SCIENTIFIC ABSTRACT BUKHMAN, S.P. - BUKHMAN, Y.Z.

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• Collection: Scientific Abstracts
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• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

KOZLOVSKIT, M.T.; BUKHMAN, S.P.; lLTUSHCHZNKO,, V.M.;
ZABOTIN, P.I.
I
ICementation of thallium from Industrial solutions by
zinc amalgam.
Trudy Inst. khim. nauk AN Kazjkh. SSR 3:15-19 '58. -
(MIRA 12:3)
(Ttialltun-Metallurgy) (Amalgamation)

XOSLOVSKIT, M.T.; ILTUSHCMUMO, T.M.; ZABOTIN, IP.I4;
NOSEK, M.V.;
BUKMUM. S.P.; ZZMRVA, A.I.
Alectrolytic decompositionof amalgam during production
of
thallium from dust@ at'"the Chimike't lead malting and
refining
work@. Trudy Inst. khim. nauk AN Czakh. :SR 3:20-2f
c58.
. (KIRA 12:3)
(Amalgavation) (Thalliqu-Slectrowtallurgy)

--!UKHKAN. S..P.: MOSM, N.V.
Polarographic determInation of Indiume Trudy lust, khim. nauk
Ali razak-h. SSR 3:39-44 '58. (MIRA 12:3)
(Indiuvr-Analyals) (Polarography)

AUTHORS: Bukhman, S.P., Nosek, M.V., Kozlo'jakiy, L.T.
32..24-4-4/67
TITLE: An Accelerated Method for the Polarographic Determination
of
Ind-Lum (Uskorennyy metod polyarograficheskogo opredeleniya
indiya)
PERIODICAL Zavodskaya Lebomtorlya, 1958, Vol. 291-, Nr 4, PD-.
392--395 (USSR)
ABSTRACT: A n=ber of tests confirmed the fact that ina-Ilum from
10% sulfurio
acia solutions wlith zinc qmlgam does not cement. This
1---owleage
*s utilized for the elimination of ac2ompanying elements. In the
U
case of the treatment of indlum solution!3 with zino amalgam, cop-
per, thallium, ar-A oadmium are red-uoed to the metal and
penetrate
into the amalgam, whereas arsenic III and partly antimony, tellu-
rium and selenium remain on the amalgam surface. The latter may
lead to part of the inalum. goi%crrer into the amalgam. In oraer
to remove arsenic V, which cannot be quantitativre3,y reduced
dueLng
treatment with zinc amalgam without causing a loss of indiim, the
solution is treated with iron raduced in bydrogen and in a I+n
sul-
furic acid medium. During polarization itself, it is trae that
also the presence of antimoP7, which m.,st filrst be -1.4moved,
dis-
Card 1/2 turbs. From the process of ana sis given it may be seen
that a

An Accelerated Method for the rolarograpl-do 32-.24..4-4/67
Determination of Indium
2% zinc amalgam solution is used an.1 that at least -,15
g/1 NaOl
is aadea. How-aver, polarograms are made vrithin. a
potential range
of from -0. 145 -0.8 V. The me' ohoa Nma ei~pioyed for
determirvLig
i-ndium Ln the dust of a lead mine and gives xesults which
agree
well %Tlth those obtained by the msual method of
determ~natuion of
the Glutavetmet. If two standard samples aj.,%i mssd
determination
is said -to take from 40 to 50 minutas. Result's given in a
.ab
.% le. There are 1 figure, 2 tablts, ani 7 referenoes, 6
of which
are Soviet.
ASSOCIATION: Institut khimicheskilfa rw--,k Akad-amii nauk
Kazza-khzkoy SSR
(Instibute for Chemical Sciencas AS Kazakh SSR)
1. Indium compourids--Analysis 2. Indium-Determination.
3. Metals--Separation 4. Polarogrpahic analysis
Card 2/2

I, VYJ
lo 50) PHASE I BOOK EXPLOITATION SOV/2216
lye 00 alektrokhlmil. 4th, plassow. 1956.
Ilk
::".::hch*,:1sbornIk1 (Transactions of
the Fourth COnfOrence on Elpet-
I tr Collection or Articles) Moscow,
Izd-vo AN =E,
*2
M
1959. 868-yp;. Errata slip Inserted.
2,500 copies Printed.
Sponsoring Agencyi Akademlya nauk SSSR.
Otdolenly* WAINIcheak1kh
nauk.
Editorial Boards A.M. Frumkin (I teep.
Ed. ) Academician, O.A. Yealn, Z 01.
Professor$ S.I. Zhdanov (Reap.
Secretary). B.M. Kabassov, Pro-
ressor, S.I. Zhdanoy (Reap. Socretary)l
S.K. Kabanov, Proressort
Ya M. KOI*tyrkin, Doctor of Chemical
3cientes) V.V. Losev, P.0,
Luiovtstv, Pr feavorl Z.A. Solov'yeval
V,V. Stander, Professor;
and 0. P ori*novlch; Ed. of ftbllshing
Houses M.0. Yagorov,
M. .1 0
T ch. Ed. : T,A. Prueskova.
Zgi This book is Intended for, chemical
and electrical angi.
v:*,re, physicists, metallurgists and
researchers Interested in
10 a aspects of glectrochemlet".
C0VXRAaEs The book contains 127 of the
138 reports presented at
the fourth Conference on Electrochemistry
sponsored by the Depart-
ment of Chemical Sciences and the
Institute of thylleal Chemistry,
cademy or Sciences. USSR. The collection
rtalnx to different
A Ps
branches of electrochemical kinetics,
double layer theories and
x n an
g2vanic processes In,met:1
electrodepossito d Industrial elect-
lysla. Abridged di cut ions ire given at
the and Of each divi-
sion Th majority of reports not Included
here have been
publishade in periodical literature. go
personalities are mentioned.
ftre.rancea.*re given at the and'of,most
of the articles.
Rautetaki 7, Ya.
. : I Ulu,'- I in,
rstitute of Physical Chemistry,
Czechosiov-
Saltness). Survey or the Latest
Theoretical
Work at the Prague POlarographic School-
143
d_Jr2YIc.,h_N.V. .ansl A.,BdDamaskin
(Moscow state
I . ~u f . - -or 'Background"
cy . I once th Los
Cations an the Reduction of Peroulfato
Anions at a Mercury
RI..tlldo 150
'nstlruto or thy
:IcAl oCheml at ry ?a 1In h Academy or
3ci*nt*s). The Influ nee r Structural
Changes in HN03
Molecules an the Course Of Cathodic
Polarization or a
Platinum Electrode In Nitric Acid
Solutions 159
Zhdanov, S.I., V.I. Zykov, and T.V.
Kalish (Institute of
Card 7/34
%octrochemlatry and Physics, Vreaden
School for Advanced
a.ciogy). The influence of Organic
Solvents on Wave
Height and Sesalwave Potential of Organle
Depolarizers 170
I
Zmbotl~~-I- S Bukhman. and G..Z..
_(Inatitut
as I ;_
;m nauk Kas:SSR-Insritute of Chqmistry~
--IM as IAkadt.41
Academy of Sciencest Kazakh SSR).
Influence of tile
Position of Zero-Charge Points on the
Reduction of Indluas
at a Plarcury-Drop Electrode 179
rolarographic Institute Czechoslovakian
Academy of Scilcncea). Kinetics of the
Separation of
Cadmium From Cyanlde Complexes at
Dropping Mercury Elect-
rodes and Streaming Mercury Electrodes 186
_;hchuol'. Sh-S. (Tuentrallnaya
laboratarlya "Z&vQdstroya*
DZiRhI`n_sk-Centr&I Laboratory
"Zavodstroya""' Dzerzhlnok).
Reduction of I ChlorIll Ion at 4
Dropplnsl Melcury Cathode 193
Card 1,8/ 34

