SCIENTIFIC ABSTRACT BASIN, Y.B. - BASINKEVICH, I. R.

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• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000203910001-5
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 6, 2000
• Sequence Number: 1
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB


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BASIIF. To J.. p:Uolkgvnik meditsinskoy slushby
metal Onalls for ostoosynthesis of hollow bons fracture*.
Toonexede
shur. no.12:49-30 D 156. (MIRA 100)
(mmmm., surge
ostoosynthesin of hollow bona fraot'e)

KAIPOV,, R.L.; ZIV, D.M.; LEYPUNSKAYA,, D.I.; SAVOSIM, S.I.-
FEDDROV,, V.V.;
FRADXIN, G.M.; *SHINEMICH., Yu.s.; N.K.;
"WTAKOV, B.I.
Use or Ac - Be neutron.sources in industrial geophysics. Atom
ararg.
16 no.3:269-VO Mr 164. (MIRA 170)

BMW, L.B.1 JBASIN -.N.; RMANS V.S.
Using neutron gamm logging in creating and operating underground
gas reservoirs. Neftegaz. geol. i geofiz. vo.700-51 161..
Eptimating the p@ saturation factor from the data of neutron-
- - - - *-. . - - - ~ J'.~. N--,L%

BASI#,_Xa~N.~S HEAW, L.B.; NEYMAN, V.S.
PqPdIke wjkys to identify porous and fractured limestones using
commercial geophysical methods. Prikl. geofiz. no.39:153-166 164.
(MIRA 170)

PHASZ I BOOK EXPLOITATION SOV/5592
V3ejoyuznoye 3oveshohanlye po vnedrenlyu.radloakt-4vnykh
Izotopov I
yadernykh IzIuchenly v narodnom kh=yayatvo SSSR. Riga, 1960.
Radioaktivnyye izotopy i yadornyye lzluchenlya v narodnom
khozyaystve SSSR; trudy Vaesoyuznogo soveshohanlya 12 - 16
aprelya 1960 S. S. Riga, v 4 tomakh. t. 4;' Polzki, razvedka
i razrabotka poleznykh iskopayemykh (Radioactive lootopes and
Nuclear Radiation in the National Economy of the USSR; Tran.
sactions on the Symposium Held in Riga, April 12 - 16, ig6o;J'n
4 volumes. v. 4: Prospectin&,Survoying, and Mining of Min-
ertl Deposits) moscow. 06stoptakhizdat, 1961; 284 P. 3,640
copies printed.
Sponsoring Agency: Goaudarstvannyy nauchno-telchnicheaklykomItet
Soveta Ministrov SSSR. Gosudarstvarmyy komitet Soveta-Ministrov
SSSR po ispollzovanlyu atomnoy energil
Edo. (TItle p~age). H. A. Petrov, L. I. Petrenko, and P. S.
Savitakly;
ed. of this volume: M. A. Speranakiy; Scientific ed.: M. A.
Speranskiy; Ex ecut ive Edo.: N. N. Kuz'MIna and A. 0. lonell;
Card -1/11

Radioactive Isotopes and Nuclear (Cont.) SOV/5592
Tech. Ed.: A. S. Polosina.
FUF.POSE ; The book is intended for engineers and techniolans
dealing with the problems involved in the applicatien ti
radioactive Irotopea and nuclear radiation.
COVFRAGE: This collection of 39 articles is Vol, 4 of the Trannic-
t= of the All-UnIon Conference of the Introduction of Xadia-
active Isotopes and Buolear Reactions In the Nati,~nal Eco;homy
of the USSR. The Conference was called bv tha GoZu1arstvf'rnyy
nauchno-takhnicheskly ko m I t e t S o v e t M i n i a t r o v SSSF.
(State
Scientific-Technical Committee of the Counail or mirilaten of
the USSR), Academy of S.-tionoes USSR, Goaplan SSSR State ~Uanning
Committee of the Counoil of Ministers of the UISM.- Gosularztver.-
nyy komiltet Scveta Ministrov SSSR po avtomatizatsli 1 mashlno-
stroyeniyu (State Committee of the Council of Ministers of the
USSR for Automation and Ymehine Building),and the Council off
Ministers ot the Latvian SSR. The reports summarized in this
publication'deal with the advantages, prospects, and
Card 2/11

Radioactive Isotopes and Nuclear (Cont.) SOV/5592
d,)volppment of radioactive methods used in prospecting, sui-
.oyinz, and mining of ores, Individual reports present the
roaulto of the latost scientific reaearch on tho devolopment,
and Improvement of the theory, methodology, and tochnoloa of
radiometric Investigations. Application of radioactive methods
in the field of engineering geology, hydrology, and the citn-
trol of ore enrichment processes is analyzed. No personalities
are mentiorrA There are no references.
TABLE OV- CONTENM
Alekseyev, F. A. Present State and ftture Prospects or Applying
the Methods of Nuclear Oeophynics In Prospecting,.Survaying, and
MAning of Minerals
Bulashevich, Yu. P., 0. M. Voskoboynikov, and L. V. Muzyukin.
Neutron and Ga=a-Ray Logging at Ore and Coal Deposits i9
Gordeyev, YU. I., A. A. Mu3cher,and D. M. Srabrodollskiy. The
Card 3/11

Radioactive Isotopes and Nuclear (Cont.) SOV/555592
Flerov, 0. N., B. 0. Yerozolimakly, D. F. Bespalov, L. R. Voyt-
s1k, D. I. Leypunakaya, A. T. Lopovok, and ru. S. Shimelovich.
New Small-Sizo Sources or Neutrons 62
Zaporozhet3, V. M., S. A. Kantor, A. I. Kedrov, and V. V. Sulin.
Basle Problems or the Theor
y and Methodology of, Radioaocive
Methods of Borehole Investigation Using the Charged-Particle
Accelerators' 68
Korzhev, A. A. Investigation of Borcholos by Methods Baved
on the Use of Radloactiia Isotopes 80
Guberman, Sh. A., V. V. Larlonov, and A.'I. Kholin. Posoibil-
Ities of Evaluating the Porosity of Rocks on the Basis of
Data Obtained by Radlcr3try of Boreholes 86
Kiakharanko, N. K., Ya. N. BAtja, and N. V. Polukhina. Problem
or Devising an Indd-afff-ar-Hethod for the Dete.---dnation of Bed
Porosity According-to the Data of Neutron Ga=a Logging 95

