"SCIENTIFIC ABSTRACT LOGINOV, I. V. - LOGVINOV, N. V."

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000930410013-0
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Sequence Number: 13
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

BETIN, Ayzik Abramovich., clots.; Ivan Vasillyevich, dots.;
STOLYA;"OV, bmitriy Favlovich, dots.
(Forest mana,enment in foreign countries] L-esouctroistvo v
zarubezhrrykh stranakh. Noskva, Lesnaia pror-yshlermostl,
1964. 266 p. (MMA 17:9)

LOGINOVO-Jeze
Chill drum fro cast,.ng core skeletons. Lit. proizv. no.10:39-
40 0 163. (MM 16:12)

LOGINOV,, I.Z.,, Inzh.
Universal self-co-oling equipment for centrifugal machines. Lit.
proizv. no.9:38-39 S 165. (MIRA MIO)

LOGINOV I Z I PETROVSKIY, V.I.; CHIGIR, I.D.
Obtaining shaped castings by centr*ugal methods. Lit. proizr.
no.245-46 F 163. (MIRA 16-3)
(Centrifugal casting)

LOGINOV, J,generalplukovriik 4,v:-.
V
Today arid tomorrow of the Sovict civil aeronautics,
LeLecky obzor 5 no-11:341 161
1. Vedouci Hlavni spravy civilniho leteetva pri rale
mLnIstru SSSR.

Akandidat tekhnicheskikh nauk.
Automatic dead reckoning for navigation in Ice. Kor.flot 16 no.4:
21-23 Ap 156. MAL 9; 8)
1. Hurmanskoy VKU Miniateretva rybuoy promyeblennosti.
(Navigation) (Ice-breaking vessels)

LOGINOV, K.S., in%liener; MASNOV, Yu.H.. inzhanar.
-
Matal Manx. Oldr. I mel. 9 no 1*45-47 Jit 157. (MIRA 10:1)
Oxcavating amhtnery) *

~RGPMV, dots., kand. tekhn. nauk; Prinirzli uchastiye:
KISELEVI O.N., kand. geogr. nauk; PIATMOV, V.E., Jnzh.-
gidroakuBtik; SERKO, G.S., red.
(Hydroacoustical fish detecting apparatus) Gidroakustiche-
skie poiskovye pribor-y. Moskva, Transport, 1961+. 289 p.
(mlliA isa)

~~- I --. ~ I , ~,; ; IJIT rllj'~T ,rlTr, I .
Birch
Growing bprb~t* birch with-,ut c,),r,!r. Les . . , l-, . 1-j51.
Mionthly--List Of R'66141am Accjssipnu. Libr,,,ry of Con.-r*sz, April 1952. UNCUSSIFIED.

KATSM, F.; SHKELEV, A.; LOGINUV, L., starshiy inzh.
Use of strain gauges for testing marine internal c=busti6n er~rginev.
Moreflot 21 no.5s22-23 my 161. (MIPA 14:5,1
1. Nachallnik otdola TSentrallndgo proyektno-konstruktorskogo byuro
No.1 Ministerotva morbkogo flota (for Kateman).
(Marine dieb6l engines-Testing)
(strain gauges)

ACC NRI 0600655~ /0335/65/000/005/000 /0006--'
3
'AUT
IHOR: Golavkin, N. (Professor)l loginov, L.
ORIG; Leningrad Technologic Institute for the Refrigeration Industry (Leningradskiy
tekhnologicheskiy institut kholodillnoy promushlonnosti)
TITLE: Proper conditions for the refrigeration of meat
SOURCE: Myasnaya industriya SSSR, no. 5, 1965, 3-6
TOPIC TAGS: food processing equipment, food preservation
ABSTRACT: The aim of the investigation was to determine the length of the
refrigeration period for meat as a function of the temperature and the air flow rate.
For convenience and accuracy of the observations, the experiments were carried out on
a model material which was in the form of a sphere and whose thermophysical properties
were close to those of meat. Use was made of agar models with diameters of 0-055,
0.065, 0.080, 0.090, and 0.100 meters. The refrigeration was carried out at air
temperatures of 0, -4, -6, -14, and -190C at flow rates of 0.2, 1.75, 2.5, 3.8, and
~6.9 moters/sec. The experimental data for spheres of different diameters at various
temperatures are listed in an extensive table, and a curve shows the change in the
-nan temperature of the sphere as a function of the temperature and the flow rate of
the cooling medium, at the moment vhen the cryoscopia temperature is reached on the
2
UDCs 637.5s542.46,004.13
zt~~E '6
M

ACC NRt AP6006551
[surface of the sphere. In general, the experimental data were found to agree well
1with the equation: NO - 2.708 (Re?-" (12)
where, the correlation coofficiontA 0.9893, and the mean quadratic deviation
oT-&- - 0.0199. For best results, the rate of motion of the cooling medium, at
negative temperatures from -4-to -60C, should lie within thellimits of 1-2 moters/86C.
Orig. art. hast 12 formulas, 4 figures, and I table.
SUB CODE:
13/ SUBN DATE, none/ CRIG REFS 0051 OM REFI 002
Card 2/2

cLs
AQC Nki AP60"9954 A, /V SOURE CODI;i Ult/0413/66/606/015/Oi33/0134,
'N. A.; Dinmn, R.-S-.; BuCrovp-111. S.; N.O-Z.drinp
V.; LoC;inov, L. A..
0~'G: none
An automatic lincl~or continuous adjusting, cutting, and inspecting for the
~--re.scncc and for tho type of steel or the hardness of motallio r6-69.
Clans 49, No. lV,56-9--7Cai~i6unce(i by Moscow Metallurgical Plant "Sickle and Ho-er" of
"no Ordor or Lonin and tho Ordor of iWo-7VI6ikiii'--R 'd Bazifi6i-(M6okovskii'ordolilo~-I;6hi&
....... molot"27
i oracna TrudovoGo Yxaonogo Znamani mota lurgichookiy zavod "Sorp i
A'zobrot prom obraz tov zAt no* 15, 19661 133-134
I
1131"*C TAGS: Motalworking, automation, industrial automation, autbmatio control
cz 'Ili i"I-1.0at
05TRACII: This Author Certificate presents an automatic line for continuous adjust-
illc;' vattinC;, and inapoctina for the presence of surface defects and for tho type of
sreal or hardnaaa of motallio rods. To improve its efficiency and the quality o1!
inspoction, tho line contains a combination of consecutively mounted (alone the course
of,the toclmological procoss)s an assembly for adjusting and cutting the ends of the
.OdS; a~ asocidbly for a oinultaneous inspection of the rode for the presence of
Gurface defects and for the type of steel or for the hardness (by a defectoecopio
card-I 3. 6-422s2
Upci 620.1 9

L 09258-67
ACC NRs APO'029954
assembly); and an assembly for sorting the usable and the defective rode (see Fig. 1).
IL
Fig. 'I. asnambly for adjustin and
cuttlxa; 2 - assembly for dimunt g and.
transportina; 3 - defeatoscopic ao embly;
4 - assembly for eortina the usabl and
the doPectivo products; 5 - movabl, blade;
Ifo finger-, 7 - knuckled 0
clutch; 9 - roller; 10 m lever; 11 movable
carriago; 1'2 - rod; 13 - Gemiclutch; 14
!over; 15 - sprocket
If P
/U
V

ACC. NRs AP6029954
nnrci.1-Ply 4`61. and cutting of tho roda Imint; lnn,)cct(.d uLay contain a
Ivver V., ono movable bl.,,de. Tho ohear contains a finger, a drum knuck-lo with
coiiLourad roccna for receiving tho finGor of the blade, a clutch mounted on one I
rollar, a uystem of lavora connected to a bearing carrialp and aboorbing the force of
a blow from the moving rod being inspected and transmitting the movement to one of
U..a somiclutchos. The assembly for adjusting and cutting the inspected rode may also
contain a mechanism for'colloctina the cut rods. This mechanism is made in the form
of a lover kinematically connected to a sprocket mounted on the roller which also
carrica tho knucklod drum and the olutche OrIgs art@ b"i I figures
SUB COM Or 6UBM D&TEs IOD9063
Card 3h

EFM
Possibility of lusing, Dt-,wdm containing riatural radioelements
0
for field irrigation. GIg. i san. 28 nc.(.,CZO-QJ Je'63
(MIF1 171.4)
1* 12 Ukrainskogo Instituta ko=m~-
nallnoy g1glyony.

