SCIENTIFIC ABSTRACT ZAKAZNOV, N.P. - ZAKGEYM, L.N.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001963510010-5
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: March 15, 2001
• Sequence Number: 10
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

"De-131rn or a vanawrArIc Tjwruivwvt*r#nTr#
No PP 30-33, 19511
formulba for the r,,tio of thp centr~-l iercie, voluzte t~f tho fililm
liQuid, Pnd the spring force to the joressure of the Mpild Drs3 derived
for a hoilow hellcoidt!l Cc.xrt,ct-i(jr.T-) for the involved errors fre
Civen. A nuroricbj expiaple is presented. (RZhFiz, No 6, 1955)
Sum- 1;0- 681, 7 Oct 55

AID P - 3859
Subject
Card 1/1
Author
Title
USSR/meteoroiogy
Pub. 71-a - 22/35
Zakaznov, N. P.
New system of air flow measurement
Met. i. gidr., 6, 53-54, N/D 1955
A mathematical analysis of the compatation of the
velocity of the air flow. Three diagramn.
Periodical
Abstract
Institutlon None
Submitted No date

Uxulloyr. II.P., kandidat bekhnicheskikh nauk, dotnent.
P.A. Zarubin, 1816-18M, inventor of geodetic instruments Trudy
HZIGAIK no.20:73-75 155. (KLRA 10:1)
le Moskovskly instutut inzhenerov geodezil. nerofotoaftyenki I karto-
graffl. Wedra priborostroyanlya.
(Tarubin. Pavel Alekspevioh, 1816-1886)

F"IWV. B.V.; ZAKAZNOV. N.P.
-4"~~` '-' ~- ""' -
Tanth anniveraru7 of Fedor Vladlmirovich Drozdov's deRtho Trudy
KIlGAIr no.2os8im-82 155. (I(LRA 10:1)
(Drozdav, Fedor Vladimlorovich, 1889-1944)

kand
ZAUINOV A 1? 4 idnt teMiniclieskikh nauk, doteents
,,,,s
The-mechanical action-of A largs-sc*le Imersor-of-A photogrgPhic ---
rectifier having a broken optical axles Trueq KIIGAIK noZ1:55-56
#55, (NLU 10: 1)
1, Moska7skiy institut inshineroy geodbilt, Irafedra fotogrammatrit.
(Rectriflers (Photogra=etr7))

ZAKAZMOV, N. 1.
~Im!; 1 1-,
1. '1 A-A
~ ~W,
Pavel Zarubin the inventor. Trudy Inst.ist.est.t tekh. 9:306-313 057.
(P-(LRA 10: 5 )
(Zarubin, Pavel Alekseevich, 1816-1886)

PHASE I BOOK ~x-:xjrrATION :SOV/206-11,
Moscow. Institut inzhenerov geodezli, acrofotos Oyemkl I kartografli
Trudyt vYP- 32 (Transactions of the Moscow Institute of Geodetic
Aerial .-)urvey and Cartographic Engineers)Nr 32) Moscow,
Geodezizdat, 1958. 130 P. 1,000 Copies printed.
Ed. of Publishing House: T. A. Shamarova; Tech, Ed.: V. V. Romanova;
Editorial Board: A. I. Mazmishvill (Resp. V. I. Avgovich
(Deputy Resp, rd.), G. V. Bagratunloo N. Ya. Bobir, M. N. Voklov,
A, I. Durnev, S. V. Yeliseyev, P. 3). Zakatov, G. ?. Levchuk,
N. 1. Modrinskiyoo M. D. -7-,olov1yev, B. V. refilov, and P. F. Fhokin,
1FURFOSE: This collection of articles is intended for geodesists,
photogrammetrists_gand cartographers.
COVERAGE: This issue of the Institute's Transactions In composed of
articles on geodetic nurveying, photogrammetry, cartography3and
geodesy. Surveying and geodesy arc disoussed In articles on
building line extensions, earthwork computationa# precise tPigono-
Card 1/4

Transactions (Cont.) .50V/2065
metric leveling, latitude determination$ solution of' trigonometric
equatlons$and the geodetic interference comparator. Articles on
P~otogrammetry Include the subheadings photo rectification, spatial
triangulation5and photo interpretation. Articles in the fields of
geography and cartography include: 1) hunters' maps of Czechoslovakia
2) maps of' the Trans-Oka Region of Moscow oblast' and 3) the
distribution of lakes in the East European plains and the Kola-
Karelian Massif. References accompany individual articles.
TABLE OF CONTENTIS:
Nesterov, A. F. A Reliable Method for Determining an Extension
for Linear Structures 3
Bol'shakov, V. D. The Problem of the 11jelationship of the Accuracy
of Calculation of Volume of Earthwork to the MoaimremnL of the
Length of the Sides of a Level Network (of Squares) 4)
Konopalltsev, I. M. Experiment in Precise Trigonometric Leveling
With the Optical Theodolite TB-1 15
Zakaznov, N. P. The Scale Inversor of a Photo Rectifter 35
card 2/4

TranqRcttons (rort.) SOV/2o65
A. 'N. A of Tnic,~.t:, Ic ind Pevtso%0-.
37
F--or:Ak, C. 1). An in Using P,,.iqe and Azimuth
*:nrd i t, I i~j
_-Tn.~3 In '~pnl%-11.al. Trinrigulation
V. "). Checking Rectilinearity and the Alignment of
`)r,*.nr,s 'fl.th the t,.id of In"-.erference and Diffraction of Light 61
Soldatkir, Ye. 1. Hunters' Maps of Czechoslovakia 75
Popova, T. N. The Question of the Regular Distribution of' Lakes
In the Area of' the East European Plains and the Kola-Karelian
Massif 79
Sudakova, S. S. An Experimental Compilation of and the Contents
ef a Landscape Map of the Trans-Oka Region of the Moscow Oblast'
at Medium lilOO,000 Scale 89
Card 3/4

1'ransactions (Cont. SOV/2o65
Bogomolov, L. A. Basic Problems in Topographic Photo
Interpretation of Tundra Landscapes 99
Matorin, A. P. Methods of Solving Trigonometric Equations 107
Gorbaohev, V. N, Architectural Monuments --- The Former Home
of 1. 1. Dem1dov, Presently Occupied by the Moscow Institute of
Geodetic, Aerial Survey and Cartographic Engineers (Historical
Sketch) 113
Karakulina, G. A. The Theory of the Standard Geodetic Inter-
ference Comparator 125
AVAILABLEI Library of Congress
MM/dfh
7-28-59
Card 4/4

SOV/154-58-2-11/22
'AUTHORt Zakaznov_, X. P., Docent, Candidate of Technical Sciences
TITLEi The Kinematic Design of Central High Speed Aerial Camera Shut-
ters (Kinematicheskiy rasohet tsentrallnogo serofotozatvora
bollshoy skorosti)
PERIODIC&Lt Izvestiya vyashikh uchebny&h zavedeniy. Geodeziya i
-aerofotoallyemka, 1958, Nr 2, pp 101-104 (USSR)
ABSTRACTs The term central high speed aerial camera shutters is applied to
those with an exposure tivie of less than 1/300 see. There are
shutter designs in which the laminae rotate at constant speed
throughout the exposure without reducing the exposure time.
There is a sketch of ouch a shutter, which -;s tised in the aerial
camera RMK 21/18 of the firm Zeiss-Aerotopolgraph, and the
reader's attention is drawn to the shutter -produced by Fairchilei,
which has two groups of laminae rotating in opposite directions.
The principle of a central high speed shutter of Soviet design,
whioh ha a 4 "layers" of laminae, is described, and the order of
this shutter is ahown. The shutter is
ad UStable for lengtEs::64--exposure a" -00-and 1/1000 see.
ere a r0 3 figu -2 references, _1__
Card 1/2 Th res and 0 of which a So

SOV/154.-58.2-11/22
The Kinmatic Design of Central High 3pee4 Aerial Cazera Shutters
ASSCCIATIONt Moskovskiy inatitut inzhenerov geodezii, aerofotos"yemki i
kartografii (Moscow Fngineering Institute of Geodesy, Aero-
photography, and Cartograph.7)
SUBMITTEDt January 18, 1958
Card 2/2

