SCIENTIFIC ABSTRACT YAROVSKIY, V. - YARTSEV, N.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001962210019-0
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 1, 2001
• Sequence Number: 19
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

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cuneo3 nmd wear-rate versus ring thiolmena curves with and wlthoit addItivoo for the
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YAROVSKIY) V.
"Obzor-Olavneishikh MestorozMenii Uglei i Coryuchlkh Slantsev SSSR," by M. Prigor-
ovskiyj V, Yarovskiyj et al,) Leningrad, 1930
L4

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V
Ewa
KOMTS, L., inzhener (Kiyev); YAROVSKIY, Yu., inzhener (Kiyev).
Use of natural gas on airports. Grazhd.av. 13 no.1:23-24 Ja 156.
(wak 9: 5)
(Gas. Natural) (Airports)
-,WIN mi.

L 01225w66 EIVT(d) IJP(C)
iACCESSION NR: APS019619
UR/0376/65/001/007/0961/0976
AU`rHOR: sjX!gv-Yarovgy, M. S
iTITLE: On the integration of regularized equations for the tw(~-
ko~y
'SOURCE:* Differentsiallnyye uravneniya, v. 1, no. 7, 1965, 961-976
TOPIC TAGS: motion equation, Hamilton equation, partial differential equation
i
~.ABSTRACT: A general method for regularizing canonical equations and the correspond-,'
Jng Hamilton-Jacobi equation is set forth, and this method is applied to the two- I
body problem. Decomposed regolarized equations are derived for the rectangular co-!
~ordinates of the radius vector having the form of non-homogeneous linear differen-
itial equations with constant coefficients. -The solution of these equations is
found for all types of orbits. "The present paper was read at sessions of the De-
1partment of Celestial Fechanics 'and Gravimetry of MGU in June 1963 and April 1964,
and also at the conference on the motion of artificial celestial bodies (Riga, May
11964). To G. N. Duboshin and-all coworkers In the department and participant- in
i~ 4,
~the conference I express rW'Meartfelt gratitude for the valuable comments ex-
ipressed.11 Orig. art. has. 124 formulas,
Card 1/2

~L 01225-66
;ACCESSION HR:. AP561*9619
IASSOCIATION-. Gosudarstvennyy astronomicheskiy institut im. P. K.. Sht.emberga
~(State Astronomics Institute)
!SLIBMITTED- 18Jan65 ENCL: 00 SUB CODE: MA, AA
!N0 REr SOV.- 003 OTHER: 002,

NKI AF6001379 SOURCE GOM UR 0376/6 1 20h/1230
41~1
AUTHORt Yarov-Yarov~!!
ORGx State Astronomical Institute im. P. K. Shternborg Gosudarstvannyy Q-j
astronomichaskiy institut)
TITLE: Solution of regularized equations in perturbation theory -A
SOIJRGEt Differentsialinyye uravnerdya., v. 1, no* 9. 1965P 1204-1230
TOPIG TAGSs differential equationj, perturbation theory
ABSTRAM The author considers the system of differential equations
49U . ... W .. du
+ Z.
x +X, Y.=--+Y. Z=-- (1)
where U has the form
U-- + I? (r
y' + e (2)
r
whers Rj Xi Y., Zhave small parameters as factors. To simplify this structure the
author introduces a now independent variable 'J' to reglilarize these equations:
C. L. Siegel (Vorlesungen uber Himmelamechanik. Springer-Verlag,, 1956. (There is a
Russian translation.- Zigell, K. L. Lektaii po nebesnoy mukhanike. ILp 1959) and M. S.
Yarov--Yarovoy (Differentsiallnyye uravneniya, 1, No. 7,, 962-976, 1965). The method

L i385o-66
ACC NRs AP6001379
is. used for all types of unperturbed orbits to derive formulae determining sriaU
perturbations in coordinates and time, The results apply to spatial motion under the
influence of conservative forces. The author offers his gratitude to Professor ".
--Duhgshja,and the entire D artment IAI MAPhAnil I - I for
their valuable comments. Also,, this work was part of a report read by the author in
Up at a conf oronce on the theory of motion of artif ioial celoqj4AJ~ bo4QU in May
.1964. Orig.oarbs hast 56 formulas.
SUB CODE: 12/ BUBM DATEs lOJan651 ORIO REF: OOh/ OTH REF 1 001
card

ACC NR,' AR6027456 ...... .. SOU 11C'1:,--Cb]676-6i1bo-tA [6-6-/o 00 /0 05/ BO 3 2/ BO 3 2
AUTHOR: Yarov-Yarovoy, M. S.
TITLE: -The integration of the equations of motion of a material point by the method 11
of separation of variabl-es
SOURCE: Ref. zh. Matematika, Abs. 5B142
REF SOURCE: Tr. Mezhvuz. konferentsii po prikl. teorii ustoychivosti dvizheniya i
analit. mekhan., 1962. Kazan', i964, 64-69
TOPIC TAGS: integration theory, particle motion, particle trajectory, Hamilton-Jacobi
equation
ABSTRACT: The work of Levi-Civita, Burgatti and Dal-Aqua, concerned with the integra-
tion by the method of the separation of variables of the Hamilton-Jacobi*equation for
the spacial motion of material point, is amplified. The general case of the integra-
bility of the Hamilton-Jacobi equation
(1)
is investigated; on the basis of the Levy-Civita theorem, the integrability of the
given equation is connected wit 'h the integrability of the eauation for h - 0. During
the transformation of coordinates, the properties of the Rieman curvature tensor are
Card 1/2 _UDC: 517.933

AR6027456
utilized. The forms of the force function U, permitting the integration of equations
by the method of the separation of variables, are also presented. The distribution of
singular points of this function in various systems of curvilinear coordinates is also
given. The author notes the current importance of the given problem during the cal-
culation of the trajectory of artificial Earth satellites whenever certain terms of
the series expansion of the potential of the Earth's gravitational field are taken
into account. [Translation of abstract] V. Dobronravov
SUB,CODE:- 12
,~Vl

YAROTfM, I. I. "Tiv~ Blood Circulatie-,n aryJ Lynphr: itic Systens
of the Hum-an Pericardiu-i in R--13'ien "o It-z Const-rucl-lion." 11-11in P!~blic
Health RSFSR, Leningrad Hygiene Med Institute, Chair of Normal Anatomy,
Leningrad, 1956. (Dissertat4.on for the Degree of Candidate of Sciences)
SO: Kn-.*Lzlin,.Iya Letopis' No 43, October 1956, Moscow

USSR / Human and Animal Morphology - Lymphatic System. S
Abs Jour Ref&' Zhur. - Biol., Nol 22, 1956, No. 101489
Author :.,YaroyyXh,_I_J_.__
Inst, : I-e-h-In-grad Sanitation Hygiene Medical Institute
Title : The Lymphatic Vessels of the Mediastinal Pleura
of the Anterior Modiastinum in Man.
Orig Pub, ; Tr..Sev.-OBetinak. mod. In-ta, Vol.6,101-115
Abstract : On the baBis of studies of 500 cadavera tho follow-
Ing classification of lymph nodca (LN) of the stom-
ach was proposed. The visceral LN Include the
cardial, lesser curvature, pyloric, splenic, pan-
creaticosplenic, left and right portions of the
greater curvature, pancreaticoduodenal, pancreatico-
pyloric, and pancreatic LN. The parietal LN in-
clude the retropancreatic and the 8planchnic LN.
Lymph flowing from the left half of the fundus of
Card 1/2

