SCIENTIFIC ABSTRACT PATON, B. YE. - PATRANINA, O. P.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001239430003-6
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: January 3, 2017
• Document Release Date: June 21, 2000
• Sequence Number: 3
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

PATON, Bori Yev e Iyevich, laureat Lenirskoy premii (Kiyev)
Make use o the achievements of welding techniques in railroad
transportation. Zhel.dor.transp. 44 no.4:8-13 Ap '62.
(MIRA 15:4)
1. Prezidenk AN USSR.
(Railroads--Equipment and supplies) (Welding)

MEDOVAR, Boris Izrailevich; LATASH, Yuriy Vadimovich; MAKSIMVICH,
Boleslav Ivanovich; STUPAK, Leonid Mikhaylovich; PATO!,
j -B be
akademik, laureat Leninskoy prem-li, red.; POONMOVA, G.L.,
red.izd-va; MIKHAYLOVA, V.V., tekhn. red.
(Electric slag remelting] Elektroshlakovyi pereplav. Pod
red. B.E.Patona. Moskva, Metallurgizdat, 1963. 169 p.
(MIRA 16:4)
1. Akademip nauk SSSR (for Paton).
(Zone melting)

ACCESSION NR: AT4016062 S/2698/63/000/000/0141/0146
AUTHOR: Paton, 0. Ye.; Medovar, 0. 1.; Latash, Yu. V.
TITLE: Electroslag casting and Its future use In the foundry Industry
SOURCE: Soveshchanlye po teorli litayny*kh protsessov. 8th, 1962. Makhanicheski-
ye svoystva Iltogo metalla (Mechanical properties Of cast metal). Trudy* sovesh
chaniya. Moscow, lzd-vo AN SSSR, 1963, beginning wi-th "ProtSe55 EShP ... 11 on page
145 through page 146
TOPIC TAr-';: casting. foundry technology, electroslag casting, electrode,
electrode melting. aluminum, aluminum allay
ABSTRACT: Following an extensive study of the techniques and uses of electro-
slag remelting (the remelting of used electrodes In cooled crystallizers), a
process which may be used for the manufacture of high-quality, alloy steel cast-
ings of simple shape, the authors point out that electroslag casting can be used
to produce sleeves. journals. liners and other parts characterized by high den-
sity, homogeneity of the macro- and microstructure, high purity, and stable me-
chanical properties. By employing used electrodes of varying length or by very-
Ing the number of electrodes melted, castings may be made of varying height or
Cord 1/2

ACCESSJON NR: AT016062
shape. The electroslag castings have about the same properties as well stressed
common metal. By malting electrodes made of different metals In one bunch, it
is possible to obtain alloy castings of the required composition. For example,
by melting an electrode consisting of Iron and aluminum bars, the Insti-tut
electrosvarkl (institute of Electric Welding) obtained castings of YulVand
u16 alloys. The aluminum In these castings was distributed moreevenly than In
Y
the usual ones. Orig. art. has: 6 figures and 5 tables.
ASSOCIATION; none
SUBMITTED: 00 DATE ACQ: 27Dec63- ENCL: 00
SUB CODE*. MM NO REF SOV: 000 OTHER: 000
Card 2/2

DONSKOY, A.V.; ZHERDEV, I.T.; ZMV, V.P.; MURATOV, S.M.; NOVIKOV, O.Ya.;
OKOROKOVP N.V.; FATON.,-I.Ye.; SISOYAN, G.A.; SVENCHANSKIY, A.D.
Stspan Ivanotich Tellnyil obituary. Elektricheatvo no.1:93
Ja 063. (MDU 16:2)
(Tellnyi, Stepan Ivanovich, 1890-1962)

