SCIENTIFIC ABSTRACT YURKOV, E. I. - YURKOV, V. N.

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• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001963210019-9
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 19, 2001
• Sequence Number: 19
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

ACC NRt APP27424
lov for many useful cbgervations~ The author thankg 9~ ff. Mrv,"vok-ava and
A- Latypova for doin the principal numerical. computations- Orig az;. has. 2
figures,~l formula.
SUB -CODE: 201 SUBN DATD*t 1 11 Kay65/ ORIG-FXF'- 002/ OTH FMF-. 003

G. G. -Director of Lugansk Oblastf Veterinar- y taborabory
EPIZOOtiOlOSY-Of list~'rell.Osis in agricultural animals of Lugahsk Mlastwo
Veterinariya, Vol. 3T, No. 11, p. 48, 1960.

ster.nauk~ ANDRrfAN YO.A., kand.veter.nauk; VOLOSHCHUX0
kancl.v
T~. G. nxuahnyy sot~njdnllk
S-uoing experimental leptopplrosio n wine, Veterinarlla
1+2 no,9:33-35 S 165* (KRA ISS31)
1. Luganskaya. ob3A!Atriaya aa!'3kokhozyaystvenna-ja opytnaya
stantsiya,

1,1II91ACIDWY N.V.; WARM,') V.P.; AGEYEV, L.S.; DOIRISOVICII, Yu.F.; LYUBASHENRO,
S.Ya.; XOP11EYE-EV, i.p.; Yu.A.; IIIRKOV, G.G.
Book reviews and bibliography. Voterinariilft4Otio.l-!tf,3f~-8~,) Ag 163.
(141RA 17:10)

lult&UVI G. K.
Physics Study and Teaching
J
g
tile relation between chtmistry and phy~!jcs couses
No- 3, 1952. in veconc-rf
..chcr_.J,,
shkoley
M2D-tL.lz List -2f LU-43'all Ac-c-essJan-s, Library of Congrmss, November 1952.
Unclassifi,!d.

SHEBALINY D,V.,, polkovrdk; YURKOU G.L., mayor, red.; KARPOV, I.I.,
tekhn. red.
(Military topography] Voonnaia topografiia; uchebnoe po-
sobie. 12. izd. [n.p.] Voen.izd-vo narodnogo komissariata
obor., 1946. 211 p. (MIRA 16.8)
(MILlitary topography)

MIKHAYLOV, M.I.$ dokto:r tekhn. nauk; NOVOM-WV, A.S.0 kand. tekhn
naul". Prin-Inall'i lucl-hastiye., tekhnik;
AMELIKINA, V.11. IV.
tekhnik; YUMMOV, L,D,,, otv. red.;
VOLODARSKAYA, V,Ye., red.
[Regulations governing the construction and repair of
overhead commmication lines and wire broadcasting not-
works] Prav-1.1a stroitellstva i remonta vDzdushrVkh linii
3viazi I radiotranallatsionrykh sotoi. IIoskvn, Svlazl-
ivdat- -r-IL-4- 1962. 109 1j. (MIRA 11-3)
1. Russia (1923- U.S40.ft.) Ministerstvo svyazi.

38084. YUTaOV, G N*
Opyt borlby a poteryami na proizvodstve. Tusev. khrustallnyy 2aVOd)o
Legkaya prom-StIt 1949, no. 11, as 10-11

5W SOV/76-33-6-,20/44
AUTHORS: Brounahteyn, B9 I.1 Yurkovi G. 11.

TITLE:: Computation of Thermodynamic Functions of Diatomic Ideal
Gases, ihe Molecules of Which Are in the 3n Electron State
(Vychisleniye tormodinamichaskikh funktsiy dvukhatomnykh

.
-ideal'
nykh gazovp molekuly kotorykh nakhodyatsys, v 30 elek-
tronnom sostoyanil
PERIODICAL: Zhurnal fizicheskoy khimii, 1959, Vol 33v Nr 6$ pp 11289-1298.
(USSR)
ABSTRACT: A computation method was worked out,.which is more accurate
than the one suggested by Gordon (Ref 1)9 and which serves
for the computation of thermodynamic functions of diatomic
ideal gasea# the molecules of which are in the 3n electron'
state (re&ular and inverse), with an arbitrary bond type
according to Hund. The two.caaea of an a and b b9nd accord-
ing to Hund (of high and low temperature) are consideredy
and it is stated inter al that a correction according to
Bud6 (Ref 2) into the equation (1) by Hill and van Vleck
Card 1/2
77~~ (Ref 3) leads to a wrong deriva .tion; hence, this correction

36V 76-33..6-20 44
Computation of Thermodynamic Functions of Diatomic Id dal Gases the
Molecules of Which -lire in the 3j, Electron 3tate
must be, rectified. Some new and more simple computation equa-
tions (than those by Gordon) are derived (45) - (52). (9)1
(34) - (36) and on the strength of the example r-.f the mole-,
cules C and TiO the values of free energy and entropy are
2
computed; they are furthermore computed according to two
bother methods and compared (Table 2). There are 2 tables
-ani 10 referencea2 3 of whiah are Sa~iet.
ASSOCIATION: Institut prikladnoy khimii,Leningrad
(institute of Applied Chemi.1try, Leningrad)
SUBMITTED: November 13: 1957
Card 2/.?

BROUNSHTEM, B.I.; GURVIOR, L.V.: YWOMN. V.S.; rov,-ajL,
Statisticai'methods of.computing the thermodynAudc ft=tlorA e_ Idgal
91180g- RaP')rt 'to- 2: bTreGOiOn fOr the StMistical sun bage(I on the
states of diatomic molecules. ~bthod of diroot summation based on
tfie levels of diatomia'moleciules.
2~~7 GIRM-no-42:11-20 159,
(MIU 13: 10)
(Gases)

Statietical methods of computing the th&=WYMmic f=Cti=S of Ideal
gasGB- RGP'Zrt 3-'. APPro3dmate methods of calculating the statistical
sup from th4 rotational states of diatomic molecules. Trudy GIPKR-
no.42:21-50 159. (HM 13: 10)
(7hermodynamics) (Gases)

S/061/61/000/012/004/028
B105/B202
AUTHORSs Brounshteyn B. 1.1-Turkov# G. No
TITLEs Statistical methods of.calculating thermodynamic functions of
ideal gases. Communication IV.- Approximation methods for
calculating the statistical sum of the vibrational and
rotational levels of diatomic molecules
PERIODICAL Referativnyy zhurnal. Khimiya, no. 12# 1961, 6Z abstract
129409 (Sb. tr. Gos. in-ta prikl. khimii, 1960, vyp. 46,
3-14.)
TEXT: In continuation of a-paper published earlier (Communication III,
RZhKhim, 1960, No. 12, 46007) the authors describe approximation methods J
for calculating statistical sums of the vibrational and rotational levels
of the energy of the molecules in 1z_,2S_, 3& , 2 jr_ and 3Tr states. The
calculations were made by the method of A. R.-Gordon, C. Barnes (11J. Chem.
0
Phys.",, 1933, L, 297) for all givert states, by the method of L. S. Kassel
(11J. Chem. Phys.11, 19351 it.576; "Chem. Rev.*', 1936, 18o 277) for the
Zele tron state, and by the method of D. Mayerj M. Geppert-Mayer
Card V2

S/OBY61/000/012/004/028
Statistical methods of calculating ... B105 B202
(Statistische Mechanik. IL, 1952) for the Z state. The authors obtained
calculation formulas. It ia emphasized that the generalization of the
methods of Kassel and Hkwr -Goppert-Mayer for othQr electron statee is
.,analogous.to the mentioned calculations of these states made by the method
of Gordon and Barnes. [Abstracter's notes Complete translation.]

