SCIENTIFIC ABSTRACT ASHANOV, A.Y. - ASHBEL, S.I.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000102320017-5
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 6, 2000
• Sequence Number: 17
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

VARVAXY P.M.; KIRIYFNKO, V.I.; CHUDNOVSYIY, V.G.; KR=V,
V.P..; BRAUDE,
Z.1,; fTIMIYAN, V.A.; IVAN(,V-DYATLOV, A.I.j FRANOV,
P.I.; A11LIXATY1,
A.Yetj BERDICHEVSKIY, N.H.; IZAKSON, S4IO-' Y(',Z'L0l)
V." .; KOLFS1Jl'- ,
K.S.; KUYDICIlp S,A.; SVFRDLOVj A.I.; SIMC , Yu.A.;
SHEYNFAYi, S.h.;
BOLOTIN, V.V.; GOLIDENCLAT, I.I.
Bool, reviews and 1.1bliography. Stroi. mekh. i rasch.
scor. 3
nc).6:46-50 161. (MIRA 15:4)
OULliography-Structures, Theory of)

ASHCHEULOVP A.F~j; FAVLICHUK, T.A.; XHUKRINA.. M.D.
Contraut ~O the lattice image formed by microscope
lenses.
Zhur.nauch.i prikl.fot.i kin. 8 no.1:64-67 Ja-F I
" j KDIA 3.6 )
1. Gosudarstvewq7 opticheakiy institut imeni
S.I.Vavilova,
(Lenses, Photographic)

ASH, R.S., kand. ped. nauk.
-P~rinciples underlying the objective criticiam of biology
teaching
mthods. Biol. v shkole no.1:12-15 Ja-F 158. (111BA 11;1)
1. Blegoveshchenekly pedagogicheekly Inntitut.
(Bi c1ogy-- Study and toaching)

373
~BSE I BOOK EWWITATION
Ash,- Zalman El I ver.1ch
Rele Relays) Moscow, Voyen. lzd-vo Min-va obor. SSSR, 1957. 71
P-
tdiolokatelonnaya tekh-aika) No.of copies printed not given.
Ed.: Vrublevskiy., A.V.,, Engineer-Lt. Col.; Tech. Ed.:
Solomonik, R.L.
PUFPWE: 7his monograph is part of the series
"Radiolokatsionnaya tekhnika"
(Radar Technique) which Is addressed to officers of the armed
forces
attached to radar units. Thir book can also be used by a wide
circle of
readers desirous of learning in detail about the operation of
the
individual units tmd components of radar stations.
COVERAGE: This booklet deals with the design and principles of
operation of
electrical, thermal and mechanleal relays. Standard relay
circuits used
In radar stations are discussed. It is pointed out that any
further
technical developments are inconceivable without widespread
adoption and
introftation of the various types of automatic and
telemechanical, devices
used in control end protection system . There Is a brief
historical
revleir of the develo ient over the last century of relay
theory and
technique. (PP- 3-6r
Card 16

3'T3
Relays (cont.)
Various tYP811 Of rOISP Of Soviet manufacture are described. A
complete list
of all the booklets in the series is given at the and of the booklet
(oil the
Inside back cover).
There Is a bibliography of eight Soviet sources,
TPJ3TZ OF
CONTEM: Introftotion 3
Operating Principles., Parameters and Classification of Relays 7
General info:mation 7
How a relay operates 7
Basic parameters of a relay 8
Classification of relays 13
Contacts 15
Classification of contacts 15
Operation of contacts 18
Spark-quenching circuits 19
Card 213

/I'v /) ", I.- -
I 'jAjnLL40, 'V.A.;.A$H*NIN, T.T.; PAVWV, G.D.
Qwatlon of water clarifiers in Gorkly, Tod, i san. tekh.
no.2:
(MM. 10.-6)
26-31 7 157,
(Gorkiy-Water-Purification)

ASHANIlq, V. V., Cand Tevh Sci -- 11 Study of the au
enied
,Zen'
C-L "!
C~ ~o~it4ld; c t n d
- 16m
sediment of ~WU" IN the pwali
NIM a"'K
of water." Moo, 1961* (Acad of %ow-gaenaqr m K. D.Pam-
filov) (XL, 8-61, 240)
N6 -

ASHARTNA, Ye.1..; BAYBAYEVA, S.T.
-------------------
Chemical method for determining fumaric and maleic
acids in
polyeater resins and lacquers. Lakokrae.mat. i Ikh
prim. no.28
54-55 164. (MIRA 17:4)

ASHASTIN R-., - VDOVETS, A., inzh.,-
.-,..--kand.tekhn.nauk; KHACHATRIIAK, T., inzh.,
I-MOV, Ye., inzh.; BYRING, E., inzh.
Using the method of thermal pyrolysis of casinghead
gasoline for
the simultaneous production of acetylene and ethylene.
Prom.Arm.
5 no.4:50-52 Ap 162. (MIRA 15:5)
1 1. A=NIIKKMOYEKT.
A (Armenia-Vatural gas) (Acetylene) (Ethylene)

B/OBV63/000/004/026/051
B149/BI86
AUTHORS# _Aaheisii R Khachatryang T,4 Ydovets, As, Perlov, Y-Dol
'7.rr ng, E.
TITLEo 5:imultaneous production of acetylene and ethylene by 4hermal
P:rrolyais of gaseous gasoline
PERIODICALs R4)ferativnyy zhurnalo Xhimiya, no. 4, 1963, 450 - 451,
abstraot 4N10 (Ayastani ardyunaberutyuny, no. 4, 1962, ~6-59
Ljkrm.3 ; Prom-st' Armentill, no- 4, 1962, 50 - 52 (Buss.3 I
TEXTs C H and C H a ,re obtained by pyrolysis of gaseous gao~line with
2 2 0 2 4
al~' gus. etoo -undergoes combustion to-O in a special burner in a.
(H2p,natu; 5- 2
water-cooled chamber. The gases are mixod with gasoline vapors in a
mixer
at 20000 and poesed to a reactor whose walls are protected from
deposition
of coke and oarbon black by a film of water. On leaving the reactor
the
gases, containing 8 - 11~. C 2H2 and 9 - I Vo C2H4 by volume are
rapidly cooled
to terminate the reaction; after final cooling in the scrubber and
washing
Card 1/2

qO01,/63/000/604/026/051
Simultaneous4roduction ofost 111490106
free of torsilthe gasee are channeled to the separator. P,,,wtcL
-cuppliedi flow
sheet of app4ratusy composition of gaeas obtained, flow-rate
coefficients
and economiclassesoment of the method. [Abstraoter's notet Com;lete
tranelation-i
Card 2/2

ASHASTIN, R., kand.toklinnauk; MAL',TANO E., inzh.
SlAutmatika" Scientific Research Institute at the
service of
the industry. Prom.Arm. 5 no.11:52-54 14 162.
(MIRA 15:22)
(Armenia--Automation)

: , , , I
Dissert~~ tion: IIA Stiidy of 'Lll,.e Carrying of Fuel in
Furnacos '.-dtii jtc?jm~.:'
Cand Tech 3ci, Losco-d Inst of* lv'l.cmic..,l Ma6:ine
.-,ilcJln;,, 3 -Itin 5,,. 1 :,
Voscow, 24 I~qy 514-
30: jljl-: 2,1'4, 26 Nov 1954

- ASHAVSKAYA,-A M.- gorn7y inzh.---
1 01 1 IN 'I ~m ~
Using the vibration method for mking boreholes. Rauch. trudy
MGI no.22:65-79 157. (MIRA 11:9)
(Boring)

