SCIENTIFIC ABSTRACT YEDIGAROV, S. G. - YEDNERAL, F. P.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001962320008-0
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 19, 2001
• Sequence Number: 8
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

YEDIGAROV, S.G.; KUTUKOV, Ye.G.; ABRAIVON, L.S.; STEPANYUGIN, V.N.
Methods and equipment for the experimental deterr-Anation
of temperature and velocity fields in "hot' pipelines.
Transp. i Khran.nefti i nefteprod..no. 2:7-16 164.
(MIRA 17;5)
1. flauchno-issledovatelfskiy institut po transportu i
khraneniyu nefti i nefteproduktov.

ABRAMZON, L.S.;*TEDIGAROV, S.G.
Determining the indices for a criterional equation when there
is an insufficient amount of experimental data. Transp. i
khran.nefti i nefteprod. no. 3:3-5 164. (MIRA 17:5)
1. Nauchno-iflsledovatellakiy Institut po transportu i khraneniyu
nefti i nefteproduktov.

YOIGAROV, S.G.
-Basic- oblema.-in the technical development of the transportion
.I.and,storago 4 P6trddurh atd petroleum products. Transp. i
khran, nefti.Ind. )uM t63. (MIRA 170)
L
-Gosudarstvenny~ komitet pa toplivnoy promyshlennosti
pit Gosplane SSSR,

N

~ -YEDI
GAAq
ABPAKON
. 2 L..
4 q"p4" fl ij* khran.
Trar~
uid
line vith ho
1 'empty Pipe
-Filling~jj-:co d, -
.

(M] RA 17 3)
163-
9
fti
e
,jiqo
n
rtu i khranenivu
~ut po
tskiy insti
uchno-is6ledova~:31
N transpo
a
nefti i-. nef teproduktx-v.

YEDIGAROV, S.,G.; RASTICWKIII, K.Ye.; MAYSM, A.A.
Mechanization of excavation in the major repair of pipelines. Transp.
i khran. nefti, no.10:3-5 163. (IAIRA 170)
1. Nauchn(>-iasledovatel'sldy institut po transportu i khraneniyu nefti
i nefteproduktov.

-QjAPk)K,A, VOLOM , 1. B. ; RASHCHEPKIN, K. Ye. ; 1AAYSKIY , A. A.
VALE'5-Vp WGIVIll"OV, G.I.; ISMAGILOVA, FJI.
Excavator for uncovering pipelines in the ground. Transp. i khran.
nefti i nefteprod. no.10:12-14 164.
(,'.IIPJ, 17- 12)
1. Ilauchno-issledovatellrkiy institut Do transportu i khranen-lyu
nefti i nefteproduktov.

YEDIGAROV, S.G.
Industrial tests Of elastic containers for the transpo.tation
of petroleum products. Transp. i khran. nefti i nefteprod.
no.32:19-21 164. (MIRA 18:2)
1. Moskovskiy ordena Trudovogo Krasnogo Znameni institut
nefteknimicheskoy i gazovoy promyshlennosti im. akademika
Gubkina.
NR S 'ir5 RR W

1,R

a2
MOWN
YEDIGAROV, G.; SVIRIDOV, V..P.; BOLDOVI N.G.
Pouring mazut for-,; tank cars with car dumpers. Trudy NIITransneft'
no.3:77-83 164. (XIRA 18:2)

YEDIGAROV S G LEVENTSOV, A.N.; KRUGLOV, A.N.; RASHCOPKIN, K.Ye.;
i.s.
Mechanization of the packaging of solid petroleum bitumens.
Neft, khoz. 40 no,4:60-65 AP 162, (MIRA 15.5)
(Bitwaen)
(Packaging machinery)

HrMYLOV, I.M., inzhener; YIDIGAROV B.S., Inzhener; VEBJR, P.P., redaktor;
YRIDKIN, A.M., te c as or
[Hanual on work and wages in electric power stations, networks, and
Pl4uts ok the Ministry of Electric PowenStations of the U.S.S.R.)
prq 6 alai rolstanteiie~h, v
S
' ~ chnik po trudu i zarabotnot plate na kt I
setitakh i na zavodakh Hinisterstva elaktrostantsii SSSR*'H-oskva,
God# .energ. Izd-vo, 1946. 267 p. 9:10)
11 Russia (1923- U.S.S.R.) Hinisterstyo elektrostantaii. Otdal
truda'i zarabotnov platy. 2. Otdal truda i zarabotno7 platy
Hiniptpretva elektrostantsiy. (for Mikhaylov, Yedigarov)
(Aectric power plants) (wages)

T -M.
YEDIGAROVA,,-N. N.
Behavior of Oil Shales in the Soil
In-&g EochygyjdenjYa I Agr2khimji AN AzSS No 6. 1953, pp 121-126
Oil shale contains a great deal of organic matter and more nitrogen than manure
and four times as muchphosphorus. Its effectiveness in increasing productivity
has been demonstrated. Experiments have ahovn that during composting of the shale
in the seriozem (gray desert soil) the volume of organic matter does not decrease.
The water-Boluble phosphorus decreases slightly but nitrogen, humic acid, and
fulvic acid increase slightly. It has been demonstrated that oil shale can be
used as a source of organic substances, phosphorus, and nitrogen in fertilizing
soils. (RZhBiol, No 2. 1955)
SOs Sum. No. 639, 2 Sep 55

- 7lDlUROTAP-.lR,--. U04aftaft"W
Hu=s In the western part of the Shirvan Steppe. TrWy Inst.pochy.
I WokhIm.AN Aserb.MM 7i1".131 153, MIA 9112)
(Shirvan filvappe-Humus)

YEDIGkROVA, N.N.
Conversion of the organic matter of petrolmm origin in Sierozen-
Meadow soils. Trudy Inat.pochv.i agrokhim.AN Azerb.M 7:169-173
155. (Azerbaijan--Sierozem soils) (Humus) (Mlak 9:12)
_4
Q

GUSEMV, D.K.; YBDIM
SP
mot,
Stiamlating effect of organic matter of a petroleum origin on the
-growth and development of plants. Dokl.AN Azerb. SSR 11 n#.12:
861-867 155- (HLRA 9:7)
1,1satitut poch:vo4*daaIjra i agrokhimii Ali Azerbaydzhanskoy SSR.
(Growth promoting substances)
"
-,L Y-_ , "~g
M

GUSEYNOV,D.M.; YZDIGAROVA,11.N.
The stimulating action of an :)rganic substnnee of petroleum origin
on plant growth and development. Dokl. AN Azerb. SSR 11 no.4:273-
278 135. (MLRA 8:10)
1. Inatitut ngrovedenlya i agrokhImii Akademli nauk Azerbnydzhan-
skoy SSR
(Plants, Effect of chemicals on)
-Y - "O~F

O(oe StinluldtIng action of omank tnatter Of petrdeup~vrfgia on
frowth Of Plants and microargoniff=. L). M.
N- N. 11divimira, and G, S. 1.~, "Gusernoy
P'last.. Baku) p- - `nOvu (SO WA Acrocisem: l~
0-00M-0.055, "* a- Razlettif 3 WC1956).-I)MB of
Ymltcd iLrtJ,% 01 arc' matter 4 Petrolcurm industriai wctst,*
c, lest b1cmuse of ~Mwth a , id,
P!~Utq and t ='j, i 1ctyv(
0. M-
q
N.4

Optical properties of substances of pe'wrole= origin belonging
to the humic acid type. Dokl. AN Azerb. SSR 13 no.8:889-891 157.
(MMA 10- 9)
1. Institut pochvovedeniya, i agrokhimiiA%erbaydzh&nskoy SSR.
Predstavleno akademikod AN Azerboydzhanskoy SSR G.A.Aliyevym.
(Humia 0-Cide-OptiCal properties)

YEDIGAROVA, N. N.: Ma~~er Agric Sci (diss) -- 'The behavior of the organic
substance of petroleum origin in serozem-meadow soil". Baku, 1958, published
by the Acad Sci Azerb SSR. 20 pp (Min Agric USSR, Stalingrad Agric Inst), 150
copies (KL, No 6, 1959, 138)
Mi t
Z 4-
41r
J!
W73
ilLlk
a-, ED