08
61/000/011/002/040
S!5~B203
AUTHORSt Brounshteyn, B. 1.9 Turkov, 0. N.
TITI,E- Determination of effective values of vibration-constants
of diatomic molecules for calculating thermodynamic funotions
of ideal gases at hJgh temperatures
PERIODICALs Referativnyy zhurnal. Xhimiya, no. 11, 1961, ia; abstract
115 68 (Sb. tr. Goa. in-ta Prikl. Irbimii, 1960, vYP, 46,
29 - 42)
TEXT: The authors describe a method of calculating the coefficient of
the extrapolation equation for the energy of high vibrational levels
of a diatomic molecule conjugated with the equation for the energy of
experimentally deter-mined lower levels, which equation corresponds to
the demand for convergence of the vibrational levele to the limit of
dissociation. They also suggested a method of approximation of the
energy of vibrational levels by means 9~ a power function of the quantum
number )) which is based on the use of the method of least squares by
introducing statistical weights for each level. The values of effective
Card 1/2

.Mam'ps'
S/058/61/bW/00, 009/042,~
116-a 0.0 A001/A101
AUTHORSi - Brounshteyn, B.I.P Yurkov 0 N
TITTk: Determination of effective values of oscillation constants of di-
atomic moleoules for calculating thermodynamic functions of per-
feet gases at high temperatures
PERIODICALt Referativnn, zhurnal. Fizika, no-4, 1Q,61, 160, abstract 4V69 ("8b.
tr. Gos. in-ta p rikl. khimii", 196o, no 16, 29 42)
,TEXT: The authorsdeveloped a method of'approximate'ealculation of higher
oscillation levels based on the known values of lower.levels and experimentally
found value of the molecule dissociation energy., They propose a method of,deter-
mining "effective constants" which assure the greatest precision crf 6alculating
themodynamic functions at the given numbers of constants. "Effective Constitnts"
proved to be dependent on temperature. The method Is exemplified by calculating
molecules of H2 and HF.
[Abstracter's note: Complete translation.]
Card ;71

GURVICH Lev Veniaminovich, kand. khim.. nauk,,* KRACHOOZOV Georgiy
An-dreyevich,
Akopovich,,. Icand. khim. nauk; 1-20VEDEV., Vadim
kand. khim. nauk; VEYTS, Inessa. Veniazinovna, kand, kh-in.
nauk; BEIRKMAN, Georgiy Andreyevich; MIGIM, Vladimir
Stepanovich; RTISHCIMrA, Nina Petrovna; KIJaATOVAj Lidiya
Fedorovm;-.IUi'MV,-fzp-=giy-411-lft-olayf)vich; YMM, A~aliya
Abramovnai MIN, Boris Fedorovich; 1KROUNS11TE.111.1, i3oris
Isidorovich; DAYWZ, Viktor Food6seyevich; KVLIVIDZZ,,
-Valeriy Alcksandrovich; PROZOROVSKI7, Yovgoniy Aloks,,indrovJeh;
IFOROBIYEV, Doris Aleksandrovich; GMASIVOV, Ya.l., rotsenzeng;
SKURATOV, prof., retsenzent; GIZSHKO,,Y.P.paXad.j otv.red.;
(Thermodynamic properties of individual substances; reference
guide in two volumes]Termodinamicheskie svoistva ir4ividualf-
nykh veohchestv; spravochnik v dvu-l:h tomakh. Izd.2 polno-
stliu perer. i rasshirennoe. Pod red. V.P.Glusbkzo ioltv. red.)
i-dr.- -Moskvat -Izd-vo--Akad-, nauk SS&I.-- Vol. L (Calculation of
thermodynamic propertiesjVychislenie terwdinamieheskikh
svoistv. 1962. 1161 p. Vol*2. (Tables of thermodynamic
proportidb]!L"iiblitay-terrDdinamichookikh svoiatv-- -1962- 916 p.
(11;RA 15--W
(Continued on next card)

BROURSHMEYN B-01,-- RRKOVI G.N.
Critical remaeks concerning P.I.Artyn's article "Calculation of
thermodynamic functions of ideal gases from spectroscopic data."
Zhur.fiz.kh-tm. 36 no.5:1110-1112 Vq 162. WRA 15: 8)
1. Gosudarstvennyy institut prikladnoy khiaii.
(Gas dynamics) (Artym, P.I.)

ji
FWS 1 BOOK WWITATION SOV16260
--Georgly Akopovich Miachk~lruzov, Vadim
-Ourvich, Lev- VeniazinoVichi
Andreyevich Hadvedev-3bessa Ven1am1novn&-Veyts- rizi dre s-
Vladimir Ste Zrmnoyjgb-Y-u_w=nj Nina Petrovna-gt "a.;
v
ch"a, rAdi ura ova. Oeorgiv NI o1ayev2oh-Xu*-o-y*-
Li~4 t
ia,11 Knot Bor TPj4AI n-a- PI~rbvich
Ag. M, ~008
)Zq~ky, klakaa~irovlcK
Brou n, Vilctor acdose evic Baybu~,~*
v iv1dze, Ye an Alksandrov c_ 0 - rovskly, and Boirl-d-11'ectian-
Pv,i d ze' Yei%-H-r~Al
r .
rov oh y4v,.
Temodinamicheakiye svoystva Lndividuallnykh vashoheatv, spravochnik
dvukh totraldh. tom 2~i VychislenLye te=od1namicheak1kh avoystv;
v
tom 2: Tablitay temodinamloheskikh avoystv (51%ermodpamlo Prop-
erties of Individual Substances; Reference Book io Two Volumes.
v. 1: Calculation of 'Mermodynamia Properties; v. 2. Tables of
Thermodynamlo Properties). 24, ed., rev. and enl. FWacow, Izd-vo
AN S3SR,,i962. 13.6i.and 916 p. 4000 copies printed.
Sponsoring Agencies: Akatemiya nauk SSSR. Institut goryuoh1kh
iskopay--mWkh; and Goolularstyennyy komitat Soveta VAnistrov 33SR
Card '/#.I

.,Themodynamlo Pr9portAes (cont.) SOV1626o
po;khimi-i. Xnstltut prikladnoy khimii.

Reap. Ed.: V. P. Glushko, Academician, L. V. Gurvich, 0. A. Khach-
i
kuruzov, 1. V. Veyts, and V. A. Medvedev; Ed. of Publishing Houssa
K. P. Gurov; Tech. Ed.s N. 0. Iaut.
FUMSEs Thin roCc~enoo book may be used In selentifi c-research and;1
experimental-deaLgn work in institutes, design offi ces, and
schools of higher educationi as well as for training speala2lats
in chemical thermodynamimand thermal phYsIcs.

