SCIENTIFIC ABSTRACT YU.B. CHERNYAK - I.N. CHERNYAKOV

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000308620001-1
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 12, 2000
• Sequence Number: 1
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

/62/007/008/004/01.5
S1109
Sensitivity, accuracy and resolution ... D409/D301
noise is stronger than the signal. This condiiion is-coimpatible
with the requirements of high reliability of signal reception and
accuracy of measurement in two cases; 1) If the noise spectrum is
much broader than the signal spectrum and the filter is matched
af- ly
L.er the limiter; 2) in the reception of coded signals,,whose
dura- V1
tion multiplied by the spectral width yields a large quantit (as
for. example, radiosignals with frequency or phase modulati2.
'dide-
band lim iters, while not reducing the sensitivity, accuracy and
res-
olution, are useful in preventing impulse noises, in
automatically
sustaining the random-noise level at the output, and in reducing
the requirements with respect to the dynamic range of the
channel.
There are 2 figures. 'The most important English-language
reference
reads as follows: R., Manasse, R. 11'rice,' R. Lerner, Loss of
signal
C)
detectability in band-pAss limiters, IRE Trans., 1958, IT-4, 1,
34.
SUB1,1LITTED: January 11, 1962
Card 4/4

Cgrd 11hv

L 51289-6) EWT(1)/E'WA(b) Pab
ACCESSION NR; AP5009078 UR '0;1081165!020/003/0070/0077
t': I , "I ,
AUTHOR: , Chernjak, Yu. B. (Active mernber)
TITLE: Correlators with perfect limiters
S07JRCE: Radiotekhnika, v. 20, no. 3, 1965, 70-77
TOPIC TAGS: correlator, correlation receiver
ABSTRACT: The use of perfect limiters and digi?al devices in
correlators
intended for detecting weak random signal 5 , - -)-,sidered. The
cla6s,call correlators are compared with t~i;-
where ~nfor_-riation is carried only 'by ph2s~,, d uia: , h
stabilizeB the noise level at the cor_~.al_
the dynarruc range of the receiving charne' -~-rtzi;tq !he i8~,
processing by quentization of the sign;L1 phzi- p i t e a
the digital correlators can be justified by th e an ag e s -.A-h c h
a;- - r,e
repla,:ing the delay lines by digital storages ,.nd from
binary-signal tranr3mission
without widening the link bandwidth. Orig. art. has: 3 figures and 40
Card 1/2

512 289-6 5
AGGF;SSION NR: AP5009078
ASSOCIATION* Nauchro-tekhnicheakove obeh-ches-,-o
radiotekb-nik-i i elektrosv-i-azi
(Scientific and Technlc&l SocietT of Radio Enoineeriag and
SUBMITTED: 27Jun63 ENCL; 00 SUB CODE. AA, EC
,NO REF SOV: 004 OTHER: 00-1

TOPOROVp N~k.; CHMUffAK,, Yu.1.
Conference on the mechanization of viticulture. Trakt. i
sellkhozm4sh.
31 no.lt46 Ja 161. . (MM .149,2)
(Vitimaturs) (kgrioultural machine'7)

ODNOSUM, K.I., nauchW sotradnik; WDLAY, P.A., muchW
sotrudnik;
~-Yu~-'- naucliny7 sotrudnik
Mechanization is an important factor in
sill.,hosp..Il no.6-.3-4 je ,6o.
1. Ukrainakiy nauchno-iseledovatellskiy
i-elektrifikatsii sellskogo khozyavstva.
(Farm mechanization)
farm management. hb!dl.
(KnU 13 -. 11
institut mekhanizatsii
I%

A/ A K Lot, I
IW
64
Pit in %*
wk r!

S/158/60/000/003/001/001
D033/D112
AUTHOR: Dadayant V. and Chernyak~ Yu.
r--------- ___
TITLEt Mathematical methods in economics
PERIODICAL: Nauchnyye doklady vysshey shkolyq Ekonomicheskiye
nauki, no. 3,
196o, 140-151
TEM The first Soviet conference on the use of mathematical methods
in
economic research and planning was convened in the AS USSR from
April 4 to
8, 1960. The conference was organized on the initiative of the
Otdeleniye
ekonomiki, filosofii i prava (DeDartment of Economicsq PhilosoDhy
and Law)
AS USSR and the Sibirskoye otdeleniye (Siberian Branch) AS USSR.
The 6 sec-
tions of the conference dealt with the following subjects: 1)
mathematical
analysis of the basicq most general laws of production; 2)
inter-branch ba-
lances; 3) linear programming; 4) mathematical methods applied to
trana-
portation problems; 5) mathematical methods applied to
torlmical-economic J
problems; 6) mathematical statistics. Number of participants was
about 500,
number of lectures delivered 56. B. Plyukhin and R. Nazarova
reported on
how they applied the mathematical method used in the study of
chain inter-
connections (employed in the analysis of physico-chemical
processes) to the
Card 1/ 5

S/158J60/000/003/001/001
Mathematical methods in economics D033/D112
analysis of the rate of development and the proportions of
expanded produc-
tion. A. Boyarskiy, from the MGU, used differential equations to
analyze
the comparative rate of growth of 2 sub-branches of industry and
the depen-
dence of the rate of growth on the structural correlations in the
economy.
The lecture of P. Mstislavskiy, from the Institut ekonomiki
(Institute of
Economics) AS USSR, dealt with the use of mathematics in treating
the prob-
lems of planning in national economy. A. Konyus lectured on
mathematical
analysis of the organic.structure of the cost of production. V.
S. Ifemchi-
nov, Member of the AS UPSR, Director of the Laboratoriya
ekonomiko-matemati_
cheskikh metodov AN BSSR (Labgratory of Economic and Mathematical
Methods
at the AS USSR), gave a theor&tical analysis of the methods of
developing and
applying the inter-branch balance in industry. Yu. Chernyak, V.
Dadayan and
V. Kossov lectured on the calculation of the coefficient of
over-all expenses,
on the experience they gained in applying this coefficient to the
analysis of
the ratios between individual branches of the national eoonomyt
and to the re-
sults obtained in applying that coefficient in planning
production and ma-
terial-technical supply in a given region. V. Kossoy also
demonstrated rith
an actual example how the data of an inter-branch balance can be
used for
achieving the best combination in fodder production. L. V.
Kantorovich,
Card 2/ 5

S/158/60/000/003/001/001
Mathematical methods in economics -D033/Dll2
Corresponding Member of the AS USSR, and V. Novozhilov outlined
general
methods for achieving optimum planning. L. Gorlkov discussed a
single-pro-
duct model describing the interdependence between such important
production
factors as growth of basic funds, change in the production output
and rise
of labor productivity. B. Mikhalevskiy, from the Laboratory of
Economic
and Mathematical Methods.at the AS USSR, considered in his
lecture a multi-
product model of the national economy, and analyzed the
interdependence be-
tween investment resources, the volume of investments, the growth
of produc-
tion capacities, and the volume of production for the case when
reserves of
production capacities and labor are scarce. 1. Romanovskiy, from
the Lenin-
gradskoye otdeleniyp matematicheskogo instituta im. Steklova
(Leningrad
Branch of the Institute of Mathematics im. Steklov), and V.
Trigubenko, from
the Institute of Economics AS USSR, read papers dealing with the
fundame
tals of methods of dynamic programming. Ye. Chetyrkin read a
paper on the
optimum distribution of work pieces between machine tools having
different
capacities when the least time taken to complete the task is
taken as an
optimizing criterion. A. Kaplan lectured on the problem of how to
set up the
optimum plan for complex'utilization of RR rolling stock. The
workers of the
Institut Aompleksnykh transportnykh problem (Institute of Complex
Transpor-
tation Pr oblems) and the Vychislitellnyy tsentr AN SSSR
(Computing Center of
Card 3/ 5