BUEMN, S.F.; KOSZK#: N*Vo; MMWI IT, M.T.
117~ I
Wuotlon of arsenic by nine amlg*s. Report No.l# Izv. AN Zuakh.
SSR.Ser. kbim. noo'1:69-76,160i (KIPA 13:11.)
(Armoviln) ftinc-wrnurv allovs)

NOSIM, H.V.; BUEDW, SeP,; =IOVSKIY, M.T.
Reduction of arsenic by zinc amalgam. Report No. 2. Izv.AN Xazakh.
SSR.Ser. Wm. no*!:??-O$ 160. (MIRA 13:11)
(Arsenic) (zinc-mercury alloys)

KOZLGVSKIYP ~S.P.; NOS,EK, M.V.
Effect-of.,copper ions on the reduction of arsenic by zinc
amalg-m-
Trudy Inst.khim.nauk AN Kazakh.SSR 60.15-122 1.60. (MIRL. 14;Z
(Arsenic) (copper) (Zinc)

BUKHMAN S.F.. NOSEK, M.V.; 404LOVSKIY, M.T.
Rqduction of arsenio by zinc amalgam in the presence of iron and
-antimony ions. Trudy Inst.khim.nauk.AN KazaM.SSR 6:223-130 '60.
(Arseqic) (Zinc) (MIU 14' 4)

NOSEK, M.V.; BUKHMAN S.P.; KOZLOVSKIY, M.T.
gffect of temperature on the reduction of arsenic by zinc am
gamo
Trudy Inst.khim.nauk AN Kaxalch.SSR 6:131-137 160. (MIRA 14 4)
(Arsenio) (zinc)

30661
S/137/6 21OW101PI-8 IL-1/056
I4r4 4006/Alol
AMOAt bahman2 S ~-P
CarbArizing-of indium with zinc amalgam
PEFaODICAL:' Referativayy zhurnal. 14stallurglya, no. 10, 21,
abstract IOG157
In-ta kh1m. -nauk. AN 138 143~-'
Tr . . - KAZSSV,- 1969 6,
ng "in a carburizing call,
TMI Experibents on In carburizi were i~ade
equipped with a mixer, operating at a rotation speed of the
shaft as high as
~1,200 - 1,300 rpmj The amalgam-soluilon ratio was 1:5 in all
the testx~,: It-was
-found that In%w" - carburi-xod with Zn amalgam f~t-om
xul�.Uri*:~acid nolutions~., oen-
taining. a small amount of free R2SO4. (0,1%). With bigher
acidity the carburdsing
-rate deoreksm,' - and at 10% aoldit.y all the.-In remai7ia
praotically -.in- the aolution.
ThereAre 10..references.!
G.. Ovodtoeya
jAbotraoterks note 1-. Complete translation]
-Card -1/4

BUKHKANV S.P.; NOSRKV M.T.; KMWVSK31, M.T.
Effect on indium Ions on the reduction of
arsenic by zinc
amalM. Trucbr Inst. kh4,.-. nauk M Knakh. SSR
9:122-130
IA2. (MIM 16:6)
(Aramic) * ( 1 21)
(Indium

_~. p.; EMLOVSKIr, M. T.
NQSEKv M.V.;
BUK~4~?
Reduction of,a sixture,of tri- and pentavalent arsenic b7
zinc analgan. Trudy Inst. khim. nauk AN Kazakh. SSR 9t131-134
t62o (MIRA 16:6)
(Arsenic) (Reduction, Chemical)
(Analgams)
t

AUTHOR:
TITLE:
SOURCE
3/850J62/009/000/007/012 i,
B117/B186
Bukhman, S. P.
Effect of zinc ions on the cementation of indium with zinc
amalgam
Akademiya nauk Kazakhskoy SSR. Institut khimicheskikh nauk.'
Trudy. v. 9. Alma-Ata, 1962. Elektrokhimiya rastvorov i
metallicheskikh sistem, 135-1-38
TEXT: The effect of zinc ions on the extraction degree of indium
during
cementation from a 1 and 0.1% H so soluiion was studied at different
2 4
temperatures (20 - 800C). 100 ml solution (100 mg/l In) with different
ZnSO content and 20 ml zinc amalgam (500 mg Zn) were stirred
vigorously
4
(1200-1300 r.p.m.) for 20 min in a water-heated cementation cell.
Increased zinc concentrations in the solution were found to disturb
the
In extraction, especially in solutions of high H so concentration. The
2 4
potential of Zn amalgam shifts toward electropositive values. A
tempera-
ture rise supports the- extraction but cannot completely eliminate the
Card

S/850/62/009/000/007/012
Effect of zinc ions on the B117/B186
disturbing effect of zinc ions at higher concentration. A complete In
extraction from weakly acid solutions is possible only after repeated
treatment of the solution with fresh amalgam., If the solution contains
an excess of cations (100-500 times-the amount of In) which are
reduced by,
zinc amalgam, it is recommended that hydrochloric or sulfuric solutions
and NaCl be used for In.extraction. In this oase the extraction of
indiums
is not affected by zinc ions, and indium is reduced without
overvoltage.
There are 2 tables.
Card 2/2
- ---------- -- ----