119-11-2/7
AUTHORs
TITLEs
PERIODICALi
Loginov, L.I., Candidate of Technical Sciences
Instrument Building on the 40th Anniversary of the Great October
(Priborostroyeniye k sorokaletiyu Velikogo Oktyabrya)
N-r 11, PP'-3-7 (USSR'i
ABSTRACTs In connection with the development of industry the demand for
control-meters and regulators increasedl their production increas-
ed 23-fold in the time from 1927/28 till 1932. The production of
laboratory apparatuses increased 9-fold during the same period.
The increasing demand could not be met as the speed of the devel-
opment of inutrument building was not sufficient. It therefore
was necessary to import different kinds of such instruments
equalling a total amount of 476 million Rubels during the first
five years. In order to improve this situation the construction
of some instrument-building enterprises for the production of
automatic regulators and control instruments were planned during
the second five-years~ plan. By government law some scientific
research institutes and other corresponding enterprises were
Card 1/3 founded. These measures made it possible to essentially increase
J

119-11-2/7
Instrument Building VZL the 40th Anniversary of the Great October
the production of instruments within the periods of the 4th and
5th five-years' plan.
The present level of production of control- and regulator-in-
atrumenta of heat-energy parameters is characterized by the fol-
lowing achievementst consumption measuring instruments of various
kinds were produced in great quantities the functioning of which
is based on the measuring of the changing pressure-drop in the
narrowing devices. The following instruments are producedt
swi=er-bell-and ring balances, diaphragm- and sylphono-pressure
gauges, consumption meters for the constant pressure-drop, and
others.
The main interest of all these research institutes has to be di-
rected to the development of unified instruments for the measur-
ing of the consumption (with a constant relief signal) as well
as to instruments which can fully replace swimmer-diffusion
pressure gauges working with mercury.
Of the prospective constructions of liquid-level indicators
(water balances) developed during the last years the radio-active
Card 2/3 liquid-level indicator has to be mentioned, the functioning of

119-11-2/7
Instrument Building on the Orth Anniversary of the Great October
which is based on the principle of the transillumination of the
control object with radio-active gamma-rays. An ultra-short-wave
liquid-level indicator was developed.
The factories produce pressure gauges of different series, as for
example, radio-active ionisation pressure gauges, and instruments
for the analyses of gas content (gas-analysers).
The sixth five-years' plan provides the production of more than
120 types of Instruments for the analysis of various gases and
gas mixtures. At present there are only 41 types in series pro-
duction. Of constantly growing importance are instruments for the
determination of the content of substances as well as of the cha-
racteristics of substances in connection with the intention to
carry out the control of processes not by indirect parameters but
by means of indices which directly characterize the final pro-
duct of production.
AVAILABLEs Library of Congress
Card 3/3

TUSHKOV, P.P.; WGINDV, L.I.
Numerical integration of equations for heat conduction in
three-dimensional space. Insh.-fix.shur. no.2:22-31 7 158-
(NMI 13:1)
1. Institut energetiki AN BSSR. Minsk.
(Heat-conduction) (Approximate solutions)

AUTHORS: Loginov, L.I. and Syrovtseva, N.N. 30V/170-59-3-17/20
TITLE: On the Roots of the Equation J (x Y 1(kx) - Jl~kx)Yo(x) - 0
(0 kornyakh uravneniya J 0(X)Yl?kx~ Z Jj(kx)Yo x) = 0)
PERIODICAL: Inzhenerno-fizicheskiy zhurnal, 1959, Nr 3, pp 112-114 (TJSSR)
ABSTRACT: In the problems of mathematical physics applied to technique
occurs sometimes the transcendent equation cited in the title
where Jo(x) and Jl(kx) are Bessel functions of the first kind
of the zeroth and first order respectively; Yo(z) and Yl(kx)
are Bes3el functions of the second kind of the zeroth and
first order respectively, and k is a constant. The roots of
this equation were investigated by Sasaki f-Ref. 1_,7, Bogert
f-Ref. 22 and others. However, Saoakils semi-convargent
series for the roots are not suitable for direct calculations,
and the value of the roots computed by other investigators are
confined to small values of k-parameter. Yet in some problems,
as e.g. in determiration of temperature stresses in a thickness
of concrete, it is necessary to know the first root of the
equation for consider--lbly larger k-values. The authors com-
puted the values of the first root of the above-cited equotion
for the k-value varying within the following limits 12 ,-
Card 1/2 =Kk=ml30 and plotted these values on the graph given in the

SOV/170-59-3-17/20
On the Roots of the Equation J 0(X)Y1(kx) - Jl(kx)Yo(x) t_0
paper. The authors thank P.P. Yushkov for his advices in pre-
paring this paper.
There are: 1 graph and 3 non-Soviet references.
ASSOCIATIONt Tekhnologicheskiy inatitut kholodillnoy promyshlennosti (Tech-
nological Institute of Refrigeration Industry), LeninFrad
Card 212

DOBRYNIN, Yevgeniy Mikhaylovich- LOGINOV L I inzh., retsenzent;
0 0 *1
SHCHXDROVIT5XIY, S.S., nd.tekhn. , red.; AKIMOTA, A.G.,
red.izd-ve; SOROKINA, G.Ye., tekhn.red.
(Devices for use in the automatic control of industrial
processes] Pribory avtowtizataii proizvodetvannykh protsessov.
Moskva. Gos.nauchno-tekhn.izd-vo mashinostroit.lit-ry, 1960.
190.P. (MIRA 13:12)
(Automatic control)
(Blectronic apparatus and appliances)

PHASE I BOOK EXPLOITATION SOV/4397
Nauchno-tekhnicheskoye obshchestvo priborostroitellnoy promyshlennosti
Priborostroyeniye i izmeriteltnaya tekhnika (Instrument Manufacture and
Measurement Technique) Moscow., Mashgiz., 1960. 462 p. Errata slip inserted.
3,000 copies printed.
Ed.: A.N. Gavrilovp Doctor of Technical Sciences., Professor; Tech. Ed.:
A. Ya. Tikhanov; Managing Ed, for Literature on Machine and Instrument
Construction (Mashgiz)-. N.V. Pokrovskiy, Engineer.
PURPOSE: This collection of articles is intended for scientific and technical
personnel in the instrument industry.
COVERAGE: The 23 articles deal with the present state and the outlook for the
development of instrument mamLfacture and measurement technique. New problems
of design,construction5and mamufacture of instruments are discussed in the first
two sections. Emphasis is given to problems of automation and mechanization of
production and to the application of new techniques in program control, ultra-
sonics, and chipless vorldng of metals. The third section deals with new
Card 1/6

Instrument Manufacture and Measurement Technique SOV/4397
measurement methods involving the use of ultrasonics and radio isotopes. Some
theoretical aspects of met rology and measurement technique are also discussed
in this section. 'No personalities are mentioned. References accompany several
of the articles.
TAKE OF COMMM:
Foreword
3
Logix!q~Y.I.p Engineer. Development of Instrument Manufacture
.'B~ -the Soviet Union 5
IMIGN AND CONSTR ION
Sarkin., I.G.., Professor. Fundamentals of the Design of
Precision Instruments 19
Braslavskiy., D.A.., Candidate of Technical Sciences., and
A.M. Yakubovich.. Engineer. Improvement of Dynamic Characteristics
of Sensitive Elements by Means of Feedback 55
Card 2/6

Instrument Manufacture and Measurement Technique SOV/4397
Urazayevj, Z.F.,, Candidate of Technical Sciences. Effect of
Loading on the Friction Moment of Ball Bearings Used in
Gyroscopic Instruments 77
Vykhodtsev, N.A., Candidate of Technical Sciences. Estimating
the Magnitude of Backlash in Sma31-Module Spur Gearing Used in
Servo Systems 91
Oykher, M.A., Candidate of Technical Sciences. Conditions for
Improving the Stability of Magnetoelectric Instruments 100
Goncharskiy., L.A.., Candidate of Technical Sciences. Electronic
Transducers of Mechanical Values and Their Application 3.15
MAM)FACTURING HMWDS AND DESIGN
Chernyshev., A.V., Engineer. Application of Program Control in
Inatrument Manufacture 139
Card 316

Instrument Manufacture and Measurement Technique SOV/4397
Gavrilaw, A.N.,, Doctor of Technical Sciences, Professor.A.R. Khrapov,
Candidate of Technical Sciences., and B.A. Khokhlov., Candidate of
Technical Sciences. Increasing the Accuracy of Machining on Auto-
matic Lathes and Widening Their Field of Application 162
Gantman, S.A.,, Candidate of Technical Sciences.. V.V. Kolobov., Engineer..
and K.A. Kuznetsov., Engineer, Some Ways of Reducing Labor Consumption
in the Manufacture of Dies for Cold Pressworking in Instrument Manufacture 190
Yermolayev,v P.D., Engineer. Cold Preesvorking of Metals :L-n Small-Lot
Production 201
Kurnyavko., V. Kh... Engineer. Use of Ultrasonics in Instrument Manufacture 220
Kruglov,, A.B., Engineer. Methods of Calibrating Profilometer Scales 235
Golikorvy V.I.., Candidate of Technical Scienres, Fundamentals of the
Calculation for Accuracy in the Machining of Small-Module Gears 256
Maksimikhin, B.A., Engineer. Recent Developmerts in the Technology of
Brazing of Parts in Instrument Manufactilre 272
Card 4/6