USSR /Human and Animal Morphology - Lymphatic systef'o. S
Abe Jour : Ref. Zhur. - Biol., No. 22, 1958, No. 101489
the stomach passes through two systems of LN,
while that from the right half of the fundue and
the lesser curvature passes through three, and
from the greater curvature through four. -- A. 1.
Braude
Card 2/2

YAROVYXH, I.I. (laningrad, X-67, u1. 10arakiria, d.1/3. pavillon 26, kv-75)
yl ~A,
!Ymph flow from the pericardial sac in man. Arkh. anat. gist. J
embr- 36 no.4:71-75 Ap '59 (MIRA 12:7)
1. Kafedra normallnoy anatomii (1.0. zav. - dotsent V. N. Nadezhdin,
nauchn. rakovoditell - chlen-korreepondent ANN SSSR prof. D. A. Zhdanov)
Leningraclakogo sanitarno-gigiyenichatikogo meditsinskogo instituta.
(PERIOMIUM, anat. & histol.
lymph on flow (Rus))
(LYMPHATIC VESSBIG, anat. & hietol.
pericardial outflow (Run))

LIM
MUM
,Iric, 'I
Trudy !,f,A,jMlr 6 5) 11",' 8- 32
Bloorl-va.-,cudar sys+,-,rn of the paricardium. lbtd.:133-137
Kafcclra normallnoy anatomit Loningradskogo ranltprno-glg-lyt)n!-
t!'nL~i,kogo irsUtutij Nav. kat'cdr-oy prof.
z . . . . . .

TAROYSKIYO V-I-, prof,, doktor tokhn, nauk; CHMUMA, D,,y,, inz'h,; T=SOVI
TROSMOTI, YaOL,O i33zho; OYMBNMP AOM99 inzh.;
in2h.
Degasifying steel In ladles and molds by means of direct electric
currentee Sbor Iust. stali no~38:209-225 '58, NIRA 11:8)
!Gasee in metals) (Meatric currents)
--- ---- ----

V
-YRR -VIIAVIC
EXCERft~! YIDICA Sec 5 Vol 12/1 Gen Pathology Jan 59
166. ROENTGFNANGIOGRAPHIC EXANIINATION OF TUE STOMACIi IN GASTICIC
CANCER AND PRECANCER (Russian text) -I a rozk a i a V. P. Nled. Inst.
Koorsk - VOI-IR.ONKOL. .1958, 4/3 (295-300) Illus.5
A total of 55 specimens of gastric resecti,on were studied. The vascular network of
adenocarcitiomas is clearly outlined against the rest of the stomach in that it
forms a sort of crown corresponding to.the-border of the tumour. In scirrhous
Cancers the vascular pattern cannot be distinguished from.that of the unaffected
parts of the stomach. Polypi have an additional net of vessels radiating from their
pediclc~,The changes is found in chronic ulcer and gastritis are described as well.
(V, 16)

KHARAKWH, V.G., inzh.; YARMHEVSKU,.S.A., inzh.; ALEFSEYEV, W.N.,
inzh.; KOLESNIK, N.A., inzh.; FRIDMAN, O.A., inzh.; GRUBA,A.I.,
inzh.; GRIN, L.V.; PETRAKOV, V.I.
Electric insulation coatings on the inside surface of battery
boxes of electric mine locomotives. Ugoll Ukr. 10 no. 1:
31-33 Ja 166. (MIRA 18.12)
1. Ukrainskiy nauchno-issledevateltakiy institut plasticheskikh
mass,

5W
AUTHORS: Roykh, I. L., Yarpovetskiy, L. Ya., SOV/74-28-2-3/5
(Odessa) -----------------
TITLE: Chemical Electron Emission (Khimicheakaya elektronnaya
emissiya)
PERIODICAL: Uspekhi khimii, 1959, Vol 28, Nr 2, pp 168-188 (USSR)
ABSTRAM In the present paper the authors give a general view of the
main results obtained by investigations of the chemical
emission. Since this is a matter of single investigations,
no final conclusions can be drawn as yet. The chemical
emission was investigated by various authors in various wayss
by means of the drop-weight method (Refs 18, 19-26, 28 et a!)
at low pressure (Refs 44, 45) by point counter tube (Ref 31)
with cylindrical counters ( Refs 32, 34-36, 39, 40) as well
as with copper tubes. Recently chemical emission has beer.
investigated by an electron multiplier tube (Refs 41-43),
From the results obtained it may be seen that the chemical
emission is primarily conditioned by electrons. For this
reason the authors consider the whole emission flow to be
an electron flux in order to simplify matters and use the
Card 1/4 term chemical electron emission. The investigations of the

Chemical Electron Emission
Card 2/4
SOV/74-28-2--'
.10P.,
emission dependence on reacti7e substances have shown
that the emission of charged particles occurs during a
chemical reaction on the metal surfaoo. It takes place only
in the presence of active gases (R;)fa 17, 23, 25-28). Its
intensity is increased with increasing energy released during
the reaotior- (Ref 18). It was found that the presenl;o of
gaseous oxygen and a metal eurfaca free from oxide are pre-
requisites for the emission ( Refs 35-36). Ort comparing the
emission intensities of various metals the authors came to the
conclusion that the intensities corresponi to the position
of these metals in the periodic system (RPf 41)- T6 emission
of refined metals, which apparently are not in any connection
with chemical processes, wan investigated (Refs 31, 32, 41,
42, 48). The conclusions draxn by numerous authors from the
time dependence of emission on the oxidation mechanism of
metals in various stages appear to be premature. The
investigatiors of temperature dependence do not yet permit
any generalization (Refs 31, 33-37, 40, 44, 45, 48, 54, 58)-
The dependence of the emission flow in the electric field
and the distribution of emitted electrons according to energies
were investigated in (Refs 23-26, 28, 43, 55)- On connecting

Chemical Electron Emission
Card 3/4
SOV/74-28-2-3/5
the inhibiting field to the emitter the distribution of
electrons can be found according to energies. Richardsor
determined the distribution functions of the electrons,
which were emitted by the influence of numerous active gases
on the alloy K2Na, according to energies. With respect to the
number of investigations carried out in this field, his
publications are the only ones. Denisov and Richardson
recommended the emisuion mechanism in 1934 ( Refs 24, 27)-
It is their theory which permits the electron emission of
gases on metal during the chemosorption to be explained.
Numerous authors have shown that during the chemical-reaction
also an emission of negative ions is to be observed. This
may be explained by the ionization of gas molecules during
their reflection from the metal surface. The ionization
of molecules may take place only when their electron affinity
is greater than the work function of metal. This condition
,was confirmed for alkaline-metal halogens (Ref 44). The
chemosorption of active gas molecules leads to electron
emission. The ionic emission is caused by molecules which
were not adsorbed on the metal. For this reason the electron
emission may be considered. to be a direct result of the

Chemical Electron Emiusion SOV74-28-2-3/r~
chemical reaction. The emission of negativa ions must be
regarded as an attendant phenomenon. According to certain
reasons the separation of H 202 and the chemical electron
emis*ion may be considered to be connected processes
accompanying the oxidation of metala. Other ways of exoelectron
emission are here des6ribed briefly, which were investigated
in the course of past 10 yearss a)'emission during phase
conversions ("crystal emission"), b) emission during destruction
and deformation ("triboemis8ion"), o) after-emiss�on and d)
induced photoelectric effect. In conclusion it is stated that
the investigation of various ways of emission 4 -s still in its
initial stage in spite of the relatively large numbez of
publications. There are 10 figures ani 124 references, 12 of'
which are Soviet.
Card 4/4
%
zi% IF'

