SCIENTIFIC ABSTRACT KOZHEVNIKOV, N. I. - KOZHEVNIKOV, P. V.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000825810006-1
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 98
• Document Creation Date: November 2, 2016
• Sequence Number: 6
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

YEHIM111KINA, Yevg6Tiiya Petrolnla~ '6_Q,7 j.
,,JI~VNIKOV,
rx)1loi'mm, I.S., MIKIMENA, Yt:~,A.p
retserivient; GAVRILGVA, T.M.9
[Problems in the 'theory of probabi I i I V I Z -, :v1 , i i ~ t~ o t ,, ~ 1, i.~
veroiatnostei. Moskva., Plook. aviatsjonriyi dr-' im. Scr;,c)
Ordzhordkidze, 1963. 96 1). ( " I i i ~ A !'-.' -. ')

-1-15iigfk~ EWTW MAN
ACC NRt A76003705 SOURCE CCDEt 07firooo-o.f6,'~/ooo,(woroa67o-o-~g-
AUTHORt Kozhevnikov, N, Is 4 2;
ORGt
TITLE: Some results of direct observations on variations in refractive indices of
surface atmospheric layers during dayl1ght and the distributional parametera of this
fluctuation
SOURCE: AN SSSR. AstronomicheLskly aqvet, Opticheskaya nestabillnost' zemnoy atmoefez),
(Optical EZ-t-a-biffiffy--U-t-ffe -aarthle Wt"~~sphere). Moscowj Izd-vo Nauka) 1965, 26-29
TOPIC TAGS: atmospheric turbulence,, ~ solar disc, atmospheric refraction
ABSTRACT: This report. is a continuation of a previous work by tha author (Nauchwe
dokl. vy~ssh.shkoly,, No. 3j, 143, 1958)o The technique was described In tho earlier
work. An objective lens produces,an image of the solar disc on a aoreoa. A
diaphragm in this screen and near tho image of the aolar disc allown inhomogenaities
in the air to appear on a screen behind tho first saroen, When inhomogensities are
present, the.,r appear as dark spots-
I . of which two groups are distingLdahed: I ;ias an
average diameter of 2#5 cm., 11 a diameter of 10 am. Inhomogenoitie.-I of group 11
consist of inhomogeneities of group It It is concluded that variation3 in refractive
index in the near-ourface layers of the atmosphere occur in a homogeneous icotroplo
field, The structural function of the field of refractive index variation is
J

T_
ACC NR, AT6003705
for diatances > 10 cm and is. r f or distances 2.5 err.; < A r < 10 QM*
(n(7) is the refractive index at point r, on is a constant, L. is the outer dimension
of turbulence, J_ is the inner dimension of turbulonce., Ar is the average distant-,e
between two inOmogenoities corresponding to a single refractive indax, and A is
the angle of deviation of light rays passing through the atmospheric inhomogeneitiese)
The value of internal scale of turbulence must satisfy the re2atiOn to ~ 2.5 cm;
i.e., must have a value on the order of the size of the atmospheric inhamagene-*
t 0
ities of group I, The relation A r )3 is actually fulfilled f or Z~ r >')O.
In the present study it was fulfilled for a r > 10 cm. Consequently-, the value of
10 must satisfy the condition t0-< 10 . cm. But., since inhomogeneities of group II
may be broken dawn Into inhomogenaities of group I) and the value of _Q 0 defines the
a1ze of the smallest oddy, ko must be .2.5 cm or less. OrIg. art. ba3t 7 figures and
4 formulas
SUB GODEs 04/ SM DATEs. 3,5MaY65/ MIG RU t 00 7
I card 2
777

KGZHMIKOV, N.M., mayor maditsinskoy sluzhby; MOV, V.N., polkovnik
sluzhby
Continuous action syringe. Voen.-med. zhur. no.9:62-63 3) 155.
(SYRINGIS) (IGRA q.-9)

KOZHY.VIIIKOV, IT.M., podpolkovnik med. sluzhby; I'0111KOV, A.D., k-apitat'. ried.
.71~iihby
Advantages of using metal clampo on surgical incisions. Voen. med.
zhur. no-3:B4 Mr 158. (M19A 12-7)
(SWMMY, OPTUTIVE)

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KOMLTIfIKOV, N. N.
Better utilization of medium weight hidos and skinn. Kozh.-
obuv.prom. no.12:26-28 D 159- OUR-k 13:5)
(Hides and skins)

K07'17 +
I - 5111'Lt,~"OV, IT. ;., Cand T. ch Sci (di.-s) -- "P, fn tne --ol~irn-trlc outpu
. 1,
in +h- proc-ss ol produc-lw7, wr-lt T.-nln,:rftd, Vo 0. 1.11 pp (Min fli~-her
11
an] Tnter Spec Fd-c RSFSR, Lonmin~rad Order of Enbor Red -5--nn-r T Ch Tnst i.-.1
Lenin,,-rad Sovi.-A), 200 copies (K1,, Tlo 14, 11)60., 132)

--KGZHEVNIKCV 14. N.
Butts or butt halves?
Kozho-obuvepromo 4 no.8:35-38 Ag 162.
OCRA 15:8)
(Ioeather-Standards)

KATSNELISON, S.I.; KOZHEVNIKOVp N.N.
New developments in the cutting of leather for welts. Koah.-
obuv.prom. 5 no.2126-29 F 163. (MIRA 16:5)
(Shoe manufacture)

t"Alllye V /I- Af
USSR/Laboratory Fquipment - Inotrumentg) Their Theory, if.
Construction and Application.
Abs Jour Referat Zhur - Khimiya, No 61 195Y) 19Y92
Author N.N. Kozhevnikov.
Title HocordIng of lo Temperature Intervals by EPP-09
Potentiometer.
Orig Pub Zh. fiz. khimii, 1956, 30, rio 6, J-392-1395
Abstract The automatic electron potentiometer (EP) EPP-09 -with a
scale to 16000 was used for recording and measviring tem-
peratiLres with an accuracy to 0.10. The rise of the sen-
sitivity of EP was accomplished by applyin~~ a constant
rotating mor.,ient of about 400 g.cm of a spiral spring to
the shaft of the reversible motor. The temperature scale
on the aiagram tape corresponded to 20 -30'. The e.-pan-
sion of the scale requires and alter"tion of the currmt,
flowing throu[ji the rheochord of EP, which is done by in-
troducing an additional resistance into the bridge circuit.
Card 1/2 10 -
rhN fe. (7L U ,

TSIZIN, I.G., inzli.; KOMET-11KOV, N.N., inzh.
Ir- . I
Consolidated equipment units of hvdroelectric power stations,
Gidr. stroi. 32 no.5:35-36 My 162. (~Mu 15:5)
(Hydroelectric power stations)

KOZHEVNIKOV, A.
---n v J~-,
Indicators of field intensity. Radio no.6:21 Je 156. (MLRA 9:8)
(Electric measurements)

KOZH~q,HIJ . I
-1.
,PV
." ,
Simple transmitter on 420-425 megacycles. Radio no.10:25--27
'56. MARA 9:11)
(Radio. Shortwave--Transmitters and transmission)

107-57-2-38/56
AUT11OR- Kozhevnikov, N. (Moscow)
A
TITLE: ~ thod of 8-ppreading Any Section of the Shortwave Banl. Experience
Exchange
(Kak rastyanut' lyuboy uchastok korotkovolnovogo diapazona. Obmen
opytom)
PERIODICAL: Radio, 1957, Nr 2, p 38 (USSR)
ABSTRACT: In Soviet superheterodyne receivers the whole 25- to 50--m
shortwave band is covered by a 180 degree rotation of the variable
capacitor. Tuning to a station is rather difficultq even with a
vernier drive. A method of bandspread is suggested in which an
additional, relatively large coil is connected across a part of the
heterodyne coil. The additional coil is tuned by a movable ferrite
core. A simple mechanism permits controling the core's position
from the front panel.
There are 2 figures in the article.
AVAII-ABLE: Library of Congress
Card 1/1