MUM MUSOMWEM
CONFZRENCZ ON AUTOMATIC CONTROL OF WELDING PROCESSES (USSR)
AvtoxnatIcheakaya avarka, no, 4, Apr 1963, 95-96.
S 125/1 63 /000 /004 /011 011
-At a-conference held on 27-28 December 1962 under the auspices of the Electric
7Weldinz Institute Ukrainian Academy of Sciences, numerous paIpers were de-
livered -eporting on results'of research in the field of automatic control of weld-
ing processes. Academician- B. Ye. Paton reported on achievements in the re-
search and development of new automatic control systems for arc, electroslag,
resistance, and electron-beim welding, giving particular atterition to prograrn
and cybernetic systems. X P. Zaytsev's report dealt with contactless ferro-
transistbr control systems for resistance welders. Engineer P. L. Chuloshnikov
spoke on Instruments for measuring resistance -welding parameters, 'as well as
on control devIces and resistance welders for light alloys. Engineers A. P.
Obolon6kiy and A. B. Koval' presented papers on automatic -control systems
for electron-bearn welding, Engineer R. M. Shirokovskiy discussed automatic
guiding of the electrode along the joint in welding gas pipes [WBI
Card 1/1

_,PAT014 B.Ye.
Welding in tomorrow's world. Avtomo svar. 16 no.2.1-9 F 163*
(~ZFA I E;;4)
1. Institut elektroavarki imeni Ye.O.Patona AN UkrS6R.
(Welding)
6%

PATONP B.Yes --
Further development of automatic control systems and the control
of welding processes. Av-tom.svar* 16 no,5:1-6 VV 163 iMIRA 16:11)
1. Institut elektrosvarki imeni Ye.O. Patona A14 UkrSSR.

L-12136-61 EWP(k)AWP(q)/XWT(r~1/BDS AFM/A.SD 7-f-JI JD/FM
ACCESSION IR-.. AP30DO138 5/0125/6,3/0W/005/0M/003.0
AMM: Paton, 2. Te.,, Gayrish, V. S.; Grode1!Kx,_TU. S.
TMZ*. Xectronic (ixisrtialeBs) ficbemeo for aut-Matic contmi of xesistance-veld-
ing processes Iftort at the Conference on Autcmatic Velding Control, Kiev, 25
Dacember 19621
SOURM Aftmaticbeskays xvarka, no. 5, 1963, 7-3.0
TWM TAGS: electronic velding controller, reBIstance v!!_1d1rS
ABSTRACT; Bome vell-known vays for attainitg a bigber apeed of volding contra are
considered. A new voldirg controller designed on the principle of quenebing tbe,
igultrons permits prtctical.17 irertialtas conti-o1ling of the -delding process. The
qwncUng occurs at the- nt vban the velding current (or voltsge) 1.9 equal to
the set current (or -voltage) 1he controller is suitable for app3ications te.S.,
radio-tube Industry) vhere +~L% velding-curxeni. ftration is 0.02-0.01 see. Ube
contraler block -diagram is shrv-ym in Pig. 2 (sse Xntlosurs 1). With the controller
on and a supply voltage of 190 Y, the st2vengtb of test-valded specimns Vas 3-5 per
cent lower than that at t15 rated 220 Y. OtIsr tbinp being equal, vitb the con-
troller off., tb6-,strength xeducti*n vas 30-40 per cent. Orig. Art. bas- 1 Tcr=1a
ftd 4
Card 3jr/

PATON, Me., akademik
Current problema of the Ukrainian members. Vest. All SSSR 33
no.8t43-48 Ag 163. (AURA l(,-1)
1. Prezident AN UkrM.
(Academy of sciences of the Ukrainian S.S.R.)

PATON, Boris Ye.; MOVCHAN, 2. S.;
OlAdical Electron Beam Heaters for Melting of Metalov.
Report to be submitted for the First Intornational Conference on Electron and Ion Beam
Science and Technology, sponsored by the Electrothermics and Metallurgy Division Of The
Electrochemical Society and The Metallurgical Society / of The American Institute of
Mechanical 4ngineern (AIM3). 3-? kar 64, Toronto, Canada.