BOV/154-58-3-17/24
AUTHORt Zakaznov, N. F., Docent, Candidate of Technicsl Sciences
TITLEj Synthesis of Pbrapective Inverters for Photographi* Rectifiers
(Sintez perspektivnykh inversorov fatotransformatoirov)
PERIODICALt Izvestiya vyashikh uchebaykh'savedenly. Goodesiya i
aerofotos"yemka, 1958, Or 3#,pp 137-40 (USSR)
ABSTRACTi- In-the terminology of-photogramnotry the deviose used for the.
scale and perspective coordination of the plans of the nega-
tive, of the objeotivel and of the sorson are tovaed inverters.
This designation, however, to only correct if applied to such
devices which perform a coordination socordivg to Newton's
(Nlyuton) law xxl - f Photo-raotifiers which perform a per-
spective'coordination fall to this category only under certain
conditions. The tasks which are to be accomplished by such
rectifiers can be outlined as followd'# Lot tva gitraight lines
-intereacting outside the plane and a proint not on either of the
lines be given. Through this-point a third line in to be ran as
to meet the inaccessible point of Intersection of'the two
Card 1/2 straights. In this paper only on* of the many mathode of solv-

80054-58-3-17/24
bynthesis of Perspective Inverters for Photograph to Reatifters
ing-thin goometric-problem-in-prevented.-The-dev:koa~operating-
according to this method is the Karpantlye Inverl.er. It Ir.
utilized in the photo-invert~rs,f.W-(U3SR)j BEG I and BEG V
(Germany) and,Wild E-2 (Switserlind). finally another method
is suggested -which takes. Into- sooount--the 41staniso between the
two cardinal planes of the'lens. hero are 4 figares.
__ASSOUATION's --- Nookovskiy AnatitutAnshenero4o gq6dosii, -aerof otasllyemki - i-
kartografii (Moscow Institute of Surveying-, A.er:[al Surveying-,
and Cartography- Engineers)-
SUBRITTE Ds April 9, 1958

36)
AUTHOR: 2ftkftTnPv, A-;1-V Docent, Candidate of SOV/154-56-5-16/18
Technical Scionces
TITLH: The Calculation of the Dimensions of a Photo-Rectifier With
an Ellipsoidal Reflector (Gabaritnyy raschet fototransforma-
tora. (fotoreduktora) a elliFsoidallnym otrazhutelem)
PERIODICAL: Izvestiya vysehikh uchebnykh zavedeniy. Geodeziya I aero-
fotos"yemka, 1958, Nr 5, PP 173 - 176 (USSR)
ABSTRACT: In thic paper the following problem is solved: 7he
limits of variation of the transformation coefficient
are (n min and nmax and the maximum negative format is
A g A. A lens is to be selected for the apparatus (with
a focal length f and an angular field 2P)t the dimensions
of the device are to bo calculated and the parainetern
of the ellipsoidal reflector are to' be ddt6ndlned. As
~ conclusion the designing of a great rectifier with
~ "Luch" lens ( f. 180 mm, 20 - 760, distance between
Card 1/2 cardinal planes a 3.7 mm) is Investigated as a sample

The Calculation of the*Dimensions of a Photo-Rectifier SOIT/154-56-5-16/15
With an Ellipaoidal Reflector
problem. There in 1 figure.
ASSOCIATION: Moskovskiy institut inzhencrov geodezii, aerof'otos"yemki
i kartografii (Moscow Institute of Geodesy, Aerial
Surveying, and Cartography Engineers)
SUBMITTED; March 17, 1958
Card 2/2

'N 3. Ad 171 -~~ZEb41 T ri-t S 8Tr~K'j
3M SOV'/154--a-6-13/22
AUTHOR: Zakaznov-0 11. P ocent, Cc,ndidate of Technioal Sciences
TITLE: The Influence ty the Range Between the Prizipal Planes of the
Objective of a Photo Correction Device Upon the f~uality of
Correction of Aoria. Photographs (Vliyaniyc ram3toyaniya mrzh-
du glavnymi ploskostyami obl'yektiva fototransformatora na
kachestvo trannformirovaniya aerosnimkov)
PERIODICAL: Izvestiya vysshikh uchobnyl:h zavedeniy. Geodeziya i aerofotool'-
yemka, 1958, Nr 6, pp 115 - 121 (USSR)
ABSTRACT: The article was writton in connection rith a talk given by
A. P. Mnahkovich, Prof omoorp Doctor of Techn,-cal Sciences,
entitled "Some Theoretical Theces of Phot6grummetry Closely
Connected With the Construction of Precision Apparatual(may
7, 1958, intermediate university consultation on the con-
struction of geodeticp photorranmetric and aorophotographic
apparatua). Tt iri shown thr.t the optic oonjunction on the
optic principal axis is not disturbed if the known value of
the distance between the principal planes of the objective
is considered in sdjunting the planes of the ne,,,ative and the
Card 113 screen of the rectifier. The- optic conjunctio- on ,,n.-,r axis of

The Influence by the RanCe Between the Principal SOV/154-58-6-13/22
Planes of the Objective of a Photo Correction Device Upon the Quanlity of
Correction of Aerial Photographs
the objective is inventigated for the case where the planes
of the negative and the soreen are not parallel to each other
(perspective conjunction). The formulas (1) to (7) are derived.
With their he..p, the error of the point position on the
negative on account of inaccurate adjuntment of the zingative
can be determined. It In shown that the pcrcpective inverseva,
which do not consider the distance between the'principal planes
of the objective, should be adjusted in such m~Anner that the
plane Q ( a plane between the tro principal I-lanes of the
ob ective crossing the screen plane E anti 0ic- ne;;ntive plane
11 1~ which in determined by the principal plaror, If tind 111,
lioa in the middle betreon If and 111. The inv(sti,efation rntde
here offers the possibility of entablishing the tolerance for
the angle of inclination of the negative plane in the recti-
fierst the tolerance for the compensation of ne,,-atives, etc.
Finally, the photorectifier of Messrs. Baush and Lomb (USA),
and its principal kinemat3c scheme, are Fointed out (quoted from
Card 2/3 the Manual of Photogrammetryl Washington, 1954, PP 485-486).

The Influonco by the Range Betwoen the Pr1ncJpsk1 PInnon (")V
hi /154-56-6-13/22
of the Objective of a Photo Correction Device Upon the ~,uality of Correct--on
of Aerial Photographs
There are ii figures, 1 table, and 3 reforencon, 2 of which
are Soviet.
ASSOCIATION: Moskovokiy in3titut inzhenerov goodezii, aerofotos"yemki i
kartografii (Moscow Institute for Geodesy, Air Survey and
Cartography Engineers)
SUBMITTED: June q# 19513
Card '/3

- ZAKAZIUV, IT.P.. kand.tekhn.nauk, doteent
Clcale inversor of the rectifier (projection printer). Trudy
WIGAIK no.12:35-36 158. (HIAL 12'.7)
1. Kafedr'a priborostriyaniya Moskovskogn inatituta inzhenerov
geodesti, aarofotoa"yamki i kartografti.
(Rectifiers (Photogrammetry))

ZAXA NOT* More. dote., kand. tekhn-RS*
plotting conical sectione by a gnomonic projection. fr'ady
1411GAIX no.33:55-58 1580 (KIRA l2t8)
I"Irafedra priborostroyonlys Hoskovskogo institute, Inabinernor
;;odezii, aerofotosuyemk1 i kartografti,
(Geometrical drawing)

3WO 26(2) SOY/154-59.2-14/22
AUTVORt Zakaznov, Docent, Candidate of Technical Sciences
TITLEs The Use of Electrical Computers in Photogrammetric Instruments
as Exemplified in Automatic Rectification of Aerial. Photographs
by Focusing Elements (Primenertiye elektricheskikh gichetno-
reehayushohikh untroyatv v fotogrammetricheekik~ priborakh na
primers avtomatizataii transformirovaniya aeroanW:ov po
ustanovochnym elementam)
PERIODICALt Izvestiya vyashikh uchebnykh .,avedeniy. Geodeziya 1.
aerofotos"yemka, 1959, Nr 2, pp 93-98 (USSR)
ABSTRACTt ------The f Irst-attempto are- made in - the-USSR-and- in --for4tign-countries
to instal electric computers in photogrammetric iniitruments.
Professor G. V. Romanovskiy pxopooes to create in sot of elec-
trical computer elements, each of which is to solvo one of the
typical and most simple mathematical problems of photogrammetry.
Different pro blems can be solved through various ci)mbinations
of these elements. An example is given here. Tho possibility is
investigated of the automation of the rectificaTioa prooess ac-
cording to the focusing elements. The formulas (11), (2') and
Card 1/3 (31) for these elements are derived. One of the possible