S/08 61/000/022/047/076
B101YB147
AUTHORS%
TITLE-
PERIODICAL:
Basin,_X4.. W., Makarov, R. A.
Device for measuring the weight by volume of concrete pro-
ducts
Referativnyy zhurnal. Khimiya, no. 22, 1961, 312, abstract
22K324 (Sb. I'Radioaktivn~ izotopy i yadern. izlucheniya v
nar. kh-ve SSSR, v. 2, M., Gostoptekhizdat, 1961, 41 - 42)
TEXT: The -construction of the W015-2(IOV-2) apparatus is
described. This
apparatus is used for determining the weight by volume of
structural ele-
inents consisting of homogeneous material both during their
production and
assembly and after completed construction. The apparatus
operates on the
principle of measuring scattered gamma radiation of a weakly
active source
(up to 10 mg-equ C060). (Abstracter's note: Complete
translation]
Card 1/1

KCMAROVP S.G.; PETROSYANI L.G.; PERIKOV.. N.A.; FELIDMAN,
I.I.;
DUNCHENKO, I.A.; KORZHEV, A.A.; SOKHRANOV, H.N.;
GWON, V.T.; B&S3X,,-Ia.N.; WGOV, F.A.; MUMER, A.A.;
FEWROVA, L.N.., red.; BYKOVA, V.V.., tekhn. red.
(Tecimical instructions on conducting geopbys'Lcal
explora-
tions in boreholes) Tekhnicheskaia instruktaiia po
provede-
niba geofizicheskikh issledovanii v skvazhizakh. Moskva$
Gosgooltekhizdat,, 1963. 297 p. (MIRA 17:2)
1. Russia (1923- U.S.S.R.) GosudarstvenrWy geologicheakly
komi-
-tetJo-2*Kollektiv rabotnikov sektora pronyslovoy
geofiziki
V8037y;znogo naucbno-issledovatellskogo institute geofizi-
cbeskikb metodov razvedki (for Komarov, Petrosyan,
PerIkov,
Folldmang.Dunebenko., Korabev, Sokhranov, Chukin, Basin).
3. so-
trudniki Otdela geofiziki Gosudarstvennogo
geologicheskogo ko-
miteta SSSR'(for Kargov). 4. Glavnqye upravleniye
geologii i okh-
rarW nedr pri Sovete Ministrov RSM (for Mukher).

KUKHARENKO, N.K.; BASIN, U.N.; BALIVAS, Yu.P.1 TYUKAYKV, Yu.V.
Nov type of models of-porous s",ta for neiitron logging. Atom.
onarg, 15 n0,4038-339 0 163, (MIU 16 1.10)

KUKHARENKO, N.K.; BASIN, U.N.
Characteristics of TRK-type instruwnts for radioactive logging
of wells., Rawyed. i prom. geofix. no.4702-96 163. (MIRA 16:8)
(Oil.well logging,.Radiation-Equipment and supplies)

m

BASINp U.N.
Introducing corrections for the nonlinearity of apparatus to
the date of radioactive logging. Geofiz.razv. no.l4sl34-139
163.
Determining the dose of irradiation from radioactive sources
in neutron and gamma-gamma logging. Ibid.:139-143 (KM 17:3)
f:1

BASIN, YAOLi MAKAROV,, R.A.; SEIZZNEV, N.V.
Selecting optimum narameters of radioisotope devices used In
thermophysical irvestigations. Inzh.-fiz. zhur. 8 no.2:257-
262 F 16506 (MIRA 18:5)
1. Institut, stroitallnoy fiziki, Moskva.

SOV/81-59-12-430,34
Translation fromt Referativnyy zhurnal. Xhimiya,.1959, Nr 12, p 308
(USSR)
AUTHORSs Levin, D.I., Basin, Te.V.-
TITLE's A Sonic Method for Determining the Slastiaity-Rodule of
Ceramic
Materials in the Plastic State
PERIODICAL: Tr. Goo. no-io kerame in-ta, 1958, Nr 1, pp 92-97
ABSTRACTs A dynamic method h%s been described for determining-the
elasticity
module, based e, a
._,on the mea6aurement of the frequencies of th 'nitural
osoillationaVof the tested sampled* The determination of-the reson-
ance frequency of the sample is carried out on an,installation con-
sisting of a "ZG-10" generator of audio frequency oscillations, an
exciter of mechanical oscillations; a receiver of mechanical oscil-
lations, an "EO-7" oscillograph, and a test panel,-on whileh-the ex-
oiter, the receiver and the-supports of the sample are mounted. A
diagram of the installation, the compositions of the porcelain mas-
ses and the curves of the dependence of the -elasticity module on
the humidity are given.
G. Gerashchenko
Card 1/3.

D.I.,- BASIN, YO.T.
Neasuring the degree of vhlteness Evith eumwLry in Znglishl.
Insh.-fis.shur. 1 no.8:108-112 Ag 158, (NIRA 11:8)
1,Gosudarxtve;tW kei~kmichesklr institut, leningrad.
(C lorimetryl

B&SINp Te.V.; LEVINp D.I.
Investigating the relatica of the elasticity bodulue of
'porcelain bodies to teWeraturoo Trudy GINI no.it68414 16o.
(KMA 16sl)
(Cersades) (31"ticity)

BASIN, Yo.V.; LEVIN, D.I.
Effect of quartz on the dependence of thelzo&Alua of elaotivi*y
of ceramic materlals on- the temperature* Zhur. prild. khim. 3,4
no. 5: n57-1158 It 161. (-)Ma 16:8)
(Cezimic materials)

- BASIN, lu.B. . imsh.
TractOr-Jw=tOd *Ori8iwaASwnU2 planter. Trakt.i oollkhosush,
31 no.2:46-47 F' 161. (KM 3.4:7)
(Germ wit Eut-Planters (Agricultaral machinery))

