SCIENTIFIC ABSTRACT KIRILLOV, V.K. - KIRILLOV, YE.A.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000722710001-1
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 14, 2000
• Sequence Number: 1
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT


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41RILLOV v
S-
My experience in working with proef color prints of geogranhic mope
nnd atlases. Sbor.st.vo kart. no.6:65-70 154. (KW 10-0
(Cartography)

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KIRILLOV, V.K., starshiy elektromekhaulk
Use of a lifting Jack for replaclng rail stanis with reinforced
concrete stands@ Avtox. telem, I svIax' 4 no*9:31 8 160o
(M ML 33 : 9)
I. Malovishersksp distantelya signallsatell i s"i Cktyabriskor
dorogi.
(Alectric lines-Poles)

1. KIIMLOVO V.14. Eng.
2. USSR (600)
4. Fishing-Bulgaria
7. Fishing in Bulgaria., Ryb.khoz.., 28.. No.11, 1952
9. MonthIX List of Russian Accessions, Library of Congress, FebmaQ( .1953. Unclassified.

KOZULIN, N.A.; GORLOTSKIT, I.A.; KIRULOT? T.M., red.; FORKINA, T.A..
takhn.red.
Dquipment for paint and varnish factories] Oborudovanle
Savodov lakokrasochnoi promyshlonnosti. Leningrad, Gos.nauchno-
takhn.izd-vo khim.lit-ry, 1959, 477 P. (MIRA 13:3)
(Paint industry--Zquipment and supplies)

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TIM,WHUK, A.S.; TAGANOV, N.I.; KIRILLOV, V.M.
Design of packing glands. Izv.vys.ucheb.zav.; khim. i khim.tekh. 8
no,2038-342 165, (MIRA 18:8)
1. leningradskly takhnologichoskJy in3titut Imeni Lensoveta, kafedra
mashin I apparatov khimicheskoy promyshlennosti,

KOTOMKINA, A.I*; KIRILLOV. V.PO; MUTSEVA, A.V.
Exhibitions and displays of opeoial items. lnfori.-biuL
VDNKH noog:.U-12 Ag 163, (MIRA 1718)
1. Glavnyy inzh,-metodist pavillona *Toplivmaya promWeblennosti
i geologiya" na Vystavke dostizheniy narodnogo khozyaystva SSSR
(for Kote-kir-). 2. Glavmyy inzh. i glav= metodist pavillona
"Lesnoye khozyaystvol leanaya i derevoobrabmtyvavu9Mh&yu
pramyshlennost"A na Vystavke doatizheniy narodnogo kbosyayatva
SSSR (for Kirillov)s 3* Glavnyy netodist Wyedinannogo
pavillona "Pishchavaya promyshlennoat* na Vietavke dostisheniy
narodnogo khozyaystva SSSR (for Dzutseva).

'ACC NR, At6028386 SOURCE CODE: UR/0000/65/000/000/0243/0256
AUTHOR: Anashin, Yu. F.; Gavelya, A. P; Kirillov, V. N.; Tychkova, M. V.-
ORG: none
TITLE: Geophysical investigations in searching for water in desert and sesidesert
areas of Yazakhstan
--SOURCE: . International Geological Congress. 22d, New Delhi, 1964..Geolog~oeskije
.'rezul'taty prikladnoy geofiziki (Geological results of applied ge Iophys-i.c o) ; dokla4
sovetsk.ikh geologov, problems 2. Moscow, Izd-vo Nedra, 1965, 243-256
prospocting, geophysio exwdition, tineinrarr-und witer
TOPIC TAGS i A gCophysic prospecting, teklurometry,
water, desert/Kazakhstan
ABSTRACT: Numerous geophysical investigations in searching for water have been
conducted in Kazakhstan during recent yeats. In addition to surveys based on
special techniques, wide use has been made of the information available from other
types, of geophysical investigations conducted in the areas of interest. A summary
prognostic map of fresh-water development in the nothern part of the7brgay. depression
has been compiled from the resistivity maps made from vertical ekGtric81-a=dngmMsure-
meat 1"VamscCthe deserts in central and southern Kazakhstan have previously been
considered arid. In these areas intrusive, and effusive rocks are either exposed or
covered by thin loose deposits. Geophysical methods have been used in prospecting
for water fracture deposits. The areas favorable for drilling water wells have been
selected. Different modifications of reoisti-ity profiling and magnetic and gravity
prospecting have been applied, GaophysicAl Investigations for water have proved
I Card 1(2