SOV/1 54-5~9-2-14/22
The Use of Electrical Computern In-Fhotogranmetrlo Instrumentr-aa ExemplIfied
in Automatic Rectification of Aerial 'Pho tog:~aphs by Focusing Clements
schemes (Patent No 103371) for the solution of tho perspective
conjunction in accordance with the formulas (21) Ami (31) is
-in-figure __-`hen derived
ahown 1---a-n-d-des cri~ed. -Formula--( 51
---7---~---for-the-calculetion-of-the--ritotitioatia"ooffi~iiiyit n and-
s-the-scheme de n- - g n in ac6
figure 2 show termi in ordeAce.with (5'
Coefficient n is related with the focus f of the objective of
the photographic-rectifier aad the-seetione x and x', which
determine the position of the surfaces of the negative and the
objective, and of the screen and the objective at the main op-
f V
tical axis of the obj ective, as follows., n mv; - F. Hero-from
the formulas (6) and (7) are derived. To socur, 'a.a:atomatically
the introdiietion of V and x into the photogm~)Itic reatifier,
it is still necessary to employ automatically functioning com-
peneation-multiplying schemes, Another possibility for the
solution of this problem is also shown. Automatically func-
- tioning bridge-potentiometer circuits are employed. The princi-
pal diagram of such an installation is shown in figure 3 and
Card 2/3 described. Theautomation of introducing the linear eccentricity
11

507/154-551-2-14/22
The Use of Electrical Computers in Photograntmetric Instruments set Exemplified
in Automatic Rectification of Aerial Photographn by Focusing Elalente
of the negative, when r4ptify~ng in accordance wLth the focus-
ing elements, has been solved in the photographic rectifier
SEOV made by the Firm ""eiss-I.erotopograph. rhe scheme of the
eloctro-mechanical Installation used is deac:."ibed in the book
"Photogrammetrie" by A. Buchholtz, Berlin 1954. A. N. Lobanov
also describes it In "Pototopograftya", 1957, Moscow. There are
3 figures and 2 Soviet referonces.
ASSOCIATIONz Moskovskiy institut inzhenerciv geodezii, aerofotoellyemki I
kartografii (Moscow Instituto of Geodetic, Aerial Survey and
Cartographic Engineers)
Card 3/3

3W, 25(l) SOV/154-59-5-14/17
AUTHOR-. Zakaznov, N. Docent, Can4idate of Technical Sciences
I
TITLE: Kinematic Devic:39 Designed
Principle OP for the Machining of
Aspherical Surfaces of Opticil Parts
PERIODICALt Izveetiya vy8shikh uchebnykh _za_v__ede_niy___. Ge-ode-ziya-i
aerofotos" yenka, 1959, Nr 5, PP 149-154 (USSR)
ABSTRACT:
Card 1/2
The author doocribed devices designed for the nachining of
optical partn with the following second-order rotationul Sur-
faces: 1) A device designed for the machining of the inner sur-
face of ellipsoidal reflectors (Fiev 1). A crank mechanicm is
used, which to mounted in such a manner that the connecting
rod describes an ellipee when the part under troatment rotates.
The corresponding mathematical parameters are ietermined. The
device is driven by a four-membered hinge nechanism with rotat-
Ing guide-pin. 2) A device used for the maohining of the outer
surface of an ellipsoid and of a biconcave hyperboloid
(Pigs 2,3). The parameters of direction were determined again.
By u9ing an onvoloping plate two parallel planea are formea
between which the rotating piece to be machinel is fixea. Ti,e
plate is elastically mountel. 3) A device used to machine the

SOV/154-59-5-14/17
Kinematic Principle of Devices Designed for the Machining of Aspherical Sur-
faces of optical Parts
outer surface of a paraboloid of revolution (Flig 4). This
faachanism may also be used for machining outer surfaces of
spheroids and hyperboloids. There are 4 figures.
ASSOCIATION: Moskovskiy institut inzhenerov geodezii, aerototoo"yemki i
kartografii (Moscow Institute of Geodetic, Aerial Survey, and
Cartographic Eng-in_e_e_r97
SUBMITTED: November 24, 1958
Card 2/2

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M.P., red*; SUXMVA9
HMVIYEV, Mikhail Sergayevich,
T.A., red.izd-va; ROKAWYA, V.V.-, tekhn.re
[Descriptive and projective geometry] Vachartatellnela i pro-
ektiviiaia geometriia. Koskys. Izd-vo geodez.lit-ry, 19600 323 po
(MIRA 13:12)
(Geometry. Projective)
(Geometryo Descriptive)

BOGDAYN, Yuriy Kikhaylovich; STARIKOT, I.S., kan4.tokhn.nauJc,, ratoonzent;
ROKWOT, A.D., kBnd.tokhn.nauk. rateansent;
tekhn.nziuk, red-; WKIND, T.D.. tokhnred.; UVAROVA, A.F.,
tokhn.red.
[Pracioion instruments) Pribory tochnoi mokhaalki. Mork". 2os.
nauchno-tekhn.izd-vo U03hinostroit.lit-ryl, 1960o 415 p.,
(MITtA 14:2)
(Measuring instrumats)

S/15 %000/02/15/018
B012M2
AMIOR: gakaznoy.,_N.__j),, Docento Candidate of Technical Scieaces
1 0
TITLE~, Calculation of SJDIJ&d
_MU.tjg.M of Aerial Cameras
PERIODICAL: Izvestiya vy9shikh uchebnykh zavedeniy. Geo4eziya i
aerofotoollyemica, 1960, No. 2, pp 131-143
TEXT: Slotted shutters have certain advantages over central shutters
and blind shutters, but haire also drawbVks. Fig. 1 shows the construe-
tion of the slotted shuttel? ADA (APA),,\ewhich is discussed by the -author
in the following. The change of the =oment of the winding spring as de-
pendent on the torsion angle of the cylindrical axle for various exposures
is graphically represented in Fig 2, The t3rsion angles were determined
on the basis of Figs. 3 and 4. For computing the actual exposure times
the author developed. the formulas (10). If an inertial force exists,
formula (121) is used for determining the time, Efficiency is computed
in relation to the mechanitim of the motion of the shutter, considering
torsional friction. The formulas serve for determining the paratael-)rs
of the shutter, which guarantee a change of the exposur3 time within
Card 1/2

Caloulal;ion of Slotted Shutters of Aerial S/154/60/000/02/'15/018
Cameras B012/BI23
a given tolerance. There are 4 figures and 3 .0oviet referencos.
ASSOCIATION: Moakovskiy institut Inzhenerov geodezii, aerofoi;oaf'Y�&WmA I
kartografii
Moscow Institute of Geodetic,_Aerial Survey, ard Cartographic
Engineers)
MUNTED: December 16, 1)58
Card 2/2

36015
_,3
S/1 54/60/000/00.5/008/00,51/XX
B012/BO54
L
AUTHOR: Zakaznov, 211. P., Candidate of. Technical ScJe,~;eo,
1_DUrVT1_t_
TITLE: Theory and Dynamio Calculation of Aerial-name:~a Shutters
of the Vertiporokh System
PERIODICAL: Izveatiya vysshikh uchebnykh zavedeniy. Geodezija 1
aerofotoo"yemka, 1960, No. 3, pp. 12-'j-130
TEXT: Central shutters of the Vertiporokh syutem (33 -1 (ZV-1)) or its
moderni:;ed type (M3B_1 (MZV.,l )X%with an aperture of 13 tam are used in
topographical aerial cameras with focal distances of from 36 to 200 mm.
The_,schame_of_the___ZV~1 -shutter i-s aho-w-nin-Fi-3.1. and its mode of
operation is explained. On the basis of theoretical inva;3tigitions it is
stated ';hat the range of the variation in time of exposu~re lie-: between
1/40 and 1/120 seconds. To attain a ahorter time of expoaure, Inventiga-
tions have been made at the JUEZ_jjL1Lj~G&ij!L_and the Severozap3dnoye aero-
geode 2 1 nhe skoye predpriyatiye (TLorth-j!est kerogAode~lca~L Ser.v-i.ce) to mo-
dornize thin shutter. The scheme of thio modqrnized shut~;_r_(JA'Z_V-1) in
Card 1/:S

