SCIENTIFIC ABSTRACT DUBININA, YE.M. - DUBINSKAYA, I.D.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000411320014-5
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 23, 2000
• Sequence Number: 14
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

DOXEROVSKATAO T~No; IUUBINIIFAO SPIVAX, G.T.
Reatron optical method for the stWy of local emissions of
oxide cathodes* Veot~Koek.un. 9 no-10:25-32 0 154. (MM 8:2)
lo Wedre, elektronnoy optiki.
(Cathode ray tubes) (Electron optics)

SOVL10c' ~'d~ 8
AUTHORS.- 4ivak G. V. j _Dubjal, 3b i - k~v _~ -1
a
Pryamkova, I.A. saln;:o3ggradov, D.P.
TITLE: Development of the Methods of Electron Microscopy for
the Observation of the YicroEeometry and the Emisbion
Centres of Thermionic Cathodes (Razvitiye a-~todov elek-
tronnoy mikroskopii dlya nablpdeniya mikrogeorietrii i
tsentrov emissii termolcatodov)
PERIODICAL. Radiotekhaika i Elektronika, 1958, Vol 3, mr 8,
pp 10?? - 1083 + 1 plate kUSSR)
ABSTRACT: The article reports the results of the observations of
the eleetron.--microseopy pictures of tLe distribution of
the emission in a number of thermionic cathodes such as
an oxide cathode, an L-cathode or an impregnated cathode.
The observations were carried out at.maE;nifications
ranging from 150 - 4 000. During the investigations,
was found that the space char6e has a s-iSnificant effect
on the formation of electron-uticroscopic imaGes, in
particular, when employing the secondary-electron emission
technique. The space charge produces a decelerating
field whose effect can be interpreted by means of two
space-charge lenses. The first type of lens is a macro-
Gardl/4 lens and is produced by the charge in that part of Le

SOV/1(19-3-8-15/18
Development of the Methods of Electron 2icroscopy for the
Observation of the Microgeometry and the Elmisr--ion Crntres of
Thermionic Cathodes
cathode from which the emission curi-,-nt is not conducted
away. The second leDs is a micro-lons and its effect
becomea aignificant in the individual eLti5sion centres,,
The effect of the space charge is illusti-Lited by the
photographs of Fi~,ur(,, 1. 11hotoGraph la was obtained et
a current dejisity (at 6he screen) of
4 x 10-8 A/cM2 while PhotoCra-ph lb was taken at a
density of 1.4 x 10-? A/cm2i in both cases, the anode
voltage was 10 kV. ~hotoezraph Jo was done at the current
density of 1.4 x 10-1 A/CM2 but the cathode was removed
from the focusing electrode by a distance of ~5 P. From
these pictures, it follows that the space charSe result's
in a change of the focus length of the system. It was
also found during the investigations that the contrast
in the photographs is dependent on the iAcroreonetry
of the investigated surfaces. The contrast is further
dependent on the difference in the secondary emission
coefficients of various parts of the cathode and on the
Card2/4

SOV/109-3-8-15/18 -
Developmont of the Methods of Electron Microscopy for the Observation
of the blicrogeometry and the Emission Centres of Thermionic Unthodes
Card3/4
local electric fields at the cathode surface. The investi-
gation of the relationship between the microgeomtry of a
cathode and its emission pattern (see picture) was effected
by means of the =25-type microscope which was fitted with
a special adaptor unit. The pictures obtained by this means
are shown in the photographs of kigures 2, 3 and 4. The
photographs of Figure 2 Give the patterns of an oxide
cathode having comparatively large non-uniformities at the
surface; Photograph 2a refers to a cold cathode, while 2b
is for a heated activated cathode. Figure 3a shows the
secondary-emission pattern of an L-cnthode, rhile Figure
Ybgives the thermal-emission pattern of the same cathode.
Figure 4a shows the pattern of a pressed c:~thqde, taken
by means of the secondary emission. Figure 4c shows the
same cathode butatan increased temperature, while 4b cor-
repponds'tothe temperature at which the thermal emission
commences. Figure LPd.represents the thermal-emission
pattern of the pressed cathode. All ~he investigations
were carried out at a pressure of 10--_~ mmHg. For the
purpose of obtaining magnifications of the ordcr of 2 000

807/109-3-8-15/18
Development of the Methods of Eloctron Microscopy for the Observatioa
of the Micro.geometry and the Emission Centres of Thermionic Uathodes
up to 4 000, a stroboscopic, electrostatic electron micro-
scope (type ESM-50) was used. By means of this instrument,
the pulse emission picture of an L-cathode ras obtained.
The resulting photograph is shown in Figure 5. The authors
express their gratitude to M.A. Bruk for valuable advice.
There are 5 figures and 8 references, ? of which are Soviet
ASSOUIATIOv: Fizicheskiy fakulltet and I French.
Moskovskogo gosudarstvennoFo unive~siteta im.
M.V. Lomonosova ( Physics Departmento MoPcow State
University imeni M.V. Lomonosov)
SUBMITTUO: January 29, 1958
1. Electron microscopy 2. Cathodes (Electron tubes)--Physical
Card 4/4 properties 3. Thermionic emission--Analysis 4. Electron
microscopes--Performance

J011/120- 58-5-20/32
AUTHORS:Sbitnikova, I.S.1 Dubinina,ye.M'., Spivak, G.V., Fetisov, D.V.
TITLE: An Attachment to the EE1J-?;_Mm_Uq-dion Electron Microscope for
the Visualisation of Surfaces, Using Secondary Electron
Emission (Pristavka k emiasionnorau elektronnomu mikroskoru
EEM-75 dlya vizualizatsii poverklinostey pri pomoshchi
vtorichnoy elektronnoy emissii)
PERIODICAL: Pribory i tek-hnika eksperimenta, 1958, Nr 5, PP 78-32
and 2 plates (USSR)
ABSTRACT: A description is given of an attachment to the EM-75
microscoDe. Using secondary aiid thermionic emission,
both the micro-geometry and the emission pattern of thermal
cathodes may be visualisdd. This means teat it is possible
to compare the distribution of centres of electron emission
with micro--eometry of active thermal cathodes. The surface
of thermal cathodes is irradiated by an electron beam from
an electron gun which directs the beam at an angle to the
surface. The angle between the optical axes of the elsetron
2,un and the microscope may be varied between 85 and 45 . This
..jarq 1/3

~50V/120-53-5-20/32
An Attachment to the EEM-75 Emission Electron '11,licroscope for the
Visualisation of Surfaces, Using Secondary Electron Emission
adjustment may be used to choose the best conditions of
irradiation.correspondinrr to the best contrast of the image
for different depths within the surface microstructure. A
sectional drawing through the entire instruncent is shown in
Fis.1, in which 1 is the electron gun 2 --;-- a mechanism
for adjusting the angle of the irradiation by the primary
beam, 3, 4, are centering devices for the beam, 5 is
a table for illuminating diaphragms, 6, 7 are observat-
ion windows, ~; is a bellows, 9 is a mechanism for ad-
justing the angle, 10 is the base, 11 is the cathode,
12 is the focussing electrode, 13 is the anode, 14 is
the anode cap, and 15 is a ceramic insulator. The re3ults
obtained with this attachment are shown in Figs-3-7. Fig.3
shows the ima e of an oxide cathode with secondary (a) and
thermionic (b~ emission. A similar pair of images of an
L-cathode is shown in Fig.4 while Fig.5 shows an image of
Vard 2/3

30V/120-58-5-20/32
An Attachment to the EEM-75 Emission Electron Microscope for the
Visualisation of Surfaces, Using Secondary Electron Emission
this cathode with the secondary and thermionic emission
images combined. There are 7 figures and 13 referenc-s;
9 of the references are Soviet, I French and 3 German.
ASSOCIATION: Fizicheskiy fakulltet Y1GU (Dept. of Ph.7sics, Moscow
State University)
SUBMITTED: October 10, 1.95?.
0
Jard 3/3

AUTHORS: Dubinina, Ye. U., Spivak, G. V.,
Pry
TITLEt The Obtaining of Images in the Pulse Principle in the
Emission Microscope With High Resolving Porner(O poluchenii.
izobrazheniy v Impul'snom rozhime v emissionnom mikroskope
vysokogo razresheniya)
FERIODICALs Izvestiya Akademii nauk SSSH. Seriya fizicheakaya, 1959,
Vol 23P Nr 69 PP 762-764 ONO
ABSTRACT: In the introduction to this paper it is shown that by
Investigating pulsed emission In an emission microscope, it is
possible to investigate the conditions on active cathodes in
pulsed operation. Images of the emitting cathode in normal
operation are compared with those in pulsed operation. The
impulse Increase exercises considernble influence upon
resolving power. The work describod wan carried out by means
of the industrial electrostatic microscope ESM-50, which has
an immersion object with 150-fold enlargement. The block
scheme of the current supply of the instruciont is shown (Fig 1)
and discussed. As examples, two pictures (Fig 2) of the cathode
Card 1/2 in steady and in pulsed operation are shown; the pictures were