COMUGE. Volume I of this work deals with methods for calculating
the=odynamic properties and with the selection of constants re-
quIred-for the calculations. Volume 2 contains tables of thermo-
dynamic properties (reduced thermodynamic potentials entropy,
enthalpy, and the logarithm of the dissociation or Ignization
constants of equIllbrium) compiled,where data were la6kingon the
basis of published and unpublished material from a number of Soviet
ramroh institutes. Thermodynamia ProDertics for~the Ideal gas
Card, 2/9

BROUNSHTEYN, D.'~
Approximate method for the calculation of the therm-jdynam!,~!:
functions of diatomf c ideal gases at hJgh temperatures takbg
the higher anbarmcnic-Ity ci,::nstants bvito account. 2.hur. fliz.
kbim. 36 no.6,.1191-11.97 J062
I., leningradskly insititut, prikladnoy khJmii,

B.I.; YURKOI/y G.N.
~HTEYNI
Certain evaluations of arrors in calculating themodynamie
functions by approximate mathods. Zhur.fiz.kIim. 36 no.10:
23034304 -0 1620 (KMA 17:4)

~-am
IAEDVEDEV V.A.-; YUNGMAN, V-S*-; VOPOBIYEIrl, A.F.; GURVICH, L.V.;
REM17SKly; LA.. VOLTMGV~ V-pl;
0.1
GAL,r,jo-jk~o, G.L.- I/j,, VEYEV; YU.
SOKOLOV~, V~B.; GOROKHOV. L.Il.; IOJQJAYMOVA~ A.S.;
VEYTS. I.V.- Ym40Y-.-q.jj,; MALENKOV, G.G.;
K(yetAROVA , A - F - I __ otv. red.;
S-URNOVA, N.L.-. GLUSiNNO, V-P-,
MIKHAYLOV~ V.'V..~. red.; KARAIPET11VITSs M.Kh.p red.
(Thermal constants of substances; reference book in ten
numbers] Termicheskie.konst&qty vefihchestva; spravochnik
v desiati vypuskakh. Moslccva~ No4l, 1965s 144 Po
(YJRA 18:7)
1. Moscow. Vsesoyuznyy institut nauehnoy i tekkalchaskoy
informataii.

BROUNSHTEV-11.7 B. IYljJRKOV G.N.
statistical =--thods o--!- calculating the t're=od- -ic f ctions
of ideal gase-s. Fart 5: Approxi:iate rlethcds of calculat- ~lg the
thei-modynamic functions of diatomic gases. Trudy GIPKII 4).14,91
5~wiq t 62. (14IRA 17:11)

ORLOV, P.G.;:YURKOV, I.A.
Calculating ti,4 foindatiom of. drilling- =stff. Manh. - i meft. obor.
no,1'13-6 165. (MIRA l814)
1. Barnaullskiy zavod geologora7,vadochnoga-obaruduvantya.

Tho firat 11, A. Kinkevich prize 14a3 -givmn to the following tearzj
Candidate of Technical Sciences A. D.. Assonov.. Engineers H. It Toreaftchinp
V*.Fe 14ikonovs D. I. Kostmko.. S. G.. Harlinchav,, 1. S. Yurkovs N. U. Inshakova..
It. 11. Yanchuk.,,A. A.- -Bulatnikov and G. yo. Utvin (Auto,-.robile W6rks iment
Ukhachav) for their paper "Investigation and.Introduction of the Process of
Nitrocementation by Direct Isothema:L Hardening in an.Alkalt Inside Nuffleless
.Equipment"., their design of a mufflele3s furnace heated by vertical radiation
tubes is of interest*-
Result& of the 1958 Competition for (~btainine, imeni Do Ke Chernov and imeni
----N..Ae Hinkevich Prizes.. Metallovedeaiye i tormicheskaya obrabotka metallovs
1959, uo. 6, pp'6~A--

Vat AN
777
F
USSR/ Analytical Chewistx"y. Analysis of Inorganic G-2
USSR/ An~
Substances.
$u
Abs Jour: Referat. Zhur..-Khimiya, No. 8, 1957, 27142
Abs Jour
Author V.L. Indenbom,, TB.A. Karchmar, L.P. Yurkov,
B.M. Glukhovskoy.
Title Fast Method of Determination of Potassium Oxide
in Glass by Radioactivity.
Orig Pub: Zavod. laboratotlya, 1956, 22, No. 11, 1293.
Abstract: The determination of potassium oxide in glass was
carried out using the,J9 radiation of the natural
radioactive isotope K4U. The activity was meas-
ured with an installation of the type B with a
AS-2 counter. In order to eliminate adjustments
for sell'-absorption, the thickness of the s cl
men surrounding the counter must be, 0.4 m2.
The error of the determination of no in glass
/4
Card 1 2

USSR/ Analytical Chemistry. Analysis of inorganic 0-2
Substances.
U
A
Abs Jour: Referat. Zhur.-Khimlya, No. 8, 1957, 27142.
is from 0.1 to 0.15%. If
was known, the digression
of glass from the given' ratio
determination also of the
complete determination is
hour.
Card 2A
the content of K20
of the expansion ratio
allows for the
content of Na2O. The
carried out in about 1

INDXMOR, 7.0 OT L,F,
I
Modernizing the W-l8KhlOOO..am=ajIqg, lehro Stat. I ker, 14 no.5.,
22-24 My 157, (Glass furnaces) OUR& 10:61

SOY/72-56-10-14/18
AUTHORS: Veklich, P. 11 Slivinskiy, I. 'urkov, L. F.

TITLE: Heating Stove 'for Glass Parts of Electronic Fluorescent
Tubes (Ilagrovatellnaya pech" dlya steklyannVkh detaley
elektronno-luchevyl:h trubok)

PERIODICAL: If
Steklo i keramikao 19580TIr-lot PP 44-45-(USSR)
ABSTRACT; The authors of this article constructed some gas stoves for
these parts at the Moskovskiy elektrolampovyy zavod (Moscow
Incandescent Bulb Factory)i The stoves were built for the
'heating of cones and shades prior to their welding. Such
a Stove (Fig I) has two muffle channels# a lower and an
upper oneo The heating surfaces of the muffle channels are
on of 11 dimensions 303 x 343 mm-
produced of carborundum plat 1e
The construction makes.1t posuible.to heat the partu to
be welded Sufficiently quickly, and aloo to carry out repair
work of the mijffle without putting the Stove to pieces.
The waute ganas from the lower muffle are direct%1 into the
'Lipper one; they heat the latter and ther. are sucked off by
a fan. To imDmve the temperature control the muffle chan-
-
Card 1/2 rated into 5 individual sections by walls.
nels are sepa

