SCIENTIFIC ABSTRACT BASHLAVIN, V.A. - BASHMAKOV, A.D.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000203820016-9
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 6, 2000
• Sequence Number: 16
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

IILIPPOV' YU-V-,* XIL'M. Yu.,G.; MSMNS, LA.; BOWAYIN, Y.A.;_
SHLWROVA, T.A., red.ixd-Ts.; ROMMTA. V.V.-,--fe-kbn.rsd.
[Problems in planning the section of nature maps in complex
atlases of republics, territories, and provinces of the
U.S.S.R.] Toprosy proaktirovaniia. ratdel& kLrt prirody komplek-
sEVkh atlasov respublik, kraev i oblastei SSSR. Moskva. Izd-vo
geodes. lit-z7, 1960. 124 p. (Leningrad* T$entrallnyi nauchno-
iseledovatellskii institut geodezii, aeros"emki i kartografii,
Trudy, no-133), (HRA 13:6)

BASHLAVIN. V.A., nd.tekhn.nauk
International map of the world on the millionth scale. Sbor. at.
po kart.' no. 11:3-6 060. (MIRL 14:1)
(World maps)

ACC NRa
SULMCE: Ref. zh. Mika, Abs. 9E41
AMMORS: Bashlachev) Yu. A.; Takavlev, V. F.
TI TIZ: On vAbrational-Tili~x-ation in liquid and gaseous media
REF SOURCE: Uch. t,%p.'Ao6k. obl. ped. in-ta, Y. 147, 11964,
U9-1221
.C?TC VAC-S: relaxation process, gas relaxation, vibration
relaxation, gas kinetics,
fluid kinetics, approximation
An approximate gas-kinetic model of the liquid state makes It
possible
c) i, correct estimate of the connection between tne paraineters
of the rel&xa-
_10n ;.rucesses of the Kneser type in liquid and gas media, and
to use the estimate
fc.-, pre--iminary calculations in experlz~~ental research.
SUB CODE: 21J

SO: 11TOPlit No. 34

BASHUVINA G. N
29498-
Eadechi Nauchnoy Kcrtogrefii. Trudy Tsyentr. Nauchisslyed. in-Ta
Gyaodyeeii,
Aeros" Yemki I Fartografii. vyp, 55, 1949, s 3-7.
So; Letopis' No. 40

BASHTAVIKA., G. N.
"Peculiarities of General Geography School Wall Maps." Sub 2 Nov
51, Moscow
Inst of Engineers of Geodesy, Aerial Photography and Cartography,,
Ministry of Higher
Education USSR.
Dissertations presented for science and engineering degrees in
Moscow during 1951.
SO: Sum. No. 480,, 9 may 55.

14- L- A-V I A] G.N.
IUSEIAVINA G N
Close ties between science and Industry to a guarantee for
further achievements In Soviet cartography. Sobr.st.po kart.
no.2.*12-15 152 (MIRA 10:12)
(Cartography)

-IMO AGV.I redaktoii SH"OTA TAG radaktor
'ARPT Smitit -- I - - ~ 9
I.Aa, tekhnichaskiy redaktor
ti?Sculari:Ies
of compillng wall maps for school geograplW courses]
I sostavlenita atennykh obabobegeograficheskikh sbkoll-
mftb kart, Mookwa, lmd-vo goodestobaskoi lit-ry, 1954. 116 p.
(Cartograpby) (MLRA 7:10)

G.N.,- lASMAnUj-N-; URMOT, A.Ya.; ammy, Y.A..; Ymn"T.
KWOV, A.M.; XMVAINA. Z.F.; MIRC~H-
yu. T.
NIOMMO, A.?.; IrOLIATIff I P.K.; ZVOMOV. PJL.; PAVWV. T.T.
Discussion o*f I.A.Salishchev's remort. Brief report of speeches
of G.N.
Che,rdantsiv. G.N.Bashlayina A.IL.Xarunov, V.A.Merkaloy,
IU.T.Pilippoy,
D.A.Larin, P.T.Densin, A.M.Iromkov, Z.7.laravaeva,
A.Y.Mirashnichanko,
P.K.]Eoldaev, P.A45k-vortsoT, V.V.Pavlov, Vop.geog. no.34:14-34
154.
(Cartograpby) (H= 7:12)

FILIPPCR, Yu,V., itwhitell; BASHLiTIZA, G.N., inshener; Pomisnu. L.A..
rodaktor.
CdeWaphlcal atlas: for classes 5 and 6 of secvudw7 schools]
Geogreficheskii atlas; dlia 5-go i 6-go klassey erednel shkely,
Keskva, Glarnee upravlenie geedesil i kartegrefii, 1955. 43 p.
(Atlakes) (Km 9:5)

KKIJR. MoNs, otTststViwwrsd*i I'AWWQ%.JLJA, red.; VORONMp' A~N*,
red.;
GUMITIW, I.T.1 red.; 4SIATClY, I.I., red.; KOZLOT.,'Y.K.. red.;
LARrff' D.*., red.; 11 V.A., ."d.; SAXOYU)V. I.I., red,:
SUMOVAU, Ye.A., red.; MOWI.K.79, rod,ISHGHASTN]ffg PoNs. red.;
Mj MHKM, V.A., red.; SHUROV, S.I., predeedatell, red.; wmw.I,
V,G*
(Geographical atlas for the fifth grade] Geograficheskii atlas dlia
5-go klassa. Moskva [195?116 p. (MIRA, 1197)
1. Russia (1923- U,3,3A) Glavuoye upmvleniye geodexii i
kartografii.
Owps)

PHASE I BOOK M[P=ATION 278
Tsentrallnyy uauchno-issledovatell.skiy institut geodetii.,
seros"yeWd i kartograrii.
Issledovenlya po kartografli (Rose" In Cartogra;by) Mosccw,,
Geodezizdat,
195T- ~9T P- (Its: Trudyj. Type iiT) lsT00 copies printed.
SPONSORING
AGENCY: Glaynoye upravle" podetii I kartografiL WD MR.
Ed.: B!!~~Uyina~ G. N.; Tech. Ed.: Romanovs, V. V.,- Ed. or Publishing
-House: Shamarova, T. A. I. I
PURPOSE: This colle 'ctlon of articles Is intended to inrorm the
general-reader
and the specialist of the latest achievements in map naldin and to
suggest Pome nev Ideas imdizprtvem=ts.
COVERAGE: See Tsbl'e' of Contents
Card 11T

Research in.Caftop"y
278
TABLE OF C
N kiebovS. L., Candidate of Geogrqphic Sejence6. Results of
Making
Inieirited Maps of 'Agriculturil Ci*ditiow ln*the USSR 3
The author-recapitulates-the history of agricuituria map
making in Russia
and-mentions*a few recent maps of ease serif (among them
those made by'
Cherdantse*, G. N., Frolov, ' N. S., and Rakitnikov., A.
N.).' In cotinection.
vlih the establishment of the econmic regiqvis , the
author.believes that new
tasks. are Inposed upoa Soviet'nap iskers.- Thus far.,
however, po outstand-
ing agricultural maps have been made..' The author
disawkies,two attempts
Vhich deserve same attention. Academician Nqpcbiuorj' V..S.p
and.others pre-
Pared a map of agricultural conditions and outlined 28
typ4cal r6gions,
The map appeared In the 1955, Nr 4 issue of Planovoye
KhoN=tVor. The
defeat of this map is in Its graphicii'pre~6n ation.. since
-the map do:so not
,bring out the speeialization *df'each of thl 18 regions.
Another map dis-
cussed in the article is the stan&pd large-scale'vall map
'used in schools
since 1952. This may'divides the Uhiozi,into 21 typical fdm
zones.,
Card 2/7

Research In Cartograpby 278
The author makes nwerouo suggestions on how best to present an
agricultural
map and outlines 33 -typical farm and animal husbandry ra9IW4 P
although the
rejions are not outlined with res]?act to my definite
geographical areas.
There are no diagrams or references.
Gurarip ye. X., Candidate of Econopic-Sciences. Some.Questions
on the Prese~ta,.
tion of Industries in Economic School Maps 21
-The author di scusses the difficulties connected with the
presentation of any
-large concentration of industrial activities e.g.(1he Ruhr.,
Lancashire, etc)
in a -11 area withou: -omitting some of the activities. The
author suggests
making two or more maps of, the same area and illustrates this
with the ex-
sale of 26di. He also suggests acme symbols to be used for such
a may;
these symbols are shovn on.several maps drawn by the author;
smiong them a
general economic map of Moravia.. The a 'uthor believes that the
lack of adequate
in rorfimtion bn potential iud4atrlal resources., such 'as the
possibilities for
power development or the existence of une?mloited mineral wealth
is one of the
major defects of all present-day'economic school maps. In his
opinion poten-
tiql industkial re 'sources should be included in school maps on
economic con-
ditions in a given area. There a-re 7 maps and 1 Soviet
reference.
Card 31T

