SCIENTIFIC ABSTRACT TARASOV, L.V. - TARASOV, M.N.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001754920015-7
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: July 16, 2001
• Sequence Number: 15
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

GUREVICH, Isay Isidorovich; TARASOV, Lev Vasil '),r~yiEh,-._KOZLOV
V.D.J, red. I
[Physics of low-energy neutrons] Fizika neytronov niz-
kikh energii. Moskva, Nauka, 1965. 607 p.
(MIRA 19:1)

TARASOV, M.14,1 P.4VkU,KO# IOM,
HYt.1rochemintry of the Shiderty River portion of the course of
the Irtyah-Karaganda Canals GidrokhImsmat, 36t15-25 164,
(MIRA 18311)
Is Gidrokhimicheskiy institut, Novocherkaesk. Submitted
November 20, 1961,

S/117/63/000/002/004/006
Aoo4/Aloi
AUTHOR- Tarasov, L. B.
TITLE: Metallizing pseudoalloys
PERIODICAL: Mashinostroltol'. no. 2, 1963p 35 36
TEXT: In summer 1962 a scientific and technical conference on the subject
of replacing bearing metals by metallized pseudoalloys was 'cohvened in Moscow by:
the Komitet metallizatsii (Metallizing Committee) of the Len#grad Oblast' Admini-
stration of NTO Mashprom, the Tsentrallnoye byUro tekhnicheskby informatsii (Cen-
tral Bureau of Technical Information) of Lensovnarkhoz. and the Leningradskly-dom
nauchno-tekhnicheskoy propagandy (Leningrad House of Scientific and Technical
Propaganda) . 200 representatives of various organizations participated in the con--.-.
ference. In his Introductory speech, A. M. Dmitrovich, Candidate of Technical
Sciences (Belorussian Polytechnic Institute) reported on the technical and econom-
ic advantages of metallizing. A. S. Lebedev, Candidate of Technical Sciences (Len-
ingrad Institute of Engineering Economics) read a paper on the substitution of
copper-tin materials by metallizing cheap antifriction peoudoalloys. Y9.-0. Pod-
Card 1/2

S/117/'63/000/002/004/006
Metallizing ppeudoalloys A004/A10i
.kovich reported on Investigations of complex metallizing pseudoalloys as bea.ring
materials carried out at the Rostov-on-Don Institute of Agricultural Machine
Building. S. A. Zalis of the Nevskiy mashinostroitellnyy zavod im. V. I., Lenina
(Nevskiy Machine Building Plant im. V. 1. Lenin) read a paper on an installation
for producing (netallized coatings with powdery fillers. A. M. Edellson,VNZXAVTOOZ~
.read a paper on the application of antifriction coatings of great thiWaiess to
plane cast-iron surfaces. L. P. Vleskov, Chief Mechanic of the Leningrad "Soyuz"
Plant reported on the experience of using the AC -50 (AS-50) met~llizlng peaudo.
alloy in repairs and reconditioning of plant equipment. I. Z. Kalmanovich, Head
of the Central Laboratory of the Kaluzhskiy turbinny zavod (Kaluga Turbine Plant)
reported on the experience of using metallized coatings for the protection of com-
ponents from high temperatures and aggressive media. 1. A. Yelin, Head of the Met-
ai Laboratory of the Tsentraltnyy nauchno-issledovateliskiy institut morskogo
flota (Central 'Scientific Research Institute of the Maritime Fleet) read a paper
on the corrosion and fatigue strength of metallizing coatings of stainless steel
on sublayers that are applied to improve the adhesiveness of the coating to the
base surface.
Card 2/2

_L__n5oQ4_ti - __ EWT(d)ZEWP
ACC-MR.---AP6o133O3 SOURCE COD~F, 0164-1-~-166lo6-6loooloogil6ogt3I
AITMORSt Baksheyev, A. I.; Vizun, Yu. I.; Yefimov, I. A.; Taraaovt L. G.
ORG: none
TITLE: A magnetic address decoder of a storage device with linear selection. Class
42, No. 180855 &nnounced by Institute of Precision Mechanics and Computational
Techgology, AN_,~SSR (Institut tochnoy mekhaniki j. vychialitellnoy tekhniki AN SSSR)/
SOURCE: Izobreteniyaq promyshlennyye,obraztsy, tovarnyye znaki, no. 8, 1966, 97-98
TOPIC TAGS: computer storage device, magnetic core storage, computer memory, memory
address
ABSTRACT: This Author Certificate presents a magnetic address decoder of a storage
device with linear selection. The decoder includes magnetic coordinate cores and a
system of windings (see Fig. 1). The design increases -the response time and simpli-
fies the matching with semiconductor current shapers. The coordinate windings are
made in the form of matched artifical delay lines To provide these delay lines,
capacitors are connected between the inductances 4ormed by the groups of windingo of
the coordinate cores) and the common buBbar. Loads which are equal to the wave
impedance of the delay lines are connected to the output of the lines.

ACC NRi AP6013303
Fig. 1. 1 - coordinate current shapers;
2 and 3 - coordinate windings; 4 - CaPacitors;
5 - magnetic coordinate cores; 6 - loads
Orig. art. hass I figure.
SO CODE: 09/ SUM DATE: 16Feb65
0
Card

ACC NRi AT700764C SOURCE
-AUTHOR: Vizun, Yu. I.; Yefimov, I. A.; Tarasov, L. G.
ORG: none
TITLE: The design of a main memory using biax type elements
SOURCE: Vsesoyuznoye soveshchaniye po magnitnym elementam avtomatiki i
vychislitel'noy tekliniki. 10th, Kaunas, 1964. Magnitnyye elementy vychislitel'noy
tekhniki (MatkOtic elements in computer engineering) ; trudy soveshchaniya, pt. 2.
Moscow, Izd-vo Nauka, 1966, 86-94
TOPIC TAGS: computer memory, memory core, ferrite core memory, "I
ABSTRACT: The development of an asymmetric biax which can be used as a main magnetic
care memory with non-destructive readout is reported. The biax was made of ordinary
ferrite of the 1.3 VT type, and was not subjected to any additional magnetic
treatment. The write magnetic circuit of the device is ring-shaped. The length-
radio of the minimal line of force to the maximum is approximately 0.7. The number
of ampere-turns necessary for full write current is 0.6-0.8 a; the residual flux
is 5 Maxwell, and the switching time, I psec. The complex magnetic signal-reading
circuit is characterized by the small diameter of the hole (0.6 mm) and very thin
walls. The average hole-diameter to maximum-perimeter ratio is approximately 0.3;
the transmission factor is 8. The dimensions of the device in respect to all three-
2 UDC: none

6
ACC NRi AT7007640
spatial axes are different, as are the shapes of its surfaces. An automatic
orienting device could therefore be designed which would set biaxea in the ca n
operating position. It is concluded that the asymmetrical biax is an improvement
over symmetrical biax, and that its use - in memory units results in significant
reduction of interference during recording. Orig. art. hast 4 figures.

TARASOV, L.I., inzh. (Novocherkaosk)
The hydraulics of siphons.
Ag 162. (Siphons)
Vod. i san. tekh. no.8:23-27
(MIRA 15:9)

ZVARA, I.; TARASOV, L.K.
(studying the interaction of gaseous ZrC141 "fCl I NbC' ' and
Ta.C'5 with KC1 by means of radioactive tracers] izuchenie vzairz-
deistviia gazoobr-aznykh ZrCl,, IIfCl4, NbC151 TaCl5 s KC1 s po-
moshchliu radioaktivnykii iidikatorov. Dubna, Ob"adinonnyi In-t
iaderrykh issledovanii, 1962. 11 p. (MIRA 15:6)
(Nuclear reactions) (Radioactive tracers)

3/070/62/007/012/003/022
B144/BIBO
AUTHORS: Zvara, I., Tarasov, L. K.
TITLE. Radioactive indicator study of the interaction between KCI and
gaseous ZrCl 49 HfC1 4' Nb C15 and TaC 15
PERIODICAL: Zhurnal neorganicheskoy khimii, v. 7, no. 12, 1962, 2665-2670
TEXT: The system volatile chloride - alkali-metal chloride was studied
with the aim of extending radiochemical methods. Metal oxides tagged with
Zr 95, Hf 181 , Nb95 or Ta 182 (10 pcu per test) were mixed with 10-5-10-29
oxalato solution as carrier, surfactants and powdered carbon (20 mg) were
added, the mixture was dried and then heated -to 300 OC in a dry Cl flow.
Chlorination proceeded at 600 - 800 0C at a volume rate of (4 - 30-10 91/min
and the gaseous mixture was then passed into a narrow tube containing0land
having a temperature gradient of 200C/Cm. When 60% of the oxide had been
chlorinated, the activity distribution in the KC1 layer was measured with
a scintillation counter. The experimentally found shape of the entrapped
chloride zone agreed with that calculated from:
Card 1/3

