SCIENTIFIC ABSTRACT A.N. CHERNOV - B.G. CHERNOV

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000308530004-8
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 12, 2000
• Sequence Number: 4
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

K V V, /9
SAMARiN, A.M., otvatstvanavy-roaaktar;BARMTSIM, A.L., reclaktor izdatelletva;
RZIMRIKOV, Me , r9daktor izdatelletva; !No, redaktor
jFi - iWi ' .
izdatelletva; SOMOROV. B.A., teihnichesiiPICe
[Physicochomical principles of steel -production; tranactions of
the third conference on physical andLehemical elements in steel
production (Jam" 24-29. 195011Fiziko-thimicheskii canovy proiz-
Y
vedstTa 6t&li;trudy III konfereJaii...- Moskva, lzd-ve Aw.asuk
SSSR, 1957- 799'P- (MIMA 10:6)
1. Konferentsiya pe fiziko-khimichoskim'onnovam proizvodstva stalis
3d, 1955. Chlon-korrespondent AN SSSR (for Swaarin).
(Steel--Ketallurgy)

k d
LAMLNONSKIT, Anatoliy Vladimirovich, KRRTAPIN, Vladimir Yemeltyanovich,:
SHPAGIN, A.I., kand. takhn. nauk. retsenzent,; DUBINSKIT, S.A.,retnanzent;
BABICEW, V.Z., inzh.. reteenzent,,Lkfl:,ERUOY,-A-N-,-red.; KURDDVA,
Ye~Io. red. izd-va,-, KARASEY, A.L, tekhn? red.
[Soldering and solders3 Patanie i pripoi. Moskva, Goo. nauabno-
takhn. izd-vo lit-ry chernoi i tovetnoi metallurgii, 1958- 229 p-
(MIRA 11:11)
(Solder and s,oldering)

MASS I BOOK ELPLDITATION SOV/3671
Akademiya nsuk SSSR. Institut elektrorinykni upravly&YU$hehikh mashin
Talfrovaira tokhalka I vychislltelln]rye ustro7stva; 13bornik)
-
D-le"s; Collection of Articles)
ti
Pu
ns
(Digital Toohniq- and Co_
1959. 184 P. Errata up Inserted.
lzd-vo AX SM
w
.
Mosco
,
4,000 copies printed.
Corresponding 101ember, USSR Academy of Sciences;
S. Bruk
s M
Zd
.
.
,
Ed. of Publishing Houses O.Yu. Shtsynbok. Tech. Ed.3 V.V.
Valkhova.
FURPOSZz This collection of articles Is intended for persons
speclallzing in, computer technique.
COVERAOZ: Most or the work In this first locus of the Collection,
f
of Articles of the Institute of Electronic Control Machines o
8
-1959,
the Academy of Sciences, USSR, was carrIed out during 195
c-
d
u
and was dedicated to digital technique The Institute con
s~,ssed memory device of large
r
s-
ted stussilso aimed at creating a hlg
lto of this work was Improvement or the
-1
-
-
-
one or the renu
capacity.
a
to
t
h
ferri
_F
a_r_VT rep acing its statlai w
ist
rs in
r t
rans
o
'memory acres. Other articles concern the Lime o
dlgital computers'. stability of analOg computers equipped with
I erationsal amplifiers, and the use or the M-2 cocsputir
o
p
iving various problems. Future issues of this cLoll~otion
lso
N
loins Will present the results of work in digi;al tech-
~
t
In mathematical investigations, d In control machines ani
ur
:lq
f control which operate on th principle of digital
&t
o
tioned In the articles.
h:%qu4- Somm, Personallties are "n
mw.
References a"ampacy some or the articles.
V 1. --8k -.-Urtsev
V.P. Kons anti
N.A
I
~
6V X17 arrite M=06~-Dsvlce th
d
TWO_^-M_r"1V#~nt a genoral description of the ferrite care
memory device, It has A 4096 word capacity, each word conslating
binary bits, two Of wtilch A" reserve. The access time 13
of 36
;-- .
--7-JKb--t 30~.Iorosor; Port Of this cYzle overlaps other computer- :
Operations. This msmOrY unit 13 equipped with 526 electron tubes
and 103 addItlarsal tubes am used In the power supply. Theme
specifications constitute a great Laproveent over the previous
memory device, In which the operational ele2troutatic storage and
the reserve magrAtic drum storage h14 a capacity of 512 binary,
34-bit words eachp and In which access time was from 37.5 to 50 or
.ore Kicrosea, It was equipped with 644 electron tubes and
z h,
150 additional tubes were used in - power supply. The now
ferrite ore wc-=or7 *vice was d velopod, executed, and adjumt~4
d
e
al direction or r.S. Bruk
at the 1=i t tate, ud
r the gone r
e
of the Acade=y of Sclervao, US5R. Prolied.
Corresponding P1,scilser
were made In 1955-1956 Under the direction of.
tudi
e
nary
O.V. Omni kiy. The essential part of the work was done under
t
:
;
the suparvislon of N.A. Kartsev by engineers T.H. Aleksandridl,
t
0v, V.I. Zolotarevokly, L.V. I~anov,
V.D. Wrok, Yus. 0111
V.P. ronstarstinav , Ye.N. F111nov, and R.P. Shidlovskiy; aml
techniclasna :1.1. Gallyassova. M.S. Zhdarsov, V.M. Minalrev, X.Ya.
Natanzon, Z.N. Sldy&kova and V.S. 5-kolay. The construction
group was under the supervInion of A.N. Patrlkoyev, " the
bly shop wu under the supervision of A.D. Ore0huBtakIna.nd
,e,
-
mochanloal stop or the Inntltuta.
the
.1vanov, L.V. and Ye.N. Flljr.QY__ Checking Installation Used In the
11rT3=101, ZLnd Adj==F.Yor Ferrite P.-ory Device 28
The roilowlng checking operations, which are conaidered ir.Us-
penaablo, were carried out during p~.duition or tre ferrite
core em-ry devices selection of the cores according to am-
tablished rcqulres~nts; testlng the flni5hed matrix rrsusses;
and checking the whole memory device. There is very little
reference literature coneprnine the rethe,!a And equipment for
carryIng out suen workand the article w9o written from mtertal
acquired In developing such checking arr%ngements. This work
ts tdon: a Vistitute) And the followingdpc reen In additlon
w t the
01 he thors of this article, participate in it! V.P. Kon-
mtan~inov ,H.Ya. 11stdrizon and V.S. Sokolov. , There ore two
.ference., both Soviet.
hernov. A.111. UtIlizatlontofea Dynonlc Trigger Equipped With a
Teff-rrMlstor 111 Arl hm tj c Vcvl,.c Clroults 42
The author briefly describes the results of his investigation
or possibilities of developing a slynansle trlt;ger equipped with
a junction transistor and utilizing oapsultanie so Its memory
de,*icL,. 'is conclaimthat such trlgggors can be applied in logical
.1 rc ul. and that th r main advantaZe over static triggers In
their use of only one translator Inate&J of two, Their main
d1sadvantago In their low input -resistance.

MAIDWALOV, Grigoriy Tikhonovich; TURKOVSKAYA, Awn Vasillyevna; TXRMOV,
P.I., kand.takhn.uauk, reteenzent; CHMOV,,,.A.B., red.; KAXAMA,
O.H., red.lzd-va; VAYNSHTSM, 'tbldm.rad.
[Corrosion and protection of metals) Korroziia i ZaBhChIt6
metallov. Izd.2., parer. i dop. Hoak-va, Goo.nauchno-tekhu.
izd-vo lit-ry po chernoi i tsvetnoi metallurgii, 1959. 310 p.
(HIRA 12:10)
(Oorrosion and anticorrosives) (Hotels)

MIKHAITMKO, Andrey Yakovlevich; KRAPUKHIX, Vaevolod Valerlyevich-,
DIONIDOVSKIT, D.D., prof.-dokt., retsenzent,- CTMHOV, A.N.,
I 'i 1 0
red.; ARMUNGMISKAYA. H.S., red.izd~vav D HT r.--~
takhn.red.
[J~xrnacea for nonferrous metallurgy] Pachi tevetnoi metallur-
gii. lzd.2.. ispr. i dop. Xoskva, Goa.nauchno-tekhn.izd-vo
lit-ry po chernoi I tsvetnoi metallurgii. 1959. 464 p.
(MIU 13:4)
(Metallurgical furnaces) (Nonferrous metals--Metallurgy)

GUMOV.~ A.N. 2 insh.
Review of *Metal paru of craneo.x Stroi. i dor. mashinostr. 5
no.5:37 My 160. (MIRA 14:4)
(Cranes, derricks, etc.)

