SCIENTIFIC ABSTRACT LEBEDEV, A.YE. - LEBEDEV, B.I.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000929010016-3
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 31, 2001
• Sequence Number: 16
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

01,10PTIMFIKO, V.P.z LvX7TSV. A.Yoo
compceiticm or the sintor charee mixture Qnd its PreParatiOn
for Bintering in sintoring plantz of the Ukrainian S.SoR*
sbor.trtw. urmu no.nt7-3.7 65. (I-tIRA .18:11)

_@-E@E7-D-EV, A. Ye.; AN TONOV V. K., PoA-@. P-FD I Ma' - V, VOYSAI G.G@;
I I NE
Fri ml-ma]-J. ias IN K@-) f.-ARP()%rETS* B.S.'
Lxper-"'enc6 I.Tt t-'-e! f
ore. Sbot-@trud. UNI-!M t, -7-
,AMA

LEBEDEV, B.
Comminist labor competition in a brigade. Sov.prosoiuzy 17
no.22:24-26 N 161. Odiu 14: 10)
(Instrument industry) (Socialist competition)

LEBEDEV, B.
Reeolutions of the Rovember Plenum are going into effect. Sell.
stroi. 17 no-4:3-4 Ap 163. (MRA 16:7)
I. Predsedatelf Kaluzhskoy oblastnoy mezhkolkhoznoy stroitellnoy
organizataii,
(Collective farms-Interfarm cooperation)
(Construction industry)

Z/056/62/019/006/004/005
1037/1237
AUTHORS: Paton, B. and Lebedev, B.
TITLE: Some results @ d @fuahe, @tak, in the field of industrialization of mounting works in steel
sheet constructions
PERIODICAL: P@ehled technickd a hospoddisk6 literatury, v. 19, no. 6, 1962, 372, item HS 62-4710
TEXT: Introduction of mechanized welding of steel leaves 18-50 mrn thick for high furnace coatings.
Variations in methods for the construction of the coat from the leaves, in order to have the joints favorable
for mechanized welding. The evaluation of the variants. Electroslag and gas welding. Improvement of the
welding instruments. The advantages of large areas prefabricated by welding of leaves in the workshop.
Some shortcomings and way for improvement.
Prom. Stroit, v. 40, no. 1, 1961, 1, 28-33
[Abstracters' note: Complete translation.]
Card 1/1

POVORnMM, Ta, A, ; LIKB=Y, B.A.
V.K. Ulasishchav; 60th annlvarsax7 of his birth
and 3411h a=lveri=7 of his scientific, pedagogics
and organizational activities. M2. nevropat. psikhlat.,
Moskva 53 w,12:979 Deco' 1953 (C UG 25 :5

LIBEMV, B.A.
Coupled function of the cerebral hemispheres in man. Zhur.rys.nerv.
deiat. 4 no.4.-474-481 Jl-Ag 054. MRA 8 t 3)
1. Tretlys, paikhiatricheokaya klinika Leningradskogo paikhonevrole-
gicheekogo, institute, im. V.M.Bekhtereva.
(BRAIN, physiology.
couples funct. of aerebral hemispheres in man)

LEEKIMIN, D. A.
""hare c terist ics of the Hi-qher --e:,vous Activity of @;-atients i' iti. @.sycnic
Distru'li2r,ces and Foci of Brain DiseLise Durin;, ArturioscLeroois-," Cand '-@ed @'Ici,
-enin-rn-l VedicA Inst imerd 1-1 . I. P..!vlov, Len! ir,rad, 3-955. 1
Wirst L (7,L, @,;r, 16, A@r 5 -
SO: Suril. No. 704, 2 i1ov 55 - Survey of Scienti-fic and Techtnical Dissertaticns
Defended at Ujl-'R 14ivher Educational Institutions (16).

V
TARN V, B.A._.
Ditilin, a Russian preparation for facilitation in electroshock
therap and prevention of possible complications [with summary iz'@
French5. Zhur.navr. I psikh. 57 no-12:1487-1494 '57. (MIRA 11:2)1:
1. 3-ya paikhiatric-heekaya klinika (zav. - prof. Ye.S.Averbukh)
Ioningradakogo paikhonevrologicheskogo Institute imeni V.M.
13ekhtereva.
(SHOCK TEHRAPY, ELECTRIC,
adjuvant, muse. relazant ditiline (RuB))
(RUSOLP6 RNIAXANTS, therapeutic use,
ditiline, prev. of compl. in electric shock ther. (Rus))

AVERBUIH4 Ye.S.; VISHNEVSKAY4p L.N.; GAFONOVA, V.D.; DOILINITSYN&O A.D.;
I
,SF_12@0, V.L.; LEBEDBVq B.A,
Modern approach to the investigation and treatment of mental dis-
turbances in *4pertens@aa. TtW Goa. nauch.-issl. psikhanevr
inst. no.20:i4l@_U2 199.1 (MIRA 14:1i
1. GosudArstvennyy nauchno-is4ledovatellskly paikhone0iologicheskiy
institut imeni V.M.- khterevat Leningrad.
(MTAL ILIMI)e (HYPMITENSION)

LEBEDEV, B.A.
Prevention of neuropsychic disorders in hypertension. Trudy Gos.
nauch.-issl. psikhonevr. inst. no.24:67-73 161. (MIRA 15:5)
1. 3-ye psikhiatricheskoye otdeleniye Gosudarstvennogo nauchno-
issledovatellskogo psikhonevrologicheskogo instituta imeni Bekhtereva.
(MENTAL ILMESS) (HYPERTENSION)

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L
LPMO-Vi-At-Ae, cRAZOVA, V, V.
2. SsSA (6()0)
4, Ural 'fOutain Regi,u_AgrIcultr'
7. Action Of fertilizer
Sov. agron. 10, so. 8 on ne'wlv recleimed lands Of the northern Urals.
1952
9. X@n Lh @I
Accessions
Library Of Congress, y9bruar
953' Unclassified.

Systelas with v')ncumtrated b
Isothermu ot the wnaq IYA13ftin"e, peroxide-water.
'11,11,arov alut a. A. T-777r@-.v No. C,
-1 hellym@nl lrel""10` ified by solubility tnettlodq at
. - 01 o I E qui i libill in clleclce(l by anal)-fit'l of
@ S" Prid 11), @rlllll
@IcLeksj%*e.. salnph:s from 1,@,th phas-i. The H,O, I% freed front
vaMijiets and In vac, to 70--80%. At conce.
of Up to 5-710, 11,0, in the tiquid phase, the -olubility of
Urea irlcrLast-s to 49-54%, the aolid Ithase being urea. At
higiwr concrl of If 02. the soluH.1ity of urea drops to 100,
V Nal-ing out and tile tofid phase ;i 'the perils-drato Containing
17% ul activo 0.. No 1,Ahtf compound of u;ea Ii found.
Int,-rulclitate p:)ints c(nT-_1jwMd to two &ohd pham, ureA and
urea p-rhydrato, At concn. of 11,0, >700,10, difficulties
at,,! iner-w%ed bv d,,xtAnVnjtij)jj of 11,0, and reaction of H%01 with
or(-.%, 'File isGtherms am, charactetlied hy t,-a blandle-3 correspond-
Ing to two sopd phaseq.- "4,fic (indingi do not agree with thoso of
jnn,.cke. W. @J.IkNll.

soils of the
Rdle of copper and boron in the cultivation of bog
Journal of the Scionce '11orth Urals, 11, -Ay'l.t.hefler (Porlwim"'deni", 1 153. 'No. 4. .12-44
of Food and Sodi C@- Fell."I k2k)
d'11110'-d Itm, yiehli' IIUL limax t'-'O t,-lifly mervased
Ai
I-I-irch J(@54 A. 6.

ITIB-T)FIV. B.A.
The effect of 80il condition,
Ural On the growth Of Siberian nin,
MOuntain region. TrucI7 1,1:3t.biol. UFAM SSsR in the
(Tiral 140untain region no-6:62-75 '55
--pi 9:2)
n4l) (Ural @1011ntaln region--Soj 1. ' '

_; @__ - I@- @; LAVROV, A.V., otvetetvenn" redaktori professor.
[Soils of the non-Chernozem zone of the Urals]. Fochry necherno-
sommol polosi Urala. Sverdlovsk, 1956. 74 p. (Akademiia nauk
SSBR. Urallakii filial, Sverdlovsk. lubtitut biologii, Trudy
no.7).1 (KLRA 10:6)
(Ural Kountain region--Soils)
(Agriculture)

.- LEBEDEV t Boris Alek., M2!-',ch; GRUNEV, B.2 red.; mAKS
[IN IMOVA, E.2 tekhn. re'
whe .. J,,t,7 and 4.
ag-riculturel Khimiia i Sellskoe khozialstvo Sverd-
I'Vsko Svedlovskoe kniZhnoe izd-vop 1959. 43 p. 0
(Agricultural chemistry) (YL-",& 14-'.12)

4BREV B A ; KAI?AVAyEV V.
Use
delleof ba"c Open-hearth Blags
24 no.9:35-39 S 162. to increase crop Yields. Zemle-
1. (MIRA 15:10)
kh Ura'I'Ok'y nauchnG-issledovateliskiy- Institut sel'sk.go
OzYaYstva.
(Fertilizers and manures)
(Slag)

GTxB0lVSJ(JT f S-S.; LFBrQ)EiV p BOA.
Use Of li4or element,
Of SedimOntary-mg In breaking down a monoto_ne
187 tamOrPhic rooks, cross section
-191 164. VOP. ralved. goofiz. no.3:
(11IRA 18:2)

=DZV A B, A,
Foreword. Trudy GOs. aauch. issl. psikhonevr. inst. 290
1. Direktor Gosudarstvannogo nauchno.-Issledovatellskogo
chei3kogo institute, imeni V.M. Bekhtereva.
f63.
(@ERA 17: 8)
psikhonevroJogi-