.16915
Theory and Dynamic Calculation -of /4154 60/0'D1003
camera S:iutters of the Vertiporokh System ~bl2y,3054
shown in Fig. 5, and ito mode of operatioli '-t axplained. aiti, th,." Lir', i,f
this shulter it '.s possible to reduce the time of exposurz down to
--1/300 set!. The desigr of this shutter was suggested by, P~ G. IzrtkilevT
mechanic of the opticheakaya laboratoriya Severo-Zapadnogo AGF-7,70p%ical
Laborato:.-y of the North--west AGP). Fig. 6 shows the y-11 diagram whone
part corresponds to the time of exposure. t e is the effective
time of 43xposure. There are 7 fig6res and I Soviet reference.
ASSOCIATION: Moskovsk.Ly institut, inzhenerov geodezii, aerofotos"yemki
i kartografii (Mosrow T stitqle of Engineers of Geodesy.
jiX d C,~jrtocjraphy)
Aerial Pjj~,A~~gjap
SUBMITTED:
November 28, 1959
Card 2/3

)4 (,010'0/0031Q()O1O0W'7,'
110 NO 54
Fig. 5
Card 3/3
Plfc. 5
rig.
PlIc. 6

____5/154/60/OOC/DO4_/003/004
B010054~
AUTHOR: Zakaznov, N.,P*9 CandidOe of Technical Sciences. Docent
TITLE:- A Method of,fleasuring the Air Speed of.Airplaries
PEILIODICAl: Izventiya vyushikh uohabnykb zavedeniy* G(tolto;,,iya i
aerofotoo"yemka, 1960, No. 4, PI),, 103-105
TEXT:. Iij the present paper, the author describes a,method of measuring
the ramm~!ng pressure during the flight of ar airplane by nean3 of a
lamina rotating in.the air flow.-The air*ramming pressure can be
h"oment--of-~-~o~I~isting--foro,-Ii-ao-~',ing-on the-la-112ina. The
ixed-. t-o-
velaoity in the air flow with the-aid of an electric motor. Depending
on the p,)sition of-the lamina with res'pect -,o.the air flow direction,
the mome:it required to rotete the lamina varies. It.is shown that the
moment of resistance acting on the lamina on the part of the air flow
is a fun,,tion.of the velocity W of this flow, the air density ?, and the
angle a Jetermining the position of the lamina. Formula (3) is derived.
Card 1/2

;#IAJ:X0V# Y*Pe# doteentl HAL1111, L.A., dotoont
Kinematics of the machine for grindiqg and polishing plane surfaces
of parts of optical Instruments. lj*-a v7s, ucheb. car.; geod. I
aerof. no.5:133-134 160. (MIRA 13:12)
1.Hoskovski7 inatitut inzhenerov goodezii, aerofotos")-emki I,
kartografii.
(Grinding and polishing) (Glass, Optical)

'. ZAKAUOVO we P.
Constancy of force contact In the novable units of veu,,mring
instrunents. Tzztek& zLo.8&13 Ac $CO. (KM. 13:9)
(Kea,suring instruments)

RODI09OV, B.N., dotsent, kand.tekhn.nwak-k_ZiXAZNOV, I.P., dotsent,
kand. t ekhn. nauk
Central band type stntters for aerial photographic camerso. Trudy
HIMAIK no-39sl5-24 060. (NUU 13 s 3)
1. Kafed.ra aerofototilyemki Moskovskogo tustituta Whenerov geodezil,
aerofotoe"yerki i kurtogrefli.
(Shutter, Photcgraphic)

ZAKAZITOV H.P. 0 doteents kandstekhnauxuk
Slit retification of aerial photographs in case of PaML1201
position and conslant spacing of the negative and scrom planes.
Izv, vyos uchebo zavo; geod. i aerofe nb*3:239-144 161,
(HIU 34:10)
1, Mookovskly inatitut inzhenkrov geodszU-'a*rofotaI'3wLki i
kartografii. (Rectifiem(Photogrammetry))

ZAKAZNOV N P
.L
Projective geomtrt in the solution of problems in geowtrical
optics. Izv. vys. uchab. zav.1 geod. i aerof. rio.5-111-115
,61. (KIRA 15:3)
I. hoskovakly inatitut inzhfinerov goodazIA, aprol'oto3"yomki. I.
kartografti. (Optics, Geometrical)

(18VONDYAN, Tigran Arutyuno-4lcb;KISELn-, Lev Tir-ofeyevichl RYAlVip D.A.,
doktor takhn, nauk) prof., reteenzent;
takhn. nauk, -otsenzent; DOB:iOGUiffIY,-6-.O-.,-,,--d-oktor teklm.
nauk, prof., mol. doyatell nauki i takhniki, red.;
---Y ELI SZYZV,--M.S. p red. Azd-va;-MODELI
(Devicoo for roauuring and recordine vibrationa) Prtbor7 d1la
lzmereniia i regietratsii kolebanii. Moskva,, llashgiu,, 1962.
467 p. (Vibratim-Measurewnt) .14IRA 15:4)

ZAKAZNOV, N.F,
I Tunctional helical. cylindr1cal t~rslon spring. PrLbormtrooniei no.?s
10-n y1 162. (MIM 15-.7)
(Srwings (Mechazdam))

ZAKAZNCV, p.p., kand. tekhn. nauk, dote-ent
Basis for the pa--ameters of a multiplex. Trudy NIIGAIIK no.50:
.35-38 t62. WIRA 16:7)
1, Kafedra pribwostroyoniya Moskovskogo instituta, in2,henernoy
geodozii., aerofatos"yemki i kartoErafii.
(Projectors)
(Photographic interpretation-Equipment and supplies)

DROBvSRF.V, Fedor Vasil y-wrichl ZAQJ&a,,"- red.; VASILIYEVA,
V.I., red.iz;-va; RmARUWA, Y.v.p texhn. red.
(PrUcipleo of airborne photographic surveying and photo-
grammetry] Osno*ry aerofotos"emki i fotogrametrii. Izd.2.,
dop. Moskva, Coggeoltekhizdatt 1963, 258 p.
(MIRA 16:8)
(Aeronautics in eurveyin )
(Photographic surveyingl

ZAKA7AOVj N. P.
I_
"Production and testing of aspheric surfaces on optical component -parts."
report submitted for the 3rd Intl Yeasurement Conf & 6th Intl. Inatruments &
Measurements Conrf, Stockholm, ilt-19 Sep 64.

V.A.# retnenzent; SHOKI11j,
[Sf,-jtt6.,,s frjj~ rierial pho-ogrnph" cameras) ZAtVcjry aorofoto-
P* (MIRA 1818)
aratov. mookwis flodra, 1()65.
APP,

7
utomation~' NelectrIc rotor,, aqtthema~ic analysis -
-TOPIC UGS: a
_.T~-ctfliC ~motcr! Which Kave nonlinear mechanical characteris-

L 31457-66
ACC'Nits AE,6023097 Swid"66bil" "I OV
0?
AUTHCR.1 A*PWTA ff" P. (Profescor)
Geodetic A MOSCOW
-InAitut4 for arial Photography and Car~o~gapLisv
irl= t kuaysie of optical systems with tho aid of equivalent m9chaniams
-39
SWRO~t Finamohanik., no. 2,1 1966j, 33
_TOPIO--TAO$1-'~oOiS_- loves optic analreiat oltio-Auip"Ot _000POW-MV
MRACT t -A technique was describe4-ior deternining the focallength oof'
4 Ions by-& graphical analysis technique as s'function oflens param,i
~tirs'(such as thickness, radius, and refractive Index). It was shom
-that the determination can be simply achieved by utilizing the analogy
between the existing relations and their simulation with a pantographic
'device. Uvoples were discussed to illustrate the applications of the
!tech*Lque..The Russian manuscript was translated into Hungarian b
Artinger,) atvwx, Orig. art. hmst 12 figures &-A 22 formulae* (17PRS3
'20 SM DATK: none SOY REPI
SM CODE 1-17# 005
1A ^1
- 77