Instrument Manufacture and Measurement Technique SOV/4397
Belevtsev.. A.T.., Candidate of Technical Sciences. Automation and
Mechanization of Manufacturing Processes in the Production of
Variable Wire-Wound Resistors 293
PROBIM OF MITROIM AND ML48UFMXM TECHNIaUE
Shumilovskiy, N.N,j Doctor of Technical Sciences,, Professor, and
L.V. MelIttser, Candidate of Technical Sciences. Use of Iftelear
Radiation in Measurement Technology 315
Shrayber, D.8,0 Candidate of Technical Sciences. Present State
and Problems of the Development of Flev-Detection Methods 332
Pavlenko, V.A., Engineer, Basic Trends in the Development of
Instruments for the Analysis of the Composition of Materials 364
Sarkin, Vj, Optical-Mechanical Projection-Type Measuring
Instruments for Checking Dimensions 377
Card 5/6

Instrument Manufacture and Measurement Technique SOV/4397
Iordsh, Yu. I., Doctor of Technical Sciences., Professor. Modern
YetILAs of Vibration Measurement 396
Fyux-stenberg., A.I.,, Engineer. Oscillographic Methods of Frequency
Wagurement, 409
Etkin, L.G., Engineer, Dynaric Method for Determining the Moduli
of Elasticity Under Righ-Temperature Conditions 449
Komarov-Dunayev,t I.M... Candidate of Technical Sciences. Metrological
Base in the. Selection of Methods for Checking Dimensions 455
AVAILAM: Library of Congress
card 616 VK/pw/mas
lo-24-6o

LOGINOV, L.J.
Manufacture of scientific instruments in Englaml. Priborostroenie
no-11:28-32 N 160. WU 13:11)
(Great B-ritain-Instruments)

f 40
AUTHORS: Loginov, L. I., Yushkov,
TITLE: The Numerical Integration
Heat-mass Exchange With tie
84269
S1170160100310101014102.'
.9019/B054
P. P.
of the Equation System for the
Aid of Implicit Formulas
PERIODICAL: Inzhenerno-fizicheskly zhurnal, 1960, Vol. 3~ Nc, 10~
pp. 93-96
TEXT: The authors study the numerical integration of the differential
equation system for the heat-.and mass transfer:47hey restrict themselves
case, ~iid a u-m-F-M-51-5711 transfer ccefficients or,
to the one-dimensional -ss-
constant: at/a.T ad2t/ax 2 -t bau/aT (b - F_Q/s) (6)
au/a,r ala2u/ax2 (-R i~- x !!~; R) (7)
The corresponding boundary and initial conditions are given by (8) - (:01).
A. V. Lykov (Refs. 3, 4) had already studied this system. A numericnl
integration of this system by explicit formulas had been described by
Yushkov(Ref. 5). For the boundary and initial conditions (9) and (10),
Card 1/2

The Numerical Integration of the Equation
System for the Heat-mass Exchange With the
Aid of Implicit Formulas
8~6?70/60/00 3/0 10/0 1 1"102 3
B019/13054,
the authors introduce the analogous difference formulas (11) and (12),
and derive the implicit difference formulas (13) - (14) analogous to
(6) - (7). Thene implicit difference formults ar,? sorriewhat more complex
than the explicJt ones, but they permit an incren,,e of the step. Finally,
the _sathors give the formulas (15) fcr the numerical integratiln Ar, the
case in which a system of four equations with -four unkno%ns is to be
solved. There are I figure and 5 references: 4 Soviet and 1 Brilish.
ASSOCIATION: Institut energetiki All BSSR, Ex. Minsk
(Institute of Power Eng-ineering of the AS BSSR, Minsk)
SUBMITTED: March 8, 1960
Card 2/2
4 r,:: j ~Z- ~!i

LWINOV, L. I., and YMHKO'V) P. P.
"The Numerical Method of Integration of one System of Heat
and Mass Transfer Differential. Equations in the Case of Variable
Physical Properties."
Report submitted for the Conference on Heat and Mass Transfer,
Minsk, BSSR, June 1961.

ORSHANSKIY,D.L.,gl.red.ARIITYUNOV, K.B., red.; VORONOV, A.A., red.;
KARAN=V, K.B., red.; KARIBSKIY, V.V., red.; KRASIVSKIY,
S.P., red.; KULEWIR, V.S., red.; LOGINOV, L.I., red.;
LUXIN, V. 1. , red. ; MALOV, V. 3. f red.
PETROV, BIN., red.; RAXOVSKIY, M.Ye., red.; SMAGLY, L.V.,
red.; SMIRNOV, A.D., red.; SOTSKOV, B.S., red.; STEFANI,
Ye.P., red.; TRAPEZNIKOV, V.A., red.; TSAREVSKIY, Ye.N.,
red.; LEONOVA, Ye.I., tekhn. red.
[EIKA; encyclopedia of measurements, control and automa-
tion]EIKA; entsiklopediia izmerenii kontrolia i avtomati-
zateii. Moskva, Gosenergoizdat. No.l. 1962. 243 p.
(MIRA 16:3)
(Instruments) (Automation) (Mensuration)

it
L 29672-66 EWP(k)/EWT(m)/SVP~t)/ET1 IJP(r,) JD/F
ACC NR, AP6008607 SOURCE CODE4.
3,4'
AUTHOR: Loginov., Le Me
ORG: none
TITLE: Development of the technology of hot rollinv-/of 62E M'-Zine alloys
SOURGEi TavetrWe metallyp no. 3.1. 1965p 101-106
TOPIC TAGS2 hot rolling., copper alloy, zinc alloy, metal shoot/L62 copper-sinc
alloy, L70 copper-zinc alloy, L90 copper-zinc alloy., M2 copper-zinc alloy
ABSTRACT: To develop more productive hot rolling techniques for copper-zinc alloys,
experiments were performed at the Department of Pressure Forming of Metals of the
NIMMASh and the Artemovsk Plant im. E. is Kviring (Otdol obrabotki met lov
davlaniyem* NIIPTMASh i Artemovskiy zavod)o Alloys 21%701%29~%nd M211ere used
with the reversible hot rolling machine duo 800 X &0. Metal pressure on the rolls,
specific pressure) torque, power, and load on the machine drive vere measured over a
range of rolling parameters using the latest instrumentation, Sample u of the
h
experimental results and curves of specific pressure as a function of ~A_hi
(R is the ro3.1 radiusp 6 h is the reduction in mm per passs hcp in the7hcp
average thickness of the rolled strip) and of specific power as a function of
i

L'29672-66
AP6006007
ACC NRi
0
total elongation are presented. Based on a critical review of the normal operating
parameters., new operating regimes were established to exploit the full capacities
of the rolling mill. With the new parameters 4.5 x 645 mm strip of L62 alloy could
be-rolled in 5 instead of 9 passes# 6 x 745 strip in 7 instead of 9 p&3sesp and 6 x
645 m strip of L90 or L70 alloy could be rolled in 9 in3te" of U passes (all
from 144 x 600 x 1300 mm blanks). Orig. art. hast 2 figures, 2 tables, and 4
.formulas.
SUB CODEs 131
SUBM DATEs none/
ORIG RM 009
I Cod 2/2

LOGINOV, L.N.
Replacing bronze by antimonial ca3t. iron. Mashinontroitel,
no. 5311 Yq 164. (WRA 17:7)

LOGINOV, M.
Nxperience of regular production conferences. Avt. transp. 36
no. 6:49-50 Js 158. (MIRA 11:7)
1. Predeedatell moatkoma Kovrovskogo avtokhozyaystva.
(7actory management)

LOGINOV I_ 1-1. --
Kavrov highway transport workers help agriculture. Avt trans
(MI;,A 14;5
39 no. 5: 54 My 161. T
1. Predsedatell profsoyuznogo komiteta Kovrovskoy avtotra.nsportnoy
kontory. (Kovrov.--Highway transport workers) '

I-MINOT M.A. isahamer.
Chackiag the vear ix boiler tubes. Zaargetik 4 no-7:34 JI 156.
(Boilers) (KMA 9:9)

Subject
Card 1/1
Author
Title
Periodical
Abstract
USSR/Electricity
Pub. 29 - 8/25
Loginov, M. A., Eng.
A- "77.
Injury to the turbine blading
: Energetik, 12, 14, D 1955
: The author describes a case of damage to a turbine
blading, itacaWe5 and the repair work done.
AID F - 3703
Institution : None
Submitted : No date

NASYROV, Yu.J.; GIIJ2Tt, YuJe.; LOGINOV, M.A.; LEBEDEV, V.N.
Using C24 for studying the photosynethetic balance in the plantu
of phytocoenoses. Bot.zhur. 47 no.1:96-99 Ja 162.
(MIRA 15:2)
1. Laboratoriya fizinlogii i biofiziki rasteniy All TadzhWkoy 33R,
Dushanbe.
(Plant co-minities) (Photosynthesis)