IAM
_j!!jM~ nzh.9 rukovoditell brigady kommunisticheskogo truda;
IGIARRASOV, N.L.., tLuUomekhaniko udarnik kommunisticheskogo
truda; LARIONOV, L.I., monter, udarnik kommunisticheakogc
truda; BARANOV, F.M., brigaZir
Leading workers in the fields of wire broadcasting, district
telephone communications, and television receiving networks
exchange their experience. Vest. sviazi 21 no.9:19-23 S
,61. (MIRA 14:9)
1. Moskovskaya gorodakaya radiotranslyatsionnaya set' (for
Yarre). 2. Teleatellye No.1 g. Ufy (for Kharrasov). 3.
Smolenskiy radiouzel (for Larionov)- 4. Stroitellno-montazh-
noys upravleniye radiofikatsii Voronezhskoy direktsii radio-
translyatsionr*42 setey (for Baranov).
(Telecommunication--7Employees)
T

MMMMM
YARSKOV, A.
In a big factory.Poth.dolo 3,no.3:27-28 Ur '57. (miRA lo:4)
l.Nachallnik posharnoy okhrany obuynoy fabriki imeni Mikoyana,
Rostov-nam-Donu.
(Roo-dkv-on-Don-Vire prevention)
-777

Y ARS K,.iV
7 f,
"ki,
Fi

- MR199-M
YAYOrJLA G. A.
'7777777=~
7777-
USP cIne Fermerl-ation, Bacteriva.,
Medicite::- Hicrobiol6gy
"Acetone-Ethyl Fermentation: Fermenting Tricar-
~Onic' Compounds by Means of Acetone-Ethyl Bartea
ria'" G. A. Yarsola, Chair of Microbiol., Moscow
State U., 5 pp
Mikrobiol" Vol XVIII., No3
iiNcusses possibility of fermenting glycerinp
pyroracemic and lactic acidaby bacteria, and
cases of the formation of Adbtone. Submitted.
6 Feb" 48.
50/405.

A
fe. 5
30
i0
4:1

YARTAPETOV, Artashes Akopovich
(Sci-Res Dermatology and Vernereology Inst of the Ministry of
Public Health Gtorgian SSV)q Academic degree of Doctor of Medical
Sciences, based on his defense, 19 October 1954, in the Council of
Tbilisi State Medical Inst, of his dissertation entitled:
"Materials for the study of the pathogenesis of some neurogenic
dystrophies of the skin in clinical observation and experimentation."
Academic degree and/or title: Doctor of Sciences
30t Decisions of VAX, List no. 18, 10 Sep 55, Byulleten' MVO 53R, No. 17t
Sep 56,, Moscow, pp 9-16,, Uncl. JPRS/NY-435

-I, I-T ~-- ~,-) /-~ w2s-~- "f-,
ZYUZiN, Fedor 6tepanovich; YAW Ar- VAMNTSOV,
---6w
V.S., redaktor-, MYOVEAV, L.Ys., tekhniche-skiy rodaktor
[Repair of peat cutting machines] Remont mashin frozernogo sposob"
dobychi torfa. Moskva. Goe.energ.izd-vo, 1957. 2.19 p. (KW 10:10)
(Peat machinery--Maintenance and repair)

ZYUZINj Fedor Stepancrvich; YARTSEV,_Aleksandr Konstantinovich;
SUR1,10VO V.V.,, red.; LARIOEOV,, G.7e.p tekJxn--,--re-d-.f'
(Repairing peat machinery] Remont torfianykh mashin. Mo-
skvao Gos.energAzd-vol 1961. 382 p. (MIRA 15:2)
(Peat machinery-Maintenance and repair)

GUTSUNAYEV, V.K., inzhe [decesaed]j YARTSEVO A.L., in2h.
Standardization and typification in peat me bluery manufacture.
Torf.prom. 39 no.3s25..28 162. (MM 15:4)
1. Voesoyuznyy nauchno-iosledovatellskiy institut torfyanoy
prorqshlennosti.
(Peat maehinory)

SARDAROV, G., kand.tokhn.nauk; YMT!ZV A. inzh.
Laying pavement of cemented soil vith polyacrylamide additive.
Avt.dor. 26 no.12:16-17 D 163. (YIRA 17:4)

YM~11'511; A. 1,11,
Yartsev. A.- '11. and Muller, V. G. "The Valldm-n Bottle Te-zt for spreading endal-teritis,11
Trudy Gospit, kliniki. (-'Vr;mtl. n,:.d. 1-n-t), Vol r1, 19ltPj, p. ";lr;'-IP,
so: U-3850, 16 June 53, (Lettlopsis lZhijrnallnykh Statoy, No. 5, 1949)

YARTS!',Y) A. IT.
Yartsev, A. 111. "On the m,oblem of rmotional. lolicoc.,,to-Js in min, (Ni-in.-,
interientions),11 Tni(!-. f7ionnit. k1hiruri!. klirtiki
1948, P. 166-61
SO: U-3850) 16 June 53, (Letonsis lZhurnal Inylh Statc- .10
5) 191,9)

USSR / Human and Animal Physiology (Normal and Patho- T
logical). Blood. Formed Elements
Abs Jour: Ref Zhur-Biologiya, No 21, 1958 974i?
Author : Yartsev, A.N.
Inst : Not given
Title : The Question on Sources of Emotional Leucocyto-
sis by Man.
Orig Pub: Probl. gematol. i perelivaniya krovi, 1956, 1, VO-3,
19-22
A bstract: Analysis of theories on possible source of leuco-
cytosis in negative emotions (increased leukopoi-
esis redistribution of leucocytes, participation
of shn and spleen depots). None of the concepts
explains the mechanism of this phenonenon.-I.I.Yuro-
vskaya
Card 1/1

YAIITSBV,A.H.
Can changes occur in the morphological compbsition of peripheral
blood and blood coagulation time in man during strong emotions?
Lab.delo 2 no.4:11-14 Jl-Ag 156. (Ian 9:10)
1. Zz goopitallnoy khirurgicheskoy kliniki (zav. prof. A.T.Lidskiy)
Sverdlovskogo maditsinskogo instituta.
(BWOD--ANALYSIS)
(BLOOD-COAGUIATION)
(EMOTIONS)

Humidity factor in determining blood coagulability in Sitkovokii-
Egorov's apparatus. Lab.delo 7 no.9:15~-17 S 161. (MM 2.1,:10)
1. 1(linika gospitallno~ khirargii (zav. - chlen-korrespondent AMN
SSS'i prof. A.T.Lidskiy Sverdlovskogo maditainakogo instituta.
(BLOOD--COAGULATION) (HUMIDITY-PHYSIOLOGICAL EFFECT)

JARTSEV, A.H., kand.med.zi~
CapUlaroscopic observations. Vrach. delo no.6sU9-120 J6163-
(WRA 16:9)
1. Maika gospitallnoy khirargU (zav. - zaiduzhemiyy deysp-
tell nauk~, chlen-korrespondent A14N SM, prof. A.T.Lidskiy)
Sverdlovskogo meditainskogo instituta.
(CAPILLARIES) (141CROSCOPY,, MEDICAL)

