SCIENTIFIC ABSTRACT M.P. CHERNYAYEV - V.I. CHERNYAYEV

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000308620012-9
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 12, 2000
• Sequence Number: 12
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

CMMUUV, M.P.; BARMN, G.S.; NIKITIN, A.K.;
MOKRISHCHEV, K.K.
Nikolai Ni.khailovich Neetorovich; obituary.
Usp.mat.nauk 11
no.4:117-118 Jl-Ag 156. (HLRA 9:11)
(Neatorovich, Nikolai Mikhailovich, 1891-1955)

SOV/44-58-4-3194
Translation from: Referativnyy zhurnal, Matematika, 1958,
Nr 4, p 120 (USSR)
AUTHOR- Chernyayev MeP*
TITLE4 "_~~~~~Ohasles
The , Modified by Professor V. Ya
Tsinger, of the Construction of a Plane Curve of the
Third Order by Ten Given Points (Metod M. Shalya,
vidolzmenennyy professorom%Ya Tsingerom., postroyeniya
ploskoy krivoy tretlyego poryadka po devyati dannym
tochkam)
PERIODICAL: Uch. zap. Rostovsk.-n/D. gos. ped. in-ta, 1957,
Nr 4. pp 35-41
ABSTRACT: Certain known theorems are examined as, for
example:
If through four given points a bundle of acnics is drawn and
through a given fifth point a bundle of straight lines pro-
jective to it is drawn, then the geometric locus of points
of
the intersection of the conics with the corresponding
straight
lines will be a curve of the third order which passes
through the
.five given points.
V.A. Manevich
Card 1/1

CMNYAYP,--H.P-r7 profp otv. red.; AVDEYEVp N.7a.p dotsp
red.;
fOLYAKOVp A.N., dots., red.
(Abstracts of papers read at the Methodological
Conference of the
Mathematics Departments of the Pedagogic Institutes of
the southern
part ofihe R.S.P.S.R.] Tezisy
dokladov.Nauchno-matodicheskay kon-
ferenteii matematicheskikh kafedr pedagogicheskikh
institutov iuga
RSFSR, 2d. Rostov na Donup Rostovskii na Donu gos.
pedagog. in-t,
1960. 105 P. (MIRA 15:4)
1. Nauchno-metodicheskaya konferentsiya
matematicheskikh kafedr
pedagogicheskikh inatitutov 3ruga RSFSR, 2d. 2.
Rostovskiy pedago-
gicheskiy instutyt (9" Cbwngapwi Avdoyevv polyakov).
(Russia, Southern-Mathematies)

,019RD~~~~~Ovich-~KOLOBUV, P.G.p otv. red.; NOVIKOV,
A.V.t
red. izd-va; PAVL;CHENKO, M.I., tekbn. red.
(Collection of prdblems in synthetic geometry]
Sbornik zadach po
sintetichaskoi geometrii; uchebnoe posobie dlia
fiziko-matemati-
cheskikh fak4lit9tov universitetov i pedinstitutov.
Rostov-na-
Donu. Izd-vb Rostovskogo univ., 1961. 117 p. (MIRA
21+: 8)
(Geometry)

4
. . IL'
I I ~ . . 4

CIMMAYEV, NA , Engineer
"High-Frequenay Automatic Sterilizer for Processing
Agricultural Products." Thesis
for degree of Cand Technical Sci. Sub 29 SOP 50,, Moscow last
for the Mechanization
and Electrification of Agriculture imeni V.M.Molotov
Summary 71, 4 Sep 52, Dissertations Presented for DegKees in
Science and Engineering
in Moscow in IM. From Veche U2skva a 1950.

CHVWA,TU,.,-N,D.; FRUNKIN, N.L.
Us: of high-frequency currents in the canning
industry.
[I danli&JMNITOKUE n0-30:449-453 152. (KLRA
8:1)
(Canning industry) '
-)~ bz4ltjl ) S~I-

CHEMAMY, N.D., kandidat tekhnicheskikh nauk.
~_ ;vsm
Ilactrical and physical properties of foodstuffs.
Ref.nauch.rab.
-,:~IIKP no.2:45-51 154. (MIRA 9:4)
(Food--Ilreservation) (Induction heating)
A4 -UALN c-c,. J&S~ )j'J ha fgdr-v, 4)

"Scientific and.- Practical Problems Connected With
Sterilization
and Pasteurization by Hadiation," by M. N. Meysell, Doctor of
Biolog4cal Sciences, and N. D. Chernyayev, Candidate of Tech-
nical lciences~ Vestnik Akademii Nauk SSSR, No 11, Nov 56,
pp 38-,~5
Radiation effects on microorganisms were studied for their
theoretical
value in providing information on the mechanism of the
effects of radiation
on simple organisms, such as microorganisms, and for the
practical value of
this problem since it is the basis for sterilization and
pasteurization
procedures.
The Institute of Microbiology, the Institute of Biophysics
of the
Academy of Sciences USSR, the All-Union Scientific Research
Institute for
Canning and Drying of Vegetables, and a number of other
institutes are
working on the problem of sterilization and pasteurization
by radiation.
Efforts are concentrated on: (1) explaining the mechanism of
the injury
and death of microorganisms and of other organisms under the
effect of
various types of radiation and by various methods; (2)
stucl)-ing the changes
taldng place in the products being sterilized and finding
methods for elim-
inating these changes; (3) determining the harmlessness,
nutritive value,
and therapeutic effect of the products and of medical
preparations ster-
ilized by powerful radiation; (4) constructing rational
apparatus for ster-
ilization by radiatlon;~aud'(5)_developing methods for
calculating doses
of radiation required for sterilization.

To ensure cmplete sterilization fr= bacterial and
spore contam-
inatiorl, and'to decrease the ill effect that
radiation has on milk, meat,
vitamins, especially vitamin B12, vegetables, etc.,
arising because of
radiolysis of water, it is recommended that these
products be sterilized
in frozen condition, in a box containing some
protective or stabilizing
agents. Radiation can be successfully Vsed 'to
sterilize medical in-
struments, and drugs such as antibiotics, protein
preparations, antico-
VZU'=ts, hormones, etc. It may also be used in
surgical operations,
wu.Lca neal quite rapidly after their sterilization by
radiation.
As for pasteurization by radiation, in most cases it
is necessary
olily to check bacterial multiplication or to retard
it, therefore the
-roentgen equivalent physical (r.e.p.) is in the range
of thousands instead
of millions'as the case is for sterilization of
products.

Several roe.pe values are quoted for specific items of
food and drugs.
Practical interest in sterilization by radiation on an
industrial scale
lies in the use of synthetic radioactive isotopes such
as Cobalt-60)
cesium-137, and tantalum-182, vhich possess sufficient
specific activity
from gamma rays and have a long half-life. In
addition, there is the field
of solutions of radioactive isotopes. I
The author concludes by saying that all these peaceful
uses o: radia-
tion as applied to biology, medicine, and the food
industry, require ra-
tional organization of work, centralized planning of
projects and methods
used in a definite field, coordination of the efforts
of various institu-
tions and their departments, and the equipping of the
appropriate in-
stitutes with up-to-date sources of powerful
radiations which are adApted
to treating significant amounts of materials. (U)

KHENHAN. R.6. (Hannan, B.S.); RAYSKAYA,
X.G.ftranslatorl; CHXRMYlVi N.D.
[translator]; ROGACHEY, V.I., kand.tokhn.anuk,
red'.;"'YOYKOVA, A.A.,
red.; OMYSHEVA, Ye.A., tekha.red.
[Sci6ntific and technological problems involved in Wing
ionizing
radiation for the preservation of food. Translated from
the Inglieb]
Hauchnye itakhnologicheskie probleaV primeneniia
ioniziruiushchikh
izluchenii dlia konservirovaniia pishchavykh produktov.
MoBkva.
Pishchepromizdat, 1957. 278 P- (MIRA 11:4)
(Radiation sterilization)

PXAJ3Z I BD09 KXPLDITATION SWAM

Tooooyuxnsya
fteuOhnO
tokhnlchosk&ya ko"orentalys po prl"nonlyu

;
redloaktivay1th I tabillnykh Ixotopov I
izluchonly v narodnom

khogymystve I mawm'
Moscow, 195T

Folushonlye Ixotopov. PoshchnM
gamum-ustanovicl. Radloastriya

I
deaLmetplyal trudy konforentall ...
(Isotope Production.

21gh-stagrgy
Ca~-R&dL&tlan Facilities. Radiametry and
Doti-

tryt TranotetLons, of the All-Union
Conference Ou the Us* Of
:dl
;

.. use lmd 3t&bl* Isotopes and Radiation
In the National
sooncor and Science) Moscow, Izd-va AN SISS
, 1958. 293 P.

5,0W copies printed.

