SCIENTIFIC ABSTRACT KIRILLOV, YE.A. - KIRILLOV-UGRYUNOV, V.G.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000722710002-0
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 14, 2000
• Sequence Number: 2
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

5/081/62/000/009/020/075
B150101
AUTHORS: Kirillov, Ye. A., Nesterovakayat Yeo A*
TITLEs Spectral examination of centers formed in silver halide
emulsions at different stages of photolysis
I 'A%..
P-IRIODICALt Referativnyj zhurnal. Khimiya, no. 9, 19.62, 76, abstract
9B523 (Nauchn. yezhegodnik. Odeask. un-114izematem. fak. i
N.-i. in-t fiz., no. 2, Odessa, 1961, 41 157)
TLXTs The formation of absorption center3 in crystals"Of Ag halides under
the effect of light at different stages of photolysis -from a latent
image to visible blackening - is examined. Yine-grain AgCl, AgBr and A0Z
emuluions were used both as dry layers and as a gel 4 mm thick. It is
concluded that in the first stages of photolysis the fine atruct
ure
centers play the leadi.,g role in forming a latent image. The appearanci'?7,-
of diffused bands in the absorption spectrum of the emulsions at later
stages of photolysis is evidence for the formation of centers intermediate
in size between atomic and large colloidal particles, but not in accord
ance with Mie's theory. At the late stages of photolysis sharply defin;d
4
Card 1/2

S/081/62/000/009/020/075
Spectral examination of... B158/BIOI
M11
bands- are always oboerved in the gel layers-,.,.380 - 390 m~ for AgC1 and
430 m~vfor AgBr. [Abstraoter'snotei ComplAte translation.]
Card 2/2

KIRILLOV, 19,A,
lktu,re ths fine structure in the absorption speotrum of silver
haWea, Zhur.nauohai priklefotei kin, 7 no,1:70-76 Ja-F 162.
(MIU 15:3)
(Silver ~-IiAes--Speotra)

KIRILLOVS Ye.A. GOLIDENBERG, A.B.
-
Effect of plastic deformation on the spectral absorption of impurity
silver centers in fine-grained silver chloride emulsions* Zhuro
nauch.i priklefot. i kin. 7 no.3tl76-181 Hy6Je, 162. (MMA 15:6)
1. Nauchno-isoledovatellskiy institut fiziki Gosudarstvenrogo
universiteta, imeni I.I.Mechnikova,, Odessa.
(Photographic amulsions) (Silver chloride-4pectra)

)~."P,-
Crnditivrs for ob!;crving the fip;-:. . ti-.-tlure in t.
sLectr= of silver halides; methodulok-,iatil note-,
Mn,norli article. :.hur.nauch.i prikl.fot. i kin.
11Y.-TO 1621. (Mver halides-
? n'ti:;c---ption
reln ive to
7 r.c-.3:225-226
15-.6)

S/077/63/008/001/003/003
A066/AI26
AUTHORS: Kirillov, Ye.A., Nesterovskaya, Ye.A., Golldenberg, A.B.
TITLE: The influence of optical density and of a luminous flux incident bn
a photocell upon the spectral dependence of the absorption curve of
silver halides
PERIODICAL: Zhurnal nauchnoy i prikladnoy fotografli i kinematografii, v. 8,
no. 1, 1963, 47 - 50
TEXTs The influence exerted by the optical density of the object under
consideration and by the load of the photometer on a photocell was studied from-
measurements of I - 11 - 12, where 11 is the intensity of the light passing
through the reference part of the emulsion, and 12 is the intensity of the light
passing through the part under examination. The experimental arrwi6iment includ-
ed a Zeiss monochromator and a Hartmann-Braun galvanometer. The preparations
used for the purpose were fine-grained silver chloride emulsions*. Conclusionsi
ATAn as a function of the galvanometer deflection n shows a horizontal sec-
tion (maximum value), for which the contrast is a maximum, too. Al/.&D is a
Card 1/2

