SCIENTIFIC ABSTRACT OVECHKIN, N. F. - OVECHKIS, N. S.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001238620006-3
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: January 3, 2017
• Document Release Date: June 21, 2000
• Sequence Number: 6
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

EWT (-d )/ENT (I )/EVT1 (mYEWP (k )IEWP (h)/T-2/EWP (v)/EWP (t )/ETI,/EVIP (1 )
ACC Nks AP6005375 M1/JD ( IV) SOURCE CODEe UR/04-13/66/000/001/0120/0120
AUTHORSt ular-0-Y.-G. 7a.; Alimov, A. K.; Ovechkin,, N. F.
ORGI none
TITLE: Rapid-aotion slootrodynamic membrane valve. Class 47, No. 177720
SOURCE: Izobreteniya, proWshlennyye obraztsy, tovarnyye znaki, no. 1, 1966, 120
TOPIC TAGSs valvb, vacuum technology, gas flow
~ABSTRACT: This Author Gertificate presents a rapid-action electrodynamic Membrano
,valve -(after A)Ahor Certificate No. 128243) for delivering a small dose of gas into
--yacula "ber, The valve is provided with a closing mechanism consisting
of a astallicliwabrane mounted above a spiral. To open the valve for a short interval
of time, electric current from a discharging condenser is passed along the spiral.
To be mounted on a long vacuum chamber for radial injection of gas into a cylinder,
the valve carries a perforated plate membrane. The latter is hold at the Odg03 With
pressing and adjusting bars and is fixed in the central part by elastic stiffener
rings (see Fig. 1),, These rings are located at the outlet of the vacuum duct.
This outlet has lateral openlmgs through which gas may pass into the cylinder. The
outlet nipple passed through the central openings in the membrane and in the base
of the casing to whfoh it in attached.
___ --UDCi 621 6-46.86-278

OVECH)aN" N. X. D=ASW
1961
116Y
4v
osology

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p

OVXCdKIN, A.V. (,)rvor(Ilovok)
Diffornntial diagnoule of some errptons in diseasea of the I,Inbo-
earrit.1 region of the peripheral nervons 97sten. Kaz.-merl..zhur.
4K) no. 2: 81-82 14r-Ap '5Q. (KIAA 12: 11)
(N1,21VICS, PIQIIPIMRA1,-DISXkj'.,Cj)

UMR/Biology - Fertilizers Nov
Phosphates
"Iffect of Pbosphates, Employed After the Liott
Stiage of Development on Spring Wheat Plants.0
S. K. Ovechkin, Inat of Genetics and Selection,
AC&d Sci Ukrainian SSE, Khar'kov, 3 PP
'Dok Ak Nauk SSSR" Vol TX , No 3
Discusses results of series of tests conductied
in 1938 in Dept of .,grophystol, Ukrainian Scl
108 Inst of Socialistic Agr at Xhar'kov. Shows
pbosphates administered after the light st&4p of
development exert posItive effect on general
I.AM
USBA/Wology - Fertilizers NOT 49
(Coutd)
yield and seed yield of the pl&nts. Includes table
cmMiled during tests Submitted 29 Aug 49.
l5ft6

Lp
A "al subnonces by befley e_anl to Tail
we" ~. k
I 7M.
1. the alwirldmin a k. \44. 4nd 141, win, 1. '1..1
It, youngm plants and in mmiainterimi'l olm"mirsts
,im ftsom cif rmtrw transpiration (under Wl w-
. tn:"Ijrd *p~trtten% shsw high" rate-I idm sh~pfitm ei -
-I, f.w K. Imi the -wall Irwl r. brin- that h,-n by
,n--Itu- plant. C. %I K-lApfi

C eunt ry : USSR
Category x Soil Science. Fertilizers. Orpnic Ferti-
liz3rs.
Abs Jour : RZhBiole~ No 6, 1959, No 24662
Author OvechkUq...T,.V#; Bitnyy, L. A,
Inst
Title Results of the AppllcaMn of Orgftnic likineral
IfIxtures on the Collective Farm "Testament of
V. I. Lenin."
Orig Pub i Agrobiologiya, 1958, No. 4, 91-93
Abstract No abstract.
Card t 1/1
OVeC -Vlf-Al
USSR/Soll. Fcienco - minerod Fertilizero.
R(;f zhur 4, 1?58, 15331
Abs J,: %ir
Author T. -~vcchkin- L. Bitnyy
Inst
TitIz! Fertilizers and the Hal-1013"
(Udobrurdyu i 'LwID?Iiay)-
or i g Dab Kolkh-i-noye pr,3iz,,-',,-), 1~57, No 6, 18-2~j
AI)stract No
card 1/1

1. CHTMLO, I.: OVECHKIN, V.
2, USSR (600)
4. Electri,: Power
7. Rational consumpti-)n of elw~trl, energy.
Zxk ekon. mat. No. ~ , I Q52.
9. Monthly List of Russian Accessions, Library of Congress, Jaruary 1953. Unclassified.

1. OVv.CHKTNI, V.A.
2. US3R (600)
4. Roller Bearings
7. horkability of roller bt: rings in tractos. Pod3hipnik no, 1), 195.
9. Monthly List of Russian Accessions, Library of Congress, February -1953. Unclassified.

SMINWOVA, N.A.; OVECIIJUh, V.G.
Effect of ribonucleic acid an the working zapacity of *he neuro-
muscular preparation of a rat. Nauch. dokl. vys. sh-kol biol.
nauki no.3:93-97 '61. Vul 14:7)
1. Rekomendovana ka-fedroy fiziologil zhivotnykh MoskovskoCo
gosudarstvennogo universIteta. im. 11-13.Lomonosova.
(NUCLLIC A,;IDS) (IIERVFZ) (mmcu)

SMM11DVA, N.A.; OVECH 1~.
Effect of r1bonucleic acid on the excitabillty of a neurawa8cular
preparation of warm-blooded animals. Nauch.dokl.vys.shko1y;
biol.nauki no.2slOl-104 163. (KMA l6s4)
1. Rekomendovana kafedroy fiziologii n1votnykh Pbskovskogo
gosudarstvennogo universiteta in. M.Lomonosova.
(NUCLEIC ACIDS) (NERVES) (HiSCLES)

