SCIENTIFIC ABSTRACT YAKOVLEV, N.N. - YAKOVLEV, P.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001961920004-9
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: March 15, 2001
• Sequence Number: 4
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

CO
v
_a.N., otvetstva
SHULIGIN, Ale,kcandr Mikhaylovich; YAKOVLXV, nayy red.;
PROT("OV, V.S., red.; SOLOVEYCHIK, A.A., tekha.red.
[Thermal conditioas of soils] TempersturrWi rexhim pochvy. lenin-
grad, Gidrometeorol, izd-vo, 1957. 241 P. (MIRA 11:2)
(Soil temperature)

AUTHOR: Yakovlev, N.N. 11-7-9/23
TITLE: "Discovery of.Machaeridia Representative from Novaya Zemlya"
(Nakhodka predstavitelya machaeridia s Nivoy Zemli)
PERIODICAL: "Izvestiya Akademii Nauk SSSR11, Seriya Geologicheskayal 1957,
No. 7, PP. 106-107, (USSR)
ABSTRACTt in 1955, the author obtained several problematic specimens of
the Lower Paleozoio from V.N. Smirnov (Institute of Artie Geo-
loo. The author assumed that these specimens4 found at the'
Promyslov river of Novaya Zemlya belonged to the species of
Machaeridia. The cone-shaped body is covered with tile-like
plates, which form the outer skeleton. The plates are ar-
ranged in vertical rowep somewhat alternating with regard to
the adjoining rows. Sofar, Machaeridia were known in the
USSR from the Lower Silurian of the Baltic area. The Ma-
chaeridia discovered in Novaya Zemlya belong to a different
kind than the specimen found in the Baltic.
The article contains 1 photograph.
ASSOCIATION; Institute of Arctic Geology. (Institut geologii Arktiki)
SUBMITTED: October 25, 1956
AVAILABLE: Library of Congress
Card 1/1

YAKOVLEV, N.K.
Sea lilies from the lower Carboniferous of the Don-e-Its Basin.
Geol.sbor. (Lvov] no.7/8.417-420 161. (MIRA 1/,:12)
1. Vsesoyuznyy nauchno-issledovatellskiy geologicheakiy institut,
Io6nin&Tad.
(Donets Basin--Crinoidea, Possil)

jiko~~N14QJWYich; GEM, R.F.., otv. red.
YAKOVLEV, I
rironment; articles on the Ps.100-
(The organism and its en, 1913-19661 Organizm i sreda;
ecology of invertebrates)
stati po paleoekologii bespozvonochrykhp 1913-1960 gg. 2.,
dop. izd. Moskva, Izd-vo "Nauka," 1964. 146 p.
(MIRA 17: 10
SSSR (for Yakovlev).
.1. Chlen-korrespondent AN

YAKOVLFV, N.M. lisPhere 5
aminobutyric. acid in the cerebral her
J*tabolism Of ?(- activitY of varyi-ng duration. Ukr- blok-hio, zh!Ir,
during muscular (141RA 17-9)
35 no.2tI75-187 163.
1. Leningradskiy nauchno-isaledovatellskly institut f i ziche skoy
kulltury.

7 T_C,.~ 'J.A.~ Cj[p.~,C)Vl
YAKOVLEV N.N.
kdaDtAb-lon of m"Iddle-aged and r-.~derly persor,5 to
Inus-s-ular activity. IF! ziol. zht-T- . 49 no.9,-IC67-10'70, 14
M12)
6sledovatellskogo instituta
1. Uktor biok-hirru"- Nauchno-i
P~zicheqkoy kulstury, Leningrad.

YAKOVLEV,
~A inScular
NJ lie ~-;d aml,41 lnzt-li--ut f'A,7,A,~~esxoy

YAXGVLEV, N.N.... :
Inte:resting cases of the ge=iation,of solitar-f Carboniferous
Rugoaa corals in the Donets Basin. Paleont. zhur. no.1:147-..
148 165. (MIRA 18t4)
w m4 g"'gg
a
18T
;J

YAKOVLEV, N.N.; VOLINOV, N.I.; LESHKEVICH, L.G.
...
Effect of.pangamic acid, methionine., and a.mixture of gluconate and
glycin on the metabolism in a heart muscle and the electrocardiograuby
of muscular activity. Ukr.biokhim.zhur. 37 no,51818-835 165,
(MIRA .18110)
1. liauchno-issledovatellskiy institut fizicheakoy kulltury, Leningrad.

-aws and bibliograpriy. Fiziol.zhur. 51 no.7:903-904
(MIRA 18: 10)
-A -
M-f
. . . . I . . . . ..31
-4; 51 WIN! I
INK M

YAKOVLEIV, fjj,~.; ALPATIYEV~ A.M.; BESSONOVA, Ye.V.; RUDFIIKO, A.I.
Droughts in the U.S.S.R. and wDrs for overcoming them by
agroclimatic knowledge. Zemledelie 26 no-3114-20 Mr 164.
(14IRA 17:4)
1. Vsesoyuznyy institut rasteniyevodstva.

14(6) SOV/112-59-1-450
Translation from: Referativnyy zhurnal.. Elektrotekhnika, 1959, Nr 1,
pp 60-61 (USSR)
AUTHOR: Yakovlev, N. P.
TITLE: Approximate Design of a Single-Raise Valve-Type Gate
PERIODICAL: Tr. Saratovsk. in-ta mekhaniz. s. kh., 1957, Nr 11, Vol 1,
pp 209-216
ABSTRACT: Construction of a valve -type gate (a thin-wall lens -shaped pipe with a
single mechanical hoisting device) is briefly described. The'gate structure is
solved analyl:ically with the assumption that the gate -has three supports: two
outer hinges and the raising-rod hinge. This reduces the entire spatial figure
to. a statically determinate form and provides a safety factor due to the fact that
the joint functioning of all hinges is not taken into account. The gate is
economical in construction and convenient in operation.
N. M. S.
Card 1 1

yAKO=V, NikolaIr pavlov-,Lch., inzb.
impact in ptpelines.
A now installation for the control of h7draulic
KhidroteYh i melior 7 no.2-39-42 '62*
M
i Of,
'N-k
Ir
g
'R-M-RAW-Y

YAKOVLhVj (Naratov)
Forma ti on of air ac,-=ulatlons in the beands of pressure pipe-
.1Jnea and their effa~xl on flow. Vod. I san. tekh. no,l2zl8:21
D 163 (MIRA 18;2)

YAKOVISV
YakovleV 11, ' V, i "The Problem of' Choosing a Feeding Regulator for the
oi lers of the'River Fleet ":- in the collection Siloryyye ustanor-Aci
na'sudakh redhiiogo flota-2'Power-plants.on'the Vessels of the River
Fleet 146scow/Leningrad, Vodtransizdat, 1953, Pages 85-93t
79
6 figures.

Yakovlev, N. V., Frid, U. Y. and Oindlin, I. X. (Moscow Cold Store Ho. 12;
State-Institute for Designing Enterprises of the Refrigzrating Industry):
"Automation and Control at the Alos,~oq No. 12 Cold Store" ZjEnglish - 8 page's/
report presented at the International Inst. of Refrigeration (IIR), Annual
.Meetings of Commissions 3.4, and 5, Moscow, 3-6 Sep 1958.