Sponsoring Apnoyt Akademlya nauk SSSR;
Glavw7o upravionlyo po

lopollmovanlyu -
stooncy onergli 333R.

Editorial Roardt
Prolov, Yu.S. (Ron p. Ed.). Zhavoronkov,
X.X.

(Deputy Reap. Ld.). Aglintsev, K.K.,
Alok"Yer, S.A., sochkarOT,

T.T.,
Lashchinskly, X.I., Nalkov, T.P., 31nltsyn,
7.1., and

Popows, O.L. (Secretary); Tooll.
Id.s Ma"chkov, X.D.

PMM=s This collection In
published for scientists, technologists,

persons engaged In medicine or mWdIcsl
research, and Others con-

strued w1th the
production andlor use or radioactive and
stable

Isotopes and radiation.

Coviawas
Thirty-eight reports are Included in this
collection

under three main subject
divIslonst 1) production of Isotopes

2)
bl$b-onargy gamme-redlation facilitisojand
3) riLdl~try and

doolmetry.

TAMA Or COMM$

PART 1. FRGVWTXOX OF ZSO-.CM

PrOLOT, TU.S.,
V.V. Doobbmrov, and To.Yo. KuIL". Devolo, t
of
isotope proftotion in the Soviet Union -
This "port Is a
eneral surve
of
od
ti
th
d
5
on mo
o
uc
g
pr
s,
y
apparatus, raw naterials. applications,
Investigations

SM futuro prospects for radio
isotopes In the Soviet UMIM.

Card 2/12

anbus1*1n, A.V- I.V. VOIn"Onskayal N.C.
Zhirov. V.1.

7-tulovskiX and Yu.L.
X3uwl'nitskly- Laboratory
169
suplollng
_aoaLs K"tters

Z&%ulovskly, V.I. Sources of
Ionizing Radiation for US@
193
In Radiation
ChG1118trY

PortsovsklY. YO.S., A.Y.
"Ibergall. and U.YA. X&rgullt-

A pilot plant
Installation ror the Radiation DIaLn-
200
f'station Of Crain

CAMEM"- N.D.
(;&.*-Radiators for the Proo*rviltiOn Of
-F-Dod uc
206
PART I%%. RADI01WMY AND
D0611MEN T

Adrova. N.A.. X.M. KOtc...yu-N.
Panov. Utilizing Scintilla-
213
ting plastics
to Register fladioactlvo Eml3aloms

Gollb*jc,
O.A.,-d A.$. Vyal'Shln. UsIng Soviet
I*rmanlum
220
Transistors In building
RsdiOmOtric EAulPm*nt

Card 9/12

28(l)
AUTHOR:
TITM
B07"142-2-1-20/22
Volagdin, V.V.
A Conrerenco on Electrical Food
Procemping LothadP
(Nonforeatelys, po 0laktrichcoklm
zotodaz obrabotki
plahcherykh produklov)
PERIODICAL: Izvefttiyn vyvnhikh
jchebnykh Za-denty - rnilot~kh-
niks. 1959, Yet 2, Nr 1, py 1 20-121 (MM)
ABSTRACT: A conference on electricea
food procesaln6 mathodn
Va. hold in Klyev from 7 to 13 October
1958. The
'calerence was organized by the nyerokly
tokhnolo-
Icheskly Inatitut pishchevoy
prozynhlennorti MiR
M
yev Institute of Technology of the Food
Induptry
Ukrmig). The conference comprised a wide
range of
problem@ and the novelty of the Pubject,
caure,1
great interept of workers from
scientific institu-
Tiomp and Induptrial inptallatiors. The
350 dele-
gates came from 60 towns of the MR; 119
partici-
pants were Pont to the conference fro=
vuten and
ientific rezearch i"titutes. At the
conference,
Card 2/5 O.Cre t were delivered and
dircupped,
L_ 10 r1illor",
dea.iing MIS- W. Mi. appLyIng
ele.tF0_A-ra-TM-
fields, direct ourrentj low frequency
currOnto high
frequency current, Infrared and
ultraviolet r"It-
tion, X-ray and gamma radiation for
ProcesoiBg
food productm. Alm* statements wore made
concern-
ing the appli6stion of ultrasound
oscillations in
the food industry, Considerable
attention was do-
voted to the application of TVCh (tok
vyPokoy
chavtoty - high frequon r t) for
toohnologi-
Cal inLrponem, particular for proc;omIng
non-ean-
ductive materiale In an a ectric high
frequency
field, More than 20 r:ports and
statements wore
delivered an this subj at, dealing with
theoretical
ALnd technological problems. For
examples "The
Zlootric&2 Proportion of Soma Food
Products in High
Yrequency Fieldl, by 5.1 Andr:ycv;.v n,
A-
;Ij Xull
tuiphl (Moncow)i ;Act v a a Food Pro-
% by L,.XL_EaVl0V MiYev)l "The Eltatrical
Properties of XrrkW-bY (Lenin-
Card 2/5 grad)i -A ContinuouP Automatic
High Frequency
Fruit Conperve"
an a Conveyer* by Cher LTAy (110,cow)l
"The
1;n
Defropting of Spice Frequency Cur-
rents- by V.N. Podeavalov (Antrakhan)i
-,ho HIgh
Frequency I_oT1rn_&--6r =Eectrically
Necked Fish* by
-A - and - Ali in and Lg_y&vj2x
(X!.yev)-.
.T'he TectLXntf4og'lcallPec&ullarltlea
of Processing
Sausage Products by High Frequency
Currants" byJL-
,X,AhjahXjn&jjoacow). At the conference,
the fol-
lowing reports were board with great
Interest and
war. discussed in detail: -The
Application of In-
frared Heating for Drying of
Confecttoa~ry Pro-
ductsm 1 019 _B8_124t tpkly (RIGA)i IThe
Tochno-
nholen 0~e
~ the
logical rInc p en 0l the Hot Electrical
Piph Smok-
ing ProceenP by 4,1. amd and X-.P.
-Inumor (Kiyov)i "A Be- Pimb ProcerrIne
Technology
iZne Procearing of Sardines nni Sproto
With the
Application of Infrared Light.and
Smoking Liquid"
1.rd 3/ by jj_jnvAbA.= (Nonce-) 1 IT a
VUI1KOP Experimental
P. Equipment for roniz-ation Proco~ping
of Food Prolucto
----by (Moncow); and *An Iwe-j~tlgntion
of the Popsible Application of
Radloact.1-to Radio-
tion for Preserving the Albuzinouo
Rcaidjr of Into-
pmentary Whale Pat' by 3.1. Teyp'_,j_-
(Leningrad).
Le~ingradokly elektrotekh';Iche~kiy
(_,:~
_1z
CA
it,
imeni
-ASsOCIATIONs
V.I. Ullynnova (Lenina) (Leningrad
Inrtitutl of
Electrical Engineering imeal V.r.
Ullyanoy (Lenin))
suBUMEDi November 3. 1950
Card 5/5

S/081/61/000/022/006/076
B102/B108
AUTHORS: Mironovs, N. N., Chernyayev~ N. P~
TITLE; Study of the reactions of Ce(OH) 3 and La(OH)3 formation
by
potentiometric and conductometric methods
PERIODICAL: Referativnyy zhurnal. Khimiya, no. 22, 1961, 46,
abstract
22B316 (Tr. po khimii i khim. tekhnol. (Gor,kiy), no. 3,
1960, 456-463)
TEXT: The following systems were examined by potentiometric and
conducto-
metric titration: Ce 2(SO4)3 (I) - NaOH - H 20; 1 NE4OH - a20;
I - NH 3 - H2 0; CeCl 3 -NaOH - H20; CeCl 3 - NH3 H20; La2(SO
4)3 (11)
XaOH H20; 11 - Na4OR - H20; 11 - NH 3 - H2 0; LaCl 3 -NaOH -
H20;
LaCl 3 NH 3 -H2 0. It is shown that the sulfates of Ce and La
tend to
forming basic salts more readily than their chlorides. The
composition of
the basic salts of Ce and La was determined. The results ~f the
determina-
tion of the composition of the precipitates are compared to
data obtained
Card 1/2

Study of the reactions of ...
5/081/61/000/022/006/076
B102/BI08
[Abstracter's note; Complete translation.]
1~
---
from solubility experiments~
Card 2/2

s/osi/61/000/023/004/06'.
B108/B147
AUTHORS: Mironov, N. N., Chernvayev, N. P.
TITLE. Study of the reactions of Ce(OH) 3 and La.(OH)3
formation by
measuring the apparent volume of the precipitates
PERIODICAL: Referativnyy zhurnal. Khimiya, no. 23, 1961, 46,
abstract
23B329 (Tr. po khimii i khim. tekhnol. (Gorlkiy), no, 3,
196o, 464 - 469)
TF,XTs The systems Ce 2(SO4 )3 - NaOH - H 2 0 j CeCl 3 - NaOH
- H 2 0 ; La2 (so 4)3
- NaOH - H,20 i LaCl 3 - NaOH - H 20 have been studied by
measuring the
volumes of the precipitates. The compositions of the basic
salts of La
and Ce in these systems have been determined. It is shown
+that it is
possible to extract La and/or Ce if the molar ratio OH ; V ia
properly
chosen. The results are compared to data obtained in the
study- of the
solubility by means of potentiometric and conductometric
methods.
[Abstracter's note: Complete translation.]
Card 1/1

