SCIENTIFIC ABSTRACT MIKHAYLOVA, N.B. - MATVEYEVA, A.D.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001033010003-0
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 94
• Document Creation Date: November 2, 2016
• Document Release Date: June 14, 2000
• Sequence Number: 3
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

103004-47 Wr (1) 0,WM-2
~AC(- W -------
I A 6033291 SOURCE CODE: UR/0141/66/009/005/1030/1032 ?,e
8
AUTHOR: Alekseyev? V. A.; Krotikov, V. D.; Matv ; Mikhaylova, N. B.;
eZev Yu. G.
Forfir'yev V. A.: Ryazanov, V. P.; Sergeyeva, A. I.; Strezhneva, K. M.; Tro"t kly
V. S.; Shmulevich, S. A.
ORG: Scientific Research Inatitute of Radiophysics2 Gor'kiy Universit (Nauchno-
issledovatel' kiy radiofizicheskiy -insti-t'ut pri Gor'kovskom universitete)
TrTLE: Results of measurements of lunar radio emissions at wavelengths of 7.93,
I.L.0, 14.2, and 20.8 cm %
SOURCE: IVUZ. Radiofizika, v. 9, no. 5, 1966, 1030-1032
,e-VA40910-
II)PIC TAGS: radio astronomy, parabolic antenna, Aradio emission y AwNAoe r-vv v,,eoAh"F.0T
ABSTRACT: The mean effective temperature of the moon was measured in 1964-1965
at Zimenki Station mthe 7.93,11.0, 14.2, and 20.8 cm wavelengths. The basic
Masuring equipment included it radio telescope antenna 4 m in'diameter and two
receivers operating on wavelengths of 7.5-15 cm and 15-30 cm. The fluctuation
sensitivity threshold of the receiving equipment was from 0.4* to 0.7* at a time
constant of 16 sec. The radio emission of the moon was compared with the reference
enission of a disk (diameter, 380 cm) coated with absorbing material. The disk was
placed in the Fraunhofer region, 230 m from the telescope aperture. The results of
measurements* of the phase'dependence of the moon's effective temperature are shown
Coid 1/3 UDC: 523.164.34

mini ~mml MHOMMORM
ACC NRs AP6033291
Fi 1. Phase dependence of the mean
-effective temperature of the moon
41 -M grgmk'
lip
1j9 tip
fig IV
in Fig. 1. A small change in the mian effective temperature as a function of the
lunar phase was noted on the 7.93 cm and 11 cm wavelengths. The rms dispersion of
the experimental points in regard to the approximated curves is *3*. The variable
portion of lunar radio emission should theoretically be 3.5-4K for the 14.2-cm wave-
length. Since the rms disperuion of experimental points approx1mately eqmdathis' value,

n3nch-67
ACC NRt AP603329-1
Fig - 1. shows only the value of the C onstant compouent of the mean effectKe tempersum, ajnBM
which was 2211". Measurements on the 20.8-cm wav,!Iength were conducted during the
partial phase cycle. The constant component of the mean effective temperature for
this wavelength was 225K. Error did not exceed t:0.5%. Orig. art. has: 1 formula,
I table, and 1 figure.
SUR CODE: O-S/ StMM DATE: 25V~666/ ORTO REV: OOSJ ATD PRESS: 5099
awm
ard 3/3

SOURCE CODE: jWW66/&~/663/62~6/4)437
AMOR: q1nin.. Eo I.; Kordbeynikav,, L. S.; K~uli um G. N. * Lazar
T__ pL~
P5F
Ve3re%FJ' Yu A S. G.; Skrinskly, A. N.; Starodubtseval To Pe; T~-M~ ~G--
ORG: none
TITLE: Control and regulation system for the electron beam un-ameters in the VEP-1
electron-electron storage ring Y
SOURCE: Atomnaya energiya, v. 20, no. 3, 1966, 22D-223
TOPIC TAGS: electron beam, electron acceler&tor, storage ring, plasmoid acceleration,
synchrotron radiation
ABSTRACT: 7he authors describe briefly the rwidn systems used for different stages of
adjustment and pbysical research of the VEP-1 assembly, first described by G. I.
Budker et al. (Atomnaya energiya v. 1-9, 498, 1965). The parameters investigated were
the magnitude of the injected current, the angnilar divergence and transverse dimen-
sions of the beam, its energy and energy spread, and the position and angle at the
exit from the cle-:!tron-optical chamel. The number of injected particles and the
phase difference between the input and output were measured with lead probes. The
first revolutions of the captured current were! observed by recording the synchrotron
radiation with a photomaltiplier. The captured and stored currents were also measured!,
'with the aid of the synchrotron radiation. The radial position of the orbits was con-1
trolled either by regulating their radii by cbanging the frequency of the accelerating~_
Card 1/2 uDc: 621.384.6

L 07062-67
ACC NRv AE6021624
voltage or by producing azimuthal modifications of the magnetic field with additicnal
turns. The positions of the orbits at the collision location were roughly monitored
by means of an optical television systern., and more accurately by a remotely cont
diaphragm located at the place of encounter. The systems used to measure the 0-
sity., to control the radial and azimuthal positions of the plasmoids,, to determine the
phase dimensions of the plasmoids,, and to monitor and study various coherence effects
are briefly described. The lifetime of the beam was monitored continuous3,y with a
speciELI electronic system which determined the logaritImdc derivative of a signal pro-
portional to the current in the track. orig. art. has: 6 figures.
SUB CCIDE: 2D/
SUM DAM: 22Nov65/ ORIG REF: 003/ OTH MW: 001-
C,,d -2/2,tr-

TAA-IVEM, Yu. r.
Cand. TecI4.+al Sci. nGalibration of* Mandrels of Piercing Vi-Ils 1)),
Transverse Lamination". Stall, No. 4, 194F; Mbr., Sci. Res. Pipe Inst.-cl94e-.

PA 18/49T24
ITATV-DY-LIVI Yu. M.
Pipe, Steel
Rolling M1118
"Review of Tu. 1. Nikolayevsklys Book, lRolling
and Finishing Steel Pipe,'" 1. S. Borisov, Yu. M.
Hatveyev, Candidates Tech Sci, 4f pp
"Stall" No 12
Book contairw - errors and cannot be used as a
bandbook. Does not present up-to-date pIcturre of
present state of UM Industry. 'Useful as intro-
duction to fundamentals of 4mbject. Published by
Metallurgizdat, Kharlkov-Moscow, 19U8, 438 PP,
211 sketches.
26 2

I'mVIV, Yu. M.
Evarriye truby; sovremennyo metody prolzvadstva. 14oskva, Metallurgizdat,
1950. 335 P. illUB.
Bibliographyt p. (333)-115.
Welded pipes; modern methois of production.
DLC: TS280.M37
SI): Manufacturing and Mechanical Engineering in the Soviet Union, Library of
Congress, 1953.
I---'

II in
IV-71 YU. Y.
Tedinoiop-,-
(Groove designing of ro--Iers md tools o.1 pipe mills). t. 1951.
I'lontUy List of Russi= Accgtssinns. Libx---:!-ry of C ngress, November -952. IT.,CLAS-*D =--.