The Obtaining of Images in the Pulse Principle sov/4e-23-6-23/28
in the Emission Microscope With High Resolving Power
not found to differ. A further investigation carried out on
an L-cathode also showed no ossontinl diffPrences. Finally,
the possibility of using pulsed operation when investigating
the domain structure in ferromagnGtics and ferroelectrice is
shown and a stroboscopic arrangoraent is described by means
of which images of the domain structure with higher
resolving power were attained. There are 3 figures and 3
Soviet references,
ASSOCIATIONt Fizicheskly fakul'tet Molkovsk-&go gos. universitet im. X. V.
Lomonosova (Physics Department of Moscow State University imei2i
M. V. Lomonosov)
Card 2/2

A)U'Z1N11\JR1 I t.. NV
PHFM. I BOOK EXPLOITATION SM/4705
Rsdiofizicheskaqa elektronika (Radiophyaical Electronics) [Moscow] IrA-vo Mosk.
univ., 196o. 561 p. Errata slip inserted. 15,000 copies printed.
Ed.: N. A. Kapteov., Professorj Tech. Bd.t H. S. Yermakov.
PURPOW: This book has been approy d by the Ministry of Higber and Secondary
Special Education, V80j as a textbook for sch661s of higher educatione
It can be also used by balentifto person 1 working in the fields of radio
engineering and electronics.
CMRAGE: The book presents problems of vacuum, cathode,, semiconductor, and gas
electronics, on which is based the operation of vacuum-ttibe and gas-filled
devices- including microwave devices and also apparatus and instruments used
in electron optics. It Is assumed thist the reeAers of this book bayes pre-
14minary preparation in the fundamentals of nuclear physics, quantum
mechanics, statistical physics and electrodynamics. The book was written by
a group of lecturers of the Pbysics Division of Moscow StAte University.
Carla~ ~O

Radiopbysical Electronics
OW/4705
Chapters I., II., and 133 were written by Professor N. A. Kaptsov; Ch. IV. by
1-1rofessor S. D. avozdover and Docent Vo M. LQpukhin; Ch. V. by Professor
Q. V. Spivak and Assistant Ye. M. Dubinina; Ch. VII. by Docent A. A. Zaytaev
and Professor N. A. Uptaov;-'CS.-'Vllr.-Vy-~rofessor N. A. Uptsov and Assist-
emt G. S. Solatsev. The authors thank Professor S. Yu. Luklyanov and Docent M.D.
Mrasev , who reviewed the book. There am 76 references: 68 Soviet (in-
cluding 14 translations), 6 English, and 2 German.
TABLE OF CONTSNTSt
Foreword
Ch. I. Subject of Physical Electronics. High-Vacuum Electronics 9
1. Introduction 9
2. Transmission of electric current through a high -Mcuum 13
3- Space charges in SLseous., liquid and solid media 21
4. Physics of electron tubes 21
Ch. II. Semiconductor Electronics 29
5- Electron energy levels in crystals 29
6. Impurity semiconductors 32
7. lAw of electron distribution along the separate energy levels
in semiconductor energy bands 36
8. Density of energy states in any energy band of a crystal 39
Card 4fn

Tediophysical Electronics
SOVAT05
50. reflex klystron 194
51- Tmveling-wava (TW) tube 205
52. Backward-wmve oscillator (BWO) 229
53- Mapetron 234
54. Space-charp affect. Conoept of -charip longitudinal
VaVLIU 249
55. Blectroa-wave tube (?,W) 264
Ch. V. Electron Optics 271
56. Subject and problems of electron optics 276
57. Optical propertiets of aleetric and votgastic fields vith
axial symetry 276
58. Lenses of electron optics 281
59. Wpatio lenses 2U
6o. Electrostatic lenses 286
61. Microlenses 303
62- Electronic mirror 305
63. Geoustrical aberration 30T
64. Chromti-_ aberration 314
65- resolution of electron-opties instr=euta, BOLM-charse
effect and certain methods of correcting lenses 318
_Z;
C
ard ~

RWiop'aysical Eltintronics SOV/4705
66. Electron gxms 321
67. Cathode-ray oscillographs 329
68. Electron-optics devices realizing transformation operations 330
69. Electron microscope 341
70. Double focusing in a mass spectrograph 353
Ch. VI. Electric-Diacharge Formation in Genes 356
71- Nature and special features of the movement of free electrons in
a gaseous medium 356
72. Diffusion and mobility of charged particles in a discharge 359
73. Theory of mobility 364
74. Dependence of effective atomic or mo1ecu3Ar cross section on
the speed of the interacting electron 367
75. Independent and dependent electric discharges in gases 371
76. Avsaanche theory of discharge 373
77. Dependence of factor I on electric field intensitylE 376
78. W. Rogovski's theory 381
79. Dependence of avalanche-dischLrge igniting voltage an product
pd and other conditions 384
card 1/-w-

6, ",3 /c~_) s/log/60/005/008/010/024
9,3116 (1003,1137,11V0) E14O/E355
AUTHORS: Dubinina~ and Pytlyeva, M.B,
TITLE: Certain Properties of Hollow-cathode Electron
Emission
PERIODICAL. Radiotekhnika i alektronika, 1960, Vol; 5,
No. 8, pp. 1261 - 1266 1
TEXT: The work constitutes a study of the hollow cathode
first described by Babcock et al (Ref. 1) in 1953, At cathode
temperatures above 800 OC the current density in the open4&pg
2
reaches 100 A/cm Certain anomalies are observed in the
functioning of the cathode: at potentials of several volts
the current increases more rapidly than follows from the 3/2
law; at higher potentials the current continues to increase
instead of tending to saturation, at any potential the Current
depends strongly on temperaturei the beam obtained from a
hollow cathode has a peculiar current density distribution
over th6 section. The behaviour of the volt-ampere character-
istics of the cathode in explained as follcws, the anode
current from a hollow cathode consists of two component-% of
Card Ilt

S/109/60/005/oub/olo/024
E140/E355
Certain Properties of Hollow-cathode Electron Emission
differing origins. one of which increases rapidly with voltage
and is saturated at 5 - 10 V, while the other increases slowly
in this range but does not show saturatdo 'n and continues to
increase with potential. The source of the first ---cmponent is
an active layer located at the edge of the open-Ing and arising
during cathode operation. The field intensity at this point
is much greater than elsewhere and increases rapidly with
anode potential up to saturation. The second tomponent is due
to electrons drawn from the cavity by the electriz field. With
increase of potential the field penetrates further and further
into the cavity beyond the opening. The hollov-~~athode
configuration is such that for arbitrarily large anode
potentials a potential minimum, due to apal:e :harge, exists
in the cavity and therefore the second component doe3 nct
saturate.
The experiments confirm Pooles hypothesis (Ref. 6) that tl~e
film about the opening is deposited by condensation of material
due to a temperature drop towards the opening The cathode used
Card 2/'*

s/log/60/005/008/010/024
E140/E355
Certain Properties of Hollow-cathode Electron Emission
(Fig. 4)'5ave a temperature drop towards the opening of
70 - 100 C, which could be varied byc:hifting the heater
(2, Fig. 4). In addition, the first mp'o'nent depended
substantially on the character of the side-wall and end-face
coatings of the cathode, which had to be fairly porous.
After 100 fire activation the cathode characteristics were
stabilized. The activated cathode was not sensitive to ion
bombardment. Effective trans-conductances of
2 x 10-5 A/V 3/2 wore obtained at current densities of
2
12 A/cm There are 6 figures and 6 non-Soviet references.
ASSOCIATION: Fizicheskiy fakulltet Moskovskogo gosudarstvenyrogo
universiteta imeni M.V. Lomonosova, Kafedra
elektroniki (Physic Division of Moscow State,
University imeni M.V. Lomonosov, Department of
Electronics)
Card 3/4

s/iog/60/005/008/010/024
E140/E355
Certain Proportion or Hollow-cathode Electron Emission
SUBMITTED% December 21, 1959
Card 4/4
Pne. 4

PYTOYEVA, M.B.; DUBININAp Te.M.
Tbervionic emission from a honow cathode. Tzv.AN SSSR. Ser.
fitr. 26 no.3,10343-1349 N 162* (MIRA 150-2)
1* Irivicheakiy f akulftet Hookovskogo goswantymnogo univenitsta
ime M.V. Lomonosova.
(Thermionic emission) (Cathodes)

PYTITFVA, M.B.; DUBININA, Y9.M,; KUZ'MINA, M.P.
. Distribution of potential along the axis of a hollow oxide-coated
cathode and its current control. Radiotekh. i elektron. 8 no.10t
1787-1790 0 163, (MIRA 16ilO)
1. Fizicheskiy fakulltat Moskovskogo gosudarstvennogo univorsiteta
Is. H.V.Lomonosova, kafedra alektroniki.