I
~Va~.91117e~v~ch; CIIICBIKOV, ~13.,
,1~40VI4~W= red.; GROMOV, A.S.,
[Operation of refrigerating sysj;ems]Ekspluatatsiia kholo-
dillrqkh ustanovok. Moskva, Gostorgizdat, 1962. 14~
(MIRA 15:
(Refrigeration and refrigerating machinery)
V~m- I*k-4A
M '~`AIRRIIN 191M I
11 OKI, -3
--n V21,511
Ugg

YAKOVLEV, R,V., inzh.
Simplest method for capacity control of compressors. Knol.takh.
41 no-1:50-51 Ja-F t64* (MIRA 170)
q
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k,'C~7 ZI:
01
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1150.
V, 5 mum

I ~i It
3(5) PHASE I BOOK EXPLOITATION SOV/1910
Akademiya nauk SSSR. Dallnevostochnyy filial, Vladivostok. Institut
geografl~.
Materialy po.fizicheskoy geografii yuga Dallnego Vostoka; Prikhankay-
skaya rwmina i prilegayushchiye k ney rayony Primorskogo kraya
(Physical. Geography of the Southern rSoviet) Far East; Khanka
Plkin wid AdgacV Are the Primorfty Kray),Moshow, Izd-vo
1w S 1 1,386 M (
33 1 95 po copies prib dd,
Resp, Eds,: B.P. Kolesnikov, Doctor of Biological Sciences, G.D.
Rikhter.m. Doctor.of Geographical Sciences, Professor, and V.V.
Nikollskaya, Candidate of Geographical Sciences; Ed. of Pub-
lishing House: P.K& Kavun;-Tech. Ed*: Ye, V. Makuni,
PURPOSE: This book is intended for geographers interested in the
physical geography of the Primorskiy Kray (Maritime Province).
COVERAGE: These articles deal with various aspects of the physical
geography of the Primorskly Kray, particularly the Suyfuno-Khan-
kayskaya plain, A paleogeographie'titudy of the Ussuri valley
Card 1/3

Physical Geography of the Southern (Cont.) SOV/1910
is givenjas is a general treatment of the h,drography
and climate of the Prikhankayokaya (Khankay~ plain. Infor-
mation is provided on the non-metallic minerals of the plain
and the rocks available for construction purposes. References
accompnay each article,
TABLE OF CONTENTS:
Foreword
Kolesnikov, V.P. Natural Division of the Primorskiy Kray 5
Yakovlev N.V. The History of the Geological Formation and
tat! c Deposits of the Prikhanlr-ayskaya plain 30
Ovayannikov, N.V. Natural Hook for Building Materials of the
Prikhankayskaya Plain 50
Nikollskaya, V.V. Paleogeographic Studies in the Ussuri
Valley 63
Card 2/3

Physical Geography of the Southern (cont.) SOV/1910
Nikol'skayaj,V.V,.. and D.A. Timofeyeve Geomorphological
Characteristios of Small Sections in the Suputink and
Kedrovaya River Basins. 107
Stotsenko, A.V. A Climatic Outline of the Prikha*knyqkayn
Plain and Adjacent Territories 131
Sokolov, I.F., Dry Winds-Sucoveys as a Climatic Feature of the
Forest-steppe Landscape of the Prikhankayskakya Plain 162
Stotsenko, A.V., V,G. Chernenko. A Hydrogeographic Descrip-
tion of the Rivers of the PrikhanikaypkhyN?,~ Plain and
Those of Contigous:-; Regions 179
Stotsenko, A.V. Floods in the Primorskiy Kray 254
Kurentsov, A,I. Animal Life in the Prikhankayokaya Plains 273
AVAILABLE: Library of Cqngress (GB325.A45)

6-19-59
Card 3/3

YAKOVLEV, N. V., Assistant
"On the Proble= Concerning the Meth.od Employed in "he Precizzjrn-
of Angles in f4unicipal Triangulation of First Order".
report presented at a Scientific-Technical Conferencecat Moscow Inst. of Geodesy,
Aerial Photography and Cartography Engineers, 24-26 April 1958.
0
(Geodeziya i kartografiya, no. 61 PP. 78-79, 1958)

-)rML)MIXxzkbvq IAwAo;
High-Illuminance mirror-lens s7stemg used for image transmission.
Opt.-.mekh.prom. 25 no 5:24-25 HIjr 158. (NnA ll.-9)
(;;tical'iinstruLments)

I ,
3M SOV/154-59-3-8/19
AUTHOR: Yakovlev, N. V., Assistant
TITLEs On Observations of Directions at Triangulation Stations :(,0 nabl-
yudenii napravleniy na punktakh triangulyatsii)
PERIODICAL: Izvestiya vy8shikh uchebnykh zavedeniy. Geodeziya i aerofotoall-
yemka, 1959, Nr 3, pp 87 - 98 (USSR)
ABSTRACT:
Card 1/3
On the strength of investigations made the following is stated.
The problem of the presentation of observation results at a
station in the form of a series of directions with equal accuracy
has numerous solutions. Their number increases with the increase
of the number of directions in this point. All known methods for
large-precise angle measurements by means Of which.s. number of
directions can be obtained with equal accuracy at the station
are exceptions from the general solution of this problem accord-
ing to formula (1). Thus, possibilities for the development and
application of such observations arise (with the same or a differ-
ent number of directions in the groups) which, if applied to
concrete working conditions, may prove more suitable than the
known methods of angle measure ment.with regard to an increased
accuracy of the observation..results as well as from the economic

Tz.

On Observations of Directions at Triangulation Stations -SOY/154-59-3-8/19
point of view. This fact is of.extraordinary,importance for the
observation of stations with a great number of direct'ions. The
aforementioned simple rules for the calculation of equalized
directions of a station and the formulas (13) to (17) for the
estimation of the accuracy of the surveying results are of a
general nature. They may be,applied to any method of angle mea-
surement (by means of which the observation results,can be given
in the form of a number of directions of equal accuracy). This
holds equally true of the known methods as well as of those which
may be obtained according to the theorem for formula (1) which
has been proved in this place. The.author pleads for an aban-
donment of the unsystematic classification of the directions
into groups as it is practiced now. In practice it.is possible
in all cases of the classification of directions in groups to
obtain a number of directions of equal accuracy and to estimate
correctly the accuracy of the angle measurement results accord-
ing to formulas (13) to (17). There are 2-tables, and 9 refer-
ences, 8 of which are Soviet.
Card 2/3

21
M
Nita W
NZ

On Observations of Directions at Triangulation Stations SOV/154-59-3-8/19
ASSOCIATIONs Moskovskiy inatitut inzhenerov geodezii# aerofotos"yemki i
kartografii (Moskow Institute of Geodetic, Aerial Survey and
Cartographic Engineers)
SUBMITTEDi October 22, 1958
Card 3/3

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3(4) SOV/154-59-4-5/17
AUT.HOR: Yakovlev, 11. V.., Assistant
TITLE; Improved Programs for Observations According to the Method of
the Symmetrical.Combinations of Three Directions (Usovershenst-
irovannyye programmy dlya nablyudeniy po sposobu simmetrichnykh
kombinatsiy trekh napravleniy).(With Equalization of the Di-
rections)(pri uravnivanii napravleniy)
PERIODICAL: Izvestiya vysshikh uchebnykh zavedeniy. Geodeziya i aerofotos"-
3remka, 1959, Nr 4, Pp 43 - 51 (USSR)
ABSTRACT: The method was developed under the control of Professor A. I - Dur-
it ey: ml was published for the first time in the treatise (Ref,7).
Here this method is greatly improved. There (Ref 7) the efticiency
of direction measurements at the triangulation stations in single
groups with three directions each was proved'and the respective
programs for angle measurements were given. These programs com-
prise the collected material of one station in the form of a
number of directions of eqvql accuracy with a good approximation.
But not quite accurate, since the equalization at the stations
ard 1/4 is made according to angles while the directions are measured
C independently. According to the demands for a precise equali-