ACC NR1 AT6036615
SOURCE CODEt UR/0000/66/000/000/0294/0295
AUT110ltt Ovochkin, V. G.; Nikulina, G. A.; Rodin, Yu. it.
ORGI none
TrTLEt Problem of the *ffoct of hormono preparations on the Organism's resistance
to accelerations LrPapor presented at the Wnference on Problems of Space Medicine
hold in Moscow from 24-27 My 1966]
SOUIWZI IfAmferenestys po problOmm koamicheakoy meditainy, 1966. Problemy
kosm.ichaskoy moditsiny. (Problem of space medicine)*, staterialy konferentall,
~bscow, 1966, 294-295
TOPIC TAGSt space medicine, space physiology, acceleration tolerance, hormonol
mouse, corticosteriod, biologic acceleration affect
ABSTRACTs
The effects of various hormonal preparations on the resistance of
!guinea piTs. rats, and mice to radial accelerations were studied. Tests
;were conducted on a small centrifuge. The animals were exposed to 20 G
,in a head-pelvis direction for 1.5-2.0 min. The following preparations
were used: Desoxycorticosteronacetate (DOCA); hydrocortisone; methyl-
andrQq,tendiol-djprqPiojrjate; and s9inatotropichormonet (STH).extroicted
Card -1/2

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USSR/kedicine - Disinfection
Aug 52
"Vapor and Air Generating Electrical Dlsinfe,~tion
Chamber 'Kalyutko' (MG-3)*, V. V. Mal'tzev, V. r.
Ovechkin, Chair of Infectious Diseases, Novocibirsk
Ned Xnst, (S. S. Kushelevskiy, Principal)
Sovetskaya Meditsina, No ~, pp 27-23
The vapor and Tot- air generating electrica-I dis-
infection apparftt~l 'Naly-utka" (140-3), stationary
type, has proved to be 100% effective, particu-larly
against vegetative and sporiferous microbes. A cur-
rent of steam and air, or steam, air and formaldehyde
A&M
is used. Any valtie of the relative humidity can be
achieved. The process is harmleSG to the objects
treated.
Z48T18

bLRKOVSKIY V.S., iziz-; OL;~J)C-Y, inzh. Prinl--,aii uc.iasL"ye: ,
N.V.; La-;t~CEV, 14. 1.; 1 .;-% ; I. AY(V, 1-1. 1.; VAI; . :IMY, ' . Y8.;
OVEC;1114) V.I.; i'C'1rFTK1v, ;.I.; S;-*V-'-'A1;' V.I.
Groovinf: for -~hc rolijill, ri' sLrip viL.. acute am les. ~'*ta I . no.',':
627-631 n 163. (MUut 10:9)
(Rolling (Matalwork') (Rolls (Iron milla )

OVECHKIN, V.M.
Indicator method for determining airtightness. Av.prom. 26
no,8:92 Ag 157. 04ru 15:1.1
(Sealing (Technology)---J~ssting)

V. N.
"Electri-- Fc-der 1. onom:3~ -it the State Bk!axing Plant No I imeni ,,.
Collection of Dnta of the Scientific and Technical Session on Electri- Power '-E-,onoff,~
(Sbornik materi&1ov nauchno-tekhnicheskoy sessil po ekonomii elektroenergl1i), Ne II.
MONME, 1~,4~, 13'1- PP.
A.11-Union Scientific and Technical --k)ciety of Fower Engineers ~tscuw LIvisir,.
Industria.1 Electrical Engineering Section.
W - 15368, tt Dec 5~-,

1. OVECH"N' V. N.
2. USSR (600)
4. Electric Power
7. Saving electric energy at the First State Bearing Plant. Podah1pnik, no. 12, 1952.
9. Monthl List of Russian AcceB61ons, Library of Congresa, April- .~j ~. -r"-

OVICHKIN, Vasiliy Nikitovich; MOYZHES,S.M.. redaktor; SKVORTSOV,I.M.,
"'tAhnicheskly redaktor
[Saving electric Dover at the LAAAgnnovich First StAte bwaring
Factory) Nkonomiia alektroenergii nR Pervom gosudarstvennom pod-
shipnikovom zavoce im.L.M.KAganovichn. Moskyn, Goe.onarg.lad-vo.
1954.)l 9. (KLRA 1? 2 )
(Electric engineering)

C)VECOKIN \; N
AUTHOR: Gorin, F. I. , EnFtineer. 94-3-20/2(
TITIE: An All-Union Scientific Technical Conference on Economy oil
Fuel and Electric Power in the EngineerinF Industry
(Vsesoyuznoye nauchno-tekhnicheakoye soveshchaniye po
ekonomii topliva i elektroenergii v mashirwtrcitel'noy
promyshlennosti)
PERIODICAL: Promyshlennaya Energetika, 1958, vol-13~Uflo.7'
pp. 33 - 35 SZR)
ABSTRACT: In December, 195?, there was Leld in MoGc,)%,., an All-Unlon
scientific donference to exchange experience in the economy of
fuel and electric power in the engineerin,~, industry. T!.e con-
ference was organised by the Scientific-tech-a-'cal Society 3f
the Engineering Industry (Nauchno-tekl.-nicheskiy obshchestvo
mashinostroitellnoy promyshlennosti), the State Inspectorate
of Industrial Power Engineering kGosudarstvennajn ii snektsiya
po promenergetike) and the P-)wer Inspectorate of the Ministry if
Power Stations (MES). The conference was attended by 4r'5
representatives of industrial undertakin~,s, -over sul--1iers an,-'
power directorates of Councils of the vational Economy, des.46n-
erection and other organisations. Eighteen reports were read.
The representative of the Lenin6rad Polytechnical Institute
L;ardl/4 ~Leningradskiy politekh-nicheskiy institut), Candidate of

-114-3 - C /,~ ~_
An All-Union Scientific T, cLiical Con."c-rence ~;n Ecoromy ~-, f ?-;el
Electric Power in the EngineerinE Industry
factory. The chief enfineer of the State lns~ect,~_-ate --f '.'--e
Ministry of Power Stations, G.V. Serbinovskiy, bave a re;Ort
on electricity supply in Europe. Engineer Yu.Ye. Zalcoskiy
of the Power Department of Energogiproavtoproma spoke on maJ~ern
methods of electricity supply to engineerinE works. The
following contributed to the discussion: EntineEr K.P. Korel'-
skikh (Izhorsk Works), Engineer I.P. Nakhodkin (Kh 'ar'k.,,-,,
Tractor Works), EnEineer L.Yu. Ostrerov (of the Kiev W--;ks
'Leninskaya Kuznitsa'), EriEineer G.Ya. Levichev (chief 7:ower
engineer of the Baltic Works), Engineer G.Ya. Ja:landyan
(power engineer of the Riga Lampworks), P.K. Aksyutin (I.ead oil
the sub-department for planned distribution of fuel of _~osplan
of the USSR) and N.M. Chumakov (head of the State Inspectorate
for Power Engineering and Po~,.rer Inspection). A 1,rief acco,'int
is given if each contributi,)n.
The decisions of the conference relited to com;etitions in
power economy, the use of secondary power reso,,ircr-s sick. ris
exhaust steam and the !.eat of condensate, the irgarlic-itij., uf
centralised energy supply to industry from large ecinomic pover
Card3/4 stations and the orranisation of centralised rorair of electrical