8/650 62ZOO9100010081012
AUTHORS: Bukhman, S. P., Zabotin, P. I.
TITLE: Cementation of indium from sulfuric solutions in the
presence of some surface-active additives with zinc amalgam
SOURCE: Akademiya nauk Kazakhakoy SSR. Inatitut;khimicheskikh nauk.!~
i Trudy. v. 9. Alma-Ata,-1962. Blektrokhimiya rastvorov i
metallioheskikh Bistem, 139-142
TEXT: This is a study of the effect of sodium sulfite, sodium
thiosulfate,
and phthalic acid on the cementation of indium from sulfuric solutions.
with zinc amalgam using the method described by S. P. Bukhman (this
paper,i
135-138). Results: The extraction of indium depends on the
concentration
of NaSO and Na S 0 At higher additive concentrations, larger amounts
4 2 2 3'
of indium are extracted.' The concentration of zinc ions affects the
reduction rate but not the amount of indium extracted., At a higher
concentration of zinc ions the potential of zinc amalgam shifts toward
electropositive values. Indium extraction depends semilogarithmically
on
the acidity of solution. The experiments show that Na SO and Na S 0
2 4 2 2
L---.Card. . 1/2

S/850 62/009/000/008/012
Cementation of indium from B111%186
under equal conditions, are more effective than sodium chloride
additions
when extracting indium from weakly acid solutions containing a large
amount of zina.ions. Thus, only 80-85% indium was transferred into the
amalgam by adding 100 g1l Nan, as compared to 96-97% by 1 g/l Na S 0
2 2 3'
If acid solutions (H so > 1%) are used, the additives studied are less
2 4
effective. Phthalic acid in acid or weakly acid solutions does not
affecti
cementation. In neutral media, where it exists in the form of
dissociate
molecules, a slight increase in the degree of extraction was observed.
The examinations confirmed the results of polarographic studies: During
the reduction of indium, the above additives reduce the overpotential
on
the Hg electrode in sulfate solutions. There are 2 figures and 2
tables.
Card 2/2

MURA70VA, Ye.B.; BUKHMAN, S.P.i-NOSEK, M.V.
Reduction of trivalent arsenic on mercury and zinc-amalgam
cathodes. Izv. AN Kazakh. SSR. Ser. tekh. i khim. nauk no.2:
15-25 163. (MIRA 17:2)

DYUZHEVA, Ye B.; BUKHMAN S.P.
Reduction of trivalent arsenic on amalgam cathodes.
Trudy Inst.
khim. nauk AN Kazakh.SSR 12:78-88 164.
Electrolytic reduction of trivalent arsenic on a
mercury cathode
in the presence of copper ions. Ibid.:89-98
(MIRA 18:2)

MUMAN, S M. V.
.,P.; NOSEK, I
Electrochemical study of zinc-nickel amalgams. Trudy Inst.
khim.
nauk AN Kazakh.SSR 12;99-104 164.
Effect of nickel ions on the reduction of trivalent arsenic by
zinc amalgam. lbid.:105-108
Reduction of arsenic by zinc amalgam in the presence of tin
alloys
in solution. lbid.:109-113
Analgam method for the production of pure cadmium from cadmium
sponge. Ibid.:183-185
(14IRA 18:2)

DRAGAVTSEVA, N.A.;_BUIMMAN, S.,P_.; KOZILOVSKIY,
I.I.T.
Reduction of arsenic by, cadmium Amalgam in sulfuric
and hydro-
chloric acid solutions. Trudy Inst. khim. nauk AN
Kazakh.SSR 12:
114-130 164. (14IRA 18:2)

I- H
io~r a i,n.6d'ln--44W~~004~-.
, -.
li~te

BIJXHI.4~0 , S . !~ . ; , y,. ir . ; DEMICH I.--,
Nj:Cj , ve . o, .
*,~- - -
B13muth cen-lent-at,f.)r, by the arila"if,
I f~:Lq (,,f ,,aj.Ag, ll,~ :,_. ,
.f, .Ii 1 -~ .
Zhur. Pl-il,'], kil-Im- 37 n0-9:1930-1936 S 16j+.
(mliu 1-1:10)

I
d.. -
M
c l12

KOZLOVSII%IYP M.Tel Dr,-AGAVTSEVA, N*A.; BUKINhN, S.P.
Effeat of certain metals on the reduction of trivalent
aroenic with
cadmium amklgam. Izv. AE Kazakh.SSR,Ser,khimanauk 15
no*2:3-7 Ap-
Jo 165. (MIRA 18t9)

BUKW,N.,,.S,.P.; DRAGAVTSEVA, N.A.; KOZLOVSKIY, M.T.
Reduction of trivalent arsenic by amlgams of a
series of
metals. Izv. AN Kazakh. SSR. Ser. khim. nauk 15
no.1:9-12
Ja-Mr 165. (MM 18-.12)
1. Submitted Nov.;29 1964.

KOZINq L.F.; IAV.RIK,, LV.; BUKHM&N, S.P,
Cementation of indium by zinc asalgw In a
multisectional
amIgasation pan wit), a flowing-through
electrolyte. Izv.
VW Kasakh, SBR. 89r, khis, nauk 15 no,D13-18 Ja-Mr
165,
(MIRA 18-.12)
1. Submitted June 11, 1964.

SOV1112-58-2-1890
Translation from: Ref erativnyy zhurnal,. Elektrotekh-aika, 1958,
Nr Z, p 15 (USSR)
AUTHOR: Bukhman, S. V. , and Chernov, A. P.
TJTLE: O_- the Problem of Particles Motion in a Free Axially
Symmetrical Jet
(K voprosu o dvizhenii chastits v svobodno7 osesimmetrichnoy
str-,-,ye)
PERIOD1CAL: 1--v. AN KazSSR, ser. energ., 1956, Nr 10, pp 114-118
ABSTRACT: Motion. of particles i-- a 2-phase axially symmetrical
jet depends on
the following: particle coordinates, their mass, their density,
"Midel" cross-
section, radius of the nozzle out of which the jet emerges, etc.
However, this
motion can be described with a much smaller mumber of dimeasionless
com-
plexeE, w1dch can be determined from the eqiation of particles
motion and
from the rate -of -dischar 'e formu-7ae. An example is considered
of deterraining
9
particles velocity in a free, axiallly-symmetrical dust-and-air
stream. Experi-
mental and calculated particle velocities are compared.
S. L. R.
Card Ill

SOV/IZ4-58-4-3798
Translation from: Referativnyy zhurnal, Mekhanika, 1958, Nr 4, p
18 (USSR)
AUTHOR: Bukhman, S. V.
TITLE: Research on Combustion Processes and on the Motion of Pul-
verized Coal Particles (Issledovaniye protsessov goreniya i
dvizheniya ugollnoy pyli)
PERIODICAL: Izv. AN KazSSR. Ser. energ. , 1956, Nr 11, pp 70-81
ABSTRACT: Results of the following are described: 1. Research on
the
laws governing the motion of particles in dust-air jets; 2. Theo-
retical And experimental studies of the surface combustion rate
and the surface temperatures of the coal particles; 3. Improve-
ment in optic al-pyrometer photography methods of the direct
measurement of the temperature of falling coal particles. On
the basis of the experiments and computations performed it is
shown that it is possible to make computations pertaining to
the motion of coal-dust particles in an air stream by disregarding
the change of particle mass and by considering the particles as
spherical. Experiments consisted of measurement of particle
velocities of gypsum and naphthalene of various sizes in an air
Card I/?- stream issuing from a nozzle. The velocity of the
particles