SOV/72-58-10-14/18
Heating Stove for Glass Parts of Electronic Fluorescent Tubes
The partsto be heated move continuously in the operation cham-
ber of the stove on a conveyer belt. The heating C'Y'cle may
be adjusted within 10 to 30 minutes at a length of the
operation chamber of the stove of 10 m; this is doneby con-
trolling the velocity of.the conveyer belt* The stove tem-
perature conditions are controlled by means of thermo-
couples. From figure 2 the course of the temperature in the
stove may be seen. This simple construction makes it pos-
sible to the glass faotories to produce then by themselv2s.
There are 2 figarea.
ASSOCIATION: Moakovskiy olektrolampovyy zavod (Moscow Incandoacent Bull)
Factory)
Card,2/2

GIIF&BURG) D,B., dolktor taklui. na-uk [deceased]; RAPOPORT, A.Ya., in&h.;
SLIVIN-SKIY.. I.G., ir-zh.; YURK071, L.F., inzh.; ELIKIN, G.B., iazh.
Investigating processes of manufacturing h1gh-lead glass.
Stek.. i ker. 22 no.12-:9-11 D 165. (MIRA 18-12)

MEW
Yurk-6v , M. L ITIO ology of the o:7ific-. of thn main pancreatic duct in cattle,"
rDh
Trudy Stavrop. 4n-ta Issue 3, 1948, F. 235-50 Biblicg: ittns
So U-3566, 15 March 53, (Letopii3 17hurnal tnykh Statey, No. 13, 1949)

I-T. T.
flVarialtion of the fo r7., 0 f th e P a n c, rsin cattle TridN. Stnvrop.
Yurko s.-kh.
Tn-ta, Issue 3, 10,48, p. 129-64D Liblio~?,: 31 itemis
so: U-3566, 15 March 53, (Letopis 'Zliurnial Inykh Statey,, No. 13, 1949)

NMI
NMI
BUDHIEDT. P.P.; YURKOT, 9.1.
Cathedoluminescence of synthetic silicates and alumInates, Dsp.AZ MM
no.4:3-11 048. (WAA 9:9)
116DIyouly chlon AN !UEISR (for Budalkav). Z*Ordeza LealzuL khImike-takims-
logicwy inatitut imeal D.1 Handeloyewe.
(Cathode ray tubes) (Silicate@) (Aluminatea)

GUS#KOVA, A.K..; YURKOV,!,N.N.; KIRMHKIMt V.I. (Mdakwa)
Compensatory reactions In Insufficiency of the brain's blood
supply. Zhur.neivr.i piekh. 61 no.10:1457-1462 161.
(MM 15tll
(CEREDROVASCULAR DBEASES) (EUCIROENCEPHALOGRAPHY~

POPKOVA, Ye.G.; YURKOV- N.V
+ 4-
Shortening the tleatment time in, dySentery pa,-J-nls -.,.,th angtibiotics
and chemi!ml prepa:rations, Antiblotild 8 no.9:839---041 S '63.
1. Kafedra inffkts~ (141RA 17: U)
ionnykh bolezney (zav. Ye.G. Popkova) Zaporozh-
skoao instituta usovershenatvovaniya vrachey i *,mfed--a detsk-Lkh
In'Lektsiy (zav. G.'l. Levina) Dnepropel"rovf3kogo ineditsinskogo insti-
tuta.

RUSHCHITS. V.R., ~nzhener; YURI,()V, B.S., Inzhener.
Automatle-oroduction line for machining rope blocks Stroi.i dor.
mashinostr. 2 no.804-16 Ag 157. (Isu lo! 9)
(Ilaehinery, Automatic)

Monthly List of Russian Accessions,-:Ubrary of Congress, December-1952, Unclassified

-67, Mfl(l)...
A117002791' SOUR09 CODES UR/0139/66/000/004/0144/47i
AUTHORS Yurkovp Vo A#;. 1vuhchznko,,Z.. G*
OX; hav (Arkhaztgolfski
te IM* V.-VI Lqybys Y
lo.,otokhnichoskiy instLtut)
TITU., Isobar for a real gas
SOUXE: IVM, Fizims no, 49j?669'.1 169-171
'LOP IC T&GS: isobarp real gas:,:
---.':ABSTRACT: A family of isobars1s cconstructed for carbon dioxide-gas, using.van
der Waals corrections.' The typical -'Isobar exhibits a region of taro-phase states
ale; ItAs shown that critical values
similar to that of the van der Wa , isoVherm
of Pk, Vic, and Z. can be comp, uted from the is;bars.
0
At 1 atm the volume of
gas decreases linearly with temperature until a
reversal occurs, similar to that of the van der Waals isotherm. . Jn the reversal
--re-ion the system is in a two-phase state: one consisting of super-cooled vapor,,.
the other superheated liquid.
sal of the ciirve, becomes smootherp
M th increasing-pressure the revers until it
finally disappaarsvat*the critical pressure of 100 atme 1 A comparison is made of
the variation in pressure with decreasing temperature at constant volumes Orig.
art. has: 2 figures and 2 formulas. PPRS: 39,04o,7
SUB CODE: 20 SUBM DAV4 _20mar65 ORIG REF: 002
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rl- k.. irq=d cilia ;,, trm ~a
-7 vs~ ().:,- --, 0~ - -9. -T'u-
X 10 ~5 X- 10 im-, afti, tie
plot el' In rs. I/T (250 to 6--0') sh.~,ld 2 straight lines
'th T I -.J.
~A;4 -Ins! 1) 11 o v fi~ the 1;qu- I
-z ~b A ~3~13
Z
1'vf
th~ ..a!tn f 12. 0
tat- !.a I" F rlz-c of th-~ ?~fid dull
Th- 5-,-t -'~ 1---i ~~ t,,r.
-d ri vp,~
fi
l ~-, t~toll col~d, d -,a~ nm~,I
1 !1!v hqunt. V.,tkj Wag jlup~i. by thc-'111a)
anlpt!lc mth PT
c..v, cnndj. Fror!t iAitl-
t:: ~Imqllv, C.g 37.9 X -bile
e%, 0 -1 ~Iirn ` cm. -1 In (tic fiquid stme, Viol,
,,ondact,~. Fmin truip. tn C-841% ihi
lYis necrc, --cil by ~'i ~: 2' i;;-I-ac(-d by . ct,lj-
bratod ul I J- D;L-t,jm,:"riC niciturrniclit int ~.rlu 11 C i, -
(1, 1 -.. . V;05 Coat. - Ip.
. m . it - ztCU from mim tc,.i t.
h-n Yii) t, 7,00' P;I-.ti:-.1 'Itt"tf
Th, 11-nz- in , -n f,:,
;;-,liv ',n rq,j~,-I
tt

YURKOTI, V.
USSR/Physi6s Serdeonductivity Oct 52
"Electric Properties of Sb2S3 and Bi~S3," Go Galkin, G. Dolgi1di and V. Yurkov
"Zhur Tekh Fiz"-Vol 22, No1Q, pp 1533-1539
Thermal relations of electric conductivity of sanples Sb2S3 and Bi2S3 were studied.
~~gnitudo and sigh of temp cadff of electric conductivity of sulfides and therm,,,-
emf of a metal. and semiconductor paired essentially depend on thermal treatment of
saimiles and on range of tempo Results of tests are interpreted within frar-es of
zone theory of semiconductors. Indebted to Z. I. Kirlyashkina and L. I* Baranovao
Received 4 Jun 52.
PA 236T89

u s

It to

14 -10 t cry SAWS
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MUC dkc~ via" ca UM CAWM
of vubm" (d"M or mitt=*) Yr-
t '"rwjaq of the Oxff, of ff"ear
*p
=1

), and tMV. COOS. of 61"t
0
m. dens(ty (d
at 1(r-IWO. (y), with oempa.. for P"b Alloys oontg.
4-M.1% Eb. The allap vtote prqnred by melting In an

Journal of the Institute of Alloys evacuated ampovie and osdt as lapts 4&-66 MM.

