SCIENTIFIC ABSTRACT MOROZOV, A. N. - MOROZOV, A. P.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001135210019-8
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: July 13, 2001
• Sequence Number: 19
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

Hydrogen Content and the Fornatign -,f
Cracks in Semif inished F-r.).Ju,;t s Wi tl" a "eavy : r--e
1, , 10 hoi.,rs the "',Ox2~0 m-,.
After this lon:-term anneali:,.e
roughed billets were coole,' undor a water sh.)wer I :.eat ) r~r
they were cooled in ELir -inl then 'heated to witn
subsequent air or water shower c~ooling. (10 heacs Tte roughed
blocks from another 5 heatp were annealed for a ion,., time.
cooled in air, heated again, and thfm rolled down to a :-quare
of 120 to 140 mm edge length These billets did not uniergo
further thermal treatment but were cooled in air Althou-~h
the experiments were conducted wit~i a steel exhititing a
tendency toward crack foratration. cracks could be found in no
case. Similar experiments with semifinished steel product
from the same heats, which were annealed through 30-40 hours
at 660-7000 showed that a repeated heating an-i in p-rticular
a subsequent hot working; leads to crack formation It was
shown that there is no neeJ to insist on slow coolini--, after
forging pressing), In order to prove thir assertior, ro-.ii-hed
billets ~square profile with 250 mm edge length) from 6 heats
of al,.oyed steels with pearlite, pearlite.m,irtensite, and
martPnsite structures were annealed at 660-7000 throu,--h
Card 3/4 90-140 hours, rolled down on t~e rOLL.~"Iin,-r mill and sent to

:~., v 1 1
HydroiTen Content and t-e For;.-,at-,--n --)f
.1
Cracks in Semifinished froducti~ a ":(,:tvt
another plant for an(! rhcrE ifter- the
workin- the for~,in,s were couled iri air In nc case :- cra-k
formation was fouri~. T.Lese i,~.-,uitz3 ivere cGrifirme(I hy t:i-
perience gained witti :~3nrup ton. ,D,,r steel Thprc- are
3 fil-~ures, 2 taLles an.4 jrej'-:ren,e:7. 2f v-iich are 6r.,vie'.
ASSOCIATION: Chelyabinsl:ly politekhr,.:-he.,i',.,y ln~;i.-tllt
technical Institutp)
SUB16ITTED: March 25,,
Card 4/4

18(3))
A Re urintsev, V.j. ,.eer: N'crczc-v
Technical Sci,_,.:~,., rofes-
T'le b'- c F~.
(.ve?h ri~z rt;-7.ovaniya sotovyk."r,
kipyashchey stali-Y
_-RIC] !CAL: :Zvs~ltiyu VySs'.il0l u"he_'LL,",n
opinions exi,,:ti-ii r,
n c. r r a C, ry _'n j s U.. '_-c t' t
t
de
.'G J~:'
dur;
c. r c T t i cn i i
,-:,-:tent. Fc, rm, iin
oxycr~ri r f- ra o r. n si.uccss '-c,'
, f. - L

t: I i
.3 S C C IT I K y
techniCal T.,31,;
KELLfe(Ira metaJ-lALrgii chernykh meta-Uov
(Chair of Ferrous Metallurgy)
SUI24ITTED: November 17, 1958
- -L 1- 1. , 2

MDRDZOV, A.N., doktor takhn.nauk prof.; STROGkWV. I.A., ~zand.takhn.nauk
dots.
itRel quality and the technical and economic production in-
dices for various methods of pouring. Izv.vys.uchob.zav.;
chern.mmt. 2 no.10:169-180 0 '59. (MIRA 13:3)
1. Chelyabinakiy politakhnicheakiy institut. Rokomendovano
kafedroy matallurgit stali Chelyabinakogo pollitekhnichoRkogo
instituta.
(Steel--Metallurgy)
(Metallurgical plants--(~uality control)