ACC NR, AT6028386
highly effective in Kazakhstan. Boreholes and pits sunk at sites remnnanded by
geophysicists have struck potable vater in 287 of 322 localities. n.e experience
of the geophysicists of Kazakhstan can be of great use in prospecting for water in
desert and and regions of Asia and Africa under similar geohydrological conditions.
Orig. art.. has: 7 figures.
SUB CODE: OB/ SUBM UTE: 06Jau65/
Card 2/2

SOV/91--59-8-13/28
8(6), 25(l)
AUTITORs Kirillov, V.P., Deputy Shop Supervisor
TITLEs A Machine for Restoring the Insulation of Coil Wires
PERIODICAL% Energetik, 1959, Nr 8, pp 19-22 (USSR)
ABSTRACT% The author deacribes in detail the machinery and the methods
used for restoring the insulation of copper wiring of burnt
electric motors. Copper wires of 0.5-3 mm wi '. be braided by a
two-layer cotton insulation. A diagram of the braiding machine
is shown in fig.l. The productivity in 14 h- of windirg wire per
shift. A kinematic diagram of the braiding machine ia shown in
fig.2. Th- machine is povered by a 0.25 kv electric motor de-
veloping 1450 rpm. Detailed datA on transmioqion ratios are furn-
ished. The wire to be insulated may be maved at speeds ranging
from 1.28 m/min to 0.19 m/min. The rebuilding of the insulation
consists of the following phasess Removing of the copper *re
from the motor$ burning the old insulation, straightening -F the
rires, welding of sections and braiding. For remoying windinga
Card 1/2 glued together by varnish, the entire stator- must be placed for

SOV/91-594-13/28
A Machine for Restoring the Insulation of Coil Wires
about 14-18 hours into a Lank filled with a 10" solution of
caustic soda at a temperature of 60-800C. The stator must then
be washed in flowing water for about 12-16 hours. The burning
of the old insulation is performed at 5000C for about 30-10
minutes. The wire is then pickled in a 5% sulfuric acid solu-
tion for about 10 minutes. The wire ends are welded electrically
by means of a device shown in fig.3. The welded wire is then
coiled and braided. There are 3 diagrams.
Card 2/2

7he
,,_KIRI~L~OVI V. ~P. Oand Biol Sci -- (dies) Vine-feWing sil)-worn -
A
Dendrolimus pini L. - 4-n tho forest belts of Samipalatinskaya, Oblastr
of the Kazakh SSH. (Biology and methods of control.)' Alma-Ata# 1958.
18 ;p (Min of Agriculture USSR. Kazakh State Agr Inst), 110 copies
(KL, 15-%, n4)
-ZI -

USSR/Gonoral and Systematic Zoology, Insects, Hamful P
Insects and Acarids, Forest Posts.
Abs Jour : Rof Zhur - Biol., No 3, 1959, No 11663
Author :Kirillo-v V,P.
Inst :'Institute of Zoology AS KazSSR.
Title : I-lass Propagation of the Pine Moth in the Belt of
the Pine Forests in Kazakhstan.
Orig Pub :Tr. In-ta zool. AN KazSSR, 1958, 8, 127-129.
Abstract :Mass outbreaks of the pine moth In the belt of
pine forosta of Kazakhstan are cinnocted with
the growth of small nidl on a largo area. The
area in 1956 extended to 98,000 hectares. Avi-
ation spraying of the forests In the spring of
1956 with 5,5A DDT dust inourod the death of the
caterpillars,
Card 1/1 - 44 -

69451
5/139/60/000/01/025/041
E032/E414
AUTHORS: leponeshnikov, V.N., Kirillov, V.P., Kuz"min. V.N.
and Petrov, Yu.K.
TITLE3 The Dynamics of the Effective Angle of a Sector in
Accelerators with Straight Line Sections
PERIODICAL:Izventiya Vysahikh uchebnykh zavedeniy, Fizika,
1960, Nr 1, PP 139-144 (USSR)
ABSTRAM The design orbit in accelerators with straight line
sections is usually in the form of a closed curve
consisting of four straight line sections connected by
four circular arcs of radius ro and subtending an
angle of 90* at the centre. One of the necessary
conditions for the actual orbit to coincide with the
design orbit is that the magnetic field should be zero
over the straight line sections and uniform over the
other sections. However, owing to leakage. the true
magnetic field always differs from the design field so
that it is always necessary to introduce the concept of
Card 1/3 the effective angle of a sector and this is defined by /

