SCIENTIFIC ABSTRACT LINCHEVSKAYA, G. A. - LINCHEVSKIY, V. P.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000929920018-1
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: July 12, 2001
• Sequence Number: 18
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

KRONGAUZ, A.N.; PETROV, V.A.; LINCIIEVSKKiA, G.A.; PAIIADIYEVA,
N.M.; MAMIN, H.G., 76M.7,79TVORU, M.M., tekhn..red.
[Measurment and calculation of the absorbed dosages in
internal and external irradiation] Izmerenie i raschet
pogloshchennykh doz pri vneshnem i vnutrennem obluchenii.
Moskva, Medgiz, 1963. 134 p. (MIRA 17:3)

RMLOVA, A.V.1 SKALDIN, P.V.; MIKIIATPtiFNKO, V.P. - 'ANCIEVIAAYA G A
. i'gnificance of intraperitoneal introduction of --olloidal
so.Lution of radioactive gold fallovirg surger7 for glistric
cancer. Trudy TS'eintr. rauch.-Isol. Inst. r-e.-.tg. I r8d, 11
no.IsI91-200 164. (141RA 18?13)

ACCESSION NR: AP4012429
S/01291641000/002/001910024
AUTHOR: Yuganova, S. A.'; Bondarenko, Ye. A.: Duel', N. A.*; Linchevska7ya,
M. L; Nesterova, AL D.
TITLE. X-ray structural and electron saicroseopic analysis of type 16-25 and
18-40'4LUoys
SOURCE: Metalloved. i term. obrab. metallov, no. 2, 1964, 19-24
TOPIC TAGS: 16-25 alloy, 18-40 alloy, alloy steel, low carbon alloy steel, fer-'
ro-chrome-nickel steel, "ves phase steel alloying, residual phase, primary
Laves phase, secondary Laves phase
ABSTRACT: The phase composition and microstructure of some ferro-chromium
and ferro-chromium-nickel alloy steelswere analyzed. The cast alloys were
water quenched from 1200C, then were aged at 700 and 800C for 1-5000 hours
and at 850C up to 300hours. After heat treatment, the -eleotrolyl@lpaaly,
isolated
card 1/ 3

ACCESSION NR: AP4012429
residual phases and microstructure of the alloyswere analyzed by conventional
and electron microscopic methods. Laves phases and binary carbides can be
noted in low carbon alloys on ferro-chrome-nickel base containing . varyi@g
degreec. tCtwigsten in addition to niobium. carbides and titanium carbonitrides.
Alloying with tungsten and niobium affects the phase formation process in
different wars: an increase in tungsten concentration in the alloys greatly in-
creases the quantity of the secondary Laves phase, but ihcreases'insignificantly
the quantity of binary carbides and primary Laves phase. An increase in the
niobium content as well as titanium conte'nt*in the alloy is accompanied by an
increase and marked consolidation of th primary Laxes phase, while the quan-
tity of the secondary Lxves phase decrewdses. In addition, when the titanium
content is increased, secondary phases are rich in nickel, titanium and
aluminum, manifest themselves. An irprease of the nickel content with a
_;c
decrease in iron teduces the quani t he primary and secondary L".es phases..
Orig. art. has; 6 figures and 2 tables. j'
Card 213

ACCESSION NR: AP4012429
ASSOCIATION: TsNIITMASb (Central Scientific Research :Institute oi
fleavy Machine Building)
SUMUTTED: 00 DATE ACQ: 03Mar64 ENCL: 00
SUB CODt: ML NO REF SOV: 005 OTHER: 001
Co,d 313

KUGUKALO, I.A.(Kuhukalo, I.A.], kand. ekon. nauk; KORETSKIY, L.M.
[Koretalkyi, L.M.); LIFSKIY, V.M.[LIps'kyi, VAJ;
KOSTMO, N.K.; SHKURATOV, 0.1.; @INCHEVSUYA. V.0.
[Linchavstka., V.0.]; DAVIDENKO, O-P-LDavydenko, O.P.1;
VDLOBDY, P.V.; PUGHKO, Yu.S.; KONSEVICH, A.I.[Konaevych,
A.I.1; KOPACHINSKAYA, N.I.[Kopachynslka, N,I.1; LANDYSH,
B.O., red.; DAKHNO, Yu.B., tekhn. red.
(Trends in the specialization and comprehensive develop-
ment of the Kiev Administrative Economic Region]Napriamy
spetsializataii i kompleksnoho rozvytku Kyivalkoho ekono-
michnoho administratyvnoho raionu. Kyiv, Vyd-vo Akad.
nauk URSR, 1962*. 308 p. (MIRA 16:3)
1. Akademiya nauk TIRSR, Kiev. Instytut ekonomiky.
(Kiev Economic Region-Industries)

I I I'V'_ I V@ @ p
1 11EIN." , VX@
The and of t*-e j@- .- - _- f,
of the Ufxraf ri@ -i ' ."' .-H. ani '1.a3k--- @n Clevel : -:: - ; @- ,
GBOP! . z1b! r. nc . 55 . '_37,_-@ 44 162. !@- @:, '. -1 -_, ".,

-K%Y.
In Molten Iron-Uhrotaiv and
j@lt and
(Jzveshya
damarin. Akade@n' smy.R.. 01
:vcchnicheakikh Nauk, 1053, (5)9 001-704). [In Russinsil.
The influence of chromium on the solubility of oxygen in
liquid irou was studied by determining thn state ofe(jullibrium
li, the systvin : metal-bathlaxido-film/gas phnse. It wns
found that, depending on the chromium content in firpiid
iron, the oxidation products of chromium In the metal are
chromite (FoO.Cr,03), chromio oxide, and cliromous oxide.
The results of metallographic investigations of non-metnilio
Inclusions, the study of Inclusion~ Isolated by anodic solution
of the alloys. and X-ray analysis of oxide phase, confirm that
the products of oxidation of chromium dissolved in liquid
iron are FeO.Cr.0, and Cr&Os. In melts containing abovo
!6% of chromium, an increase in the chromium concentration
increases oxygen solubility. This is explained by the forma.
tion of chromous oxide soluble in liquid iron. It was also
found the', nickel increases the tsyken solubility in iron-
chromium melta-v. a.

N C - - - - ------

@jg
4-
Oxidation of chrontlum 418"Ned In Hquld iron. B. V. -
Linche A. ht. Squarin: Poklady Akad,
411
"T
Me
,
, 7101-4
"'etex"d-w tile tmn
vm
t-
It
H
T
p,
systm F
j
C
@(
wr
1, on (1) Im. K
1026-1710*. The male equ 1, 'Cqtjatl
)t can beapplied, with cmec-
lotMerl + x lodoo
0/pO
.
I
tion, to 3 StPaMtA ranges 0 the Cr contents of Fe. With
Cr contents 0-6% the equil. cquatloft is (2) PeO + CrAw
DO'
000 - 107
336
1I
Cr
O
F
-
i
, A
) + 4
,
j
+ MYS Ppn + 9[
ua-
e Cr 0-10 the value of x(e
la til
ran
t
nx -
q
g
uathlTi r3l) Cr
2(Crj +
and Ahz@ e
ti
1) Is 8/2
on
t
,
q
.3
The Oue of the cotlY
- 4F
260 - V9
37r
301
0
.,
; - .
..
.
,
1
1
x d;@ps to 4/3 for Cr contents above- 18%, atid the edu
istxpressedhyW4 1cro
I + CrAo) - 31C
O -
nt
h
t
f C
98
r
.
.
c con
e
o
1
MA
Wig -
l
l
t
i
h
t
"
f
.
e s
ee
e;
the
otm
mmp
by the color o
t
ng on t
l
5 to % Cr In steel the color of the scale Is deep vlo
let,
ilac,
gray, or grayish blue. With, higher Cr contrnts.the color
turns to green and reaches c"Matually t IV
hizh Cr levels.

I an the tolubOy cLugen 4 =Uci iten saa
1.1 and A M, 1 NO. A U4.
SsSl?, Of @90.% -SA,Aility (,1 0. In me-Itcn
Fc-Cr-Ni strels crmtaining 4-" N'. of C@ anti 3-22% nt Ni t5
deA,wjvdncd at 1625' by, @-sun,lng that the @,Iulhbrjum the
g&@pha-5ccnmprr;cdofH,O 4- H,;Lnd thv molten m,!1ahsc:i1ablkh,-d
twhen ar. oxide film forms on the ;urfacp. nt the o1rit In spite I
6
of it comiidcmgIo rrattur of the "puimrTitai lmint-i it pvs7stb@e
to c9ticlude that sV bstitution of Nt for Fr at conit,.nt Cr content
incrimses the solubility of Ol In the. metal. S. K, LACHOWICZ.