IRWOVNIXOT. Aleksandr Nikolayevich; TIGDMOVIGH, Vilenin Nsumovich;
MYAMMe A,,I,, xetse=ent; UMITZIy, MOV.9 kanaekhim.nauk,
retsenzent; BURTSWA, K.G.,,kand.khim.nauk, retsenzent;
SAVALISKIY, S.-L., starshiy prepodevatelll rateenzent; CMWOV,
A.11., rea.; KuRDovA. Ye*ios red,izd-vd; VAYMM,
-tekbn.rad.
[Chemical thermodynamics; selected articles for pyrometallurgistol
KUmicheskaia termodinamika; isbrannys glavy dlia pirometallurgov.
Moskva, Gos.nauchno-t9khn.izd-vo lit-ry po charnoi i tovatuoi
metailurgii, 3.961, 2ao p. (VIRA 14:3)
I..Chlon-korrespondent AN SSS (for Belyayev). 2. Wedra obahchey i
fisicheskoy khizdi Severo-lavkazakogo gorno-metallurgichaskogo insti-
tuta (for Levitskiy, Durtoeve, Saval'skly),
(Thermodynamlos) (Ohamistry. Physical and theoretical)

G?~WMIV., Yakov Ivanovich;'BESTOVNIK.OV, Aleksandr Nikolayevich; SRMOV~
Aleksey Sergeyevioli. Prinimali uchastiye, DUDARIEVA, A.G.0 assistent;
LOMOV, A.L.p assistent; FEYGINA) Ye.I., assistent; VYGODSKIYj I.A.,
inzb.-, KUZNtTSOV, F.A., aspirant; LAVRENTIYEV, V.I., aspirant; C
14OV, A.14 red.; KAMAYEVA, O.-M... red, izd-va,- HIRMLOVA, V.V.,, tekhn.
reT.
[Chemical thermodynamics in nonferrous metallurgy) Khimicheakaia ter-
modinwd a v tovetnoi metallurgii, Moskias Goa. nauchno-tekhn. W-
Vo lit-ry po chernoi i tovetnoi metallurgil. Vol.2. (Themodynamics
of copper, lead, tin, silver and their most important compounds; a
handbook] Termodinamika-medi, svintea, olova, serebra i ikh vaz~zei-
shikh soedinenil; spravochnoe rukovodstvo. 1961. 262 p.
(MIRA 14:11)
(Nonferrous metals-Thermal pro rties)
(Chemistry; Metallurgior

-7
$/799/62/000/ooz/oo4joil
AUTHORS: Chernov, A. N., Chumakov, L. Ya., Volodi-4, Ye.B.
TITLE: Application of dynamic elements with delay lines in parallel-actin4
arithmetic computing equipments.
SOURCE: Akademiya nauk SSSR. Institut elek-tronnylh ppravIyayushchill-h rnza,-Shin.
Tsifrovaya tekhnika i vychis lite I'n yye ustroystva. no. 2. 1962, 6114:74,
TEXT: The paper describes a method for the achiev Iernent of an as~-,chroftous
run in an adder, comprising dynamic trigger with deiay,~lines. Inasinuch as the ne,,-
work developed here can be applied not only as a trigger but also is an amplifier
with a logical net-%vork at the input, the networIX is ter-ned here a dynan'ic f-le::n c: n, t
The device examined here may serve in parailcl-acti-,g arithmetic e~,uipmentt. Thle
method is 6e5cribeci on the example of its utilization in a dynarnic trigger deV loped
at the INEUM (Institute of electronic control rnachllnes), AS USSR. The paper pro-
vides a brief description o! the circuitry of th.,s tr;gger. The fundaniental scheme
of a dynamic element with a delay line is described and illustrated with both the
logical network of the dynamic cell and the fundamental circuit diagrann of the
dynamic cell. The time diagrams of signals at various points of t~e network are
adduced, and the conditions necessary for a correct voltage cadence are set forth.
Card 1/3 b.

Application of dynamic elements with-. S/799/62/000/002/004/011
In the analysis of the possible design of logical networks the complete logical net-
work of a binary adder and an element for the rernemberiiig oi an n-digit binary
code are shown schematically. In any design it is essential to take the following
peculiarities of a dynamic cell into -account: (1) The shaping of pulies occurs ~x"tlvn
the element itself by means of a regenerative Q-xpansion. Therefore, any -supple_
mentary logical networl,8 which, for example, are applied for the establishmenz. off
the position 11 1" can be the simplest kind of diode - rheostat networki. Tests of ti-,e
unit have shown that up to 6 networks can be swi-ched to the Jnpuz oi tile ellement,
and each of them can have up to 6 inputs. (2) Upon ti~ie openii g f the 8s.,c feed'b c!
1. 0 Ij I I a ~
circuit, the element transforms into a decoder -a shaper. The decoder az the
inT)ut of the element must contain logical circult6 that are no more complicated t1han
the "and" circuits identified in the paper. (3) A gate constructed on the basis of the
dynamic cell affords some inconvenience. It proci-uces a delay by I cadence; there-
fore, in a cascade cut-in of several gates, the tlrne delays may becorne si-,gnif' cant,
a fact which occasionally may be advantaceous. (41 If the duration of the delay ~n
tlie dynamic trigger is increased by an iategtsr number of cadence5,zher, the network
obtained -will be able to remember multi-digit binary numbers and, despite its sim-
plicity, may replace a shifting sender. Such a network may be very useful for the
construction of arithmetic equipments and control equipments. Verilication. was
made of an element with 14 cadences, Nvhich operated very satisfactorily. A circuit
2/3

of-dynami m. nts with -/799/621000100a/00'/,Oll
i ation
diagram of a multi-phase adding equipnient, a nadcling eq~iiprnenz with '.Duise e-vb~'.n-
Oon and a pulse-expansion unit are shown. The further ~pplicat`on of expand d'
pulses is illustrated on circuit diagrams of rn-41"tp.-.carior~ :he lqolca-
a
i,etwork of an adder with mernory features A bloclk diag. rn oi a bre7.4d-
~oard of a parallel-acting arithmetic equipmerz. .s shown, ; and ex-ocri-nen-al datr_
'ire briefly adduced. There are 13 figures, I table, and 5 references (3 Russi -kn -
language Soviet and 2 Engli s h- language, of %%,hich I in Rupsian-language Eransis
'tion).
-Card 3/3

POLYAKOVs V,I,, kand,.tokhn. nauki CHMOV, A-Vp.),.inzbv
111--, ~... ..... ---- 1~
The KB-60 tmer crapa. Mokh. atroi. 19 noo8;25-26 Ag 162.
(14MA 16:7)
(Crane.13p De=iokop Kto,,)

ODING, I.A., otv. red.; PLOTKIN, S.A., red.; CHEREOV, A.N., red.;
GUSEVA, A.F., tekhn. red. --
[Strength of metals under cyclical variations of stress]
Prochnost' metallov pri peremennykh nagruzkakh; materialy.
Mloskva, Izd-vo AN SSSR, 1963. 299 p. WIRA 17:1)
1. Soveshchaniye po ustalosti metallov, 3d, 1962. 2. Chlen-
korrespondent AN SSSR (for Oding).

ACCESSION NR: AP4000984 S/0182/63/000/011/0007/0010
j AUTHOR: . Golovanonko, S. A. Chernov, A. N. . QuIyayev, V. V.
TITLE: Hot extrusion of shapes from steels and alloys
SOURCE: Kuznechno-shtampovochnoye proizvodstvo, no. 11, 1963, 7-10
TOPIC TAGS: hot extrusion, shape extrusion, steel shape extrusion, alloy shape
I extrusion, steel extrusion, alloy extrusion, extrusion pressure, extrusion temperature,
extrusion constant, flow stress, extrusion speed, extrusion rate, stainless steel
extrusion, heat resistant alloy extrusion, extrusion lubricant, glass lubricant
ABSTRACT; A series of shapes (see Fi~ I in the Enclosure) of the difficultly workable
steels (croas-tiectiais of 2.0-U.9 cmA ) St. 3, I(hl8N9T,, MM24M, an&the aLU7,
E1437B were obtained under semi-technical conditions by hot extrusion at 800 and 1500
metric tons. The extruded profiles were characterized by purity. equal to that of hot-
rolled shapes and high mechanical properties. While studying the effect of the extrusion
rate, it was proven that extrusion rates above 100 mm/second markedly decrease the
cooling of the UMImt and improve the working conditions of the glass lubricant. In this
way, the strain of extrusion was reduced and, to some extmt, the corrosion resistance
of the dia =a increasod. A special beat resistant alloy Is recommended for extrusion of
W-)
C
ard

ACCESSION NR: AP4000984
complicated profiles. Por extrusion of Bimplie profiles, the steel R3.8 is recommended
as satisfactory for the production of d1e s . The resistance properties of materials
used for the production of matrices have been evaluated. Orig. art. has: 4 figures and
2 tables.
ASSOCIATION: TsN11ChM
SUBbMTED; 00 DATE ACQ: 30Deo63 ENCL.- 01
SUB CODE: ML NO REP SOV.. 001 OTHER: 000
N

GOLOVANENKOP S.A.; QJLE~MOV A.N.j,,:SAPOZHNIKOV, V.M.j SINITSYN.. V.G.;
GULYAYEVp V.V.
Extrusion of binatal shapes. Kuz.--shtam. proiev. 5 no.10t
7-9 0 163. (MIRA 16:11)