- we saalyead. a
tb' n"Im'00, =
-in' 1
Vol. 21 Part 7 efAr' tAmp. ffuctttatkm being 14*-r;
I
~6

Har
1954 dwasmessured
d
i
. ve
dit
10th a pyknomnter. ' Chaq% In 8 And d followed the 4
Properties of Alloys, law. exceet near the MOMInate, Where the Change wu more
rapid, owmi; to tke solubility of Sb In Ph. . Yu. also deta.
f
i
d
llo
f
h
th
h
t
i
h
.
e
axm"~m.
ne
e var
t
t
m
atiou w
a
y compn. o
t
(at) produced by an a"asembly con M,tlmg of the 4161 ibetween
2 Cu blacks at Q* and 100' C., mp.; the results ati discussed
In texms of the Lheaty of sami-conductors. The sign of,
at changes at Pb; the ratio (Y&Iency electrons of Ph/

IOY '0
vaknoyclv~trm W6b) wt. content of Ph in &I
V, K T.
;4p~

T
h
L
UD= OYL rix
tal. gww
Akademii Maufi
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Rumiatil. -The diffaxion coodleldats a ca&cm to fron-
cart

the Iron and steel institute
nal Of
J
c"'
tainin 4*1 11)on with Additions of 1. 3, 4. Vd 6% or cobalo
9901
t
i
d
t QW
d 100'C
t026%
Thd

Odr
v". 176 e
rm
uc
a
an
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,
.
coafficient, of diffusion of cmcbom w" calculated rzcin e -,
vetoefty of gmwth or (be emt4nita layer duritig dow6=ira-

I I
kpr. 195
4.
(fact with h~mfrogcn at a given tempamkito. Vrhe cu.
-ve fat
i~ I
Kotall ~
Cho t1dp4ndenco of the ;Iq*M4:(t-nt on cobalt =tent &td two
-
t
co
m
t
d t
w
& Rulbam u
URo
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(my"ZIAW the

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l
b
t
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i
t
dt
t
b
p
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of cry st -lical tvwV-1-
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SIR;
P
ON

L) N V
USS.R/Electriclty Semiconductors, G-3
Abst Journals Referat Zhur - Flzlka, No 12, 1956.. 35074
Author: Yurkov, V. A., Alekseyen, N. Ye.
- --------------
Institutions- Arkhangel'sk Forestry Institute, Arkhangel'ok
Titlet Thermal-Electric Properties of Cd-Sb Alloys
Original
Periodical: Zh.,tekhn. fiziki, 1956, 26', No 4, 911-912
Abstracts A null method was used to a,.3asure the thermal-emf (a) of Cd-ft alloys
relative to Cu. for concentistions of 0-100% Sb at juncticm tempers-
tures of 10 to 1000. Two sharply pronounced maxima were obtained on
the diagram of the fl-canumiltion of the alloy. ODe corresponds to
the Cd 3b compound with 0C= 28.6 mv/deg, and the second to Cd-Sb
with a a 285 m~/deg. For pure cadmium, cc a 1 .66 and for untimony
CC= 30 mv/deg. Based on these data it is assumed that the enorgy
spectrum of CdSb has a strzcture that is usual for sem1conductors.,
although for a final decisLon it is necessary to determine the tem-
perature dependence of the electric conductivity.
Card 1/1

5W PHASS I BOCK SlIzar-ATION ILOVA 1.6
fiavoahchanlya 00 alektl-khl-114 4th, Roscoe, 1956.
Trudy...l tabornik) (Transactions or the Yourth Conference on Elect-
rochomistry; Coll*ction of Articles) Moacow, Izd-v~p AN SSZZ,
1959. 868 V. Errsta slip Inserted. 2.500 copies ~ printed.
Sponsoring Agencyt AkAdemiyA nauk 3338. Otdolonlye khImicheek1kh
nikuk. I I~ j
Editorial BoArdi A.B. Y.-umkin (Resp. Ed.) Aeademleiftln. O.A. Ta*ln,
Prorsesors S.I. ZhdLnov (Reap. Secretary), B.N. Xabanov, Pro-
fosaor, 3.1. Zhdanov (Reap. SocratAry B.N. Kabanovl, Prafeuaar~
y&, K. Kolotyrkin, Doctor of Chemical )144 ;neon I ~V.V.~ LOBOV, P.D.
Lukoytoov, Professorl Z.A. Solov'yoval V.V. Standwr.~ Professor-,
and OJI. Flarlanovich; Ed. of ?ublis"na Houso:'N.1 Yesorov;
Tech. Rd. t T.A. Prusakova.
r=PWKj This book to intended tor chemical and log rical engl-
na:ra. Aphys ic iota. matallurristo and researchers Interested In
t- A-ate Of electrochemistry.
GMA(ZES The book cOntAIns-12T or th* 1~,S reports pt*esant*d at
the Fourth Conf*r*nco an aloatrochcmi4stry SVOnGoredby the Depart-
m4nt Or Chemical Sciences and the X.-stituto of phiBIcal Chemistry
Acadsmy Of Sciences, USSR- Th* cOllactLon partalh~ to dirr.rnt
bronthas of electrochemical kinetics, double layer theories and
ZalvAnlc Processes In metal clectrWaVOItton and Indvatrial elect.,%
17t15.
Abridged 41sou jilqn4 arA
.elvon
Sion. The rAjority of - , At the and Or each dll-
reports not Included here ha~vo been
Published in parlodIcal literature, SO pernonaliti:,3 are =0,1tioned.
fterarenC63 are given At the and of most of
Ch raLla - y., and A.r. 'JAW'o VIC6
Vzstitut khLmll. Ali UzSSR-Inatitute of ChsmIstry._"Wi'idc*y
Card 21/34
of Satoftcon. UzS5ft). 3aparation Coefficient Durl6g Sim-
UltAn*0u3 Zl4ctrOd4PO*ItI*n of M4ZL' .6 of the Iran Group 536
Cathodic tj~OCSSA*6
-----Du-r5x the Septrat:ion of Zinc ani Mydrogen at Wkeetrodes
of Other Metals --IChromium 541
2Wle of a Side Anion In the Process or
Zliectradepositlon 547
(ZA*QtVkhn1Ch2SktY InatItur Arkhangel-ak-
1414*;4-44- for Forest Technology, Arkmangel$ok), Neutra-
lization of Metallic Ion& At Kacrodistanc as From: the
Cathode 550
Chlzhlkpv,..D-X., Influence of~ boric
---*cl-6' on the Cathodle rolarlzation at Nickel In Sulfuric
Acid Solutions 553
Card 22/34