-L 54970-65 0,17 (m)/I--'PF( Cli /EZJP4 )/T Pc-4/Pr-4 RK
ACCESSION R., AP5012111 UR/0191/65/000/005/0061/0064
678,01:536.485
JW
TITLE: Determination of the cold resistance of polymeric materials
SOURCE: Plasticheskiye massy, no. 5, 1965, 61-64
TOPIC T&GS: polymer stabilityv cold reafatance, polyethylene elasticity, poly-
propylene elasticity, cold hardness
I opylene were tested with a
Low.pressure polyethylene and po ypr
atures-between Z -aw OC. --- During,
nave s
.
e _s_tr_a_t'ch1n_g"_ o"Uthe sAmp re a curve in'the coordinates
.th lef this instrument co rds,
stress - relative deformation. A useful index of the cold hardness of polymeric
materials was found to be the elastic - hyperelastic deformation on stretching;
this characterizes the intact internal structure of the material. In determin-
ing the cold hardness, the tensile strength indices should not be used. In de-
termining the stability of reinforced articles, the tensile elongation at low
temperature should exceed the shrinkage of the material when thie article is
cooled, The elaotic hyperelastic deformation (and hence, the cold hardness)
C 1/2

1 5497M5
ACCESSION UR: AP5012111
is higher wher, the direction of the-flow of the melt is utorm as the moldis
filled. At service temperat"re abovr -25C, Rolypropylend s more cold-resiso
tant than low-pressure-jgjqt ~Ienejl at lower temperatures, the latter is more
cold resistant. Origs art* has% 5 figures and I table.

OBPMTSOV, Sergey Vladimirovich, 1901-; YARTSEV, G., redaktor
[London: notes from a travel diary] London; Iz putevogo dmevnika.
Moskva, Izd-vo "Pravda,* 1955. 63 P. (Biblioteka 90gonelc R no-37)
(London--Description) (MLRA 8:8~
7.Z

YIARTSEV, G. (Irkutsk)
Cutting tool in a mist, Izobr.i rats. no.10 163.
(Metal-cutting tools-Cooling)
w
(KIRA 16:3)
,I-.--

HITROFANOV, V.; ZUYEV, I.; MASHKAUTSAN, S.; KAMKINP L.; ZBARSKIY,
S.; GLUSHCHENKO, M..,- ROZKIN., G.
Shortcomings of the stage system of teaching. Prof,-tekh. obr. 21
no,7s2Q,-31 JI t64, (MIRA 17;U)
1. Ilachaltnik otdela podgotovki kadrov Yuzhno-Urallskogo soveta
narodnogo khozyaystva (for Mitrofanov), 2. Direktor tsentrallnogo
uchebnogo kombinata Yuzhno-Urallskogo, soveta narodnogb khozytLystva
(for ZuYev). 3. Nachaltnik otdela tekhnicheskogo obucheniya, Chelyk-
binskogo traktornogo zavoda (for Yartsav). 4. Nachallnik otdela takh-
nicheskogo obucheniya Chelyabinskogo metallurgicheskogo zwroda (for
Kamkin). 5. Direktor TSentralfnogo uchebnogo kombinata "G~avyuzhural-
stroy" (for Zbarskiy). 6. Nachalfnik otdela tekhnicheskogo obucheniva
Magnitogorskogo metallurgicheskogo kombinata (for Glushchenko).

LIU-
_T
SATOVSKIY, B.I.,,in'phener, laureat Stalinskoy premii; VIKOKUR,SKIY, Kh.A-,
kandidat tekhnichookikh nauk, laurea t Stalinskoy pronii; PPA-'
blbk, V.R.. inzhenir; YASEM, D.A., inzhiier; ISAYZV', T.Ye., Inzhe-
ner; YAWS3ff,'G.H.', inzhener; Rmi swim,,-, r.r., Inzhoner; PAR-
HITSKIrrlrP%-7E-w'Aldat tekhnicheskikh nauk, redaktor.
D~';Sh_i4/75 ~ralking excavator) Sh&&;siv6hchli skskavator ISh-14/75.
Ustroistvo i skepluatataiia.,Moakva, Goo. nau6no-takhi. i'zd-vo
.mashinostroitelinoi i sudostroltellnoi lit-ry, 1953. 210 P-(KLRA 7:7)
1. Rassia (1923- U.S.S.R) Hinisteretvo traasportnogo I tyashelo-
go mashinostroonlya.
Okcavating machinery)

YASMT, D.A.; YARTM, G.M.; DUGINA, N.A.. teldmicheakly redaktor;
re
[Aid to the operator of the ML-3 excavator., T pomoshch mashinisitu
skskavatora S3163. Svercilovisk, Gbs. nauchno-tekhn. izd-vo mashinostroit.
i sudostrolt. I-It-rv rUralo-Sibirskoe otd-nis] 1953. 50 P. (KI-RA 7:8)
L' Uralo-Sibirskoye otdeler-iya Hashglza (for Kravtsov)
.(Excavating machinery)
-V

,0A'
VfNOKURSKIY, Khaim Aronovich; ISATEV, Timofe7 Yenellyanovich;
RUDOISKATELI, Vladimir Vasillyevicb; TAUSEV,,,Grigoriy
Matvayevicb; YASRIW, DmItriy Andrayovich; SATOVSK oris
KMACW- C. Vladimir Rudol Ifovich: SHARASHDT. A.P.,
kand.tekhn.nauk, red.; DUGIIIA, N.A., tekbn.red.
[WalkiAg.excavatorn mnufacturod by the Ural Heavy Machinery
Plant] Shagalushchia ekskayntory Uralmnahzayoda. Monk-.a, Goa.
naucbno-tekbn.izd-vo mashinnstroit. lit-ry, 1958, 329 P.
(Excavating machinery) (MIRK 11:12)
3- M
S

MJDOISKATHLI, Vladimir VaBillyevich; SATOVSKIY, Boris Ivanovich;
YARTSBY, Grigoriy Katayevich; SUBASHOV, A.P., kand.tekhn.
rd-d.'-`MMMOT;-N.P., tekhn.red.
[The XKG-4 and EX-3 excavators; operation manual] Ekskavatory
XXC--4 i SP-3; rakovodstvo po ekspluatateii. Moskva, Goo.
nauchno-tekhn.isd-vo mashinostroit.lit-ryg 1959. 271 Po
(KIRA 12:8)
(Excavating machinery)

SATOVSKIT, Boris Iva novich; _=W,--Qr1eorijy-1(&tv-eYejiqh -._YASMIEV,
Dmitriy Andreyevich [deceased]; TbV=OY, Vladimir Mikolayevich;
FCUMCHUKO Pavel I00ifovich; DIDKOVSKIT, D.Z., otv.red.;
KAUFMAN, A.M., red.izd-va; BOLDTR3VA, Z.A., tekhn.red.
[Modern excavators for open-pit mining] Sovremennye karternye
ekskavatory. Koskva, Gos.nauchno-takhn.izd-vo lit-ry po gornomu
delu. 196o. 4z3 p. (MIRA 13:11)
(Excavating machinery)

DCKHROVSKIY,N.G. professor, doktor tekhnicheskikh nauk, laureat
Stalinsk cy premii; GRZOV,A.R., inshener; KRATTSBM,M.I.,
inzhener; LWIAKIN,V.P., inzhener; TARTSNV,G.P., inshener.
Excavator with an electromagnetic sliding coupling. Mekh.
stroi. 12 no.4:16-21 Ap 155. (MLRA 8:6)
(Couplings) (fteavating machinery)

;M OR - MIT 7-1 1 ME
4;1w, P - " -_ _~17
ZISHAN, N.A., in2hener; POPOVA, N.E., inzhener; SHHIDELI, A.A., inzhener;
YAR SEV, G.Ye., inzhener.
VS-3 apparatus for compositing steel circuits. Vast-sviazi 16 no.5:
5-7 Je '56. (HLRA 9:8)
(Telephone--Apparatus and supplies)