SOV/124-58-4-3798
Research on Combustion Processes (cont.
was determined by the stroboscopic method. The determination of
the tem-
perature and rate of combustion of coal particles was performed
in an
installation consisting of a combustion chamber equipped with
an observa-
tion window, a feeder for the particles, and a photographic
camera fitted
with color filters. The rate of combustion of the particles was
determined
by the change in weight resulting from the combustion during
the transit of
the particles through the chamber. The temperatures of the
particles were
determined by the method of optical pyrometry as follows: The
burning
particles flying through the chamber were photographed through
two color
If ilters together with the pyrometer filament heated to a
certain temperature;
photos were taken at different exposures. Experiments with
combustion of
electrode carbon have shown that the surface rate of particle
combustion,
as well as the surface temperatures, are in good agreement with
the values
received from computations based on the theory of the heat
balance of com-
bustion. The feasibility of the direct measurement of the
temperature of
burning particles by the method of optical- pyromete r
photography has also
been demonstrated.
1. Coal--Combustion 2. Particles-41otion Yu. F. Dityakin
Card 2/2

BUKHMAN, S. V. Cand Tech Sai -- (dies) "Study of the
mechanim of novement and
bw it of coal dust." Alma-Ata# 1957. 11 pp, with graph% 20
am.fAoad Sci
K&Mft SSR. Inst of Power ftinsering), 120 copies M. 15-57,
106)
-22-

Buumil"T, S.V.
-7-1 -
-Aqw
Combuntion time nf pulvnrized coal. I7v.AJI Y4,zal-b.S811.5ar.
onerg. nn.1:68-71 158. (141ILk 12:6)
(Coal. PulverIzed) I

I~JGBIA~j S. V.
"Correct flow and combustion, etc.," in book Conference on
applications of
gas "a'~dc!U NTKJD" series, Publishing Office of the
Acadenr of Science of the
Dazakh 35R, Alna-Ata, 1959.

20(2)' PYABB I BOOX EXPL401TATION SOV/2271
30voishchansye lic, prikladnoy gazovoy
dimokskit. Aima-Ate, 1956
Trudy (Transoctiona of the Conference an
Applied Gas Dynandoss) Also
Ata, ltd-vo AN Kazakhakoy 53R, 1959. 235
p. Errata 911p Imorted.
Wr;
Sponvorin4 A$Qncyi Kazakhakly
gaudstratrossan valveraltat Ismaili S.M.
11ron,
Id. t V.V . AlokomadriyakI. Tooh. Z6.3
Z.r. florokins) 941%orlal Bards
L.A. Vulle (Rasp. Id loohkarov, Ij.
Issatt"wa, And D.P.
Vatimenkc.
rURPOSSe ?his took should be or interest
to scientists ssad staginesers
sonless and may be of me to
:orkInS an problems of applied Sam Gyr
tuslonts.
comAoss ' rhis prosents reports and
Ibrier summaries, or the A111-
ions which took place at the Conference
on Applied Gas Dynamde
Cuss:
in Ime-Ato In October 1956. The
conference was ouMIVIdG4 late three
ar"t of applied gas dyneffidess jet flown
of nolass ang gasoosi, "a
merodynamicss of hosting prooemsem, and
t." discharge of a fluid.
Th. practical value of the 'Transactions
Of the Conferessee
consists in the devoloploont of theory.
mq%%Od& of tesshnInal **I-
culation and methods for mystomittle
measurement applied to hoet-
!.na. ftirnooo, and other industr!Al
proose"a for wftlch~ in met
cases, aerodynamic Phenomena ore
docLr-*vo factorss.
Vullm L 111810 ReSulte and Further
Pmblemse in the Invootiv-
L- Jst-2ik* XOtIOn2 of Plulds and oases 29
lomtsl*X-A I On the Turbulent Wake Behind
a boo in a Too-
Gnonalcal low 39
brier Summary or %be Islaouseloose
Session of October g4, 1956 (moral")
Afitonove, O.S. InvestWtlon of tho
V%spbulasnoss ChmFgaterietleg,
or-W-Prw"atl~cthOrIMI Jot and an Open
Torch 45
Rashkorow, V.P. on the Notion In the ftem
&Ad in opp"124 DS_
Uniform Compromalble-gam PlAmm
Leon% we T.P, P"PIRSOtIon Of Axlel2r
Symmetrical jetat So
pliove , ts 38-DO and n Opposite
Directions Go
Bukjj~a V
PxPrrE7FF- Isms Of notion and &am of
Combustion of C& 69
'Oki On the Critleal Cooditiome
f-0-r-TFW-FI- of-& Via a I MIN Plane
-01101 channel 69
-Pa.
R!"Isf Su~rY Of the Vlasouselcog 75
349010n Of October 94, Iq_A6 (0,antag)
FrOVdSmtIOss Or 110 Axially Symmotrital
doo j,%
In a gas Modlum of Any Deceit, 77
Slectrotheraostonscaterg Pot 07
(All-Unioss
1100tratechnIcal Institute) and Their U"
In the la"Stlatleas
of Xamillother"al 000 Plows
In-41tW%i9n or a Sealbounded Jet 100

BUMMAN. s.v.
Using high-speed cinematography for investigating
aerodynamic and
combustion processes. Usp.nauc'h.fot. 6.212 '59. (KIRA
13:6)
(Xotion-plature
speed)
phopograpby, High
(Combustion) (Aerodynamics)

S/262/6210001005/001/013
S-0~-00 1007/1207
Authors: Barlybayev, Kh. A.,
Bukhman, S. V.
Title INVESTIGATIONS ON THE CONVECTIVE HEAT TRANSFER AT HIGH
THERMAL LOADS
Periodical: Referatiwzyj- zhurnal, oidel'n)), i3pusk. 42.
Siloyye ustanovki, no. 5, 1962,14, abstract 42.5.56
(Tr. Kazakh. wi-ta, no. 2,1960,67-7 1)
Te.vt: In Order to study the heat transfer coefficient at
thermal loads ranging from 0.07 x 106 to 6.2 x 106
kcal/M2. hrand Reynolds numbers varying ftorn 16x 103 to,82x
103,experiments have been carried out on
2-mm diameter tubes, 290-mm long, traversed by a water stream.
These experiments confirmed (with an
accuracy of + 5 %) the validity of Yakovlev's formula:
Nu = 0.0271 Re" Pro-36
fiqu 11qu Prwall
There are 2 tables and 2 references.
[Abstractor's note: Complete translation.)
Card 1/1