AUTHOR: Kozhevnikov, N. (Moscow)
TITLE- A (j_o'fi-gideid~~Can. Experience exchange
(Ekran dlya katushek. Obmen opytom)
PERIODICAL: Radio, 1957, Nr 3, p 25 (USSR)
107 -57 -3-27/64
ABSTRACT: As aluminum-alloy cans for photofilms are available Ln Soviet stores,
using them as shield cans for HF coils is recommended. The cans fit
"Univer sal', " SB - 1, SB -2, SB - 3, and SB -4 type coils.
Card 111

koz-1~Ev"'ok-OVI /V,
107-57-5-30/63
AUTHOR: Kozhevnikov, N.
TITLE: tV_ Reception in Lipetsk (Priyem televizionnykh pendaoh v Lipetske)
PERIODICAL: Radio, 1957, Nr 5, p 26 (USSR)
ABSTRACT: In November-December 1956 Yakovtsev, a radio amateur, received -rideo
signals from Voronezh 0.5-k-w tv station; distance 90 km; five-element antenna
with type UPT-2 antensifier; type T-2 tv set. Aristov, a radio amateur,
received Moscow tv center programs; five-element 12-m height antenna with
a 6-tube antensifier; type Temp-2 tv set. Exact dates and time of reception
given. Also a Kiyev tv broadcast was logged once.
AVAILABLE, Library of Congress
Card 1/1

AUTHOR: Kozhevnikov, N. (Voronezh) i07-58-3-2a/41
TITLE: Double Triode LF Aznplifier (Usilitel' NCh na dvcynom. triode)
PERIODICAL: Radio, 1958, Nr 3, p 40 (UL;SR)
ABSTRACT: 'lliGn using tubes "WS", "6Nqs',, or "6NIP" which permit great
voltages between the cathode and the heater, an IF amplifier
may be built according to the circuit diagram shown in Figure
1. Such an amplifier differs from the conventional types by
a direct coupling between the plate of the tube of the first
stage and the control grid of the tube of the next stage,
The complicated tuning operation of such an amplifier is
usually a serious obstacle for a radio amateur who does not
have the proper measuring instruments at his disposal, The
tuning difficulties are reduced when using the amplifier cir-
cuit shown in figure 2, although the advantages of the first
circuit are maintained, There are 2 circuit d;.agrams.
1. Amplifiers Operatior 2 Triodess-.-Applicat ion,,
Card 1/1

85479
S/-,08/60/0113/C-11/001/012
B019/BO63
AUTHORs Ko zhevnikov
TITLE: Diffraction of a Plane Wave on a Ring Diaphragm
PERIODICAL: Radiotekhnika, 1960, Vol., 15, No- Ili PP; 5-10
TEM The present paper deals with the diffraction of a plane electro-
magnetic wave on a ring of infinite conductivity. For the solution of
this problem, which is achieved with the help of Fig- 2.. the author assumes
that the ring has a very small thickness. Equations (4) are aeriveii fo'r
the electric and magnetic components at a certain point of t)ie diffraption
field:
,K2 - 1
i~~ + - grad divZ ;H i&JrotZ and Z is the he:7tzian vector
p e e p e e
potential. The integration of
(X09 Y09 Z I T exp ('k-r) dS (3)
e 0 41T W e f,
is discussed in deta:i.1'. As a solution to the present problem for the
Card 1/3

8509
Diffraction of a Plane Wave on a Ring Diaphragm S/108/6-0/01;VO11/001/012
B019/Bo63
components of the electrical v of the diffraction field, the author
qRtoi~
obtains the following relations for an observer lying on the Ox axist
I (kR sin sir.OaB
0
E = -iE 2 sinPsin I cosT e'k.(~
x OR B,
1
2 AJO sin~s.B (9)
EY = - iE 0 cos coslsinp(l-sin P)e 10(~R0siny) - B~
E = iE lsinpsin sin e i kfo
z o r-2i, I T
where'B x0sin - R0Cos
L
references.
SUBMITTEDs',. May 15, 1959
I., (KR sine) sin~aB,
ai 0 (-,c
B
sin There are 5 figures ard 4 Soviet
V
Card 2/3

I Ol
Card 3/3

S/058/62/000/0 10/058/093
Ao6l/AlOl
AUTHORS: Levitskaya, M. A., Kozhevnikov, N. N.
TITLE,: l1quenching" action of submillimeter waves
PERIODICAL: Referativnyy zhurnal, Fizika, no. 10, 1962, 26, abstract 100236
("Tr. Voronezhsk. un-ta"j 1961, v. 55, 1 1 - 19)
TEXT: The action of submillimeter waves on photographic layers was in-
vestigated. The submillimeter wave source was a mass radiator consisting of lead
globules, pasted in rows on glass with Canada balsam, and excited from a Tesla
h-f transformer. Together with the earlier observed clearing up of th? fogged
photographic layer, also a darkening of the latter.was found to result. The dark-
ening is believed to be due to the themal radiation of the spark. Control tests
have confinned this assumption. The mass radiator displayed a "quenchLng" action
on the spark discharge of a small induction coil; the number of discharges per
.1'.1inute dropped by The submillimeter wave action was tested on cu-:,culionidae
and slipper animalcules. In the latter case a change was observed in the behav-
ior of the infusoria subjected to the action of the mass radiator. Hypotheses
Card 1/2

S/058/62/000/010/058/09-4i
%.uenching" action of submillimeter waves Ao6l/Alol
are expressed as to the possible mechanism of this "quenching" action of sub-
mill Imeter waves, proceeding from the hypothesis of radiation originating ork
account of heavy molecules excited in the passage of the spark in the interspaces, 1-1~
filled with organic substances, between the lead globules.
G. Neuymin
[Abstracter's note: Complete translation]
Card 21-D

ACC NRt AR6026493
AUTHOR: Kozhevnikov, N. N.
;TITLE: Germanium-diode pulse generator
SOURCE CODES U1V6274[W66,O1OO41AO691AO70
S=-~.CE: Ref. zh. Radiotekhnika i elaktrosvyazi, Abs. 4A479
RZF SOURCE; Uch. zap. Mordovsk. un-t, vYP- 30, 1965, 3-8
ITOPIC TAGS: pulse generator, germanium diode
:ABSTRACT: By using the characteristic of a point-contact germanium diode in the
;re--ion of reverse-current rise, a generator can be constructed which,supplied by an
,a-c voltage, would produce short current pulses. The a-c voltage ampli-..ude should be
:so proportioned, that no irreversible phenomenon due to excessive reverse currents
~occur. The practical circuit contains two series-connected diodes opposing each other.1
!1he a-c voltage charges, during one-half wave, a capacitor which is corinectod between
,tha diodes common point and the second pole of the a-c voltage source. When the
voltage across the capacitor reaches the point of "breakdown", the capacitor starts
:'discharging through the diocb and the output-transformer primary connec-.ed in series
!with diode. The same circuit contains also a resistor which permits adjusting the
; circuit parameters in such a way that the oscillations are limited within one. period.
iIn a circuit containing D2E diodes, pulses 100--300 microsee with an &nplitude up to
1
!.20 v were obtaindd. V. P. [Translation of abstract]
1/1
UDC: 621.37~