SHIM. D.G., professorl OVICHNIN, V.R.; ZTKOVA. A.T.
Tropacia therapy of diseases of the central nervous system with
extrefframidal disorders. Sov. nod. 18 no.11:24-25 N 154.
(KLRA 7:12)
1. Is kliniki nerynykh bolesney Sverdlovskogo mod. institute t
Instituta. fisichaskikh metodov lechenlya (rukovod.-prof.
D.G.Shafer)
(CENTRAL NERVOUS STSTIM. diseases
extrapyramidal disord., ther., diphenylacetic acid
3-tropyl enter)
(ACETIC ACID. derivatives
diphenylacietic acid 3-tropyl aster, ther. of din. of CNS)

ovscdKill, V.R. ; Bb;LYANINA. M.V.
Werdnig-Hoffman famili,9', nnin8l musculijr Fitroo~iy ir; '.wo ~rc-ercsl.
Zhur.nevr. t paikh. buDolement:214 117. (MIRA 11:1)
1. Sverdlovskly moditsinakiy inatitut (dir. - :)rcf. A.F.Zverev) i
Sverdlovskaya oblas tnaya kl ini-heakaya hol ' ni tee lin I (p, lavriyy
vrenh M.S.levchenko)
(RUSCUIAN DY6TRUPHY) (SPINAL CORD-DISKA4M)

OVECHK I N , V . R . 0Doc MED SCI, " C L 1 N 1 C A L
OF GUNSHOT TRAUUA OF mERVE TRUNKS IN TMV REUOTE 04"V*C FOL-
LOWING INJURY." SVERDLOVSK, 1960. tSVEROLOVSK STATE MED
INST). (KL, 3-61, 228).
369

ci"F~Clr* V. V.
Ocherki -, kel ozno.1 zhini L-~ketches of ccl:ective fv,7.7 :if~
Sel I khozgi z, Y)54_~/ 24F , . S'. ' - S -N-1- ,
SO : MpnthJ3 List of Russian Accessions, Vol . 7, Nc. ~, June 1'054.

OUGHKIN, V. V. ; PERIN, I.A.; POLTAKOT, A.S.; OCHKIN, D-V-
Method for calibrating scintillation gumm-spectrometer. Prib-i tekh.
skep. no.5:126-128 3-0 160o (Mlikk 13tll)
(Scintillation apeetrometry) (Callbration)

YVECHKIN. Valentin Vladimirovich (1904- )
(Story of a trip]Rasskas ob odnoi poesdke. Tursk, Eurskoe
knizhnoe Izd-vo, 1961. 56 p. (MIRA 16:1)
(Soviet Far East- Deac ri ption and travel',

-77

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alted isotope*,
0 U235
ous 861' f
moaerat44`4j~-Paraff in,. u*U
*.Aft$/64/047/005/1671/1,676
-oi4e-137 and Xe-13B
A., _09-boijohmakoy fiziki, v. 47,
IZ
Y I,
A~v quantum
-wn'tradictory nature
41' k i)"
13 the lack of data
"d
ththe name time,
A,
So was also desirable
*wgo obtained in an aqua-
M~& 'ftos a PO-Be source$
tal:Jittion illustrated in Fig. 1

1) .I
02
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AUTHORs -OVECHKIN,V.V., TSENTER, E.M. 2191 - '3"
TITLNI On t-l"o-M-Wrion on the Occasion 9f the % Decay of Po
(0 X-Ionisat9il pri o(-raspado P0210 0 Russian).
PBRIODICAL# Atommia Energiia, 1957, Vol 2, Nr 3, pp 282 - 284 (U.S.S.R.).
Re,ceiveds 4 / 1957 Reviewedi 5 / 1957
ABSTRACT# The authors again measured the coefficient of the interior con-
version of x-radiation of Po210 and qualitatively *otim#tod the
form of energy distribution of ionization-K-*lactrons. he results
thus obtained agree fully with the data computed by MIGDAL and con-
firs the existence of an interior K ionization in the case of the
o(-docay of Po210.
ExDerimental Parti The coefficient of the internal eonversion
a I /I of the 603 MeV; -quanta of polonium were essentially
MoSlAuled"by means of a a (ntillation spectrometer (which is
coupled with a special photomultiplier PBU-19 and a six;?h8nnel
amplitude analyzer). The spectrum of the *leotrono of P I found
hero is shown in form of a diWasg in its right part a peak with
25% half-width in distinctly discernible. The value nf N a
- (52 + 5) electrons per second was found for the quLntitj of the
conversion electrons emitted per time unit by the polonium source.
According to the results of these measurements only (10 + 3)% of
Card 1/2 the roentgen quanta originate from the inner conversion ~f

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AUTHORS: Cvc- c Lj(;: A
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1 7.
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OVICHKIN. V.V.; SOROKIN. A.A.
Compton two-crystal g&vvus,-sp*c:tro*eter with high illazinating power.
Pr-Ib.1 te)th.ekap. no.1:36-40 J&,F '50. (NDU 12-U)
1. Nauchno-inaledoystellskiy institut yadernoy fisiki Koakovskogo
Cosudaretyannogo universitsta.
(Spectroewter) (Gamma raye-Spectra)

F~16n
S/1 20/60/000/00 5/0 14/0 51
E032/E314
AUTHORS Ovechkin, V.V., Pirkin, I A , Polyakov. A.S
a n
TITLE. Method of Calibrating a Scintillation Gamma spect-
rometer/I
PERIODICAL. Pribory i teklinika ekspertmenta. 1960. No, 5
pp~ 126 - 128
TEXT- The conversion of the areas under the photopeaks in
scintillation Y-spectra to the total intensities of y-rays.
for a medium-sized Nal(TI) crystal and energies E 300 keV,
can only be carried out if the y-ray spe:~rometer Y
I s
calibrated in a preliminary experiment. This alibration is
usually carried out with the aid of standard -y ray sources
with energies close to the energy of the y-rays under investi-
gation. However, such standard y-ray sources are not always
available. Calculated data suitable for calibration purposes
and applicable to the many practical cases, are largely not
available either. An absolute calibration curve covering a
wide energy interval can be obtained for a scintillation
y-spectrometer with the aid of y-sources whose intensities are

P'- 3 6C ,
S/120/60/000/005/ol4/051
E032/E314
Method of Calibrating a Scintillation Gamma-9pectrometer
not standardised, provided each of them has a number of
y-lines with known intensity ratios, including soft y-quanta
with energies ' 100 keV (Ref. 1) By definition, the
efficiency (relative aperture? of a N-spectrometer for y-rays
of given energy is given by c - S/N z f(E If ) where S is
the counting rate in the photopeak and N is the total
intensity of I rays of the given energy emitted into an angle
of 4/r The ratio of efficiencies for hard and soft -y rays
emitted by a given source is then
C /E (S /S HN /N
where the subscripts 1 and 0 refer to hard and soft rays,
respectively. Since the soft y-rays are absorbed in the
surface layer of the Nal(TfI crystal (for example. for
E 90 keV L, 7.. 5 cm' ), it follows thatE S /N
Y 0 0 0
Card 2/6