S/081/61/000/022/007/076
B102/B108
AUTHORS: Mironov, N,. N., Chernyayev, N., P,
TITLE: Study of the i~eactions of Ce(OH)3 and La(OH) 3
formation by
physicochemical analysis of the nitrateB
PERIODICAL, Referativnyy zhurnal. Khimiya, no. 22, 1961, 46,
abstract
22B317 (Tr. po khimii i khim, tekhnol~ (Gor'kiy), no~ 39
1960, 470-4 76)
TEXT: The following systems were studied by potentiometric and
conducto-
metric methods: La(NO 3)3 (1) - NaO - H2 0; Ce(NO3)3 (11) -
NaOR - H 20;
I - NH4OR - H 20; 11 - NR4 OH - H20; I - NH 3 - H20; Ce(No 3)3
- NH 3 - H20~
and, by measuring the apparent volume of the precipitates, the
systems:
I - KaOH - H 20 and II - NaOH - H20. The compositions of the
basic salts
and the La and Ce hydroxides in these systems were determined.
An
analytical determination of La and Ce from nitrate solutions
was found to
be possible by potentiometric and conductometric titration of
NaOH; their
separation is also possible at the proper molar ratios of OH- :
M+, The
Card 1/2

Study of the reactions of ...
S/081/61/000/022/007/076
B102/B106
results of the determination of the precipitate composition
were compared
to data obtained from solubility determinations. [Abstracter's
note:
Complete translationJ
Card 2/2

S/076/60/034/05/26/038
B010/BO03
AUTHORS: Vyakhirevp D. A., Chernyayev, N. P., Bruko Ao Io
TITLE. Effect of the Experimental Parameters on the Chromato-
graphic Separation of Substances in the Gaseous and Vapor
Phases. III. Effect of the Structure of Silica Gel on the
Separation of Gaseous Hydrocarbon by Volumetric
Chromatography I
PERIODICAL: Zhurnal fizicheskoy khimii, 1960, Vol. 34, No. 5,
pp. 1096-1103
TEXT, The authors investigated the effect of the structure of
silica
gel on the separation of gaseous hydrocarbons, thus evaluating
the
efficiency of separation by the difference in the adsorption
heats of Pr
the components and the criteria of separation X, and K2 (Ref.
5). A
pyrolytio gas (10% H2, 40% CH4' 12% C2H6, 20% C2H4' 2% C3H81 12%
C06,
2% C010, and 3% C44) was investigated, however, only the
separation
of the pair C2H6 - C2H4 was examined. Zo Po Kuzuetsovav
Laboratory
Card 113

Effect of the Experimental Parameters on the
S/076/60/034/05/26/036
Chromatogra,hic Separation of Substances in BO10/B0O3
the Gaseousland Vapor Phases. III. Effect of
the Structure of Silica Gel on the Separation
of Gaseous Hydrocarbons by Volumetric
Chromatography
Assistant, participated in the experiments. A device
described in
Ref. 6 was used, which renders chromathermographic and
elution tests
possible. Two series of silica gel served as samples; one
was prepared
by 1. Ye. Neymark's methodp and the other was treated with
hydrochloric
acid and aftertreated with 0.1 N of KOH. In addition to the
lattt~r
(MSM) silica gelso also non-treated MCK(MSK) and
1,r!.",-(MSM) silica-gel
samples were examined. The authors determined the
structural charac- 1411
teri8tics (Tables 192) by a method of B. A. Lipkind. The
authors found
that a better separation can be obtained by increasing the
specifio
surface and reducing the pore diameter of the silica gel. A
comparison
of the adsorption isothermal line of butane (Figs. 192) and
the
adsorption coefficients G derived therefromg the maximum
adsorption z,
and the ratio G/z reveals that less convex adsorption
isothermal lines
vere obtained on MCtl(MSM) silica gel treated with H01 and
aftertreated
Card 2/3

Effect of the Experimental Parameters on the
S/076/60/034/05/26/038
Chromatographic Separation of Substances in BOIO B003
the Gaseous and Vapor Phases. III. Effect of
the Structure of Silica Gal-on the Separation
of Gaseous 11ydrocarbons by' Volumetric
Chromatography
with 0.1 N of KOH. This treatment lowers the adsorptive
capacity of
silica gel (Table 3) since the pore diameter is enlarged and
the
specific surface reduced. Thus, the authors succeeded in
avoiding a
polymerization of unsaturated hydrocarbons (propylene and
butylene) v4'
whichf however, takes place with untreated silica gel. Table
4 lists the
values of &G and KI for ethane and ethylene of the various
silica-gel
samples. Finally, the authors thank Professor A,.A.
ZhiikhovitBkiv for
his interest in the present investigation. There are 4
figuresp 4 tables,
and 10 references: 7 Spviet, I German, i Czechp and I
American.
ASSOCIATION: Gorlkovskiy gosudarstvennyy universitet im. N. I.
Lobaohevskogo (Gor'kiX atilte University imeni N. 1.
Lobachevski )
SUBMITTED: July 22, 1958
Card 3/3

MII~qNOV, N.N.;_CHERNYAYEVE_N.P.
Investigatinp the formation of cerium hydroxide.
Zhur.pgorp.khim.
6 no.9:2i63*2172 S 161. (KM 14-9)
(Cerium bydroxide) I

MIRONOV-i N ON.; CHERNYAYEV, N.P
lbvestivating the formation of lanthanum hydroxide.
Zbur.neorg-
6 n*o.9:2173-2179 -5 161. (MIRA 14: 9)
(Lanthanium
hydroxide)

CHERNYAYEV N.P.; MIRDNOVP N.N.
- -, -- .... Z. I
Some properties of basic salts and hydroxides of
lanthanum and cerium.
Trudy po khim.i khim.tekh.'no.1:90-98 163. .(MA 17:12)

BOYENKO, I.D., prof., red.; 1ALMLOV, U.G., otv.
red.; YROITSKIY,
S. F. , zam. otv. red. ; YOZWV, , V. A. . red. i
GIMKINUY EV, ".. V.
red.; KODOPM, G.M., tekhn. red.
(Treatment at the health resorts of
Transbaikalia3Lech6nie na
-kurortakh Zabaikallia; sbornik
nauchno-prakticheskikh rabot.
Pod obshchei red. I.D.D'ayenko. Chita, TSentrl
k-urortnoe upr.
Profsoiuzov, No.2. 1960. 162 p. OaRA 15:12)
1. Naucluio-praktichoskaya kori-forentsiya vrachey
sanitarno-
kurortrykh uchrezlideniy Chitinskogo
torritorialtno;:o upravle-
niya kurortov, sanatoriyev i dor-ov otd-.ykha. 3d,
Darnisun, 1959.
2. Zaveduyushchiy kafedroy normalinoy fizioloL-,ii
Chitinskogo
gosudarstvennogo meditsinskogo instituta (for
Boyenko). 3. Za-
veduyushchiy kafedroy patologicheskoy fiziologii
Chitinskogo
gasudarstvennogo meditsinskogo instituta (for
Koz1ov).
(TMiSBAIKALIA-H=#TH IiESORTSY WATERIM-PlACES, ETC.)

/ ~- -,2 /j/ , ,q 1,-/E 6-/-:?
~? , / y
(
YEFRUOV, I.; CHERNYAYXV, P.
Shortcomings In the planning and construction of flour mills.
Muk.-elev.
prom. 22 no.9:19-21 S 156. (MLRA 10:8)
-1.11achallnik Rosglavmuki (for Yefremov). 2. Direktor Tullskogo
mallnichnogo kombinata (for Chernyayev)
(Flour mills)

CHEMAYEV. P.
Using grain cleaning waste for animal feed. Muk.-elev.
prom.27
no.6:23-24 Je 161. (KM 14:6)
1. Direktor Tul'skogo mellkombinata No. 1.
(Grain-Cleaning)
(Feeds)

CHERNFAYEV.,
The grain milling combine of Tula is an enterprise of
communist
labor. Muk.-elev. prom. 28 no.2:11-13 F '62. (MM 1.5:3)
1. Direktor Tul'skogo mel'nichnogo kombinata No.l.
(Tula--Grain milling)

BUVAYLOJ, V..;_~q~A~YEV~.; SHOKHOV, K.
In-honor of the 1+5th anniversary of the Great October.
Collectives of
communist labor of the Novowskovsk and Tula Milling
Gombines and the
Omsk Groat Plant,, Muke-elev. prom.-28 no.11:3-6 N 162.
(MIRA 16:2)
1, Direktor Novomoskoyakogo mellnichnogo kombinata (for
Buvaqlo)o
2. Direktor Tul'skogo mellnichnogo kombinata No.1 (for
Cherwjwv).
3. Direktor Omskago krupozavoda (for Shakhov).
(Flour mills)

1- ENG., CI=OBROVOV, 14. V., ELNIIII., CORNYAY-EV, P. D. 1-71G.
2. 'uTS3R (600
4. I-Plectric Lines
7. Blocking relay f or iMroving the protection of 'I,on'L~ 220 KV
transmission lilies.
23, no - I C, 19 5~
Elek. Sta. r-
9. Monthly List of Russian Accessions, Library of Congress,
Febr)j=. -1953. Unclassified.