PONOMARIV, Y#D.; SLUTMT. I.Z.; NURNAGAMBITOV,
IODIWITSKIY, P.M.; SHNUMD, F.I.; PUTILIN, Yu.M.;
PrInimal
uchastiye: IODNORIM. G.A., starshiv laborant.
. Thermal and electric balance of eight electrolytic
call types.
Isve vys, ucheb* save; tovet. not. 3 no-5:79-88 160.
(MIRA 13: 11 )
(Illectrolysis-Squipment and supplies)

Ivi I\j, S. V.
.9 p
0 m
F 1
A
u R E
4 V 9
V T v P
q p-.Eq~ a1-.-
29- t.5 9-1 w il: A
jai -*a
d 0
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A k uz=

h07%
S/124/62/000/009/01.4/026
A001/A101
AUMORS: Barlybayev, Kh. A., Bukhman, S. V.
TITLE: Investigati.on of convective heat transfer at high thermal
loads
PERIODICAL: Referativnyy zhurnal, rAekhanika, no. 9, 1962, 76,
abstract 9B520
("Tr. Kazakhsk. un-ta", 1960, no. 2, 67 -71)
TEXT: The article presents the results of7experiments on heat
transfer
in a copper cylindrical tube of 4 x 2 mm cross section at thermal
loads from
0.07 x 166 to 6.2 x 106 kcal/m2hr. The*temperiature of-heat carrier
(distilled
water) in the operational section of the heat exchangetube varied
from 11.8 to
500C; the temperature of the internal surface of the tube varied
from 34 to
1100C in various experiments. The tube was heated by electric
current. Since
the tube resistance was constant ove 'r.its length, heat emission
per unit length
was also constant, which was confirmed by a linear temperature
distribution along
the heat exchanger. In determining the temperature of the internal
tube surface,
temperature drop in the'radial direction was taken Into account.
The experiments
were carried out within the range of Prandtl numbers 7.9 4 P -4
3.05 and-Reynolds
Card 1/2

S/124/62/ooo/ooq/o1Vo26
Investigation of convective heat transfer... A001/A101
numbers 18,400 ---- R 4-82,000. The determined values of N numbers
differed from
the corresponding values obtained by M. A. Mikheyev's formulae
(Teploperedacha i
teplovoye modelirovaniye (Heat transfer and thermal simulation), AN
SSSR, 1959)
and V. V.,Yakovlev (Atomnaya energiya, 1957, no. 2) by 6 - 11.5% and
1 - 2.5%
respectively.
[Abstracter's note: complete translation]
L. V.-Kozlov
Card 2/2

S/137/61/000/006/010/092
A006/A101
AUTHORt Bukhman, S.V.
TITLE: investigation of heat oonditions and the mechanism of carbon
p&rtic-
116 combust-lon
PERIODIr-AL: Referativnyy zhurnal. Met-allurgiya, no. 6, 1961, 3,
abe.raet 6B14 (V
zb. "3-ye Vaes. soveshchanlye po ".'eorii goreniya, v. 2", Moscow,
1960~. 95 - 97)
TUrl - 11he wathor studied the mechanism of carbon par,,;icle
co.,ft-astion with
the ~tid of h' gh-speed m1orophotograp'.hy, recording the oiit let
of volatile Sub-
sta:nzes and 4 'he oomtuc;tion of separate particles of 0.24 - 1.4
nun Lengersk scal
In air and oommeroial oxygen (95% 02 coneentration) and at
atmospheric preesure.
it was 6stablished that under the given conditions the combustion
of volatiles ~S
tc-minated. prior to beg!,mn-ng of cornbru!3t:Ion. Thf~ reeul-us of
measiirizg
the temperatur-6, 'the anmbusticn rate a.-id the burning time of
parti-~Iss are In a
sati-9farm.-.r.-j ajzr,3t),,n;mt wilth calcuiait'loni madc, by
aasuing diff-aalon conditianB of
ccrdbusti= prior t~ CV. 7,h-'s is in agriement with results of
caloulations made
card I/P

8113. 611CO011DO6101.01092
I.nv,es`%",4. gat ton of hea-V conditions ... AOCO A.0 1
on th6 bar-is of -t-116 thermal thea.-~7 of oombustion, if an-
assumpt-Ion is made t'.02at-
the prooess c6vurs pr-a~tllcs-lly on -.be s-.jrface of partioles.
B. Maa-.r-jukov / /
[Abstra--ter'a notet C-:~Mplets translation]
Card 212

BUK!!~AN, S,~Y.
Calculation and measurement of the combustion time of
pulverized
coal. Trudy Inst. energ. AN Kazakh. SSR 2:244-251 16o.
(MIRA 15:1)
(Coal, Pulverized) (Combustion)

EARLYBAYEV, Kh.A.; BIJKM4M, S.V.; ZHURGMBAYEV,
K.A.; USTRA&KO, B.P.;
,(T&KOV,
S., tekhn. red.
~![Same aspects of convective heat transfer in an
incompressible
fluid (internal problem); Conference on Heat and
Mass Transfer..
Minsk, January 23-27, 19611 Nekotorye voprosy
konvektivnogo
teploobmena v neszhimaemoi zhidkosti (vnutrenniaia
zadacha);
---soveshchanie po teplo-i massoobwenu, g..14inek,
23-27 ianvaria
1961 g. Minsk,, 1961 17 p. OURA 15:2)
(Heat-Conveciion) (Hydrodynemics)

2.8975
/i3t/62/000/006/007/163
Aoo6/Alol
AUTHORS: Barlybayev, Kh. A., Bukhman, S. V.
TITLE: Investigating the heat exchange in a ring-shaped channel
PERIODICAL: Referativnyy zhurnal, Metallurgiya, no. 6, 1962, 1 -
2, abstract 6ji
("Izv. AN KazSSR, Ser. energ.", 1961, no. 1(19) 21 - 29, Kaz. sum-
mary)
TEXT: The authors analyze the effect of the channel geometry (the
correla-
tion of radii of the external and internal pipes forming the
channel). According
to the calculation performed, the channel geometry exerts a
substantial effect
upon the temperature field, heat exchange and the very flow. The
asymmetry of
the temperature profile, in particular, the location of the
temperature maximum,
depends on the ratio of the radii. The same dependence is
characteristic of the
number Nu in stabilized heat exchange, which. in general, is
determined by two
parameters, i.e. the ratio of the radii and the ratio of heat
flows through the
channel walls. An evaluation of heat emission, separately
performed for the
internal and external wall of the ring-shaped channel, shows that
in the former
Card 1/2

Investigating the...
S/137/62/000/006/007/163
Aoo6/Aioi
the heat emission is more intensified, in particular, at a high
ratio of the ex-
ternal and internal pipe radii of the ring-shaped channel. The
calculations per-
formed (for the case of constant heat flows through the channel
walls) show that
the location of the temperature maximum depends only slightly on
the rate profile.
The effect of the latter upon heat emission is evidently of the
same nature as for
heat exchange In two extremal cases, namely a round pipe and a
flat channel.
V. Oparysheva
[A-Dstracter's note: Complete translation]
Card 2/2