85360
S/120/60/000/005/034/051
E032/E314
Method of Calibrating a Scintillation Gamma-spectrometer
where w 0 is the relative solid angle subtended by the crystal
at the source. The ma gnitude of S 0 must of course be corrected
for the absorption of soft quanta In the crystal envelope and in
the source, as well as for the fraction of K x-rays of iodine
which escape from the crystal (Ref. 2) Thus. the solid angle
W can be calculated from
0
2 2)
1/2 1 - R/V R , a (2)
0 t
where R is the distance from the source to the crysta:
(diameter 2a). S I/S0 can be measured directly and N IIN
can be obtained from published data Substituting the values
for the various quantities in Eq. (1) for a number of y-sources,
one can obtain the calibration function E = f(F Y ) for a given
geometry. The authors have measured this dependence for a
Nal(Tl) crystal, 40 mm in diameter and 50 mm long, placed at a
Card 3/6

21~ 36C
S/120/60/000/005/034/051
E032/E314
Method of Calibrating a Scintillation Gamma-spectrometer
distance R = 5 3 cm from the sour:e (w 3,2 x 10 2 The
0
following y-sources were employcd-
Hg 203 (Eo 71 keV, E1 = 2'19 keV, mK = 0 159 (Ref 3),
N ~N = 0,14)
0 1
C8137(E0 32 keV, EI = 661 keV, oLK = 0.11 (Ref 4),
N :N I= 0.072)
Ce 144 + Pr 144 (E 8o, E 1 = 134, E2 = 700. E 3 = 1490.
E 4 = 2180 keV, N NI N2N3 N4 = 7 2.15.3 3.56 0.56 1.44
(Ref. 5),
Se 75(E~ = 14o. E 270. E 400 keV N N N 127) i41 22 1
0 2 0 1 2 (Ref, 6)
Card 4/6

95360
S/120/60/000/005/014/051
E012/E314
Method of Calibrating a Scititillation G ammn - ml?(-, ( romet of
In the first two cases the ratio N NI was calculated from
CLK taking into account the fluores:ence emitted from the
K-shell (Ref 7) As can be seen f rom Fig I a I I t lie
experimental points except for the 134 IeV y-rays from Ce 144
lie on the continuous curve and agree with the four caliulated
points E Y z 280, 061, 1330 and 2620 keV (full circles) which
%,iere obtained by combining the data taken from Hefs 8 and 9
and applying them to our geometry. The experimentally determined
function E = f(E waq -onfirmed by rontrol measurements using
22h
the following -f-ray sources Ila daughte- products (F 61o,
EI= 350, E 2 = 770. E3 = 1120. E 1760, E 5 ~ z,:uu keV.
N~;N -,N N :N 4 -N 100 62 5 18 45.3 54~3 21.5 (Refs 10.110
0 1 2 3 5
1131(E, 64o, E 364, E 720 keV, N N N n.6 ioo 2.4
0 1 2 0 1 2 (Ref, 12)
Card 5/6

P" 36,
S/120/60/000/005/034/051
E032/E3i4
Method of Calibrating a S,~intillation Gamma-spectrometer
Since the intensity of the Y ravs in the soft part of the
y-spectrum for these isotopes is not well known. E was
normaligeG so that C -7 3 x 10 3 and E ~ 7 0 x 10
610 64o 2
In addition, it was assumed that E 2,-7 x 10 in the
75 Pt 14o
case of' Se The y-ray spe,trum was measured with the aid of
a 100 - channel ki c k sor t er (Al 1-00 A typical
226 -- Iq
y-spectrum (Ra in equilibrium wi!h its de ay proclu-'s) is
shown in Fig. 2 There are 2 figures and 12 referen es
I Swedish, I Italian, 4 English and 6 Soviet
Acknowledgments are expressed to L T Polyakova for assistance
in the measurements
SUBMITTED July 17. 195')
Card 6/6

3/0,)6 /6"
It 4
'0'4720
AUTHORS: Nakhutin, 1. Ye , Ovechkin, V. V., Ochkin, D. V.,
Polyakov. A. S., Khoduleva,=_~
TITLE. Preparation of the Radioactive Isotope Kr5 and
Investigation of Its Gamma Radiation 79'
PERIODICAL. Zharnal eksperimental'noy i teoreticheskoy fiziki. 19oo,
Vol. 39, Nc. 4(\10). pp. 991-992
TEXT; KT35 was obtained by dissolving neutron-irradiated uranium in
nitric acid and by separating chromatographically by artive carbon
at 770K the gases liberated from moisture, nitrogen oxides, and radio-
active iodine. For the measurement of emission, Kr3~ was filled in a
plexiglass cylinder with an aluminum foil bottom. The yield was
determined from the ratic k - N IN where N N are. respective:%-,
Y 7 0' 0
the numbers of 511 kev gamma quanta and of 0 particles emitted jer irit
timq in the solid angle 4n. The beta radiation was measured by ar,
CM-20 (SI-2B) 1! counter, an~ t~.q zamff~ radiatinn by a Na".Tl'
Card 1 /2

SOEWB own:
AUTM: 2!neralov,_ No A.; Losery, B. A!; Jjb likin V. Ya. 7j
V. D Orrx 1 1-111. .6
ORG: DeMtxent of Wlecular yoice.. Moscow State Universi~j,(Kefedra molekulyarno
fisma maltovskego unlTerlasite a I
TMA: Investigation of the state of.iodine molecules behind the front of a shock
3M]3L_ ~1
SOURCX*. Moscow. Universitet. Veatnik. Beriya M. Fizika, astronomiyu, no. 6, 1965,
29-36
WFIC We: iodine, shock v%wep Shock tubal shock ways front, temperature
dependence, aboorption coefficient
ABSTUCT: 7his paper represents the first step in the investigation of phenomena
which take place ir. Iodine at temperatures exceeding considerably go. The experiments
vere conducted with a stain' as steel shock tube. The experimental insta.Uation con-
sists of a shock tube, a system for filling the tube with iodine, a system, for measur,
ing absorption and velocity of the shock wave front., a system for heating the shock
:-tube.. an evacuatJon system, and a system for measuring the shock tube vall tempera-
ture. The shock tube consists of a 1 meter long high preanare chambero 50 M In
diameterp and a stainless steel lov pressure chamber, 50 = in diameter and 300 cm in'
length. For the evacuation of the low pressure chamber a VN-l pump in uaed. Iodine
vapors am removed by means of glass traps, filled vith liquid nitrogen. The vacuum
in the low pressure chamber reached 2 x 10-2 r= ng in 10-15 minutes. The evacuation
stages vere controlled with a VIT-1 vacuum meter. A potentiometer of Up. PM-1 type
vas used to measure the electro-motive forces of the thermcouples. A sensitive

