SCIENTIFIC ABSTRACT GREKHNEV, M.A. - GREKOV, A.N.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000516630005-5
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: January 3, 2017
• Document Release Date: July 27, 2000
• Sequence Number: 5
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

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maierial 3 otirracted Isoborneol. G. ht. Kwolapoff

GREKHNEV P P.
In besieged Sevastopol. Voen. znan. 40 no.8:8-9 Ag 164.
(MIRA 17:11)

GRCITHIEV " zapasa
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ro
in "ronLI-Int. , Voen. zrllrl. 4-1 .9. ;-'-' 5 '65.
(MTRA 118:10)

GPEKHTIVEV,_f..,_..pqlkovnik zapasa
And Kursk was a fortress. Voen. znan. 4:1 no..--,:r--13 F f66.
(1,91bl 19: 1)

GREFITNEV, V.A.
What is beat7 Uch. zap. MOPI 92:2c5-263 '60. (MIRA 14:9)
(Heat, Mechanical equivalent of)

GREKHNEVA, Zh.G.
[Hobile equipmeritfor loading large-size bundler of lumber]
Perenosnaia ustanovka dlia krupno-paketnoi pogruzki lesa.
Tomsk, Tomskoe knizhnoe izd-vo, 1959. 15 P.
(MIRA 17:3)

GREMOV, A. V.
"A Tabular Method of Solving Systems of Linear Euations and Its Application tc
the Design of Electric Circuits," Transactions of the Power Engineering Institute
(Trudy instituts. energetiki), No 3, Power Engineering Institute, AS Uzbek SSE, 1949,
143 Pp.

3-12-1-541 D
T~-anslation from: Referativnyy Zhurnal, Blektrotekhaika, 1957, Kr 1, p. 88 (USSR)
AUTHOR: Grekhov, A. V.
TITW: Investigation of Schemes for the Improvement of Dynamic Stability
of Electric Systems by Connecting Load Resistances (Issledovaniye
skhem povysheniya dinamicheskoy ustoychivosti elektricheskikh
sistem putem vk1yacheniyu nagr=ochnvkh soprotivleniy).
ABSTRACT-. Bibliographic entry on the author's dissertation for the degree
of Candidate of 7behnical Sciences, presented to the Power
Engineering lastitute, Uzbek SSR Academy of Sciences, (Energ.
in-t AN UzSSR) 2Lshkent, 1956
ASSOCIATION: Power Engineering Institute., Uzbek SSR Acadeqr of Sciences,
(Energ. in-t An UzSSR Tashkent)
Card 1/1

8(3)
V
PHASE I BOOK EXPLOITATION sov/1476
Akademiya nauk Uzbekskoy SSR. Institut energetiki I avtomatiki
Voprosy peredachi elektroenergii na dallniye rasstoyaniya (Problems
In Long-distance Transmission of Electric Power) Tashkent, Izd-vo
AN Uzbekskoy SSR, 1958. 176 p. (Series: Its: Trudy, vyp. 11)
650 copies printed.
Resp. Ed.: Kh.F. Fazylov, Academician, UzSSR Academy of Sciences;
Ed. of Publishing House: N.A. Romanika; Tech. Ed.: Z.P. Gor1kovaya.
PURPOSE: The book is intended for personnel of scientific research
institutes and for engineers and technicians of industrial design
organizations.
COVERAGE: This collection contains five articles concerning capaci-
tive self -excitation of synchronous and induction n&*iJnes ad methods
of calculating the limits of self-excitation. An analysis is pre-
sented of some problems of normal and emergency operating condi-
tions of long electric transmission lines. References appear af-
ter each article.
Card 1/7

Problems in Long-distance (Cont.) sov/1476
TABLE OF CONTENTS:
Shchedrin, N.N., Corresponding Member, Academy of Sciences, Uzbek
SSR. On the Problem of Capacitive Self-excitation of Synchronous
and Induction Machines 5
The aithor selected for discussion only the simplest cases of
capacitive self-excitation'(as an undesirable phenomenon),
namely,when the stator circuit of a three-phase machine Is
entirely symmetrical, has constant parameters, and has In
each phase an identical capacitance connected in series.
Other cases are mentioned only superficially. The author
discusses critically the va'rious points of view concerning
the mechanism and conditions under which self-excitation
occurs as presented In the references to his article. He
concludes that the great number varieties of capacitive
self-excitation and their cl"sification can be related to
the physical nature of electromagnetic torque associated
with the idea of rotating magnetic fields. The author dis-
cusses the two best known types of electromagnetic moments:
the reactive and the asynchronous moments. The first of these
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Problems in Long-distance (cont.) sov/1476
is the basis for self-excitation which the author calls f1re-
active-synchronous." The second Is the basis for asynchronous
self-excitation. The author proceeds to a study of two cases of
capacitive self-excitation: 1) in the simplest case of an induction
machine and 2) in a generator with salient poles, with a longitudi-
nal excitation winding and no damping coils on the rotor. The author
concludes with a short review of methods of combating underirable
self-excitation and finds that there is no universal method which
is at the same time effective and economical. There are 19 references,
of which 18 are Soviet (including 2 translations), and 1 English.
The article contains 9 diagrams.
Shchedrin" N.N., Corresponding Member, Academy of Sciences, Uzbek SSR.
Some Methods of Calexilating the Limits of Self-excitation of Induc-
~tion and Synchronous Machines 47
The author is of the opinion that experimental methods of deter-
mining the limits of self-excitation are difficult and there Is no
possibility of obtaining operational data from existing power.systems.
The development of sufficiently simple and exact methods of calcula-
ting these limitsis therefore important for the design of certain elec-
tric power systems. In practice, the problem is reduced to finding
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Problems in Long-distance (Cont.) sov/1476
the initial and terminal values of capacitance between which lies
the self-excitation zone. The terminal value, which corresponds
to reactive73ynchronous self-excitation, is easily determined from
the.characteristic equation of the machine. The article is devoted
to finding the initialvalue, which corresponds to asynchronou3 self-
excitation. The author determines the number of Initial parameters)
investigates the characteristic equations and finds the root values
of these. For unsymmetrical types of machines, the author Introduces
approximate methods based on simplified equivalent circuits. There
is one appendix, 12 diagrams and 7 Soviet references (including 1
translation).
Pospelov, G.Ye. Efficiency of Electric Transmission and its Depen-
dency on the Distribution of Compensators 79
The author investigates the effect of the distribution of line-
drop compensators along a transmission line on the losses of active
power and on the efficiency of electric transmission. Energy losses
over a period of a year are of decisive importance; however, the auth(
considers it kidiqxmsable to sbi&j the effect of t1iffle lamm with lead dwWs tm#xut
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Problems in Long-distance (Cont.) SOV/1476
wide range, corresponding to maximum and minimum values. Com-
menting on the works presented in the references, the author
claims that they discuss only the maximum conditions or use for-
mulas inconvenient for calculation. Besides, the conditions
under which maximum efficiency is obtained are not clearly pre-
sented. The author attempts to clarify all these problems and
submits formulas for determining losses of active power and ef-
ficiency of transmission. He finds that associated with maximum
efficiency are comparatively small active powers, low power fac-
tors at the end of the line, and voltage differentials not ex-
ceeding 10 per cent. The location of compensators may affect
the efficiency of transmission by 2 to 3 per cent for lines 900
km long. There are 23 diagrams and B'Soviet references (includ-
ing 1 translation).
-Grekhov, A.V. Increasing the Dynamic Stability of Electric
Systems y the Inclusion of Load Resistances 127
The article is a condensation of the author's Candidate thesis,
which he prepared under the supervision of Academecian Kh.F.
Fazylov, Academy of Sciences, Uzbek SSR. The author enumerates
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Problems in Long-distance (Cont.) SOV/1476
several accepted methods of increasing the dynamic stability
of long electric power transmission lines. Most of these
methods require the introduction of complex and costly systems
of automatic control. The author discusses a method of elec-
tric braking of generators,which he considers to be most ef-
ficient. Braking is achieved by momentary automatic switching-
in of load resistances. The author compares the various types
of load resistances and the methods of switching them into the
generator circuit. He selects the method of parallel switching
of active load resistances according to the diagram in Fig. 1.
Switching takes place almost simultaneously with the occurrence
of a short in the system and, according to the author, it pro-
v1des electric braking of the generator during the period of
maximum excess of power. The method is said to be simple and
economical as well as efficient. The article analyzes several
variant methods of parallel load switching as employed In the
Kuybyshev - Moscow electric power transmission line. The author
makes analytical calculations for various operating conditions.
There are 15 diagrams and 5 Soviet references.
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Problems in Long-distance (Cont.) sovA476
Pospelov, O.Ye. Certain Assumptions of an Economic Analysis of
Electric Power Transmission 157
The author attempts to determine appropriate technical solutions
which would ensure the desired economy of operation of long-di8-
tance electric power transmission. He bases his economic analy-
sis on Marxist-Leninist teachings and discusses a series of ar-
ticles which appeared in the Soviet periodicals during the period
1934 to 1956. There are 30 Soviet references.
AVAILABLE: Library of Congress
Jr1sfm
4-16-59
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8(0)
SOV/ 112-59 -2--2779
Translation from: Referativnyy zhurnal. Elektrotekhr-ika, 1959, Nr 2, p 72 (USSR)
AUTHOR: Grekhov, A. V.
TITLE: Increasing the Dynamic Stability of Electric Systems by Connecting Load
Resistors (Povysheniye dinamicheskoy ustoychivosti elektricheskikh sistem
vklyucheniyem nagruzochnykh soprotivleniy)
PERIODICAL: Tr. In-ta energ. i avtomatiki AN UzbekSSR, 1958, Nr 11,
pp 127-155
ABSTRACT. The effectiveness of parallel -connected load resistor s.intended to
increase dynamic stability is considered; the resistors are connected to the
generator buses via a normally closed breaker and spark gaps. At the moment
of short-circuit, a high voltage is applied to the spark gaps which causes flash--
over. The arc is extinguished and the resistors disconnected by the circuit
breaker at the proper moment. Such a scheme permits switcl-Ling on the
resistors almost simultaneously with the moment of short-circuit and ensures
Card 1 /Z