Aesearch in Cartography
Kellnerp Tu. G.,. Candidate of Geographical Sciences; Lozinova,
V. M.,Candidate
I
of Tedhnicpl'Sciences; Naumoft.. A. 1. Expehments in Making
Coq?psite.
PbyoicqgeognWc Maps of the USSR for Use in Schools of
Higher1earning 39
The author emphasizes the importance for schools of higher
learning, of
emposite landscape maps.. i.e. maps showing all the topographic
features
of the given region. As an example.. the" wxth6r describes the
map
"Prirodnyye usloviya SSSR," sc'a1&.lr4,,000;000j*intended to
show natural con-
ditions of the country as a whole. This may was propared in
1950-53 in the
catographic division of tbe Central Scientific Research
Institute of Geodesyq
Aerial Photography and Cartogra-phy. In 1943-47, the study and
preparation
of composite maps in the Institute of Geography of the Academy
of Sciences
was led by Gerasimov, 1. P. and Lavrenko, Ye. M. Analytical land
cape maps
were also cceplied by students of Moicow and
Leningrad'Universities. The
author ccaimends Ivanov, N. N. for intr9duaing a better method
of showing
the anount of bm'dity in a given areaby using different colors.
The article
contains suggestions on how to deal with various types of
vegetation (e.g.,
coniferous f6rests) and with phenemena like drainage or
evaporation in thqt
preparatign of a composite map, There axe 3B drWings and 8
Soviet references.
Card 4/7

Research in Cartogra;ft 278
Karpov, No Sop Candidate of Technical Sciences. Contemporary
Foreign School
Atlases 57
The article surveys, a number of atlases published outside of the
Soviet
Union. It does not., hwever,, discuss each individual atlas. The,
article
is divided into chapters, each dealing with one particuLar aspect
of atlas
m4kIng.. such as the utilization of space.,the gazetteer, the
projections
and scales, the system used in compiling the atlas illustrations,
etc.
There are 29 titles of foreign atlases, of vhich one half refer to
the Soviet
satellites and China. There are no diagrams. The article praises
foreign
atlases for presentation and for richness of pictorial material.
Card 5/r

Research In Cartography
V8
Kopylova., A. D. On Possibilities of Using Colored Hachures
in Printing
Map Backgrounds 79
The artiale refers to the researcb-on the above su4ect done
by SadchiXov,S.F.
in the division or cartographic printing at the Central
Instit,'ute or Geodesy,
Aerial Photography and Cartography. 'As an illustration of
what'is consid-
ered general practice, the author mentions the hatching of
ocean depths in
various degrees of blue. The article suriveys the
experience gained in the
field or opt"mal utilization or colors in dotting and
hatcbin map back-
grounds and makes a nwober of suggestions on hov to draw
batch lines. The
author recomends using three and never moreethan four
colors for such drwr-
ings. He also prescribes exact specifications for the
thickness of the hatch
lines, for the type of print used over the'hatching, etc.
There are I table
or 15 maps and 3 tables with specifications. No references
ate listed.
Card 6A,

... .... wry-
Research in Cartography 278
Bashlevina, G. N., Wehetskaya,, te. 1W., Cmididates of Technical
Sciences
On Further Imjro~aabnt of School Atlases in Accordance with the
Change
in the Geography Curriculum. 87
The authors analyze the content of saool atlases for the 4th
., 5th' 6th,
and 7th grades and suggest a number 6f improvements in presenting
the,
materia.3. In addition, the authdrs urge, pursuant to the recent
changes
in the geography curriqulun) 'the,inclusion In future atlases of
bearing on the new topics of interest, such as may reading,
topography,
regional geograpq.# etc. Special emphasis is laid on the study of the
Particular oblast in which the school happens to be located. Thert
are no
references.
AVAILABLE* Library of Congress: (QW5.M64)
May R6, 1958
Card. 7/7

BASHIAVINA, G. N. kandidat t ekhni dhe skikh nauko
I ifil ppovich Sadchikov; on the occasion of his 60th
and 30th year of working for the Main Administration of Goodevy &ad
Cartographys Good* I kart. no.1:48-49 Ja 157. (Kuu 10:3)
(Sadchik*v, Sorgel, Filippovich, 1896-)

0(I
AL
AUTHORSt
TITLEs
6-11-7/13
Bashlavina, G.N., Candidate of Technical Sciences, P121]Pov, 1U.1
_Mo"Ior or-Teohnical Sciences
The Scientifio Works and the Fundamental Works of Soviet Carto-
graphy (Nauohnyye raboty i oenovnyye proizvedeniya sovetskoy
kartografii)
PERIODICAM Geodeziya i Kartografiya, 1957, Nr 11, pp. 44-53 (USSR)
ABSTRACTs A survey is given of the entire cartography. The map of the
USSR
1 1 100 000 consists of 20 000 sheets and that of 1 1 25 000 will
need more than 300 000. Very important was the production of
hypsometric maps. Fundamental methods for the generalization of
the xelief were worked out. Of hypsometric maps were publisheds
1939 - 1 a 1 500 000 European USSR, 1949 - I 1 2 500 000 USSR,
General Geographic Map of the USSR (published on the scale
1 : 1 000 000) the latter rightly serves as the fundamental map,
The first volume of the Large World Atlas was published in 1937~
and the New World Atlas in 1954. The Sea-Atlas in two volumes
was published in 1950 and 1953 respectively. The Atlas of the
USSR and the Small World Atlas were turned-out an the basis of
the Large World Atlas. At present irork is done a physico-geo-
Card 1/2 graphical world atlas ana on complex atlases for the Ukraine,

6-11-7/13
The Scientific Works and the Fundamental Works of the'Soviet
Cartography
Belorussia and the Central Asiatic republics. They will render
the landscape, the economy and the history of the countries
concerned. Among the maps of smaller scales that of I t.1 000 000
is of special importance. Of geological maps the following were
published: 1 1 5 000 000, 1 t 2 500 000, 1 9 4 000 000, and
1 1 5 000 000 0955). Of soil mapst 1 1 4 000 000, 1 1 1 000 000
Of flora maps: I s 2 500 000 of the European USSR and a geobo-
tanical one 1 1 4 000 000 (1954). A description is given of the
maps and atlases used in schools, and of the mathematical bases
of the maps, The production of the maps and the problems and
endeavors connected with it are described and it is pointed out
that in the transcription-department of the "TsHIIGA i K" the
fundamental principles for the tranmription of the geographic
names are established by a special "General Instruction
AVAILABLE: Library of Congress
Card 2/2

BASHIAVIRA. G.N., land* tokbus nauk; MYSMUSUNW-U.N.
On.furtbur AiVrb"vittil-of 'ichool itUlss-s in
couneetion with progms
changes in geograpby. - Tkv~ TSNIIGAIK- no.117,-87-98
157. (XIRA lOtIZ)
(Atlasas)

SMOOT!, V.A. oty.red MMV B.I., red.; re
VORONINA, AX, red,; GURIVICH, I.V., red.; ZASLAVqIY, IOL,
red.; KOZLOV, IF.K., red.; TAR , D.A., reds; PAM,' V.A., red.;
SMOTLOVO .I. I.g,red*; MMOVA, TO *A..91 redo; 6TOM-LINs reds;
60HASTMIV. P.N., red.: TUTOMM, V.A.. red.: V.G., reL
DIUMNYA, !.N., red.kart; POLYANSKATA. LA.. red.kart
[Geographfbal atlas.of the U.S.S.R. for the seventh grads3 Geogra-
fichaskii atlas SSSR dlia 7-9o klassa. Koskva, 1958. (KIRA 120)
1. Rassia (1923- U.S.S.R.) Glavnoye upravlenlye goodesli I karto-
grafti. 2. Nauohno-redaktsionnaya kartooostavitallskaya chast'
Qlavnogo upravleniya geodexii i kartografii Kinisterstva vimtreniLikh
del SSSR (for all except Dyushava, Polyansk&ya).
(Atlases)