~Qbala WW___ - __ ---
ACE M, AP6034248 SOURCE CODE: UIL/0120/"/000/005/0240/0241
57
AUMR: Ovechkin, V. Ya.; Generalov, N. A.
ORG: Department of Physics, MCU (Fizicheakly fakul'tet WW)
TITLE: Production of an intensive pulse of weak x-ray radiation
SOURCE: Pribory i tekhnika eksperimenta, no. 5, 1966, 240-241
TOPIC TAGS: pulse amplitude, photomultiplier tube, x radiation, pulse sultiplicationg
pals e signal
ABSTRACT: Construction of a special pulse X-ray tube designed for absorption of weak
x-rays by heavy gases (xenon, krypton, etc.) is described. The Instrument is used for
measuring the instantaneous density distribution In a given aas%lume. The brass
tube has6an inside diameter of I mm, and a wall 7 mm thick. The tube is evacuated tol
2 x 16 mm Hg using an RVN-20,63revncuum pum ' and a TaVL-100)lif fusion pump. A 3-mm i
L-cathade of high emission ability is employed. The anode is made of tungsten and it
can be moved vertically and horizontally, thus adjusting the direction of the x-ray
beam, exiting the tube through a 0.2-mm beryllium window. The voltage pulse, fed to
the x-ray tube, is formed by a voltage pulse generator consisting of two chambers
which are described in detail. An FEU-12 photomultiplier with a actotillator serves
as an acceptor of the x-rays. The signal produced is observed on an OK-170 oscillo-
sco e. Orig. art. has: 2 figures. ~4~
M
WICODE:0q SUBM DATE ORIG REP: OOl/ OTH REF:'003/
I a : o4oct65/
COvd
__1J_1,a1sr - ATD pgxsS, 5103 UDC-. 621.386.2

-70VECHLINP Is,, insh.
Winding machine for stretching beas. lia stroi. Ros. 3 no.1200
162, (KllfA 1612)
(Prestressed concrete)

6 1" A. a 0 0 9 4 0 0

le"
K 00
:: 0 V C C H
I -0
: a - 1-Y) :
IDI I *now d 61111111111111 ftw"Imp Ind
ir Md Ida 14. F, I
I-P-"
'd. jrh,.
'110%.
led.. 11*1'4& 114) Ow
d
OP""U" W c"11114111 WW Irad ciuir,,L jjM 11y. hr &WO WWI UMIIm .00
00 thew ""M", 60 Nuftfft~j bv Ow bmb wwappruam MW by hp mwtu~ -00
f nWkVGlrMka of thp &dahM ~Vms~ Tb, dIrmwo ul ~immm
- obL&uw4 as W C- S" a bth ,h"
.00

0o .
4"V'41- otth or N111100" IWWUL At 13* C- s"jum d j"mq of

00 1
minaw drpmas. Addatme of 04jul end itim j
tbr fiwmmka
f & zoo
a
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.00

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S.
~. ~SR, .06 ~`k-llm.
r0 PJW cbWde solos. b7 the Jfj mmthm,- the
imol'm Is controuNt by o4ding frtt sulfidt (t.g. N45) to tht
-anolyte. The tin.f. is detd. between the fig
the V:I~ wbieb hu btim rtudered bann]tm -4
1~
elActro the eml. belog-tesbterod stgotmalk-xUr
ontInummy.

DROZIN. N.N.; OVECHEIN. Te.l.; NOVIKOVA, Te.F.; KWSYIU, R.I.
Causes of the incrustation of indirect saturator walls vitb calcium
sulfate deposits. loks i kh1m. no.12:32-36 160. (MM 13:22)
1. Hauchno-iseledovatel'skiy Institut o9novnoy khinii.
(Coke industry-By-products) (Ammonia)

WWHIIN. Te.K.; DROZIN. B.S.; XMSTNA, M.I.; SOVIZOVA,. TO-F.
Soluhility of gypsum In a distillmd liquor from the soda proluc-
tion. Zhur.prikl.irhim. 33 no.4:79R-796 ftp 160. (KIRA 13:9)
('~Ypsum) (Soda industry)

OVr;C11K11,', Ye.Y..; DF(C~'11'*, 11. 11,. ; i LV~3YNA, M. 1. ; -,Ui;jTAKOVA, L. A. ;
111;~- - Y . 'i,ixdrudi L~'hastiye: TLRDILYEV, V.S. ;
1=7 5='T1U ,- (, I.; I
VORL!.1.1di, ~..A.
,ca.le formation In diatillaLion columns of the soda manufacture.
Zhur.prW.kh1m. 31. no.'j:19P,7-19(,5 3 161. (MIRA 14:9'
(Vintillation apparatus)

XRLIZIN. N.B.; MITKITICH. 2.M.; NIWNO. B.S.; OTECHKU, Te.l.; PANOT. V.I.;
RYDNIX, T.L.; TABMSHCHIXOT, M.P.; RATKA17SKIT, M.S., md.. ZAZ'.I'-
SEATA, T.F., tekhn.red.
(Production of mod@ ash] Proizvodstvo kal'tainirovannoi sody.
Pod red. M.B.Zelikina. Moskva, Goo.nauchno-takhn.lzd-vo khIm.
lit-ry. 1959. 421 p. NrFLA 13:5)
(Sodium carbonate)

( ;-_, - AN , le.~ ; '' . ". ~:;, v, . .. " ". -, j., .*' . ..'. . . . I
.., , . I
.. - . . ... I
. . .7 -~. j;: ~, T. ', :- - - , - , r. , , , I - -',! I ,- .1 1 , 0! ,
-9 - . . - I * I I I I .
..:7. -h - ~ I ;I '- I.. ; . I :" 1. : : I . . -- . I

I A , ,
" N.. . ,- t!;,!" t.. ~ !"
1-~

GORTUNOV, N.P kand. fiz.-matem. nauk; SAVCHFNKO, A., inzh.;
OVECHKIN, Yu.~ inzh.
Features of using transistor devices. FAdio no.3:40-41 11tr 165.
(!-'IRA 18:6'

GORYUNOV, N., kand.fiz.-matem.nauki OVECHKIN, Yu.,' inzh.; SAVCHENKO, A., Inzh.
Special feeturas of the use of tranElstor dev' :ea. Rn,:'o
n0-044-46 Ap 165. (MPA ]~:-,