8/0r77/63/008/001/003,/003
The influence of optical density and of .... Ao66/Ai26
linear function of the optical density AD up to AD - 0.045, but above this
value linearity is disturbed. Maximum sensitivity of the photocell to small va-
riations in the luminous flux is reached witbin the linear section. Under ror-
mal pressures (linear section of I versus n) the absorption curves of the silv6r
chloride emulsions exhibited a normal shape with fine struoture. Application of
higher pressures does not affect the general coorse of the absorption curve, but
its fine structure vanishes. There,are 6 figures.
ASSOCIATION: Nauchno-issledovatel'skiy inatitut fizW Odesskogo gosudarstvan-
nogo universiteta im. I.1. Mechnikova (Scientific Research Insti-
tute of Physics of Odessa State University imeni I.I. Menhnikov)
'~fflMr=: June 1, 1962
Card 2/2

KIFILLOV, Yo.A. [decense"Ili GOLI,'FffEFRG, A-B,, Ye.A.;
CHTMOVI
Absorption features of collo~.da! solutiuni and dry layers of
certaln organte dye-q. rok.--. All 'JSSR -1161 ro.6-1171-1774 Ap 165.
WIRA 18s5)
1. Nauchno-13sledovatellsk!y instit.-ut fl~,Jki C)dcsskogo gosudarstven-
novo universiteta im. 1.1..Machnkova. Chltir.4orrespcnden'. AN
SS'S"I (for chibisov).

KOTIK, Mikhail Grigorlyevith. kand. tekhn. nauk; PAVLOV, Aleksey
Vasillyeviah, inzh.; PASHKOVSCIY, Igor' Mikhnylovlch,
kand. tekhn. nauk; SARDANOVSKR, Y"iy Sergeyevich, inzh.;
SHCHITAYEV, Nikolay Grigorlyevich, inzh.; GALLAY, M.L.,
kand, tekhn, nauk, zaslAstchik-lapytatell &SOR, retsenzent;
KIRILLOV, Ye.A.p iuzt.., retsenzent
[Flight testing of airplanes] Letr*,e ispytanila saroletov.
Moskva, Mashinostreenie.. 1965. 3-79 p. (M1.U 18:11)

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GUKILTA, Anton Nikolayevich; KIRILUX, Tovgqniy Vladialrovich; LUSK110-
VICH, Nikolay Vasallyevzon; &nUAa%RA-KQA A A 0 0 DOBRT-
NINA,A.Y&*, redaktor; SOKOLOFA,R*Tao, takhnIchaskly radaktar
[Supervisor of interurban telegraph and telephone oomunicatlon
lines) Nadsmotrshchik usthdugorodnykh telegrafto-telefonafth li-
n1i eviazi. Moskva, Oossisd-vo lit-ry po voprosam eviazi i radio,
1955. 263 P. (KLRA 9:1)
(Telephone lines) (Telegraph lines)

111-56-6-6/25
AUTHORS: Kirill Engineer, Chief of the TsNIIS and Struy-
-isn-Le-Y,
-kina, N.S., Engineer, Junior Scientific Worker
TITLE- lite rurban Coaxial Cables and Their Electrical Character-
Istics (Mezhdugorodnyye koaksiallnyye kabeli i ikh elektri-
cheskiye kharakteristiki)
PERIODICAL: Vestnik Svyazi, Nr 6p 1958, PP 15-15 (USSR)
ABSTRACT- The article describes the construction of coaxJa' cables
used in the USSR for interurban communication lines. The
basic electrical characteristics of coaxial pairs and the
results of measurements carried out in the construction of
cable lines are given. The article offers recommendations
concerning the basic electrical characteristics of the
coaxial pairs of 2.6/9-4 mm, which were accepted by the
16th Plenary Session of.the IIMKKTT" in December 1956. These
recommendations deal with the electric strength of insulation
of coaxial pairs, the uniformity of the wave resistance,
the safeguard level at the far end of them and fae attenu-
ation. The USSR industry manufactures cables with two or
Card 1/2 four coaxial pairs with or without symmetric quad lay and