L o9o85-67
ACC NRz AP7002376 CE CODE: UR/0104/66/000/007/0030/0033
AUTHOR: Potashnir., S. I. (Engineer); Kalmykov I. Z. (Engineer); Stroganov, fe. M.
(Engineer); Kozhevnikov, AN. N.; Tsizin, N. G. tEngineer); Papanov, A. V. (Engineer);
Beschastnov,__'U.
Balakirev, V. F. (Engineer)
ORG: none
TITLE: increasin- the power effectiveness of horizontal capsule hydroelectric units
'MaGE: .,,1ektri'chcskiye stantsii, no- 7,
1906, 30-33
TOPIC TAGS: hyho-ilectric puaer plant, olecti-ir po,,-Ior Production
A,715TFJ1CT: lit tho Kiov Eydrooloctric Station, which was the first low Pro-
ssuro hydroolectric station with horizontal capsule hydroelectric units in
tho country, the usage of those horizontal units allowrd a roduction ir, cost
of construction and installation oporations in comparison
rith vertical
iL-its of 20-25,16, This article -nrosonts an ovaluation of tho powor qua-li' IioG
of the capsulo hydrooloctric units on the basis of results of usago anc4 in-
u(rations porfox,,riiad, as woll as soma ssuCgostions for incroasing the.,:0
vosu ,
qualitios. Tho author concludes that the hori,,,,ontal capsulo uni"t c4111 oporato
I noinally -in tho synchronous componsator mo,clo with a Pollor Of 15 Mwir ir'A,thout
ro:;,,oval of wator frcx,,i the roflox condansation chambor. Tho tho2-mal sti,to of
t.L,o rotor windinGL; allou~- oparatian w-ith a pouror coofficio-A-It 10-S "Aln unity,
uhich providos for distribution of the reactive powor in poak hours rncl in-
croasos the static stability of the capsule hydrogenurators. The usago of
I generators in the synchronous compensation mode is econcniLically
Orig. art. has: 3 figures. LJPRS'.' 37,5641
SUB CODE: 10 / SUM DATE: none
Card 1/1'4~ uDc: 62.224-1-31.2
'4~),91-IX
_J
A~~

of,
In; 11:31 f of !,reLinan ~y. N
no. .,
4
j T t, :-2 v: tr 7; a r c,: 1;li.- n I-,- ~i r.z
i a Ic u: i t t-v;

KOZHETIIIKOVA, N.P. (Sverdlovsk, ul. Malyshe-ra, d. 6-8, kv. 26)
Thromboembolic complications in the surgil~al ts,eatment of
mitral stenosis. Grud. kbir. 5 no.6810-11, N-D'63
(MIRA 1-*~' -.2 )
1. Iz kliniki gostpitallnoj khirargil pediatricheskogo fakull-
tata (zav. - prof. T.S. Grigorlye~pra) Sverdlov;Aogo meditsir-
skogo institu-.a.

TF~'.*~-'tTll'? T
j U
of SCL. Pr~f.
Tull T-htl-~:
Fu
I, I tr~
C L; Sun-
ai
t~j

KOZ.,UVNIKOV, N.P., kandidat tekhnicheakikh nauk.
~ - -
Photographic traverse survev. Sbor. st.po gnod. no.4;21-33 '53.
(Traverses (Surveying) ('~gm 9: 6)

IN. A.
"The U:;e of AItLiAk,,r and ~tatos,~o~p_
on ~)-2,ales of' 1:25,(Y,(,j ;trvJ 1:10,0J011, 3b. ref. Ts.,,ntr. n-i, ii'l-ta _-)A., q~rosl-
ye:_-2ci i karto_,,r. .',~o. 2, PP 37-41, 195F~_.
-Head:ngs of r.:Id_io-i1t_L..eter hermit 1alle;-Anation f alluilriid,~ of
-hoto,lra-h azy.1 drawin- of stereoscolAc vidief. ')he use )f altitul(! in
I l"Oto hy, lon"Au,ii,nal aliqles of inclina"Lon o~ pictul,e--. -in.l -Ae:.-I utimi
:;ubstantially tiv-, orienta'Acm w' , ~)f s, --reau,3jter
an,i 'lie _Iet.,~ctiun of' rol,.-h e-cors. '~Ie'uhods fo-,- canvutim, the altituiel,-1 -it
pictu-es wer-n taken conncct~_,d to the fo-vlInfT,
,3 of statoscop., ind the of
stereocouFl.,~ )rJ_,.-ntation on the stereo,iieter are adjustued to tho use of these
difa ~n tile setting of the corr,-~ctor. (RZhAstr, No 11, 1955)
SO: Swrn 812, 6 Feb 1656.

W.-4,
SOKOLOVA, N.A., kandidat tekhnicheskikh nauk; KRASHENINNIKOV, G.D.,
kandidat takhnicheskikh nauk; KOZE3VNIKOV,
tekhnicheskikh nauko ids. t
Requirements for the arrangement of points of the plane and
elevated surveying data. Trudy TSNIIGAIL n0.100:13-17 154,
(Aerial photogrammetry) (MLRA 8:2)

KOZErEVNIKOV, N.P., kandidat takhnicheoklkh na-ak.
--oWM,,rj 'N,4 ~W
Photopolygonometry. Trudy TSNIIGLIK no.100:89-130 154,
(Aerial photogrammetry) (MLRL 8:2)

KOZHEVNIKOV. Hikolay Petrovich; KRASHNNINNIKOV, Georgly Dmitrievich;
-' I C'-'-!lfk6liifPavlovich; If=-(ANWKAYA,O.B., redaktor;
441iltO 0
VASILIYEVA, V.I., redaktor; KUZIMIN,G.M.. tekhnicheBki,7
radaktor
[Photogrammetryl Fotogrammetriia. Moskva, Izd-vo geode-,%iche-
skoi lit-ry, 1955. 492 p. (MMA 9,.4)
(FhotouaPhic mirveyi")

KO 10V, ~_- P.
"The Effect of a Constant Inclination Angle of Pictures During
Photogrammetric Condensation of the Basic Plane," by N. P.
Kozhevnikov, Tr. Tsentr. n.-1. In-ta. geod., aeroslyemli i
kartogr., Issue 105, 1955, PP 25-32 (from Referativnyy Zhurnal,
-- Astronimiya-Geodeziya, No 11, Nov 56, Abstract No 6509 by
Ya. Ye. Zlatkin)
"Reveals the results of investigation of the effect of a constant
inclination angle on the distortion of the network during the condensa-
tion of the basic plane by means of the method of phototriangulation. A
conclusion is made, based on investigation, that a constant inclination
angle of pictures above 30 effects the accuracy of network construction
of plane phototriangulation, particularly in the construction of free net-
works. Knowing the magnitude and the direction of the angle, it is pos-
sible to compute the magnitude of shift of the network points and tc intro-
duce the necessary corrections. At a constant inclination angle beloTw 30~
its effect is not noticeable."
Sum 1219

)MASHINIIRIZOV. 0.D., starshiy nauahnyy
starshiy nauchnyy sotradnik; KUZIHIN, G.M. , tekhniche skly---~64.qktor
[instructions for topoMphical surveying on-scales of 1:25.000
and 1:10,0003 Nastavlanis po topograficheskoi swemko v masshtsbakh
1:25,000 1 1:10,000, Moskva, Izd-vo geodezicheskoi lit.-ry. Pt.2.
[Photogrammetric and atereotopog'.-aphic work] Yotogra=etricheakie L
aterootopograftchaskie raboty. 1956. 134 p. [Microfilm] (MLRA 10:3)
1. Russia (1923- U.S.S.R.) Glavnoye upravleniye geodezii i
kartografii. 2. TSentrallnyy nauchno;-iseledovatellakiy inatitut
goodezli, aeros"yemki I kartogiafii (for Krasheninnikov, Kozbevaikov)
(Photographic surveying)

11 '.7
/~, t 7W-f c-r A,11 K(! t A. .
SOKOLOVA, N.A., kandidnetokhnicheekM nauk;.~~WOY. N.F. kandidat
tZnIcheskikh nauk; MILIHM, Y.S., kandidAt .teanff~~ nauk.
Some results of experimental photo&ammetric Rnd stereatopographic
operations. Good. i kart. n0,8:7-23 0 156* (YJBA 10:1)
(Atrial photogrommetry)