SOV/ 112-59-2-2779
Increasing the Dynamic Stability of Electric Systems by Connecting Load Resistors
braking the generator during the minimum-power transmission. With properly
selected load resistors, dynamic stability would be determined by system
parameters under post-failure conditions, and the short-circuit, in so far as
its effect on dynamic conditions is concerned, would be similar to loss of a
transmission -line section. Experimental study of the load-resistor effective-
ness (on an electrodynamic model) confirmed the possibility of increasing the
dynamic stability of a transmission line whose parameters are close to the
400-kv Kuybyshev -Moscow transmission line.
A. A. K.
Card Z/Z

GR:,,'KHCVP A%v.
Use of electric braking for increasing the dymmic stability in
complex power systems. Izv. AN Uz. SSR. Ser. tekh. nauk Q no.2:
15-22 165. (Vir"A 18-.9.)
1. Uzbekskiy nauchno-isaledovatellakly institut energetiki i avtomatiki.

EWT
ACC NR; AP6013978 somacE coDr-,: uR/o167/65/000/002/0015/0022
AUYHOR: Grekhov, A. -V
ORG; Uzbek Scientific Research Institute of Power and Automation,(Uzbekskiy nauchno-
issledovatellskiy institut energetiki i avtomatiki)
TITL~,-,': Useof electrical braldng for incroasiiig the dynarde stability in a compound
power systom 04
- ri
SOURCE: AN UzSSR. Izvestiya. Seriya tokhnicheskikh nauk, no. 2, 1965, 15-22
TOPIC TAGS: electric power transmission, electric power production, electric gone-
rator
ABSTRACT: The pux-pose Of this articlo is to find the effect of 61ec'trioal
brakinc- on increasing the dynotic stability of a compound electric power sys-
..a-,i consisting of stations of commensurable power, connected by long transmis.
sion lines.
Because of the nonlinoarity of the problan, the studies were made by numerical
analy3is on concrete circuits of the systaa, and numerical calculations of the
dyna,mic stability were made on a static altoftatinef current model. T-ho follow.
ing.systa-as-were investiffati3d:
(l) 4 systerd" C-ionsisting of two stations of commensurable power. 'Zia line is
614 Im long, and the povor~ tranmitted is 1200 `-M at a voltage of 400 W. 'The
line has throe switchins pointsp 40% of the inductance is cov~pensated for b~ a

L 99390-66 Q
ACC NR: AP6013978
series capacitor,uhile the capacity of the line is compensated for by 6unt
:coils,, 'All the zenorators of the system are provided with a device for
automatically unritching in braking impedances. 7he dynamic stability (oft the
.system was calculated for throe-teniinal and two-tenninal short circuits to
ground lastim, 0.13 and 0.20 seconds. It was found that for short circuits
tat the. start of Vio line the generators of tie tranmAtting station lose powor~
-.4
.and accelerate, MAle the generators in the receiving system take on load and 1*
;are retarded. The angle between the voltage vectors of the transmitting and-..:
.,'?recoiving Vstan increases more ra~pidly than iihon the roceiving" Wjstem is
represented b buss bars of infinite power. To increase the effect of the
',braking it is necessary to leave tlio iirpedance3 connected until the relative
I
,acceleration of the rotors Is equalto zero. For short circuits at the and
iof the line, Ahe generators of both systans lose power and are acc6loratedo
0
iThe relative acceleration is datemined by the difference in excess power in
.the two systems. The dynamic stability is better than for short circuits at
the start of the line, Since the generators of both systems are accelerated#
-ed in. The duration of the braking may
their bi-aking Impedances,are connect
be limited to'the period of the short circuit.
(2) % -system of two stations of commensurable Power with an intermediate - sup-
porting s;mchronous compensatory * The line is similar to the previous case but
instead of the series capacitor in*the middle of the line there is a supporting
;synchronous ccmpensator vhich m9intains the voltage constant, - Under steady
tate conditions andi'lar. statia -stability, the line aots as thq& ~Vvas Wt