I BUKKKANO S. V. -
Cambustim incimim of a pul"rized coal torch.
Izv, AN
Kazakh, SSR. Ser. energ. no.2:71-74 ',.1.62,
(HIM 16t 1)
(Coal, Pul"rized) (ccubustion)

19 E 1 1- .*; : - , ,. . , ..
. I c,f' :;O,~) . ,
. ; .. i touzp-lofiz.
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. ~* 4 1~ 0- -2 " I
- .-. I.. I - 1611, (MIRfi. 28!A-)

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DSIWIJWIJWDAWRM Jj.
T,
-12=-66 9 IT(
AM M
AP60011W uit/0031/65/000/009/0035/0041
Bukhman S.V. (Candidate of technical sciences); Nurekenov
AUTHOR: , ~_7_ YJ,
OIZG::. None
TITLB*..The ph co-chemical'mechanism of"the carbon combustion process
_ysi
SOUROE:,~AN KazSSR.: Vestnik,, no.-,9, 1965, 35-41
do bu tio
TOPIC -TAGS: M 8 n mechanism carbon chemical reaction, reaction
t so-transfer
ra e, ma
ABSTRACT; 10' 18 in: the combuistiou*0f:4carbon, the following.
overall'ohemical reactions c proceed on its surface:
an
C+03-Cop-
q.y-_-2C0, (2):
X0
;C+C _(3)
The-pre
sent article representalan attempt.to derive form laq~for the-
relationship between these,overall heterogeneous reactious. A mathe-.
matics.1 treatment results in the,following calculating formula:
Card 1) 2

t. i2m-66
V_ I ACC Mh A26061183
1 1.8 (51)
C., 5. 3a
0 ed.'to
~~-L is' -:of. carbon rea' t surface of
Here the.amount -130 ou.a fault
oarbon.-.3n"~unit-,tiiie; I a --the., ~amounf ;bf." carbon consumed-
In the, reductlo
of 00 on. ace n-unit:t me*-Alpha is the mass transfer c
um
e vhei,4 k4 to tht Tate constaut Q e
T th r~aotlon
00~~* 02- and ~D Is the dif fusion coefficient; P-O/R Is the ratio of
con-
centration of 002 or temperature. to a the parti e
-the r dfus o' 01 ; 231,nis
0
the 'ratio - ot, the, concentrations of 00~- and.- 022at' infinity;
and k is
the-i reaction ~.rateL of the' reaction,C + 002-.--L 000' A
sample-calculation
Is-tiven for1he Telationship.of the Overall Teactiono the-~ combustion
St
of coal du It Is' assumedAhat the l4rgest~2artiole as a diameter of
200 microns and that the 'temperature of.Ahe part1cles a equal to
20000,K
Under.these conditions, itAs. demonfitrated that the combustion
process
- I art.
goes,.all the way-to 00. Or, g has formulas and 4 figures.
RW b06/ OTH RW 001
SUBCOD 67/+L SUBMA)ATE 00/ ORIG
7, 7 -

BUEMN, S. V., MMENBAYEV, K. A. I USTBOW, B. P. I and
A4,PIYEAYEV,, K. A.
"Some Problems of Heat Transfer by Convection in an
Imcompressible
Liquid (internO problem)."
Report submitted for the Conference on Heat an& Y-ctzs
Trwisfer,
&ML WK, IMS ilq-a-

BuKM,IAN, Villyam Axonovich; PUGACH, Konstantin Aramovich;
PRUTYAN, L.N., r-ed-.; PANICHKINA, E.A.p red. izd-va;
KLAPTSMAP T.F., tekhn. red.
[meebanization of certain fitting and assembly operations in
ship repairs] Mekhanizateiia, nekotorykh ale 'sarno-montazbnykh
rabot v sudoremoute. Iloskva,, Izd-vo "Morskoi transport," 1962
128 p. (14IRA 15:7)
(Ships,-Maiiitenance and repair)
(Shipfitting)

BtW[KAN,- V.A.
Affect of land reclamation on the fertility and agrochamical
properties of peat-bog soils. Trudy Kar, file AN SSSR. no.9:
27-32 157. (KIRk 12:1)
(Peat soils) (Drainage) (Fertilizers and mnures)

BUKHXAN, V.A.
Conversion of nitrogen form In Karelian peat bog soils.
Izv.
X&r. I Kol'.MLAY SSSR no.4:123-130 '58- (MIPA 12:5)
1. Institut lesa' Karallskogo filiala AN SSSR.
(Karelia--Peat soils)
(Nitrification)

BUKHM&N ZKOVA. T.K.
Method for determintir, arrpnlu nitrogen In pent bog
soils. Izv.
Kar.1 Kel.fil.AN SSSR no-5:154-155 '58. (MIRA 12: 9)
1. Institut Iona Karel'skorp filials, AN SSSR.
(Pont sails) (Nitrogen-Anal7sia)

BUKMN, TA... ~-
Ohomical properties of Karelian peat mails. Trudy X&P. MI.
All ..
SSSR no.13:147-159 -.159,,- 1 . (MM 321:26)
(marellso-Poat sells)

BUXHKAN, V.A.
Agrochemical properties of principal peat acil types of larell&.
Pbchvovedenie nooll:99-103 11 160. (KIRA 13211Y
1. Institut leea Kar
.1::~~Illala AkademV nauk SSSH.
Peat soils)

BUKHMAN, V.A.: POGODINA, T-N-
Effect of soil temperature and moisture on the dynamics
of different
nitrogen forms. Trudy Yar. fil. AN SSSR no.28:95-107
16o.
(MIRA 14:9)
(Soils--Nitroren content) (Soil temperature) (Soil
moisture)

BUMIAN, Vera Arkad'yevna; ROZINp Vitaliy Aleksandrovich;
TRUBIN, M.I.f
- rM.; Sj%vCFWKCr,- L.V.., tekhn. red.
(Peat soils in Karelia# their drainage and cultivation]
Tor-
fianye pochvy Karelii,, ikh osushenie J. osvoenie.
Petrozavodsk,
Gos. izd-vo Karel'skoi ASSR, 19610 84 (MIRA 15:2)
(Karelia-Peat soiMo

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Kkim
Af". Z4w. 1"D, No. T. IM-Equalims am Jerivv%t
41 the town. W bmakAlubme is the mm"Ualka
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Mlytishchi Scitntific-Rsr*grvh Tnstitut-~ Per S,,mthetic Fill-rr,
"X-ray Exzpinatin-n of "the Orlsntatlon of
orlentt-d HydrccellulosaFibors".
Zhur. Fiz. nim., Vol. 14, No. 2,