NASYROV, Yu.S.,, otv. red.; SAPOUNIKOV, D.I.p red.; PROKOFIYEV,
A.A., red.; ZALENSKIY, O.V., red.; '-'AK.%!,!OV, A.N., red.;
KARIVOV, Kh.Kh., red.; LOGINOV, M.A., red.; GILLEEH,
Yu.Ye., red.; U"OV, P.D., red.; KASIYANETIKO, A.G., red.;
RAKHMINAp K.F.9 rod.
[Contribution of plant physiology to agriculture; problems
of photosynthesis and metabolism] Fiziol,giia rastenii -
sel'skomu khoziaistv-u; voprosy fotosint6za i obmena veshchestv.
Dushanbe, Izd-vo AN Tadzhikskoi SSR, 19b5. 131 p.
(MIRA 18:4)
1. Akademiya nauk Tadzhikskoy SSR, Dushanbe. Institut fizio-
logii i biofiziki rastenii.

r 2,'
.5 o o
Ref. zh. Biologlya. Svodrj~j Lorm, ~UhG. ;G57
Ai; -MOR: Lo~;inov,. 1A. A. ; Nasyrov Yu S
T17LE: -d plants
q ba some cultivate
CITED SOURCE: Tr. Otd. fiziol. t blofiz. rast. AN TadzhSSR, v. 3, 1964. 49-67
TOPIC Tdl%GS: photosynthesis, agriculiural crop, steppe productivity, sedge fescue steppe,
bcet photosyntliesle, barley photosynthesis, sunflower photosynthf-,3is, plant producti'vity,
I -Fl I
~ii-,-idon, assiTydiative capacity, moisUire eowi mpClon
TIC) N sing beets, bq-,1(-.; ind
tfw d i u m: I~ind w~ i F;-
7 Dt
r-,o~Z. ij
Tn t1'.

~ 0100-65
ACCESSION NR- AR5008GIl
beginning of its development; a second maxinnum in the photosynthesis curve ap-,)C.L,~s
tthe
11
--e~ inning of
August (in the heading ph;tse). ha contrn.~~t to -ullivattd
i , -i~jjs show a high assini,!1;11-~ " --p".-I",
ivhich re-sults in hip-,h productivitv. Lhc:s~- :)i iritzi. Lri,, n,~c tn,, r- r) -
-,isf,d i(~r ti;, :c)r-
'2
-0 D-1 U "I F P~k
tp- 7kj-tiO nlt~lr
1:'ovo-grt-,,und ri-,ass, ',A1." :-,-r ~ii~:,s, is J-4 in-,-!4 i-~ Lgh Lic,
j,j: - F 1-i1- - I-a! ,- Q 'I f
v 09 -,;- ,-I~r J~,
conditions, these crops have a low transpiration coefficient (200-350). All of thD3 poiats
up the necessity of replacing the natural vegetation by cultivated crops. V. Korshunova
SUB CODE-.. W ENOL: 00
I Card

NASYROV, YU.S.; LOGINOV, M.A.
Study of the photosynthetic balance of herbaceous plant phyto-
cenoses. Bot. zhur. 49 no.1:30-38 Ja 164. (MIRA 17-2)
1. Otdel fiziologii i bioflziki rasteniy AN Tadzhikskoy SSR, Du-
shanbe.

AID P - 5104
Subject USSR/Engineering
Card 1/1 Pub. 110-a - 7/18
Authors Man'kina, N. N., M. D. Loginov, and T. A. Sashina,
Engineers.
Title Prevention of the formation of copper scum by using
sodiu-tri hexa meta r)hosDha te.
Periodical Topi:)energetika, 10, 33-36, 0 1956
Abstract Methods are examined for slowing down and preventing
.h,i fo~-mation of copper scum on pipes of steam boilers.
6 diawrams. 3 references.
Institution All-Union Heat Engineering Institute
Submitted No da-ce

C

123-1-800
Translation from: Referativnyy Zhurnal, Mashinostroyeniye, 1957,
Nr 1, p. 222 (USSR)
AUTHOR: Loginov, M, F.

TITLE: - ------------ ---------------
Tunnel-type Furnace for Thermal Straightening of
Capacitor Plates (Fech tuniellnogo tipa dlya. termorikhtovki)
PERIODICAL: Obmen opytom. Min-vo radiotekhmich, prom-sti SSSR, 1955,
Nr 8-9, pp. 16-ig
ABSTRACT: The author reports that the Ministry of radio-technical
industry plant has constructed and put into operation
a tunnel-type electric furnace of 36 kw capacity for
straightening plates for standard units of variable
capacitors. The furnace's dimensions are 3,000 x 1,500
x 1,200 mm with the 1,600 x 345 x 460 = of working space.
The furnace is equipped with a chain conveyer, with
100 ma pitch and 332 mm distance between the chainB.
The plates are laid into special compartments, size of
which corresponds to the width of the conveyer's belt.
The furnace can handle simultaneously 22 to 15 fittings
Card 1/2 with the plates for heating and soaking under the

123-1-800
Tunnel type Furnaoe for Thermal Straightening of Capacitor Plates
(Cont,5
automatically controlled temperature of 320 to 3400.
The soaking time is regulated within 18 to 36 minutes,
B*G.I*
Card 2/2

KORABLIV, Yu.I., red.; LOGINOV, X.I., red.
CCPSU and the build-up of the Soviet Armed Yorces, 1918-
June 19411 KPS3 I stroitalletvo vooruzhennykh ail SSSR,
1918-iun' 1941. Moskva, Voen.izd-vo X-va obor.SSSR. 1959.
450 P. (MIRA 13:8)
(Russia--Armed forces)

.ya=VT-Mariya--Kapitonovna,* LURIYE, Dzhar. Aliyevich; YiZIOVSKIY,
Mikhail Illich; ORLEANSKIY, Yakov Pavlovich; SAVITSKIY, Aron
Yakovlevich; SHUBIN, Undimir Petrovich; IULKO, M.11.., kand.
tekhn. naukv retsonzent; POIYAKCVA, D.I., red.; BYKOVSKIY,
A.I.., red.; GOREWITAYPOLISKAYA, M.S., tekhn. red.
[Albwn of equiprmit for tho mochwilzation of foundrlos]Allbon
sredstv mekhanizatsii liteirykh tsekhov. [By) IIII.K.Loginova i
dr. Moskva, Mashgiz., 1962. 132, p. (MIRA 15. 10)
(Foundries-Equipmont and cupplies)

SOV/JZ4 -58-4 -4 34 1 D
Translation from: Referativnyy zhurnal, Mekhanika, 1958, Nr 4, p93(USSR)
AUTHOR: __.~,~_g~inov
T I r LE: Reduction of See~age Losses in Shallow Irrigation Canals by
Means of Smoothing the Inner Surface of the Canals With a
Flattener at Stavropol (Umen' sheniye fill tratsionnykh poter,
vody v kanalakh melkoy orositellnoy seti metodom zatiraniya
vnutrenney poverkhnosti kanalov utyugom v usloviyakh
Stavropol' ya)
ABSTRACT: Bibliographic entry on the author's dissertation for the degree
of Candidate of Technical Sciences, presented to the Novocherk.
inzh. -melior. in-t (Novocherkassk Institute of Reclamation
Engineering), Novocherkassk, 1957
ASSOCIATION: Novocherk. inzh. -melior. in-t (Novocherkassk Institute
of Reclamation Engineering), Novocherkassk
1. Irrigation systems--Maintenance
Card 1/1

30653
.s/io5/6.l/ooo/ojI/OOl/OO2
19'7 E14o/Y563
3 ~ 36 00/ -3,
11.11THURS - Hogolvtibov, V Vt- , llocto: (;(' Technical Sciences,
Shamayev, Yu,M , Uiiididate of Technical Sciences and
~n Enwineer
~23i
,ri,n i~. Trans i en f. pror exmi. , j n r pit c i j ve n etworks conta i ning
transformer% with ferrites
NAMMICAI Klektrichestvi), tio I I . 1001 , 60-64
r!.,.,XT - The translent procesme-; in reactive networks containing
Iransfarmers with square-loop t'orrites are solved taking into
.-t-couiat the change of' the Iyn~tmic hystere.-Ris curve as a function of
the rate of change of' inaw,netiYntion. The problem ij; qo1ved by
i ii t rodu c i ng the murface dc,fined I)v
(H - Ii 'goo fill
0 it
where H is the external. I:ield intensity, 211 is the width of' thp
idealized rectangular stati(- hysleresis loop,o g(B) is the experi-
mentally determined specific dynamic conductance and dB/dt is
the rate of variation of' m;t.YnctiL indtiction in the core. On the
basia of known approximatLons to the experimental curves, an
Card 1/2