S/158/60/000/003/001/001
Mathematical methods in economics D033 D112
the AS USSR) read papers on the result of their research into
methods of com-
piling an optimum plan for RR traffic, empty movements and
automobile traffic.
The lecture of A. Tret I yakova, from the Institut elektronnykh
upravlyayashchikh
mashin AN SSSR (Institute of Electronic Control Machines of the AS
USSR),
dealt with the great possibilities of linear programming. I.
Birman, from
NII ekonomiki stroitelldtva (scientific Research Institute of the
Economics of
Construction), examined a method of transporting interchangeable
products.
A. Faynzillber proposed an original method of keeping
transportation costs to
the minimum by selecting the most advantageous locations for
housing areas,
public transport stops, shops, etc. I. Bruk, Corresponding Member
of the AS
USSR, gave a detailed analysis of the possibilities of using
electronic com-
puters in widely differing branches of industry. N. Kobrinskiy,
from the
Vychislitelfnyy tsentr Gosbanka SSSR (Computing Center of the
State Bank of
the USSR), N. Lebedeva and Yu. Shibayev submitted a paper
containing a pro-
jeot for a centralized computing system to be installed in the
Soviet State
Bank, including a large electronic computer. Other personalities
mentioned
as having attended the conference are: A. N. Nesmeyanov, President
of the
AS USSR; A. A. Dorodnitsyn, A. IT. Kolmogorov, and S. L. Sobolev,
all three
members of the AS USSR; T. S. Khachaturov, CorrespondinG Member of
the AS
Card 4/ 5

S/158/60/000/003/001/001
Mathematical methods in economics D033/Dl12
USSR. Other organizations mentioned in the article are:
Gortkovskiy insti-
tut inzhenerov vodnogo transports. (Gorikiy Institute of
Water Transportation
Engineers); the Gosplan SSSR (Gosplan USSR);
Nauchno-issledovatellskiy ekono-
micheskiy institut Gosplana SSSR (Scientific Research
Institute of Economics
at the Gosplan USSR); the TsSU SSSR (TsSU USSR). The
conference outlined
the measures taken to introduce the most recent mathematical
methods into
economic research and planning in the USSR, and recommended
the establish-
ment of a coordinating center for all theoretical and
practical work in'this
field. The first step in this direction should be the
organization at the
AS USSR of an interdepartmental scientific council to deal
with questions of
the application of mathematics in economics. The' conference
accepted the
,program of coordination in this field proposed in the
lecture of V. Belkin.
The AS USSR is recommended to organize and equip a ;3peclal
laboratory, and
later an institute for solving the problems of
economicc-mathematical metho-
dology. It is also recommended to organize an extensive
scientific infor-
mation service in this field; and to devote more time to
mathematics and
specialized economico -mathematical courses in higher
economic schools.
There is 1 Soviet reference.
Card 5/5

-C- I-- IMO--
Using mathematical methods in economic studies.
Vopo ekon.
no. 3:156-157 Mr 161, (-Economics, Mathematical)
(MIRA 34:3)

CHERNYAK, Yu.
Economic data proceasing in the service of planning.
Vol). ekon.
no.3.1:124-132 N 161. (MIRA 14:11)
(Infornation Et,)rage and retrieval systems--Planning)
(Russia--Economic policy)

GETALO, N.; CMMAK, Z.; PETMKO, H.
There should be-a higher standard for the economic work
in Agricultural
Bank branches. FIn.SSSR 17 no.6:60-64 Je '56. (gw 9:9)
(Agricultural creclit)

fA E LY=Vs A~ N;,# =E=Np L. 36 =A CMWUA16 Z. V.
"Ummom VA*Ut Immustun of mamu aw pmatzy in induatrSMIL coontlawo"
-- Valle 0 No. go U64 P. 67
IMMOMs A. ILV MUMK. JMMWV-v L. Ip GImviW we! L vxac&
Z. wo ULWIW saawfirft.. 14 it '11 t 1 P OD worcus mobbmsbw dA**U

KAMNEV, Viktor Nikolayevich; LYAUER, S.G., nauchn.
red.;
CHERNYAK-BYKHOVSKAYA, S.A..., red.
[Laboratory work on relay protection and automatic
control)
Laboratornye raboty po releinoi zashchite i
avtomatike. Mo-
skva) "Vysshaia shkola," 1964. 101 P. (MIRA 17:4)

BAREGAMYAN, V.A.i TRETIYAKOV, O.A.; CHERNTAKOV,
E.J.; SHEISTOPALOV, V.P.
Radlation from an elactrort beam movArig purtilIL-1
to a uiet-al
gratdiw, jAnced on the boundary of - urdaxlal
Crystal of
finite thickness. Izv. AN Arm. SERi Ser.
flz.-mat.nauk a8
no.5:90-96 165. (MIFLI ISP. 12)
1. Yerevanskiy gosudarstvennyy Ludversitel, I
Khar'JKLlvqhiy
institut gornogo ma shinos trove n iya, avtopirtti~d
j. vychislitellnoy
teklmiki.

PI.ID'=ZE, A.Z.; VYGODNER, III.A.;
Practice in geologica). c~rmjlatinn c
lir.-.estones under geosynclinal cmiditions. Iz~,. C
Lm. '2%lr.
geol. i razv. 6 no.120C-61 D 163
1. l,"a'r)ardi-r.-c-Dallcarsk-a~m komplel-.sraya.
gt~cvlojlchesl:eya t%-S.%~,C-I-

BABIGHp A.F, (Zaporozh'ye),-_SHEIFg9Yj, G.A.
(Zaporozhlye)
Expediency of mass bacteriological examinations in
dysentery.
Vrach. delo no.109131-132 o 163. (MIRA 1722)

CHERNYAKHOV, M.B.
-
Distribution of principal trace clements in soils in the
vicinity
of Nallchik. UchazapoKaba-Balkagosoune no*8.87-90 160,,
(MIRA 15:4)
(Nallchik region-Minerals in soil) (Trace elements)

~- " F- R N ~ 1) K H 0JL &, I ,
YURIYEV, YTJ.K.; BAZAN, V.I.; YESAFOVA, A.N.; SELIVERSTOU, S. M.
AND CHERNYAKHOVER, S.I.
"The Catalytic Transformations of Heterocyclical Compounds" Part
XVI. "Synthesis of
Certain Pyridine and Quinoline Dcrivatives of Purrolidine" Zhur
Obshch. Mim. 10, No. 21,
1940. Moscow Order to Lenin State Uiversity imeni M.V. Lomonosova,
Laboratory of
Organic Chemistry imeni Academician N. D. Zelinskiy. Rectived 26
May 1940
U-1612, 3 Jan. 1952.