-- -
I
Effect of organic matter of petroleum origin on the
development of tomato plants. DAL AN Azerb. BSR ~
16 no. 6:577-581 16o. (MIRA 13:10)
(Tomatoes) (Growth promoting substances)
0

Effect of alfalfa on changes Ln the composition of organic matter
and the nutrient content of soils. Izv. All Azerb. SSR. Ser. biol.
i med. nauk no.5:215-118 161; (14IU 14i83
(ALFAIYA) (SOILS-COMPOSITION)
3~
t,0
V, Ix

1 IY~7 Uy.`A LAN , i~
1A3 s ort., bi on : "b*?'Oijl.lzltlori P) thi Citho~o llrort-,N of ji;-.aratin- iiyrirrv*rl vAth
t
Py 1, 1 -Ity vn--,r
--on C,, ril Gil J Ci -o Y F,:, 1,1,r C rjj G- J!~, I
SO: 3W.-- 3,11: Dec 1951,
MM_44
gk
v 7
4 M7, -W

YBDIGARYAN, A.A.; NADEZHDIN, D.B.
Concerning the re view of the thermodynamic activity method. Ukr.
kIhim.zhur. 20 no.1:103-106 154. (KLRA 7:3)
1. Kiyevskiy politekhnichookiy institut, Wedra takhnologii elektro-
khimicheskikh proizvodetv. (Solution (Chemistry))
(Thermodynamics)
R
9
~4

5-1 f MR

ij
.4~~Wfm, M~P%i

PHASE I BOOK EXPLOITATION 307/2216
34veshchanlye-po *1ektrokbimii. 4th, Moscow, 1956.
Trudy... ; lsbornl~) (Transactions of the Fourth Conference an Elect-
rocheal Collection of Articles) Xoacow, ltd-vo
1959. My". Errata slip Inserted. 2.500 copies printed.
Sponsoring Agencyt Akademiya nAuk SM. Otdolentye khUlchaskikh
nAuk.
Editorial Boardt A.R. Frumkin (Rasp. Ed I Academician. 0.A. Usin,
tMreAsQrj 3.1. Zhdanov (Reap. Satre ta~) . B.M. Xabanov. Pro-
feenor. 3.1. Zhdanov (Reap. Secretaryl . X, ftbmov, Professor,
Ya. )L rolotyrkln. Doctor of Chemical 3clanceil V.V. Lasev. P.D.
Lukovtsev. Professorl Z.A. Solov V.V. maer, Prore*Oori
-yeval Ste
and O.M. PloriLnovich; Ed. of Publishing House& X.G. Yagorov;
Tech. Zd.t T.A. Frusakova.
PURPOSB% This book Is Intended for chemical and electrical tngl~
neere, phystclata. metallurgist$ and researchers Intorvatod ii
various asp"tg of electrochemistry.
OVERAGEt The book contains 177 of the 238 reports presented at
the Fourth Conference an Electrochemistry spans*rod by the Depart-
ment of Chemical Sciences and the Institute or Physical Chemistry
Academy of Science$. USSR. The collection partkln& to different
branches of electrochemical kinetics, double layer theories and
gslvanlc~,procosses In metal clectrodepODitOn &n4 Industrial elect
Abridged discussions are given at the end or each d1vI
sion,, Thaln or "po-ts not included here have been
I ljtdrgtur,*. so personalities Are mantloned.
publ had period
References are given at the and of most of the articles
XfiQD2hCk_-Q,-S.. And-;r_V__St=dtr (Dn proptrovsk tn3titut* Of
Polarlzatlon
Chemical Technology imenl PX Dzerzhinslcly).
or Graphite Electrodes During the AnOdlc Separation Of
Chlorine 823
Ye. , and O.A. Tayganow, (Institute of Chemistry.
Ac:demy or RWroger% OvervoltAge at
ZI c' rc4ds With Homogeneous Surface 827
Aaleev. A.A and X.V__XL2AtkZft (?hyslCOch*m1CJtl
. Y.__ Mechanism of the SLmul-
Izotitute Imoni L. Ya. Karp v
taneous Electrochemical Formation of PersullurIc Acid,
Ozone and Oxygen at a Platinum Anode in Sulfuric Acid
Solutions 834
Volkcj__O.X, . 2. L_Xllt&L. Ye. K. Sueorava and A-Ch
-hisina. InflWeEce of on
Rate of Decomposition of Sodium Amalgaws
84,
A";-;~'
I
'V", 11,11n. 0- a., and (Norotherkassit Polftechnic
Card 33/ Is
t,) SCVP216
Transactions of the Fourth Conference (Con
itute Imeni S. ONZhOnlkid2ft). Influ*nc*#Of then X&'U r*
a on the AnOde
Electrolytic C tic" races Durl Z the
Electrolysis Of Alkaline and Chlorldc
Solutions
Voronin, X.N. (Deceased), B. 0- ?r1khOdchenkO,_A A Y dl
v&, 11=~i_ ~Teall M-P Fen
_O.~ -V. ~ .12 1, 10 1 1
Polytaochnie Inst1Xuti0_-' Elect" yt c dkq
fte4uctjon or Oxygen t Porous Cathodes
Discussion 10. A. Fedotov. R.I. KaganovIch ye. IR. guchtneki
O.X. X01(hanov, and contributing authorml 856
&VAILABLE: Llbrary or CO"gr*45 TVs c
Card 34/34 9-30-59

YEDIGARYAN. A.G.; KYAZUMDVA, S.A.; FELIDMAN, Ye.D.
Method of a formal description of a language (based on material
for a mathematical text). NTI no.12t44-45 163.
(MIRA 17:6)
-N-
v-
-N~
71

GRIGORYAN, V.M. (Yerevan); GYULIMISARYAN, S.A. (Yerevan);
DMANPOLADYAN, T.K. (Yerevan),- YEDIGARYAN, A.P. (Yorevan);
MAILYANp A.11. (Yerevan); PMITR-.YAII., 8~-.6-.(TF-r6-Vin); PAPYAN, B.F~.
(Yerevan); POGOSOVA.. S.S. (Yerevan); FELIDMAH, Ye.D. (Yerevar.)
Algorithm for Armenian-to-Russian machine translating. Part 3;
Grammatical rules and their application. Probl. kib. no.14:
267-287 165. NUTFA 19:1)
1. Submitted March 23, 1964.

I
T
!

~171. ~- T

IIEDIGARUMVF.S., inzh-
Overall,testing of bearing materials in case of rolling f'rIction.
Mashinoatroenie n'o,5:12-15 S-0 .!63. (MIRA 16r12)
2 M! ~,NpI
M
"o"

KCGTETSKIY, B.I., prof.; YEDIGARYAN, F.S., bizh.; NATANSCII, M.E., inz!i.
Changes in chemical composition of ver-I fine layers of fricti-cri surfaces
of antifriction bearinge luring their operation. Izv.vjs.ucheb.zav.;
mashinostr. no.5:52-54 164. (MIRA 3.8-1)
1. Kiyevsld.y institut Grazhdanskogo vozdushnogo flota.

KOSTETSKIY, B.I., doktor tekhn. nauk, prof.; YEDIGARYAN, F.S., inzh.
Wear of antifriction bearings in gas media of various activity.
Vest. mashinostr. 44 no.8:17-18 Ag 164.
:(MIR-A 17:9)

medLa,-Gt VartOus acr-7-v'LUY
E 7- tj~~,

YEDIGARYAN, 0. K.
Cand Agr Sci - (diss) "Appearance of better components of grass
mixtures in garden beet crop rotations and their treatment."
Yerevan, 1960. 26 pp; (Committee of the Council of Ministers
Armenian SSR for Higher and Secondary Specialist Education);
150 copies; price not given; (KL, 5-61 sup, 197)
Aw
W
-RP
R. -~iz