U W_/OhemiStz_7 --Physical, chemistry
Card 1/1 Pube 147 - 26/27
Aut6re Idnchevksiyp -B. V., and Zhuk, N, P,
Title Use.of Fe' for the study of the Fe oxidation mechanism
"ize Idlimo
PerlodicalL Zhure, I 28/12,,_2265-2267p Dee 1954
-.Abstract A: new method is introduced for the.study of the Fe oxidation mechanism
[e-mail] the radioactive Fe59 isotope. The isotope activity distri-
bution vias investigated in slag obtained on the iron enriched with
F859, The presence of two activity maxlza - in the internal*and
slag I s were establishedo-The oxidation process in the
preaence of Fe5yeiro e-xpWned. ftve references 3 ZJSSR and 2 USA
(1945-1954),- Table; diasrams.
Institution -The L Ve
Stalin Steel Institutej Hoscow
ubmitted July 9P 1954

LINCHEVSKIY, B. V.(Engr.); ZHUK, N. P.;
"The Application of the Isotope Fe59 For the Investigation of the Mechanism
of Iron Oxidation 'It in book The Application of Radioisotopes in Metallurgy, Syr
,5 posium
XXKIV; Moscow; State Publishing House for Literature on Ferrous and Nonferrous Metal-
lura, 1955.
B. V. Linchevskiy, Engr.; N. P. Zhuk, Assistant/Chair of Metal Corrosion, Moscow Inst.
of Steel im I. V. Stalin.

LINCnTSKIY, B. V.
LINCREVSKIY, B. V.: "The solubility of oxygen in liouid iron and in iron
fused with manganese". Moscow, 1955. Min Higher Education 'USSR. Mo!-.cow
Order of labor Red Banner Inst of Steel imeni I. V. Stalin. (Dissertations
for the degree of Candidate of Technical Science.)
SO- Knizhna-va LetoRis;I No. 50 10 December 1955. Moscow.

LINCHEVSKIY, B.V., inzhener; ZHUK, H.P., detsent, kandidat khimicheakikh nault.
Use of the Fa50- isotope for investigating the oxidation mechanism of
iron. Sbor.Inst, stali 34:341-346 155. (K12A 9:7)
l.Kafedra korrozii metallov.
(Ir*n--Inotopes)

LINCHEVSKI B V kandidat takhnichaskikh nauk.
- - - I
Vactmm technique used in metallurgy. Notallurg no-7-3-6 JI 156.
- 0-aju 9: 9)
1.Institat metallurgii Akademii nauk SSSR.
(smelting) (Vacuum)

KASHIN, V., referent.; LINCHEVSKIY, B.
Iffect of vacutim smelting on the properties of metaU. (From foreign
journals). Stall 16 no.9:858-860 6 '56.. (MLRA 9:11)
(Smelting)

LINCHNSKIY, 3-V-, kandidat taklmichask-1kh nauk.
OUJJMWMWAm @'Jo.!W
Uperimental practice and methods for high-temperature research
(conference at the A.A.Balkov Institute of Metallurgy). Vast.
AN SSR 26 no.9:107-109 3 156. OGRA 9: 11)
(smelting)

UNcvAF-vSK%Y, S.V.
SUBJECT USSR / PHYSICS CAIRD I / 2 PA I i5l;18
AUTHOR LIN6EVSKIJ,BV., S-"-ARIN,A,M7
TITLE The Oxidation of Manganese Ahichwas Dissolved IT; Liq--n,4,
PERIODICAL Dokl.Akad.Nauk, 110, fasc. 2, 209-211 (19r;6"
Issued: 11 / 1975-6 1 )
The present work deals with the results obtained when. d47terminine the
brium. of the solution of manganese in iron with a mixture cf ateam- and hydrr@gen
at- 1565 and 16050@ The fact that equilibrium is established is ascertained by
the appearance of an oxide film on the surface of the metal, Results are coa-
sidered to be satisfactory if the position of the film on the metal remains
steady for a period of from 5 to 10 minutes,
In a diagram (abscissa lg(% 11n), ordinate lg(P /P @ the dependence of the
1120 H2
oxidation potential of the gaseous phase of the mengariese scntent in the
solution is represented, A further diagram showa the depepdenc,@, cf the comqp,@--
sition of the oxidation products of manganese op the m9ngarese :)n-*.,.1n'% -.:-. the
solution- In the case of a manganese content of more than 1,8@@ the followine
reaction takes place: YaiO Sol 4H 2(gas) =11 20(gas)+["'I ' a'01- 2,'50 - 36.83 T,
1g K, - - (15570/T) + 8,05- For the experiment the thermodyi3nrnlc ftincticna
of the interaction reaction of the steam with the liquii '-rcn are &-termineri,
V i-,ned, 'he
By adding the values obtained on 'this occasion to those just ra,-@@n ti t,
reaction equation of the oxidation of the manganese dissolvea in J=Crl -Is cb-

Dokl.Akad.Nauk, 110, fasc.2, 209-211 (1956) CARD 2 / 2 P., -5,9
tained. h1nO - 57;42 T, leK, 2527 1,
[11n] + [01; A FO - 11 56oo
3
r@'- 4.57-1 -7
The dissociation pressure of manganous oxide at !6000 Js P 0
09
The investigation of non-metal inclusions, of the partisle3 of 'rh@ '-zilatic-n pro-
du-%ts of manganese and of the products deposited in the c-@:urse of @hE- ancdi if's-
solution of the metal confirms the correctness of the c=cluslona arr--ved a@
If the concentration of the manganese in the solution is in:reassd, the partiol?5
of the inclusions become finer, and ro,;nd particles Itecome polygonal. At high
sentrations of manganese dendrite-shaped inclusions occur. Several photcgraph:_@
show the particles of various inclusions. At moderate manganese consentratAon3
liquid solutions with an increased content of ferrous oxidf. are fcr-.aed on the
occasion of the concentration of the molten metaln If the concertTation cf ths
manganese is increased, the composition of the oxide inclusions correspends to thc@
two-phase domain of the state diagram of the system MnO - FeO, With"n !his dowain
liquid and solid particles can form siniultaneoui3ly. In the case of a cori3ider-
able increase of the manganese content only solid solutiong wMch do not nelt
easily, are created, or else the pure manganous oxide is prr_-c2.p1tatf-J from th-,
solution- In the course of the chemical examination of the oxidation prcduc@a of
manganese it was found that they contain a8,2@1- manganouz -xid, X-ray anaiy5is
furnished the lattice parameter a - 4,43-
!NSTITUTIONi

@77-
rMir it@
Mn d@ssolitd i ftm-&F4 W-19
equil, in thm e, 'yStI.-al A lnl.v-lr@' i@k-
-@@-F IT V- liaui
id Of WM P.,S)
A I .7,J 1,
tt'j't
u
Ay..
MnOk' txme
etc
no:-.kt
Hit e, upon ibe : aivi
w*ascW4,as4Xx-lb-'@ Thel IT-va t
Cooff. of 0 d", lv@4 in t@e Pe-Mil AWy variul ll-dwcefl L2
amd O.Q11, vitf; 0." 6% Nra wUlle-with 2.5-6% Mxi

_rQQ*Q
7
IV,
V
..AUTHOR: Linchevskiy, B. V., Candidate of Technical 30-9-38/4a
Sciences.
TITLE: The Physico-Chemical Foundations of Steel Production
(Fiziko-khimicheskiye 001267-- proizvodqtvIL, stali).
PERIODICAL: Vestnik AN BSSR, 1957, Vol. 27, Nr 9, pp. 119-121 (USSR)
ABSTRACT: The IV conference on the physico-chemical foundations of
steel production took place in the Baykov-Institute for
Metallurgy of the AN on July 1-5. More than 200 participants
from 20 research institutes and 27 metallurgical enterprises
were present. Some papers dealt with the research data of the
mutual action of carbon, dissolved in a-ion with admixture of
CO and 00 2' Much room was occupied by: the reports on the
desulphurization of metal, such as the electrochemical steel-
desulphurization in the induction-furnace. Other papers
dealt with the results of the investigation of the
distribution of Cr, Mo, W between iron and iron-containing
slags by means of radioactive isotopes. The papers read by
the participants from abroad were listened to with great
interest. Dzh. Chipman: "The activity of oxygen in liquid
Card 1/2 iron" and "the diffusion of Ca and Si in the slags of the

The Physico-Chemical Foundations of Steel Production 30-9-38/48
system CaO - Al 202 - Sio 211- F. Richardson: "The activity
in the triple silicate slags", N. Grant: "The equilibrium
between liquid iron and the slag of the system CaO-Al 2() -Si02
and "On the mechanism and the reaction-process of the tLns-
mission of sulfur". T. Negresku: "The thermodynamics of the
metallurgical slags.
AVAILABLE: Library of Congress.
Card 2/2