C-~)eeny.q NO V'I"11,
~x
13VOVICH, M.A., inzh.; CHMIYAYNV, PpP.I.)~4wh.
More about the effectiveness of gas relay protection.
Blek.sta.
29 no.1:86-87 Ja 158. (MIRA 11:2)
(Electric transformers)

_,-~~TMSPOL,ISKM,Iouif Grigorlyevi6h; KiWGIN, Igor'
Vlmllmirovlch;-GMlQR7-
P.N., red.; DIZEVJR,-I.M., red..-.izdva; IAVROOTA. N.B.,
tekhn. red
[Efficiency experts and innovators at the No.1 Oclassa.Ship
Repair-
ing Plaut] Patsionalizatory i novatory Odeaskog'o
sudoremontnogo
zavoda no-1. Noskra, I2d-vo "Morskoi transport." 1958. 59 pi
j3hips-Maintenance and repair) (KIR& 1U7)

SAZONMOT. Pavel Illich; KOWTAKIN, B.N., red.;--CHERHUYET.,
P.N., rea.:
UVRENOVA, H.B,,- takhn.red.
[Repair of ship mechanisims] Remont sudovykh makhanismov.
Moskva, Isid-vo "Morskoi transport," 1959. 249 p.
(3hipB-Mainteuance and repair) (min 14:2)

6(4)
SOV/112-58-3-5027
Translation from: Referativnyy zhurnal. Elektrotekhnika, 1958,
Nr 3, p 238 (USSR)
AUTHOR: C4er-ayayev-r-R-T-N-.
TITLE: Graphical Experimentally Based Method for Determining
Ship-Radar
Maximum Detection Range (Graficheskiy metod radiolokatsionnogo
opredeleniya maksimallnoy dallnosti obnaruzheniya sudov,
osnovannyy na
eksperimental'nykh zavisimostyakh)
PERIODICAL: Tr. Tsentr. n.-i. in-ta morskogo flota, 1956, Nr
6, pp 3-22
ABSTRACT: The importance of the radar maximum detection range
in navigation
is considered. The maximum-range formula is analyzed with
allowance for
Earth curvature, antenna heights, and radio-wave propagation
over the sea
surface. A method for plotting range diagrams needed to solve
graphically the
general radar equation is described. However, all ab'ove
methods do not give
sufficiently accurate solutions because of the difficulties
involved in determining
the effective scattering surface of the sea target. A new
method is suggested
Card 1/Z

6(4) SOV/112-58-3-5027
Graphical Experimentally Based Methodfor Determining Ship-Radar
Maximum . . . .
for determining the maximum range which uses experimental
scattering
characteristics of the target depending on its distance from the
radar, The
'radar equation is presented in the form U(R) - i(R), where j(R)
is an
equivalent absorption factor, i. e. , a family of straight lines
measured in db,
and U(R) is the effective scatterinc, surface of the target in a
nonuniform field
determined experimentally for the operati-ng waveband, radar
antenna height,
and atmospheric -refraction factor - The intersection point of
the above curves
is a solution of the above equation. The maximum range with
allowances for
the atmospheric -refraction -factor variations and for antenna
altitude above sea
level can be determined by means of alignment charts whose
construction is
substantiated in the text. Parameters determining the radar
efficiency are
examined, as weli as the relationship between the efficiency and
other Station
characteristics, and the effect of the efficiency on Rmax*
Methods of measure-
ments needed for constructing the detection curves U(R) and j(R)
are described.
A number of experimental data obtained with a "Neptun" radar set
are reported.
Card Z/2
1. S. R.

6(4)
SOV/11Z-58-3-50ZB
Translation from: Referativnyy zhurnal. Elektrotekhnika, 1958,
Nr 3, p 238 (USSR)
AUTHOR: Chernyayev, R. N.
TITLE: Influence o fx_fe'rfttW7actors Upon the Minimum
Detection Range of Small
Sea-Surface Targets by a Marine Radar (Vliyaniye vneshnikh
faktorov na
minimal'nuyu dal'nost' obnaruzheniya malykh nadvodnykh
ob"yektov sudovoy
radiolokatsidnnoy stantsiyey)
PERIODICAL. Tr. Tsentr. n.-i. in-ta morsk flota, 1956, Nr 6,
pp 23-40
ABSTRACT: Influence of various radar parameters upon the "dead
zone" is
considered. The terms "dead zone" and "minimum detection
range" are
defined. An equation is developed that presents the minimum
detection range
of a low surface target having a small effective scattering
surface as a function
of the antenna height, its radiation pattern, receiver
-amplification
characteristic, condition of sea surface, and the target
effective scattering
surface. Recommendations are given for determining the
tactical and technical
Card 1 /Z

6(4)
SOV/112-58-3-5028
Influence of External Factors Upon the Minimum Detection
Range of Small . . . .
radar ratings with a view toward reducing the influence of
external factors
upon the detection of small targets at a close range.
1. S. R.
Card 21Z

C
PHASE I BOOK EXPLOITATION 378
Biryukovich, Mikhail Mikhaylovich, and Bukshpun, Marat
Yakovlevich
Sudovaya radiolokatsionnaya stantsiya "Neptun" (The Ship
Radar
Installation "Neptune') Moscow, Izd-vo "Morskoy transport",
1957.
203 P. 9,000 copies printed.
Ed.: ChernyaXev R N.- Ed. of Publishing House: Kolchinskiy,
M. L.;
--Mech. Ed.:i- ova, Ye. A.
PURPOSE: This monograph is addresssed to ship navigators who
are
acquainted with the fundamentals of radio engineering and
to specialists attached to the ship's navigation room.
COVERAGE: The monograph is concerned with the operation and
design
principles of the ship radar installation "Neptune".
Methods of adjusting its component units and of detecting
and correctIng defects are described. The "Neptune" radar
equipment is standard on many ships of the Soviet seagoing
fleet (P-3). This book was composed on the assumption
that the ship's navigator must understand the operating
principles of the radar installation as a whole, as well
as of its separate units if he is to be able to operate
Card 1/12 radar equipment properly, and to make repairs at
sea,

The Ship Radar Installation "Neptune" 378
or in foreign ports where it is very often impossible or
diffi-
cult to find radar specialists in emergencies. Considerable
attention is given in the book to methods of tuning and
adjusting
radar units and aggregates of radar units. Circuit diagrams of
the master indicatoryof the receiver-tran8mitter and of the
antenna as well as of the remote indicator are given. These
circuits, however, are not described in detail, but are given
only to aid the reader to see the int-errelation between the
separate units. Soviet-produced electrical, electronic and
mechanical parts and components entering into the completely
assembled radar unit and.its accessories are mentioned or dis-
cussed at length throughout the monograph. It is pointed out
that since publication of this book, the "Neptune" radar
equipment
.may have undergone certain modifications. For this reason the
diagrams given in the book may be somewhat different from
those in
the radar equipment actually being produced. Extensive tables
of
characteristics of various types of tubes and of other
components
are given. The basic design parameters and characteristics of
the "Neptune" radai? and Its components are given in tabular
form (pp.16-18). The book is accompanied by a seat of six
inserts
Card 2/12 -

The Ship Radar Installation "Neptune" 378
(appendices 5, 6, and 7). There is a bibliography of six
Soviet
sources.
TABU OF
CONTENTS:
Preface
GENERAL OPERATING PRINCIPLES
OF SHIP RADAR
3
Reflection of radio waves 4
Operating wave bands of radar transmitters 5
Pulse principle of radar operation 6
Principle underlying the determination of slant range 8
Determination of bearing 9
Obtaining images Of surrounding settings on the plan
position indicator 10
Characteristics of ship radar 11
Card 3/12