MMURAMs SON., oty.red.; 3MOT, 3.1., r8d.;.AAWuTAW'1-mA
(M. red.;
I.To.''red.;
IGI.,
ZASLAVSLIT,
red.;
X02LOT, ]PON, I r'ed.;, 14RIN, D.A., red.; 'R V,Aq,
red.;
SMOYT=119109'red.; WXXOTA, Ti.A., -red.; STHOYBI~ A.7.
q red.;
SCHASTMff v P&No 9 "do TUTOCKIM, LAO , red, It T.G.,
red,
[Geograpby 'atlas for.the sixth grade] Geografioheskii
atlas dlia
6-go klesea. Moskva,.1958. 32 p. (mma 12:9)
L.Russia (1923- U.S.S.R.) GlavAoye upravleniya goodesii
L
kartografii. 2..Nauchno-radaktalonnaya
kartooostaVitallskeya
chant' TSentrallnogo'nauchno-lealedovatallskog6
inatitnta
geodexii. aeroanyowki i kartografil.
(maps)

BMDIN, A.Y.; I)DLDATBVO F.K.; IMSHL&VILU G.W.; SHAMBOU, T.A.,
red.lzd-m-va;
RDNAMDVA, V.V., tokhniroVw*"~-~
[Ingraving topographic maps for publication] Papto-AS-6.-
ts'pograviebaskikh kart k lidatRu metedom gravivrovaifiaMosk~i.
lud-ve Geodes. lit-ry, 1958. 59 P. (Leningrad, TSentrallayi
nauchno-iseledovatellskii Institut goodezii, aereememki i
kartografti.
Trudy, ne.3-27) (Him 11: 10)
. (maps, Topographic)

3(2)
%WTHORs Bashlavina, G. N., Candidate of SOV/6-59-1-11/14
'Teohn ai--S~M
TITLE:
On the Plenary Meeting of the Commission for Wationa;. Atlases

of the International Geographical Union (0 plenarnom sobranii

Komissii
natsionaltnykh atlaeov Mezhdunarodnogo

geograficheskogo soyuza)
PERIODICAL%
Geodeziya i kartografiya, 1959, Nr 1, pp 61-66 (USSR)
ABSTRACT:
The International Geographical Congress in Rio de Janeiro

(1956) established the Commission for National Atlswz.

The first
plenary meeting took place from August 11 to 20,

1958 in Moscow (at
the State University). The opening speech

was delivered by Professor
K. A. Salishohev. The Polish

representative Professor reported on the
work

done on the atle-ses of Poland. The work in the USSR was

dealt
with by S. I. Shurov, Chief Editor of the Cartographic

Service of the
GUGK, who spoke about "Soviet At!zaes 1;

Professor Yu. V. Filippov of
the TsNIIGAiK in his lecture

dealt with the structure and the contents
of the physico-

geographical world atlas being worked on in the USSR;
the
Card 1/3
Second-in-Charge of the Gidrometeorologiaheakaya sluzhba

on the Plenary Meeting of the Commission for SOV/6-59-1-11/14
National Atlantes of the International Geographical
Union
(Hydrometeorological Servioe of the SSSR (USSR) Professor
F. F. Davitays, reported on the "Climatographical Atlas of the
USSR", the first volume of which, containing 286 maps, will be
published i1L 1959, and the sooond volume with 138 maps one
year later (scalest I 1 121500,000, 1 1 25,000,000, 1 1 50,000,000)
Professor K. A. Salishohev spoke about the problem of the
purposes and improvement of national G. A. Ginzburg,
head of the group of mathematical cartography at the ToNIIGAiX,
spoke about "Mathematical Elements of Maps of Complex At-lAws
of Individual Countries and Areas". 1. 1. Nikishov, head of
the laboratory at the T9N1IGAiK, reported on "Methods of
Representing Agriculture in Soviet ". Professor
A. I. Preobrazhenskiy of the Mookovskiy institut inzhenerov
geodezilu, aerofotoollyemki i kartografii (Moscow Institute of
Geodesy, Aerial Photography and Cartography Engineers) spoke
about the "Maps of Industry in Complex Atlases of Individual
Countries". I. P. Zarutskaya, Docent at the geografioheskiy
fakulPtet Idookovokogo universiteta (Faculty of Geography of
Mosoow University-) spoke about "Relief Maps in Complex Atlases."
Card 2/3 1. N. Guseva, Teacher at the of Geography of Mosoow

- - --------
On the Plenary Meeting of the Commission for sov/6-59-1-11/14
National Atlasea of the International Geographical
Union
University, spoke about "The Contents of the Section of
Climatographical Maps in Complex 'AtO.Ases of Countries and
Areas". The scientific collaborators of the TsNIIGAiK,
L. M. Byushgens and Yu. G. Kellner, spoke about the
"Cartographing of Nature in the Published Complex School-
.Atlases of Individual Countries and Areas". 0. A. Yevtoyev,
Teacher at the Faculty of Geography at Moscow University,
spoke about the "Population Maps in National Complex
Atlasen ". There is 1 Soviet reference.
Card 3/3

3'(2)
SOV/6-59-10-15/21
AUTHOR:
Bashlavina, 0. N.
TITLE:
On New
Geographical Standard Atlases for Schools
PERIODICAL:
Geodeziya i
kartografiyal 1959t Nr 10, PP 52-57 (USSR)
ABSTRACT:
In connection with
the act "On the Strengthening of Relations

Between School and Life and
on the Further Development of

the System of Popular Education in the
State" of December 1958
;/

the author gives a survey of the edition of the second series

of
etandard echool atlueee, The first series was published

in 1938-1941
and after the War. The second series has been

compiled since 1955 as a
result of the new curricula for geo-

graphy. The author gives a
description of the new instructions.

Exercises in reading
topographical maps have been introduced

in all classes. For the first
time, the geography of the "home"

republic or oblast' is taught in the
seventh class as a special

olored plates are not contained any longer
in text-
subject. C

'
books. The atlases have been reduced in price* The first volume

contains topographical maps and a list of signs. The atlas

for the
fifth class presents the fundamentals of aerial sur-

veying. The
atlases for the fourth, fifth, and sixth class have

already been
submitted to experts. At the end of 1958 the at-

las for the seventh
class was edited; it is presently being
Card 1/1
tested in schools.
There is 1 Soviet reference.

SMUWYA G.K.. otyered.; SHMT, 6.191, red*;_#&�UAYIJY6 GjN., red.;
TMONINA, A.N,,, red,; GUMICH, I.T., red.; UWAVSKIr, 10100
red*; IOZLOV, FA, red.; LARIN, T.A., red,; RAtTMI, TA,, red.;
SAX07WV, I.I., red.; SMEORROVA, G.N.. red.-, SUMOTA, YeaAst
redo;,WROYBT, K.7., red.; SMSTNIT, P.N., red.; TMOCHKIHA,
V.A., rea.; mm, v.a.. raa.
(Geographioal atlas for the fourth grade] Oeograficheskii atlas
dlia 4-go klassa. Kookya, Glavouprav.geodez. i kartografii K-va
geol. i okhrany nedr SM, 1960. 16 p. (NBA 1318)
(Atla'ses).

GAIRONOT&I T*A,q otv,reds;- SIMT* $.I 'red.; BASHLAVINA, GN,, redo,
VOROXINA, A.N.6 red,,; GUREVICH, I.T., red.; ZL%AYSXIY, I,I,' red.;
X02LOY. P.N., red.; I-ART . D.A., red.; RAUSK, V.A.. red.;
SAMOILOTA,
I.I., red.; SLMOTA, Ta.A.. red.: STROTIT, K.P., red.: SCHASTM.
P.N., red.; TUTOCHKINA, V.A., red.; 1, T.G,, red.; DILTIMA,
A.M.. red.kart; POLYANSKATA. L.A.. red.kart
[Geographioal atlas of the U.S.S.R. for the seventh grade] Geogra-
fichaskii atlas SSSR dlia 7-go klasse. Moskva. 1960. 31 col:mapse
(Nm 14-3)
1. Russia (1923- U.S.S.R.) Glevnoye upravleniye geodezii i karto-
grafli.
(Raesia--Kaps)
.tt

KIIIERS N.V.,-Otvered*; WIROVs S.I., red.; red.;
VORONNA, A.N., red*; GWOVICH, I.V., red.; ZASIAVSKIY, I.I., red.;
KOZLOY, I.N.i red.; LARIN, D.A., red.; LYALIK0V,'NJ,, red,;
MANA17T. I.I., red.; NIKISHOV, M.Lv red*; RAUSH* V*A.q redo;
SAHOILOV, I.I., red,.,- SLAIKOVI, Te.A., red.; SMW, K.7., redo;
SCHASTNICT, P.N., red,; TUTOMINA, V.A., red.: 19 V.G*$ red.;
BUSHUYET , M.P., red.kart-, DYUZHSVA, A.M., red.kart;' KROTKOV, B.S.,
red.kort; MIWATS]IVA, Lj., red.kert; PMOVA, Z,P.0 red.kart-,
POLYAN&L%YA, L.At, red,kirt; SJORONOVA, V.A., red.kert; FIMOVAO
N.I., red.Imrt; MISOTA, N.P., red,kart; CHIRNYSHIVA, L.N.,
red.kart;..-
\
BUIMNOYA, N.I., tekhn.red.; KUMMSOVA, O.L., tekhn.red.; NIKCLAMWA,'
IeNsp taklmorede
[Atlas of the U.S.S.R. for the secondary school; course in economic
geo-
graphy] Atlas SSSR dlia arednei sbkoly- kurs skonomichaskoi geogrefii.
K~Pkva, Glav.uprav.gaodez. i kartografli X~va geol.:L okhrany nedr SM,
1 Ov. 0 P. (Geography# Economic-Haps) (KIRA 13:12) . I