PATON, B. Ye.; MOMM, B. A.
"Electro Bleam Radial Healkz-.rs for the Fusing of 1etalg."
Report to he submitted for the International Conferen~-e on Electron
, 3-7 may 1,,64.
and Ion Beam Science and Tecrnologv --n Toronto, Canada
Kiev Institute of Electro Welding

L .43615-65
JA
ACCM-10K INE: N-41Pa!)-10
ATJTHOR:, Paton, B.Ye. (Academician); 1&bedey, V: X. (Doctor ot technical Acicaces)
TIT LE.- etohydro_d R11011 electrIc welding their applications
maw2 05L apamipj
SOURCE: AN UkrSSR. Institut elektroovarld. Novyys problemy svarochnoy tekhnild
(New problems in welding technology). Mev, Itd-vo Tokhniko, 1964, 32Z-336
TOPIC TAGS; electric welding, welding magnetic field, magnotohydrodynamics, electro-.
slag welding. are welding
ABSTRACT: During electric welding, the molten metal, liquid slag and high temperature
ionized gases are in an electromagnetic field which creates forces in the conductora.
These forces,- as well as others, affect metal splashing. Magnotohydrodynamic
phenomena are observed duo to the motion of charged particles' and the magnetic field
of the arc. A complicated eyatem of olectrodynamic forces destroys most of the fluid
connections and moves the liquid metal over the surface of the molted parts. The investi-
gation of magnetohydrodynamic phnnomena during welding opens now possibilitiez for
croatfmg higher welding opeeds# Improving weld quality and reducing thelconsumption
of dectriod energy. In some cam this to done by 11midug the elol;~~10 forces.
_cam- 114

L 43615-65
ACCEMUW MRs ATS0083LO
The volumetric forces may be created and adjusted Sn three waym first, by welding In a
magnetic field made by an ~aectromagnet; secondly, by selecting required. character-
Istics of the source of current, and finally, by periodic strengthening of dectrodynamic
as us* ors
fore ing a pulsed increase in the welding current. The present paper- conmid
pladng'the welding are in a magnetic field perpendicular to the are and magnetic,,'ield
intensity vector, A rotating conical are is used for welding annular Joints of small
diameter, simplifying the welding process. A running are was proposed in 1959 by
VNUES . The periodic heaUng of the metal to boiling by the are and the free access of
air into the relatively large grip between the pipes are favorable for the formation of
refractory oxides, which are removed with diffieulty-Irom the joint during shrinkage.
The methods of magnetic control allow one to solve the problem of arc shifting betweefi
two electrodes at equal distances, at a certain speed needed for welding the parts during
one pass. Welding may also be done by a DC arc controlled by an alternating magmetic
field. Such arcs allow one to adjust the heat density of the are Eow on the, surface of the
part over a wide ranng,). A welding bath placed in a transverse magnetic fidd
improvos formation df tho weld joint and Increases ,'he welding upood. A tr=vorsc
---magnetic field was-first used by_4. Gu "tKwith a frequency of 100 cps, the raftcActic
Card 2/4

L 4360-65
-ACCMION NR: AT5008310
now coinciding with the phase of the welding current, A magnetic field can apparently
0 ea '
be used for preventing flowing out of the liquid metal from the welding bath through the
gaps botween parts. It may be assumed that tho transverse magnetic field facilitates
gEsobo
Uo urnetric forces
of weld joints in different positions. The investigation of vol
[
during Lhro~~p~~-o-w&di-nimdffi-fw-d-a-r-as-in-"ommorr-bath-lo-o"peciaLinter-eatI - Good
joints are obtained when the voltage between the electrodes to 113 times the voltage h6vv e*=
tht, electrode and part. Moreover, the order of investigation of the potentials of Lbo
electrode and part must be such that terminal A of the phase indicator is connected
to the first -electrode, termhial B - to the part, and terminrl C - to the second electrode
Of the phaae Indicator disk rotating cotmter-cIockwisc. The are pressure againi3t the
melted metn_1 in the bath is a result of alectrodynamic forces. It may be assumed that
a transverse magnetic field lls effective with twin are welding. Almost the samo systern
Of foreas acts on the meW during olectroslag welding as during are wolding. Inton-nivio
Inizing-oi-the-mOtm metal Is advisable when using olectroslag welding. In the futuro,
=a_ ~ ft-atiff--constant-current components
W by
J"a L
-Irm- 9'
or-the-,
fine Thia Is done by a special- device -which loweral-itho, _zh1ftim1w;Wdd1zie im
Severil W. Orig. art, has: 10 figures and 2 formulas.
Cmd 3/4
Ell
NO, OR WV M