=NNW
S ContaFn
Mv arid r3
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u 5J, I'd urt@A
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to 24)

cl
KAIIARov,
Study of
The thOrmasy8tems Wlt'h
.1 tabl2ity of the hy
co"Ce"I"ated hYdrogez, PerOxlde. part 10.
no*-5:785-788 s-0 I drOperOxide. Iz., AN SSS12
I'Instltut obahchey 1 55. (KLRA 9:1)
va Ak&deml, nauk SSSli neorganleheakoy jrhi.3,,
(HYdrogell P'* Imenl I"S,Kurnako-
OrOlIlde) (Urea)

S/078/61/006/005/011/015
B121/B208
AUTHORSt Rode, Ye. Ya. and Lebedev, B. A,
TITLE- Physico-chemical study of molybdenum trisulfide and of the
products resulting from its thermal decomposition
PERIODICALs Zhurnal neorganicheskoy khimii, v. 61 no- 5, 1961,
1169 - 11@7
TEXTs Molybdenum trisulfide preparations and the products resulting from
its thermal decomposition were studied by physico-chemical methods. The
preparations synthesized were subjected to chemical, thermographic, ther-
mogravimetric and X-ray analysiss and the diagram composition versus tem-
perature was studied. The thermograms were recorded on a Kurnakov pyro-
meter with differential recorder. The preparations were synthesized by
the following methodes a) saturation of the hydrochloric acid solution
of ammonium molybdate with hydrogen sulfide, b) treatment of the aqueous
solution of ammonium thiomolybdate with hydrochloric acid, c) treatment
of crystalline thiomolybdate piperazine with dilute hydrochloric acid so-
lutions, d) dry method - by thermal decomposition of pure ammonium tetra-
Card 1/4

B/078/61/006/005/011/015
Physico-chemical study of B121/B208
thiomolybdate at 190 - 200 00 in the absence of oxygen. The preparations of
molybdenum trisulfide obtained by the wet method contain more sulfur than
corresponds to their stoichiometric composition (up to Mos 3s7 ). Extraction
with carbon disulfide reduces the sulfur content to MoS 3,3' The molybdenum
sulfide prepared by the dry method contains less sulfur than the preparations
obtained by the wet method. Thermograms and thermogravimetric analyses in-
dicate that the aqueous molybdenum sulfide preparationst when heated to
2500C in oxygen-free atmosphere, are completely dehydrated and partly re-
lease the excess sulfur. At temperatures of 250-4000C MOS3 is decomposed
forming intermediate products the end product of which is MoS 2* X-ray phase
analysis disclosed that at 300 aC amorphous products result from the thermal
decomposition of the preparation of no. 1 obtained by treating ammonium
thiomolybdate solution with hydrochloric acid. At 3500C X-ray lines of
crystalline MoS can already be observed in these products. The X-ray anal-
ysi's of preparation 9 which was obtained by treating thiomolybdate piper-
azine with hydrochloric acid indicated that this preparation is also amor-
phous up to 2000C, so that the term "crystalline molybdenum trisulfide"
Card 2/4

3/07BJ61/006/005/011/015
Physico-chemical study of ... B121/B208
seems to be incorrect. It differs from the usual preparations in that
thermal decomposition sets in already at a temperature of 1900C under the
formation of new phases. The crystallization process of MoS 2 resulting
from the thermal decomposition of molybdenum trisulfide proceeds in two
stages. First a rhombohedral modification of.Mo$ 2 ip formed which then
into a hexagonal stable modification on continuous heat treat-
passes over
0
ment at 600 C. Molybdenum disulfide obtained by the method of M. Guichard
(Ref- D Ann. chim. phis. 7, 23, 557 (1901)) by thermal decomposition of
ammonium molybdate and sulfur in the presence of potash contains both
rhombohedral and hexagonal MoS2 modifications which was confirmed by X-ray
analysiso P. A. Koz'min is thanked for his interest in these studies.
Papers by L. Sokol (Ref- 31: S'O. chekhoslovatskikh khimicheskikh rabotj1954
razdel ltnimiya"q t. 219 no- 5, str. 1140) and A. N. Zelikman, L. V.
Belyayevskaya (Ref. 259 Zh. neorgan, khimii, 1, 2239 (1956)) are
mentioned* There are 5 figuresp 3 tablesp and 31 references: 6 Soviet-
bloc and 23 non-Soviet-bloc. The four most recent references to English-
language publication6 read as followss Ref. 18t R. E. Bell, R. E. Her-
Card 3/4

S/078161/006/005/011/015
Physico-chemical study of,.., B121/B208
fert, J. Amer. Chem. Soc-, 79P 3351 (1957); Ref. 19@ R. G. Dickinson,
L# Paulingp J. Amer. Chem. Boo., 45v 1466 (1923); Ref. 249 F. Jellinek,
G. Brauer, H. MUller, Nature (London)q 185, 376 (1960); Refo 26g P.
Cannon, Nature (London), )6
1, 1612 (1959),
ASSOCIATIONs Institut obahchey i neorganicheakoy khimii im. N. S.
Kurnakova Akademii nauk SSSR
(Institute of General and Inorganic Chemistry imeni N. S.
Kurnakov of the Academy of Sciences USSR)
SUBMITTEDs June 2, 1960
Card 4/4

S/078/61/006/005/012/015
B121/B208
AUTHORS& Rode, Ye. Ya. and Lebedev1__@-,''A.?..
TITLE: Phy8ico-chemical investigation of rhenium sulfides
PERIODICALt Zhurnal neorganicheskoy khimii, v. 6, no. 5, 1961,
1198 - 1203
TEXTs Re 2S7 was obtained by precipitation with hydrogen sulfide from a
hydrochloric acid potassium perrhenate solution in the following wayt A
homogeneous stream of hydrogen sulfide was passed for 3 - 4 hr through a
solution of KReO4 (5 g in 2.7 1 water and 1.3 1 concentrated hydrochloric
acid) at 80 - 900C, to cool the solution. The precipitate was allowed
to stand over night, and decanted some times with cold water saturated
with hydrogen sulfide. The precipitate was filtered off, washed with hot
water, and dried in the vacuum exsiccator over concentrated sulfuric aci
A dark-brown powder with variable composition was obtained. The prepa-
ration synthesized was examined by thermographic, thermogravimetric, and
X-ray analysis. It may be seen from the thermographic analysis that the
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S/078/6i/006/005/012/015
Physico-chemical investigation ... B121/'B208
first endothermic effect appears at 35 - 110 0C9 which indicates the re-
lease of hygroscopic and not firmly bound water. The second endothermic
effect appears at 156 - 2800C indicating a further release of water and
the decomposition of rhenium. heptasulfide. The thermogram of rhenium hep-
tasulfide dried over sulfuric acid in the vacuum exsiccator shows only
one endothermic effect at 120 - 2300C, At higher temperatures no other
thermal effects occur. At 4000C decomposition of the ccmpound sets in
forming ReS 2* At higher temperatures a continuous decomposition of Re 2S 7
takes place, at 800 0C the decomposition product has the composition ReS 2,06'
Intermediates of a composition between Re 2S 7 and ReS2 were not found to
be formed. The rhenium heptasulfide obtained by the wet method is amor-
phous in the X-ray pictures, only after a heat treatment at about 4000C
crystallization products of ReS 2 were found, The crystallization of rhe-
nium disulfide obtained by thermal decomposition of Re 2 S7begins at 4000C
and proceeds more slowly than the crystallization of MoS 20' P. A. Koz'min
assisted in this work. There are 4 figuresp 2 tablesp and 17 references3
2 Soviet-bloc and 15 non-Soviet-bloo. The references to Engl@,sh-language
Card 2/3

S/076/61/006/005/012/015
Physico-chemical investigation ... B121/B208
publications read as follows: Ref- 5, H. V. Briscoe, P. L. Robinson, E.
M. Stoddartf J. Chem. Soc. (London), 1439 (1931). Ref. 11, R. W. Wyckoff,
Crystal Structures, 1948, V- 1, P- 15.
ASSOCIATION: Institut obshchey i neorganicheskoy khimii im. N. S. Kur-
nakova Akademii nauk SSSR (Institute of General and In-
organic Chemistry imeni N. S. Kurnakov of the Academy of
Sciences USSR)
SUBMITTEDt June 2, 1960
Card 3/3

RODE, Ye, Ya.; LEBEDEV, B.A.
Physiocochemical study of molybdenum trisulfide and of the products
of its thermal decomposition. Zhur.neorg.khim. 6 no.5:1189-1197
MY 61. (MIRA 14-4)
1. Institut obshchey i neorganicheskoy khi*ii imeni N.S.Xurnakova
AN SSSR.
(Molybdenum sulfide)
kt-

ACCESSION' NR, AP4044806 B/0078/641009/009/2068/2076
AUTHOR: Rode, Ye. Ya.; Lebedev, B. A.
TITLE; Tungsten @@ides
SOURCE: Zhurnal neorganicheskoy khimii, v. 9, no. 9, 1964, 2068-2075
TOPIC TAGS: tungsten sulfide, tungsten trisulfide, tungsten disulfide, ammoni-
um. thiotungstate, ammonium thiotungstate, catalyst
ABSTRACT: The thermal decomposition of ammonium thiotungstate was investi-
gated in an inert and in a reducing atmosphere. The WS obtained as an interme-,
3
diate product by thermal decomposition at 260C in nitrogen differed from the WS3
formed by precipitation of ammonium thiotungstate with HCI in that it did not con-,
tain sulfur and Oxygen- compounds of tungsten. The thermogroms for this WS3
showed a gradual endotherm beginning at 250C, attributed to simultaneous decom-
Position Of WS3 and vaporization of the sulfur, and an exotherm at 330C, when the:
WS3 crystallized, No other thermal effects were observed up to 700C. X-rays
Ah9wect decomposition of ammonium thiotungstate was only partial at 280C and
ard It 3