KEKLERO M.M. otv. red.; BASHIAVINA, GA, red.
[Atlas of the U.S.S.R..fot secondary schools; the course
in economic geographv]Atlas SSSR dlia srednei shkoly;
kurs ekonomicheskoi geografii. Moskva, 1960. 50 P.
(MIRA 16ill)
1. Russia (1923- U.S.S.R.) Glavnoye upravleniye geodezii
i kartografi.
(Russia-Maps)

--PREOBRAZMSKIY-,-- ArkAfty-Iv&wvieh prof.,,- d0ktar.tekbue-nauk;
SUKHM..--- -
Vbidimir Ivanovich, prof., doktor tekbn. nauk; BILIGH,Tuliya
Sergeyevna, dotsentp kand. tekhn. nauk$ ISACRE21KO, Auatoliy
Gripr1yevich, dote.,, kand. geogr. nauk; KARAVAYEVAj %oya'
Fedorovna;*BASHIAVINA, Galina, Nikolayevna) starshiy naucbMy
sotr.,, kand, telda, ia~uk; I ~j ~... red.; SHAMAROVA, T.A.y
red. izd-va; SUNGUROV, V.S.# tekhn. red.
[Composition and editing of special maps] Sostavlenie i redak-
tirovanie spetsialtzqkh kart. n,p. Izd-vo geodez lit-ryj
1961. 319 p. ?MIRA 15:2)
1. MoskovsIdy inatitut insshonerov geodezii,, aerofotos"emki i
kartografii (for Preobrazhenskiy, Sukhov, Bilich). 2. Lenin-
gradskiy gosudarstvennyy universitet (for Isachenko). 3. Re-
daktor Glavnogo upravleniya geodezii i kartografii Minister-
stva geologii i okhrarq nedr SSSR (for Karavayeva). 4. TSentrall-
r7y nauchno-iseledovatellskiy institut geodezii., aeros"emki i
kartografii (for Bashlavina).
(Cartograpby)

SOKOWVp V.M. Prinimal uchaotiye MYSIIETSKAYA, Ye.N. j SHUROVp
Selo,
red.;-_4SHLAVINA G N red.; BIBIK, A.Ye., red.;
7ASLAI U.?k
-iF4iONDRAT'YKV, B.A., red.; MYASISHCBEVA,
Ye.l.y red.; SOLOVIYEV, A.I.j red.; STROYEV, K.F., red.;
SCHASTNEV, P.N.J. red.; TANANKOVA, A.I., red.; TEREKHOV, N.M.p
red.1 LOBZOVA, N.A.# red.
(Atlas of Moscow Province] Atlas Moskovskoi oblasti. Moskva,
1964. 12 P. (MlRA 18.- 3)
1. Russia (1923- U.S.S.R.) Glavnoye upravleniy-e geodezii i
kartografii.

GUMCH, C.Ye,; BisHM, A, q,_
Detection of Memo antibodies in the blood serum of Rhesus
n6gativs donor*- PrObl-gwat-i perel-krovi no.709 162.
(MIU 1539)
1e Is Moskovokoy gorodekoy stantan perelivaniya krovi (dir.
A.1. Uspenakayap naucbMY rukovoditall - prof* D.W. Belenlkiy).
(RH FACTOR) (BTDOD DONMS)

RUFANOV, I.G., prof.1 GOVOROVICH, Ye.k.;
GOLUBLEVA-D'YACHENKO, G.M.;
BASHIAYt A.G.
Nonspecific immunological body reactivity in antibiotic
treatment of purulent infections. Probl. gemat. i perel.
krovi 8 no.12r27-30 D 163. (MIRA 17:9)
1. Iz laboratorii po klinicheakoy aprobatsii novykh
antibiotikov
(sav.- prof, I,G, Rufanov) i Mookovokoy gorodskoy
atantaii
parelivaniya krovi, (nauahnyy rukaroditall - prof. D.N.
Belenlkiy),
2. Deystvitellnyy chlen AMN SSSR (for Rufanov).

AID 1517
Author : Krachkovskiy, N. N., Eng.
Title : Discussion of the article "Electrical connection diagrams
for hydroelectric tower staj~ps",b . A. Bashlay and
Yu. I. Ivanov (Ele . sta., J. OM-
Periodical : Elek. sta., 3, 41-42, Mr 1955
Abstract The authors of the article discussed considered switching
arrangements for 220-kv hydroelectric power stations
from the points of view of continuity of service, ease
of maintenance, outage likelihoods and initial capital
costs. The author of the discussion agrees in principle
with most of their statements, but disagrees with the
rule of solving the general scheme of planning the
powerhouse in blocks consisting of generator-transformer.
He also disagrees with their way of solving the problem
of the station I a own power needs. One connection diagram

AID P P 1517
Elek. sta..' 3, 41-42, Mr 1955
Card 2/2 Pub. 26 - 13/36
Institution: State Trust for the Planning of Hydroelectric Power
Stations and Developments (Gidroenergoproyekt)
Submitted No date

BASHLAY, I. V.
Cand Tech Sci - (diss) "Study of the performance of crankshaft
Korenny-ye bearings in locomotive diesels." Moscow, 1961.
R pp Witlilillustrations; (Ministry of Railways USSR, Moscow
Order of Lenin and Order of Labor Red Banner Inst of Railroad
Transport Engineers imeni I. V. Stalin); 120 copies; price not
given; (KL, ?-61 sup, 232)

TILICHENKO, A.G., kand. takhn. nauk, dots., otv.
red.;_-WjUY.,__
_j.,Y-,,-kand. takhn. nauk, red.; BAWIN, Yu.L., red.
(Prograiming and electronics; a metbodological manual]
Programirovanis i elektronika; motodichaskoe posobie.
Khabarovsk, 1963. 209 p. (MIRA 17:9)
1. Khabarovsk. Institut inzhenerov zheleznodorozhnogo
transporta. Vychislitel'W tsentr.

BASHLLT,, I*, insh.;- BMVISV, I., lush.; PUSHESHRIEDY, Po, insh,
simplified techwlogieal methods Iv naking axpaz3ded clay
fillers. Stroi, mt. 4 no,4:4-7 AP 158. (MIRA 11:5)
(Clay)

(session ry)
Va. 1. -
vau.-mj""w`cb cm, Conditions or
luftstrial btd tat* of steel ra.,
p I Of
0. ?a. . -IdLop" (session nj
str*WA tb.""Imb - tm Conant.
MANN (fhu) i'm session 11)
haur ythav N. "'Clammku.
854 13UJJBN (rnn) .'Oemaml
10--fiew nutrucuous On delip
t4amew,man.-A maiste-A. or ft.,
'A Us ft
upuft of tut rAdt of ftmt
r atmtolas Aiml.
Otestes VI the
KT
'MY- M. 3. . aRselat"m Of Ln.
n
to 110 effect or
tran"a"a's ftroes* (ftallon
aM294 A, A, pftr.
-04
or 60010
Oft ZZ)
mm"We CrIeDrly r Not.
am "vp-i -pneoft-, Seallon IT)
91*vp V., aft"d
or j01;4 b
is jr v
4-ULDP' (session ZT)
prof
;j":i; - 'Rialtafte to
"Ibere (ge,alettIms" or n
a ) .- I L
son"an
*Is* ad.&" to t a 8
11. uttlea not L Is Session
CCowdttn. road the no
,%BMW
Olvauty ,u 1w a.
Unit
(Gmwft
am
Wuftw at way OU.,W Ildu
(Im"Ift rv
Oftwess. a, MV, Olean, aftle'v.
Sau

BASHLAY, K. I,9 Oand Tech Sci "OvaloulLal-inf I'* precisiV1
.4 ,;L
Vto- manufactare and aj r Oncrete con-
as
Be
em
Y 0
of
structions," Mos, 1960, (Atnd q C4-,v6i)wp Aemu SR.
f Bu-&-ld and ArchJ
Sci Res Inst of OrgaQ Neohanligand Tech Asslseto-a"11-1~
"NIIOMTP) (KL, 8-61g 241)
201