W.Viod im "w's
1. A. Giutsr.
7,77 IT-
I!s I-r
f!,ir, 4`1 ,, :i-
rl,v The P;k'!
~trol'e,l "~'c t-
,le, t- "",
at 0-

to-Obiribation of lAbal6d sntleoi in t!4~ 'milmal wgarlu2i:4
V I Ivaii5y' M, M. Pri,elkov, s. 1. Chernva0mver, iind S.
~Nv -. 2~
-4
with'IM weN, pmpd, b iww~ng tIjv hAetti-L'I on uled(ufa
Contg. radio-11, t DmIt i.-Mgm bout the cells by td-
chloroacrtio acid,djah-lis to realuve free rildlopliDsphate,
and prth. of,th, labdLd antigeiv, with MOIL Antigens
L
wem injeetea lntt. tmu;J
api-A 1 y, tubmtamoinly, or orilly
itito, Ishitt juice.,- AninvAs were wtcrifitd at Intervals follo~v- q,
ing injection, of the labelt--d antigeu extvnding to 8 ds~ys and
Various organs andblood were a.-mayed for P". ' Intrapm-
tuneally Injtcted midgen accumul'Itcs principally in the
av) Nvith much lower itrats. in
liver (al-jut 30% in the fira &
other organt. None was. fo%l~. in th~, brain. On, Sub
the distribution of P" wits similar, but
in mnelt loWcu6nens. In all orr4ns, Only 1-1.5% of total
P" adn"Uni
-temd oraily wns found in A organs combinod.
111ten' radiopbosplinte %vas injecEed intraptritonvally, itfj
Mitribution III various ofgln~
Nvas diflutat from Illat kbA
~(.414 %vith, nuitgert-P11 admicLmr--A in the. same tnanntr

ITANOV, V.I-* CHEWU OVIRt S.I.
Iffect of hexose phosphates on the growth and certain
metabolic
reactions In dysentery bacteria and Asoherichia coli.
Biokhimila
24 no.6-.1020-1022 N-D 159. (NMA 130)
Biochemical laboratory, the State Control Institute of
Medical
iological Preparations, Moscow.
(HEXOSIS pharmacol.)
(SHIGIUA pharmaool.)
(ISCHIRICHIL GOLI pharmeol.)

rCHE=AKfiOVIGH,_,Y-A,.,- J-nzh.
Theory of marine machanisms. Trudy NIIVTa.
no.12-.172-178 162.
(MIR& 16.3)
1. Nikolayevskiy korablestroitellnyy inBtitut.
(Marine engineering)

CHERNYAKHOVSKAYA, IN.
Comparative characteristics of' some chemical methods
of wncentra*,
ing bacteriophage. Vop.virus 7 no-5:607-612 S-0 162.
MRA 15:11)
1. Inatitut epidemiologii i mikrobiologii imeni
N.F.Gamalei
AMN SSSR, Moskva. -
(BACTERIOPRAGE)

CHERNYAKHOVSKAYA, L.B., assistent; VASILOYEVA,
L.S., studentka
Proof of the theorem on the addition of two
parallel forces
distinctive from the generally accepted proof.
Sbor.dokl.
Stud.nauch.ob-va
Fakemekh.sell.Kuib.sellkhoz.inst.no. 1:33-35
162, (MIRA 17:5)
1. Kuybyshevskiy sel'skokhozyaystvennyy institut.

ClMlYAKH.~VSKAYA,
?OLT IVSKAYA , S.V.
[industrial de w~lnpment -LI;e -,cnJition irie
!hq working
c2ass In Afghanlst-an] I pol,jzhe-
nie r?ibochogo VIUS89t Nlak'.Ifa,
168

IX)
BOGOIR OVA, Irudmila Sergeyevna, prof.; CHERRYAKHOVSKIY,
A., red.;
XR&KIUOVSKAYA, Ye.. ksnd.med.naui~-'~-
[Development of health education in the.U.S.S.Rs; a
lecture] Rasvitie
sanitarnogo prosveshchenlis v SSER; lektsila. MosIrva,
TSentr.
nauchno-ioal. in-t saniternogo proav. H-va
zdravookhraneniia SSSR.
1957. 12 P. (MIRA 11:4)
(HXAIIrH MUTION)

*

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A new twilification of the blethol at Calal
for the im

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r"tion of Peripheral amu with suver nitrate. .%.
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CHERNYAKHOVSKIY, A.G.
Division of Pliocen"uaternary seeliments in the
Kara-Tau.
Biul.Kom.chetv.por no.27s98-106 '(2. (MIRA 1684)
iKar&-Tau--Geolofi3r, Stratigraphic)

I CHEMAXHOVSKIY, A.G.
vem"XIMmozam
Lower Mesozoic weathering surfaces in the Orsk
Depression
(Southern Urals). Trudy GIN no.77135--61 '63. (MM
16t6)
(Ural Mountains-Weathering)

RAZUMOVA, V.N.; CEMYANHOVSKIY, A.G. ..
Ancient weatbering surface of the Or'-.Ilek
interfluve and the
bistoj7 of its development. Trudy GIN
no.77:81-102 163. -
(MIRA 16:6)
(Or' VaIley-Weathering)
(Ilek Valley-Weathering)

CHEMAKH P4
Continental Orutaceous and Tertiary seliments in the
southern
extrem*of the Southern Urals and the products of their
weathering. Trudy GIN no.771103-138 J153. (MM 16:6)
(Ural Mountains-Geology, Stratilgraphic)

CHERNYAKHOVSKII, A.G.
~ possible source o- loess material in Ceatral
Asia. Biul.
Kom.chetv.per. no. 28:65-75 163. (MIRA 17:5)

TANKELVICH, Y*.I., FLEROVSKIY,
Ye.A...-CHMIYAKIIOVSKIY, A.L.; BREYNINA,
R.M., red. -- -.-- -- - - ----- - ----
[Calliethenice for mental workers] Gigienicheekaia
gimnastike
d1ta rabotnikov umetvennogo truda. Moskva, 1956. 6o p.
ilius.
(MIRA 11:11)
1. Moscow. TSentralnyy inatitut sanitarr.ogo
proaveshcbenlya.
(CALLISTHENICS)

CH30TAKHOVSKIT, Foodody Ivanovich
(Sons of the fatherland; accounts of prominent man
of the North]
Syny otchizny; ocharki o vydaiushchikhiiia
severianakh. Arkhan-
gellsk. Arkhangel'skoe kn12hnoe izd-vo., 1959. 201 p.
(Arctic regions) (MIRA 13;8)

CHERNYMOVSKII, F.R., klinicheakiy orclinator
Peculiarities in'the clinioal couroe~bf stomach canoer in the
7oung.
Sbor. trud. Kursk. goo. mod. inst. no.13:95-97 158. (MIRA 14:3)
1. Iz kliniki fakulitetskoy khl;wgii (zav. - prof.
M.G.Ruditskiy)
Kurskogo goindarstvannogo madifainskogo instituta.
(STORICH-CANCERY

CHER%MGVSKIY~ F.R., klinichookiy ordinator
Rare case of osoeous oyst. Sbor. trud. Kursk. goo.
med. inot.
no.13:439-440,158. Ona IJ13)
1, Is kli*M fe3naltetokoy khirurgii (zav. - prof.
M.G.Ruditskiy)
Kurskogo osudaretyamogo meditsinskogo instituta.
NOW&-DISEMES) (CYSTS)

-Z-VAWVp S,S.p dotsent; KHRISANOPUL09 M.P.;
CHERNYAKHO'ISKIY# F#R,,
I
Organization of the anoothesiological service in
fh-e--WrOVI-
Province hospital* Zdravo Roos Feder, 4 no*
1002-34 0 1606
(M.m 13 110)
1. Iz Orlovskoy oblastnoy bollnitsy (glavny7 vrach
M.P.
Khrisanopulo) jORLOV PROVINCE-ANESTHESIOWqY)