~'/078/62/007/012/005/022
Radioactive indicator study of the ... P44/7'81'
1'(x k~/(T lz~x If) exp(-A/(T, - I~x x ), x0Un,; A I ~ U, X ~ X0 . where
" is the gradient 0 K/cm and k a numerical coefficient. Tnin method can be
used for determining the temperature dependence of the decomposition
pressure of ainary systems and the saturatel vapor pressure of single
compounds. Vapor pressures, decomposition ;,i-es, enthalpies and
entropies are indi-ite6 Cur K ZrCl , K Hf ObC and the
2 6 2 C16' 16'
KCl-NbOC1 !,y~tf-- It. v&s found that NbCl can be separated from NbOC1.,
3 5
by KCI. T~e C-*wvIxbYium ciagram of the NbOCl.,-KCl system was studied.
The 1-,w,st :--rtsai pre.,sure reached was 10-4 j
mm Hg. The shape of the zone
began itj cn.~ng.. i -,a(! I from 10'.2 mm Hg, for NbOCI from 10-3 Mm Fg, and
5 -4 3
for LI-cl4 and JifCl4 f Y OVA 20 mm Hg. Chloride adsorption increased
gradually along the XCI layer and then fell suddenly. The adsorption
coeffinient rises when the temperature falls. Tlie dincontinuity of' the
zone shifts to higher temperatures when the partial pressure derreasen,
and is also test time-dependent. Although not equal that of An. N.
Nesmeyanov (Davieniye Para khImicheskikh Plementoy (vapor pressures of
Card 2/3

S/07 62/007/012/003/022
Radioactive indicator study of the ... B144%180
chemical elements), Moscow, Iz(f-vo AN sssR,.ig6i, 31) in accuracy, the
method can be used for a variety of substances and at extrembly.'lo4
pressures. Disadvantages are the limited pressure range and the possibility
of ambiguous interpretation in some cases. There are 4 figures and 2
tables.
!ASSOCIATION: Ob"yedinennyy institut yadernykh issledoyaniy Laboratoriya
yadernykh reaktsiy (joint In'stitute of Nuclear Research
Laboratory of Nuclear Reactions)
SUBMITTED: April 16, 1962
Card 3/3

S/020/63/148/003/014/037
B1O8/B18O
AUTHORS: Zvara, I., Tarasov, L. K., Krzhivanek, M., Su Hung-kuei,
Zvarova, T.-M. -
97
TITLE: Formation of Zr Cl 4 when fission fragments are slowed down
in gases containing chlorine
I
PERIODICAL: Akademiya nauk SS ISR. Doklady, v. 148, no. 3, 1963, 555-557
TEXT: Experiment: A U 0 layer (target) an a mica backing was covered
with a thin fluoroethylene film and pla'ced4in a 0.
fluoroothylone-4 ampoul
Gas containing inactive ZrCl 4 was passed.through the ampoule while the
target was bombarded with neutrons from a standard Po-Be source.. The gas
97
was condensed-at the outlet and radiochemically analyzed for Zr
Results: Above 170 0C, the fission-fragment Zr 97 is stabilized in the form
of Zr 97 Cl 4' T~is process involvesIexchange of the hot Zr97 atom (ion) for
Card 1/2

97 S/020/63/146/003/014/037
Formation of Zr Cl 4 when fission ... B106/B180
the ZrCl4 molecule. Zt-97cl4 forme from primary fission-fragmant Zr97
as well as that arising in the beta decay of Y97. The method outlined
97
here can be used to enrich Zr . There are 1 figure and 1 table.
ASSOCIATION: Obl'yedinennyy institut yadernykh iaoledovaniy (Joint
Institute of Nuclear Research)
PRESENTED: August 1, 1962, by V. N. Kondratlyev, Academician
SUBMITTED: June 13, 1962
Card 2//')

VINOGRADOV, A.P.; TARASOV, L.S.; ZYKOV, S.I.
......
Isotopic composition of lead in ores of the Altai and Kazakhstan
[with summar7 in Znglish]. Gookhimila no.1:3-22 157.
(MIRA 12:3)
l.Vernadaki Institute of Geochemistry and Anal7tical Chemistr7,
Academy of Kciences, U.O.S.9 MOPCOW.
(Altai Territor7--Lead--lootopes)
(Kazakhstan-Lead--Isotopes)

TARASOV, L. S.
"Change in Lead Isotopic Courposition with Time,"
report delivered in the Petrogzaphic Section, 4 Aprtil 3 to 7 June 1957.
Chronicle of -Che Activity of the Petrography Section, Byulleten" Monkovskogo
Obshchestva Ispytateley Prirody, Otdel Geologichesiciy, 1957, No. 6, pp. 118-122,1957.

AUTHORS$. Viaogradov, A. F.; Zykov, S4 1. SOT/7-58-6-1/16
-Tarasov, L. S.
TITLEs Isotopic Composition of Lead Impurities in Ores ard Minerals
as.an Indicator for the Determination of Their Genesis and
Time of Formation (Izotopnyy sostay evintsa-primesi v
rud-akh i mineralakh kak pokazatel"ikh genezisa i vremeni
obrazovaniya)
PERIODICAL2 Geokhimiya, 1958, Nr 6, PP 515 - 523 (USSR)
ABSTRACTs Samples of Chaloopyrite, pyrite; pyrrhotine, sphalerite,
galenite and ore samples of different composition were
investigated, as well as quartz, scheelite, tungstenite
and cassiterite. The isotopic ratio in lead was determined
by a mass spectrograph (method according to Ref 4). The
chemical and pyrochemical preparation for mass speotro-
graphical analysis was made by Ye. B. Yevdokimova. The
fnllowing samples were inveatigatedt 27 from.the Hudnyy
Altay Pable 1), 9 from the Kalba-Narymokiy rayon (Table 2),
3 fr-om the Gornyy Altay (Table 3), 7 from northern Central
Siberia .(Table 4) and 5 from the Kola peninsula. Some
Card lks sampleo-were put at the authors' disposal byt T. V. Zorova,

Isotopic Composition of Lead Impi-rities in Ores and SOV/7-5e-6-i/16
Minerals as an Indicator for the Determination of
Their Genesis and Time of Formation
V. L. Barailko,,,, (GEOKhI), 0. M. Chirko, Mineralogicheskiy
muzey imeni A. Ye. Fersmana AN SSSR (Mineralogical Museum
ime-uJ. A. Ye. Fer;,mv.--~ , is USSR) and 0. Ye. Yushko-Zakharova.
The.tables and the third chapter contain a mineralogical
classification and geological information on the in7esti-
gated stages. The isotopio ratio in the mineralizations
of Kalba and Go:7r7y Altay which is almost identical refer
clearly to a genetic unity and contemporaneous formation,
The Pe;~henga ores are probably Proterozoic, certainly not
Cale-ionian, Cassiterite has an anomalous ratio of isotopes.
It.is duK to in-,,lusions of radioactive minerals, e.g.
aolumbite. There are 5 tables and 11 references, 11 of
which are Soviet.
ASSOCIATIONx Institut geokhimii i analiticheekoy khimii im.. V.I.
Vernadakogo A9 SSSR, Moskva (institute of Geochemistry and
Analytical Chemistry imeni V.I. VernadskiyAS USSR, Moscov~
SUBMITTED: 15~ 1-95FJ
Card 21n

TARASOV, L.S.
Intornational Geochemical Conferonc* in Budapest. Geokhimita no.2:
185-186 '60. ( MA 13:6)
(Goodhemistry-cong" sees)

VINOGRADOV, A. P. ; TARASOV, L. S. ; ZYKOT, S. 1.
Isotopic composition of leads from pyrite deposits of the Urals.
Geokhimiia no.6:475-489 160. (KIRA 13:10)
1. Institut gookhimii i analiticheskoy khimii im. V.I.Ternadskogo
AN SSSR, Moskva.
(Ural Mountains-Lead-Isotopes)

SHCHERBINA, V.V.; NAUM.OV, G.B.; MAKAROV, Ye.S.1 G&ALUMOVSKIY, V.I.;
YERMOLAYEV, N.P.; TARASOV L S - TUGARIMOV9 A.I.; BARSUKOV,
Vik.L.; SOKOIDVA, A.V.; GERMANOV, A.I.,*
ZNAMENSKIY V L red izd-yak VliKrARLDQV,,A.P.,akademik"-red,
POLTAKOVA,f.V:,t&khn.~;-.
1
(11seential features of uranium geochexiistry];Osnoynye cherty
geokhimii urana. Pod red. &,.P.Vinogradova. Moskva, Izd-vo
AN SSSR, 1963. 350 p. (MIRA 16:10)
1. Akademiya nauk SSSR. Institut geokhimii i analiticheskoy
khimii.
(Uranium)

L 9838-63:
ACCMION RR: AP3001W8 8/0030/63/000/006/Ons/Ollg
AMOR: Tarasov. L. S.
S-3
TMZ'.' Chemistry-of the earth's crust EConference an Geochemistry held in
moscov, i4_19 march 19631
somm AN SM. VestnA, no. 6, 1963, 13Z-119
TWIC TAW conference on geochemistry, geochemistry
ABSTRACT: Some 70 reports arranged according to the following subject groups
vere presented by Soviet and non-Soviet scientists: 1) processes in the upper
mantle the.earth s crust; ),magaetic and metamorpbic processes;
a of sedimentary processes and underground vater;.4) geochemistry
of isotopes- 5) absolute age and natural radioactivity; I and. 6) -meta1logeny and
-oteaforming proceases, Soviet contributions at the contgrence Included studies
S~ . xv
of the earthIs gas regime, the origin of the sphere and its variation in
com3position with time basic magmatic processes in the
Aw --LOV: 0physicochemical properties of the
light of crystallochemistry
Card l/2
-----------