FIA TVEYEV, YU Y, N/S
733-9~-',
JX
Kalibrovka Valkcyv i Instrumenta TrubrTkIi Stanov (Calibration of Rollers
and Instnxmnts in Tube-Polling Mills, by) Yu. V. Yatveyev i -YL. L. V,-tkil2.
Yoskma, Metallurgizdat. 1,051.
412 p. Illus.s Diagrs,g Tables.
Bibliography: p. 410-412.

XATWTbYBV, Yu.H.- VATKU, Ya.L.; OSADA, Ya.ye.. kandidat tekhnichaskikh nauk,
KIMYLOV, O.A., redsk-tor; SWERDRIIIA, I.F.. tekhnichs-
skly redaktor
[Groove designing of rollers and tools of pipe mills) IalIbrovkB
valkov i izwtramente trubnykh staniw. Moskva. Goo. naucbsp-tekhn.
izd-vo lit-ry po chernoi i t evetnol metallurgii, 1951. 412 p.
[Microfilm] (Kw 10:7)
(Pipe, Steel) (Rolling mills) (Tubes)

14ATVLTEV. Yu.1A--kftnd.tekhn.ns:uk
Conditions of metal gripping by rolls in Inclined rolling.
Obr.riet.davl. no.2:29-35 '51. (MIRA 12:10)
1. GosudarstvenrWy Institut proyektirovaniya metallurgi ell enkik-h
zavodov.
(Rolling (Metalwork)) (Friction)

SOV/130-58-8-18/18
AUTHOR: Matveyev, Yu.M., Candidate of Technical Ociences
TITLE: Tube Prod:'c"~tion ~ England (Proizvodstvo trub v A_~lii)
PERIODICAL: 11-tallurg, nr 8, pp 38 - 40 (USSR)
ABSTRACT: The author, who visited the British steel industry in 1956,
as a member of a Soviet delegation, describes British
tube-making installations and products. There are 4
figures and 1 table.
1. Steel tubing--Great Britain 2. Steel tubing--Production
Card 1/1
USGONNI-D&-55616

MMOLAW, NJ.; RAMYEV, yu.M., rediaktor; GORMN, L.M., redaktor.
[Pipe rolling roduciionj'
ph'~~ 94' A! " 4i UYoprokatuos proirrodetvo. Nookwa, Goo.
nouchno-tekhn. ixd-v,D lit-ry po clwrnol I tevetmol metallurgil, 1933.
431 p. (Pipe, Steel) [Rolling (Metalwork)) (MLRA 7:6)

Ki
SSW Yu K,- nICEBMIY, M.7a.; TMONW. N.A.. toufjhMy rodaktar;
J
Wf~MIT, L.Te., rodaktor; MIXUrWVA, V.V., tokbnIchookly
redaktor.
[Pipe flulahlog] Otdolks trub. Fbd mmohnol red. B.A.Mbonova.
NDskya. Goo.nauchno-tekbn. izd-vo lit-ry po chernal I taystnol
notallurgit. 1954. 446 p. ()UBA 7:11)
(pipe)

133-11-8/19
AUTHOR: -Matveyev, Yu.M.,_Candidate of Technical Sciences.
TITIE: Tube-making Industry in the USSR (Trubnaya Dromysh-lennost'
SSSR)
PLIZIODICAL: Stall, 1957, n0-11, PP. 99? - 1005 (USSR).
ABSTRACT: A brief review of the development of the tube-making
industry in the USSR and some special features of the tube
mills of Russian design are given. The contribution of
P.T. Yemel'yanenko, Corresponding Member of the Ac.Sc. Ukrainian
SSR, and his co-workers: S.I. Borisov, A.A. Shevchenko,
Va.L. Vatkin, Ya.Ye. Osada and A.I. Iselikov, Corresponding
Member of the Ac.Sc. USSR, A.F. Che~Emarev, Member of the Ac.Sc.
Ukrainian SSR, M.A. Pisanenko, V.S. Smirnov, I.V. Dubrovskiy
and others to scientific investigation of the technology of
tube-making is mentioned. There are 2 tables and 6 figures.
AVAILABIE: Library of Congress
Onrd 1/1

KLMYBT . ~t_ d.tekh. nauk,
Manufacture of pipes used in airplane construction. Blul. TMICHK
no.16:23-26 172. (KM n t5)
(Pipe, Steel) (Airplanes-Design and construction)

7
133-2-1011)
.AUTHOR: Matveyev 2Yu. M. (Cand.Tech.Sc.)
TITLE: Modern Pilger Mills (Sovremennyye piligrimovyye ustanov'_Ki)
PERIODICAL: Stal'. 1958, Nr 2, PP-151-155 (USSR)
A13STRACT: This is a review of Western literature on the develoD-
ment, equipment and -technology of pilger rolling of seamless
tubes. There are 2 figures and 5 references. of which 5 are
English and 2 French.
AVAILABLE: Library of Congress.
Card 1/1

kand. nauk.
---
-OV ar
Hodern Pilgrim mills [with sum=7 In AnglIsh], Stall 18 no.2:151-
155 F 15B. (MM 11:3)
(Rolling mills)

,IWVLTV, ru,H., kand.tekhn.nauk
-
Pipe production In Great Br-Italn. Metallurg 3 no-8:38-40
Ag 15,9. (MIRA U:9)
1. Gipromez iGreat Britain-Pipe. Steel)

-HATVBTNV, YU.N.9 kand. tekhm.nauk
Conference on piolucing thin-valled pipes. Stml'18 no. 6:547
jo 158,b (MrRA 11:7)
(Pipe, Steel)
(Rolling(Notalwork))

MISKIY. Bjs [deceased]; BURIYANOV, V,F,; VASILIYU, Ye.P.,; VITKINA, 3.1o:
GALLLY. U.S.; LSVIR. G.I.;-~T
_--- Jff.--Yu.Xz, MP_LWMMIN. A.B.;
RCKMM, U.S., red...- ISTONIN. AJ., red.; GWY red.;
MUOMUMCKIY, N.I., red. Izd-va; LUIAM, A.I.`,\,,tekhn. red.
[Ferrous metallurgy in capitalistic countries] Chernaia metallurgiia
kapitalisticheskikh stran. PtA [Rolling zdll production] Prokatnoe
i trubnos proizvodstvo. Bel'skii. B.3. and others. Moskva, Gbs.
nambno-tekbn. lzd-vo lit-ry po chernoi I tovatuot metallurgil.
195B. 627 p. (HIM 1-1:7)
1, Moscow. TSentral'rq7 naimhno-issledovatellekly institut chernoy
metallurgil.
(Forging) (Rolling (Motalwork)) (Pipe, Steel)

HAMM. Yu.H., kand. takhn. nauk
~- - ' ~
Production of electrically welded gag pipes(from foreign
periodicals). Stall 18 no. 6:541-546 JO 158, (MIRA 11:7)
(pipet Steel-Weldiag)
Olactric welding)

SOV/133-58-6-20/33
AUTHOR: Matveyev, Yu-M..,.Candidat;e of Tpcbnical Sciences
TITLE: The...Prn~Uc_t*_io"'n' D'f Gas Pipes by Means of Electro-~,!eldir_C
(2~?014odstvo gazovykh trub elektrosvarkoy)
PERIODICAL: Stal', 1958, Nr 6, p1) 541 - 547 (USSR)
ABSTRACT: This is a survey of Western literatu-re on tie
There are 5 references, I of which is Gerran, 1 E_~I*&` --i'
3 French.
Card 1/1
1. Pipes--Production 2. Electric welding--Applications

