SCIENTIFIC ABSTRACT SOLOVYEV, S.M. - SOLOVYEV, S.N.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001652320006-6
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 25, 2000
• Sequence Number: 6
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

~ , I.'
,~-LITSVIY, -I.fu.A., ziOLOVY-Ell, S.M.
Manufacture ef thin targets for '63'-s chdrged per.1sb%s.
Izv. AN SSSR. Ser. fix. 28 no.100724 0 164. (XIFA 17,.2,

PRCYrOPUMV, A.U.; Yu.A.; SOLDVIYVV. S.M.
?12 P17.
141 6 Hn v neutron fission crops naction of Th ind Up
Atom.onerg. Is no.2:190-191 F 151. (111RA 11:4)
(Muclenr fission) Olautrons)

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14

i SOV/120-59-4-13/50
AUTHORStProtoDopov., A. IN-.- Selitskiy, Yu. A., Solov'yev, S.M.
TITLE: Mtravio)(,-t Radj ation Corrrerters in a4l~,as~~ ron
Counter
PERIODI%,JAL: PI-iliory i tekhnika eksperimenta 1959, Nr 41 pp 66-69
(USSR)
ABSTRACT; The, Comm),ounds used are: quaterphenyl. tetraphenylbutadiene.
-sodiw:i salicylatc-!, and POPOP. The fluorescence decay curves
of these substance~F are examined. Results are given for
n(-,utr,jn-i-ndu,ce,j fission In 235U,. The coanter is filled with
xenorii the design ij c-hjwn in Fig 1, ~n which the. source is
at the tcp~ the valve is on the right,, and the end-window
photo-multi-j-4plier ~tyrje FEU-3;5) is a~ teic- borto;.i. The pressure
used is near atmuspherin- The compiunus are deposited in
various ways on the walis of the c-,~unter and (if they are
transparent) on the window to the _Dhotomultiplier. The opti-
miun thic.MW33 iS given az 60 The table gives the
respDrise to (x-parti(.;.'e,-; from -4-kAm without oonverter, with
tetra phenyl -butadienH , wi.th quaterphonyl, with sodium- sali-
cjlate. witn POPOP) and witti qiaterp,Lienyl again. The first
Card 1/3

SOV/120-59-4-13/50
Ultravioiet Radiation Converters in a Gas Scintillation Counter
Colut.m gives the relative light output; the second gives
amplitude resolution (in %) for 5.5 MeV a-particle. The
notes state that the converter was on the tnside of the
quartz window, and an the outside, respectively. Fig 2
shows the poisoning effects produced by vapours of the
converters; a) sodium salicylate, b) quaterphenyl, and
c) POPOP. The times are in days. Fig 3 shows the ampli-
tude resolution for the fission fragments produced from
23-5U by 15 MeV neutrons (the broken line represents the
actual energy distribution). The decay 8time is nearly
independent of the ronverter (about 10- see). The con-
verter to be used zast be chosen to suit the conditions
Card 2/3

.'OV/120-59-4-13/50
Ultraviolet Radiation Convelrtqrs in a Gas Scintillation Counter
of -the experiment, The paper contains 3 figures, 1 table,
and 5 referen,,Ps, all
ASSOCIATIONt RadLyevyy inatitut Ali ',13SR (Radium Institute of the
Acade::~.y of 33~a-~encsa)
SUBMITTED: Juie 30., 195a.
Card 3/3

21M
AUTHORSs Protopopov, A. N., Selitskiy, Yu. A., SOY/69-6-1-9/33
Sol ov~40K. -a. --go' -
- --, WWWUMM
TITLE: Cross Section of the Fission of Am 241 by Neutrons With an
Energy of 14.6 MeV (Secheniye deleniya Am 241 neytronami a
energiyey 14.6 Mev)
PEHIODICALt Atomnaya energiya, 1959, Vol 6, Nr t, pp 67 - 66 (USSR)
ABSTRACTt Americium is precipitated electrolytically on a platinum
disk. The target of 15 mm, diameter is placed at a distance
of 30 mm from the neutron source. The neutrons originato
4
from the reaction T(d,n)He . A quantity of 12,4g americium
was used. The Pu 239 content of the preparation was less than
0.6%.
The measuring methoda used for determining neutron flux
and for counting fissions are described by reference 4. The
zission fragments were measured in a gas sointillation counter
which was filled with xenon. Transformation of the ultra-
violet light flashes of the xenon into visible light was
Card 1/2 brought about by means of quaterphenyl, which was applied

cross Section of the Fission of Am 241 by Neutrons S07,169-6-i -9/33
With an Energy of 14.6 MeV
to the Interior of the counter. The light flashes are
recorded by a multiplier ?M" -33. The pulses originating
from thec(-particles are conveyed to a rapid-aotion dis-
criminator which is fitted with crystal diodes of the type
Dg-j, - The pulses are broadened, amplified, and fed into
a single-channel catalyzer.
The statistical error committed when counting the fission
producta amounted to 2%. 241
The fission cross section for Am for 14.6 MeV neutrons
was determined as amounting to(:~ - 2.35 tO-15 b.
The target was produced by G. I. Khlebniko-i. A not irradiated
target was measured by V. G.,Nedovesov in a magnetic (X-
spectrometer. There are 1,figure and 4 references, I of
which is Soviet.
SUBMITTEDt September 222 1958
Card 2/2