ANAIIIYAN, A.K.p doktor tekhn. nauk, prof.; BBK4-.AW-IARCMI,, B.I.,
kand. geogr. nauk; ZHA4~ORTSYU, V.11.,, kand. tokhn. nauk;
CHITCHYAN, A.L., kand. sellkboz. nauk;agi~~~
mlad. nauchnyy sotr.; SATIAN, kand. geol.-mineral.
nauk; PAYRAZYAN, V.V... mladshiy nauchW sotr.~ VEBER, V.V.,
prof.; NAZARYAN, A.G., kand. tekhn. nauk; FOKHARi;~AN, M.S.)
m-ladshiy nauchryy sotr.; TER-ASTVATSATRYAN, M.I., m:Ladshiy
nauchnyy sotr.; VELIKANOV, M.A.j VEIJKANOV, M.A., otv. red.;
SHTIBEIII R.A., red. izd-va;,KAPIJIIYAN; M.A., tekhn. red.
[Results of complex research on the Sevan problem) Rezul'taty
kompleksnykh issledovanii po Sevanskoi probleme. Erevan,
Izd-vo AN Armianskoi SSR. Vol.2. [Ch~Lnnel processes) Ruslovye
protsessy. 1962. 255 p. (IBRA 15:7)
1. Akademiya.nauk Armyanskoy SSR, Yerivan. Institut vodnykh
problem. 2. Chlen-korrespondent Akaderii nauk SSSR (for
VeManov).
(Sevan:Lake region-Hydrology)

YEDIGARYAN, Z.P.
Lithology of Upper Triassic sediments in the northern slope
of the Western Caucasus. Izv. All Am.SSR.Geol.i geog.nauki
15 no-1:47-65 162. (WRA 15:3)
1. Institut-gedlogicheskikh nauk AN Armyanskoy SSR.
(Caucasus-Rocks, Sedimentary)

RYABOHINSKIY, Yn.V., red.; Y]RIGARYANTS, G.G., red.; YERSHOV, P.R.,
vedushchiy red.; NUM11i ~ -X;A-S~F- -teidm. red.
Ellectric installation and repair work] Slektromontaxhnye i
alaktroremoutn" raboty. Moskva, Gos.nauchno-takha.izd-vo n8ft.
i gorno-toplivnoi lit-ry, 1959. 386 p. (MIRA 13:6)
1. Moscow, TSezitrallnoye byuro promyshlennykh normativov po
trudue
(Zlectric engineering)

mm
.~~D]~A A.11. (Chernovtoy, ul. Motlyarevokogoo d.6, ky.17)
Pin guide. Ortop., travm. i protez. 24 no.11:70-71 11 163.
(MIRA 17:10)
1. Iz kafedry gospitallnoy khirurgii (zav. - prof. V.L. Kherkin)
Chernovitskogo meditsinskogo instituta (rektor - prof. M.M. Kovalev).
I

YEDITIAK, A.N. (Chernovtsyl ul. Kotlyarevskogo, d.6/17)
Skeletal traction clamps. Ortap., trarm. i protez. 25
50-52 Je 164. .(MIRA 18:3)
1. 1z kafedry fakulttetskoy khirurgii (zav. - prof. V.L. Khenkin)
Chernavitskogo meditsinskogo instituta (rektor - dotsent A.D.
Yukhimets).

17(13)
AUTHOR:
SOV/177-58-1-13/25
yedinevskiy, V.G., Colonel of the Medical Corps
TITLE: The Problem of the Evaluation of the Causal Relation-
ship of Sold4----' Illnesses (Mutilations) (K vopro-
su ekspertj .-unoy svyazi zabolavaniy (uvechiy)
voyennosluzhasnehikh)
PERIODICAL: Voyenno-meditsinskiy zhurnal, 1958, Nr 1, pp 52 56
(USSR)
ABSTRACT: The existing VTEK (Military Medical Expert Commission)
medical examination formulates the causal relation-
ship of diseases, as follows: does the disease re-
sult from the soldier's presence at the front or not;
has the disease developed during military service?
Has the disease no relationship to the Soviet Army?
Above all, psychopathic cases have to be treated
Card 1/2 carefully. By examples and case histories the author

SOV/177-58-1-13/25
The Problem of the Evaluation of the Causal Relationship of Soldiers,
Illnesses
points out that the expert's evidence about the causal
relationship of diseases has to be treated on an in-
dividual basis. The expert's evidence is also decisive
for classifying the state pension.
Card 2/2

YEDINEVSKIY, V.G., polkovnik meditsinskoy sluzhby
Control of therapeutic and prophylactic work in medical institutions.
Voen.-med.zhur. no.9t47-49 S 161. - (MIM 15:10)
(MMICINE, MLITARY)

YEDIROVICH, I.
S.S.R.
Credit'and development of the so-oromy of the Lithuanian
Den.1 kred. 15 no.9:12-19 5 '57. (MIRA 10:10)
(Lithuniia-Gredit)
P

'%,~ZOVICHv I.
16 to 5.048-50
How the main office directs branches* Dan. L kred !RA IltO
M7 '58. (H
(Mogilev Province-BbLnks and banking)
fci,
a
R,

YEDINOVICH, I.
State Bank credit-amd the economy of Soviet Kirghizistan.
Dan. i kred. 20 no.11:20-23 N 1624 (MIRA 16W,
Is-Upravlyayushchiy KirgJAskoy respublikanakay kontoray
Gosbanka.
(Kirghisiatan-Credit)

YEEDINYY., YU. Go
Yedinyy: Yu. Go
"Ectopis of the Apertures of the Urinary Tract in Women,"" Kiev Order of
Labor Red Banner Medical Inst imeni Academician A. A. Bogomolets.
Urological Clinic. Kiev, 1954. (Dissertation for the Degr66 of Candidate
in Medical Science)
So, Knizhnaya letopisf,, No. 272 2 July 1955

,;;,-UD,MTf,.-,,,Xlk.q.,..kand.med.nauk, GOYKM3M. gae (Kiyev)
Report on thn activitien of the Kiev Urologidal SOciOtY in 1957"
11-8)
Uroli)g1ja 23 noo4:75-76 ji-Ag 158 (Hnu
(KIEV--UROLOGY--SOO IET IES)

YNDINYT, Yu.G., kand. med. nauk.
Use of ultrasonics in the treatment of urinarv calculi; review Of the-
literature. Urologiia 24 no.lt64-66 Ja-7 159. DURA 12: 1)
1. Is urologicheskogo otdalenlya bollnitoy imeni Oktyabr"skoy revolvutaii
(Kiyev) i urologicheskoy kliniki (zab. - zasluzhe=yV~deyatell nayki prof.
A,A, Chayka) Kiyevskogo meditsinskogo instituta.
(URMART TR&CT, calculi
ther., ultrasonics, review (RUB))
(UIRR&SONICS, ther. use
urinary tract calculi, review (Rus))
W.,

TORGUSHINA., II.S., kand. vied. nauk; EDI', KIIII, 11, . (7, .
Hemangicendotheliomas of the atoxach. ?Iirurgila 40 no.B:91-93
Ag 164. (MIRA 18:3)
1. Kafedra patologicheskoy anatomil (zav. - prof, M.L. Fir,.Ailkov)
Corlkovskogo meditsinskogo inatituta imeni Kir(va i
otdeleniye (zav. R.0. Yeditkin) Gorlkovskoy oblastnoy bollnitsy.

I / ~-. "
O-j -, -,,
YEDKnU, V. D. Cand Med Soi -- (diss) "Changes in gastric secretion ihw -
hemorrhage$ and subsequent blood transfusions." LIvov, 1959. 20 1T (L'vov
State Med Inst ), 200 copies (KL, 48-59, 116)

PBTROV, D.G., doteent; TKAGH, Ye. A., starshiy nauchnyy Botrudnik; FEDOROVA,
Z.P., starshiy nauchnyy sotrudnik; YNDKINA, V. D.# nauchxqy Botrudnik
loso of blood and blood transfusion in hypothermia. Nov. khir. arkh.
no.2:59-63 Mr-Ap 159. (KUU 12:7)
1. L'vovskijv naitchno-iseledovatellakiy inetitut perelivaniya krovi
i neotlozhnoy khirurgii (nauohnyy rukovoditel (prof. 1.I. redorov).
(Adres avtorov: 18vov, ul. Pushkina, d.45. Hauchno-issledovatellskiy
institut perelivaniya krovi).
(Hypommu) (Hmmmau) (BlOOD TRANSYMION)

r.
Mom
PETROV, D.G., dotsent; KRIVOR[JCHKO,, R.A.; TURCHIN, V.L.; YEDKINA, V.D.
Centralized supply of flasks with factory produced blood preser-
vativeo. Probl.gemat.i perel.krovi no.7150-53 161.
(MIRA 14:9)
1*.Iz Uvovalcogo nauchno-iseledovatellekogo instituta pereii-
vaniya krovi (dir. - dotsent D.G. Petrov).
(ELOOD-COUACTION AND PRESERVATION)
v