L 2o681,165-
ACCESSION NR: -AP4044806
that WS startrd to form at 360C. WS3 dissociated, starting at about 300C, to
for ____2__1 ----0 - __ - - - -lfur (WS )-characterized by disordered crystal-
m WS2 con @aining excess,su 2.2-0
.;-line struc t,
ture.. - -The-- end-product ot decomposi ion in inert atmosphere at 1000C
was WS Of stoichiometric -composition with the ordinary hexagonal'ciystalline
2
structure of the molybenite (MoS ) type. Thermally stable decomposition products
intermediate between WS3 and @A,2 were not observed. The decomposition of
ammonium thiotungstate in a hydrogen current was conducted from 100- 1000C.
There was no decomposition at 15OC; an amorphous material containing WS2 with
a small excess of sulfur was obtained at 200C. It was suggested that this materi-
al might have better catalytic properties than WS2 obtained at 400C. Stoichiome-
tric WS 2 tcharacterized by disordered structure, was stable in the hydrogen
atmosphere at 300-650C. The decomposition product obtained at 700C was poor
in- StWdr in -comparison to WS2 and was monaphasic with disordered structure of
'behavior similar to WS2. Starting at 600C the decomposition products were me-
chanical mixtures of WS2 and W; at 1000C the product was practically all metal-
lic tungsten. No compounds of intermediate composition between WS2 and W, as
suggested by S. M. Samoylov (Izv. AN SSSR. Otd. khim. n. , vy*p. 8, 1416
Card2 / 3

jj 2o681-65
ACCESSION NR: AP4044806
(1961)) were established in the hydrogen current thermal decomposition of the
"t "L. Z. Gokhman took part in the work. Orlgr. art.
anximonium-thiolungat;
has:'6 figures and,2 tables
ASSOCIATION: Institut obshchey i neorganicheskoy khimii im. N. S. Kurnakova
Akademii nauk SSSR (Institute of General and Inorganic Chemistry, Academy of
Sciences SSSR)
j S"MITTED: -13Jun63 ENCL: 00
SUB CODE: GC, 1C NO REF SOV: 005 OTHER: 011
C,rd 3/ 3
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-
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35007
S15631611'00012','C-)10r,~&IOD-7
bymo D215/D304
AUTHM- Lebedev, B.D.
TITLE: Influence of alloying elements on the mechanical
properties of weld metal
SOURCE: Leningrad. Politekhnicheskiy institut. Trudy, no. 216,
Moscow, 1961. Svarochnoye proizvodstvo@ 110 - 121
TEXT: All-Dying elements were added singly to a mild steel electro-
de to give the following ranges of content in the we -Id metal: Cr,
V11 ou, Si 0.5 3.0 %; Al 0,,43 - 0.88 @; Mo 0.7 - 2.5 %,- Mn 1.5
3 '0 %j Ni 0.8 4.4 %. CT o 3 (St,, 3) rimming steel plaies were
used as the parent metal; weld metal was deposited by the submer-
ged-arc process into a 600V preparation with 2 mm rooi faceo Alloy-
ing was effected by using a powder-cored wire made from 0.5 x 15 mm
mdld steel strip and iron and alloy powders@ From each weld were
taken 2 3 mm dia@ longitudinal weld tensiie specimens and j trans-
verse impact specimens (5 x 10 mm) with the notch vertical, The re-
sults are tabulated and shown in graphical form@ With most alloy-
Card 1/2

S/56 61/000/216/004//007
Influence of alloying elements on / 304
D215%
ing elements the sTrength, mechanical properties and hardness in-
creased continuously with increasing elemenT addit-A'.ons except -chat
1) at 3-3 % V hardness continued to rise but the strength fell, 2)
at Ni-@- 3.0 % and Mo:::> 1,,0 % both strength and hardness decreased,
Tensile ductility properties decreased with increasing contents Of
all elements except Ni up to 3,5 % (above this hot cracking was ob-
served) and Mo up to 1.5 %. Impact strength was lowered by all ele-
ments, If a minimum elongation of 10 % and min. impact strength of
4 km/CM2 at room temperature were mandatory@ then the upper limii
of single element addition was 2 % Siy 1 % Al, 3 % Ni@ 2.5 % Mn,
2@5 % Cu, 1 % Mo, 1.5 % Cr, 3 % W@ It was oonsidered that ihe ele-
ments moved the A. line to the right and promoted (ex@,ept Cu) irl_
creasing dispersi6n of the structure. All elemento except Mo moved
the eutectoid poInt to the left, decreasing the ferrite volume. Cu
between 1@38 and 3.73 % formed a new phase, probably the f:,-phase.
Mo moved the eutectoid point to the right, first refining and -Lhen
coarsening the structure. There are 12 figures, 42 t-ables and 8 So-
viet-bloc references.
ASSOCIATION: Leningradekly politekhnicheskiy institut (Polytechnic
Card 2/2 Instituteg Leningrad)

Determination of -the mechanical Droperties of the -.etal of.welded
low-alloyed seams from their che@ical composition. Trudy DKHTI no.
16:193-201 163. (KRA 17:2)

LEBEDEV I B.D. 0 kand. tekhau. nauk
Problem of detlerzining the ffllipg coefficient of' a p:j,,j,-Ic-r
wire. Svar. proizv. no.9:32 S 165.
1. Dnepropetrc)vi3kiykhlrr-iko--tEk~,ric)lcg-icti(~lokiy ftstltuL,

.L. Lhp@,171-67 EWT M;/LJPk t,)AWJ&Mj'k) JFk p)
@CC NR% AP6027487 (A SOURCE CODE: un/o)il8/66/000/0()3/001",/oo45
AUTHOR: Lebedev, B. D. (Candidate of technical sciences); Guzov, F. D. (Engineer)
ORG: None
TITLE: Cooling acid-resistant stainless steel with an atomized emulsion during
machining
SOURCE: Tekhnologiya i organizatsiya proizvodstva, no. 3, 1966, 44-45
TOPIC TAGS: cooling, atomization, metal machining, temperature control, emulsion
ABSTRACT: The authors describe a study carried out at the cutting laboratory of the
Dnepropetrovsk Plant of Metallurgical Equipment and the Department of Metal Technology
of DKhTI on cooling steel with atomized liquid during machining. The cutting zone is
cooled with an atomizer developed at the Scientific Research Laboratory of Machine
Tool Buildingand Cuttin Instruments at the Gorlkiy Polytechnical Institute. The tem-
perature field of the cutting zone was studied under laboratory conditions and it was
determined that the minimum temperature of the jet is 5 mm from the nozzle and de-
creases insignificantly as pressure is increased from 2 to 5 atm. The lowest tempera-
ture of the jet was observed at.a flow rate of 830 g/hr. The distance between the
atomizer nozzle and the cutting zone was always set at minimum. Optimum air pressure
and flow rate were determined at 2-3 atm and 300-800 g/hr respectively. The results
Card 1/2 __UDC: 621-90+532-695:669.14.ol8.84

L 063-11-67
ACC NR: AP6027467
show that atomized fluid cooling improves cut@ing tool stability in all aspects of ma-
0
chining. The use of this method in machine ops shows that surface finish is im-
proved, particularly in the case of lKhl8N9T acid-resistant stainless steel. Examples
are given showing the effect of atomized liquid cooling on various types of machining,
tools and materials.
CODE: 13/ SUBM DATE: None

'icr c' -r- joi-niz of Clf:l
.-h,,Ir @in7
L n-, rJ nn- @1@ 1,.'. 4
SSF. Yi-@v Con-tru&.ion
(Dii3:3 r @:-, "ion 'o- @li,7 o in T,-@chrd-l 73ci-jnct)
So: Knlzhm:-.i Latopin', No. 18, 1956,

PERIODICAL ABSTRACTS
Sub.: USSR/Engineering
AID 4195 - P
LEBEDEV, B. F.
FROCHNOSTISVARNIMI SOYEDINENIY VERTIKAL'NY10i REZERVUAROV,
IZGOTQVLYAYEKYKH METODOM SVORACHIVANIYA (Strength of Welded
Junctions in Vertical Containers Made by the Rolling Method).
Avtomaticheskaya svarka, no. 1, Ja/F 1956: 58-64.
The author presents results of tests conducted on vertical tanks
for fuel storage at low temperatures. He describes the effects
of residue stresses on welded Junctions, the static strength of
Junctions with crossing seams, the effects of the rolling process
on the strength of welded Junctions, and the static strength of
Junctions In points where the container bottom is connected with
the body. The MSt.3 steel, 10mm thick was used in the sample
tanks. Five tables and 4 drawings. Two Russian references, 1950.

