SCIENTIFIC ABSTRACT MOVSHOVICH, G. M. - MOVSHOVICH, R. I.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001135420016-8
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: July 13, 2001
• Sequence Number: 16
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

MDVSHOVICH, G.M.
Using aluminum cans in the canning industr7- Kona. i ov. prom.
14 no.9:41-42 S 159. (KRA, 12-12)
(Cans, Aluminum)

MOVSHOVICH, G.H.
Apple juice manufacture on U.S. farms. Kons.i OV.Droo.
14 no.12:35-38 D '59. (HiRh 13:3)
(United States--Apple juice)

tlDVSHOVTCH. G.H.
NveloDeent of the manufacture of dehydrated products im
the U.S.A, (from 'Canner and Packer.' no.9, 1959). Kons.
t ov.prom. 15 no.4:43 ki) 160. (KIRA 13:6)
(United States--Canning and preserving)

KOVSHOVICH, G.M.
gew equlymnt for the aseptic preservation of food In the U.!;.A.
lonsel ow. prom. 15 no.,6t4l-43 Js 160. (MMA 13:9)
(Unitet States-Food, Canned--Sterillzau~a)

kand.ekon.nauk
Consultation. Kona. i ov. prom. 15 no. 12:37-38 D 160.
OURA 14:1)
(Food, Canned-Accounting)

MOVSHOVICH, G.H.
Factorylopecializing in the produqUon or piWes (cu*=berG-)(fr=
*Cawer-Fackerv" no.59 1960)o Soniot ov.pr=. 16 no.440-41 Ap 161.
1 Ww 1423)
(Louisville, Kentuaky-*Cumobers-Preservatioti)

,-.KOVSHOVICH, G.M., kand.ekon.nauk
Using the costs of processing indices in canning factories, Kons.i
ov.prom. 16 no.5838-42 My 161. (~~,,A 14-5)
(Canning industry-Costs)

MOVSHOVICH, G.M.
flow to increase labw- productivity in tha canning and pre-
serving irAhwtry. Kcms. i ov. prom. 16 no.6:30-33 161
~XIRA 4:8)
1. Mentralfrqy nambno-issladovatel'skiy institut konservnoy
i ovoshchesushillnoy promyshlannosti.
(Caming Industry-Labor productivity)

.-KOVSHOVICH, Gem.
Co-ordination conference on economics. Kons. i av. prom. 16
no.9;43-45 3 ','1. WRA 14:8)
(Canninp industry)

MDVSHOVICH, G.M.
Organization of the supply of canning plants with raw materials
in the United States and France. Kons.i av.prom. 17 no.10:
34-35 0 162. (MIRA 15:9)
(United States-Canning industry) (France-Canning industry)

MOVSHOVICII, G.M.
flew developments in Lhe drying of food products. Kan,i
17 no,11;4G-43 N 162. OMA 15;1!)
(Food-Drying)

MOVSHOVICH, G.M.
Structure of the
18 no.9:39-40
canning industry in the U.S.A. Kons.
163.
(United States-Canning industry)
ov.prom,
(MIRA 16:9)

KOVSHOVICH I.Ae
Technic of muscle plastic surgery in sequestrotowy of the hip and
shoulder bones. Khirurgil&, Kookya. no. 9:45-46 Sept 1952. (CIKL 23:3)
1. Candidate Medical Sciences. 2. Of the Departiment of Operative
Surgery (Read - Prof. V. A. Ivanov), Second Moscow Medical Insti-
tuto inent Ie T. Stalin.

MOVSITI)VICH, I.A., kan4idat noditsinakikh nauk
Subcutaneous rupture of the retroperitoneal mction of the duo-
demm. Khtrurgila. Moskva, no.5:81 MY '55. (KLRA 8:9)
1. Iz kafedry obahchey khtrurgit (sav.prof. K.P. 14arkuze)
Vitobskogo maditstaskogo instituta)
(DUODMM. rupture
subcutaneous of retroperitomeal section. surg.)

BLOKHIN, V.14., dots.; BOGDPJ1OV, F.R., prof.; VAYMETEM,', V.G., prof.;
GODUYGV, S.F., doktor med. nauk; mijaMT, I.M., kand. med.
nauk; !40VS,1DVIqHj_ I.A., kand. mod. nauk; 1,'jOLODAYA, Ye.K.,
prof.; -ff1XP-dRbVA, Ye.K., prof.; NOVACIMIKO, P.P., prof.;
ROZOV, V.I., prof.; CHAKLIN, V.D., prof.; YAZYKOV, D.K.,
prof.; FETROVSKIY, B.V., prof., otv. red.; SENCHIW, K.K.,
tekhn. red.
(Multivolume manual on surgery] Mnogotonnoe rukovodstvo po
khirurgil. Yonkva,, 1,tedf.),iz. VoL11,book 1. [Surgery of the
upper extrernitienj Khirurgila verkhnei konecimosti. 1960.
518 p. (MIRA 15:3)
1. Chlen-korrespondent Akadercii meditainskikh nauk SSSR (for
Bogdanov, Novachenko, Chaklin). 2. Deystvitel'Wy chlen kka-
demii meditsinskikh nauk SSSR (for Petrovskiy).
(EXTMUTIES, uppEa-sunoRY)