SOV/133-58-6-21/311
AUTHOR: La.tveyev, Yu.1d., Candidate of Technical Sciences
TITILE: Conf erence on Probleris of the Yanuf acture of Tlin-V:a C
Pipes (Soveshchaniye po voprosam proizvodstva trub s
tonkimi stenkami)
PERIODICAL: Stall, 1958, Nr 6, p 54/ (USSR).
ABSTRACT: The conference took place in February, lc~58 'n
Dnepropetrovsk. It was called by Gosplan of the USSR,
Gosudarstvennyy Nauchno-tekhaichskiy komitet Soveta Vlinibtrov
SSS'R (State Scientific Technic.1 Committee of the Council of
1111inisters of the USSR) and Nauchno-tekhnichesk,6yeobshclestv:~
chernoy metallurgii (Scientific Tecl-nical Soci~-tly ~f t-'e iron
and Steel Industry) in order to discuss the problems of ti,e
manufacture of thin-walled pipes. The follo,!,,inL papers
read: "The Production of Electrically Welded and Welded Tli.,-
walled Tubes" by S.I. Borisov, Doctor of Technical Sciences,
"Production of Thin-walled Tubes on Large Autoratic L-Iills"
by I.A. Fomichev, Doctor of Technical Sciences, "ProC~.,ction
Thin-ralled Tubes of Small Dimensions on Automatic and
4 Cal
Continuous Mills" by A.A. Shevchenko, Doctor of Tec.,.n.
Sciences, "Production of Thin-walled Tubes on Pil,rrim ."11s"
Lwl i I
by O.A. Plyatskovskiy, Candidate of Technical Sciences,
Gard 1/3

F
,.GV/13~-58-6-21/3L
. j alled ipes
Conference on Problems of the Manufacture of T in P
"Production of Thin-walled Cast Iron Pipes" by A.I,!,. Gora,
Engineer; "Production of Thin-walled Tubes by Cold-roll-iri.- a.-id
Drawing" by P.I. Orro, Candidate of Technical Sciences,
"Design of New Mills for the Production of TLin-walled Tubc,i~"
by V.V. Nosal' , Candidate of Techideal Scieiices, "On Plani-in.
the Production of Tubes by Length", by A.Y&. Levin, En- i;_~e,- i
"Economic Advantages of Production of Welded and Se3i, les,; T, i--I-
walled Tubes" by L.I. Spivakovskiy, EnSineer. The coni'croijce
pointed out that in spite of some progress in this
requirements of the natiDnal economy are not satisfied. ThIle
lagging is mainly caused by insufficient study of ti-c tecllnolo6g
of production and application of thin-walled tubes, irrational
production plannine; and preraium scheme, slow desi&ninj~ of neT
mills and a low quality of tube-making tools. The conference
decided to increasein 1958, the volume of research work on
the production and application of thin-walled pipes, to develr~p
a new system of planning production which will take 'I-nto
consideration the actual technical difficulties in manufacturiiG
and thus stimulate the production of thin-walled tubes. S:~L.e
uard 2/3

SOV/133-58-6-21/33
Conference on Problems of the Manufacture of Thin-walled Ilipes
recommendations regarding improvements in the production of
tubes we-re given (not specified) and dimensions of sean-less
tubes established. Some other recommendations expressed in
general terms are quoted.
1. Pipes--Production
Card 3/3

B31RLIN, R.I., referent; HATUM, TuM.
Vena%unla (from Ole Petallurr na
Now pipe rolling mill in ia Italia ,
no.6, 1956; 51ron aut Steel Nnglueer." no.2, 1958, no.5, 19591.
Stall 20 no.9:835-837 S 160. (MMA 13:9)
(VemezueLa-Pipe mills)

S/133J60/000/012/010/015
A054/AO27
AUTHORSi Ji ~ve _Can4idate of Technical Sciences, and Freynkman,
Z.Ye., Engineer
TITLEs Extrusion of Steel Tubing
PERIODICAL: Stall, 1960, No. 12, pp.L122-1,126
TEXT: .0-on!"recent years the method of' producing tubes by extrusion has
become more widely used abroad. Extruding tubes from stainless heat resistant
and other steels is known to have several advantages% tubes can be extruded
from steels with a low plasticity, the tube surfaces (both internal and ex-
ternal) are not damaged, various profiles can be manufactured, the process can
be adjusted to producing tubes of various diameter, etc. By reference to
studies of several American, German, French, Swedish and Italian vertical
presses and horizontal hydraulic presses, in the GIPROIE-Z plans for tube extrud-
ing shops have been made and the technology of this procluction method estab-
lished. These shops consist of two production lines, the first with a 1p600-
ton horizontal hydraulic press, the other with a 3,150-ton press of similar
type for producing tubes and tubular elements from stainless heat resistant
high alloy steels and alloys of various types for the engineering, chemical and
Card 116

Extrusion of Steel Tubing S/I33J60/000/012/010/015
A054/AO27
other industries. These shops extrude tubing and tubular profiles 38-150 mm
in diameter, 4-9 m long, with a wallthickness of 2.5-6 mm. The annual output
is planned for 33,000 tons. The tube blanks with internal diameters under
50 mm are manufactured 'by boring or broaching from rolled rods, 2-7 m long,
100-270 mm in diameter, cut into 400-700 mm long pieces. The billets are either
fed into the horizontal boring machines for boring holes or immediately on the
shelves of Vne induction furnace (Fig. 1). Depending on the metal the billets
are made of, they are induction heated to 1,050-19250OC9 then pushed out of the
furnace onto a conveyor taking them to the broaching presses. Before arriving
in the container of the broaching press, the billet is coated by glass and
after broaching it is formed into a tube blank (Fig. 2) and transported to a
bath of molten barium chloride. In the bath the tube blanks are reheated to
the extrusion temperature (1,050-1,2500C) depending on the type of steel. By
this treatment the surface of the tube blarit is cleaned from the scale formed
during the first heat treatment, broaching and transport. In the following
stages scale forming on the tube surface is prevented by the barium chloride
coating. After removal from the bath the tabe blank is put on a track which is
coated with glass powder or fiber. By rollIng along this slope the hot tube
blank is also coated with glass. Glass powler is scattered inside the tube
Card 2/6

Extrusion of Steel Tubing S/133/60/000/012/010/015
A054/AO27
blank which coates the internal surface- during rolling. If no glass powder is
put in the tube, the internal surface is coated by a textile-glass hose pulled
over the mandrel to be pushed into the tube blank. Between the mandrel and the
die of the extruder -a gap is formed, through which the tube blank is pushed.
The operation of the extruder is represented in Figs. 3 and 4. Tube blanks
bored on a horizontal boring machine are indUCtioh heated to 650-8500C and
immet'.1ately put into the salt bath for heating to the extrusion temperature.
After extrusion the tube is cut off from the butt remaining in the container;
it is cut by a saw to a length of 4-9 m. Af-~er the saw there is the hardening
bath for the heat treatment of sustenite steel tubes, the chamber for delayed
cooling of martensite steel tubes or cooling equipment for tubes made of other
high-alloy and carbon steels, (perlite-ferrite types) and alloys which have to
be self-cooled. After edge-cutting the stairdess steel tubes are put in the
pickling bath. Tubes made of steel for which heat treatment is required after
cooling are carried to the respective shops for tempering, normalization or
hardening, as required. After heat-treatmen-; the tubes are straightened and
then put in the pickling bath. By extrusion it is possible to manufacture
carbon steel tubes with intricate continuous sections which cannot be produced
by rolling. There are 4 figures and 2 tables.
Card 3/6