AID P - 4509
Subject USSR/Engineering
Card 1/1 Pub. 11 - 7/12
Author : Lebedev, B. F.
Title : Static Strength of Horizontal Butt-welded and Lap-welded
Joints.
Periodical Avtom. svar., 2, 48-57, Mr/Ap 1956
Abstract The author describes the method and results of the
investigation to ascertain the relative strength of butt
and lap welding of Joints in vertical cylindrical con-
tainers built primarily for petroleum products. HIs
deduction is that the butt welding of horizontal Joints
in vertical vessels made of Martin and Bessemer steels
has certain advantages over the lap-welding method.
Eight tables, 2 photos, and 1 drawing. 3 Russian ref-
erences (1951-1952).
Institution : Institute of Electrowelding im. Paton
Submitted : 0 24, 1955

Subject
Card 1/1
Author
Title
Periodical
Abstract
USSR/Engineering AID P - 4839
Pub. 11 - 12/13
Lebedev, B. F.
ffect of surface hardening of sheet edges on strength
of lap joints.
; Avtom. svar., 95-101, Mr 1956
: The author presents results of static tests of metal lap
joints, where one seam is of the intermittent weld type
while the sheet edge is cut by shears. The tests were made
at low temperatures and with stresses directed alongside
the seam. The practical conclusion Is that cutting metal
with shears provokes a surface hardening condition in the
metal, along the edge, and lowers strength of longitudinal
lap joints. Four_tables, 4 graphs and 1 photo. 3 Russian
references (1949 56).
Institution : Electrowelding Institute im. Paton
Submitted : No date

LHBEIXV, B.F.
Strength of welded joints in vertical tanks built by the roll
method. Avtom.ovar.9 no.l-.58-64 J&-F 156. (MLRA 9:6)
1.0rdess, Tru&ovogo Xrasnogo Znameni Institut elektrosvarki imeni
To.O.Patona AN U M .
(Tanks--Welding) (Electric weldixr,--Testing)

RAYEVSKIY, G.V.; BMADSKIY, V.N.; 1MMY, B.F.; MARTYNOV, I.G.; TRUSHCHENKO,
Industrial methods for manufacturing pipes. Biul. stroi. tekh. 14 no.5:
'57.. (MIRA 10W
1. InGtitut elaktroevarki imeni Ye.O. Patons. Akademii nauk USSR.
(Pipe, Steel--Welding)

Jp- 7-,
4@
AUTHOR: Lebedev, B.F.,
125-1-4/15
TITLEt Investigation of the Influence of Cold Hardening on the Cold
Brittleness of Steel and fielded Joints (Iasleduvaniye vliyaniya
naklepa na khladnolomkost' stali i svarnykh soyedineniy)
PERIODICAL; Avtomaticheskaya Svarka, 1918, # 1, pp 28 - 31 (USSR)
ABSTRACT: The author mentions experimental data pertaining to the
influence of minor cold hardening: 1) On the construction of
storage tanks while the metal is being rolled (bended); 2) on
the cold brittleness of the basic metal; 3) on metals in
various areas of the welded joints. The investigations were
carried out on rimmed steel and killed steels of open hearth
production. Specimen blanks were subjected to tempering at
6500C. and submitted to 0.5, 1.0 and 1.5% stretching in a
100-ton tensile testing machine. Deformation values were
evaluated by a deformation meter. It was stated that cold
hardening of metals by a 0.5 - 1. 0 stretching reduces the
tendency of low carbon steel to brittleness, whereas the cold
hardening of metal at higher magnitudes increases this property.
Special tests have also shown that in the cold hardening of
metal by a 0.5 - 1.0A stretching, the yield point increases
sl*-ghtly and attains even higher values (from 24.5 to 31.3
Card l/ 3 kg/MM2) in cold hardening of metal by a 1.5% stretching.

125-1-4/15
Investigation of the Influence of Cold Hardening on the Cold Brittleness
of 5teel and Welded Joints
Investigations pertaining to the effect of cold hardening by
bending were conducted with regard to deformation values which
occur in the rolling method of production of storage tanks.
These methods were proposed by the Institute of Electrowelding
imeni Ye.O. Paton.
Tests have shown that cold hardening by one-sided bending
increases the critical brittleness temperature of killed steel
samples by 5 - 100 and that of rimmed steel samples by 101;
opposite results were obtained in cold hardening by two-sided
bending when temperatures fell by 10 - 150 as in the case of
killed steel samples and by 20 - 250 for rimmed steel samples,
although theoretical grounds have not as yet been found for
the different effects of one and two-sided bending, there are,
however, certain data which indicate a method of finding by the
solution to this problem.
A comparison of the above mentioned peculiarities in cold
hardened specimens with the structure of fracture, may lead
to the conclusion that a two-aided bending induces a certain
Card 2/3 reduction of the grain size on the surface of the metal

125-1-4/15
Investigation of the Influence of Cold Hardening on the Cold Brittleness
of Steel and Welded Joints
fracture. As a result, the energy of dynamic load is distri-
buted more uniformly on a great number of surfaces.
The effects of cold hardening by bonding were tested on
specimenAs -taken from butt-welded Joints, which had been welded
by one- and two-sided automatic welding under flux - OCU-45
Incisions were made in the seams, lines of fusion and at a
distance of 5 and 10 mm from these lines in the so-called
ageing zone.
In such a manner it was stated that cold hardening by
bending, when the deformation value of the extreme fiber
equals o.5%, has no negative effect on the cold brittleness
of various weld zones if killed steel or two side welding
is applied.
There are 3 diagrams and 8 Russian references.
ASSOCIATION: The Institute'of Electrowelding imeni Ye.O. Paton (Institut
elektrosvarki imeni Ye.0. Patona)of the Ukrainian SSR Academy
of Sciences.
SUBMITTED: April 25th, 1956
AVAILABLE: Library of Congress
Card 3/3

LXB=V, B.F.,loand.tekhn.nauk.; MARTINSON, Ye.F.,inzh.; SAVICH, I.M1,insh.
-Z@
I
Constructing an experimental pipeline using flat-wound al=inum
pipes. Nov.tekh.mont. i spets.rab. v stroi. 20 no.12:13-15
D '58,1 (MIU 12: 1)
1. Institut elektrosvarki im. akademika Ye.O.Patona i Trest
Vo-7 GlavnbftemontiLzha Hinisterstva stroitel'stva RSFSR.
(pipelines) (Pipe, Aluminum--Welding)

25(l)
AUTHOR: Barbanel', P.I., Mlartynov; I,G., Lebedev, B.F.
TITLE: Flat-flolled Aluminum Pipes (Ploskosvorachivayemyye
alyuminiyevyye truby)
PERIODICAL: Avtomaticheskaya Svarka, 1-959, Nr I. p 16-24 (USZR)
ABSTRACT: This article reports on experience in the production
and assembly of flat-rolled aluminum pipes by methods
worked out by the Experimental Design Office and 'the In-
stitute of Electric Welding imeni Ye.0. Paton. The new
technological process includeo the -emi-lininterrupted
casting of round, hollow, thick-side ingots with tin
inner diameter equal to the diameter of the pipes to be
cast . The inner surface is smeared with s-nindle oil
and tale. The ingot it; heated and rolled into a slab twice
as thick as the future pipe. Surplus material on the edges
is cut off, and the t3lab is rolled up, and is ready for
use. A large consignment of pipes was prepared out of
aluminum AD-1. The ingots were 7 m long, had an inner
diameter of 150 mm, an outer diameter 290 mm. They were
Card 1/3 cut into pieces 2000-2500 mm in len-th, for the preparation

25(l)
Flat-Rolled ;iluminum Pipes
of 6-am thick and 45-47 m Icng, slabs. When blo,;in otit under
a pressure of 8 atm@, the slab tukeS Lin ttimost round shupe.
The breaking pressure for pipes --vith Ij mir, thick sides is
29-32 atm, with 3 mm sides it is 19-24 atm. In order to
secure the pipe's strength, its edges must be 2-21 times
stronger than the sides. The rolled aluminum piece.had
the following qualitiesn breaking point 10-16 kg/mm 2; flow
limit 7.5-14 kg/mm. ; relatiue stretchability 5-24 %. Accord-
ing to SU-70 of the Glavneftemontazha (Main Directorate for
Oil Installations), the laying of such aluminum pipes is
considerably easier and cheaper than that of regular steel
pipes. It was found out that such uninsulated pipes tested
well, but when used in alkaline ground, the pipes must be
insulated on the outside. This me'hod -was worked out by
I.G. Martynov, R.I. Barbanel;, P.@'. Foloakov, and
L.I. Stoklitskiy. The assembly work was carried out by B.F.
Card 2/3 Lebedev ,,;ifh help from 1,1,1@ Dzyubenko, P.P. Pilimonozand

2 ci ( 1
Flat-Rolled Aluminum Pipes
A.D. Ivanov. There are two sets of photos, one diagram,
one table and six Soviet references.
ASSOCIATION: Opytno-konstruktDrskoye byuro moskovskogo oblastnogo
sovnarkhoza (Experimental Designt-ig Office of the
Moscow oblast' Council of 11ational Lcoromy; Institut
elektrosvarki imeni Ye. 0. Patona, AN USSR (The In-
stitute of Electric "Welding imeni Ye.0 Paton of AS UkrSSR).
SUBMITTED: October 22, 1958
Card 3/3

L s@ C on
In n c. t rcl r t
0.-. Moe ill
i 1, t i fi.; n
T) I n r
C Et 1

A! Expcir-;
r oltl@J hfa p@! 11,
J .3 cf) 1, 1 o nr
Q, I;t::@ v
I pipo@-3 vill-I ir,1 @.'l L E. nc
c + -V i c, mash-1v
11! Mj nl+lll @l :11.-' E@ Tho ari.-i 0 1 e P- 3!
ve i t I., I Orl J t 'r, f@ U S
r P;

25(l) SOV/125-59-8-13/18
AUTHOR: 40@@@
TITLE: Mechanization of the Welding of Air-Heaters of the
Blast Furnace Shop
PERIODICAL: Avtomaticheskaya svarka, 1959, Nr 8, pp 90-91 (USSR)
ABSTRACT- It is stated by way of introduction that the bodies
of air heaters are usually from separate sheets of
metal which are welded by hand in a vertical position.
This article describes a new method of manufacturing
and mounting air heaters which permit extensive use
of automatic welding in a lowered position. This me-
thod was developed by the "Uralstall konstruktsiya"
Trust of the Ministerstvo stroitel'stva RSPSR (Min-
istry of Construction of the RSFSR), the Institut
elektrosvarki imeni Ye.O. Patona (Institute of Electric
Welding imeni Ye.O. Paton) jointly with the "Promstall-
konstruktsiyall and "Proyektstalt konstruktsiya" in-
stitittes. The method is outlined in some detail. A
Card 1/2 TS-17-M welding tractor unit is employed in this process.
.2

SOV/1125-59-8-13/18
Mechanization of the Welding of Air-Heaters of the Blast Furnace Shop
The author claims that wben using this method quality of
construction is better, and less time and labor are
required for outfitting blast furnace air heaters.
There is 1 photograph.
Card 2/2