I
I
KOTNIOVIOR A.
Sow problms of anbryogmesin af the splne in =no OZUP*tt:mv o
i protez. 21 no.1:44-51 Ja 160. (KMA 13912)
(am )

MOVSHOVIC119 I.A.9 kand.moditsinakikh nauk
Pathogenesis of scoliosis. Ortop. travm. i protez, 21 no. 7:23-31
il l6o. (MIRA 13:10
1. Iz klinicheskogo otdeleniya detskov nrtopedii i travmatologii
(zav. - chlen-korrespondent AMN SSSR prof. V.D. Chaklln)
TSentrallnogo instituts, travmatologii i ortopedii (dir, - deystv.
chlen AMN SSSR prof. N.N. Priorov) na baie Moskovskogo
ortopediclieskogo gospita.ya (nacliallnik - doktor meditsinbkikh
liauk S.N. Voskresenskiy).
(SPINE-ABEOPRITIES AND DEFOPNITIES)

MKOU BUICK, LA, kand.modonaukl VILEUKrY, V.Ta.; BOLKHOVITrN, S.T.,
G.S.
Device for amrcising movements of the hip joint. Ortop trava.
I p'rotes, 22 noo3s54--56 061., iMIM 14W
1. rs klinichookogo otdaleniya detakoy ortapedii i travmatologii
11 Irl4v%) T&ntrallnogo
(sav. - chlea-korr. ANN SM prof* V D -
Inatituta travmatolcei i ortopedi, Z . - daysty. ehlen 40 SUR
of 1930 Prioraw) i Maskovskogo ortopedicheskogo gospitalya
www;o - d-r med.nauk ILR. Tbakmemakiy).
r
(M7 JOINT)

KOVPHOVICHO I.A.p kand.med.nauk
SmVical anatomy of the thoracic isegment of the spine in scollovis.
Ortop.,, travm.i protev. 23 no.Wl-29 Hy 162. (KIRA 15:11)
1. Iz kliniki detskoy ortopedii i travmatologii (zav. - chlen-
korrespondent MC SSSR prof. V.D. Cbaklin) TSentrallnogo insti-
tuta, travmatologil I ortopedii (dire - deystvitelInyy chlen AM
WSR prof. U.N. Priorov [deceased]).
(SPnM--A]3qOM4ITTES AND DEFORMITTES)

OSTROVERKHOV, Georgiy Yefimovich; LUBOTSKIY, David Maumovich;
BOHASH, Yuliy Makeimovich;,MVSHOVICH, I.A., red.1 LOPUKHIN,
I Yu.M., red.; LYUDKOVSKAYAI W.I., tekhn. red.
(Course of operative surgery and topographical anatomy]Kurs
operativnoi khirurgii i topograficheskoi anatomii. [By]G.E.
0stroverkhov, D.N.Lubotakii, IU.M.Bomash. Moskva, Medgiz,
1963. 739 p. (MIRA 16:3)
(SURGERY, OPERATIVE)
(ANATOMY, SURGICAL AND TOPOGRAPHICAL)

KAPLAN, A-run Vullf'ovich; MOV~ , red.
[Fundamentals of traumatology at an elderly age' 3snc-.-;
travmatologii pozhilogo vozrasta. Moskva, Meditsina,
1965. 250 P. (M.IRA 18:6)

;. :,,V.I;H(;V I (A ) I I I y a Ai,-Ii-.c)vi,.n; :4. ~,Y , -I- I ~ , red .
LLcciiosis; surgical anatomy anc pa-.Ii~genesis.
khirurgichesxaia anatorija i patogenez. Mo3kva, ,-'eciLsina,
1964. 2;,4 p. 17:7"
1

DUHROV, Y&kov rjrigorlyevich;_ k~~DVSHOVICIH, J.A., red.
(14anuai on trauvatologyj PoBoblr, pr) trawriatoiogil. Mo-
skva, Meditsina, 1965. 258 p, (MIRA 180)

MOVSHOVICH, I.A. doktor med.nauk (Maskla, tsent.r.Malava 1,~.byw
14, kv,8~
Prognostic sign of progrensing scolic,,-An. Ortip.,
26 no.4:26-3e, Ap 165,
2. 1z kliniki de-tskoy ortoppdli, na bazP Moskovsk(,~,,.
skogo gosvitalya (na&:RlInik d(,,ktor med,riauk
(nauchnyy konsul'tant kliniki chlen-korrespcndent ANli S,"".R,
prof. V.D.Chaklin) TSentrallnogo institaita travmat~-,ic--il i
ortopedil (dir. - chlen-korrespondent WN ','ISR pr~,X.