2.9603
S/12o/61/000/004/012/034
E192/E382
AUTHORS: Yakovlev, K#A., Pankrushina, D.K. and Basin, Yu.G.
TITLEt A pulze-power measuring instrument
PERIODICAL: PrIbory I tekhnika eksperimenta,, noi 41 1961,
pp. 89 - 91
TEXT: A block diagram of the instrument is shown in
Fig. 1. The signals from pick-ups I and which are
proportional to the current and voltage amplitude (in the
right phase) are applied to the voltage dividers 3 and
The latter are used for attenuating the signals to the
required level necessary for the operation of the converter 5
When the input signals are applied to the converter,,a
constant amplitude pulse Is obtained at its output, the pulse
being proportional to the instantaneous actiNre power across the
measured load. The peak value of the pulse Is recorded by
the memory device 6 and is measured by the DC vacuum tube
voltmeter 7 . The correcting network 8 im; employed for the
correction of the measurement error of the converter. A
calibration generator 9 in used for checking the instrument
Card 1/1

*9&)3
S/12o/61/ooo/oo4/012/034
A pulse-power measuring instrument -Z192/x3ft
during its operation. The electrical circuit of the pick-ups
in such as to give a satisfactory amplitude and phase response
over the frequency range from 0.8 to 8 Me/s. The current and
voltage ranges for the pick-ups are 50 - 2 100 A and I - 15 kV,
respectively. The feeders for the pick-ups are in the form of
screened cables, type f1 G
'152
d decay'scheme shown in Fig- 3- F. M. Antonlyevap A. A.

.-Bashilov.4.
N. D'obronravovap I.W. Rogacbev, and I. Zvolfskiy are mention-

ed. The
auth6rs thank V. A. Morozov and G. L. Hironay for their help in

measurementst and also I. A. Yutlandov and V. A. Khalkin for carrying
out

chemical work. There are 3 figurest 2 tables, and 15 references: 9
Soviet,

band 6 US.

Card 3/5

85581

The Converbion Electron Spectrum of the

S/048/60/024/007/013/032/Xx

~ysprosium~Fraction

B019/B056

ASSOCIATIOf:
Nauohno-iseledovateliskiy fizicheskiy institut.Leningradskogo''

gos.
universiteta'im. A. A.

Zhdanova (PhY81cal Scientific

Research Institute
of Lening

rad State 'University imeni

A. A. Zhdanbv). Ob"yedinennyy
institut yadernykh iseledovaniy

(Joint Institute of Nuclear

Research)

E-4

t3

Bet ~~j
TaGailga
Homlwxouxm8 SneuTpmu Dy'68 FJ/040/60/024/007/013/0
B010056
kov -
J~V. kGV
0"
T. ocs..
12
28.8 12'
K-81
47 4 7,570 200
60
72:8
9,9 1.5 wOJ60 LK-81
7
81.9. 7
907 99 O-t2D M-81
5 .15
95:7' A- 8 2 L-99
81-2, :46
110 Al-99 it
1384 X-147?
147. 6 2 L-147?
5�6
191 19 2441 1 40
6 1 loo~E61 K-244 Cl N V) Of
2031 255
84M
K-255
.237 4 245 j_�2 4�2
'246' L-244
25S.,. 13�3 L-255
................
41
'Card 5 5

AUTHORSs
TITLEs
PERIODICALs
85582
S/048/60/024/007/014/032/XX
B019/B056
lanina, A* S. and Morozov. V. A.
The 106-kev Trannition in the 167 Nucleus
Izvestiya AkademEi nauk SSSR. Seriya fizicheakayap 1960,
Vol. 24, No- 7, P-.817
TEXTs This paper was read at the 10th All-Union Conference on Nuclear
SpectroESECoU, which took place at Moscow from Janua,7 19 to January
27s,
1960o Using data obtained by Mihelich et al* (Ref. 1 , the authors
esti-
mate the intensities of the transition in percents of decay for the
106-
kev transitions of the 5/2+ level to the 3/2* level (H2 + MI). The
lutetium, fraction was chromatographically separated from rare
earths* The
rare earths were obtained by the spallation of Ta. The daughter
ytterbium
was also separated. The conversion electron spectrum was
investigated in
a P-spectrometer having a resolution of roughly 1,9%. The separation
of
ytterbium took place 1 hour after separation of the lutetium
fraction,
i.e., about three hours after irgadiation of the Ta-target. Thusv the
preparation mainly contained Yb167 (according to measurements
carried out
Card 1/2 7q

A
The 106-kov Transition in the Tu167
Nucleus
85582
B/046/60/024/007/014/032/XX
B019/BO56
by the authors this isotope has a lifetime of 19+0,5 minutee)p which
is
formed from Lu16T- ecay (lifetime 55 minutes). A~7intensive L-106
line had
y been obs ved by Basina et al, in the conversion spea-
formerl 11, (Ref- 31l L-106-lines and of the
trum. Also, the relative intensities of the YbI
Tu167 K-208 lines (Ref. 4) had been measured earlier. Using data
given by
K. Ya. Gromov on the 208-kev transition of 90670 it is possible to
calculate the intensity oi the transitions in percents per decay for
the
106-kev transition of Yb1 7. The calculation was carried out by
assuming
that the last transition is a pure Ml-transition. For the 106--kev
transi-
tion of Tu167, it yielded a value of 59% per decay. The analogous
tran-
sition ('5/2+ o3/2+) in Tu169 (109 kev) amounts to 58% per deoay. The
authors thank Ko Ta. Gr9jj for letting them have the data, and T_ A.
Yutlandov and B. A. Khalk4a f r the chemical part of the work
performed#
There are 5 referencest 4 Soviet and I US.
ASSOCIATIONs Radiyevyy institut in, V. G. Xhlopina Akademii nauk SSSR
(Radium Institute im2nj V, Q, lChInpiln nf +he AepAgmy. Of
Scieneesp-USSR
Card 2/2 ,