PYTIYEVA., M.B.j SPIVAK, G.V.; P~~IPPIAP Ya,M,
High-vacuum Ion i3ource. Zhur, takh, fiz, 39 no.1:142-145 Ja 164.
(MIRA 17: 1)
1. 14oskovskiy goBudarstvennyy univeraitet Imeni. Lonenosova, fiziches-
kiy fakulltst.
Is

7 -3826.m66-- WATCANdW/r Ds
L EWT
ESSION NR: APS017665 UR/0109/65/0101007 I I Z45/tZ99
6zi. 385.735. 01
AUTHOR: Shishkin, B. H.; Dubinina, Ye. M-1 Wchurina. K. A.
TITLE, Electron-optical investigation of oxide-coated cathodes,
SOURCE: Radiotekhnika i elektronika, v. 10, no. 7, 1965, 1295-1299
TOPIC TAGS: oxide coated cathode
ABSTRACT: The results are described of an investigation of oxide-coated
receiving -amplifier tubes by means of a 10-6 -torr, 30-kv, 170 x-enlargement
electron emission microscope. Three groups of 10000-hr-in-service tubes were
tested: (1) those with totally lost emission; (2) those whose emission current
dropped by 30-50% after SOOO hros- (3) those which withstood the life test. It wa
found that the cathodes have specific emission patterns with lighter istripeg
5-25-micron wide and up to several -hundred -micron long. These stripes
correspond to cracks or cranes an the cathode surface. The latter, ado a rule,
Xard 1/2

L 3M-66
ACCESSION NR: AP5017665
arose at early tube-treatment stages (after exhaustion). The cracks eu
as or better than the brightest spate on tho cathode. Good integral emission is
associated with effllher (a) a network of cracks on the cathode or (b) fine-emission
structure crazes. The latter ensure a longer tube life. "In conclusion, the
authors wish to thank workers of the Moscow Electric-L4,_Mp Factory L. M.
Linkovskiv and Yu. F. Zarutakiy for leading the tubes and for useful discui-sio-its.
has: 4 figures.
~A SSOCLMONt- -
enn"- tet im.
,(Moscow State University)
SUB NUTTED: ZQApr64 ENCL: 00 SUB CODE: EC
NO REF SOV: 007 OTHER. 009
C"d

L 3W0-66
ACC N% AP6029724 SOURCE COM UR/0109/66/01i)~~F0966/0967
AUTHOR: Zernov. D. V.; Timofeyey. P, V 1 Fursov, 1, b; Migulin,_V- V.; Sni ak- G,
Spasskiy. Be Iq Hilender, R.-&.1 Grozdoyer, & D.1 ShomMeyj. M ; Solntse
Kuzovnikov. A. A ; Zaylsev. A. A.; Yasiltnva, H. lap; Mitiuk.-Y. Ye DubirAMA.
IS, Mp! QeludeX16 G. b
OKUT_ none
TITLE: lftkolu Aleksan2rovich Kaotsovi
SOURCES Radiotekhnika i alektronikat v. 11, no. 5, 1966# 966-967
TOPIC TAGS: electric engineering personnelv magnetrong klystron, corona'disaharlep,
gas conduction, gas discharge plaswa.
ABSTRACT: He As Kapt3ov passed swar 10 February 2966, He was a student
of the famous P, N. rAbodev,, and performed many fundawntal Investigations
leader of
'in the development of modern electronics@ He was the creator and
-the - chair of electronics of Moscow State University* He developed the con-
.cept of phase grouping of electrons, His idea us the basis for the develop-l'
.Zent of the M!=trot;Q klatron 3'He developed the concept explaining the
phenomenon a oorona discharge, He also. developed ideas connected with
formation, of gas conduction and phenowas In a gaseous-discharge plume
Kaptsov served for yeara as the bead of the pbqoioal 2aboratory and oon-
aultant, to tha Moscow Electron Me rJUmt He was the authw of nmeraw
booksp inolud'a Mysioal Phenomena In Vaau= and In Gas"# which was
translated IntA fmJp lansuwei bo &Uo or"W Wd Uvgbt =vre.0
couraeat EiMss 36,,50il
SUB COM 05p 09 / MMH DAM none

T, 363h4-66 n/DS/a/io/em
AN0157.1;0- C17. CCDF; UFVUO-IBIGGIO3010051087 876
ACC NR,
JIL"Al I OR: B~- B,-X DU inn, ~'o. Lt. K. A.
.OX, St iverniLy ki. '1.V.Lo;-.onorov (FizichesIdy
_,!j~_qtq-Vn
11,11cul'tot ;~Oskovqkogo (;ostKIardtvonnoG,) universiteta)
"i IT I Bloctron-optictil lnvo4t4gatioli of oxido-conted cathodou~
rnrt 2. /Report,
Tvie If t It All-Union Conforonco on the PhyuicnI Dasep pf~ qathode Electronics hold in
Leningrad 22-2G Octabor 19G51
S(Xlf:C~: A.: ~;SSPR. I4ve.-;Uyu. Seriya fizicI%csIu%ya,-v. 30, no. 5, 19GG# 87347G and
p. 873.
TWfC TAGS, therniopic emiusion, clectron tube cntliodc, allmlino earth oxide, electron
-cmi53iori microscopu/ EE2.1-75 /electron emissilon microncope
A:-,`>TRA-CT: 'i'iie oxide 1~ontcd enthodes of 53 receiving pentoddr, t1int lind hr-,cn rmbjcCtCd4
. ~11 %
tn a 10 000 hotir life tent wore oxitmined with mi 1:11.1-75: elect ron etainsion microsco2o-
7M)e V101-C C;Cponird to the ntmonphera durini,, ti-Pivifer to Po microncope. In the
m"Cl-O-Copc 1110 enthul(m "Vero olit'g-mied for 15-20 ninut'on nt 10-' nm JIG ni-id were activit-
~(Nk for 10 mitl%iLer. nt 1200o K. Tile cnt1jode5 fell Into throo Oroups. The cntlicxles of i
-icon nnd practicnIly no cracks.
tile fA r5t ~Y-oup had ninny amItting centers oil their surf.
T11c:;e ral-AlcX;CS pel"Tormcd well in tile life test. Tile surfaces of tho cathodes of the
L;vcoi4 Croup woro covorod with ubtworks of wixio (tip to 30 microns) crnclcs which emitted
ctithodes porlormbd poorly in the lito test. 71io cathodes ol thq third
_~a~d_j /2

L --163411,-66
ACC NR, ArGO15769
group c.,zhibited spots from 50 to 100 microns in diameter in which the emission wa3 one
or two orders of maGnitudo below norilal. The tubes contnining thcso cathodes with
poisoned nrcis -did not survive the life test owing to reduced muttial conductance.. Tho
1
atithors (Ibirlioteldinikn i clektronika, 10, 1295 (1965)) linve previously found that crIcIcs
;in o--ido-conted cathodes can bo formed ill the early processing during minufacturo, and
!ill pirtictilir 1) by gnstening the cnthodo tightly to the nicn, And 2) by heating the
icathode above 13000 K. Reasons for the formation of cracks as well as the possibility
unsed. rt is con-
of their nppenrnnce during normal operation of the cnthodo are disc
!cltxlcd that cathodes intended for long-lifo or low-noiso Applications -should be free of
cracks and that sample control with,tho electron emission microscope after each staGO
.of the manufacturing process should be instituted.' The authors thank L.M.Lipkovskiy_-
!and Yu.F.Zarutakiy for providing"thelinvestipted cathodod. Orig..-art. has: 4 figures
SUB C CID 220, W/. ORIG Wt.'
09/ Ji"BUBM DATE, 04
'OrrIl REX. 001
ord 2/2

DUBININA, Ye.V.
Mites of the genus Histiophorus (Listrophoridae), the ~arasitea
of beaverso Paraz. abor. 22tlll-152 164.
(MIRA 3-8:2)
1. Kafadra zoologii bespozvonochnykh leningradokogo goBudarstvan-
nogo univeraltata I ""oologicheakiy institut AN SSER.