- 4 0
I I C,,d 4/ _ (~, ~
1
- A

PAquNt B.Ye. [Patori, B !F,, 1, akadarrik
All forces o," Ukr,dnian
AN !JIL,R n,-.4:428-435 164*
It'e. flit'll-e of nommuniqm!
(V ~' " - 5
.. Prezid---n!, AN

PATON, b.Ye,,_pLkademik
I. ..... .....
PreBent atatus and prospecto for expanding weldinp in the U.'S.,S.R.
(Trudy]UC no.11:7-20 164. (11,1RA 17:12)

L .1709345 WT (1)/EWP t'e) /EPA I's) -2/3-4irr W119PP(n)-219W (V)1EWA!(d)1,WP(v)1E1",C_h1
EWA (w Y;27r5M (J)/EM (t)/T/-"dP- (t j/i4~ (k)/LMWP (b)- Pe-h/Pe-5/Pf-44/Pt-10/pu-jj/Pab-io/
-Pae-2 DT4PNTq(P)__.i. W'.,dlv
'iCCESSION NR.* AP3000614 S/002911 0013/0013~
'AUTHOR-f Pittm B.- Yel~
_iTiTLE: Welding JA spa
SOURCE:'- -Tekhnika - molodezh:L, no.; 112 1964, 13
;TOPIC TAGS: welding-equipment,,siolder
-.-ABSTRAM. --Diseuseing developments in welding-the author state)'-that-it-io.moving
~from the-melting-of--metals to the-wide-t-use-of-ultrasonie-vibriitions, f riction
'forces, and explosive energy.
The first results In laboratoryiattemr,~s*at re-
_,fractory-metal welding have already been obtained' Doing lase,:s, 1r; will become
T _-pos~lble to weld at a great.distance, and even-through transpa17ent surfaces. Unde-,
'i~boratory conditions, it Is theortieally possible to weld all metals in. I
present
Narious combinations and to weld.metals to nonmetals.45fhe use~lu space of remote
welders Iwith elect .roInie c4utrols :which.can determine eorite~damasze in hundredths~
of a second, register pressure- drops, and instantly issue counands to the welder
Is predicted. Electran-beam welding, rLucLesr eldin fon-bean welding, and In-
caft
descent.plasma welding-are also mentioned.
'ASSOCIATION; -none
C,,d JtZ

ACCESSION NR: AP4009279 S/0125/64/000/001/01)01/0006
AUTHOR: -Paton, B. Ye.; Potap'yevokly, A. G.; Podola, N. V.
TITLE, Pulsation arc consumable -electrode welding with a programed control
SOURCE: Avtomaticheskaya avarka, no. 1. 1964. 1-6
TOPIC TAGS: dc arc welding. consumable electrode, program control welding,
pulsation welding. pulsation are welding
ABSTRACT: A new welding method is described in which short pulses are super -
imposed on a d-c are for the purpose of considerably increasing the arc power at
the moment of electrode-metal droplet formation. The pulse height, duration.
and repetition frequency are program-controlled as well as the ratio of the
principal d-c arc current to the pulse current. The physical phonomena in the
pulsation arc have been studied by oscillographic and high-speed motion-picture
techniques. The program control permits 'regulating wire melting, electrode-
CoM I /Z

ACCESSION NR: AP4009279
metal transfer, chemical composition, shape, and size of the weld in all welding
positions. The rate of electrode-wire melting may he increased by up to 30%.
Wires of 1. 6 and 2.0-rcirn diameter can be used instead of 1.0-1. 2-mm for
welding thin sheets. The advantages claimed al6o include: a higher range of
usable currents, higher productivity, and simpler techniques In doing vertical,
horizontal, and overhead welds. Orig. art. has: 4 figures and I table.
ASSOCIATION: Institut clektroovarki im. Ye. 0. Patona AN UkrSSR (Institute of
Electric Welding, AN UkrSSR)
SUBMITTED: IlJul63
DATE ACQ: 07reb64
ENCL: 00
SUB CODE: M
NO REF BOY: 000
OTHER: 000
Card 2/2

