. S.
'~r I
Sim'olified control and Drotection din-ram for synchronous
electric motors. Biul. ~SIUI tevet. Meet. no. 6:9 '58. (MIRA 11:7)
(Electric motors, Synchronous)

GORINOV, Aleksandr Vasileyevi&h, prof. Prinimali uchastiye: TURBDI,
I.V-, dotesht, kand.takhn.nauk; KARTOR, I.I., dotsent, kand.
tekhn.nauk; KONDRATCHEKKO, A.r.. dotsent, kand.tekhn.nauk;
YEVRETSKOV, Y.Ye., prof.,* retsenzent; I-E I A.I., dotsent,
rateenzent; VOZHHSENSKIT, G.D., doteent, retsenzent; ISHOT, I.M.-O
dotsent, retsenzent; D29GAMADZE, O.Y., dotsent, retsenzent;
aMNYSEMY, G.
'P., inz.h., rateenzent; HYSHKIN, G.N.,- inzY.., retsenzent;
inzh..'retsan'zent; 6Z=SKOVSKIY, V.P., inzh.,
retsenzent; 7ARVEMIT, A.'O. . inzh., retaenzent;BUGROT 3 A inzh.,
retsenzent; KOSTIN, I.I., prof., red.; BOBROVA, Ye.H.,'it:ei~hLred.
[Railroad surveying and desigr4ng] Izyskaniia i proaktirovanie
zhelaznykh dorog. Moskva, Tses.izdatelliko-poligr.ob-ledinanie
M-va putei soobahchaniia. Tol.l. Izd.4., parer. 1961. 336 p.
(MI[R 14:4)
1. Chlon-korreopondent Akademii nank SSSR (for Gorinov). 2. Kafedra
'Troyektirovaniya i postroyka zhele2nykh dorog* NovosibirBkogo insti-
tuts inzhenerov zholeznodorozhnogo tranaporta (for Yevreyskov, Labedev,
Voznesenskiy. Isakov. Dzhgamad28). 3. Gosudarstvennyy proyektno-
izyekatellskly institut-"Gipropromiranastroy" (for Chernyshav, Myshkin,
Zeytsav, OzeretskovBkiy, Zaretskiy, Bagrov).
(Railroad engineering)

S/726/58/000/001/004/004
B195/E383
.AUTHORS: B grov, B.G., Gorlov, O.G., Petrov, A.V., Serov, A.D..,'
Pu
Yugov, Ye.M. and Yakovlev, V.I.
TITLEv Investigation of the vital activity of animals during
flight in a non-airtight rocket cabin to an altitude
of 110 km
SOURCE: Predvaritellnyye itogi nauchnykh issledovaniy s
pomoshchlyu pervykh sovetskikh iskusstvennykh sputnikcv
Zemli i raket; sbornik statey. no. 1. XI razdel
programmy MGG (rakety i sputniki). Noscow, Izd-vo
AN SSSR. 130 - 149 1?5-F
TEXT: The use was investigated of ventilation scaphanders
with oxygen masks to provide the necessary living'conditions for
animals during flight in a non-airtight rocket cabin to a height of
110 kift and during catapulting at great flight speed at an altitude
of 80'- 90 km. as well as the effect of specific flight factors
on the organism of animals in the upper layers of the atmosphere.
All the investigations were carried out on 12 dogs, six of which
took*part in two flights. -The special equipment and the method of
Card'1/3

S/726/58/000/001/004/004
Investigation of .... E195/E385
investigation are described. Catapulting at an altitude of
75-85::km at 56o-730 m/sec and at an altitude of 39-46 km at
1000-1100 m/sec does not significantly affect the physiological
functions of an animal. Parachute systems provide safe landing
and rdscuing of animals with equipment that reachod an altitude of
75-05'kni. Animals do not experience significant changes in the
function of the circulatory and respiratory systenis during flight
in a rocket. The changes of the arterial pressurc, pulsation and
breathing are quite small. In some cases these changes are
accompanied by the development of the passive-defensive reactions.
The animals that were subject for 3.7 min to the conditions of
complete or partial weightle 'saness have a tendency to certain
lowering of arterial pressure and to a decrease of heartbeats. No
changds could be observed in the behavior or in the physiological
functions of the animals, in the pigmontation of the skin or the
fur, which could be considered as'a result of cosmic radiation
effect during the)flight. The checking of animals for 6-7 months
give any information about changes in
iafter-tthe flight did not
their,.health orbehavior.. The equipment in the rocket during the
Card 2_/3

S/726/58/000/001/004/004
Investigation of .... B19519385
::'flight provided general registration of physiological functions
of the animal. Nevertheless, it is necessary to improve this
equipment. There are 9 figures and 2 tables.
Card 3/3

BUGROV, D., inzh.
.N
Which engines are more efficient? Grazhd. av. 20 no.3:26
Mr 163. (MMA .16:/,)
(Airplanes Engines)