L 98 B-63
ACMION NR: M001W8
deep zones of the earth-'s crust and upper mantle 1. Xhij&M)., experi-
mental studies of isotope exchange and fractionation processes (A, P.
Vinogradaw and V. A. Grinenko), and age determination of some of the minerals
in the basic and ultrabasic intrusions of the Kola Peninsula, Yjweliya, and
Aldan E. K. Gerli
ASSOCIATION: none
SUBMITTED: 00 DATE Acq:' i5jul63 ERM: 00
SUB CODE: 00 NO F" Sav: 000 OTHER: 000
J8/4d.1
Card' 2/2

TARASOV, L.S.
Mantle and earth crust; formation of terrestrial shells. Priroda,
52 no.8:3-17 Ag 163. (MIRA 16:9)
1. Institut geokhimii ianaliticheskoy khimil imeni Vernadskogo
AN SSSR, Moskva.
(Earth-Surface)

KHITROV, N.L., otv. red.; TARASOV, L.S., red.
[Problems of geochmistx-j; festschrift, devoted to the 70th
birthday of Academician k.P.Vinogradov) ProblenW geokhimil;
iubileJ.nyi sbornik; posviashchennyi semidesiatiletiiu aka-
demika A.P.Vinogradova. Moskva., Nauka,~ 1965. 689 p.
(MURA 18:8)
1. Akademiya nauk SSSR. Institut geokhimii i analiticheskoy
khimii. 2. Chlen-korrespordent AN SSSR (for Khitrov).

ACC NRs AN6010601 Monograph
Gurevich, Isay Isidorovich;
Pl%ysics of low energy neutrons (Fizika neytronov nizkikh energiy) Moscow, Izd-vo
"Nauka". 65. o6o7 p. illue., biblio. 5,000 copies printed.
TOPIC TAGS: huclear physics, neutron physics, neutron diffusion,
neutron reactiont elementary particle, slow neutron
PIRPOSE AM COVMGE: This book covers problems in solid physics, nuclear physics
and physics,-bf elementary particleB and is based on experiments on the diffusion of
low energy neutrons (with energies lower than 1 eu). This book gives the principles
of the physics of low energy neutrons as well as several problems in the theory of
diffusion of neutrons. It also considers the use of these nuetrona In studies of
nuclear physics and solid physics. The book is recommended for scientists, physicis
and chemists working in the field of nuclear physics and solid physics. It can also
be used as a text for students in advanced courses and for aspirants.
TAKE OF OONTENTS (abridged):
Preface-7
See. I. Slow neutrons in physics studies
Part I. Principles of physics of slow neutrons and atomic dynamics of matter
Ch. 1.1, Nature and chkracteriatieB of the interaction of slow neutrons with
Card . 1/3 matter-13 - UDC 1539.125. 5 - -

ACC NRt
Ch. 1.2. Neutron-optical coherent occurances-57
Ch. 1.3. Atomic structure and the dynamics of molecules, crystals and liquids-
79
Ch. 1.4. Diffusion of slow neutrons with crystals and liquids-141
Ch. 1.5. Production and monochromatization of slow neutrons-182
Ch. 1.6. Polarization of neutrons--200
Part II. Slow neutrons in nuclear physics studies
Ch. 2.1. Amplitudes of diffusion of neutrons in the nuclei-220
Ch. 2.2. Neutron-proton interactione-234
Ch. 2.3. Neutron-electron interactions-251
Ch. 2.4. Properties of the neutron--262
Ch. 2.5. Reflection of ultracold neutrons-287
Ch. 2,6. Laws of conservation of parity and slow neutrons-298
Ch. 2.7. Nuclear precession of neutrons-321
Part III. Slow neutrons in studies of solid physics
Ch. 3.1. Structural studies of nomagnetic materials-325
Ch
3.2, 1. General problem,
Studies of dynamics of nonmagnetic crystals.
Ch.
Ch.
Ch.
Ch.
Ch.,
Noncoherent diffusion--352
3.3. Studies of the dynamics of nomagnstic crystals. 2.
3.4. Studies of the dynamics of hydrogenous cryotals-405
3.5. Studies of the dynamics of liquids-423
3.6. Studies of the dynanics"of liquid helium--"8
M. Magnetic neutroib-diffraction study-454
MC639.125.5
Coherent

rq0t M601o6ol
See. II. Some problems of the theory of diffusion of slow neutrons
Part IV. Diffusion of slow neutrons in chemically bound nuclei
Ch. 4.1. Diffusion of neutrons in mo'lecules--471
Ch. 4.2. Diffusion of neutrons in crystals-499
Ch. 4.3. Method of correlative functions of Van Hove-530
Part V, Diffusion of slow neutrons in magnetic crystals
Ch. 5.1. Magnetic diffusion of nonpolarized-553
Ch. 5.2. Diffusion of polarized neutrons-569
Supplement - Short eummry of the worka on the theory of diffusion of slow neutrorA
-584
Bibliography-593
SLJB CODE9 SUBM DATEr 06Nov65/ ORIG REF: 124/ = IMF: 513
Card 4/,3

TARASOV, L.V.
Experimental determination of the thermal oscillation spectrum in
crystals of arbitra" symmetry with the aid of ibcoherent, monophononic
scattering of cold neutrons. Fis,tyer.tela 3 rio,5:1431-1435 My 161,
(KMA 14:6)
(Crystals-Electric properties) (Neutrons-Scattering)

26605-66 EWT(1)
A
CC NR: AP601:0427 SOURCE CODE: UR/0020/66/167/002/0330/0333
.c_i.AUTHOR: %Vasova, L.
d
ORO, none
JTITLE: Desorption mechanism of.electric breakdown in high vacuum
.--SOURCE: AN SSSR. Doklady, v. 167, no. 2, 1966, 330-333
,"'.TOPIC TAGS: dielectric breakdown, high vacuum, desorption, gas
Adsorption, gas discharge,, vacuum research
ABSTRAM. The author describes a breakdown mechanism accordirig to
which the electrodes and the-walls of the vacuum chamber become coated
commercial vacuum (10-4 __ 10-7 Torr) with polymolecular layers of
'.-I,adsorbed substances. When a high voltage pulse is applied, consider-
'.-lable desorption takes place. The gas is released both in the form of
"Ineutral molecules and in the form of ions. The voltage drop across
..,Ithe layer of the released substances increaseB with tbe*'Propagation q
)of the desorbed medium in the interelectrode space, until conditions
Card 1/2 UDC:, 537-525

26'6o5 -67
ACC-NR: AP6010427
for gas-discharge ignition are produced. The ignition voltage cor-
responds to.tbe Paschen curve. The discharge causes further.desorp-
tion and melting and evaporation of the electrode,metal, an increase
the current, and-closing of the vacuum gap. The various 6xperl-
mental data presently available on vacuum breakdown are examined from
the point of view of this mechanism, as well as from the point of
view of other hypothetical breakdown mechanisms (detachment of poly-
atomic charged particles from the electrodes, field emission from
rough spots on the cathode, exchange mechanism, breakdown of dielec-
tric inclusions on the cathodes). It is shown that the desorption
mechanism exists under conditions of pulsed voitages
-2 -7
(10 10 see) under the conditions.of technical va&ium. This
report was presented by Academician.Yu. B.,Kbariton 31 December 1965.
Or ig. art. has: 1 table.
..ORIG'REF: Oll/ OTH REF: Oll
CODE: 20/ SUBM-DATE:' '15Dec65/'.
Card____'2/2

KLPLUMOV,R.P., dotsent; TARA OV,L.Ta., gornyy inzhener
Increasing the efficiency of mining methods. Gor. shur. 122
no.1:5-10 Ja 148. (KLRA 8:9)
(Mining engineering)

TARASOV, lo... YA,
-rlz:r-S ~or ttLe G=cil or Kinlutors Wivlii lu tnke Q.'
saUiwc and ataAA"ti) Uial, Uke kiallovitm sclentifle workis. pamdar pir-Aaf-l-
D=kz,, ana ;Qxz,~c4iw rcjr bt"!" iVA'
Agoshkov, M-1.
Alyamtkiy, A.M.
Voronin, V.N.
Gorodatskiy, P.I.
Kaplunov, R.P.
142tveyov, M.A.
PolyWcov, 11.14.
Tarasov, L.Ya.
Saledkov, Yu.V.
"Textbook of Mining,"
(two books)
-7

TARASOV, L.Ya; PARTSIVSKIT, Y.N., redAktor; VAYNSHTBYN, Ye.B., tekhaj-
.. 0 "'051MY49redaktor.
(Constructor of nine supports] Irrepillshehik. Moskva, Qoe.nauchn.-
tekbu. izd-vo lit-ry po chernoi i tsvetnoi netallurgii. 1954.
304 p. (NI-RA 7:11)
(Mine timbering)