111-58-6-8/25
Interurban Coaxial Cables and Their Electrical Characteris-,ics
also containing five spiral quads.
There is I figure, 1 graph and 1 table.
ASSOCIATION: TsNIIS
Card 2/2 1. Communication systems - USSR 2. Coaxial cablas -
Characteristics

IWITANOMMM, Oeorgiy Vasillyevich; IR
MLISKINA, A.I,, oty.red.; NOREBALOINA, I.K., red.; SE=p
G.I., takhn.red,
[Keaouring apparatus uaed in wire cormnication systems]
Ismaritelluala apparatura, primenisemia v proyodnol evissis
Moskva, Ooa.izd-vo lit-ry po voprosam eviazi i radio. 1960.
101 Pe (KIR& 14:3)
(Blectronic measurements) (Telephone lines)

VASILIM, S.A.; GMT. I.3.; DAVYWY, G.D.; ZAIr , S.A.; UTONCBXOTSM#
Ye.A.; ILILU. L.D.; 11RILLOY Te.T.; LISHAT, X.P.; XEWWSKrT,
Yu.s.; MIMYLov, z.i.; PUXMISKIT. A.Ch.;
PUKIIALIMAYA. N.N.; RABINOTICHg X.B.; SUI=Tj S.A.; IONMA-
SHINAO N.M., red.; KARA ILOTA, S.Y., takhn.red.
[Recommendations of International consultative coutittees on
telephony and telegraphy] Rekomendatsii mazhd=arodnykh kousull-
tativnykh komitatoy po telefonil I telegrafil. Moakva, Gos.ixd-vo
lit-vy po voprosam evissi L ra&iog 1959. 335 p. (MIRA 13:3)
1. Umutralluyy nauchno-lonledovatellskiy institut jvymsj Xint-
sterstva avyasi SM (for all except Kondrsshlna, Xarabilova).
(Telephone) (Telegraph)

BWKHIN, A.S.; BOROMYUK9 G.G.1 LESHCHINSKIY, A.A.; OKSMAXp A.K.;
KOSMINSKIY, O.F.; MANUSHKIN, A.Ye.; MILEVSKIY, Yu.S.;
DRIATSKIY, N.M.; VASILIYEV, V.V.1 LIVDVICH, A.I.;
OfUYEVSKIYj M.S.; MOHDZq I.A.; ONSIANO A.K.; KMI I G S
SOROKIN, M.F.; BUTLITSKIY, I.M.; VASILIYEVO L.N.Idscea;zi;
GINTS, Yu.R.1 VASILITEV, G.K.; LUGOVSKUYl N.Ye.;_3jR4jAQY-r
1.5 ca. The investigated energy range
of 10 - 30 MOT corresponded to a nuon range of 1.5 - 10 on In propane#
the density of the latter saounting to 0~4 g/om.7# Table 2 gives the
numbers of scattering events recorded in angular intervals of 100 each
between 15 and e5o, and in the interval 85 - 1800, The following column
of the table contain the numbers of events after correction for non-
recording, the finite chamber sisep the passage from one angular inter-
val to anotherp the %--docayg and the scattering on hydrogen* The cor-
rection factors averaged.over the angular intervals are compiled in
Table 39 The various corrections are discussed in greater detail.
Column 7 of Table 2 contains the final numbers of scattering events
after the application of all corrections 204,350 ca j&--tracke were
evaluated, which number corresponds to 1;60 nuclear path lengths of
carbon. In this connection, 263 single scattering events on carbon were
Card 2A dK