CHERNYMBDroM, F.R.
Intubation anesthesia with relaxants in
patients in terminal states. Khirurgiia
1., Iz anestesiologichaskogo otdelenai-y
khovskiy) Orlovskoy oblastnoy bolinitay
Khrisanopulo).
emergency operations in
no.12:102-103 161.
(MIRA 15tll)
(zav. - F.R. Cherxqa-
(glavnyy vrach M.P.
(INTRA?RACELkL ANESTHESIA) (SHOCK)
(SURGERY) (MUSCLE PMAWTa)

CHERNYAKHOVSKIY, F.R.
Characteristics of intubation anesthesia in children.
Vest.khir.
89 n0-8:57-60 Ag 162. (KM 15:10)
1. Iz Orlovpkoy oblastnoy bollnitsy (g1.
vracb~,,M.P.Khrisanopulo).
(INTRATRACHKAL ANESTMIA)
(PEDIATRIC ANESTIMIA)

CHER.NYAKROVSKIYD F.R.; KAYEM, P.T.
Changes in the rEspiratory tzact In patients with burns
following
inhalation aneathesia. Ek-sper. khir. i anest. 9 no.2:75-77
Mr-Ap
164. (MIRA 17:13.)
1. Laboratoriya anestezioicgii (zav. - daktor med. nauk
7".M. Darbinyan)
i otdol patomorfologii (zav. -- doktor med. nauk D.S.
Sarklsov) Insti-
tuta khirurgil imeni Vishrievskogo (di.r. - deystvitelinyy
Wen A14N
SSSR Prof. Vishnevskiy ) AMN SSSR... Moqkva.

CHERNYAKNOURn I . i R.
Minutes of the 3rd Coriference of the
Anesthesif)1ozJz:~.l.; Soriiaty
of McFccw and Mloscow Provlnc(3 held cLi Sentembor
Eksper.
khir. i anest. 9 no.3193-95 My-Je 164.

D,~ 11,11,11 ~Yl- 11,J.; CIUl J
T
Automatic rei.,mlation of co'-tro'lec!
respiration. Eksper. 11-hir. j anest. 9
nc,.4:6~'-73
1. Institut Ichirurpi-i im.,erni i"'.1, .
',,Tislmcvs'-ocrc, "~Jr. deyst-
X- 0 k I
vitcllnyy chlen APJ SSSE prof. A.A. Vishnevskly)
IJ-71 SSS11,
Moskva.

DiJIUMNYARP T4111b; FORO
"- ~ , _ .
L=ct chloroton, dooa:vo in arestheala OC bum
titionta 1V
rbo=a or mn evaporator produced IV tho All-Union
Sciantific
Plesoarch inatit to or viedieni Ivatin=nto and
Equipmrit.
VOv. mod* toldia mO:61-64 165. (VIRA 19-1)

CHF,IUMKHOVSKIY.t F.R.
IK-1 apparatus for the induction of coughing for
the prevention
axid therapy of postoperative pulmonary
atelectanis. Nov. med.
tekh. no.3:91-9) 165. (14M 19:1)

DARBITYANY T.M.; 2,
in t.hc~ 'V.'
in 1 r
artificial ventliaC.on .,Ti an
t~_D 1.1
9 no.6:50--59 C,# 0
t ~1,*rj~r7ii

"~ I n-,"b" I,
DARBINIAN, - '~uvLTc-:,h,
T-1gran I
-ISFUNI, S.N., fe~-- .
[Anesthesia j-n uturned patients] Narkoz ii
clL-,,zhzhc-mrjkh.
F,.osl.,va, Meditsirkap 1965- -1 -" 2. P - QATHA
ig---L)

cmmyAim(xvsxi!r,-ivan-r-r-igor-ty,ea-,~h;
DROKHMOVA, Ye.11., red.;
---- IPOFdT, N.D., tekhn. red.
[Notes of a shop foreman]Zapiski nachallnika
tsekha. Mo-
skva, Izd-vo *Sovetskaia Rossiia," 1962. 129 p.
(MIRA 15:9)
I* Nachallnik liteynogo teekha Vladimirskogo
elektromotor-
nogo zavoda (for Cherrqakhovskiv).
(Founding)

CHERNYAKROVSKIY9 R.A.; RUBTSOV, G.S.
Construction of a factory for the manufacture of anode
material
used in an aluminum plant. From. stroi. 40 no.8:4-6 Ag
163.
(Volgograd--Aluminum plants) (RM 16:8)
(Electrolysis-Equipment and supplies)

ROYAXp prof.; MYSMAAYEVA, V.V., kand, t6khn, nauk;
CHERNYAKHOVSKIYI VcAa$,
:Lnzh.
Study of the properties of cement v ith an, increas A
magnes ium or-4 do
0outent after prolonged hardening, T~~udy NUTSemont
no.19%51 163.
RA 17111)

ROYAK~ S,M.p profoj MYSHLYAYEVAp V-.V.p kands takhn.
naukj C,HMNYAIKHCVSKrl.,
V.A.p inzh,
Structure of periolase in cement clinkers,, Trudy
MITSement n0,181
29-49 '63o (MMk 18:9)

YEFIMOV, Viktor Alekseyevich; OSIPOV, Vladimir
Prokof,'yevich;
GREBENYUK, Vladimir Pavlovich; CHERNYAKHOVSKIY)
YU.A.,
red.izd-va; ISLENTIYEVA, P.G., tekhn. red.
[Ways to improve the pouring of steel] Puti
usovershenst-
vovaniia razlivki stali. Moskva, Metallurgizdat,
1963. 183 P.
(MIRA 17:3)

50j SOV/64--9-5-22/2e
AUTHORS: Vakhtell, 111. 1., Chernyakina, A. F.
TITLE: Determination of Pyridine Concentration in Tricresol
and of
Aniline Concentration in Phenols by Means of High-frequc-ncy
Titration
PERIODICALi Khimicheskaya promyshlennost', 1959, Fr 5, pp 446
- 447 (USSR)
ABSTRACT; The determination of pyridine concentration in
tricresol and
of aniline concentration in phenols was carried out by means
of an arrangement devised by V. A. Zarinskiy and D. I.
Koshk-in
(Ref 3). The method, used nowadays, to determine the pyridine
in tricresol is based on the formation of pyridine sulphate
and takes about two hours. The method described is also based
on the titration of pjridine with sulphuric acid (0-5 n), but
here, the end of the titration is determined after the bend of
the titration line, plotted in a diagram with the coordinates
11used. amount of acid - amount of milliamperes" (read from a
microammeter). The results of measurement, obtained for
pyridine
concentration in different tricresol samples by means of a
chemical method are compared to results, obtained -uy the
method
Card 1/2 described and good aGreement is found. The method
described is

Determination of Pyridine Concentration in Tricresol
SO-1/64-59-5-22/28
and of Aniline Concentration in Phenols by '11eans of High -f
reapa ency Titration
utilized in plant "Karbolit" (I.-,)Y;n Orekhovo-Zuyevo) and
Der-
mits the determination of pyridine in phenol materials w1uhin
3o minutes. Like the py-ridine determination also aniline
determi-
nations in phenols may be carried out by means of thc above
described method, if one takes into account that the aniline
concentration of the weighed sample is not more than 0.1 9. Py-
ridine and aniline cannot be deterM4 ned at 'he same time, be-
cause their lines of titration are similar. There are 1 figure,
1 table, and 3 Soviet references.
Card 2/2