Tu*A.; SOIDVIYEV S.M,
cross-section of ur
S SS.R 9 S 55-Wp - 159.

ARTIZ11YEV, Yu.M.; BAUNOV, LA.; BLINOV, H.V.; KU"NE7SOV, M.I.; PRUTOPOPM)
A.N.1 SELITSKIY, Tu.A.; -S0LOV',P-Vj,.,P*M#j 311IRIAM.. B.Mo; EYSMONT, V.P.
Low voltage neutron generator. Trudy RadievinstAN SSSR 9:134-
140 159. 1 (KU?A 14:6)
(Neutrons)

.2 A 00 0
332 _M
5/069/62/012/002/0110/013
B102/B138
AUTHORSt Kazarinov. N. M., Matveyev, 0. A.0 Ryvkin, 3,
S. M., Strokan, N. B., Tarkhin, D. V.
TA'TL?,t Invoutigation of semiconductor spectrometer counters for
measuring fragment energies
PERIODICALt Atomnaya energiya. v, 12, no. 2, 1962, 153 - '54
TEXTs U 235 fission fragment energy was measured by semiconductor coun-
ters developed at the fiziko-tekhnicheskiy institut im, A, F, Ioffe
(Physicotechnical Institute imeni A. F. Ioffe). The surface-barrier
junction of these counters was produced by spraying gold onto nn n-type
silicon plate. These counters, which were studied earlier by the authors
(Atomnaya energiya, 11, no. 3, 217, 1961), were found to be well suited
for alpha spectrometTy (resolution 0.5% for E,~- 5~5 Mev), The volume
charge region was about 60,A.-- for maximum voltage, much greater than the
fragment range in silicon. Fragment energy was meAsured with a 0.5 mm Al
target, placed in a thin-walled aluminum v um chamber. The target had a
vacuum-sprayed layer of UP 41 enriched in UM to 921;89~ Diameter of the
Card 1/3

33238
S/089/62/012/002/010/015
Investigation of semiconductor B102/B138
layer was 1.2 cm, and the total weight was 120,,"g~ The silicon counter
was placed 1.5 cm below the target to avold beinF hit by the neutron beam
collimated into the chamber. The counter pulses were fe(I to a prearnpli-
fier ani thenic to a ~00-channel analyzer, The fraFment energy spectra
thus measureJ differed considerably from those obtained from time-of-
flight measurements. This was found to be due to enerFj losues in the
counter surface, which were qtrongly dependent on the angle of incidence
of the fragments, As the frajments lose most of their energy in the first
part of their path this effect was much higher for them than for alphas
Special countors of 16 mm.2area were produced with a thinner layer of
gold and the ener#.rj spectrum was measured agsin and compared as before-
This time the shape was the same, with a difference of about 7 Mev in ab-
sclute values Thi:, i,s attributed partly to ener& losses in the f.SB41e
layer, and partly ,,( the energy being carried away by fission neutrons.
In the Au laycr do not exceed 1 Mev. Apart from other advantages
the silicon counter '- yii)ld better results than e. g. ion4zation Chambers,
There are 2 f-i~-ircc :nd 5 references: 1 Soviet and 4 non-Soviet, The
four reference.,i tf; _n~-Ii.-th-language publications reaJ its W Ste-n-
Card 2/3

3323Pj
S/ 108916210121002101010'5
Investipatlon of !3emiconductor B102/B138
Phy 3 Rev 108, 94, 1957 1 H, Smitt e t al, Bull, Amor, Phys. Soc . , ~icr, 11,
11
'j, No 3. 2ZO, 1,961; d', Joyner et al. IRE Trans, Nw:! Sci; 8, No 1 . 5-1
1961; J, 'Kahl Phyz. Rev 25, 126, 1954.
3UB'*1"ITTEDs Julj 28, 1961
Card 3/3

n~mr~ T, R ,
7 1, I C',X , *i.'., ., V, f 11 w * I~l ~!, filT , ;
SHUIUK, V . - , ,i - .1 ," " vLj.J,L *A I
i~u, . I , , M. , I . I .
usillbil-l"'y of lo r jj'~~ ~4", -,. detect6rs for ~,4 -lpsuctrovetrY-
Atom. anorg. 15 no~,.:`~4 0 16 31 9 WRA lvllo)