PHASE I BOOK EXPLOITATION SOV/5078
Akademiya nauic URSH, Kiyev. Inetytut elektrozvaryuvannya
-atey.
e norykh spoaobov avarkl v promyshlennont'; abormlic at
_Ynedreal
Typ. . (Introduction of Now Welding Methods in Industry; Col-
i
lection of Articles. v. 3) Xlyev, Son. lzd-vo tekhn. lit-ry
Ucr-SSR, 1960. 207 p. 5,000 copies printed.
'
Sponsoring Agenc7i Ordera Trudov;go Krasnago Znazent Institut
elaktronvark-i Iment akademika Ye. 0. Patona kkadeall, n&Uk
ukrainskoy SSR.
Ed. : M.*.Piiiranko, Tech. Ed.: S. MatWevich.
FURPOSI: This collection-of articles Is intended for personnel In
the welding Industry,.
combined experiences of the
e articles deal with the
COVERAGgs T
.
Inntl tut ektroevaricl Imenl Ye. 0 Patona (Electric Welding
:
Institute Imani Te. 0. Paton) and several Industrial enterprises
In solving scientific and engineering problems in welding
technology. Problems In the application of now methoda of ftc-
chanized welding and electrQ31AS welding in Industry are discussed.
This Is the third collection cf Articles published under the same
title. The Foreword was written by B. Ye. Paton. Academician of
the Academy of Sciences Ukrainian SSR And Lenin prize winner.
There are no references.
OF
Lash R. L [Candidate of Technical SCIenCO31,
_
"
@

_
L.Mafnldc_l
4
@
*erg lCandidate of Technical Sciences.
_
@
R
13
t@@stltute i.eni Ye. 0. Paton),
Z
_Z ihlaalcl@( Candidate of Technical Sciences,

insic y Eiuchno-lasledovatells"y trubnyy inztItut
4
g
,cAT
(Ukrainian Scientific Researc h Institute for the Pipe
Znduatry) I, And _1 ic@lkle (
@ Chief Engineer, Chaira-
c.v.
bl.nakly truboprollm
lny7 zavo
(Chelyabinsk Pipe X111)1.
low Process for Producing Large-Dianetar Stralght-Weld
Pipes for Oil And Sea Lines 140
@@@[Znflneerj, D. M. Babkln (Candidate of
Technical Sclencea lyl g heer, Electric
Welding InatItute Iment I.- A. Verchemko
*P
la-
h* (T
t
t f
l
t
f th
T
d
Ig
mon
az
rua
n5
e
rust
ro
or
&l
nsineer o
tion of Food Industry Establishments)), and d-
romarly Chief Engineer of the
!@W
.
Experience In the Successful Welding of Alumim= and Its
Alloys
jgqr@@nbber 0. 0. rgngineerl Engineer]
I
Ixrenlkc)f
o En
neer, Electric Welding
g
@,
__i@y.
Laimt; !men Ye
0
0
.
.
. a on) , 1. (Chief
Mechanic, Belgorodakly taementny7 Xavod (Belgored Ce=ent
X- P@ IMAYOV lChlef of the Welding Engineering
Department, lraanoyarskiy zavoo "SlbtYazhmanh* (J1rA3no;ar8k
Siberian Heavy Kathinery Plant)), And tIzarov
Deputy Chief Process Engineer 3 ranskly od 1tF-7iZh=&Mh*
i
SYErnn' Heavy Machinery Plantli Electrotlag Welding of
YArga TYP*@35L Steel Tle-Rings f; Cement rLiln3
176
(Candidate of Technical Sciences, !lectrIc
B itute Imenl Ye. 0. Patonj, A
jAjAk@.,c,
@Zx
_
Treat Uralstai -icons truictslya
l
(Ural FabrMted-Stee
l
Trust)), And S. Yu. HabinovIch JTrest Dneprosta2,-
kon*tr-uktalya (Dnepr Fabrirated-Steel Trust)]. Experience
In the M"hAnI=atl0n of Welding I oPs ration "I In the Erec-
"On of J%tallic StrUctUrea for A BlaOt-Purnace Plant 194

9/125/60/000/007/007/010
A161/AO29
AUTHORS: Lebedev, B.F.; Sterenbogen, Ya.A.; Alekseyev, A.I.
TI,RE: Mechanization of Welding Works In Construction of Blast Furnace
Casings
PERTODICAL: Avtomatlcheskayr- svarka, 1960, No. 7, pp. 70 - 75
TM-: Mechanized welding in construction of blast furnaces was applied
by the Electric Welding Institute imeni Ye 0. Paton and the "Stallmontath" Trust
in 194Y _-1951 att the Zaporozhskly metallurgicheskiy kombinat (Zaporozhlye Met-
allurgic Combine) (Reference 1). Later, eleatroslag welding of vertical joints
was useff for blast fulmaces of the SLt!a@jlinsk"P@in the Kuzbass) and Nizhniy TaFil
works. The electroslag process requires space for welding equipment and the
ends of the joints have to be moved out of the structure, therefore the furnace
casing design had to be changed. The standard casing designhas three variations:,
two are shown in Figure 1, in the third design the position of the sheets is ver-
tical, which is the most convenient for electroslag welding but requires a bend-
ing stand with long rolls at the plant preparingthe sl_-.eets, and high-capacity
tcwer cranes on site. In Nizhniy Tagil, for the first time in the USSR'.practice,
Card 1/4

S/125/60/OW/007/007/010
A161/AO29
Mechanization of Welding Works in Construction of Blast Furnace Casings
a 75-ton TK-14,r@)11 (EK-1425) tower crane was wrallable on site, and the 2,500
square meter assembly site of the blast furnace had a 30 + 30 ton gantry crane
(Ref. 2). The second casing layoat was used here. At. Stalinsk, only a 25-ton
SH-406" (EK-406) crane was available and the construction site was small. In
visw of this a slightly changed standard casing was chosen and divided into 9 cy-
lindrical and tapered se3tions divided Into 4 to 16 'ton shells consisting each of
two or three sheets of 6 -to 6.5 m length. The assembly in progress Is seen in a
photo (Flg. 5). in -this way the entire zasing was divided luto 11 parts (the
heaviest in the lower portion wei&hing 32 - 48 tons). Every single part was
joined by ele,,troslag welding, and the annzalar joints on the furnace were welded
manutally. A photo (Fig. 2) shows a shell prepared for slag welding and another
(Fig. 3) ths- Glectroslag welding, i.e., joirdng the shells together by vertical
@eam. At the site. where large sestions were assembled, two metal Imts were
used as mobile welding stands with faur "rTC-500" (PS-5500) welding generators in
, .. L
each "te rietcasary start.Ing and measuring equipment and two welding apparatus
boxes. 'The shaping copper sliders were cooled 'by two cooling systems (one for
two welders) up to 6 m above the pump level. The work was done mainly in winter
card 2/4

S/125/6o/ooo/oWooVolo
A161/AO29
Mechanization of Welding Works in Construction of Blast Purnace Casings
time in -150C to -30OC; 304 water solution of calcium chloride was used for
cooling fluid. In view of unevened transverse shrinking deformation, sheets were
installed for welding with a wedge-shaped gap spreading 1 mm for every meter of
the joint length (above the calculated gap width). TheTP-shaped holding cramps
and an end.plate for the end of joint are seen in Figure 2. Ass6mbled shells
were installed on a manipulator and the joint was always held in vertical posi-
tion. A magnetic "A-501W' (A-501m) walking welder (Fig. 3) of Electric Welding
Institute design was used for electroslag welding of shells and sections. Pro-
cess details are given. The quality of welds was checked by the appearance and
by gamma-ray irradiation. Faults were revealed mainly in the spots of the end
of the welding process. Faulty spots were chiseled out and filled by manual
welding. According to "Uralstallkonstruktsiya" construction trust, the electro-
slag welding process is 1.5 to 2 times more productive compared to manual welding
despite the difficulties with yet new techniques. The entire blast furnace cas-
ing was joined in 16 working days (comparing with a full month usually) and 11
lifts. It is mentioned for comparison that a similar blast furnace casing In
Chelyabinsk required 100 lifts (Ref. 4). It is stated in conclusion that electro-
Card 5/4

8/125/60/000/007/007/010
A161/AO29
Mechanization of Welding Works in Construction of Blast Furnace Casings
slag welding may be used in -350C frost without preheating of edges; with proper
organization and skilled men the productivity and quality of work is much higher
than,in Manual welding and the costs lower; vertical position of sheets in sepa-
rate casing sections is the best. There are 5 figures and 4 Soviet references.
ASSOCIATIONS: Ordena Trudovogo Krasnogo Znameni Institut elektrosvarki im. Ye.0.
Patona AN UkrSSR (Electric Welding Institute "Order of the Red Ban-
per of Labor" Imeni Ye.O. Pat4h of the Academy of Sciences of the
Ukrainskaya SSR) - B.F. Lebedev and Yu.A. Sterenbogen; Trest "Ural-
stallkonstruktsiya@l ("UralstaVkonstruktsiyall Trust A.I. Alekse-
yev
SUB14j February 23, 1960
Card 4/4

S, 14-Of r-ci 10 17
A16 I /A4 @O
AUTHORS3 Fsd1koq I.V., Lebad6v, B.F.
TITLEi Electro-Slag Welding of 14 mm Thick Met!il
PERIODICAL8 Avtomaticheakaya evarka, 1960,P'No. 9, pp. 54--@7
TEXTs The artiole describes a new method of welding of blaet furnace re-
cuperator casings at Kuznetskly metallurgichenkiy (K:1znet6kiY Metal-
lurgica: Plant). The casing was divided into eight aesembl-'ng sf@ct,4-ona -
the first consisting of the bottom and the firet belto thr, -.,) the
seventh were cylindrical 9 m in diamet6r, made frfDr,. 16 4980 mz-. high. 8heetB
placed vertically; the eighth (top) the dome. Tne el=-ctrc-@@Iag welding
process was used for "o-4ning the separate or a -?-a7ld (diia-
gram Fig. 2 and photo Fig. 3) with p1atPcrxs mc@ved aro,"r."' and llfte,l t,@ the
necessary height on guide rails, and a we@:,k fs)-' the
welder hanging or. the outside of the aes-ti--.n. Thn Cielimi-
Card 11/5