I-Al 6~~R-66
A'Clw MR' AF6019021 SOURCE CODE: UB/0032/66/032/0034'0045/004
AtMHOR.- Ashavskly, S. M. 0
ORG: none
TI11 : Sensitivity of four-probe hea&-3 for the measurement of the
resist
1z ivity of
semiconductor materials
SOURCE: Zavcmiskaya laboratoriyap v- 329 no. 1. 3,966, 45AT
TOPIC TAGS: resistivity, semiconductor research, surface property,
electric measure-
ment
ABSTRACT: The method described for raising the sensitivity of
four-probe heads uaed
,to measure the volume And sitrface resi3tivity is based on
increasing the distance
1 is pre-
lbetween the potential brobes. The theoretical justification 6r the
method
pented and the expressions r-icessary for the calculation of the
volume and Eurface
enistivity are derived~? It is shown that in the case of thin
semiconductors the
short distance betweenthe surface on vhich the probes are located and
the opposite
*rface leads to errord, for which suitable correction coefficients
are derived and
a nomogram for the determination of these coefficients under various
conditions is
otted. Orig. aft. has: 1 figure and 5 formulas.
B C(ME: 20 SU'BM DA79: 00/ ORIG REF: OTH REF: 003
002/
Cord 311 _hs, Mi 53T.311-33

ASliA-VSk,*JffA) -D. L.---
ussyltwictne - 6orta
Medicine - hemotherapy
0"0 Meahmiw of the Action of tho Gvmj~iex loomplement,- o. V.
VJzc%mdovu, D. Asbavska7as
W,cl Lab, 16an Mersovener*ol 3hat, 2j pp
HV"t VenWMI I DerMtOIR No 2
Ihmn sarm In its Omplex state was not ectlyu component In the
W.-Tound reaction. For
purpn" of scoom7p 2% solutim of wythrocytes wW 1s5 titratiow of
bwolysin more com.
pwjoW* Found addition of humen serm to the serus of galuse pigs
produmd no resultee
PA 70T71

WATNSTIYN, A.11;RZZNIKOU, L.SIASHAVSXAYA, D.Le
Method. of drying blood serum, Sovet. mad. no.8:30-32
Aug.
1950. (CIML 20:1)
1. Of the Central Skin-Venereological Institute
(Director -
N. M. Turanov) and of the Hospital imeni Korolenko
(Head Phytician
-- V. P. Volkov).

TSORFAS, I.I.; ASHAVSKATA. D.L.
Methods of serum preservation for serodiagnosis of
syphilis, Sovet.
mod. no.5:25 Mar 1951, (OLML 20:9)
1. Prouentod tit the Firot Plonary Session of the
Serological
Subcommission of the Ministrr of Public Health USSR,
26 Docombor
1949, Moscow.

VINOGRADOVA, 0. V.; ASHAVSKATA, D. L.
Comparative investigation of new souroes of complement. Vest.
vonore, Moskva no.5:29-32 Sept-Oat 1951. (WAIL 21:1)
1. Of the Serological Laboratory of the Central Skin-Venere-
ological Institute.

STUDNITSIN, A.A.; Rl-;ZNIKOVAp L.S.; ASHAVSKAYA~ D.L.
Comparative value of nonspecific and cardiolipin
antigens in
the examination of cerebrospinal fluid In
syphiliticS. Vest.
derm. I ven. no.1:65-69 165. (MIRA 18:10)
1. TSentrallnyy kozhno-venerologlchosk!~y institut
(dir,,- kand.
med. nauk N.M. Turanov, zamestitell direktora po
nnuohnoy ctiasti
prof. A.A. Studnitsin) i Bollnitsa imeili Korolenko
(glavnyy
vrach A.I. Pustovaya), Moskva.

3/058/62/OOCI/006/101/136
Ao62/Aiol
AUTHORS:- Sbevchik, V.N.;,~.Shavslwq, ~.M.
TlTIZ-. Electronic tuning of a retarding field generator
PERIODICAL: Referativnyy zhurnal, Pizika, no. 6, 1962, 13,
abstract 6Zh94 ("Nauchn.
yezhegodnik. Saratovsk. un-t. Fiz fak. i N.-i, in-t mekh. I
fiz.,
15155". Saratov, 196o, M - 109~
TEXT: Results of an experimental study of the electronic tuning
range of a
decimeter-band retai~ding field generator are gLven. It has
been found that the
electronic tun~.ng range of a retarding field generator is
comparable to the
corresponding nagnitude in a standard reflex klystron. The
advantage of the
generator Is the simplicity of its design and the possibility
of using Industrial
triodes,
[Abstracter's note: Complete translation]
Card 1/1

S/194/62/000/006/145/232
D201/1)308
AYJ 6 1 10R~ S~ Shevchiko-V.N.p and Ashavskayat--Y-e-.Y,.
TITLE: Electronic tuning of a generator with delaying*field
PERIODICAL: Referativnyy zhurnal. Avtomatika i radioelektronika,
no. 6, 1962p 13, abstract 6Zh94 kNauchn. yezhegodnik.
Saratoy6k. un-t. Piz. 'Lak. i X.-i. in-t mekhan. i fiz,
1955.2taratov. 1960t 108-109)
T.'~'XT; The authors give the results of experimental study of
the
vange of electronic tuning of a decimeter wave generator with de-
iaying field. It is established that the range of electronic
tuning
of such a gerterator is bomparable with ihe corresponding
quantity
for a standard reflex klystron. The advantages of the generator
are
its simple construction and the possibility of using industrial
triodes. (AbEitracter's note: Complete trantilation.j
Cara 1/1

"T
GA., Insherasr; I.Y., inzhener;
Installation for vibratIc-L-miurn drilling of bInfit hol-jii
ia hoird
rock. Gor.mhur. S '57. (1111:RA
1. Nentrallnoye kwistru~torslr-oye byuro 14inisterstvp
geologii i
okhrmu, nedr.
(Ruclc drills'

hiTYINOT, N.M.
Using electronic modeling installations for
calculating
optimum parameters of a drilling proceso. Razved.i
okh.nedr
26 no.5:22-26 My 160. (MM 13:7)
1. TSontrallnoyo koustruktorultoyta byruro*
(Boring) (Electromechanical analogion)

LSIRAVSKIY A.M., inzh.
Y
Calaulation of all the parameters of
percussion-vibration
m4daines. Gor. zhur. no,7:47-50 Jl 161* (kRA
15:2)
1. TSentrallnoye konstruktorskoye byuro
Ministerstva.
geologii i oldiranynedr, Moskva.
(Boring machinory)

ASHAVSK171 A.M.; VOUOVs Yu.P,
Aral:m'bW the performance of vibrodrilla. Trudy TSKB
no.!5t4G-.-,'.'
lei. (HIRA 3.817)

ASHAVSKIY;, AsM.,jand.takhn.nauk
Designing OPtimal Parameters of boring equipment for
mines. Ugoll
40 no-347-49 Mr 165. (MIRA 18t4)

ASIIAVSKIY, I.
It began in the "Young eagle" club. Sov.profsoiuzy 18
no.12.-
36-37 Je 162. (MIRA 15z6)
1. Predsedatell detskogo kluba, "Orlenok", g. Gor'kiy.
(Gorki.v--Childrents clubs)

ASRAVSKIT, M.S.; SHAIMU, M.S.(Moskwa)
O=MwwvMMw,wAM~
Certain problems of trichomonal infections of
the arogenital
tract. Urologlia, no.2:48-52 Ap-Je 155. (KLBA
8:10)
1. Is koshno-venercilogicheekogn otdalenlya
(sav.dotsent
V.P.Volkov) bollnitsy medsantrud (glavMy vrach
A.P.Timo-
feyeva)
(URTMITIS, bacterioloty,
Thrichomonan, in males)
(TRICHNOWASIS
urethritle, In males)