, , - .n 4 + ~ -I - " - P ; , , , -I - - : 'I , : I . " , . 11 " ". -
7, ~ R y- 114 ('V . 14, . , K I n . . I " . - , , . . 1 , ,. , . , . I
, -i'. I r -k . , ~ -,I . - - . . - . . - ., 1 . - , r ~ev I ~e a . R , . .
M, I t , 5 . I I . r

I ~,b ~', . 'I?. -Ulil '- -,I. Id-I "N " S AV LHKNKG, A., I nzh. ; IVIIAO ' N, Y ~, - , i n2n.
,,,IFYT'N,'7, N.f
f. ~,,, ~ . t , or - --~ - . r~a , * - -. ,, , r P tcr lev! -pe. FIA -, ~ n . , - , -- I ,
J. it-, ~ . I v- ',~ k - P . , ~

a 2 a.) L J- I W-V x i k w x D, 0 j I
IT
-JU7 14
464 ma"t
I -tlektz-6idkl&j- V'~- 10 Doi -
6 qiit
Wo
-P-m-
-611or- gAbr- 1
On- r-ons itors, were
-pis
Oil Ammistiors
I aged betwon the i
lot WJ740
i 'i '~ lotipt th 0, ran
A "v

IM a IVA HM9FMff'tM*5 Irlmr
,zr'~;
jj
k k1rn"1iMgAo.8-.;1O Y
lihii-'-first drdp correspondedA6 'the'4evelolment. of secondary
b of W ae-
b_t1wVw+-jhjch In the resu
se&m& vas .-ascribed -to tertiml
Tien~ial- forioatioh of, tvo or more channels of local heat 'bretkdovn similar to the
I i' " f Microplasma, regions during the breaYdovn of-nonbomogeneous,
junctidns. --The'.effect .f a,154oe 'mapetictield on-tbe development of secondary
cb~-tbrough~vaa.also studied. It ved found that the delay time In alloy tran-
c - field' intensity an
Firi hen the ia6iAl' d-orlentation are varied..
ic_'tield'Vas perpendicular tothe -collector-enitter axis, delay time
Inc ased several timess -If apulse duration is chosen whicb:19 shorter than the
dilay tim6 at avertain value ofmagnetic field intensity, tbli puncb-througb state
-'-the transistor may- be turned on and off by varying the mag-ietic field. The
6i!~6ntmitiou'of-:-.tbe~.ma~p:etic field had-.no narked effect on the yalues of diffusion-
art. has: 2- figures..--.:
71;
:ENCL*."
t7
-07Mt :"003
*
7r,

ACC NR,
A if ry ;,ncv
.,,.,IC vl~ "S
T I T L. bs~-rv at I Un 0! :,V., I
Tt~ P 1 a* 1
L ce r, t
d u c t or :CI a t S e I: s i 11 g f 1 U ct,-
compounj .-,P-03K f luoreszent c~g-i: fluoi c~;
ABS714C .': -,:.is na-cr descri')c, -i Y or the ex L) r;, I ! , I..- - a ic s
on the sur: ace of se.-.iconductor Oevi-,-s, u-,)on tl ermal effect f r,- c er.
films upon the investi,:a1e,1 suriace. Attention to this
in ge:.rra' by iiie connection 'betwt,on t~,,v;: .,I field Patterns an(I
tor devices; and in a more specific way, the drawbacks of Nign ;t Ut Utf,"r
feasi,.)Ic .7.ethods, such as e.g. eva-u,-,,4r.,p:.~,. 7~,e films used in *-, me*n,-,~
were dried ;c-,)osits from ethyl alck.;., ! based upon Zn- ac--va-
tors. Corv,ound K-~ and FK-101 decrease i'.c , r br t ~,htnesS upon rej I j H. P -
03K initially increases its brightne,-s by a temporary flash. The a;. atu~, for tne
exploration of tc-.Derature effects or. f1iiarescence of the compounds -r,S~sted of a me-
tal rib,)on with the deposited compound on one side irradiated by Lli-violct light
UDC: 539.2%,3;530

ACC N.R. APoC13520
and observeL! by a photOML1 I tip I ier thru a.-i j I :raviolet-opacue f 1 7 " 0.. r 1: C
and a tner-nocouple riding upon the op;)osite side of tte metal
co.-.doundls ter,;?erature. It was found possible, using three compour-, to
cover the teri-~erature range of 20 - 2500C., and to attain acequa~e . -.si,.:vity - a
doubling of 1winosity for a 100C temperature fall. With thiE metho,1, tnc ~istrltbu-
tions of s-arface lenperatures can be adeouately evaluated quantita-,-,%- 1v for the pur-
poses az hand. Transistor and diode surface temperature patterns Jur-:., overloads and
breakdo%~ns are shown. Characteristic hot spots appear e.g. upon the - -rface of a dio-
dc un,;cr conditions of an avalance breakthrough. Orig. art. has 8 ti-res.
SUB CODE: 20/ SUBM DATE: 03,Maz65/ ORIG REP: 000/ ~-Th ALF: 00 1
1 Card 2/2

GUNAR, V.I., OVFCHKINA, L.F.i ZAV'YAWV, S.I.; PEWSHIN, G.N.; MILOVANOVA,
S.N.
'P-I'Icarbonyl compounde. Report No.2: SyTithesis and fungistatic
a tivity of some simplest analogs of the antibiotic griaeofulvin.
Izv. AN SSSR. Ser. kh1m. no.10:1827-lP31 0 164.
(KIRA 17-12)
1. Inst!tut organichaskoy khImii Ia. N.D. :;elinakogo AN SSSR I
Voesoyuanyy nauchno Oadovatellskiy khimiko-farmateevticheakiy
Inatitut Ia. S. Ordgaokidsee

I ..., 1. ..; ; .. t " :
I I . . .
I
., ,. , I I . , . I. I. - i, : ;I ;: I
- , I I I
11 : . . , . '.. , :1 . . e -, f, . . .

GUNAR, V.I.; OVECHKINA, L.F.; ZAVIYALk)V, S.I.
Synthesis of 1,3-cxazine derivatives based or, liketene. :z,7.
AN SSSR. Ser. khim. no.6:1076-1077 165.
(MIFUt 18-6)
1. Institut organicheskoy khicLii imeni Zelinskogo AN SSSR.