L 22399-.66
F'XcC_ NR,.- _AP6()1_3_9*?'8__'_____
i
Ion-. Vne
of the synchronous condenser is 600 Nva, and it is
as
con-
power
nected to the line t7hrouZh a serlos capacitor which conpopsattlos for an 4LD 90'4
of t1no reactive impedance of the transforj,,)er and the transiont reactance of
the condenser. Calculations for short circuits at t1io start of the line
showed th4t the dynanic stability 13 alwayD disturbed, ever for "strong"
regulation of the excitation of the compensator. A calculation was mado for
the care iihore 'Uiere was a series capacitor, and the sZmchronouz =,pansator
was comiected in. While the systcn, was stable -vrithout synchronous condensers
the stability was disturbed with the synchronous condenser in. liffien the '
*systen had a synchronous condenser vith a compensated reactive impedance, and
Aho conpensatihS compensator was not Mhunted durin.ff the period of short cir-
,cuit, any cUsturbance of operation led to loss of dynamic stability. Dynamic
stability is maintained it, during the short circuit, the s~mchronous conden-
ser is disconnected from the system, or at the time of short circuit i3
shunted by a capaoitor to compensate for the reactance of the synchronous
condenser.
(3) A system of three stations of comensurable power, connected by long trans-
mission lines. The Arst part of the syatea is the same as the systen consii-
ting of two stations, idille the third system# connected at one end, transmits,`
'6oo iv of active power~Ovor a distance of 764 lan. it-id 'shown fron cacula- '
~tions of the dynamic stability during short circuits at various points in the'
,wjstem that electrical braking is very orfective. To maintain dynamic sta-_-t.
bility, it is usual to increase the moment of inertia of the machines.6
Card

AP6013978
A NR,
Calculations made for differentmoments of inertia in the -wyst~n showed that
with no electrical braking the dpamio stability is dlstux~bed, Vaile with
braking, it is maintained with a large margin. Thus, electrical braking
n.
Makbs it ppasible to dispense with i creasUg the momonts of inortia of the
'machinese Orig. art. has: 6 figures. fjPR-s7
SUB CODr,~: 10, 09 SUBM DATE: Mug& ORIG REF: 007

GREKHOVI F., kand. sellskokhoz. nnuk
Economic effJciency of breedlng meat, nnd wool-boaring sheep.
Inform. biul. VPNKH no.2:20-22 F 165. (MIRA 18:3)

1. GHL-KEOV, F. A.
2. (6oo)
4. 'i-lool
7. -',uality of wool from fine-wool I-Ind coarse-wool cllot;.'.'~e-..". ':IrJ,iv '.'Y'll 20. 1952.
9. Monthly List I,f Ausgian Accessions, Library of Con;m-,,ss, L-trcl- 1953. 'Inclas~dfied.

.-.idmals. SLzO I Otock.
Hc 201 155b, 9259-3.
iJ.-*-, Verctuin, I.G.
Ills
.I-*L tlu The OstrO;--cz1.S1: Shoo:"
(J J~T
Ori Pub: 0%.-tsevoastvo, 195'j .,1- 2, 7-10.
'.-Lq-,e Ostro-;cz'isk s! ucy) 'ircud ims Obtained tl-rou:`
the craos-~'urcctlizi.-- of sheep with
J-1sroh mr.s. Arii.z~ls of Viij bree(I have Vie heijht
of 73 ell 1-'-1 rMls, 6,1) c:; i;i owes, .~,,casurc~! at the
withers. The wcol a'%; % shcarinE:, is res1,0-c-
tively 6 - 6.9 a-ld 3.r3, kL;. Me live -,rci[~it of
the 1. s for mmval VIC.3 Tt 50',) of the -.101"L-111t of
Vic YntLirc cwcs, Vic titiot ia t:ic lic'-wy wool was
Cl- 1-d 1/12
63

GREKIIQV,,,F.L., do'Bent, kand. sel'skokhoz. nauk
U
Work results of the development of Liskino dual-purpose
sheep with a crossbred wool-type. Izv. TSKIM no.4:205-219
165. (MIRA 18!11)
1. Kafedra ovtaevodstva Moskovekoy sellskokhoz~aystvennoy
ordena Lenira akademii imeni Timiryazova. Submitted
January 7, 1965.

GREKHOV, F.A.
Meat characteristics of five and seven-month old castrated
male sheep of the Ostrogozhsk and Liski regions. Biul.MOIF.
Otd.biol. 70 no-5:110-114 S-0 165.
(~-ILRA 18:12)

GRM OVO F.A., doUent, kwnd. YEvk
flew Ostrogozlisk sheep strain with crossbred wool. Izv.TSM
no. l.-163-178 t65 (MIPA 19.-1)
1. Kafedra ovtsevodstva .1-loskovskoy sel'skokhozyaystvennoy
ordena Lenina akademii imeni Timiryazeva.

-GREKHOV, GoFr
Calculating the wood-earth surfacing of motortruck roads. Nauch.
trudy LTA no.96:129-138 161. (NIRA 170)

RABINOVICHP K. R.; _,GREIGIOV, G.F.
Geological structure presence and prospects of are in the
southeastern part of the Irtysh shear zone. Trudy Alt
MM AN Kazakh. SSR 9:64-71 160. ~MIRA 14:6)
1. Altayskly gornometallurgicheskiy nauchno-issledovatellskiy
institut AN Kazakhakoy SSR (for Rabinovich*). 2. Vostochno-
Kazakhstanskoye geologicheskoye upravleniye (for Grekhov).
(Irtysh Valley,6--Geolky, Structural)

KORCHUNOV, N.G.; BARANOV, DRANITSYNA, N.N.;
STRELE, L.A., red.
(Methods of conducting practice training for*~Ve students
of forestry faculties] Metodika provedoniia uchebnoi praktiki
dlia studentov lesoinzhenernykh fakulltetov; uchebnoe posobie.
Leningrad, Leningr. Lesotekhn. akad. 1962. 61 p.
(MIRA 16:7)
(Foresters-Education and training)

AUTHOR: Grekhov, I.A. 130-58-4-14/20
~_'bperating coterie ce with Cold-rolling Mills (Opyt
TITIE:
raboty na stanakh kholodnoy prokatki)
PERIODICAL: Metallurg, 1958, Pr 4, pp 26 - 29 (USSR).
ABSTRACT: The author mentions the advantages of cold-rolling for
producing high-quality, thin-walled, tubes of carbon steel,
stainless, heat-resisting bearing tubes and high-pressure
tubes. He outlines the special design features of types
KhPT-?5, KhPT-55 and KhYT32 cold-rolling tube mills designed
and manufactured by the Urallskiy zavoa tyazhelogo mashino-
stroyeniya (Urals Heavy Engineering Works) and goes on to
analyse the reasons for idle time when these mills were tested
at the Novotrubnyy Works. Work was carried out jointly by
works' personnel, designers from the mill manufacturers and
scientists from the Uralbkiy politekhnicheskiy institut
(Urals Polytechnical Institute) to improve constructional
features and reduce idle time. The main cause of failure of
the working stand was found to be wear or failure of bearings
and measures were taken to protect roll bearings from over-
loading. A ready-assembled spare working stand was found to
be desirable also some modifications to the stand and its
Card,/Lrails. Some modif icatioxis in the mill-drive system were made,

Operating Experience with Cold-rolling Mills 130-58-4-14/20
including the replacement of cast by forged parts, bearing
changes and the reduction to 75 per minute of the frequency
of double travel of the working stand. On the KhIPT-55 and
-32 mills, the main reducing gear, in spite of being made of
special alloy steel, was found to be and remains a weak spot;
on the KhPT-?5 mill it is satisfactory. The same holds for
the feed mechanism and the wthor lists the modifications intro-
due,,ed at the Novotrubnyy Works and mentions two new designs
as yet untested. Regular inspection and adjustment of the
"ariLing-pinions has prevented idle time due to failures here.
Better foundations for the housings of the working stand and
feed mechanisms were introduced. There are 3 figures.
ASSOCIATION: Pervoural I skiy novotrubnyy zavod (Pervoural I sk New Pipe
Card 2/2 Rolling Mi.11)