BASINA, A.S.j GROMOV X.Ya.; DZHUEPOV,. B.S.; MOROZOV V.A.
Spectrtm of the conversion electrons of the holmium fraction in
the reaction Ta P. . Izv. AN SSOR. Ser. fiz. 25 no.2:194-198
7'161o (MIRA 34:3)
(Holuium,-,~-Teotopeo)

DIAAP1WF(q'j ~ID
0
ACCESSION NR- AP5024329 UR/067/65/'002jO 2?6204/610
Vf-7-1-- T-
orozovib
+ r 6 li,
TITLE: 4 9 from TU164 Vol: in, E
y, ay,
SOURCE,:, Yaderinaya fixikai Y. 20:no. ~2, 1965' 204-210
31, unill r~dl ksotope,'~' radioa ive~decay seb
!TOPIC. TAGS :-thull brblum4,,. gamma vq, ct MW
?ABSTRACT: The coefficients of internal conversion are found for
several transi-
itions :in Er'164. bj comparison of.the expei-imentally-determined
relative intensities
lof -y-rays from Tu164 with the intensities,oE.conversion lines
given In the litera-
I ture. The,mothod ot.lsota -.,so ration-is,briefly describe& :,A
y-scintillation
0 Pa
'Ppect r witha 40 x ~40 'mm thallium activated- sodium. iodide
crystal was used
for 3.
ng the y-spectrume- The mea'surements-were begun approximately six
liminutes after s"4paration of the-Tu. The spectrum was
graphicallranalyzed to de-
1termine..the relative into"Lties:,of the y-4ays. The results"are
tabulated for
ienergies from.500 to 2500 kev and compared,with data in the
literature on the a
electrou'In th,Is enbrgy region., The decay 4cheme for Tuli4pecw'
itrum of,oonversion is
Card 1/3

ENC

LOSURE's

-
Av

_
'

41

PIN

V Oft

:

4a low It, -

8,1 K.
_BEDIKE, T.; GROMDV,
NOVGOROW?) A. F. 1 6;
"Concerning the Decay of pr138.11
report submitted for All-UnIon Conf on Nuclear Spectroscopy, Tbilisi,
14-22
Feb 64.
OIYaI (Joint Inst Nuclear Res)

L
ACC NAs M18850 SOURCE CODE: Ul- 002/00676W[0-9-73~
AUMHORt BasinaL_AA.,jLi Bedike, T*j Gr2Mv, X, Ya.,-. D2~~ls v B S.-
Lel?Rdey No A.:
11oroww, V.-Ao; NoVgorodov, A, F,
ARG% Joint ~Ensiiiute of-iluclear Studies (Ob"yedineraw institut
ynderywkh issi~~
XF ~e~ ~aU ~vers~Wingradskiy gosuclarstvanywy universitet)
TITLE -. DecayIof Pr sup 13WB LT-his paper was dven at tho
Ifiaolear SPeotrosdopY, MU4, FebruAry 196ig
A 13
SOURC Yadarnaya fizika,,vo 2, no.-6, 1965 '966-973
,OPIC TAGSt radioactive docay, prassodynium, gawa spectrum,
conversion electron
Spectrum, cerium
ABSTRAM. The Y-spectrwa.* WY- a~d,94X - coincidence spectra, and the
-conversion electron spectra of prascodyiium samples obtained from
Tap Th,
=d Er irradiat6d Ath 660 Hov protons were measured. The relative
inten-
,vities of the Y- transitions witb.cnergies of 30 P 7 . and 1047 kevs
?
89
observed in the Y-specbn= of PrI38j. were determined and tabulatodo
The
Xy-coincidvaco experiments givo ovidence of a cascado of transitions
having i
J;he energies of 303-1047-789 kov* Hcxsuredf*,Y- coincidences did not
con-
firm the existence of the 04 decay of Prl a to the 180 kev level- The
sionversion electron. transitions of 303 1 and .769t3 kov were
'jmyeitip~eo
Card 1/2
V,

. .mmm_
~j

RLSINA, I.P.
Use of optical pyrometry In measuring flame
temperature In a
reverberatory copper smelter. 1sv.AN
Xazakh.SSR.&ir.energ. no.4/5:
90-108 134. (MM. 9:3)
(Pyrometry) (71ame) (Smelting furnaces)

HIM,
-13
Sao 3 so
NIM"
8s,
16; 4-345 Ni
I Ila 4,Pg~i '02 1~
c A'.' Aj
it
I VIM a .-I
1H

.9
to
A

V 33'

CUP

2."d AA it
4

w u

49

-.1
.1

TOUDIOGrY, A.T.; %. BASINL, IP-
-01391mmiK
Burning some Kazakh cools In a cyclone furnace* Ilve
All lasakh.SSR.Ser.energ. no.10:103-113 056. (MM 9:12)
(Gosibwtion) (Farmsees) (Kazakhstan--Coal)

SOVA 37- 59-3-5476
Translation from: Referativnyy zhurnal. Metallurgiya, 1959, Nr
~, p 77 (USSR)
AUTHORS: Basina, 1. P., Tonkonogiy, A. V.
T IT LE: Cyclone- smelting Method (Tsiklonnyy metod plavki)
PERIODICAL: V sb.: Materialy Bove!ihchaniya po vopr. raboty
pechey tsvetn.
metallurgii i razvitiya pirometallurg. protsessov. Moscow, 1957,
pp 130-143
ABSTRACT: A description is given of the principle of cyclone
smelting (CS)
for concentrates. As a result of theoretical investigations it
was
found that the process of combustion of solid. fuel in a cyclone
chamber takes place practically along the wall of the chamber
where
the charge mixture is melted, a1scu Comparative data are adduced
which characterize different smelting methods, namely, the
rever-
beratory, the fluidized-bed, and the CS method. The advantages
of
CS are set forth. The layout and a description are adduced of an
enlarged installation (10-ton charge per day) for CS, which is
operat-
ing in the Energetics Institute, Academy of Sciences, Kazakh
SSR, and
where experiments on smelting of Cu, Cu-Zn. and multimetal
concen-
Card 1/2 trates were carried out. The procedure graphs and
results of the