Improved Programs for Observations According to the SOY/154-59-4-5/17
Method of the Symmetrical Combinations of Three Directions. (With -Equaliza-
tion of the Directions)
zation of.the directly measured quantities, i.e. of the direc-
tions, this method is improved and carried out according to the
method of the least squares. In an exact equalization accord-
to the method of the least squares it is supposed that the
results of linear measurements and angle measurement results
are free from any regular and systematical errors and from
errors with an unbalanced effect. But since this is not the case
with angle measurements methods are investigated to weaken the
influence of those errors which are in connection with the
instrument. The measure (in the first half-operation the de-
sired angle and in the second the complementary angle of the
former is measured up to 3600) given in the instruction for tri-
angulation (Ref 3) and the programs (angle measurement in all
combinations and the method of the circular process) which are
predominantly used in production are demonstrated. Table 1 shows
programs for the measurements with equal accuracy according to
single groups with three directions each. These programs are
arranged for the case of a precise equalization according to
Card 2/4 the method of the least squares of independently measured di-

Improved Prograns for Observations According to the SOV/64-59-4-5/17
Method of the Symmetrical Combinations of Three Directions.(With Equaliza-
*tion'of the Directions)
rections. Thesequence of calculations for the setting-up of
these programs is given here as well as an example for the pur-
pose of illustration. As opposed to those given in the paper
(RIDf 7) the programs in table 1 were arranged according to the
demands of an accurate equalization of the directly measured
values - i. e. directions -1 following the method of the least
squares and not according to the demands for the equalization
of angles (as in reference 7). The method given here leads to
a number of directions of equal accuracy and permits a precise
estimation of the equalized elements.of the net according to
the rules for the estimation of the accuracy of the measured
values and their functions (Ref 2). The present method demands
less time and less work for the observation,of the triangulation
station compared with the method of angle measurement in all
combinations and it-nearly ebm the same results as to the accuracy
of the observation results.~This is proved by the calculations
(Table 3) as rell as by the experionce made by the Moskovskoye
aerogoodezicheskoye predpriyatiye (Moscow Aerial Geodetic Enter-
Card 3/4 prise) in the observation of the triangulation stations by

Improved Programs for Observations According to the SOV/154-50-4-5/17
'Method of the Symmetrical Combinations of Three Directions.(With Equaliza-
tion of the Directions)
means of "incomplete" sets. In the present nethod the observa-
tion programs are calculated for a better compensation of a
nu.mber of errors conditioned by instruments, thus granting the
symmetry of observations of each separate direction. There are
4 -tables and 8 references*
'ASSOCIATION: Moskovskiy institut inzhenerov geodezii, aerofotosllyemki i
kartografii (Moscow Institute for Geodetic, Aerial Survey
anti Cartographic Engineers)
SUBMITTED: October 22, 1958

3(2).3(4)
AVTRORI No" Given BOT/6-59-6-21/22
TMAI chronUl* (Khroalk.) C'
PXILIOPICUs GoOdeslys, I kartogr&fia, 1959, Ir 6. V; T4-T5 (V3SR)
ABSTRACTI At the Mosk.v&kAy I no titut imbonero, Sod.c4l, owrofoton-y*s"
I kwrtogrofIl (UGSO:. Institute of Geodetic, Asrisl Survey &ad
re
)' the Ordln"T Saisutific Confor'"s
k place an April 22
too 24. L. 1. Ivanow, Doc4stv Candidate at -
4
.
Philosophic aclows., -poke a- -17~ fttet-zc Bark 2.1
Materialist'.* Philosophy*. A. X. Isromor, Chief of the Glarwyo
spralonly. goodeall 1 kartgrnfli (Wn Adlmistrotl.n of
Geodesy &DA c"tography) *pate -On the Sov-3vax Pl= for be
poont of TopograDhIo-Vo4eti. and C"tcgraptic Work,. The
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E032/E514
0. 12100
AUTHOR: Yakovlev, N.
hy
TITLE: On the Use of Mirror-Lens objectives in the Photograp
of Axtificial Earth Satellites \V
PERIODICAL: Astronomicheskiy zhurnal, 1960, Vol 37, Nr 3,
Pp~550-554 (USSR) k\, the objective is shown in Fig 2.
ABSTRACT: The optical system of
It consists of a spherical concave mirror 2 and two
negative dIoptrIc components 1 and 3. All the
refracting surfaces of the system are spherical. The
dioptric component 1 is placed in front of the
spherical mirror and between the centre of curvature
of the mirror and Its pole. It consists of two lenses
in series. One of these lenses is made of crown glass
and the other of flint glass. The dioptric component 3
is placed in the path of the reflected light and is
located between the centre of curvature of the mirror
and its pole and consists of two lenses in series. One
Card 1/2 of these is made of crown and the other of flint glass.
7777

7
5/033/60/037/03/019/027
E032/E5i4
On the Use of 31irror-Lens Objectives in the Photography of
Artificial Earth Satellites
The focal length of.each of the components is not less
than three times the focal length of the whole objective.
The objective has a very good correction for spherical
aberration, coma, astigmatism and chromatic aberration.
No correction is made for the curvature of the field.
Detailed information is given as to the residual
aberrations of the system and it is shown that the
objective can be used to photograph artificial earth
satellites of the sixth magnitude with a film having a
sensitivity of about 500 (lux sec)-l. Acknowledgment
Is made to M. A. Shesmintsev for interest in the
present work.
There are,2 figures, 1 table and 8 references, 7 of
which are- Soviet.a,nd 1 English.
ASSOCIATION'.~ M6skovskiy institut inzhenerov geodezii, aerofotos"yeAd
i'kairtografii (Moscow Engineering Institute for Geod
A6_rlal Photography and Cartography)
SIFB-MITTED: September 7, 1959
Card.2/2
4t

N. V. , Cand. Tech. Scl. (disc) I'InvestiLi~atlon of HJE~h-
-YAKOVLE
Preeision Ajigular 'Measurements in Urban Triangulation of Ist
Class," Moscow, 1961, 15 pp. (Moscow Inst. Engr. of Geodesy,
zo~-yaphy) 200 copies (KL Supp 12-61,
Aerial Photography and Car
0M.

~:. ~ -, ,ez ~ "

YAKOVLEV N.V., kand. tekhn.nauk
y of angle measurements in "irst- and aecond-or-der
General theor-
anguIRtiono Izv.vys.ucheb.zav.; geod. i aerof. no.1:3-17 164,
INqRA 17:12)
1. Moskovskiy institut inzhenerov geodezii, aerofotos"yeuki-A:.-
kartografii.

BORKOVSKAYA, Yu.A.; KLIMOV, P.K YAKOVIEV N.V.
Methodology for the study of I.be. cf--rebral circulation Urder
experimental conditions. Biul.eksp.blol.i med. 58 no.7:124.-
125 ji 164. (MIPA 18:2)
Kabinet rentg-moMlologli, (znv. P.K.K11mov) InstWIL-1 NZ101) ii
imeni I.P.Pavlova (dlr. - akadejOk V.Mlierlllgovskly) MI SSSIR,
Leningrad. Submitted May 28, 1963.