The Ship Radar Installation "Neptune" 378
Section I.
DESIGN OF THE SHIP
RADAR INSTALLATION "NEPTUNE"
Ch. I. Operating and Technical Data 16
1. Basic parameters and characteristics 16
2. Component assemblies 19
Ch. II.
Master Indicator, Assembly 1
21
1.
Function and
interaction of units of the master

indicator
21
2.
Sine-wave
oscillator I-1) and the high-pass cutoff
j

frequency filter (I-
30
3.
the phase inverter 4-16)
Quadrature networks (1-15) and
34
4.
_
Formation of trigger pulses (1 4)
36
5.
Formation of
expanding range circles (1-3)
39
6.
Formation of scanning-,
brightening-, fixed range

circle-, and balanced wave-pulses
41
7.
V.;"-o-m;1xer unit (1-12)
48
Card 4/L~

The Ship Radar Installation "Neptune" 378
8. Cathode-ray tube unit (1-6), selsyn unit (1-14) 50
9. Monitor panel 1-11) 50
10. Control panel R-9) 51
11. Indicator power supply unit (1-8) 53
Ch. III. Transmitter-receiver, Assembly P

55
1.
Function and
interaction of the transmitter-

receiver units
55
2.
Radio-frequency head P-2)
A
59
3.
Receiver (P-3 and I-
63
4.
Automatic frequency control
(P-4)
68
5.
Transmitter modulator (P-6)
71
6.
Magnetron
oscillator (P-5) and high voltage

rectifier (P-7)
74
7.
Transmitter power supply unit (P-8)
75
Ch. IV. Antenna-waveguide System 77
1. Function and block diagram 77
2. System for the channeling, emission and reception
of superhigh frequency energy (A-1) 78
Card 5/12

The Ship Radar Installation "Neptune" 378
3.
Antenna drive (A-72)
79
4.
Waveguide channel
80
Ch. V.
Remote
Indicator -- Assembly V
81
1.
Function and block diagram
81
2.
Scanning pulse amplifiers (V-1., V-2, V-3)
83
3.
Video
amplifier (V-5)
85
4.
Cathode-ray tube unit ~V-4)
87
5.
Power
supply unit (V-8
87
6.
Control panel (V-6) and monitor panel
(V-7)
88
Ch. VI. Heating System, Telephone Communications System,
Dehumidifier, Power Supply Unit 89
1. Heating system 89
2. Telephone communications system go
3. Dehumidifier go
4. Power supply units 91
Card 6/12

The Ship Radar Installation "Neptune" 378
Ch. VII. Metering Apparatus Attached to the Equipment 91
1. Synchroscope 25-1 91
2. AVO-5M type ampere-volt meter 93
3. M-592 type microammeter set 93
4. M1101 type megohmmeter 94
Section II.
INSTALLING AND TUNING THE "NEPTUNE"
RADAR ON BOARD SHIP
Ch. VIII. Disposition of Radar Assemblies on Board Ship

95
1.
Disposition
of
antenna
95
2.
Disposition
of
transmitter-receiver
96
3.
Disposition
of
master indicator
97
4.
Disposition
of
remote indicator
97
5.
Disposition
of
power supply
units
98
6.
Disposition
of
auxiliary equipment and assemblies
98
T.
Assembly of
the
waveguide channel
99
Card 7/12

The Ship Radar Installation "Neptune" 378
Ch. IX. Switching the Equipment Ori and Off. Tuning the
Equipment During Operation
100
1. General safety
requirements when switching on and

tuning the equipment
100
2. Switching equipment on and off
100
3. Tuning the
components and units
102
Focussing the electron beams of the
indicators
102
Sweep centering
103
Aligning the movable scale
of assembly I with

the gyrocompass
103
Antenna alignment
103
Zero adjustment of the range meter
104
Matching the
disposition of the fixed range circles

with the movable
range circles
106
Regulating magnetron current
106
Adjusting
the automatic frequency control and tuning

the r-f head of
the transmitter-reoeiver. Matching

the antenna-waveguide
channel with the magnetron
107
Adjusting image contrast
range on the screen of the

master indicator
110
Card 8/12

The Ship Radar Installation "Neptune" 378
Matching the remote indicator scanning with master
indicator scanning 110
Adjusting the scanner amplifiers of the remote
indicator 3.11
Adjusting image contrast range on the remote indica-
tor screen 112
Section III
ADJUSTMENT OF THE UNITS, ASSEMBLIE3 AND
THE EQUIPMENT AS A WHOLE
Ch. X. Tracking Down Faulty Units in the I Assembly 113
1. Preliminary remarks 113
2. Procedure for detecting faults in the I assembly 114
Ch. XI. Adjustment and Detection of Faults in the Units
of the I Assembly 134
1. Adjusting the I-1 unit .135
2. Adjusting the 1-2 unit -137
Card 9/12

The Ship Radar Tnstallat:fon "Neptune"
378
3.
Adjustment
of
units 1-15 and 1-16
137
4.
Adjustment
of
unit
1-3
138
5.
Adjustment
of
unit 1-4
139
6.
Adjustment
of
unit 1-5
139
7.
Adjustment
of
unit 1-17
140
8.
Adjustment
of
unit 1-12
140
9.
Checking the

operation of units 1-6, 1-8, 1-9,
141
10.
Detecting
def
ects in the units
141
11.
Correcting
oh
aracteristic defects when tuning and

adjusting
the
I
Assembly
142
Ch. XII. Detection of Defective Units in the P assembly
142
1. Procedure in checking pulses 3.42
2. Sequence in the detection of defects in the P assembly
146
Ch. XIII. Adjustment and Detection of Defects in the
P Assembly Units 152
1. Adjustment of unit P-4 152
2. Adjustment of unit P-6 154
3. Adjustment of units P-3 and 1-7 154
Card 10/12

The Ship Radar Installation "Neptune" 378
4.
Adjustment of unit P-2

-155
5.
Adjustment of units P-5, P-7
and P-8

155
6.
Correcting characteristic defects when
adjusting

the P assembly

155
Ch. XIV. Adjusting the A
Assembly

155
1.
Procedure for detecting defects in the
A
assembly
155
2.
Correcting characteristic defects when
adjusting

the A assembly

159
Ch. XV. Detection of Defective
Units in the V Assembly

159
1.
Procedure for checking pulses

159
2.
Sequence In detecting defects in the V
assembly
160
Ch.
XVI. Detection of Faults and Adjustment of V

Assembly Units

169
1.
Adjustment of units V-1, V-2, V-3

169
2.
Adjustment of
unit V-5

170
3.
Correcting characteristic defects when
adjusting

the V assembly

171
Card
11/12

The Ship Radar Installation "Neptune" 378
Appendix 1. Table of oiling schedules for the mechanical

parts of the, "Neptune" radar
173
Appendix 2.
Tables of
resistance values between the tube

bAses and Via obrmli
174
Appendix 3.
Table of d-a tube operating parameters
179
Appendix 4.
Coil winding data for the electrical

components
of the nNeptune" radar
187
Appendix 5.
Schematic d1agram of
the master indicator -

assembly I
insert
Appendix 6.
Schematic diagram of the transmitter-receiver

and of the
antenna: assemblies A and P
Insert
Appendix 7.
Schematic
diagram of the remote indicator:

assembly V
insert
Bibliography

201
AVAILABIX:
Library of Congress

Card 12/12
JJP/Vm

June 25, 1958

CHIRRNYAYEV, R. I kandidat tekhnicheskikh nauk.
~
,"C'~,r
Development of technical means of ship handling in the
merchant
marine. Mor.flot 17 no.2:13-15 F 157- (MLRA 10:3)
1. TSentrallnyy nanchno-iasledovatellskiy institut
morskogo flota.
(Aide to navigation) (Ship handling)

CHERNYAYBY ?R.
v0i~-
I -- OF, ~11' -
Grovth of marine, radar stations abroad. Hor.flot 18
no. 6:24-25
Je '58- (MIRA 11;7)
1. Nachallnik saktora radionavigataii TSantrallnogo
nauchno-
issladovatal'Rkogo instituta morskogo flots.
(Radar in navigation)

CUMffAYEV, R.
Radar answering-beacon. Mor. flot 18 no.11:23-24 N 158.
(MIRA 11:12)
1.Nachallnik eektors, radionavigataii TSentrallnogo
nauchno-
issledovatellskogo institute, morskogo flota.
CRAflar in navigation) 03eacons)

Choosing the appropriate wavelength for the ship radar
installation.
Mor.flot 19 no.9:11-13 S 159, (MIRA 12:11)
1. Nachallnik sektora radionavigataii TSentrallnogo
nauchno-iseledo-
vatel'skogo, Inut1tuta morskogo flota,
(War in -aavigation)

CHRIWAYEV, R.N., kand. te)chn. nauk; BIBICH13DVA,
R.P.
investigation of oscillation zones in reflex
klystrons during performance under pulse conditions.
Trudy
TSNIIMP no.23:33-37 159. (MIRk 12:8)
(KiYetrons)