-Extrusion of Steel Tubing S11331601000101210101015
A054/AO27
Fig. I Layout of the tube extruding equipment
a-induction furnace; b-conveyor; c-verti.cal broaching press; d-salt
bath; e-truck with the device for coating the tube blank with glass;
f-horizontal tube extruding press; g-output end of the press; h-tube
cutting saw; i-hardening bath; k-cooliTV.-
table.
Card 4/6

Extrusion of Steel Tubing
Fig.3: Forming the tube in the
horizontal hydraulic profile-
tube press
a-position before extrusion;
b-extrusion;
c-end of the 'extrusion
process;
d-removal of extrusion
Nvaste;
e-pushing out the extrusion
waste
Card 5/6
S1133160100010121010/015
AO~VA027
N
LI
aO~

Extrusion of Steel Tubing
Fig 4: View of the main elements of
the horizontal hydraulic press
a-pontainer;
b-billet;
c-extrusion disc;
d-punching device;
e-die holder;
f-die;
g-rotating handle;
h-extrusion waste;
i-the finished profile;,-..,
~-sirringing saw
4-
tv "Z~
Card 6/6
3/135/60/000/012/010/015
-A-054/AO27

t--A, P, -1-'\j ~ '~ ~_ ,"
25 UP2) PHASE I 1KW EXPLOITATION SOV/4549
Polukhin, Petr Ivanovich, fimm Maksimcly1ch Fedosov, Andrey Andreyevicb Korolev, and
Yurty Mikhaylovich PAtvayev
Prokatnoye proizvodetvo (Minufacture of Rcaled Products) Macow, Metallurgizdat,
1960. 966 p. Errata slip inserted. 10,500 copies printed.
Ed.: N.P. Gromov; Ed. of Publishing House: V.M. Gorobluchenko; Tech. Ed.: L.V.
Dobuzhinskaya.
PUNPOSE: This textbook is intended for students of schools of higher education
for use in the course "Pressworking of Mletals.0 It will also be helpful to
technical personnel in the metallurgical and maebi e-building. industries.
COVERAGE: The book deals with procesbing techniques, roll pass design, and equip-
ment of raills used in the production of various rolled products. The authors give
methods for designing basic parameters of rolling processes and rolling equipment.
Mis following personalities we mentioned: G.K. TAm , Deputy Chief Rngineer of the
Mar.mitogorskiy metit1lurgicheskiy kowbinat imeyki Z.V. Stalins, (PasmitogorBk Yletal-
lurgical Combine limeni Z.V. Stalin); N.P. Gromov, Docent, Candidate of 21achalcal
Sciences (vbo reviewed the manuscript); Ya. L. Vatkin; and the members of the
CZAI__~

VAnufactura of Holled Products
SOV/4549
Department of Rolling of the Moskankly Institut stall InenI I. V. Stal Ina
(Mscow Institute of Steel ineni I.V. Stalin). Also cited are textbooks on
rolling used by students in schools of Mgbor tec1mical education. There ant
161 references, aU Soviet.
TAM OF COYZM:
Foreword 7
Introduction 9
PART I. GEMMAL PRONIM OF ROLLING 15
Section 1. General Outline of FOlling, Types of Rolled Stock
and Classification of Rolling )dlls 17
Ch. I. Basic Principles of the Process of Rolling
17
Ch. 31. Types of Rolled Stock and Steelis Usegl for Rolling 27
Ch. ITI. Purpose and Classification of Rolling Nills 35
Ch. IV. Preparation and Beating of Initial Materials 47
1. Preparation fror .-olling 47
carkA/a;P--,

MATVEM, YUOH.� KAR]MV.9 v0pe
Basic trends in the expansion of the Stmiet pipe Indu try,
Meta-uurg 6 no.U.-25-207 N 16.1. (Km i4:n)
,lp Gosudarstvann" goyumW institut p0 p"yaktirovaniyu
S*kILUvr9icheWdlcb zavodov.
(pipe mine)

YU M.
HAVEYLY e 9 kand.tekhn.nauk; WADA, Ys,976., kand.tekhn.nauk
Production,in England of thin-walled seamless tubes. Stall 21 no.5:
429-438 MV 161. (MIRk 14:5)
(Great Britain-Pipe mills)

S/137/62/000/001/086/237
A052/A101
AUTHORSt Matveyev, Yu.M., Krichevskiy, Ye.M.
TITLE: Some theoretical problems of strip molding in molding stands of
tube-welding mills
FERIODICALs Referativnyy zhurnal. Metallurgiya, no. 1, 1962, 32, abstract
1D21l (V sb._"Stal'", Mo8ccw, Vkttallurgizdat, 1961, 355 - 364)
TEXT: The state of stress in the deformation seat is considered at bend-
ing the strip on roll-bending mills and in dies, and the causes of cold hardening
and of formation or absence of crimps on the strip edge are-explained. Four types
of calibrations areused on the tube molding ntillst segmnt, flat strip with
bent edges, same none-flat strip and angle. The calibrations used can be classi-
fied into 3 main groups: open gauges for flat strip, open gauges for non-flat
strip and closed ones with a split washer. In view of the high stability of the
bent strip against buckting, the maximum deformation mustpe applied in the 2nd
group gauges; in the lot and 3rd group gauges, especially when coiling the
strip; the-bending must be decreased to avoid the crimp formation. By the pub-
lished methods of calculation the number of stands is usually more than necessary
Card 1/2

S/1_37/62/000/001/086/2~37
Some theoretical problems ... A052/AIOI
in practice and on the contrary less when molding thin-wall profiles. Curves
for determining the optimum coiling radius, depending on the re-lative length of
the deformation seat and with the allowance for'the strip thickness,'are given
for the oasB of-segment molding; the curves differ considerably from those
published previously. There are 5 references,
Ye. Bukhman
[Abstracter's notes Complete ty-anslation'
Gard,2/2

AM, V.L.; ALIDITBV,% K.N.; ANANYAN, V.V.; BMIN, R. I. [deceased];
ISTOMIN, A~V.; KAGAN, I.A.; KRONGIIUZ, N.D.; KULAZOV, A.M.;
MMOV, V.P.; NISMAYW, A.M.; OSIFOV, A.P.
[deceased]; POZIN, M.S.; PAYNSHTEYN, V.M.; SHAPIRO, B.S.:
SMWIOHANKO, N.Ae; SHCHIRIN, V.N,; ALISHNVSKrY, L.Te., kand;
tothn,nauk, red,; VLADIMIROV, Ta.V., red,lzd-va; MIEHxnwA.
V.V,, tokhn,red.
[Rolling and pipe mills] Prokatnoe i tmbnoe proizvodstvo.
Pod red. L.E.Al'shevskogo i A.V.Ietomina. Moskva, Goo.nauohno-
tekhn.Izd-ro lit-ry po ahernoi i t9VetnOI MOtallurgit, 1962.
246 p. (MIRA 15:2)
1. Moscow. TSentral'ny7 Institut Informatsit chernoy metallurgii.
(Rolling mills) (Pipe Mille)