3065)
Transi ent. processes i n reac t i ve S/ 105/61 /000/011 /Oo I /o4
P: i 40/E563
approximate expression is obtained so.1ving this differential
t~quatjon and giving the citi've of variation ofB as a function of 41(
the ratio of B to the satiii-at ioii in(biction ' B,; To simplify
calcill"tions the assilmiltirtv 1.4 madf. that the input pulse is rect-
angular and that the sta(it hNst,~to-i~ loop has d constant width,
It is stated that these assutnotion-~ are riot essential to the method
but tire merely introdticed for- simplification, The initial equations
for the solution consist of' Fq (1) iin equation expressing the law
of' conservation of current and Kirchhof*f s second law, The
equations are solved in the pha-Re plaite to nupply families of curves
from which tho- output waveforms of sijch ~i system can he obtained
In the Appendix a simple wav is ('or riij)id calculation of
the curves in the phase plane Th-r#- are :-) figures, 2 tables and
7 Soviet referpricem
ASSOCI ATION - Aoskovskiy enerveticheskiv inmtitut.
(Moscow Power Engineering ITIStitute)
U IN] ]"IF R 1) December 31 1960
Card 2/2

BOGOLYUf2OV, V.Ye., doktor tc-kYn.n;uk; S&AMAYEIV, Yu.M., kand.tekhn.nLuk;
LOGINOV, M.3N., inzh.
Transient processes in a network c-intaining capacitance or J--)auctance
and ferromagnetic substances with rectangular hystere5is loops.
Elektrichestuo no.11:6o-64 N 61. (MIRA 14:11)
1. Moskovskiy energeticheskiy institut.
(Electric networks) (Transients (Electricity))

LOGINOV, N.
Volvo-Dons-kil sudokhodny'L kanal. Jh~- 17 1;.,a-rv)r. ':av~vt':~n Canail
0 . IJ , - ---- -,- --
- 11 -54). DLC: Slavic unclacs.
i agitats-iia, 1951, no. 6, ,,. r1
SO: '!'O'JTET TRANSIORTATION AND CC!.'- I IOG`AF'.-~, Ll~ r-iry of Conr-ress
- ..U1,11CMITY.NS 4 '-1 - -- '- u
R-efe nce Derartment, Wash-77tonp 19521 Unclassified.

LOGIIIOV, Et~--
Seven-year plan for the Baltic f lost. Mar. f lot 19 no.5:44
My 159. (MIRA 12:7)
Ok1tic Sea-Herchant marine)

WGINDV, N. 04nskovsWa oblast I)
Preventing the inflammation of air-drled peat. Pozh.delo 3
No.6:10 Je 157. (MLRA 10:7)
(Peat InduBtry)

MIR
LOGINOV, N. ~ ,
- ,
Athletes of the Leningrad Administration of the Food Industry.
Obshchestv. pit. no-1:36 Ja '58. (MIRA 11:3)
l.Instruktor fizkulltury Len pita.
(Leningrad--Food industry~--Zmployees)
(sports)

10G~
Physical education enthusiasts of Leningrad. Obshchestv. pit. no.11:
56-57 N 158. (MIRA 11:12)
l.Starshiy Instruktor-metodist firkulltury Lenuarpita.
(Leningrad-Physical education and training)
...... 14,

USS39/General Problems of Pathology - T~ziors. Comparative U
Cucology. TuLiors of Man
Abs Jour : Ref Zhur Biol., No 6, 1959, 27473
Author : LoGinov, N.A.
Inst
Title :Polypous Disease of the Stomch
Orig, Pub : V sb.: Materialy po bor'be so zlokachestv. opukholyarai,
Ufa, VYP- 8, 1956, 13-16
Abstract No abst---act.
Card 1/1
- 26 -

LOGINOV, N.A.
:--I
1 11": -
Trade school of agricultural mechanization. Iffauke, i pered.op.v sel'-
khoz.7 nool:17-20 Ja 157. OGU 10: 2)
(7arm mechanization--Studjr and teaching)

5(2)
AUTHOR33 Ivanovskiy, L. Yo., Loginov, N. A., SOV/7 5 -13-6-10/21
Smirnov, M. V. r----------------
TITLEs
PERIODICAL3
Determination of Bi- and Trivalent Titanium in Chloride Melts
by Ferric Chloride (Opredeleniye dvukh- i trekhvalentnogo
titans, v khloridnykh rasplavakh posredstvom khlornogo zheleza)
Zhurnal analiticheskoy khimii, 1958, Vol 13, Nr 6, pp 671-673
(USSR)
ABSTRACTs A thorough investigation of the electrolysis of salt melts
containing titanium requires a separate determination of bi-
and trivalent titanium in the electrolyte. The determination
methods (Refs 1,2) hitherto known do not always yield satis-
factory results. For direct determination of the valences of
titanium in the salt melt the oxidation of titanium with ferric
chloride immediately in the melt with a parallel determination
of the trivalent Ti in an aqueous electrolyte solution is most
suitable. This method, however, is complicated by the thermal
dissociation and the volatility of FeCl At high temperatures
ferric chloride is considerably decompo;e'd. It is, therefore,
useful not to melt the sample to be analyzed with pure FeCl 3
Card 1/4 but with its melts formed with alkali metal chlorides. For

Determination of Bi- and Trivalent Titanium in SO-7/75-13-6-'C/21
Chloride Melts by Ferric Chloride
the production of such ferric chloride melts anhydrous FeCl 3
which does not contain FeCl is molten with the eutectic mixture
of KCI and LiCl at 450-500 62 in the chlorine current. In con-
centrations of FeCl < 5-6 per cent by weight a homogeneous melt
is obtained. In hilher concentrations a second liquid phase
is separated on the bottom. This phase has a constant com-
position and represents a solution of KCI in KFeCl 4' After
cooling it forms0yellow anisotropic crystals with a melting-
point of 260 1 2 . The upper layer is saturated with KFeCl 4'
This phase separation occurs only in the melt of FeCl 3 with
LiCl + KC1, but not in the melts of FeCl 3 with NaCl, with
LiCl and KC1. FeCl 2 formed by thermal dissociation concentrates
in the upper layer only. KFeCl 4 is more stable against thermal
dissociation than FeCl 3* For the oxidation of titanium in
C ard 2/4 the melt, KFeCl4 from the lower layer of the ferric chloride

Determination of Bi- and Trivalent Titanium in SOV/75-13-6-10/21
Chloride Melts by Ferric Chloride
melt is used therefore instead of pure FeCl 3' If this
KFeCl4 is added to the melt which contains the titanium to
be determined (in amounts only somewhat larger than that
required for the oxidation of titanium) and allows then the
melt to cool as quickly as possible, a minimum formation of
FeCl2 may be obtained by thermal dissociation. Accordingly,
a method for the separate determination of bi- and trivalent
titanium in salt melts has been devised. The procedure is
described in detail. The sum of bi- and trivalent titanium
results from the determination of the FeCl 2 in the solution
of the cooled melt which was formed in the reduction of ferric
chloride. The content of trivalent titanium is determined in
part of the original melt (before the addition of KFeCl 4).
This method yields very accurate results. There are 3 tables
and 4 references, 2 of which are Soviet.
Card 3/4

Determination of Bi- and Trivalent Titanium in 5011/7r'-1~-~-110/21
Chloride Melts by Ferric Chloride
ASSOCIATIONj Institut khimii Uraltskogo filiala AN SSSR, Sverdlovsk
(Sverdlovsk Chemical Institute of the Ural Branch, AS USSR)
SUBMITTEDt April 27, 1957
Card 4/4

c'/137/62./000/008/0r,8/065
A006/A 10 1
AUTHORSt Smirnov, M. V., Loginov, N. A., Tsiovkina, L. A.
TITLE: Behavior and equilibrium potentials of titanium in mixed fluoride-
chloride melts
PERIODICAL: 11cferativnyy zhurnal, Metallurglya, no. 8, 1962, 21 - 22, abstract
8G160 ("Tr, In-ta elektro'khimii. Urallskiy fil. AN SSSIV, 1961,
no. 2, 29 - 40)
TEXT: The authors studied interaction of Ti metal with fluoride-chloride
melts containing Ti in 3- and 4-valent state. It is shown that in the presence
nf an excessive amount of alkali-metal fluoride,a Ti 2+ compound is being formed
whose composition is Me2TiF4 and which is poorly sbluble in molten mixtures of
alkali-metal chlorides and fluorides. It is found that the behavior of a Td-
electrode in mixed fluoride-chloride melts is like the behavior of a second-type
electrode; its potential does not depend upon the nominal Ti content in the
electrolyte and is wholly determined by the 4concentration &f fluor ions [F-]
according to equation E - 7 2.66 - 4 .10-10 T - 3.97o10- Tlg [p-]b in relation
Card 1/2

Behavior and equilibrium potentials of...
S/ 137/6 2/G00/V,8/G08/Q')5
AOO6/A1O1
to the comparison chlorine electrode. On the basis of experimental data an uqiw-
tion is obtained for the temperature dependence of the pr9duct of MeTIFI, zolu-
bility In mixed fluoride-chloride melts: Lp - [T,2+][F-]4; lg L p 4.868
- 2701/T.
(Abstracter's notet Complete translation]
G. Svodtseva
Card 2/2