9,4. C- R 86-58-3-30/37
AUTHOR: Bugrov, D.Ye, Sen Engr Lt
TITLE: How to Prevent a Drop in Engine Revolutions at High Alti-
tudes (Kak izbezhat' padeniya oborotov dvigatelya na boll
shikh vysotakh)
PERIODICAL: Vestnik vozdushnogo flota, 1958, Nr 3, pp 79-80 (USSR)
ABSTRACT: The author states in this article that a drop in revolu-
tions of the VK-lA engine at high altitudes was sometimes
caused by an inadequate adjustment of the ART-8B unit of
the engine. This particular unit should be adjusted and
tested on a special stand after every repair. The author
describes in detail the functioning of that unit at higb
altitudes.
AVAILABLE: Library of Congress
Card 1/1

BUCIRCIV, F.I.-; GOLOVKO, I.D.; SHESTOPAL, V.I/., doki.cir teklin. rjauk,
retsenzent
[Ready reference tables for the desigm of foundriesl Spra-
vochnye tablitsy po procktirovanliu liteiiiykh tsekhov. Mo-
skva, Mashinostroenle, 1964. 231 u. (141 ItA 17: 10)

POPOV, Andrey Dmitriyevich; BUGROV, F.I.9 retsenzent; VOLPYA14SKIY,
L.M.J. inzh., red.; -teklm. red.
[Foundry practice and the design of foundries] Rabota liteir7kh
tsekbov i ikh proektirovanie. Pod red. L.M.Volpianskogo. Mo-
skva, Mashgiz, 1962. 44 p. (Ilauchno-populiarnaia biblioteka. ra-
bochego-:Liteishchika, no.32) (Founding) (MIRA 15:7)

!
7
m
t
L
;
1) U w 4 1)
T T

856. GASPICATION OF BROW" COALS FRCIH YOSCOW DEFOSIT IN NGIPROK--Z"
GAS GENSHATORS. Maslygin, A. Z. and ~yXKgj, G. A. (Steklo i Keram.
(Glass and Mam.), Jme 1950, vol. 7, 11-13).

Describes above type of gas genermtor earecially suited to the
glass factory. Details of operation are indicated.

At-

1
I
I
U 11 &V so a
n .
n -LA j 94 0 rw 0 00 0 1 it 14 1 ii a 1~
:
*A
:::!
of, got goooo .

0 c (--) . 0 64~
~ ~,i ~
Y-e44,&I / #I
261. r" opr"Ilm 0t Ps ~ m - vkh brmm n*L-A. E. MAxyraw and G. A.
Ommov ISiek. Kenwm. IL No. 7. 23, 1931). Two whedukes for carbonizing Moskow
coal tn a glam plant. (2 tabics.)

USSR/ Engineering - Structural improvements
Card 1/1 Pub. 104 - 11/12
'Authors i Maslygin, A. EO; and Bugrov, G, A.
Title i Improvement in the construction of Giprcumiz type gas generator
Periodical. t Stek. i ker. 1, Page 31, lan 195k
Abstract I Changes made in the construction of gas generators manufactured by the
Gipromez Combine, az~e-deseribed. Drawings.
,Institution: .......
Submitted- ..........

0- v
USSR/ miscellaneous
Card 1/1 Pub. 104 11/12
Authors t Bugrov., 0. -A.
Title j Increase in the output of GIFROMEZ gas generators
Periodical Stek. i ker. 9. Page 32, September 1954
Abstract i Speaking on the econoriDr of faels. the author presents several proposals
for increasing the output of GIPROBEZ-type gas-generators used in glass
and ceramics industry.
Institution
Submitted

BUGROV, C.M., tekhi. nauk
-!'5F 6'ef~a! -a r!
F.-Issave sr all iME-11i a thrcugii a s
.7i
S.,Ist',.ng r-f afrequerj.,7y f2'~l
an-i .9torage cievi-a-
1,
dc-.Iayed feedback. Trady CT~J 38

EW (d)/FCC(' )/BDS: ASD/9�D-3/APGC P9-h/Pk-h/Po-4/-
T W
M~i*jp(C)
AccEssioN ER: Ap3w4369 8/0109/63/008/008/1355/1360
AUMOR: Lezin, Yu. S.; Bugrov, 0. -M,
C/,
TIM: On the advisability of adding a second storage stage with-dela d feed-
back
SOURCE: Radiotekhnika i elektronika, v.8 no. 8, 3.963, 1355-136o
TOPIC TAGS- receiver, amplifier, pulse amplifier, feedback, delayed feedback
P~lse storage, memory, memory circuit, sigaal-to-noise ratio
In the reception of a puUe-train signal the.increase in signal-io-
noise ratio that can be realized by adding a storage stage wl-th delayed feed-
back is analyzqd, and the possibility of further improvement by adding a second.
identical stage is investigated. In the circuit shown in Fid. 1-.of Enclo4ure,
filters F, and F are assumed to have passbanda appreciably greater than the
2
repetition frequency of the arriving pulses, which are assumed to berect&tgular
and of equal amplitude. The accompanying noise is assumed vbite and of normal
distribution. A train ofN piAses is considered, where M Is sufficiently large
that. mN