SOV/86-58-9-27/42
AUTHORS: Annenkov, Ye. I., Engr Lt Col, and Yakovlev, N. Ya.,
Engr Maj
TITLE: Application of Achievements in Chemistry to the
Repair of Aviation Materiel (Dostizheniya khimii--
v praktiku. remonta aviatsionnoy tekhniki).
PERIODICAL: Vestnik vozdushnogo flota, 1958, Vol 41, Nr 9,
pp 64-69 (USSR)
ABSTRACT. The authors describe.some instances of using physico-
chemical processes in the repair of aviation materiel. In Air
Force establishments electroplating has been used for many
years Ito repair parts and units., and to produce anticorrosion
coatings. The chemical nickel-plating method for aircraft
parts,, and the ultrasonic electroplating method for aluminum
alloys have been proposed. Recently, anodic-mechanical
methods of metal machining have becomewidely used. An etch-
ing method, replacing grinding, has been developed; complexly
Card 1/3

Application of Achievements in (Cont.) SOV/86-58-9-27/42
shaped par'ts have been thus prdduced with a precision up to
+ 0.005 m. However, sometimed these new methods are very slow
fn coming into use. Vinyl.has become very widely used. Capro-
lactiam, a polyamide resin, has*Veen experimented with as a coat-
itig material. Such materials as,"glass textolite:, new kinds of
rubber, arLa a number of other noranetallic compositions, are used
in a very limited degree. Inorder to*extend the life of machine
tools, "textolite" additions may be cemented or,screwed onto
worn-out guides, and bronze nurs for feed screws may be replaced
by "textolite" nuts. The most suitable products are the "texto-
litell mart. PT and the "metallurgic tex'tolite" mark B. Some
pressed-wood-pgcking, used in pumps and other mechanisms, is
considerably more resistant than that made of leather, rubber or
asbestod. Wood,plastic marks DSPB, DSPG, and others, are used
to replace bronze sleeves and bushings, steel pu.Ileys*and gear
wheels. In some cases, roller bearings were replaced by laminated-
wood plastic bearings.
Card 2/3
LINE
Ls=
M,
A';
'W

Application of Achievements in (Cont4) SOV/86-58-9-27/42
Some good-quality parts have been made from hydraulically com-
pressed..pouters. Several perchlorovinyl varnishes and enamels
are now,uAs as r
d' anticor osion coatings for skins'of aircraft fly-
ing at~ ult.7rasonic'speeds or close to it. Infrared lamps are now
used to dry these and other 'coatings in the open, after painting.
The new methods provided various advantages, e.-g-., they brought
savings in materials, expenses,'labor and time. Among improve-
ments now being developed in laboratories and industrial enter-
prises are: the use of molybdenum disulfide to lubricate bear-
ings andgear transmissions which operate under sharp temperature
changes (minus 500 to plus 4000 C), use of a carbon dioxide st
stream to cut special steels, and the use of public-network gas
for metal cutting.
Card 3/3
MAT
N
P_f

YAKOVLEV, N. YA.
Reforestation
Experiment with concentrated seeding in freshly cut-ov,er areas. Les. khoz. no. 5, 1952

YAKOVLV, N,, Ya.
Clinical aspects and treatment of cancer of -'.he rect=-- and the
largo intestine according to clinical material. Trudy TSIU 62:
253-258 163. (MIRA 18:3)
1. 11 kafedra klinicheskoy ~hirurgii (zav. prof. B.K.Osipov)
TSentralynogo instituta usovershentvovaniya vrachey.

R
e4

YAKOVLEV 0.
Central Organization for Advertising and Display of Goods.
SOV. t,Drg. n0.8:32-35 Ag 158. (MIRA 11:9)
(Latvia--Diaplay of merchandise)

SlI.AuEVSKIY9 V.9 Imnd.tekhn.nauk; VORONGVv V.~ inzh.; YAKOVLEV9 0.9 inzh.;
AFOX.INY L,j, inzh.
Vfaldng and using cold asphalt mastics. Stroitell no.W8-a9 A 161.
(MIRA 1482)
(Aspha~l~)'
fj, !.-M
HE
6
. . . . . . . . . . .

YAKOVIEV) 0., inzh.
Bridge across the Yenisey. Zhil.-kom. khoz. 12 no.4:28-29
(MIRA 15:7)
4p-162.
(Krasnoyarsk-Bridges)
MIA T.,
k gg~
N

PIGZANI M.D.; YAKOVLEV, O.A.-
Selecting an efficient way of ore drawing durina 'he Einv-,e-
stage working of thick ore deposits. Gor. zhur. no.10iz45-49
0 165. (MIRA 18;11)
1. Institut gornogo, dela im. A.A. Skochinskogo.

TAKOVLXT O.A.; PMKYAKOV, R.S.
-Worlr practIce of miners of the -S.N. lirov "tits mizo. Mda.
prout. no.l-.50-51 Jv,-F '57. (an 10:4)
(Ajpatits) (Kining engineering)
A
all,
MAIN',-
--11N." -M

A E V 0, A.
127-58-5-3/30
AUTHORS:
TITLE-
PERIODICAL-
ABSTRACT:
Card 1/2
Abramov, V.F., Candidate of Technical Sciences, Kaplunov,
D.R., and Yakovle Mining Engineers
Comparative Estimate of Ore Blasting by Deep Shot-Holes in
an Apatite Mine (Sravnitellnaya otsenka otboyki rudy glu-
bokimi skvazhinami na apatitovom rudnike)
Gornyy Zhurnal, 1958, Nr 5, PP 10-14 (USSR)
The apatite-nepheline mine imeni Kirov has a thick, flat
sloping deposit which outcrops at the sides of the moun-
tains. The average thickness of the ore lens varies from
150 to 200 m, and its extension is about 2,200 m. The de-
posit is mined by the system of forced level caving with
ore blasting by large explosive charges. This system of
mining had drawbacks. Therefore, a block in the northern
part of the Kukisvumchorr deposit was used to conduct ex-
periments in blasting by means of deep shot-holes; up to
50 m long. The block was divided into chambers and pillars
with dimensions of 40 to 57.5 m. Altogether 350,000 tons
of ore was broken in the chambers and about 400,000 tons
in the interchamber pillars. The net cost of the ore from

127-58-5-3/30
Comparative Estimate of Ore Blasting by Deep Shot-Holes in an Apatite Mine
the experimental block turned out to be approximately the
same as in the ordinary method of applying large charges.
However, the technico-economical indices of the deep hole
method can be considerably improved, when the proposed
scheme of hole distribution in the block, shown in Figure
3, is agplied. It is concluded that this method will prove
to be more efficient and will replace the latter in the
mines of the Apatit Combine.
There are 3 figures and 2 tables.
ASSOCIATION: GIGKhS
AVAILABLE: Library of Congress
Card 2/2 1. M-4nes-Blast effects

T~A~~, lit; 1~1..'%*..
ref erent.,gornyy inzh.
Scraper levels and scraper equipment in Climx mineb. Gor. zhur.
no.7:75-76 Jl '58. (MIU 11:9)
(United States--Mining ongineering)

FURZAN, M.D., kand.tekhn.nauk;",YAKOVISV, O.A., inzh.
eff.icient oft sening of broken-off ore on
Effect of the co
condittons of ita drawing. Nauch. isoob. IGD 21:32-43 163.
(MIRA 17-2)

YAKOVLEV, O.A., inzh.
Effect of the coefficient of the looseplipg up of granular materials
on their mechanical properties and the 'regularities of ore drawing.
Izv. vys. ucheb. zav.; gor. zhur. 7 no.10:3-10 164.
OIIRA 18: 1)
1. Institut gornogo dela imeni A.A. Skochinskogo. Rekomendovana
kafedroy razrabotki rudnykh i rDssypnykh mestorozhdeniy Sverd-
lovskcogo gornogo instituta.
=7777777

Category USSR/Radiophysics - Radio-wave propagation. Ionosphere
Abs Jour Ref Zhur - Fizika, No 1, 1957/ 110 1910
Author Yakovlev 0.1.
Title ~NZZces ~ioztEe Height of Antennas in the Theory of Tropospheric
Scattering of Meter Waves
Orig Pub Radiotekhn. i elektronilda, 1956, 1, No 3, 309-312
1-6
Abstract Examination of the dependence of the field intensity far beyond the horizon
on the.height of the antennas in the theory of the tropospheric propapation
of meter waves. It is shown that one must take into account the interference
nature of the field in the scattering region when the scattered fibld is
calculated. Allowance for the interference between the direct wave and that
reflected from the earth makes it possible to establish the dependence of the
magnitude of the received signal on the antenna height.
Card
1/1

MUM, 0. 1.., Bommy, V. I. (Evil Tomsk)
IfThe BAck Scattering of Radio Waves by the Lower Ionosphere".
Reported on an interesting theoretical and experimental investigation of
the radio wave back scattering in irregular heterogeneities of the ionosphere.
report presented at the All-Union Conference on Statistical Radio Physics,
Gorlkiy,13-18 October 1958. (Izv. vyssh uchev zaved-Radiotekh., vol. 2,
No. 1, pp 121-127) CONPLETE card under SIFOROV, V. I.)