PUBIN41 Yeave V
Life cycle of mitee of the genuo Histophorue (Bacroptifornes;
Listorophoridae). Zool. zhur. 43 no.4034-W 164
(MIR& 17t8)
1, &o1ogical Institute, Academy of Sciences of UY.S.S.R.,
Leningrad and Chair of Invertebrate Zoologyp Leningrad State
University.

DUBININA,,,T!..Ye.
Activity or hexokinase in the tissues or rabbits in various
stages of fever. Vops meds khime 11 no.616l-63 N-D 165.
(MIRA 18:12)
1. Kafedra biokbimil I Laningradskogo meditainakogo instituta.
imeni I.P. Pavlova. Submitted July !8, 1964.

90=R, I.; DUBININA, Yu.
Evaluatt-o-n-;? ~s~eel workerd' production and wages. Smts.trud. 4
no.6tll7-119 Je 159. (AIRA 12-8)
I.-ZaveduyushaMy kafedroy organizateil I plantrovantya proizvod-
stva. Dnepropetrovskogo metallurgicheakogo Instituta (for Kedvedgv)o
2. Sol-retarl partorganizateii, martanovskogo toOta zavoda im
Dzerxbinako o for Dubina).
&eprodsershinsk-Productivity accounting)

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4YKOVAp O..V.; DUBINM, Yu.B.,- YEASHOVA, A.I.
Statistical evaluation of the quality of natural rubb,,-r. Kauch.
i roz. 20 no.8:12-16 Ag 161. (MIRA 14:8)
(Rubber)

T,-W446 I*T(d)/a; (m --r c (Vf
T_ /tr fe)la-ne 4~~;F I
ACCESSION NR: AP5024108 UR/0138/G5/000/009/0W 2/00-45
678. 017:620. 172. 251. 224. 225
Dubinker Yu. B. ; Slepukha, T. 1.
TITLE: Tonsile tosting of materials tit high temperatures
SOURCE: Kauchuk i rezina, no. 9, 1965, 42-45
TOPIC TAGS: tensile test, rubber, test instrumentation, radiative heat transfer
ABSTRACT: The article describes a-device for the tensile testing of rubber and other
('Ia.slir n):itorlals v.,lth the aid of a reflecting radiant heater, and r(~porls t,Mr- results ob-
tained %vith this device tinder equilibrium temperature conditions. The heater (see Fig. I
of the Fnelosure) permits a rapid heating of the samples to high temperatures and their
exposure to a constant temperature (or the desired period of U*hie prior to the extension.
.% stud,y of the kinetics of heating of &J=Lmq.'WaE1 ~ r1a k~o temperatures from 100
to 700(7 for preselected nowers of the radiatat showcd ftthtt fith equilibrium temperatiLre
\V'ls 1'0~1('I)ed after 2 MIJILILCS. The dependence of the temperature of 6,Lmples of various
heat Materials on the power of the radiator was also determined. On the basis
of 'L~,ws( ,xiwriments, a ~cchniqtw of tensile teGting was elwl)orated, ~Lnd it wz,-s found that
Card 1/3

L L29L-66
,,%C,CFSS10N Nil: AP502-1108
-1, tho pl*()pol-tics of materials at high toMporaturon is poRcAble only by t1ging!
t.S ~)t 1'f,,rmcd immodiaticly after the samples havo. roached a ~ivc-v temPcra-
I tabli'' Ind I formul.k.
ENCL: 01 T'11 MT
rd 21/1

NR: A115024108
ENCWSURE: 01
Figure 1. Diagram of reflecting heater and path of rays in the chamber: 1 - mirrors;
2 - radiator; 3 - sample.

DUBIEKINg. A.G.
""4-
Structural shortcomings of the T-128 tower crane& Bezopo truda T prom.
3 no.6:21-22 Je 159* (MIRA IWO)
I.Koatromakoy ekskavatorr" savod,
I(Crane*. derricks. etc.)

I J.
. 'fill
G
and N, A "Tht tx-Tat.::,!~nt of
izA,!r condi~lons of frunt-line f-vacuatioll
lo~. ii, 1216-36.
SO: U-43~)3, Ili Au,-ust 53, (L--topis 'Zhurnal Inykh itatcyl, !!u. 22,

AUTHOR BERLOVICH,E.E., and DUBINKI119G.V. PA - 2664
TITLE Some Cases of very 6mall _L_jre-=1es of Low Nuclear Levels.
(Nekotoryye aluchai vesima malykh vremen zhizni nizhnikh
urovnay ya4er, Russian)
PERIODICAL Zhurnal Eksperim. i Teoret. Fiziki, 1957, Vol 32, Nr 2y
pp 223 - 226 (U.S.S.R.)
Received, 5 / 1957 Reviewedt 6 / 1957
ABSTRACT The present work showo the results of the investigation
of the short-lived states of the nuclei of
T146' M095, and T1203. Measuring results for the transition
46
46 '
,0
are given in a diagram. The energy limit of
>T1
of S

the spectrum amounts to 0,340 MeV and the energies of the
0
acoomp;nying P-de-cay processes of both -transitions oc-
ouring in the cascade aff~punt to 09880 and 1,120 1'eV. The
experimental curves of fir- and ~4c-coincidences are not
shifted towards each other ~he means that the life Z of the
lowest two levels of the Tj4 nucleus is less tha 10-10
s
ec*
s
Also in the case of the level 0,764 MeV of the LIN5 nucleu
life is lose than 10-10 sea. A further diagram shows the
reaults obtained for the life of the level 0#279 14eV of the
T1 203 nucleus. The value t - 4.10- 10 see. found in a previous
Card 1/2 work by E.E.Berlovich is to be investigated only as the

PA - 2664
Some Cases of very Small Life Times of Low Nuclear Levels.
upper limit for half lifee
On the occasion of the variation of the amplitudes in the
channels the curves of the N,- and the Al -coincidences
always shifted in the game direction. For the average value
of half life in the case of measurement 10, ith equiv&lent
amplitude intervals T a (2,9 � 0)3)-10- sac. was found.
From this experimental value the expression
T - T (I +cK) - (3,7 � 0,4).10- 10 sac is obtained for the
111f life of radiation* This value also agrees well with the
results obtained by other a,-thors. (2 illustrations)
ASSOCIATION Leningrad Physical-Toohnical Institute of the Acadeny of
Science of the U.S.S.R.
PRESENTED BY
SUBMITTED 14.8-1956
AVAILABLE Library of Congress.
Card 2/2

AUTHOR: Dubinkin,-A.V, (Moscow)
TITLE: Vibrations of Plates taking into Account Rotatory
Inertia and. Shear (Kolebaniya plit s uchetom. inertsii,
vrashe.heniya i sdviga)
PE,RIODICAL:Izvestiya Akademii Nauk, Otdeleni e Tekhnicheskikh
I
Nauk, 1958, Nr 129 pp, :.31-5 (USSR~
ABSTRACT: The system of equations (1.1) due to Uflyand (Ref.1)
is solved in the following cases: 1) free vibrations
of unloaded plates and 2) plate freely supported on all
sides and under the action of an instantaneous impulse
distributed over the surfa~:e of tile plate. Fig.1-4 show
graphs of deflections and bending moments at the enntre,
of a plate for two value-s of the thickness/length
ratioX. The dotted curves show these functions plotted
against time when shear and rotatory inertia are
neglected. Vaen -these factors are taken into account
the maximum values of the deflections and bending
moments become smaller as shown by the uontinuous curves.
The two sets of cur-,tes approach each other at smaller
values of the thickness to length ratio. Calculations
Card 1/2 show that when this ratio is 0.05 the difference between

SOV/24-58-12-22/27
Vibrations of Plates Taking Into Account Rotatorl Inertia and Shear
the dotted and the
disappeara. Thera
which 2 are Soviet
ASSOCIATION: Institiit rekbaniki
Ac.Sc. USSR)
SUBMITTO: 24th Mar,.,,h 1958.
continuous curves almost entirely
are 41 figures and 3 references of
and 1 Englioh.
AN SSSR (Institute of Mechanics
Card 2/2

DUBINKIN. M. V., Cand Phys-Math Sci -- (diss) "Influence of the
intertia of rotation and displacement on transverse vibrations
of plates and cylindrical casings." Moscow, 1960- 5 PP; (Moscow
State Univ im M. V. Lomonosov); 150 Copies; price not given;
(KL, 25-60, 126)

T I , 3&8o; OUNIMUKIT. IA.; DOMIN, X.P*,- UGHILR, Kh.A,; MINUIT, L.Bo;
FIN, Aelao; KNUbOY, 0*1*1, AVx9w74**"r..'rsd^ktor.
0
[Toohnical norms and vaess In the electrioal Industry] Takhniohookoo
noralrovanie I sarabotnala plat& v slektroprox7shleamosti. Moskva, Oce.
energ. ildva. 1953. .247 P. (XLRA 721)
(Alectric Indnetries) (Industrial management)

1. DUIBINKIN, S, F,
2. US;, (600)
4. Geolofty - jarusa Valley
7. ~teoort on the -)rosoecting-surveying activitie3 of the Sarasa -)Irty for 1943.
u
ZA-b3tract_.7 Izv. Cilav. u--)r. geol. fon. no, 3, 1947.
9. Mc!:thl,; Lists of I~isslan AccessioAs, Library of 'ongress, *:arch 195", Unclassified.