v e
PHASE I BDON EXPLOITATION SOV/6044
Rokotyan, To. S., Doctor of Technical Sciences, Rd.
Frokatnoye proizvodstvo; spravochulk (Rolling Industry; Handbook)
v. 2. Mosqow, Notallurgizdat, 1.962. 685 p. 1B5W copies
printed.
TaqWcal
Candidate of Technical SoienceisOjl. V. Barbarich) Candidate
of Technical .11clenceaj B. P. Bakht-Mv--C-Md-
an ate of Technical
Sciences (dece-asedIj B. A. Bryakhanenkop CandgLdate of Economic
Scienceel H. V. VasillchIlrov, Candidate of Technical Sciencesi
L. 1. Vltk-Inp Doctor of TachnIcal Saienceal S. P. Granovskiya
Candidate of Technical Sclenassj P. 1. Grudevp Candidate or
Technical Sol-enceal 1. V. GunIns IngIneerl No Ta. DzuSatov,
Candidate of 'technical Scienceej V. 0. Drozd, Candidate of
Technicia Sciences; X. P. Yermolayev, RU-Ineerj 0. Me latonelveong
Candidate or Technical Sciencelal X. V. Xov;mev, Rnginewri
X. Yee JOugayonko, Ragineor; N. V. Litavchen1w, Candidate of
Te6hnical or Technical
Card 1,44
Authorst P. A. Jaeksandrov, Dootar of Technical Scienceal
V. P. Anielforov, Candidate of
Sciences; V. 1. Bayrakov,

golling Industry; Handbook SOV/6044
Sciences; V. I. KeleDhko, Candidate of Technical Solenceal
N. V. 1-1ekhov, Ingineer; A. K. Ninburgp Candidate of Tech-
nical Scienceej V. D. Nosovp Engineer; B. 1. Panchanko,
Engineer; 0. A. Plyatokovskiy, Candidate of Technical
Sciences; 1. S. Pobedins Candidate) or Technical Selenceal
X. A. Ptiymk, Professor, Doctor of technical Sciences
(deceasedj; A. A. Protasov, Engineer; N. H. Saflyan,
Candidate of Technical Soleness) N. 14. Fedosov, Professor)
S. N. Fillpov, Engineer fdoceased]l I* N. Filippov, Can-
-didate of Technical Sciences; 1. A. Pomichev, Doctor of
Technical Sciences; K. Yu. Shifrin, Candidate of Technical
Sciences; E. R. Ahor, Candidate of Technical Sciences;
X. 14. Shternav, Candidate of Technical Sciences; U. V.
,Shuralev, Engineerj I. A. Yukhvets, Candidate of Technical
Sciences; Edo. of Publishing Mouse* V. R. Goroblnchenkop
R. U. Oolubohiks and V. A. Rymov; Tech. Ed.s L. V. Dobuxhinekaya.
PURPOSE: This handbook I& intonded for enginearing personnel of
metallurgical and machine-building plaDta, scientific "search
Card 2/14

Rolling Inductryj Handbook
Institutes, and planning and design organizations. It may
also be used by students at schools of higher education.
COMAM Volume 2 of the handbook reviews problems connected
with the preparation of motal for rollinr,,tho quality and
quality control of rolled products, and designs of roll
passes In merchant mills. rMe following topics are dis-
cuscods procossoo of manufacturing vedifinishod and finished
rolled products (the rolling of blooms, billets, shapes, boama,
rails, strips, uiro, platos, sheets, and the drauing of steel
wire), hot-dippod tin Plater., lacquered plates, floor plates,
tubes made by different methods, and special types of rolled
products. Problems of the organization of rolling operations
are reviewed# and types of rolled products manufaotured In the
USM are shotm. No pVruonalities a" mentioned. There are
no references.
TAME OF CORMWS Abridged t) t
Card 3/14

Rolling Industry; Handbook SOV/6044
Helical rolling in a three-roll mill 447
Helical rolling in a mill wi.th rotating disk
guides 451
Ch. 52. Manufacture of Tube in Units With Filger Nills
(0. A. Plyatakovskiy) 452
Ch, 53, Manufacture of Welded Tubes Q(Yu. 14, Matveyev),") 477
1, General part 477
2. Furnace welding 477
Resistance welding 487
Submerged are welding 497
5, Gas-shielded arc welding 502
Ch. 54, Finishing Df Tubes (~!u. M. Hatv*7e'#)" 507
Part X. Manufacture of Special Types of Rolled
Products (S. N. Filipov) 519
1. Development of die rolling 519
Card 9/14

MkTVMV, Yu.M., kand.,teldm,nauk; KRICHEVSKIY, Ye.M., inzh.; RIMOV, V.A.,
fiFZK.-
Speed conditions on continuous electric pipe welding machines,
Stall 22 no.2:14&152 F 162. (MIRA 15:2)
1. Gosudarstvennyy coyuznyr institut po proyektirovaniyu
metallurgichaskikh 2avodov :1 MookovskLy trubnyy zavod.
(Electric welding-EquiFmant and supplies)
(PLPD-Welding)

S/133/62/000/011/002/005
A054/A127
AUTHOR: Matveyev, Yu. M., Candidate of Technical Sciences
TITLE: The Soviet tube industry during 45 years of-Soviet regime
FIMIODICAL: Stal', no. !1, 1962, 1021 - 1025
IMT: The article gives a brief survey of the quantitative development
of the Soviet tube industry between 1917 ard 1962. There are also comparative
data with regard to the tube industry of' the United States and some European
countries. The average annual growth of' Soviet tube production was 11% in the
. k
f955 - -.960 period, whereas the increase of world tube production was only 1.15%
eD an average for the same years. In the general Soviet dLavelopment scheme of
t4ps a certain iag can be observed as to the production of thin-walled water-
ar4.gas pipes. The production of welded tubes has been strongly promoted i6
recent years. A description and a figure is given of a tube welding mill, on
yihfoi the welding process takes place ,,ontinuously in a furnace (f-r tubes 20
60 ivn in diameter and 8 m long). This new equipment (wh1ch turns out tubes at
a 160 - 420 m/min rate) works as part of a continuous production line including
CLrd 1/3

S/133/62/000/011 11002,1CO5
The Soviet tube'industry during ... AC5)VA127
thE welding, reducing and calibrating unit!;. High-alloy and stainless steels
arE electrically welded by argon-are welding (on the 10-60, 10-76, 20-1C2 types).
ThE-se units feature a special ultrasonic device for degreasirku, the strip. Pro-
mif,ing results are expected from the electric welding of stainless tubes by
ra(iiofrequency currents. This mothad yielcis tubes with a higher corrosion re..
si!;tance and has an output 20 times hij,~-ier than that of argon arc woldir*,r. Tile
Zhdanovskiy metallurgicheskiy zavod im. Illicha (Zhdanov Metallurgical Plant
im. Illich) produces tubes with spiral welding (seams on both sides). ~~is
me-;hod is economical mainly for tubes with diameters less than 920 mm. Trans-
po--table-spiral tube welding machines are produced for making tubes on Lhe site
wh~are the pipe system will be-installed. It detailed description is given of a
,,u:)e mill for producing seamless, hot-rolled 29 - 102 mm diameter tubes with a
1.75 - 8.0 uari wall-thickness (at the Pervourallskiy novotrubnyy zavod [Pervou-
rallsk New Tube Plant]), the output end of which has been specially designed
by VNIIMETVIASh, ensuring the accurate centering of the rod and tube blank during
broaching. In the Nikopollskiy Yuzhnotrubyiyy zavod (Nikopollsk Southern T~ibe
Plant) two workshops have been equipped with mills that.produce tubes by hot
rclling from high-alloy steels and other metals. The new tube mills aLre highly
Card 2/3