T 1 -2 -1i ~7 V 7 - - - - --
AUTHOR: ASHAVWY,S.IL . Eng. 105-7-21V29
TITLEt Strong Semiconductor Rectifiers. (Moshchnyye
poluprovocraico-gya
,qpryamitelis Russian)
PIRIODICAM Xlektriohestval 1957, Nr 7, pp 89-91 (U.S.S.R.)
ABSTRACT: 1.) A collection of articles published in foreign periodiods
in the course of the last two years. A survey of the devel-
opment of selenium-, germanium-, and silicon rectifiers.
(With I Illustration)
2.) A short description of the oable-Iaying project aoross the
English Channels which in planned to be carried out in
1957P in aooordanoe with what was declared by the joint;
Franoo-British committee In the fftn Of 1956.
ASSOOIATION: Not giyen
PRESENTED BY:
STOMITTED:
AVAIMLE: Library of Congress
Card 1/1

ASHAYJW, M.M.; TONKONDGIY, A.Ya.
%IperatlzV,, hydraulic systems of Dt-54A tractor
combined with
PH-4-35 plows. Makh.aill.hosp. 8 no.9:12-14 8 159.
(MIRIL 1111)
1. Rabotnilci spetsia'llnogo konetruktorakogo
byuro zavoda In.
Cktyabrilskoy r Ovolyutsii.
(Tractors--Hydraulic equipment)

__#SHAYLPV, M.M.; TONKONOGOV, A.Ya. (Tonkonohov, A.IAJ
M-5-35 semimounted five-bottom plow, Makh. sill.hosp. 11
no.800-
31 Ag 16o. (MIRA 13:9)
1. Pabotniki spetaialinogo konstruktorskogo byuro savoda
Im. Oktyabrl-
skoy revolyutaii.
(plows)

,;t,i;dy on tho ofl,cct or
~.-.robl it I o1. i (:I n ("ll t fit.) C-ol I ;I
("r ;,:I I I, I! k.11 IS I;;(' It Ica I,(,, nclr,!I.
Illailch. t-rildy Kaz - i~?os - moti - i m- 14
-.87-88 164 . (NIRA 18;9)
ll-arxi., ldol.cg. nauk V.V.Sonkev,1011) Ir,
stilt'lit.a.

OVRUTSKIYI G.D., dotsont; ZELENKOVA, N.P.; ASHAYEVA,
L.A.
Cytologic study of the effe0t Of SOMe Pigments UEtable
in the
treatment of diseases of the mucous membrane of the
oral
cavity. Vop. obahchei atom. 17:74-77 164.
(MIRA 18,-31)
I."TSentraltnaya aauchno-issledoviAtellskaya
laboratoriya
Kazanskogo gosudarstvennogo maditainskogo instituta.

k-HBELI) F.D.; PARSHINA, A.M.; GOMAN, M.S.j ZRIZ111NA,
L.I.; KUrTSOVA, K.M.
Exprous analysis of organomota,11ic comp)unds bailed on
reflected
0--radiation. Zav. 1%b. 31 no.9.1062-1063 165, (M IRA
IS: I,))

3/032/62/028/611/005/015
B1 04[B1 02
AUTHORSs Ashbell, F. B.p.,gaydadymov, V, II.p Zhinhina, L. I.,
and Shtifman, L. M.
TITLEs Express method for analyzing silicon alloys by reflected
P-radiation
PERIODICALs Zavodskaya laboratorlya, v. 28t no.'11, 1962, 133a
- 1339
TEM A method of comparing the intensity ~f P-radiati -on
reflected from
samples of a binary alloy with that reflected from a stqndard
of' the same
alloy is suggested. Since the intensity of reflected
P-radiation is
directly proportional to z2/3~of the reflecting* element, the
composition of
binary alloys can be determined from the intensity ratio of the
reflected
P-radiatiort if standard and sample have nekrly the same
composition.. A
device conaisting of a differential ionization chamber with d-c
amplifier,
as developod by K. S. Kalugin, V. V. Markeloy, and V. B.
Gaydadymov, w4el
used for analyzing c6p~er-silicon ailloys. The device was
calibrated
against.va:rious standards, the range of measurement being
changed by
appropriate compensation of the ioniz&tkqrL-ourreJ2t* The
method has an error
of determination amounting to *0.25%and the analysis takes 8 -
10 min.
Card 1/2

S/03 62/028/011/005/015
Express method for analyzing ... B104Y2.102
Iron admixtures slightly affect the accuracy. There are 3
figures and
I table.
Card 212

A,
/00o
S/ 14 " /5 9/0()2/05/016/o26
E041;E32.1
AUTHOR: Ashbel I , A.-I.
9
TITLE: timulator Study of a Linear Autopilot
PERIODICAL: Izvestiya vysahikh uchebnylch zavedeniy, Radiofizika,
1959, Vol 2, Nr 5, pp 787 - 794 (USSR)
ABSTRACT: The block diagram of Figure I describes the course-
control system with the following componentis: OP, the
controlled object (a ship); Kr and aK - measuring
elements; C - a summing device; Y - an amplifier;
CM - a servomotori P - the steering arrangement. The
measuring elements are a free (3 degrees of freedom)
gyroscope sensing course deviation and a rate gyroscope
intbgrating the deviation with time. Pick-offs convert
these readings to voltages which are summed as shown.
The equations describing the transfer propeorties of each
block in the diagram are: the ship, Eq (1); the gyros,
between Eqs (1) and (2); the summing point, Eq (2); the
amplifier, Eq (3); the servomotor, Eq (4); the whole
autopilot, Eq (5). The characteristic clo.sed loop
equation is Eq (6). The analysis is made 'Dy expressing
Cardl/A~ the time constants T 1 and T. in terms of the other
qe"",

68653
S/141/59/002/05;/0.16/026
Simulator Study of a Linear Autopilot E041/E321
quantities in Eq (6) and plotting T2 against Ti
The time constant T I is that of the ship and is the
ratio of the moment of inertia about a vertical axis to
the coefficient of viscot~s friction; T . refers to the
rate gyro and depends on the moment of inertia of the
spinner, the angular speed and the spring rette. In the
T2-T1 diagram of Figure 2 the stablo region is that
confined between the curve and the T2 axin. When K
(R. = K 1K2K3N , see Eq (1) for N ) increasets the stable
area shrinksj when T 3 (servomotor time cDnstant) falls,
the area expands. Since all tile coefficients in Eq (6)
are positive, the Hurwitz criterion becomes
(T + T )T '- (T + T )2 _ T T Wr 2 ~S- 0 This class
1 3 2 1 3 1 3 2
of system is referred to as structurally stable since it
may be made stable by altering only ono parameter.
Card2/4 4/

63653
S/141/59/002/05/016/026
Eo4l/E321
Simulator Study of a Linear Autopilot
Another variant of parameter analysis is now considered
in which K 2 (the amplifier gain) is plotted ~:-,gainst T1
The respective equations are Ti I (Eq 12) and K 2
(Eq 13). The condition T, < IAKT, , previously
observed in Figure 2, cannot be fulfilled here for
practical servomotor designs. Positive acceleration
feedback is therefore applied to the servomotor block.
An alternative is negative feedback embracing the free
gyro and the servomotor. For the particular values given
in the first paragraph of Section 3, p 791, substitution
is made in Eq (6); the real and imaginary parts of
K2(jw) being set out in Table 1. Table 2 gives the
ordinates PW from the K2 (jw) hodograph. The
frequency characteristic is Figure 4, from which the
linear approximations of Figure 5 are deduced. Whence the
transient response is Figure 6 with an effe,~,tive settling
Card3/4 t!Lme of 6.5 see- LK