DUBINKIN, S.F.
Now data on the Mayma moraine in the Gornyy Altai. Sovgeol.,4
no.4tl33-137 Ap 161. (MIM 14: 5)
1. Sibirskiy nauchno-isaledovateltakiy institut geologii geofisiki
i mineral%ogo syrIya,
-%pa Vailey-.Geology,Structural)

- ----- OURCE- COM =-UR/-
-------- --- -5 0266/65/0W1022/0043/0043 ~ -
INVENTOR: Sul1zhenko,.N. K.-, Barannik. V. P.; Poy~~, V. S.; Eqbjnkin, V. P.;
Sernenov, V. P
ORG: none
TITLE: Method for preparing lubricatin&.,gXgAs(~q_for parts from titanium and titanium
77-
based alloys. Class 23, No. IT63~_2 - , i)"
SOURCE: Byulleten' izobreteniy i tovarnykh znakov, no. 22, 1965, 43
T "dm. .-C~to J.&
IOPIC TAGS: titanium, titanium alloy, lubrication, J'.t' .;t.4 wtf'Cv I
E,Tease, p4AtOVA~. wo-j~) hydrocarbon, onA4 1'~' F.- ri-'i) -;k!eo AMA"- ~xal F.--)
chlorinated paraffir;
'ABSTRACT: An Author Certificate has been issued for a preparative method for lubri-
,eating greases for titanium and titanium-alloy par.t The grease is based on halo-
genated hydrocarbons. To enhance the antifrictionl;;operties of titanium and the
IfanticorrosIve properties of the grease, a chlori ed paraffin is thickened vith solid
chlorine-containing organic compounds. such as chlorinated poly(vinyl chloride) resin,
hexachlorobenzene, or 70% chlorinated paraffin (sic). iBxj
SUB CODE: 1.1/ suB n DATF.: 13jan64/ ATD PRESS:
um., 62l.893.002.232;546.82i
-7r-

ACC NRa AP6029040 (A) SOURCE CODE: UR/0413/66/000/014/0056/0056
INVENTOR: Sul'zhenko, N. K.: Barannik, V. P.; Po~yakov, V. S.; Semenov, V. P.;
Dubinkin, V. P. .00,
ORG: none
TITLE: Preparative method for a lubricant. Class 23, No. 183863
SOURCE*. Izobret prom obraz tov zn, no. 14, 1966, 56
TOPIC TAGS: lubricant, titanium, titanium alloy, aM=b;cbwe iodide, 1v*Ejn= iodine
ABSTRACT, An Authqr Certificate has been issued for a preparative method for a
methylene iDAkdt'bAse lubricant suitable for parts made of/citanium ud its alloys.
To lower the Xriction coefficient. iodine, iodoform.or a mixture of the two is
dissolved in the methylene iodide. [SM)
SUB CODE: 1l/ SUBM DATE: 05jul62/ ATD PRESS: 5-0 6

VINOGRIADOVp A.N.; LIVSHIH, G.L.; OBRAZTSOVAt R.I.; TULUPOV, L.P.;
Prinimall. uchastiye: RAZORENOVA, L.K., inzh.; PUBINKINA,
L.I., inzh.; PODGORNYKH, A.L., inzh.; LAVREN-T-&- X v
f * of
retsen2entj MINAKOV, A.D., retsenzent; NESTEROV, Ye.P.,
ratsenzent; STEFANOV, N.Ya.,, retsenzent; USHAKOV, P.S.,
retsenzent; KRISMAL, L.Lp red.; KHITROVA, N.A., tekhn.
red.
[Calculating machines in accountingj, planning and administra-
tion in railroad transportation] Vychislitel1naia tekhnika v
uchetes planirovanii i upravlenii na zheleznodorozhnom trana-
ports. (By] A.H.Vinogradov i dr. Moskvaj Transzheldorizdatp
1963. 407 P. (MIRA 17:2)

I i I "1 4 it U Is U a If At Is . L , - - --
It t
0 0

**

Of A rAw varkily of vanadium containicif 0*114theritir -00
I
v$, V~ xulIi4.pV AM R, 11, Mow Idw. I&, FM'jf
4
~
09 s xt.rlvji. 1047, 11, IWO
O"ildral. 75. 1974.1091"r
; -00

00 W., -T)W di'mov"Y 4'( a 1we"41-Ir finkn,'"n (11jorril III
he "I.Ou"Ittill. (4 KAf'l-1 Ali ill KAI akho.411 is In"Iftrd.
,
-00
a t tirvurt in .1 fornso
id I As light grevii. silky, tiliclis:4 All.
Crrit-Ors. will. h Am intimAltiv int"I.t~l .01% the ql~rl.

00 U 4'i( the Itmiff, W a% iniri like. d.aL Irmn plAtelets with A
notheir4-twArl lutler which are ifilbetI.IM in the quArls
.00
X.Stif, dfull (41 .44 dArk green fiAke, with a vay glitter to
0 which Am futiful 4ni he au Lim tit the rmk~ The ttoritent
'
"
00 lituerl
t in the 3 fixill. in mdet 14, 6,
.4 the printilkil "W"I

00 I) I, rrjxvt~j is: Sid 1, 1:1,91, ID014, 11 M7; Moth 27AV,
1
, WAS; Mitf) :1.111, 2-104,
19.37, 14.21; VO), WIN. 17.W.
*0 a J.51); 1140 7.17, 7.211; Kf) 5,91. 5.13. the
IwAl twcnvttlv4 ill the 3 6wals ore repwied as: a) III,
too
00 LIM. no - LAZI; 161 M, - LOW, iri - ljo);
It, - LIM, a$ - LIM. The chrin. analyis sbows Ow,

00 MillVf4l to be Ytty %inlilAf 111 file 114711ACliffift 0( TIf9Pl At
lCrArdt IIAO"Ifittfit 41141 tillidAF In thr fOWf%lltt 44 I1JCTf
my - 4hjttWIhd.%i%U(1nI4 zoo
btlo f .-Iftlo.1 :11 K!. [U. NAI I
1
0 so 0
if.611AVONIc. NIO ii-M (Al. V. Cr.
4
h or,
atillorrviAted IK, 11A)lIpAl, V, Mr:04,41-t. the dolucc-I
ItirmulA Lvmvpmds in 1,win to mu~,,,vtc; the cheru.
timulm, ef)ffi-NIKinds to oellachiritc In % Ili, to I Inrt of Lbe
AIA 1. it i4LMUWl1hkAly diqAtt rtl by %'.(I. M. (Y. Ntmtr I tA 0
to 0

00 '60
'Joe
4s 4 0 V ,m"
0 0 0 0 0 0 9 0 0 0 0 0 40 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0
~90.'" ~i : ';:~A
0 & 0 1111 0 0 0 0 0 0 0 Ill 0 0 0 0 0 0 0 0 9 0 0

AKIXZUICO# V~M~; B]ILI"Mp Te.g.; GCROSHNIKOV, I. L; EMAIZU-2-R-4-
ISHCHNNXO, D.I.; URMWEAUM, A.P.; XULISHOT, M.P.; WASHCHINKO,
X.P.; NA)MIMOVICKs V.L,; SlWRIDIN,, S.As; SIROSHTAX, R.I.; TOXRTUtff#
O.V.; YOMMO. V.YU.; SHCHISSAKOVA, X.F.; SIDMINOV, M.V., red.isd-va;
AVEMYXVA, T.A., takhn.red.
CGoologioal.struoture and iron ores of the Krivor Ros Basin)
Goologiobookoe stroonts I sholeenyo rudy ltrivoroshokogo bassoina.
Mookio, Goo* nouchno-tokhattsd-vo lit-ry po goologit i okhrone
-nedr, 1957. 278 V. (MINA 11:3)
(Irivoi Rog Bovin-4sology)