69451
S/139/60/000/01/025/041
E032/E414
The Dynatuics of the Effective Angle of a Sector in Accelerators
with Straight Line Sections
Eq (1). The actual distribution of the field is
normally of the form indicated by Fig 1. The effective
angles of sectors will decrease at low fields owing to
eddy currents and residual induction. They will also
decrease at high fields owing to saturation effects.
This will lead to the appearance of a well-defined
fourth harmonic of the distortion of the design orbit,
and to a reduction in the maximum energy of the
accelerated particles. In the case of inductive
acceleration, the betatron ratio is also affected. All
these effects have been investigated by the present
authors using a plane model. The effects have been
found to be small towards the end of the acceleration
cycle. They have the biggest effect at the beginning of
the cycle. In the latter case the amplitude of the
fourth harmonic of the design orbit becomes comparable
with the radial dimension of the working region and the
Card 2/3 change in the betatron ratio may be of the order of a few

69451
S/139/60/000/01/025/041
E032/E414
The Dynamics of the Effective Angle of a Sector in Accelerators
with Straight Line Sections
tenths of a percent. The reduction in the sector angle
may be compensated at the beginning of the acceleration
cycle by increasing the injection energy. The field at
sector edges may be corrected by d.c. current methods.
There are 5 figures and 2 references, I of which is
Soviet and 1 English.
ASSOCIATION3NII pri Tomskom politekhnicheskom institute
imeni S.M.Kirova (Scientific Research Institute of the--
Tomsk Polytechnical Institute imeni S.M.Kirov)
SUBMITTEDs April 3, 1959
Card 3/3

KMLLOV. V.S., dotsent; TSABMO, A., veterin&rnyy vrach.
Kilk therapy for cows In p&rturient parests mA mechanism of Its
function. Yeterinarils, 30 no.12:36-39 D 153. (mm 6a1)
1. MoskovskLy khlviko-ts~hnologicheskly Institut vq&snoy promy-
shlennosti.

KIRILLOV. V.S.
Veterinary obstetrical practices. Veterinarila 31 no.1:56-58
Ja 153. (HLRA 6!12)

KMILWV" V. S.
KIRILLOV, V. S. From veterinary surgical practice. (*Fp~aterial submitted to the
editorial offtee.)
So: Veterinariya,* Vol- 31; No,.I; January 1954; Uncl.
TABCON
0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0

GARBER9 H.Ij KIRnaM, V.S.
Change in the spectral distribution of optical 2-:~:!sity caused
by light scattering in plastic deformation of rock ialt
crystals. Kriotallograftis, 7 no.ltl42-144 Ja-F 162. (MIRk 15:2)
1. Umanakiy gooudarstvennyy pedagogicheakiy inatitut,
(Rock oalt-Optical prope,,ties)

GARBERY
I
Spectral d34tribution of the optical density of plastically
deformed rock-salt crystals. Mcr.fiz.zhur. 6 no.6:755.-758 N-D 16L
(MIRA 16'-5)
1., Umawkiy podagogicheakiy insti*tut.
(Rock salt crystal&--Optical properties)

KiRnLov, v. s.
KIR=V, V. S.- "Theory of the Design of Plates for the Roadway Portion of Lwlined
Bridges. 11 Min of Higher Education USSR, Moscow Automobile arY8 Highway Inst imeni
V. M. Molotov. Moscow. 1955 (Dissertations For Degree of Candidate of Technical Scionalo)
SO: Knizhnaya Letopis, No. 26, June 1955, Moscow

TMR a lv~h"rma ;g~U&1nhq kandidat tekhnicheskikh nauk; GOUMIOVA,
t - 0
"Mor-i-MALIZOVA, N.Y., tekhnichesk1y reduktor I
[Prestressed metal structures in foreign countries] Pradvaritelloo
napriazhennya metallichookis konstruktoii za rubethow. Moskva,
Nauchno-tekhn, izd-vo avtotransp, lit-rye 1956. 39 P. (MLRA 10:2)
(Bridges, Iron and steel) '