ADRIANOYA, Y.P.; ANDREY-EY, T.Y.; ARANOVICH, H.S.; BARSKIY, B.S.; GRUMOT, N.P.;
GUREVICH, B.Ye.; DYORIN, S.S.; YERMOLAYNY, N.Y.; ZVOLINSKIY, I.S.;
KABLUKOYSKIT. A.F.; KAPELOYICH, A.P.; KASHCHUICO, D.S.; E:LIMOYITSKIY.
M.D.; KULOSOY, M.I.; KORCLET, A.A.; KOCHIM , Te.Y.; LESKOY, A.Y.;
LITSHITS, M.A.; KATYUSHINA, N.Y.; HOROZOY, A.N.; POLUKAROY. D.I.;
RAYDELI. P.G.: ROKOI!YAN, Ye.S.; SMOLYARENKO, D.A.; SOKOLOY, A.H.;
USHEIN. I.N.; SHAPIRO, B.S.; EFSHTM, Z.D.; ATR[JTSKAYA, R.F., red.
izd-va; KARAS , A.I., tekhn.red.
(Brief handbook on metallurgy. 19601 Kratkii spravochnik metallur-
,a, 1960. Monkva. Gos.nauchno-tekhn.izd-vo lit-ry po chernoi i
tavetnol metallurgii. 1960. 369 P. (MIRA 13:7)
(Metallurgy)

LUKOYANCY, Boris Ivanovich; MOROZOT, A.N.. prof.. dolctor takhn.nauk.
nauchnyy red.; SM, Te.B.. red.; KCUICHNY, V.I.. tekhn.red.
[Heat transfer in metallurgical furnaces as a basis for tneir
design] Teplovais raboto metallurgicivskikh pechei kak osnova
ikh raschata. Pod nauchnol red. A.N.Korozova. Cheliabiaak.
Cheliabinskoe knizhnoe izd-vo, 1960. 126 p.
(mIRA 14:1)
(Metallurgical furnaces)
(Heat--Transmission)

.WL'I'3UVI F.I.; ':04,OZCV, A.".; 1'.'.;C; :-.,%
,.uocarc:. by I: larit ia' oratorin- -ql; i :AiLutc3 in 1~5'7. 3tal 1 20
I ~0.
nc. :562 Je ('-..;L A 14:-.)
(Ch.'-.-

KOLESANOV, F.F.; MOROZOV, A.N.
At the ChelyabinBk Metal-Lrgical Hesearch Institute. Etal I 2C
no. 'T;593.., 610 JI '6k. (M 14: 5 j
(Sintering) (Steel-Metallurgy)
.r 1,
1,P*1

MOROZOV, A.N.
Solubility of clay minemls in hydrochloric acid. Trudy VNIGNI
no.27:245-250 160. OU FiA 17: 3)

MOROZOV, A.N.; KOROIZV, Yu.M.
Effect of exchange cations on the properties olf mcntmcrillon~--,e.
Trudy VNIGINI m-,. 1,L - (YIRA 17,1)

PIIASE I BOOK EXPLOITATION SOV/5411
Konferentsiya po fiziko-khimicheskim oanovam proizvodstva stali. 5th,
Moscow, 1959.
Fiziko-khimicheskiye osnovy proizvodstva stali; trudy konferentaii
(Physicochemical Bases of Steel Making; Transactions of the
Fifth Conference on the Physicochemica.1 Bases of Steelmaking)
Moscow, Metallurgizdat, 1961. 512 p. Errata slip inserted.
3, 700 copies printed.
Sponsoring Agency: Akademiya nauk SSSR. Institut metallurgit imeni
A.A. Baykova.
Responsible Ed.: A.M. Samarin, Corresponding Member, Academy
of Sciences USSR; Ed. of Publishing House: Ya. D. Rozentsveyg.
Tech. Ed.: V. V. Mikhaylova.
Card l/ 16

Physicochemical Bases of (Cont.) SOV/5411
PURPOSE: This collection of articles is intended for engineers and
technicians of metallurgical and machine -building plants, senior
students of schools of higher education, staff members of design
bureaus and planning institutes, and scientific research workers.
COVERAGE: The ccilection contains reports presented at the fifth
annual convention devoted to the review of the physLcochemical bases
of the steelmaking process. These reports deal with problems of the
mechanism and kinetics of reactions taking place in the molten metal
in steelmaking furnaces. The following are also discussed: problems
involved in the production of alloyed steel. the structure of the ingot,
the mechanism of solidification. and the converter steelmakIng
process. The articles contain conclusions drawn from the results
of experimental studies. and are accompanied by references of which
most are Soviet.
Card 2/16