BALSVTSAV, Takov Nikolayevioh; BURA, Galina GeorglysYna; DUBINKINA, Raise
Pavloyna;,,IVATKO. Turiy Xlkhaylovichl ISHCHMO, Daltriy lvanom
I , Petrovich; SMffGIN, Alakney Illich. Prinimall
Turlr
uchaettysi KOLM, IT.L.: KHAVCHINKO, VA-, TAKH7UTU, G.T.: SHCHHR-
BAKOVA, K.F.. RODIONOV, S.P., otv.red.; ZAVIRTUKHINA, T.N.. red.
izd-val YEFIMOVA, X.I., takhn.red.
[Genesis of iron ores in the
rud Krivoroshakogo bassains.
3o6 p.
1. Chlon-korrespondent AN USSR (for Rodionov).
(Krivoy Rog Basin--Iron ores)
Krivoy Rog Basin] Genesis zheleznYkh
Xiev, Izd-vo Akad.nauk USSR, 1939.
(XIRA 13:2)

LUSHRIKOVA, l(,V,.-..DUBIWaNA, Te.P.
.1 1 , --
Arrors In diagnosing tumors of uterine adnexaes Akush. I gino
35 no,3:123-124 My-Je 059o (HIRA 120)
1, Is kafedry akusherstva, I ginekologii (savo - profoTeo3o*
Akopyan) Kubanskogo neditsinskogo Instituta imeni Krasnoy
Armii.
(ALVATA UTIRI, neoplasms
diag. errors (Rue))

RUSINOT, A.A.; TOSKOBOYNIXOT, T.N.; DUBINKQ,-T.P,i ILTMIN, V.I.;
WarMTSKATA, F.L.; X.I.; RYAH IKIY, L.M.; XONLIM,
D.I.; SAZYKIU, K.T.0 kand.ekon.nauk; BUGARHVICH. V.S.;
IMSOTA, V.A.; KALINOVSKIT, K.D.; KUMMMICH, O.A.;
TTABUT, K.A., red.; LAZARCHIX. K., red.; XALSCHITS, G.,
tekhn.red.
(Reference book on the establishment of work norns on collecti"
formal Spravochnik po normirovaniiu truda v kolkhozakh. Kinsk,
Goo.izd-vo BM, Red,sallkhos.lit-ry, 1960. 151 p.
(MM 14:3)
1. Akademiya sallskokhosyoystvennykh nauk BSSR. Inatitut ekono-
miki. 2. Institut ekonomiki i organizatoii Etallskokhozyaystvennogo
proizvodetva Akademil oallskokhozyaystvennykh nauk BSSR (for
Tookobo7nikov, Dabinko, Ilyushin, Yrublevskays, Dunchuk, Bugarevich,
Kuptsova, Kelinovskiy). 3. Starshiy inspektor Upravlaniya po
orgkolkhosnym delam Kinisterstva sel'skogo khozyaystva B= (for
Nelashkevich).
(Agriculture--Production standarde)

CCVITFY
CATcT-QRY
ABS. MUR.
AUT*-,C)R
IMST.
T TTL ---
: J-,:,i(
: cultivatod Fl(Inte. Fmiit5- harries.
: RZhBloloy Vol 21 195:8, "To,
-feo~.rrf ie*ricul*ur0 Inst'itute.
`!;, t1: (j f ri zet; .
: IrrJ_%i-tIcjn t.' in th,3 -all
()PTG. Kjt~~. Ti. K--yrcsr'.-, s.-kh. in-tj, 1~-7 Vo.
ABSTPACT Inv-istiputioiia w-~rt� mw..Actt~,-~ in t-,c nrv~e,Bt-3rn p-rt of
rrAI,, tire c~,rborilta r- 11
i. epwit.-- Tli.2 j6rouncwbtur lovcl i.-; .,,-tar
I'Luvit u a R
ir, 2.'7 rwiter, iL. I.", i.; 7.2 7.(,. No
cOAttj.-,in-AI-.t, vt~t, vilt Y-J3 Observe~, to thC LOth ut 2
meters. Vet:etktive Otis of w-Itur weve "dt'n
the lowtjrir,_, of wisture rawtrves in th~, .,ctiv-I soil
luyer (iq-lfjo m, to 6u, '10 isati Bo... in till irrit-,#ited
120
CAMI

CATEGORY m
AP3. 0011M. KhBiol., Ito. 195-8041o. 100,07
Aurlic-12
YET.
TITLE
'C
)PIO, PUB. t
11 T r0 c I i v;jrj;mt.-j, wini-tr moifitore-chirgir,g anplic-Alons of vater
,4~is oijt to the -~#jplh of ona er,o 1j wJlf meters to
the level of the mox.mmi moisturr. holainir cip,-clty of the
ficlu. In V.G Cirq+. 1)alf of t1to vjgeett, t;on (from. the be-
rinnine. e;f the acip flo%d to tLe ona of blosso-ing) the
;iio1v",ure conterit of the ectiva voll lax,)r wir, obove 60-851
In the abseuca of imij;ation, VIG rasem: tf rr,cirturc irt
the a~,Jl wos bact,;,~Inii proereasively Vver fro,;! the berrin-
nini, of July, Tc m0ntaln the uoll ;.iaimture ')t the level
of 6u_iuo,~, it is i,areaaLry teo ctirry out orit~ -aoistura-
CARDI 2/4

CCU!Tr7LY
CAT JX; ORY
;ABS. JOUR. RZhBicl., No. 195~, 110. 101.8G7
AUTV"OR
V;ST,
T TIL-L E
[IFT(i. PUB.
charging applic!jtion fit thr. rate of 500 M-Vhe ~nd one
vegett.tivq bi-V-31cation on th-, 2G-211 of ,uEu.4t kit the rate
of IJ400 ni'/hH. The utie of tIv. iccond vaiSet,tVive epplica-
tien of w,3ter at the beginnink: of AuLunt crak,tan the beat
conditions for the erowth. and raAring this tluio It Is pose-
Ible to Incruj%se the Intit. per vine. Th~; welelit ana the
dimptisioan of thb bernas were iii uirect r.ro,,ortion to
.he jagree of the wetues8 of the moll in the ,ericd of
ICARDt 3/h
121

WiN-lal I
CATRGORY 01
APS. JOUll. RWicl, P NO. 195-,fi No. ici,&q
AUT.'qOR
IFST.
TITIS
OPIG, PU3.
with
A PSTPA CT
tnv joil :it of vic mt-.istara
liciluiii!,, ciipirity of the fialj. The incro4sa in thu yie
%ittributuhic to tlv.4 :.'~nlsttira chore_jn.- ~qjltclltjon 0;'
wAer cco.q..,~rIlsQn with tha cori-irripoteu
varl,int. The increaze in the yielk~ with irrli,~ution was
c/lus wit!-,rut lcwarin6 the qutility of the y.q,as ~j!
wind, -- T. K. Fortun,stov
CATID: I-A

DUBI~;KO, V. K. Ct)nd ACr 5ci-- (diss) "Irrigetion of vineyards in the steppes
of the Crimeno" Odoson, 1950. 17 pp (Min of Arr USSR. Oilc,~ziin Avr Ilmt), 100
cof:ies (KL, 36-58, 113)
-49-

6 a AA
0 At
#
1
'e, 1 1,
t4

baboavAosolime of Mug 4d Somet". L. M.
amd !A P. TA4*wkav. Zwwkbt)u

ofw 4040, W mai l sets, 14 V. Amto 40 it A IM wo 1,
pn I win, m t
4
f T w Md. f"" d"m,1,q41wu til
1 do*
%. o
c"14
rrm" ch-g- #" _.u.. -
J and mg. 1
Im at t1tapi" F~' COMPIS, Wah 0 cip"ph, it t. I-
9Ak to d"
0
44
fl
W
F
1
,
.
.
wairew
p"
y w
C.
I)A
A
th
r
yrim.
an'
MM
N
I.
1
0.2 In.-
p" 1. In nwya'r*.t*.
E. 1
101011SPIN&AAM4 bftatft. OW 6416-1 Miss latnictr with Ow
d"
t
bi
t
m
i 0
00 o u
S.;
s
anwa
e 1"M
to In lirtw1we ad 1111ritry"Is
adwAsts.. it is wcvftwr to hnA jersawo it,* p in Ow 141111A
I
dao,Aik* wW. The nwbW propmW by Is. semi T .00
09 4 iC.A. 40, ANUO) iscuuWaried The emamd %imple. wtioativ*.
-#W attwatokv dots. Yin potable matcl. 1~1.4rdetrik-"

as o

a L amat
id I At &.*0t. 0"
-

l
1
,
0
a
M 4 4 -W too
l*
go O 006 0 0
0
s 0
0 0 0 0 0
0 0 0 0,; 06 0 00 0000 0 0 00 000'
OA 0 0 0 0 0 * 0 0 a 0 0 0 -0 0 0 0000 go 0-00 0000 0 0 41 0 411101141,

DUBINOV, O.A.
Certain complications in trepanations of the sclera. Vast. oft., $oskva
32 no.2:12-16 Xar-Apr 1953. (GIML z4:4)
1. Professor. 2. Of the We Clinic of Kirgiz Medical Instititte.