Cyclone -smelting Meth:)d
SOV/1 37- 59- 3-5476
experiments are adducvcl, which show that GS"can be carried out
to produce Cu,
matte of different composition, including a very rich (up to
white) matte. In CS of
bulk concentrates Cu is melted while Pb (11,990,46) and Zn (up
to 890/o) are sublimaied.
Yu. 0,
Card 2/2

SOV/137-59-1-94
Translation from: Referativnyy zhurnal. Metallurgiya, 1959, Nr 1, p
13 (USSR)
AUTHOR: Basina., I. P.
-----------
TITLE: On Methods for Measuring Flame Temperature in Smelting Furnaces
.10 metodakh izmereniya temperatury plameni v plavil'nykh pechakh)
PERIODICAL: V sb.: Issled. fiz. osnov rabochego protsessa topok i
pechey.
Alma-Ata, AN KazSSR, 1957, pp 297-310
ABSTRACT: The author exa;,n'ines different methods for measuring
flame tem-
perature (contact and radiation) applicable under the working con-
ditions of reverberatory furnaces of copper-smelting plants. Ra-
diation methods are analyzed in detail and their fundamental equa-
tions are adduced. The author points out the significance of the
character of the temperature distribution through the cross section
of the flame jet, the effect of knocking-out of the gases in the
sigbt-
ing line, methods for avoiding and accounting for errors. Analysis
of various methods is adduced, their applicabiliti in the operation
of copper-smelting furnaces is pointed out, and the following funda-
mental conclusions are given: 1) the beat results arc obtained by
Card 1J2 using the color-pyrometry method; Z) the brightness-
pyrometry

SOV/137-59-1-94
On Methods for Measuring Flame Temperature in Smelting Furnaces
method gives fair results when automatic photoelectric pyrometers and
sighting
devices with air-jet ventilation are used; 3) the total-radiation
method requires
,-)criodic rechecking with the optical or color pyrometers; 4) the
thermoelectric
method is unreliable owing to the -absence of , ~ ~ thermoelectrode
materials which
are stable under the conditions prevailing in the working space of a
smelting
furnace.
M. L.
Card 2/2

SOV/137-59-1-70
Translation from: Referativnyy zhurnal. Metallurgiya, 1959, Nr 1, p 9
(USSR)
AUTHORS- Tonkonogiy, A. V., Basina, 1. P.
TITLE: On the Combustion and Separation of Fuel Particles in a
Cyclone Fire".
Chamber (0 gorenii i separatsii chastits topliva v tsiklonnoy topke)
PERIODICAL. V sb.: Issled. fiz. osnov rabochego protse,ssa topok i
pechey.
Alma-Ata, AN KazSSR, 1957, pp 407-419
ABSTRACT: The separation time for particles of 10 -1 ~O ~L size in a
0 .8 -m diam
chamber for different rates of gas flow was calculated from the gen-
eral equation for the motion of a particle in a cyclone chamber,
solved by the method of finite differences. The separation time is
correlated with the burning time of coal particles to C02, and it is
shown that within a cyclone only the 25 - 50 ii size particles burn
depending upon the speed of the flowing gas. Owing to the high tem-
peratures in the cyclone burners the volatile matters separate from
the fuel intensively and their combustion occurs in the chamber
space, whereas the coke residue of the particles biarns in the slag
film on the chamber wall. The conclusion thus drawn is compared
Card 1/ 1 with experimental data, G.G.

SOV/112-59-5-8520
Translation from; Referativnyy zhurnal. Elektrotekhnika, 1959, Nr 5,
P IT (USSR)
AUTHOR: Tonkonogiy, A. V., and Basina, 1. P.
TITLE: Burning High-Ash Coals in a CY010:;Ure Furna"Coew
PERIODICAL: V ab. -. Issled. fiz. oanov rabochego protsessa topok i
pechey.
Alma-Ata, AN Kazakhakoy SSR, 1957, pp 447-456
ABSTRACT: Inatitut energetiki (Institute of Power -Engineering), AS
Kazakhskaya
SSR, investigated the combustion of some Kazakhstan coals having
various ash
contents and ash fusibilities; horizontal cyclone experimental
furnaces were
used. In addition, combustion was investigated of artificially
ballast-laden fuel
in slanted and vertical crIones; the baUast-to-fuel ratio (reduced
to the
reference fuel terms) could be brought up to 4: 1. The following
conclusions
are drawn from the experiments: %I I) coals with various ash
contents can be
successfully burned in a ayclonefurnace; the temperature
characteristic of the
coal is important;. lQw -fusible -ash coals burn easily,
high-fusible-ash coals
Card 1/2

SOV/112-59-5-8520
Burning Iligh-Ash Coals in W~. CymUm&Furnace
can be burned with a highly -preheated air; '(2) ash fusibility
affects not only
the reliability of the molten-slag tappinj; the liquid slag film
on the cyclo4e
walls is no less important, it ensure.s stable and vigorous
burning; (3) with a
vertical cyclone,,the liquid slag spreads uniformly arouad the
furnace walls and
is reliablir removed from the chamber; this also permits essential
simplification in the furnace design-, (4). the experiments with
burning of highly
ballast-laden fuel show the feasibility of using the a~yclone
principle not only for
power furnaces but also for process furnaces.
S. M. Sh.
Card 2/2

283
~XTHOR: Tonkogliq A.V.9 Basinas I,P, and Vdovenko, M.1.
A cyclonic pyrojnet~iurgic~process. (Tsikonnyy pirometallurg-
icheskiy protsesso)
PERIODICAL; "TsvetnTe Metall'y" (Non-ferrous Metals),
1957, No. 1. pp. 30 - 429 (U.SX;,R,)
LoSTRACT: In this article a c7clonic, Z.Aelting method,
characterised
by hi$h process intensity and metallurgical efficieAOy is
described. Theoretioal.investigation of conditions in cyclone
combustors have confirmed that the combustion process occurs
mainly on the walls of the cyclone. On the basis of prelimin-
ary expwimcnta and theoratical studies a pilot plant scale
installation, used for the cyclonic smelting of copper and
copper-zinc concentrates, was constructed. The diameter of the
cyclone was 430 mm, its height 780 mm and the diameter of the
opening in the flat bottom of the Nclone was 170 mm. The
cyclone was placed over a2arge set ling chamber (1 130 x
1 600 m-m and 1 100 mm high) into which both the liquid and
gaseous products of the cyclone passed. Fro." -11he settling
chamber the gases pass via a heat exch&rger and extractor fan
to a stack, the heat exchanger serving tu pro-heat combustion
air. The charge was fed directly into the cyclone by a screw
feeder. Liquid fuel was used, supplied at 4 atm. pressure
through a centrifugal jet. The rate of smelting the charge was
about 300 kg per hour, the corresponding fuel rate being about
80 kg per hour and the excess air factor being either'l-05 or