68653
S/141/59/002/05/oi6/026
Simulator Study of a Linear Autopilot Eo4l/E321
There are 6 figures, 2 tables and 6 Soviet references.
ASSOCIATION: Gorlkovskiy gosudarstvermyy universitut
(Gor-lkiy-State University)
SUBMITTED: April 20, 1959
Card 4/4

M59
41 S-0 s/14i/60/003/03/014/014
2 B382
AUTHORS: Ashbell, N.I., Denisov,__G.G~'W Dozorov, V.A.
Three-dimensio'
TITLE: An Initru-m--ent for the Display of nal
Phase Trajectories
PERIODICAL: Izvestiya vysshikh uchebnykh zavedeniy, Radiofizika,
1960, Vol. 3, No. 3, pp. 540 - 543
TEXT: The development of theinstrument was suggested by Andronov
at Gor'kiy University (Ref.5). It was roquired to'obtain
simultaneously two dl-splays of plane projections of the phase
trajectories by means of two oscillographs.. Such an instrument
was developed and described in a paper by Andronov and others
(Ref. 4). Recently, it was found, however, that a simpler
instrument is possible. The block diagram of this device is
shown
in Fig. 1. The device has three inputs for the quantities
propor-
tional to the coordinates x, y, z of the phase space and two
outputs; one of the outputs is periodically scanned by means of
an electronic or electromechanical switch and produces a voltage
proportional to y +~kx . This voltage signal is produced by a
wideband amplifier Y having a gain k , an inverter V1 and
an adding circuit C The resulting signal is applied to the
Card 1/3

82459
s/l41/60/003/03/Oi4/ol4
E19RIE382
An Instrument for the Display of Three- im nslonal Phase
Traj ectories
horizontal plaiD of an oscillograph. The voltage proportional
to
the coordina.te* Z is taken from the second output and
Applied to
the vortical, deflection plates of the oscillograph. In this
manner two plane projections are simultaneously obtained on
the
screen of a single oscillograph and these can be immadiately
observedstereoscopically. A detailed circuit diagram of the
instrument is shown in Fig. 2. The amplifier and the inverter
V~/
are based on a triode. The anode and cAthode of the triode are
connected to a relay P , which is driven by a multINribrator
based on a double triode. The adding circuit is in the form of
an amplifier provided with negative feedback; the anode load
of this amplifier is in the form of a triode. The output
voltage
of the adding circuit is applied to the grid of a cathode
follower,
whose output terminals are connected to the horizontal
deflection
Card 2/3

82459
S/141/60/003/03/014/014
An Instrument for the Display of TRl 22/�182 nsional Phase
r e- me
Trajectories
plates of the oscillograph. The display circuit was employed
to observe the limit cycles of the oscillator shown in Fig. 3.
The projections of the limit cycle for this circuit art) shown
in the photo,;raph of Fig. 4.
There are 4 Tigures and 6 references: 5 Soviet and I English.
ASSOCIATION: Gorlkovskiy gosudarstvennyy universitet
(Gorlkiy State University)
SUBMITTED: January 23, 1960
Card 3/3

86861
AUTHORt T -
s/i4i/60/003/005/oi6/026
E192/E382
TITLE: Theory of the Oscillator Bas(.1 on a Point-ccontact
Transistor
PERIODICAL% Izvestiya vysshikh uchebnykh zavedeniy,
Radiofizika, 1960, Vol. 3, No. 5, pp. 866 - 871
TEXT: The oscillator considered is shown in Fig. 1. For
the
purpose of analysis of this system it is assumed that the
static characteristics of the transistor can be
approximated
by linear functions of the typet
vk R (ik+ ai
ve Rn (ie+ Pik
Here, v k and v e are the voltages at the collector and
Card 1/8

86861
s/141/60/003/005/ol6/026
E192/E382
Theory of the oscillator Based on a Point.-contact,
Transistor
the emitter with respect to the base, ikand ieare the
currentsflowing in their circuits and RMand Rnare the
resistances of the collector and the emitter junctions
whose
values depend on the subscripts m and n (equal to zero
or 1) depending on the region Gmn in which the transistor
operates; a and 0 are constant coefficients such that;
a > I , p /, 1 and ap /_ I . Eqs. (1) are valid for
the regions Gmn , which are defined by the inequalities
(2).
The equations describing the circuit of Fig. I can
easily be
derived. For the point ab the following expressions are
true:
ve (i + ie)r (3)
Card 2/8 LX

86861
s/14i/6o/003/005/ol6/026
E192/E382
Theory of the Oscillator Based on a Point-contact
Transistor
Further, the following formulae should be introduced:
Ldi/dt + v = ve - vk (5)
Cdv/dt = 1 (6)
The significance of the various symbols in Eqs. (3) and
(6) should be clear from Fig. 1. These equations can be
combined and their variables can be changed in such a way
that the final expressions are:
dy/dt' + 2orly + x (7)
dx/dt' y (8)
Here, x =: v and i = y/r . The formulae represented by
Eqs. (2) can also be written in the new variables. They
are now in. the form:
Card 3/8

86861
s/i.4i/60/003/005/016/026
E192/E382
Theory of the Oscillator Based on a Point-contact
Transistor
Y) >
(-I)'(a n - Yn , 0 (_,)n(, m - YMY) 4 0 (9)
Thus, the Jynamics of the system of Fig. I is described
by
linear equations (7) and (8) for the four regions G mn 0
which are defined by Eqs. (9). The system is in the state
of equilibrium at the following coordinates:
x0 = % and yo = 0 .
The position of the equilibrium state in the regions of
Gmn as a function of the parameters E and E can easily
be determined. From Eqs. (7) and (8) ii. can easily be
sl~en
that the condition of self -excitation of the oscillattir
is (Y' < 0 and that this condition is met in the region
G 0l,
Card 4/8 L#

86861
s/141/60/003/oo5/016/026
E192/E382
Theory of the Oscillator Based on a Point-contact
Transistor
The case when the pwameters 6 and E lie in the equilibrium
region and the condition of self-excitation is met is
investigated in some detail. It is shown that for
6 /E < 1/u. (where I = (3 /R and VL = P /r), the
boundaries
of the ordinates should fulfil the following:
y > yl > y2, the following should
3 . > y4 for (E /E > q/11
be met: Y4 > Y2 yl > Y3 ' It is clear that each boundary
contains a point at which the phase trajectory is at a
tangent
to the boundary. The coordinates of these contact points
are defined bys
Xm = Xm + SM; Ym = a n/Yn
Card 5/8
x11 = xn+ Sn yn = aM/ym
(12)

66861
s/141/60/003/005/016/026
E192/E382
Theory of the oscillator Based on a point-contact
Transistor
where xM is the abscissa of the point of contact on the
boundary with subscript m , SMis the distance between
a point on the boundary and the contact point; the
quantities
with subscript n denote the corresponding coordinates for
the other boundaries. The existence of the limit cyclesin
the system can be determined by investigating the
correspondence
functions (Ref. 2) for the point transformations of the
segments of the boundaries of the linearity regions. The
correspondence functions can be derived by introducing
suitable new variables (Ref. 1) so that Eqs. (7) and (8)
can be written as:
i + cry + X = 0 + OrX - y = 0
By integrating this systew it is ~)ossiblc to derive the
correspondence functions in a parametric-'form; these -
Card 6/8 V4