GILLHOV, .J'.,,

ACC NR: AP6033255 SOURCE GODE: UR/0109/66/011/010/1781/1788
AUTHOR: Grekhov, L V.; Kryukova, N. N.; Chelnokov, V. Ye.
ORG: none
TITLE: Investigation of characteristics of silicon p-n junctions with controlled
avalanche 1.
SOURCE: Radiotekhnika i elektronika, v. 11. no. 10, 1966, 1781-1788
TOPIC TAGS: pn junction, silicon diode, avalanche diode
ABSTRACT: As the diffusion coefficient of Al at 1320C is higher by one order of
magnitude than that of B, the breakdown voltage of a diffused-Al silicon speclimen
is much higher than that of a diffused -B specimen (experimental curves shown).
:Reverse-current I-V characteristics were measured in silicon p-n junctions
equipped with (diffused-Al) guard rings, at 18-140C. Specimens with breakdown
Card I / 2

ACC NR: AP6033255
voltages of 440 and 770 v had resistivities of 5. 5 and 15 ohms-cm, respectively.
These controlled -avalanche junctions could withstand high:ahort-time reverse
voltages (heavy reverse currents). The p-n junctions suffered breakdown much
,earlier than surface breakdown would take place. The breakdown holes of
0. 3-0.8-mm diameter occurred in the central (diffuoed-B) part of the specimens.
-The knockout energy is roughly constant which is seen from an experimental
breakdown-power vs. pulse-duration plot. By using rippled d-c voltage and a
CL
cathode-ray oscillograph, the breakdown of individual microplasms was observed.:
,Orig. art. has: 7 figures, S formulas, and 2 tables.
.SUB CODE; 09 SUBM DATE: 27May65 ORIG REF: 002 OTH REF: 004
CWd

ACC NR-. AW005"530 '1)'G'j11CE CODE:
AUVOIR: Grekhov, I. V, ; Kryukova, N. U. ; Chelnokov, V. Ye.
ORG: Physicoteebnical Institute im. A. F. loffe, AN SSSR, Leningrad (Fiziko-
telchnicheskiy institut AN SSSR)
TITLE: Mic--oD!asma phenomena in silicon
SOURCE: Fizika tverdogo tela, v. "), no. 12, 1966, 34-14-3479
TOPIC TAGS: silicon, semiconductor plasma, pn junction, surface property, volt
ampere characteristic, dielectric breakdown
ABSTRACT: 'rnis is a continuation of earlier work on deep lying p-n junctions (R-;;dio-
tekhnika i elelftronika v. 9, 56, 1c,,66) and deals with microplasma phenomena occurring
in cascade breakdown of deep p-n junctions prepared by diffusion of boron in n-type
silicon. %lost earlier investigations were limii'e-d to microplasmas produced at the
emergence of the D-n junction to the surface. The present investigation deals with' I
.4unctions that have a lar,~e depth (40 - IGO p). Since the radiation from the micro-
Dlasma is nractically by the silicon, the data on the microplasma. deforma-
tion was obtained lb.-,' studying the character oil breakdown of a large number of cascade
nicrodiodes prepared on a single silicon plate by photolithography. Protection
against surface breakdown was afforded by a guard ring. The junctions were prepared
by a procedure described by the authors earlier (Elektrichestvo V. 7, 56, i566). By
studying the oscillogram of the inverse volt-ampere characteristic of the diode
:-Card 1/2

ACC NR: AY1005330
durin- the breakdcnin it was possible to determine t.he distribution of the micro-
plasmas over the area of the junction, the volt-ampere characteristic, the variation
Iof the microplasma temperature with current, and the geometric dimensions of the
microplasma. The results show that the microplasmas are distributed quite uniformly
over the area of the junction. Their number can be quite large, and the breakdowa
voltage can differ greatly from junction to junction. The breakdown volt-ampere
characteristic can be approximated by an e.,,.ponential function. The calculated geo-
metrical dimensions of the microplasma were found to agree well with the experimental
!data. Orig. art. has: 4 figures, 8 formulas, and 1 table.
SUB CODE: 20/ SUBM DATE: 19Feb66/ ORIG 'REF: 003/ OTH REF: 008
Card 2/2

- ACC NR, Ai'700604.6 SOURCE CODE: UR/0109A6/011/010/1856/18
AUTHOR: Grekhov, I. V.; Liniychuk, I. A.; Chelnokov, V. Ye.; Shuman, V. B.
ORG: none
TITLE: Influence of space charge layer on volt-ampere characteristic of multi-strat
diffusion structures in silicon
SOURCE: Radiotekhnika i elektronika, v. 11, no. 10, 1966, 1856-1864
TOPIC TAGS: volt ampere chartacteristic, pn junction
I ABSTRJ%CT: Results are presented from calculation of the dependence of width
1* of space charge layer in diffusion silicon pn junctions on the applied voltage
I.-Lor certain practically interesting cases (with low additive concentration gradi-!
bent in junction). Calculations were performed on the BESM-2 computer. Experi- '
imental data are presented on the investigation of the volt-ampere characteristic.:
iof diffusion p-n junctions;-the data is compared with calculated data. Calcula-.,
1-tions and experiment are in good agreement. Thus, the calculated dependences
;can be used in planning diffusion multi-stratal structures.. The authors thank
j D. I. Kurakina for help in the experimental work. Orig. art. has: 9 figures and
ill formulas. 1JPRS: 39,5681
SUB CODE: 09
Card

r,__3.0991-66____Z,,T(e
X~C NRI AP6002888
SoliRCE CODE: UP/0286/65/000/021#/0045/0045
INVENTOR: -GreRhov, I. V.: Linivchuk, 1. A.; Lebedeva, L. V.; Tuchkevich, V. M.;
Chelnokov, V. Ye.; Shuman, V. B.; Yakivehik, 14. 1.
ORG: none
TITLE: Method of creating a source of diffusion of aluminum in silicon. Class 21,
No. 176989 (announced by the Physical Engineer ng Institute im. A.F. Toffe,AN SSSR
(Fiziko-tekhnicheakly institut AN SSSR)
SOURCE: Byulleten' izobreteniy i tovarnykh 7.nakov, no. 24, 1965, 45
TOPIC TACS: aluminum, diffusion, aluminum diffusion, junction, pap junction, npnpn
junction, pan junction, junction forming
ABSTRACT: This Author Certificate Introdtices n method of forming an aluminum source
for the diffusion of aluminum in silicon In an oxi
,~tlzing atmosphere such as air. To
iwinum in the form of Al(N03)3
simplify the technique and accelerate the diffusite
solution or of a mixture of alum1num-oxide powder I i powder oxides of metals such
as tungsten, titanium, or tantalum is depostLed *Fy any well-known method on the sur-
face of silicon plates. In a variant of the above method, in order to obtain struc-
tures of the types p-n-p or n-p-n-p-n, the surface of silicon plate is first coated witi
a boron or phosphorus compound and subjected to heat treatment. In a further variant
of the first and second methods, in order to form semiconducting structures of such
l I'l 21- . C'M Iql '7n nnn q. Cql q01

L 30991-66
ACC NRs AP6002888 0
types as p-n-n+, one of the sides of the silicon plate is coated with an alcoholic '
solution of aluminum, boron, and nickel compounds, and the other side is coated with
a solution of orthophosphoric acid in alcohol, followed by a heat treatment. (RD)
SUB CODE: S~BM DATE: 05Mar64/ ATD PRESS: tAt~I
---I -- - -Ypt-