_T_RRI)SoV, L-Y,..
NSDIN, Valentin Vasillyevich; T retnenzent; ILITWO. V.G..
redaktor; KOVSHULYA. redaktor; SHUSTOVA. Y.H., rodaktor;
EVINSON, I.M.. tekhnicheskiy redaktor
[Dust control in Krivoi Rog Basin mines] Bor'ba a pylllu na rudnikakh
Krivoroshokogo basseina. Moskva, Gon. nauchno-tekhn. izd-vo lit-rr
po chernoi i tevetuoi metallurgii. 1954- 256 p. (MIRA 8:4)
(Xrivol Rog-Mine dusts)

Ta #9 :, Ov, L. V, ,
AGOSHKOY, Mikhail Ivanovich; SHUTAKOV, L.D., a)mdemik, retsenzient;
BOGOLYUBOV, B.P., professor, retoenzent; XLPUJNOV, R.P., professor,
retsenzent; SAVOSTIN, G.A., retsenzent; PAtHKOV, P.S., reteenzent;
REBUKHA, V.I., retsenzent; SIM3VSKIY, V-N., doteent, kandidat tekhni-
cheskikh nauk, retsenzent; T. redaktor; SHUSTOVA, VA,
redaktor; MIKHLYLOVA. V.Y.. TeRnnicnestly redaktor
[The mining of ore deposits] Razrabotka rudzWkh mestorozhdenii. 3-e.
ispr. i dop. izd. Moskva, Goo. nauchno-tek-hn. izd-vo lit-ry po
chernoi i tevetnoi metallurgii. 1954. 616 p. (Kicrofilml (KLRA 8:4)
1. Chlen-korreepondent Akademii nauk SSSR (for Agoshkov)
(Mines and mineral resources)

V" tl- - '1'l -
KAPLUNOV, Rodion Pavlovich, professor, doktor; PROKOPITEV, Yevgeniy
Petrovich, professor. doktor; STARIKOV, Nikolay Antonovich,
professor, doktor; BRICHKIN, Alsksandr Vasillyevich, professor.
doktor; KLLAKHOV,G.K., professor, doktor, retsonsent;.STIMHOKO,
A.L. retsensent; MWII,V.V., professor, doktor, retmensent;
KARTYNOV,V.K., kandidat takhnicheskikh nauk. retsenzent; ARSM
YEV,A.'I., kandidat tekhnicheakikh nauk, retsensent; KULIKOV,V.V.,
kandidat takhnicheskikh nauk. retsenzent; DOIN,N.S., doktor tekhni-
cheskikh nauk, ietsensent; WWI, ~L-, redaktor; PARTSIWSKIY.V.N.,
redaktor; BUM,O.G., tekhnicheekly redaktor
[Underground workings of ores and deposits] Podseanata rasrabotka
radnykh I rossypnykh nestorozhdenil. Koskya, Goo.nauchno-tekhn. lzd-
vo lit-fy po chernoi i tavetnoi aetallurgii. 1955. 680 p.
(Kining engineering) (MMA 9:3)

BUCEUIET, Valertan None tantinovich; TARASOV, L.Ya., redaktor; GRISHH]WO,
M.I.: XADRIISKAYA, A.A.. tqk"2ft- - or,
[Boring and blasting,; drilling blast holes and oil wells] Buro-
vzryvzWe'raboty; burenle shpuroy I skwashin. Isd. 2-o@, perer i
dop. Moskva, Ugletekhtsdat, 1955. 479 p. (MLRA 8:12)
(Blasting) (Boring)

SHILOV, Nikolay Vasillyevich; ILIYASHBM, Nikolay Antonovich; MALKIN,
Mikhail-Borisovich; TARASOV. L.Ya.. redaktor; PARTSMVSKIY, T.N..
redaktor izdatelletys; INTROTARV.I.S.. Itekhnichaskiy redLaktor
[Advanced methods of sinking mine shafts) Persdovye metody prokhodki
stvolov shakht. Koskva. Goo. usuchno-tekhn. izd-vo lit-ry po
chernot t toyetuoi metallurgit. 1956. 459 P. (KUU 10: 1)
(Shaft sinking)

TARALOV, L. Yfl-
ZHIYOVO lev Grigorlyevich; OUBAROVA, Valentine Potroyns; OLADILIN, L.V..
doktor tekhmichaskikh, nauk, reteenzent; OMYNOV. G.?., inshener.
reteensent; TRIFONOT, Th.T., inshener, reteenze nt; T114'191 'p-
redaktor; SKOIDYSIT. A.Te., redaktor izda tell a tya; -TA-TISMYIF. Te.B..
tekhnichaskiy radaktor
ERq*qts control and automation of scraper loader hoists] Digtontsion-
mas i Owtomatichaskos upraylanis skropernyst lebodkent. Moskva. Goo.
nouabno-tokhnoisd-vo lit-ry po chernoi i tevetnot astallurgit. 1957.
222 p. (KLRA 10:9)
(Autometic control) (AKCSTIlting milchinO27)

; POKROVSKIY, N.M.,professor, doktor
takhnicheakikh nauk, retsenzent; SZMKOV, Tu.T. gorn77 inzhener,
retsenzent; TAKHOV-POT, JL.D.,redaktor; SHUSTOVA, B.M.,redaktor
izdatel'stva; KARLSIff, A.I.,takhnicheakiy redaktor
[Mine excavation and timbering; a textbook for schools and
courses for experts] Provedenie i kreplenis gornykh vyrabotok;
uchabnoe posobie dlia shkol I kursov masterov. Moskva,
Goo. nauchno-takhn. izd-vo lit-ry po chernoi i tsvetnoi
metall i itt 1957. 516 p. (KLRA 10:5)
Mining engineering)

%'4
PHASE I BOOK EXPLOrZMON 748
Seledkov, Yuriy Vasillyevich, Lunevskiy, Petr Dimitriyevich, Tarasoy, Ieonid
Yakovlevich
Sistemy podzemnoy razrabotki rudnykh mestorozhdeniy tsvetnykh, redkikh metallov i
zolota (Systems of Underground Development of Deposits of Nonferrous Metals,
Rare Metals, and Gold) Moscow, Metallurgizdat, 1958. 407 p. 4,300 copies
printed.
Reviewers: Agoshkov., M. I., Corresponding Member, U.S.S.R. Academy of Sciences and
Bunin, A. I., Mining Engineer; Ed.: Bunin, A. I.p Ed. of Publishing House:
Partsevskiy, V. N.; Tech. Ed.: Mikhaylova, V. V.
PURPOSE: The authors recommend this book for engineering and managerial personLel
in various branches of nonferrous metallurgy. The book may also be useful to
engineers,, designers, and students in mining and technical schools.
COVERAGE- This book deals vith the mining of nonferrous metals within the scop---
of the Sixth Five Year Plan. Various underground mining methods used in the
USSR are described and compared to similar methods used abroad. The suita-
bility of each mining method is discussed with a specific example giving the
shape, attitude, and size of the ore body to be mined, and also the nature
Card 1/8

Systems of Underground Development (Cont.) 748
of the host rock and other lithologic conditions. There are mmerous
illustrations and diagram shoving mine lay-out, mining methods, timbering,
drilling, and underground equipment used in the USSR. The authors acknowledge
the assistance of M.I. Agoshkov, Corresponding Member of the Academy of Science,
USSR, and A.I. Benin, Mining Engineer. There are 31 Soviet references.
TAKE OF COMMM:
Introduction
7
Ch. I. General Information on Underground Mining Methods
1. Classification of methods for underground mining of ore deposits 9
2. Developwnt of methods for underground mining of ore deposits 9
3. Basic factors determining the choice of mining methods 12
Ch. II. Mining Methods
1,, Mining by means of shallow blast holes 17
2. Mining by drilling with jointed drill rods 19
3. Mining by the deep blast tole method 21
4. Drilling methods 26
5. Drilling blast holes vith pneumatic Jack homers 27
Card 2/8

Systems of Underground Development (Cont.) 748
6. Drilling blast holes with Jack hamers working in the drill hole
(driLlmobiles) _3 2
7. Drilling blast holes with cable rigs 43
8. Drilling blast holes with rotary rigs 43
9. Drilling blast holes with a shot drill 48
10. Dril3ing blast holes vith hard-alloy bits 51
11. New drilling methods 51
Ch. III. Hauling Ore
1. Removing ore by gravitation 53
2. Removing ore with drag-scrapers (slushers) 54
3. Removal by conveyor 61
4. loading ore in mucking operations 66
Ch. IV. Secondary Crushing of Ore
1. Breaking up ore during removal 70
2. Crushing ore after removal 72
Card 3/8

Systems of Underground Development (Cont.) 748
Ch. V. Stoping
1. General information 80
2, Mining with complete removal of ore &Q
3. Room-and-pillar method 92
1. Variations of this method used in Soviet mines 92
2. Variations of stoping methods used abroad no
3. Future developments of this method 117
4. Overhand stoping with stulls 119
1. General information 119
A. Mining of steeply dipping ore bodies 119
B. Mining of ore bodies with shallow dip 129
5. Mining by block caving 139
1. General information 139
A. Variations of the system with shallow blast holes 141
B. Variations of the system vith long drill holes 147
2. Future developments of this method 166
Ch. VI. Mining by Shrinkage Stoping
1. General information 167
Mining lov-grade ore deposits 168
2. Variations of the block-caving method 168
3. Variations of the short block-caving method 193
Card 4/8