ACCUU00 NRS 03W~9%? UJVODW641M1MQ/W7M3l ja i
ar
AIMORt Gun q V. I.- OvtShkjRju.L*..X*4 Zav Oyalov S. I.; Pernhin, 0. N. MAO anovil
4
~m+;q-4ir~tib~~yl.~r-ompoundS-:OOMMUtilcatiOn 22*1 SynthMILO *nd ftnniStatlC aCti-
h: -..ty-:o
some crf -tho -simplest analogs of the'. antibictic'GrI~aofulvin
-j!
khim1chonkW'j jao: -10*A9641-1827-1831
hiitibix-tit; -pharmacology,' eiz ter-, thlorimtea origanic compound, alky-
7 cli"ti
K M "C ic z thetic
-Y process
i6l `-61tstirij thi a li~-
*St4ti_ are
AiNydrovit"
)VIM
te"ringlof grisoofulvi",,vas"StudiodIn an effort to datoralm
nee if :.vArious structural -elements afthe antibiotic. Eno] otters
th44 iI
3i Utobu~ 2-(p-th1ot;obeftsy'l)-, and- 1~,(p-bromobanxyl)-
tolore 1W cvst #"thsSUa'b I kylation of: dihy4rorosorciaol with the-
a
orrox ndiig' alk*'i chlorides, Mlowd byArtatment-of t6 2-substituted bets-
diketones with dUsomethans. Internal snol vatore belontivig to the totrAydrocb-
romanone **ties wort prepared by cyclLsation of derivatives of 2-phenrld1hydro-
revoreLtiol Ln the", ressues, of phosphoric acid. 3,6 1,841atrshydroebrotanorm-5
p
iderivatLV'Sa were produced by a new method of a hosisiJasod on-condenestion of
Cc" lyi

41-
7
sorcLnol irltht Ich- Utones S*l*ctU*,;ftoWqtL-*n vf. the trlutons
n
sualstoos i Aloirid ~ bj Idyclisation of tho'hydrozykatoneals. The greatest
~'AaLfq4sl actiAty was datectool ta 2-inthyl-2-(41-mttiylpertene-31-y~)-S-
-us. 20': 6
As's
0A
14unko Akademit wm3k
:Inht itutorgan ich osko y-kba
ASS(*G% ZATION a. iis
Sm - (Iwtiiute of Orgiadc Chadat , ~'Academy. of Sciencea SWR ; Vf;eooyuz
ry M
. I I
'iesledovatellakiy kbimiko-farmatseytichesUy inatitut in. S. Ordzhonikidze
nauchno-
ituts)
goientific Refearch Chemitopharmaceutical Luit
;Smaiml -Wmm63 -;,;"EML: 00 -.MMCODE. LS9 00

s"Tvamm :~A.%41 EVA,
V J A. '!Fl,,Sl E7 1( A.
S~:~ I i*"-'A L.
A F.
V.i A
vfl
y
f
Za*vsdiTy'u-3hchlv Klinlko.y
r.boh,-hey khimrpli B-lap,
A--!~.r -~Aava uo,a-
o t,,j
K j7
Am.:

r, av v e
r 'eose3 _3ei t.%e
~.r'e
ny y L: . . 11 r
z V 7 P"-1 'W Al" ii m"
'V'_ irp les-r~beci w:-,'c;-. have beef,
photogr;:i;;.r,.'c pr--.~-essies 'or the trpatnent ~f
~,ack -)f' t,-.e fru--. tne
--iti. ',no terrestria. -(-~,rdng )f tl,e -Icturq, devP'.0;'P('
calcu:atllon of tne
_)y A -notiioo :'or Lt,(,
rays :jr, tre " r-. d~r I rg tne f I Ight f rom Earth to tim po In t PA,
-veloped, *.ne agreement be'.ween ca:cu~atio,-, ;ula experiment (for terry..'
_rracilation.s) was si.Zficient. and the expected fog was for the seleett-I "I
;_ig.b:e On '.1hp board of' the velilcle was used a e,
t:.,.-rmostable film k's-'Ze _135 mm,, of medium sensitivity and hign
1/2

GVF~,hfdS, 'i.5-; L.i.; ~n:_ .:~, r. 1.
Z(,~al X __ , "I I , ": 1~ , I ' or
-1 ~ ,
1 1". t-t~ 1. "1. 1'1 .!.3f3fj. Ulij. ;,a Lt.. fCt. I
_t",
I,, :_.~ 1 , - "

OVECHEIS, Ye.S., kand.t.Ahn.naux; R.O., nzh.
Simplified mothod of Jotormining rojidunl gront~u contont in
l(waiu,n, lotither ll.'tor it "dust" troatment. hoth.--obuv.prora-
3 ro - 6. P -2(- Je 161. (MILU, 14: F)

CVECIIKIS, Ye.S.; VASILFTS, T.A.; RCULENKC, P.M.
Methodology for detr-r-r.-'n!njF Ihr- %ens!ie stringtt, -..f
raw matpr!als. Kozh.-obuv. prom. 6 no.2:24-27 F'64.
(MIFI~A ',-:"

GUNAR, V.1.; OVEMUNA, L.F.; LAV'YAU)V, S.I.
Condensation of I-morphollnecyclohexene with Mannich ketones. z7.
AN SSSR. Otd.khim.nauk no.6:1110-1111 Je 163. (AURA
1. Institut orginicheskoy khimli imni Zelirskogo AN SSSR.
(Cyclohexone) (Morpholinp) (Ketones)

MOGILEV, Mikhail Vinituninovich, prof.; OVECHKINA, L.S.,, red.;
PAVLOVA, A.A., takhn. red.
[Feminine hygiene)Gigiena zhenshchiny. Izd.2., ll~op. jlago-
veshchensk, ArmrEkoe knizhnoe iza-vo, 1961. 175 P.
W*1 -4 15,10)
1. Zaveduyushchiy kafedroy akusherstva i gir.ekoloCii -ilago-
veshchenskoCo gosuda.-stvennogo meditsinskogo inr'ituta (for
Hlogilev).
(WOH.,X-HEAL711 AIM HYGIENE)

VOLKOV, A.T.; NIKITYUK, I.P.; METELKD, V.V.; WIONTOVA, O.K., red.;
MOSKAIMIKO "A.V., red.; OVECHKINA, L.S., red.; FILATOVA, G.P.,
tekhn. red. - -
(Mechanization of soybean cultivation and harvesting operations'
Mek~-nizatsiia vozdelyvariia i uborki soi. Blagoveshchensk
Amurskoe knizhnoe izd-vo, 1962. 143 p. (MIRA 15:'~
(Soybean) (Agricultural machinery)

CHEXOTILLO. A.M.; TSV1D. A.A.; MALAROV. V.N.: STOTSVIKO, A.V.. prof..
doktor geograf nauk. otv. red. ; OVECHEINA, L. S. , red. ; FILATOVA,
G.M., tekhn.red. -
[Icings in the U.S.S.R. and their control] Naledi na territoril
SSSR I bor'bo a n1mi. Blai;oveshchensk, Annirskoe knivinoe izd-vo,
196o. 2o4 p. (MIRA 13:12)
(Ice)

SELIVANOV. A.P.; OVECHKIU, L.S.. red.; FIMTOVA, G.K., taklm.red.
(Soils of Amur Province] Pochvy Amursitol oblasti. Bla4o-
veshchensk. Amurakoe Icnizhnoe Itd-vo. 195q. 181 P.
(yIIIA 14:2)
(Amur Province-Solls)