GREKHOV, !.V.; LINIYCHUK, I.A.,- TIUCHKEVICH, V.M., CHFLNOKOV, V.Ye.j
V.D.; YAKIVCHIK, N.,I,
Som-~, applications of regulated Billcon power rectifiers.
ElektrIchaHtmo no.2.76-77 F 165. (MIRA 180)

GREKHOV, N.T., inah.; PISTSOV, Yu.N., inzh.; 2ERNITSKIY, V.G., inzh.;
KJUCI'OKHIN, I.I.
Raising heat loads during the combustion of low-grade fuels.
Obog. i brik.ugl. no.28:58-68 162. (MJRA 17:4)

GREKHOV, V.V.
Electric drive made by efficiency promoters. Bum. proms no.2:
24 F 164- (MIRA 17:3)
1. Direktor bumazhnoy fabriki "Krasnyy kiyuch".

vl~ t n a
O's cm~w-,,a ok i- ,u-

GREKHOVA, I.P.
-1 - -------- - I -- ' -
Lowering disease incidence of infants in nurseries. Vop.okh.mat.
i det. 7 no.8:64-66 Ag 162. (MIRA 15:9)
1. Iz Gorlkovskogo nauchno-issledovatel Iskogo pediatricheskogo
instituta (dir. - kand.med.nauk N.P.Zhukova) i iz yasley No.7
Priokskogo rayons. Gorlkogo (zav. N.A.Semenova).
(CHILDREN--CARE AND HYGIENF)

GRS.KHOV, L T.
Combustion In rubbled-hearth, boiler furnaces under various
conditions of air blow. Izv.vya.ucheb.zay.; tekh.tekst.prom.
no.4,.127-132 159. (MIRA 12:11)
1. Moskovakly tekstillnyy Institut.
(Textile Industry-Squipment and supplies)
(Boilers)

. GREKHOV, I.T., kand.tekhn.nauk; PISSTSOV, Yu.N., inzh.
Effect of aerodynamic conditions on the combustion of low-grade
fuels in layered-bed furnaces with an atomizer. Obog.i brik.ugl.
no.30:90-100 163. (MIRA 17:4)
0.

L 39438--66 ENT ( 1 GO-2
ACC NRI AP6002887 SOURCE CODEt UR/0286/65/000/024/0044/00115
AUTHOR.: Grekhov.9 I, V0
J6
ORd: none
TITLEs Semiconductor voltagg stabilizing tube (s~abllltron)
Class 21, no. 176988
SOURCE: Byul Ileten, izobreteniy i tovarnykh znakov, no. 24, 1965, 44-45
TOPIC TAGS: semiconductor device, voltage stabilizer, triOde tube,
voltage stabilization,' stabilizer
ABSTRACT: The semiconductor voltage stabilizing tube, made in the
form of a triode of the n-p-n type, Is characterized by the fact that
a voltuage stabilizing tube section with the same type of conductance
as the base is set up in the collector junction of the structure in
order to increase the power of the device. The area of the tube see-
tion and the breakdown voltage is smaller than the area and the break-
down voltage of the entire collector junction, and its distance from
the surface-of the structure on the side of the collector, measured
downward, is shorter than that of the entire collector junction.

zub uui)h:
2/2~~

--EWT (1) /EWT (mVIZ416 T-C-0/4",
ACC NR: AP0UZJ()1J E: UR/0105/66/000/007/0056/0059
SOURCE COD
AUTHOR: Volle, V. M.; Grekhov I. V.; Kryukova, N. N.; Tuchkevich, V. M.;
Chelnokov, V. Ye.; Shuman, V. B.7; -Ya-E-vchik, N. I.
ORG: Leningrad Physicotechnical Institute im. Ioffe, AN SSSR (Leningradskiy fiziko-
tekhnicheskiy in titut. AN SSSR)
TITLE: VKDL-type diffused silicon avalanche 2ower rectifiers
SOURCE: Elektrichestvo, no. 7, 1966, 56-59
TOPIC TAGS: semiconductor rectifier, silicon controlled rectifier
ABSTRACT: The development is reported of new types of diffused silicon power
rectifiers. Yhe rectifiers, i '.ch/.can be operated s ely under high peak inverse
voltages, differ from coitvenLionalf~diffused silicon"Ictifters in tlhat~ due to special
preparation of the p-n Junction, the possibjlff~--of local electric breakdown at the
intersection of the p-n juncvLon with the stirface Ls elitn[nated. 'Flierefore, undl&
peak inverse volta~~,Lls, the process of avalanche brealkdown talkes p1ace in the central
SCCt-4011 Of the jUnCti.01-1, while large power Ls (ii:;sLpated in the i'nver'se "ilreccion.
in IL964, the f.~--nin-rad Phystcotechnical Insuituto Im. 1'offe, A'I FS4-", in coop~--ra,-Jon
LOC. "':)~ektr V, ryamitef Planit de"'Lloped a sI-I-,k,!s ,,, socili bearing che
desi"~nat',ons WDL-LOO, VKDL-200 and WMI-35D for 'vel
loO, 200, iod 3.50 t I y,
cf-.d '11, 800--v oi)(-~raLiiir Voltage. The elo,rit?nL of t1iese Is Ln the
card
3
IJDC' 0 2 1 . 3 82 . 3

ACC i4lit,
av
0 ZSO ~fOJ UO -v
Fig. 1. Voltage-inverse
current characteristic of
the VKDL rectifiers
~41V
:,.'Of 401 al 10 /00 a
Fig. 2. Dependence of
the dynamic resistance
of the VKDL rectifiers
on the inverse current
aq
az
01 3 Ct 7S_ /'0' 41.tiv
!:Lg. 3. Volta-z,e-forward
current chacacteristic of
p-n junctions
form. of a 25-mm siligon plate with a p-n-n+ type conductivity. Two thermally
compensating taU '4isks are pressed against the plate. A method of planar guard
.,s ten"
ring construction, described elsewhere Olaitz, R. M.,A. Coetzberger, R. M. Scarlett,

38192-66
ACC NRI AP6023613
i and W. J. Shockley, J. Appl. Phys., v. 34, 1963), was used to eliminate the possi-
bility of,purface breakdown. The p-n junctions were made by the method of phosphorus'
boron'Und;hluminum diffusion. The boron p-n junction was 18 mm in diameter with a 1;1
planar guard ring 2 mm wide. The thickness in the diffused layer in the central
section of the silicon plate was 60-80 is, and in the region of the guard ring,
120-160 p. Tile thickness of the diffused layer formed by phosphorus on the sid6 of
the base contact was 20 is. Typical volt age-inverse currmL characteristics of d-sa ructifiem, in th--
brealeAwn region at 5C0 and 800 v are shown in Fig. 1. The characteristics correspond to
the central p-n junction. The breakdown voltage of the p-n junction in tile guard
ring exceeds that of the central p-n Junction by 250-600 v depending on the initial
silicon resistance. Dependence of the dynamic resistance of avalanche rectifiers on
inverse current is shown in Fig. 2, and Lhe voltage-forward current characteristic
in Fig. 3. With respect to the forward voltage drop, the above devices are divided
into three groups: those with a 0.4-0.5, 0.5-0.6, and 0.6-0.7 v forward voltage
drop for a nominal current. The inverse curretu under qomin-il conditions for all
rectifiers dou-s not exceed 5 ma. The liferime of the avalanche rectifiers is up to
25,000 hr. 'File I-sumbel. OC Olunlial cycles r'Ini,,ing f*rom -50 Lo+I,0C s1hould not exceed
-000 ~Itirin~; ;he. (:iiCirt, Metimo. Tlie rccLif'er~~ can bo oftlics: i,o i;orit!S or
j
k n na t7,-. IL ~ ta 1 .'.;hon ronnect.-?d ~11 lyarallel t.hcy should, Ilave eqki'lL
r o han: I- table and 1, figures.
I -1~ k- C;I) F. (I') Isililn DATE: LON;iv65/ ORIG REF: 003/ oi'li R F i:: OCI Iit%Tir~ I, 1~ !"SS
r
Card