L 1635-66 EWT(m)/EWP(i)/F.PA(w)-2/VdP(t)/diP(b)/EWA(w)-2 IJPW JD
ACCESSION Us AP5016390 tK/012D/65/W0jCq3j.Q2"/0290
539-234
AUTHOR: Selitsklyp Yu. A
0-!:1~0103"V*S- N.
TITLE: Preparation of thin wtj their use In Urgets
Y f ~~,
SOURCEt Pribor-y i telchnika skvpwUmta,, no. 3, 1965, 219-22D
t
TOPIC TAGS: pgticls accelerator t tal film
ABSTRACT: G. Dearnaley'a method (Rev. So. Instr.s "60# 310' "7) of PrOWIN
thin carbon film on a- soap-coated gLwa plate w= modified tr Wwtitutlng A]:# Ago,
film Vith a
Cu, Pb, and BI for carbon. V
wolght of W-70 dwglm~p obt Alt 2'0D-TAW Cup Pbp Rip
g!
2D0 14 g/cxP). Al and Ag filimw =ad as b kir- ukanivo-tetranuorlas Md
thorium tarjets. Orig. art. hass no figure, forml&,#, or taus,
ok
ASSOCIATION: none
70~
SUMaTnCD: 22Apr64 ISM: 00 OW 0mul IPA IN"
10 RIF BOTs 00i WMI: 001
Card 1/1

1152 SOURCE CODE: UR/0367/65/002/003/0460/0466
AUTHOR: Nemilov Yu A.; Selitskly, Xu. A.; Solov'yev, S. M. EyOM004 V. P.
ORG: None
TITLE: Oe angular anisotropy otfl!sloc~by sub-barrier deutrons
SOURCE: Yadernaya fizika, v. 2, no. 3, 1966, 460-465
TOPIC TAGS: nuclear fission, fission product, deutron bombardment, uranium, plutonium,
angular distribution
ABSTRACT: Ills article presents the results of new measurements of the angular distri-
bution of fission products for the fission of heavy nuclei by deWons of various energies
It
(below the Coulomb barrier). Specific details are given for U- and Pu2"O, and deutron
energies between 5. 7 and 12. 1Mev. It is found that the angular distributions are
appreciably anisotropic and that the energy dependence of the antaotrcq)y of the odd-even
nuclear targets has certain significant features. For example for PuQug the anisotropy
increases with a decrease In deutron energy, whereas for If3h It decreases and passes Into
the region of "negative" values f)f (0*) /d f (900) < 1). The significant features indicated
are Interpreted as the result of the specific feature of the interaction of low-energy
deutrons with heavy nuclei. In conclusion, the authors note that, given data more precise
than that available at presen4 the results of the present work may be employed for the
calculation of the moments of inertia at the saddle point for nuclei which Iffer fro)n those
studied earlier according to the nucleon composition and encitation energy. Orig. art.
Card 1/2

001152
has: 4 figures.
SUD CODE: 18/ SUBMDATE: 20Feb66/ ORIG REF: Oll/ OTH REF-.'009

3837-66 EWT(1)/T/EED(b)-3 IJP(c)
AUMBION im t AF%L7496
UiVo,3681651002100610,55816561
M.534
AUTHOR S Kheyman 0 : Karaull shchikovas R. V. v2i~tfss-$ partmw
a. M.; V Yr-r- Xurepinap 0,
owpes A. F.- Aleksandrc V.; Ivano"t L v0
70-r scliglEc and techniclWAOses
SOURCZ: Mmrnal prikladnay spektrookopil, Y. 2., no. 6.. 1965., 358-561 46
46
TOPIC TAGS: IR Vt2joSENftj, photographic enulsionp photographic processing
4 0 dryl Jy
ABSTRACTs The article sumarikes the photographic proportion of raw infrachromatic
film and plates ey, exemh InstUA""
ture Phot A Vi =creaaste z"fie"I ("U"Ituyt'in"d Roensitivity of iufracbromtic mate-
rials used for spectroscopyp astro-phatograpbyp and other scientific purposes* .1
Tables of the photographic characteristics of the film and plates are listed# and
spectral sensitivity curves are given for all the eaulsionso The appropriate de-
velopment techniques are also discussed* The individual film are compared with
those produced by Eastman Kodak. It is recomended in the conclusion that the
i.available assortment of infracbromatic ewilAicas (11 types In the SSSR) be redwedor
sInce Eastaiin ]produces only four types vh1ch seen to meet all the requirements.
Orig * art bast 3 figures and tablese
Card 1/2