/D e, I /Y //u 0 - / /' U
WBINOT. Petr Georglyerich
Vor high profits from collective farms; prACtiCSS of the
Manuil Collective Farm, Zhitomir District, Zhitomir Province]
ZR vyeokyi dokhid u kolhospakh (s doevidu roboty kolhoau im.
Manuilskoho. ZHytomyrokoho raionu. Mytomyrskot oblasti ryiv.
Dersh. vyd-vo silleikohompodaralkot lit-ry, Ukrainakot RSR. 1957.
65 p. (Collective farms) ~HIRA 11:1)

L 21N-65~
ACCE&SION NR: AP4044184 S/0119/64/.000/008/0023/0024
AUT14OR: Dubi~ovskiy, A. Mo jEnglneer)
TITLE: Using photoresistors in measuring devices
SOURCE: PrIborostroyeniye., no.-8, 1964, 23-Z4
TOPIC TAGS: photoreaistor, CdS photoresWor. measuring photorcointorl
FSK-P4 photoresistor k\
ABSTRACT: Some problems, of using photoresistors in measuring instruments
are discussed, and fundamenial -c'haracte ris tics of a new CdS film photoresiator"
are reported. As the commercial rm-pi photoraoiator had entirely unsatisface
tory characteriatico.. a now type Intended for mcasuremont purposes Nvas
developed; from 0. 1-0.2 v on. it has a linear current-voltago characteristic:
supplied at 2.6 V# the now photoreaictor davolopes 3-5 microamp at 1. lux, or
200-300 microamp at 100 luxes, Its sensitivity within 0-100 luxes'is' 15,000-
7
Card

ACCESSION NR: AP4044184
20. 000, mic roaznp/lum-v. An aging tesi, ;evealed that after 20'0-300 hro, the
photo-current falls off by 10-20% and then remains constant# The new photo-.
resistor used in an exposure D'wter incre4sed its photoelectric sensitivity by
10-20 tin-we (as compared.to'a eelenium cell) and ensured'a� 10ye error of the
illumination measurenwritV.."Oril
ASSOCIATION: tione
SUBNUTTEM '0
ENCLt. 00
SUB CODE..- IE O,'R-EJr-SOV: 'OTHER:'*,000'
C.rd 2/2.

-DUBINOVSXIY, I.V. (pon.Chernomorskiy Krasnodarskogo kraya); KOTIK, V.G.
Anmmrs to readets' questions, Stroi. truboprov. 7 iao.8s
26-27 Ag 162. 1 (MEU 150)
1. Rukovoditell saktora elektrozashchity 3.ineynykh soorusheniy
Vaeso.vuznogo nauchno.-issledovatel'skogo instituta po stroitallstvu
magistraltnykh trW;oprovodov (for Kot1k).
(Electric currents-Grounding)

DWINOVSKITI-TJ6-
Horizontal and vertical bridging of aerial photographse Geode I
kart. no.4:43-4~ AP 160. (MIRA 13:8)
(Aerial photogrammetry)
. I

,DaBINOVSKIY,, V.B.; LYSM09 F.r.
Increasing accuracy in fixing points on aerial pbotographs.
Geod.i kart. no.14447 J& 163. tiiM 16t2)
(Aerial photogra=etry)

DUBINOVSKIY, V.B., kand. tokhn. nauk
Determining the elements of mutual orientation of aerial
photographs by means of an electronic corgiter. Izv. Vys.
ucheb. zav.; good. i aerof. no.5:99-108 163. (MIRA 17:8)

LOBANOV, A.N., doktar tekhn. naukl PULTORAK, V.K., dotsent, kand. takhn. nauki
-DUBINOVSKIY,,.Y,~.t kand. tekhn. nauk
-...
Programmed teaching and the use of teaching machines in photogrametry.
Izv. vys. ucheb. zav.; geod. I aerof. no.5375-82 164. (MIRA 1815)

'A:Cc L 3263M6---aT(1)/-T (A) IJP(r)
-M' ~-6 1 919 SOMIXZ' CODE:
- 'n UR/0006/66/000/005/0048/0053
AUTHOR: Dubinovskiy, V. D. '915-
16
ORG: none &D
with
TITIS: Field determination of coordinates of points on aerial pbotogra
known elements of external orientation
SOURCE: Geodoziya i kartografiyu, no. 5. 1966P 4"3
TOPIC TAGSs aerial photographs photogrametryp triangulation
ABSTRACT: A method is proposed for identifying in the field, with satisfactory
precision, the coordinates of any points using aerial photographs with known elements
of external orientations a protractor, and a scale, All three angular elements of
external orientation of the aerial photographs are needed, These are introduced
into equations for transformation of the coordinates obtained from each photograph
of a stereographic pair, It is then necessary merely to measure the coordinates
of the point on each photograph and to use the standard equations and the derived
transformation equations to compute the correct space coordinates. The precision
of these coordinates depends on the precision with which the an~pdar elements of ex-
tornal orientation are determined and the accuracy with which the coordinates on the
two photographs are measured. All work of determining space coordinates may be done
in 5--8 minute . Orig, art, hast I figure, I table, and 8 formulas.
C5M 7
SUD 1 '!_~ 08 SUBH DATE t nonel OHM MW: 007 UDCt 528.735.2028
Card 1 1) - -.730---

S
JANUSZKO, Tadeus2;-2uIMuj6.. a,_
Estimation of the activator of fibrinolysis by means of the
euglobulin test. Acts, med. Pol. 6 no.2:269-276 165.
1. Department of General and Experimental Pathology, Medical
Academy, Bialystok (Director: Prof. Dr. K. Bu2uk).

BOGDALfK, Tadouszj DIJBINSKAp k
AdIa
?i'cI.vAbJ]istIc model for differential diagnosis of diabetes.
Pol. tyg. lek. 20 no.27:987-989 5 JI 165.
1. Z 11 Kliniki Chorob Wewnetrznych AM w Bialymstoku (Kierowniki
Prof. dr. J. Chlebowaki) i z Zakladu.Anatomii Patologicznoj AM
w Bialymstoku (Kierownlk: prof. dr. L. Komczynski).

DUBINSU-BIBLICKA, Alina; SZYXCZTK, Vlodsisierz
Results of supporting ostsotogq in the treatment of fractures of
the femoral neck* Ghirnarzorachu ortop.pclska 25 no.1:43-47 160.
1. Z I Zakladn Chirurgii Uratowo-Ortopedyesnaj Studium Dookonalani&
lakarz-, w A.K. w Waresawis. Kierownik: prof.dr. S. Inkasik
(FZM NICK fraoty.&disloo.)

ZABOKRZYCKI:,, Juliusz, doe. dr. mod.; DUBUTSKA-BIELICKA, I-lira
A contribution on the diangnostic difficulties in tubercmLlosia
of the bones and joints and in rheumatoid arthritis. Reumato-
logia Nars=) 3 no.1&75-.80 165.
1. Z Oddzialu Ortopedycznego Inotytutu Reumatologicznego
(KierownAt doe. dr. mod. V. Haroikowski) i z Zaklachi
Raetiologii Instytutu Reumatologicznego (Kierowniki doe.
dr. mod. J. Zabokrzycki; Dy.-ektor Instytutut dr. mad.
V. Brvll) -

PUBINSUp Alina; FISKORSKAP ZQfia
ft-Unry and metastatic bone tumors* Chir. narzad. ruchu
ortop. pol. 28 no.2t2O9-218 063.
3.. Z Kliniki Chirurgii Urazovo-Ortopedycznej SDL AM w Warazavie
Kierownik: prof. dr S. Lukasik Z Oddzialu Urazowego Szpitala
PKP w Warozawie Konsultanti prof. dr S. Lukasik,
(BONE NEOPLASMS) (NEOPLASM METASTASIS)

MALI"IIIA# R.I. lwykhina.. R.1.]; DU 19A &J. [Dub7=lka, 14.11;
MITORY xe.~. (Hrodytorp
R*olism of the pulmonary vessels caused by amniotic fluid
Ped.j, akush. i gin. 25 no.107-58 163. (MIRA 16 3 5)
1. Kafedra akunherstra i ginakologii (*!av*-doktor med.nauk
R,I.Ifalikhbut [R.I.Malykhinal) Ukrainatkog; institutu udos-
konalannya likariv (rektor-doteent I.I.Ovisiyenko I.I.073iishkoDO
(AMIOTIC FLUID) (PUIXONARY EKBOLISM~