AGGESSION NRI APhOl9O27- S/03,82/64/000/002/OD45/0047'
AUTHOItSt
Grishkov,, A* I*;. GO!K!j~j~~A. N,; GulMevp V, V,
TIMM Pressure indicator for high speed lVdraulic presses
SOURGEt Kmechno-shtampovochnoye proizvodstvo, no. 2, 196h, 45-47
-sta ing, nometer, recording
TOPIC TAGS: hydraulic press, pressure indicator,, mp ma
manometer, foil indicator
ABSTRACT: A pressure indicator was designed by TsNIICI-d4 for measuring the fopce
applied and the pressing velocity in the 150-ton Ikydraulic press P664B u'sed for
hot stamping of ferrous metals and alloys at up to 300 mm/sec. The workir(.;
principle of the indicator is based on the variation in the elastic defoinnation
of a tl-dn-waUed contaiiier under the action of the internal pressure of the liquid
inflowing from the main cylinder'of the hydraii.11c, press. The pressure indicator
(see Fige 1 of the Enclosure) consisted of a block (1) and a cup (5) with thin
elastic walls and 9s rigid bottoma The cup is attached to (1) by the nut (2). Two
foil indicators (4) are fiiedito the thin wall and two'(6) to the rigid bottom or.
the cupo All the indicators are lacquered anct ooveredwith lacquer-saturated

. I. . - - I.. - -, I I i . I .- -- --
. I I- - . . - . . I . . 4 a . .. - * - .
--- - .-
'-'i I r ~ 7 7- - - 7 - , , ~. ; m-:. . .- ..~ - - -, I
, A. 'i- .- .I. ~ . :. - : " ; . -. -- .. ~ -,. I--- . :. ,
-- - - ~ - - - . - . .

CHETNOV, A.N.; GULYAYWE, V.V.-
Method of determining the adhesive strength of layers in ro-und
bimetallic profiles. Zav. lab. 30 no*11:1394 164 (~qRA' 18z1)
1. TSentrallnyy nauchno-issledovatellskly institut chernoy
meta-Ilurgii im. 1.P. Bardina.

PLAKSIN, I.N.,. otv. red.; CHERNOV, A.N., red.
(Physicochemical principles of the action of nonpolar col-
lectors during the flotation of ores and coal) Fiziko-
khimicheskie osnovy deistviia apoliarpykh sobiratelei. pri
flotatsii rud i uglei. 140skva. Nauka, 1965. 94 P-
(IIAll" 18:4)
1. Moscow. Institut gornogo dela imeni A.A.Skochinskogo.
2. Chlen-korrespondent AN SSSR (for Plaksin).

BMNYKHj Oleg Aleksandrovich; KOVNERISTYY, luliy'Konstantinovich;
VDIN, Ivan Feofanovich, F.PIDAliTSEV,M.V.pprc-f.cloktortekhn.nauk
otv.red.j CHMNOV,A.14,,red.
[tieat-r&-S-3.-Sylml~O~Iff:ttm-w-mn-lganese steel with aluminum]
Khromomargantsovistye teploustoichivye stali s aliuminiem.
Moskva, Nauka, 1965. 101 P. (MIRA 180)

SVIDERSKAYA, Zoya Andreyevna: ROULINT, Lazar' Leonovich; DRITS.
M.Ye., doktor tekhr.'nauk, ct-v. red., CURMOV, A.N., r;d.
[Magnesium alloys containing neodymi-=3 Magnievye splavy..
soderzhashchle neodim. Moskva., NaWca,. 1965 137
1
km--TL 18:7~4

YEGOROV5 N.S~v kand, tekhn.nauk, otv. red.; CMNOV, A.N., red,
[Goal preparation by gravity methods] Obogashchenie uglei
gravitatsionrorml metodami. Moskva,, Nakika, 1965. 138 p.
(MIRA 18:8)
lo Moscow. Inst-1tut goryuchikh iskopayearifth.

DRITS, M.Ye., doktor tekhn, naukp otv. red.; B99JAWt, A.A.p
akademikp red.; BELOV, A.F., doktor tekkin. nauk, red.;
DOBATKIN, V.I.* doktor tekhn. nauk, red.; MALITSn-T, YU.,
doktor tekhn. nauk, red.; FRIDLYANDER, I.N., doktor tekb-ne
nauk,, red.; SVIDERSKAYA, Z.A.,, kand. tekhn. naukp red.;
YELAGIN, V.I., kand. tekhn. nauk, red.; BARBANEL', R.I..
kand. tekhn. nauk., red.; SHAMV, II.V., kand. tekhn. nauk,
red.; KADANER, E.S., kand. tekhn.nauk, red.; TIROKHOVA, V.F.,
red.; red.
[Metallography of light alloys] Netallovedenie legkikh S~la-
vov. Moskva, Naukap 1965. 226 p. (MIRA 16:10
1. Moscow. Institut metallurgii.

_~~CC NR# - -AP6006352 SobROE CODEI- tJR/0413/66/ODO/002/0090/0090
~:AUTIIORS: .1ritgkor, Z. I&I Chernov, A. N.
ORG: none
TITIt: D a v icaL4~t %Mtj~aLjjng~ power hydraulic cylinders. Class 35, No. 178084
Zannounced- Structura
I-Durean fpr AutpUtic Loaders of the StatQ__
Committee of HeM, Power,,and Tia_nsport Machine Construction for Gosplan, SSSR
(Golovnoye spetsialluoye konstruktorskoye byuro po avtopogruzchikam,
gosudarstvannogo komiteta tyazhelogo energeticheskogo I transportnogo
mashinostr n4a pri. gosyIane
We
SOURCE ]Wobra~tennva prowshlenryye obraz4%-Isy, tovarzwye znaki, no. 2, .1966, 90-
vic nt,4,,.,4,::, Aparv-t
~~.bydr4ullc. 46 e~--bydraulie equipme
ABSTRACT! :.-.T presents a device for control-ling power hydraulic,
cylinders,.wbich contaitis it distributor, a feedback valve, a throttle, and a valve
i regulator of the -7421nd.err. Aaft downstroke velocity,, -0-1. connected by channels.
To utilize the device foi~both single and double action war hydraulic cylinders
po
(with provision for constant dov;nstroke velocity of the cylinder shaft and for
-prevention of spontaneous-return stroke of this shaft) and to discharge the working
liquid with hydraulic- lin& rupture, the surface of the valve regu3_jtor plunger
which rloseB tho-j~'.,of,the working liquid4between-the feedback valve and the
113 UDK; 62-229.384--5 -

313AV

t 361 WETI~ 'p.
39-66
ACC NR1 AT6016765 SOURCE CODS: !d/076/65~00/642/0001/6100
AUTHOR: Chernov, A. N.; Golovanenko, S. A.; Gulyayev, V. V. /0
ORG: none
TITLE: Features of the fabrication of bimetal shapes by the hqLprt!~jin method
SOURCE: Moscow. Tsentrallnyy nauchno- iseledovatellskiy_Lnotttg_k_~_bLtMoy v!tt4ktX!!rr_
gii. Sbornik trudov, no. 42, 1965, Proizvodetvo bimetallov (Production of bimeole),
92-100
TOPIC TAGS: chromium steel, nickel steel, bimetal, metal extrusion, metal pressing
Khl8N9T steel, St. 3 steel
ABSTRACT: The article describes the experimental study of the hot pressing of bimet
shapes performed at the Scientific Research Institute of Ferrous Metallurgy in 1963.
The technique employed was that of direct extrusion in an 800-ton vertical hydraulic
press, from a container with an inside diameter ofj'80 un. Rods measuring 50-25 mm in
diameter, with various thickness of cladding layer, were thus produc:d,~rom such
materials an, chiefly, St. 3 steel as the core and Khl8N9T Ni-Cr ate Iles the clad-
ding sheath. The extrusion was performed on using a container heated to 400% and a
die heated to 250-300*Ct The pattern of distribution of the cladding layer along the
length of the bimetal rods was investigated by comparing the variation In the cross-
1/2

_L_36139-T66_
ACC NR- AT6016765
-sectional area of the baae-metal core under various conditions of extrusion and
correlating it with the formulas for the volumetric content of the cladding and base
materials. It was thus found that the flow pattern of metal through the die hole is
a major factor in determining the lengthwise pattern of distribution of the cladding
sheath and hence also the geometry of the base-metal core; it can be optimized by
retarding the flow of the core metal during the initial stage of extrusion. In view
of the considerable advantages of the hot pressing of bimetal shapes as compared
with their hot and cold rolling, it is expedient to organize this pressing on an in-
dustrial scale. This will make it possible to: 1) expand the current variety of bime-
tale; 2) obtain bimetal shapes with various combinations of metals, as well as with
Intricately shaped cross sections which cannot be obtained by rolling; 3) produce
small lots of bimetal shapes at lower cost compared with rolling: 4) reduce by 40-50Z
the unit consumption of expensive and scarce metals and alloys. Orig. art. has:
6 figures, I table, 2 formulas*
WD CODS: 13, 111 SUM OWN: none/ ORIC RIF: 003
Sheath Rolline
, Joinine of Dissimilar Metals