ot
ck) i/ ($),I o.
ACC S(AIKE, CODE: IJ14/0367/i
AU'7,1011: _Wjtnkjy,_ Yu. J~. 8. 14. V. P.
p
ORG : none
TI TIE: Characteristics of the fission of LY deuterons and the depenlence of
th,~ 1-ine"Ac enera of the frngmentn on th~~--~-xcitation encrej of' *~he fIrsioninr nucle-11
SOURCE: Yadernaya fizika, v- 3, no. 1, 1~46-6, 65-72
TOPIC TAGS: thorliui,, fission prod~,;,~t, ntelear fisSion, deutercn reaction, Ydrietic
energy, excitation anargy
ABSTRACT: To obtain further informwtion on the depcrolencc of the kinetic- en~-,vgy dis- I
trIbution of fission fragments on the exc-Itation cncr!E;y, the authors hav,,- vind,!rtaken
a comparison of the properties of -"ss and kinetic-energy distributions of 117h~~-3~-'
fisaloneO by 9 nnd 12.1 Mev deuteron5. The energl~?-, ~,f I-allred fission fraj,),,ents vel*e
measured with previously described nem I condue t or- (let of-, to.- npl-.4ratur, (Yrillr' v. 1, 677,
1965). Approximately 10,000 frag-men!- pairn were ref.,it;tc-red for j~ach -)f tlie
deuteron energy. The measuremcnts y1oldcd th~-, I-.agment d1stribution,
fragment energies, and the dispersion of the d~f'..17rAned Masr~es, an 'We'll '131 dis-
tributions for the kinetic energy a'. fixed rrarr--7. -the rvr~ults, togct1,,!-r i!,'Ata I
obtained by others, are analyzed frori the point of view of "he model of "nucl,~!ar
shells In fragmeiTta" and the postulatl~d exirftence of two independent tyl-e; of flcslon~~
(symmetrical and asymmetrical). It in shown thrtt If the n-:Ydel of two t~j-pcr- (,A'
Card 1/2

L 37)"--46k
ACC NRI AP6016809
fission Is assumed, most of the eyperimental data obtaino~d at nedium energtt~3 ~tui Ve
reconciled with the theory, whereas the shell-effect, surface tension, and vA&':rj;,'1tY
concepts, which are physically more clear than the two-firsion model, have not been
sufficiently well. developed to serve as a basis for a quarytItatIve analysis. i:~r-lg.
art. has: 3 figures, 8 formulas, and I table.
SUB CODE: 20/ SUM DATE- 22-Apr65/ ORIG RU: 010/ OTH WW: 0114
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'Investigations of Optical Sensitization of Silver Aiaides 11. Absorption Spe--tra of
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Yoscow, -1944--

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I MrICTULIF %Ilqwlurc Illuo I'Lls .1 doctmining rt-4:. 01.0

SOLOV#TNV, S.M.
Speotra of absorption of 4yes and speotra of the sensitising of
silver halide. Triay NIVI no.706-51 147. (MIRA 11t6)
1. laboratoriya tekbzologil fotosloyev 16uohno-iseledovatellskogo
kino-foto-inatituta,, Noskya,
(Dyes and dysing)

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of 9 it fig heelit, and the amt. of hobo aladvided aiiii cat. purd .00
with the amt. of Afe blieviord Need. poleatitimetrimlly). 000
Since bagdoidat'ims (C.A. 33. 675410) avivaed float many
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P)
IMSSR/Optics K
Abs Jour: Referat Zhur-ritika, 1957, Na 4, 10661
Author S01OV'YeV S M.
Inst R a i 1
Title New High Sensitive Infrachromatic Film
Orig Pub: Zh. nauch. i prikl. fotogr. i kinematogr... 1956.. 1, No 30
233-234
Abstract: Description of the fields of application and proceesing condition
of the high sensitivity infra-film, produced by the firm Kodak.
Card 1/1

Ilzr,
01 ~--, . 1, t,6
.s6
Soloviyevy Sorgey IiW, ,aylovich
Fotograf irovuniye v in-frakrasnykh luchak:h I-photofTerhine,
with infra-red rayDs I:oskva,, "Iskusstvo," 1957-
85 (1) P. Ulus., diurxs., rxay,hs, tables.
"Literaturu" 1). 84-(86)

41
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pliwing the dlms in a vucuuia, but aft" npmM shemtkms
(A st4wage in 0 Wo evatuaticcl this clfftct was less Marke4.
It is tugigesttA that the effmt (it 0 ccKulsts In tile gradual,
MuolulAth)n of aftwbed 0 cm the AgOt cyrifiJ surfact,
Multing lo Ithe deepeninq of pyttatial min., arol In its ccsn~
Peliflosi witIthe scm4tivity ctnters I'm ptuAcoclecimas.
W"
M
X
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tj