)-)NCHE
vxlv, &V
18(o) PHASE I BOOK EXPLOITATION SOV/2182
Vertman, Aleksandr Abramovich, and Boris Vadimovich Linchevskiy
Vakuumnaya metallurgiya, (Vacuum Metallurgy
,) Moscow, 1958. 27 p-
(Series: Stenogramma lektsil. Seriya 'Metallurgiya,11 VYP. ij
3,000 copies printed.
Sponsoring Agencies: Obshchestvo po rasprostraneniyu politicheskikh
i nauchnykh znaniy RSFSR. Moskovskiy dom nauchno-tekhnicheskoy
propagandy imeni F.E. Dzerzhinskogo.
Tech. Ed.: R.A. Sukhareva.
PURPOSE: This book is intended for technical personnel in the
field of metallurgy.
COVERAGE: The author describes several types of vacuum-melting
induction and arc furnaces and discusses the effect of vacuum-
melting on the properties of metals. He also describes the
process of obtaining metal by reduction in vacuum. No personali-
ties are mentioned. There are 4 Soviet referenees.
Card 1/2

Vacuum Metallurgy SOV/2182
TABLE OF CONTENTS: None given. The book is divided as follows:
Introduction 3
Vacuum-melting Induction Furnaces 4
Vacuum-melting Are Furnaces and Furnaces With Automatic
Crucible 10
Degassing of Molten Steel in a Ladle 1-7
Effect of Vacuum-melting on Properties of Metals 18
Obtaining Metalo by Reduction In Vacuum 24
Bibliography 27
AVAILABLE: Library of Congress
GO/ad
Card 2/2 8-6-59

18(3) SOV/31O-5P,--1-,- 40/43
AUTHOR: Linchevskiy, B. V., Candidate of Technical
TITLE: The Use of Vacuum in Metallurgy (Primeneni:p vakuuma v metal-
lurgii) Conference in Moscow (Scveshchaniye v Moskve)
PERIODICAL: Vestnik Akademii nauk SSSR, 1958, Nr 11, pp 124-126 (USSR)
ABSTRACT: This conference was held in the Institut metallurgii iw. A. A.
Baykova Akademii nauk SSSR (Institute of Metallurgy imeni A. A.
Baykov of the AS USSR) in Moscow July 1 to 4. 280 de-
legates were present, among them representatives of foreign
scientific research institutions and induztrial enterprises.
Fifty lectures were given, dealing with problems of melting
steel and alloys in vacuum furnaces as well as with the
vacuum treatment of liquid steel. Reports were given by:
G. N. Okorokov, A. Yu. Folyakcv, A. M. Samarin on the attempt
of remelting ball-bearing steel in a vacuum arc furnace.
A. Aksoy (USA) on remelting at first in a vacuum induction
furnace and subsequently in a vacuum arc furnace as the best
method of purifying steel.
E. 470b=On - (USA) on the melting of ingots weighing up to 5.85
Card 1/4 tons in arc furnaces of American plants.

SOV130-r-6 - i
The Use of Vacuum in Metallurgy. Coaference in Moscow
L. A. Belyanchikov on the heterogeneity of ingots from vacuum
arc furnaces with respect to their oxygen content.
M. S. Makunin, A. Yu. Polyakov on carbon thermal production
of vanadium in vacuum.
P. V. Gelld, G. P. Shveykin on the regeneration of niobium
pentoxide through carbon in vacuum at a temperature of 1050-
11500- In industry the methcd of vacuum treatment of liquid
steel in ladles and in casting is widely used, and was first
suggested by G. M. Novik and A. M. Sama=in.
Zd. Eminger (Czecho-Slovakia) on the vacuum treatment of
aluminum in ladles.
V. T. Burtsev, R. A. Karasev on the possibility of separating
sulfur from liquid iron melta.
A. F. Vishkarev, V. V. Kondakuv on the interaction between
carbon and the non-metallic oxidizing enclosures in vacuum
melting.
V. A. Mchedlishvili, A. A. Markarlyants rioted that the hypo-
thesis on the interaction between the carbon solved in the
metal in vacuum and the pure chromium and manganese oxides
Card 2/ 4 cannot be accepted.

The Use of Vacuum in Yetallurgy. Conference in Moscow
soy/ C-, 6
J*, Elliot (USA) on the solubility of nitregen in ir,=-nickel-
chromium melting.
A. A. Fogel' on equipment for melting of mptal in a ouspended
st at e.
V. S. Baykov on a method of determining hydrogen in steEl and
iron alloys.
A. B. Tseytlin, V. I. Kuznetsov on a new series of steam-uil
and mechanical buster pumps.
Ya. Gurevich on the rolling in vacuum of cast chromium, armoo
iron and steel X27.
J. Ybom , (USA), X. Gruber (Federal Republic of Germ any), M.
Auverter (Liechtenstein) on problems of developing and using
metallurgic vacuum equipment.
In his closing speech, A. M. Samarin analyzed the theoretical
problems of vacuum metallurgy that are still to be solved.
Card 3/4

LINGMSM. B.V.
Ferrous metallurMr in capitalistic countries in 1958. Bjul.
tekh.-elmn.inform. no.12:75-79 159. OGRA 13:4)
(Iron Industry) (Steel industry)

/,P. //30 67910
4a_+3_)_
-'LUTHORS: Linchevskiy, B. V., Rouianov, V. V. SOV/20-129-5-16/64
TITLE: 'The Corrosion-depe dent Formation of Cracks in Low-carbon
',Stainless Steel W -
PERIODICAL: Doklady. Akademii nauk SSSR, 1959, Vol 129, Nr 5, pp 1020-1023
(USSR)
ABSTRAM. The present paper deals with a complex investigation of the
mechanical corrosive properties and the resistivity of low-
J16(which had bee nelted
oarbon stainless steel of the type 118N
in a vaouum-induction-fu.Tpace) to corrosion crackiiiU. Stitiriless
'd.Ubl of the type U19A2_%erved as furnace charao. The ca3tinga
were'-iolled into a wbrk-piece of 15 iqm diameter and to aland
of 25-5 mm, from ;ihich the viork-pieces for the mechanical-
and corrosion tert.,. i-:er4 then punched out. One part of these
samples (11000) was quenched in water, the other was also
quenched and-tempered for a further-two hours'at 6500. The
corrosion test-was carried out in- boiling 59% nitric acid.,
.clea and lasi % hours. The corrosion crackin- pf'derjl %rts
f ou@? - oy ;ed,,
'a1-1- t-I The
_1A zd.-inveoti-ated in a V'6iling 42/1@o solution of MgCl2*
Card 1/3 higie'st deg're'.e of resistivity to corrosion is found in quenched

67910
The Corrosion"dependent Formation of Cracks in Low- SOV/20-129-5-16/64
carbon Stainless Steel
steel; the resistivity of tempered metal is from twice to
three times as low. The rate of corrosion of tempered steel is
by 75 times lower than that of the initial metal IX18N9
(0.10% C). The rate of corrosion and the tendency to inter-
crystalline corrosion begin to increase.considerably with an
increase of'carbon concentration above .0.02%. Within the
concentration interval between 0.014 and 0.10% C the metal is
prone to corrosion cracking if quenched or tempered. In the
case of a constant concentration of carbon (0.015%)t a
variation in oxygen concentration in the metal (from 0.0049 to
0-035%) d-oes not influence its resistivity to corrosion
cracking. The results obtained doneerning the influence of
carbon on the rate of corrosion of steel in boiling nitric acid
and upon the tendency of the metal to corrosion between the
oryptallites thus permit a more exact determination of the
minimum carbon concentration at which the steel becomes
corrosion-proof. A decrease in the concentration of carbon
from 0.1 to 0.014% exerts no essential influence upon the
Card 2/3 resistivity of steel of the type X16N9 to corrosion cracking in

67910
The corrosion-aependent Formation of Cracks in Low- SOV/20-129-5-16/64
carbon Stainless Steel
a boiling 42% MgCl 2 - solution. There are 1 figure, 2 tables,
and 7 references, 3 of which are Soviet.
ASSOCIATION: Institut metallurgii im. A-. A. Baykova Akademii naak SSSR
(Institute of Metallurgy imeni A. A. Baykov of the Academy of
of the USSR)
FRESEXTEDt August 14, 1959v by 1. P. Bardin, Academician
SUBMITTED: August 12, 1959
Card 3/3