Physicochemical Bases of (Cont.) SOV/5411
Ladyzhenskiy, B. N., and M. V. Karakula. Making Low-Carbon
Alloyed Steels in Acid Open-Hearth Furnaces 27
Stroganov, A- 1. , and.A. N. Morozov. Behavior of Chromium in
the Bath of a Basic Open-Hearth Furnace 39
Petukhov, B.G. Making Chromium-Nickel Steels in Large Open-
Hearth Furnaces With the Use of Nickel Oxide 46
Omarov, A. K., and A. Ye. Khlebnikov. Intensifying the Working
Period of the Open-Hearth Scrap Process 54
[ The f ollo*ing persons participated in the research work:
Engineer Munasypova, Engineer T. Kovaleva, and Technicians
U. Rakhmanulov, V.V. Ponomareva, L. Rusnyak, Z. Zaporozhan,
A. Perkova, S. Biiyalova, and V. Guseva-1
Card 4/16

PHASE I BOOK EXPWITATION SOV/56oo
_2!lroz Professor, Doctor of Technical Sciences
Sovrerennyy martenovskiy protsess (The Modern Open-Hearth Process) Sverdlovsk,
metailurgizdat, 1961. 6oo p. Errata slip inserted. 6y000 copies printed.
Reviewer: N. I. Yefanov; Eds.: K. N. Belikoy and Ye. I. Dikshteyn; Ed. of
Publishing House: H. L. Kryzhova; Tech. Ed.: Ye. D. Turki-na.
PMPOSE: This book is intended for technical personnel of metallurgical and
machine-building plants and for members of scientific research and design
institutes. It may also be useful to students at schools of higher education.
COVERAGE: Experience gained by major ferrous-metallurgy plants and results of
investigations carried out during the last fev years in the field of open-
hearth steel manufacture are discussed. Attention is given to the fo.Llowing-
theoretical fundamentals of steelmaking processes, hzat-engineering problems
related to the construction of furnaces, methods of melting metal in basic
open-hearth furnaces, methods used in large open-hearth plants, the organi-
zation of the operation of these methods, and teeming conditions which ensure
Q'itd 1-~-i 0

The Modern Open-Hearth Process
SOV/5600
the production of sound ingots. The author thanks the steelzmaldrig sleciaiists
and engineers of the Magnitogorsk and Mzhniy Tagil Combines and those of 'he
Chelyabinsk., Zlatoust.. Makeyevka, and other plants. He especially tbanks th.e
open-hearth process specialists, Engineers K. N. BelIkov, Ye. 1. Dikzhteyn,
F. D. Voronov, V. G. Garchenko, N. I. Kolosov, V. 0. Kulikov, I. A. Lubenet,3,
G. A. Petrov, N. M. Selivanov, N. A. Sokolov, and Ya. A. Shneyemv. Eacb
part of the book is accompanied by references, the majority of which are
SovIet.
TAM OF COMENTS:
Foreword
PART T. DEVEWPWMT AND PRESEBT STATE OF
OPEN-BEARTH STEEL PRODUCTIOR
Ch. I. Development of Open-Hearth Steel Production C
The beginning and development of open-hearth steel
production in the nineteenth century
Open-hearth steel production in Russia before the
revolution
Development of open-hearth steel production in the I
JSSR
C4rd_-2[TO

0/137/62/00C/004/017/201
A006/AIGI
AUTHORS: 3imonova, Ye. A., Pischikov, M. M., Morozov, A. N.
TITLE: Technical and economical production indices in syphon Fuid top cast-
Ing of rimming steel for cold-rolled sheets
PFRIODTCAL: R(-Ferativnyy zhurnal, Metallurgiya, no. 4, 1962, 48, abstract 4V283
("Sb. nauchno-tekhn. tr. N.-i. In-t metallurgli Chelyab. sovnarkhoza,"
1961, no. 3, 45-64)
TE)._T: The authors compared quality Indices of thin 08 Vf_1 (08U) steel
s'heet production at all transitional stages: open-hearth shop, blooming mill,
hot and cold rolling shop, and metal rejects at two consumer plants, I.e., the
Magnitogorsk Metallurgical Combine where the steel is top cast and"Zaporozhstalf"
where it is syphon cast. It was established that the amount of waste sheets due
to metal defects is approximately equal in both cases. However, at the
"Zaporozhstal"' Plant, the metal rejects due to lamination, are by 3.5 times
higher at the consumer plant than at the MMK. Total labor consumption for
preparing the amounts intended for teeming and finishing of metal at the KKK per
one ton of ingots was by 0.068 man-hour less than at "Zaporozhstall". Total
Card 112