AUTHORS: Solov'y*v, S-k-y Parfenova, N.M. SOY 77-3-4-12/23
TITLE% A Means of Increasing the Stability of Hyperoonsitized Infra-
chromatic Films (Sposob povysheniya stabillnosti gipereensibi-
lizirovannykh infrakhromaticheakikh plenok)
PERIODICAL: Zhurnal nauchnoy i prikladnoy fotografii i kinematografii, 1958f
Vol 3, Nr 4, pp 285 (USSR)
ABSTRACT- In experiments to discover a means of stabilizing hypersensi-
tized infrachromatic film, films which were sensitized to the
various bands of the infrachromatic spectrum, Were dipped in an
intermediate bath of 5-methyl-7-oxy-2,3,4-trianaindolysine. It
was found that these films preserved their heightened sensitivity
unchanged for 20 days followed by a gradual falling off ad the
fog began to appear and an increase in density. In untreated
hypersensitized films, fog increases rapidly and the film is
unfit for use within 1-2 days after hypersensitization. The
stabilizing technique is described step by step. There is 1
Card 112 non-Soviet reference.

SOV 77-!-4-12/95
A Reans of Increasing the Stability of Hypersensitized InfrachrociatViz FIB%-,
ASSOCIATIONs Vaesoyuznyy nauchno-isaledovatellskiy kinofotoinstitut (The
All-Union Research Institute for Photography and Cinematography)
SUBMITTED: April 8, 1958
1. Infrared films--Stability 2, Infrared films--Sensitivity
3- Infrared films-Test results
Card 212

23(5) SOV/77-4-2-5/18
AUTHOR. Solovlyev, S.M.
TITLE-. The Desensitizing Properties of Sensitizers (Desensi-
biliziruyushchiye svoystva sensibilizatorov)
1%-,R1OD1GAL: Zhurnal nauchnoy i prikladnoy fotografii i kinematogra-
fii, 1959, Vol 4, Nr. 2, pp 106-115, (USSR)
ABMACT: The author refers to two methods of changing a sensitizer
into a desensitizer: 1) introducing nitro groups into
a molecule of the sensitizer, or nitrogen atoms into the
polymethylene chain f Ref.L7; 2) using the sensitizers
when introducing them into a photographic emulsion -'th
a surplus of bromide water, Luppo-Cramer J'Ref. 2 X
showed that in this case, sensitizing dyes acquire desen-
sitizing properties; the light sensitivity of sensitized
plates containing bromide is lower than that of plates
containing bromide but no dye Z-Ref. 3 1, In this article
the author discusses a third method, consisting of pro-
Card 1/4

SOV/77-4-2-5/18
The Froperties of Sensitizers
cessing the photor-raphic layers aJILth a dye previously
oxidized in a bromine -water sol-ation. The experiments
were carried out as follows; a spirit solution o-' the
dye-sensitizer 3,3' -dimethyl- 4,594',5' - dibenzo-9-ethyl-
thiacarbocyaninechloride (hereinafter called dye 1) with
a concentration C=1.10-4 -was prepared. Increa-
sing quantities of bromine water were added to the dye
solution, which was crimson-v-lolet before oxidation, so
that dark-violet, dark-blue, dark-Green and finally
yello-a-brown colors were obtained. The broaine con-
lent in the bromine aater was ~Ietermined analytically
and t.hen the number of bromine atoms which had cambined
,aith one molecule of the dye was calculated for -all the
-hat the original
color changes. Thus it was found 4%,
crimson color changed to dark crimson when 1-2 bromine
atoms had combined, into dark blue at 5 about 3. into
~Creen ~tt 4-5 and into yeIIrjw-b-o7,rn at 6-7. iValuation
2/4

-d- 5/ 1 ~3
The DesensiLizirij,, 1'ropertles of -~Jensiti,-~-.-ro,
of ~.,Iie desensitizinE; properties :r )xiaizea dyes in
their action on sensitized phot,o?;raphic layers was
jc!Aeved by the normal merhod, determininG t."'.eir effect
on the 1i;-ht sensitivity and the. latent image. Tests
carried out on other cyanine dyes which were
fuun4 to be active accept-ors of boomine; the oxidized
dyes' Iliad scarcely any on tile latent im-age but
s1tron-ly suppressed the ligh'.; -,.sensitivity. The con-
clusions of the author are: -',.) when dyes
,.,re oxidized in a solull--.ion of bromine viater an.'A. washed
in a buth wil.-,h an -,xid--'-zed dye of sensitized photo-
~;raphic materials, the dyes act as typical desensi-
tiz,ors, uhich have pract-ical"y n,,) effect on the latent
Jima-e and lo*aer the tota", and IiGht sensi-
t i_ Val ty to the same or an even Oreater deGree thian tile
-;;-~11kno%irn desensitizers phenc3afranine and green pina-
,-ry-tol, 2) tahen a serie.-i of -,,ensitized dyes are oxi-
eu
Card 3/4