67527
sov/141-2-3-4/26
AUTHORS: jakovlev, 0.1. and Bocharov) V.I.
TITLE: On the Back Sc attering of Short Radio Wave by the Lower
Ionosphere
PERIODICAL: Izvestiya vysshikh uchebnykh zavedeniy, Radlofizika,
1959, Vol 2, Nr 3, pp 370 - 373 (USSIO
ABSTRACT: The theory of the scattering of radio waves by
statistical irregularities in the medium is applied to
the problem of back scattering of short radio waves by
the lower ionosphere. A calculation is given of the
scattered energy and the correlation coefficient for
signals received by distributed aerials. In the
associated experimental work, a 50 kW source working on
12 Mc and having a pulse length of 50 itsec was used.
Experiments suggest that the back scattering of radio
waves by the ionosphere is a regularly observed phenomenon
and is due to a region 10 - 20 km thick and located at
an altitude of 90 - 140 Ion.
There are 2 figures and 6 English references.

6 72 7
SOV/141-2-3-4/26
On the Back Scattering of Short Radio Waves by the Lower Ionosphere
ASSOCIATION. Sibirskiy fiziko-teldinicheskiy institut
(SibirskV Physic o-t echnical Institute)
SUBMITTED: December 1, 1958
Card 2/2

S/112/60/000/017MV(44
91 A0O5/AOO1
Translation from: Referati,~nyy zhurnal, Elektrotekhnika, 1960, No. 17, P. 12,
6.14499
AUTHOR: Yakovlev. 0,11
TITLE: On the Attenuation Function of USW Far off Behind the Horizon
PERIODICAL: Tr. Sibirsk. fiz.-tekhn. in-ta pri Tomskom un-te, 1959, No. 37,
pp. 151-157
TEXT: The author determines the intensity of the USW-field far off behind
the horizon, which is caused by the scattering of radiowaves in consequence of the
statistical nonuniformities of the troposphere. The dependence of the field in-
tensity is determined on the range,--the height of the antennae, and the frequency.
Translator's note: This is the full translation of the original Russian abstract.
Card 1/1

87330
s/058/60/coo/O i 2/oo 7/o i i
AOOl/AOO1
Translation from: Referativnyy zhurnal, Fizika, 1960, No. 12, p. 258, 33600
AUTHOR: -X"~vlAv -n-T-i
TITLE: The.Calculation of Inverse Scattering of Short Radiowaves by the
Lower Ionosphere
PERIODICA L: Tr. Sibirsk. fiz.- tekhn. in-ta pri Tomskom un-te, 1959, No. 37,
pp. 379-381
TEXT: The author presents the calculation of inverse scattering of short
.radiowaves at the vertical probing of the ionosphere. If the power of a transmit-
ter amounts to 100 kw per pulse, pulse duration is 50 /-Asec, antenna amplifica-
tion.K = 10, and wavelength is 25 m, then the power of a scattered signal at the
receiver input amounts to W = 10-12w, provided that the thickness of a scatterint X
layer is 5 km and its effective cross section of inverse scattering 6 = 10-13m-
Importance of experimental studies of radiowave scattering is pointed out.
N.A.Mityakov
Translator's note: This is the full translation of the original Russian abstract.
Card 1/1

80872
-9,31-0 S/141/60/003/02/013/025
AUTHOR: Av. 0.1. E192/E382
TITLE: Detection Characteristics of a Gas--discharse Plasma
PERIODICAL: Izvestiya vysshikh uchebnykh zavedeniy, Radiofizilq,-,
1960, Vol,3, Nv 2, pp 285 - 289 (USSR)
'ABSTRACT: The detection characteristics of gas discharges have been
investigated by a number of authors (Refs 1-7). Howeverf'
the fundamental processes In p lasma, which are responsible
for its detec;t-ton properties, have not been studied-. It
was therefore decided to,carry out a number of experiments
which would help to solve this problem. For this purpose
,a number of different detectors, filled with neon and
helium, were investigated at centimetre waves. The
equipment employed in the investigation consisted of an
oscillator, an attenuator, a measuring line, an impedance
transformer, gas-discharge detectors and a metering
amplifier. Firstly,,It was observed that the voltage V at
the output of the detector was strongly dependent on the
current passed through the discharge tube and the gas
pressure in the tube. It was observed that there exists
Cardl/4 an optimum value of.current and pressure at which the LX

80072
s/14i/60/003/02/013/025
EA2MURasma
Detection Characteristics of a Gas-d1sc rge
detection effect is a maximum. Various portions of the
gas-discharge tube give different detection characteristics,
especially as regards their magnitude. The detection
-effect appears to be strongest in the vicinity of the
cathode and-i:weakest near the anode. A gas-d1scharge
detector exhibits a considerable inertia. This is
illustrated in Figure 1, which shows the detected voltage
V as a function of the modulation frequency. The four
curves of FIgure 1 were taken for Ne at pressures of 22
and 40 mm Hg and for He at 25 and 37 mm Hg. It is seen
that, V strongly decreases with the modulation frequency
f . The detection properties are also dependent on the
constant magnetic field. Since plasma becomes a strongly
absorbing medium when the carrier frequency coincides
with the gyromagnet:Lc frequency, it should be possible
to observe a kind of resonance in the detection character-
istics. Such an effect was in fact observed and the
results are plotted in Figure 2, where the vertical
Card 2/4 axis shows V while the horizontal axis represents the L'Y"

4/141/60/003/02/013/025
EA(IME3~j s
Detection Characteristics of a Gas-dIsc trge a ma
magnetic field. Further measurements showed that V is
proportional to the high-frequency power; this is
illustrated by the experimental curve in Figure 3. On
the basis of the experimental data of Figures 1, 2 and 3,
it is possible to express the change of the detector
admittance by the following empirical. formula:
2
-Ad E /((W - WH P f
where E -represents the electric field. This formula
can easily be derived theoretically, in which case it is
wr�tten as:
4 2
e NE
Acr (5)
2km2kT1(W WH 2 V21 ~f2 (m /Tr M)2
where k is the Boltzmann constant,
Card3/4 T is the electron temperature,

80872-
s/141/60/003/02/013/025
2JR24F-18
Detection Characteristics of a Gas-disc a g flasma
* is the mass of an ion,
* is the electron concentration,
is the effective numbez- of collisions and
e and m are the charge and mass of an electron.
Comparison of these formulae shows that P =~V and
a-;= ml)AeM . On the basis of Eq (5) it is possible to
determine the quantity 'V by employing the resonance
effect of the detector at the gyromagnetic frequency or
the inertia curves of Figure 1. It Is thus possible to
calculate V- by two independent methods. Some of the
results calculated by these methods are indicated in
Table 1 on p 288. There are 3 figures, 1 table and
11 references, 6 of which are English and 5 Soviet.
ASSOCIATION: Nauchno-issledovatellskly radiofizicheskiy institut
pri Gor1kovskom universitate (Scientific-research Radio-
physics Institute of Gortkiv Unii~
SUBMITTED: October 8, 1959 X
Card 4/4