SOV/126
V V VICd Nlloys
00 Nr and t4ekra.~~, '~ A _and Pk- Nr Is
v Vol
TqORS: UE!i~.tric
ra'OeleS.~:~ m.t.1l.vedeniyo widely
-ITLE-. - T]!~~ etallov have been great
T vizixfy' M
.F . ODTCt'L% (-JSSR) Or alloys have -it is
23.-2k erties - - that thel xice,,
jectric Prop the fact I:n prac 1,
therme e is due to . r tauce# . . hetl Put in
STP Thi 2-3 Mpo jaIg whIch. rise an
The t:LfjG I to
tudiedo a scien Mater not give _ t f view
5 . Cal aTL to have do . - po in 0 tems
pract' ary .... meta this ~'n SYS
often Uecev5is ;3. From studies
th al. e.m a f - oint at which
ser - therm t further r
ies - 'has J'C was
appreciable carry Ou t wo
rtant to f curve 3resen - f. curve
.1 e.me * The 1 3_ e.me
it -is impo therma changes* therma -tu .e
in whic h the the 0* mtf. the f ey
obtaln fun'tion Of _perl-
rn of to 0
SIS order as a effect was al-so
carried out in Cd alloys n ent S 0 The r curve
S,,-cd and Pb-the COMPO .I e.M*~* 61.,OWU in
for Of the ther tained are Lr the
tration On 3 0-
concen ditions b epeadenO4 f the.
The results 0 d Inction 0
mental Con -d h.ws the a D old
e.tigate Fig 3. 5 as hot and the c
inv I Sn-Cd alloys
Figs 1 and 2- . the
m ' f. for betwe
fer ence
therILL- dif
temperature
Car d

66887
SOV/126-8-1-4/25
Thermoelectric Properties of Sn-Cd and Pb-Cd Alloys
junctions for different compositions (indicated in the
figure caption). Fig 2 shows the dependence of the
thermal e.m.f. of Sn-Cd alloys on composition for
different temperature differences (indicated in the
figure caption), Figs 3 and 4 show analogous plots
for Pb-Cd alloys. As can be seen, sign inversion occurs
in all the graphs. The position of the inversion point
on the Cd concentration axis changes with,the temperature
difference. As the latter increases, the inversion
point in displaced towards smaller cadmium concentrations.
There are 4 figures and 7 Soviet references.
ASSOCIAT ION.-.Arkhangellskiy lesotekhnIcheskiy institut
(Arkhangellsk Forestry Tnstitute)
SUBMITTED: March 3, 1958
Card 2/2

5W SOV/76-33-2-24/45
AUTHORS: ekrasov, V. V.
TITLE: The Electrodic Potential of Cd-Sb(Elektrodnyye potentsialy
splavov Cd-Sb)
PERIODICAL; Zhurnal fizicheskoy khimii, 1959, Vol 33, Nr 2,
PP 395 - 397 (USSR)
AB5THACT: Explanations concerning the relationship between the
electrode potential of alloys and their composition (Refs 1-4)
are of special interest in investigations on the electro-
chemical properties of metallic alloys. Thermal analyses of
the system Cd-Sb showed that two compounds, Cd 3Sb2 and CdSb
(Ref 5) are preuent. Cd 3Sb2 do=iposea partially at lower
temperatures (Ref 6) while 0d8b is stable and can be used
as a semi-conductor in rectifiers and amplifiers (Ref 7). The
work of this paper utilized a GZB-47 ~alli2tic galvanometer
(Ref 8), a Myb-4 standard sample set as condenoor, and a
PFTV-1 galvanometer. 12 alloys with the following composi-
tions viere studied: 5.7, 61 10, 30, 45, 48~ 50, 52, 58, 65,
Card 1/2 and 8(Y,.b' Sb, and 1. n H2SO
-' HCl-, and NaOH solutions weru
4

The Blectrodic Potential of Cd-Sb SOV/76-33-2-24/45
used as electrolytes. The addition of Sbcauses the
potential of the alloy to become more positive. The absolute
value of the potential is hi,->her in the alkali solution
than in the acid solutions. 3 minima are indicated in the
potential-composition dia,-,ram (Fig). The minimum at 7-53~1 Sb
is considered to be a eutectic structure. The minimum at
521,A Sb clearly represents the formation of the compound
CdSb. The potential mininum, at 60,ij has still to be explained
by further investigations. Finally, IA. A. Popova is thanked.
There are 1 figure and 10 Soviet references.
ASSOCIATION: Arkhangellskiy lesotekhnicheskiy institut (Arkhangellsk
Technical Institute for Viood')
SUBMITTED: July 17, 1957
-------- --
Card 2/2

5/139/62/000/001/023/032~,,:--

AUT11ORS: YurI4~ov, V.A., ;Ind 1voninskayat L#A*
TITLE; Physical properties of CUA12
PERIODICAL: Izvestiya vysshikh uchebnykh zavedeniy,

138-1.3
Fizika, no.1, 1962, 4
TEXT The authors report an experimental study of the
physical pro perties of CuA12. This material is said to be
interesting because its component,5 are typical metals and it is
used as the hardening base for many alloys. in the present work.
the autbors have measured its density, microhardneas, linear
expansion, s pecific heat, electrical conductivity, and thermo-
electric pow er. The compos~ition of the.,specimens was 54.097~ Cu
and 45.91ci. A l. The density (measured by a hydrostatic method)
'was found to be 3.98 g/cm3 at 20 OC. The rjicrohardness -was.-

measUred wit Ween
h the I IMT-3 (PINIT-3) apparatus using loads bet
5 and 100 g. It was found that 1i mm2 and that
20~ 535.0 kg/
the formula
P adn'
-Ca
r

s/i3g/62/000/001/023/032
Physical properties of CuAl
2 E032/rm4
was satisfied to a high degreo of accuracy [P is the load (kg),
d is the length of the diagonal of the impression (mm),
n = 1.77 and a = 99 0]. The linear expansion was measured with.
a quartz dilatometer calibr,,ited against spectroscopically pure
copper. The-average expax.sion coofficient between 20 and 300 OC
was found to be 17.6 x 10-6 deg-l. The specific heat1was,
I measured by the method of cooling, as described by
Ya-. Ya. Turovskiy and G. MI. Dartenev (Ref . 14: ZhTF, v. 10, 1940, 514)
lt was found thot in the. tonlicrature range 50-300 OC the specific"
heat at constant pressure dog-1) is given by
o. lo4 + 92 . 10-4 A/-t (3),
C
p
where t is the temperature of the specimen in 'C.
FiS.2 shows the resistivity (ohm.cm),as a function of temperiture.
No explanation was found of the nonlinearity of this function.
Finally, the thermoelectric. emf was measured as a function of
temperature and the result is shown it, FiS.3, in which curve -1
refers to CuA12 and curve 2 to Al. CUA12 is a typical
..paramagnetic. Comparison of the properties of Cu and Al.shows
Card 2/4
L