00V 77-4-2-5/16
~j_,.;i~nsitizino Properties of Sensitizers
dized in a solution of brorLine water and then intro-
duced into a non-sensitized emulsion, the dyes lose
their sensitizing properties in direct proportion to
the decree of oxidation; 3) different sensitizing dyes
when oxidiZed by bromine water show different desensi-
tizing properties; out of tile thiacarbocyanine deri-
vatives tested, dye 1 had the Greatest desensitizing
action. Finally the author conveys his gratitude to
Dmitriyeva and V.A. Smirnova, who carried out the
experimental part of the research. There are 8 graphs,
6 tables and 5 references, 1 of which is Soviet, 2 Ger-
man, 1 ;-;n,.,lish and 1 French.
Vsesoyuznyy nauchno-issledovatellskiy kinofotoinstitut
(NIKFI) (All-Union Scientific Research Institute for
Cinephoto-raphy) (NIRPI)
Zj
October 15, 1956
Card LL/z~

PHASE I BOOK EXPLOITATION
Solov'yev, Sergey Mikhaylovich
Infrakraanaya foto rafiya (Infrared Photography) Moscow, Oos. izd-vo
"Iskusstvo," 1990. 215 p. 8,700 copies printed.
Special Ed.: 0. S. Baranov; Ed.: A. N. Teleshev; Tech. Ed.: V. A.
Gorina.
PURPOSE: This book is intended for persons engaged In the study
and uses of infrared photography.
COVERAGE: This book presents the general principles and concepts
of infrared photographyj as well as data on sources of infrared
radiation, light filters, and special photomaterials and their
processing. It also presents data on long distance and aerial
photography, and on the application of infrared photography in
medicine, zoology, botany, and in other fields of science and
technology. An appendix contains 23 sample plates. The author
thanks L. Ya. Kraush, V. I. Pashkova, and S. A. Drukker. Refer-
ences accompany each chapter.

PUN I BOOK EUWrTATION SOV/4159
Akademiya nauk 85SR. Komissiya po, nauchnoy fotografii I kinematografii
Uspekhi nauchnoy fotografiij, tom 7: Priroda fotograficheskoy chuvat'ritellnosti.
lzgotovleniye galoidoserebryanykh fotograficheskikh sloyev.
Opticheskays, sensibilizatsiya I gipersensibilizatsiya. Kh4miko-fotograft-
cheskays, obrabotka s"tochuvetvitelvnykh sloyev (Nature of Photographic Sensi-
tivity. Preparation of Etaloid-Silver Photographic Layers6Optical Sensitizing
and Hyper-Sensitizing. Chemical-Photographic Treatment of Photo-Sensitive
Layers) Moscow., 1960. 260 P. Zrrats slip inserted. 1,,800 copies printed.
Mitorial Board: K.V. Chibisoy (Reap. Rd.) Corresponding Menber, AcadexW of
Sciences LUM, V.I. Sheberstov (Deputy Reap, 9d.) Candidate of Chemical
Sciences, Docent) Yu. N. GorokhovskiyL, Doctor of Chemical Sciences,, Professorp
G.A. Istomin., Doctor of Technical Sciences., Professor., and LI, Loevkoyev.,
Candidate of Chemical Sciences; Ed. of Publishing Houset K.T. Plarkbilevich;
Tech. Ed.: G.S. Simkina.
PURPOM: This collection of articles is addressed to those vorking In theoretical
and app3ied photography and cimmatography,, and to researchers In the chemistry
Card 1/~

Nature of Photographic Sensitivity (Cont.) SOV/4159
and physics of photographic processes.
COVERAGE: The collection contains articles from the editorial files of the Zhurnal
nauchnoy i prikladnoy fotografii i kinemtografii discussing problem in the
preparation and processing of haloid silver light-sensitive layers,, the rAture
or photographic sensitivity., the pieservability of photographic layersp the
theory and technology of the preparation of photographic emlsions and optical
sensitization, and, finally1the chemical photographic processing of black-and-
white and color photographic materials. Many of the articles contain the
results of scientific investigations made by the authors. The collection also
includes several reviews of current problems in the theory of chemical-photo-
graphic processes. A, bibliography of Soviet and non-Soviet references accompanies
each article,
TABIM OF CONIMM:
. 1. - IIATURE OP'PWMGRAPHIC SUSITIVENESS,
PREPARATION OF HALOID-SILVER PBOTOGRAPHIC IAYM
Chibisov,, K,V, Nature and Formation of PhotographIc Sensitiveness
(Remarks on Mitchell's Theory)
Card 2/ 7