V
PELASE I BOOK EXPIDITATION SCV/4371
Volynskiy, Boris Abr8mOVich and Vadis' Yevgenlyevich Bukhman
Modeli d1ya resheniya krayevykh zadWh (Analog Computers for the
Solution of
Boundary Value Problems) Moscow, Fizzatlaz,, 196D- 45i P-
(Series: Fiziko-mate-
matichesIm" biblioteka inzhenera) 10,ODO copies printed.
Ed. (Title page): L.A. Lyusternik; Ed. (Inside book): A.F.
Lapko; Tech. Ed.:
N.A. T*arkinao I
PURPOSE: This book is intended for scientific and technical
personnel vorking in
computer design. It may also be used as a textbook by students
specializing in
coiaputing methods.
COVERAGE: The book deals vith.theoretical afid practical
questions related to the use
of analog computers for the approximate solution of problems
thit can be described
by partial differential equitlons (b0WWWU7,v&1;ue prdblema). The
theory of ana-
considered. an the basis. of "them
log cuaputers, Is Wtical analogy-to the real ob-
jecto to be investigated$- thus It In possible to slaWAte
processes vh1ch are sore
complex than those vhIch can be slaulated. aq the basis of a
purely physical ana-
logy. An app1ication of an into" farm of solution Is published
for the first
CW*-34

Aralog Computers for the Solution (Conte)
SOV/43tl
time, with methods of 0131satlon and the construction of a
corresponding instru-
ment for the solution of owe boundary value problows.
Specialized circuits, such
as analogs for the solution of Nevesan's spatial problemiand
bibarmonic equations,
are considered. Several analoginj possibilities which are now
in principle are
discussed. Ch. III was written by V.Ye. Buld-1, and Ch. VIII by
B.A. Volyftskiy,'
The remaining chapters were written by both authors jointly.'
The authora'thank
L.A. LyusternikV Corresponding Member,, Academy of Sciences
USSR, and Engineers
Yee K. Bukhman and A.K. Kumetsova for-their assistance. There
are U rererencess
611 Soviet.
TABLE OF CONTE11TS
Preface 6
Ch. 1. Introduction T
Ch. II. StAting the Problems 17-
1. Heating or electrodes in graphitizing furnaces 18
2. Heating of metal in continuous ffirnaces 24
3- Efficient explolt'ation or oil deposits 26
4-L Problem of subterranean gasification.of coal 28
5. Two-dimensional contact ]problem in'-the the(iry or
elasticity, 30
6. CaleUlat ionLof a magnetic field 36
Card?tjT'

RCVF,BBKIY, Yu.A.; LUKHKAN,_'W-X-..
Effect of the ascitic f1luid on the adhesion of ascitic
tumor
ceUs and L-fibroblasts to glass.~Biul..eksp. biol. i mod.
60
no.9:95-98 s 165. (MIRA 18:10)
1. Iaboratoriya mel-animmoy kantserogenew (zav. - doktor
mod.
nauk prof. YUJ4. Vasillyev) otdela po izacheniyu
kantserogen-
nykh agentov (zav. - doystritelInyy chlen AMN SSSR prof.
L.M.
Shabad) In.9tituta eksperimentallnoy I klinicheskoy
onkologii
(dir. - deystviteltnyy chlen AMN SSSR prcf. N.V. Blokhin)
AM
SSSR, Moskva.

"~Cwd~-..2/3

Every worker should got a plan of technological development.
NTO 4 no.11:24-25 N 162. (KM 16i1)
1. Sekretarl soveta novatorov Chelyabinskogo traktornolgo
savoda.
(Chelyabinsk--Tractor industi7)

BULMM Ya
Carrying out the ilan of-tectmical development. ~Ikshinostroitelf
no.3:2-3 Hr 163. (=A if
(Chelyabinsk-Tractor industry)

AUTHOR- Bukhman Ya R Senior Engineer SOV/117-58-12-2/36
TITLE- Duty in Honor of the XXI KPSS Congreso (Vakhta v chest? XXI
sPyezda KPSS)
PERIODICAL: Mashinostroitell, Nr 12, 1958, p 2 (TISSR)
ABSTRACT: Workers from the Chelyabinsk Tractor Plant submitted various
suggestions for improvement of quality, reduced production
costs, economical use of materials and elimination of spoil-
age, in honor of the XXI Party Congress. It is planned to
exceed the yearly production plan by E.n additional output
of 60 "S-10011 tractors and 165 engineE.
ASSOCIATION: Chelyabinskiy traktornyy zavod (Chelyabinsk Tractor Plant)
Card 1/1

BmaD", T&.R.. In-b-
Initiative of great natIonal ImWtawe,
Plashinostroitell
no-3136-38 ur 16o, . OUBA 13:6)
(Chel7sbinsk-Traktar Industry-Technalogical
innovations)
(Chol7abinsk Province-Steel Industry-Technologloal
i=ovatlons)

BULUM, Ta.Re
YAchines remove dust from the air. Vashinastrottell
no,1006 160*
(ULU 13:10)
(Dust collectors)

--BUYdRM,-Y&.Rv-
Hero of socialist labor Mariia. Fedora=a Moroz. Mashinostroital t
no. 4:7-8 Ap 161. (MIRA 14:4) ;, "
(Chelyabinsk-Tractor industry)
I
1.

BURIUmp Ya.R.., inzhener po rasvitiyu movatorstva.
Arlend3jv cooperation. metanurg 6 no.4:34-35 Ap 161
iMIRA 14:3)
10 Chelyabinakiy traktornyy zavod.
(Rolling (Metalwork)) (Tractor industry)

BUKRMAN-TA,B,.
no.8:27-28,
Ag 161. (MIU 14:7)
(~helyabiwk-Tractor industry) (Automation)

BUMAN, Ya,R,
Utilization of alloyed steel and nonferrous metal vaste at the
Chelyabinsk Tractor Works. Hashinostroitell no.-12:35-36 D
161.,
(MIRA Y,:12)
(^_1he1yaVLnsk- -Scrap metals) I

I BUKHKU, Ya.R.
Inte ed brigades save metal. Mao4incstroitolf no.1:9-10
Ja 1 0 1 (MIRA 15:1)
(chelyabl=k-Trectorindustry)
.4 .. 1.