S/081/62/000/018/019/059
B226/B166
AUT: I Ui,~; tJmirnov, Vl. V. , Yushina, L. 1). ,
TITLZz The corrosion of titanium in saline melts
PEHUDICAL: 11cferativnyy zhurnal. Xhi..iya, no. 16, 19062, 305, abstract -
181152 (T~' In-ta elektrokhimii. Urdl'8kiy fil. AN.JSV~R, no.4
1~)61, 135 - 143)
TBMT: Thc corroqion rqtc of Ti in saline melts of different coi,.positions
is sl,udiud as a function of the temperature, atmosphere and purity of the
metal. Anode polarization curves of Ti are plotted for various corrozion
rate conditions. The clect.rochomical nature of the corrosion of metallic
Ti in inulten saline media is established.' [Abstracter's notet Cornp;ete
.translation
.Card 1/1

LOGINOVJ N.A.; SMIRNOV, M.V.
Oxidation-reduction potential of Ti34_/ TiYfand equilibrium
constant of the reaction 3Ti 4+ -+-Ti0t_4Ti 3+- in an equimolar
mixture of sodium and potassium chloride melts Trudy Inst.
alektrokhim. UFAN SSSR no.3:17-24 162, iMIRA 16:6)
(Electrodes, Titanium)
(Dzidatiow-reduction reaction)
(Fused salts)

S12001621000100410011002
D204/D307
AUTHO.-RS:. Smirnov, N.V., and Loginov N.A.
TITLE: Study of '%-,he equilibrium between netallic titanium and
its di- and trivalent ions in molten NaCl-KC1, by %the
method of equilibrium potentials
PERIODICAL: Akademiya nauk SSSR. Sibirskoye otdeleniye. Izvestiya,
no. 4, 1962, 64 - 72
3+
TEXT: The authors studied the reaction 2Ti
(Melt) (solid)
2+
3Ti(Melt)1 to demonstrate the usefulness of the jAethod of equilibium
potentials, in an equimolar melt of NaCl-KCI containing 0.23, 0.7,
1.4 and 5.64 -I'j Til between 701 and 9750C The tilgretical background L~1~
is given. Equilibrium potentials of the ;i elect ode were measured?'-
under argon against a comparison chlorine electrodeA with an pxcuraj-
cy of i 1 mv, at a series of temperatures maintaine within � 1.500-;
The temperature dependence is of standard electrode potentials werei.
found to be ho j2+ 2.382 + 4,83 x 10-4T, E 0 3+ 2#158 +
Card 1/2 Ti/T Ti/Ti

S1200162100010041C-01IG02
Study of the equilibrium between ... D204/D307
+ 3.164 x 10_4T and E0 2+ 3+ 1.710 - 0.17 x 10_4T volts. Cal-
Ti /Ti
culations showed-the titanium to be predominantly (99 - 87 M in the
divalent state in the above melts, although disproportionation to
Ti 3+ and Ti was favoured by increasing the temperature and the over-
all Ti content in the fused chlorides. Thermodynamic a-of the TiCl 3/
/NaCl-KC1 (fused) system are discussed and the heat of mixing,of liq.
TiCl-A with the above melt is estimated at - 11.8 kcal/molle, showing
that anionic comnlexes should form under such conditions, with Ti-Cl
bonds stronger than those in pure liq. TiCl The equilibrium con-
3* %
stant for the reaction varied with temperature according to log K
- 5.038 + 6774/T. The isobar potential for the reaction A. Z =
30951 - 23.02 T cal., proved that Ti + is unstable.in chloride
Melts above 10700C. There are,4 tables.
I
ASSOCIATION: Urallskiy filialAN SSSR, Sverdlovsk (The Urals Branch
of AS USSR, SvVrdlov6k)
SUBKITTDD: May 5, 1961
Card 2/2

LClG!N(IV, ?;,A,; ';MC~!,Ti,
Gurrtnt ef*Clci,!ncy in tlht an,7d-;-
chloricio an(~ olxc!i llluroidn-chlor-,de rell ts. Trivii ins
elArrokhizm. UFAIII no, 1,-.2")- 3-3 163.

U V7
ACC NR- AR50200 11 SOURCE __d0_ ~E, Lrif/d68-]:/j5/C,00/()I~~~069/BO69
AUMORL: Smirnov, 14.V.; 14g1nov, N.A
-3
ORG: none
TITIE: Thermodynamics of some of the reactions of titanium chloride in a UaCl-Wl
melt
SOURCE: Ref. zh. 12Limiya, Abs. 12B1178
REF SOURCE: Tr. In-ta elektrokhimii. Urallokiy fil. All SSSR, vy-p. 6, 196.5, )-9
TOPIC TAGS: thermodynamic, titanium, titanium compound, chloride
TRANSLATION; On the basis of experimental data and literature, a calculation vu made
of the thermohynamic values (AG,zw,AS) of the reactions in formlng=12, TiC13, and
TiCl j[ from elements in a NaCl-Ml melt and of the reactions due to interactions be-
tween these compounds in the given medium with titanium, chlorine, metallic soditua,
oxygen and steam. Author's resume.
SUB WDE: 07

STOBROVSKIY, N.G... LOGINOV, N.F., kandidat takhnichookikh nauk, redaktor.
-11 " a
DRUZqININSKIY, inzbener-mayor; SRIBNIS, N.V.,
tekhnicheskiy rodaktor.
[Our country is the birthplace of aeronautical Hasha strana-rodina
vozdukhoplavanils. Pod red. N.7. Loginova. Moskva, Voen.isd-vo
Ministerstva oborony Soiuza SSR, 1954. 101 p. (MLRA 8:9)
(Aeronautics--History)

AUTHORS: AntiFov, V. F., Loginov, N. F. S07/50-58-7-2/20
TITLE: Methods of Calculation of the Vertical Range of Radiosondes
'?Uth Resvect to the ~jtrength of the Fnvelope Gas BaF at Low
Temperatures (Metod rascheta vysoty pod"yema radiozondov a
uchetom prochnosti obolochek pri nizkikh temperaturakh)
PERIODICAL: Meteorologiya i gidrologiya, 1958, Nr 7, PP- 11-17 M;SH)
ABSTRACT! From the practical use of radiosondes with eynthetic latex
envelope gas bags it Is known that they often do not reach
the calculated height. As reasons for the reduction of the
vertical range of radiosondes have hitherto been assumed:
a) the destruction of the gas bags after theIr freezing in
the stratosphere an well as under the action of local over-
stress and under the influence of ozone in the height, b) the
balancing of the radiosondes in lower heights than the cal-
culated ones in consequence of the reduction of the bu-yancy
up to the value of the gross weight, In the prerent p..per
the authors describe the aerostatic method of calculation of
radiosondes taking into consideration the strength of the
C'ard /4 gag bags at low temperaturep. Tho %-rt~icnl r!,nj,,v o,'

SOV/ 5o-58-7-2/'e"o
Methods of Calculation of the Vertical Range of Radiosondes Witb Respect
to the Strength of the 6n7elope Gas Bag i--t Low Temperatures
sondes during day time and during the night was calculated
by means of this method. The data necessary for the calcula-
tion were taken from the laboratory nxperiments with
"nayrite-latex" (nuiritovyy~,,as bags for two-dimenoionai ex-
PRnsion. The basic charveteristics are shown (Table 1). The
temperature values of the surrounding ir, of the gas bag
and of the carrier gas are necessary for the calculation.
The diagrams (Figs 1 and 2) were made on the strength of the
calculations carried out. As a supplement to the obtained re-
sultH it must be mentioned that it is impossible to take into
account the action of ozone upon the strength of the gas bag,
the concentration of the Aress on single sections of the bag,
the differences in the expansion velocity of the bag etc.
The influence of these factors on the vertical runge of the
radiosonde can be detected only by the introduction of ex-
perimental covfficienta into the calculations. Thef3e ci,n be
determined by means of special experiments. Ae a uummary It
is Htated-that the characteristics of the ascent of radio-
sondes depend in the first place on the elastic properties
Card :',i'4 of the latex gas bags at low temperatures. Therefrom it may

SOV/ 50-58-7-2/2o
Methods of Calculation of the Vertical Range of Radio2ondes 'lith Respect
.to the 8trength of the Envelope Gas Bag at Low Temperatures
be concluded that the ifiitial thickness of the gas bags has
to be chosen 7 JSQ-~ . that it guarantees maximum prolonrations
even at destructive stresseB. Gas bags which are mass-produced
have originally a film of ~Q)Q15 cm thickness which represents
an optimum thickness for the gas bags used at positive tem-
peratures. The most favorable initial thickness for radio-
sondes ascgnding into the stratosphere for low temperatures
(up to -60 ) must be determined experimentally. Finally it
may be stated that 1) the increase of the elasticity of the
latex bags by the production of new materials or by
_* treating the materials existing at present with special
plastifiers, and 2) the reduction of the degree of filling
of the gas bag on the ground are the basic conditions for
reaching a greater vertical range of the radiosondes. How-
ever, those methods reduce the velocity of ascent. The weight
of the apparatus has to be reduced in order to maintain the
velocity of ascent# There are 2 figureal 2 tableaq and 2 Soviet'
Card 3/4 referencesp