1, 40193-66 ETf (1)
AUTHOR: Zakaznov, N. P (Professor)
SOUIkE C-ODF-,:-------
HU/0031A6/000/004/0117/0125
;2
ORG: Institute for Geodetic AeriiLl
Llho~oaAph,~ aqA_q~Tt2UaRh
n
TITLE: Manufacture of optical element5
SOLRICE: Finommechanika, no. 4, 1966, 117-125
TOPIC TAGS: optic element, optic equipimnt component, rechanical cngineering
ABSTRACT: The author discusses a means for machining the 0-
terior surfaces o9 ellipsoidal light reflectors, means for machining
,the exterior surfaces oi ellipsoidal and hyperbolical reflectors, zoans
.for machining external parabolical surfaces, means for machining con-
vax non-spherical surfaces, means for machining convex hyperbolical
surfaces,'means for preparing non-spherical surfaces of small curvature,
means for machining convex spherical surfaces, and a bench for ?oliahiniz
.and grinding of optical plane surfaces., Orig. art. has: 21 figuros aW17 formulas
fJPRS.- 36,5527
SUB ()DDI.;t lo', 13 / SUBM DATEs none
Card

ACC NRa AP6030511 SOURCE CODE: HU/0031/66A,00/003/0071/00757
,AUTHORi Zakaznov, N. P. (Professor) q2
G-;T
ORG: Indi~IMt_er?Wi' e e_t_rc-Aeria1'Photogrqp4y_ q4_Parto - aphy, MoBcow
TITIE: Application of the theorems of projective geometry fcV the verification of
the theories of geometrical optics %~.
SOURCE: Finommechanikal no. 3, 1966~ 71-75
ITOPIC TAGS: pro.-lective geometry, gecmetric optics, optic system, graphLe technique
'I AE�TRACT: This article is the Hun-arian translation of a Russian text by
0
j_~~O~%!~ARI Pal, Dr., Candidate. A method was described for the graphical.
randerini-o-l'images suitable in the approximative analysis and synthesis
I of optical systems on the basis of the analogies existing between pro-
jective geometry and geometrical optics. Discussed were: the equation
for the determinatfon of the conjugated pointa of the axis relative to
the focal points.and the principal point; equivalent system of two opttcal
;Ystems with conmon axis; construction of the image by a tale-objective;
:and transfer from infinitely thin lenses to lensea of finite width. Orig. art.
Ihaa-.' 10 figures and*lh formulas*- ZJPV
SUB CODE: 20, 12 / SUBM DATEs none / OSV REFs 004 / OrH REN 002

ACC NR: AX6014444
Zakaznov, flikol,ay,_~e.5_r"ich
Monograph
UR/
Shutters for aerial photographic equipment (Zatvory acrofDtoapparatov)
Hoscow, Izd-vo "Nedra#" 1965. 84 p. illus., biblio. 10,30 copies
printed.
TOPIC TAGS: aerial photography, aerial camera, topographic camera,
camera shutter
PURPOSE AND COVERAGE: This monograph is devoted to the design of
several types of aerial-camera shuttera. descriptions of their
operational requirements. and prospects for their improvement. it
is based on a lecture course gtven by the author in the Hoscow
institute of Engineers of Geodesy, AariAl Photography, and Cartog-
raphy (H11GAiK)# and summarizes the author's research on the calcu-
latLon of aerial camera shutter parameters* and an shutter design,
published previously in a number of specialized journals. This book
is'Intended for engineers and technicians in the design offices of
factories belongin'g to the optical instrumentation industry, the
corresponding scientific research institute*# for students specializing!
in-in-strumentation-and aerLal.photogeodoey.La InstLtutes-of advanced
geodetic education.

ACC NR: AROU 1414 44
TABLE OF CONTENTSt
FOREWOkD -- 3
Cho I. Types of shutters. Operational requirements for aarL&I-camera
shutters -- 5
1. Principal types of aerial-camera shutters
2. Principal design parameters of all types of aerLat-camera
shutters -- 12
3. Operational requirements for aerLal-camera shutters -- 14
Ch. II. Analytic methods for calculating spring motors for diaphragm
shutters -- 16
4. A method for calculations involving the kinetLe-energy
equation -- 16
5. A method for calculations'involving the differential equation
of motion -- 22
Ch. III. The theory and design of flap and rollar-blind shutters --'27
6. Flap-shutter devices in aerial cameras -- 27
7. Roller-blLnd aerial-camera shutters -- 34
Ch. IV.,, Exposure regulation of an aerial-camera shutter 44
Card 2/3
17 7Ir

ACC NRf Ali 6014 44 4
S. Methods for regulating exposure - ~4
9. Design of a pneum&tLc-piston regulator -- 45
Ch. V. GraphLcoafialytic4l methods for calculating aerial camera
shutters -- 48
10. A graphic analysis method for calculating diaphragm
shutters -- 48
11. Improving the exposure par frame in an aerial cavara with a
roller-blind shutter -- 58
12. The construction of graphs to determine the efficiency of
aerial-camera shutters -- 69
Ch, V1. High-speed dLaphrag-v, shutters -- 70
13. A survey of designs for high-speed diaphragm shutters -- 70
14. Kinematic calculation of a high-speed diaphragm shutter -- 75
15a A graphic method for selecting the electric motor for a high-
speed diaphragm shutter -- 76
16. The critical speed of disks in a high-speed diaphragm aerfal-
camera shutter -- 79
17. Automatic exposure regulation -- 80
Ch# V11, Prospects for im roving camera shutters -- 82
18. Shortcomin a of'tKe mos.t recent shutter design& -- 32
19, PossLbLlLtfes of.new desLRn solutions --. 8.3"
's 14 81 'kTEi 02?lar65'~ Oltlb 'REF: '620/ OT11 REFt 009
SUB CODE to SUBM D
Card 3/3

RUSMOV, Vikhail Mikhaylovich; rcd.
(tionsphor1cal v.-ur,'ticoo In opticol Yo-3ferichf.,Aio po-
vorkhnostl v optlice. I!oskvap Nodrus 1965. 194 P.
(MIRA 180)

ZAKAZNOV, N.P., kand. takhn. nauk, dotsent
Preparation of aspheric surfaces of optical parts (convex
two-sheat hyperbololds of revolutioi and aspherics of slight
curVatUre). Izv. vys. ucheb. zav.; geod. i aerof. no.4:
143-149 163. (MIRA 17:9)
1. Hookovskiy institut inrhenerov geodezil, aarofotoa"yemki
i Itartograftio

5/076/62/036/012/014/014
B101/B180
AUTHORSS Rozlovskiy, A. I., Strizhevskiy, 1. 1., and Zakaznov, V. F.
(Moscow)
TITLEi 3afe high-prtasure mixer for highly explosive gas mixtures
PERIODICAL: Zhurnal fizicheskoy khimii, v. 36,- no. 12, 1962, 'M09 - 2910
TEXT: A high-pressure gas mixer (Fig.) copsisting of a thick-walled
3-liter steel vessel calculated for a static pressure of 800 e.tm with a
safety coefficient of, 2, is suggested for experiments with h1jhly explosLw
gas mixturesli~1o a pressure of 70 - bQ,atm. All parts arl? nade of
detal, to avoid spontaneous ignition due".to electrostatic cha*~ges. To
avoid formation of acetylenides, no copper or bronze is used. Three
models have been found suitabie for the examination of gas combustion
processes. It is recommended for laboratories. There is
ASSOCIATIONs Gosudarstvennyy institut azotnoy.promyshlennoeti (5tate
Institute of the Nitrogen industry)
Card 1/2

S/076/62/036/012/'014/014
Safe high-presod.re mixer BIOI/B180
SUBMIT.TEW,.April 2, 1962
Fig. Mixing vessel.
Legendt (1) Stirrer arms 17 777777777
made of aluminum foil; -
(2) stirrer core; (3) top
of the vessel, made of
nonmagnetic IX18H9T
(IKh18N9T) steel; (4)
solenoid for driving (P)&
(5) steel ves.seli ~6)
aluminum packing;' 7)
flange; (a) Duraluminum
ahaft'of stirrarl (9)
bushingi (10) Duraluminn 77
bushing of.stirrerl (11)
lead linerl ft?), thermo-
couple.
Card 2/2

STRIZHEVSKIY, I.I.; ZAKAZIMP V.F.
losses of acetylere with carbide 2-11t ir. carbide to winar
acetylene genoratcrs. Zhur. prikl. kbim. 36 no.91^,M3--
2095 D 163. (MIRA Vh 1)

.-~M~(Xogkva); RMLOVSKIY, A.I. (Mbskvah STRIZHMXLY,
skvu)
Limits for the extinction,of deflagration flame by meanis of
graxtulated and porous ma*Wrials. Inzh. zhur. 3 no.21280-287
1630 (MMA 166)
(Fire extinction)

STHLZIfFVSKIY, I.I.p kandAhimicheskikh nauk; ZAKAZHOV, V.F,
industrial fire Oarriars, Zhur. VKHO 9 no. 3s259-270 164.
(KIRA 17t9)