S/19 61/000/001/038/058
D216YI)3o4
AUTHOR: Chernyayev, R.
TITLE: Apparatus for radiolocation identification of sii,11-
nals from navigating systems
PERIODICAL: Referativnyy zhurnal. Avtoinatika i radioelektronika,
no. 1, 1961, 53, abstract I K454 (Rechr. transport,
no. 7, 1960, 47-49)
TEXT, The block diagram is given and the operation analyzed of an
0
automatic shore radiolocation beacon.-responder., designed at the
Tsentral'nyy naucluiyy i issledovatel'skiy institut morskogo
flota
C7
(Central Scientific and Research Institute of the Sea-Going
Fleet)
to replace the passive corner-reflectors with range e.15 km~ The
SHF oscillator has the frequency of the responder signals
electron-
ically wobbled so that they fall into the operating range of ship
radar navigators "Don", "Donets". "Neptun" and "Stvor". The
beacon
is switched on automatically (at the iastar.L when the -radar
naviga-
tor of a shin within the beacon range starts to operate)t the
recei-
Card 1/2

S/1-9 61/000/001/038/038
Apparatus for radiolocation.,. D2L6YD304
ver and control circuit use the semi-conductor devicQs- In trials
with~ the beacon in the Kerch Sound, the range of the beacon (with
the antenna 14.5 m above sea-level) in conjunction with the radar
navigator "Neptun" was 32 - 41 km; the radar navigator "Stvor" has
detected the beacon response at a distance of 25 km.. The beacon
direction was determined by finding the center of its response
signals.
Card 2/2

S/194/61/000/010/077/082
D271/D301
AUTHOR; Chernyayev R
TITLE: Automatic radio-beacon
PERIODICAL: Referativnyy zhurnal. Avtomatika i radioelektronika,
no. 10, 1961, 36-37, abstract 10 K265 (Inform, sb.
tsentr. n.-i. in-t morsk. flota, 1960, no. 43, 35-
44)
TEXT: The block-diagram and construction are described of
an automatically answering radio-beacon which will help in the
rad-
ar recognition of shore signs of navigational limitations and
mark
non-characteristic shore landmarks. Shore radio-beacon is
switched
on automatically by the signals of the ship radar when the ship
is
in its service area. The receiver of the radio-beacon and its
con-
trol system are transistorized and are continuously waiting for
the
interrogation signals of the radar. 'Aio microwave triggering
pulses, with 2-6 see intervals, are required to turn the radio-
Card 1/2

S/19 61/000/010./077/082
Automatic radio-beacon D271YD301
beacon operational, 30-40 sec after the last interrogation
pulse
the beacon changes over from its operational to waiting
ccndlition. ~/
Trials in Kerch channel gave positive results, 8 figures.
Z-.Ab- - .
stracter's note: Complete translation2
Card 2/2

CHERNYAYEV,_R,-kand.tekhn.nauk
Special features of radar station operations on
centimeter and
millimeter waves. Rech.transp. 20 no-4:5&58 Ap
161.(NIRA 146)
(Radar in navigation)
.F*

BYKOV, Vladimir Ivanovich; KUKLI14, Yuriy
Ivanovich; NIKITENKO,
Yuriy Ivanovich; CHERNYAYEV.-R.N... kand. tekhn.
nauk, re-
I ~-
tsenzent; MUM, -kand. takhn. nauk., red.; FRISWM,
Z.S.p red. izd-va; KOTLYAKOVA, 0.1.., tekhn. red.
[Visnal radio direction finder on ships] Sudovye
vizualli3ye
radiopelengatory. Leningrad, Izd-vo lq4orskoi
transport,"
1962. 104 P.' (MIRA 15-7)
(Radio direction finders)

ACCESSION NR: AT4031807 8/2914/62/000/079/0003/0031
AUTHOR: Dubrovskly, M. I.; Chernyayev, R. N. (Candidate of
technical sciences);
Shchegolev, V. I.
TITLE: The .harbor radar station "llaskat" harbor radar
stations-a new aid to safe
investigation in harbor approaches.
SOURCE: Uning-rad. Tsontrallny*y nauchno-issledovatollskly
Institut morskogo flota.
I~fortnatsionny*y sborntic, no. 79, 1962. Sudovozlidenlye I
svyaz1 (Navigation and corn-
munications), no. 20, 3-31 A
TOPIC VkGS: harbor radar, harbor radar station, radar, radar
station, nav-igation aid,
harbor approach, ship radar, navigation radar
ABSTRACT: The first experimental harbor radar station,
"Raiskat", was installed in
Leningrad harbor In 1961. The location of the station and
sector coverage (each on a
separate display) of the 100-i-neter-wide open channe-I is
shown in Figure I of the Enclo-
sure. In the preswit paper, the basic radar parameters of
"Raskat" are compared with
the Da-ramoters of some harbor radars manuf,actured in
Western Europe. The main sub-
Systems of "Maskat" aro: 1) Antenna and wavelruide systent,
including: a) parabolic
cylinder dish with pancalco feed; b) drive mochanium with
niotor and synchro system; c)
waveguide system elements (pbasu shifter, meaaurhig device
for control or trwismitter
ri M 1/4

ACCESSIONNI-R: AT4031807
parameters, ferrite valve- switch, b1direction-LI C0111.1](117,
cliannel comniutator, out-put
power nicasurlngr devioo). 2) Trwisinitter sysioni, consiqUili-,
of t-Nvo identical lo-nns-
mitters wildl In rnodul"It-Ors aml '10SOCiatud control circuitc.
Receiver s3rStell" bi.cluiling: t) ;:,,.,,,o idelit.jen] v,!i1h
EF ainlplifioi-s, ArC circuits,
,:et6 j-jp1,j, ~%-ifljj T
soctions. reclMors, &C, ~separ!"?te ~o
c s e i s :,h, C 11 vol
ca! cadc~ (") i1, ent'l-, 'Ind i cto(:[ors Nw-parate o , s L
1-,Y-`J'L' IIIP,,- 511 ri I)j,-
pl,,~cud in !'rw Console -with
S(At~(-,Or 'ov-1 illtorfilcft -~ircuitfl. 4) Displa) di jmne;.
-5) C-FlUrt"!
6) .11-PT -vith scales 0' 2, 51 Y; awl 25 j1die"i. C
and varin"ll Sector A
I e Sweep. - f Statioll call !'.avc up Lo 6.
birlicators', with observation nzjk~rv,'J] of "'i. 5: s . '11,
(3encralor of Clectronic
of cha-tinel axs ('360 imark-Irs, spacert at a -13i;Zlimuni of
(). '5 AL,-~reos ill angle, i
ailp~lar stability 61, range stability 15 infles). 9) Main
po,~Nmr panel. 1.0% Display system
Power pav-01, 11) '11-ansmitter-receiver systeni p--Nver p-anoi,
12) Power panel 101, U11F
radio staidons. 1B) Voltago rectifier NISA-5. 14) Dvo*poNvcr
riupplies ALA-7M, .15)
T-;,rl voltage stabi-liz-oro SN-5. 16) 'I'Vo IRIF
conin'-uni,2sition systeins.

ACCESSION NR: AT4031807
A functional description of the main radar subsystems to given.
The overall design Is
sufficiently flexible so that it could be installed in any
harbor. Orig. art. bast 13
figures and 3 tables.
ASSOCIATION: Tnentrallny*y nauchna-lonledavatel'skiy inifltut
morgAwgo flota,
Leningrad (Central Naval Soientific Research Institute)
SUBMIWED- 00 DATEACQ! 05May64 ENCL- 01
EM CODE: EC, XG ~;';.NO REF SOVt 000 OTHER#.. 006
3/4
Card

ACCESSION NR: AT4031807 ENCIDSURE:01
Fig. 1 - Approach to lAningrad Port and Radar Sector Coverage
Card 4/4

CMWYAYEV, :R.N.
Radar beacon visibility zones. Trudy TSNIIW 8
no.47:16-24 163.
(MRA 16-.12)

CHERWKT~Vo_ S.
Rtfrigerator and thermos. Nauka i zhiznl 30
no.9tllO-132 3 163.
(MIRA 16tlO)

GOLOVNYA, V.A.,,doktor khim. nauk; ELLERT, G.V.,
kand. khim. nauk;
SIIUBOCHKIN, L.K., kand. khim. nauk; SHCHELOKOV.
R.N., le-and.
khim. nauk-; TSAPKINA, I.V., kand. khim. nauk;
TRAGGEY14, Ye.N.,
kand. khim. nauk; IAwiov, V.P., doktor khim. nau,
(deceased);
AT-7KHAINOVA, ZY.; DYATKIIP, M.Ye.. doktor khim.
nauk; KIKHAYLOV,
Yu.N.; TSAFKINjV.V.jkand,kbim.nauk;
BOLOTOVAIG.T.pkand.khim.nauk;
--CIIERNYAYKV.V.A.qdoktor khim.nauk; KORCHWAYA,Ye.K.,
red.
[Complex compounds of uranium] Komplelisnye
soedineniia urana.
Moskva, Tzd-vo 1114auka," 1964. 1.88 p. (MIRA 17:7)
i.Akademiya nauk SSSR. Institut obsh0ey i
neorganicheskoy
khimii. 2. Laboratoriya khimii kompleksilykh
soyedineniy ak-
tinidov Instituta obshchey i neorganicheskoy khimii
All SSSR
(for all except Korchemnaya).