L 3614o-66 EWP(e)/EWT(m)/EWP(w)/EWP(V)/T/EWP(t)/ETI/EWP(k)_ IJPW JD/1
'ACC NR- AT6016766 SOURCE CODE: UR/2776/65/000/042/0101/0106
~AUTHOR: Che rnov, A. N GO-19yan*nko, S. A.; Gulyayev, V. V.
ORO: none
TITLE: Investigation of the bonding strength of layers in hot-pressed
7
SOURCE: Moscow. Teentrallnvv nouchno-isoledovateltakiv inatitut chehoy metallurgit
Sbornik trudov, no. 42, 1965. Proizvodstvo bizetallov (Production of-Rime-tals), lot-
106
TOPIC TAGS,: , chromium ste'eof,o nickel steel, metal pressing, adhesion, metal bonding,
bimetal, metal cladding / St. 3 steel, Khl8N9T steel
ABSTRACT: By contrast with rolling, during pressing the core and sheath of a round
bimetal shape get bonded together simultaneously over the entire contour in the pre-
sence of a uniform distribution of radial compressive stresses in the area of deform-
ation. As a result, during pressing the shape of the core remains virtually undis-
torted and the adhesion (bonding) between the core and sheath is greater. In this
connection, the authors it
Xrestigated the strength of thodhesion of sheath to core
for bimetal rods of �t, 31steel. and Khl8N9T Cr-Ni steellproduced by hot pressing in
an 800-ton vertical hydraulic press. To thi a- end, tha r6d specimens were subjected to
core-extrusion and twisting tgstvi The extrusion tests twisting showed that shear
1/3

L 36140-66
ACC NR: -AT6016766
resistance depends not onlypn the degree of relative reduction In area but alti;- Oil
the content of the claddingllayer. Thus, for rods of 25 mal diameter subjected to
pressing with a 91% relative reduction in area, shear resistance increases with in-
crease in volunstric content of cladding layer (Fig. 1). Reason: as the content of thei
Fig. I* Shear resistance as a function of volumetric content u of the cladding
layer:
2/3
a - during extrusion of e6re; b - during twisting

L ~�14Q!!66
ACC NRt AT6016766
hard component increases, the pressure that must be exerted on the bimetal also In-
creases and this, in its turn, contributes to increasing the adhesion between the
layers. Adhesion strength Is also markedly affected by such factors as the quality
of surface treatment and the techniques of the assembling and welding of the original
bimetal blanks. on the basis of these tests it may be concluded that the minimum re-
quired stren .2
,gth of the bonding between the layers, which for bimetal sheets of St. 3
and Xhl8N ~ teele amounts to 13 kg/mm2, can be attained for rods with even a rela-
tively thin cladding layer (a - 0.3) by applying a relative reduction area amounting
to 70-80%, which corresponds to reduction by a factor of 3.3-5.0. As the volumetric
content of the hard component (cladding material) increases from 0.3 w 0.7, bonding
strength increases 1.3-164 times. OrIS. art* has: 5 figures*
SUB COM 13, U/ SM VATR: none/ ORIG REF: 002
Joining of Dissimilar Metals/1

FRENTS, Galina Sergeyevn~,- CRIZEIKOV, D.M.p otv. red.; CHWOV,
A.N.., red.; RYLINA, YuJop tekhne red*
[OxidaAon of metal sulfides] Okislenie sullfidov metal-
lov. Moskva, Izd-vo "Nauka," 1964. 189 p.
(MIRA 17:4)
1. Chlen-korrespondent AN SSSR (for Chizhikov).

FAYNBOYM, I.B., red.; KUDRYAVTSEVA, O.Y., tekhn.
red.
[Scientific work of L.D.Landa~] Nauchnos tvorchestvo L.D.
Landau; abornik. Moskva,.Izd-vo "Znanie," 1963. 30 p.
(Novoe v zhimiiy nauke, Ukhnike. IX Seriia: Fizika i
khimiia), n0.21) - (MM 16:12)
(Landau., Lev!Davydovichp 1908-)

C
UVR/Sotl Science - 141neral Fertilizers. j-4
Abs Jour : Hef Zhur - Biol., No 3, 1958, 10529
Author : Chernov A.P.
Inst : Stavropol' Agricultural. Institute.
Title : Some Elements of Root Nourishment in the Central Morthern
Caucasus /Predkavkazskiy/ Chernozem Area in Connection with
Fertilizer Application and Hay Yields from Perennial Rye
Orig Pub : Sb. nauchno-issled. rabot stud. Stavropollsk. s.-kh. in-t,
1956, No 4, 37-39
Abstract : On the basis of field and laboratory experimejits the auth(r
arrives at the conclusion that Kravkov's method of investi-
gating soil types makes it possible to clarify the reGer-
ves of fundamental nutritive elements and in this way, to
some extent, to predetermine the effectiveness of certain
Card 1/2

U~SRISoil Science - Mineral Fertilizers.
ibs Jour : Ref Zhur.- Biol... No 3, 1958., 10529
j-4
0
variants of field experiments. He also concludes that
the joint application of organic and mineral fertilizers
is of practical significance for this particular region.
Card 2/2

C-\ifERwov, rt-)-P-
VULIS. A.A.;, TIRMINA. N.N.; CHERNOV, A.P.
laws of the propagation of compressible flows. Test.AN Kasakh.SSR 10 no.9:
76-91 S '53. (MI-RA 6:11)
(Aerodynamics) (Gases, Flow of)

CHEWICIV, A. 1).
"Investigation of Particle Movement in a Free Dust-idr Stream."
Cand Tech Sci, Inst of Power Engineering, Acad Sci Kazakh SSR,
Alma-Ata 1954- (KhMekh, Feb 55)
SO: Suri. No* 631) 26 Aug 55 - Survey of Scientific and Technical
Dissertations Defended at USSR Hipher Educational institutions
(14)

SOV/124-57-9-10634
Translation from: Referativnyy zhurnal. Mekhanika, 1957, Nr 9, p 113 (USSR)
AUTHOR: Chernov A P'
TITLE: On ~the C"oeffi'cient o~flow Resistance of Small Solid Particles (0
koeffitsiyente soprotivleniya melkikh tverdykh chastits)
PERIODICAL: lzv. AN KazSSR, ser. energ. , 1955, Nr 9, pp 160-166
ABSTRACT: The author investigates the discrepancy between the results of his
work (RZhMekh, 1956, abstract 6061) on determination of the magni-
tude of the coefficient of flow resistance of small particles in a stream
of air with the results obtained by G. N. Khudyakov (RZhMekh, 1q54 abstr.
4474). Whereas*the author's values for the coefficient of flow resis-
tance of particles of irregular shape were greater than the values
observed in the case of a sphere of equivalent diameter, the corres-
ponding values obtained by G. N. Khudyakov were smaller. The author
is of the opinion that G. N. Khudyakov' s attempt to explain this result
by the rotation of the particles is inadequate, because not all of the
particles in the current are rotating and because the rotation would
have little effect upon the coefficient of flow resistance at the veloci-
Card 1/2 ties involved. The author attributes the results obtained by

SOV/124-57-9-10634
On the Coefficient of Flow Resistance of Small Solid Particles
G. N. Yhudyakov to insufficiently accurate determination of the velocities of the
particles as well as to inaccurate graphical differentiation of the distribution of
their velocity along the tube. Upon re-working the experimental data of G. N.
Khudyakov, the author utilizes his points to plot another set of curves and, upon
differentiation, arrives at different values of the coefficients of flow resistance of
irregularly shaped particles which are greater than those obtained for a sphere of
equivalent diameter.
G. I. Barenblatt
Card 2/2

!f, -
. . .. I -n, I . - , .