3/137/62/000/004/017/201
Technical and economical product!on ... A006/A101
co2ts for preparing the composition for teeming and finishing of the metal were
by 4.98 rubles per I ton of Ingots less for top casting than for syphon casting.
The technical and economical production data indicate that top casting Is more
efficient than syphon casting of steel in plants where rimming steel Is cast
into large size ingots to be rolled into sheets.
P. Arsentlyev
[Abstracter's note: Complete translation]
Card 212

USUMS S.S.; BELIKOV, A.M.; MOROZOV, A.N
Kinetics and the mechamism of chromite reduction by solid
carbon. [Sbor. trud.] Nauch.-issl.inst.met. no.4:3-11
161. (MIRA 15:11)
(Chromite)
(Chemistry, Metallurgic)

ISAYEV, V.F.; MOROZOV, A.N.
Conditions for the formation of aluminum nitride in liquid
iron. (Sbor. trud.] Nauch.-issl.inst.met. no.4:12-18
161. (MIRA 15:11)
(Liquid metals) (Aluminum nitride)

DAMILOVICH, Yu.A-., MOROZOVY A.14,
Solubility of oxygen in iron~chramium melts. [Sbor. trud.
ff4%uch.-4Wl.jpst.mat. no.4a9- 5 161. (MIRA 15:11)
.(Iron-chvmdum ahfeys-,~gen content)
(4jqjAd zptadq-i.~en wntent)

GLADKOVSKIYP V.A._L~4O~OZOV, A.~_N.; STROGANOV, A.I.; VACHUGOV, G.A.;
Prinin-IJ uchastiyer: BELOV, B.V., inzh.; POPOV, N.P., inzh.;
BAYAZITOV, M.I., inzh.
Effect of work hardening on the properties of structural
steel. [Sbor. trud.] Nauch.-iss34inst.met. no-4:144,150
161. (MIRA 15:11)
1. Nauchno-issledovatellskiy institut metallurgii (for
Gladkovskiy, Morozov, Stroganov). 2. Zlatoustovskiy
metallurgicheskiy zavod (for Vachugov).
(Steel, Structural-Hardening)

BOGATEROV, V.F.; VAY%,S.HTF'INi, 3 -Ya.; ZT REV, P-1 .; KI-JLJSC-V, IN.I.; LUB7-'ETS,
I.A.; MOROZ)V, P)VUt-,TShI',, j.Ya.; N,
De51liconization of' op-r.-artl iron in '~- nixm-r. j'zv. ./-Is.
1~ 14: q
ucheb. zav.; chern. met. no.,. :32-3( '(1. (14, Lr
1. Ghelyabins~iy mptall 1, urpic~p! ~ iy 7avod ~holl-val inski'v nauchno-
issledovatel ' skiy instAtilt -Ptall urvii IPI yal inskiy t -)I itekhnich-
eskiy institut.
(Cast ir-m-r'Ptallurry)

LEONOV) A.F.;jTEQ4Q",N.-; IVANOV, R.M.; VAWIAVSKIY, I.N.;
TAUT,',.YF,V. Yu.-',.; IZOTOV, N.P.; VOLKOV, S.S.
Smelting of native-alloy steel. Metallurg 6 no.10:20-21
0 161. (MIRA 14:9)
1. orsko-Khalilovskiy matallurgicheakiy kombinut i
Chelyabinskiy nauchno-issiedovatellskiy institut metallurgi.
(Steel alloys-Metallurgy)

KOROLLTO L.G.; MDRUZOV, AqN.
Equilibrium of m. ogen and vanaditus in gamma-iron. Izv. vys. ucheb.
zav.; chern I no.9:39-42 162. (~ffRA 15:10)
1. Ghelyabinskiy nauchno-issledovatellskiy institut metallurgii.
(Vanadium nitride) (Iroxi--vanadium alloys-Hardening-)

ISAM, V.P.; KOROZOV, A.N.
Thenmodynamic conditions of aluminum nitride formation in liquid
iron* Izvev7souchebssav.; chern-met. 5 no.11:57-60 162,
(MM 15tl2)
1* Nauchno-isaledovatellwkiy institut metallurgii i Chelya-
binskiy politekhnicheskiy institut.
(Liquid metals) (Aluminum nitride) (Vapor-lipid. equilibrium)

-MOROZOV, A. N. (Chelyabinsk); NOVOKHATSKIY, I. A. (Chely-abinsk)
Thermod~~ics of the reduction of ferrous chromite by bydreg!9n.
Izv. AN SSSR. Otd. tekh. nauk. Met. i topl. go.6:3-6 M-D '62.
NIRA 16:1)
(Chromite)
(Oxidation-reduction reaction)