YAKOVIZVA, G.D.;_YAKOVLEV, 0.1.; ROGASHKOVA, A.I.
Doppler effect in nonuniform media. Radiotekh. i elektron. 8
fio.3:416-424 ~Mr 163. (MM 16:3)
(D6ppler effect) (Electromagnetic waves) -

:n fy- 17 3 1 7
A i"_!FSf~ A P 4r~ 'I
AUTHOR: Kolosov, 'vi. A.; yaicoviev, 0. 1. Y ef, -,-nov. A. Shvaclik,,11, K. M.
TITLE: Meter-wave propagation in interplanetary apace
:SOURCE: Radioteklinika i elektronika, v. 9, no. 10, 1964, 1735-1739
;TOPIC TAGS: interr lanetary space, meter vave, meter wave propagation, radio
wave propagation
ABSTRACT: The results of an investigation of 183.6-B& radio-wave propagation
are reported and corapared with some published data. The level of a signal
~ ly
received from Mars. I -'artificial object was rietermined by comparing it with the
receiver noise. The latter was measured by means of a calibrated noise
generator ari(! aiso bi a comparison wi-.h the r-f radiation coming from
w-,th"'n tale Z6-50-,nill1on--kn-. rar.~e
Card 1/ 2

L 11" 7 -6
!ACCESSION NR: AP1046671
-axim,jrn po-qRible attenuation is esti 'ate
were --~t reliable. th~ m rr d as 4t 2 db over
t C8
tn ~~pacp- A comparlson of h e
,a r: -
TTAA a *j ji
aad un raclar rza-nglng ii poss--blc. ur,~g. ar-, 4 iiguref,-
1ASSOCiATION: none
~SUBMITTED: 05MLa)64 ENCL: 00
0jREFv-'SO EM
O~k

ARMAND, N.A.; VVEDENSKIY, B.A.; GUSYATINSKIY, I.A.j IGOSHE;Vt I.P.,-
NAZAKOV,, L.Ta.; KALD112', A.I.;- NOLOSOV, M.A.; LEVSM, I.F.;
LOMAKIN, A.N,y- NAZA.Rz) L.G.; NEMIROVSKIY, A.S.; PROSPIA
A.V.j RYSKIN, E.1a.j SOKOLOV, A.V.; TARASOV, V.A.; TRASHKOV,
P.S.; TIKHOMIROV, Tu.A.; TROITSKIY, V.N.1 FEDOROVA, L.V.;
CBERNYY, F.B.; SHABELINIKOV, A.V.; SHIRET, R.A.; SHIFRIN,'Ia.S.;
SHUR, A.A.; ARENBERG,, N.Ta., red.
[Long-distance tropospheric prcogation of ultrashort radio
k
waves] Dallnee troposfernoe ras~rostranenie ulltrakorotkikh
radiovoln. Moskva., Sovetskoe radio., 1965. 414 P.
(MIRA 18-.9)

W1~4(Q-2 18Afid) --TT,/
ACCESSION NR: ~:AT5023589
UR/0000/65/000/000/0227/0233
AUTHOR:~ Kolosov, M. A. Yakovlev 0. I.-P Yefimov, A. 1.
t ---
5'
.:ATITLE: Propagationof*radlio waves n Antif4lanetary, an3 near solar space 6,~/
SOURCE: qyAesoXinnaya konfeientsiya -po fizike kosmicheskogo prostranstva. 1193cow,
11965.. Issledovmliya kosmicheskogo prostranstva (Space. research); trudy konf erentaiij
Z -v0
Moscow, I d 'ilauka,,1965, 227-233
n
TOPIC TAGS: radio emission, radio wavepropagation, radio wave absorptio
ABSTRACT: A study,of radio wave propagation from.Mars-l:at 183.6 Me and reception.
at dist h
-ances of up to,50:million km is reported. T e study included analysis of
a o wa
r
*di ve propagation at distances of the'order of 300 million km on the basis of
radio emission data f rom Taurus A. In particular, an attempt was made to determine
1) the maximum ossible values of.monochromatic radio
p wave'attenuation in inter
s ace,: ~'2) the attenuation-of radio waves with a white spectrum in the
planetary p
near. ~ s9lar ~,regioa, .3) the~effect of the interplanetary medium on radio wave props-
ibi
gation~ and 4) the poss e joechanism of.mon6chromatic radio wave attenuation.', Anai-
Mars-lyindicates~sigiial-,fading h '1r
ys s. of signals ~.Erom a ave an regular character
which cannot -be'J2.ntirely explained either 'by the. ef feet of ionospheric inhomogeneit 6i
Card 2

7-
- I

_~~L_2?__60
ACC NR:, A 6ol 144i SOURCE CODE: UR/0109/66/olil/oob/061'(/O("1.22
WUTHOR: Yakovlev, 0. 1.- Yefimov, A. I.; Shvachkin, K_ M.
ORG: none
ttenuation of radio waves in interplanetary space nd in the vicinity
TITLE, A a
of the Sun
~-SOURCE; R(Ldiotekhnika i elektronika, V. 11, no. 4, 1966, 617-622
TOPIC TAGS: radio.wave' absorption, radio wave prop,agation, space communi-
.Cation
ABSTRACT: A study of attenuation of meter.-band radio waves in interplanetary space
and in the vicinity of ft Sun -is discussed. A method of precise measurements of
..radio emissionlfrom radio source Taurus-A was employed. The measurements were made
from March through December 1964 at 184,lic and various values of angle The band-
width of the antenna radiation pattern permitted measurements at 0 ~ 50. On the
,basis of the measurements, the following conclusions were reached:, 1) There is no
attenuation (within. limits of t5%) in the propagation of radio waves with a continu-
ous spectrum et the 1.6-m band for a distance of 3 x 108,km when the energy beam
x 1 7, km
propagates at a distance of 2.5 0 from the Sun.. 2) Little attenuation was
observed during thepropagation of radio waveswitha continuous spectrum at the l1-,
3-5-, and 1.6-m bands through all the interplanetary space within the Earth's orbit
Card 1/2 UDC: 621.371.191/.192i523.164.3

ACC
iV,15027749 monograph MV -
Armand, N, Aol Vvedena B. A.I. Quoyatinsklyp 1. A.; Igoahev, I.P.j.
gallanfln Flazar
IG~iiiiEcv-.L. YIK.;.-- ~K ovaj Ii
yo n, A.; boKoL0v,_4,, Vq Taragov, Y, A,-
Taohkgy,,P. S.; Tikhomirov Yu. roitakiy, V. 11. Fedorova, L. V.j
- ~j T S
C . A7 ; -5 r
0' 1. rej 14makin, As b6
-Shur, A. A.;;YAkovlov 1,,j Koloaov, . j
Upper tropoRpheric 0 a lonNf%Xtraahort; radio waves (Dalinoyo
tropd-5-rexm6y-era5p a a e ye ulitrakorotkikh radiovoln) Moscow,
Izd-vo "Bovetako e ra 10" , 1965. 414 P- illus., biblio. 4000
copies printed.
WOPIC TAGSt radio wave propagation, tropospheric radio wave, radio
communicution, apace communication1tropoopheric scatter communicat-
A ion, signal proceasing, signal distortion, field theory
PMOSE AND COVERAGE: This monograph is intended for specialists
working In the field of radlowavo propagation, designers of long-
distance radio communication systems, and teachers and students of
the advai-iced couraea lim achoola of higher technical education.. The*
monograph contains, for the most part, heretofore. unpublished
results of Soviet eVerlmental and theoretical investigationa in the
field of long-distance tropospheric ultrashortwave propagation.,
A Ccwd iAo YrIU10c: C-21-37/0 Y