L 314
la!-
r~ I rp,
M,scow, A~ofni,7-:a'.
AF3TRACT: 'rhe use .~f organic substanck, i
. c, . ; i I m- I I ; w : -,-, 1 ( Ir -
'1e --m-lvnprni r itsed t~~ i I luf-
W-1 -

L
ACCESSIOI,
large heF~t
A-S, CIC T
No -p F r
Card

!a)-2/EW(M) WW/DM
27847-66 Zp(n)/EPP(c)/ETr,/EPF(
~ACCN ON NR: AP5022631 'UR/0089/65/019/002/0138/0143
33g~.4:621.039.576
Tqll
fnoginov, As _.; Chernyayev.t_ V. A.;
Xoryakin, Yu*' A
Is
Zakbqroy
:TITLIC: Methods of estimating the cost of water nnd power for
nuclear desalting, Rlants
SOMICE: * Atomnaya energiyat v. 19, no. 2t 19650 138-143
:TOPIC TAGS: nuclear power plant, nuclear power reactor, des6lination
ABSTRACT:' After developing the necessary background, the authors
~outline the prospects for the utilization of nuclear power reactors
for desalting, purposes. The power economics of dual-purpose plants
ined and the cost estimntes for fresh water production are
are exam
-presented separately from those for the electric power generation. !
In connection with the power estimates, it is stated that the
reactors:
of the Beloyarsk, 11ovo-Voronezh and Shevchenho power plants are the
-most hishly developed and reliable in tile Soviet Union. Thus, the
cost estimates were calculated on tile basis of these types of
reactoral
It Is mentioDod that due to higher.initial steam temperatures of the
41
BeloyarbktaW Voronezh type reactors, their use is more economical for
i
ibstallations with a higher power demand. The basic preconditions for,
'Card 1/2

L 27847-66
ACCESSION NR: AP5022631
the cost studies were reviewed and the methods of calculation were
established. At first, the cost of fresh water was estimated without
taking into occount the cost of heating steam. Then the cost of
steam was evnluatod. Finally, the total cost of fresh water was
determined* The cost estimates of electric power production were
based on the exinting technical ard economical data given for
Beloyarsk, flovo-Voronozh and Shavehenko types of reactors, Their
thermal and electric power capacities, the amount and the cost of
fresh water productionb and the cost of electric power generation are
summarized in a table. The changes of various technical and economi-
cal factors are Illustrated by numerous curves. In conclusion, it is
.1mentioned that, from the point of view of Soviet eoonomy.nnd the lo
range outlook, it is,.as~yet$ too.early to make a final judgement in
iregard to dual-purpose nuclear power plants# -Orig. art. has.,
11 table,-11 foimulas, and G:graphsa
48SOCIATION: None
8u D. 2.5Mar6.5 ENCL* 00 BUB CODE: NP) ES
No lint Sol. 008 OMERS. 002
rs

IL 133D-66.
;ACCESSION NRs AP5023766 UR/0089/65/019/003/02571026
621* 311.25
AVTHORt Danilin, V S. t. 2~&barov,, I. I.; ~qgi~jov* A%.As;
Chemyayevv Ye At
TXTIX.* Some of the proper-ties-and the maximum power of diphanyl
turbines for
central heating plants
SOUIME: Atommaya enw-glya, w. 19, no, 3, 1965, 257-261
TOPIC TAGSt 'turbine design, beat transfer fluid, atomic energy
plant equipment
ABSTPACT; -The authors examine some of the mostimportant properties
of diphenyl tur~k.
bines for atomic Mat and electrip ppmu-plants1bf up to 50 Mw. It is
shown that a
limiting factor with regard to1he maximum power of these turbines is
not the
strength, but the degree to :which the flov section.--carx bei-
expande~d#_ Me -
fundamental gas-dynamic properties of diphenyl are also briefly
discusise-A. Thermo-,
dynamic analysis shown that expansion of saturated dipbenyl vapor is
Dot accompanied'
by increased moisture content, as in the case with steam, but by
relative,super-
heating. Thus,, the gax-dynsmics of the-flow in the flow 'section
ofi--the-'tur-~-
bine'are considerably ImproviA so that diphanyl turbines should have
high relative",
internal.efficiamies (0.96-9.99) A arison of experimental data,
abows tbat
1/2

L 133D-66

ACCESSION M AP50170

the specific volumt..ric flow of diphenyl
vapor at the turbine discharge is greater,

than the flow for
condensation turbines using steam. A method is proposed for

estimating
the maximum power ofa central-beating turbine using diphenyl at
various

rotor speeds. The results show that a diphenyl turbine for a
nuclear central-beat-

'

ing plant with a power of 20-50 Mw should have a low rotor speed
(about 1000 rpm).
E.

The turbine should be of the double-flow type in a
single housing. A single-Tim

regulating stage should be -used Viih-
nozile vapor distribution. The discharge diffusor:-`

should, have a
large ~ flow. `--ckoes'. section -Ir r%.Fr6m, th6 standpoint . of&;
volumetric flow

at the turbine discharge, the vacuum for a diphanyl
turoine should not exceed 0'07"

absolute atmosphere, These
considerations also apply to other high-tvVeratu
re or-

.
ganic heat transfer agoates orig, art. hast, 8 figursag 6 foraulas.

ASSOCIATIONs DODO

'
~
SUBMITTEDs: 21Dec64 ENCLI 00
PRo IS'
, SUB.CDDCI

.
.
,

0 06
REF SOVS 0 OTHERI

V,
2

r7 -,- ;T-
MNDUROV, I. A. CHUMAYEV, V.B.
Millisecond pulse met rib. i-*tekh. eksp. no-1:54-58
JI-Ag 156. (HIaA 10:2)
1. Leningradakiy fiziko-tokhnicheakiy institut Akademii
nauk
SSSR.
(Electronic instruments)
(Pulse techniques (Slactronics))

120-6-14/36
Using a Potentialoscope for Multi-ebannel Amplitude-time
Analysers.
of this paper used for storing information a special
electron-beam tube of the potentialoscope type, similar to
those in computers. Information on the surface of the targets
of such tubes is conserved for several minutes and even longer
and, therefore, it becomes unnecessary to regenerate frequently
the information.. This permits construction of a system with
a short resolution time with a large fraction of the useful
recording time of the investigated radiations; the average
time for recording information is considerably shorter. The
first variant of such an instrument has 32 channels with an
average resolution time of 40 jLsec for a uniform spectrum and
a capacity of 32 ?6? pulses per channel for a twin system of
accumulating information. The number of channels can be
increased to 64 without complicating the radio circuit. The
block schematics of the instrument is shown in Fig.1, p.68.
The operation of the instrument is based on a quartz oscillator,
which provides the three frequencies, 1 Me/s, 125 kc/s and
50 c.p.s. The instrument contains 55 tubes and has a power
consumption of 600 VA with the power supply from a 12?/220 V
system. There are 1 figure and 6 references, 3 of which are
Card2/3 Slavic.