A cyclonic pyrometallurgical process. (Cont.) 283
1.18. A temperature of about 1 400 0C was obtained in the
settling chamber. The pressure drop through the cyclone was
about 40 mm mercury.
The utilisation of smelting space in the cyclonic install-
ation was several times higher than in reverberatory copper
smelting furnaces or in fluidised-state reactors. This cor--
firms theoretical.qxpectations of highiar relative
gas/part-lele
velocities in the cyclone. The- fact tzhai; roasting and
melting
occar simultaneously in the cyclone reactor enables fuel con-
sumption,for production of the metal to be greatly reducedl
with high air-pre-heat and high sulphide content in the
charge
carbonaceoua fuel can be dispensed with altogether. The
degree of de-sulphurisation in the cyclone can be easily
controlled over a -aide range by altering the quantity of air
admitted to the cyclone.
It is expected that under industrial conditions the exit
gases from the cyclone will contain 9-12% sulphar dioxide,
which would enable them to be used for sulphuric acid manu-
facture. The cyclonic method could be used for treating
multi-component concentrates with the separate extraction of
valuable components into the melt and sublimate
From the preliminary experiments, the dust c;ntent of the
gases directly after the settling chamber is 2,0-5-0 9~0
Since no special grinding or drying of the charge is required
-for cyclonic smelting, preparation eTaipment can be
simplified.

A cyclonic pyrometallurgical process. (Cont.) 283
The whole cyclonic smelting operation lends itself to
automation ands compared with reverberatory furnaces, secures
the production of richer mattes and increased converter
productivity.
There are 8 figures and 11 references, 7 of which are
Russian.
The work was carried out at the Energetics Institute of the
Academy of Sciences of the Kazakhstan S.S.R.

SOV/ 137-58-8-16665
T'rinslation from. Referativnyy zhurnal, Metallurgiya, 1958, Nr 8, p
61 (USSR)
AUTHORS: Tonkonogiy, AN., rmangaliyev, M.R.
TITLE- Experimental Installation for Cyclone Smelting (Opytnaya usta-
novka dlya tsiklonnoy plavki)
PERIODICAL,: Izv. AN KazSSR. Ser. energ., 1957, Nr 1 (12). pp 85-98
ABSTRACT: This is a description of an experimental plant for cyclone
smelting of comminuted ores and concentrates at the Power
Institute, Academy of Sciences, Kazakh Soviet Socialist Re-
public. The major component of the installation is a cylind-
rical cyclone chamber (CC) 430 mrn in diameter and 780 mm
high, capable of handling up to 10 t. charge per day, lined with
chemically -bonded magnesite chr9ifie to a thickness equal to
one-half the length of a. brick and coled by an external water
jacket. Under the CC and separatg ,therefrom by a partition
(of closely fitted 25-mm diameter tubes smeared with mag-
nesite chrome) with a hole 170 mrn in diameter, there is a
settling chamber (SC) 1830 mm, long and 1130 wide, lined with
magnesite chrome. Air from a heater is delivered tapgentially
Card 1/2 into the upper portion of the CC. An aperture for cha ng by

SOV/ 137-58-8-16665
E:kperimental Installation, foLcyclone Smelting
a worm feed is provided in the cover of the CC, along with a
tangential jet
for the burning of pulverized coal and another for liquid fuel
used to heat the
CC (to a wall temperature of 600-8000C in 45-60 min). A
heavy-oil jet is
used to preheat the SC to 1300-13500 for 8-10 hours. In
smelting Cu con-
centrates, the temperature of the walls of the CC rises to
1000-12000, and
that of its interior to 16000 and more. The temperature of the
SC is held at
1250-13500. Charging is continuous, except for the
slag-tapping period.
Gases from the SC pass through an air heater and proceed to
the smoke-,
stack via a fan. A portion of the hot air is directed to the
pulverized-coal
nozzle. When used to smelt Cu concentrates, this equipment
functioned
steadily at a rate of 350-450 k& charge per hour, %Pt when
Cu-Zn and poly-
metallic concentrates were smelted, the air h9aA became
clogged with
dust (chiefly ZnO and PbO).
Ye.Z.
1. Ores--Processing 2. Industrial plants--Design 3. InduEtrial
plants--Equipment,
4. Industrial plants--Performance
Card 2/Z

USINAI. LX,; BUDON, V*D*; VDOVMO, ~.I.; ONAYIV, I.A.;
TORKONOGIY, A.V.;
-~-~~bRkMMO, T.Ta.
Cyoloue smelting of polymetallic concentrates. Vast. A UsW&.
SqR l3v;~.0:76-42 Ag 157. (MLRL NO)
I.- AXutsaiya SM (f or.lasiv&, Akdon, VdAFrealm,
On&M, Toakonogly), 2. CIA1**;kt%kijy sylutuoyyy savod (for
(smelting)

---BAS 1HA,
"On the Combustion and Separation of Fuel Particles in. a
Cyclonic Furnace,"
Aerodynamic and Heat Transfer Problems in Boiler and Furnace
Processes; A Col-
lection of Articles., Moscow, Gosenergoizdat, Moscow, 1958. 329
p.
Purpose: The book is intended for engineers and combustion
specialifits concerned
with the design and operation of beating equipment and it is
also for scientific
workers and students of vtuzes.