KONIEENKO-KGNKVA, Z.P., GREKH , M. D., NIKITIN, N. G. AND BORISOV, I. F.
Vets, Turkmen Vet. Exptl- Station.
"Treatment of Hemosporidioses of small cattle with LP-2 and
intramuscular injection of flavacridine."
SO: Veterinariia 25 (3), Mar 1948, p 16

BORISOV, V.S.; GOLIDIM, L.L.; QWYACHEV, Tu.M.;,q4gOV,__!.N.;
SUCHNOT, S.Y.; TALYZIN, A.M.
Meeisurement of the prinetTal magnetic characteristics of
S-units of a proton syrmhratran. Prib. i tekh. eksp. 7
no.4:206-212 Jl-Ag 162. (KRA .16-4)
1. Institut teoreticheskoy i eksperimentallnoy fiziki Gasu-
darstvenno o komiteta po ispoltzovaniyu atounoy energii SSSR.
Nagnetic measurements) (Synchrotron)

GORYACHEV, Yu.M.;_GREKOV, N.N.; SKACBKOV, S.V.
Effect of the vacuum. cbamber on the magnetic field in a proton
oynchrotron. Prib. i teW. eksp. 7 no.41217-223 JI-Ag 162,
(KM 1614)
1. Institut tooretichookoy i eksperimentallnoy fisiki Godu-
darstvenno o komiteta po Ispollzbvaniyu atomnoy energii SSSR.
fY&gnetic measurements) (synchrotron)

MILMMIL 06W. w . . . .- - - - - - -
w _W # W-
0 *.~* We 0,010
JMW ~0-41110 0
0 11 Offiff"i'14 fill 111VI14
I L D_,L_1 (f Y N-A -t 1, A4 Of (A I# ~c
611
Impowift dw ussnew ph*wd" of TTumformw st"I by
AmmaHm in a UsomsW Mill. (;rvk114o%* imil 1'. WisAkmit.
("ifal, 10.18, INI jig, 40-441). Oit lto'p4mii). Fx1viwivv exIm-ri-
001 i~-. I
go A rate of miliog atul pubmefluent spitig (sit tht, prolierties of tritit".
wtic field isre givest. liv anticaling
ftirmer steel arimaled in a inst,
Onliomrv tramfornier-Atwl mheet 0-5 min. thiek ina mignetie lit-III
intenaiiv of 20 (terstvi for '! hr. at 72W 4'.. talsevittieris 11W) v 101 r4lb 0
Itim. ha~ their perviteability itivreamd III) to 16,4wit) v, am emiINtred
,A Oft ?KW to INKNI 1A for ifie original materiul. Watt lopt." uere
rOdUctd b)' W-30'
,., as cumpired %ith the urigimil imiti-6d itild JI,V
with it rviluction of 11-1.560 oblitined by i1rdim-r% mmi-al- "Zee
rhe Im , obtaitiod (lit Lill,pstf I fl-go
ifig. -tat remulta art itiv truit.4iriiier med
whirlt final brom mubjecIA41 tat a prelimintirs- relining mm.-milig Irviii.
-0 0
ment at 1100" C". f(ir 0 fir. in a hydrogen-ittimmlihere.
go,
Rg: "'0o
ww~% z , ; t:0 o
too
I. ttA AITALUFGKA~ LITENATWIf CLAIMPICAT10% t:oo
Owe
;VV
u -ft v- 0
A] - -4 G
(I I', I I v a i III n it it 4,44i
160000
.00000*10000000000000o 000000000000c.410000;
000000,00000000000000 00000000000000
00000 0000

o. 1.
USSR/Electricity Measurements, Jul 51
Magnetic
"'The Tare Method' in Magnetic Tests of Dynamo and
Transformer Steel in Differential Units," Prof
R. I. Yanus; 0. V. Grekhov, V. V. Druzhinin, Engi-
-neers, Verkh-Isetskiy Metallurgical Plant
"Elektricheatvo" No 7, P 76
Suggests a method similar to the well-knovn "tare
method" used in accurate weighings. The method
substantially increases the accuracy of std mag-
netic tests without any addnl labor, expense, or
complications of the testing methods. Submitted
24 Jan 51.
199T27

G=OV, P. N. ; GRUZ INOT, V. K. ; TAA7ARRV, B.L.
lifficient distribution of picku)p elements for the automatic contfol
of the horizontal burden distribution. Stall 20 no.11:977-980 N 60.
(MIRA 13:10)
1. Urallskly politakhnichookiy institut i NTKK-
(Blast furnaces) (Automatic control)
I--

.GREYHOV, V.V.
__ _~_ I-
"Gunshot wound of the skull nnd brAin; surgicnl anatomy and operative
surgery " by B.M.Kargolin. Reviewed by V.V.Grekhov. VOD.neirokhir.
22 no.2:57-58 M-Ap 158. (mIRA 11:4)
(HIO--WOUNDS AND INJURIES) (KARGOLIN. E.M.)

GRIKHOV, V.V. (MoskvaY
. Topography of craniopharyngtom. Top.neirokhir. 23 no.6:12-17
N-D '59. (MIRA 13:4)
1. fttologoanatomicheekaya laboratoriya Yanchno-issledovatel'skogo
ordena Trudovogo Krasnogo Znawnt inatitnta neyrokhirurgii imeni
akademika N.N. Burdenko AMN SSSR.
(CWIOPHARTNGIOMA pathology)

KOREYSHA, L.A.p prof.; MASIMTEIKOVA, V.V.; GREKHOV, V.V. (Moskva)
`4veminal nouralgia in tumors of tho hypophysis. Vop.neirokhir.
,, no.1:49--53 162. NIRA 15 - 1)
1. rlat,.clino-.isuledova-teltakiy ordena Trudovogo Krasnogo Znameni
institut neyrolhirurgil imeni akad. L.E. Burdenko AlUl SSSR.
(NEURALGIAP TRIGDIINAL) (PITUITARY BODY-TUMORS)

GRMOV. Ye. V.
on. - - - ININMMMIMMWIII~
Rqsulte of pipeline transportation of paraffin base oils. Neftia-
nik 1 no.9:9;11 S '56. (MLRA 9:11)
1. St&rshiy mekhanik kontory po perskachke neftl obwyedineniya
Nolotovneft'.
(Pstroleum--Pipelines)

r L.
I
i
i
i
1 1
~ d- Ord 2/3 --- . . --- . - -j

~,6503-65
it. NR: AP5016758
ENCLOSURE:
3/3

L 136o9-66- EWT(1)/EWA(h
ACC NRt AP6002889
SOURCE CODE:
INVENTOR: Grekhov Yu. N
.ORG: none
TITLE: Self-tuning S~nchronous filter.- Class 21, No. 176997
SOURCE: Byulleten' izobreteniy i tovarnykh znakov, no. 24, 1965, 47
TOPIC TAGS: electric filter, syrichronour filter, filter circuit
ABSTRACT: A self-tuning synchronous filter (see figure) for selecting signals with re-
spect to shape is introduced. It consists of' a multiplier, an adder stage, delay
Fig. 1. Self-tuning synchronous filter
.1 - Transformer; 2 and 3 - resistors; 4 and
5 - transistors; 6 - reservoir capacitor;
7 - dividing capacitance.
lines, phase shifters, and limiting amplifiers. To separate a weak quasi-harmonic
signal from strong fluctuating background noise and to simplify the multiplier cir-
cuit, the latter is designed in the form of two bridge-balanced transistor modulators
21