S/ 133162,1000101 . 1/002/005
The Soviet tube industry during... A054/A:27
mechanized and automated. Tube drawing milla are being desigred for the simul-
taneou5 drawing of 2.3 or 5 tubes. The draw:1.ng rate on these up-to-date mills
'(with lengths up to 25 m) attains 100 - 110 tcVmin. Research is being carried
'out to improve the anticorrosive coating (viryl plastics, polyathylene) of tubes
~,nd to develoo substitutes for the expensive high-alloy and copper tubes. There
Is :. figure.
Card

SHEVAKIN, leffly Fedorovich; HAT)%IEV Yti.M
,_ red.; RYMV, V.A. , red.
lad-im; DDBUZHIESKAYk,, L. V. t te)U. rod.
[Groving and forces in the cold rolling of pipe]Kalibrovka I
usillia pri kholodnoi proketke trub. Moskva, Metallurgizdat,
1963. 267 P. (MIRA 16:3)
(Pipe mills)

SHUBIK ILA.., inzh*- FRIM S.A.2 lnlh,; RDZWELID,, N.B.9 Inzh.; MTM; u.ya,.,
.V .4 0
inzb6; HANEY -, doktor- tekhn.nauk
Pre&clmg tubes of economical section on pilger mills. Stall 2-3 rr,.4.
346-348 Ap 163. (1,11rLA 164)
Urallskiy wwchno-issledovatellskiy trubnyy institut i Chelyabinakiy
truboprokatnyy zavod.
(pipe MMS)

MATVEYEV., Yu.M.j, doktor tekhn.nauk
Review of A.F. Cdiekmaret and IA.L.Vatkin's book
rolling in round passes." Stall 23 no.7:641-642
l.Ur&3MITI.
(Rolling (Metalwork)) (Pipe mills)
(Chekmarev, A.P.) (Vatkin, IA.L.)
nPrinciples oj'L pipe
Jl 163.
(MIRA 16:9)

14ATVEYEV, Yuriy Mikdmylovich; AGRE, Valentin Llvovich; VATYMNI,
Yuriy Yakovlev-:Fcb,--M1CHEVSKIY, Yovgeniy Markovich; RYMOV,
V.A., red.
[Welded pipe; workers' handbook] 3,varnye truby; spravochnoe
rukovodstvo dlia rabochikh.-.1-Moskma, Izd-vo "Metallurgiia,"
1964. 188 P. - (MIRA 17:5)

I N C L
ED r Y-TILOSS, Al V
------- qg~
-000 00,0,
~j~ Vt, -
THS i
'0 R
gg-q,
TW:73- "Mw z- 4
ut
agg av
W9 q
go
F M Z, : -
Vtzi
B M
qp~
-W V -
w MORMINN
0
- _9 -
3~r
Mm
WA
MV
Ann
M-NAMMOMPA
---- zt
ti

MANEYEV,a-114M., doktor tekhn. nauk; LAVROV, P-P,j, kand. tekhn. nauk
Effect of supporting and pulling on the process of t-abe
rolling on long mandrels. Stall 24 no.1:58-.62 Ja 164.
(MIRA 17:2)
1. Gosudarstvennyy soy-uznyy institut po proyektirovaniyu
Metallurgicheskikh zavodov i Visesoyuznyy nauchno-issladovatell-
skiy I proyektno-konstruktorskLy institut metallurgicheskogo
mashinostroyeniya.

,-,, ^ TV, y C) , ,- . , .
I ,.. - .
- I
11 - ;.:~ j f, - !, . -.~, ; I ". " .; . ~! ~
:; - - , t ~- ", , ~-. i : - , I .
1 4r r ., f 1 t ~ 'I . :I L, !, it ~ Y~ * ~ ; 1 1 . ", , ~ 1, . I-, . , . . : -', 1~ :-, " - , -, i,. i : i

KHASIN., G.A.; DAVIDYUK, V.N.; FRANTSOV, V.P., inzh.; IKHITRIK, A.I., inzh.;
MATUAW, Yu.M.; VARNAVSKIY, I.; R!SYUKOV, N.; ZHURAVLEV, S.
~, I
New developments in research. Stall 24 no.10:880, 898 909,
91?, 930, 942, 946 0 164. WRA 171l2)

DANILOV, F.A... SFVEDCF6Nh;.), A.A.; MATVEU-V, Yu.M.; TSELIKOV, A.I.
Arteries of industry. Metallurg 1D no.9:38-39 S 165. (MEU 18:9)
1. Direktor Pervourallskogo novotrubnooo zavoda (for Danilov). 2, Direktor
Ni.kopollsko,go yuzhnotrubnogo zavoda (for Shvedchenko). 3. Direktor UrEL11-
5kogo nauchno-issiedovatellskogo trubnogo instituta (for Matveyav).
4. Vsesoyuznyy nauchno-issledovatellskiy i proyektno-konstruktorskiy
institut metallurgicheskogo mashimostroyanlya (for TSelikov).

YERMOLAYEV,, N.F., i.nzh.; GONCHARENKO, V.; MATVEYEV, Yu.M.; YEWL'YANOV,
A.V., kand. ekonon. nauk; SPIVAK, E.I., inzh.
Book reviews. Stall 25 no.7:640-&~2; 65q-663 Jl 165. (MIRA 18:7)
1. Chelyabinskiy politekhnicheski3r institut i UralNITI (for Goncharenko,
Matveyev). 2. Institut chernoy metallurgii v g. Dnepropetrovske (for
Yemellyanov). 3. TSentroenergometallurg I 'for Spivak).

UMMOV, V-; 10","HIIISM, M.B.; BLATIST, A.I.; IOSSELI, G.;
KGROLEV) M.; V.1- ARONOV, I.; SV`FTLAKGV, V.; ZAYONCHIK,
L.Z.; RASPOPM, I.V.; SERDYUKOV, G.V.; GRISHKOV, A.I.; W.MEV, II.F.;
DELLO, A.A.; SfTW41IAYA, V.A., inzt..; SPIRYAGIN, L.P., inzh.; GRISMN,
A.I.; Y-A-RDONOV, B.k.; BURDIN, V.H., kand. tekhn. nauk; MOLGACHEV,
D.A., inzh.; NIUZALEVSKI'Y, O.G.; EI%IKIN, A.A.; KEYS, I%V.; KORISSAROV,
A. I.
New developments in research. StIL11 25 no.8:842-845 S 165.
(MIRA 18:9)

)9T_Y9U,_1u.H.,,doktor tekhn. nauk; VYJ*)RlN, V.N., doktor tekhn. nauk,,
FINKELISHTEYN, U.S., kand. ttekhn. nauk; KAUFW , M.M., kand,
tekhn. nauk; GLEYBUG, A.Z., rand. tekhn. nauk; NOVIKOV, A.G,,
inzh.; SITNIKOV, L.L., inzh.; NODEV, E.O., lnzh.; STOLETNIY,
M.F.,inzh.; STERN, V.A., inzh.; FRIDMkH, D.S., inzh.
Operating conditions and wear of mandrels on the continuous
billet mill of a 30-102 pipe -rolling unit. Stall 25 no.10,
930-934 0 165. (MIRA 18.1-1)