86861
S/ 111.1
Theory of the Oscillator Based on a Point-contact
Tratibistor
(:C'fille Coe value'-" ofSmand S11 By examining the
expressions for S m and S n t it is found that the
correspondence functions are monotonically increasing
functions with continxious variables. These properties are
~:re,-;crve,~! duving; the transition from one region to
another,
each resion is characierised by its normalised
"ime anti its or and u) The liviit cycle is shown to
occtir only when the self -excitation condition is
fulfilled
and it can pass through Vie Virce regions G G and G
001 01 Oil
or throu or
sh one ol" t1in fullorii,,,,- 1:.airs:GillG01
r
'I cc -Ioi riere are 2 figures, 3 tables and 3 Soviet'~
L9

MZ61
S/141/60/003/005/016/026
Elq-~/E332
Th~!ory of t'-,(, Oscil.lator Da-sod on a Point-contact
Transistor
ZI
CO
ASSOCIATICN: Nauchno-issledovate~.lskiy fiziko-tekhnichaskiy
institut pri Gorllxo~skolll universitete
(Scientific-rxedearcl~ Fhysico-technical
Institute of Gorlki~, University)
S U B 1,'D March 26, 196c L/
Ca A

S/143L/61/004/002/012/()17
(/0 q6,1167, E192/E382
AUTHORS- Ashbell. N.I. and Postnikov, L.V.
TITLE, Calculation of Oscillator Systems Based on
Transistors
PERIODICAL: Izvestiya vysshikh uchebnykh zavedeniy,
Radiofizika, 1961, Vo. 4, No. 2, PP. 319 - 328
TExT. In the calculation of transistor oscillators it is
often convenient. to approximate the static
characteristics of the
transistors by sections of straight lines. It was shown
in a
number of works (Ref. 2 - L.V. Postnikov - Izv. vyssh.
uch.
zav., Radio.fizika, 2, 767, 1959; Ref. 4 - V.G. Aranovich,
L.V. Posthl:kov - Radiofizika -in print) that under these
conditions it is possible to give a general solution of
the
problem. In the following, this type of solution is
applied
to an autonomous system with one degree of freedom, and
one
transistor. For the purpose of analysis, it is assumed
that in
an autonomous system of the second order the nonlinearity
is
due to the transistor alone. The equations of the static
characteristics of the transistor can be written in the
form
Card 1/7

s/i4i/61/004/002/012/017
Calculation of oscillator Systems..El92/E382
(Ref 2);
iK = gmvk Ogij.)
J2 = gnV SmVk
where J J., and v v,, are currents and voltages of the
KI K) ,
coLke-tor and emitter, respectively. Eqs. (1) are linear in
each
of the four regions G mn 4 which are defined by;
e 0; (_..,)nv ,< 0 (2)
K
(m. n = 0 or 1.)
Further, it should be noted that 9M / gn for m = n and
Card 2/7

s/14i/61/004/002/012/017
Calculation of Oscillator Systems ... E192/E382
m m n n
0 '~ g 9-L 0 '.,.so S.,
0 4.
'rho parameters a and 0 for junction transistors are less than
unity; on the other hand, for point-contac.t transistors,
a -'. 1, 0 - I and a0 \' I . The linear portion of the
system can be described by the following set of equations:
(IJAX + (II...Y+01:111 ajjJ,~b,,x+b,,),-j. (3)
(I - 1. 2. 3.. 4),
where a and b are constant coefficients independent of
the prameters of the transitor and x and y are those
variables which cannot undergo discontinuous
changes. By substituting J K and J- from Eqs. (1) into
Eqs. (3), the following system is obtained:
Card 3/7

s/14i/61/004/002/012/017
Calcixlation of oscillator Systems ... E1921/r,382
+ I IIIRv, 7 hI'.v + b,,~, bol;
U
wh or e
9"1 Ili,;
+ g'
It is now assumed that the determinant A constructed froin
the coefficients of the lefthand-side portion of Eqs. (4), is
different from zero in all the regions G& mn In this case,
the solution of these equations urith respect to the
variables
Sc, :~' vK rind v is:
Card 4/7

s/14i/61/oo4/002/012/017
Calculation of Oscillator Systems .... 9192/r,,382
Ax-x-\'b,,All+'
A x Vb,,,+,+ \1 Vb
. -.j I? A21 + Y b1-:111
X
\'bi, A' +VbI., A' + \bi, A' (5)
-W M -j ") -
1
Av# x Y bi, A' bi-.. A' \'bn /1'.
where the quantities A are the determinants derived from the
determinant A of the system. The first pair of these
equations represents the differential equations of the motion
of the system, while the second pair determines the
distribution
of the regions Gmn on the xy plane. The linearity regions
Gmn on the phase plane are determined by the inequalities:
Card 5/7

s/i4i/6i/oo4/Oo2/ol2/0l7
calculation of oscillator Systems * ... L192/r382
V. b,, A'Ptl +b,-j Arm I \-'i b,,A'M) 0;
(6)
from which it follows that. in general, the plane is divided
into four regions by means of four straight lines issuing from
the same point. From Eq3. (6) it is also found that if during
transition from one region G mn into another, the quantity A
does not change its sign, the regions colver the whole phase
plane
without overlapping. On the other hand, if in three regions
G it is found that A 0 and in the fourth region A 0
itin
tile phase plane in this region is overlapped (three times). In
this'case, tho system of equations is contradictory. The
coordinates of the equilibrium states of tile system can be
obtained from 11;qs. (5) by assuming that I = 9, = 0 .
The characteristic equation of the system of Eqs. (5) is in
the form:
Card 6/7

s/i4i/61/004/002/012/017
Calculation of Oscillator Systems...E192/E382
Ap 2 b A' + Llb i A p + b A ij = 0 (12)
J.1 1 2 2 7.i?il j2 12
The correspondence functions for the case of a non-overlapping
phase plane are determined and it is found that these functions
are continuous and monotonically increasing or decreasing
functions with continuous variables. The correspondence
functions
can be used in order to determine the periodic regimes of the
oscillator and to study the stability of these regimes.
However,
this is a complex problem, which is not attempted in this work.
There are 7 Soviet references.,
ASSOCIATION:. Nauchno-issledovatel~skiy fiziko-tekhnicheskiy
institut pri Gor1kovskom universitete
(Scientific Research Physicotechnical Institute
of Gorkiy Univarsity)
SUBMITTED; October 11, 1960
Card 7/7

33229
s/l41/6f/o64/oQ6/oi6/Ol7
0q-01 //3 //v/0 .1-1 ~1?-
On ~, //,/, /) 1;,192/r,382
AUTHORS: Ashbell, N.I. and Postnikov, L.V.
TITLE: 3he stability 'problem of transistor circuits
PERIODICAL: Izvestiya vysshikh uchebnykh zavedeniy,
Radiofizilca, v. 4, no. 6, 1961, 1149 - 1154
TEXT: It is shoim,on the basis of the diffusion equation
describing the motion of the minority carriers in the base of
a transistor, that the collector and emitter currents of a
transistor can be expressed in operatorial form by:
gk7rk -OL geve
v - OL
g
e a gk'k
wh or e:
Card 1/5

The stability problem
In the above,
"l +'r lpi
33229
s/jL41/6i/oo4/oo6/oi6/oi
R,192/wM
9k q& ;~?("Jk I' ,, ctil ul~' - ghv, c1h VfV';
kT
g, eqv.,j*r v, ctil W v, g~.vl ctil qclvl.
kT
(7)
g IONIIcth WIJ I cx = I /c h ur '0 and
* The other symbols are as follows:
w.- is the normalized base width,
1 0 = sqp 0D P (s is the area of the base, q is the
electron charg-e, p is the equilibrium hole
concentration and D p is the diffusion constant),
k is the Boltzmann constant, and
T is the absolute temperature;
v 0 and v k represent small voltage deviations at the
Card 2/5