Systems of Underground Development (Cont.) 748
4. Variations of mining methods with continuous shrinking 2-ICY)
5. Variations of the shrinkage method vith timbering 207
6. Various methods used in foreign mines
1. Basic developments in mining of vein deposits 223
2, Mining of large ore deposits 229
7. Various methods of mining along the strike 229
8. Variations of the stoping methods across the strike 237
Ch. VII. Mining by Filling the Stope
1. General information 243
2. Variations of breast stoping vith filling 243
1. With drifting along the strike 243
2. With drifting across the strike (cross-cutting) 252
3. Variations of a mining method for dipping beds vith filling -=6o
4. Long wall mining with fill 265
5. The use of mining methods with fill in foreign mines 266
6. Evaluation of mining methods with fill and future develop-
ments of this method 274
Card 5/8

Systems of UndergroUnd Development (Cont.) 748
Ch. VIII. Mining Methods With Timbering and Filling
1. General information 27(6
2. Various methods of using reinforced stulls 276

.
3
Various methods of timbering
!89
4. Evaluation of mining with timbering and future developments 293
Ch. IX. Mining Methods With Timbering and Filling of the Mined-out Space
1. General information 295
2. Variations of this method 296
3.. Mining with timbering and filling in foreign mines 3o6
Ch. X. Mining of Narrov and Closely Spaced Veins
1. Mining of thin vein deposits 307
1. Steeply dipping veins 307
2. Gently dipping veins 321
2. Mining of closely spaced veins 322
3. Basic developments in mining of vein deposits 331
Card 6/8

Systems of Underground Development (Cont.) 748
Ch. XI. Mining level-pillws
1. General Information 333
2. Variation of this method: gophering 333
3. Variation of this method: mining by benches 334
4. Variation of this method: fen drilling 340
Ch. XII. Top Slicing
1. General information 345-4
2. Variation of this method: gophering 345~
3. Variation of this method: top slicing 351
4, Variation of this method: mining of wrill steeply
dipping ore bodies 360
5. Pillars mined by top slicing 363
6. New developments of caving methods 374-
Ch. XIII. Sub level Caving
1. General information 375
2. Variations of the sub level caving methods 376
3, App3lcation of the sub level caving method in mining of
Pill and panel slicing 383
4. Ways of improving this method 385
Card 7/8

Systems of Underground Development (Cont.) 748
Ch. XIV. Caving
1. General information
2. Variations of this method 386
3. Ways of improving the caving method 39~1-
Ch. XV. Forced Caving
1. General information 394
2. Variations of this method 395
3. Future possibilities of forced caving 404
Bibliography 406
AVAILABLE: Library of Congress
Card 8/8 GO/Mas
10-24-58

-rA v
SMIPOT,
Vakhit Sharipovich, kand.tekhn.nauk; IMUKOT, Yurly Grigorlyevich,
insh.; NUZGIN, Bergey Spiridonovich, kand.tokhn.nauk; TXACHXWO,
Artem Mikhaylovich-, MTOTAKOV, Aleksey Mikheylo-rich, insh.;
SHCEMRBAK. Georgiy Sergeyevich, lush.; TARASOT L*Ta*, red -
~~k ~-
PARTSZVSKIT. V.N., red.izd-va; ATTOPOVICH. N
[Role drilling equipment] laretki i agregaty dlia burenlia
shparov. Nookwa, Gos.nauchno-tekhn.izd-vo lit-ry po chernol i
tavetnoi metallurgii, 1959. 134 p. (KIRA 12:4)
1. Inatitut gornogo dela AN K&&SSR (for all except Tarasov, Partsev-
skly. Attepovich).
(Boring machinery)

ZDOROV~ V.M.; PAVLOVSKIY, L.G.;_IA~~~~ootv. red.; DONTSOVA,
S.A., red.; POLYAKOV, M~.G., tekbn. red.
[Electric cap and fuse blasting]Elektroognevoi sposob vzr~-va-
niia. Moskva, Otdel tekhn.informatsiij 1959. 60 Pe
(MIRA 15:7)
(Blasting)

-TAPM
kV,--I&onid,-Xakov:~ql~g~h;_.,q~PYAGINA~ Z.A.., red.izd-va; PROZOROVSKI71.
Ye.G., tekhn. red.
[Timborer in undarground rAningl Krepillshchik pri podzemnoi do-
byche rudy. Izd-3-, perer. i dop. Moskva, Gos.nauchno-tokhn. izd-vo
lit-ry po gornomu delu, 1961. 259 p. (MIRA 14:11)
(Mine timbering)

PHASE I BOOK EXPLOITATION SOV/5474
Terpigorev, A. M,, Academician [deceased ], Chairman of the Editorial
Board, R. P. Kaplunov, Professor, Doctor of Technical Sciences, Deputy
Chairman of the Editorial Board, Ye. F. Moskallkov, Mining Engineer,
V. V. NadIn. Professor, Doctor of Technical Sciences, Yu. V. naledkov,
Mining Engineer, 0. 0. Sosedov, Mining Engineer, and L. Ya. Tarasov,
Mining Engineer. - -
Spravochnik po gornorudnomu delu. t. 2: Podzemnyye raboty (Ore-Mining
Industry Handbook. v. 2; Underground Operations) Moscow, Gosgor-
tekhizdat, 1961. 855 p. Errata slip Inserted. IZ, 000 copies printed.
Scientific Edo. (Titlepage): A. M. Terpigorev, Academician, and R. P.
Kaplunov, Professor, Doctor of Technical Sciences; Reap. Ed.; L. Ya.
Tarasov; Edo. of Publishing House: M. M. Smirenskiy,and V. N. Partsev-
skiy; Tech. 'Ed.: V. L. Prozorovskaya. and M.A. Kondratlyeva.
Card=kAll-

Ore-Mining Induatry (Cont.) SOV/6474
PURPOSE: This handbook Is Intended for mining engineers and skilled
personnel of the mining Industry.
COVERAGE: Volume II of the handbook reviews various methods of under-
ground mining and analyzes the b"Ic principles underlying different types
of ore mining operations. Parts 1, VI, IX )(1, and XV of this volume weie
written by L. Ya. Tarasov. Mining Engineer. L. Ye. Egell. Geological
Engineer ali_6 -parfIc-1-pifid In writing Part 1. Part II was written by A. M.
Byboch;cln, Candidate of Geological and Mining Sciences; Part III by D. N.
Ogloblin, Professor, Doctor of Technical Sciences, and M. G. Papazov,
Candidate of Technical Sciences; Parts IV, V, and X were written by
R. P. Kaplunov, Professor, Doctor of Technicql Sciences; Part VII by
V. V. Nedin, Professor, Doctor of Technical Sciences, sLnd by Sh. 1.
Ibrayev, Docent, Candidat~ of Technical Sciences. Part VIII by N. N.
Polyakov, Docent, Candidate of Technical Sciences (deceased) and by M. B.
Udalkin, Mining Engineer; Part IX by A. M. Alyamskiy, Docenticandidate

Ore-Mining Industry (Cont.) SOV/5474
of Technical Sciences (deceased),* Part XU by G. M. Malakhov, Professor,
Doctor of Technical Sciences: and Part XIV by V. N. Vorogn, Doctor of
Technical Sciences (deceased), and L. D. Voronina, Candidate of Technical
Sciences. No personalities are mentioned. Each part of the handbook is
accompanied by references. all Soviet .
TABLE OF CONTENTS [Abridged
Foreword 4
PART 1. INFORMA77ON ON MINING GEOLOGY
Ch. 1. Basic In-formation on Geology and Mineralogy 5
Ch. 11. Crude Ores and Minerals a
Ch. III. Classification of Mineral Resources and of Mining Operations 40
Card4j]Z_
13

Ore-Mining Industry (Cont.) SOV/5474
Ch. IV. Characteristics of Rocks 43
Bibliography 52
PART II. SAMPLING
Ch. 1. Purpose and Types of Sampling Operations 54
Ch. H. Sampling Methods
55
Ch. Ill. Sampling in Mine Workings and Boreholes 59
Ch. IV. Sampling of Broken Ores and Rocks
61
Ch. V. Preparation of Samples for Chemical Analysis 64
C;,r

Ore-Mining Industry (Cont.)
SOV/5474
Ch. H. Magnitude of Deposit Reserves as Related to the
Degree of Preparedness for Production 178
Bibliography 181
PART VI. DRILLING
Ch. 1. General Information 182
Ch. 11. Churn Drilling 189
Ch. III. Rotary Percussive Drilling 233
Ch. IV. Tools Used in Perforation Drilling 248
Ch. V. Rotary Drilling 267
C "d_-4_t~ ~,

Ore-Mining Industry (Conti)
SOV/5474
Ch. VI. Selection of Drilling Methods, Marking of Boreholes, and
Elimination of Breakdowns 288
Ch. V11. New Drilling Methods 295
PART VII. ROCK-BLASTING OPERATIONS
Ch. 1. Concise Information on the Theory of Rock-Blasting and on
Explosives 300
Ch. 11. Explosives 303
Ch. III. Blasting Accessories 309
Ch. IV. Testing and Destroying of Explosives 313
Ch. V. Concise Information on Storage and Transportation at Mines 315

Ore-Mining Industry (Cont.) SOV/5474
PART IX. SUPPORT OF MINE WORKINGS
Ch. 1. Information on Rock Pressure and Physicomechanical Properties
of Rocks 461
Ch. 11. Material for Mine Support 470
Ch. III. Support of Horizontal Workings 495
Ch. IV. Support of Vertical Mine Shafts 522
Bibliography 530
PART X. BREAKING OF ORE AT STOPES
Ch. 1. Breaking of Ore With the Use of Blast-Holes 532
C~~r~12 /18.