SOV/68-59-5-19/25
AUTHORS: Borts, A.G., and Bashlay, Z.I.
TITLE; On the Utilisatiofi of Ti-pe-Purnaces of Flameless
Combustion in the Coking Industry (Ob ispollzovanii
trubehatykh pechey besplamennogo goreniya v
koksokhimicheskoy promyshlennosti)
PERIODICALs Koks i khimiyal 1959, Nr 59 pp 56-58 (USSR)
ABSTRACTt A desoription of a pipe furnace vith a
so-called panel
burner for flameless combustion recently developed and
used in the petroleum industry (Novosti Neftyanoy
Tekhniki, 1958, Nr 6, p 30)~ is described and
Card 1/1 illustrated.
There are 3 figures.
ASSOCIATIONS: GNTK RSFSR and Giprokoks

BASHUV,-A.Z,
Occ='enceo of lower Akchagyl sediments in the lower Belaya Valley,
Izv,'Kazan. fils AN MR, Ser. geol. nauk no. 7:381-387 159.
(MM 104)
(Belaya Valley-Sedimenta (Geology))

30Y SOV/2o-126-1-43/'56
A UTliOR s Bashlev, A. I.
I--- -
TITLE: On the Composition and Niture of the Clays of the Nizhreak-
chagyl Subseries of the Lower Kaza Basin
PERIODICAL: Doklady Akademii nauk SSSR, 1959, Vol 128, Nr 1,
pp 16o - 163 (USSR)
A 13 S TRA CT The 'Nizhneakchagy! deposits in the valley of Kama and
it.s
tribui;ariles are distributed Liainly on neliative absclute heigh-,~S
(from loo - 168 m) . Lt places of overdeepenings (n~-UG'Iub-
leniye) they are 250 m and more thick. The granulor-etric
composition of the Nizhneakchagyl subseries is given in table
I and figare 1. These clays belong in the stractural respect
to aleurolitio - and considerably aleurolitic varitics. The
change of the content of loamy and sandy aleurolile partlicl~--s
shows a stage character which points to a rhythmiciii structu.,!.-
of the mass connected with the fluctuations of the erosion bas-La
(Fig 2). montmorillonite-hydromica association of rainerals and
geochemical peculiarities of the clays of the Nizhneakchagyl
Subseries admit their classification as tYre of continental fresh
Card 15 water deposits on the strength of their genesis. irom the

On -the Composition and Nature of the Clays of the
sov/2o-128-1-431/58
Nizhneakehagyl Subseries of the Lower Kama Basin
genetic point of view these clays are a mixture of th,- clayey
sedimentary minerals produced by chemical way. The decomposition
of quartz, feldspar, and other minerals took place in the course
of the diagenesis under the aleurolite particles depositcd
during the Nizhneakchagyl period. The transformation of hydro-
mica into montmorillonite took place simultaneously. The
coefffi-
cients of the salinity according to G. L. Stadnikov ("ef 3)
EITa : Eca < 1 and ECa I E14g > 1 point out that the deposition
of the Nizhneakchagjl layer proceeded when the fresh water
c.:na-
ditions prevailed in the basin. This medium was weakly alkaline
during the entire 'IRizhneakchaSyl period as is concluded from
the
cor.centration of the hlydrogen ions (PH 7.2-'1.9). The'rules
ob-
served and the pcculiarities of the lithlological-min:--ral
com.-o-
sition and the geochemical properties of the 1;izhneakchagyl
clay-4
are also characteristic of aleurolites which form with the
latter
gradual mutual transitions. There are 2 figures, 1 table,and 4
Soviet references.
Card 2/3

Oil the Composition and Nature of the Clays of the SOV/2o-128-1-43/58
Nizhneakchagyl Subseries of the Lower Rama Basin
ASSOCIATIONs Geologicheskiy institut Kazanskogo filiala Akademii
rauk SSSR
(Oeological Institute of the Kazan' Branch of the Acadmiy of
Sciences, USSR)
PRESENTED: May 27, 1959, by IT. M. Strakhov, Academ.-Ician
SUBMITTED: May 27, 1959
1
ward )113

BASHLIV, A. 1.
Results of lithological and gooteabnical studies of Pliocene
eddlpnts in connection with the conatruction of the Lpwer Mm
Hytbbeleotrio Power Btatione IWJAZanefile AR SSSR. Seregeole
nauklo.%197-207 160. (MM 15t12)
(Lover Xama Vydroeleatrio Power Station)

BMLEM., B. ; ZVEM,, A.
Before the deoisive starts of the SpartaJdada. rxyl.rod. 3.2
no. 5:18--19 Pq 161. (MIRA 3-4:7)
1. Zamestitell preibedatelya Permskogo oblastnogo komiteta
Dobrovoll-
nogo obahchestva sodoyatviya armiij, aviataii i flotu..(for
Bashleyev).
2. Nachallnik Permkogo oblastnogo aerokluba (for Zv6rev).
(Aerial sports)

GATATOVp N.S.1 NESTEROVAp A.L,; KUDRINAv A-P-; GUL'Wv G-F-) BASHLIY
V.I.
Industrial production of dolomite refractories vith a resin
binder exA their service in 50-ton converters. Met, i gornorud.
prom. noo6:42-45 N-D 165. (MIRA l8sl2)

WSTBROVAO A.L.; KUDRINA,, A.P.; BASHLIY, V.I.
Using resinbonded dolmite refractories in the 11n11W of Oxygen-
blown converters, -Yatallurg 10 no.l2t22-25 D 165.
(MIRA 18-.12)-
1, Krivorozhakiy metallurgiabeakiy zavod,

RSHOH-4 reversible pneumatic brueb. Sudostroenie 24 no.?s
6&69 J1 158. (MIRA. 11:9)
(Painting, Industrial--Equipment and supplies)

DRAZHN9Rj, T*M.; ASHKINUZIp ZON.; 9ASHLOVKINA, T.I.
Investigating biomycin losses in the filtration of culture liquors.
Khar.prom. no.4:50-51 0--D '62. (MIRA 16t1)
1. Ukrainakiy nauchno-iBaledovatellskiy inatitut Bpirtovoy
promyshlennosti.
(Feeds) (Chlortatracycline)

BABHLpaji. .i.,.-x .---
V- F, I .. - ;_J
Kicrosonde. RasyedA prom. geofis. no-1208-43 155. (MM
917)
(Oil Wall logging)

B IN Js
"Nowsaw ft
Releasing jamed gun perforators and core barrele
from vells,
Rasved.i promegoofis. no.22:39-60 135. (NLRA 9:7)
(Oil vell drilling-Aquipment and supplies)

JRA- , IN-l' L.- -
-- MANW06
Prevention and elimination of breakdowns In Industrial
Cesphysleal
wTIorations. Rasyed. I pros. goof Is. se.14:51-58 155.
(MM 9:1)
(Prospectiag-Geophysical nothods) (Bering)

KOMOTO BeG49 red.1 DCBRYNINAO N-P-, vedushchir
red.; X=Mko N.A., takhn,red,
[studying valls by xiorologging] Issledovaule vkvssbla m1krosondemle
J(ookva, oserAuchno-tekhnoizd-vo neft, I gorno-toplivnoi lit-ry,
1957,. 47 Pe (MIRA 11:2)
(Prospeating-Osophysical methods)

(Cou-
-1'BOOK E)"'ITATION SOV/2B19
VaesoyuzW nauehno-Issledovatellakiy institut geofizichaskikh mwtodov
razveW
Hazvedochnaya, i pronVslovaya geofizika, vyp. 23 (Exploration and
Industrial
Geophysics, Nr 23) Moscow, 0ostoptekhizdat, 1958, 77 P. (Series:
Obmen
proi;vodstvennym opytom) Errata slip inserted. 4,000 copies printed.
Ed.: A.I. Bogdanov; Exec. Ed.: Ye.G, Pershina; Tech. Ed.: A.S.
Polosina.
RMPOSE: This booklet is intended for geophysicists as well as
engineering
and technical. personnel in the petroleum industry.
COVERAGE: This collection of articles describes new equipment and
instruments
used in the petroleum industry. Ind-ividual articles discuss the
single-
cable electronic thermometer and the magnetic logging locator.
Regional
exploration problems such as electrical sounding at sea, electrical
survey
in permafrost areas etc. are also treated. References accompany each
article.
TABLE OF CONTENTS.
Datskevich, A.A. Magnetic Logging Locator
Akeellrod, S.M. Single-Cable Electronic Thermometer
Card 1/2
3
16
WAR