Nat-are ef Photographic Sensitiy1ty (Cont.) SOV/4159
Sheberstav, V.I,, Aging and Stabilization Processes of Photographic
Layers
qol,~V, and V.A. Dmitriyeva. Aging of Photographic Emulsions
eLn4 Qla&ntlty of Illumination Daring Exposure
Vend.n:vskly,, K.V. Effect of Preparation and Processing Conditions of
Photographic Layers on Deviation From the Low of Interchange
M.-ahkovskiy,, Yu. 9h. Effect of Chemical Sensitization on the Sensitivity
of FL:itographl.- Emulsions at 14v Illismina ion Intensities
Prot%qp I,P,, Yu. A, Krakau, and PT. Sidorenkova, Role of
Tb.i:cywwgeD Icna in tbo- Chemical Sensitization of Photographic anasions
With GD1d
Novikov, I.A,, and N,S. Gafurova. Investigation of Effect of Sodi=
Thiocalfat-- on the Photographic Properties of Emil ions Sensitized With
Gold
25
50
57
77
87
96
Card 3/t

Natwe (J Photcgraphic Seniq1tivity (Ccnt.) SOV/4159
NcvIk~:v.? I.A. Chwign In the Dtalrersicn of Small Grain Rmulsions in
t,be Ctentcal. AgIng Pr.cees 103
K-i,r1I.Iov,, N.T.p Yu. G. ChtkJc;Ij.--v,, and V.L. Zelikman. Continuous
Pr,~cesseq ain the Syntbrais ~f Mtr4mphic R-11 ions 108
Zelil"n) V.L.., 9-nd Ye. B. K-,,ndratlyevs. Gelatin Concentration in
the First Aging U5
S.M. 14-.-.dern C~;n:~epts of GeIA;tin Structure
120
Zivkin, Ye. A,,, and. 9.1. ParcrLik, Albuminous Type Admixtures
in Phnt--graptic G,-%Istin 134
Levil S.M. KAern C,,n"pts cf the Rbeologic Properties of Gelatin
Solutis-ne and Pb.-)t,-:,.grapbLic DmUsions 137
Uvaro,,ra, V.M.., and V.A. W-11tseva. Search for Ways of Improving the
Stnictw-91 W--chanic.%I Pr%~p-rties of Photographic Layers for Nuclear
Research 150
Card 4/7

IlAwre of Ptwt-.grap1i1c bensitivity (Cont.) BOV/4159
Zelikman., V,L,, MethoU of Tanning Photographic Rull Ions 161
iptri, a.m.., Effect or Wetting Agents In Mixtures and During
th ,1 tfl&yer Copi"Ing 170
RAInheva, M.P., Elementary Composition of Nuclear Photographic
Emdalons 178
II. OPTICAL SENSITIZATION AND HYMMMIMIZATION
R~:rln, A.V. Investigation of Concentration Effect During Optical
S,,sltization of Photographic 2-3 ions 183
Pokr-7voknyao K.1, Investigation of rnteraction of Heroclanines With
Silver I-Dns in Solution 191
S,,-1-o7'yevj, S.M. Hypervensitization of Infracbromatic Layers 201
c 9'r J. 5 IT

NatiLre of Photographic Sensitivity (Cant.) BOV/4159
Arnoild., Ts, 8, Problem of the Predevelopent, of Jkltilayer
Color Negatives 246
Ut4rchenko., G.D.p and S.A. Shiptsyn, Problem of Storme of
I)evelopers 253
AVAILABIZ: Library of Congress
Card 7/7 JA/lnb/~w
10-24-0

SOLOVIYEV, SA
Simplified testing of photographic materiale for stabilitY b7 means
of storage in an wqgen atmosphere. Zhur.nauch.i prikl.fot. i kin.
5 no.6:406-412 N-D 160. (MM 14:1)
1. Voeooyuznyy nauchno-iosladovatellskiy kinatotoinstitut,
(Photography-Zilms-Testing)

S/081J62/000/005/070/112
B156/BI08
AUTHORSs Solovlyevt S. 14.1 Parfenova, N. M.
TITLEt Variation in natural and induced sensitivity to light when
photographic film is stored
PERIODICALs Referativnyy zhurnal. Khimiya, no- 5s 1962, 502, abstract
5L406 (Tr. Vaes. n.-i. kinofotoin-ta, no- 35# 1960f 62-87)
TF,XTt To find the mechanism whereby photographic film ages, variations in,,~
the natural and induced light sensitivities were investigated during the
ageing of panchromatic and infrachromatic film; it was established that
there is a simultaneous decrease in the natural and induced sensitivities
r
to light. I.Abstraoter's notes Complete translation-j
Card 1/1

SOLOVIYEV, SJI.; Jj()L1TOV(,V;,, 1,.I.
Investigating dp- adsorption an silver halides in t~e low
ont-ration arartlof tM surface. Zhur.nauch.i prikl.fot. i
kin. 6 no.5:3234333 S-0 161. (MW 14:9)
1. Vsesoyuznyynauctmo-issledovatol'3kiy kinofotoinatitut
(NIM).
(Photographic emulsions)