SOV/ 5o-58-7-2/2o
Methods of Calculation of the V~rtical Range of Radiosondes With Respect
.to the Strength of the Envelope Gas Bag at Low Temperatures
1. Radlosondea--Range determination 2. Balloons-44echanical properties
3,i Gases--Properties 4. Mathematica
Card 4/4

5W BOV/20-121-4-31/54
AUTHORS: Smirnov, M. V.9 Ivanovski7, L. Ye., Loginoy, N. A.
-----------
TITLE: The Equilibrium Potentials of Titanium in Chloride Melts
(Ravnoveany.ye potentsialy titans. v khloridnykh rasplavakh)
PERIODICAL: Doklady Akademii nauk SSSR, 1958, Vol 121, Nr 4, pp 685-6a8
(USSR)
ABSTRACT: The authors measured the equilibrium potentials in pure argon
in a hermetically closed wide test tube of quartz. On the
bottom of this tube there was an eutectic mixture of lithium
chloride and potassium chloride. An electrode of titanium
iodide was fastened to a molybdenum feeder and it was immersed
in a salt melt of the same composition. The potential of the
titanium electrode was measured with respect to a lead elec-
trode. The results of the measurements, (with respect to a
chlorine electrode of comparison) are given in a diagram
which demonstrates the dependence of the electromotive force
on the temperature for various given concentrations of the
titanium in the electrolyte. The experimental points ag:.-ee
well with straight lines. Another diagram shows the isothermal
Card 1/3 lines deduced from the above-mentioned results for 700, 8009

SO'1/20-121-4-31/54
The Equilibrium Potentials of Titanium in Chloride Melts
900, and 10000 K. The equilibrium potential of the metallic
titanium electrode in chloride melts which contain less than
6 weight % of titanium depends on its molar concentration
in the electrolyte according to the following thermodynamical
equation: E E0 2+
Ti/Ti2+ + (2,3 RT/2F) 1g [Ti
This shows that such melts contain ions of dixalent titanium
and behave as ideal solutions. The quantity ETi/Ti2+ My
bs found from the above-mentioned experimental data,
ETi/Ti2+ - (-2,371 + 6,09.lo-4T)V is obtained with respect
to the chlorine electrode. Por the calculation of the
isobaric potential for the composJtion of the liquid titanium
dichloride from the elements the equation
A Z - (-109 360 + 27,03 T) oal/mol TiCl2 may be used. There
are 4 figures and 12 references, 3 of which are Soviet.
Card 2/3

SOV20-121-4-31/54
The Equilibrium Potentials of Titanium in Chloride Melts
ASSOCIATION: Laboratoriya elektrokhimii Urallskogo filiala Akademii nauk
SSSR
(Laboratory of Electrochemistry of the Ural BranchAS USSR)
PRESENTED: April 11, 1958, by A. H. Frumkin, Academician
SUBMITTED: March 251 1958
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5102016111')6100610201024
B101/B203
AUTHORS: Smirnov, M. V., Tsiovkina, L. A., and Log$
TITLE: Redox potential of the aystem T12-'-/T'A 3+ and equMlbrium
constant of the reaction 2TI 3+ + Ti -~3Ti 2+ in chloride melts
PERIODICAL: Doklady Akademli nauk SSSR, v. 136, no. 6, 1961, 1388..1391
TEXT: For the reaction TO + 0.5TI %--(5/2)Ti2 (1) studied by
Melt solid Melt
several researchers, the temperature dependence of the equilibrium
constant has not been clearly defined as yet. The redox potentia4l of the
system Ti 2+ /T13+ was only studied by Jo A. Menzies et al (Ref. 4). In
this caseq TiCl3 was potentiometrically t1trazed with hydrogen in eutectic
LiCl - KC1 melt. The authors repeated this experiment at 70OCC. Fig. 1
shows the curves for three experiments. They do not cerrespond to the
equation E - E 0 2+ 3+ + (RT/P)1.(CTi 3+]/LTil+l). Hence, the authors
Ti /Ti
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S10201 61/136/006/020/024
Redox potential of the system... B1017B203'
conclude that in the potentiometric titration with hydrogen not E02-r
Ti /Ti
was measured, but only the potential which corresponds to ths equilibrii'm
in the system TiCl + 0.5H I-TiCl + HCI To ottain the
0 3 malt gas 2 malt gas
value ETi 2+ /Ti 3+ , the authors conducted the potentiometric titration with
metallic titanium. The initial salt solution was prepared by blowing
TiCl4 vapor through an equimolar mixture of NaCl and KC1. The redox
potential was measured by a molybdenum electrode referred to a uhlorine
electrode. Por a rapid balancing of the concentration of T42+ and Ti3+
in the melt, the molybdenum electrode rotated at 60 rpm. The potentio-
metric curves of Fig. 3 were obtained. Their course depends on
experimental conditions (temperature, concentration, intermixture). But
all of them show the typical salient point which corresponds to the redox
potential EO 2+ 3+ - 1-72610-005 v (referred to chlorine electrode).
Ti /Ti 0
On the basis of the earlier established E (-.2.371+6.og-lo-4
Ti/Ti 2+ T)
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3/02 61/136/006/020/024
Redox potential of the syntem... BlOIYB203
'the authors calculate E 0 M (-2.156+3.82,10-4T) v, and find
Ti/Ti 3+
loa K - - 2.868 + 3.251/T for the equilibrium acnetant. T~e resulting K
values are: 2.82 at 7000C; 1.35 at 8000G; 0-76 at 900OC; and 0.46 at
10000C. Thus, the equilibrium of reaction (1) is displaced to the.left
with rising temperaturff. In contrast to other researchers, the authors
could not establish a dependence of the redox potential on the titanium
concentration. There are 3 figures, 2 tables, and 7 references: 3
Soviet-bloc and 4 non-Soviet-bloc.
ASSOCIATION: Inatitut elektrokhimii Urallskogo filiala Akademii nauk SSSR
(Institute of Electrochemistry of the Ural Branch of the
Academy of Sciences USSR)
PRESENTED: September 5f 1960, by A. N. Frumkinv loademician
SUBMITTED: August 31, 1960
Card 3/5

LOGINOV, N.G..; GULXV. Yaj., redaktor; KHITROV, P.A., tekhnichaskly redak-tor.
[Manual on safety techniques for train make-up foremen and couplers]
Pamiatka po tekhnike besopasnosti sootaviteltu poesdov i steepshchiku
vagonov. Izd. 2. Koskva, Gos. transp. zhel-dor. izd-vo, 1954. 71 P.
(Railroads--Safety measures) (MM 8:1),

U)GINDV, Hikolay Grigorlyevich; PANDY, T,I., redaktor; KFUTROV, F,A.,
~UIMI'd redaktor.
(Manual on safety measures for train make-up foremen and couplers]
Pamiatka po tekhnike bezopasnosti. sostaviteltu poazdor i steepshchi-
ka vagonov. Izd.3-e Koukra, Gos.transp. shol-dor.izd-vo. 1956. 79 P
(Railroads--Safety measures) MRA 9:6i

SAKSONOV, Alakoey Vasillyevich; LOGIBOY, Nikolay Grigorlyevich; TSARMIKO,
A.P., red.; BOBROVA, U.N., tekhn.re .
(Labor protection and safety measures In railroad traffic]
Okhrana truda i takhnika bazapasnosti v khoziaistve dvizheniia zhelez-
nykh dorog. Moskva. Goo.transp.zhel-dor.isd-vo, 1959. 190 P.
(Railroads-Safety measures) (MIRA 12:4)

LOGINOV, Nikolay Grigorlyevich; PMA, V.Tu., red.; MEDVEMA. M.A..
tekhn.red',-
[Guide on safety engineering for the yard conductor and his
assiRtant) PamiatkB po tekhnike bezopasnosti soateviteliu i
ego pomoshchniku. lzd.4, perer. Moskva, Vses.izdatellsko-
poligr.ob %dinenie X-va putei soobahcheniia, 1960. 50 P.
(MIRA 13:11)
(Itailroade-Making up trains)
(Itailroods-Safety measurea)

-F. 1/3
tCgrd
8/0000/63/003/000/0289/0295
AUTHOR: Gushchin, G. L, Loginov, N. L
T1TLE: Electromagnetic now meters' axiosymmetrical channels for liquid metal
heat carriers
SOURCE- Soveshchaniyo po teoretichookoy I prikladnoy magnitnoy gidrodinamiko. 3d
Riga, 1962. Voprosy# magnitnoy gidrodinatniki (Problems In magnetic hydrodynamics);
doklady* soveshchanlya, v. 3, Riga, Izd-vo AN LatSSR, 190, 289-295
TOPIC TAGS: heat carrier, liquid metal heat carrier, flow meter, electromagnetic
flow meter, contact resistance
ABSTRACT: The authors consider the effect of the electrical contact resistance between!
the liquid metal and the electroconducting wall of the channel on the calc 'ulation and I
operation of electromagnetic flow motors with a working channel of axiosymmctrical
form. The fundamental assumptions adopted In the study are set forth (constancy, home-'
geneity and Infinite extension of the magnetic field along the channel axis; axial Bym-
metry in the case of the liquid flow which 18 also assumed to be distorted only to a very
slight degree by the electromagnetic forces; electron conductivity on the part of the
ACCESSION NR: AT4042306