BERLIN, A.A.; AjB1HSXAXA,-AA&.
Studies in the mechanochemistry of polymers. Part 8: Degradation
of polydimeth7lailoxans by ultrasonic waves. Vrsokom.soed. 1
no.11:1678-1684 N 159. (MIRA 13:5)
1. Institut khimicheekoy fiziki AN SSSR.
(Siloxanes) (Ultrasonic waves)

0- M8 2
S/190/60/002/009/017/019
4&~0'6 210 3 1 2 .10 8 B004/B06O
AUTHORS: Berlin, A. A., Dubinskaya, A. M.
TITLE: 3tudieB in the Field of the Mechanochemiatr of Polymeric
Substances. X. Initiation of olymerizationlwith Radicals
Forming bn the Destruction of Macromolecules by Means of
Ultrasonics T\
PERIODICAL: Vysokomolekulyarnyye soyedineniya, 1960, Vol. 2, No. 9,
PP- 1426-1431 LK
,TEXT: In contrast to other-papers (Refs. 1, 2, 5), the authors studied the
ultrasonic destruction and the formation of copolymers in anhydrous medium,
solutions of#polZmethZ methacryla~tej(PMMA) in acrylonitrile,lmethyl
methacrylate, and slyrene. Tne moN755lar weight of PMMA (viscosimetrically
determined in benzene ) was 3,160,000. The solution of the polymer in the
monomer was exposed in argon atmosphere to ultrasonic radiation 20f
1500 kc/sec and a calorically measured intensity of 5 - 50 w/cm . The
apparatus had been described earlier (Refs. 6, 8). Since the temperature
Card 1/4

Studies in the Field of Ahe Mechanochemistry
of Polymeric Substances, X, Initiation of
Polymerization With Radicals Forming.on the
Destruction of Macromolecules by Means of
Ultrasonics
83482
S/190/60/002/009/017/019
B004/BO60
rose to 500C, cdoling spells were put in. The degree of polymerization
was determined on the strength of changes in the refrA&ve index of the
solution, on the strength of increase in the polymer weight, and - in
acrylonitrile - on the strength of the nitrogen content. For control, L_~/
monomers alone were acoustically irradiated, and no polymerization
1-2%
oocurred after 30 min either. Acoustical irradiation of
PMMA solu-
tions in the monomers always gave rise to polymerization, the rate of
which decreased in the order aorylonitrile - methyl methaorylate - styrene
(Table 1,". The reaction of PMKA with acrylonitrile was examined more close-
ly. Table! 2 gives the action of various ultrasonic intensities, Table 3
supplies the experimental results at 7 w/cm2, 1.5 min irradiation, and a
3 min pause. A block copolymerization of PMMA with polyacrylonitrile
(PAN) wav established* The infrared spectrum of the copolymer with a
ratio PM)FA/PAN - 30/70 exhibited both bands of the nitrile group and of
Card 2/4

83482
Studies in the Field of the Mechanochomistry 9/190/60/002/009/017/019
of Polymeric Substances. X. Initiation of B004/BO6O
Polymerization With Radicals Forming on the
Destruction of Macromeleaules by Means of
Ultrasonics
the eater group. The viscosity and the Huggins constant were also de-
termined (Table 4). The thermomechanical curve (Fig. 4) for
POIA/PAN - 47/53 and for a mixture of the polymer components in the
same ratio shows that the copolymer has a branoheq, partly cross-
linked structure. As in the RolymerizatLion means of gamma .rays
W~4.
--ff-Fe-reae weil, especia.L.Ly a; nigDr
an after-polymerization 6courre 1111
temperatures. There are 1 figure, 4 tables, and 12 references: 4 Soviet,
2 US'. 3 British, and 3 German. V~
ASSOCIATION: Institut khimicheskoy fiziki AN SSSR
(Institute of Chemical Physica-c-f-the AS USSR)
Card 3/4

Studies in the Field of the Mechanochemistry
of Polymeric Substances# Xs Initiation of
Polymerization With Radicals Forming on the
Destruction of Macromolecules by Means of
Ultrasonics
SUBMITTED: April 22, 1960
S/190/6 83482. 009/017/019
0/002/
B004/BO60
e
Card 4/4

ACC uW266/65/000/020/0161/0161 r
IIIVFIITOR: Berlin A. M.
., A. A. ; DU
4- 4)
ORG: none
TITLE: Preparation of heat-resistant polymers.\~'Ciass 39, No. 151811~
SOURCE: Byulleten' izobreteniy i tovarnykh znakov. no. 20, 1965, 161
1 31. '! y?
TOPIC TAGS: heat resistant polymer, s~~mic2ndyctLtjg_po~n!~r, ion exchanSe polymer
A13STRACT: An Author Certificate has been issued for a preparative,,.method for heat-
i-esistant polymers with ion exchangeland semicon~uctoE_prqpertiesA~ The method in-
volv(-s polycondensation 6f halogen substituted quinones with carboxylic acid amides
such ao acetamide, formamide, or dimethy1fomamide. IN)]
SUB CODE: GC, MT1 SUBM DATE: 28oct6l/ ATD, PRESS: -.14Z1,57

KALABINA, A.V*j DUBINSKAYA, E.I.; FILIPPOVA, A.Kh.j FROLOV, Yu.L.1
RA
Synthesis of virql ethers of nitro- and halanitropbenole. Izva.
vysouchebozav*; khim. i khim.tekh. 7 no.2:232-236 164. (MIRA 18W
1, Irkutskiy gosudarstvennyy universitet im. A.A.Zhdanova,
kafedra vysokomolekulyarnykh soyedineniy.

VALIDBMG, A.Yu.; DUBINSKAIAt.1je.
Gas purification in closed iron alloy furnaces during the -a" 9
of silicomanganese. Stall 23 no.3s283-285 -Mr 163. (KM 16:5)
1, Goaudarstvennyy nauchno-WplledoTatellskiy institut po,
promyshlennoy i sanitm-noy c~hiLftke gazov.
(Gases-Purification)
(SiUm-manganese alloys-glectrQuetal;urLY)

DUBIMY,AYAP F.Ye.; ZAYTS-EVj M,,M~
Use of multitubular turbulent-foam scrubber for cleaning converter
gases. Stall 25 no*8:864-866 S 165. (MITRA 18:9)

VAL'DEERG,,.A.Yu.; DUBINSKAYAp F.Ye.
Specific features and prospects of Introducing gas purification
systems in closed feroalloy furnaces. Stall 24 no.12rlG96-
10" D 164. (,MIRA 1812)
1. Gosudarstvennyy nauchno-jealedovatellskiy institut po
prozVehlennoy i sanitarnoy ochiatke gazov.

DUBINSKATA, G.I.
q
Ijlr'66tsm,
48 is of using thiodiphanylamine (Phenthiozine) and of kerosene
in control of fly larvae during 1955-56. Zhuromikrobiol.ooid. I
L=un. 28 no.8:82-84 Ag 157. 04W 11:2)
1. 1z Kiyevskoy oblastnoy sanitarno-epidemiologicheekoy stantaii.
(PMWOTHIAZIla. effectse
fly larvae eradiaction (Rue))
(FAMOIXUH PRODUCTS. effects,
kerosene, fly larvae eradication (Rue))
ULM#
eradication with phanothiazine & kerosene (Rua))
(,IISNCTICIDES. effects,
kerosene & phenothiazine, flies eradication (Rus))

PROTSMKO, D.F.; DUBINSKAYA, G.M.; YADRINTSVA, Ye.F.
~ ~ . i -
%.~ "4 j "; ~,;)! wt, ~"
Zffact of growing conditions on the frost-resistance of winter
crops* Nauk.sap,Kiev.un. 8 no.5:91-116 149# (MLRA 9110)
(Wheat) (Plants--Frost resistance)

FAKTOROVICHt B.S.; DUBINSKA%At COX. [Dubynalka, H.H.]
Proposals of effidiincy promoters adopted by the Kiev CadAha -
of Synteheic FIberme Lel .
-6mm& no.345-47 Jo - Ag 162. (MA-16:2)
I (Kiev-Textile industry-Technological innovatiois)

]BUKHSRAB, TO.A.; DU13INSKATA, I.D.
ilosinophilias in children. Vop.okh.mt. i dot. 4 no.5:85-.88 S-0 159.
(MM 13--l)
1. Is kafedry propedovtiki detakikh bolesney (zav. - prof'. V.A.
Vlasov) II Nookovskogo maditsinskogo InatitutS, imeni N-19 Pirogova
na base detekoy bolinital Imeni N.Y. Iftlatova (glavnyy vrach K#W*
Kalugina). (BOSINOPHILJIS)