I It ('/6:-/UO0/OO7/0O 1/0 03)
L07 I/E135
AUTHORS: Korolev, L.G., and Morozov, A.N.
TITLE The solubility of nitrogen in liquid iron-vanadium
alloys
PERIODICAL: Izvestiya vysshikh uchebnykh zavedeniy,
Chernaya metallurgiya, no.7, 1962, 27-29
TEXT: Because of the inconsistency of literature data, tne
authors investigated the solubility of nitrogen in liquid iron-
vanadium alloys using the Siverts method, in which the ainount of
dissolved nitrogen is determined from the change.in nitrogen
pressure in the reaction system. The apparatus and experimenTal
procedure are described in some detail. The following resuit.-i.
were obtained for alloys containing from I to 101,o V at lj80 0C and
a nitrogen pressure of 760 mm Hg:
~o V: 0.92; 1.06; 1.20; 1.73; 2.3b; 3.63; 4.32; 5-2; 7.7;
~o N- 0.058; 0.072; 0.077; 0.081; 0.093; 0.11-7, 0-140; 0-150; 0-;!72;
Card 1/2

The solubility of nitrogen in S/148/62/000/007/001/0U5
E071/E135
~0 V: 10.7;
5o N: 0.510
The results obtained are in good agreement with those of Pelke
and Elliot.
There are 2 figures and I table.
ASSOCIATION: Chelyabinskiy nauchno-issledovatellskiy institui-
metallurgii
(Chelyabinsk Scientific Research
Institute)
Card 2/2

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S/126/62/013/005/024/031
Elll/E435
AUTHORS: Belikov, A.M., Lianyak, S.S., Morozov, A.N.
TITLE: Chrome-spinellides and crystallochemical changes during
their firing
PERIODICAL: Fizika metallov i metallovedeniye, v-13, no-5, 1962,
774-776
71EXT: The structural peculiarities of natural chrome-
spinellides with thlb general formula (.Mg,Fe)(Cr,Fe,Al)204 have
not been studied sufficiently, The authors have shown that there
is a difference between the lattice spacing of the stoichiometric
and the excess-oxygen chrome-spinellides, whidh cannot be
explained by the difference in chemical composition. Using
specially purified specimens, the authors studied the effect of
heating in vacuum and in air on lattice spacing. They have tried
to compare the heat-treatment-produced change in the spacing and
the degree of inversion calculated from it for synthetic
Mgl-xFexCr204 and Mg(CryFe2 )04 spinellides with the change in
lattice spacing of the naturar compound. The two types are
Card 1/3

S/126/62/013/005/024/031
Chrome-spinellides ... Elll/E435
assigned the formulae
mg-2 F,+2 (Cr+3Al -t3 Fe+3 )0-2
0.8- 0.2 1.6 0.4 0.2 4.2
mg,2 Fe -~3 (Cr-"3 Al +3 Fe"' 3 )0-2
1.0 0.4 0.2 2.5 0.6 0.1 6.4
where CDO.2 is the number of'vacancies in the tetrahedral
spaces in the spinel molecule 4hich must be filled by cations.
When type II are heated in vacuo, cations move into these
vacancies from the octahedral pores: this and the change of Fe3+
into Fe2+ produces the increase in the lattice spacing. Since
the stoichiometric type I is free from such vacancies, heating in
vacuo has no effect. On heating in air, vacancies remain in
both types. There are 2 figures and I table.
Card 2/3

s/126/62/013/005/024/031
Chrome-spinellides ... Elll/E435
ASSOCIATION: Nauchno-issledovatellskiy institut metallurgii
g. Chelyabinsk (Scientific Research Institute of
Metallurgy, Chelyabinsk)
SUBMITTED: MaY 3, 1961 (initially)
October 31, 1961 (after revision)
Card 3/3

BOGAThNYCIV, V.,F.; 0~ T f I t?- ,
V(IL~
LPOI-010 t-ski -'r
Desilicificatic,r,, of Mart~n iror, Jn mixers. ta 1 U r-e n-.
21-27 Ta-M2-