18(5) PHASE I BOOK EXPLOITATION SOV/3388
Linchevskiy, Borls Vadimovich and Aleksandr Abramovich Vertman
Primeneniye vakuuma v proizvodstve stali (Use of.Vacuum in Steel
Making), Moscow, Metallurgizdat, 19fO. 125 p. Errata slip
inserted. -10,700 'oPi-ss printed.
Ed.: A. Ye. KhlebnJ.kov, Doctor of Technical Sciences, Professor;
Ed. of Publishing Hous-s: Ya. D. Rozentsveyg; Tech. Ed.:
L. V. Dobuzhinskaya.
PURPOSE: This bci@,.k l.s. int,-!;nd-,!@-d for technical personnel at plants
and sci@@jr4tifl@-, Inst- Itutions . It may also be used by'students
of metallurgy and mi@L,,@h-lne design.
COVERAGE:' prin,@.J-ples and practical aspdcts of the
vacuum produ,-t4.nn :?f st!,sl and alloys in induction and are
furnaces art Problems connected with thevacuum
tre atment of moittn statl in the ladle and during teeming are
dis cussed. Equipm,5nt for which design-data are given includes
degassing and t.@-tmlng chambars, pumps, and instrIuments for,
measuring vaouwm.. lAboratory and field data are analyzed to
Card 1/3

Use of Vaouuwi in St:@@-:l m;Lking
SOV/3388
show the @5ff-_'t oL' vacuum melting and teeming of large ingots
and vacuum tr.@;atm@nk, -;f mult-en steel or. the properties of the
finished m@tal. are 60 references: 21 Soviet, 31
4nglish, and 8 G@.rman.
TABLE OF CONTENTS:
Principles of Va,-..uljm Ms;llting
Vacuum Equipment
Pumps
Instruments fO measuring pressure
Leak detectoi@s
Degassing of Molt-In StA--l
Methods of vacuum tr-'atment
@Composition of gases
Structure of ingots
Nonmetallic Inclusions and flakes
Properties of steel
Vacuum Induction Furnacts
5
17
17
41
45
48
48
58
65
67
69
Card 2/3

Use of Vacuum in SrjV/3388
Effect of Vacuum Melting on Metal Prop5rties 84
Vacuum Are Furnac-.6s and Furnaces With an Automatic CA'Cibj.e 98
Production of Metals by Rt-du--Aion in Vacuum !16
AVAILABLE.- Library of Congrz@ss
VK A) 9
Card 3/3 4-25'- -6

.1w
H H!, I
ig
IL a ILI
I 0A -F4 .1 i F
up 01
a
t;

q -A

rA

@5, V,
-"s IV
I ETD
rv@
AG, S.
Is
@-Mnra! q,

LINCHWSKIY, B.V.
Using vacuum techniques in steel metallur97 in caPitalist colintries.
Biul,tekho-ekonvinforms no*4:83-88 T60. (MM i,':Ii)
. (Vacuum metallurg3r)

LINGaTSKIY. B.
Equipment used in vacuum metallurgy in capitalist colmtri-es.
Biul.tekh.-ekon.infom.' no.3:78-82 161. 14:3)
(Vacumn metallurgy.)

I of>
27916
S/080/61/034/010/016/016
D217/D301
AUTHORS: Linchevskiyp B. Y.@ and Romanov, V.
TITLE: Influence of the carbon content on
XISH9 (KhlBNO) stainless steel to
cracking
Y.
the resistance of
stress corrosion
111110DICAL: Zhurnal prikladnoy khimiij v. 34, no. 10, 1961) 2356-2369
TEXT: Melts of 18Cr-DNI-type stainless steel with different carbon
contents were prepared. The ingots obtained were forged into strip, 25 x
5 mm which was processed on a planing machine, after which it was cold-
rolled down to a thickness of I mm. Standard tensile specimens were cut
from the sheets thus obtained. All specimens were water-quenched from a
temperature of 1100 0 , and one half of the quenched specimens were annealed
at 650 0 for 2 hours. It was found that those of the above Cr-Ni stainless
steels, containing between 0.01 and 0,1% carbong are liable to fail by
intercrystalline cracking (see Fig. 1). At practically all carbon concen-
trations, the annealed specimens failed more rapidly than the quenched
ones. At carbon concentrations of 0.05 - 0.07%t a considerable retard t'on
Card 1/2 7

279jL
S/080/61/034/010/016/016
Influence of the... D217/D301
of cracking was observed; this was greater for annealed than for quenched
material. Annealing did not produce intercrystalline crack formation@
There are 2 figuresq I table and 3 references: 2 Soviet-bloc and I non-
Soviet-bloc. A
1100 r
MAII TIED: October 28, 1960
Fig. 1. Influence of carbon content on the rate
of stress corrosion cracking of 18-9 Cr-Ni steel
in a 42%.-m boi'Ling solution of 1fgC1
2
A - time taken for cracking to occur (mins.)
6 - carbon content
Heat treatment: I - anneal 2 - quench
Card 2/2
AX
390
.200 -
foo
a-w 0-10
-7- 0 002 094 a
P0A8 Ila Cisf)PO"l-
,poaaowtoro pac rpecimpa-
HIM e'ranit X 18119 u 42010-st
1(13URU%034 PaCT00pe MgC12-

'z@
PHASE I BOOK EXPLOITATION SOV/6270
Samarin, A. M., ed., Corresponding Member, Academy of Sciences USSR.
Vakuumnaya metallurgiya (Vacuum Metallurgy). Moscow, Metallurgizdat,
1962. 515 P- Errata slip inserted. 3200 copies printed.
Ed. of Publishing House: V. I. Ptitsyna; Tech. Ed.: L. V. Dobuzhin-
skaya.
PURPOSE: This book is intended for engineering personnel of metal-
lurgical and machine-building plants, scientific research workers
and teachers) and aspirants and students at schools of higher
technical education.
COVERAGE: Thermoydnamic fundamentals of vacuum application in various
metallurgleal processes and problems of melting in vacuum induction
and arc furnaces are discussed. Procedures of casting large ingots
and vacuum degassing of steel in ladles are described, along with
designs of mdtallurgical vacuum equipment. Problems connected with
the use of mechanical and steam-ejector vacuum pumps, and with the
C9rd 1/7

Vacuun@ Metallurgy
designing, calculation, and
viewed in detail, along with
personalities are mentioned.
erences, mostly Soviet.
TABLE OF CONTENTS:
SOV/6270
operation of vacuum systems, are re-
vacuum-measuring techniques& No
Each article is accompanied by ref-
Foreword 5
Polyakov, A. Yu. Thermodynamic Fundamentals of Vacuum
Applic ation in the Processes of Making Steels and Alloys 7
.1. General-laws 7
2. Reactions in reduction of metal oxides with carbon 29
3. Deoxidation of steel 33
4. Degassing of metal 46
5. Distillation of alloy components in vacuum-melting
processes 53
6. Interaction of molten metal and refractory lining 63
Card 2/7

Vacuum Metallurgy SOV/6270
Novik, L. M. Vacuum Degassing of Molten Metal (Ladle
and Stream Degassing) 76
1. Design of vacuum unit 87
2. Vacuum treatment of electrical steels 92
3. Vacuum treatment of are-melted alloy steel,
rail steel, and structural Bessemer steel 102
4. Vacuum treatment of ferroalloys 129
5. Casting of steel and alloys in vacuum or in
a protective atmosphere 131
6. New (Soviet] design of large-capacity steel-
melting vacuum are furnace 139
7. Technical and economic effectiveness of apply-
ing vacuum processes 145
General conclusions 146
Linchevskiyj B. V. Steel and Alloy Melting in Vacuum
Induction Furnaces 150
1. Vacuum induction furnaces 151
2. Technology of melting steels and alloys in
vacuum Induction furnaces 167
Card 3/7

n
wp( @ )ANt(Mv
I. 133go-63 q AFFTC/ASD a
ACCEMION NRs AP3000993 S/0279/(,3/000/002/0028/0032
AT
JTHORt LinchwvAiy, B. V.(MoscoWY
'TITLE:., D.e.sulfu.ration of ball-be pieepin a vacuum induction oven
iSOURCEs AN SSSR.* Izv, otd. Ukh. natko; Metallur%iya i gornoye del*.. no. 2., 1963j, J
.28-32@
TOPIC TAGS i -desulfuration,, ball-bearing steel@ slag -,ball bearings
ACT
;ABSTR The objectiv6iofthe present investigation was to study the effect of
added, slag mixtures on- the deBulfuratio'n of ball-bearing steel in a vacuum indue-
tion oven. @. The slag materials were calcium mcide,.magnesium oxide, and-aluminum,
:oxidep!which were applied in paste form to@coat the crucibles containing the steel
amples. :In some casea'4%-of'a mixture consistin.9 of 4:1 lime and fluorite was
'placed in the crucibles. Samples*of steel with a b.015%-0.019% sulfur content were'
placed in the crucibles and set in the induction oven having a vacuum of 1. 5-0.02
rmn mercury,I The.metil wadmelted; and samples were taken' for analysis at five
intervals within an hour t beginning with .2-5 minutes'after the start. The results
1 showed that the lowest sulfur content of 0.002% was obtained within 2minutes in -a
jMgO coated crucible with added -lime and fluorite. -Plaot Aut tests under these
loptimal conditions gave 90% deaulfuration within 10-,. Thi as*
Card