15 (8), 28 (5) B/032/60/'026/01/007/052
AUTHORS: Tsi]?.-s, L. Ya., Chernyakina, A. F., BO1O/B123
Sakhnovskiy, Z. L. -
TITLE: Answers to the Inquiry About the Test Methods of the
Physical
and Mechanical Properties of Plastics o
V
PERIODICAL: Zavodskaya laboratoriya, 1960t Vol 26, Nr 1. pp 20 -
22 (USSR)
ABSTRACT: Determinations of toughness, limits at static bendingp
com-
pression and tensile tests, of water sorptionp resistance to
oil and benzene, of the specific weight of molded artioles,
of resistance to heat according to Schramm, of resistance to
fire and cold, of hardness on the device according to Kanave's
and of thermostability according to Yartens should be applied
more often and standardized. The characteristics mentioned
above can be determined by an apparatus of the type Sharpi,
a universal testing machine with constant regulation of the
idling speed of the moving plate and an apparatus for
measuring elongation and deflection; by the Schramm apparatus;
Card 1/,3 by the apparatus according to Kanavets for determining
hard-

Answers to the Inquiry About the Test Methods of the
S/032/60/026/lol/007/052
Physical and Mechanical Properties of Plastics V BO11O/B123
ness and by the Martens thermostat with measuring ranges up to
+700' and automatic recording of sample deformation and tem-
perature. The dynstat apparatus cannot be recommended for a
wide use of endurance tests of plastics. New test methods have
to be worked out for a number of characteristics. The prepa-
ration conditions of the samples have to be adapted to the
processing.conditions of the material. Considering the influence
of the scale factor, the sample cross-section should be de-
creased from 15 4; 0.200 :t 0.2 to 10 � 0-5x6 � 0.2 mm~ The
pro-V/*
blem of applying the measuring values of mechanical tests to
the calculation of finished products is also very important.
Determining the specific toughness of plastics, such as poly-
amides, vinyplast and others, is not advisable as these ma-
terials band during a teat without breaking$ whereas the speci-
fic toughness of layer and glassy plastics characterizes the
resistance of the material to dynamic load, and is Usuall de-
termined in the present paper according to GOST 4647-55.0ye
mentioned above, the test method according to Martens should
Card 2/3 be modernized by increasing the test temperature. The
idling

KUVSHINSKIY, Ye.Y.; BMSONOV, M.I.; ZAKIIAROV, S.K.;
SIDDROVICH, A.V.;
GUHRIKO, A.B.; PARFMV, K.V.; GULI, V.Ye.; IOMAKIR,
V.A.;
TSIPES, L.Ya.; CHERNYAXINA, A,F.- SAKHMVSKIY, Z.L.;
SHCHERBAK,
P. ff. -; A LH I T
AnswArs to the inquiry concerning the determination
of the physical
and mechanical properties of plastics. Zav.lab. 26
no~1:7-28
16o. (MLRk 13:5
1. Inatitut vy-ookomolekulyarnvkh soyedineni7 All
SSSR. (for
Kuvshinski.v Bessonov, Zakharov, and Sidorovich). 2.
TSentral'nY7
nauchno-isoledovatellskiy institut stroitelln7kh
konatruktsiy
(for Gubenko and Panferov). 3. RDskovskiy institut
tonkoy
khimicheskoy tekhnologii imeni M.V.Lomonosova (for
Gull).
4, Moskovskiy gosudarstvennyy universitet imeni M.V,
Lononosova.
.Problemnaya laboratoriya fiziko-mekhanicheskich
svoystv polimerov
(for Lomakin). 5. Zavod "Karbolit" (for TSipea,
Chernyakina and
and Sakhnovskiy). 6. Goaudarstvennyy
nwachno-isaledovatellskiy
institut polimerizatsionnykh plastmass (for
Shcherbak).
7. TSentrallny7 nauchno-isaledovatellskiy institut,
tekhnologii i
maBhinostro7.pniya (for Allshits)
(PlaBtics--Testing)

VAEML19 Msl*j CHEMAKINAp K&Is
Quantitative determination of urotropine and
furfural. by meaw
of Idgb-frequenoy titration. Flast.nassy no.2:65-67
161.
(MIU 14:2)
(He" tbYlenetetramine) (F=aldel:~rde)

L 05690-67 FDN
ACC NR' ARGO28226 SOURCE CODE: YJR/0273/66/000/005/0005/0005
AUTHORF ChernyakOL A.
TITLE: Effect of scavenging on the characteristics of the
four-stroke engine
generator
SOURCE: Ref. zh. Dvigatell vnutrennego sgoranlya, AbB. 5. 39.19
REF SOURCE: Tr. Eharlkovsk. in-ta inzh. zh. -d. transp. vyp.
77, 1965, 52.;.60
TOPIC TAGS: diesel engine, engine lubrication system, engine
blowing*
ABSTRACT: A method of calculating the effect of blowing
through on the opera-
tional characteristics of an engine is proposed. The method is
based on results
of tests conducted on a D-70 diesel engine at the KhPI im. V.
I. Lenin.
SUB CODE: 21 /
1/1
KH

8(2)
SOV/1 19-59-7- 16/18
AUTHOR:
Chernyakov, A. 1.
TITLE;
A
Signalizer of the Level of Liquid and Loose Medirs.
PERIODlCAL:
Priboroutroyeniye, 1959, Nr 7, pp 29-30 (USSR)
ABSTRACT:
In the
introduction, the possibilities of usine the ESU-1 level-

signalizer are discussed. The sig-nalizer consists of an elec-

tronic block and a capacitive scanner. The electronic block is

located in an aluminum case, and the scanner is connecte6 with

the electronic block by means of a coaxial cable, The wiring

scheme shown by figure 3 is briefly discussed. By capacity
varia-

tions at the electrodes of the scanner, caused by level
varia-

tions of the material within the range of from 2 to 5
pf, a

stripping of the grid resistance developed as a
high-frequency

oscillation circuit of the 6NBS tube is caused,
and in this way

the anodic current is controlled. The latter
operates a relay.

Finally, several building-in examples are
discussed. There are

4 figures.
Card 1/1

B/119/61/000/008/006/008
1)215/D302
A'UTHOR-. Chernyakovp A.I.
-----------
TITLE: Electronic liquid and dry substances level indicator
type DKY (EIU)-l
PERIODICALa PriborOBtroyeniyeg no. 8, 1961, 24 - 26
TEM This article describes the applicationg construction and
performance of the level indicator type BIU-1. This
continuous re-
mote indicator is manufactured by the sovnarkhoz plant of the
Kir-
giz SSR.-The controlled substances can be water, acid and
base so-
lutions, petroleum productsp mineral and vegetable Oil89
ByrUPBp
flourp powder, starchp graing sugarg soda lime, sand, gravel
etc.
It consists of 3 parts: an electronic unit built into a
splash and
dustproof cabinet, a remote indicator and a capacitance
sensing
head protected with an insulating cover. The electrodes of
the sen-
sing head can be either insulated or bare according to the
nature
of controlled substance. The type of insulating cover depends
on
Card 1/3