37716
S/139/62/000/002/011/020'1
2073/ E3 3 5
v
AAMCIORS jark-ov, 'V.A* and Nelzrasov, V.V-
TITLE: )Iysical properties of copper-antimony alloys
PE210DICAL: Izvestiya vyssl-iil,,.h uchobnylch zavedeniy, Fizika,
no. 2, 1962, 62 - 69
=T: The microhardness I thermal, electrical and "hermo-
electric properties of Cu-Sb-Cu Sb were investigated in the
ran- e of copper contents between 61.02 and 5o-07 lsrt-v.~ and
an"
- 11 zony contents between 38.98 and 48.93 Microhardness
.-,eassuzements with a load of 20 Z have shomi that the Mayer
z-olations are obeyed with a satisfactory degree of accuracy.
TI-io microhardness way be greatly affected by the displace-ment of
into the intercrystallitle space and by tae fact t1hat
'I aterials is in a
~ae intercryst-allite substance in high-purity n,
finoly-disperse state. The microhardness of freshly c icaved
surfaces of Cu2Sb singlo cry5tals vias,IH 20 = 515 6 Th e 1
clependence of the coefficient oJO linear expansion Ot 10 d a
~,C 'Ird 1/0 -

5/139/62/000/002/011/028
P-IrYr-ical properties of .... E073/E335'
3 2 2SI content OmOlo,c') is plotted
of 'Cu Sb-C-a -Sb alloys on the Cu Z)
Pi-z,. 2.- The electrical resistance f) of all the alloys
decreased with annealinig, time and the decrease
Co-atatnInz Cu-Sb
was the small,Zr the less Cu-Sb thealloy contained. Pig. 3
.L - _~ (10 c n, ) on the annealing k.
shows the dependence of 6 'ime
(/t7, -.-~Iin) for 1,:)Urc Cu Sb (1_~'urve 1) and for an alloy cont-aining
5
40 tiole.e'!, Cu2Sb .(Cuxve 2). The derxmdenw of the steady-state resistance
oA-' alloys on tomperature proved to be linear. FiS. 5 shows the
stance ;1., 10-6 Icra and of the
dependence o' the rosi
tez,,iperature coefficient 0 x. 10 deg
on the Cu 23b content of Cu.Sb-Cu,,Sb alloys. Curve4 1 and 2
represent, respectIvely, 'he resistance isotj-iormz at t = 50
and 200 0C; curve 3 represezits the dependence of the te.-npox-atux-a
coefficient on the coi-,iposition- The thormo-olectric properties
wore measured on the sa,-.io specimens as the rosistance. The
de.,,)endence of tlae taer-zio-e-ri.f., e, jiV, on the difference- in
Card 2/V

ILI
S/l3q/62/oo6/o0'2/011/028
Physical properties-of ... E073/E335
terVerature is plotted in Fig. 6 fcor the compounds Cu Sb
3
CU2Sb (2), 80c'o' Cu3Sb + 200,-0' Cu 2Sb (3) and 200% Cu3Sb +
80%, Cu Sb M.. Fig. 7 gives the thermo-e.m.f., et TLV, as a
2 0
function of the Cu .5b content (mole,54') of Cu Sb-Cu Sb alloys
3 3 2 0
for tiie temperature differences ./-\t = 100, 150 and 200 C1
respectively. Pu 2 Sb is a strongly paramagnetic substance,
Whilst Cu-Sb'is a diamagnetic substance., There are 7 figures
and 2 tables.
ASSOCIATION: Arkhangeliskiy lesokekhn�cheskiy institut
imeni V.V. Kuybyshe'va (Archangel Forestry
Institute imeni V.V, Kuybyshev)
SUBAMITrED: June 25, 196o (initially)
June 2, 1961 (after revision)
Card 3/P

s/126/62/014/002/003/018
E114/E435
AUTHOR: yurkov, V.A.
-Zn-Sb alloys
TITLE: Physical properties.of cu
PERIODICAL: Fizika'metallOv i motallovedeniye, v,14t nO-2, 19621
172-i8l
TEXT: The aims of the investigation were to ascertain the cause
of the embrittlement. of coPpe,r-:zlnc alloys caused by antimony
additions and to study the properties of Cu-Zn-Sb alloys. Alloys
of the pseudo-binary systems duZn3-Zn3Sb2, Cu5Zn8-Zn3Sb2 and V.
CuZn-Zn3Sb2 were studied. Alloys of each system containing
10, 20, 30, 40, 50, 6o, 70, 80 and 901/5 by we7ight of Zn3Sb2 were nudeby
melting the pure components in evacuated'flasks of low melting-
point glass and placing the flask in a thick-walled steel crucible.
As the temperature was-increased the glass softened and the alloys
wero'covered by a semi-liquid film of glass which protected them
from sublimation or, oxidation. The samples used for the tests
were hiald at 3500C for 200 hours, folliai-wed by furnace cooling.
The investigation involved the study or the microstructure,
microhardnesstesta and determinations of density, linear
'Card 1/3

5/126/62/014/002/003/018
Physical properties of ... EU4^435
expansion, electrical.and thermoelectric properties.
Metallographic analysis showed that the alloys of all three
.systems were two-phase. As would be expected from their higher
melting points,- the primary solidification which occurred was of
the electron com.powads. There were some indications that there,
was a very low mutual solubility-of the components in'the alloys.
The solubility of Za3Sb2 in the P, y and c phases was less than 1%.
The microhardness tests, which were carried out with loads of
5 to 100 g gave values for the microhardness of pure Zn3Sb2
compound which were practically identical with those obtained for
Sn Sb2 in brasses. Density determinations gave values of
7*97 g/cm3 for CUZrL3, 7.97 for Cu5Zn8, 8.14 for CuZn and 6.26 for
ZnSb3- The densii'y of the all9ys in all cases changed
continuously, but not linearly,.iwith composition. The variatinn
with composition of the linear expansion of the alloys was linuar
with systems contaJiLning CuZn3 and Cu5Zn8, but nonlinear for the
Cu-Zn system. The resistivity'at 200C was 10. X lo-6 ohm per cm-1
for CuZn3, 11.8 x 10-6 for Cu5Zn8 and 5 .6 x 10-9 for CuZn, ut the
value for Zn3Sb2 was considerably highert being 1600 x 10-9 ohm/cml.
Card 2/3

S/126/62/oi4/002/003/018
Physical'properties of Eil4/E435.
In the alloy syst4hms, the rate of increase in resi7stance was
nonlinear with,inCrease in Zn 5b content* The thermoelectric
properties.-were measured rela ve'to copper and it was found that
the emf-produced with Zn3Sb2.was opposite in sign to that produced
by the-other complounds. In all the alloy systems the thermal
emf increased nonlinearly with 'increa'se in Zh3Sb2 content of the
alloy. From the'metallograpfiic.examirkations and mi.crohardness
determinations it1was shown that the embrittlement resulting
from antimony Additions to-brass is due to the compound Zn3Sb2,
'in alloys containing more.than 50% zinc, There are 9 figures and
2 ta.bles.
ASSOCIATION: Arkh4ingellskiy lesotekhnicheakiy in3titUt
(Arclhangel-tsk Lumber Technical Institut)
SUBMITTED: June;,2b., 1961 (initially)
January 2, 1962 (after revision)
Card.3/3