S/148/63/000/003/003/007
Eni/E435
AUTHOR:` Linchevskiy, B.V.
TITLE;, Bobavi "or .. of -the mponents of stainless steel during
Vacuum inellting
111:,R11O1D1CAL:. Izvostiya vysshilch uchebnykh'zavedeniy. Chernaya
metallur'S.ya , 'no .3, 1963,. 70-76
i Ac of the crucible lining on the behavior of
TEXT T1 einflu 0
oxy-en, hitrogen-,'-carbon, chromium, manganese,' silicon, titanium,
a luminum and nickel :Ln the vacuum. melting of type X17 M17) and
-eels, was studied. -ra S
(Kh,18119TY stainless, st Melting 't
effected at 1506 and l6oo0c,and at pressures of 50, 1.0 and
0. 02, mm , fig -(some at 50 mm H9 pressure of argon) in a 5 kg induction
Yacuum.furna,ce. Sampling at various-stages was carried out with
silica crucibles without opening the furnace. For decarburiz4tion
a magnesia crucible was found to be better than alumina or zirconia
-.crucibles, tlie loptimum temperature and pressure being 1600% and
@With any of these crucibles the oxygen
I tilm Hg respectively.',
content r6ached.a rhinimum(through reaction with-the carbon
in the melt) 20 to-30 minutes from the start of malting.
Siarting with 0-07% N the nitrogen was eliminated within
Card 1/2

S/148/63/000/003/003/007
Bebavior @'of the componentS EIII/E435
3C) to.11o minutes, the lower,@pressuros increasing the rate o:r
1500*C.:a
rc-tinoval;,. at nd 1. 0, mm@ fig an alumina gave a faster ra to of
renioval.-than,:a- zirconia- crucible. , The nitrogen content under all
tfile test . conditions remaine-d above the equilibrium values
-ciAculated' froni..a published equation. The''evaporation of chromium
irt absolute magnitudo-is approximately the same in magnesia,
alwnina and zirconia crucibles: the rate is sufficient to affect
CIo.mposition appreciably,yi'th long (e.g. 60.minutes) holding times.
Silicon concentration@did not change.in any of the crucibles under
the test-conditions. Holding:the metal under vacuum in alumina
C1111cibles caused-the aluniinum' cdntent.:to rise front 0.02 to 0.08%,
3-rL', 60-, to- 80 minu@tes.',,-. . At 16oo'C and 0.02 mm Hg the manganese.
cOncentration fell.from@li32 to 0.30,41,through volatilization when
c1',.tromJ-um-nxckel, steal. scrap:-1-ras melted in. zirconia crucibles; the
while. the nickel
titaniuni,concentration fell -through oxidation
:concentration remained virtually unchanged. -There are 6 figures
a r, d3 tables.
@'xC;S0CjATjON: institut Motallurgii,im. Baykova
Uletallurgical ,Institute imeni Baykov)
-Card 2/2 October 1961
SUBMITTED., 311,

'10MIM Emil 11
T
'0;i@(MVOS' iii@
ACCB&SICU bR-. AP3=38T s~P0279/63/OW/003/OCY76/oc62&e~@
AUMORt Afanaelyev, Yug No (Moscow); 1Wz*AMkiY' 3'. _V, (Moscow); Polyakoy,
(Moscowl; Samarin,,A. M. (Moec@v-)
Izatio6in tammm. Induetion.furnaces
TIVE,., Use of slag for steel desulfur
SOV-RCHt AN S88R, Xzvt Otd. takhalcheekikh nauk, Metallurgiya i gornoye delo,
no., 3., 3.963., 76-82
TOPIC TAGS: induction me1t1ng,,,v*cuum,, nitrogen &tmospher6, high-earbm steel..
medtum-carbon steel, lov-carbon steel., desulfurization., synthetic slag.. ferrous
oxide:&!itent, q9timun hol-dj"g tim
ABSTRACT:, In order to dete=ine the feasib.Ility of deep desulfurization of
ate-L-1 in a vacuum induction furnace vith highly desulfurizing s@hthetjc siag.
sev-iral steels containing 0.03% 0.41,, and 1.19% C and from 0.09 to 0.128@ S
ver@@ treated-vith two synthetic slags, One slag contained 53.8@ Cao, 6.6pl SiO2.,
40.3% AILQ and 0.32% Fe0; the other filag, 6o.4%*CaO.. 28.8% SiO2, 10.9% Al'0',
and 0.0% @eO. Three variants of treatment were tested: vithoat synthetiB '
sla;, vacuum vith synthetic alagand nitrogen ettimosIbere at 1.1 atm,@vith synthett

--- ---- ----
L 13 597-63
ACC.-M-lOff NR: Ap3me387
518,30 The slag (6-10 vb%@ of the metal charge) was put on the crucible bottom
%mder the metal. charge; the, molten metal was held under liquid slag for 30--r5O
min at 1600-1700C. in a vacu= of 0,05-1.0 mm Rg. Test results shared that-
x@egardless of the carbon content, the desulfurizing effect of vacu= alone is
low. Treatment with synthetic slag in cWbInation with nitrogen atmosphezel
very
or vacuum reduced the sulfur content in the high-carbon (1.1%45C) steel frau i
aboat 0.2 to 0*02%7,within the first 1@-20 min of the holding time, with practi-
calLy no change after longer holding. In medium-carbon (0-41@ C) or lov-carbon
(O.'035%C) steel,Ia sharp drop in the sulfur content from 0.12 to 0.01% or even
les3 occurred in the:first 10 min, followed by a slight reverse influx of sulfur
into the metal during prolonged holding. The different effect. of the furnace
pre3sure on desulfurization of low-., medim-, and high-carbon steels is associ-
atel with'the etficts-of the FeO content in the slag. The lower the FeO content,
the lower the sulfur-content-in the@'Zetal bath. However,, in melting steels Vith.
a cirbon.content'over 1% the FeO cohtent of the slag does not depend much on the.
furaace pressure; while in melting low-carbon steels deeper vacum results in a
low3ir FeO contentf The desuLOurizing effect of fther slag canyonents is much
veaker that that of FeO* The highest desulfurization (77% for lov-carbon and
Card 2/3

7-7--
-6 EPA(s)-2/VdT(6-)/EPF(n)-2/,BWA(d)/EWP(t)/EWP(b) a4
&UMOOM Nits 4P4043916 5/02791641000/004/0047/0051
AUTHORs Wkov so Yes(Moscow); LLachovski'V. S. V, (Moscow);
PolyaXOV# A.,TU, -(Wa_sCoV);
TITLE; Use of solid slog reagents for den ulfuriving metal in vacuum
induction furnaces

no
SOURCEI AN SSSR* Izv. HetallurgLys LSornoya dalo, 4, 19649
47-51
TOPIC TAOS :uhla@91"Iniesi s 2611 Shmil0fal I bearing steel
steel vacuum'Laduction mettLi-tg, etat.desuffurizatLon, steel desul-
furizations stiluleas Real @is furization, ball bearing steel de-
aulf urliation
ABSTRACTv Experiments have been conducted to- determine the offectivd-
ness of solid - slog-forming desulfurLzers, such as line a:mtxtur f
e o
fluorepar and alumina, lime with fluorspar#'or time with fluorspor I
aud quartz sands in vacuum Lnd ction matting of M109-stainless-
u
stoetand ShKhl5 ball-bearing stee14 Best.results were obtained vitfi -

a line + 102 fluorspar mixtures which had a grain *its of 2--S as ash l
@
I Card

-L7,11335-45, - -
:
@
0
4
ACCASSXON
;AP4
_
3.916'-
@MR;@

was in-., a a"Oun
Ob 32 a U'the' ch arge we I Sh t And-placed a a the
-
m -dt th
-6 t 1:0 e furaacp at
trucible, .The sulfor content of the st n a
J
I
-
4tefll dr6 ' -from.0#0055-0036Z to 0*002:--04-003%* The det
pped lulfurtz*4 @
@tiort occurs In the first 8 -10 mLnj longer holding qauses no addi-'@
tiottal drop, A fresh mixture must be used for each heat. In the
cas(I of ball-boaring.steet, prolonged holding of It ul d _azj&j in
_
contact with a Stag mixture had a beneficial effeZ
t.WLth/1jT3,ldLng
for .35" tdin the sulfur content was reduced from an original 0.01% to
0.0015-0*0035%, The use of solid desulfurLzers bad no adverse e f-
feet: on the melting process- not on the economic --indices of the pro-
te s a. Orig.: art* has,i,::74'figuresd,

kxxoxt.: none.:
ASSOCI
TED V -3 AT D, 00
SUBMT lNo 1 -3100
PRESS
SUB CODE'l j(t4 000
6. REP @SOVo i