33229
S/i4i/6i/oo4/oo6/ol6/0l7
The stability problem to.* E192/E382
amitter and collector Junctions with regard to
the operating-point voltages v. and v. .
The symbol p. in Eqs. (6) and (7) represents the Laplace
transformation and it is seen that for p = 0 , Eqs. (6)
are the same as the static equations of the transistor. Eqs. (6)
can be used in investigating the dynamic behaviour of transistor
circuits - in particular, their stability. This can be done by
using the D-Separation method (Ref. 4: Yu.I. Neymark -
Stability of Linearized Systems - LKVVIA, L., iq4q~
Ref. 5: Yu.:E. Neymark, Yu.I. Gorodetskiy, N.N. Leonov -
Izv. vyssh. uch. zav., Radiofizika, 2, 967, 1959). The met)-.1od
is employed to investigate the stability of a blocking
oscillator
shown in Fig. 1. It Is shown that the characteristic equation
of the systeat is in the form of.,
2 2
(LiL2 - M )(1 )gkg.P" + IL L pl+l 0
1 lge ' 2gk - UM(gk + SA
(9)
Card 3/5

33229
s/14i/6i/oo4/oo6/oi6/ol7
The stability problem .... E192/E382
By applying the D-separation method to E S* (9), it is found
that
for small t (where -C = -r1/ V gk 9e Llr2_ ) the excitation
condition for the oscillations is almost identical with that
of an oscillettor descr:Lbed by static characteristics when the,
inertia of the carriers is not taken into accounts as -r
.' is
increased, the self-excitation conditions deteriorate. For a
given I^r- the excitation condition is improved by increasing
the
current amplification factor a 0 and the ratio of the admittams
of the emitter and collector junctions, the optimum value of
the feedback coefficient is obtained when the product of the
transformation ratio and the square root of the ratio of the
emitter and collector admittances is equal to unity. A
blocking oscillator can also be excited when provided with
negative feedback but, in this case, ,y should be of the order
Of 104 , which can only be achieved if the inductances are
small. In the case of the transistor, type ri-i6 (P-16), the
inductances are of the order of I ttH and it was therefore
Card 4/5

33229
S/14jL/6i/oo4/oo6/oi6/017
The stability problem * ... E192/E382
impossible to produce oscillations in,the presence of a
negative fcedback.
There are 2, figures and 5 Soviet-bloc references (one of
which is a translation from 'EnglishY.'
ASSOCIATION: Nauchno-issledovatellskiy fiziko-tekhnicheskiy
institut pri Gor1kovskom universitet
(Scientific Research Physicotechnical Institute
of Gor'kiy University)
SUBMITTED, May 20, 1961
Fig. 1:
4- X
Card 5/5

ASHBELI, N,.I.; YEMELIYANOVA, I.S.; POSTNIKOV, L.V.
Use, of single-terminal pairs containing a tunnel diode
and a transistor
in computer units. Izv. vys. ucheb. zav.; radiofiz. 6
no.41833-839
161--.. (MIRA 16:12)
1. Nauchno-issledovatel'skiy fiziko-teklinielieskiy
institut pri
Gorlkovskori universitete.

ACC ESSION NR: AP4017040 S/0141/63/006/006/'1216/1226
AUTHORS: __R's1*A?ql.'j. N~ 1.1 Postnikov, L. Tt
TITLE: concerning tbe theory of the LR transistor oscillator
SOURCE: IVUZ. Radiofizika, v. 6, no. 6, 1963, 1216-1226
TOPIC TAGS: oscillator, LR,oscillator, transistor LR oscLllhtort
phase plane, phase.plot, limit cycle, stability boundary,
stability
boundary transformation, canonical transformation, pointwise
trans-,
formation, self oscillating system, self oscillation period
ABSTRACT: The method previously developed by the authors (Izv.
VUZ'ov--Radiofizika, v. 4, 319, 1961) for the calculation o-~!
the
parameters of transistorized self-oscillatinq systems is used to
de-
termine the dynamic behavior of an LR oscillatdri. The static
model
of the transistor is employed. Generalized equations of motion
are
derived by approximating the transistor static characteristics by
Card. 1/2 ._ i _.

ACCESSION UR; AP4017040
means of piecewise linear functions. The phase plane is then broken
up into linea,rity regions and the distribution of the equil:Lorium
states in these regions ~nd the stability of each state are -then
as-
certained. 7he existence, uniqueness, and stability of the limit
cycle are proved and the self-oscillation period determined. A
qualitative comparison of the results with the behavior-of a real
transistor oscillator confirms the developed theory. Orig. art.
has: 5 figures and 25 formulas.
ASSOCIATION: Nauclino*issledovatellskiy radiofizicheskiy institut
pri Gor'kovskom universitete (Scientific Research Radiophysics In-
stitute of Go.r'kiy-University)
SUBMITTED: lEwFeb63 DATE ACQ: 18Mar64 ENCL: 00
SUB CODE: GE NO REF SOV: Oll OTHEk: 000
Card 2/2

ASHBFLI, II.I.; POSTNIKOV, L.V.
Deisign of a tranaistor L-R-oscillator. Radiotekh.
i elekt.ron.
13. no.1:116-122 Ja 166. (VaTVI 19: 1)
1. Sub-mitted September 19, 1964.

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function
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le"ir. 1939, 1, 4%hkl; cf. prtmikaj abstv.-Atchs in hAd a -00
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Dynamics of the eltalluatkil of atebria In

the
therapy of lambItioals.
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1
1
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1-1)

ASIMEW, S. I. PA 7~T54
UBM/Medlel" - N&Urla, 22israpy -Apr 194
Medlolue - Leablisals., Therapy,
"Review of 'Ata'brin and Its Widespread Uss, bi walirilk
mad Lmblicals' by S. X. Ashbell)* Prof 1. A, Massir
P
"Bow MsdltslW No
-Mmlogrephlo presentatics of varlout probl" oasmect)d
vith -use of stabrIA- for troatuat & palarla and'
lexbI16616. Critto Aittemi-that'seabid printixg or
book chould contain 00"'conorete exengaes of'
"blevamente and less blbllographlcal motes.

ASABBLI I SOL
- ---
Treatment of balantidiasis. Ilia.- mod. s Moskva 30
no.21.47-51 Fab 1952.
(GIML 22:1)
1. Of Gorlkly Oblast Clinical Hospital imeni 1. A.
Sewshko (H.8L.d
Physician -- Honored Physician RSPSR K. 1. 114'snetsor).

1. ASHM', S. I., STOLPI-TSKAYA, V. 0.. Profs.
2. USSR (60C.)
4. Lungs-Diseases
7. Aerosol-penicillin inhalation therapy of suppurative
pulmonary processes in
pneumo-selerosis of toxico-chemical etiology. Klin. mod. 30 no.
10 1952.
9. 14onthlv Liet-of Russian AggessiQns, Library of Congress,
March 1953. Unclassified.

ASHBZLI, S.I.; IBAKOMIT, A.T.; BOKAIOVA, V.G.
, I I,-, , ~
Apparatus for aerosol penicillin therapy. Ur. arkh.,
MDakya 25 no.
1:74-80 Jan-Yeb 1933, (01ML 24:1)
1. Professor for Ashboll.- Pasigning Ingineer for
Krakoviikly; Scisntif~c
Associate for Sokolova. 2. Of the Clinical ))apartment of
Gorlkly ln~
stitute of Iabor Hygione and Occupational Disoases
(Director -- Dooost
A. S. Arkhipov).