0 o cj I
Electro-Slag Welding of 14 mm Thiok Metal A'. 6 -,,/A
narily joined Into two "carda" earih at th-@ pla.-Lt, find !h;i an
brought to th6 stand at the assemblini, L-ite arA el,f Ai wz- T -, -
electro-Filag A -501M welderg (A-501m) wci:kiid -'n *tie two butt
jo4nte, wifh 400-450 aDip and 54-56 vol't ourrent., m/h-- r,1-'La:-,*'r!jda wire
feed, and 2.2-2.5 m/hr welding speed. Ke-)n atten%iDn wa-@, ,isisee@q-try in
of 4, turna Jn,@o the a r,j
,he small pool volume (the slag process pr:--,c-,35 when
the slag pool depth is not, maintained)q -and 9PA,'@,d ir,@Id pirllonv had t!) be
out, out and newly welded. Normally, one *elding darice pr@@du,-ed t;vo 6 in
welde per shift. It was stated that slight inward bulgei appeaTad In cyliri-
drical sections dixe to insufficient rigidity of 14 mm thick metal, and il. Is
recommended to give the blocks a alight bulge to the ;-at5-1-dEi, ---. barrel
shape, with maximum 8-10 am deflection at the m-'d Df a Th--'s bulge
dis@ppears afte:@ welding. The horizontal jjo'-,-,t5 be-,ween ele37rc-.alag welded
sGotions were made by manual welding. AFzK--406 (H-406) t,--wer -:--ane l'ifted
the aasing sections (Fig. 4). The iazilng pr.-.jt--.,;t wa- prepare4 by '%iie
Dnepropetrovsk bran,.h of GPI
with Electric; Welding Institute and 115 tal 1m-,,-jntazh-3" Tr-3t.
Card 2/5

S/125/60/000/009/009/017
Electro-Slag Welding of 14 mm Thick Metal A161/A130
ASSOCIATIONt Ordena Trudovogo Kraanogo Znameni Institut elektroevarki im.
Ye.O. Patona AN USSR (Electric Welding Institute "Order of the
Red Banner of Labor" of the Academy of Sciences of the UkrSSR)
SUBMITTED: Pebruarv 29. 1q6o
Card 3/5

-.LEBEDXV, B-F-; YAKIMISHIN, G..A.; ALEKSIM. I.I.
Automatic welding of trB cylindrical part of an air preheater
shell. Artom. ovar. 13 no. 10:52-58 0 160. (MIU 13:10)
1. Ordena Trudovogo Krasnogo Zaament Institut elektrosvarki im.
Ye.O.Patona AN USSR (for Lebedev, Takimishin). 2. Treat
"UralBtallkonstruktsiya" (for Alekseyev).
(Air preheaters--Welding)

2193-h
S/125/6o/ooo/oll/009/016
A161/A133
AUTHORS: Alekseyev, A.I.,, Lebedev, B.F., Litvinchuk, M.D.
TITLE: Automatic welding assembly for large-diameter cylindrical sheet
structures
PERIODICALt Avtomaticheskaya svarka, no. 11, 1960, 52-56
TEXT: Up to now large-diameter casings of blast heaters, absorption towers
and the like have been welded manually. The "Promstallkonstruktsiyall Insti-
tute and Electric Welding Institute in cooperation with the "Uralstallkon-
struktsiya" Trust have developed and tested an automatic unit for joiningup to
9-m. diameter structures on the site. The unit consists of a stand with rol_
lers, longitudinal and transverse flux pads, reinforcing rings, and removable
scaffolds. The stand consists of a frame with driven, idle and guide rol-
lers, the latter designed for fixing the shells in longitudinal direction.
The rubber coated driven rollers are joined with a shaft and rotated by a
1 . 1 kw motor through a PM -350 (RM-350) reducer, a shift gear box, aPM-400
Card V8
'_i@ LQ7@

21914
S/125/60/000/011/009/016
Automatic welding assembly... A161/A133
(RM-400) reducer, and another gear transmission. The welding speed is ad-
justed by the shift gears between 20 and 40 m/hr. A description of the de-
sign had been given previously (Ref.1), in "Avtomaticheskaya svarka", No.10,
1960. The flux pad, or flux holding belt for annular seams (Fig.2) includes
flux hopper (1); endless belt (3) with boards; rocking frame (4); balancer
(5); flux box (6), and base frame (7). The rotating casing being welded
pulls the belt with flux falling from the hopper (1). The rocking frame and
the balancer are pressing the belt to the seam. Flux must be periodically
reloaded from the box into the hopper. The stand has two flux pads for sim-
ultaneous welding of two annular seams. The belt is stretched by roller (2)
and two acrewB. The flux pad for longitudinal seams (Fig.3) has a base
frame (1) with air cylinders (2) on it for actuating balancers (3). The flux
pad is attached to the ends of the balancers and is a channel beam with open
top. The flux is lifted to the seam on a hose expanded by compressed air.
The air cylinders (2) move the pad to and from the seam. The reinforcing
rings are made of two U-bars welded together into a box cross section and
fitted with a spreading screw joint. Three such rings are installed in one
cylinder being welded. Arch passages are made in the rings for the motor
welder in spots where the rings are crossing the longitudinal seams. The
Card 2/8

Automatic Yielding assembly...
S/125/60/000@6'11/009/016
A161/A133
on"re unit can be dismantled for railroad transportation. There are 4 fi-
1@j and 2 Soviet references.
Figure 2:
Flux belt for annular seams
XI/-
Card 3/8

LEBEDEV. B.F.; FEDIF-01, I.V.; AVRAMENKO, V.I.; RABINOVICH, S.Yu.
Mechanization of v*@IAUW operations in building blast
furnaces in the Ukraine. Avtom. mr. 14 no#2:77-85 F 161o
(MIRA 34: 1)
10 Institut, elektrosvarki imeni Ya.0. Patona AN USSR (for
Iabedev.,,Fediko Avramenko). 2* ftftt nDneprostalikonstruktsiya"
(for Rabinovich@-
(Ukraine-Electric welding)
(Blast furnaces-Design and construction)

ALEKSEYEV, iI.I.; Prinimali uchastiye: IVANOVt t'-..D.;.T,FRPDPVv
DARYINSHKII, P.V.; DABYIN, N.I.; MELINJEOV, V.G.; NIKITIM, V.V.;
JITYPIli-TTLOV, K A.
A-atomatic welding of the cylindrical part of a decomposer shell.
Avtom. svar. 14 no-8:78-82 Ag 161. (141RA 14:9)
1. Tre5t "Uralstallkonsti-uktsiya.
O'lectric welding)
(Aluminum industry--Equipment and supplies)

261,85
S
J __
iy-y@l '1@091 @)08 f 0 4 -0. /b 11.-.3,
AUTHORSa Dudko, D.A., Rublevskiy, I.N., Fedtkc, I.V., and L@`zwde-@-? B.F*
TITLE: New arrangement for wit@.
nozzle
PERIODIUM Avtomaticheskaya svarka,,?,r,). Q, i9,_,
TEXTs An arrangement is suggested, consi2-@ir_- Df a nez k:@,:_i. @:f Jfzelting
nozzle" (filler metal plate), and a simple :.iftir.w sy-z--ir 11,r Th-3
new "nozzle" (Fig.1) is insulated over d!;s Si@.:f:I.--- pe%en-,
with the metal being joined, and is proviled W.01-K J:@'@@ T!- a- f il-
led with a measured quantity of f 1-ax f ref ill lz@.g @h- qltie b--t"',
E@. -SP12"I'a es
in the process. The shoe-lifting system (Fig.2) 1-2,
sing the right and left shoe (1) to the gap ar.d pr
plates (4) insulated with common ename-10 Tii@ be@weeL.
these plates and resilient fixing pins (6). Trir, !hoaz
the operator rocks one of the two handl@?B ao
rows. The arrangement eliminates the
Card 1/4

2@L85
0/0 14
New arrangement for ele,,,tro-slag welding
J. dif -
gaps that obstrunt the way for slag raf-11@!z :i.ri
ficultieso The operator has only to rock a hanill:, @--te pr@c-
ess after the slag bath is formed. It has Ideen te5,,ed in
welding joints in 20-50 mm thick biast-
struction site* A photograph shows it ir Derail@ -@f the weld-
ing proceas are includeds The 11nozzlG11 and t@r- --.i ne-a
nf@)t be use& together only They may b6
j aLy j ter
electro-slag process sets: The arrangemeLt mak,@- pcs--
sible in spots that would be inaccessible othr=irvv-.@;@-,
tubes on site (where tubes cannot be rc;tated) is t, ;I-
tion. Wire can be used instead of the "mel-I.Ing @n@l r .1 th,:J
wire prevented simply by placing the wire Tiidf@ There
axe 6 figures.
ASSOCIATIONs Ordena Trudovogo Krasnogo Znamen! im.
Ye.O.Patona AN USSR (Elec.txic Welding Tlr,:tl-.@- of the
Red Banner of Labor" im. Yc-.O.Pai@--@n LN TTV-r,,:.'
)SR
SUBMITTED& May 12p 1961
Card 2/4