MVSHOVICH,I.D, (Movehovych, I.D. I
Margarine with yeast additive. Khar.prom. no.4:80-82 O-D '62.
(KIFA 16: 1)
1. Ukrainskiy nauchno-isoledoveLtellskiy institut torgcwU i
obabehostvannogo pitaniya.
(oleomargarine-fteservation)

MOVSHOVICH, I.D.
Improving the keepinf quality of food concentrates. Kons. i ov.prom.
17 no.4:15-18 Ap 62. (MIRA 15:3)
1. Ukrainskiy nauchno-issledovatellskiy institut torgovli i
obshchestvennogo pitaniya.
(Ukraine--Food, Concentrated)

AUTHORS: Livshits, B.S.,
the Laboratory;
gineers, Scientific
TITLE: A Crossbar Dial
PERIGMCAL: Vestnik svyazi,
SO V- 111- 58- 9- 5-1/3C
Candidate of Technical Scierzes, Head cf
M h 11rh, T.Yh. and Frc-cva,
-9-Y a 0 v
67o-11-a-U-orators
Office (Koordinatnays. ATS)'
1958, Nr 9, Pp 3 - 6
ABSTRACT: The author describes the K-57 block type rural crossbar
dial office with a capacity of 10-40 numbers. Basic
switching is carried out by multipie crossbar connectors
with mechanical blocking and type RPI.'B and R-111; relays
During operation with this system, current is 1rawn on!y
by the microphones of the conversing subscribers. The
officz is made up of blocks of 10 numbers each, with a
maximum capacity of 40 numbers. it is powered from a
dc source with a rating of 60v. Daily current corsump-
tion is 0.8 to 1 amphrs/10 numbers. The author gives the
skeletun structure of the office, describes its operating
principles and constructional design. There are ~ photos,
Card 112 1 circuit diagram and 1 schematic diagram,

A Crossbar Dial Office
A3'30C I A-I ON: N, I ITS
I - I - 11
1. Telephone communications systems--Equipment 3. Telephone
communications--Performa,nce
Card 212

s ov/:. ) 6 - ;-) 3 -- 9 - 5 /17
AGTh( .13: Liv --!hits I B, S. , and
Gommutation Elements using a Relay with Kagrietic f3lo i~irg
(Elerienty kommutatsii s ispoilzovani-yera rele
blokirovIcoy)
PERIAIOAL.- Elekt-rosvyazl, 1958, Nz 99 pp '5 - 62 (USSR)
ABSTRACT: The cost of the power suj)_-.IJes for -,mall automati(,
telephone exchanges is an aij,)reciable frar-tion of the
total cost. For example, a rural exchange with a raoa6Lt',/
of 20 numbers costs 9500 roubles, of which 80CO are
accounted for by politer 3UI,Iplies. Tiie relatively high
expenditure on 20wer suplllt-;~~ 1.,3 traced to two cause-3:
lv the relatively large consumption of electriral energj
by the station; 2, th3 3tringent requirements :;n
3moothing of the su:),)ly volt!ip. The n,,~avy
of electricity also Increa3e3 the annual ru.~ni-il-
of a station. For the quoted abovo thl-s -fig-u-c. I--
3000 roubles, more than 10% of aLLich can be traced
electricity hill, and thE; iaalriteaan~,-e of _~u,,.,lies. T~-~
gnientific resc-aich rhich loI-I'u5 after urban and
iT~d 1/4 rural telephono e,,cchaages ('INIITS) , toL_-ct Lor with the

SOV/lu b
Commutation Elements using a Relay with Kagnetic Bloc',,~i~-Ig
"Krasnaya zarya" (Red Dawn) factory hris developed an
automatic relay excnatige wit"n a ca~ acity of !~) - '+0
niv-ibers in, ,Pai:~h ~,Iio :-Lcn of -owr i-, reauced
20 - 25 timej in cora,,ari--,on -vith e,,--!3"UIng re-1-ay exchanges.
This economy is achieved mainly on acccou.-Itu of the wide
use of a rriagnetic-blocking rolay which doos not req?.iire
1.;cirer to maintain the Ljrmature in the wor',~inv ~,ositicn.
The currcint type of ?O-number autordatic exchange contains
-iew 1-y,o contains 41" includinj~ 215
320 relays while the L 0
of the now model (P P M b vrhc ~,e cos t ij 10% higher bt-~n
Co,.t
_ of Ljje
the ordinary kir,d (P PH). The coin-,.lete
station (12,500 rouble3) is higher than that of the exis-
ting onej (~,500 roubloA. Neverthele,.;s, when .(juer
6u,)I,lies are taken into account there is a ;,tvi g -of 21%
in ca.,ital exI)enditure and 33~~' in ruiming co6ts, The
construction .,rinci,~leS of the relay
(P PI,, b) are ~;hovni in Fi6 1. The Lent-ral a.se-ibly is
zimilar to the ordirary ty,)e U: PH) with i few modifica-
Card 2/4 tions. The armature is s,)lit across itj width and t,ie ga,'
is bridged both by a bronze plate and by a .3hort bar magnet.