...CMMNOV, A.P.
Coefficient of resistance of fine solid particles.
SM.Ser.energ. no.9:160-166 155.
(ftrticles) (Air flow)
Izv.AN Uzakh
(MLRA 9:5)

SOV/112-59-2-1890
Translation from: Referativzxyy z2hurnal, Elektrotekhnika, 1958, Nr 2, p 15 (USSR)
AUTHOR: Bulkhman, S. V., and Chernov, A. P.
TITLE: On the Problem of Particles Motion in a Free Axially Symmetrical Jet
(K voprosu o dvizherdi chastits v avabodno-
,f osesimmetrichmoy struye)
PERIODICAL: Izv. AN KazSSR, ser. energ., 1956, Nr 10, pp 114-118
ABSTRACT, Motion of particles in a 2-phase axia2ly symmetrical jet depends on
the following: particle coordinates, their mass, their density, "Midel" cross-
sectlon, radius of the n3zzle out of which the jet emerges, etc. However, this
motion can be described with a much 9ma.1ler number of dimensionless com-
plexee, Which can- be dete*rn-dned from- the eqvation of particles motion and
from the rate -of -discharge formulae. A.-i example is considered of determining
particles velocity in a free, axially-syrnmetrical dust-and-air stream. Experi-
mental and calculated pa--ticle velocities are compared.
S. L. R.
Card 111

SOVI 124-58-5-5257
Translation from: Referativnyy zhurnal, Mekhanika, 1958, Nr 5, p 44 (USSR)
AUTHOR: Chernov, A.P.
TITLE: On Methods for Measuring Power Losses in Engines for the
Purpose of Eliminating Frictional Power Losses (0 metodakh
izmereniya poter' moshchnosti dvigatelya na preodoleniye
vrednykh soprotivleniy)
PERIODICAL: Izv. AN KazSSR. Ser. energ., 1956, Nr 10, pp 128-132
ABSTRACT: Various methods are examined for determining the frictio 'n
power losses in an engine. To determine an engine's rnean mo-
ment of friction, the method of letting the engine run down tto a
stop) is virtually no longer used, because the calculation of the
reduced moment of inertia of the moving parts is laborious and
the calculations are not very accurate. The author proposes
two simple methods for an experimental determination of the
reduced moment of inertia of the moving parts: 1) the method
of a supplementary mass, i.e., allowing the engine to run down
to a stop naturally, first without a flywheel, then with a fly-
wheel having a known moment of inertia; and 2) the method of
Card 1/2 external braking, i.e., allowing the engine first to run down to

SOV/ 124-58-5-5257
On Methods for Measuring (cont.)
a stop naturally, without applying a brake, then repeating the process, using
a brake. Simple formulae are obtained for determining the mean moment of
friction and reduced moment of inertia of an engine's moving parts.
V.A. Bashkin
1. Engines--Friction 2. Engines--Performance 3. Engines--TesT, met"'lodL
4. Mathematics--Applications
Card 2/2

KRYZHANOVSKIY, V.A., Inzh.; CIUMOV, A.P., insh.
Starting and turning on units of superhigh steam parameters.
Blek.eta. 29 no,n:14-18 N 158, (MIU 11: 12)
(Blectric power plants) (Steam$ High-pressure)

.,-- CHnMV, A.P.
Investigation of the separation of dust on a viscous film coating
around the pipe bunch. Izv. AN ra2akh. SSR. Ser.energ. no.1:87-96
'59. (MIRA 12:11)
(Heat engineering)

KUTMVSKIT, Mikhail Petrovich; GIYEWTI~ red.; OTOGHEVI, N.A.,
red.izd-va; LBLYUKM, A:!., tekhn.red.
[Blectric equipment for the rolling stock of street railways]
Blektricheskoe oborudovanie podvizhnogo sostava tramvaia.
Iad.2., parer. i dop. Moskva, Izd-vo H-ve kommunakhoz.RVO,
1960. 371 P. (MIRA 13:11)
(Street railways--Cars)

CHHRNDV, A.P.; ULITANOV, A.Y.
Investigating the stream leaving the cyclone chamber.
12V.AN Kazakh.SSR Ser.energ. no.2:90-100 160*
(MIRA 13:7)
(metallurgical furnaces--Aeroc~ynamics)

SALTYKOV, P.I.
SPODYMK N.T.; CHERNOV, A.F.- FAVORSKIY, V,V.,
Zxperlen" in burning Ekibastuz coa.!,s in fuel bed furnaces.
Trudy Instenerg.AN Nazakh.SSR 3.-178-189 161. (14IRA 34-.12)
(hdbastuz Basin-toal)

CHERNOV, A.P,
Duvt flow around a stationary cylinder. Trudy Izist.enarg
AN Kazakh.SSR 3-.2CI-211 161. (MIR& 14:12)
(Dynamics of a particle)
(Dust--Removal)
4

s/196/62/000/018/013/017
E194/E155
AUTHOR: Chernov, A.P.
TIT LE: The flow of dusty air over a stationary cylinder
PERIODICAL: Referat-ivnyy zhurnal, Elektrotekhnika i energetika,
no.18, 1962, 3, abstract 18 G 5. (Tr. In-ta energ.
AN KazSSR, Tio-3, 1961, 201-211).
TEXT: A procedure is proposed for calculating the
trajectory of motion and the coefficieixt of particle separation
when dusty air flows over a cylinder. The calculations plotted
reflect the qualitative and quantitative nature of observed flow.
A diagram and description is given of the experimental equipment
that was used to study the trajectory of.particles. Twenty tests
were made, with dusts of rosin, boric acid, river sand and
chromo-magnesite, having specific gravities of 0.95; 1.4; 2-711
and 3.9 g/cm3 respectively. From study of cinematograph films of
the trajectory of solid particles, the following-could be
determined: partible speed, start of deflection from rectilinear
flow, ixtent of maximum deflection and separation factor.
Card-1/2

s/196/62/000/018/ol3/017
The flow of dusty air over a ... r.194/p,,155
It was found that the separation factor and the maximum deflection
of particles from the cylinder depend on various parameters.-
the particle size, the density, rate of flow and cyliiider di.oiieter.
In general, the two quantities are fully determined by Stokes
criterion alone. Good agreement is noted between calculated and
experimental data.
6 figures.
1~bstractorts note: complete translation.1
Card 2/2

.Urodynamia study of -ap~erical chambers. Inzh,-fIx, Shur. 8 no.6015-
819' ZO.165, (MRA 1817)
1. Institut onergetiki- AN Kazookoy SSR, Alma-Ata,

2~1 nz: I k.= Lm y, -
Bp
T TtTl! -,7:
SOUI~~'2: tova:
LLtr"E.SOnIC eL
?-Or, ,s s nz e f o-n. o I
_E: a nozz-
,oso-
%an c.
un th e ,;i s arl. haS:
A-S'-i Oi,-' --A.T
-(jamattee
S~71w'- -X)"
Card
~K k f-QUlaVptM NL-IMOI~~- z3 OF -N Mlll-~ W.-
K;MA
M~IWRMD,

CHERNOV. A.P. - I
Investigating the olag.of the coals of,Ekibastuz
Izv. AN Kazakh. SSR. Ser. tekh. i khim. nauk no.

CHERNOV, A.B., inzh.
11hience and enameled cast-iron sanitary engineering fittings.
Biul.takh.inform.po stroi- 5 no.9:31 S '59-
(MIR& 12.112)
(China--SanitaA7 engineering)

----
~!- t~~ ~ ~, 6
~~- Aj s f ~-, ~. -~ -
,~A I Z:, ~ 1~

S~,-~ .
Cc-c - . 11 -
I -
V~,
,

TAKUSHKIN, I.V., akademik, redaktor; MARINICH, P.Ya., agronom, redaktcr-,
CHMNOV, A.V., reclaktor; PLTMUR, V.I., tekhnicheakiy reclaktor
[Grain and,pulse crops] Zernovya i tornobobovye kulltury. Izd. 4-0a,
parer. Moskva, Goo. izd-vo selkhoz. lit-ry, 1956. 351 p. (MIRA 10:1)
(yield crops)

PAVLOV. M.1.. glavnyy matodist; NIYA20V,,M.K.; YBMMOV. Yu.K.. otvetstven-
nyy redaktor; CHXRNOV, A.Y., redaktor; VBSKOVA, Ye.l., tekhnicheskly
redaktor I ,I-
[The "Turkmen S.S.R,8 pavilion; a guidebook]:Pavillon 'Turktaeuskala
SSR"; putevoditell~. Moskva', Goo. 12d-vo selkhoz. lit-ry. 1956. 22 p.
1. Moscow. VseBOYUXnaya sellskokhozyaystvennaya vystavka. 1954-
2..I)irektor pavillona (for Niyazov)
(Turkmenistan--Agriculture)
(Moscow-Agricultural exhibitions)

CWW OV A V redaktor; GMVICH. M.N.. tekhnicheskiy redaktor
[High yields from non-Chernozem zones; the practice of leaders in
Vladimir Province] Za vyookie urozhai v nechernozemnoi polose; iz
opyta peredovykb kfioziaistv Vladimirzkoi oblaeti. Houkva, Goes izd-
vo velkhozo lit-ry, 1956. 1% p. (MIRA 9:12)
(Vladimir Province--Agriculture)