:'Card 2

VOLKOV, S.Ye.; LINGREVSKIYt B.V.. POLYAKOV, A.Yu.; SAMARIN, A.M.
Desulfuration of steel in vacuum induction furnaces. Stall
25 no.2:i29-132 F 165. (MIRA 18:3)

LIBCHEVSKIY, E.E.
Work of the psychoneurological department in a district
hospital. Zdrav.Rcq,Feder. 7 no.7:20-23 J1163. (141RA 16:9)
1. Iz 3-y psikhiatrichegkoy kliniki (nauchnyy rukovoditell
prof. Ye.S. Averbukh) Leningradskogo nauchno-isaledovatell-
skogo psikho-nevrologicheskogo instituta imeni V.14.Bekhtereva
(dir. B.A.Lebedev).
(PSYCHIATRIC CLINICS)

LINC-H.EVSKIYJ!.F.V.; SIMONOVA, R.S.
Esterification of higher synthetic fatty acids by me'LIV1 alcohol
in the presence of sulfuric acid. Trudy IIIISZHIMSa no.3-.26-29
162. (MIRA 16:12)

I
VFZBLCFV, V.V.; LINCHSVSKIIY F.V.; MORINIL, V.I.
The2mal esterification of synthetic fatty acids under
pressure. Khim.prom. no.9:558-560 Ag 162. (MIRA 15:9)
(Acids., Fatty) (Esterification)

VESELOV, V.V.; IMMHEVSKIY, F.V.; MORI11i V.I.
OW
Effect of the molecular weight of higher fatty acids on their
capacity of being reduced to alcohols. Khim. i tekh t 11 1
masel. 8 no.3211-15 Mr 163. (MIRA 16;4)op
1. VNIISIIRZh.
(Acids, Fatty) (Alcohols) (Reduction, Chemical)

VESELOV,, V.V.; LINGHEVSKIY, F.V.; MORINA,, V.J.&
........
Tramformations of higher fatty acids during their reduction
process. Xhim. i tekh. topl. i masel 10 no.3:19-22 Mr 165.
(MIRA 18:11)
1, Vvesoyumyy noLuchno-iseledovatel'Bkiy i proyektnyy
institut sintaticheskikh zhirozameniteley.

BINMICH, V.A.; LINGHEVSKIT G.V.
; 0 -11-, - - @-- , - - @-- @- "
Introducing grizzlies with electrically heated screams. Gar.zlnw.
ne.4:52-54 Ap 156. (MIRA 9.7)
1
l.Glavnff obegatitell Glavrudy Ministerstva chernoy metallurgii
USSR (for Binkovich)e2.Nachallnik takhnicheskogo otdola Kriver'
rozhokogo zaveds, burovykh stankev (for Linchavokiy).
(screens (mining))

PIROZHENKO; V.Kh.; LINCHEVSKIY, G_.V.; NIKOLAYENKO, N.T.
Automatic mine traction substation equipped with-semiconductors.
Avtom. i prib. no.4tlO-l? O-D* 163. (MMA 16:1.2)
1. grivorozhakiy gosudarstvennyy institut po proyektirovaniyu
oborudovaniya po dobyche i obogashcheniyu rud.

LI!TCn-VSXIY, 1. A.
Linchevsl-iy, 1. A.- "New spedies of the genus Cicer L. from Ce.-tr-.1 Asia, " Eot,-n.
materialy Gerbarlyrt Botan. in-v- i . Komarova Al-ad. n;-.uk SSSR, Vol- X!, 191-'J,
7). 1@18-13
SO: U-4934, 29 Oct 53, (Letopie 'Zhurnal Inykh Statey, Ho. 16, 194-9).

I,I'TCHV,VSXI'-' I. I..
LinchnvskIZ, I. @. ff:Dn t%e hirtory of the AIrcovery of the ganus Phagri--Jr@-% auss
in the t-rritarl of thr- USSR," Botan. iaat,@rlaly Gerbrarl7a Brjta-@.. i.:;.
Komarova Akad. miuk, SSSR, Vol. XI, 19L9, p. 173
SO: U-Ij934, 29 Oct 53, ftetopiB 'Zhumnl Inykh Svitey, No. 16, 194-9).

LINCHEVSKIY, I.A.
Herbs - Iran
Two species of the genus Acantholimon Boiss. from India and Iran, Bot. mat. Gerb., 14,
1951.
Monthly List of Russian Accessions, Library of Congress November 1952. UNCUSSIFIM.

LINCHEVSKIY, I.A.
Herbs
New species of the genus Ipcmoea L. in the UO'S.S.R. Bot. mat. Gerb., 14, 1951.
Monthly List of Russian Accessions.4 Libraz7 of Congresst November 1952. UNCIASSIFIM.

PYATAYEVA, A.D.; LINCHEVSKIY,__I.A.
Cherry Tree - Tien Shan
New species of smaU-fruited cherry tree from western Tien Shan. Bot. mat. Gerb. 14., 1951.
Month- List of Russian Accessions,, Library of Congress., Noverrber 1952. UNCIASSIM-D.

LIIICHNSKIY, I.A.
Plumbaginaceae family with the exception of the genera Plumbagella, Armer-
ia, and Paylliostachys. Flora SSSR 18:292-297; 298-408; 411-467 152.
(MLRA 6:5)
(Plumbaginaceae)

LINCHEVSKIY, I.A.
-. -
Nev species of the genus Tricholepis DC. from Central Asia.
Bot.mat.Gerb. 16:479-485 154. (MIRA 8:9)
(Asia, Central--Car&uaceae)

BORISOVA. A.G.; BOCHANTSEV. V.P.; BUTKOV. A.Ya.. dotsent.; VASILIKOVSKAYA, A.P.;
YYXMSKIY, A.I., dotsent; GOLODKOVSKIY, Y.L.; GONCH&ROV. Y.F.
[deceased]; DROBOY. V.P.. professor; KCROTKOVA, fe.Te.; KOSTIZU, K.F.;
KUDRYASHEV, S.M. [deceased]; IAKHI)iA, H.K.; L11WHEVSKIT.I.A.;
HIRONOV, B.A. (deceased] ; PAZIY, V.K. ; POYARIWTR'@-'*,-@' OPOV,
G.F.; SUHNEVICH, G.P. [deceased]; KRAL020VA, K.P.; YUZEPCHUK. S.V.;
KOROVINj Ye.P., p-rofessor. glavnyy redakAipr4!ZAKIROV,.YX.Z., professor,
redaktor; SHIPUKHIN, A.Ya, redaktor izdatellstva
[The glora of Uzbekistan) Flora Uzbekistana. Glav. red. E.P.Norovin.
Tashkent, Izd-vo Akademii nauk UzSSR. Vol-3. 1955. 825 P. (HLRA 9:10)
1. Daystvitelinyy chlen AN UzSSR (for Korovin)
(Uzbekistan--Botany)

LINCiMVSKIY. I.A.
I.-
Two now species of the genus Valerianella Kill. Bot.mat.Gerb.
17:383-385 '55. (MLHA 9:5)
(Cornsalad)

MWOROV, AN.A. k LINCHZVSKIY, I.A.; KlUICHNIKOV, X.E.
-.- I '. I - -.,. '. " I - @ I
In the tropics and subtropics of China. Bot.zhnr.41:1235-1262 Ag
'56. (;ff.RA 9: 12)
1. Botanicheskiy institut Imeni T.L. Komarova Akademli nauk S=,
Leningrad.
(Yunnan Province--Phytogeography)
m

LANIYAU. I. [Lanjouw, J.1; PROKHANOV, Ya.I. (translator]; MISEWT ,
B.K., obshchiy red.; LINCHEVSKIY, I.A., otv.red.; YAKOVLEVA,
Y.M., red.izd-va; SKMVV2-r;T.-' a red.
(International code of botanical nomenclature adopted by the
Eighth International Botanical Congress, Paris, July 1954]
Mezhdunarodnyi kodeks botanicheskoi nomenklatury, priniatyi
vos'mym, Mezhdunarodnym botanicheakim kongressom, Parizh, iull
1954 g. Pdogotovlen i izdan: I.Lanliau, i dr. Pod red. B.K.
Shishkina i I.A.Linchavskogo. Moskva, 1959. 90 P.
(MIRA 12:10)
1. Akademiya nauk SSSR. Botanicheakiy institut.
(Botany--Nomenclature)