:_284,90_66 SNP(k)Li~WT( n)/T/1-'.WP(v)/EWP(t)/ETI M/W
ACC NRs AP6010135 SOURCE CODE: UR/0133/66/000/003/0245/0248-
AUTHOR: Hot V, Yu* M. (Doctor of technical sciences); Grinberg, 2. A. (Engiveer)i
Tolptikov, R. M. (Enjini-er); Gazmno S6 M. (Engineer)
ORCI. none
TITLE: Radio-frequeney welding og plano-ova). radiant-heating tubes
4OURCE: Stall, no. 3, 1966, 249-248
TOPIC TAGS: generator. metal tube, induction welding, power
welding equipment, welding technology / LZ-107 -generator
C~
4#�WCT: 9wing to a technological breekthr ligh at the Fervourallsk Tube Plant in-
duckio'n''welding of tubes of diameter smaller ithan 16 am is now possible on an in-
duBtrial scale. The techniques of this welding are described here for the production
of radiant-heating tubes from circular skelp cif 13.2 mm diameter, with wall thickness
of 1 mm. A specially developed ferrite-core ring holder (Fig. 1) assuring a quick
replacement of ferrite-core sets to employed: it in very simple to construct and It
assures an adequate cooling of the ferrite cores during the welding. (The ferrite-
core rings are used to increase current concentration at the skelp edges.) The Inter-
nal surface of the ferrite core rings is cooled with water entering via a 3-MM diame-
ter capillary tubule and the external surface, with the water filling the tube. The
C,,d 1/4

ACC NR, AP6010135
Fig. 1. Ferrite core holder
u0 -4 ~~M
welding is performed at frequencies of 440 and .1000 cps (103 sec-1), on using a 100-k%
LZ-107 generator. In addition a special welding.-machine table has been developed
(Fig. 2) to assure fixing the position of the inductor with respect to the axis of
welding rolls. The LZ-107 100-kw induction welding generator assures stable welding
rates of 45-55 m/min (72-92 em/sec) and has a sufficient power reserve for increasing
these rates to 60-65 m/min (100-108 cm/sec). The induction-welded plano-oval tubes
thus obtained (Fig. 3) are greatly superior in quality to their resistance-welded
counterparts and are highly prired by clients. Orig. art. has: 3 figures, 3 formulas.

ACC NRs AP6010135

co

JA
v4
cc

p

-
t

4)
ILI

tic 10
r.
0CD

9x

au
-4
Card 3A

ACC NR'AP6010135
131
G
Fig. 3. Roll pass profiles (roll stands I-III) for plano-oval
tubes measuring 17.5x5xl tmi
SUB CODE: 11, 13/ SUEM DATE! none/ ORIG REP: 002
4/4 C

CHEKMAREV, A.P., akademikj nauchn. red. ; BORISOV, S. 1. , doktor
tekbn,, nauk, nauchn, red.; MATMEII, U.N., doktor
tekbn. naukq naucbn, redo - ------ --l-11-7--, ,
[Technical progress of the pip3 industry] Tekhtdcbeskii
progress T ta-abnom proizvodstvs. Moskrap Metallur is.,
1965. 263 P. (MIRA 18:7f
1. Akademiya nauk Ukr.SM (for Cbelmarev).

I ktor teklin. nauk; RUZHINSKIY, M.B., inzl~.-,
FLAT'IFY--7 --1 ao I
.-e., inzh.; UTUFTSOV, Y-II.Ye., in?h.
M.qstering the production of pipe by inductior, a-
Novosdbirsk metallurgical plant. Stall 25 no.3-.24~--~51 Mr '~5.
(VIPA 1,3-~,

7"6 Mw ii -~"Ijpf

'Nlh
AP601* (Koki 0m
Arvm/64/0755/0759

t

E'~

77777777777~:
-jkiri not
tbo
im*
.... .. lc
-me" an
lit
Lil vie di"etioulo urm nmbm,
tow
id
ow 0
t
to!'In"
_Lisp
Vv-
t d by
to 0
r s~
0*168, 1961)
VM

VRDM, B.I., dots,, kana. tekhn, nank-, WWM---x Th I h,
Imestigating Phase eqaIllbrium in the tungsten - niobium system.
Sbor. Inot. stall no.38:420-42,6 15B, (XIU 11:8)
1, Kafe&ra metallografli Hookovskego Institute, stall im, Stalina.
(Phase rale and eqailibrium)
(Tangsten-nioblum alloys-Wtallography)

Problems in the theory- ot-cry-stal growth In metal systems. Probl.
metalloved. i-,f:Lz. met.-no.8:269-4W, 1164. (WRA 18:7)

Ri 5
AT300192
03012 Z/0'001000/02-79/028-1
v 'V T Dukhtns 'A.
"Matv"!iyi Yu Ye.
0
~.-AUTHORS: Bokii
the. m 'chinfsm'of th 7
1TITLE: on e growth
a 'r kh d
]p
-,,SOURCE: ristallizatsiy. Izd'vo AN. BSS
i faz6vyye'pp P. o Y.,
1962, 279-28
4.
---:1TOPIC TAGS: crystal, crystallization, cryn'tall h in
ograp,y, a gle-component, binary,
Sr
phase discontinuity, boundary~ H& Cd, K, q Z
%.:;1% gra-wth, phase diagraM,
~'-~~equil'ibriurrij kinetic, solidus, liquidus
ABSTRACT: The er discusses an expression for thilrate of the displacement
pap
of ' I nar phase -~dis continuity boundary during the. crystallUation (CR) of a single-,
apa
l
a4w gene rally, adopted by niim_~eroif aui~ors--(&V example., O.Z.!_'_!'.
clon~*inent substai a
."jantsch, Kristallographie, -v.108,' 1956., 18t),- an expressiofi-which has an 6xtremel)r,
:,:general character and may be employed in the description oif CR from a vapor, a
-solution, or a fusio5ril also in the theory of phase,transformations i onlids, and I
even in-the theory of spiral growth. L It is noted that as yet th4 are no depend-~
!able experimental-4ata on the measure-ment of the supercooling on the surface of
growing crystals. Among all the tests surveyed the author decries -the absence of
Card 1/ 3

L 19391-63
ACCESSION NR: AT30019ZS
.;even a single idenivication of a opecific dqgree of supercooling- however, some
-boun, _�"~bQ'~nd klidere
:upper d estimkfes of its value for growing crystals of
;Obtained in referen"cod test reports. Litera'~uri on the calculation 'of the density of'
_..:~growth points, an e's"sential parameter in the' understanding of the growth of metal-;
Ilic crystals, both a
'fq?r spiral growth (for isol ted spirals) and for growth- on two-
idimensional nuclei,is cited. IL Whereas the initial equation given determines the
;.rate of growth*of a single -component liquid substance fora given degree of superi.
e
cooling, a separaW~iscussion is made of'the analogous problem on the magnitude
-..of the rate of displa" eiment of the phase-dis continuity boundary in a binary system
c
iunder a specified de'vi-ation of thei state of the systemfrom an equilibrium state.
The expressions qbtained give rise to nonequilibrium phase diagrams in a
tempe rature-vs.-6o*m-position coordinate system. A plurality of ouch diagrams de-
termine s the kinetic a of the CR of the alloy under different conditions. It is shown'
'that the *system of.equations obtained is in effect analogous to the first kinetic
equation obtained for the single -component iubstance, except that in the binary
system the rate of'g-rowth of a given' phase is determined by two kinetic coefficients.
'In measurements m de of the temperature (T) along the CR front in the systems
IP
rs obser~rcd a displace ant of the T,at,the beginning
Sti _~2nd irk b e autho rn
C, 0 e 0
f the alloys (counuid"frorn the liquid~s)_Ahat Is proportional'
t: 1: d M
c
tot the' rate of. g t and the, oncentratibri"6f dm second.'compoften au W ch
6rd ~2/3.:_