PHASE I BOOK EXPLOITATION 396
Kozhevnikov, Nikolay Petrovich, and Zaitov, Izmail Rizauddinoviqh
Fotogrammetriya (Photogrammetry) Pt. 2. Moscow, Geodezizdat, 1957.
139 p. 4,000 copies printed.
Gen. Ed.: Lobanov, A.N., Doctor of Technical Sciences, Profesapr;
Tech. Ed. : Romanova, V.V.; Ed. of Publishing Houue; VaUlyeve6 U.
PURPOSE: This textbook 13 intended for students pursuing courses in
geodetic aerial photography at technical Institutes. It is a
continuation of an earlier volume written by Professor
M. Aleksapollskiy.
COVE%'tGE: The present volume (Part 2) describes photoZrammetric oon-
densation of basic maps by means of phototriangulation and photo-
traversing and analyzes the degree of accuracy of each technique,
It discusses the interpretation of details in aerial photographs
and topographic surveys achieved by combined air and ground

Photogrammetry
396
methods. The program of the book was worked out by N.M.Aleksepol 13A'Ay,
Professor of the Moscow Institute of Geodetic, Aerophotograrunetric
and Cartographic Engineers, and an Honored Worker in Science and
Technology of the USSR. The book was written under his supervision
and guidance. The first section of the present volume traces the
history and development of photogrammetric methods and discu5ses
the principles of central planning, the essence of air surveyinS,
photographic analysis, the determination of the position of c)b2;crved
Individual points in aerial photographs, the utilization or parts of
a photograph for a map, and the transformation of aerial photov,"--hs.
The second section describes methods of developing the tonoErrn-'h1c
parts of a map, vertical control on the basis of aerial pnotographs,
and surveying by combined aerial and ground methods. There are
20 references, all Soviet.
TABLE OF
CONTENTS:
Foreword
3
Card 2/1

I~S U t- \,\ c I V\ " \, -, I
, ~A. V,
I
KDZHBVNIKOV, Nope, kand. tekhn. nauk.
Analysis of photogrammetric methods used for the condsusation of
surveying grid bases. Mrudy TSNIIGAIK no.122-33-70 157.(MIRA 10:12)
(Photogrammetry)

OASHN11INN1KVi,G.D..starshiy, nauchnyy sotradnik
starahiy nauchnyy notrudnik; HQ,'WWVA, V .V., +.ekhnicheakiy radaktor
[Instructions for topographic su--vays on scales of 1:10,00,3 and
1:25,0001 Nastavleaie po topografichaskol slerike v masshtabakh
1:10 DOO 1 1:25 000. Izd. 2-oe. Moakva, Izd-vo eodez lit -ru.
pt.~~. C Phot ogramme trio and sterotopographic work5 Voto-iran-latricheskle
i stereotapograficheakie raboty. 1957. 134 p. ("4!,QA 10: In)
1. Rw-.sla (1923- U.ti.S.R.) Glavnoye upravleniye geodezli i
kartoi,rafii. 2. TSentrallnyy as uah ao-iseledova tell skLy Institut
geodazii, aeros"yemki i kartografii (for Kraaheninnikov, Kozhevnikov)
(Aotographic surveying)

KOZ-H r--VN I YO
AUTHOR: See Table of Contents
TITLE: Transactions of the Central Scientlfl-.
Institute of Geodesy, Aerial SLLrvey ,ud
(Trudy tsentrallnogo
instituta geodezii, aeros"yemki i
Research in Aerial Survey. and
122: Issledovaniya po Aero foton'lyt-mil'u, I
metrii).
PUB. DATA: Izdatel'stvo geodezicheskoy literatui-y, 19575
99 pp,, 1000 copieB.
ORIG.AG&NCY: Glavnoye upravleniye geodezii i karlv-ografil- M~T 30"M
EDITORS: Ed.: Zlatkin,, Ya. Ye.; Ed. of the Publishir.,-, lrlouae:
Ehromchenko, F. I.; Tech. Ed.: Rom-moval V. V.;
Corrector: Smirnova, A. I.
Card 1/ 4

QB 280.L42
Transactions of the Central Scientific Research Institute (Cont.)
PURPOSE: This book is part of a series designed to (!-. on;~,trate
improvements and current techniququ in rLir photo-
grammetr7 to technic ally-trained
GOVERAGE: This is a group of articles concerninj-
photogrammetry and air photography For
personalities and references, se.:- TaY.)J.- o-v
TABLE OF CONTENTS
Rusinov,, M. M., Doctor of Technical Sciencez. 0r*Com_,~-,.,-,,I
of Non-Centered Aerophoto lenses. 3-32
The author studies the various foms of dictortion by
non-centered air photo lenses their effect on th-
S of
grometric properties of photo prints., and the w,_--',;
mining the amount if distortion. The study lnciudc~3 11-heoreticr_U
analysis of distortions of the first and second c-,~der u,'Aich ~tausc
the displacement of points ir a photo plm-e or whIch
affects the relief image. The writer believes thl.t -,--idual
distortion in the American "Metrogon" lenses is than
in the Russian "Russar-29" objectives. There aro no
or references.
C ard 2/4

QB 280-L42
Transactions of the Central Scientific Research Institute (Cont.)
Kozhevnikov, N. P.,, Candidate of Technical Sciences.
kfa-ly--slw-dr-Phuto-g-r-bmetrio Condensation Methods of Planned
Bases. 33-70
The article analyses the precision, special features, and moot
convenient conditions for'composing a reduced base map 'by means
of plane phototriangulation (graphic), photopolygonomet:ry
supported by radio-altimeter, and'multiplex phototriangiilation.
Errors and distortions of observations are discussed in detail.
There are no references. The following personalities azte mentioned;
Skiridov., A. S., Krasheninnikov, 0. D., Zhukov., G. P.., A2eksapoll-
skiyj N. M.
Card 3/4

3(4)
AUTHORS: Ko j07/6--59-4-5/20
2,hp_vnikov, IT. P., Candidate of
~-Technic-a-l-S-~-I-e-E`cesv Bortnikov, Ye. A.
TITLE: A Pantograph for the Multiplex to Reduce the P.-,sition
ffetworks (Pantograf k mulltipleksu dlya umen'sheniya
planovykli setey)
PERIODICAL: Geodeziya i kartografiya, 1959, Nr 41, PP 17 - 21 (USSR)
ABSTRACT: On a suggestion, and according to calculations;, b,-
N. P. Kozhevnikov, the model of a special rhoi%,~ic panto,-'raph
for the multiplex was made in 1957 in the NIEY, TaillIGAiK
according to the pantograph type by Professor F.V. Drobyahev.
This new pantograph has a constant reduction coefficient, and
therefore offers higher accuracy. It also makes a separate
photographic reduction unnecessary. This model was tested by
experiment and in operation in 1958. The results of this test
are ?'riven here. At first the pantograph, and then the tests
carried out in the TsNIIGAiK and in the MAGP, arc! described.
These tests showed that the pantograph is marked by mean
errors of + 0.1 - 0.14 and maximum errors of 0.22 - 0.34, which
Card 1/2 is a great7improvement in accuracy as compared with other

A Panto.-raph for the Mul tiplex of Reduce the SOV/6--59-4-5/20
Position Net,,-.,orks
reduction procedure3. It is pointed outthat it would be
convenient to start the series production of these panto-raphs.
In this connection, some hints are given for the construction
(including one by F, K., Sverdlov of the MAGP on the way of
attaching it to the multiFlex). There are 2 fit,,ures,and 4
tables.
Card 2/2