ZISMAN, N.A., inzhenar; POPOVA, N.R., Whener; SHMIIMLI, A.A., inzhener;
YARTSEV, G.Te., inzhener.
VS-3 apparatus for composing steel circuits. Tast.svlazi 16 no-7:
11-13 Jl 156. (Telegranh lines) (MLRA 9:9)

MYSHIVA, Hatallya Tladimirovns- HATA10Y, Boria Konatantinovich; OSTINSKIY,
Alekney Yakovlevich; '~ART~LRYO#Ye.., otv.red.; LEYBOY, M.K., red.;
rARA I VA, S.F., tekhh.red.
[Direct system of automatization and operation of long-distance
telephone commnications] Nemedleanaia sistema skepluatetaii i.
avtomatizataiia mezhdogorodnoi telefonnot eviazi. Moskva, Goo.
izd-vo lit-ry po voprossm sviazi i radio, 1958. 53 P.
(MIRA 12:3)
1.Ze,mestitell nachaltnika TSentral'uoy mezhdygorodnoy telefonnoy
stantaii (for Malyahava). 2. Glavnvy Inzhener Rizhskoy meshd-a-
gorodnoy telefonnoy stantaii (for Naumov). 3. Glavnyy inzhener
Leningradskoy mezhdugorodnoy telefannoy stantaii (for Ostinskiy).
(Telephone)

A~ITHORS: Petrushi.-, I.P., Deputy-Head of GIUYITTIS: Yarts~er;
I of the Technical Department.
TITLE's New Rules for the Technical Operation of Lotq Dietetics rfejeecrm
Communication (Novyye pravila tekhnioheskc.:r ak.3.uluatat
mezhdugorodnoy telefonnoy svyazi)
PERIODICALt Vestnik svyazi, 1958, Nr 7, pp 20-21 (USSR)
ABSTRAM The organi zat Ion cfa long distance telephone Y1,3two-k.,
and the delegation of reSPQRSib~14'y for j.tS %raricus b7a-v~hp
ana services are described. The new r,~Ies cf the MAInistry Of
Communications, USSR, for the operation of the retworks, wen',
into effect on 1 January, 1958. The artiole 3_49ts scme of ''
these rules dealing with operating standarda, organizational
control and responsibility, operating discipline, ser-lice
breakdowns and how to deal with them., the drawirig up of indi-
vidual channel record sheets, safety precaution;-, sa::viclng
and repair.
Card 112

New Rules for the Technical Operation ,)f Long Distance Telephone Communication
r
ASSOCIATIONi Ministerstvo svya-zi SSS.11 (USSR Min48try of
1. Telephone conmicatiom sybtem&-Stand&rds
Card 2/2
7- W777

SCLOVITZ7, Shaya Grigorlyevich; TARTSEV, G.Ye., otv.red.; RTAZANTUTA,
N.M., red.; KARKOCK,
[Apparatus of a trunk iutraproviuos long-distance semiautomatic
teliphone system with a one-frequeucy signal code] Apparatura
magistrallnoi i vnutrioblastnoi mezbdugorodnoi poluavtomatichaskoi
telefonnoi eviazi a odnochastotnym signallnym kodom. Koakva.
Gos.izd-vo lit-ry po voprosam eviazi i radio, 196o. 66 p.
(KIRA 13:6)
(Telephone-3quipment and supplies)

PETRUSHIN, I.P.; YARTEEVo G.Ye.
Telephone-televisi,in coaxial main line. Vest. sviazi 21 no.3:3-3
mr 61. (MIRA 14:6)
1. Glavr*ry inzh. Glavnogo upravleniya mezhdugorodnoy telegrafno-te.
lefonnoy svyazi Ministerstva svyazi SSSR (for Petrushin). 2. Nachallnik
tekhnicheskogo otdela Mavnogo upravleniya mezhdugorodnay telegrafno-
telefonnoy sWazi Ministerstva svyazi SSSR (for Yartsev),
(Telephone lines) (Television)

IONTOV, L.Ye.; KOVALEVI S.M.; PUSTOVOYTENKO, O.D.; SHAMSHIN, V.M.,-
-7ABTZEX,-G-IA--~ IONTOV, L.Ye., otv. red.; BOGACHEVA, G.V.,
red.; RORMVA,'S.F., tekhn. red.
(24-Channel apparatus for multiplexing cable communication
lines] 24-kanallnaia apparatura uplotneniia kabelInykh linii;
informatsionnyi sbornik. [By L.E.Iontov i dr.) Moskva,
Sviazlizdat, 1963. 184 P. (Telephone) (MIRA 16s6)

YAlMFVv G.ya.
Individual 6quipment, of 24-charms--l LIY-24
Vent. svia2i 24 no.5:12-Ic Ry 164100 (M-RA 17-6;
1. Machallnik tekhnicheakoga otdola Glavnovo uprftvlenlya
mezhdugorodnoy telegrafnoy I tolefonnoy s,;yani Mlril!?z~t~vs~va
svyazi SSSR.

YARTSEV, G.Ye.
Generating and group equipment of 24-channel BK-24 type apparatus.
Vest. aviazi 24 no.11:10-13 N 164. (HIPI 18g2)
1. Nachal*nlk tekhnicheskogo otdela Glavnogo upravleniya
Mezhdugorodnoy Lelegrafnoy i telefonnoy svyazi.

YARTSEV, G.Ye.
BO-12 type apparatus for multiplexing overhead line circuits.
Vest. sviazi 25 no.10:9-12 S 165. (MIRA 18:11)
1. Nachallnik tekhnicheskogo otdela Glavnogo upravleniya
mezhdugorodnoy tolefonno-telegrafnoy svyazi Kinisteratva
svyazi SSSR.
Moe
MR

owl
R.Ye.; YAMTSEV, T.K.
tile ("k-RTaAce of a double-41.94

1. YAMET, L.
2. U33H (600)
4. Siberia - Potatoes
7. New potato varieties for Siberia. Kolkh. proiz. 12 no. 12, 1952.
9. Ifonthly List of Russian Accessions Library of Congress, March 1953. Unclassified.

TARTSHV, L.P., starshiy leytenant mad. sluzhby
I
R
esidt of using dry living influenza vaccine. Voen. mad. zhur.
no.1:71-72 A 157 (MIRA 12:7)
(INFLUMIZA, prevention and control,
vaco. with dry living prep. (Rue))

YARTSEV, L.P.; KADYROV, F.A.
Case of malignant degeneration of cbondroma of the sternum. Vop.
onk. 6 -,io.3:80-82 Mr 160. 011"1 34S2)
1 (STERNUM-CANCER)

TEVYJM, M. ; -!~~ ~M~
Electric circuit for DW-100 weighing and sacking machines has been
changed. Muk.-olev.prom.22 no-7:27-28 'J1 156. (MDU 9: 9)
I.Chkalovskaya mallaitsa no.5.
(Flour mills--Bquipmenf and supplies)(Scalas (Wei~,himg ixotruments))
(Bagging)