44980
5/858/62/000/001/002/013.
D296/D307
AUTHORS: Sukhomlinov, B. F., Yedkina, V.,D. and Yakovenko A.N.-.
TITLE: The el.ectrophoretic pattern of serum and liver pro-.
teins after exposure to ionizing radiation
S'OURCE: Llvov. Universytet. Problemna lyaboratoriybL radiobio-
lohiyi. Biologicheskoye deystviye radiatsii, no. 1,
1962, B-25
TEXT; The authors investigated by means' of eleatrophoresis the
serum protein fractions, and the soluble proteins of dogs exposed
to radiation. Dogs weighing 8 - 25 kg were expoae'd to a single dosd
of x raye'ranging from 600 to 1000r from a distance of 1 m, at
14r/~qin. Blood samples were taken under standard conditions-from
:.the,saphenous vein. The soluble proteins of the liver were ob~-.
tained by in vitro perfusiong- which yielded,a soluti'on containing
up to 4% soluble-proteina. The ele'etrophoresis*was carried out on.
agar gel, with a field of 4 V/cm 'and~current of.18 20,mA, at.pH
_8.61 on 12 15 cm strips. ~Thtp.authors obtained 6 8 fraction's
Card 1/3",

S/858/~2/000/001/002/013
_-~-The blectrophoretic pattern'... D296/D307
:~:.-from the.-gerum'proteins and'10 - 15 fractions from the soluble li-
ver proteins within 3.5 -4 hours. From the'electrophoretic strips
of.the serum of healthy do'gs the authors found 6 - 8 well-sepa-
rated fractions (albumins,~ o~j- and 0(2-, 12 1~1, 22- and ~-globulins.).
1 2
In some cases the 3 fraction could be subdivided into 8 and 3
1
Fdur' days after exposure, marked changes could be ob 'served in the
electrophoretic pattern of the serum protein fractions. The pro-
portion.of albumin'decreased and that of0t.-globulin increased '
These changes were even more marked at the peak of -radiation sick-
ness, with an additional.increase in the 0(3 -fraction. At this time
a c.ompletely new fraction,.the so-cal.led -fraction appeared, which
according to the authors is a sign-of the impending death of the
animal. In those animals which recovered from radiation sicknesag
the recovery wa,s,~recededlby the disappearance of this fraction.
The 2 and 13 -fractions usually showed an initial decrease fol-
1 2
bowed by an increase. In the'authors' opinioh, this increase is
Card 2/3
S V7, -4

S,/858/62/000/001/002/013
The electrophoretic pattern D296/D307
connected with an
immunological reaction, such as the formation of--
antibodie 's against denaturated proteins formed as a consequence--of
the oxidation of-SH-groups.-The-10 -15 fractions, found in the
electrophoretic pattern of the soluble livqr proteinsg could be
grouped according to their mobility. Each group corresponded to
one of the serum'protein fractions. It was found that the, changes
in these ~fractions were quite similar t'o those found in the serum
protein fractions but were even more marked. The authors con-
clude that radiation affects the protein synthesis in the liver.
There are 11 figures and 11 tables.
ASSOCIATION: W-Vovskiy nauchno-iosledovatellskiy institut pereli-
vaniya krovi i laboratoriya radiobiologii L'Yove-
kogo universiteta (L'vov Scie*ntific Research-Insti-
tute of Blood Transfusion and Laboratory of Radio-
biology, Llvov University)
Card 3/3

KARIMOVp Z.N.;.b'AVCII.ENKOj S.O.; YEDUCHKA, A.-F.
Picture of peripheral blood ani its cougulatlo-i t~.me in rabbits
with a tran3planted astepgenin. sarcoma. Tvily inst. kraev.
eksper. med. no.5;-184-IWI 163. (MIP-k 17;6)

BALZHI) M.F.; BERFZKIN, P.N.; GOLIDSHTEIN, Ya.Ye.; GALIFERIN, Ye.B.;
YEDLICHKO,-L-V1 KERAS, A.F.; LJEKUS, I.D.; POTEKUSHIN, N.V.;
POZDNYSBEVJ V.M.; SUBBOTIN, N.A.; SAVINTSEV, R.I.; TAMAED"ISKIY,
V.M.; SHEREMETIYEV, A.D.; BAKSHI, O.A., kand. tekhn. nauk,
retsenzent; BONDIN, Ye.A.y inzh.j retsenzent; BOYKO, F.I., inzh.,
retsenzent; VASIN, Yu.P., inzh., retsenzent; LAZAREV, A.A., inzh.,
retsenzent; SOROKIN, A.I., Inzh., retsenzent; KONIKOV, Arkadiy
Sergeyevich, dots., red.; DUGINA, N.A., tekhn. red.
(Economy of metals in the machinery industry]Ekonomiia metallov
Y mashinostroenii. (By]M.F.Balzhi i dr. Moskva, Mashgiz, 1962.
235 P. (MIRA 16:2)
(Machinery-Design and construction)
(Metals, Substitutes for)

SHUKHTINAp A.M.; YEDLINAp Ye.A.
Changes in the fundus oculi in the early stages of hypertension.
in young persons; from polyclinical data. Sov.med, 24 no-305-59
Mr 160. (MIRA 140)
Isla fakulltetskor terapeytichookoy kliniki (zav. - prof. T'
as*
Istamanova) i polikUniki I Leningradekogo meditsinskogo instituta,
iment I.P.Pavlova (glavnyy vrach - kand.med.nauk A.M.Shukhtina.
(HYPMENSION) (EYE.-DISLUES)

YEDLINSKIY Z. (Pol'skaya Narodnaya Respublika); FILIPSKA, M. Pollskaya
naya Respublika)
Folarographic method for the simultaneous determination of
divalent and tetravalent lead in minium. Lakokras. mat. i
ikh prim. no.6s52-55 161. (WRA 15:3)
(Lead) (Polarography)
4q,-

-14
"it

c p A -11 i7 R-.L I U

,:MR

PAVLOVSKAYA, V.S.; -YEDNERALI. A.F.
Use of the nuclear magnetic resonance method in studying inhomogeneous
solid solutions of Al Ag. Rz. tver. tela 6 no.7:2072-2074 Jl 164
(MIRA 17.-10j
1. Hbskovskiy institut stali i splavov.
Rt"

A3 if-b-M-27 A-M 10-P-M-3) Ad-a-Al _V_ M3-41 -42-M -M-43-C to
12 f 0 C M-U, j
A I It L
-00
-I A' -h-V -P' -0 C P-9 A I I I S I- P 1 -00
1118o0 of repeated tomeldn an the Proserfled of stsuc-
so .4 11VIII $11101- P- I!, AdjKFAII(IftrOw SIM -Ull 6,
of ifils 111velOffstiot) *,as to
of 'r
t ect of repeated remelting of alloy mcel on its
fog fir6iiiities and to establish conditioaq under which alloy
wrap can be fully UtiliLed Without Io%'61jalloyingelemrots. 0
The investigadon was carried out on a steel cotag. C U.:V#-
of (1.42 Ma US-1 I Cr 1.2-1.4. anti V Re.
00 9 melting was UWcA under various conditlotis: Zh anti
without Wilation. ntized charges and charges entirely of
rcint-li, ImIng under v4dous 41alts. tic. kcinviting did age
sole
not impale list dotilty of the metal Own the P(1k'VSI Was
carried out properly. Metal fewelled culkely (4 Kroli
000 =11,,rrlr d,.Idiztd amirr a MsO-AJA %14t cots.
y I't
0063 tie gas. Repeated remelting did not im-
pair thorougb dcosidatlon. Repeated remclibig djJ uot r
0 0 raise the If cmteut in the metal. To redexe the If con. too
tent In Ox metal. deoxhlation with C should tie prikingev),
unit Fe.Si introduced sit late a% lmmilile, Unit-%% precau-
(ions are taken ret"Cle"I lnctxl will contain 111ore N.
r r -rally,
with ll~act this can tie obviated. Conq
= to Inceca" :;o 0
little t se the If In the metal white CO was
effective in driving gas out. It is advisable to carry out
the fining under high-grade fm4dy burtit finae. If the
fime Is unavailable xr"l results can be obwnetl with a Aag zoo
of the compa. Ntgo 40-50. -AOs 24-25, AIA around IQ, see
and C&O 15 -20-.. M. I I-11 =00
ts
04
11114011 SIT11011,4 Ito%, 411.401
II;Q#j it 0" Oft 1111JI1098 1104431 ad 0"I jsj
An I 1 0 (W a N
IS AV 10 11 or 11, P P UP to It a a a a K UU it U KW I Is It i ar s# a a v I I
;~7` Is
"TIM
11111 0 0 0 0 46 0 0 0 0 0 6 0 0 0 0 0 0 0 0 0 6 0 0
0'* 0 0 0 0 00 00010 0 0 0 000 0 00000 00 0 0 0 0 0 0 0 to 0