-.L 05389-67-- giT I Z�,~!Tl 4'-/P -I-,-
ACC NR AP6029764 SOURCE CODE. UR/0414/66/000/002/01OW0110
A ur 110 R: ZAK V 0-floscow); ~,~zlovskjy.L A. 1. (Moscow); St
(Moscow
ORG: none
TITLE: Effect of gas motion on quenching limits of flames in narrow channels
SOURCE: Fizika gor4eniya i vzT-jva, no. 2, 1966, 109-110
TOPIC TAGS: combustion, flame quenching, flame control, heat theor"
ABSTRACT: The effect of motion on the,q,~chi~n, limits of flames in navrow channels
was studied at I atmosphere pressure, in 34-212 cm/sec range of the noriial flame
velocity (un), 0.37-10.0 mm range of the diameter of the flame quennhing channels, and'
a wide range of thermal conductivity of the combustible mixtures. 'The objecttof the
work was to examine the universality of the Ya. B. Zelldovich gas combus-cion~theory.
Combustible mixture components CH --Wn-dC2114 were used zFS-ar and oxy-
H2, C2112,
gen served as oxidizing agentsT twas found tfat the quenching limits, in all cases
,agreed well with those predicted by the Zelldovich theory. Thus, it is concluded that
the Zelldovich theory is quite universal as it applies to the gas combustion in a sta-
tionary system as wel.1 as to cond)ustion involving gas mixture motion in a narrow channel
i
iand internal turbulence in the gas mixture during the ccmbustion F-cess. Orig. art.
SUB CODC: l/ SUBM DATE: 24Dec65/ ORIG REr: 003/ OTH REr: ooi

ACC NR: A?7004635 SOUPCE CODE: UR/0288/66/COO/003/0066/0072
AUTHOR: Zakc, 11. V.; Straupmane, V. E.
ORG: Power engineering institute, AN Latvian SSR (Institut energetiki, All Latviyskoy
SSR).
TITLE: The effect of solid particle additions on the electric conductivity of high-
temperature nitrogen jets
SOURCE: M; SSSR. Sibirskoye otdeleniye. Izvestiya. Seriya tekhnicheskikh nauk,
no. 3, 1966, 66-72
70 IC TAGS: plasma conductivity, plasTra jet, high temperature plasma,,
ABSTRACT: The results are presented of an experimental investigation of high-
temperature nitrogen jets containing C, CaU, Cu, Mg, and MgO particles. A nitrogen
jet was produced by an arc heater (see Fig. 1). The plasma arc was ignited between
two graphite electrodes. In the course of experiments the anode surface was heated
to 2000--2500K. Next to the heater was a mixing chamber intended fDr equalizing th'a
temperature and current pulsations. Inner sialls of the chamber were made of graphitei,-
which, to reduce thermal losses, were insulated from the cooling walls of the chamberl
by a layer of MgO powder. A quartz channel with a conductance measuring coil wa.5
attached to the mixing'chamber. -Additions to the nitrogen jet were introduced through
an aperture in the cathode or through the mixing chamber. The expetiments have

ACC NR, AP7004635
Catho Ana e Cha er Addit Ong Coil hannei
MP
A ition
Cenerator
Fig. L. Schematic drawing of the plasma are heater
2/3

ACC NRi AP ~-,64 ~) 3 5
ahown that at temperatures up to 2800K an additioa to the plasma jet of dispersed
MgO, CaO and graphite particl.?s does not mike it possible to obtain a conductivity J
higher than that obtained with additions of the same weight concentration of potas-
sium. At temperatures above 2800*K an addition of metallic copper and maganese
particles causes no increase In the electric conductivity of the ga.4. An addition of',
graphite and manganese particies in the presence of-oxygen increase; the conductivityj
however this conductivity does not exceed that caused by potassium additions. At
--temperatures-up to-200OK-or when-the copper and manganeee iarticles-are-rath -_ low
er a
heated, the particle addition causes an absorption-of free'electrons -emitted by the
anode and thus re-duces the conductivity. Thermo-electric emission from the'surface.
of the hot anode produces a space charge in the gas and~a conductivity higher than
that produced by additions of potassium and dispersed part%cles. A further study is.
recommended of the electric conductivity of gases'to which dispersed particles are
added whose dimensions do not exceed 100 A. Orig. art. haer 5 formulas and 6
f4
SUB COM. 20/ SUBH DAM no
pef ORIG RM 002/ OTH'RR?t 005
Cord 3/3

BRIEDIX, Martin; ZAKEI-T, Vladimir
Intralobar pulmonary sequestrtLtlon. 7,drav. vestn. 33 zir,.8z
195-198 164
1. Kirurgicna klinika medicinske fakultete v LjuVLJ%n:; (Pred-
stojnikt prof. dr. M. Benedik).

ZAYEW,_ 17~a4#~r ___ ~
Clinical picture of colonic mnlrotatim. Zdrav. vestn. 33 no.83
201-204 164
1. Kirurgicna klinlka madicinsko fakultete v Ljubljanl (Pred-
-- -- - -- - - - -- - -- --- ato'nJkt -pror. --dr.A.I. -Bened1k).
- - -,j ----- --, ~ I -- - . - - -- --- --- - _- - -- - - - -.- --- --- -
- - ~L -

Yueoslavia
Af~,,-',:ralc Dn,rtej: [not given]
Surgical Clinic of the Medical Faculty (Kirurgicna Klin!Jca
I I
iMici.nake Fakultota), Ljubljana; Director (Prcdstojiw~):
Prof Dr Bozidar Lavric
Source: Ljubljana, Zdravstveni Vestnik, Vol M, No 1-2, 1961, pp 16-17
Data: uThe Causes of Deviation in Activity Estization of DIa3tase
by Somogyi's Method."
Authors:
_~kMW, Alenka
GROS, Harijan

Spontaneous rupture of the esophagus, Acta chir. 1%;osl. I no.1-2:
152-157 1954.
1. 4'6irargka klinika Medicinake Itakultets v Ljubljani,(I~,#dstojnlk
prof, Dr. B.1awric)
(ESM&GVS ' rupt.
*irpontaneous, surg.)

WMIJ, Vladimir
Twwr glomus carotict. r4rav. vast., Ljubl.jana 23 no.9-10:
222-223 1954.
16 Kirurgiona klinik& HadIcInake visoke sole v tjubljacl, predetojnik
prof. dr Bozldar Lairto.
(;,A;OTrLD BOW, neoplasms
suig.)

-ZAKENMID, G. K.; 1.X.zY1-KA, G. P.
Local anesthetic aerosol therapy In chronic suppurative pulwnar7
diseases and secondary inflammtorv nroc-)nrAR In n6nepr of the lung.
Vop. klin. lech. zlok. novoobraz. 7;2U-2L-4 161,
1. Sektor onkologil (zav.- kand. -med. nauk V. 1-4 Brue,;orga) Instituta
eksperimental'noy meditsinf All Iatviyokoy SSR (dir, akE.d. Latv, SSR
P. ia., Ger'K,-) &)spublilmns aya klinicheskaya bollni-.-sn im, P. P.
Stiadynya 'glavry-y vrach, L. G. Shcherbakova).
kLUNG NEOPLASMS ther) (ANTIBIOTICS ther)
(AEROSOLS ther)

ZAKM P.
Mineral oil bitumns in the briquette 4-ndu3tr
p. 182 (flagyar hemikusok JCTj4n. Vol. 12, no. ~~/6, 1by/Junc 1957, Pud-ripest, Hunrary)
Monthly Index of i~ast --uropeen Accessions I C. Vol. 7. no, 2,
February 1958

From the works of the Studies Bureau of the Centrnl Office of Ruril "Oonstruction Plans.
P. 31 (Budownietwo Wiejskle) Vol. 7, No. 4, July/Aug., 1955, WarssAwR, F.)Iand
SO.- IMUNTHLY DIME,( OF EMST EUROPEAN ACCESSICNS (E-,Al) LC, VOL. 7, NIC. 1, JAN. 1958

ZAJC-,7lAj S. Mi.-
IlThe Structrual4iochanical Properties and Phase Transfomations of
Modelb of W'~oad Consistent Cireases." Cand U~em Sci., Inst of Phyvical
Cho-mittry,t Acad Scl USS'li., 4 llov 54. (V1-1, 22 Oct r4)
Survey of Scientific and Technical i)issertations Defended at USER
HiCher Educational Institutions (10)
SO: Sum. No. 481, 5 May 55