';OV/lu6_58-9-9/17
i-,rrilw~etion Elements using a Relay with Jagnetic BlockinL
The material of the bar magnet is AHKO4 having the
following magnetic 1,roi.-orties: remanence, 12,300 .;,Uu-;.3
coercive force 500 oersted; jiecific maognetir energy,
150,000 erg/cD. The separation force an th"e armature
in the workin-, position is 100 - 2-J0 zrn (includin:- the
spring-stack loading). The tractive force from the un-
operated position is 30 - 50 gm. The moving- %cart of '-e
armature is 55 ram long and the fixed part, 35 r',. The
magnetic system of the relay is shown in Fig 2. Fig 2(a)
shows the unenergised :iosition when the bar magnet is in
c' -
good contact with both ~-,arts of the armature. Fig 2(b)
shows the additional flax caused by current in the ol)era-
ting winding. In Fi. e(v) the armature has been attracted
and the operating current has fallen to zero, TLe bar
r,,iagnet now makes i)oor contact with the Lqovin~; .-crtion cf
the armature. In Fi 2(g) current has been a,.~,lied to the
resetting windinL and the magnet will be brcu~-ht bac
its original position. The 3pn.~itivity of the relay 13
that of its ,)rototy,)(,, (P P H). The ampere-turns needed t~)
Card 3/4 re-set the relay are 1/3 of those needed to o,,c-,ratq it,

SOV/lj6-58-c)-()/17
t' la I L-
Commutation Elemont3 usin.- a Relay with 1' grintic Blocklng
Fig 3 shows circuits suitable for a,-,,,,lying 3hort-duratuicri
operating currents to the relay and also for re-setting
it. Fig 4 shows a suitable diagram for ~orial and su,-er-
visorir relays. Fig 5 illustrato, the use of the relay as
a test facility. Fig 6 shows the princi~)le of a relay
type selector. Fig 7 is a method of alterin.g the loading
of instruments in an economical manner. The table in the
last paragraph gives details of bobbin combinations,
showing the numbers of turns, wire sizes ancl, weight:;. The
relay was first brought into use in January, 1957.
There are 7 figures and 1 table.
C,
SUBI.,.'ITTED: June 5, 155-1
ASSOCIATION: NIITS, If Krasnaya zarya"factory
Card 1+/4

LITSHIT.S. B.S.. Itand.tekhn.nank. HOVSHOVICH, I.MI., Inzh.
Crossbar automatic telephone exchange with a capacity of
40 to 80 Tiumbers. Test. aviazi 20 no.4:15-16 Ap 160.
(MTRA 13:7)
1. Rachallnik laboratorii Nauchno-iasledovatellskogo
instituta gorodskoy t sellskoy telefonnoy avyazi (for
tivehits).
(Telephone, Automatic)

LIVSHITS, Boris Samaylovich- MOVSHOVICH, Iosif Khgymo-vich; GOLU13TSOV,
'
I.Ye., otva red.; UL&,CVMT-, f,',M,,, red.; MARKOCH, K.G., tekhn.
red.
(A relay block--type autorAtic telephone exchange tAth a caDacity
of 10-40 numbers]Releinaia blochnaia ATS emkostliu 10 - 40 nome-
rov. Moskva.. Sviszlizdat, 1962. 63 O-URA 15:9)
(Telephone, AutomatiJ,

ZHARKOVA, L.P. ; J&_Vphu'i -uii T.Ye.;
G(.-LUBTSCV,
~s- ~,AC ~~-;A, G. V. , md,
ROMAIRVA, S
[Rural K-40/8u crua6wt ~,u-imijUc Le'Lephone exchanges)
Sel'skie koordinatnye ATC K-40/80; informatsionnyi abornik.
Moskva, Sviazlizdat., 196-3, 109 p. .(Km 26210)
1. Nauchno-isaledovhtei akly in4LItut gorodskoy i sellskoy
telefonnoy svyazi !~Inisterstva sryazi SSSR (for Zharkova,
Movsbovich, Frolova). 2. Gosudarstvennaya elektrotekhni-
cheskayn fabrikq, Riga (for Rudzitig).
(Toiephonpl

LIVSHITSP B.S.; MEIAEUD, E.A.;YELEKOYFVA, EA.;jWSIO.VICII,-
I.Kh.; KHANIII, G.B,, PODVIDZ, M.M., dote.; METELISKIYO
-G.-F.-; '6tv. red.; OBRAZTSOVA, Te.A., red.
[Rura-L crossbar automatic exchange K-.i.00/2000] Sellskaia
koordinatriaia ATS K--'lY-J/2(M, Informatsionnyi sbornik.
Moskva, Sviaz'. ~-965. 136 p. (MIRA 18:11)
1. NaucImc-issleduvatellskiy institut gorodskoy i sellskoy
telefonnoy svyazi Min~sterstvp- svya?i SSSR (for al-I exrept
Metellskiy, Obraztscira).