5(4)
JI.., P., Candida-,-,e of sov16-59-9-11119
AUTHOR, Kozhevni&oLj,,
TITLE. Photogrammetric Interpretation of Aerial Photographs al~"-
Any Position of the Fixed Points
PERIODICAL: Geodeziya i kartografiya, 1959, Nr 9, PP 42-48 (USSR)
ABSTRACT: Deliberations for finding the most convenient method of inter-
preting aerial photographs at any fixed-point position are
made here. This method has still to be examined experimentally,
The photogrammetric completion of the horizQntal photo control
is studied, and it is shown that, at any fix-ad-point positicn,
it is convenient to carry out this completion on the multiplex.
In investigating the model orientation for a stereoscopic
relief survey, the paper (Ref 2 on p 44, footnote) by Profejsc;:
M. D. Konshin of-1939 is mentioned. It is shown that at any
fixed-point position the shifting of these points will ii,~t
exceed 15 mm as compared with the 'standard scheme. For suppl~rirq,
the picture pairs with the required orientation points, the
photogrammetric completion of the vertical photo control i2
recommended. The completion of the vertical photo control is
Card 1/2 investigated, and it is shovin that the extension of the I.Itude

!"Loilo.-rainmet_r~.j- Interpretation of Aer.' .1
'71/65 9
;av
Positioll or the 'Fixed Pointo
completion not muat not exceed more 4 baseo, and the net
length qan only be exterided up to 9 if thvro are control
height points in the contf.-,r of the The follo,.ving is re-
recomfiedded: 'it any regular distribution of fixed point3, thu
completion of tile hori,,-.ontal photo control mu.-t be made on
the multiplex. If any of tile routes io insufficiently nupplied
with fixed points, a system of three or four neighboring
routes is to be used. For the net reduction, the special panto-
graph of the TsNIIGAiK (Ref 3 on P 48, footnote) is recomamtm"Jed.
The point elevations should be determined by the usual sta.-OnA
scheme for aerial-survey orientation on a topo7raphic stereo-
meter by means of photogrammetric altitude completion. A direct
orientation of picture pairs on the stereometer is Possible if
the deviations of the fixed points from the standard scheme for
these picture pairs do not exceed 15 riirn~ At deviations of more
than 5 mm, orientation must be made by means: of suc,,essive
approximation. There are I figure, I tablie, and 3 Soviet ref-
erences.
Card 2/2

KOZHEVNIKOV. H.P.
On tho article by D.I.Chetverikov "Operation of the Grum-Grzbimailo kilns."
Gidroliz.1 lesokhim.prom. 12 no.2:26-27 '59. (MIR& 12:3)
1. GlaVtqy inzhener Verkhno-Sinyachikhinakogo lesokhimichaskogo
kombinata.
(Kilns) (Charcoal) (Chetverikov, D.I.)

PHASE I BOOK EXPLOITATION SOV/4699
Kozhevnikov, Nikolay Petrovich, Georgiy Dmitriyevich Krashenianikov) and Nikolay
- - Pavlovi c " Kalikov" ' " - - * - ~ ~ ' -
Fotogrammetriya (Photogrammetry) 2d ed., rev. and enl. Moscow, Geodezizdat, 1960.
5331 P- 3,500 copies printed.
Ed.: 0. B. Normandskaya; Tech. Ed.: V. V. Romanova; Ed. of Publishing House:
F. I. Khromchenko.
PURPOSE: This book is intended to serve as a manual for photogrammetrists and as
a text for students in photogrammetry.
COVERAGE: The book gives detailed instructions for performing various photo-
grammetric operations and an explanation of the theory underlying those oper-
ations. It also contains the basic geometry of aerial photos and ground-
photo relationships. The basic principles of the most ijaportant photogram-
metric instruments are described. The aerial camera, aerial photography, and
terrestrial photogrammetry are treated briefly. Sections 5-57, 73-75, 98-135,
138-14o, 143-144, and 152 were written by Candidate of Technical Sciences
N. P. Kozhevnikov; sections 63-72, 76-8o, 94-96, 136-137, 141-142, 145-151,

Photogrammetry
SOVJF4699
153-157, and 1q8-170 by Candidate of Technical Sciences G. D. Krasheninnikov;
sections 1-4, 58-62, 81-93, 97, and 171-172 by Candidate of Technical
Sciences N. P. Kalikov. The author thanks K. N. Geitseno-m and 0. B. Norman&-
skaya. There are 46 references: 44 Soviet and 2 German.
TABLE OF CONTENTS:
Foreword
Ch. I. Introduction
1. The subject of photogrammetry and its mission 5
2. The aerial camera. Aerial survey work 6
3. Methods of making topographic maps from aerial surveys 9
4. Brief notes on the development of aerial mapping in the USSR 11
Card,_2AT

Mw 3,400 wa*- (.' Cl (,a Co
AUTHOR3 Kozhevnikov, N. P., Candidate of S/006/60,/000/04/007/019
~Zc`Tm B007/BOO5
TITLEg The Use of Radar-altimeter- and Statoscope Readings in Making Maps
of 1 1 10,000 and I s 259~600
PERIODICAL: Geodeziya i kartografiya, 1960, Nr 4, pp 36-43 (USSR)
TEXTs The TsNIIGAiK (Central Scientific Research Institute of Geodesy, Aerial
Surveying, and Cartography) developed a new radar\Vafktimeter RVTD for surveys of
I- s 10,000 and I % 25,000 in flat and hilly country. This in-s-Vr--ud(iht determines
the altitudes of aerial photographs with much higher accuracy (ma-,t . �1.2m).
With the use of radar-altimeter- and statoscope readingsp the foHowing proce-
dures may be carried out with higher efficienayt completion of horizontal and
vertical control note, determination of point elevations by the differences of
horizontal parallaxes (in stereoscopic relief drawing on the stereocomparagraph),
compilation of uncontrolled photographic mosaicaq evaluation of indications
recorded by radiogeodetical stations for determining the airplane coordinates.
The fundamental principles of evaluating and checking the indications of these
instruments are put forward. The possibilities of using these indications for
surveys of 1 s 10,000 and 1 3 25,000 in flat and hilly country are pointed out.
Card 1/3

644k%.. (" C1 6 A I
The Use of Radar-altimeter- and Statoscope Readings S/006/60/000/04/007/019
in Making Maps of I 1 10,000 and I a 25,000 B007/BD05
Exact formulas are given for the proper use of indications of these instruments.
An accumulation of scale errors in photogrammetric nets is impos3ible with the
use of radar-altimeter indications. The use of RVTD radar-altimeter indications
in setting up plane photogrammetric nets makes it possible to obtain the plani-
metric base in the required scale without geodetic nets (if the accumulation of
random errors is negligible). The systematic error of the radar altimeter and
the systematic deformation of the aerial negative have to be conaidered here.
The use of radar-altimeter- and statoscope indications makes It possible to
increase the accuracy of determining the horizontal position and the point
elevations by the photogrammetric method; to check the completion of the
horizontal control net with the same point density of the field compilation
survey, or to reduce the extent of field survey; and to reduce the scale of
aerial photographs of flat and hill country (by 25~ in surveys of 1 3 10,000,
and by 15% in surveys of 1 8 25,000~ as well as of mountain areao. The RVTD
radar altimeter makes it possible to complete the vertical control net on the
basis of aeroradio leveling for surveys of 1 : 25,000 at a contour interval of
5 m /in flat and hilly country). The use of the radar altimeter makes it possible
to compile uncontrolled photographic mosaics on the required scale without a
Card 2/3