120-6-14/36
Using a Potentialoscope for Multi-channel Amplitude-time
Analysers.
ASSOCIATION: Physico-Technical Institute Ac.Sc. USSR
(Fiziko-tekhnicheskiy Institut All SSSR)
SUBMITTED: April 25, 1957
AVAILA13IB: Library of Congress.
vard 3/3

KONDUROV, Igor' Andreyevich, inzh.; CHFJWA~V~.BLj kand. tekhne
nauk; SHTEYNBOK, GJU., inzh., ved. red,; KORABLEV, L.N.,
inzh., red.; PONOMAREV, V.A., takha. red.
(12Mhannel matrix-type amplitude analy*zer]128-kanallayi mat-
richnyi amplitudnyi analizator. Moskva, Filial Vaes.in-ta na-
uchn. i tekhn. informateii, 1958. 10 p. (Peredovo~ nauchno-
tekhnicheskii i proizvodatvennyi opy-t. Tema 41. No.?-58-40/2)
(MIRA 16:2)
(Gamma raya-Measurement) (Gamma raya-Spectra)

L 8371-65 EWT(I)/EEC(h)-2./EED-2 AFETP,/RAEIA(+)
A 1, 7 ES I c, N., Ku
Kadshov
T'T',E: Mul' i-t;table tranrietorized c i rc_i
C 7 7ED 5 OU P-_ E :Tr. ~.-7 Nauchno-tekhn. xon' po yadera.
rau-iveieKtronaxe,
1961. M., Go"tornf~_dat, 1962, 159_7-"'___
TOPIC TAGS: cilrcui!, transistorized
TRAWSLATION: Examines transistorized ci-cu-.- wlt~i many stable
Guch a deviCe with n stable states th--
q fiiinilar
f
inclwe2 n(n--!) cr-,upling i;Rpeaances.
circu_iL8 with. one nonconductirqg and tne rli.
Card 112

L 8371-65
ACCFSSTON NR: APIj(-*Isc)?i,
more reliable and sinpler to align than a circutt wAth one
condilctir,;! triode.
~'Ircuitq wau-. r, - 3, 4, arv.
u I I RF
IT, r
t (:ircua'
-A 2112

CHERHYAM, V.I.
Preparing rosin sizing with white lye. Bum.prom. 29
no.1:21 Ja-F '54.
(MIRA 7:3)
(S12ing (Paper))

CHERNYAYEV, inzheners
Oftlp~~~
New method of unloading frozen bulk
materiale.Veat.TSNII MPS
no.3:52-65 N 156o (MLRA 10:1)
(Ioading and unloading-Cold weather conditions)

244
AUTHOR: Chernyaev, V.I., Department Manager of the
building-machines
division of the.TsNIIS of Mintransstroi, and Noskov, Yu.A.,
Scientific officer in the railways utilisation division of
the TsNIIMPS
TITLE: Mechanised breaking-up of frozen ore. (Melcharizirovannoe
razrykhlenie smerzsheysya rudy.)
PERIODICAL: "Metallurgif (Metallurgist),
1957, No* 1, PP. 32 - 34, (U.S.S.R.)
ABSTRACT: A mechanical arrangement of vibro-hammer operated picks
has been successfully used in tests for breaking up frozen
masses of ore, limestone and similar materials. From the
test results, it is concluded that a complete open-truck
load could be dealt with in 30 min. The pmsent cost of the
whole installation is about 100 000 Roubles, but this could
probably be halved xvith large-scale production.
1 drawing, 2 photos and 1 table.

140SKOV, Yu.A.; MAT.~JASOV, S.1i.; CH"IL'EYAYWI V.I..
C-, 1,
Equir,irentu for the lco~elling-up of bulk loads
froze-i t-o-Other.
X.etalaurg 9 rio.6:12-13 ", e '64- (ITIRA 17:9)

CHIUYAYIV, V. I., inskeper.
Machine for boring ditches for foundations for
contact system
supports. Mekh. trud. rab. 11 n0.2:35-36 Ir '57.
(KURA 10: 5
1. Vaesoyusnyy nauabno-inaledovatellskiy institut
transportnogo
stroitellstva.
(Boring machinery)

G01k)VACUT, A.S., kand.tekbri.nauk; CIUMMMV, V.I.,
inzh.
t?
Vibratinn metbod of digging boles for electric line
poles.
Makh.stroi 15 no.7:5-9 Jl 158. (141RA 11:9)
(Facavation) (Electric lines--Poles)

CEUMAIEV, Y.I,, insh.
ANynahronous aleatria motors with 2ong
open,~tjng life.
Pharge stroi, noOD101-104 162, (NIRA 16-.7)
(Electric motore,, Induction)

AYZENBERG, B.L., inzh.; VARDUBURGo A.R.,,
kand,takhn,.nauk; GOLOVACHEV, A.S.,
kand.tokhn.nauk) CHERNYAYEV V.1 - inzIj.
Electric motors with Incregsed vibration and shock
resistance.
Vest.elektroprom. 33 no.2:55-58 F 162. (HIM 15:2)
(Electric motors)

CHXMATEV, V.I., gorW inzh.
- - Adjustment of Orientation through several
vertical ahafte
by the method of correction isolinee. Ugoll Ukr- 3
no-10:
24-26 0 159. (14IRIL 13:2)
Mno surveying)

MEDYANTSEV, A.N., kand.tekhn.nauk-,-,CIIERNYAYEV,_V-,".
inzh.
Displacement and deformation of rocks in the strata
overlaying
working areas. Ugoll Ukr- 5 no.11:2j-27 N 61. (NIRA
14:11)
1. Ukrainskiy filial Vsesoyuznogo
naucbno-issledovatel'5kogo
marksheyderskogo, instituta.
(Subsidences (Earth movements)) (Coal mines and mining)

TYUZIEV, X.I... dotsent; KIRICHENKO, V.I., gornyy inzh.;
NIKONOV, A.F.,
gornyy inah.; CHOMIEV V.I.,--.gorriyy inzh.; SONIN, S.D.,
~--- I I
Prof.; KILYACHKOV., A#P,.* A64e-fit; DUPK01 i0se.,
gornyy inzh.
Readers' response to A.A. Shamin, A.M. Belenskii and A.V.
Galkin's article "Pillar methods of mining flat dipping
seams
without undermining the side walls in development
workings."
Ugull Ukr, 6 no,2:36-41 F 162. (MIRA 15:2)
lo WovocherkasokLy politekhnichaski7 institut (for
Tyuznev).
2* Treot Sovetokugoll (for Dudko). 3. Donetskiy nauchno-
iseledavatellskiy ugollnyy institut (for Kirichenko). 4.
Gos-
udarstvannyy inatitut po proyektirovaniyu shakhtnogo,
stroitell-
-stva kamennougollnoy promyshlennosti (for Nikonov). 5.
Ukrain-
skly filW Toesoyuznogo nauchno-iseledavatellskogo
marksheyder-
skogo instituta (for Chernyayev). 6. Moskovs1dy goriVy
institut
(for Sonin, Kilyachev).
.(Goal mines and ninin
(Sbamin, A.A.) (Belenskii, A.M.) (GaUcin, A.V.)

CHEMAYET1 V. I., gornyy insh,
-Sele-otion of the.&Mps and type of supports for
development
worldngs in reverse mining of flat and inclined
1qers. Ugerll
Ukr. 7 no.4:22-24 Ap 163. (MIRA 16:4)
1. Ukrainaldy fillal Vaesoyanogo
nauchno-iseledovatellskogo
markoheyderakogo Instituta.
(Donets Baain-Coal mines and mining)

lnzh.
tl . -) of C! . - - - 1.
ffi,clenf, Matrlo.A alculatirif., larc in 41",
F
Ponet5 Basin. ITnady]WIT1,11 no.50~110-7-:,'ll 263.
(MIRA '17%1o)
4-

MEDYANTSEV, A.N.,, kand. tekbn.nauk; KUKLIN, B.K.,
kand. tekhn.
nauk; FILIMONOV, A.F., inzh.; BAKHTIN, A.F., inzh.;
SHUSHKOVI A.M., inzh.; SINYUGIN, V.M.j inzh.;
CHERNYAYEV,
Ir ~ -1.1.-~,- -'. .
V.I., inzh.; BEYLIN, V.Ya., inzh.; ZELIVYAN..;Iff ,
ShZ.
--rn-z&1-- ZHIZLOV, N.I., otv. red.
(Selecting systems of multiple-horizon mining of
flat seams
in the Donets Basin] Vybor skhem sovmestnoi
razrabotki po-
logikh plastov Donbassa. Moskva, Gosgortekftizdat,
1963. 106 p.
NEU 17:5)
1. Donetsk. Donetskiy nauchno-issledovatellskiy
ugollrivy in-
stitut. 2. Donetskiy nauchno-issledovatellskiy
ugollnyy institut
(for Kuklin). 3. Ukrainskiy filial Vsesoyuznogo
nauchno-
issledovatellskogo marksheyderskogo institute (for
Medyantsev).

OBERNYAYEV-,V.I,,-ggrnyy inzh.
Observation results of the movement of side rocks in
drifts.
Ugol' 39 no.1:40-42 Ja 164. (MM 170)
1. Ukrainskiy filial Vaesoyuznogo
nauchno-issledovatellskogo mark-
sheyderskogo institutac

NOSROVI Yu.A.; 11"'ATAIASOV, S.F.; CHERHAYI-IV, V.i.
M=inizat-on of the unlodet"
1 1, ing of i*rc)zczi freights. pro:a.
40 no.12:91312-934 1) 164. O'llizA iE:2)
1. Vseso~uznyy nau hno-issledovateltskiy institut
z~OleznodorC)',.hncJj,,o
tvinsporta 1,Uni-sterstva putpy sciobsilelinni-
ra i Vsp-soy,.,-,,nyy nauchno-
i,-,,,31edovv,tel'sldy instlitiA trm,sportnoCo
stroiLellstva Gos-.~darsl,-
vennora proizvodf;tvpnncgo komi teta I)Cj
tMLnsjjCr'LIIO:fftl Eltroitel ',-tv;,-.