j3
*4 FRI
ip 34
)top
so
j
ali
zi
EN
A 2 i 11-40
ta L
-wu
0 P!
31
fi,g
Sh
6 no
Co. .0 10.3
Ilia.
X.4

TORKONOGrf. A.V.; BASINA, I.P.; VWVZWO. X.I.; KUBWGLLIYBV,
MA.
---q
Now method of metal extraction from sublizatese Izv. AN
raakb, M
Ser.suerg. uo.1:110-114 159. (min 12: 11)
(Nonferrous metals--Metallurgy)
If

-!V.]~~~VDOT12WG, Rol.; X0WUL17-,Wt X.Re; REZNYArOV, A.B.;
TONKONOGITO A,V,
Iron ore treatment flow sheet with the ase of the cyclone
motbod.
I-.v. AN Kazakh. SSR. Ser.energ. no.2:97-101 159.
(Iron ores) (SeparatoW (Machines))
(MIR&-12:7)

A:PTHORS:
TITIE:
3,1301
S/124/61/000/010/036/056
D251/D301
Basina, I.P. and Dzhunusov, K.G.
On the combustion of carbon on the walls of a combu-
stion chamber
PERIODICAL: Referativnyy zhurnal. Mekhanika, no. 10, 1961t 86,
abstract 10 B612 (KazSSR Rylym Akad. Khabarlary,
Izv. AN KazSSR, Ser. energ., 1960, no. 1 (17),
30-37)
TMET: A rough estimation is carried out of the thermal
stress of a combustion chamber according to a scheme which
assumes
that the combustion of the bulk of the coke particles takes
place
on the walls of the chamber. The stress obtained coincides
satis-
factorily with actual conditions, The experimental investigation
of a suggested model of combustion was begun, and the combustion
of a carbon cylinder in relation to the velocity of a
circulatory
strean was investigated. The combustion was controlled according
Card 1/2

1 01
S/124/61/ 0 701010361056
On the combustion of carbon... D251/D301
to the composition of the gases and according to the loss in
weight
of the cylinder. The depqndence of the speed of combustion of
the
carbon on the velocity of the stream, the structure of the
cylinder
walls and the geometrical parameters of the chamber is
obtained. It
is shown that the process of combustion takes place in the
diffu-
sion region. Z-Abstracter's note: Complete translation.3
Card 2/2

BASINA, I.P.; VDOVENKO, M.I.; KURMANGALIYEV, M.R.
Principal results of the studies of cyclone processes of
smelting and
sublimation. Trudy Inst. energ. AN Kazakh. SSR 2;261-273 160.
(MIRA 15:1)
(Smelting) (Furnaces) (copper)

TOIKONDGIY, A.Y., kRnd,tekbn.nauk;,BASIKA,. n.nauk
-!- Aiimnd.tekh
Cyclone ustallurgical process. Izv.vys.uchob.zav.;
energo
3 no.3:101-109 Mr 160. OGIU 130)
1. Institut energetiki AN X&%SSR.
(Natallurgical, furnaces)

BASIN& I.&; YUGAYj 0.1.
Calmlation dC the notion of t1cles in a twisted atrona.
Isv,kg Kazakh* iAm.
(MIRA 171

BASINA I.P.
Nature of the burning out of the carbon cylinder wall in
case
of a cyclonic movement of the gas. Izv. AN Kasakh. SSR.
Ser.
tekh. i khim. nauk no.2t107-110 163. (MIRA 17s2)

RaNYAKOVp A.B.; BASIXA$,-;,F,,,JCand. tekhn, nauk; KURMANGALIYP'it
M*R,.t
kand, tekhn,--n'auk
Combustion of a mixtire of Ekibastus coal wit1h other coal types
in a cyclone combustion obamber with liquid oindw removal#
Vast. AN Kazakh SSR 22 no.808-62 Ag 065, (MMA 1819)
1. Chlen-korrespondent AN Kazalthakcry SSR (for Raznyakov).

i
v
q
-1 1
j

be -t I
Experimental 1: 141 o" O&V Ow Q3cfA a0vows
delelopment of shoT iiiiati Inta dbullas aid tbe;
irere tbO o1pnow - and - vim" g,
betArogenous blood erythrocytes, and the least toxic, the
heterogenous albumin
fraction.
:,,,The author believes that the onset of pbasic disturbances of
blood prewa
suireAue to beterogenous blood transfusion is due to the fact tbat,
at variOUG
~staps in the interaction of beterogenous and h genous blood, toxic
sub-
stances possessing incompatible properties are formed. These toxic
products
are formed during the early stage of the interaction and are
neutralized latArf
,~-Infected homogenous blood administered to healthy experimental
animals:
caused milder hemodynamic disturbances than heterogenous blood and
some of
its fractions.
.:.)?erfusion experiments using beterogenous blood and its fractions
in-
dicate that the initial stage of-beterobemotransfusion symptoms is
the effect
Of,tbe products of tit-, interaction of haterogenous blood and
beterogenous
Ong vith homopnoL.-, I'LoodAuring -vascular reception.
ME k-
on, the severity of shocke (U)

BASIRA Doe Cand god Sci - (diss) 11 Importance of -9c
\Iar 10%j *-MAY* 'Att
izaAdiLdeal blood components4c the an" of hemodynamic
dis4ffAsm during beterotransfusion* shook." Minskj 1957. 22
pp 22 am. (Minsk State Medical Inst), 200 copies
(KLj 21-57, 105)

PRIMMKIY, S.A., doteent; BASINA, Kh.Ya.
Some peculiarities of the course of mechanical asphyxia and
possibili-
ties of resuscitation. Mrav, Sol. 3 no.5:29-31 W 159. (MM
1218)
(A$P=IA)

PUDAIK, 7.r.; MARGOLIN, L.U., rodaktor; AWRA, M*A1, retsenzent; PASTU-
SEMI, T.B., retsonsent; IROE1AWVA-,-Te--.-T., rodaktor; HKLINI-
KOTA. N.V., tekhnicheskLy rodaktor.
Coustom tailoring of men's suits and costs) Individuallpyi v.*-
whiv verkhnog* mushakego platita. Kooky&, Gen. izd-we mestnoi
promyshl. RSM, 1955. 342 P. (KIR A 9:6)
(Tailoring)