BASHLYKIN, I.I.
P'roftle of the Vienna Basin according to
geological and geo-
physical data. Razved.i pron.goofiso n0-32:80-93
'59.
(MIR& l3s4)
(Vienna Basin-Geologr, Structural)

MUSIN, Alikhan Chuzhebayevioh; BAKAYEV, Maslud
Tairovioh; OVSYANNIKOV,
Petr Ivanovich; BASHLYKIN I I otv. red.; SLAVORDSOV,
I.Kh.,
- "E
red. izd-va; LOMFLIf ~,.~N.,iekhn. red.;
LAVRENT-YEVA,L.G.,
tekhn. red.
(Using the microaeismic method for studying the
maBsif of rocks]
Primenenie mikro3eismicheskogo metoda dlia
iaBledovaniia man-
aiva gornykh porod. Moskva, Gosgortekhizdat, 1962.
61 p.
(MDU 16:3)
(Microirisms) (Rocks-Testing)

Translation frorn Referativnyy zhurnal, Metallurgiya. 1968,
Nr 7, p 130 (USSR)
AUTHOR: Bashlykov, F.M.
TITLE: Quickly Interchangeable Die Tools and Increase in
Resistance
to Wear (Bystroamennost' shtarnpovogo instrurnenta i povy-
sheniye yego iznosoustoychivosti)
PERIODICAL: V sb.. Progressivn. metody shtampovki i kovki.
Khar1kov,
Oblizdat, 1957, pp 255-Z63
ABSTRACT: A description is presented of designs of tools (T)
permit-
ting quick changing of dies and punches without removal of
the
T from the press. Use of this type of T in mass production
hammer-making lines at the Perkalas Plant made it possible
to reduce losses of working time due to T trouble from 25 to
516. Moreover, the overall rate of output on the line rose by
9%. Methods of restoring worn tools by facing sormite alloys
and the physical mechanical properties of these alloys are
described.
1. Presses--Equipment 2. Tools--Design Yu, L.
Card 1 1 3. Tools--Maintenance

"The Effect of Vitamins and Hormones on the Physiological Properties
of
Animal Tissue," (dissertation) Academic degres of Doctor in
Biological
Sciences, based on his defense, 17 April 1953, in the Council of the
Inst. of
Physiology im. Pavlov, Acad. Sci. USSR,
Molotov State U im. Gorlkiy

SR Human and AnIz6al PhqsIolo'y$ Wouromuscular
Physiology,
Abs Jour: Ref Zhur-Biol.,, No 9. 19581, 41644.
Author :
Inst iff =ot o Wvs4k I yy Un t1v e r s I ty .
Title The Effect of Vitamins and Hormones on the Assimi-
lation of Rhythms of Stimulation.
Orig Pub: Uche zap, Molotovsk. un-ta, 1956, 10,, No 1. 3-15,
Abstract: The experiments were carried out on preparations
of the sciatic nerve - gastroenemius muscle of
frogs, The nerve was stimulated with the aid of
platinum electrodes, joined to an Inductor. The
contractions were myographically registered,
Adrenalin In concentration of 1-.ZO,000 In Ringer's
solution, cortin In dilution of 1:100, 1:200;
vitamins C and B in concentration of 1:40-500000
Card 1/3
99

USSR / Human and AnImil Physi6logy'l Neuromuscular T
Physiology4
Abs Jour: Ref Zhur-Biolo, No 9. 19580 41644.
Abstract-, mg, ions of Mg In concentration of 0o05% stimu-
lated metabolism and raised pessimum, produced by
stimulation of the nerve with a frequency of 250
cycles/sec. Eserine In' concentration of I.-ZOjOOO
In Ringer's solution, NaF In concentration of 0,05%,
monotodo-acetic acid In concentration of 0.1-0.5%
caused flattening of the curve even at a frequency
of 50/sec,, in direct as well as Indirect stimula-
tion. The muscle was capable of reproducing more
uncommon frequencies (10, 25). Compounds, causing
shortening of the refractory period, condition the
assimilations of a rhythm., I.e., they remove the
Card 2/3

38275 BP5HLYKOV, M. K. AND BAMMOV, B. N.
ln~e'rvat'slya sosWov i6leni u"cheloveka. Soobahch. 1. sbornik
trudov (Arkhang.
gos. med. in-t), vyp. 10, 1949, 9. 41-~45. - Bibliogr: 6 nazv.

0!)>01
s/oeg/60/009/005/004/020
13 a B006/BO70
AUTHORS: Meyerson, G. A.9 Kotellnikovq R. B., Bashlykov, S. N.
TITLE: Uranium Carbi 9 _V1
PERIODICAL: Atomnaya energiyap 1960Y Vol. 9y No- 51 PP- 387 - 391
TEXT: The present paper gives results of investigations of the effect
of the conditions of UC preparation on its composition. UC is of in-
terest as a possible nuclear fuel or as a material for nuclear thGrmo-
electric transducers. The object of the investigationswas to establish
the optimum conditions for the preparation of stoichiometric UC. The VC
powder was prepared from a mixture of uranium dioxide and carbon blaok
according to the equation: UO 2 + 3C --~ UC 4 2CO. The mixture was
placed
in beryllium oxide crucibles, and/sintered under different conditions
in a vacuum furnace with gyaphitelheating elements. The UC briquets
obtained were then ground into powder with grain sizes of less than
10-15 11. The density of the UC powder was 12-97 1 0.09 9/cm3. Table 1
gives a collection of data on the effect of reduction conditions on the
Card 1/6

Uranium Carbide
S/089/60/009/005/004/020
B006[BO70
composition of UC. For hot extrusion of UC specimenev the
graphite ex-
trusion die was placed in a hermetically sealed metal. vacuum
chamber
(- 10 mm Hg), and the effects of extrusion pressure,
tempexature, and
holding time on the density of the specimen were studied. The
graphite
die was lined with molybdenum foil to prevent carbonizing of
UC to UC2.
Temperatures above 185000 caused a lowering of the density of
UC. The
porosity of specimens of square arose section and with a
length-to-dia-
motor ratio equal to one was about 5%. Briquets made of UC
powder or
of a UC + U mixture with different U contents (9-5 - 31.8% by
weight)
were also sintered in graphite crucibles placed in a vacuum
furnace 0
with graphite heating elements. After sintering for two hours
at 2200 0,
the porosity of UC was found to be 10%. The introduction of
metallic
uranium increased the density considerably. With a uranium
content of
25% by volume (31.6% by weight) and two-hour sintering at
17000C, it is
possible to obtain a compound with a porosity of 5% or less.
The thermal
conductivity of UC between 100 and 7000C varied from 0.028 to
0.04 cal/cm.sea.deg. The mean thermgl coefficient of linear
expansion
in the range 20-15000C was 11.6-10'* . The microhardness of
the UC phase
Card 2/6

85561
anium Carbide /004/020
U:r S/089/60/009/005
Boo6/BO70
2
was 923~:t �6 kg/mm UC specimens and UC + 20wt%-U were subjected to I
isothermal heat treatment (200-10000C), and the change of their proper-
ties was studied. Pure UC with a porosity of -15% could withstand
500 cycles without fracture and UC+U specimens - more than 1000 cycles.
There are 8 figures, 3 tables, and 7 references: 3 Soviet, 1 British,
2 US, and 1 Austrian.
SUBMITTED: March 4,1960

85561
~/089 60/009/005/004/020
Boo6YBO7O
AP
Extrusion temperaturet 000
ligure 1. -~elationsbip betveen density tf hot-ex- -j
~ruded specimens and extrusion temperature' (p
300 kg/oz2;j'-t 5 min)
Card

S/089/60/009/005/004/020

IND,

B006/BO70

ILVO
so

W

ON

WO,

117rc
~IMC

20

V.C
-

to
zfwc

WC

Pig.2

0

0

Uranium content, %
Figure 2. Relationship of porosi-'
tJr and electric
resiativity of sintersd UG + U specimens to uranium
additions and sintering temperature (Holding time,
.2 hrN/
Card 5/6

85561

Table I

S/089/60/009/00

5/004/020

Boo6/BO70

I
too
JOW
0
0.2
93, 5'D
5,tI
-1,07
4,04
98.01

2
IOU
1800
0
0,2
04.77
4 90
0.18
4.72
99,67

3
80
WO
110
0.2
05,13
3:55
0,03
3.55
08.08

4
05
1800
10
0.2
94,90
4.44
0.03
4.41
99.34

5
too
t8oo
to
0,2
94,76
5.00
0,07
4. W
99,70

6
165
1800
20
0,2
03.71
.5,69
OsO5
5,F8
99A0

7
100.
1800
60
0.2
94.71
5,W
0.11
4.89
99,7t

8
103
1800
60
0.2
94.75
4,89
0,06
4.83
99.82

0
100
IBM
60
so
94.01
4.91
0.13
4.78
99.82

13
100
1800
60
350
94.79
4,91
0, t7
4,74
99,70

Leg

end to T
able 1:
1)
Numb
er of e
xperimen
t. 2) Amoun

t of C
in the

charge in % of the

stoichiometric

amount.
3) Maximum

temper
ature [0C].