0 "1 (, Q 6 A I
The Use of Radar-altimeter- and Statoscope Readings S/006/60/000/04/007/019
in Making Maps of 1 1 10,000 and I 1 25,000 B007/BO05
geodetic net. In spite of a certain increase in office workq the above-mentioned
advantages lead to considerable savings in costs with respect to the total amount
of works There is I table.
V~
Card 3/3

h2910
8/547/62/000/11+6/003/004
AOO1/AlOl
AUTHORS: Kozhevn,lkov, N. P., Candidate of Technical Sciences. Smirnov, Yu.I.
TITLE- The accuracy of determining altitudes of photographing from
readings of the PBTA (TVM) radar-altimeter and its modernized
model
SOURCE: Moscow. Tsentral'nyy nauchno-issledovatellskiy institut'geodezii,
aeroseyeinki i kartografli. Tnidy.-no. V16. 11)62. Issledovanlya po
fotogrammetril.23 - 26
TEXT: The TsNIIHAiK investigated the accuracy of determining altitudes of
photographing from the data of aerial photosurveys ~f different years and differ-
ent regions (plain and mountainous). The accuracy'was evaluated from the results
of convergence of differences in photographing altitudes obtaincd from the'read-
ings of a radar-altimeter and photogrammetric measurements, using the Professor
M. D. Konshin known formula. The latter can be simplified, if inclination angles
are small and elevations are not very large. In this case, the rvis error in de-
termining the altitude of photographing can be expressed as follows:
Card 1/3

S/5'17/62/OeO/I 46/003/004
The accuracy of determining aLtitudc5 of... AOO I/A jo I
1 2 L' m
M. 2-m (b p~T
and at a small Photographing altitude (H < 1,000 m) it can be reduced to the
following formula:
mc
MH _\/ (3)
Random errors are revealed by the adopted Investigation method: systematic error~j
are taken account of, when necessnry (in mountainous regions). The authors pre-
sent the results of accuracy evaluation separately for plain-hilly and t,.io,untainous
regions. For the former the average magnitude of mH In determining photographing
altitudes from reading of RVTD radar-altimeters amounts to + 1.2 m; it rises to
+ 1.5 m with increasing altitude of photographing up to 2,0~O - 2,500 m. Surveys
fn the Tian-Shan mountains were used to determine the accuracy of modernized
Card 1/3

8/547/62/000/146/00.3/004
The accuracy of determining altitudes of ... A0011A101
RVTD radar-altimeters In mountainous regions. It was found that m. - + 1.6 -'2.5
m for altitude differences of about 500 m at H = 2,500 - 3,500 m over the central
plane of the area surveyed. This accuracy meets the requirements for photogram-
metric processing of surveys on the 1:25,000 scale.. There are 3 tables.
Card 3/3

KOZHEVNIKOV, N.P., kand.tekhn.nauk
Photogrammetric control of the elevation control in topographic
surveys based on air-b*ne ra0ar levoling. Trudy TSNIIGAIK
no.146:27-56 162. (MIRA 15:11)
(Altitudes-Measurement) (AeronaAitics in surveying)

KOZHEVNIKOV N P - DIYAKOVJ, G.S.; KOSAREV, A.P.; KOLIBAYEV, V.A.
Methodology of performing a stereotopographic survey at a
1:25,000 scale in desert and sandy regions. Geod.i kart. no.4z
36-40 Ap 162. (Aerial photogrametry) (KIRA 15:12)

KOZHEVNIKOVY N.P.
Practice of operations in airborne radar leveling. Geod. i
kart. no.9:39-48 S162. (MIRA 15:10)
(Leveling) (Aeronautica in surveying)

KOZH&VNIKGV~ N.P., kand.tekhn.nauk; S14TMGV, YU.I.
C--- --- --I-----
Accuracy of the determination of photographed heights based
on readings of the old RVTD radio altimeter and the improved
model. Trudy TSNIIGAIK no.146:23-26 162. (MIRA 15:11)
(Altimeter)

"H~ZVTTIKOV, N*Po
Determining the eorroqtions for radio altimater readings
in surveys of mountal,4,cus areas. Geod.~.V kart. no.11:11+--25
N 162. (MIRA 15--12)
(Altimeter)

KOZHEVNIKOV N.P.: GERTSENOVA) K.N.
---------- I
Determining relative orientation elements for aerial photographs of
mountainous regions. Geod. i kart. no.2:3-11 F 163. (MIRA 160)
(Aerial phot-ogrammetry)

KOZHEVNIKOV) K~P.; SMIRNOV, Yu.I.
-'-1- 1 ~... I -.-
Features of determining corrections to readings of a radio
altimeter, Geod. i kart. no.3Q6-32 Mr 163. (MIRA 16:7)
(Altimeter) (Aerial photogrammetry)

ACC NRt AT6028597
AUTHOR: Kozhevnikov,_N. P.
ORG: none-,'-
TITLE: New photoreducers
OftCE CODE! UR/2547/66/000/165/0056-/0066'
'1~
SOURCE: Mosc 1 Tsentral'nvv nauchno-issledovatel'skiy institut g -aero&!_
ow. 'y
Lkar_t_pZrafii_ Trudy, no. 165, 1966. Issledovaniy po fotogrammetrii (Research in
photogrammetry), 56-66
TOPIC TAGS: photogrammetry, photographic processing, geodetic survey, aerial photo-
graphy
ABSTRACT: Enterprises of the GMGK have recently been equipped with stereophotogram-
metric devices and the techniques of phq~qZramme.tri_84unching have been improved.
This permitted a considerable reduction in the.geodetic network,of field points for
preparation of aerophotoa in topographic mapping on scales of 1:25,000 and 1:10,000;
therefore, the planned grids have been extended to 8 or 9 bases. Reduction of photo-
grammetric grids of this extent is not possible on Popov photoreducers; therefore, the
TsNIIGAiK has developed new photoreducers (the single-projector PRS and the four-pro-
jector model) which permit direct optical reduction of grids of 80-90 clu to a base
scale with an error of no more than 0.2--0.3 mm (averaging O.lG-0.15 mm). In the
extensive development of the analytic method of three-dimensional phototriangulation,
Card

_XCC NRt AT6028597
the use of the new photoreducers has great promise since they are needed
where photogrammetric bunching is done on a general-purpose instrument:
photographic plans and refined photodiagrams in diverse departmental and
surveys and in combined photos; for work in bringing topographical maps
and in surveys using radiogeodesic stations. The four-projector device
avoids patterened distortions; the PRS unit prereduces grids on 120 x 60
plates for further reduction. Orig. art. has: 2 formulas, 1 table, and
SUB CODE:06)14/ SUBM DATE: none/ ORIG REF.. 002
for all work
for compiling
geophysical
up to date,
detects and
MM glass
3 figures.
Card

KOZMNIKOV, N.S,.,
Signal light glaaes with imbecIded metal mesh are needed.
Avtom., telem-i sviaz 3 no.9:42 S '59. (MIRA 13:2)
(Railroads-Sianaling)

KOZHEVNIKOV, 0-.
Few trade agreements between the U.S.S.R. aM4 Ital7- Vnesh. torg.
28 no.3:30-31 158. Olln 11:5)
(Russia-Conmerce-Italy)
(Italy--Commerce--Russia)

KOZIIEVNIKOV . 0.
Now agreements open large perspectives appendix. Vnesh. torg,
41 no.91lO-12 161. (MIRA 24:8)
(Russia-Commerce-Italy)
(Italy-4omnerce--Rusaia)