PHASE I BOOK EXPLOITATION SOV/4402
Zhdanov, A. I., Ye..A. Levanova, N. S. Basina, G. N. Sergeyeva,
and R. P..Khromova
Rukovodstvo po opredelenlyu stoimosti I ekonomicbeakoy effektiv-
nosti- modernizataii metallorezhuishchikh stankov; rukovo-
dyashohiye materialy (Manual on Determining Cost and Economic
Effectiveness of the Modernization of Metal-Cutting Machine
Tools; Guide Materials) Moscow, Mashgiz,, 1958. 52 p. Errata
slip Inserted. 3x000 Copies printed.
Sponsoring Agency: Moscow. SksperimentalInyy nauchno-
issledovatellskiy institut metallorezhushchikh stankov,
Ed.: A. Y9. Prokopovich;. Tech. Ed.: A. F. Uvarova; Managing
Ed. for Literature on Metalworking and Tool Making: R. D.
Beyzellman, Engineer.
PURPOSE: This handbook Is Intended for personnel of chief-
mechanic sections and design sections of machine-tool
plants..

Manual on Determining Cost (Cont.) SOV/4402
COVERAGE: The handbook contains Information on costs and
economic.effectiveness of the modernization of
metal-cutting
machine tools. Tables of cutting standards for cutters,,
drills., milling cutters, gear cutters, and grinding wheel3
are presented. Several maehine-tool plants are mentioned in
the text. No personalities are mentioned. There are no
references.
TABIZ OF CONTUTS:
Introduction 3
Ch. 1. Methods of Determining the Economic Effectiveness
of the Modernization of Metal-Cutting Machine Tools 5
Ch. II. Methods of-Determining the Cost of the
Modernization
of Metal-Cutting Machine Tools 8
Ch. III. Methods of Determining the Relative Cost of Parts
Manufacture (Performance of the Operation) 11
CMI~4'

BAS3NA, N.S.
Now design of a flusber for Urge bedpeas. Sbore
trud, NIIST
no,nrigi-igg 162 (MIRA 18a1)

1VIN. Iaidor Markovich; RASIUA. S., red.; SXIRNOV. G.,
takhn.rod.
[Plenning work mad wages In industrial enterprises]
Planirovaule
aruds I sarabotnoi plAty na pronVablenzWkh
prodpritatitakh. Xoskva,
os. izd-vo polit. lit-ry, 1938, 189 p. (KIRA 11:4)
(Wages) (industrial management)

DRABKINA., Telizavets. Yakovlevna; BASINA, So,,
red.; MWIN, Yu.,
tekbn. red.
[Where robots replace people; notes on ile
intensification
of labor and introduction of automotion, in
capatalist
cauntries] Gde raboty vytesniaiut liudei; za tki ob
inten-
sifikatsii truda i vnedranii avtomatiki v stranakh
kRpitala.
Izd.2.p dop. Moskva,, Goo. izd-vo polit. lit-ry,
1961. 14 p.
(MIRA 15:2)
(Technology and civilization)

PETROCHRU,, Petr Fedoroviobp k&M.skozomomauk; BASM., Sep redej
nMA.. T.t teklm.red,
[SetiblisIdn work nor= in &a enterprise] Kak normiruetsia
trud na predprilatli, Moskva., Gosoizd-vo polit.lit-ry 1961.
62 pe 15:4)
1, Zemotitell direktom Naucbno-iseledovatellskogo institute.
.truda (for Fetroobemko),
(Production standards)

BAS-M,-'YU. - - P%
"Investigation of Regeneration by the Method of Calculation of the
Mitotic
Coefficient," Byull. eksperim. biol. i med. (aluetin of Experimental
Biology and Medicine),
lo, 194o.

Medicine Skin, ReMeration
me the RaCOT427 Of the Regenerottive Faculty
Possible
tm'Z~Ured Azolctl Tissues?" 1. Yo. U=skir and
Tn.
X. basinmy Mmt Siol, Kbark9y Stato U" VP
:*Z*k Ak.Nank SSSRN Vol LI, No 4
matrmit;y or axolotl was subjected to X-ray
done of
TpOOO Roentgen at 100 kv. Distance from
antloathode
tq object 25 cm without Mtek. Tit tube at,
180 kv.,
ftle dose completely su"ressed reganamt .ive
faculti
afertramity and tall of azolotl. Some days
later
:Mmmml oklm was grafted onto area, vWch vas
them

US'SR' ol-o' ;-Nuel
eic Acids
wManges) occurring During the Aging Process,
in the
Blectro-Colloidal Characteristics of the
Iso-Elea
tric Point of the Protoplasm of Tissues of
Rabbit;,,
Under Variouri, Methods of Rearing," V. N.
Nikitin$
Yu. K. Bas ina","" T. A. Batozskaya " S. A.
Braylovska*~~..
F. Volovik,~I-~'X. N. Rudayeva~~har'Yov State U
Zhur Obshch Biol, Vol L2, No 4, pp 270-285,
The biological role of nucleic acideand nucleo-
proteids is very great. . The protoplasmic,
Comple3t,
of, p=ber of. organs. of exptl rabbits,,
raised., on
. ..... ....
diet, revealed a change in
point to acidity. It may be considered as
proven'
that changes in Iso-electric point of
protoplasmic.
complex take place during aZing process of
animal
organism. Reproduction of intercellular matter
in
various tissues goes- throuSh the same
biochemical
aging evolution and reflects, in the main, the
*ame-
regularity of ontageneais as does the whole
organ-
ism.

BASINKIVICH, 1.
--- -- ---- ~~ 4
Improve production by cdmpetition. Prom.koop.
no.12:39-41 D 155.
(Irkutsk Province--7urniture industry)

BASIUMCH.. I. R.
Nomoov &M Uningrad Ieftoring aM, Paper Udustry
Pub3labing
Souses., 1963..-Der. prom. 12 no.2s2 of cover 7
163.
(MLU 164)
(Bibliograpb7-Wood-usirAg industries)