W=U#p MEMO
t

L' 19301-63-
iACCESSION XR: AT-30VI925

bunts.to-ajew egrees. 3~-S mm/ 4o In coilclusion it is'
n growth A a -5 C*'
M
notedthatIA mon iffusional CR of a46ye th46:(11R_ of, thei liquad. iroceibds always~ with
-a change in coz~il~6iitibzl, even whiin- the staie ot the eryut&1Uz1hS~-&1L6y Is deter-
i-ed bya representative point that-lie Velp the
2 tw Molidus,of the equilibrium.
,
ri a"
p4~ate- diagram., -0r4. aiu!:has 11*0 6~ 40_MdOiN
SOMATA
-60,
6A~A3

SUB-COM
CH
'4,
ij
;i4
2,

Card 3/3

I f L-:A

il. W, 1.17., MATYSMAl AA,-. ZVORYKINA, K.V.
I Oak
Differenceb in the dervelopmeint oe vftvtation in stands of early and late form of oak.
DokI. AN SSSR 83 no. 1, 1952
2
Sol Liat of Russian Accessionap Library of Congreno, Awgust 19% uncl.

USSR/Forestry -.Tree Biology and Typolo(!y. K.
Abs. Jour Ref,-Zhur - Bio14, No-21, 1958, q$814
Author MatvOyevn, A.A.
List Forest Institute AS - USSR
Title Grass 'Cover of Uniform Cutavers and Its Influence on
Reacowal of Tree Species and Oak Plaxitings in the Boriso-
glebskiy Forest Block.
Ori.5, Pab : Tr. Li-ta lesa Xi SSSR, 1957~ 33, 146-165-
: Observatimis conA-ucted oi:, the development of the grass
cover on alearinCa~ 50 mia. 100 Li in wid-va showed that a
more.intensive development of sprouts and shoots of tree
and shrub species occurs on Inarrow clearings, and the fo-
rest C;rasses are pre-served. Grasses adapt vell to oak
plantinas. When young oaks are not m-re than 1-2 years
old, ' t1he Grasses shai:ad be weeded out a distaace of 3o-40

UIN-EIVAs A. A.
HAVEMA, A. A. -- "The Lower Coal Depoatta of the Faleogeological
Period in the Minusinsk Hollows." Acad Sci U35R, Faleontolo&4cal Inst,
,4oscow, 1956. (Dissertation for the Degree of Gandidate of Biological
3ciences)
SO: M?.hnayL-j&touLS' No 44, October 1956

,Mk?UYBVA. A.A.
--
"
P&IMOnIfcId&9 Of the I)Ystriaidd series in the Himalusk Bagin.
Blul.RDIP-Otd.geol. 32 no.1:127-128 ja-F 057. (MLRA 10:5)
(Mizusinak Basin-Fisheq, Fossil)

X&TV373YA, A -A.-.
Phla~evxlscldae from the Isyk-Ghtill horlsom of Minusinsk lowland.
Vop. Ikht. ne.11:154-161 158. (NIRA 12:1)
1.Phleentelogicheekly Institut L19 SSSR.
(Minusinsk lowland-Fishes, Fossil)

GOVOROVP I.N.; STUNZHAS, A.A.; MATUYLVA, A.A.; BLhGODAREVA, N.S.;
MhRTINA, R.I.; TOLOK,
Forms of the transportation of beryllium in alkali mineral-
forming solutions. Soob. DVFAN SSSR no.19:39-45 163.
(MIRA 17:9)
1. Dallnevostochnyy geologicheskiy institut dal*nevostochnogo
filiala Sibirskogo otdeleniya AN SSSR.
jo
1w

BUROV, V.SN IMTOMAI-AtA. [Vktvieieva, AJQ; KOXHALEVICH, R.I.
NDkhalewych, R.I.]
Block tectonics of the border of the external zone of the
Carpatbian piedmont fault between Ivano-Frankovek and KolozVyag
Dop. AN MSR no-3:365-369 164. (WRA 17:5)
1, Inatitut geologii gor7ucbikb i&opayMkh AN UkrSSR.
Predstavleno akademikom AN UkrSSR O.S. Vyalovym6

IMA-MEYETA-1 A. D.
USSR/PhyBics - Combination Scattering Chemistr~y - Organic Comp~,unds Ar:r 50
"Study of the Degree of Oxidation of Certair Alcohols and Fhenols by the Method of
Combination Scattering of Light," M. I. Batuyev, A. F. Meshcheryakov, A. D. Matveyeva,
Irst of Org Chem, Aced Sel USSR, 5 pp
"Zhur Eksper i Teoret Fiz" Vol XXV No 4
Shows by s ubject method that increase in degree o,.' oxidation of QH group JAn a sorles
of alcohols (pentometbyl ethanol., phenol, triclilorodime-thyl ethanol) 17 In complete
agreement with chemical data. Submitted 8 Jan 50.
PA 159T96

41011y) P-P In pit
hatorv ano#
Kbeow~ Nauk 1931, cf. C.A. 44, 2MIM, L%Ao,w of
r,kw vilawtioun Itegumit award, %ith thmi, (III gitop its thy
Ib1tv vl4.wm .4 aleV, olool dird I It, M, I...
llavs.* ki-vioulit -little eman-Vas. A.ool Ott, it,-,
thr 11.1141 trawd ftw so~idw Willi ILA.M. lit-likilh,
of Ifir Alo~,v. willitoxit rrxod low III- utoAt-sovIr III [fit- oil;
4., 10-IL.V,r A. .0 ra"firaL N ..... th'. 'tal.. - R.41-1.
.ja~ it., ..Itlw "t- it i, tor."Itly ."o thil III,. t.60-s., ...
I wro watUrsole 94 The 1111 111alp 14 flilf alrom. strit-lily live* In
g4mwos fivalt Ito 6twity lot tom"Vilars, stmi triolUty flows. The
~wrvi,- mo",t costs Iw ettroilvil 11) *1110 ballifts and melr-
etAptalsit. It Mert"or" to orellectiolo, of data an spreirm
ood thetmomwivilarnic rumsis. of 010 mvkpis. site cited. TV*
O-11mvartrii.lie line low all Inimarr mks lk% M ZXM' em -'.
low M.".MVIAVY so". *1:2 orm.-I. Ark) f.w switiary a" at
JOIA Cos. -0 (o. Wt. K'wV14j%)ff

WrVEY461114, II.P.
SHOSTAK011SIM, M. F. BATUEV, M. 1. - TIUPAEV, P. V. - MA A- 12.
Oxonium
Ckonium theory and its optir-al substantiation on simple vinyl ethers.
DDkl. AN SSSR E~) no. 1. 1953
9. Monthly List of Russian Accessions, Llbrar~r of Congress, KV -1953. Unclassified.