BOCHANTSEV, V.P.; BUTKOV, A.Ta.; VMENSKIY, A.I.; DROBOV, V.P. [deceased];
KOROVIN, Ye.p., skademik; KOROTKOYA, TeJe.; KDRYASM, S.M.
[deceased]; IjN IY KAM. I.M.; PAZIY, V.K.; POPOV,
M.G. [deceased]; RUSMOV, P.M.-, SUMMICH, G.P. (deceased]; 7AKIROV,
K.Z., glavnn red.; KUZAFAROV, A.M., red.; CHCRMVSXAYA, A.B..
red.izd-va; SMOLINIKOVA, B.Kh., red.izd-va; BARTSHVA, V.P., tekhn.red.
[Flora of Uzbekistan) Flora Uzbekistans. Tashkent, Izd-vo Akad.
nauk Uzbekskoi M. Voi.4. Red.toma A.I.Vvedenakii. Sost.V.P.
Bochantsev i dr. 1959. 506 p. (MIRA 13:8)
1. AN UzSSR (for Korovin, Zakirov). 2. Uzbekskaya Akademiya sel'sko-
khozyaystvennykh nauk (for Zakirov).
(Uzbekistan--Dicotyledons)

GCWVACH, A.G.; GRTJBOV, V.I.; YAMTKIN, B.H.; LINCOMIT, I.A.; PMYAYZV,
S.I.; PIDOTTI, O.A.; PILT Oo F.So; POLZTIXO# 6.9-*-F-0-DICONSM,
G.I.; SMOV, S.G.; MMIYANOVA-GCROIKOVA, Ye.A.; SZOLOV, S.Ye.,
prof., doktor biolog.neuk; SHIPCHINSKIY, N.V. [docessed]; BEUDU.
M.A., red.izd-va; X&M, Z.Yu., tekhn.red.
(Trees and shrubs of the U.S.S.R.; wild and cultivated species and
plants considered for prospective introduction] Derev'is i kustar-
niki SSSR; dikorastushchie, k-alitiviruemye i perspektivnys dlia
introduktoii. Moskva, Val.5. EAngiosperms: myrtle and olive families]
Pokrytosemennye: Semeistva mirtovye-maslinovye. 1960. 543 p.
(mntA13:12)
1. Akad6miya nauk SSSR. Botanicheskiy institut.
(myrtle) (olive) (Plant introduction)

LINGHVSKIY, I.A.
The concept of series from the standpoint of nomenclature. Bot.
zhur. 45 no.2:252-253 F 16G. (MIRA 13:6)
1. Botanicheskiy institut imeni V.L.KDmarova Akademii nauk SSSR,
Leningrad.
(Botany--liomenclature)

f4 F--viK,I I
K014APM, V.L.. akademik, glavrq7. red.:SRISHKIN. B.K., red. izdaniya;
BO'BROV, Te.G., doktor'biol.nauk, prof.red.; VASILICHENK0. I.T.,
red.; GORSHEOTA, B.G.' red.; GRIGORIYBV, Tu.S., red.; GRUBOV, V.I.,
red.; DOROFEW, P.I., "red.; ILIINSKATA, I.A., red.; KIDKOV. N.V..
red.; KUPRIYANOVA, L.A.. red.; LINCHEVSKIY, I.A., red.; NDVOPOKRDV-
SKIT, I.Y.. red.; POBEDIWNA. Ye. ., red.; POP , M.G., red.;
POYARKOVA, A-Is', red.; SHTET ERG,-Ye.I., red.; TSTELTY, H.M., red.;
SMIRNDVA, A.V., tekhn.red.
[Iftoja of the U.S.S.R.] Flora SSSR. Mosliva, Izd-vo Almd, nauk,
S.SSR, 1958. 775 P. (MIR& 12:7)
1. Chlen-korrespondent AN SSSR (for Shishkin).
(Botanv)

BORN, Te.G., doktor biol.-uk, prof.; VASILIGHENKO, I.T.; GORSHKOVA,
B.G.; GRIGORITEV, Yu.S.; GRUBOV, V.I.; DOROYRTW, P.I.; IL'INSKLTA,
I.A.; KIOWV, M.V.; KUPRITANOTA, L.A.;.LI11CHz7SKIY- I.A.-
NOVOFOKROVSKrr, I.V.; FOBZDIMDVA, Te.G.; F=V, M.G.; POTAREDVA,
A.I.; SHTZrNBM, Ye.I.; TSVEM, N.N.; SHISHKIN, B.K., red.
izdaniya; SKMOVA,, A.V., tekhn.red.
[Dicotyledons] Dicotyledons. Moskva, 1zd-vo Akad.nauk SSSR, 1959.
775 P. (Akademiia nauk SSSR.Botanicheskii institute Flora SSSR,
vol.23) (MTRA 13:4)
(Dicotyledons)

ASKEROVA, R.K.1 AKH=GV, G.F.; ISAYEV, Ya.M.; KARYAGIN, I.I.; PRILIPKO,
L.L1 SOF]YEVA., R.M. Prinlynall uchastiye:.KUTATElADZE, A,; MANDENOVA,
POBEDD40VA, Ye.G4,x POYARKOVA, AL; FEDOROV,
An.A. ; KHLWZE,, YUKSIP, A.Yab-5 VARUNTSrAN, L., red. Izd-va; FO-
GOS.CV, V., tekhn. red.
(Flora of Azerbaijan] Flora Azerbaidzhana. Baku,, Izd-vo Akad. nauk
Azerbaidzhanskoi SSR. Vol.8. Rubiaceae - Compositae 1961. 688 p.
iMIRA 14:11)
(AzarbaijaD-.Dicotyledons)

LINCREVSKIY:_I.A. __
Nev species of the genus Acantholimon Boiss. from Gentral Asia.
Bot. mat. Gerb. 21:485-498 161. (14IRA 14:10)
(Soviet Cantral Asia-Acantholimon)

BOBROV, Ye.G., doktor biolog.nauk, prof.; BOCHANTSEV, V.P.;
ILIIN, M.M.; 4FqTD3YPKIY, I.A.; LIPSHITS,'S.Yu.;
SERGIYEVSKAYA , Y6 V.; CHERNEVA, O.V.; CHEREPANCIV, S.K.;
YIJZEPCHTJK, S.V.; SHISHKIN, B.K., red.toms; SMIRNOVA, A.V., tekhn.red.
,["Mora of the, U.S.S.R.) Flora SSSR. Mookva, Izd-vo.
Akad,,nauk SSSR, 1962. 757 p. (Flora SSSR, vol.27).(MIM 15.11)
L Chlen-korrespondent AN SSSR (for Shishkin).
(DICOrYIZDONS)
Aj

MUBOV, V.I.; VASIL' Glit-11KC, I.T., red.; LIECTEV.S.KFY, I.A., red.;
LIFSHITS, S.Yu., red.; LEBEDEV, D.V., red.
(Plants of Central Asia; according to materials )f the V.L.
Komarov Botanical Institutel Rasteniia TsentralInc! Az J;
po materialam Botanicheskogo instituta im. V.L.Komarov; .
Sost. V.I.Grubov. l,,oskva, Izd-vo M SSSE.. No.l. [Preface.
Ferns. Bibliography] Vvedenie. Paporotniki. B4b!43@,rafiia.
1963. 165 p
1. Akademiya nauk i.-SR. Botanicheskiy ivisLitut.

BORISOVA, A.G.; ILIIN, M.M.; KLOKOV, M.V.; LINCREVSKjy. I.A.; POBEDIMOVA,
SOS@OVSK'Ii
Ye.G.; SEMIDEL, G.L.; SOSKOV, Yu.D.;
TAMAMSHYAN, S.G.; KHARADZE, A.L.; TSVELEV, N.H.; CHEMAJIOVY S.K.;
SHOSTAKOVSKIYJ, S.A.; BOEROV, Ye.G" doktor biol. nauk, prof.,
red. toma; SHISHKIN, B.K., red. izd. [deceased); SMIRNOVA, A.V.,
tekhn. red.
Tribes G)mareae and Mutisieas.) Kolena Cynarege i Mutisieae.
@
"16skva, 1963. 653 P. (Akademiia nauk SSSR. Botanicheskii institut.
Flora SSSR., vol.28). (MIRA 16:12)

-..,.,V--.-LINCfIEVSKIY, I.A.
A r*w sociep of the genus Acanthollmon Boise. from Central Asia.
Bot.mat.Gopb. 22tl98-201 163.
A now species of the genus GAillonia A. Rich. from C.Ontral Asia.
Ibid.2216-217 163. (14IRA 17: 2)

LINCHEVSKIY, I.A.
------
Boris Konstantinovich Shishkin, an obituary. Izv. AN SSSR Ser.
biol. 28 no.5:775-778 S-0163 (KM 16:11)

6(4) S/107/60/000/05/030/047
D047/D006
AUTHORS: Xudinov, A., Assistant to the Minister of Communications
Chief Engineer DRTS
of the Uzbek SSR, c eg
TITLE: Two Programs Over the Wires
PERIODICALt Radio, 1960, Nr 5, P 43 (USSR)
ABSTRACT: This is a description of a diffusionbnetwork for two pro-
grams set up by Uzbek radio workers in Tashkent and other
towns. Of the two programs transmitted by the receiving
center, one is rediffused by the usual method and for the
other a special transmitter, assembled on the basis of a
TU-600 amplifier, is used. Among other parts used in the
equipment are a line transformer from a KVH-49 television
set, PIB, P2B and P3B triodes and DGTs23 diodes. There is
1 diagram.
@Card 1/1

LINGFEVSKTT@ M.A.
Radio and telephone -In viilage3 In Uzlffli'@@F,un.
24 no.5;18-19 My 164. wjppi
1. Glawyy inzh. U?.bokskoy respniAlkanskoy MmAts".i. radie)trftr:BIya-
tsionnykh setey.