L 136o9-66

VLADIMIROVA, Mariya Grigorlyevnaj GREKHOVA L.1diya Ivanovna;
ARASHKEVICH, VY., retsenzen ; OKTJN7, R-11%, red,lzd-va;
LAVRENTIMA., L,,G,, tekhn. red,
(Harmful siibstances and the control of their content in
the air of gold-recovery plants] Vrednye veshchestva i
kontroll soderzhaniia ikh v vozduke zolotoizvlekatellnykh
fabrik i zavodov, Foskva, Gbagortekhizdat, 1963. 43 p.
(MIRA 16;11)
(Gold-.-Metallurgy) (Air-.-Pollution)
(Metalworkern...-Diseases and hygiene)

GRFKHOVA, L.N., in-?h.; bELOGINTSEVA, N.I.I.
U.se of n sJze with polyacnylaydde for silk warp r,-IaDhing.
Tekst. prom. 25 no.4;15-36 Ap 165. (M--'PA 12;5)
1~ InboratorJya tekAll.'rov lInbrik!
a t,d e la
Lakina (for Grekhcv,,~. 2. Mtis~nr rr~xotcvi':r"ncg,
mer
tekstilfr.oy fa~rika imerif I.idk4jna (4'o.--

GR&~1170VA, 14. T. arid 'JAI*,II,IY.W, U. Y.
"An de~:troni,, micrometer," Zavo-Iskaya laboratoriva, Vol. 12, Nos 9/10, 1946, p 882.

431, Stinic 111"S
Gitt KIIOVA. M. T., iel- 1111.79. 1~ 0 R77-1 7-'M
11 (Mo.-IYT83-9 (1941) In Russhm.-A mcciver-
wavcnicter,vith an a.f. inodulalcil neon tube between
ir?ptjt coaxi3l and tunible resonator; a more sensitive.
w;Ivemcier with a reflex klystron and an input volt-
M~tcr, with repeller clectroda curr,!.nt r-i ibrated in
input volts, arc described, also a sensitivc double
superhetcrodyne m-civcr specially designed as a field
sircrigth meter, A. I-
.-V

Apr 49
Colorimeter
Photoolectricity
"Defending the Photoc o Lori meters Produced by the
W.sicolechnical Institute," Prof M. T.
06r" kiy.Ph,
Grektor"
4, Vir, Sol Sea Physicotech Inst, 1 p
"Zorod lab" Vol IV, No 4
Instruments criticized were,produced in 1943.
Since then, Institute has not produced any., They
Vero constructed undeg difficult conditions ~bhen
mkoehift parts had to be used. Only photo-
elements available vere allrer-sulfide elements
im 43/49T61
USSR/Engineering (Coutd) Apr 49 .
made at AwdSci Ukrainian SSF. Long storage in
the varehouse also affected quality of instru-
ments.
43/49T61

LEONTOVICH, M.A., akademik, redaktor; (LREKHOVA, N.T., professor, redaktor;
AUERMAN, M.A., doktor tekhnichaskikh wa-dr,-79=ktar; GINZ3M, V.A.,
professor. redaktor; GORBLIK, G.S., professor, redaktor; LXONTTOVICH~-
AMRONOVA. Ye.A., dotsent, redaktor; ZHEISTSOV, N.A., dotsent, redak-
tor; PETROV, V.V.. kandidat tekhnicheskikh nauk, redaktor; NIKOLAYEV,
U.N., dotsent, redaktor; AGITOVA, N.A., redaktor; BRYLLTEV, A.M.,
redaktor; ALILSEYMV, T.V., tekhnichosid7 redaktor.
[Dedicated to the memory of Aleksa=Lr Aleksanclrovich ArAronov] Famiati
Aleksandra Aleksandrovicha Andronwra. Moskva, 1955. 718 P.
(MIRA 8:4)
1. Akademiya nauk SSSR.
(Mathematical physics)(Automatic con-trol)(Astraphysics)

7 F
i
AYMOV.S.I.:AMIUM. V.1; JORAVO-ZHIVOTOVSKIY, D.M.; GAPONOV, A.Y.; 4WZ0JWA.,
~YHRGAXOV, V.S.; IMM. V.A.; MILUM. N.A.; FLTAGIN, V.A.
Diode oscillator nolso source in the throe-centimeter band. Radiatekhe
i elaktron I no,6:751-771 Je '569 MIMA 10s I)
(Oscillators, Alectron-bube--Noise)
(Wnve gniidos)

J,~ E-,/, ~Cc, 4 ,,;;kl P,
SYVOROTKIN, G.S.; DMITRITEVA, Te,A.; GRIKHOVA, M.V.
Using fertilizers in tree nurseries. Trudy TSITII MPS no.129:172-182
'57. (KLRA 10:5)
(Nurseries (Horticulture))
(Fertilizers and manures)

2MOV31=1 FOY*, and BMMV, A.A.
"Experience in the Use of Seismographic Prodpecting Under Winter Conditions
in the Kulbyshev Region Along the Volga," Publ in Prosncting and
Conservation of Natural Resources, No 2, Feb. 51b, PP 36-42.

BANATTIS, S.I.; GRIXIS. M.N.; YNVDDKIIIOV, A.Y.
Experimental bases in complex therapy of traumatic shock arA Pavlo-71-q
theory. Vest. khIr. 71 no-3:3-12 19.51. (mm 20:11)
1. Military Medical Academy imeni S.N. Kirov, leningrad.

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I Ile ditta Imer"I ill k1k14 aluf in the 1wevii-o- astil-k- imbrair ShAt tit. 1411w Ce I. -Maistir.1
utwo the 1rkvw*Qw ON "w 'a Cr millates 411.1 vh6wo'k, 1i Ca NOWISIA-11

AD

ise,
At It
0 01 a C!o 4 0 6 0 0
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too

,,-- G_REKOV~ A.
Placement of a double-rate charge on electric power. Erorgetik
12 no.2:27 F 164. (MIRA -17:4)

ACC NR, AP7001342
SOEMCE CODE: UR/03W/66/004/OU/0461/0464
1AUTHOR: Fridkin; V. M.; Gorelmvp I. M.; Grekayj__A. #!_, I0khovitskaya, V. A.; Rodin,
1A. 1.
ORG: Institute of MrystaUograpby., AcadenV of Sciences 8SSR (Institut kriste.1lografii
Akademli nauk SSSH)
TITLE: Phase boundary in ferroelectric SbS1 as the analog of an electric domain in a
semiconductor
SOURCE: Zhurnal eksperimental'noy i teorcticheskoy fitiki. Pis'ma v redaktsiyu.
Prilozhenlye, v. 4,, no. 11, 106p 461-464
TOPIC TAGS: semiconductor single crystalt antimony compound, ferroelectricity, domain
boundaryp phase boundary
ABSTRACT: This is a continuation of earlier work (Dokl. AN SSSR v. i6q, no. 4, 83DI
1966) where a new optic method of observing the phase transition in single-crystal
SbSI was reported. The method was used in the present work to trace the motion of the
phase boundaries in SbSI crystals grown from the gas phase in the form of needles
(1 x 0.1 x 7 mm). The needle axis was the c axis of the crystal. The observaiion was
made in transmitted light through parallel pincacold (100) faces in a direction per-
pendicular to the c axis., The tests ahowed that a constant electric field applied to
the crystal causes the interphase boundary to move toward the cathode at a rate 10"3
cm/sec. Under certain experimental'conditions (in the presence of a temperature gra-