LATMOVAt V.A.I. K07,IMRTIKOVO- 041.
DDub]o adjabgLt:jo calorltwtor for wauurlr4; t1o boat capacity
of liquids* Voat,LGU 20 noo22tIO9-224 t65o (MIM 18M)

i
4
jm ;L WAN&
ACC.Nki ~AT5023784 ~'MA SOURCE Wit; UR/6000/62/0001000/0068/0013
V"~
AUTHOR. Ye fimov A. V.
&Z heA i. LI y, Nikolarev, V. A.; Pravdyuk N. F.V
Khleibrikov- A.
Razov.-I. A..
VV,
ORG: none
TITLE: Effect of neutron irradia~t
on th,e mechanical rropertien of stainless
austenitic steels of various strength
-na mat i9
SOURCEI: __~o3Mahcljanije yo pr.QblejjC pg M jademykh izlucheniv
Moscow, 1960 ystviye yaderaykh izlucheniy na materialy(The affect of nuclear
radiation on~1~1!aterials); doklady soveshchaniya. Moscow,'Izd-vo AN SSSR, 1962.
68-73
TOPIC TAGS: austenitic steel.-austenitic alloy, steel, neutron irradiation, steel.
irradiation,-steel property
-ABSTRACr.* The ef J'-e-ctA utran lrradjaHrul 0 cnf~-POchanical properties of stainless
austenitic steel as been investigated. MIMT W'teel austenitized at IOOOC or
austenitized his temperat.ure-and cold rolled with 25% elongation, and austenitic,
dis r ion-
pe s haAdenable; chromium-nickel steel of the 18-22 type alloyed.with tungs ten
tit
and anium ere irradiated-with,integrated fluxes of 7.4 x 1020 or 2 X 1020 /cm
it ene gy > Nev at IOOC, 30.0C, or 500C. . Tests showed that irradiation of as-,
austenitized lKhIBN9T -steel at 100C with 7.4 x 1019 n/c=2 increases the yield and
tensile strengths by 101% and 24Z, respectively, and decreases the elongation and
Card JL/Z

1 10800-66
L
I rA -d (I
T
ACC NRa AT5023784
notch toughness by 39% and 20%. The, same irradiation increases the yield'and tensile.,.
strengths of,austenitized and cold-rolled lKhl8N9T steel only.by 27% and 21%, and
decreasesits elongation and notch toughness by 38% and 42%. increasing the irrad-
iation intensity from 7.4 x 1019 to 2.1020'n/cm2 has no effect on the properties of
this.steel. Increasing the temperature of irradiation with 7.4 x 1019 n/62 from
100 to 300 to 500C decreases the~yield strength of austenitized a2d:cold-rolled
steel by 11% and 30% below that of,. steel. irradiated at 100C. The tensile, strength
drops in this case by,4 and 17%, but the elongation increases by 44 and148%. The
mechanical properties of stainless chromium-nickel steel alloyed uith tungstea.,and'
titanium and austenitized-and-aged at 710C for 10 hours, do not change much under the:
effect of fdst-ndutron irradiation at.2 1070, n/cm% except, for the yield strengths
which. increases by 30%. OAS.-, art'#- has 4 figures and 2 tibles.
IND)
SUB CODE: /3 'SUBM DAM 18Augo;/ ORIG kF: 003/. OTH REF: 008,
T
Card ~/2

AUTHORS: Dovzhenko, 0. 1., Kozhevnikov 0. A SOV/56-3,1-6-37/51
77ikollskiy, S. I.p Rakobollskaya, I. V.
TITLE: The Energy Spectrum of the Nuclear-Active P&rticles in the
:,xtensive Air Showers (-rnergeticheskiy spektr 3~zderno-aktiv-
nykh chastits v shirokikh atmosfernykh livnyakh)
PERIODICAL: Zhurnal eksperimentallnoy i teoreticheskoy fiziki, 1958,
Vol. 34, Nr 6, pp. 1637-1638 (USSR)
ABSTRACT: Ae a supplement of their previous paper (Ref 1) the authors
investigated (at an altitude of 3860 m) the above mentioned
energy spectrum. The nuclear-active particles were separated
frqm the total particle f.low in the extensive air shower ac-
cording to the generation.of an electron nuclear shower in
lead plates which were located within a great rectangular
cloud chaPer. The total thickness of the lead plates was
-100 g/cm . A criterion is given for the separation of the
casee with electron-nuclear shoaers from the canes with elec-
tromagnetic showers. The experiments were carried out in
2 different ways. In the first one there was no absorber 2
above the cloud chamber, but in the second way - -100 g1cm Al.
Card 1/3 A sketch of the experimental apparatus i2 given, it registrat-

SOV/56-34-6-37/51
The Energy Spectrum of the Nuclear-Active Particles in the Extensive Air
Showers
ed the extensive air showers with t&1 particle numbers from
104 to 106. As a result of the measurements carried out for
52 nuclear interactions the authors obtained the integral
energy spectra of the nuclear-active particles in the energy
interval 2 - 50 PeV for distances from 0 - 9 m from the axis
of the extensive air shower. As the form of the Bnergy spec-
trum was identical for both of the above-mentioned experimen-
tal variants their results rere averaged. The integral energy
spectrum of the nuclear-active particles obtained for the
energy region 10 - 50 S~V may be approximated by an exponential
function of the type E- with k - 0,95 � 0,25. By comparison
of the observed number of the nuclear-active particles with
the density of the electron flow in the a--orwars recorded by
the authors' apparatus, it was possible to estimate the share
of the nuclear-active particles with > 2 BeV in the total
flow of the charged particles in the extensive air showers
located within distances of 0 - 9 m from the axis. This share
amounts to (10 + 0,3) ';,, which is in good ajreement with
previous results obtained by means of a hodoacopic detector.
Card 2/3 There are 2 figures and 6 references, 6 of which are Soviet.

SOV/56-34-6-37/51
The. Energy Spectrum of the Nuclear-Active Particles in the Extensive Air
Showers
ASSOCIATION: Fizicheskiy institut im. P. IT. Lebedeva Akademii nauk SSSR
(Physics Institute imeni P. 11. LebedevAS USSR)
SUBTITITTED: February 26, 1958
Card 3/3

LUKITANOT, V.I.; KTSLIN. V.A.; SHNETEROT, A.I.; KHOMOT, A.Ta.;
TIONSKIT, H.S.; MELINIKHOVA, O.M.; FUSHKOV, L.Te.; OHLOV, T.T.;
ZLATOLINSKIT, V.N.; VISMOVSKIT, r.L.; LAPSHMOV, P.G.; KAKHOT,
H.S.; RUKAVISHNIKOV. I.D.; LTTKIN. K.F.; KOZEWHIKOV, O.A..;
ZORKIN, G.N.; NORM, B.B.; TUMANCV, N.S.; SMMRTANIKOV, S.M.;
VOLKOV, N.G.; NOVIKOV, P.G.; FRIUBERG, G.V., inzh.. red.izd-va;
GELINSON, P.G., tekhn.red.
(Designing chief plans for industrial plants; principal methods]
Proektirovanie generallnykh planov promyshlennykh predpriiatii;
osnovnye poloshaniia. Moskva. Gos.izd-vo lit-ry po stroit..
arkhit. i stroit.materialam, 1960. 103 P.
(MIRA 13..6)
1. Akademiya stroitelletva i arkhitektury SSSR. Institut grado-
stroitelletva i rayonnoy planirovki. 2. Nauchno-issladovatellskiy
institut gradoetroitellstva AkBdemii stroitel'stva i arkhitektury
USSR (for Khorkhot, Telenskly, Maltnikhova). 3. Gosudarstvenw in-
atitnt proyektirovaniya metallurgicheskikh zavodov (Gipromez) (for
Pleshkov). (Continued on next card)