14)

Holding
time at'
maximum
tempera
ture fmi
ri]. 5) Resi

dual pressure

6)

U content Ewt%]-

7)
Content of

*
C t
t
8) Content

of C

*

o
al

fr
ee

9)

Content
of 0
(difference)-.

10) Sum
of U + C

'

boun
d

to

tal

Card 6/6

AP60i6744 SOURCE CODE:
AUTHOR: Bashlykov, N. M.
ORG: None
TITLE; New equipment for inspectiolkf wiring on ships
SOURCE: Sudostroyoniye, no. 12, 1965, 48-51
UR/0229/65i'MO/Ov/0046/0051
TOPIC TAGS: wide, connecting cable, electronic checkout, checkout
equipment, yna ine
equipment, test method
ABSTRACT: The author discusses various equipment for tracking and
counting cable
strands during hook-up. Because of the numerous disadvantages of
existing equipment,
a new testing unit had to be developed. The proposed
general-purpose unit may be used
for testing up to 46 cable strands. This unit can determine the
number of strands and
the number of contacts in the connectors through which the strands
run. Short-
circuited strands and strands which are grounded can be determined.
All checking is
done by one man. The components, batteries, voltages and
frequencies of the unit are
given. This device checks the various strands by contacting ground
and the cable
strands. The unit eliminates subjective error during checking and
saves time. The
"Neva-l" and "Neva-2" units are used for complex automatic testing
of cable strands
with multicontact connectors. The "Neva-l" is used for checking
strands which have
Card 1/2

IGNATIYEVI B. G.; POLTORATSKIYj N. I.; MITROFANOV~ V. I.;
KOTELINIKOV, R. B.;
BASHLYKOV, S. N.
"Vacuum reduction, hot pressing and some properties of
uranium bicarbides."
paper submitted but not presented at Intl Powder
Ketallurgy Conf, New York
City, 14-17 June 1965.

XUYUTIN, K.K.; SHXUWA, V.A*; ITASHKUICH. N.B.; BAMMUNA, O.N.;
NORIM, A. Ye. I wam
Operations of yeast production vIthout filtration. GIdrolIzA
lesokhts. prom. 9 no.3:16-17 156. (KM 9: 8)
1. Tavdinskly gidroltsnn savod.
(Yeast)

BASHLYKOVA O.M.
contribution-of efficiency promotera to technological PrOgre.Bps
Gidrolis. i lesokhis. prcm. 16 no.2127 163. (KMA 16t6)
1, TavidinBldy gidroUsn" savod.
(Tavda-Hyd"lysio)
I

KATSMISON, L,A*g land.med'nauki SAXMNOVA, To. 0e L~~MMYXOTA~
0 je. 11
. "-Pft~
On malignant azaphthalson. Sov.wed. 23 no.9tlOO-104 S 159.
(KIRA 13 t 1)
1, Is Icafedry glasafth bolesney (sav. ~-- prof. Z.A.
raminsicaya-Pavlova)
Moskovskogo meditsinskogo stowatologichookogo Inutituta (dir. -
dot-
sent GA. BelstskAy) I TSentralinogo instituta glazuy~~ bolesney
inent,
Gol,mgolltsa (dir. A.T. Roslavtsev),
(HYPIRTHYROIDISM oompl.)

BpsjLLYKoVA Yea.; DREYSIN, A.,G.-; KOZHEVNIKOVS
I.I.; KUZNETSOVAs
Lomr-Cretaceous sediments of Ob9hehiy Srt and
their
division based on the general correlation of
electric 1098
of borelioleo and maorc- and microfauna. Trudy
VNIGNI
no.29.35-48 vol.3 161. 041M 1439)
(Obahchiy Syrt--Geology, Stratigraphio)

KOZHWNIKOV, I.L.; BASHLYXOVA, Ye.P.; DRSYSIN A 0
Lower Cretaceous sediments of the trans-Ural syrts. Trudy SM
no.2il?0-182 161. (KLRA 14:11)
(Obshchly Syrt-Geology, Stratigraphic)

RTBAKOV. B.V. - Prin1mali ucb4stlys.- TOLOKOHIKOV. M.Ij,
&L ISKIRNOV, A.K.: KHOMUTOV. 1.I.: SRMNINA, V.I.; SHIRAIW,
Z.K. -BABAKOV, N.A., d6ktor tekhn.nauki red.; HAZALOV. N.D..
kand,tekbu.nouk, red,; SOBOUVA, NaH., tekhn.red.
[Automatic and remote control in the national economy] Aytomatika
i telemakhanike v narodnom kho2isistva. Pod red. B.A.Babakova i
N.B.Mazalova. Moskva, Vees.in-t usuchn.itakhn.informatsii, 1960.
226 p. (MIRA 13:10)
(Automatic control) (Remote control)

"Accelerated propagation of high-grade pbtatoes by r2anting the
"eyes" in sur-mer."
Dost. sellkhoz., No. 7. X952.

BASRMAKOVI
3(6010); 9(6) ~- I" PHASE I BOOK EXPLOITATION SOV/1924
Akademiya nauk bSSR. Urallskiy filial. Gorno-geologicheskiy
Institut.
Geofizicheskiy abornik, no. 2.-(Collected Papers on Geophysics,
Nr. 2.)
Sverdlovsk, 195T. 20T P. Issued also as Its Trudy, vyp. 30
Errata slip Inserted. 2,400 copies printe3_7
Resp. Ed.: Yu.P,, Bulashavichp Doctor of Physical and Mathematical
Sciencesj Ed.: I.M. Deminj Tech. Ed.: L,A. Izmodenova.
PURPOSE: This collection of articles is intended for field geo-
physicists and exploration party leaders.
COVERAGE: These articles discuss many new techniques and Boma
theore-
tical considerations involved in gravi*ational, magnetic seismic,
electrical and gamma radiation exploration methods. In 4 articles
V.N. Ponomarev disousses various aspects of magnetometry;
N.I. Khalevin - the study of elastic wave propagation; and
G.M. Voskoboynikov - gamma radiation. Extensive bibliographies
accompany each articlea.
Card 1/5

Collected Papers (Cont.) SOV/1924

TABIE OF CONTENTS:

-Rodionov,
P,,F*,v V.D. Kokourov. Application of a High Frequency

Electromagnetic Field in Exploration for Sulphide Deposits in

the Urals
3
Rodionov, P.F., Application of the Non-grounded Loop
Method

in Search for Pyritic Deposits in the Urals
24
Kokourov,
V.D., and A,A. Bashmakov. Field Vacuum-tube Volt-

meter
32
Bashmakov, A.A0 and V.D, Kokourov. Alternating Current

Generator#-
36
Kokourovp V.D. Low-frequency Field Comparator
42
Bulashevich, Yu.P. Similarity Principle In Modeling the

Polarization of Ore Bodies Caused by Current
53
Gelfand, I.S.
Alternating Field of a Vertic .al Electric

Dipole in a Bedded
Medium
60
Card 2/5

collected Papers (Cont.) SOV/1924
Gelfand, I.S. Alternating Field of a Horizontal Frame in a
Bedded Medium
Ponomarev, V.N. Magnetization Curve of a Sample of Magnetite
of Contact-metasomatic [Replacement] Origin
Ponomarev, V.N. Portable satuzation magnetometer
Ponomarev, V.N. Application of Magnetometry in Exploration for
Pyritic Deposits in the Southern Part of Zaurallye
Ponomarev, V.N. Temperature Effect Problems in Magnetic
Compensation Devices
Bulashevich, Yu.P. Magnetic Fieldcta Horizontal Layer With
Nonuniform Distribution of Magnetic Minerals
Orlov, (1,0, Nomogram to Determine the Depth Position of
Bodies by the Points,of Intersection of Potential Deriva-
tives Curves Taken at: Various Elevations
Card 3/5
IT2
84
8T
93
97
100
105