Ore-Mining Industry (Cont.)
SOV/5474
Ch. H. Breaking of Ore With the Use of Drill-Holes 538
Ch. III. Breaking of Ore by Torpedos 551
Ch. IV. Secondary Fragmentation of Ore 555
PART )[I. LOADING AND DELIVERY
Ch. 1. Loading 563
Ch. H. Delivery 581
Ch. 111. Chute-Type Loading, Chuteless Discharge, and Main
Ore Chutes 629
Bibliography
643
Cardl-3118

Ore-Mining Industry (Cont.) SOV/5474
Bibliography 809
PART XV. DUST PREVENTION
Ch. 1. Mine Dust and Diseases Caused by It 810
Ch. H. Preventive Measures for Combatting Dust in Mines 814
Ch. III. Dust Prevention in Drilling Operations 815
Ch. IV. Dust Prevention in Rock-Blasting and Loading and
Unloading Operations 825
Ch. V. Supressing of Settled Dust and Dust Caused by Mechanical
Fragmentation of Ore 82D
Ch. VI. Industrial Water
832
Card 17/18

Ore-Mining Industry (Cont.)
SOV/5474
Ch. VIL Ventilation of Workings and Purification of Dusty Air 837
Ch. VIII. Individual Protection Against Dust
841
Ch. EK. Organization of Dust Collection Service and Medical
Health Protection Measures at Mines 842
Ch. X. Inspection of Air Dustiness in Mines 843
Bibliography 846
AVAILABLE: Library of Congress
VK/dwm/bc
Card-18 /1-8 9-27-61

BORISENKO, Sergey Grigorlyevich; TARASOV Leonid Yak
I LIS-ylich
KOVALEV, Igor' Antonino 'c ; PHOTOPOPOV, Sergey Filippovich;
WHIMSTIEEMSHVILI, Sh-P., otv. red.; YEROKHIN, G.M., red.
izd-va; OVSKYWO, V.G., tekhn.red.
(Raise vork]Prokbodka vosetsiusbehikh. Moakwal,.Gom-
gortekhizdat, 1962. 271 p. (MIRA 15:11)
(Mining engineering).

IVANOV, Konatantin Ivanovich; USHKOV, Nikolay Nikolayevich; YARMAK
Mikhail Fedorovich, GOYEV, Vadix Nikitich; RAS4Cy4rL.4Ya
ITTO , m ?,J'
otv. red.; PARrSEVSKIY, V.N., red.izd S
-va; At
tekbn. red.
(Boring holes in underground mining of ores] Burenie shpurov
i skvazhin pri podzemnoi dobyche rud. Moskva, Gosgortekh-
izdRt, 1963. 130 p. (MIRA 16:9)
(Boring)
4.4 7,0;

KRISTIN, Karl Adollfovich, kaiad. tekhn. nauk; SHKITOV, Konstantin
Sergeyevich, gornyy inzh.;.TARASOV,__L.Ya,,,-otv. red.;
YEROKHIN, G.M., red.-isd-va,- LOMILIWA~,-I.-N.0 tekhm. red.
(Improvement of working systems in mines] Sovershenatvoyanie
sistem razrabotki na rudnikakh. Moskva,, Gosgortekhizdat
1963. 2o6 p. (MIRA 16:51
(Gornaya Shoriyu-Mining engineering)

TARAN, Pavel Nikiforovich;-TARASOV, L.Ya., otv. red.; YEROKHIN,
G.M., red.izd-va; LAVTWn+TEVX,-r.-G., tekhn. red.;
ILIINSKAYA, G.M., tekhn. red.
(Practice of opening up and developing horizons in working
ore deposits] Opyt vskrytiia i podgotovki gorizontov pri
razrabotke rudnykh mestorozhdenii. Moskva, Gosgortekhizdat,
1963. 50 p. (MIRA 16:5)
(Krivoy Rog Basin-MIning engineering)

LEOIN'ENKO, I.A.., prof., red.; SHEUI's,r, L.A., karid. tckhti. nauk,
red.; BUMN, A.I., ret~-enzent; BURSHTEYN, P.S.,
retsenzent; KAPITANOV, T.V., retsenzent; YUZ1111IN, A.V.,
retsenzent; TARASOV, L.Ya., otv. red.; KOVALEV, I.A.,
otv. red.
[Development of mineral resourses In Eastern Siberia] Haz-
rabotka mestorozhdenii poleznykli iskopaew;ykh Vostochnoi
Sibiri. Moskva, Nedra, 1964. 382 p. (MIRA 17:12)

PAI-IINY Ivan Mikhaylovich; KOVALEV, Tgor-1 Antoninovich; POPOV, G.N.,
prof., doktor tekhn. nauk, retsenzent; CIMMIUSHENTSEV,
I.A., prof., doktor tekhn. nauk, retsenzent; L-OBANOV, D.P.,
dots., kand. tekhn. nauk, retsenzent; STEBAKOV, B.A., gorn.
inzh., retsenzent; TARASOV, L.Ya., prof., gornyy inzh.,,
otv. red. --
[Problems on the underground mining of ore deposits] Zadach-
nik po podzemnoi razrabotke rudnykh mt-storozhdenil. Moskva,
Nedra, 1964. 211 p. (MULk 18:2)

TARASOV, Leonid Yakovlevich; PARTSEVSKIY, V.N., otv. red.
(mining engineering] Gornoe delo. Moskva, Nedra1 1965.
214 p. (MIRA 1m)

AUTHOR: Tarasov, M., Head of the Cabinet of General -echnoiogt of Me-is
TITLE: Laboratory Work in the General Metal Technology Line
(Laboratornyye raboty po obshchey tekhnologii metallov)
PERIODICAL: Professionallno-tekhnicheskoye obrazovaniye, 10,56, Nr 7,
PP 7-9 (USSR)
ABSTRACT: Instruction in the field of general technology of metals is
of special importance in the training of young metal workers.
It can only be successful if theoretical teaching is supple-
mented by practical laboratory work, covering the following
subjects: the mechanical properties of metals and n1loys,
details about thermal processing, casting, etc. At the same
time, 8tudents learn how to handle scientific instruments and
equipment. A table is shown, contpining a list of materials
and instruments suitable for laboratory work, along -with
scientific subjects to be treated. A microscope equipped
with an ON-1 type illuminator and a MFN-l camera for taking
microphotographs (Figures 1-3) is recommended as especially
suitable for investigating metals.
Card 112 There are 2 drawings, 1 diagram, and 1 table.

Laboratory 71ork in the General Metal Technology Line 2. '27-58-7-4/27
ASSOCIATION: Voronezhakoye tekhnicheskoye uchiliahche *;r 2 ~'Voronezh
Technical School Nr 2)
1. Metallurgy--USSR 2. Personnel--Training
Card 212

TARASOVj 11-flklu-iii Alokf~ -,nlrovich
.T1
OCII,-:RKI TRUIN,"WRVIOCA) PRI tV,-,. oii, I
lil Bllo(-,:, ~'Xltj GAL 1W. T OT'
_r,VIZD,'Vr, 1951. 161.n.

TARASOV, M.F.
Experience in housing constructing in Krasnodar Territory.
18 no.1:2-3 Ja 158. (KERA 11:1)
1.Nachallnik Krasnodarskogo krayevogo upravleniya svyasi.
(Krasnodar Territory-Apartment houses)

SOKOLOV, B.A..1atnd.tekhn.rja,&.-, TARASOV, M.F.,Inzh.
Distribution of pressure waves and air discharge in the nain
pipeline of pneumatic systems used in railroad rolling stock.
Trudy TS11II 14PS no.163:195-214 '58. (MIRA 12:2)
(Railroads-Brakes) (Air pipes)

AUTHOR: Tarasov, M.F., Chie-f
TITLE: The Work Con.r1hution of ',he Kraanod.,tr Communir.0,ic.,-,
(Trudovoy YkInc Krasnodarskikh svyn.~IaLlov)
4-
PERIODICAL: Vestnik svyazi, 10118, 14r 12, p 1-7 (USSR)
ABSTRACT: The author tells of the efforts of the Krasnodtir
workers who are engaged in socinlist competition in
of the XXI Congress of the USSR Communist Parzy.
ASSOCIATION: Krasnodarskoye krayevoye unrpvJeniye svyazi (KraZnodqr Xr-y
CommunicF.ti2,n.-.,, Office)
Ca--d t,/!