ACCESSION NR: AT4042306
liquid; an electrical contact resistance between the liquid and the conducting wall whic
h
idoes not depend on the angle 9 ; axiosymmetry on the part of the flow meter channel
if which Is assumed to be manufactured of a material with some electrical conductivity),
land formulas are derived, on the basis of which the potential distribution as a function
fof angle 9 can easily be followed. This function to shown to be of a simple sinusoidal
character for both the wall and the liquid. A further analysin is made of the distribution
of potentials over the section of the wall. no dependence of the shunting factor on tile
value of the electrical contact resistance for different specific resistivities of the liquid
and wall to analyzed, and the output voltage factor Is studied from the same point of
view. no authors have shown that In the case of flow metern in which the signal is read,
directly from the liquid flow, it is expedient to increase the contact resistance artifici-
ally or to design the channel of Insulating material. In the case of flow meters In which
the signal is taken directly from the outer surface of the wall, on the other hand, the
contact resistance should be reduced and, If possible, stabilized. 'Me presence of
1electroconductivity in the walls of the working channel leads to the occurrence of Points
with extremal potential values within the stream. The greater the rhunting effect of the
waUs, the more the maximum potential difference between those points will differ from
the voltage on the flow surface. lbe authors dosoribo how this phenomenon can be
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Card

ACCESSION NR-. AT40423U(i
employed to increase the sensitivity of flow meters with internal cathodes. It 10 alBO
shown that In the transition from a, laminar to a turbulent flow, no fundamental changes
occur In the distribution of equipotentialB and flows. OrIg. art. has: 6 figures and 9
formulas.
ASSOCIATION: None
SUBMITTED: 04Dec63 ENCL: 00 SUB CODE: IE, EE
OTH
NO REF BOV., 000 ER: 001

ACCESSION NR: AT4042307 S/0000/63/003/'000/02gr7/0307
AUTHOR: Gushchin, G.I., j!aglno~. N.I.,_Subbotin, V. 1.
TITLE: Measuring the velocity profile by an electromagnetic method
SOURCE: Soveshchanlyo po tooretichaskoy I prildadnoy magnitnoy gldrodinamiko. 3d,
Riga, 1962. Voprosy*magnitnoy gidrodinamild (Problems in magnetic hydrodynamics);
doldady* soveohchanlya, v. 3. Riga, lzd-vo AN LatSSJ1, 1963, 297-307
TOPIC TAGS: hydromagnotics, velocity measurement, flow motor, velocity profile,
electromagnetic velocity measurement, Induction current, potential gradient measurement
ABSTRACT: The authors describe the essential features of an electromagnetic method
forvelocity measurement. Ilia method Is based on the induction of an EMF in a con-
ductor travelling within a magnetic field. The distribution of potentials'in the electro-
conductive liquid flowing In the magnetic field is uniquely related to the distribution of
velocities In the liquid. A mathematical explanation of the method Is given. The point
Is made that In order to obtain a velocity distribution by this method, the potential
distribution and the mean velocity of the flow must be measured. A single moving
electrode, Introduced Into the flow, with the tubing wall used as the second electrode, Is
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ACCESSION NR: AT4042307
sufficient for potontial measurements In a liquid. Attention to called, however, to the
difficulty fnvolved in differentiating an experimentally measured potential distribution.
In this c-nnection, a two-olectrodo method for measuring the potential gradient Is
considered in the article. The authors note that with a velocity gradient present,
circular currents arise in the liquid. In tile first place, these currents give rise to an
ladditional voltage drop In the liquid, thus distorting the potential gradient profile. In the
second place, the presence of currents in the liquid loads to the occurrence of clectro-
motive forces, which distort the velocity profile. With regard to the first effect, the
authors demonstrate that measurements can be conducted with conventional unshielded
electrodes and at an angle of 90* to the direction of the magnetic field. Since the
magnitude of the EMF Is proportional to the square of the magnetic induction, by reducing
the latter, the second effect can be held to a minimum. The experimental stand, as-
sociated apparatus and the experiments themselves are described In a separate section
of the paper. In addition to the basic system, the stand contained a system for the
continuous purification of the metal and a measuring tank for the calibration of the flow
motors by the volumotric method. Input and output of the meta.1 was effected through
mixing chambers. The experimental segment In this case was a tube of stainless steel,
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Coed

X
ACCESSION NR: AT4042307
type M109T. A cone-shaped probe, 335 mm in length, was introduced from the output
end Into the segment. 11o probe terminated in t-%%,o electrodes, whose ends were located
at a distance of 1. 3 mm from one another. The electrode was a wire, 0. 1 mm in
diameter, covered with an alundurn insulation and inserted into a stainless steel capillary
with an outer diameter of 0.4 mm. 'nic probe was equipped with a special device, employ-
Ing in electric motor, to permit the movement of its end over any diameter in one section
of the tubing. Two series of experiments were run. In the first series, the magnetic field
was generated by a permanent magnet and a single- electrode probe was used. It was
found that the potentials increase, for the most part, linearly, with "bonds" occurring only
-ills. The results are analyzed In the article. In the
in the immediate vicinity of the tube w.
second act of tests, the field was created by a DC electromagnet and a twin-clectrode
probe was employed. The experimental profile in this case was found to be flatter than
the theoretical. Having discovered, In the course of the experimentation, severe dis-
tortion of the velocity profile at an Inductance of about G, 000 gauss, the authors attempted
to estimate the permissible magmitude of magnotic Induction, at wldch distortiona are
negligible. The final section of the article deals with this problem. The general con-
cluulona drawn from Uds study are the circular currents in the liquid do not distort the
form of the potential gradient profile in the direction perpendicular to the magneUc field,
and that diatorUon of the velocity profile by magneUe forces to very severe. This effoot
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ACCESSIOr Nit; AT4042307
may be avoided by reducing the magnitude of the magnetic Induction, but this requires
apparatus of extremely high sensitivity, permitting the measurement of signals on the
order of I microvolt. Orig. art. has: 5 figure's and 18 formulas.
ASSOCIATIOM nono
SUBMITTE D., 04Doc03 ENCU 00 SUBCODE.- EM, ME
NO REF SOV: 001 OTHER: 003
Cal
T~

LASHCHINSKIY, A.A., inzh.; TOLCHINSKlY, A.R.$ Inzh.; GOUBEV, B.A.j
inzh., retsenzent; YERSHOV, B.A., inzh., retsenzent;
LOGINOV, N.N., inzh., red.; VASILrYEVA, V.P., red.izd-va;
MIKWEVA, R.N., red.izd-va; SPERANSKAYA, O.V.., tekhn.red.
[Fundamentals of the design and calculation of chemical ap-
paratus] Oanovy konstruirovaniia i rascheta khimicheskoi ap-
paratury; spravochnik. Moskva, Mashgiz, 1963. 468 p.
(MIRA 17: 1)

Nikolay Vasillyevich; BOBYLIVA. ?.G., redaktor; ZUBRILINA. Z.P.,
telhnicheskly redaktor; ARISTAKXSOTA, S.L., tekhaicheskiy redaktor
L152 lambs frou every 100 awesj 152 lagneuka ot kazhdykh 100 matok.
Moskva, Goo. izd-vo selkhoz, lit-ry. 1956. 29 p. (KLRA 9:11)
(Sheep brooding)

LOGTINOT, Hikolay TaBillyovich rkohvynov, M.Y.], kand.istor.nauk;
-GCROMIT_,1?.Ta. [Horovalkyl, F.IA.], kand.istor.nauk, glavnyy
red.; KOVALEVSKIY. Y.T. (Kovalevelkyi. T.T.1, red.
[Possibility and reality] Mozhlyvistl i Aiianiatl. lyiv, 1960,
39 P- (Tovarystvo dlia poshyrennis politychnykh i naukovykh znanl
Ukrainalkol RSR. Ser.1, no.31). (MIRA 14:3)
(Russia--Economic conditions)

LCGINCV, ?". Ya.
"Content of Zinc in the Body of the Oak Silkworm and It15 Influence on the Levelopment
of the Organism." Thesis for deparee of Cand. Chemical Sci. Sub 23 jan ~~' '1,;osccw
State f-edaj.,og1cn1 inst imeril V. 1. I.Anin
M SurLmarj 71, 4 Sep 52, Dissertations Presented for Depre( s in Science and lxf-iner r-
iny in Mbscow in 1950. From Vechernvaya Mosi-va, Jan-Dec. 1950