Samarin, A. M. and Yedneral, F.. P.) "Eliminating Nitrogen in the Process
of Smelting in an Electric Arc Furnace." Symposium, "Properties of Steel,"
Metallurgizdat, 1949.
k

21777 A! R R I 11. ; i YE D1.71,; R.A L , F . F
Udaleniye azota v protsesze plavki v dugovoy olektrichoskoy pecid.
Sbornik (Mosk. in - t stali im. Stalina$, 23, 1949, s.'
Bibliop-r: 14, NAZV.
SO: T-etopist Zhurnallnylkh Statcy, No. 29, Moskva, 1949
N...!Zk
Nu

,PHASE I TREASURE ISLAND BIBLIOGRAPHICAL REPORT AID 105 1
'BOOK Call No.: TH685.7-3
Authors -EDNERAL, F. P,
FunTitle: EIRCTROMETALLURGY (General Course)
Transliterated Title: Elektrometal-lurgiya (Obshchiy kurs)
Publishing Data
Originating Agency: None
PubliEh ing House: State Publishing House of - Scientific and Technical
on Ferrous and Non-ferrous Metallurgy
Date: 1950 No- PP-t 552 ~No. of copies: 71000
Editorial Staff
Editor: None 'Tech. Ed : Kikhaylov, V. V.
Editor-in-Chief and Others: The author Appraise;:
expresses thanks for helpful advice to:
Corresponding Member of the Academy of
Sciences, A. M.-Samarin; Prof. Dr.
V, P."Elyutin,; ~i6f-.-Dk. P. Ya~-Agqev;
J Prof. ]Yr-.-'W.-B. Okor-okcry; Assistant
Prof. Bach. I h. Sei. N. M.\Chuyko,
n
R. N.Nq~ijqtggh~ A. A.\Yaskevich-~'
7"
Engineer Ya, M.NBokshiQkiy.`
1/2
~j4
Ir-21

Elektrometallurgiya- (Obahchi.y kurs) Call No.r TN685#E3
AID 105
Text Data (both arc and
Coverage; This.textbook describes the equipment of steel smelting
induction) and ferrous alloy furnaces, the technology of smeltin.;r and
casting steel and alloys, and problems of industrial safety nnd the
arrangement of equipment. Much attention is given to the de3cription
of the lining of electric furnaces.
Purpose: Approved as a text by the Ministry of Higher Education for specialists
in metallurgy in higher educational institutiore.
Facilities: In the first chapterv plants and electric power instqllations im-
portant in the historical development of electrometallurgy are
mentioned.
No. of Russian and Slavic References: None
Available: Library of Co:igress.
2/2
U~

~A

YF.DNXML,.F.P..i dotsent,kandidiLt;~tekhnichookikh nauk4 VISHNYAKOV, A.V.,
tekhnicheak:ikhnauk.
Protection of immersion thermocouples during temprature measurements
in electric furnaces..Sbor.Inst,stali n0.32:161-166 '54.
(MI&A 10:5)
(Thorraocouples)
nU- -

YEDEBRAL, Fedor Prokoplyevich; BOKSHITSKIY, Ya.M.. redaktor- CHERHYAK,I,G.,
Ye~B~, tekhnicheekly redakOr
[Biectrometallurgy of steel and ferroalloys; a geaerni course] Elektro-
metallurgiia stali i ferrosplavoy; obahchii kurs. Moskva, Goe.nauchno-
tekhn. Izd-vo lit-ry po chernoi I tevetnoi metallurgii, 1955. 510 P-
(Blectrometallurgy) (KLRA 9:1)
...... . ....
1 4
At

s5t

Ilk
MNE-RAL jedor Prokoplyevich; FILIPPOT, Anatoliy Yedorovich; ROZEliTSVAYG,
redaktor izdatelletva; BONSON, I.K., tekhnicheskiy redaktor
[Calculations in the electrometallurgy of steel and ferroUS alloys]
Raschety po elektrometallurgii otalt i ferrosplavov. Moskva, Goo.
nauchno-tekhn. izd-vo lit-ry po chernoi i tavetnoi metallurgii,
1956.189 p. (MIRA 9:12)
(Steel--Bleotrometallurgy)
(Iron alloys-.Electrom6tallurgy)
R'
j"" --A-- - "f~: j? i i -,~;6 ~ -~ ~4-
;4~t i-]Tz~'-~ t'-

k 4 L_ t ~ I
Translation from: Referativnyy zhurnal, Metallurgiya, 1958, Nr 1, p 59 (USSR)
AUTHOR: Yedneral, F.P.
TITLE: Effect of Heat Conditions on the Nitrogen Content of Electric
Steel (Vliyaniye usloviy plavki na soderzhaniye azota v elektro-
stali)
PERIODICAL; V ob.; Proiz-vo stali. Moscow, Metallurgizdat, 1956, pp 12-22
ABSTRACT: The results of experimental heats made in electric-arc furnaces
of 0. 1 0 - 0. 5 , 20, and 40 t capacity are presented. It is a stablished
that N increases if the slag is roduced by lime. Replacement
of lime y lim estone diminishes [N) . Carburization of the ex-
posed metal under current increase I . [NA diminishes
-s [N
during the reducing period in the presence of acid and magnesia-
silicon slags. , When working with carbide slags, C deoxidation
is accompanied by diminution in [1~j , while.. Si deoxidation in-
creases it. Addition of Fe-Ti to the metal covered by slag
diminishes [N] , while addition to the exposed metal is accom-
panied by a small rise in [Nj . Gas blow (Ar, C02) over the
metal during the period of reduction is a good method for removing
Card 1 /1 nitrogen. F.Ye.
1. Steel-Nitrogen absorption-Test results 2. Steel-Manufacture
-Effects of slags 3. Slap"-sEffootiveneon-Teet results 4- Electric
furnacen-Performnee-Test results

YEIGLIUL, Pedor prokoptyevich awarded .9ci degree of Doc Tech Sci
for the 12 Dec 57 defense of dissertation: "Electrometallurgy of steel
and ferro-alloys" (State Publishing House of Metallurgical Literature
[Metallurgizdat], 1955) at the Council, Mos Steel Inst imeni Stalin;
Prot Ro 14, 21 May 58.
(BNVOv 11-58119)
r
j, Q J.