OSTROVIDOT, Aleksay Kikhaylovich; KUZNNTSOV, Ivan Alekseyevich; KIRIIWV,
~and.tskhn.nauk, red.; MALIKOVA, N.Y., takhn.rade- - -"- -1, 1--- -,_
(Tables for designing bridges] Tablitay dlia proaktirovanila
mostoy. Xookva, Nauchno-takhn.isd-vo avtotransp. lit-rye 1959.
535 P. (KIRA l2s6)
(Bridges--Domign)

KHAZAN9 Iosif Abramovieb;~-LUULUMS, 7"S. p dots. p kand. tekhn. naukp
reteenzent; MUCHAREV, Y.A.9 dE kand. tekhn. nauk, reteem.-
zent, red*; POPOV9 G*Dov inzb.9 reteenzent; GAITrUSHINt A.1.9
r&d. izd-val DMSKAYAq G.Dot tek),no red*
[Steel highwAy, bridges abroad) SWIM avtodorozhnye mosty sa
rubashom. Moakrap Nauabno-tekbn. isd-vo M-va avtomobU'zogo
transp. i obosseir (NM 1436)
qM dorog RSFSRj 1961. 150 p.
(Bridgest Iron and steel)

GIBSHWq Yevgeniy Yevgenlyevich, prof., zeal. deyatell nauki i tekbn1ki
RSFSR, doktor tekhn. nauk; KAWKOV, Nikolay Yakovlevich., profs
(deceased); POIJVANOV# flikolay Ivanovich., prof.; 4M14P L V a-
cheslav Sorggev~ch, dote.; ILOYASEVIClip S.A.p doktor tekhn.
V-
n
au , prof., reti-e-nzent; DEBEKDEYEVp B.S., red.; GALAKTIONOVA,
Ye.N.9 tekbn. red.
(Bridger and other road structures] Mosty i sooruzbeniia na dorogakh;
obshchii kars. Moskva, Nauchno-tekhnsizd-vo M-va avtomobillnogo
transp,i shooseiDykh dorog ROFSR, 1961, $13 p9 WU 14:12)
(Road construction)

TMIAS,, Yevgeniy Viktorovichj, kand, tekhn* nauk; FILMNOVA, Islinel'
Lavrentlyevnal in3h*j SWILIMUl Yeflm losifovicbp kand,
tekhn. nauk; K RI9&G V-1., kand. tekhn. naukp dotsp re-
tsenzent; GiJ?KS-HINp A.I.,, red.; GALAKTION(YVA, Te.N.j, tekhn.
red.
[Use of wire-reinforced concrete in bridge constructionlrri-
menenie strunobetona. v mostostroanii. Moskva, Avtotransizdat,
1962. 134 p. (MIRA 15:10)
(Reinforced concrete construction)
(Bridge construction)

,0-.
ROSSIYSKIY, Vladimir Alekseyevic~, prof.; NAZARENKO,, Borie Pavlovich,
kand. tekhn*'.,M*;"SIDMSKIY,, Nikolay Aleksandrovich., kand.
tekhn. nauk; GIBSHM, Ye.Ye.,, prof., doktor tekhn. nauk,,
retsenzentl KALMYKOV, N.Ya., doktor tekhn. nauk, prof.,
retsenzent[deceased]; POLIVANOV, N.I., prof., doktor tekhn.
nauk, retsenzsnt;_NjBjLLQYJLS., kand. tekhn. nauk,
retsenzent; BASOV, S.Ye., inzh.-, retsenzent; PANKRATOV, V.M.j
inzh., red.; GANYUSHIN, A.I., red,.,izd-vn; BODANOVA, A.P.,
tekhn. red.
(Examples of the design of precast reinforced concrete bridges]
PrimM proaktirovaniia sbornykh zhelezobetonnykh mostov. Mo-
skvas Avtotransizdat, 1962. 494 p. (MIRA 16t2)
1. Glavnyy apetsialist po mostam Kharkkovskogo otdeleniya Gosudar-
stvennogo proyektnogo instituta po promyshlennomu transportu (for
Basov).
(Bridges, Concrete--Design and construction)

KIRILLOV, V.S.; TITOVA, V.A., red.; MMCIV, Yu.V., tekbn. red.
(Design of high pile gratings for highway bridge anyports)
Raschet vysokikh ovairykh rostvarkov opor avtodorozhnykh
mostov. n. Roevuzizdat, 1963. 40 p. (MIRA 16:12)
Tiridget-Design and conotructio)