YARTSEV M - KOCHKAREVA, &; MAKRETSOV, S., partiyW rabotnik (POS.
Sele=hihakogo rayona Amurakoy oblaati); SOLODOVNIKOV,
V. akter (Ri a); KBOTSEVA, 0., aluxhaahchaya; BFMIS, A.,
inzlh. (Moakva5; DIORZHETSg Ye.
Frank converution. Zhil.-ktm. khoz. 12 no.3:28-29 Mr 162.
(MIRA 15tio)
1, Zamestitell direktora govtiniti~ "OktYabrIsk'ayall Leningrad
(for Yartoey). 2. Direktor dvortea kulltur7 g.. Lipstaka (for
Kochkareva). 3. Ministerstva utro.itellaiva slaktrostantsiy,
Moskva (for Kazartseva). 4-.'Direktor Moskovskoy kinostudii.
nauchno-populyarn,ykh fillmor (for DrorzhetB).
(Botels,.taverns.. etc.)
. . . . . . . . . . . . .,u:
v

S/13-3/61/000/007/007/017
AO54/A129
ALMORS: Yartsev, M. A., Tulin, N. A., Bastrikov, N. F.
TIM: Use of concentrate instead of ferrotungsten in the ChNZ
PERIODICAL: Stallp no, 7, 1961, 613 - 614
T = i When the metal bath is alloyed with ferrotungsten containIng 70 - 73%
tungsten, the quantity of tungsten that can be recovered from the bath is 85 - 95%,
depending on the steel composition. The great losses in tungsten are due to -its
Wei specific gravity (19.32) and high- melting point (about 3,3800C). Even at the
maximu-m temperature of the molten metal tungsten will not melt entirely and part of
it settles on the bottom of the bath. In order to reduce tungsten losses, tests
were carried out in the Chelyabinskiy metallurgichaskiy zavod (Chelyabinsk Metal-
lurgical Plant) with the cooperation of M. I. Shatalov, P. I. Puzikcrg,, T. A. Bros-
lavskaya and N. T. Privalov to try out replacement of ferrotungsten by a tungsten
concentrate. The test meltings were made in a 5-~ton arc furnace, the concentreve
was added either during melting or in the charge. The latter method was found
more efficient, both with regard to operational conditions and the utilization of
tungsten, because when the concentrate is added to the charge tungsten can be re-
Card 1/3

S/133,/61/000/007/007/017
Use of concentrate Instead of ferrotungsten in the ChMZ A054/A120,
duced from wolframite during the melting of the bath. As reducing agent silloo-
chrome 1501 (49.2% Si and max. 30% Cr) was used, the charge consisted of 0.5 -
0 .7% C, 2.70% Cr, 8.40 w and 0.60% Si, as prescribed for 3X2E6 (3Kh2V8) type stAels.
On the bottom of the bath 250 kg lime was added, next 400 - 500 kg ball-bearing.
steel scrap, low-carbon waste from the rolling shop, silicochrome, then again
ball-bearing steel waste, and at the edge of the burden the tungsten concentrate.
The melting of 3Kh2V8 steel takes 3 hours and 20 minutes. The finished metal con-
tained: 0.33% C, 0.24% ma, 0.23% Si, 0.017% S,. 0.023% P, 2.34% Cr, 0.17% Ni,
8.36% W and 0.43% V. At a power-consumption of 686 kwb/t 5,040 tons of good quali-
ty steel were produced. The tungsten-concentrate has a high sulfur content (0-55
- 0.65%) which can be lowered by skimming part of the slag in the reduction pericd
for 30 - 40 minutes after refining starts and adding fresh slag or by processing
the slag with aluminum powder. The phosphorus con-tent of the steel produced with
the concentrate Is lower than that of conventional steel, beoause the wolframite
concentrate contains less phosphorus than ferrotungsten. The reccvery of tungsten
is less efficient when the carbon content decreases during smelting, it also de-
pends on the excess a-mount of silicon and on the way in which the concentrate is
fed bito the bath. The use of wolframite concentrate instead of ferrotungstan re-
Card 2/3

S/133/61/000/007/007/017
Use of concentrate instead of ferrotungsten in the ChMZ A054/A129
duces tiae. cost of 1. ton.. ofc3KhM steel by 44 rubles and 95 kopecks (new currency)
If the new method Is further-improved, smelting time can be reduced by 10 - 15
minutes (which saves electric power), while all the tungsten can be recovered.
The metal produced with the concentrate corresponds to the standards. The method
is already applied on gn industrial scale.
Card 3/3
P

S/130/63/000/004/004/004
A006IA101
AUTHORS: Tulin N. A., Chief of Shop,~ _?c zdeyev,, -N..- P. I)eputy-Chief of.Shop,
Yartsev,-14. 'A., Senior Electrometallurgisto Sergeyevp A. B.j
Senior Master, Zhivichkin, L. A., Electrician, rjbyduk, Yu. A.,
Mechanic
TiTLr,.: Assimilation of the ME -571- 6 (OKB-571-D) vacuum induction fur-
naoe,
A
I PMIODICAL: Metallurg, no. 4,-1963j 24 26
TW:~ A schematic diagram ofthe OKB-571-B vacuum induction furnace is,
1- given. During industrial tests made with the furnace several deficiencies were I
revealed and the following improvements were achieved. The inductor was insu-
lated with glass 6trip soaked with silloo-organic varnish. It consists of three
sections.- The central and lower sections operate continuously. Its multi-coil
design and reliable insulAtion proved satisfactory. To use more efficiently the
upper inductor section the tilting mechanitm of the furnace was redesigned making
-the crucible through 40 - 450
it possible to incline to the side opposite to the
Card 1/d
_7

_7
S/131)/63/000/004/004/004
Assimilation of the... Aor;6/Alol
'.discharge. The charge mechanism Was developed with electro-mcchanical drive,
~the chain was replaced by a single-rope drum. A new mechanism for mea-muring the
temperature and tankingwoff samples consists of two compact stainless steel rods,
32/25 mm in diameter, placed into-a hermetic pipe shell, 160 mm in diameter,
which is connected with the melting space through a vacuum seal. The rods are
moved by driving~rolls without rotating around the axis.. Graphite blocks are
th
mounted on the threaded rod ends,.having borings for quartz tips for the ermo-
couplesand.the sample-taking.devices. The new vacuum sealin devices represent
91
a simple levep system preventing the breaking of parts during different pres-,
:Sure. l.with.a lifting mechanism assures constant trajectory
A new teeming funne
~of tMl et during teeming.- The standards of.in-flow are WO l./k. Hg/uec for the
melting chamber,and 30 Hg/seo.for the.other chambers. Instead of sealing
boxes, vacuum hose -sections are used, operating by torsion and preheating the
furnace shell to 6o - 7oOc with hot water flowing through the cooling system of
furnace.-. As.a result, the air evacuation time was reduced by a factor of
1-5. The inflow In the-cold furnace was 60. - 100 1. Hg/sec, and residual
pressure at operational temperatures was 20 H8. There are 7 figures.
ASSOCIATION: ChM,
Card.2/1

31133-1-6 If/00z/0 I l
YOW/00
A054/A126
AUTHORS; ~!Kapollnitskiy; V. 0. A Shved, F. I,,, Yartsm M. A., Tulin, N. A.,
Pozdeyev, N. P., Sergeyev, A. B. Merenishcheva, 1. 1., Kalinina,
M., ~ozdnyakov, M. V.'
Z
.
.,Melting of steel 'and alloys in vacuum furnaces
TITLE
,PERIODICAL. Stal no. 4, 1963, 325
328
TEXT: UIX 15 (ShKhl5) and X2OH8O (Kh2ON80) grade steels often display
spotty liquation.. bright streaks, and bright skins. Tests for eliminating these
defectcvwei~e carried out by V..N. Kuzovatov, R. F. MaRsutov, 0. Ye. Mysina,
A. V. Shelgayeva,'L. A. Zhivichkin, Yu. A. Gayduk, V. S. Galyan, D. A. Soskov,
.1 -1#* Khme lev, G.-I. Birabina-et al. To prevent the rotating-movement-of the
liquid metal, the circuit scheme was modified (under the control of I. S. Pinchuk,
Candidate of Technical Sciences) and upon the suggestion of the NI3M (Chblya-
binskiy nauchno-issledovatellskiy inatiiut.netallurgii/Chelyabinsk 3oientifio
Research Institute of,Metallurg'y) all ferromagnetic parts were eliminated from
the electric system which then was redesigned on a,bifilar-coaxial scheme. In
Card .1/3