137-58-6-11797
Translation from: Referativnyy zhurnal, Metallurgiya, 1958, Nr 6, p 85 (USS110
AUTHOR: Yedneral, F.P.
TITLE: Organization of the Production of Electric Steel by the Duplex
Process (Organizatsiya proizvodstva elektrostali dupleks-
protsessom)
PERIODICAL: V ab.: Primenenive kisloroda v metallurgii. Moscow,
Metallurgizdat, 1957, pp 173-175
ABSTRACT: The shortcomings of duplex (D) production of steel by open-
hearth and electric furnace and by basic converter without OZ
and electric furnace, and of the utilization of large amounts of
molten iron in electric furnace charges are set forth. Specifi-
cally, the difficulty of synchronizing the work of the furnaces
in the first instance, the high [NJ in the second, and the short
life of the lining in the third are noted. It is pointed out that in
D work with a basic converter using OZ and an electric furnace,
the semifinished product and the electric steel may both be re-
covered with low (NJ , in amounts of 0.005-0.007 and 0.01%,
respectively. In this case it is possible to use ordinary steel-
Card 1/2 making pig in the converter and obtain a semifinished product

Z~
Q,

137-58-6-11797
Organization of the Production of Electric Steel by the Duplex Process
with the required [C] . Synchronization of the electric furnaces and the
converters is easily accomplished, the output of the electric furnaces is
doubled, and the consumption of energy and of electrodes is cut respectively
to 300 kwh and 2.5-3.0 kg per ton of steel. This also permits a 400,1o reduc-
tion in required transformer capacity and a reduction in electrode diameter.
The fundamental data for the design of a department employing the D and
capable of producing I mill. t of electric steel per year are adduced.
A. Sh.
1. Steel--Production 2. Furnaces--Operation 3. Furnaces--Effectiveness
4. Furnaces--Equipment
Card 2/2
T

137-58-6-11775
Translation from: Referativnyy zhurnal, Metallurgiya, 1958, Nr 6, p 81 (USSR)
AUTHOR: Yedneral,
TITLE: Oxygen Applications in Electric Steel Foundry (Primeneniye
kisloroda. pri elektroplavke stali)
PERIODICAL: V sb.: Primeneniye kisloroda, v metallurgii. Moscow,
Metallurgizdat, 1957, pp 285-289
ABSTRACT: Advantages, procedures, and performance indices of the
electrical smelting of stainless, structural, tool, and plain car-
bon steels with 02 are described. It is suggested that the furn-
ace be serviced with bulk material consisting 30016 of magnesite
powder, 457o of ferrous dolomite, and 257o of fine-ground Cr
ore. In making stainless steel, the desirability of deoxidizing
the slag (after blowing the bath with 02~ by Si-Cr with 5056 Cr
and 0.02-0.0316 C is noted, making it possible to recover up to
9376 of the Cr from the waste. It is also of advantage, after
blowing, to add stainless steel rejects to reduce the tempera-
ture of the metal. The use of 02 in smelting structural and
tool steels makes it possible to improve the dephosphorization
Card 1/Z of the metal by a short blow of the bath at the end of the

137-59-0-11775
Oxygen Applications in Electric Steel Foundry
melt-down of the charge, addition of fluxes to the furnace, and slagging off;
a reduction in the duration both of melt-down and of oxidation of the metal by
30 min and an accelerating the heating of the bath, with a 157o increase in
the output of the furnace is thus achieved. The use of 02 when these steels
are made by the remelting process makes it possible to increase the amount
of alloyed scrap in the charge and reduce the consumption of soft Fe, re-
duce burning loss of alloying elements, and make us of Cr-Si and Cr-Si-Mn
steel scrap. It is emphasized that the quality of steel is never impaired by
the use of 02 but that it is oftentimes improved.
A.Sh.
1. Oxygen--Applications 2. Oxygen--Effectiveness 3. Electric furnaces--Operation
Card Z/Z

TITLE; Book Review - by Speranakiy, V,G. 133-5-9/27
FERIODI6A'L.- "Stall lt(Steel), 1957, No.5, pp. 423-424 (U.S.S.R.)
ABSTRLCT: Fop. Yedneral "Dilectrometallurgy of steel and ferro-
all S, kcxe era ourse)." (Blektrometallurgiya stali i ferro-
splavov (obshchiy kurs), Metallurgizdat, Moscow, 1955, 510
pages$ Except for the pointing out of a few errors or inaccu-
racies, which can be corrected in the ne3ct edition, the reviewer
considers that the book is extremly useful.
AVAIIABLE:
Card.1/1

DUBROV, N.F., kand. tekhn. nauk; MIMULOV, O.A., Imncl. teIrIm. nauk;
VRLIDWI I.A.; LWILOV, AoM.: SCROKIN, P.Ta., kand. tekha. iamk,
starably nauchny7 sotradnik; BU=OV, D.K., kand. tekhn. nwak,
dote.; SOYM, V.H.; IATASH. Yu.V., mladshiy ~auchW sotrudnik;
ZAMOTAYEV, S.F.; BBYT3L'HAN, A. I.; SAFKO, A,L; PXUUOV# G.K.#
kand. takhn. nauk; -YEDNBRAL, F.P. , kand. takhn. nauk, dote.;
uFammiNg N.M., lmnd.'tej&~.-nauk, starshiy nauchnyy sotrufln1k;
ROZINg R.M.; NOVIK, L.M&, kand, tekhn, nauk, starehiy nauchW
notrudnik; IAVRW fTWO B.Ae; SHILTAYXT# B.Ao; SHUTKINI N.I.;
GNUCHIV, S*A.,'kand. teldin. nauk, starshiy nau hn~y sotrudaik;
LYUD24AN. K.F., doktor-inzh., prof.; GRUZIN, Y.G., kand. tekhn.
nank; BARIN, S.Ta.; POLYAKOV# A*Yu., kand.tekhn. nauk; Y=FWM,
A.i.;'AGXW, P.Ya., prof., doktor: UMIN, A.M,; BOKSHITSKIY,
U&M., kand. tekh~. nauk; GARNW, a.A., kand. tal&n. nauk;
KAWLARIANTS,, A.Ae, kand. tekhn. nauk; XILMAROV, A.D., prof.9
doktor tekhn. nauk; TXM, L.19; DANILOV, P.Me
Discussions, Biul. TSNIICBM no.18/19:69-105 157. (MIRA 11:4)
1. Direktor Ural'skogo instituta chernykh metalla7 (for Dabrov).
2. Direktor TSentrallnogo instituta informataii chernoy metallur-
gii (for Mikhay1m). 3. Nachallnik nauchno-iseledovatel'skogo
otdela osobogo konstruktorskogo byuro treete, "31ektropech'" (for
Felldman). 4. Nachallnik martenovskoy laboratorii Zlatoustovekogo
metallurgicheskooo zavoda. (for Banilovo A.M.). 5. Iaboratoriya
protsessov stale-mreni7a Instituta mtallurgii Ural'skogo filiala.
Ali SSSR (for Sorokin).
f
Fm
7

DUBROV, N.Y.-(continued) Card 2,
6. Urallskiy politekhnicheskiy institut (for Butakov). 7. Starshiy
inzhener Fryanskogo maehinostroitellnogo zavoda, (for So,7fer).
8. Institut elektroararki Im, Fatona AN URRS (for latash). 9. Na,
challnik Wentrallnoy zavodskoy laboratorii "Uralmaohzavoda" (for
Zamoteyev). 10. Dnepropetravskiv metallurgichooldy institut (for
Sapko). 11. Moskovskiy In3titUt Stall (for,Udgeral). 12. Mentrall-
W nauchno-issledovatellskiy institut chernoy m-eVallurgii (for
Gnachov, lapotyshldn). 11. St"shiy master LeningraAskogo zavocla
im. Kirova (for Rozin). 14. Institub metallurgil im.Beykove, AN
SSSR (for Novik, Folpkovo Garpyk). 15. Rachallnik tokhniehookogo
otdela zavoda "Bol'shevik" (for lavrentlyev). 16. Starshiy ixLzhe-
nor tokhnicheskogo otdole, GlavspetSBtali Hinisteretva cherno7
metallurgii (for Shilyaysv). 17. Zamestitell nachallnika tokhni-
chaskogo, otdols, zavoda "Mektrostall" (for Shutkin). 18. Prey-
bergskaya goymaya akELdemiya, Gormanskays. Damokxatichoskaya
Respublika, (for Lvademan). 19* Zaveduyuohohiy laboratoriyey stall-
nogo lit'va TSentrallnogo naudhno-iasledovatellskogo institute,
tekhriologii i mashinostroyeniya (for Grazin). 20. Starshiy master
elektrostaleplavillr;~~ pechey Uralvagonzavoda (for BbLrin).
21. Zamestitell nachallnika elektrostaloplavillnogo teekha zavoda
"Sibelektrostall"'(for Pedchenko). 22. Zavedtqnshchiy kafedroy
metallurgii Stall i elektrometallurgii chernykh motallov Iienin-
gradskogo politekhnicheskogo institut a (for Meyev). 23. Zaiz-
stitell direktora Instituts, metallurgii im. Baykova AN SSSR, chlen-
korrespondent AN SSSR (for Samarin).
(Continued on next card)