5/11411/000/005/00VO10
D040 a 3
AUTHMS: Langer, N.A., Yagmupolvskaya, L.N., Ytshkevich, Z.V., Koryagin, Yu.A.
and ;@cbedcv, B.F.
TITLZ: Improving the corrosion resistance of low-carbon and low-alloy steel
welds in an &Ualine madiun
PE.UODICIL Avtoniaticheskaya svark-al no. 5, 1962, 3G-113
TZEXT: Since equirmcnt used in the alurdnum industry has to be frequcntly re-
paired because of caustic embrittlem4nt of low-carbon and low-alloy steel, and
since alternative steels cost too much, the effect of stress-relieving on the
resistance of Icii-alloy steel welds to caustic embrittlement was studied, using
a method described by T.W. Green and A.A. Holzbaur ("The Welding Journal", No. 3 1
-it co- arria. o_
1946). The experimental equipme, mprised a c, ge with 4 -as burnecs pr,
ducing a 120 an-wide flame, and a water-cooling device 150 mm behind the flame.
Five steel grades were tested. Calcium and ammonium nitrate solutions were
used for corrosion tests. The electrode potential in specimens was measured.
The experimental results show that the best ratio between- %in and C in the base
Card 1/3

S/I 2 5/62/000/0 0 5/00 5/010
Improving the corrosion resistance of low.... D040ID113
metal was 1.7 : 3.0, and the hig.%cst potential was found in the 1'*X2 (140)
steel - 61 mv before heat treat.%ent, and 30 @uv after. Tha anode zone was always
revealed directly at the velds and appears to be the result of stress concentra-
tion. It is pres=cd that caustic eii;brittlemeat of low-carbon steel in strong
alkali solutions begins with the destruction of the protective surface fiLn
and this process is most inteasiva in metal at vielded joints,where the anod"
potc-iltial is highest, but weld defects such as pin holes, slag inclusions, or
spills also cause stross coacentration and anode potential. Conclusions: (1)
Thermo-mcchanical troatncnt considerably improved the resistance of low-carbon
and low-alloy steels to caustic embrittlerwnt; (Z) welds in 19 f- (19G) , M 16 Q
m6s) and C-r.3 (St.3) steels have better resistance to caustic embrittlement
than M (H) and 141-2 (1402) steels; (3) the result of electrode potential
measurem.,nts show that residual welding stresses intensify the anode processes
in the weakness zone. There are 7 figures and 3 tables.
Card 2/3

S/125/62/000/005/005/010
Improvin.a the corrosion resistance of low.... D040/D113
ASSOCIATION: Ordena Trudovog6 Krasnogo Znamani Institut clektrosvarki im.
Ye.O. Patona AN USSR (Mectric Welding In.5titute "Order of the
Red banner of Labor" im. Ye.O. Paton, AS UkrSSA)
SUMITTED: September 22, 1961
Card 3/3

5/125/62/000/006/009/013
D040/D113
AUTHOR: Lebedev, B.F.
TlTLi,,: Di,resters fabricated by field welding
PERIODICAL: Avtomaticliesicaya svarka0 no. 6, 1962, 63-70
)A
TZ,CT.- Many standard vertical digesters,9 m in diameter ' 33.6 111 high, and
7.8 j,.i in diameter and 28.8 ill high,had to be built quickly at new 3oviet
aluininwii plai-its. The ",itroymontazh" and "UralstallkonstruktsiYa" Trust 'S, the
InStitUt clektrosvarki ijit.Ye.O.Patona (Zlectric Welding institute iiii.Ye.O.
Paton) and the "Promstallkonstruktsiyall Institute did the job jointly using
new techniques which are described. Two prefabrication methods were developed
in 1961 and employed since for steel casings, by co-ili:ng welded casing sections
at the plalit and uncoiling them on the site, and by rolling sections into
shape at the plant and then welding, them automatically on special roller stands
on the site; however, neither method could be used because of the large size
of the digesters and lack of time for building a large coiling machine. Be-
sides, it was observed that tension stress and strain hardening caused by
Card 1/3

S11 25/6 2/0-00/00 6/00 9jQl 3
Digesters fabricated by 'field welding D040/D113
co*iing T-iiakes the carbon steel more prone to hydrogen embrittlement. New
techniques had to be used, the accent beina put on using automatic submerged-.
@Z C, C@
arc welding as much as possible, because of the minimum of surface faults on
welds and better resistance to caustic embrittlement. A site was especiAly
equipped for preliminary joining of sheets, and then welding the sph6rical,
conical and four cylindrical casing sections on separate welding stands. Weld-
in- was produced by motorized welders using flux pads on air hoses which
pressed the flux to the scams. Smaller elements were partly prefabricated at
a plant. The operation of the stands and the work sequence are described. The
costs were very much lower than in previous practice, though serious 1-Astakes
in the work organization on the site are indicated. The Electric Welding In-
stitute towether with construction trusts is now working on mechanical welding
of the annular assembly seam in the casing, and is investigating the feasibi-
lity of using the coiling method for industrially producing cylindrical ele-
ments-of digesters. There are 7 figures and 2 tables.
Card 2/3

S/125/62/000/006/009/013
Digesters fabricated by field welding D040/D113
ASSOCIATION: Ordena Trudovoffo Krasnogo Znameni Institut elelitrosvarki im.
Ye.O.Patona AN U3SR (Electric Welding Institute "Order of the
Red Banner of Labor" :bn. Ye.O.Paton, AS Ukr3SR)
SUBMITTLD: October 23, 1961
Card 3/3.

AISKSEYEV) A.I.; IZBEDEVIF B.F.
Automatic welding of precipitating tanks. Prom. stroi. 40 no.7:29-
32 t62, (MIR& 15:7)
1. Trest Uralstallkonstruktsiya Minstroya RSFSR (for Alekseyev).
2. Institut elektrosvarki in. Ye.O.Patona (for Lebedev)
(Aluminum industry-Equipment and supplies) (Ifelding)

AIEKSE'YEV, A.I.; B.F.
Use of mechanized welding in the assembly of steel elements
of the Kachkanar IUming and Ore Dressing Combine. Prom.
stroi, 40 no.12:16-19 162. OlffRA 15:12)
1. Trest Uralstallkonstruktsiya (for Alekseyev). 2. Institut
elektrosvarki imeni Ye.O. Patona (for Lebedev).
(Steel, Structural-Welding)
(Ka.chkanar-Metallurgical plants)

AIEKSEYEV, A.I.; LEBFXEV B F - YAKINISHIN G.S.; MELEKHIN, A.D.
J,
Mechanizing welding operations in eracting the fra of the
ore dressing plant of the Kachkanar Mining and Ore Dressing
Combitie. Avtom. svar. 16 no.l-.60-67 Ja 163. (MIRA 16:2)
1. Institut elektrosvar]4 imeni. Ye.O. PatojjAN UkrSSR (for
Lebedev, Yakimishin, Melel@hin). -
(Kachkanar regiozi-Structural frames-Welding)

6
F
SAFRYY TN Yu. I.
E Electric weld-*Lng, @-f f--,; s.
ovar. 17 i-4 17
1. T r e s 7 in o rn,- -i s t. r,- Y'! i, - ';"b- n
iat.or.@I `N, "; @; T@ (fC,-
elekLros,.,arki im. Ye.Ci. D -
'Clelik-Tangiyov) .

T:!,T,,TGER, N.A.; YAGUPOLI-EKAYA, L.N.; YTJ-SHEF-'V,C',17@ KWUAGIN, Yu.A.;
B.F.
Effect of r(.-tdual stresses an @.' -'o ccrroston resistance of Welded
'IV dia. VIlian.rab. sred na svots. mat.
equipment olerating in alall me
no.2:87-96 163. (MIRA 117:10)

L 1:3622-6)'@ '@'PPV-IPA(s )-2 /Z.1111 "A" '37"d (h'
C
S
ACCESMIONr'!@TR: AT5008302 S/0000/64/000/000/0040/0052
11UTHOR: Lobedev, B. F. (Candidate of tecl-mical aciences) ; Parhchin, A. ff.(Engiaeer
TITLE: Industrial methods for the manufacture and assembly of welded met-,I structure
for industrial plants
SOURCE: AN UkrSSR. Institut clektrosvarki. Vovyye problemy svarochnoy takhni M-
(New problems ia welding technology). Kiev, lzd-vo Tokhnik-a, 1964, 40-52
TOPIC TAGS: welding, welded metal structure, metal structure manufacture, metal
structure assembly, welded machine part, tank welding, automati`:: welding, aluminum
'refining, blast furnace
ABSTRACT- The paper considers several examples of the mechanization of.welding
-operations in some fields of factory constructlon. The bufldL@(r of aluminum plants,
tIor example, encounters great difficulties during the inanufacture and assembly of
large tanks, such as decomposers up to 1800 rn ii. vGlu-me where the aluminate sclut-ion
is decomposed with the precipitation of a solid soli: -.@ oll-, of aluxninum hydroxide. Previously,
Lhese decomposers were welded manually. Cra-,;!r@l appear in tLe decomposers as they
paarin(, mc,3@ irequently at the defects,
operate in alkaline media, the cracks ap Tha@efore,
weldin Should be improved and measures sliou-ld be worked out for lowering the residua-l
Card IY3

L 43622-65
ACCESSION NR: AT5006302
stress. Autornatic welding was tried for decomposers at the Bogoslovskiy alyumiaiyevyy
zavod 1B2gqqtqv-AlumiauTa Factory). The (Jecomposer was divided by the "Uralstall-
konstruktsiya" t All joints w6re welded manually inside, but
antomatic weldina was used on the outside. The use o@ auLomatic welding 'or 24 decom-
pressars saved 8,000 rubles for welding operations. In !958, the welding machine was
modernized by the "Ura-lstallkonstruktsiya" Trust and t'-e institut clectrosvarki im- Ye.
0. Patona (Elect-ric Welding lnstitute). New sectional diistance rings were used during
welding, and automatic weldin.-, was employed on both sides (inside and outside). Later,
part of the joints wrare welded at the ,toal assembly piant., Shells of 7425x4O29 mm were
delivered to the aluminum factory. The heaviest unit weighed 4S tons. The labor
required for the assembly of one c@cc@mpressor was decreased by 58-!, wages - by G3%
and welding materials - by 47%. xi chiferent method was used where the bands were
welded on both sides. The level of mechanization was 81%. The saving of labor was
43.4 and 42.6%. R should be noted that' mechanization is profitable only for larp'
volumes of work. Wrapping of the metal into rolls does not affect the brittleness,bf the
metal. By wrappingan dru.-Ln&, the axtro@;7.a fiber Dfthe sheet is deformed to a lower
extent than by wrapping into rolls, Craclkis are prrnardy formod at the seams. Due to
this, automatic welding was used insEead of -nanual welding for lowering the resid-ual
'streza, cae olf the causes of cracks. Hoat Lreati-Perit (up to 200C) lowers the welding
-Card 2/3