5/119/61/000/008/006/008 j
Electronic liquid and dry ... D215/1)302 V/
chemical and physical properties of the substance. The head is
connected to the electronic unit by a screened-Coaxial cable 2.5
to 5 m long* The instrument has 3 ranges of sensitivity. This
per-
mits a plant calibration of the instrument according to
application.
The initial capacity consists of the capacity of the coaxial
cable
and non-submerged part of the measuring head, The final capacity
is dete~mi'ned by the dielectric constant and the length of the
submerged:part of the head. The instrument utilizes the A.Co
capa-
citance bridge principle. One arm consists of the sensing head
and
the other arm is used to balance the bridge. The other two arms
of
the bridge are inductively.coupled with a h.f. oscillator. The
ba-
sic circuit diagram of the apparatus is given. The mains voltdge
stabilily is obtained by the ferrous resonance method. The h.f~
oscillator utilizing a double triode 6NlP energizes the bridge.
The indicator circuit is connected across the bridge,, The
accuracy
of the instrument'is determined by the surface quality of the
in-
sulating cover of the measuring head, hygroscopic properties of
the controlled substancep -viscosity, skin formationp
crystalliza-
Card 2/3

41
S/11 61/000/008/006/008 V/
Electronic liquid and dry .. D215YD302
tion and change of dielectric constant of substance with
tempera-
ture, The error of measurement is 2--5 % f-s~ Power consumption
45 W. Mains supply 220 V a.c. and 50 cycles~ Operating pressure
up to 30 atm. Temperature of substance -200 to 600C (-1000 to +
+2000C to special order). There are 5 figures.
Card 3/3

CHERNYAKOV, A.I.
C-
The EIU-1 electronic level indicator for liquid and
loose media.
Priborostroenie no.8:24-26 Ag '61. (MBU 14:8)
(Level indicators)
10.

BRYNZA, X.Y.; STERLIN, B.P.; TKHORZIEVSKIY, S.A.;
Some characteristics of the relation of Upper
Paicozof.-.
and Mesozoic structural plans in the Uest
Uka-ainian oil-
and gas-bearing basin. Geol. nefti i gaza 9
no.6:22-27 Je
165. (,~9_RA 18-8)
1. Trest KharIkovneftL-,bgazrazv-edka i Ukrainskiy
fillal
Vsesoyuznogo nauchno-issledovatel'-.skogo
instituta pr':_rodi.,cgk)
gaza.

VOLKOV, Pavel Pavlovich; DANIIDV, Grigoriy Nikolayevich;
--CHEHffAKffjrMg_-
joaakovich; VRUBLEVSKIY, A*V*y lnzho-podpolkovnikj,
redoj MONIKOVA,
i.-N-.-U
[Problem zanual. on electrical engineering] Zadachnik po
elektro-
toUnike. Izd.2., perer. Moskva, Voen. izd-vo, M-va obor.
SSSR,
1961. 309 p. (MIU 14s10)
(Electric engineering--Problem., exercises, etc.)

CHERRYAKOV.-, -., -..- - -
The HSU-2 two-range electronic level indicator.
Priborostroenie
no.9t28 S 163. (MIRA 16:9)
(Level indicators)

CHERNYAKOV., A.T.
Determining the electrical resistivity of beds of small and
medium thickness from standard electric-logging diagrams.
Geofiz. razv. no. 15:152-156 164. (IMA 17:7)

r4PZMAKGVP- E,1. ,
4- -.~ I ~
Radiation from a beam moving above a diffraction
grating on a
shielded dielectric* Izv.vys.uoheb.zav.; radibfiz, 8
no,10.1932--
195 165. (MIRA 18:6)
1. Khar'kovs1'LY institut gornogo mashinostroyeniya,
av-tomatiki i
vychislitallnoy takhniki.
a

TOOVICH, V.G. t KillZBORODOV, .1).; SOLOIEVICH,
Ye.A., VIElYTIS, Itl_
.S.,
PAT4011,F BELYA)EV, A.N.~ ALADIIII, 0.1.
VOROBIEV, A.I.,-, PRCKOICIYEV, Y-i.*V.j
KIIZIMIN, A.V. MIDONIS, V `07 IN A.V ve. i
DOBROSLAVSKI",', V.L,; TFCC)i.,Ili,V~ Yc;.V.i DRYACMN
KCROIEV, V.F., KERINCIVi N.b,; PYKIN,
It or:! I 1,2-c-ii m .11 11 i j r n-,.
IC'3 165.

L L4Zj4=g_ EWT(l) GG
ACC NRI AP6011919 SOURCE-CODE: UR/0141/66/009/00;Z/0341/0350
AUTHOR: Tret'vakov, 0. A.; Chernyakov, E. L. Sheotopalov, V. P.
ORG: Khar'kov Institute of
Engineering (Khar'k9vokiy
vychislitel'noy tekhniki)
,-Mac-hine-Construction, Automatics, and Com
gornogo rnashinostroyeniya, avtomatiki i
JITLE: Theory of the Smith-Purcell effect
I
~'SOURCE: IVUZ. Rad.iofizika, v. 9, no. 2, 1966, 341-350
TOPIC TAGS: electromagnetic wave, electromagnetic wave
generation. diffraction
grating , electromagnetic radiation, reflector diffraction
grating, electron beam
ABSTRACT: Previous authors' works (e.g., Zh. T. F. , v. 36, 34,
1966) established
a strong dependence of the iniensity of electromagnetic -wave
radiation on the width C
mqtal strips that form the grating. The present article
investigates the electro-
m~knetic-wave radiation by a modulated electron beam traveling
over a reflecting
difiraction grating. The radiation energy characteristics of
this grating are
compared to those of a strip-type grating and a grating formed
by rectangular-cross.
Card 1 /Z UDC: 621. 371. 167

L 41756-66
ACC NRt AP6011919
section bars. The effect of the grating profile on radiation is
analyzed. Optimal
parameters of the beam and the grating are determined for the
case when the effects
of the space chaige and reaction (influence of radiation on the
beam) are neglected.
It is found that: (1) With a specified current, the electron
beam must be as thin as
possible and must be kept as close to the grating as possible;
(2) The diffraction-
grating profile has an important bearing on the radiated power
and the directional
patterns (3) The radiation caused by a nonmodulated electron
beam is noncoherent:
the degree of coherence can be controlled by modulation. Orig.
art. has: 6 figures
and 36 formulas.
SUB CODE: 20. 09 / SUBM DATE: 30Jun65 / ORIG REY: 008 / OTH
REF: 004
Card

26468
-Aq. I 15"0 S/177/60/011/002/003
D219/D302
AUTHOR: Chernyakoy, I.N. Major of Medical Services,
t-a-ncT1-a-a-fe_'_GF -Medical Sciences
TITLE: The effect on the blood circulation speed of
breathing rarified air and oxygen at increased
pressure-at high altitudes
PERIODICAL: Voyenno-meditsinskiy zhurnal, no. 11, '1960~ 68 -
70
TEXT: The purpose of the report was to fill a gap in
literature.
28 experiments were performed with 8 healthy men, 20 - 22 years
old, at altitudes of 3.000, 5,000 and 7,000 meters. The circu-
lation speed, respiration and heart rates, blood oxygen satur-
ation and arterial pressure were measured. The initial circu-
lation rate of subjects varied from 5 - 7 secs; the slower the
pulse, the faster the blood speed. The specific nature of anv
changes varied with h6ight and length of exposure to a partic'-
cular atmospherelbut there was a general tendency for the cir-
culation speed to increase with altitude, the greatest increase
Card 1 / 3