KIRILLOV, V.S., kand. teklin. nauk, dots.; GOLUBKOVA, U.S., red.
[Calculating buried abutments) Haschet obsypnykh ustosv.
MoAva, Vysshala shkola, 1904. 53 p. (MIRA 17:7)

AXSELIROD, Isay Solomonovich; AFANOO'YEV, Mikhail AlekoandrovIch;
VEYNBIAT, Boris Markovich; GITHAN, Mark BoriBovicb., kand.
tekhn. nauk; DUBROVSKrY, Aleksandr IvanovIcb; KAMENTSEVj
Vladimir Fetrovich; KAMINSKIY, Boris Aleksandrovich, kand.
tekhn. nauk; KOLOKOLOV, Niko-lay Mikhaylovich; EPSUM,
1, kand. tekhn.
Anatoli7 Mordukhovicb, prof.1 UA
nauk., red.; GOLUBKOVA, U.S.,, red.
[Road %gineer's mwual; the construction of bridges and
Culver al Spravnchnik inzhenera-dorozhnika; stroitellstv-o
mostov i trub. Moskva# Transport, 1965. 735 P.
(MI,U 18:7)

1. KIRILLOV. V. V.
2. USSR (600)
4. Grapes t1
7- ffovo--~nenskii grapes. Sad i og.notN 152.
9. Month1v hilt Qf Ri4glian Accessio"L Library of 60WOOO, R&rch 1953. Unclassified.
A

KrRrLwvl V.V.
"Investigation of the Operation tknd the Bases of the Oarameters of a Bow
Weeder." Gand Tech Sci, Moscov Inst for the Mechanization and Ilectrificatton
of Agriculture imeni T.H. Molotov, Min Higher PAua&tion USSR, Moscow, 1955.
(KL, No 15, Apr 55)
SO: Sum. No. 7o4, 2 Nov 55 - Survey of Scientific and Technical Dissertations
Defended at USSR Higher Educational Institntiong (16)

/i !I I
KIRILLOV, V.V,
Investigating somp oircuits of dirlding casputers. Sbor.st,LITM
no.470"O 159. (MUU 16tlO)
1-1

KiKILL04, IV.
TM3MOV, G.V.; NOVIt, R.I., redak-tor; XmUwV, Y.Y., retsenzent;
Bwaftiu, r.m., rateensentt SIHNNOTA. M.7.7"FePaktor; BIGrCMIYA,
M.We, takhniehesk* redaktor
[Design and repair of vessels lacking self-propulsion] Ustrolstvo
I remont nosamokhodmykh sudov. Moskva, Izd-vo *Rechnoi transport 0
1954- 247 P- (KIRA 8t4)
(Barges) (Boat building)

USSR/Physics beat transfer FD-1o67
Card 1/1 Pub. 153 - 3/24
Author : Petukhov, B. S.; Detlaf, A. A.; and Kirillov, V. V.
Title : Experimental investigation of local heat transfer of a plate in a
subsonic (up to 260 m/sec) presonic airflow with turbulent boundary
layer
Periodical : Zhur. tekh. fiz.., 240 no lo) 1761-1772, Oct 1954
Abstract : 'The authors show that the influence of air's compressibility and energy
dissipation upon heat transfer can be taken into account by'relatl.ng
the heat transfer coefficipnt to the difference between the surface and
body temperatures. They present the data for airflows with He up to
2.106 and M up to 0.8and 'describe the test method developed by them.
The results are found applicable for both high and low speeds. They did
not.investigate the influence upon the heat transfer of the dependence
of the physical parameters of the gas on temperature and moisture con-
tent of the air.
Institution
Submitted July 30, 1954

Cand Toc~.,Sci--(ui,,x) 01 lcjc,1~1 110--t
in tiio turbuIcnt Clow of u%.-, t.; Ii