%o USSR/Fam Animals Silk-Worms. Q-9
Abe Jour Ref Zhur - Biol., No 1., 1958, 2700
Author D.G. Voskoboyev,.I.L. Movshovich, M.A. Rish, I.N.
Inst
Title Zootechnical Procedures for an Increase of the Productivi-
ty of the Mulberry Silk.Worm.
Orig Pub Nauchn. tr. Uzb. 9-kh. in-ta, 1956, 10, 291-300
Abstract Kh. Tishayeva and A. Sultanova suggested an accelerated
method of raising silk-worms. The advantages of this me-
thod were demonstrated on two breeds of the Mulberry silk-
worm: the Soviet No 1, and the BelokokonnAys No 2 /White
cocoon/. In the hatchery the temperature of the air was
increased from 23 to 300, and the relative humidity was
decreased from 70 to 50-550. The caterpillars consumed
by 18-26 percent more feed than the control group (a hat-
chery with a standard regime). Caterpillars raised in a
Card 1/2

U'SR/Farm Animals - Silk-Worms.
.40 -
Abs Jour Ref Zhur - Biol., No 1, 1958, 2700
Q-9
hatchery with a modified regime showed that the food they
had consumed moved faster along the digestive canal, and
the digestibility of the nutritive elements in the feed
remained the saw as in the control group. Successive
cross breeding was performed on the Bagdadskaya and the
Bivol'tinskaya breeds. Female butterflies were cross
bred with two or three males of different breeds in order
to achieve selective fertilization. As a result, the num-
ber of deposits with physiological defects was reduced,
new born caterpillars had more vitality, and the quality
and technological aspects of the cocoons showed a rr- ked
improvement.
Card 2/2

USSR / Farm Animals. Cattle. Q-2
Abe JOur : Flef Zhur - Biol., Ito lo, 1958, ,io 4516D
Author : Mov-shovich. I. L.
Inst : N~t ~given~~~
Title : The Improvement of the Local Zebu-like Cattle Through
the Schwyz Breed at the Sovkhoz "Zeravshan".
Orig Pub : Sots. a. kh. Uzbekistanal 1957, No. 9, 44-48
Abstract : The crossbreeding of the local zebu-like cattle with the
Schwyz breed was carried out at the sovkhoz "Zeravshan"
The majority of the hybrids of the first generation thus
obtained, of brown or brown-spotted color, were of hardy
and solid constitution. Their average live weight was
380.4 kg.; milk yield for 300 days of lactation, 2,133.6
kg; percentage of milk fat 3.93%. The characteristics of
the local zebu-like cattle were:
Card 1/2

14-1
AKUWT, leould, Sergeyevich; BMIC.-KAZAROT, ftylak Tigranovich; KAKINSKIT. Ta.k.;
MOrMOVICH, I.L.; CRUN, G.Y.; PAMOTO B.I.; POLOWNIXOT. A.P.;
-bmm I-. aX.; SHAKUWT. S.A.; ISHOTA. A.K.. red.; LTUMOV. B.P.;
SUDAK. D.N:, teichn. red.
[Isyout and equipment for commercial enterprises] Ustroistvo I
oborudovanle torgovykh predpriiatii. Koskva, Goo. izd-vo torg.
lit-ry, 1958. 411 p. (MIRA 11:7)
(Stores. Retail)

ACCESSION NRo AP40434,21 S/0147/64/000/003/0067/0074
AUTHORS Hovahaviche to Ho
TITLEt Self-induced vibrations of -axial-compressor blades
SOURCE: IVUZ. AvL&tsionn&ya tekhnLk&, no. 3. 1964. 67-74
TOPIC TAGS: axial compressor, blade vibration, compressor blade
vibration-
ABSTRACT: The problem of blade vibration in modern axial-compressor
stages operating in a wide range of speeds, at high loads, and at high
output is very complex. The fact that sets of blades manufactured
according to the same specifications start to vibrate at different
inlet pressure, and the presence of little known aerodvnamical and
mFchanical interactions further complicate the problem. The first
approxLmate solution may be reached by considering the motion of a
single blade while substitu;Lng the effect of other adjoining blades
by an external periodic force, whose frequency is equal to the frequeft-
.cy of the whole set of blades. i.e..to the arithmetic mean of the
frequencies of all blades. Thus, the problem is reduced to forced
vibratLons of a *Alf-exeLted system with one degree of freedom. The
Card 1/2

ACCESSION NR: AP4043421
above method is applied to a simple system of pure flexural vibrations,
in which the airfoil contains the reduced mass of the blade and pos-
seses the aerodynamic characteristics of its peripheral cross section.
The aerodynamic forces are assumed to be constant. The established
equation of motion for these conditions leads to the amplitude fre-
quency equation of forced vibrations of the self-exciting system.
Amplitude-frequency curves are plotted which give the dependence of the
amplitude and the phase of the blade on the frequency, The proposed
analysis of self-induced vibrations makes it possible to explain the
variation of vibrational stresses in blades and phase shifts among the
blades of a single blade rim. However, the analysis given only the
qualitative results and can, be used only for comparison with other
results. 0rLg# art, host 23-formulas and 2 figures.
ASSOCIATIONt non*
SUBHITTEDt l0Hov63
SUB CODEt PR.
ATD PRESSt 3089
NO REP SOVI 001
ENCG: 00
OTHERt 000
Card 2/2