VORONOV), F.D., prof.; HCR%Qjr.. A.J~., prof., doktor tekhn.nauk;
SELIVANOV, L.M., kand.ttkhm.nauk; SMIRNOV, Yu.D., kand.tek--n.naiAr;
RABINOVICH, Ye.I., kand.tekdm.nauk; CF-'ROV, G.I., inzh.;
T"KAGHENK01 I.A., inzh.; BIKTAGIROV, K.K., inzh.; FILIPPOV, V.M.,
inzh.; KUSTOBAYEV, G.G., inzh.
Making St. 3ps capped steel in Magnitogorsk Metallurgical
Combine open-hearth furnaces. Stall 22 no.8:716-,/18 Ag 162.
(MIRA 15-7)
1. 14agnitogorskiy metallurgichesk]-y kombinat i Chelyabinskiy
nauchno-issledova'Qellskiy institut metallurgii.
(Magnitogorsk-Open-haarth process)

LLSNYAKY j.S.; BELIKCJV, A.M.; MOROZON, A.N.; lll~;HIVKOVA, L.A.
spinelide behavior -auring heating in red:--c-fng, anc -;xiciz-fnIz
o-aseous media. Ogneupory 27 no.9:417-420 162. ~:,E I -': : E* ;
0 1
1. Nauchno-issledovateilskiy institut meta-lurgii Chelyabirlskogo
soveta narodnogo khozyaystva.
(Spinel group) (Metals., Effect of temperature ~n)

~7-
7
/Ow 00
4/00voill-
jgg:_
-A 54, A
3, Wbeneta
1. A.. Morozov. A. -W aal:Yan V~%S.. ]KIdzbnIchenko. A. M.
M41tift eledtivsteA IA. ~he -use.
or liquid cast iron
4;:
_,~I (MMAL--' Stall no- 1961 32~ :3~5
Liciuia- cast "Irbil ~Ic6ntalnl A.2-A.3%, 0.75 1 1!5% 31; 0.70
ng
23 i ed in' an
[A -elsatwio melting
0 0
Orf the Cha3trd, and,. iar'.fed
_Iht6-the fu=ae Ifi 4 -6
50%.
76'
':thecurrdivt was,:swit on- -The difficulties en-
m~t6s:A&t6r- ched.
MAtei ~d
es ng after the.cast,ir6n had
C been fed 1~fe~re eliminated by feed-
tai*
a*: -amot e.r ed,after-tapplpg the,first, acidic slag. When
Jm equix
A
.of liquid cast
At ioWer
tha oxidizing effect Ift elea-
Aron,ore,
tri. S_ tftejt4rb,.- i#_ ope~h_ ces Ther, quI&Cadtr1ron.melting method
-b dd, J steei`~ (Y. 1P, 11~ - Y 7/U7) and
_e :u;F_ M5
d' _Ses of the new.method axe a refteed power
!1 bearing - s eel A vanta
qnsuM b5~ -20%)_.-.avd~ 4-~hlgher: of flawleds products. Best re-
ption. output
iid

8/i::b 63/000/004/001/011
bii4g _dldctr6stee1'.,_With the use, of liquid cast iron- Ao54/Ai26-
Ing . - I
Iferevbtained when add -35
4o%:Ucjuid cast iron. Still better results
it J;e:..ekp,e,ct4A_ it ihe'. liquid cast iron ned prior to being fed1nto the
manganese-.iuld -&:.greiiter. 'part of: the carbon content
malting shopti thla
Ld 466'1 y
b gew. toatmp
-the latter proposals by the
ioriv,-drd.'no. :,Ye The tests described
v 1.~
1~~ outlln'co-wopdvatiow th N.,,:V.--.,
vi ys~:~M* 4,,,Yartsev, T..I. Mallnov-
sivitA64, M,_: ABorwnp,~46v,
-I~1a. Loyberg A F
Tat 'There are

ACCE3SION NR: AR401550
S/0137/631000/03.1/AO091AO09
SOURCE; RZh. MetaUumiya, Abs. IIA62
AUTHORi Morozov, A. N.; Isayev, V. ?.I Korolev, L. G.
TITLE: Solubility of nitrogen in alloys of iron with elements forming stable
nitrides
CITED SOURCE: Sb. Teoriya i praktika metallurgii. Chelyabinsk. vy*p. 5. 1963,
B-11 -
TOPIC TAGS. nitrogen, nitrogen solubility. iron alloy, nitride. stable nitride
TRANSIATION: It is shcwn that when a solid nitride is present on the surface of
Me. the equilibrium of the system is determined by the-reaction (RXNTb