LUK'YkNCV, V.I.: MOMOT, A.Ya.; ZORKIN, G.N.; ITORMANN, B.B.; PMSHKOV,
LY6,; LMUN, K,P,; KOZHICVNIKOV, O.A,_,TBMCHIN, N.)-,# ORLOV,
V.V.; ZLATOLINSKIY, MAKHOV. M.S.; RUX-VIISMIIK07, I.D.;
SHITGVA, L.H., red.izd-va; OSIMTKO, L.M., tokhn.red.
[Instructions for draftim-, general plans of industrial
entorprises] Mazantia Po proektirovantiu generallnykh planov
promynhlennykh predpriiatii. Odobreny Gosudarstvennym komitetom
Soveba Ministrov SSSR po delam stroltelletva 15 noiabria 1960 g.
Moakva, Gos.izd-vo lit-ry po atroit., arkhit. i stroit.materialam,
1961. 131 P. (MIR-A 15:2)
1. Akademiya stroitellstva i arkhitektur7 SSSR. Institut grado-
stroitel'stva i rayonnoy planirovki. 2. Akademiya stroitel'stva
i arkhitektury SSSR, Nauchno-issledovatel'skiy institut grado-
stroitalletva i rayonnoy planirovki (for Luklyanriv). 3. Akademiya
stroitollstva i arkhitektury USSR, Nauchno-i 9 sled ovat el I skiy institut
gradoetroltallstva (for Xhorkhot). 4. Giproaviaprom (for Zorkin,
Normann). 5. Gosudarstvennvy aoyuznyy institut po proyektirovaniyu
metallurgicheakikb zavodov (for Pleshkcm). 6. Gosudarstvennyv
institut po Droyektirovaniyu zavodov tyazhologo mashinostroyeniya
(for Lytkin, Kozhevnikov). 7. Gosudarstvennyy proyektnyy inatitut
No.1 (for Temchin). 8. Gosudaretvennyy proyaktnyy inBtitut stroi-
tellnoy promyshlennosti (for Orlov, Zlatclinskiy). 9. Gosudarstvennyy
proyektnyy inatitut po promyshlennomu transportu (for Makhov,
Rukaviahnikov).
(Industrial plants--Design and construction)

VINOM~~ V.M.; RkZUMCVSKIY, VoV.; SIROVA. L.V.; TA41YANOV, P.P.;
k&"VN 07, O.T.; PICHUGIN, B.M.; PROKOPIRV, I.V.; MOROV,. B.A.;
IYANOTA, A.S*; SNIGIM, T.G., YLSHCHEM,
G.I.; V~IRONKOVA# Yeek; ZMYATIHA,"A.A.;.SMIyWq N.A'; KUHIPOV0
A.I.; POPOV, BsL.;.FIIIOGXNOV,, V,,P., WOROTp V#B.; CHENCHIKOTSM,
S.,F.; ITANOV, Ye.A.- ALKHIKOV# V*S&, rod.; VINOGRLDOV, V.M.. red.;
SMMOV# A*M*q red.:9 KAKROVSUU, O.G., red. izd-va; RUDGEMMO.
A*M., red, izd-va; IuIWOVAq I*Sc, tekhn. rod.
[Foreign commerce of the U.S.S.R. with capitalist countries] Vhesh-
niaia torgovlia SSMI a kapitaliaticheskimi strunami. Moakva, Vnesh-
torgizdat, 1957. 232 p. NIRA 11- 27)
1. Hoocow. Ysm&m,.-6issledovatel'sk:iy kozL'*yTmkturnT,7 instLtut.
(Russia-Co=erce)

KOSHEVIIIKOV, P.
Determining the width of screw tugboats in relation to the metacenter height.
Mor.1 rach.flot 13 no.6:26 0 '53. (14LRA 6:10)
(Shipbuilding) (Tuifboats)

KOZIIFIVNMV~ P.
Rev lews, Vest, derin. i vrr,. -j' -'.4. 164.
(IN.I.RA 18:8)

EDZHEVNIKOV, P., Inzhener.
Determining principal meaffuraments of tank and dry cargo barges.
Mor-flot 7 no.8:18-23 Ag 147. MAA 9: 6)
(Barges) (Tank vessels)

KOZn-VNIKOV, P. A.
Venereal Diseases - Bibliography
Bibliographical index of Soviet dermatology and venereology for 1932-1938. Vol. 2, S. Mi.
Gitman. Reviewed by P. A. Kozhevnikov. Vest. ven. i derm. No. 3 1.952.
Monthly List of Russian Accessions, Library of Congress, October 1952. UjrTAC~SIFIED.

-KOZHFVNIKOV.- P.A.; GALIPERINq YU.B.
Case of emphysema of the eyelids of rhinogenous origin. Zhur.
ush.t nos. i gorl. bol. 20 no, 3:66 M*'Je 160. O-MU 14:4)
1. Iz Okruzhnogo voyennogo gospitalya.
(EYELIDS-DISEASES) (EMPHYSEMA)

VYYI.SNOVSIKI.Y, A. rE.; Prof.; KGZ'IEVNIKOV. P. F.
Psychiatry
Tissue therapy in certain types of psychic disorders. Zhur., nevr., i psikh., 52,
no. 8, 1952
Monthly List of Russian Accessions, Library of Congress, November 1952. UNCLASSIFIED.

GAVRILOV, F.P., otv. red.; TROMIAN, A.V.., red.; ZYUZINA, A.A., red.;
KOZHEVNIKOV,.,PJI,,, red.
(Econony of Chelyabinsk Province; statistical collection) Na-
rodnoe khoziaistvo Cheliabinskoi oblasti; statisticheskii
sbornik. Cheliabinek, Gosstatizdat*TsSU SSSR Cheliabinskoe otd-
nie, 1961. 177 p. (MIRA 15:3)
1. Chelyabinsk. (Province) Oblasnoye statisticheskoye uprav-
leniye. 2. Vachallnik Statisticheskogo upravleniya Chelyabin-
skoy oblasti (for Gavrilov).
(Chelyabinsk Province--Statistics)

KOZEENVNIKOV, P.M., inzh.-konstruktor
River tanker. Rech. transp. 18 no.4:22-24 Ap '59.
(14IRL 13:1)
(Tank vessels) (Inland water transportation)

KOZHEVNIKOV., P.M.,. Anzh.
River tankers. Sudostroenie 27 no.12:1-4 0 161. (HIRA 15:1)
(Tank vesooW

KOZHE"IKOV, P.V.
A tynical pyodermas; traumatic. chronic, ulcerous and hyperplastic pyoderynas AshkhabaJ,
Turkr.engiz, 1946. 60 p.

(7 a
el ell
1577. (Use of X-rays in] Strurnle, Against Fungus Dineones in Turkrieniin SSR, by A. N.
Sporodintsev, P.._VA_K9gfmvAikov. and E. N. Cf~rniak. Amertcin Rputek, of Sovief
Redicint. 1, p. 240-242, 1946.
rungus diseases are widespread in Turkmenian SSR. In two cities 10,334 out of 13,043
discovered costs received X-Irradlation. and 7624 of Ow suspected and Irradiated cases
wero competely cured. By the beginning of 1943 thtte remained for treatcont arA under
observation 2710 cases previously by X-ray. (WA)

-: KOZHSVNIKOV. F.Y.
ODermatological tezminol.ogyw [in Bulgarian] by Bogdan Ganchav.
Reviewed by P.V.Koshevnikov. VeRt.ven. i derm. 30 no.6:47--49 H-D '56.
(DzHKAToicGY-TjmrNoLoGY) OILRA 10:2)
(GANCHRV, BOGDAN) ~

KOZ&VNIKOV) P. V*
Mozlievnikov, P. V. "Recurrent leukomainosis infection of the skin,"
Med. parazitologiya i parazit. oolezni, 1948, No. 6, p- 548-50
SO: U-2888, Letopis Zhurnallnykh Statey, No. 1) 1949
Ij

~ ~1-' ".': -~:' ",";' , -L's, Fr6f. P. V.
- , - - .1 A , -, I , t ' . -
of il--1-;,,.-,,olo;-,,,," t. Vt~nero'. I - .,
- . I e - i - I 'I., ,

Ir"MIEVITIKOV) P. V.
Lechenie Yozhnich Boleznei (Treatment of Skin Diseases), Leningrad, 1950.