-- NOTBROVICH, K.T.
Simple method for coloring thrombycytes. Lsb.delo 6 no-Z04-35
xr-AP 16o. (KIRA 13:6)
1. Klinichealmya laborstoriya Lipetakoy oblastuoy bollnitsy
(glavvy vrach P.D. Borozktn).
(BLOOD FLATURTS) (STAINS AND STAINING (KICROSCOPT))
X.

MOVSHOVIGH K.V
Correspondence courses for higher training of provincial medical
laboratory workers. Zdrav. Ros. Feder. 3 no.6:23-24 Je 161.
(NIRL 14:6)
1. Iz klinicheskoy laboratorii Lipetskoy oblastnoy bollnitay
K.V.Burtseva).
(glavnyy
vrach
(LIPETSK PROVINCE-MDICINE-ZTUDY MID TEACHING)

MOVSHOVICHt K.V.
Use of Panchenkov's aspillaries in the determination of prothrombin
time. TO. delo C71 no./+s5g Ap 161. (MIM 1413)
le Iftotskays oblastuays bolluitea.
(PROTHAMIN)

MOVSHOVICH, M.N.9 iazh.
Guaranteed train runs withmt need for the remval of defective
cars* Zhelo dor. transP. 46 no.105-76 Ja 164.
(MIRA 17:8)
1. Nachallnik vagonnogo otdola Nizhneudinskogo Otdeleniya
Vostochn"ibirskoy dorogi.

L
AUTHOR: Movshovich, M. Ye. 108-9-8/11
TITLE: On Temperature Coefficients of the Frequency of the Optimum-
Thermocompensated Scheme (Temperaturnyye koeffitsiyenty
chastoty optimallno-tormokompensirovannykh akhem).
PERIODICAL: Radiotekhnika, 1957, Vol. 12, Nr 9, pp. 63-68 (USSR)
ABSTRACT: It is referred to the paper of S. S. Arshinov in Radiotekhnika,
1948, Vol- 3, Nr 2 and shown that the temperature coefficients
of the optimum thermocompensated scheme have to be determined
by other equations than those obtained by S. S. Arshinov if the
scattering of the parameter of the circuit elements is taken
into account. Here the equations for the case of a complicated
scheme with perfect thermocompenestion, for suoh with imper-
feot thermooompeneation and for the case of a simple scheme
are derivated. It is shown that in the selection of a scheme
with an optimum thermocompeneation it is neosseary in the first
place to judge the amount of the possible yield under taking
into account of the scattering of the parameter of the circuit
elements, not the amount of the possible yield at nominal
values of the temperature coefficients of the frequency. Here
Card 1/2 the three above mentioned equations are to be used. The in -

On Temperature Coefficients of the Frequency of the Optimum 108-9-8/11
Thermacompensated Scheme.
vestigations carried out show that the complicated thermo-
compensated scheme does not offer better advantages than the
simple schemes. There are 1 figure, I table, and 3 Slavic
references.
SUBMITTED: January 5, 1956
AVAILABLE: Library of Congress
Card 2/2

ICVSffOVICH. M.Ta.
Using p-n-p and n-p-n semiconductor trIodes in push-pull output
stages. Radintakhnika 14 no.2:57-62 F 159. iMIRA 12:1)
(Transistor amplifiern)