ACC NRs AP7001
342
dient in the absence of an external field), undamped oscillations of the inter-phase
boundar7 were observed, accompanied by electric oscillations in the external circuit
of the crystal. It is shown that the observed displacements are connected with motion
of ferroelectric regions in the crystal, analogous to the motion of electric domains
in a semiconductor. While this analogy does not fully determine the concrete mechan-
ism or the direction of motion of the interphase boundary, it does provide an explana-
tion for both the motion itself and its oscillations. It is also shown that the
period of the oscillationz agrees vith the value that would follow from the Maxwell
time constant for SbSI. (*ig. arb. hu: 1 figure.
SUB CODE: 2D/ SM DATSt 098001 ORIG FXF: 004/ oTH Pjw: 004
Card 2/2

L 3393-66
ACCESSION NRi
EWT MIENT (m)/F.'dP (k)1W(h)1ZWP (b)/Z'dP (l)/EWA (c)
AT5023377 UR/0193/65/000/007/0006/0008
621.778.06-462 3k
ikov A
AUTHORS: Parts Z. I.; -gr_qkqy
TITLE: Experience gained in building and using a 150-ton tube drawing machine
15111/ Tx"~"'
SOURCE: Byulleten' to -ekonomichoskoy informataii,
7, 19650 6-8
no.
TOPIC TAGS: tube drawing, tube drawing machine, pipe man5acture
ABSTRACT: A 150-ton tube drawing machine built by_IZTM in 1964 is described.
The machine (see Fig. I on the Enclosure) automatically takes bundles of tube
blanks (up to 15 tons), opens them, pierces the blanks, draws the tubes, and do-
livers them. It is based an a two-chain layout and has the following specifica-
tions: drawing speed 17 A/6in at 15 tons; return speed 25 A∈ drawing length
12 m; tube lengths 4-8.5 m; tube diameter 94-155 M; piercing force 245 tons;.
~1 31.7 x 13 m machine size. The tube blank goes from loading area 1 and 2 (see Fig*
2 on the Enclosure) on incline 5 to loading station 6 and is pierced and delivered!
to the drawing station (consisting of frame 7. double chains 8, ejectors 9., and
carriage 10). The transfer of the blank is performed by the apparatus shown in
Fig. 3 on the Enclosure. The calculated cycle time is 72 seconds, which

L3393-66-1
ACCESSION NR: AP5023377
0
corresponds to a capacity of-570 mAr of 8: to 9-m tubes. With a 0,7 utilization
coefficient the annual output should approach 10 000 tons. Orig. art. has: 3
figures.
ASSOCIATION: none
SUMITTED: 00 ENCLs 03 SUB CODEs IE
NO REF SOV: 000 OTHERt 000

L -66.,
3393
ENCLOSUMI: 01
ACCESSION NR: AP5023377
L
fill
' t"O"Nik.
Fig. 1
General view:
M#
ulic piercer; 3- aligning mechanis 0
I- loading area; 2- hydra
chanism; 5- working, line
4- transfer me
Card 315

Fig. 2.
Cross sectional view
-A Z A

_ KOV, A.A.; PERTSIKOV, Z.I.; SOKOLOVSKIY, N.N.
_~R.F17-- 1. n-4-1
Introducing an automatic pipe stripper for drawing mills.
Biul. tekh.-ekon. inform. Goo. much.-isal. inst. nauch.
i tekh. inform. 18 no.10:48 0 165. (MIRA 18:12)

MEKOVs Aleksey Dmitriyevich [doceaoed)j TILIS., K.M., red.j OSIFENKO.. Y.j,
(Selected works] Izbrammye trudy. Tashkent., Med.gos.izd-vo
M-va sdravookbramenlia UzSM9 1960. no p.
(MMMO ATEK I DMITRIEVICH9 1873-1957)

GRIKOV, A.G.; REPIR, I.V.; NOVIKOV, N.V.
Rapid ventilation crosscutting. Shakht. stroi. no.5:23-25 158.
(MIRA 11:6)
l.Kombinat Luganekshakhtostroy.
(Mining engineering)

GREKOV, A.G., insh.; WVIKOV, N.V., inzh.
Controlling methane emanations during development mining operations.
Shakht. stroi. no.6:4-6 158. (xnu 11.-6)
1.1ombinat Daganskshakhtostry.
(King gages)

GRMOV. A.G., inzh.; RTRAMIN, G.I., insh.; NOVIKOV, N.V., inzh.
Stope mining with hydraulic breaking down of the coal and rock.
Shakht. stroi. no.12;20-22 D 159. (MIRL 13:3)
I.Kombinat Luganskshakhtostroy.
(Hydraulic mining)

GREKOV, A.G.; GUBANOV, H.S.; STOTEV, I.S.; KORNIYEWSKIT, D.N.
Valuable monograph on boring and blasting operations (Boring
and blasting operations in mining" by S.O. Mindelli. Reviewed
by A.G. Grekov and others). Ugoll Ukr. 4 no. 11:42 M 160.
kml" 13.12)
1. bachallnik Irombinata luganskshakhtostroy tfor Grekov).
2. lspoloyayushchly obyazannosti nachallulka kombinata.
Donbassantratsit Vor Gubanov). 3. Glavnyy inzhener tresia
lugansksbakhtoprokhodka (for Stoyev). 4. Zamestitell nachall-
alka kombinata Doubassantratsitshakhtoatroy (for ILoraiyevskiy).
tKining engineering)
(Mindelli, 1.0.)

NIKITIN, Mikball Nikitich; ALIS IN. Petr Antonovich; 13RONYAKIN, Viktor
Petrovich; ISTOMINA, Tatlyana Ivanovna; GRIKOV Andr Iy&novich;
~11V"OVWIRII
LIGZNOV,A.G., rodaktor; YRAMS'UZOV,I.K. reqsenz"S~Ut I.,
takhnichoskiy redaktor
[Construction, assembly and adjustment of automatic looms ATS-9K
and AT-175Shl Ustrolstvo, montash I nal-Al- avtonstichaskikh tkats-
kikh sULnkov ATS-9M i AT-1755h. Izd.2-oe,perer. i dop. Moskva. Gos.
nauchno-tekha. izd-vo Kinisterstya teketillnoi promysh. SSSR, 1955-
211 p. (MLIRA 90)
(Looms)

1 XANIN. Mikhail Vasillyevich; KMIN, F.Y.,
And" ~I-YnAqj")I
red.; BURTANOV, N.S., takhn.red.
Ming agricultural machinery and tractors on collective farms]
Ispollsovanie mahinno-traktornogo parka v kolkhosakh. Stalin-
grad, Stalingradskoe knishnoe izd-vo, 1960. 36 p.
WRA 14:2)
(Agricultural machinery) (Tractors)

GRKIOV, AJt. Inshener; YATMHTM, A.S., Inshener.
1.
Revision of power-rate schedulea.,Prom.energ.11 no.9:6-9 3 '56.
(Blectric utilities--Rates) (MM 9:11)