C'HF_RN0v1 HY.
B1931DIMOV, I.A., rodaktor; GRITSMO, A,V,, redaktor; ILIIH, M.A., zamesti-
tell glavnogo redaktora, IAPTEV,I.D., LIGMU, Ye-F.; LOBAUOV, P.P.,
glavnyy redaktor; LYSENKO, T.D. : SKRYABIN, K. I. ; STOLXTOV. 7,11'. ;
PAVLOV, 0.1., katdidat sellskokhozyaystvannykh nauk, nauchavy redaktor;
SOKOLOV, H.S., professor, nauchW redaktor; ANTIPOWKARATAYXV. I.N.,
doktor sellskokhozyaystvennykh nauk, nauchayy redaktor; KAUINSKIY.
N.P., kandidat sel'skokhozyaystvennykh nauk, nauchW redaktor;
SHISTAKOV, A.G., doktor sellskokhozyaystvennykh nauk, professor, nauch-
nyy redaktor; RUBIN, B.A., doktor sellskokhozyayetvennykh nauk, nauch-
nyy redaktor; KONARNITSKIY, N.A., dotsent, nauchnyy redak-tor; LYSSNKO,
T.D., akademik, nauchnyy redaktor, POLYAKOV, T.M., professor, nauchnyy
redaktor; SHCHXGOIXV, V.N., dnktor sellskokhozyaystvennykh nauk,
professor. nauchuyy redaktor; YAKUSHKIN, I.V., akademik. nauchnyy
redaktor; LARIN, I.V., prof essor, doktor biologicheskikh nauk, nauchnyy
redaktor; SMILOV, S.P., professor, doktor biologicheskiy nauk. nauchnyy
redaktor; ADILISHTMI, V.I.. professor. doktor 6e11Bkokhozyaystvennjvkh
nauk, nauchnyy redaktor; SHCHMMCHKV, D.H., professor, doktor medi-
tsinskikh nauk, nauchnyy redaktor; OGOLINETS, G.S., kandidat sellsko-
khozyaystvemykh nauk, nauchnyy redaktor; YAKOVLXV, P.N., akademik,
naychnyy redaktor; YSKIMOV, V.P., agronom. riauchnvy redaktor [deceased],
XYTINGRI, G.P., professor, doktor sellskokhozyaystvennykh nauk, nauch-
nyy redaktor; TIMOPIM, N.H., professor, nauchnyy re"ktor, TUROV,
S.I., professor, doktor biologichaskikh nauk; YUDIN, V.M., akademik,
nauchnyy redaktor; LISKUN, Ye.F., akademik, nauchnyy redaktor,* VITT,
V.0., orofessor, doktor sellskokhozyaystvennykh nauk. nauchnyy redak-
tor; KALININ, V.I.. kandidat sellskokhozvavstvann-vkh nauk. nauchnyy
redakr,or:

BMADIETOY, I.A.- (oontinued) Card 2.
GRMN', L.K., akaderaik. nauchnyy redaktor., IIIKoIAYSV, A.I., professor,
doktor sallskokhozyaystvannykh nauk. nauchnyy redaktor; REDIXIM, A.?.,
professor, doktor seltskokhozyaystvennykh nauk, nauchnyy redaktor;
SKffNBV, S.L. professor, doktor sellskokhozyaystvennykh nauk. nauch-
vyy redaktor; POPOV, I.S., professor, doktor aelgskokhozyaystvennykh
nauk, nauchnyy redaktor; HAMMEL', P.A., professor nauchnyy redaktor-.
INIKHOV, G.S., professor, doktor khtmicheskikli nauk, nauelmyy redaktor;
ANIPIMOV, A.B., professor, nauchnyy redaktor. GUBIN, A.F., professor,
doktor sellskokhozyaystvenuykh nauk, nauchnyy redaktor, POLT", V.I.,
professor, doktor veterinarnykh nauk, nauchnyy redaktor; LINDE, V.V.,
professor, doktor tekhnicheskikh nauk. nauchnyy redaktor; CEIMGAS,
B.I., professor, doktor biologichookikh nauk. nauchnyy redaktor;
NIKOLISKIY. G.V., professor, nauchnyy redaktor; AVTOKRATOV, D.M.,
professor, doktor veterinarnvkh nauk, nauchny7 redaktor, IVANOT, S.V.,
professor, doktor biologicheskikh nauk, nauchnyy redaktor; VIKTOROV,
X.P., professor. doktor vetertuarnykh nauk, nauchnyy redaktor;
KOLYAKOY, YaJe., professor. doktor veterinarnykh nauk, nauchnyy re-
daktor; ANTLPIN, D.N., professor, doktor veterinarnykh nauk, nauchn7y
redaktpr; MARKOV, A.A., professor, doktor veterinarnykh nauk,, nauchnyy
redaktor; DORRACHN, G.V., professor, doktor vaterinarnykh nauk,
naucbnyy redaktor! OLIVKOV, B.H., professor, doktor veterinarnykh nauk
nauahnyy redaktoi (deceased); FLWYMATOV. N.A., professor, dvirtor ve-
terinaruykh nauk, nauchny7 redaktor; BOLT INSKIY, V.H., professor,
doktor tekhnicheskikh nauk, nauchnyy redaktor; VILIYAMS, VI.P., profes-
sor, doktor tekhnicheakikh aauk. nauchW rodaktor;-JMASNOV, Y.S..
kandidat tokhnicheakikh nauk, nauchnyy redaktor-

BIMMOV, I.A. ---(coat inued) Card 3.
TAMINOV, N.G., akademik, nauchnyy redaktor; SAZONOV, N.A., doktor
takhnichaskikh nauk, nauchnyy redaktor; NILUMROV, B.I., inzhener.
nauchnyy redaktor: XOSTYAKOV. A.N.. akademik, nauchnyy redaktor;
CHIMICASOV, A.A., professor, doktor tekhuicheskikh nauk. nauchnyy redak-
tor; DAVITAYA. F.F., doktor sellskokhozyaystvannykh nauk, rxauchny7
redaktor; IVAKOV, N.N., professor. doktor tekhnicheakikh nauk, nauchnyy
redaktor; ORLOV, P.M., professor, doktor tekhalcheskikh nauk, nauchnyy
redaktor, LOZA, G.H., kandidat ekonomicheakikh nauk, nauchnyy redaktor;
_-A,Y- kontrolOnyy redaktor; ZAVARSKIY, A.I., redaktor, -
44EWIV L - ROS
SOSHANSKATA. V.A.. redaktor-, FILATOVA, H.L. redaktor; Y3MIYANOYA.
N.L, redaktor; SILIN, Y.S., redaktor BRANZBURG. A.Yu.. redaktor;
MAGNITSKIY, A.V., redaktor terminov; KIBRYAVTSIVA, A.G., redaktor
terminov; AKSXROVA, A.P., mladshiy redaktor; MALYAVSKAYA. 0.A., mlad-
shiy redaktor; FIDOTOVA, A.F.. tekhalcheskly redaktor
(Continued on next card)

BIWADIXTOV, I -A .---(continued) Gard 4,
[Agricultural encyclopedia] Seliskokhoziaistvemaia anteikolopediia.
Isd.3-0, parer. Moskva, Goo. Izd-vo selkhoz, lit-ry. Vol-5. ET-IAJ
1956. 663 p. (MLRA 9:9)
(Agriculture Dictionarias and encyclopedias)

CMNOV, A. V.
Agricultural economics* Vopookone no.61l35-138
O(IU
(Ukraine--Agriculture--loonomic aspects)
(Agriculture--Jconomic aspects-Ukraine)
Je 160.
13:6)

FRANK, G.A., kand.tokhn.nauk; CHERNOV, A.V., inzh.
Manufacturing porous ceramics with a e of burned out granules.
Sbor. trud. NII po stroi. ASiA [Rost.] no.6:73-81 162. (WRA 17:9)

VERVUKINA, A.K.., inzh.; KOLCHINSKIY, Yu.L... inzh.; NIKOLAYEVSKIY,
Ye.Ye., inzh.; RODIONOVAI R.G., inzh.; RYAPOLM, A.F.,
inzh.; SOKOL, I.A... inzh.; SIZERLE'l, S.L., inzh.;
EYDBLINANT, L.B., inzh.; ORLOV, V.M., kand. tekhn. nauk,
retsenzent; YURGELI, B.I., inzh., retsenzent; FOKDI, V.Ya.,
inzh., nauchn. red.; VOLNYAIISKP., A.K., glav. red.; SUDAKOV,
G.G., zam. glav. red.; IOSELOVSKIY, I.V., red.; MURKOV, I.I.,
red.; MELINIK, V.I.p red.; ONKIN, A.K., red.; STPROVEROV,.
V. -ed.
I.G., red.; TUSHNYAKOV, M.D., red-;&LUgL~W
-A.-
[Engineering pipelines for industrial enterprises] Tekhno-
logicheskie truboprovody promyshlennykh predpriiatii. Mo-
skva, Stroiizdat, 1964. 2 v. (MIPU 17:12)

GIETMOV.- ALEKSANDR VASILIYEVICH
-N/5
661.6
. C5Z
KirPichnn`e D-v#OvvYe TrUbY (Brick Chimneys. by) A. V. Chernov i V"
Volvnf..qa. Moskvtt, Goastroy-izdat, 1955,
12? P. Illus., Diagrs.,

BALISKIT, T&I,; C ~jp. Inshener; TIBICNIKOV, I.P., kandidat takh-
nichoskikh fi-aub:, nauchW rodaktor.
[Building industrial furnaces) Stroitelletvo promyohlennykh pechoi.
Mosk-va, Goo. lzd-,wo lit7ry po stroltel'stra i arkhitakturs, 1953.
411 p. (MLRA 7:4)
(Yurnaces-Construction)

UnLmuuv, Au-;KsAml! VASn')MVICH
KORIMTCHUK. Hikolay larpovich; CHICRNOV.--A 0 -A h-, SHERSTTUK,
A.N., naucbnyy reds ict orT-AWAUHNV. . ., eakektor; RAKOV, S.I.,
takhnicheskiy redaktor
LK&chineryj Kashinovedenia. Mosim, Vsas.uchabno-pedagog. izd-vo
Trudrezervizdat. 1957. 439 p. (MA 10:8)
(Ralgines)