6(4)
SOV111-59-5-9/32
AUTHOP,S: Tarasov, M.F., Chief, Zinger, TA.Ya. Chief of SMUR
TITLE: Experience in Wire Broadcasting in the Krasnodarskiy
Kray
PERIODICAL: Veslunik svyazi, 1959, Nr 5, PP 9 - 11 (USSR)
ABSTMICT: During 1958, more than 27,000 wire broadca-st
receivers were installed in the Y-rasnodarskiy Kray.
The SMIUR performed the installation of wire broad-
cast netzorks at kolkhozes, whereby the latter
provided the funds. Contracts for installing; the
vire broadcast networks were made directly between
the kolkhozes and the SI.M. Previously, such con-
tracts viere concluded between kolkhozes and dis-
trict post offices, but it proved to be more ex-
pedient to eliminate the latter from the contract.
Thus, the district post offices only aszist in draw-
in- up the contracts, perform the accounting and
registration. control the progress of the viork and
Card 1/3 participate in the acceptance inspections.

SOV111-59-5-0/32
Experience in 'Vire Broadcastirg~ in thcKrasnoiarskiy Kray.
Since wood is rare in the Krasnodarskiy krqr
,,extensive
use of underground cables is madc. Chiefly, cables
of type PIRITPLI are used, however, the latter is not
available in adequate quantities. TRVK cable is used
for branch lines to buildings, thereby saving 12-
15',,o' in PRVPJA cable. ExistinG power lines are used
as'far as possible for suspendino the wire broad-
cast lines. The succeos of the plan for installing
wire broadcast receivers is explained by the fact
that work is performed throughout the year. Cable
laying is difficult durinC muddy periods, and some-
times two or three tractors must be used for pul-
ling the cable laying machine. Cable layers "M-1-2"
are used. The S1,;TUR has organized work teams in the
larger towns of Krasnodar, Sochi, Armavir and
Novorossiysk for installing radio and telephone
connections in new appartmeiit buildings and in-
Card 2/3 dustrial installations. In Krasnodar, there are

SOV/111-55-5-01/32
Experience in 7fire BToaduastinG tho KTaqrdar'EkiY '.bray.
f our teams (TO Y:orkci,:;' e on-a-ed in the recon-
u u
sti,uction of city uiro booadcasting networks (accor-
dinL-,, to pRuis of Giproovyaz'). In spite of Wic
nue
ji-i.eved in Ino I)-al lint,,- wire broadcasu liOL-
works, there are several districts which are lagGing
behind, for example Adler. the Ad.ypeyskaya av';onomnaya
oblast .6 , Belorechensl~iy, 'Tul'skjV and othc..~ dis-
uricts. There are 4 phucugraphs.
ASSOCIATION: '12raonodarskoyo krayevoye upra-,ieruye -v-jazi
-'~i-ay COUMLLnic at ionss Directorate) (Tarasov,M.F.);
Card 3/3 SMUR (Zinger, M.Ya ).

TARASOV, M.F.; ZINCER, M.Ya.
Recently established organs of the party and soviet govern-
ment should be provided with reliable communication systems.
Vest. eviazi 23 no.6124-25 Je 163. (MIRA 16:8)
1. Nachallnik Krasnodarskogo krayevogo upravleniya avyazi
(for Tarasov). 2. Nachallnik Stroitelino-montazhnogo uprav-
leniya radiofikatsii (for Zinger).

P, R
KALINOVSKATA, Ye.N., kandidat meditainakikh nauk; PETROV, B.A., profeesor, direktor;
TARASOV, M.X., zaalu zhennyy vrach, direktor.
Intraosseaus transfusion of blood and of medicinal liquids. Sov.med. 17
no.9:25-26 3 153. MRA 6:9)
1. 2-y& khirargicheekaya klinika Instituta im. Sklifosovakogo (for Petrov
and Kalinovskaya). 2. Institut im. Sklifosovekogo (for Taragov).
(Blood--Transfuaion) (InJections) (Anemias)

TARASOV, K. Cm 13
First aid in case of accidents. Bov.kras.kreat 4 no.1:23-24 Ja-Xr 154.
(NLRA 7:4)
1. ZasluzhenW vrach respubliki, direktor Institute. imeni Sklifosovskogo.
aid in illness and Injury)

TARASOT. N.M., zasluzhannyy vrach USSR
1"W"N - .
Mikhail Sergeyevich Alskmandrov; on his 70th birthday. Sov.sed. 20
8:83-84 Ag 156. (MLRA 9:10)
(ALUMMROT. MIKHAIL anmvics.1886- )
i.

7~7,,~- 0 '7 "
TARASOV. )(.H., zaaluzhe6W vrach RSFS (Moskva)
Professor D.A.Arspov's 60th birthdLay. Vest.khir. 79 no.8:145-146
Ag '57. (MMA 10:10)
(ARAPOV, DMITRII AIMOVICH, 1897- )

W.ADIMIROVICH, Georgiy Arsenlyevich; TARA OT._Mlkhajj_#tkhay_lQvlc4
Egdlfosovokil Institute] Institut Imeni Sdifosovskogo.
XDskvo. Modgiz, 1939. 98 p. (MIRA 13:11)
(MOSCOW--FIRM AID IN Uaa=S AND INJURY)

YUDII?.. S.S.# prof.; GOLIKOVAM.P.; ARAPO~ D A rec '.;DAVYDOVSKIY,I.V.,,red.;
MELINIKOV, A.V., red.jdectmvedj; RiORO-ip V.N., red.; ROZANOV, B.S.,
red.; T-AgAPQV,_~.M., red.; OSTROVSKAYA, L.S.., red.; BELICFIYLVA, Yu.s.,
tekbn. red.
(Selected works; problems in military field surgery and the transfusion
of cadaveric blood] lzbrannyo proizvedeniial voprouy voonnb-polovoy
khirurgii i perelivanie posmartnoi krovi. Moskva.. Medgiz, 1960. 553 p.
(MIRA 15:1)
1. Chlen-korrespondent Akademii meditsinskikh nauk SSSR (for Arapov).
(SUROMY, MILITPM) (BLOOD-TRANSFUSIOTI)

r,TARASOV., M,M,,-t-zasluzhennyy vrach USSR (Moskva); VLADDIMOVICH, G.A.,
zasluzhennyy vrach RSFSR
Bmdred and fiftieth anniversary of the Sheremetev Hospital.,
now the Sklifosovskii Institutee K31nomed, 39 nool+:3-10 161.
(MOSWW-HOSPITAIS) (MIRA 14, 10

YUD11;, Sergey Sergeyevich, prof.[decea3ed]; GOLIKOVA, MI.F.; ARAPOV
D.A., prof., red.; DAVYDOVSKIY, I.V., red.; IIELINIKOV,A.V.,red.
[deceased]; PHIOHOV,N.N.,red.(deceased]; FOZANOV,B.S.,red.;
TARASOV,M.M. red.; OSIROVSKAYA,L.S., red.; BEL ICI-:IKrTATu.S.,
[Selected works; -urger7 of peptic ulcer of the stomach and neuro-
hurnoral regulatior. of gastric secretions in man]IzbraraWe proizvede-
niia; khirurgiia iazvennoi bolezni zheludka i neiro-gworallnaia regu-
liatsiia zheludochnoi sekretsii u cheloveka. 1,'.oskva, Eedgiz, 1962.
364 P. (MIRA 15:3)
1. Chlen-korrespondent Akaderii meditsinskikh nauk SSSR (for Arapov).
(PEPTIC ULCER) (ST(VACH-SECRETIOUS) (NEUROCIEVISTRY)
(IIIIESTIFES-OBSTRUCTIONS)

3-6-20/29
AUTHOR: Tarasov, M. M., Dotsent, Candidate of Economic Sciences
TITLEs New Forms of Instruction at Financial VUZes (Novyye formy
I uchebnykh zanyatiy v finansovom vuze)
PERIODICAL2 Vestnik Vysshey Shkoly, 1957, # 6, PP 72 - 73 (USSR)
ABSTRACTt To widen the teaching process and bring it into contact
with banking practice, the Chair for Credit Matters of the
Moscow Financial Institut ~Kafedra kreditnogo dela Moskovs-
kogo finansovogo instituta has developed a number of
measures. Two are described in the article. The first
deals with instruction at the State Bank and the other with
training at the so called Teaching Bank. At the State
Bank the students of the 3rd course of the Credit and
Economics Faculty become acquainted with the operations of
the various branches and departments. The instruction is
carried out by bank officials with the assistance of insti-
tute's teachers. The instruction is later continued at the
Teaching Bank (in the Chair's training room) which is
organizationally similar to the institutions of the State
Card 1/2 Bank.

New Forms of Instru,~tion at Financial Vuzes 3-6-20/29
ASSOCIATION: The Mosoow Financial Institute (Moskovskiy finansovyy
institu'.)
9VAILABLE: Library of Congress
Card 2/2

V/ ~-59-1 2-291A, 3
AUTHOR: Tarasov, 1M. 14. , Docent
TITLE: Intervuz Scientific and Methodical Conferences (.,:ezhvuzovskiye
nauchnyye i metodicheskivelkonferentaii). The Problems of
Teaching Financial Subjects (Voprosy prepodavaniya finanso-
vykh distsiplin)
Fl-,"RI-ODICAL: Vestnik vysohey shkoly, 1958, Nr 12, PP 76 - 77 (U37,R)
_-~=ACTt Two intervuz conferences, which recently took place at the
Moskovskiy finansovyy institut (IMoscow Financial Institute),
discussed problems of teaching financial and credit sublects
as well as the method of instruction in bookkeeping and ana-
lysis of manageria3. activities. A total of 250 vuz instructors,
representatives of scientific orpanizations, USSR ',Iinistry of
Finance, State Bank and Sovnarkl,~ozes, participated in the con-
ference. The first conference discussed the reuorts delivered
ty Professor A.,!. Aleksandrov (Leningradakiy finansovo-eko-
nomicheskiy institut - Leningrad Financial-EconomieSInstitute)
on the "Scientific Fundamentals of Teaching a Course 'Finances
of the USSR' 11; by the Professors of the Moscow Financial In-
stitute Z.V. Atlas - "The Scientific-1'ethodical F,.indamentals
Card 113 of the Course "Money Circulation and USSR Credit' 11; I.D.