NRI
AM5027749
_Froblems of Investigating the troposphere by means of refracto-
motors, the mean level of signals, meteorological conditions and
topography, fluctuation of arrival angles and distortions of antennai
directivity pattorna)loases In antenna gain, and quick and slow . .
fadirWo of signal levels are discussed, Tho statistical character-.
ictica or the signals at diversity reception in time, apace, fre-
quency and angle-as well as the dintortion of eignala in the commun-
ication systemn are also investigated. The long-distance propagat-
theory to analyzed, and the engineering method of calculating field
intensity at long-distance tropospheric propagation in given. At -
present, there is no theory of Long-Diatanco Tropospheric Propagat-
h In practice. Thus, in
k' Ion which can be applied effectively enoug
the investigation or that propagation, considerable attention has
to be pald to experiments. The special characteristics of geograph-
ical conditions of the territory involved should be taken into con-
sideration during the analysis of experimental data and in their
Yractical application because the conditions of propagation in
arctic and tropical climates dIffer'from thone.eidating over Dean
and*continentu. A considerable part of the monograph deals with
the Investigationiof long-distance tropospheric propagation carried
out over dry'land routes, 800 km long, In the central part of the
USSR under the general supervision of B. A. Vvedonakly and At 0.-
Arenberig (up*to 195T)o Ve 1, Siforoy iniestig4ted problem con-
CWd 2A

ACC HL AH50 49
2TT
nected with dintortions and fluctuations of signaler- References
follow each chapter@
TANX OF CONV=Ss
Foreword
Ch. 1. Radio Engineering Methods of Investigating th* Troposphore
Dielectric Constant
Bibliograppy 16
ph. 11. Roaulto of Troposphere Dielectric Constant Measurements 17
ationship between the mean value of the air refraction Index
1. Rol,
and altitude. Standard radio-atmosphere - 17
*-,2. Plw)tuations of the air refraction index- -- 24
osphere model -- 43
3. Some notions on the trop
V1blIOgraPhY 45
Ch. n1. Average (mean)'Signal Levels In Long Distance Tropospheric
propagation of Ultrakhort Wavos L% P -U.8 V)~ ~ 48
gAo

ACC NAt AM50277119----____
1. Equipment and measuring methods for the moan signal level -- 48
2. Signal attenuation function in LTP USW -- 54'
Relationship between mean signal level and the distance 57
4, Relationship between mean signal level and the wavelength - 63
5. Relationship of mean signal level and the shadow anglEmof both
transmitting and receiving antennas --1-65 2'
6. Diurnal and seasonal variations of mean signal level 7
Bibliography 75
lCh.' IV. Effect of Air Refraction Index at the Zarth Surface on the._.
Mean Field Level In LTP USW -- 77
10 Correlation of the mean r1eld level with the &Ir refrowtion
Index at the FArth Surface. -- 77
2, possibility of predicting field intensity variations 61
-13ibliography 86
Ch. V. Fluatuation of Radlowave Arrival Angles wA Instantaneous'
Patterns of Antennas Directivities 88 -and recording of'
le Methods of measuring radiowave arrival angles
Instantaneous antenna directional patterns 69
CO-4 L&A0

2, pluctuation of radlowave arrival angles In horizontal w0 vertical
planes -- 92
3- Instantaneous antenna directional patterns 92
Bibliography 102
Ch. Wo Losses in Antenna Gain of MP USW 103
1. D6torudnation and methods or measuring loines-In antessna gain.- 103
2. Experimental data on losses In antenna gain -- 108
3. Theoretical,Investigations on losses In antenna gain 114'
Bibliography 120
Ch. VII. Theories of Long Dietance Tropospherio'Propagation of
USW'- -- 122
1, Introductory remaom 122
BibUography IL29
2~ Theory of scatterim radlowaves by tropospherlo tustulont
nonhOMOSOMIUSS 130
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A145027749
Bibliography 150
Reflection or radlowares from dielectric nonhomogeneitles of
definite dimensions -- 151
Bibliography 171
4* Raflectiona of radlowaven from lodnated tra"spherto nonhowo
geneities of random character -- IT2
'Bibliography 1T9
ch. vxxx " Engineering Method of Denign-Calculatlon of nold Xntonsity
Attenuation -- 180
-~J. Basic rulen of calculation method -- 181
2. Diffraction horizon ( a distance, beginning of which, the Yalu
of the field intensity, calculated according to thediffraation
*formulae in smaller than the measured intensity) -,. 182
'3. Detervdnation of field standard attenuation 182'
4. Meteorological conditions correction 184
Local topography correction - 185
Nat1mate.of leasea.1a antenna gain 185
.qw

M15027749
7, Eatimato of fadinga 286
Bibliography 188
.Ch. 3X. Statistical Characteristics of the Envelops, Phase and Fre-
quency of.the Random Signal In MP USW -- 189
1. Statistical characteristics of atmosphere dielectric constant;
signal components.in IWP -_ 189
2.-Distribution-laws for the envelopes and phase of various signal
components -- 193
3. Distribution laws or sum-nignal envelope value
4-Kulti-dimenuional distribution functions of Instantaneous
1 of'envelopes and phases of the spaced signals in minute Intervals
207
56 Parameters of multi-dimennlonal,amplltude and phase distribution
-functions of spaced signals -- 210
,0. Statistical characteristics of instantaneous values of the en-
velopos of spaced signals In minute intervals -- 222
7. Statistical characteristics of Instantaneous values of spaced
Oignp-1-phases in minute Intervals -- 239
statistical charaoteristics of Instantaneous value of phase
first derivatives of spaced signals In minute Intervals -- 248
cc~d TAO

AC5-NRi----
AM5OZff49
9. Statistical characteristics of Instantandous values of the first
derivative or phase In minute Intervals -- 257
B~bliography 260
ap.,,X. Experimental Investigations of Rapid and Slow Failings in
1T.P USW -- 262
1. Methods of measuring and processing experimental data -- 262
2, One-dimensional. distribution functions of signal Instantaneous
values -- 264
3@ One-dimensional distribution functions 6f signal averaged values-.
278
Period and frequency In rapid fluctuations of signal envelope-283
Blblicgraph7 -- 287
Ch. XI. Experimental Investigation of Signal,Statletleal Character-
latics at Space, Frequency, Time and Angle Diversity'Roceptlon - 288
1. Space-diversity reception -- 288
2. Frequency-diversity reception -- 295
3. Time-diversity reception
4* Frequency-time diversity reception 305
50 Anglo-diversity reception 307
I CW4 8/10

Y
T~C~M_94_50'27"4
Bibliography 312
Ch. )(11. Investigation of Amplitude-Frequenoy and rhase-Prequemy
Signal Characteristics at LTP -- 314
1. Measuring and processing methods or experimental data ---! 314
2. Amplitude-frequency characteristics -- 321
3. Phaae-frequoncy characteristics of LTP channel -- 325
4. Froquonoy oharaoterlstion*,of signal group't1we delay -334-
Bibliography 350
Ch. MI. Signal Distortion In LTP USW -- 351
1. Theoretical Investigation of distortions appearing In multi-,
channel FM LTP communication systems -- 352
2. Experimental investigation of distortion in LTP -- 384
3. Distortions appearing during TV transmission over tropooph*rlo
radio links -- 389
Bibliography 392
Appendix Automation of Signal Statistical Processing 394
1. Quantification of oontinuous signals and ooding 395
2. SIgnal. quantlflaatlon Instruments --.39T
Cwd 9AQ