CEIRNOV. A.V., insboner.
Protecting the reinforced concrete shafts of chinnitys and
ventilation ducts frou the netion of corrosive gesett. Stroi.
pros. 35 no-7:26-32 Jl '57. (KIBA 10:10)
1. VNIPI Teploproyekt.
(Chimneys)

BELISKIT, Viktor Isenovich, Insh.; GMA, Aleksandr Petrovich, inzh.;
HOLCHANOV, Nikolay Grigorlyevich, lmnd.tekhn.namk;--Q v
AlOsandr.-VaeWmich, insh.; VAGIN, A.A., red.isd-va;
ISUMITIVA. P.G., takhn.red.
[Construction and repair of metallurgical furnaces] Stroitellstvo
I remont metallurgicheskikh pechei. Pod obehohei red. A.Y.Cherno-
va, Moskvaq Gos*nauchno-tekhn.izd-vo lit-ry po chernol i tevetnoi
metallurgii. 1959. 448 p. (MIRA 13:5)
(Metallurgical furnaces)

GOYKOLOV, Ye.F.; KANTOROVICH, I.G., inzh.; PEMOV, P.V.; RAYTSESS, A.Ya.;
GHMQV Yq inzh*; SUSHKOV, Y.F.; SHISMOV, I.A.; SHRIN,
OkSIN, %-W-69 Lj., retsenzent; KUDRYAVTSEV, A.V., retsenzent;
T rec~;ktirovanii prinimali nchastiye: ZOTOV, A.V.; TRLYANKR,
D.M.. SHIROKOVA, G.M., red.izd-va; STEPANOVA, B.S., tekhn.red.;
RUDAKOVA, W.I., tekhn.red.
[Handbook for builders of reinforced concrete industrial chimneys
and silos] Spravochnik stroitelia, zhelezobetonnykh zavodskikh
trub i silosov. Pod red. A.V.Chernova. Moskva, Gos.izd-vo lit-ry
po strait., arkhit. i stroit.materialam, 1959. 300 P.
(MIRA 13:1)
(silos) (Chimneys)

0 av~,AJ,..,a.Anzh.;. SERG9M, B.V., inzh.. nauchnyy red.; TTAPKIK,
B.G., red.izd-ve; BOROVNZV., N.I., takhn.red.
[Installation of industrial furnaces and chimneys] Kladka
promyehlonnykh pechei i dymovykh trub. Moskva, Gos.izd-vo lit-ry
po stroit...arkhit. i stroit.materialam, 1960. 303 P.
(MIRA 13:6)
1. Rassia (1917- R.S.F.S.R.) G lavteplomonta2h i upravlania
kadrov.
(Turnaces) (Chimneys)

MISKIY, V.I.; BORISOV. ia.: VOLYNTSEV, V.A.; GOTKOLOV, Te.F.; ZHOVII-
ROVSKIY, N.Y*; ISSUS, A.Te.; KAXAROV, E.S.; ROTHITSKIT, M.L.;
TEMIKOV, B.P.; THOITSKIT, V.A.;--GSMOV. A.V., insh.; AGURIN,
A.P., mauchnyy red*; SOLODENNIKOV, L~ ~., mW6bfiiy red.; TOLKACEIRV.
P.I., nauchnyy red.; KU;MYBVA, Ye.O., red.izd-va; BLIKINA, E.M.,
tekhnerede
[Handbook on special operations; construction of industrial
furnaces] Spravochalk po spetsialinym rabotam; sooruzhenie pro-
myshlennykh pechel. Pod red. A.V.Chornova. Izd.3., ispr. i dop,
Moskva, Gos.izd-vo lit-ry po stroit., arkhit. i stroit.materialam,
1960. 694 p. WRA 13:6)
1. Vsesoyuznyy nauchno-iseledovatellskly i proyektWy institut
"Teploproyakt.m.
(Purnaess-Construction)

BELISKIY, Viktor Ioenovich; CHERNOV, Aleksandr Vasillyevich;
KLODO ) M.A. , inz] nauc ~-'red. -
(Brickwork and assembly of industrial furnaces and smoke-
stacks] Kladka i montazb promyshlennykh pechei i zavodakikh
trub. Moskva, Stroffzdat, 1964. 234 P. (MIRA 17:6)

-QJ=NOV#. A2'eksandr Vasil'lypy#ht BESSREBREMMOVO Ilikolay
Konitantinovich; s=tSku, V.s... prof., retsenzent;
GRASSE, B.S., retsenzent; RF141ZOV, S.A., red.
(Fundamentals of heat engineering and hydraulics] Osnovy
teplotekhniki i gidravliki. Moskva., Energiia., 1965. 455 P.
(MIRA 180)

VERVEYKINA, AA inzh.; KOLCIIINSKIY, Yu.L., inzh.; NIKOIJYEVSKIY,
Ye.Ya., inzh.; RODIONOVA, RAL, inzh.; RYAPOLOV, inzh.,-
SOKOLO I.A.., inzh.; STMIN. S.L., inzh.- EYDELINANT, L.B.,
-inzh.; ORLOV,V.M., kand. tekhn. nauk retsenzent.- YURGELI,B.I.,
inzh. rots enzent; FOK1NV.7a.,in0fX?"wwbawred.; VO1b"YANSX3:T,A.K.
red.; MARKOV, I.1.~ red.; 14BLINIR, V.I., red.; ONKIN, A.K.j
red.; STAROVEROV, I.G red - TUSHNYAKOV, M.D., red.; CHWIOV,
red.s' SUDAKOVp d.; IOSELOVSKW,I.V.., red.-'-"-
G:&., ref
(Technological pipings in industrial enterprises) Tekhnologi-
cheskie truboprovody promyshlenrykh predpriiatii. Moskva,
Stroiizdat. Pt.l. 1964. 784 p. (14IRA 18: 9)

CHERNOV, Maj. A. Z.
"Pathogenesis of Infections of Internal Organs Caused by Traumatic Septicopyemic
Diseases, n Klin. Med.. 26, No. 6, 1948,
Docent, Chair Military Field Therapy, Military Faculty TsIU, -cl948-.

CHER110VI A. Z.
CHERNOV, A. Z. - "Changes in the Internal Organs in Early Sepsis (Puru-
lent-Wound Toxicoinfection)*" Min Health USSR, Central Inst for
the Advanced Training of PIWsicians. Moscow, 1955. (Dissertation
for the Degree of Doctor in Medical Sciences).
So.: Knizhnaya Letopis', No. 2, 1956.

Name: CHERNOV, Aleksandr Zinov'yevicb
Dissertation: Exchanges of Interml Organs during
Wound Sepsis (Suppurative-Wound Toxic
Infection)
Degreei Doc Mod ,'-ci
Affiliation: ZN-ot indicateg
Defense Date, Place: 10 Jan 56, Council of Central Inst for
Advanced Training of Physicians
Certification Date: 27 Oct 56
Source: BMVO 6/57

CHMOV, A.Z., prof., red,;.LBBXDXVA, V.P., Weredo; CHMOV, A.Z.,
---red,
x EAngina pectoris a7ad mWocardial infarct) Gradnaia zhaba i
infarkt miokarda, Pad red. A.Z.Ohernova. Mockvag 1959. 261 ps
(MIRA 13:6)
1, Koscow. TSentralluyy institut usovershenstvovaniya vracbey.
(ANGINA PBMORIS) (HMAR --INFARCTIO'N)

KUZNETSOV, Boris Aleksandrovlch;,(~Jj -,ApAtoliy Zinov'yevich;
PETROVSKAYA, L.P., red.; GARITA, T.D., telthn. red.
[Zoology course] Kurs zoologii. Moskva, Gos.izd-vo
JIVYsshaia shkola,n 1963. 357 p. OURA 16:12)
(Zoology)

,, A. Z. Cana. Siolog, 0
CHM INOV
Dissertation: "Hydrobiological Investigation of the Water Reservoirs of
the Northern Area in Connection with Acclimatization of Muskrats."
Moscow Fur and Felt Inst, 9 Jun 47.
SO: Vechernyaya Moskva, Juni 1947 (Project #17836)

Safi., vo i. '~'tl
1. -Th. Role A mi;-liry ?!.d-'C*l 1,*rkvr.% in the
X;f tla , . I
Str. Ainst Picr-t--* cd 4ypcrtr*fby'. Dr Zh.
2r X. 6'-*';~'_l:_'$ 1A mf tAc.A cqtif~l Rqle~rh
r; ---- -------
ir.4:-,t4
- -.0%M
2. -7uh.rmac3ts -a
L..t~m
or sci-I
fLz
vi-" tal M-na 4t
C~ --tt of tim
-a-' L-r,.Agy
_i- i t Rol C to
fc
sec ft,tc-o "Civ ~r!
r;:g'
r
31 2, Cr..r.on
54y.z i
Icruot)l ;p :0-2-
PYio! L r LAS
of
;r.* dial Ctlllr.. PQ dL~triSTtcr&~w-ti3 ana Prc-
bylaotic Tmxt't-tt4xs" m~cd--Juc' "d
284at'r.4 r !,..Pt tnjz~p .1 ~ R .....h
Ustitu-6 f pp
*Tb. balry Xitc~.d" in tha Vl.-Io,;*a of the Ruma,
pxs7acl "A siltstra O-Usam' tkr I.B. kjr~~Vg ipp 3:5.36.
7. nbe Taoks of D!~-rlct Vurava And ~Lc-'r marA ~Lth
Matrict j,.Iz,&i--;.snz to TreatlaZ Ntia.zts mt V~meltq
He4d (Z 3v of ta. Internal
:w-- bj-ut..), .3ri.1 pp 39-41.
.2 4 c