31
Single Scattering of P_-K48OU8 on Carbon at 8/056 0,038/02/12/061
Energies of 10 - 30 Nov B006 Boll
ascertainedg whose angular projection onto the photographic emulsion
was greater than 15*. The obtained angular distribution of p--mosons
is illustrated by a diagram. The two curves show the theoretically
calculated course with Coulomb scattering in the case of a finite
nucleus (Curve 19 Column 8 in Tabl: 2~, and in the came of a point
nucleus (Curve 29 Column 9 in Tabl 2 . Finally# considerations oon-
oerning "anomalous" scattering are discussedl the crosi.soolion for an
"anomalous" scatteriagg if anyt cannot exceed 1.2500- ca gar
nucleon at a scattering angle Z-450, for scattering through an angl:e
>960 it cannot exceed 0*7*1 6-28 0&2 per nucleon* Not a single muon
decay into three electrons was recorded among all 60pooo stopping
events. Hencep the ratio (g 4 9 + -~ + 'V)/(p -~ 0+0+9) < 1-7*IV5 is do-
rivedo The authors finally thank Professor V. P. Dzhelepov for having
rendered the experiments on the synchrocyclotron assible, and fur-
thermore the co-workers of the laboritoriya yadernykh problem OITal
(Laboratory for Nuclear Problems of the QIXaI j especially
ff. B. Yedovine and V. 0. Svyatkina. as well as A. 1. Be akov for
his assistance. There are I figuret 3 tables, and 10 references: dK
Card 3/4

Single Scattering Ot A--Mesons On Carbon at 8 8
Energies of 10 - 30 Mov 1056 6017R38/02/12/o6l
YBII
B006, ol 1
5 Soviets 3 British, I Indian, and I Dutch.
ASSOCIATION: Fixicheskly ingtitut is.
I alt of ph P- N- Lebedeva Akademij nauk 3331,
Aplitute O:f ~~O "Aq;LLJP It - ~e kqdly Sl_ tj'jj_AQaAq2YL
SUBMITTED: August 11, 1959
Card 4/4

KIRILLOV-UGRYUMOV, V.G.
Atomic energy research in Switzerland. Atom. energ. 11 no.l:
79-86 n 161. (MIRA 14:7)
(Switzerland-Atomic energy-Research)

KIRILLOV-UGRYUMOV9 Mal KROPINj A.A.; ROGANOVj V.S.; SMYLOV, A.V-
Angular and enervy dispersion of 1j'-mesons In a scattered magnetic
field of a six-meter synchrocyclotron. Atom. energ. 11 no.3:
245-246 S 161. (MIRA, 14:9)
(Mesons--Scattering) (S~mchrotron) (Magnetic Fields)

KMiilOV-UGRYUMDV
.9 Viktor Grikorlyevich
A declaiv& factor in the growth of productive force#. V"no
vest* 41 mo,,1102-13 N 161, (MM4 16:3.1)
I* Rektor MDBkovokogo imbenerno-fixichemkogo institute,

P P't
3/056 62/042/006/047/047
BI 04YBI 12
AUTHORS: Demidovj V. S., Yi.Ki.1lpv-Ugryumov, V.. G._,_Yonosovp A* K.9
Frotasov, V. P-9 Sergeyev, F. Mo
TITLE: Elastic scattering of mes-ons with energies of 5-12 Mev
by carbon nuclei
PERIODICAL: Zhurnal eksperimentallnoy i teoreticheakoy fiziki, v- 42,
no.- 6, 1962# 1687-1688
TEXT: The experiments were made with a propane bubblo chamber (dimensions,
370 by 140 by loo mm3) exposed to the pion beam of the synchrocyclotron
of the OlYaI. 19,576 n- mesons, identified from the'characteriatic star
at the end of their path, were selected to measure the angle of singly
scattered n- mesons projected onto the plane of the film. 81 x- meson
decay events were registered between 15 and 1800. The sign of the
potential of the system pion - carbon nucleus can be determined directly
from the difference between th~ angular distributions of x+ and x- 'mesons.
There is i table.
Card 112