26468
S/177/60/011/002/003
The effect on the blood... D219/D302
at 5,000 m., being accompanied by increased heart rate and low-
ered oxygen saturation. Physical work (15 squats a minute) had
the same effect although in one experiment the circulation speed
fell, while the heart rate rose to 102 a minute (normal:66)
show-
ing chat intense muscular activity may overload the cardio-vas-
cular system by aggravating oxygen hunger. Analogous results
were obtained at 7,000 mt the blood oxygen saturation fell to
71 - 72%., circulation rate reached 3.6 secs, in the first 2 -3
mins. bu+j then slowed down. This slowing in states of gross
oxygen defdciency results from weakening of the heart and loss
of vessel tonus especially in the peripheral circulation. As
regards the effect of inspiration under pressure, the autll-.or
opened the discussion by general references to the work of A. G.
Kuznetsov, G. V. Altukhbv, P. N. Ivanov, D. I. Ivanov, G. G.
Stur*aa, and V. C. Gurfinkell. He then reported that in his own
experiments, using labelled KKO-3, he found that in 10 cases
out of 22, circulation speed increased slightly, in 7 was un-
Card 2/ 3

26468
S/177/60/011/002/003
The effect on the blood... D2-19/D302
changed and in 5 slowed down ( to 7.5 - 11 sees.). Moreover
slowing occurred usually towards the end of 11-he
experi,-,.ent 65
26 mins.) by which time the subjects' condition had deterior-
ated markedly with pallor, rapid pulse (108 - 126/min.) and
occassionally bradycardia. The experiment was then discontin-
ued. Return to ground level conditions caused a fall in cir-
culation speed with restoration of initial. cardiac frequency.
This also occurred at 5,000 m. when breathing rarified air.
SUEMITTED: May, 1960
Card 3/3

279b)i
S/177/61/000/009/002/002
D264/D303
.AUTHORS: ~sivilashvili, A.S., Lieutenant Colonel, Medical
1,0rDS, and Chernyak-ov, I.N., Major, Medical Goi-ps,
and Candid~it_eof 1,T6dica1__Yc_iences
TITLE: The effects of explosive decompression on animals
and man
PERIODICAL: Voyenno-meditsinskiy zhurnal, no. 9, 1961, 65-69
TEXT: The authors analyze and collate the findings of western
researchers on the effects of explosive decompression on man and
animals. Points covered are; the boundary between slow and explo-
sive decompression; the general and local changes due to explosive
decomDression (retarded respiration, bradycardia, a drop in arter-
ial pressure, damage to the gastrointestinal tract, external
traum-
as); individual resistance to decompression; means of protection,
etc. The authors conclude that, under explosive decompression,
there occurs a marked increase in the pressure and volume of body
Card 1/2 L~~

2794
S/177/61/000/009/002/002
The ef'fects of exDlosive decompression ... D264/D303
cavities containing gases and air, which may cause
morphological
lesions. The most marked lesions occur in the lungs, their
extent
depending on the physical parameters of the pressure drop,
the pre-
sence of protective devices, the state of the respiratory
tract and
the subject's physical constitution. They also point out
that re-
search so far has somewhat neglected two aspects: reliable
means
of protection against explosive decompression, and the
effects of
decompression on men wearing various types of
oxygen-breathing
apparatus.
Card 2/2

CHERNYAKOV9 A*Hso inzh.; OGUROX, I.A., inzh.
Improving the technology of heating, banding, and
drying beechen
parts. Der.prom. 7 no.3:19-20 Mr '58. (MIRA 11:4)
l.Llvovskaya fabrika gnuto3r mebeli.
(Ivov--Chairs)

SHESTopALOV, V.P., SLYUSARSKIT, V.A., ANDRUMO,
S.D-~--CEHUMKOV' E.I.
Electromagnetic waves in a spiral wave guide with an
anisotropic
.dielectric. Zhur. tekbn. fiz- 30 no.6:644-652 Je
16o.
0(M 13: 8)
1. Kharikovskiy gosudarstvennyy universitat im.
A.M.Gorikogo.
(Electromagnetic waves)
(Wave guides)

ZA2-1720-6S---1M W H(c)
F 140. Mni PX600487.r'-~ SOURCE CODE: UR/0057/GG/036/001/0033/0018'
AIM101t: Trottyakov, OOA.9, Chernyokov, R.I.; Shostopalov, V.P.
ORG: ,Khnrllcov InstIitute of Mining Machire Co nstruction,
Automation, nnd Computkus"-."
.'L.Tochnaloin? ( inrIkovskiy institut gornogo mnshinostroyenlynt
nvtomntiki-l-
vychislitellnoy tekhnikl).
"Tiz: Riltantion of elect romagna tic waves by an electron sheet
moving above a
oiff rncii(;n grating
1.10URCE: Z.11urnal tekhnicheskoy fi ziki, v. 36, no. 1. 1966, 33-38
TOPIC TAGS: diffraction grating, electron be.-vm, electromagnetic
rndintion,
eloctroningnetic wave diffraction
ABSTRACT: The authors discuss the radiation of an infinite plane
shoot of electrons
movingat constant velocity pnmllel to n plane diffraction grating.
The grating Is
assumed to consist of an infinite sequence of infinitely long rods
of rectangular
section with their axes in the x-y plane and parallel to the x axis
of a rectangular
Cartesian coordinate system xyz. The dimensions of the rods are
assumed to be 2(L
in the y-direction and 2h in the z direction, and the rods are
assumed to be separated
by the distance 2d, so that the grating constant is L. The electrons
are assumed to
move in the plane z = p with constant velocity in the y direction,
and --U,he density of
the sheet is cssumed to be proportion to exp(i(ky ft)] where I is
the imaginary
UDC: 538.561 1
CarA 1/2

ACC NRt AP6004875
Unit, It and f are constants, and t.is the time. The wave radiated by
the electron
sheet is diffracted by the. grating. The diffracted wave is expanded
in a series of
pnrtial waves and an Infin"ito set of linonr oquntions is derived for
the expnmiion
coefficients. These equations wore solved with the aid of a computer
for different
values of the grating parameters, Poynting's vector was calculated
for the ease that
only a single diffracted wave is radiated approximately normally to
tho.grnting, and
the results are presented graphically. The calculations were checked
by comparison
with,those of Z.S-Agranovich, V.A.Marchenko, and V.P.Shestopalov
(ZhTF, 32, 381, 1962)
for the case h = 0. Xt, Is shown that the maximiun power is radiated
when L/d is
approximately 5, that resonant increase of the radiated power occurs
when 2h is a
multiple of half the wavelength, and that the radiated power
Increases rapidly with
decreasing distance between the electron sheet and the grating. Orig.
art. has: 20
formulas and 4 figures.
SUB ICCDE: 20/ SUEM DATE-. O3Uar65/ ORIG REP.- 003/ OrH FW; 003

4CC NR' AR7000888 SOURCE CODE: UR/0058/66/000/009/HO25/HO26
AUTHOR: Chernyakov, E. L; Tx-etlyakov, O.-A. Shestopalov, N. P.
TITLE: Theory of the Vavilov- Cherenkov effect for the motion of
electron
fluxes above a complex interface
SOURCE: Ref. zh. Mika, Abs. MIN
REF SOURCE: Radiotekhnika. nesp. mezhved. nauchno-takhn. ob.,
vyp. 1, 1985,
142-148
TOPIC TAGS: electron flux,. electromagnetic wave, Vavilov
Cherenkov effect,
vacuum dielectric boundary, electromagnetic wave radiation
ABSTRACT: The problem of electromagnetic wave radiation by a
plane mono-
chromatic electron flux moving above an infinitely long ribbon
grid placed on the
vacuum -dielectric interface is investigated. It is shown the
infinite system of
equations determining r'adiation field partial wave amplitudes
can be reduced of
a system which may be conveniently solved numerically by a
computer. General
conclusions are obtained on radiation field frequency, which is
determined by the
Card 1 / 2