SOLOVIYEV, S.M.; STAROSELISKIY# A.L.
Analyzing the spectral reflecting characteristics of natural
formations In order to select the optiam zones of sensitization
of the sensitive layers. Trudy NIKFI no.51:104-119 162a
(MIRA 16s12)

SULUVIYLY, S.M.; RODINOVA, N.I.
Now method for stabilizing hypersensitized layers. Zbar.nauch. i
prikI, fot, i kin. 8 no.2;146-147 Mr-Ap 163. (RIA 1643)
1. VsevoyuZnyy nauchr.*-issledovatel'skiy kinofotoinatitut (BIKFI).
(Photographic emulsions) (Photographic sensitometry)

SOLOVIYEVO S.M.
Diorama for testing motion-pict,11re fij=s. z~,~. nauch. i
prikl, fot. i kin. 8 no.6:460-461 N-D f63. (KIRA 17;1)
2. Vseso5niznyy nauchno-lealedovaLellskiy kinorotaintitIt-,it
(NIUI).

J-'
ACCESSION NR: AR4015699 8/0081/63/000/023/0456/0456
SOURCE: RZh.Ktdmiya, Abe. 23N357
AUTHOR: Solov'yev, S. M.; Staroset'skiy, A. L.
TITLEs Analysis of the spectral reflecting properties of natural formations with
the aim of selecting the o timal zones of sensitization on Ught-sensitiVe
films
CITED SOURCE: Tr. Vaes. n.-i. kinofotoin-ta, vy*p. 51, 1962, 104-119
TOPIC TAGS: photography, film, light sensitivity, reflection, spectral reflecting~
property, film sensitization
ABSTRACT: It was shovn that the beat decoding properties on serial Photograph@
can only be achieved by a complete correspondence between theL spectral distribution
of the zones of sensitivity of the photographic materials and the relative in'tensiW
of the objecte'in the picture. Reen -ndations ace given as to the choice of
spectral zones of sensitivity for aerial photographs. V, Ch,
DATE ACQ: 09Jan64 $US CODE: ES iMCL: 00
Card 1/1

L U4000-6~ DIT(m)/T/FWA(m)-2 AFdL/B5WA$D(y) -3/A=(a)/A5D(a) -$/M7MW/SSL-/ESD(0
ACCESSION NRs AP4048647 9 0040/64/028/01011724/1724
AUTHORt Selitskty, Yu. A.; S~qlov 74Vf St H.
TITLEs Preparation of thin tartots for charged-particle work
SOURCEj AN SSSR, Izv, Sarlys flatcheskays# v, 28l no, 10, 19640
1724
TOPIC TAM charged particleg thin target, reactor physics, nuclesr~
spectroscopy. deuteron
0
ABSTRAM A simplified method of preparing thin 2 x 2 cm targets
ft S 3 2
with a substrate thickness ve rying floe 4 to to, ar/cm and an
ctLve-area thickness of up to 3010- Wes for experimental re-
:
earch on charged particles to described* Targets were prepared by
vaporstLng aluminum or silver end either uranium or thorium tetra-
fluorids on a glass plot* covorod with a this layer of liquid soope
To separate the target,'the glaiss ptate was enorsed in water at an
ngle. A frame with a round opening was then brought Into contact
:ith the target which, when positioned to cover the hole. clung to
the frame without the use of &a'adhestve. It was found that targets
:Card-- 1/2

L 14ooo-65
ACCESSION NRi AP404864-7
ad In this manner can w1thstand a deuteron flow of 0.5,vamp
prepar
for several hours.
ASSOCIATIONi none
SUBMITTEDt 00 ZYCLI 00 SUB CQDZ1__14p__-____f
--NO -RZF--SOVF__0O0_______ OTHRRI 000 AYD Passss 3133
Card

NEI;~fll(W, Yu.11.j PAVLOV, V.V.,-, SELJTS~IY, Yil.i%.; SO-'(,Aj'fYEVP S.M.-
EYSMOMr, V. 11.
Distriblition X2 the masses and kinetic energies of fragments in tkie
fissicn of T -3 by 12 Mov. deuterons. lAd. fiz. I no.4t633-638 Ap
165. (14IRA 18s 5)

IJP(c) JD1fVVX1DM
ACCESSION NR: AP5014534 MV0O6q/65/O18/oO5/0456/045q.W_ -
Y~ tv-' vy ,;4539-172.13 + 539-lT.015
AUTHOR: Nemilov, Yu. A. Paviov, V. Vo; sellts~!y, Yu. A.; Bolovlyev, B. M
EYMnont, V.
- C