ASHUL'. S.I., professor (Oorlkiy),, BILUIONOVA, Z,V.
(Gorlkiy).
Treatrient of bronCIA41 mmthms with inhalations of
dinedrol and
penicillin aerosols. Klin.med- 31 no.12:72-73 D '53.
(MIRA 7:1)
1. Iz klinicheekogo otdola (zaveduyushchiy - professor
S.I.Aahball)
Gorlko-;skogo Instituta, gigiyeny truda. I
professionalInfth zabole-
vaniy. (Asthma) (Penicillin) (Inhalation
(Therapeutics))

N'.Q. and 1C*,,*(,LOVA-7-bG. Clin. ]kept.
Res. lnHTof llyg.,of Labour and industr. Dis., Nin. of
111th, Ussr.
,xDt~rionces in thti, treati-ont of viral influenza and
int,,nf-,mopro-jhyla;/.is
of ~Wiis Oisease under worldnf, conditions (11us:;ian text)
195010(22-23)
Acriquine is appliod as aii aerosol with or without
penicillin for prophylactic
purposes- as well aj for troaLwnt during the eal'ly poricd
L)f disea:%). "rhe
V"!J.ch 1111vo, been performned during an epider,-iie of
viral inflaenza
in the --prin:r o-' 19.52 on riumberous groups of pati,--nt~
T rovA to Jue vorr
encournFirry. It is theri2fore necessary-at leas-, Crom ;1,
-0 suar'(1pui"iL Of
national econo-,Ly to sav-a laboi-,r-hours, to apply
aoro,-,ol~; for prophylacucal
ani therancutical pun.)Osoo. ~~Ven treatment 'beginnin,-,
only in the later neriod
of disease lis useful, a-- it provnits complicaticils an.'
shorrona the course o;'
disease. .'~'Urther 3tuc~ies ana expansion of the troatrr-nt
by aerosolr, in the
couroo of viral influc:nza are necessax-.
JcUi-,iar - Graz
SO: &ccerpta VIedica, Vol. 1 No. 2 Soctioll X'Vll, Fcbruar~y
1955.

ASMOLI I so is
1-11- -1-i"
Scinntiflo conference of young scientists of the Go&y
Institute
of Industrial hygiene and Ocoupational Diseases. Gig.
I oan, no.10:
56-57 0 '54- OCLA& 7:11)
(IMSTRIAL HYGINNN,
In Ihnsia. conf.)

],'The dynainks 0 -Absinjiti(n) clud citobtion Of'wwjUqj
--igttAulfai It lu various methods of odminl3itation. 1,
A~12*Zfi
0. objcct of Ow twh, l%;,, lo h,i I ma
thc cjij,c (4 the r0ativv ineNctivcm-i of thl.
group in chionk palmomiry Intv bigh toe.
bic-sq iii octitv proc-cises. Na jtor-~tflf in,),- , 1,, t,,i
n"N"It wil.11,1C For 5tild) Otling to it. high Okcill.k.11c" m'i
!
wly. in 'later which 1wrjoiti oral itud parwitind idininistra-
tioll. Pi'liolving qral wlllliai~ttt.floll It circlihiv, ill tile
blo-A for 6,-6 Jus., is slowly Lxmicd Ili Oic whiv ibirii)j: 21
wi., bla i, abwm It% the spattim or (,ill% -i
IN'll"I 0- 111t:111W is uwij 0 cv.
!(All. tile &11j! ;q)Jw:r' Ill the cpIltilm lo
A. S~.,Mlikiu

GEROT Sec. 6 Vol. 11/4 Apr- 57
J_ J:EPICA
r
2273. ASHBEL S.I. *The basic principles and therapeutic
meth-
o~o ~pneumosclerooes (Russian text) KLIN.MED.(Mosk.)
1955, 33/12 (47-53)
The result of treatment of toxic pneumoscleroses is based
on specially organized
prophylactic methods, lung exercises, oxygen therapy,
antibiotic therapy and
sulphonamide therapy by means of aerosol inhalation, the
Introduction of peni-
cillin, an adapted diet, profuse administration of
vitamins, sanatorilam treat-
ment In places with a favourable climate. and symptomatic
treatment.
Frey - Berlin (XV. 6)
V. ra~
e-L)

al"F-M)TA MMICA Sac 6/Vol 13/6 Internal Medicine
Jime 59
28118. INI'LUENCE OF VAIUOUS PROTEIN FOODS ON THE
NITROGFN IJALAN-
CF IN PATIENTs SUFFE'RING FROM PNEUMOCONIOSIS
(Russian text) -
A s libel S. I . and Ke 8e lb re ne r E. G. Inst.
of Industr. 111th and
11_~- Vis, orkii - VOPR. PIT. 1956. 15/2 (14-18)
Tables 4
In patients suffering from pneurnoconiosis
complicated by chronic purulent pro-
cesses in the respiratory tract, the output of
protein exceeds the intake, and thV.,
N balance becomes negative on a diet which in
normal individuals would ensure
N equilibrium. The negative N balance in these
patients is largely due to the loss
of ltroteins from the copious purulent
expectoration. Their capacity to assimilate
protein is reduced, but by a prop;rly chosen diet
the negativ:., N balance can be
reversed. This can be achieved by increasing the
total protein intake and by the
selection of suitable aminclacids, especially
those present in milk protein. The diet
of patients suffering from pneumoconiosis should
contain 2.0 to 2.2 g. protein per
I kj!. body weight per day (average 140 to 150
g.). Two thirds should be animal pro-
tein, and 50% of this taken as milk, cheese curds
and cheese.
Krymskii - Moscow (S)
,f;.f

ASHBBL16 S.L. professor
Dynamic's of the absorption and circulation of the
sodium salt of
pare-aminoBalisylic acid In the body following various
methods of
administration. Probl.tub. 34 no.6 supplament:4-5 H-D
156.
(XLRA 10:2)
1. 1z klinichaskogo otdela (zav. - prof* S.I.Ashbell)
Gortkovskogo
instituta pigiyany truda I profsabolevaniy kdir. -
kandidat
meditoinskikh nauk O.M.Gavruseyko)
(PARUNINOBALICTLIC ACID, administration,
absorps & circo after various modes of admin. (Rua))

0, WWM w Mq ff. I m

ASHBELI, S.I.,prof.; SMIRNOVA, V.K., nauchnyy sotrudnik
Aerosol inhalation therapy using aminophylline and penicillin
In bronchial asthma. Yrach.dolo suDDlement 157:9-10 (MIRA 11,:))
1. Rlinicheskly otdal isav.-prof. B.I.Aabbell) Gorlkovakogo nauch.no-
isaltdovatel'skogo institute gigiyeny truda I professionallnykh
sabolevaniy.
(AEROSOL TWIRAPY) (ASTHMA)

A
4ury, C'
h iftow- Orginia =4
poundii.' With UnithiDl," by Prof S. I. Ashbell and V. A. Tretlya-
~ova Clinical Division (head, ~rof S. I. Ashbel-T, Govkiy In-
stitute of Labor Hygiene and Occupational Diseases, Vrachebnoye
Pelo, Moscow, No 1, Jan 57, pp 6-7
The article reports results of the clinical use of unithiol, a sul-
,khydryl compound, as an antilote in the therapy of occupational
intoxica-
tion contracted by 22 workers who, while engaged in the production
of
granozan, ci%me in contact with ethyl mercury and ethyl mercuric
chloride,
-In all cases the re-
.or were affected by the vapors of metallic mercury.
;.,sults were -Positive. Notwithstanding the fact that fairly
large doses of
,,u,nithiol were administered to the patients (up to 50
millimeters in the
4ourse of the treatment) the preparation was well tolerated by
them. No
-espect unithiol is superior
or damaging effects were noted. In this z
to BALI the foreign preparation which even in therapeutic doses is
fuirly
NY