BUMIAN Ya- .
Drum-t~pe -nap. Dkohinostroitell no.9:29 S 162,
(MERA 15:9)
~ (Tipo and diev)

-BUXHKAN, Tat R*
WorkiM more today meam baving more tbwrrow. Mashinostroitel
no. 12 *4-5 D 162. (KM 16: 1)
(Chelyabinak-Tractor Industry)

U9KMN Ya.R.
Maximum stl2ilation of production potentials. Mashinostroitell
no.9:3-4 S 163. (MMk 16.: 10)
(Che-lyabinak-Tractor industri)

BUKHMAN, Ya.R.
Electric slag-velding unit for
reconditioning dies.
Mashinostroitall no. 5%14 W 164. (MIRA l7t7)

BUKW-AN, Ya,R,
la
PersonAl plans of' t~,-.-chrdlcal doveloMxent shoull
aval- ble to
all machinary Iniustry work.:---,,A. A 164.
17-8)

BUKHKAN, kharovich; GMASPOV. YurLy Yedorovich;.SAMIN, D.
L,
redalctor; WCHJW, YUOYG. redaktor izdatelletva;
JEOVALINKO, N.I.,
takhaichaskly redaktor
(Ventilation. lighting, and safety engineering In ore
mines; a manual
for schools ancl courses for specialists] Provetrivanis,
onveshchenis I
gornompasatellnoo delo me metallichookikh rxAnikakh;
uchobnoe posobie
dlia shkol I kursoy waterov. Sverdlovsk, Go*.
nauchno-tekhn. iscl-vo
lit-ry po chernoi i tavetnoi metallurgil, Sverdlovskoe
otd-nie, 1956.
260 p. (MIRA 9:12)
(Mine ventilation) (mine lighting)
(Mining engineering-Safety measures)

BUKHMAN, Takov Zakharovicb,; BAKIROV, U. Kh.,red.; TSYMBALIST,
NAT., red. izd-va,;
MWO Te.R.. --tekbn. red.
Nine ventilation; t- extbook for the oractical training of workers]
Rudnicbnala ventilistailm; uchebnik alia
proizvodstvenno-tekhutche9kogo,
obucheniia rabochikh. Sverdlovsk. Goe. mauchno-tekhu. izd-vo
lit-ry po chernoi i tavetaoi metallurgii. Sverdlovskoe otd-nie,
1958. 132 P. (MIRA 11:12)
(Kine ventilation).

OrrIY39VSKIY, Vl- Imir Mikhaylovich. prof..dektor tekhn.nauk
[deceased]:
j,L1LJMAw,rT-&bwwZ o1y1ch; PANCHINKO, Vladimir Ivanovich, red.;
r:p
LUCHED, Yu.V.. red.' ZZY, Te.K., takhn.red.
[Mine ventilation and lighting and the central of mine fires]
Rudnichnala ventillatelia, onveshchente I bor'ba a rudnichaymi
posbarant. Sverdlovsk. Gen. nauchno-taktin.isd-ve lit-ry po
cbernot I tevetnot metallurgit, Sverdloyakee otd-Me. 1958.
320 P. (MIRA: 41:10
(Mineventilatioa) (ftse,fires) (Nine lighting)

la -
PHASE I BOOK EXPLOITATION SOV/4655
Berkovich, M&lka Ttivlyevna, and Yakov Zakharovich Bukhman
Proqrshlennap pyll (Industrial Dust) Sverdlovsk, Nbtallurgizdat.,
Sverdlov-
skoye otd-niye., ii6o. 24o p. 3,450 copies printed.
Ed. of Publishing House: N. No Tsymbalist; Tech. Ed.: Ye. D.
Turkina.
PURPOSE: This book is intended for scientists, mining engineers,
hygienists,
and specialists in sanitation and Industrial dust control.
COVEFAGE: The book revievs the physicochemical properties of
industrial dust
with reference to the conditions of Its formation and the effect of
Its,sur-
rounding medium. Principal e Is is placed upon problems relating to
the
vetting and moistening of dust. and to the effect of a gaseous
medium upon
1-ts properties. Modern methods of controlling dust, the agent
responsible for
many, occupational diseases In mines and in-the dressing and
siniering shops of
ferrous and nonferrous metallurgical plants, are described. The book
-onstitutes a generalization of studies carried out in the
Fiziko-khimichaskaya,
laboratoriya Sverdlovskogo instituta okhrany truds VTsSPS
(Physicochemical

Ind-astri%l Dust
SOV/4655
Iabormtt,=7 of the S"rdlovsk Institute for IAbor Protection) by
G. S.
Djzim~, CwAidate of Technical Sclenoee,, staff scientists L. P.
Grigorova ad
N. I. Tlk=ovap and lAboratory analstant.s T. T., Owykal,, A. A.
Tokareva, L. A.
TemWlova , 1. D. Tltovap and R. S. Koz-nlnykh, supervised by M.
T. Berkovich
(joint, author). The autbors; Vanle A....A. HLInh, G. P.
Korshunov, A. B. Thubman,
DouUw of Cbemical Sciences., Professor at the IM M SWR (Institute
of
Pixysi(al ChemistryAS USM)p A, N. Girmlyev, Candidate of Mechniml
&.ienms, V. V. Dlyakov, Mining Ingd-er (510T), A. S.
Shur,-,Candidate of
Cbemit;al Sciences at the 7JFM (Urmi Bzmab of tlxe AcadezW of
Sciences of the
U&SR), P. L. Popov., DLrector of the Umlglproshakht Institut, F.
N. 'F47zhkov,,
Ca&-idate of Tecbnleal Sciences ftlprowdl).. and U. Kh. Bakirov
(UFM) for
assistance. There are 169 referenoesQ* 161 Soviet,, 5 English.,
and 3 Germn.
TAWZ OF COMMS:
Forewcori 3
Ch. I. lrojxrtles of Industrial Dust 5
10 G.. neral inf ormation 5
2. Uspersity of dust during different industrial processes 6
3. Settling rate of the particles 9
4. We specific ourface of duSt 16
5. Aisorption capacity of dust 17

BiX.3alf Ta.Z - USHMV, P.G. f.
prevent occupational poisoning. Bezop.truda v prom. 4
no.lOsI5-
16 0 160. (KM 13:11)
(Gases, Aspbrdating and poisonous-Safety measures)

BU BMAN Y o chi BAKIROV, Urkhan KhakimZhanovich,*
LUGOVSKIY, S.I., doktor tekhn. nauki
prof.;,%retoenzent;
KLEBANOVI F.S., otv. red.; GRISHAYENKO, M.I.0 red.
izd-va;
GAUWOVAp V.V., tekbne red.
[Local ventilation in metal mineal Mestnos
provetrivanie na.
metallicheskikh r4dulkakh. Moskyap Gos.
naucbno-tekbn. isd-
vo l#-ry po gorrjomu delu, 1961. 198 p. (MIRA 15:3)
(Mine ventilation)

BUMU, YA.Z.
Oxygen depletion of the atmosphere in stopes
of*pyritic copper
minese Gore zhure no* 12:55-57 D 161. (MIRA 15:2)
1. Gornospasatellny" chasti Swerdlovskogo
sovuarkhoza.
(Mine ventilation)
(Chalcopyrite)