PATON, B.Ye. . akademi k; WTOVAR, B. I . ; K-'Fi)O, I V. ; PUZRIN, I . , ,
TVYkO. G.A.; LUTSYUK-Y-HUDIN, V.A.
Spontaneous removal of oxide films from metals. Dokl. AN
SSSR 159 no.1:72-73 N 164. (MIRA 17,,J2'
1. institut elektrosvarski im. Ye.O. Patona AN UkrSSR.

PATON; B.ye., axadtimik.. -)t.v. rt,j_ ASI,'IS., A,Ye., dc)kt,rr- tckhn.
nalik, red.; UZ I %';l;t0V, A, A_ kand. tekhl.. nauk, red..
KASATKIN, b.S., orkv-r tck.Ln. n&-ul,.. red,; RAY7-VSKIT,
G.V,, dcktor tekhn. nauk, red.; TRUFfAEDV, V.I., kand.
tekhn. nauk, red-: 3HEVEkJl`lTSKlY, V.V., kand. t~khn. nw.jc
red.fdeceasedk GILELAKH, V.I,, rel.
[Dosign of' ve!Liefl :3tn~kture.,i; r,,icris~ Prooktircv.,unp
svarnykh kom3truktiAll, joklady. Kl(.v, Naukuvu dtmiktip
19(,5. 426 P. (MIMA IP;0
1. Vseso-.v-uznaya koiife-,~ntsiya po proyektirovanlyu sva-i-
nykh konstr-uktsil.. Kiey, JQ~-3.

MEDOVAR, Boris lzrailevich; LATASH, Yuriy Vadimovich; PATOIJ,
B.Ye., akaderik, otv. red.; POGORETSKAYA, L.1; r-1-1-T
.0
FURER, P.Ya., red.
[Electric slag remelting] Elektroahlakovyi pereplav. Kiev,
Naukova dumka, 1965. 78 p. WIICA 18:4)

~539k-65 EPA(s)-~/EWT(W)/EPF(n)-2/E'4P(t)/EPA(bb)-2/r,-IiP(b) Pt-lo/Pu_4
IJP(c) J DIJG',
1419
~ACCESSXON NRt AP5004550 6/0030/65/000/001/0025/Gr
AUTHOR: Paton, B.' Ye. (Academician), -Movchan R. A. (Corresponding
member MA&r%7j---
TITLE i Electron boom in the modern vacuum retallurgy I/
AN SGSIA. Vestnik, no. 1, 1965, 25-29'
~'-TOPXP TAGS: electron beam melting, metal melting, electron beam furnace
ABSTIIACT: The Electric Welding institute, Acaden
W of Sciences VkrSSR "has developqd
an. Alectron-beam furnace with several electron guns arranged in-7-Y.-circle around,
the miqld so that some beam are focused on the melted billet and some on the our-
..-face d1f the metal in the mold to keep it in a molten state. The melting and re-
fining are divided into four stages: 1) degassing of the billet in solid state;
2) removal of oxygen, hydrogen, and nitrogen during the formation and the fall of
J the metal droplets into the mold; r-
3) furthe removal of impurities from the metal
in the mold under high vacuum; 4) additional removal of impurities by directionea
crystallization, achieved by pulling the ingot at a rate of 1 mm/min oi less.
Electron-beam melting of vacuum are-melted niobiuAeduced the gas content from
the initial 0.03% 02, 0-01% N2, and 0-001% _H2 to 0-001% 02, 0-004% N2, and
112