ARKHANGEL SKIY N.M.; SEREBRIN, L.A.; SAZCKOV, I.I.; FESHKO, M.K.;
SHANUFMIKO, V.I.; FAINGMH, N.S., inzh.; KLYUCHV, VX., inzh.1
PARADNYA, P.P.; LINCHEVSKIY, M.A*;PARSHIN, A.@.
Additional potentials in the development of multiprogramm
broadcasting. Vest. sviazi 24 no.12:13-15 D 164
(MIRA 1W)
1. Nachallnik Karagandinskoy direktsii radiotranslyatsionnoy
seti, (for Arkhangel'skiy). 2. Rachallnik Odesskoy oblastnoy
direktaii radiotranslyatsionnykh aetey (for Serebrin). 3.
Glavnyy inzh. Rizhokoy direktaii radiotranslyatsionnykh setay
(for Sazonov). 4. Starshiy inzh. Rizhsko7 direktsii radiotrans-
lyatsionnykh setey (for Peshko). 5. Fachallnik laboratorii
Nauchno-iseledovatellskogo instituta, Miniaterstva svyazi SSSR
(for Shanurer4o). 6. Gorlkovskaya direktsiya radiotranslyatsion-
nykh Betsy (for Fayngersh.. Klyuchev). 7. Nachallnik Kiyevskoy
gorodskoy direktaii radiooeti (for Paradnya). 8. Glavnyy inzh.
Uzbekakoy reopublikanskoy direktsii radiotranslyatsionnykh
setey (for Unchevokiy). 9* Nachallnik Ufimakoy gorodskoy
radiotranslyatsionnoy seti (for Parshin).

LDE,:';LVSKIY, O.A.
Linchevskiy, O.A. "The Vavilov alf;v;rd in the wesLcrn Tien Sharill, Trudy itcEp. 11),jta:.,. --a,--a
(Akad. nauk Kazakh. SSR), Vol. 1, 1,;"d, P. 63-36, - 3i-blio,;-: @`) iterrs.
SO: U-3042, 11 March 53, (Letopis Inykh Statey, No. 9, 1949)

Linchevskly. 0 "Vr-vilov alm7m,@ in western Tyan'Shnn," Botan. Gerbariyr-
.A
Botan. in-tn im. Komnrova A!m,:. rvmk S.-HSIR, Vol. X!, 1949, p. 95-99, - Bibl'4,jg: f-,
SO: 29 Oct 53, (Leto-pis 'Zhurnal I nykh St,-.tey, No. 16, 1919).

LINCREVSKIY., O.A.
Almond
New species of the almond tree in Central Asia. Botmat.Gerb. 14 1951.
Monthly List of Russian Accessions, Library of Congress. November 1952. UNCLASSIFIM.

LINCHEVSKIT O.A., Y=@=O. M.I.
I.
Michurin apple variation in the Alma-Ata Botanical Garden. Trudy
Alma-At.bot.isada 2:102-3-18 154. (MLRA 9:7)
(Alma-Ata-Apple-Varieties)

- -- O.A P - @ ,
Stone fruits in fruit plantations of southern and southeastern
Kazakhstan. Trudy Alma-At.,bot. sad& 4:76-89 159.
(Kazakhe-tan-Stone fruit) (MIRA 12:12)

LINCHEVSKIY, O.A.
Small-fruit apple varieties in the Alma-Ata Botanical Garden.
Trudy Alma-At. bot. sada 4:90-99 '59- (MIRA 12:12)
(Alma-Ata--Apple--Varieties)

LIFCHEVSKIyt-"; RIUDKOKASHIIIA, M.S.
Developing new grape varieties. Trudy- Alma-At. bot. sad& 4:100-110
'59. (MIRA 12:12)
(Alma-Ata--Grape breading)

RUBANTIK, V.G.;_IIIICI7,UKIX_,_QA@; MATYUSIIENKO, A.U.; MELINIK, A.F.;
SOLONDIOVA, I.N.; BRAILOVSKMA, M.Ya., red.; OSTROVM@KIIOV,
A.P., red.; MUSHEGYAN A.M., prof.. doktor biol.naul-.,red.;.i',OFOYIIIA,,Z.P.,
tekhh.red.
[Woody plants of the Alma-Ata Botanical Garden3Drevesnaia ra-
stitellnost' Alma-Atinskogo botanicheskogo sada. Pod red. A.M.
Mushegiana. Alma-Ata, Izd-vo Akad. nauk Kaz,-Jhokoi 5SR, 1962.
328 p. (MIRA 15:12)
1. Akademiya nauk Kaza.Uskoy SSR, Alma-Ata. Botanicheskiy sad.
(Alma-Ata-ldoody plants)

LINCHEVSKIY, O.A.
Some results of the hfbridization of stone fruits. Trudy, Alxa-
At. bot. sada 7:90-93 163- (MIRA 16110)

LINCHIMPLU V,
I t
Production conditions and wage payment systems. Sots. trud 7 no.12:
101-103 D 162. (MIRA 16:2)
le Nachallnik otdela truda luzhno-Kazakhatanskogo soveta
narodnogo khozyaystva. I
. (Chimkent-Wages-Lead industry)

00
a
:@
goo
RD A*D 1:4LO121
-MK1,%Ob .00 "wUlAt @ra
A"UNUM it OW tmWan"W ""d- Of "IMS"1800
of heat to mkWadm he isatIal and ph-ty P, format",
!

No. 'j
I
@Ij 13 .Of
,
,
Chm. Zm&. JOH, 1, 16W.-Tbe fundameatal equation
"Id" -a$ r fth be app&d In AH cam" in which a Chown
It. am bL the vormtric PrOWIW - the
d mW PokInIf Mat" of a systoul NW The PhYs. C'mats-
h
Il
401thenvoud. Assfunctiftal the Imp, de
-
) which Is set up by (be Bow at beat. It tAwY* cmdY the
s
,
j
law of OW cmftmtlm of con.y. Its Practicnal appBca.
neadtd in 2 fundamental etas:
d
i
W
on
y remau
s emCc
(1) for t dots. of the tamp. distribution at a g1m ago
fumace temp. wW a given pedW of heating wO (2) for the

d stribu.
I
i
f
h
b
i
d
k
uiv
deta. o
t
e
eAt
ac proce
c a g
m r
@:
m c
11M.
goo
coo
goo
.1 LA
ALLOSKAL UTIMAILINE C%ASSWKATWO
so
woo
141069 *At d%v 401 dw- Vi t,
MAN
tv so m k. 0
to, .1 16, it, I U at it 895
o o o o o o 0 o 0 a 0 * * : 0 * 0 0 o
IT 11 0 o
46,9 0 0 0 o .1* 00 -0 0-0 0 get 0 A 0 0 o *goof* to 40 a * * 0 * 0 # 0 0

BUML, William G.jr.; LINGMSKIY, V.P., professor, doktor tekhnichaBkikh
I nauk, redaktor, [t
(The open-hearthfurnacal Kartenovskata pecli. Perevad a angliiskego
i red. V,P.Linchavskego. Hooky&, Goo. nauchno-takhn. lzd-vo lit-ry po
chernoi i tevetnei metallurgil, 1943. 514 p. MRA 7:7)
(Open-hearth process)

LINWEEVSKIY. Vadim Pavlovich
Fuel and its combustion; a textbook 2. izd., ispr. i dop. Dopushcheno v
kachestve uchebnika dlia metallurgicheskikh institutov. Moskva, Gos. Nauch.-tekhn.
izd-vo lit-ry po chernoi. i tsvetnoi metallurgii. 1947. 376 p. (49-20800)
TP318.L45 1947

LINC;HEVSK#. Vadim Pavlovich
Heat-Ing furnaces 2. izd., perer. V.A. Baumon; pod red. M. A. Pavlova. Moskva, Goa.
nauch.-tekhn. izd-vo lit-ry po chemoi i tevetnoi metallurgii, 1948. 691 p.
(49-2-9358)
TN6?7.L46 1948