SHMIKAH. Nikolay Karlovich. Iwnd.reorrnf.nvuk; OTECHKINA. L.5., red.;
DAWTITIVA, G.K., takhn.rod.
(The city of Svob(>dnyy-, concise economic-geogrnphical study]
Gorod Swobodnyi; icratkii skonomiko-geograficheekii ocherk.
Blagoveshchensk. Amurskoe Icnishnoe isd-vo, 1958. 38
(AA 13:4)
(Svobodnyy)

PALMO, I., kpnd.gooprqf.nauk; qjTLIN, A., zknirnrl~fst-, QSIPOV, K.,
Shurnalist;.~VSCHKINA. L.S., red.
(Bla,goveshchen;k is 100 years old] Blai-ovwicnenstru 100 let.
SlAgoveshchanak. Amirgkoe kni7linne lvi-vo, '. ) T).
(BlapoveAchangk-Description) (MIqA 12:11)

KHL o". i
"Cl. -r-f C O'T

MCHKINA,, T~~G~ ; YINOGRADOVA, A.D.; SHEBERSTOV, V.I.
Photometric equivalent of the developed silver of technical
otographic film . Zhur.nauch.i prikl.fot.i kin. 7
.6:467-469 N-D '62. (MIRA 15:12)
3
1
1. Moskovskiy poligrOicheakiy institut.
(Photographic sensitometry)

UZING,c.R, N.N.; OVECHKINA, T.I.; GALOPERN, G.D.
DeterminatioO of nitrogen In ammatic nitro- w5d polyzLitro
compounds by the Kjeldahl nicromethod. Zbw-.ana1.khin. 17 no.8:1027-
1028 N 162. (KIRA 15.12)
1. Institute of Petroleum Chemical Synthes-'m, Academy of Sciences,
U.S.S.R.), Moscow.
(Nitrogen-Awlysis) (Atro compounds)

BEZIEGiZi, N.N. ; G.D. , doktor kbimichoski)d. nauk; OVECII-KIN.A.,
T.I.
'Oetermix-tion cf nitrogen in crude oils and petroleum products
by the Dumaa micromethod. Metod.&n&l.org.1oed.neftI,ikh ames.
i proizv. no.1:132-140 160. (ML'I 14:P)
(Nitrogen-Analysia) (Petroleum prcxIucts)

VILLI)IIY YO.O.; Khx;SIJ4IKvVA, Ii.l.; OVrCffhJ.6j JI.S.1 6AI)uV, i.I.
Development of -.ne three-col-jr texti-le prirt.%C; color Cf
color triad foi t:iree-color printing. :ZV.VTs.uCnet).Z&V.: *.egz- -
prom. no.1:103-109 10. It :,
1. Vjoskovskiy tekstillnyy inatitut.
(I'extile prIntinc)

BELEN IKJ ~ , I :,,' . , ki, .?,. ' ~ -; it -k I ii.. wiu~ p rf-n . ; qy~~j it' IS, 1. . '~. ,
~,, , te . , P. A, -Y" . , t,r "': . :,%-u/ f :-(Al . ; XL,,KNrG , A. 17,.. p r(,(l .
se, ri f " -,(, . 1. tw , - x I , , , 1, T'durtr. y ,
frl,:%enend-i - - - : . . 1. *,. P,.. - ~ ; I i i, ~ i - -- h 11 (-- r, no r t ! ;
sburnl x ~ * a * i,., . '.' x - .. , I ;-~,; - vo "I.f)fFka ig I n niz, t rl i n , "
1964. '~' - f , W. 1 ~uA I":, ,

5 1530 /61/0001009 /00lb/009
N- 8
S. I& K..'S. 114 ol6v. N.' L Wrillov,
0m
ntonov,
and B. 1. Uapenskiy.'
k
n
...Photographic processes applied Cthe first photography of
the far side of the moon,
'-PZRIOMCAL: Akademiya nauk SSSR. Iskusstvennyye sputniki Zemli, no. 9,
1061, 20-29
Both ground and onboard photographic proc*as,3~ were used to obtain
s" TEXT:
-.i the first images of the far side of the moon. The main task lay in bringing out
degree the details of the objects surve!'ed. The numerical
ialu- tive was close to 1; for the
e, of the contrast coefficient of the onboard nega
ground negative it was of the order of 0.7. , The dosage of relativistic particles
of 107 particlds/cm . Theoretical
on the flight to the moon was of the order 2
ents @h the density of Alm darkening caused
i.".,:,cOmPutationx and experim ow that
Card 1/3

09
".0tographic, processes applied... S1560 /61/000/009100lb/O
icles"Wai's -0.04 to 0.08; the film fogging wat,, 0.13 to 0.14. The basic
art
p
for the onboard photographic process wero simplicity, stability,
~;,.,.,full automation, and reliability. Small-grain, heat-re afstant film of a v e r a g e
sensitivity and high resolving power, based on silver lialide photoemulsions, was
~_-,~._,4nost'suitable. A single-dish developing process, in,11hich the film Is developed
7
,`0....,and flied4imultaneously, was chosen. To preserve,,he necessary sensitomet-
&'viscous developing-fixing solution wa q u god. Thedeveloping
"component was a new, energetic substance with high: superadditive properties,
while the fixing component possessed high buffering,ii-juality and a high content of
-fixin ~ substa ce. A graphic presentation of the senultometric characteristits of
n
the4in I -dish process indicates that temperature o iwWations from 30 to 50,
g e.
hi-O'c'-little effect on the characteristics of the curvet, rhermostatic tests of
ih 4ol~iion' showed good conservation at It a 20-400 Or 15 days. I. e. , 2.5 tim es
the.Jur' a-tion of the flight. - Further processing'of the fil'in consisted in a short
~'Watek_ wash and drying on a hot drum, All aftemearj sensitometric, physico-
1,1~1_7" ihimical and mechanical t re made on a s' ec 1&1 model of the equipment
ests,*e a p
ciard"2/3

GOROXHOVSKIY, YU.N.; OVECHKIS, N.S.
Discussion on the sensitivity criterion of &E-purposs
photographic materials. Zbur.naueb.i prikl.fc,t.i kin.
7 no.6:472-474 N-D 162. (KIRA 15:12)
(Photographic aenoitometry)

- - . I . - I '~: "K ~' ...? . . 11 . .

OVRGHKIS, N.S.
Theory of the color transmission of subtractive three-color methods
of producing motion-picture films. Trudy IKFI no.7:123-132 147.
(MIRA lIr6)
1. laboratorlys, tsvetnykh Isobrashenly Nauchno-iseledovatellelcogo kino-
foto-instituta. Moskva.
(Color o1nomtorraphy)