26205
S/i 06/60/0m/002/006 /009
A055/A133
AUTHORS- Shapiro, D..N.; Movshoyich, M. E.
TITLE- Amplification parameters of transistorized frequenoy conv-3rters
PERIODICAL; Elektrosvyaz', no. 2, 1960, 38 - 44
TEXT. The authors describe- an experimental method to measure -,ki.3 y-p&ram-
eters of transistors operating as frequency oonverters. A sp,-~alal doivi2e. wa2
designed permitting direat measuring of g11 signal ( active component of Y;1 Sig-
nal), 922 if (active component Of Y221f), gil het fka,;tive component of trie con-
verter input admittance for the heterodyne- requen3y ~rirrew;,~ and -.he moduli
IY21 convl and 1yj2aonv1 of admittances Y21 and Y12 The psxamelers
150 - "00 kc?On& device permItted
were measured at l'i - 46r, kc and f sjga2_t_
to Introduce +he heterodyne voltage VO he emitler oircui; and trie signal vol-
er-
tage Into the base circuit, and vice verea. Conductance g 1j,sign was det
0+ t
r,,. re -
mined by the magnitude of the transistor input circuit shufi. ng e- ec on tj'_
sonance circuit tuned to frequency f3ifial, .he transistor outpu, circuit being \j
short-circuited and the heterodyne vol age being applied either to +.he ~_,mitter
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26205
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Amplificetion parameters of transistorized A055/A133
a!
circuit or to the base circuit. Conductance I het WsH "asur"d In &n an
gous manner. Conductance 922 if was determined by the tranEiator output clrc-u
shunting effect on the circuit tuned to fif, tlie t-,ansistor input circuit being
short-circuited and the heterodyne voltage being appl-16d either to the emitter
circuit or to the base circuit. For measuringly2i convit the voltage U
41 Sigrgal
(at, sifnal) was applied to the transistor input. Th,~~ herer-odyna vojtag_,4 4c.ed
eit Jer n the emitter circuit or in the base circuit. A 100-o~)m- resi~~tance,
across which Ulf was measured, was connected to the trwnsistor ou,~put. UndAr
such conditions:
JU signall
IY21 Canvl = IOOIU,fl
IY12 onvi was measured only with the heterodyne voltage &pplied to the emitter
circuit, the base being (from the point of view of the signal voltage) the input
electrode of the triode. Voltage Ulf was applied to the output terminals of the
triode, the base circuit being practically closed to ground (a 27-o~im resistance
was inserted into this circuit). Therefore,,
Card 2/4

2620S
S/106/60/000/002/006/009
Amplif ication p&rameters of transistorized AO-55-1/A 133
ju signald
Y 12 3onv 27 1 -,If I
where Usignal Is the signal -frequency voltage -drop across -~he 27-ohm, resistance.
The authors analyzg,in particular, the role played by the parameter y,2 conv
characterizing the feedbaok from the oonverter output to the converter input
circuit through the transistor. They prove theor8tica-Ily tiqa-., In the firFt
approximation, it is posnible to neglent he reverse conver-lon and to -_,onsider
Y12 conv = 0. They aCLsc prove that, in tne practf-~a_! ca,se of n6F ~P6G)-trl-
ode uzed in their experiments, Y12 pony can indeed be neglected. The general re-
sults of the measurements lead to the following concluslonz: 1) In transistorized
frequency-converterF, th- power ampi'Lfioation factor prcves c!onslderablly greater
when the signal voltage is introduc-td In-.c thm base c1rcu'.-. -,han wh#~-n it is in-
'troduced into the emitter ~~irouit. In thi5 reEpe2t, ~onvertArs are analogous
to amplifiers. 2) The maximum value of the power amplifisation faotor c-3curs,
in converter operation (in the s&se of 'IP60"-tran6letorz), when Uhe,.~~ ( *0.2*0.5)v
and le - (0.2#0.8) ma. 3) At freq,.~encies above fif, the maximum powt3r amplifl-
cation factor of the triode in converter op,~ratton Ls gr4~ater than in wTpliffer
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Amplification paramaters of transistorized .... AQ55/A!33
oprtration. 4) When Uhet Is introduced into the ta2e circuit, tne power drawn
from the heterodyne supply proves somewhat sma-Iler than whtn Uhet, is Introduced
in-o the emit,!;~-tr circuit. The obtained results make It possib'_~, tc. judge 3n the
expediency of using a diode frequenc~y converter in t_-ansis,.or12sd r&c-.eivers.
Thr,- maximum power amplification factor of a diode ccnverta~ and c.- an if-a-mplifter
stage using 11FW-transislors must be of the order of 62. Comparing thl,4 value
with the data obtained for 3onverter operation, the authors conclude that, from
th,s point of view of the amplification properties, the u3e of the diode conver-
ter in the frequency range of 150+1600 kc 15 not expedient. There are 3 figures,
2 tables and 2 Soviet-bloc references.
SUBMITTED! June 10, 1959,
[Abstractor's note: The following subscripts are translated in the text. conv
(converter or conversion) stands for np ; signal stands for c ; e (emitter)
stands for i ; het (heterodyne) stands for 'b ; If (intermediate frequency) stands
for n14 .1
Card 4A

SHAPIRO. D.N.; 140TSHOVICH, M.Te,
Amplification parameters of a transistor frequency converter.
Blektrosvias' 14 no.2:38-44 F 160. (14IRIL 13: 5 )
(Frequency changers)

-KOVSHOvICH, K.Te,; SHAPLRO9 D-M-
Use of stabilized transistors in IF amplifier stages. Xlektro-
sviaz' 14 no*9*.36-41 5 '60. (KIRA 13:9)
(Transistor amplifiers)