S/133/63/000/004/002/011
:melting of steel and alloys in vacuum furnaces A054/A126
the current system of the are a negative reversed connection was realized for
generator-induction. The are was kept constant by a NIIM-pulse generator. The
steel.for the self-baking electrodes was prcxluced according to the standard
th
method, while care was taken to limit the content of S to 0.006,16 and at of P
~,to 0.015pl.. The'induction type vacuum furnace ( oXB-571B/OKB-571B) with a ca-
pacity of 0.5 ton and a vacuum of 1,Lt ITg, supplied by a high frequency
BrO -250-2500/fVGO-250-2500 type generator, irith an inductor voltage of 1,000
:.(formerly 2,000),and a frequency of 2,500 cps was also revised. The vacuum sys-
~.,:tem consisted of 5 mechanical ( Hi-6r 10-6G) and 3 oil-vapor ( BH-4500/EN-4500)
.,pumps. The furnacelconstrudtion was improved (in co-operation with the Vseso-
yuznyy nauchno-issledovatel'skiy institutelektrotekhnicheskogo oborudovaniya/
..-~.All-Soviet Scientific Research Institute of Blectrotechnical Apparatus and the
Chelyabinsk Scientific Research Institute of Metallurgy) by fixing the inductor
more rigidly, by applying lever-type vacuum sealsl, suitable for application.in
the mnemonic furnace dontrol system, by redesigning the feeding, tilting appara-
tus etc. The crucible.material having a marked effect on the metal quality
;.:was also tested. 1lie most uniform macrostructure was-obtained with a crucible
me ed rftqgnesite -and -was- found--to be- the- Optimum -Vacuum-- The effect
_f - it- 30, ~L Hg
o
'3
71

-;--ACCESSION IM:-- AP3001468------ ----- -8/013 3/63/=/OO5/1A 2 6/04 29
~AUTHOR: Privalov, ff. T.;'Yarts
ev, M..A,.; Tulin, A.
TITLE: Improved techn1qUrfd_p=_7u_e7g__s%el DI.1
SOURCE: Stal no. 5, 1963, 4~6-429
TOPIC,TAGS-. steel DX-1, ateel.20MI15N3M, steel Kbl7N2, Or, C, raiduction of
defecti ve product
ABSTRACT: A new teebaique-in production of stainless steel DI-l( ho co tioni
w se
mWd
is similar to that of steel 2OKhl5N3M) yfis introduced after numerous e
XP("
2 'a
ments. This new type of a replacear ft, former stainless steel KMU and
has a number of advantages.- The procedure of making steel KU7N2 was app ed
for steel DI-1 but proved to be unsatisfactory. In later experiments the
proper chromium content in the.furnace charge was found to be below 9%; the
blowing through with oxygen was accomplished at 0.09-0.1:4 of carboncontent;
the 't;emj:~6_1'~tures of 1590-1610C at the beginning and the end of refining add
1570-1590C in pouring were foundcorrect for securing satisfactory maordstrue-
ture; the soaking time during the process of refining was 70-90 minutes. This
A.
Card, l/2_

POW"
TULIN.. ILA.; POZDEYE'V.. N.P. - YARTSFV M A SERGMT, A.B.; ZHUMIM) L'.A.,,
qlektrik; GAYDUKP Yu.A.,, mekhanik,
Adopting the vacuum induction furnace OKB-571-B. Metallurg 8 no-4:24-26
Ap 63. (MIRA 16:3)
(Electric furnaces-Design and construction)
T",

TULIN, N.A.; NOVOZHILOV, N.G.
YARTSEV M A LANDE, P.Aj
Service of electric furnace linings at the Chelyabinsk Xpetallurgical
Plant. Stall 23 no.5:429-432 YAY 163. Off RA 16: 5)
(Electric furnaces--Design and construction)
A
7w,

+i, cull --M
PPM
YARTSEV, M.A.; YdfAYRUTDINOV, R.M.
Economic efficiency of using liquid cast iron in electric
furnaces. Izv. vys. ucheb. zav.; chern. met. 7 no.11:195-
199 164. (MI-U 17:12)
1. Moskovskiy institut stali i splavov.

L h2972-65
ACCESSION NR, AP5006709
5/0133/651000/003/0232/0235
AUTHOR* Lubenets Zkukov., D.G.; Voinov,, S.G.; Shalimov A. C.; Kovoy&_.4
_L, F. Lralinnikov Cbernyakov. V. A.1 A.; Golik.." Y.. S.;
Nysing, G. ye Ye. S.;
TTTM: .5yrithetic slag jefinipj_Sf ste~j from large-capacity are oven&
Stall, no. 3. 1965, 232-235
TOPIC TILGS. steel refining, synthetic slag* ball bearing steel, chromium steel,
law Impurity steel, are oven steel
ABSTRACT! During the second half of 2963i one of the electrical steel-smelting
enterprises started Introducing the refining of steel by meant of synthetic lIn'_1
alumina slag into industrial use. The present article reports on the preliftimly
findinge concerning the efficiency of this new process. Tests were carried out
with a slag-calting OXB-284 oven having an Interior diameter of 5350 M and a
4500 kVA tranforwaro The wall, an4 cover we,,* made of ihrosomagnesite while the
tank was Ifted viLh carbon blocks-, the msItLng chamber had a dta"ter of 3000 les
and was 800 m deep, All. psAinant construction and operational data are given
C-J 1/2

L h2972-65
ACCESSION NP: APS008709
In considerablr. detail. Specifically, 1) the oven produced 2.5 metric tons/hr.
of slog; 2) during production of ball-bearing,and construction chrom,
-5.0% of the mass of processed m
the slag cons6ption amounted to 2.8
oven consumed about 1420. kWh per metric ton of slag produced; 4) the shortenr4
refining operation decreased the consumption of electrical energy by 30-40 kWh
per metric ton of metal, which compensated fully for the energy requirements for'
the production of slag; and 5) the productivity of the large-capacity electrical
ovens was increased by 10-15%. The new method markedly reduced (as shown in
several tables presenting the results of impurity determinations) the amount of
nonmetallic impurities and improved the plastic properties of the finished pro-
duct. The technological procedures described shoi~ld be able, In the future, to
improve the quality of the above-mentioned special 'stools even =or* and reduce
the impurity content even further. "In this work, carried out in conjunction with
N Dv, Ye. 3. Men'shenin, M, As Barnovalov, 0.
t ~.Xe a, V., C, PegE N.
Shirer M. 1. Shatal , A. A. MolchanVaA.M. Ye. Anlaiwra, and othervalso took
par-.." OrIS. art. bas; 5 "bles.
ASSOCLMOV: None
SUBHrMD: 00 1=1 00 03 CDDB.t M
NO REY WV: 01 UZRUS 000