L 43622-65
ACCESSION NR: AT5008302
Etress. Wrapping into rolls and heat' treatment were used at the Bogoslov Aluminum
Factory in 19C3. Tho. same methods are also used for blast furnaces. Low alloy steel
was used for a very large blast furnace in FrYvoY Rog hn 1@60. T'lie number of components
was lowered by 25%. Later, seven blast furnaces of this type -xere assembled by
automatic welding, both vertical and horizontal joints being formed automatically. For
blast furnaces, wrapping of sheets was first used in 1960. in 1961, all now blast
mbled in this way. IN-lany other industrial enterprises, such as
furnaces were asse
cement factories, ore dressing plants and others, are now being assembled in this way,
using automatic welding instead of nialiual welding and improving the technology of
manufacture and assembly. Orig. art. has: 7, fi@@ures and I table.
U

KULIK, B.F.; ANUZIETS, D.P.; ASNIS, A. Yo.; LEBEDEV, B.F.
Experience in making housing for converters with charges of
100 to 130 tons. Avtom. svar. 17 no.6:68-72 Je 164 (MIRA 18:1)
1. Yuzhno-Urallskiy mashinostroitelinyy zavod (for Kulik). 2. Zhda-
novskiy zavod tyazlielogo mashinostroyeniya (for Antanets). 3. In-
stitut, elektrosvariki imeni Ye.O. Patona AN UkrSSR (for Asnis,
Lebedev).
@@g - -g-e

MBUIEV 3 F - PASHrfilil, MI.; IVAJIOV, t,.D..
Y-ndustrial net-hod of makina, an ap@@-,ratwi f,;r ra-Ir.-f.nine
Avtorv,.avar. 3.8 -io.1:66-68 Ja 165.
1. Institut el--'@.-I,rosvar3d im. Ye.O.FEitonnt 'All IJ'krSSR 'ror- jeIrefj6v$
Pashchin, Ivanov). 2. StroiteIInr,-mcnt-t.--hny-y trest I@.-udarsWir.-r)
---ni7vndstvennoan koniteta po monta@;Irnm i spetsia:LL y
(,C;@ 31yaYev).

1 3382-66 FWT(d)/EWT(M)/EWP(C)/EWP(v)/T/EWP(t)/EWP(k)/EWP(h)/t-WP(b)/EWP(I)/
KWA(h)/EWA(c)/ETC(m) JDA4W/ffl4
ACCESSION NR: AP5023084 UR/0125/65/000/009/0047/0051
621. 791. 76:66. 041. 498(438)
AUTHOR: -Kadushkevich, Ye. (Engineer); Tyushnyakovt I* F. (Engineer) Lebedev,
---LIB. F.-Icandidate of technical scienoes); Fed1ko, I. V. (-Engineer)
TITLE- Welding of converter shells in the Polish Peoples Republic
SOURCE: Avtomaticheskaya svarka, no. 9, 1965, 47-51
TOPIC TAGS: automatic weldini welding flux, welding electrode
ABSTRACT: The article describes a elding job done by PolisWrkers with thel
aid of a brigade of Soviet assembling the shells, which had a
specialistsl4h I
thickness of 50 mm, special attention was paid to main
talhing their diameters
with an accuracy of 15 mm and to joining the two halves of each shell in the sa
Me
plane with an accura of �3 mm. Electric slag welding was done with A-433P
and A-820 machinesKusing 3 mm diameter Sv-10G2 welding rod and An-8 flux.
To avoid a possible sharp increase in the width of the seam and fusing of the out-
let housing due to decreased heat removal, the electrode voltage was decreased
to 2-4 volts. Welding of metal with a thickness of 100 mm was started only after
preheating of the under. side of the joint to 300 C to guarantee good fusing of the
,card 1/ 2

AM
L 338?-66 --------- - -
ACCESSION NR: AP5023084
i bead at the start of the joint. Transverse residual deformations were found to be,
especially great at the end sections of the joint. The annular joining of the conven-
ter body was done by hand arc welding, with E42A electrodes brand UONI-13/45.
The following conclusions were drawn from the work: 1) the magnitude of the end
deformations is a direct function of the size of the gap and of the amount of fused
metal; and 2) the sequence in which the joints are welded was found to have little
"ect on welding deformations. Orig. art. has: 5 figures and I table
ASSOCIATION: Yuzhno- Ural' skiy mashinostroitellnyy zavod (South Ural M
Fabrication Plant);Institut elektrosvarki im. Ye. 0. Patona AN UkrSSR (Electro- i
weldinL7 Institute PJ1 UkrSSR);Khuta.im. V. I. Lenina, PNR (Khuta, Polish Peoplesi
i Republic)
SUBMITTED: 23Jan65 ENCL: 00 SUB CODE: MM
NR REF SOV: 090. OTHER: 000
Card -2/2

LEBEDEV,,P,G., LEVITSKIY, V.A.
Equilibrium of nickel orthosilicate and carbon monoxide at high
temperatures. Zhur.fiz.khim. 35 no.12:2788-2790 D 161. (IMU 14:12-)
1. Moskovskiy institut stali i Moskovskiy gosudarstvennyy
universitet:imeni Lomonosova.
(Nickel silicate) (Carbon monoxide)

-- LEBEDEV, B.G.; LEVITSKIY, V.A.
Reducibility and thermodynamic stability of the iron triad metal
orthosilicetes. Izv. vys. ucheb. zav.; chern. met. 5 no.7;
5-11 162. (MIRA 15:8)
1. Mookovskiy institut stali i splavoy.
(SiUcates-Thermal properties)

LEBEDEVII B.D.; LEVITSKIY,, V.A.; BURTSEV, V.A.
Reaction equilibrium of the reduction of cobalt orthosilicate
by carbon monoxide. Zhur. fiz. khim. 36 no.4:877-380 Ap
162, (MIR& l5t6)
1. Maskovskiy institut stali i Moskovskiy gosudarstvennyl
universitet imeni Lamonosova.
(Oxidation-reduction reaction) (Cobalt silicates)
(Carbon monoxide)

POLMIN, P@I*# profoo doktor takhn.nauk. red.; GRINMG, B.G., doteent,
k,qnd.takhn.nnuI-c; KANTENIK, S.K., dotsent, kand.tekhn.nauk;
ZRADAN, Y.T., dotsent, kand.takhn.nauk; VASIL'YEV, D.I., doteent,
knnd.takhn.nauk- 13BRM
I- -!=@ -Aotsant, kand.tekhn.nauk,
nalichnyy red.; tltf@IN. Yu.M., prof., doktor takhn.nauk. retsenzent;
KITAYTSZV, V.A., dotsent. kand.takhn.nauk, retsenzent; RAZYGRAYRY,
A.M., iuzh., retsenzent; YIMINA, L.A., red.izd-va; RYAZAITOV, P.ye..
takhn.red.
ETechnology of metals] Takhnologiia metallov. Pod obshchei red.
P.I.Polukhina. Moskva, Gos.izd-vo lit-ry po stroit., arkhit. i
atroit.materialam, 1960. 46o p.
(MIRA 14:3)
1. Kafedra matellovedeniya Moskovskogo avtomobilino-dorozhnogo
inatituts (for Lakhtin, Kitaytoev, Ra2ygrayev).
(Ketals) (Ketalwork)

LEBEDEV, B. G. (Moskva)
Thermodynamics of the reduction reaction of hercynite by
carbon oxide. Izv. AN SSSR. Otd, tekh. nauk. Met. i topl.
no.6:7-11 N-D 162. (KM 16:1)
(Hercynite)
(Oxidation-reduction reaction)

S"ICHY I.A.; PIKAYEV, A.K.; LEBEDEV, B.G.; KUZINICHE-VA, Ye.U.;
SFITSYN@ Vikt.I.
Certain properties of chelate-type salts of uranyl with Schiff bases.
Zhur.neorg.khim. 7 no.3:1+98-509 Mr 162. 01M 15:3)
1. Moskovskiy gosudarstvennyy universitet imeni M.V.Lomonosova,
kafedra neorganicheskoy khimii i Institut fizicheskoy khimii
AN SSSR.
(Uranyl salts) (Schiff bases)

LEBEDEV B G - LEVITSKIY, V.A.
F,iaction equilibelum of' the reduction of.1'ron
carbon monoxide i@t temperatures from 85(,v.,-Ao 13-50cr,. Zhur.
kbijii. 36 no.3:630--632 Mr 962. (MIRA 1,:8)
Moskovaldy instltut stali i Moskovskly goisudarstvennyy
universitat, imeni Lomonosova.

LIBED B. I -_
(-Yoskva)
Changes in the peripheral nervous system of dogs in acute radiation
sickness induced by intravenous administration of radioactive strontium.
Arkh.pat. 21 no.5:25-30 159. (MIRA 12:12)
1. Nauchnyy rukovoditell - chlen-korrespondent AMN SSSR prof. N.A.
Yrayevskiy.
(NERVES, PZRIPHMUL, eff. of radiationBI
radiostrontium, intravenous admin. in dogs (Ras))
(MONTIUM, radioactive,
eff. on peripheral nerves of intravenous admin. in
dogs (Rus))