DUBROV, N.Y.--(continued) Card 3.
24. Rachalinik laboratorii TSentrallnogo naucImc-iseledovatel's1mgo,
instituta chernoy matallurgii (for Bokshitakiy). 25. Zaveduwushchiy
kafedroy elektrometallurgii Sibirskogo metallurgicheakogo insti-
tuta (for Kramarov). 26. Nachallnik elektrostaloplavillnogo tookha
Kluznstskogo metallurgicheskogo kombinata (for Tedor). 27. Naow I-
nik elektrometallurgicheskoy laboratorii Xuznetskogo metallurgiche-
skogo, kombinate, (for Danilov, P.M.).
(steel-metallurgy)

a
Iva W
v
all
oil
Al
it I 1~ w
6 13 loll
I Jai
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$i3-1141 12
HA
fflop A
.1f A .,!Ip-
Iva 11,41-i'l
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0
s

133-1-11/24
AUTHORS: Yffldneral F.P.. Candidate of Technical Sciences, and
'~~EM;~~Kov, ~WT, Engineer.
TITLE: Intensification of the Oxidising Period During Smelting
Structural Steel in Electric Furnaces (Intensifikatsiya
okislitellnogo peri6da elektroplavki konstruktsionnoy stali)
PERIODICAL: Stall, 1958,\-"No.l, pp. 43 - 48 (USSR).
ABSTRACT: The possibility of attaining the de-sulphurisation of
metal during the melting period and an intensification of the
oxidation period by blowing oxygen was investigated on a steel
45XHMgk (composition %: C 0.42-0-50; Mn 0.5-0.8; Si 0.1?-0.3?;
Cr 0.8-1.1; Ni 1.3-1.8; Mo 0.2-0.3; V 0.1-0.2; P and S less
or equal to 0.03). The initial experiments during which the
technology of smelting was established were carried out in the
Moscow Institute of Steel (Moskovskiy institut stali) on V2 ton
electric furnaces. In 1956, 21 heats in a 20-ton electric are
furnace were carried out on the Zlatoust .. Works. The
charge consisted of carbon steel scrap (about 6?%), chromium-
nickel-molybdenum steel waste (about 25%), pig (about ?%o),
nickel and coke (about 120 kg per 23 tons of the charge). In
order to obtain melting slag of a required basicity to de-
phosphorise during the melting period, about 2.5% of lime was
Cardl/4 charged towards the furnace walls. At the end of the melting

133-1-11/24
Intensification of the Oxidising Period During Smelting Structural
Steel in Electric Furnaces
period when a small amount of unmelted material still remained,
0.5% of iron ore and 0.5% of lime was added and the bath was
blown with oxygen for 5 minutes through an unlined iron tube,
6 m long, 3/411 diameter at a pressure of oxygen of 8 atm. The
addition of ore was done in order to froth the slag and to
prolong the service fife of the tube. As a result of the 5 min.
oxygen blow (40-50 m of oxygen per heat) the content of phos-
phorus was reduced from 0.04-0.045% to 0.018-0.02001o. The
content of carbon after melting was_O 8-1.q (on average 0.880,16);
the temperature of the metal 1 480 i 540 C. After taking
a sample of metal for the determination of oxygen, the first
sample of slag and measuring the temperature of the bath with
an immersion. thermocouple, about 50-Wo of slag was removed.
After adding lime and fluorspar (about 1%) as well as calcium
molybdate, the decarburisation process was carried out with
oxygen blowing. This was done using lined tubes (3/4" dia.)
at a pressure of 10 atm., in two stages. After the first 5
minutes of blowing, a sample for analysis was taken and then
blowing continued for another 5-6 min. During blowing the
electric current was cut off. When the required content of
carbon was attained, silicon-manganese (2 kg/ton) was added and
Card2/4

133-1-11/24
Intensification of the Oxidising Period During Smelting Structural
Steel in Electric Furnaces
after taking samples and measuring the temperature, the oxidising
slag was removed. During the decarburisation process, a
further decrease in the phosphorus content of metal to 0.011 -
0.013% usually took place (Fig.1). The dependence of phos-
phorus content in the first sample of metal after melt out -
Fig.2; variation in the degree of oxidation (% Fe total) of
slags during the oxidising period in experimental heats - Fig-3;
the influence of the degree of oxidation of slag (oxidising
period) on the de-phosphorisation - Fig.4; a comparison of the
oxygen content of metal during the oxidising period in various
heats with the equilibrium C-0 curve - Fig-5; changes in the
manganese content duting the oxidising period - Fig. 6.
Conclusions: 1) An add,Ltion of 30/6 of lime to the chargg and
a 5-minute blowing of tho ladle with oxygen (about 600 m'/hr)
at the end of the melting period lead to sufficiently complete
de-phosphorisation. glag basicity not lower than 2.2 and metal
teMDerature of 1 500 C are recommended. 2) A part of phos-
phorus is additionally removed during oxygen boiling; slag
basicity during this period should be 2.6 - 3.0. 3~ The
Oard3/4 velocity of decarburisation in a 20-ton furnace at a blowing

133-1-11/24
Intensification of the Oxidising Period During Smelting Structural
Steel in Electric Furnaces
rate of about 900 m3/hr (at 10 atm) and at an initial carbon
content of 0.8-1% reaches about 396 C1hS. In order to attain
the temperature of the metal of 1 610 C at the end of oxidising
period 0.561o of carbon should be oxidised at a rate of 0.05,%o/min.
4) The content of Fe total in slags after melting and at the
end of oxidising period differs little. Increased content of
Fe total corresponds to comparatively low temperatures.
5) After the preliminary partial deoxidation of metal with
silicon-manganese, the content of oxygen in the metal remains
higher than that corresponding to equilibrium with carbon.
6) The manganese content remains at a high level (without
ferro-manganese additions) which is determined by the high
temperature of the process. 7) As a result of carrying out
de-phosphorisation, together with melting and an intensification
of the decarburisation process, the duration of the oxidising
period was decreased in the experimental heats by 30516. Some
additional shortening of the process can be obtained by speeding
up the analysis of metal samples for carbon. There are 6 figures
ASSOCIATION: Moscow Institute of Steel (Moskovskiy institut stali)
Zlatoust, Metallurgical Works
(Zlatoustovskiy metallurgicheskiy zavod)
AVAILABIE: Library of Congress
rm rrI414~
IMMM
--L -

SOV/ 137-58- 9-18625
Translation from- Referativnyy zhurnal, Metallurgiya, 1958, Nr 9, p 66 (USSR)
AUTHORS: Yedneral, F.P., Kalinina, Z.M.
TITLE: Intensification of the Reducing Period in the Melting of Struc-
tural Steel in an Arc Furnace (Intensifikatsiya vosstanovitell-
nogo perioda plavki konstruktsionnoy stali v dugovoy elektro-
pechi)
PERIODICAL: Izv. vyssh. u chebn. zavedeniy. Chernaya metallurgiya, 1958,
Nr 2, pp 48-63
ABSTRACT: 21 experimental melts of 45KhNMFA steel were run in ZO-t
basic electric arc furnaces in accordance with a procedure in-
cluding blowing the bath with 02 at the end of the oxidizing
period; addition of 2 kg Si-Mn per ton metal after the blow and
of 3/4 kg Mn-Si-Al or Si-Mn-Ca per t after the skimming of
the Fe-Cr oxidizing slag, the alloys being in 4:1:0.5 and 1:1-0.5
ratio, plus slag formers in the amount of 3.5% of the weight of
the metal; deoxidation of the slag by ground Si-Ca and coke
breeze; holding of the metal under the white slag for 40 min;
introduction of 0.3-0.4 kg Al/t before tapping, and 0.7 kg Si-
Card 1/2 Ca/t in the ladle. The total length of the refining period was
5-1'- r1110
4

SOV/ 137-58-9-186Z5
Intensification of the Reducing Period in the Melting (cont.)
60-70 min. By sampling the slag and metal during the melt and by tests of
the finished rolled product it was established that the 0, N, and H contents
before tapping were respectively 0.0042-0.00480/o, 0.00941o and 4.9 cm3/ 100
g, while the final metal contained 0.012% S. The macroscopic structure and
mechanical properties of the steel in these experimental heats was satisfac-
tory, and seams were fewer than in steel melted the usual way, while con-
tamination with nonmetallic inclusions was no higher than with the latter.
The duration of the experimental heat was 171o shorter than the usual, con-
sumption of electrical energy dropped 1716, and OZ consumption came to
10 m3/t. Bibliography: 6 references.
A.Sh.
1. Steel--Melting 2. Furnaces--Applications 3. Industrial production
--Development
Card Z/Z