APBLITSYN, I.E.0 doktor.tekhn.nauk; BARS, Ye.A., kand.geol.-min.nauk;
BCRISOV, Yu.P,, kand.tekhn.nauk; VELIKOVSKIT, A.S~, prof.; TYSOTSM,
LV., kand.gool.min.neuk; GOVOROVA' G.L.. dots.; DAKHROV, V.H.. prof.
ZHDAHOV, M.A-06 prof e;~ ZHUKOV, A.I.: dots.; KOWAKHOrOP.I., prof.;
XREMP, A.Yaq- doktor geol.-min.nauk; MURAVIYEV, I.M., prof.;
.0
MUSHIR, A.Z., inzb.; IUMIOT, A.Kh., kand.tekhn.nauk; KHODANOVICH,
I.Ye., kanLtekhnnauk: MILYSTOV. Y.T., Who; kend,
tekbn.nauk; SHMOV, V.I., dots.; SAVINA, Z.A., vedushchv red.;
POLOSINA, A.S., tekhn.red,
[Manual fo petroleum extraction] Spravochnik po dobyche nefti.
Pod obshchei red, I.M.Muravleva. Koekv-a, Goo. anuchno-tekba.izd-vo
neft. i gorno-toplivnoi lit-ry. Vol. 1. 1958. 540 p. (MIRA 11:4)
(Petroleum industx7)

AUT-HORS: Cherno-i-, B. G., Ageyev, P. Ya. I '53~ 58--2-7/46
SOv/,C
ilTLE- P.9 ioal and Chem:L,-al- lundaments Cf Mela7. Melt,ing in Vac.~,!TD. and
4 -
Pr-,tpot-ive Gas Atmo3phpre (Piz-ko-kh-1m-'che3k:!ye csncrry plavkl-
mptallov v -skuume :L -v zashchitnoy atm-,,afere)
PERIODIC.AL Na-L,.chnyye doklady vy9shey shkoly. Metalllargiya~ 1958, Nr 2~
pp. 43-49 (USSR)
ABSTRACT: The theoretical baz-ie of the melting methods of me~lals J--n -vaz7wxm
and proteQtlve gas atm-.:tsphere were discussed. In melting metals
ccnsisting of Armoo iron and ~~hromium the nitroger, and cax'bor-
content of the metal. is not affected by the :.bromium- c,-,.nitent
during the melt. The dependenc-e between the rd-trogen oorcen-
tration and the ~hr3milam uontent. of the metal- ii -i-qsuum meltlrg
we:-e "L..nvestigated. Yrom these irvpstigatio:ls may be se~~r~ ---hat
with an increase of the chrcmiim content in the meta). a d;~--
terioration cf the xefinlng progress of the metla--, frcm nitrc.--gen-
in the melting cf tuhs~ alloys occurs. Th-.~ be*ra---i-.1- f s~:-Me
elements in the metai.s in their melt.5.rg 4..-1 vaou--m and
gas atmosphe;:e was in-vest-f-gated. It vves fr,--,Pd that, when t"Ilf~
Card 1/2 mel-~!Lrg proo'ass ii c~arried -",,n a a~ma-~phe:?~

SOV/-263-1-8-2-7/16
Physlial and Chemi;,al Fundament5 of Metal M;-'tJ.ng I ri ard
G,aq Atmoap~ex4~
cf neutral gasea the los!! -fu miq'I'll-Ing the allr:ye ~s
rem---,ved and the prodw3t-ion ~-f pu-.9 metals of the desized
chem:~,,&! :--,cmpoei-t1on is made 6asie--. The ol-anges of th,:~ c-iygqn
and -dtrcg;:-n content In Armio 1ron at different argon. preisurg
were -inve~5tlgated. Melts In argon atmosphere at low preaware do
not lead to a sixfficient refining of the metals. There are 5
figu~ve,a and 2 tablet.
ASSOCIATION: Leningradskiy pcilitekhn-lohe-skily institut (LenipZ-rad Polytac-hnlical
Instiiui;a)
SUBMITTED,. October -1, 1957L
Card 2/2

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T.M.O.Pa-

r. C-r.--
rop*ft subtdtto& tw Me 5th PbyBicil Chgalcal
cont"Socs w steel Fft&wtloe, *00cpv. 30 An 2959.

C=NOV B G Cand Tech Sci -- (diss) I'Study of t~m processes
ep
A!Qr- s ' --;r in a vacuum and/,neutral medium. 11 Len, 1959,
meltingAalloys -I
17 pp (ILin of Higher Education USSR. Len Polytechnical Inst im.
M.I. Kalinin) 150 copies (KL, 2b-59, 128)
- 81 -

85496
S/I 33/60/000/012/004/0-15
I A 0 A054/AO27
AUTHOBSt Ageyev, P.Ya., Doctor of Technical Sciences, Professor, and
Chernov, B.G., Assistant
TITLEt Influence of Alloying Elements on the Behavior of Oxygen and
Nitrogen in Melting Alloys in Vacuum
PERIODICALt Stall,,1960, No. 12, pp.4093-lp96
TEXT: From theoretical investigations of the optimum conditions of
oxygen and nitrogen removal from the liquid metal during melting in vacuu3n
furnaces it was found that the degree of degasifioation depends on the partial
._-,_pressures of gases to be separated in the melting area. The lower the partial
pressure of the given gas in the gas phase, the more complete its removal from
the metal. Calculations (based on Bachinskiy's theorem) also prove that low
pressures promote the removal of gases, in the form of blisters,.and that they
accelerate this gas removal by improving the conditions for the formation of
the next phase and by enlarging the blisters. In order to verify this theory
and to make a thorough study of the influence of -various conditions of melting
and of metal composition on the gas separation, tests were carried out in.14STI-314
Card 1/7

88496
S/f133/60/000/012/004/015
A054/AO27
Influence of Alloying Elements on the Behavior of oxygen and Nitrogen in
Malting Alloys in Vacuum
(MVP-3M) and Oklro-V (OKB-497) type vacuum furnaces and standard type aluminum
oxide crucibles. Melting was carried out at various pressures of the inert gas
which wal introduged into the furnace after this had been evacuated to a vacuum
of 1-10- - 5,10-~' mm mercury column. This insured that in the melts with
various total pressures the oxygen and nitrogen had equal partial pressures in
the melting area. In order to'prevent the change in gas phase du:ring melting
by the gases separating from the metal, the melting area was "flushed" with
clean argon. Holding the liquid metal in vacuum and in argon atmosphere for 10
minutes gavq various results for oxygen removal (Fig. 1). In melts in vacuum
(10-2 - 10-4 mm mercury column) ~the oxygen content of the metal is 5-10 times
lower than when melting in argon atmosphere, under pressures of 50-760 =
mercury column. The decrease in total pressure in the melting area also lowers
the nitrogen content of the metal (Pig. 2). It could thus be established that
by melting in vacuum the gases can be removed more completely than when melting
takes place in an inert atmosphere. To determine the influence of various
alloying elements, meltings were carried out in which the effects of silicium,
Card 2/7

88496
S/133/60/000/012/004/015
A054/AO27
Influence of Alloying Elements on the Behavior of Oxygen and Nitrogen in
Melting Alloys in Vacuum
aluminum, chromium, niobium and titanium on gas removal were examined. It was
found that these elements considerably impeded the separation of oxygen from
the metal. The higher the amount of these alloying elements in the metal, the
more oxygen remains therein. It was also found that by holding the liquid
metal in vacuum, oxygen removal was more complete. The delay in oxygen-separa-
tion under the influence of the above mentioned alloying elements can be ex-
plained by the deterioration of kinetic and thermodynamic conditions of the
chemical reaction: C + 0 --~Ib CO M- In the presence of the above mentioned
elements oxygen can be separated, at least to some extent, by the formation of
the respective oxides of these elements which, of course, takes more time than
the removal of oxygen in the form of CO. With regard to the removal of nitro-
gen from the metal-it was found that these alloying elements delayed the sepa-
ration of nitrogen because (mainly at a low carbon content) they form stable
nitrodes with N and adversely affect the conditions for the formation of carbon-
oxiAe blisters. However, increasing the holding time in vacuum improves the
results also in this case, i.e, more nitrogen gas can be separated. When alloy-
ing the liquid metal with elements having high affinity to oxygen and nitrogen,
Card 3h