15
7,)-,) 4'-~"- 0 r tduc.Aicoll Lenin

S/112/60/000/05/09/023
Translation from: Referativnyy zhurnal. Elektrotekhnika, 1960, No. 5,
pp. 308-309, # 4.4211
AUTHOR-. Kirillov, V. V.
--mommusirm 1~
TITLE: Experimental Investigations of a.Computer for the tTjf (STD)
Stersomenter
PERIODICAL: Sb. rabot stud. nauchn. o-va. Leningr. in-t tochnoy mekhan. i
optiki, 1958, No. 35, PP. 57-65
TEXT: The author describes a computer developed for the automatic computation
of the excess h of one point of a region over another when measuring the difference
in longitudinal parallaxes with the stersometer. The computer contains an
electronic compensating circuit, solving equations in the form of h (b +4 p) - H6p
- 0. T~e addition b +,8p is affected by feeding the output voltage of a differ-
ential potentiometer, whose slider moves proportional to the magnitude of h.
With the aid of the potentiometer a voltage in produced which is in propoetion
to the product hdp. The voltages to be compared are transmitted to the amplifier
of the servo system which operates the slider of the output potentiometer. Investi-
gation results of the computer model are cited. There are 5 figures.
Card 1/1 V. V. V. A

KIRILIOT# V.Vo; PBTUKWV9 B.S.
Studying the heat exchange during a turbulent high-speed gas flow
in jApes. Nauch. dokI, vys. shkoly; onarg. no.1:155-160 158.
(MM 11:10)
l.Rakowndovano kafadroy TOT Moskovskogo anargatichaskogo inatituta.
(Beat exchangers) (Aerodynamics)

f 61 LIc U. %),
06-di-12/24
AUTHORS: Petukh0vt B. S., Dr.Tech.Sc. and Kirillov, V,V' I 3nL,'-4
TITLE: Concerning heat exchange durir4; the turbulent flow of
liquids in pipes. (K voprosu o teploobmene pri
turbulentnom. techenii zhidkosti v trubakh).
PERIODICAL: Teploenergetika, 1958, No.4, pp. 65-68 (USSR).
ABSTRACT: Most published works on the semi-empirical theory of
heat-exchange regard the flow of liquid in a tube as
consisting of two or three layers. A velocity
distribution law or impulse exchanCc law is selected
for each of the layers. This very rough representation
often leads to considerable differences between theory
and e:~priment When Prandtl's number is greater than
10 - 20. The present article gives a theoretical
calculation of heat-exchange durinE turbulent flow of
a liquid in tubes, basing the calculation on the law
derived by Reichardt for the change of velocity across
the section of the tube, This equation is v.,ell-founded
theoretically and fully verified experimentally. An
equation for the coefficient of turbulent exchan-Ze of
impulse associated with the velocity distribution
equation is given. A theoretical calculation is t-hen
made of heat-exchanGe during, turbulent flo-.,. in tubes of
Card 1/4 a liquid of conatant physical properties. -0rpressions

06-df -12/24
Concerninr;- heat exchange during the turbulent flow, of fiquids in
pipes,
-that cannot be integrated analytically are inte.L~rated
numerically; hence Nrssells number is expressed as
functions of Reynolds and Frandtl's numiters in Tables
1 and 2. Calculated results for Prandtl's numbor
E;raater than 0.71 are compared in Fi--.2 with Karrian's,
bhooretical formula and Miklieyev's empirical for-,iula.
Ov,-,r the ran,_;e of PrandtlIn ntLrnber 6reator than 0.7 and
lest; than 10 the calculated values, are within 9% of thooe
_,iven by Karman's formula. However, at hiLher Prandtl
numbers Karman's curves are lower cuid when Prandt-l's
ntLaber is 20 they are almost horizontal. Analysis of
the results shows that for calculations of heat-exch,'UiSe
durinG turbulent flow in pipes it is best to use the
equation for the coefficient of turbulent exchange of
impulse. Fig.3 gives the relationship between NusseWs
and Prandtl's number when the latter lies bep, ween 0,901
and 0.1 and Peynolds' number lies bet%-een 10~ and 10 .
The majority of investigations on heat-e::chanSe durinG
turbulent flow of liquids in pipc3 has been -made over
quite a narrovi range of Prandtl numbero for m~.all
Card 2/4 temperature heads, when changes in the physical properties