USSIVpharmaco3~ogy, Tbxicology'. Chem.-,therapcutical
Preparations V-7
Abs Jour : Ref nur - Biol-, No 5, 1958, No 23441
Author : Asbbe~LS---1---j Sokolova V.G.
Inst : Not Given
Title : About Chlorotetracycline Absorption,
Circulation and Excre-
Ition From, the Organism.
Orig Pub : Antibiotiki, 1957, 2, No 1.. W-45
Abstract : The study was made on 127 men. It was found
that eblorots3tra-
cyclin (I), orally administered in a 0.25 g dose) was
rapidly
absorbed and excreted by the kidneys; a bacteriostatic
con-
ceatmtion of I (0-03-3.84(/mi.) was maintained in the
blood
for 18-22 hours. I was excreted in the urine uP to 73
hours
in concentrations which exceeded considerably the blood
concen-
tration of the antibiotic for the same period.
Apparentlyj,
the kidneys had the ability to concentrate I. By the
stomach
wall. I was excreted up to 37 hours.. and in the bile
'aP to 15-
16 bourn in 0.22-1.2 y/ml concentrations.
Ca.rd' 1/1

ASHBICLI, �:,.I.; SKOLOVA, V.G.
Absorption, otroulation, and elimination of
chlortetracycline.
Antibiotiki 2 no.lt4O-45 Ja-7 157. (NIIIA 12:11)
1. Gorlkovskiy nauahno-iseledovatel'skiy institut
gigiyeny truda i
profoosionallufth zabolevanly.
(OMMIMACYCLOE, metab.
absorp., cire. & eliminationj

ASHBILI, S.I I FILATOVA, V.S. (Gorlkiy)
Basic taske in the provention of occupational poisoning
among
worksrij of chemical industries. Gigotruda i prof. tab.
no.4:
12-16 Jl-Ag '57. (MIRA 10:11)
1. Intititut gigiyany truiia i proftabolovanti
(CHSHISTIRY, TECHNICAL"UFSTY HEASURNS)
(IMUSTRIAL TOXICOLOGY)

ASHBILI, S.I., professor; ANYBUTA. I.I.; SOKOIA)VAO T.G.
- - omwow---Ww
levomycotin therapy for chronic pulmonary suppurations in
pneumo-
sclerosis. Vrach.delo no.8:871-873 Ag 157- (MLRA 10:8)
1. Xlinicheskiy otdol (zov. - prof. B.I.Ashbell)
Gorlkovskogo nouchno-
iseledovatellskogo institute gigiyany trude i
professionallnykh I
zabolevaniy
(CHU)RCKYGZTIN) (LUBGS--DISIASIS)

ASHBIL', S.I., professor; SOKOIA)VA, Y.G.; KHARITONDY,
V.V.
Zfftctiveness of biomycin treatment in chronic
suppurative diseases
of the lungs. Klin.med. 35 no.5:28-)2 My 157. (KIRA 10:8)
1. Ix klinichaskogo otdala (sav. - prof. S.I.Ashbell)
Gorlkovtikogo
nauchno-teeledovatel*ekogo institute gigiyany truda I
proflaboleva-
niy (dir. - kandidat maditainskikh nauk O.K.Gavruseyko)
(LUNG DISIUSIS. ther.
biomycin in chronic suppurative die.)
(ANTIBIOTICS, ther. use
biomycin, In chronic suppurative dive of lungs)

ASMLI, S.I., SOKOLOVA, Y.G., SMUMOVA. V.K.,
UhRngeu in the sensitivity of sputum m1croflorR end tho
development
(if monilinsis In Antibiotic thernpy of suppuroLtive
lung diseases&
[with sumanr7 in English). Antibiotiki, I no.3.1109-112
MY.-Ja 158
(HUA 1IS7)
1. Gorlkovskiv gosudaretvannyy
nAuchno-isaledovr%tellskiy -Institut
gigiyeny truda I prof eesionnllnvkh bolezney.
(SFUTUH~ microbiology,
antibiotic nensitivity in ther. of pulm. supTyurntive
din. (R-do))
(MON111ASIS, etiology and pathogenesis,
antibiotic ther. of suDI),urntive pulm, die (Run))
DISEASE. therapy,
supnurative, antibiotics causing monillasis & chnWe
of sputum bRat. sensitivity(Rus))

ASHBW, S.I., TRWIYAMDVA. V.A.
-
013tulation and deposition of mercury compounds in the
or' anism
Yarn@ i toks. 21 no,2:78..82 Mr-Ap t58 (Mig liM
I* GorIkovskiy gonuanratvannyy
nauchno-isoledovatellakly institut
gigiyany truda i -orofbolsoney.
()MOURY, poisoning
deposition & ciro. in various organs in fAt&l case
(RUB))

ASHBILI , I.S. 1. , nrof SOKOIA)VA, V. G. ; AZOVSKAYA , 1. 1.
%%"PM,WA*v" PO-4""
Treatment of chronic lung suppurations with o.Vtetracyclip
(terramrain).
Boy. mad. 22 no.12:32-38 D 158. (MIRA 12:1)
1. Ix kliticheakogo otdola (zav. - prof. S. I. Ashbell)
GorIkovskogo
nauchno-iseledovatellskogo instituta giglyany trada i
profeasionaltnykh
bolezney (dir. - kand. mod. nauk 0. X. Glavruseyko).
(WNG DISIMSM, ther.
oxytetracycline in c'.ronic suppuratione (Ibas))
(OXYTBTR&CYOLIU, ther. use
chronic lung suppurations, (Rue))

ASHBIL", S.I.- profo
Working capacity in Pneumoscleroals of toxio-chemical
atioloi7s'
[with summary In %$glishl*' Gig. I aim- 23 noo*8:27-33
Ag 1.58
(14MA 1139)
1. Is Idinicheskogo otdale Gorlkovskago instituts,
glgiyeny truda
i professionallny~h bolesne,-;
(OOMPATIMAL DISRASES
pulm, fibrosis in chem. industre' (Rua))
(PULMONART TMOSIS, stiole & pathogen.
tox, factors in chem. industr. (Rua))

ASHBELO S.I. (Gorlkiv)
Diagnosis of lane, cancer in patiento with toxic
pneumoselarosis.
Gig.truda i prof.zab. 3 no.1,11-16 Ja-lP '59, (MIRA
12:2)
1. Institut gigiyany truda i prof zabolevaniy.
(JZNGS--CANCIR)

ASHBNLI# S.I*
Oat-of-town scientific conference on problems of
Industrial hygiene.
Gig.truda I pref.tab. 3 no.5:61 S-0 159. (MIRA 13-.2)
(INDUSTRIAL HTGIM)

-,:ASHBZL1? S.I., prof. (Gorikiy)
z
Teaching occupational pathology in medical
inetitutes.
Gig. truda I prof. sab. 1+ no.2:38-1~) F 160. (MM
15:3)
1. Imstitut gigiyeny truda i profetisionalinykh
bolesmy.
(OCCUPATIONAL DISEASES)
(MEDICINE, INDMTRUL-STUM AND TEACHING)

ASHBELI, 3.1.; VOLOVIKO E.M.; SHIRIAMA, U.S. (Gorlkiy)
Invalidik as a consequence of certain occupational
diselanes.
Gig. tru" i prof. 4ab. 4 no.405-56 Al? 160. (MIRA 15W
1. Institut ~igiyeny truda i professionaliny1di
zabolevaniy.
.OCCUPATIONAL DISIWES) (DISABLED),