_kCd_k k- -A R 166-0 Ik8
modulation frequency of the beam, and on the radiation direction
which forms a
discrete spectrum analogous to a diffraction spectrum. N.
Ehizhnyak. [Transla-
tion of abstract] [DW]
SUB CODE: 2
0/
Card

13i?5_66 M(l)/EbT(l) AT
ACC NR: AP5028293 SOURCE CODE, UR/0022/65/018/005/0090/0096
AUrHOR:. Baregamyan, V. A.j Tietlyakov, 0. A.; Che akov, E.- I.;
Shestopalov,
~:ORG;. Yerevan State Uhi~ersitv (Yerevanskiy gosudarstvennyy
univer-sitet); Kharkov
.,.;Institute of Mini
M Qgy,(Khar1kov
EE~ylnstitut gornogo, mashinostroyeniya, avtomatika i vychislitellnoy
tekhniki)
-V) t/ q
TITLE: Radiation from a stream of electrons moving parallel to a metal
grid locat-.
ed on the,edge of a uniaxial crystal of finite thickness
SOURCE: AN-ArmSSR. Izves#ya.,Seriya fiziko-matematicheskikh nauk,
v.18, no. 5,
~1965, 90-96
TOPIC.TAGS: partidle physicsq electron radiation% dielectric material,
electron
beam
ABSTRACT:.',The authors givlea strict solution for the problem of
radiation from a
beam of electrons moving 6bove the surface of an anisotropic
dielectric of finite
thickness.with a grating. It is assumed that a grid made up of metal
bands is ap-
plied to one of the surfaces-of.a plane-parallel layer of anisotropic
dielectric
Card 1/2

FAVER, G.L.; KOROLEV P.A., kandidat meditsinskikh nauk,
direktor; CHIMAKOV,
G.A., ispolnyayushchiy obyazonosti glavnogo vracha.
Zffect of magnesia solutions of penicillin upon the culture
of staphylocoo
cus aureus; author's abstract. Zhur.mikrobiol.epid.i im"in.
no.2;53 F 153.
(MLRA 6:5)
1. Krymskiy institut apidemiologii i mikrobiologii (for
Korolev). 2. Ni-
zhegorskaya rayonnaya bollnitsa (for Chernvakov).
(Penicillin) (Staphy-
lococcus)

CIEMAKCA13, G.A., mayor mditainakoy s1lizhby
Clinical epidemiological evaluation of the treatimnt of
patients fol
lowing dysentery and antercoolitia. Vorn.-med. z'hur.
no.6Y40-42 ILI.
(YaRA 18TO

e, - L x C ~-. ~' S 1,
F=ROV, V.I., inzhener; CHEMAKOV, inzhener.
Experience in using aerial photogrpphy in surveying
highways.
lvt.dor. 19 no.12:18,20 D 156. - (MIRA 10:10)
(Roads--Surveying) (Aerial photogrammetry)

CHENYAKOV. G.S.. insh.. SBMOVSKIY. A.A., InEh.
Bev reouiremants concerning the precision of
topographic and
geodetic work in surveying highways. Avt. dor. 21 no.
7:12 Jl '58-
(MIRA 11:8)
(Roads--Survoying)

NOSKOVY G.S.; CM~G ~
Raise road design to the 1#vel of modern problems.
Avt.dor. 26
no.4sl-3 Ap 163. (Roads-Design) . OURA 16 -.4)

TSIVILASHVILI, A.S., podpolkovnik meditsinskoy
sluzhby; CHEPNYAKOV I N.P
mayor meditsinakoy sluzhby, Imnd.med.nauk --:~
Influence of explosive decompression on the animal
and human
body (as revealed by foreign studies).
Voen.-med.zhur. no.9:65-69
S 161. (MIRA 15:10)
(DECOMPRESSION SICKNESS) (AVIATION MEDICINE)

YXMIIN, A.V.; CHHUYAKOV. I.N.
"---XMN
Regulation of respiration and blood circulation in
somnolent states.
Fiziol.zhur. 42 no.7:541-545 J1 156. (MMA 9:10)
1. Kafedra fiziologii voyennogo truda
Voyanno-maditsinsko7 akademii
imeni S.R.Kirova, Leningrad.
(REFLEX, CONDITIONED,
conditioned cerebrocortical hypnosis. eff. on
pneumogram
& plethvemogram (Rua))
(RESPIRATION, physiology,
eff. of conditioned cerebrocortical hypnosis on
pneumogram (Rue))
(PIXTHYSMOGRAPHY,
eff. of conditioned cerebrocortical hypnosis (Rus))
(HYPNOSIS, effects,
conditioned cerebrocortical hypnosis on pletbyrmog-ram
& pneumogram (Rua))

VAK~R, 14.1., kand.med.nank, pod-polkovnik moditainakoy
sluzhby; AGkDZHANYAII, N.A..
kand.med.nauk, mayor meditsinskoy sluzhby; CHNRNYAKOV,
I.N.,-kand.med.
nauk, laipitan neditsinakoy sluzhby
Changes in blood oxygen at high altitudes and their
relation to
the effectiveness of a apace suit. Voen.med.zhur.
no.5:29-32
14Y '59. (MIRA 12:8)
in blood,
at high altitudes, off. of effectiveness of
space suit (RUB))
(ALTITUDE, off.
on blood oxygen, off. of effectiveness of
space suit (Rus))

ACC_NRI AP50274?,5-- SOURCE CODE: UR/O,'
AUTHOR: Popkovj V. L. (Mo-scow); awnjak9y, I-, N. (Moscow)
ORG: none
TITLE: Blood oxygen and C02 tension in dogs under excess
pressure at high altitudes
SOURCE: Byulleten' eksperimentallnoy biologii i meditsiny, v.
60, no. 10, 1965,
20-23
TOPIC TAGS: ov&r,, Xi) 4ro_tR., chamber, JPIA_r~"? hypoxia,
ABSTRAM Oxygen tension (p02) In the arterial and venous blood
of dogs under
conditions of,excess intrap.ulmonary pressure and high
altitudes was determined
polarigraphically. The PC02 and pH of the blood were also
recorded. The experi-
ments showed that when dogs are "elevated" to an altitude of 4
km in a pressure
chamber, P02 drops from 87 to 52.5 mm Hg in arterial blood and
from 49 to 38 mm
Hg in venous blood, producing a hypoxic condition. However,
"elevation" to 10 km
with substitution of 100% oxygen for air restores the P02 of
arterial and venous
blood almost to normal (90 and 48.4 mm Hg). "Elevation" to 20
km with excess
pressure (oxygen ma k-) respiration giving an absolute
intrapulmonary pressure of
150 mm Hg reduces arterial and venous pO2 to levels observed
with 4-km "elevation
breathing air. Increasing the intrapulmonary pressure to 200
mm Hg restores P02
to,initial sea-level values (86.3 and 49.4 mm Hj). It was
found that PC02 tends
Card 1/2 UDC: 12.23-06:612.223.2