20091
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q,4310 A055/AO33
AUTHORs Movshovich, M. E.
TITLE: Parameters of Semi-Conductor Triodea Operating in Frequency
Conversion Cir'~Ults
PERIODICALt Elektrcsvyaz1, 1960, No, 12, pp- 29-3 7
TEXTt Thlobje,:!t of the present article is to establish formulae con-
necting the various parameters of semi.- ,onductor triodes, i. e. formulae anar
logous to the well-knosn formulae connecting the corresponding parameters of
electron tubes. The fi.rat part of the article is parely theoretical and
deals with an ideal semi-eonductor triode, The author develops several e-
quations allowing to salrulate, for instance, the various conductances
(911, 921, 922) in the case ,~f semi-~:-ond-.;-Ior triodes operating- 1) in am-
plification c;rcuits, 2) in frequency conversion circuits. This theoretical
analysis is effected separately for semi-conductor triodes working in the
low-frequency range and in the high-frequency range. In the second part of
the article, the author considers the possible errors introduced into his
formulae by certain a~i3umptions underlying h1_9 theoretical calculations.
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A055/AO33
Parameters of Semi-Conductor Triodes Operating in Frequency Conicrsion
Circuits
Thus he assumed, for instance, that the currents of the emitter, of the col-
lector and of the base (i.., !,.l and il) of the low-frequency somi-conduc-
tor triodes vary withir. the limits where their dependence upon the voltage
6em is an exponential function. This however, is only a rather rough appro-
ximation, as shown In Appendix 1 to the artiile. The author examines there-
fore the effect of these sour-:Pe of errcr upon the semi-conductor conduc-
tances, such as they werp calculated by means of his purely theoretical for-
mulae. The results of an experimental investigation enabled the author to
render his theoretics: formilat, still more acourate with respect to the
practical operating -,~nditicns of semi-conductor triodes. In conclusion,
the author says that hi:3 article is by no means exhaustive and represents
merely one of the first attempts to approach the solution of the problem in
question. There are 6 figures, ! table and 2 Soviet references.
SUBMITTED: June 24, !CY6O
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21i 27779
3/1 000/008/003/006
q, 0 00 1/ V/ A055/AI2-?
AUTHORS: Movshovich, M, E., Labutin, V. K.
TITLE: Analysis of two equivalent circuits of transistors
PERIODICAL: Elektrosvyazi, no. 3, 1961, 35-39
TEXT: The authors tinalyze the T-shaped and the ff-shaped equivalent
circuits consisting of a small trimber of f raquency.- independent elements. The
y-parameters of the ciroults are caloulated as funotions of the component ele-
ments, the authors' aim I-eing to estimate the difference between the cal-ulated
and experimental values of tnese parameters in the case of "P-14" and "P-15~
transistors. T-shaped eq,_11-valeent cclr-.~Lit - Ie Is here the d-:~ component of the
emitter current and 1. its a-~~ aomponent, r. is the emitter junction resistance
06 - ~Xo/l + J1 is the transistor current ampliflcat~lon factor at the frequency
of the amplified signal 100 beling the low-frequeney value of the common-base
t 0
transistor current amplifiaation faator~; fo& is the 3urrent amplification
boundary frequency of the common-base transistor; I - f/fx is the relative
frequency of the signal. It is assumed that the equivalent circuit reproduces
with sufficient fidelity the transistor's amplifleati,)n properties within the
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27779
-9/106/61/000/008/003/C)06
Analysis of two eqjivalen-~ oircuits of transistors A055/AI27
frequency range:
0 .2 foc -*-' f 8 ~Ocl (I)
Recalling that:
y = 9 + Y12 - 912 + I WC
il 1~ iI 12 (2)
Y21 - 921 + 21, Y22 - 922 + IWC 22
and using the Y-matrix for the T-shaped equivalent Lircult of the common-emitter
transistor, the authors obtain,
(r + r L 2 2 + ~2
e bb')(' 4. 3
911 2 2
r r
21 2 2 2
'12 - rerbb 2Gk (' + C re __+- )[re + (re + rbb
L 12 -k 2
r r
Y 12 g2. 4~ b2 + T2
21 2- 211 2
Card 2/~

Analysis of two equivalent ciroult-- , canl3istors
rbb I (r + r -0 ) cijv, 2) 12
e bb Ck" + -Y
022 2 0
C 2 2
c c:. (re+ rbb,)(1 +7 ) (r,,+ (re + rbbl)]
22 k r
where: 2 2
r )2 + [re,~ (re + rbbt)12
(~ rbb
(4)
F-shaped equivalent cirouit. - It is possible to prove that the y-parameters of
this o1rcuit are given by the following equationsi
gil ~9 /I,. + 2
1+ ( -.",,XV - 1 (5)
C1, Clio + Acl,
(dep )av
Card 3/5
33iL'6/61/000/008/003/006
A055/A101

27779
3/106/61/000/008/003/006
Analysis of two equivalent circuits of transistors A0561AI01
where j = 1; 2 and I = 1, 2. 9 A 9ji, CjjQ, and Ad CjI depend here only
on the elements of the equlvalentVoor~ult, their value being given In a table.
W 1 + rbb' (gbe + g blk) (6)
av (c We ; c k) rbbl
and 91 - gble + gbk; CI- cWe + Ck (7)
Pritchard (see English-language references) said that the equivalent circuit of
Fig. 2 is accurate for frequencies f