TITLE: E'lectrical and tbermcAlectrical properties of aluminum-zln3
SOURCE., Firika metallov I metellovedoniye, v, LO, no, 4, 1965, 51-2-518,
TOPIC TAGS: tbarmoelectric rroperty, electric property, aluminum
ailoy, zinc alloy
ABSTRACT: The test samples were 80-85 mm long with a dia~meter of 3.5
mrr;. They were annealed for 1.20 hours at a temperature of 250 + 50:,
'C~ to 106~ zlnc, r,,6 resi8tance of t*ho sa.:~;Plaa was m-a-
minum a-nd U k-
F, u r a,j b,,, t h. ec, n v a r; t 1 on a In Lc metric Inethod. T're tt.ermcolloctr,c
a c we r emi a d ,) C.-Cr"
.,185 wltn a nel.Ebr 01 U 1 3 al-: 7) 1 aW88 vlacec in 0 _-aE.-.:jT-4C
~ieid with an intensity -of IC4 0orstede. The ma~metic susceptibilLty
was calculated Ixy the formullg
Card I /P L2-i; 47-- 58-7 ~3__
nn-c- 539.-292!546.3--1-9

L 8089-66
ACC NR-- AP5027134
47
where kappa,, ni,, F are the susceptibility, the mass, and the force
acting or ti5e sftmplO. The mttgnetic susceptIbility of the sanples was
r I,(A n nn -w- r1f
I -Ii C (1 7 tA ~3 I -'I r: L 81r t- s
At u-, ii ri Z' in Ue o ii C t) i, I. ti L0 116 U)v LPa-IjOLIC
44F
e r f;
z is 7 q-111
negatives "The authora are deeply indebted to S. 1. ArtIRkbov for his i
great help in the experiment," GrIg. art. beat 6 figures and'I table,
SUP CODE! MY,E-M-/ SUBM DATE, I7D*c64/ ORIG REP- 009 / OTH PLE? r003
2-
Card 2t

YURKOVS- V..K., innh&
Three-position turniiig attachcbent to,hydraulic-presses for
prooemolda. Mash.ael,, n0-5:198-200 158. (MIRA 12:11)
(Hy&auUc presses--Attachmants)

VERSHININA, V.V.) YURKOV. V.N~-
slags of nonferrous Pietallargya-9 rmterial for the manufacture
of inine supports* TrUdy Alt. GI-11III AN Kazakh. SSR 15:53-59 163.
(MIRA 170)

127-5 .10131
AUTIHORSt volkovt KOD., Chief Engineart YergdliyeV, A.Ye.,,Candidato or
Technical Sciencles,, and Csipov, A. V. , Mining
Engineers
TITLE: Experience of Exploitation of Block Nr 34 in the Belousovo
Mine (Opyt otrabotki bloka Nr 34 na Bclouso)vskom rudniko)
PERIODICALt Gornyy Zhurnal, 1958, Nr 4, pp 19-21 (USSR)
ABSTRACT: The authors describe how well the mining work of the block
Nr- 34 Of the Bg~lousovo Mine was organized. The work-was exe-
cuted by a party of 12 men. This party executed all the mining
work, the boring of blast holes and the maintenance of all
mechanical appliances. There ane 2 figures and 3 tables.
ASSOCILTIONtBelousovskoye rudoupravleniye (Belousovo Mining Administration)
Card 1/1 1. Plines - (4oration

YMALIYEV, YURKOV, Vol(.; OSIPOY. A*V,,
Boring and blasting operations in drift mining. Trudy Alt. GMI
AN Irazakh. SSR uo*Tp102-!-113 '58, (HIPA 12:7)
;;(Boring) (Blastiag)

TM
118-58-3-11/21
AUTHORSi Yurkov, V.N., and Belyashov, V.N., kagineers
TITLE:
PERIODICALs
ABSTRACTt
AVAILABLE:
Card 1/1
A Loading and. Transportation Aggregate (Pogruzoohno-trans-
portnyy agregat)
Mekhanizatsiya Trudoydmkikh i Tyazhalykh Rabot# 1958tl# 30
PP 30-31 (US'-';R)
In order to speed up the transportation of rock and to
raise labor officiency, the engineers K.D. Volkov, B.M.
Grudin and N,F. Baklitakiy of the Belousovskiy rudnik (Belo-
usovo Mine) Itave designed a level-driving bunker train with
a scraper conveyor of the type PHL-59 which mechanizes com-
pletely the I.oadingt transportation and unloading of ex-
cavated material.
The basic parts of the aggregate are: the bunker train,
the scraper orane, the loading device and the electric loco-
motive. The bunker train consists of 15 carat holding
capacity in 25 ou m and the length of the train is 31 m.
There are 2 graphs.
Library of C6ngress

, 0 "'S
GRUDIN. B.M., insh.; mmov, voi., insh.; DELTASHOV, V.T.T., insh.
Wbat was made apparsint by the use of roof bolting In aining.
Shakbt.stroi. no.A:24-27 N 159. (14ML 13:3)
-1. Blubachanakcsys obakhtostra7upravlantye. Voatochno-Kazakh-
stanskaya oblantle
(Mina roof bolting)

ZT-RYAIIOV, T.P., inzh.; TURGAYMYEV, B.Me, insh.; BELTASHOV, V.P., inrh,;
YURICOT, T.H., inzh.
--------
Use of rock ammonite in Altai Mountain mines. -Shakht.strot. 4
no.2:19-20 F 16o. (MIRA 13:5)
(Altai Mountains-Mining engineerIng)
(Explosives)

W~ ~-*VT - .---
ZYIIYAi,OVp_T.P.; KOIMOD, G.A.; MILICIENOv D.V.; ITPKovt V,11.
Selecting the structure and parwiclx.-ro of boltln32 at the Mlaslyanskly
I
I-Tine. Bezop.truda v prom. 5 no.1:12-13 Ja 161 OMHA I/j.: 2)
(Altai TerritoryMine roof bolting;

BE=HOV t I I.11.p inzh.; YURKOV V.N., inzh.
t1tilIzation of a sectional hole for sink-Im- twin uprising
shaflo. Shakht.stroi. 6 nool:19-21 Ja 1620 14:12)
0
1. Clubocharokoye shakhtostroyupravleniye.(for Belyashov) 0
2. AItaysldy gorno-metallargldheskiy- nauchno-issleclovmt-ellskiy
institut (for Yurkaw).
(Coal mines and minin

GRUDIN, B.JL, lnzh.; BELYASHOV, V.N.* inzh.; YMIKOVO- V.N.P inzh.
Wei of a bunker train In drifting, Shakht,stroi. 6 no-4:4-
.5
AV 162, (MD?A 1.5-4)
lo-.Kazg-iprotavetmet-(for-Grudin). 2.,- Altayakiy gornometallurgi-
cho.ski uchno-icalodovatollokiy instAtut All KazSSR (for Balyashov,
Yurkov
(Kazakhstan-Mine railroads)