RAMMP V-M-;.7-9Gx7]!R- A. Yu- I I -
-10* Ocancern-
Reply to tbere--arke of V.V. Kaf-5r" on tly~ &rti,~ -
ing a theory of mass transfer.0 Zhur. prikl. kh-Im. 36 no.10:
2318-2320 0 163. (MIRA 17:1)

A UT 17 0 R S Pau.-, 7.M. , Candidat r- of Tjr;t.-hnica 1 'Sciencen , L. Yu .
TITLE: ThGory and Technique cf Absorption (Teoriya i toklin.1ka absorb-
tsii)
PERIODICAL: Khimicheskaya nauka i promyshlennost', 1958, Vol III, lir 6,
PP 715-724 (USSR)
ABSTRACT: The absorption of ga3e!~ has teen for ~iore than KO years by the
chemical industry, but several important problems are yetto be -n-
vestigated. The princi al ks of the last 4 years are dis-
_p Wor
-
cussed here. Levich Z
Ref. 62 has developed a film theory which
states that a film forms at the interface of the Fhases. The
formation of the film could not be proved, however. The theory
of non-stationary diffusion fRef. i-7 assumes that fresh liquid
moves to the interface and :.emove3 liquid*whi-.h has already in-
teracted with the gas. If th ere 13- a -e-hemical--interaf-,ti-on-bpt-
-gas the speed of absor,?tion increases.
The equatvion derived has bec-n experimentally tested by the ab-
zorption of CO- in a NaOH solution. Absorption apparatuses may
be divided into surface, bubbling and spraying types. Surface
C'a r a, I absorbers are mootly columns with inserts the offiz.-Jency of which

ory arid Techni,~ue of Ab-sorptic-
depen,13 on the gas speed and on a low hydraulic r~!si;~tarce.
RinC3 -.-ihich --orve as inserts ('.;igure 1) should have larce size,
- io-a height and a lo-a surf,,Lce tension (Figure 2). Bubblinr~
ab~;orbers are most ellfi-_ient under foaming condit.on3. The
heiE;ht of the fcam la-.er increajes at gas speeds from C-7 to
1.2 m'./sec. At higher valuen it decreases again. The ab-
of S03 in the production of sulfuric acid by the con.-
ttiet method has been tested in an apparatus of 2,1500 x 2,5C'O mm.
The degree of absorption ,,;a:3 99.2 - 99.7%, the reaistance of the
apparatus 290 - 3150 mm of water column I the heat -,ransmission
to the cooling -,,;ater 600 - 1,000 kcal/M2 , h a OC. Spraying ab-
sorbers are to-tiers with nozzles for the spraying of the liquids.
of sulfuric acid, etc. The operating condition of theze de-
vices is very irreCtular, especially, if the gas s?eed is low.
It is recommended to equalize the gas flow by a grid or a dif-
I
C,,-.rJ 2/3 -u3er. Many absorption pro3esses are studied on models, but the

Theory and Technique of Absorption
! z
methods of modeling are not yet fully developed.
There are 4 diagrams, 3 graphs, and 100 references, 52 of which
are Soviet, 33 English, 13 American, I Canadian, and I French.
Card 313

ZH&VORONKOV, 11.14.,- RAXII. T.14.. kand.tekhn.nauk; GILIDINBUT. I.A., inzh.;
ZAKGNI4, A.Tu., inzh.
Relationship between the number of irrigating streans and the
effectivenasa of absorption in packed towors. Khim.moh. no.l*.
21-24 ja 16o. (tau 13:5)
1. Chlon-korrespondent AN SSSR (for Zhavoronkov).
(Parked tower-O

IUAM, V-.14.,Icand.tekha.aauk; ZAXGZYM, A.Yu.,inrh,
W
lavestigatiou of the absorptica of readily soluble games on
regular packLago. Alm.mash. no.6:9-14 M-D 160. (KUA 13:11)
(-boorption) (Fackinge (Muchanical er~gineertng))

Zjjj,VOHC,j~,.,,CV V.1%; GILWTI-kTo I.A,; ZAKGE)2,10 AS'J-U*
4j P
U~ .- . of irrigating 14
Effect of the initiall -quid cn
tjjO Ofrj,ojency rif aboorption an packed 0-0119=13o Tnt-dy,
no.33:C4-91 161- (IMULA U,,10)
(Packed tC-,[Cr!3'1
(Absorption)

GILIDENBLATI I.A.; GUROVA, N.M,; ZTiAVOFONKOV,, N.M.; ZAY.GED(, A.Yu.;
RV-24) V. M.
Effect of the height of packldg layer and of the method of
reflim dintritrition on t1jo affectivotionti of abao.%,-ption in
packed columns. Xhim. prom. no.5;362-366 My 163.
(91RA 16 18)

nmo V.M.j A.Yu.
On a theory of mass tranafer.. Zhur. prikl.'khim. '36 110.9:
2o88-2091 D 163. (KIRA l.?z 1)

C i,~v " rj.,m. oto'l-v, A.Yll.
11
f.-ffcct cf t.hc. pa,-k-np ard r%t!ThO;.' r
on the efficlen---y o' ab3crpt.lon
irrIgation distribu Lion
-n packed Trudy MUTT r1c).40:35-47 1.53.

it is v A 1~ X, 1 11
L4 #A
Ar
fm rad4dau"d4a of fed&A" zpa;fts to WOW*
J. CUM. 1. 1914.
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tro ttliffimd In the pmemv M Into ttw eth(Tim,
from the "p2r is optont (c Y"Parlir thc ItTall air. Thtv
fa-th'yj d-'esaway With Ow Pbmt% in th~ elb"Viscr whi, h
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ZkKOMi I.
23836 VNEDRENUE LTUMINESTSMNOGO OSVWHCHENIYA V TSFKHAXH
TSVETNOY PECHATI. POLIGR. PROI:zvoDsTvot 1949s No. 4v
S. 19-23
SOt LMPISI NO. 31t 1949

fee so*-@ 900,71IF-W-6-4-6-0
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1. ZAKMEYM, I. it.
2. u.-Ti (6c-ol)
4. L,,',Iectric En,-inecrimg Safety Mcaoures
7. Electrical ~,afety rneac-ures in sho-ju of prj.nt.lni~
KII; 195-3,
.9. Monthl List of Russian. Accesslons. Llbrnry of Congress,- A P'
J

m 0 c a- m 4#

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Capatitors, Electrolytic Peb 50
Capacitance
-4 *T~Ipez-ature Dependence of the Capacity of Electro-
13-~tic Comdensers," L. N. Zakgeym, 15 PP
4AhUr 7eICh r!Z"; Vol ~a, 2
D~Oeusnes specific vol'mc %cu c.--/mrd) veraus voj--
Uge, rarioug equivalent schemes for the electric
tx~~denzar, effective capacity ver us frequency for
v1riou,& schemes, and capacity versus temperature
for vsxious clectraytic condensers. Considers
equivsLant schemes that take into account capacIty
of the anode relative to the cathode, vhich permit
156T105
U~=,'Pliyzic-- Capacitors, Electrolytic Fet 50
(Contd)
61c-ulation of depeadence of equivalent series ca-
iscity, effective capacity, aad tangent of angle at
diolect-ric less on frequency and resistance of
layer fed by electrolyte. Submitted 5 Jun 49.
15~6=5

L
NK Tm
PHASE X TREASUR-3 ISLAND BIBLIOGRAPHICAL REPORT %iD 607 X
BOOK Call No.: AF6455138
Author: ZAKOEYM, L. N.
Full Title: ELECTROLYTIC CAPACITORS
Transliterated Titl(!.: Elektroliticheakiye kondennatory
PU13LISHING DATA
Originating Agenoy: None
Publishing House, State Power Engineering Publiehing House
Date: No- -of copiesi__- 15-000
3
Editorial Staff
Appraisers: Y. A. Gaylish and V. T. Renne; Others: L. G. Godes,
G.-D. Nikolayeva-and Ya. M. Ksendzov.
PURPWiE AIND. EVALUATION: The book -is writ'U"en for engineers and techni-
cians in workshopi3 and laboratories of factories producing and
applying electrolytic capacitors, for scientific workers of re-
search institutes who work on radio part3, and also for advanced
students of that 'oranch of science in institutions of higher ed-
ucation. The last two parts of the book can be used for the
training of technicians, foremen, inspectors and other personnel.
The book is well compiled and richly illustrated. Ito general
plan is similar ti) the book Electrolytic Cuacitors, by Paul
McKnight Deely (The Cornell-DuFtlier Electric Corporation, S-O
Plainfield, N. J., 1938). By comparing the books it becomes
1/8