Collected Papers (Cont.) SOV/1924
Khalevin, Nj. Results of SdWmo)-logging the Intermediate
(Interval] Velocities of Propagated Elastic Waves ill
Khalevin* N.I. Application of the Refracted Wave Correlation
Method in the Search and Exploration for Coal-bearing
Deposits on the Eastern Slope of the Urals 116
Khalevin, N.I. Velocity of Elastic Wave Propagation in
Sedimentary Formations 121
KhalevinI N.I. Problem of Measuring the Elastic Wave
Velocity of Rocks "in situ." 133
Bugaylo, V.A. Short Method of Constructing the Refracting
Boundaries by the Sections Method 142
Bulashevich, Yu.P. Equivalency of Volumetric and Surface
Radiation 146
Voskoboynikov., G.M. Integral Equations and Approximate
Formulas for Computing the Intensity of Gamma Radiation
in an Homogeneous Radioactive Medium 162
Card 4/5 1

Collected Papers (Cont.) SOV/1924
Karasik, M.A., and V.A. Bugaylo. The Genetic Relationship of
Magnitogovskiy Granitoid Massif With the Eruptive Rocks of
Basic Nature 173
Timofeyev., A.N. Computations of the Interpretative Grids for
Geophysical Surveys IT8
Timofeyev, A.N. Graphic Interpretation of Geophysical
Anomalies by the Method of Tangents 189
AVAILABIE: Library of Congress
Card 5/5 MM/ad
6-15-59

B&SHKMVO A9A..j KOXDUROV, V#D*
Atlervating current generators. Tru&y Gor.-geol- inst.
no.30-.36-4,1
157. 11:7)
(Blectrio generators) (Alectric currents# Alternating)

137-58-6-11803
Translation from: Referativnyy zhurnal, Metallurgiya, 1958, Nr 6, p
86 (USSR)
AUTHORS: Gorozhankin, A.N.,
TITLE: An Experiment in the Smelting of St*eel in a Small-capacity
Uni-
flow Flame Furnace (Opyt vyplavk,i stali v pryarnotochnoy
pechi nebol'shoy yemkosti)
PERIODICAL: V sb.: Vyplavka stali dlya fasonnogo lit'ya. Moscow.
Mashgiz, 1957, pp 66-83
ABSTRACT: A batch-type one-ton uniflow flame furnace was equipped
with a tubular metallic recuperator with 32 heating elements
of KhZ5T and Kh17 steels and a nozzle capable of delivering
30 kg heavy oil per hour. The air in the recuperator was
heated to 650-7000C. The bottom burned in with a mixture of
magnesite powder and forging scale .-\.,20 mm thick, inwhich case
its.~ se-rvice Jife was. 30 heats. It took 3 hours to heat the cold
furnace to 17000C. Test heats were run by the scrap-and-ore
process with a charge consisting of 30-4016 conversion pig and
5016 spiegel. The time required for melt-down, boil, and the,,
entire heat was I hr. 20 min, 1.5-2 hours, and 2.5-4 hours,
Card 1/2 respectively; the fuel consumption per heat was 30-5516 of
the

137-58-6-11803
An 1~xperim_ent_ in -the Smelting (cont.)
weight of the batch. The rate of burn-off of C initially was
0,005-0.0116/min,
but as the angle of the nozzle to the bath was increased it rose to
0.055o/min.
However, it proved impossible to run the heat at elevated C burn-off
speeds
in view of the slow heating of the metal. Deoxidation of the metal was
done
with Fe-Mn, Fe-Si, and Al, but this caused the P to go from the slag
into
the metal. Note is taken of the desirability of pre-deoxidation of the
metal
by spiegeleisen in the amount of 1.5-216 of the weight of the batch.
In view
of the drop in temperature of the steel in the ladle by 80-900, the
ladle was
brought to red heat and delivered to the furnace before tapping.
Elevated
[N214; [HZ] , and nonmetallic inclusions were found in the finished
metal.
The fnechanical properties and macrostructure proved satisfactory.
Biblio-
graphy: 6 references.
A.Sh.
1. Steel--Product-.Lon 2. Furnaces--Performance 3. Steel--Test results
Card 212

22572
S/133/6110DO/001/003/016
AO54/A033
AUTHORS: Ladyzhenskiy, B.N., Candidate of Technical Soienoesj
Bashmakov, A.D.
Engineer
TITLEs The Dependence of Metal-Desulfurization on the Conditions of
Mass
Transfer
PERIODICAL:--Stall, 1961, No. 1, P!p. 29 - 30
TEXT% At steel melting temperatures chemical reactions take place at
high
velocitisa. The only factor limiting the reaction speed is the mass
transfer at
the place of reaction depending - among other things - on the
temperature oondi-
tions, the diffusion of the reacting substances, the size of surface
on which the
reactions take place and on the layer thickness. Evidently, by
improving -these
conditions, several metallurgical processes could be accelerated.
Based on the
above considerations and teats, satisfactory results have been
obtained by using
powdery materials during the melting in hearth-type furnaces, for
the purpose of
accelerating the desulfurization of the metal which, under normal
conditions, is
extremely slow (0.00007 - 0.00125% S/min). This is mainly due to the
small reac-
tion area between the metal and the slag relative to the weight unit
of the metal
Card 1,6

(S/T)~ for which the following values have been established:
Furnace 3 1 T, m2/t
15-ton open-hearth furnace ......... 0.9
125-ton open-hearth furnace ........... 0.4
arc furnace
induction furnace ..... *.* ............
An increase In this speoific contact surface not only enlarges the
reaction area
but ali6 increases the thickness of the layers taking part in the
reaction which
also contributes to accelerating the mass transfer at the place of
reaotion.
Blowing powdery materials, finely crushed slag-forming substances by a
gas jet in-
to the liquid metal in the ladle, the desulfurization speed of the
metal increased
to 0.005% S/min (Ref. 1, B. Ladyzhenskiy and N. Sashchikhin, IMINI No.
743, 19W~
By blowing powdery fluxing agents with a specific surface of 435
cm2/100 9 Into
the metal in amounts of 5% of the weight of the metal to be blown
through, there-
aotion area can be enlarged to 200 m2Aon and the desulfurization rate
can be
raised to 0.2% S/min. The effect of the reaction surface of the phases
on the de-
sulfurization rate Is verified by an analysis of the equilibrium
condition of sul-
fur in the metal-slag system (Ref. 2, Fischer and Spitzer, Archiv f.
d. Eisenhfit-
Card 2/6

S/133/61ZODO/001/003/0'6
A054/AO33
Thd Dependence of Metal-Desulfurization on the Conditions of Mass
Transfer
tenwesen,. 1958,~No. 9) (Fig. 1)~ for the conventional desulfurization
proces's and
-also foi the new method, using pulverous substances. -In the first
case the m6tal
was melted In a 12-kg lime-dolomite crucible of an induction furnace,
containing
0.030% S.. After adding lime It was held under slag at 1,6000C for two
hours. In
the second case the metal was melted in a 50-kg magnesite crucible of
the induc-
tion furnace, heated up to 1,7000C, blown through with a mixture of
55% CaO, 40%
CaC2 and 5% Al. The quantity of mixture employed amounted to 4.5 % of
the metal
weight with a temperature drop of 2000C during the blowing process.
Nitrogen was
used as carrier gas. Figure 1 shows that the S-equillbrium in
thenetal-slag sys-
tem is-attained in 50 - 60 min In the conventional process, whereas In
the new
process it takes on* 2-5 min to reach'this point. Another feature of
mass trarr---
Ed,]
fer influence on de fur+7atlon is the fact that slag and slag-forming
substances~
are more fully util ed in separating sulfur from the metal. In Figure
2 compar-
e
Ison is made on the lationship between the distribution coefficient of
sul
e
in the metal-slag tem and the basicity of the slag. By enlarging the
spe~cirfic,'
S t
contact area betwee metal and Aag, the amount of sulfur separated from
the met
al increases, the b, icity of the slag remaining the same. The minimum
degree of
I
sulfur removal in thtopen-hearth process-corresponds to an S/T value
between 0.4;
Card 3/6

7
22572
S/133/61/000/001/003/016'
A054/AO33
The Dependence of Metal-Desulfuri-zation on the Conditions of Mass
Transfer
- 0.9 m2/ton, Whilei-the maximum is attained in the procens of
blowing through the
metal finely crushed powdery miXtures, for which S/T exceeds 200
m2/ton. There
are 2 figures and 2 reterences; 1 So-
viet and I Non-Soviet.
ASSOCIATIONs TsNIrM8h
Figure 1: Establishing the si4lfur 4r'!
equilibrium in the metal-slag system
with various methods of desulfuriza- 4~
tion. a - holding the metal under v
lime slag (Ref. 2); b blowing pow- c
0
dery mixtures, in a nitrogen gas a X)
current, into the melt~al.

S

r

C

z
0
W 1W JV 4V JV jW M X W
Card 4/ 6 time, min