ox -3 gor yev,
Petukhov, 6 K. L ts, 1. A.4 Yartgey, M. A.; KeZs, N.
Chudin. -N.,--!., ul2n -L
Win, At; K ellnitski-Y. V. G.; rivalov. N. T.; Pialmonnov, V. S.z Kholodov,
yo&Mv, S. N.; Bastrakov, Donets, 1. D.; Silayev, A. Ya.
YR. A.; B N. F.;
TITLE: Method of electroslag c stin of ingots. class 18, wo. 168743
AMR-
SOURCE-. Byulleten' izobreteniy i toyarnykh zaakov,*no. 5, 1965, 34
TOP.IC TAGS: ingot casting, ingot ilectroslag casting, electroslag-melting, steel
melting, alloy melting, metal melting
ABSTRACT. This Author Certificate introduces a method of electroslag casting of
1. ingots in an open or protective atmosphere or in vacuum, in which slag is first
melted in a mold vith a nonconsumable or consumable electrode arc or plas-na jet.
To improve the metal quality and the ingot surface and to raise the yield, the
molten metal or, if needed, the slag is poured into the mold through a hollow cor.-
sumable or nonconsumable electrode (see Fig. 1 of the Enclosure-). Orig. art. ban:
1 figure.

Ev- -
14543-66 ZWT(m)/EPF(n)-2/ .4 (v)/T/E4P( Nr%k Irilp
ACC NRs AP6006309 SOURCE CODE: UR/0423/66/000/002/0013/0011
INVMOR; Paton. B. yop.. Pkdaxar- B, I., Puzrin. L. G.; Boyko,. G. A.; LutUuk-Khudin,
V. A.,,, Bon'20 IrMu P~,-, T-UvjPj#-v, D - ID Ye. P.
_Uapik,
ORG: none
TITLE:. Method of producing metal laminates. Class 7, No. 177824 [announced by the
.-Electric Welding Institute in. Ye. 0. Paton (Institut eleftroevarki))
SOURCE: Izobrateniya, promyshlennyye obraztsy, tovarnyya anaki, no. 2, 1966, 13
TOPIC TAGS: metal, clad metal, metal laminate, metal rolling
ABSTRACTAThis Author Certificate4introduces a method of producing metal laminates
by.2fick Allin with a low-meltinki'Vanishing Insert placed between the metals to be
bonded. To obtain a stpn,
q bond between dissimilar metals the rolling is done with
the Insert In the liquid state. 116 IND]
SUB CODE: ll/ SUBM DATE: 29May64/ ATD PRESS: q
claddirig I
CWd

744-,6
5__1W (m
IMMESSION NR: AP5013Z~3 t-,J'~I/JD/HM'.'UR/OiZ5/65/000/005/000'110007
6Z1.791(75+91) _13
AUTHOR:- Paton, B Ye., Shezko, P. P -2-9
TITLE: Controlling the transfer of metal in consumable -electrode arc -.-_-tIding
S URCE: Avtomaticheskaya svarka, no..5. 1965, 1-7
:1.0
TAGS: welding, arc welding, consumable electrode welding
*ABSTRACT: An approximate analysis of the forces acting upon the molten metal
at the electrode tip is pr-esented, -and the Possibility of controlling the process of
metal tra nsfer ia demonstrated. A'forl'nula (2) connecting'the surface tension of
ithe molten metal with its temperature is derived. An approximate equation is set
up for the temperature field at the electrode tip which permits determining the
surface-tension force. As the metal transfer by large drops is undesirable
(additions burn out, weld strength Is affected), a smaller-drop transfer is
suggested by superimposing current pulses-on the welding -arc-. The process can
Card - 112-

'L-63744_6.5~
CCESSION NR: APS013233
A be controlled by adjusting the frequency and height of the pulses.. An experimental'
-verification included AMg6 1.~'. -ram aluminum-electrode argon welding with a
current of 80-100 aGp- at 18 `20 v, with 50-cps superimposed current pulses. A
T14
icontrollable smali-drop transfer at a rate of 50 droplets per nec, with a droplet
Idiameter of 0.6-0.9 mm, was observed. Orig. art. has: 6 figures and
.~124forrau]49.
-n. Ye. 0. Pato
:;ASSOCIATION: Institut elektroavarki it na AN UkrSSR (Institute of
in elding, AN UkrSSRL
_~ctric W
10NOV64- ENCL: -00- SUB GODZ.' MM
]NO, REF SOV: 0 10 BOTHER: 000
LC-.-