Elektroliticheskiye kondensatory AID 607 - X
obvious that some of the -illustrations are taken froia Deely's book.-
However, the Russian book has more material than similar English
language books like Deely or Electrolytic Condenser; y Philip Ray
Coursey (London, Chapman & Hall, 1937) and The Zlec'Er"ol tic Capacitor,
by Alexander M. Georgiev (Murray Hill Books-,-ff. Yor'c. T ronto, 1945).
In particular, it introduces a much more detailed exposItion of the
equivalent circuit analysis, and in its first two parts presents much
more theory and matheinatical and chemical formulas and data than the
above-mentioned books. This can be explained by the fact that the
book was written to serve also as a textbook for students of insti-
tutions of higher education and, therefore, contains a certain
amount of background material and theoretical data needed for a
thorough study of the subject.
TEXT DATA
Coverage: The main object of the book is to describe the construction,
manufacture, funotion and testing of wet and dry ol-actrolytio capaci-
tors of both polarized and non-polarized types. The author presents
an exposition of contemporary theories,, particularly the theories on
the nature of the dielectric film on the vent metals. ~7he author
explains the operating characteristics of the various types of elec-
trolytic capacitors used in industry. He devotes t'.rie ngtjor part of
2/8

Elektroliticheskiye kondensatory AID 60-1 - X
his exposition to aluminum capacitors, since they are the most widely
used. He also briefly introduces Tantalytic capac!.tors as developed
by General Electric Company and Bell Laboratories !'.ri the U.S.A.,
stating, however, that despite several valuable properties of tanta-
lum as a vent metal, the difficulties in obtaining-pure tantalum
greatly limit-the application or this-type or capaoitor'in the USSR.
The author present3 several types of electrolytic capacitors used in
radio receiver and transmitter circuit networks, in sound systems :
and other electronic--apparatu7,- intelephonecircu.'Aa and increasing---
ly ine onjumc-t ion with electric motors and a numbe-jr-of - other In-
dustrial applications. In particular, he describeo and illustrates
Soviet-made capacitors of the ON- and M- groups and of the KE-1,
KE-2p KE-3,, KEG-1 and k0-2 types. -
Table of Contents Pages
PART I OXIDE FILMS ON THE VENTING METALS
Introduction 9-13
Ch. I Formation of Oxide Films 13-22
1. Formation of oxide films in electrolytes not dis-
solving the oxide 13-20
2. Formation of oxide films in electrolytei7d1s6olving
the oxide 20-22
3/8

-kondenza-tory- -AID -X
Pages
Ch. II Structure and Physical Qualities of Oxide Films 22-45
3. Methods of obtaining coatings in a free state 22-25
4. Natural oxide coatings on aluminum 25-28
5. Structure, -thickness and dielectoric permeability of
oxide coatings formed in non-disoolving electrolyten 26-38
6. Tension of the electric field in thin oxide films 38-~q
Electric conductivity of thin films 19- 1
Dielectric losses in thin films 1-42
9. Structure of oxide films on aluminum formed in
dissolving electrolytes 42-45
Ch. III Rectifying Action of Oxide Films on Ventil Metals
In Non-D.Issolving Electrolytes 46-54
10. Unipolar electric conductivity and rectifying action
of oxide coatings 46-49
ll.-- Electro-osmotic tieory of rectifying action% 49-54
PART II ELEMENTS OF DESIGN OF ELECTROLYTIC CAPACITORS 55-110
_--~Ch~--IV --- -General --Des cription~ of -Electrolytic- Capacitors -- -55-77 ---- ---
1. Technical applications of thin oxide films on
ventil metals 5~-56
2. Wet electrolytic capacitors 5 -59
4/8

Elektroliticheskiye kondensatory
3. Dry electrolytic capacitors
4. Dimensions of electrolytic capacitors
5. Contemporary electrolytic capacitors
Ch. V Equivalent Circuit; Dependence of Capacitance
and of the Loss Tangent upon Temperature and
Frequency
6. Equivalent circuit analysis of electrolytic - ,
capacitors
AID 607 - X
Pages
Q-64
24-70
70-77
77-95
-'~ i
,(7-85
7. Dependence of the capacitance and of the loss tangent
ol' capacitors upon temperature and frequency 85-95
Ch. VI Temperature Calculations of Electrolytic
Capacitors 95-110
8. Temperature distribution In cylindric capacitors
9. Temperature calculation for a small size di'y-
electrolytic capacitor 101-10b
10. Temperature calculation of an a-c electrolytic
capacitor 107-108
11. Temperature calculation of a wet capacitor 108-109
PART III THE FABRICATION OF ELECTROLYTIC CAPACITORS 111-211
Ch. VII Raw Materials and Specifications 111-128
1. Aluminum for anodes and cathodes 111-113
5/8

Elektroliticheakiye kondensatory
AID 607 - X
Pages
2. Reagents for the composition of forming and
operating electrolytes 113-117
3. Fibrous spacers for dry electrolytic capacito::-s 117-119
4. Rubber materialn 119-120
Filler materials 120
Basic methods of quick control of raw materialt.; and
semi-finished products used in fabrication of
electrolytic capacitors 121-128
Ch. VIII Cleaning and Artificial Increasing of the Anode
Area Surface 128-143
7. Vartous methods of increasing the anode area 128-133
8. Influence of etching upon the electric characteris-
tics of capacitors 133-136
9. Industrial methods of etching the foil for
electrolytic capacitors 136-141
10. Establishment of the conductivity of the anode foil 141-143
Ch. U, Wet Electrolytic Capacitors 143-161
11. Manufacturing, cleaning and preliminary fllming
process of anodes 143-153
1P. Preparation of operating electrolyte 154-157
13. - Sealing and aging of capacitors 157-161
(-)/8

Elektrolitioheskiye kondensatory AID 607 - X
Fage3
Ch. X Dry Electric Capacitors 161-211
14. Preparatory forming of the foil and preliminary
filming o-' the anode 161-173
15. Winding of (try capacitor sections 173-183
16. Operating electrolytes and impregnation of the platesl83-195
1~. Assembling and aging the capacitors 195-20
1 . Electrolytic capacitors with ttantalytic anodes 205-209
19. Special features and technical details of construc-
tion of non-polarized electrolytic capacitors and
a-c type capacitors 208-211
PART IV BASIC CHARACTERISTICS AND METHODS OF TESTING
ELECTROLYTIC CAPACITORS 212-240
Ch. XI Basic Characteristics of Capacitors 212-228
1. Current leakage and insulation resistance 212-217
2. Capacity and loss tangent 217-219
3, Changes in characteristics.of electrolytic capaci-
tors after :long active life 219-224
4.
Changes in characteristics of electrolytic capacitors _
after long Idle shelf life 225-~228
-----Ch. XII . Testing Methods -229-240
7/8

Elektroliticheskiye kcindensatory AiD 6o7 - x
Pages
-5, - -Oeneral- conditions -of-- characteristics measurenents 229-230
6. Measurement of current leakage 230-232
7. Measurement of capacity and of the loss tangent 232-238
8. Testing electrolytic capacitors in operation 238-24o
No. of References: 53 (1 - 1902, 27: 1930-1939; 17: 1940-1949;
8- 1950-1952) of these 9 are non-Russian, and among the Russian
titles some may be translations.
Facilities: Besides the persons named in the preface as contributors
and appraisers, several names are mentioned in the text but in all
or most cases relating to the authors of the list O;r references.
8/8

USSR/Physics Electric reslstance,, surface FD-896
Card 1/1 Pub 153-5126
Author Zakgeym.. L. H-j, and.Folteva.. W. D.
Title Effect of the insulator's shape on the magnitude of its surface
resistance
Periodical : Zhur. teldi. fiz. 24, 1205-12DB, Jul 1954
Abstract : In order to Increase the surface resistance,, vhie2.usually drops
sharply at high relative humidity,-the usual cyllider cf glass
or ceramic is given a "skirt" shape. This shape Ls found to In-
crease substantially Lthe 3urface resistance. One refeience.
Institution : Tables; graphs.
Submitted : February,25, 1954