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44

PKA3% I BOOK XXPWrTATIOM SOV/4782
Moscow. Inatitut stall
Proilyodstva I obrabotka *tall I splavov (ProdueUon and

I and Alloyvq) Moscow, Metallurgirdst. 2960. A62 p.
f St*
0
(Seri@ t Itat Sbornlk. 39) 2,100 copies printed.
:
Xd.3 To. A. Borko; Ed. of Publishing House3 3. L. Moger; Tech.
Zd.x M. R. Xlernman; ZUtorlal Coimcil of the In3U=te: X. A.
iroreasorj Doctor of Technical Sciences; R. M. Grigorash,
a1inkov#
t' In,
Docen andidate of Technical Sciences; V. P. Yelyut Professor,
c
Doctor of Technical 3olences. A. A. -Zhukhavitakly. Professor,
Doctor of Chemical Sciences; 1. N. Xidin, Professor, -Doctor or
Technical Sciences; B. 0. LIvehits, Professor, Doctor or Tech-
-
"Leal Sale cesj A. P. Iyuhimov, Professor, Doctor or T*chnlcal Y%
3cleoc.&; 1. M. Pavlovo Corresponding Member, Academy of Sciences
USSR; and A. M. Pokhvisnev, Professor, Doctor of Tect=lcal Sciences.

P=POSRj This book Is Intended for technical personnel In industry,
Scientific Institutions and schools or higher education. dealing
-h -rurnace stoolmaking, metal rolling.
with open earth and electric
physical metallurgy. metanography, and heat-treatment. It may
Card 3/10

also be used by students specializing In these fields.

CVZRAIM: The book contains results or theoretical and axperl=ent-
C
al Investigations or metallurgical and heat-enginearing processes
In op4m-h*arth and electric rurnac 5 Data are Included on the
followings d*auMrlzlmg of pig iron outside the blast rurnace,
Interaction of oxides of the-carbide-ror=lng metals with solid
carbon# the change of content of gases :in the bath or the open.
hearth furnace In various periods of malting, Intensification of
the electrla melting of steel, etc. Other articles deal with
the mcouniformity or deformation In rolling, the study ar the
continuous rolling process# the dependence of the friction-
slippage coefficients in rolling an a number of ractcrs~ and

ng or metals.
other problems In the pressworki Articles on
physical metallurgy and the theoretical principles and techniques
of the heat treatment of steel are also Included. So personali-
tl a in mentioned. References accompany most or tit articles.
Th:"are'207 references, both Soviet and non-Soviet.
Card 2/10 d
of Technical Sciences [Department of
as of Ox7gon and Complex Deoxldlsers for
stallu;zt Ur
Intensification of the Klectric Furnace Melting Process of Coc-
stractional Stool 49
YOrIcv, V. 1. Change of Gas Content in the Open-Rearth Bath Dur-
Lag the Deoxidation and Holding Period T3
AF y_j%_JEri:TandIn, candidate of Technical Sciences -
*stallurgical Purnaceal. Performance of the High- 80"
~M.R-Ncnoarsmio Recuperstor
didate of Technical Sciences [Department of
Mathematical Analysis of the Melting
Process of an Infinite ?late by Transferring the Beat Through
the Molten Metal 92
P. 1. Doctor of Technical Sciences, andjL_X-
Sciences [Departm*nt of Rolling].
.'s.a'agn. oats or Technical
a r Nonunlronalty of Deformation In Rolling 104
Card 4/10
f"N

18(5)
AUTHORs
TITLE:
SOV/148-59-1-7/19
Yedneralf F.P., Doctor of Technical Sciences
:Intensification of the Smelting Process of Low-Carbon Structur-
al Steel in a Charge of-Alloy Wastes (Intensifikatsiya protses-
0a plavki malouglerodietoy konstruktsionnoy stali na shikhts iz
legirovannykh otkhodov)'
PERIODICALs Izvestiya vysshikh uch'3bnykh zavedeniy - Chernaya metallu-rgiyaq
1959ylNr 19 pP 59-70 (USSR)
ABSTRACTi To complete previous investigations and to develop a new tech-
nology, experiments were carried'out on the use of oxygen and
complex deoxidizers (composition given) for the purpose.of
speeding-up the smelting of "l2KhNZA" steel in a charge of
alloy wastes (composition: C-0.3%; lin,0.48%; Cr,0.82%;
Ni-2 .45%) in electric furnaces of 20~ton 'capaaity. The tests
were carried out.with the partiaipation ofi,-X#Io Lavrentlyevp
V,I# Travinin, R.Z. Shlon;an, S.M. Karmanovi Ye.Z. Gayfer,
L.I. Khristoforovd, and T '~.M. Bobkov (from-the plant); V.A.
.Chernyakov, R.N. Lantsman,.L.I. Pastukhov an 'd V.I. Matchina
from the Moscow Institute of Steel. The experiments included
Card 113 analyses of the oxidation and reduction period of smelting,

BOV/148-59-l-7/19
Intensificition of the Smelting Process of Low-Carbon Structural Steel in a
Charge of-Alloy Wastes
Card
control of the quality of metal and the composition of non-
metallic 4mpurities. The tests are described in detail and
results Are compared -with dose obtained by conventional
methods used at the plant. The tests proved that, in com-
parison with the usual technolo7giv metal de6xidation was com-
pleted within I hour 10 minutes instead of 2 hours 20 minutes;
the rate and completeness of desulfuriiation was higher; the
nitrogen content was similar in both oases; a shorter reduc-
tion time caused reduced hydrogen concentration ofIthe metall
m4crostructures and breaks were satisfactory; purity was higher
with respect to iridescence filaments; no 'n-metallic impurities
were fewer and the metal had a finer.granulation.. Longitudinal
and transverse specimens, deoxidized-with triple complex re-
.ducing agents, had higher mechanical properties than pro-
ecribed by GOST etandioti. -Duration of oxidizing and re-
duction was roduce4,bj I hour 27 minutes-or 40; the general
smelting time by 18%; and the specific expense of electric
power by 104 kw-hr/t or 10. The method is recommended for
pr.actical use. The author presents grajhs showing the content

SOV/148-59-1-7/19
Intensification of the Smelting Process of Low-Carbon Structural Steel In a
Charge of Alloy Wastes
and distribution of oxygen, manganeset chromium and nitrogen
during oxidation, deoxidation and smelting. The content of
impurities and mechanical properties of the metal are given
in tables.
There are 9 graphop 5 tables and 7 references, 5 of which are
Soviet and 2 English.
ASSOCIATIONt Moskovskiy institut.stali (Moscow Institute of Steel)
SUBMITTEDt November 11, 1958

8/133/60/000/011/010/023
A054/029
AUTHORt Yedneral, F.P., Doctor of Technical Sciences
TITLEz Raising.the Efficiency of Steel Melting in Are Furnaces
PERIODICALs Stal', ig6o, No. 11, pp. 1,004 - 1,007
TEXT: A meeting was convened by the Komisslya po fizlko-khimicheskim os-
novamproizvodstva stali (Committee of Physical Chemistry in Steel Melting) of
the Inst1tut metallurgii im. A.A. Baykova (Metallurgical Institute imeni A.A.
Baykov) of the USSR Academy of Sciences which was attended by 97 delegates from
metallurgical plants, research institutes, universities, etc. A total of 18 pa-
pers was read on the subject of raising the efficiency of steel melting in 'are
furnaces. The President, Professor F.P. Yedneral, addressed the meeting and
outlined the agenda. The following papers were read.* A.M. Samarin, Correspond-
ing Member of the USSR Academy of Sciences: Basic problems of raising the effi-
ciency in electro-steel melting; V.K. Vorobtyev, Engineer; Raising the effi-
ciency in the production of high-speed cutting, stainless and other steels by
using oxygen; V.S. Kudryavtsev, Engineer: Intensification of the melting of
eleotro-steel by previous dephosphorization and by combining refining and melt-
Card 1/4