06-4-12/24
Concerning heat exchange during the turbulent flow Of liquids in
pipes.
of the liquid are insignificant. Heat-transfer measure-
ments were therefore undertaken using water, tranaformer
oil and oil Grade MC under conditions in %,Aiich there is a
considerable change in viscosity with temperature. Other
physical properties were also changed but over narrower
limits. The characteristics of the experimental data
thus obtained and also those of Kreith and Su=erfield,
which are referred to later, are given in Table 3. The
results of the tests for two oils and water are plotted
in Fig.4. The experimental points agree woll tith one
another and Give a smooth curve in the ordinates used;
the scat-ter of the test points bein- no more than 10-15%.
The results presented in Fig,4 show that theoretical
calculations correctly represent the relationship botween
the Nusselt Reynolds and Prandtl numbers not only when
the physicai properties are constant but also when there
is a considerable change in viscosity with temperature.
A nev desiGn formula is offered on the basis of the
tests and theoretical calculation Itjo valid for
values of Reynolds number from 1OR-to 1 and for Prandtl's
Card 31L~ number from 0, 7 to 200. Existing empirical f oiTiulae are

~6-4-12/24
Concerning heut exchange during the turbulent flow of liquids in
pipes.
adequate only over a much narrower range than the
formulae proposed here.
There are 4 figures and 18 references - 3 Ger-.,;i,-,n, 9 English,
6 Russian.
ASSOCIATION: Moscow Power Institute,
(Moskovskiy Energeticheskiy Institut).
AVAILABLE: Library of Congress.
Card 4/4

ZIRILLOT, V.Y.
rareatigating oscillations of a fluid In an immovable container taking
its outflow into account. Trudy )UTI no.5:62-72 160. OGR& 13: 10)
.Muld. dynamics)

PIVUKHOV, B.S., doktor tekhn.nauk; KIRILLOY, V.V., Imnd.tekbn.nauk
Heat exchange in the process of turbulent flow of a compressible
gas in pipes of the region from M to 4. Teploooorgettka 7
no-5:64-73 My 16o. P (MIRA 23:8)
1. Moskovskiy energeticbeekiy institut.
(Heat-Radiation and absorption)

ACCESSION NR: AP4004147
6/0294/63/001/002/0254/0259
AUTHORS: Kirillov, V. V.; Malyugin, Yu. S.
TITLE: Local beat transfer in gas flow in pipes at a high tempera-
ture gradient
SOURCE: Teplofizika vy*sokikh temperatur, v. 1, no. 2, 1963, 254-
259
TOPIC TAGS: 'high temperature gradient flow, turbulent gas flow,
high temperature research, gas flow, heat transfer, turbulent flow,
thermal conductivity
ABSTRACT: Since most earlier research has been devoted to beat
transfer averaged over the length of the tube, the results of which
make it difficult to disclose the influence of individual factors
on beat exchange, the present paper reports a procedure and xesults
of an experimental investigation of local heat transfer in the case
Card

ACCESSION NR: AP4004147
of turbulent flow of gas in tubes under arbitrarily large tempera-
ture drops. The research was also aimed at accumulating data on
heat exchange under such conditions. A stainless steel (lKhl8N9T)
tube 1.54 =n in diameter and 212 = long was used and the heating
was by electric current. The small tube diameter made it possible
to obtain relatively large Reynolds numbers with low gas flow. The
experiments were made under "isothermal heat transfer" conditions,
i.e., with temperature factor values close to unity. The results
for Re > 25,000 agree with the theoretical formula of the Moscow
Power'Engineering Institute (B. S. Petukhov and V. V. Kirillov,
,Teploenergetika, No. 4, 1958)
Nu , (C/S)Re Pr -
4.5rC (Pr2/3 1) + 1*07
Card 2/4

ACCiSSION KRVI AP4004147
2
Wbere, (12.~2 log Re' - 1.64)_ The main data obtained in the
test for nitrogen were tabulated., The results are compared with
those obtained by others, with particular attention to analogous
work done by the Vessoyuxny*y teploenergicbeekLy institut (All-
Union Heat Engineering Irwtitute).. The work was performed in the..
Nau~hno isaledovatellskiy *nstitut vy~kqokikh temperatur (scientific
Res~arch Ins4itute ~f High T6mpe-,raitures) of the Moscow Power-Engineer-
ing?'Institute under the guidance of Professor B. S. Petukhov. brig.
art. has: 4 #qures, 5 formulas# and I table.
ASSOCIATION: jjNauchno issledovatellskiy institut vy*sokikb tempera-
tur;, (fth Temporature Research nNutuitat)
SUB~UTTED: 29"n63, DATE ACQs 26Dec63 ENCLt' 01
SUB..CODEs PRf Al NO REP BOV: 006 OTHERs 004
Card 3/4
3

_~~R,ILLOV, , inzh.
Automating the proce igning of stpreophoton taken from on board
uhip. Izv. vys. vicheb. zav.; geod. i anrof. no.4:75-78 164.
0-11PA 18:2)
1. leningradskiy institut tochnoy i optiki. hekomen-
dovana kafedroy -ch(.-t,no-r. hayushchlkh priborov.