r
L-35031 EWT(M)AWKWUP(t) 4D
ACCESSION NRt AP5008155 0/0286/65/000/005/0034/0034
AUTHOR. Paton. B. Ye Dudko, D. A 14edovar, B. I Latnah, Yu. V -, Hakalmo-jichL
Sheychenka. A. L.; Stup , L..M.; Goncharenko, V, p.; Grigorlyev,' L."11,;
111in, If# Ag I AU2j'njZflKiY_ V# Q. I rrjYjkJ0Y. ff. T. *# Ftg'mennov. V. E.; Kholodov,
Yu. A ; Bzatroy. Q. N ; Bastrakov, Ni ; Donets, I.-D.; Silayev, . ya.
TITLE: 14etboA of electroslag-caftin ingots. Class 18, No. 168743
SOURCE- By.1l,te.1 I.obreteniy I tovarnykh snakov. no. 5, 1965, 34
TOPIC TAGS: Ingot casting, ingot electroslas casting, electroslag melting, steel
melting, alloy melting, metal melting 1~
ABSTRACT: This Author Certificate introduces a method of electroslog casting of
Ingots in an open or protective atmosphere or In vacuum, in which slag is first
melted in a mold with a nonconsumable or consumable electrode are or plasma jet.
To impro-ee-the metal quality and the Ingot surface and to raise the yield, the
molten metal or, if needed, the slag in poured Into the sold through a hollow con-
sumable or nonconsumable electrode (*&* Fig. I of the Mclosure).. Orig. art. haa:
END)
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GALYAN, V*S& YART-EV M A KHAYRUTDINOV, R.M.; GOLIKOV, Ye.S.; USHAKOV, S.T.;
MALY~~Yu.D.
Use of intermediate products in the making of electric steel.
Metallurg 10 no.3:14-16 Mr 165, (MIRA 18:5)
1. Nauchno-isaledovateilskiy institut metallurgii i Chelyabinskiy
metallurgicheskiy zavod,
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LUBENETS, I.A.; ZHUKOV, D.G.; VOINOV, S.G.; SHALIMV, A.G.; KOSOY, L.F.;
KALINNIKOV, Ye.S.; CHEPNYAKOV, V.A.; GOLIKOV, Ye.S.;
MYSIUA, G.Ye.; Prinimali uchastiye: KEYS, N.Y.; FEEGOVP V G -
MEN'SHENIN, Ye.B.; BARNOVALOV, M.A.; SHIFER, G.B.; SIIATAi~l~' M.I.;
MOLCHANOVA, A.A.; ANISIMOVA, M.Ye.
Refining steel with synthetic slag from large-capacity are
furnaces. Stall 25 no.3:232-235 Mr 165. (91RA 18:4)
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00 tigated in a 250-c.c. cylintler with a memory lock. To this rylinder was -00
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an the M4HOiN't side dc~wv, to rj5l,. C,,fl,. The tutcctic
mixt. ciortaips 47 nint (38.4 wt c,~.,; th.,
entectic a] F" pha.- 1~ a 111w nw
h, 2
P.

KOKIN, Aleksandr Davydovich; YARTSEV, N., red.; SHLYK, M.,,
tekhn. red.
[New techaiques in the finishing of buildings] Novoe v
,:,,otde'Lke zdanil. Moskva, Mosk. rabochii, 1963. 63 P.
(MIRA 16:10)
1. Nachallnik Upravleniya otdelochnykh rabot Glavmostroya
(for Kokin).
(Building materials) (Construction equipment)

DUBROVKIN, Semen Davydovich, kand. tekhn. nauk;~Tk~TP~V, N., red.;
SHLYKV M., tekhn. red.
(Innovations in sanitary engineering work] Novoe v sanitarno-
tekhnicheskikh rabotakh. -Moskva, Mosk. rabochii, 1963. 84:P.
(MIRA 16:10)
1. fbikovoditell laboratorii sanitnrno-tekhnicheskikh rabot
Nauchno-issledovatel'skogo instituta Glavnogo upravleniya po
zhillshchnomu i grazhdanskomu stroitel'stvu v g. Moskve (for
Dubrovkin).
(Sanitary engineering--Technological innovations)

NESTBROT, Aleksandr Konstantinovich; TART=, N., red.; FATLOVA, S.,
teldm.red. ...................... .
(Master of rapid calcination] Koster skorostnogo obxhiga.
Moskva, goak.rabochii, 196o. 28 p. (wml 14a)
(Gement kilns)
n

NESTEROV, A~~kssndr Konstantinovich; YARTSHT, H., red.; KUZIOTSOVA, A.,
to red.
(man of creative initiative] Cholovek tvorcheskoi Initsiativy.
Hookva, Xosk.rabochii, 1961. 37 P. (MIRA 14:4)
.(Lobedev, Anatolil Favlovich)

KONDEROV, Irtem Illich; YARTSEV __red.; KUZIIETSOVA, A., takhn.
red.
[Construction workers master new professiondStroiteli os-
vaivaiut novye professii. 14oskvaj. Mosk. rabochii, 1962. 69 p.
(MIRA 15:11)
1. .",'Glavpogo otdoloniya po zhiliphch~
nomu, i grazhdanak6tu strotelll~~ v g. Moskye (for Konderov).
(Building trades-Study and teaching)
I T-
MM
j7

CHUYKO, Aleksandr Vladimirovich; YARTSEV9 N., red.; USTINOVA, S.s,
tekhn. red. -------------
[Artificial types of 8tone)Iskusotvennye kamni. Moskva,
Mosk. rabochii, 1962o 199 po (MIRA-16:3)
(Building materials industry)
77

MUKHIN, Aleksey Alekseyevich~ zasl. stroitell R6S.F.S.R.; YARTSEV,N.,
red.; SHLYK, M., tekhn. red.
(Assembly-line finAshing of.buildings] Konveiernaia otdelka
zdanii. Moskva, Mosk. rabochii, 1962. 33 P
iMIRA 17:3)
"N.
M

MIMI-
KOSTASH, Mariya Stepanovna, brigadir betonshchikov, Geroy Sotsiali-
sticheskogo Truda; YARTSEV, V., red.; --U-STLNOVA, S., tekhn.
red.
[Always on the move] Vsegda v puti. Moskva) Mosk. rabochlij,
1963. 49 P. (MIRA 17:1)

HYBiIN, Aleksandr Pavlovich; GUROV, Sergey Zotikovich; YARTSEV, N.,
red.; FOXHLEBKINA, M., tekhn. red.
(Industr7 and science] Ptomyshlennost' i nauka. Moskva., Mo-
skovskii rabochii, 1963. 101 p. (MIRA 16:7)
(Moscow region-Reaeareh, Industrial)
(Moscow region-Technological innovations)

DUDAREV, Anatoliy Fedorovich; YARTSEV, N., red.; KUZNETSOVA, A.,
Du~
takhn. red.
(Welding in enterprises of the construction industry)
Svarka na predpriiatiiakh stroitellnoi industrii. Mo-
skva, Mosk. raboohiip 1962. 43 P. (MIRA 16:6)
(Concrete reinforcement--Welding)
On
R F-PREIMP M.-T, MR.
0
U77

-~ - - .
i-~
NN
BUDAREV, A. red.; KRECHETOV, A.,, tekhn. red.
(Excellent products for construction sites] Otlichrwe
izdeliia - stroikam. Moskva, Moskovskii rabochii, 1963.
106 p. (KM 17:1)

SVERDLOV, Natan Borisovich; YARTSEV, N., red.; POKHLEBKINA, M.,
tekhn.red.
(Masters of high proficiency] Mastera vysshego klassa.
Moskvap Moskovskii rabochii, 1963. 115 p. (MIRA 17:1)
Al~i2~1 Lin-