.,0 V/ i - 5,1 - 17- 2 9/,13
Intervuz Scientific and Methodical Conferences. -he Problems of Teaching
Financial Stjbjects
Sher - "Experience Gained in Preparing Diploma Theses", Chn-
didate of Economic Sciences F.N. Veselkov (.Moskovskiy Fosu-
darstvennyy ekonomicheskiy institut - Thoscow 'State '~conomic5
Institute), Professor Usoskin anrl Docent A.A. Proselkov
(Moscow Financial Institute), who also spoke on the pTaduat-
ing theses, practical training, laboratory works and exercises.
Concrete suggestions on the teaching of financial and credit
subjects were made in the 3 sections of the conference by
Professor V.V. Ikonnikov (Moscow State EconomicsInstitute),
Docent G.V. Komarov (Rostovskiy finansovo-ekonomicheskiv
institut -Rostov Finan ial and Econades Institutp), and Docent
D.A. Allakhverdyan (14oscaw FInamial Institute). The sections
approved of the practice of the Moscow Financial Institute
which conducts its training exercises systematically in the
offices of the Gosbank. Lately, the students' practical train-
ing was repeatedly carried out at the working places. Do-
cent R.D. Vinokur dealt with this auestion in his speech. On
the methods and themes of course-work, reports were submitted
by Docent A.K. Suchkov (Moskovskiy zaochnyy finansovo-ekono-
Card 2/3 micheskiy institut - IMoscow Financial-rconomic Correspondence
Institute) and G.A. Shvarts (Moscow Finance Institute).

SOV/3-59-12-29/4 3
Intervuz Scientific and Methodical Conferences. The Problams of reaching
Financial 3ijbjects
The second conference studied methods of teaching
the analyzing of the economic activities of enterprises. The
Conference supnorted the proposal of Docent A.T. Sumtsov and
of the Professors 11.1.V. Dmitriyev (Moskovskiy inzhenerno-eko-
nomicheskiy institut - Moscow Engineering-7,conomics Institute)
and S.K. Tatur (MGU) that it is necessary to elaborate the
theory of bookkeeping more thoroughly, basing it on the theses
of the political economy of socialism. The reports delivered
by the Docents G.P. Yevstigneyev .(Moskovskiy ekonomiko- -
statisticheskiy inatitut - Moscow Economics- Statistical Insti-
tute) and V.I. Isakov (,',Ioskovskiy institut narodnogo khozy-
aystva imeni, Plekhanova - Moscow Institute of National Eco-
nomy imeni Flekhanov) referred to thiR auestion. The confer-
ence participants suggested t1le establishment of a workshop for the
study of methodsattbe Mow(w Finance Institute.
Card 3/3

USOSKIN, M.M., prof.;.T_ _M.M., dotsentp prepod.; I14OZDITSEVA, N.S.,
kand. ekon. naukv prepR-.; VOROBIYEV, S.F., dotsent, prepod.~
MAKAROCHKIN, A.V., dotsent., prepod.; BOROZDIN, B., red.; LEBEDEV, A.,
tek-bn. red.
(Collection of problems on the issuing of credit, paymentsp and cur-
rency circulation] Sbornik zadach po kreditovaniiu, ras-.hetam i dene-
zhnomu obrashcheniiu. Avtor9kii kollektiv po rukovodstvom M.M.Uso-
skina. Moskva, Gosfinizdat, 1961. 2o6 p. (MIRA 14t10)
1. Nuuuuw. Finarlsovyy institut. 2. Moskovskiy finansavyy institut
(for Tarasov, Inozemtseva, Voroblyevp Makarochkin).
(Finance)

TARASOV, mikhail MiLk~ ~ch- NOSKO, P.T., otv. red.; BOROZDIN, B.,
red. izd-va; LEBEDEV, A., tekhn. red.
[IsBuing credit to industries
ditovanie promyshlennosti po
1962. 86 p.
(Credit)
on the basis of turnover]Kre-
oborotu. Moskva, dpofinizdat,
(MIRA 16:3)

Cha
ydrochemkot mcter!stle of C
poddi to W-ar
i
f th
R
t
l
f
N
ons o
e
oz
reg
ov ptov
ace.
. V. veclovaig U. p
Woykov~ and U. H. Tamsov.
=Vr-"W-lW-
23-Wl954)
d
l
d

'1950, during -
e
rm
s samp
in IM
the Months of June to August when the-
salt content is St
They v in sa
& = AtiODarY. 109 belong to the adftte C&M.
lt content (mm 441 to 21,OW Mg./I.; '2~
h
Poq
ff to t
e chloride4ulfate clan, w" nw to
21AW Mg./I.; - 28 ponds belong to the ehk)ri& clan, wftb
12W
21
=
I
AO
Clow, wi Mg./
.; ~ 20 ponds belong to the biewbomato
,
th S Odt content varYinir from 184 to W5 mg.11.
SOthi 4
DAta am , these Pondt. Vary mom than the Umft given.
Nmr.'
given an the cblorlde suffate, carbonate
bovate, Mt. Co. smil No + K J ,
ia ponds at on rapecil".
alimes.arweUmsthecom of .wells,giveg mmf,Wmlm-
thetC A -P Of the W"Ince Sim tbe'distrbolm
0j: :1-W-Creat cwm of mi
, im
wf
ti
f
6
na
u
m
n
7110 saltrCOM of a no. of Poods savapkil'im 195r.01 02
SWag the Umits of ddod& and suffaite is also Vemeatcd
%iU as that of the chief toms a reported on Me wom , a -
of
now ponds TIC Of- Cox, wMation, and bWcmk sub-
atme" am discumd. The *watem am clialw! on, tug
buls of the lo= pregenlt 26 ftfffeam. 'U,S

a of tht relative Ion campostilimas of waters Of
The relatio
several ponds to minerallrAtim. M. X. Tamsov (
6cm. Just., Ac4d. Set. U,S.S.R.,'MOy9eWdkKWMr
Woe, N'Tteridy 22, 70-49AX1954).-Ta order to evaluate the
minumlization of waters to ponds. T. studies the relations;
(a) between the content of the prevulting anion C and the
sam of mineral substances Z;t, i.e. ZjA - J
Q; (b) between
h
l
i
l
.
at ve
on
c com
e rc
the sum of sulacral sub5taucc3 and t
% -equiv. - P(Zp). These mlatlons, esUblghu~J
Le
.
for one 7t1he ponds for a no. of yrs., also hold true for the
-50 ponds ht the area. ByanAlyticaldetn.oftheS04and
witit the relations given ob-ove, the approx. ionic compn. and
totAI szklts In the waters of the ponds can be cited.
J. J04f

J rig i-J:S6
effed of warfare md mbwg fee4lui
g Wkm
the InIOGX*fLhePOU4. Zf.V.'
Tirasov (flydrochem.. last.. Acad. Sci. U.S.S.R.,
er Gidrokhim. Materialy 23, 4&41
of nhy ~ pond -depends - upa th%
e.b em. regime
copaphic conditions. A'study of the regime of the -
4 to of a pond located In the W'sk area of the Rostov
ed that the main Influx consisited of highly
subsoll waters of the sulfate clan. Hydrocar-
waters of low minend content reached the pond dur-
vy snow melting and rainfalls. A. S. Mirkin d

15- 1 ~)b 7 -3 -.3 176
Translation from: Referativnyy zhurnal, Geologiya, 1957, Nr 3,
p 106 (USSR)
MTHOR: Taras ov -
TITLE: Development of the Ionic Composition of the Water in
the Reservoirs of Northeastern Priazov,ye (Azov Region)
(Oformirovanii ionnogo sostava vody prudov sovero-
vostochnogo Priazov'ya)
PERIODICAL: Gidrokhim. materialy, 1955, vol 25, pp 154-169
,PBS TR AC T: The development of the chemicel composition of tho res-
ervoir waters in northeastern Priazov'ye Is affected by
two basic processes: the leaching of salts from the
mantle by the percolation of meteoric waters, and the
mixing of surface and ground waters with those of the
reservoirs. Graphs showing the relations between total
mineralization and the principal ion content are given
for ground waters, flood waters, and reservoir waters,
Card 1/2 and also for water extracted from the ground. It was

15-19b7-3-3176
Development of the Ionic Composition of the Water in the Reservoirs
of Northeastern Priazov'ye (Azov Region) '
discovered that the high mineralization of reservoir waters
(up to 6 to 8 g/liter) is explained by ground water feeding.
Card 2/2