L 3e,801-66 3~ri (d)~,-/DWP(1) IJ?(c)
ACC NR1 AT6008565 SOURCE CODE: UR/0000/65/000/000/0144/0154
AUTHOR: Kirilloir. V. V.
Org: none
TITLE: Simulation of a hand-written character recognition procedure
SOURCE: AN SSSR. Institut nauchnoy informataii. Chitayushchlye ustroystvz (Reading
devices). Moscow, VINITI, 1965, 144-154
TOPIC TAGS: computer application, character recognition, adaptive print reader, circuit
design
ABSTRACT: There are many problems in the input of information into computers, for the
solution of which, on the one hand, it Is difficult to use key or digit typesetting devices, and
on the other hand, it is undesirable to use card-punching equipment despite its relative
reliability. Computer input of manuscript documents without restrictions, however, is
not feasible at present. Nonetheless the risk of the development of automatons whieh read
manuscript texts will be justified if the effectiveness of the input is raised In only a tmited
range of problems. Limitations imposed by the class of the problems of input, the size of
the document, and the rules of the composition of the document simplify the selection of an
optimal rule for the recognition of characters. The most rational rule for the composition
of documents is the writing in of characters Into a line of the document, which to some
1/2

ACC NRt AT6008565
degree reduces the speed of the composition of the document, rather than the writing in of
each character into a box. Furthermore P it is not at all complicated to search for a char-
acter in the line. However, the input of short digital blanks wi!l still be used as an auxiliary
method supplementing the primary method (by means of cardpunching equipment). Taking into
consideration thesmall size of the document, a simple and reliable device with a reading
element immovable and relative to the document may be developed. All the restrictions will
not be overburdening if the limitations are imposed on the kind of problems fed into the device
and for which the error risk is low. Furthermore, the solution time amounts to 10 - 15 sec.
The selection of the simplest scanner (across the line of the document with 15 - 20 scans per
character) may complete the general part of the determination of the input procedure. Tip
author discusses such devices and proposes a procedure. The method is calculated for use
with the "Strela!' electronic computer. Orig. art. has: 12 formulas, 11 figures, and 3 tables.
'081
SUB CODE: 09 / SUBM DATE: 09Sep65 / ORIG REF: 003

KIRILLOV, Valerian Valerianovich; DMITRIYEV, I.N., retsenzent;
'orv. red.; YASNOGOHODSKAYA, M.M. , red.
(International System of Units of Measurement (SI) in
meteorology] Mezhdunarodnain sistema edinits izmerenii
(SI) v meteorologii. Leningrad, Gidrometeoizdat, 1965.
150 P. WIRA 19:1)

ZfLADANOV, O.K. (Moskva); KIRILLCV, V.V. (Mcakvu)- X()II'K(.V, V.76'.
y
Prcces-sing for solving a regulahlou (planning an,2 ccrtrol)
problem. 2hur. vych. mat. i mat. fiz. 5 nu.l.'150--155 Ja--F
165. (MIRA 1914)

kc N--Ri AT6026766 SOURCE CODE: UR/2754/66/000/005/0031/0050
AUTHOR: Gavrilova, N. S.; Kirilloy- V._V_
01G: none
.TITLE, Propagation of long wavelength waves. Computation of coefficients of reflec-
tion of plane waves from a nonhomogeneous anisotropic plasma
ingrad. Universitet. Problemy difraktsii i raeprostranenlya voln, no. 59
1966. Rasprostraneniya radiovoln (Radio wave propagation). no. 4, 31-50
OPIC TAGS: plasma wave propagation, radio wave propagation, Lr propagat.on, iono-
pheric propagation
ABSTRACT: The reflection properties of the ionosphere in the region of kc frequencies
'is studied. The problem is formulated mathematically for day and night models of the
!electron density distributions which take into account the presence of the earth's mag-!
hetic field. The admittance and reflection matrices were computed on the M-20. They i
.1 1
show that at low frequencies (