ACC NR: AP6036377 SOURCE CODE: (JR/0109/66/oi 1/0 11 /2064/2066
~AUTHOR. Yakovlev, 0. Is;. Yefim6vt A. Is
ORG: none
`,'TITLE: Fluctuation characteristics and opictrum of radio waves propagating
e in
the interplanetary apace
SOURCE: Radiotekhnika i elektronika, Y. 11, no.' 11, 1966, 2064-2066
TOPIC TAGS: radio wave propagation, interplanetar-y space, interplanetary
communication
ABSTRACT: Rapid fluctuation of energy stream propagating in the interplanetary i
space has been obnerved (A. Hewish et al., Nature, 1964, 203,,4951, 1214) when
the radiowave sources have small (I angle minute or less) size. This fluctuation
is due to the rapidly-moving otat1stically-inhomogeneous plasma that fiUs the A
!Card 1/2

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NALIVK N,"
P ,V.D.; DEDEYEV, V,.A.; IVANTSOVA, V.V.; KATS, Z.Ys.; KRUGLIKOVp N.M.;
~IAZjUWV, V.S;_i_SVrRC97n_V-.G.P.- CIMINIKOV, K.A.;'SHABLINSKAYA, N.V.;'
ZIIABREV' -I-,P ROZANOV~ L.U.; SOFMINITSKUY- F_A-f
Priminal uBb stjy~*-. ~.. - -P. 0 . ; y . .1;
HHAIN, V.Y4. ~..SIPDNI~NKO %:_,T,.N.j'SOKOlDV, MI.; Ygqy~TV) O.H., gidrogeolog
th 6il, ifid' g~ b~6tihti6 Va nrl + c s
[C646tatl-~~ afi~I:V6i6 &f e
&f -tho Wp-bt-SlbeHaii-6fid Tui-hii.~-Sd~thian-~l'ifoi-nLi-.
- 42
i ralUg_s'zon-_o's_n_io_6ti'i t~~niki- -Zaps dn6.:Siblrbko'i'-i Turano-
ans' 4
ngra'd_'Nidrh--1965.'-322 (L_hin&_d*.*
~Jjt.7 Lefil " 0 p a
V-6666iii~fayi--iiiftiifi6i-nauchno-issledovatell.!3kii geologorazvedochnyi
4 institut,.Trudy,..no.236) (MIRA 18:6)

Y/i C "V L- U. V.)Al
SLUTSKIT, H.Te- YAKOYLEV O.H.- ANDWAT-RTBAEDY.L.I.; ROMAWVSXIT,
V.P. k;~IiRi;~ ~ nauk. doteent. redaktor; LWINSON,
Te.M inzhener, redaktor; NIKITIM, P.S.. inzhener, redaktor;
S(NDWVA, L.V., tekhnichask-Ir mdaktor.
[;leCtros3gn~tic stampIW presses] Blektromagnitmve shtampovo-
chrqe pressy.-Pod obshchei red. V.P. Romanovskogo. Moskva. Goo.
muchnlo~tekhn.izd-vo roashinostrolt.lit-ry. 1955. 21 p.
(Bibliotecbka shtampovshcbiks, no.11.) Cgicrofilu] (MLRA 8:10)
Sheet metal work) (Magnetoolectric machines)

17, 70
AUTHORS.
2~86
S/187-1/000/010/001/007
D113
D053W
Nazarov, S.Kh., Korzhukov, N.G., Pletnev, A.P., and Yakovlev,
O.ff-
TITLE: The type 6-35 magnetic tape
PERIODICAL: Tekhnika kino i televideniya, no. 10, 1961, 7-11
TEXT: The authors describe the.manufacturing process of the type 6-35 mag-
netic tape and compare its operating characteristics with those of other
types of tape.. Unlike other Soviet-produced tapes, this perforated 35-mm
tape has a ferromagnetic coating made of -ferric oxide without an admixture
of cobalt compounds. It was jointly devloped in 1960 by the Shostkinskiy
filial NIKFI (Shostka. Branch of the NIKFI), the Shostkinskiy khimzavod
(Shostka Chemical Plant) and the VNAIZ. The film for the tape is made of
CBX-40 (SM-40) synthetic resin, which is a copolymer of vinyl chloride
and vinylidene ohloride, with aromatic hydrocarbons and ketones as solvents.
The film is then coated with a ferromagnetic suspension on a special Mt7-400
NP-400) machine designed and built in 1960 by the Shostka Chemical Plant.
Card 1/0

2-n576
S/187/61/000/010/001/007
The type 6-35 magnetic tape. D053/D113
The type 6 magnetic powder contained in the ferromagnetic suspension is made
of o(j-FeOOH which is processed into e-ferric oxide. The grains are acicular,
0.2/4,long, and have a length to crossover ratio ofCt-7:1. The performance
of the new 6-35 type magnetic tape was investigated and the obtained operat-
ing characteristics were compared with those of the "Gevasonor T-20011, 2-35,
4-35, C -1 54-4558 (S-1 4-4558) (standard) tapes, and with the tape produc-
ed by the "Pirall" firms Abstracter's note: the name is given in Russian
transliteratioj, The basic electroacoustical characteristics of Soviet
magnetic tapes are compiled in Table 2. It can be seen that the type 4-35
and 6-35 tapes have similar electroacoustical characteristics except that
the demagnetizability index of the former is 4.5 db less than that of the
latter. A comparison of the amplitude characteristics, remanence variations
and the coercivity of these tapes showed that (1) the cobalt-free 6-35 mag-
n,etic tape possesses a better demagnetizability than cobalt-containing 2-35
and 4-35 tapes, especially with the elapse of time; (2) the optimum value
of the high-frequency bias current and the value of the recording current re-
quired for obtaining a given magnetization level were reduced in the 6-35
tape; and (3) the basic characteristics of the 6-35 tape remain practically
Card 2/4

28576
S/18 61/000/010/001/007
The type 6-35 magnetic tape D053YD113
constant within ambient temperature variations from +600 to -6oOc. There are
8 figures, 2 tables and 2 Soviet references.
ASSOCIATION: Shostkinskiy filial Nauchno-issledovatel'okogo kinofotoinstithta
(Shostka Branch of the Scientific Research Institute of Motion
Picture Photography)..

AIMREYEV, Yu.F.; YAKOVLEV 0 N
Hydrological study of,Mesozoic and Cenozoic sediments in the
northwestern part of the Wast Siberian oil- and gas-bear ovince.
Trudy VNIGRI no.225:303-310 163. =(17:3)

=o=, PO
Inprovement.in the design oil spring anticrespers. Zhel.dor,
transp, 310 -no.6:83 Je '55. (MIRL 12:4)
1., Starshiy inzhener distantaii puti, stantsiya Altavakaya-
(Railroads--track) (Railroads-Equipment and supplies)

-I=VLEV, P.
"Historical development of tho technologr of grain milling."
N.A.PonemaIrave Reviewed by.P.iAkovlev. Nuk.elev.prom.22 no.5:
Tof cover MY 156. WMA 9: 9)
(Grain millingl
V(Ponomnrev, N,A.)

AUTHOR: Yakovlev, P., Squadron Commander (Chelyabinsk) 8h-12-31/49
TITLE: A Direct Procedure (Po pryamoy skheme)
PERIODICAL: Grazhdanskaya aviatsiya, 1957, Nr 12, p 24 (USSR)
ABSTRACT: The author reports an innovation introduced by the Chief of Communica-
tions and Radio navigation 0. Khomutov, and the Chief of Radio 1dreation
Finder Station, P. Kozulin, to simp4fy the procedure of getting the
bearing from the station. The improvement Involves an addition of
an audio-frequency generator and a microphone amplifier to the,ground
transmitter. The addition makes it possible to cut the time of getting
a bearing down to 20-30 seconds. The article is accompanied by the
wiring diagram of the device.
AVAILABLE: Library of Congress
Card 1/1