L 5D19-66 EWT (m)/EVIP (t)/EWP(k)/E'i)P (b)/*EWA (C JD/M
C HUS AP5022041 SDURGE COM UR/0266/65/000/014/0113/0113~
C
A
Yd
AUT Dudko, D!14.'~ Nedovar, I. I
HORS: Paton,, B. Ye
-its --Knualnj , 'T
Map Ve las, Fe; Shekhter, So Ya.
0v, lee H.'; Ban~ov, S. V.
ORGI none
TITLE: A method for obtaining two-layer rolling. Class 49p No, 173115 ffast -Ltutj
of Electric Welding im._Ye. 0. Paton, AN UkrSSR (Institut elekbroavarki AN Ui~;=__)7~
ley
5DURGEt Byulleten' izobreteniy i tovarnykh znakovp no. 14t 19650 113
TOPIC TAGS: metal rolling, metal claddin metal industry
*-layer
TRACTs This Author Certificate presents a method for obtaining tw
rolling by lining a plate ingot with a solid plate. To produce proper adhesion I
between th
e layers., the plate ingot is lined with a plate of cladding metal to
Which-is welded a plate of metal anologous in composition to the one being lined.
SUB CODE: IE, MM/ WBM DATEt OhJul63/ ORIG REF1 ODD/ OTH REF: ODD:
z .3

PATONO B.Ye.; POKHODNYAO I.K.
Welding scienne and technolAogy in Japan. Avtorn. avar. 18
no,500-76 My 165. (VIM 18R6')

r 1
-'_Foci- ~R76413T6-67b-o-o-/o-o2/005T/005T
ACC NR, AP6006334 SOURCE
Lutoyuk-Khudin. V. A.,
AUTHOR: laton B Ye, udko D. A.; M~dovar B. 1.1
So-yenkoA.- ~_~ h, I.'I.; A-n-arianov, G. G.; Karpov, V. F.; Dovzhenko, H. F.;'_'~
Antonets, D, P.; Kuzema, I# Do
ORG: none
TITIE: Method of producing composite rolled stock. Class 21, No. 177985 [announced
--by Electric Welding Institute Im. Ye. 0. Paton (Institut Elektronvarki)].
SOURCE: Izobreteniya, promyshlenWe obraztay, tova~nyye znaki, no. 2, 1966, 57
TOPIC TAGS: welding., metal rolling, sandwich rolling
ABSTRACT: An Author Certificate has been issued for a method of producing composite
-rolled metal by us n a billet consisting of ingots or plates welded together by
electroal we ng, ave on stainless steel, lower the thickness of the clad
layer.. and simplify Iding procedure, it is suggested that the process be begun
with a heterogeneous plate made from prewelded and prerolled smaller billets having
been a carbon steel and clad layer, and then adding additional ingots or plates to
produce sandwich rolled stock. (LD)
SUB CODE: 13/1 SUBM DM: 11APr63 ORIG: none/ mH REF: none/
Card l/, uDc: 621-791.793:621.771.2-419-5

f~ I, f - .1
i - - , p -,~ ~ ;,
1, U I , ,, ., I ~ . , " ,, (I , , I
'7,-,
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PATON, B.Ye.) akadeinik; B.A.
Electron beam 'n iroderr. Yest. "-I; -----~'.-~ )4 r.~-':
25-29 Ja 165. (MIFLA IE:4- ,
I -
I. Chlen-korrpspmdent AN ~I'or Movohan).

...7uro-00 F7W(d)/EWT(M)/FW 01TIEWP(Ol
k-cc--NR,--Ap j S U CE CO E. UVIOM-047610*6661766",
6030265 D/fHMNM//MUM4 -
AUMOR: ~pston_. B. Ye.; ~~k~i V. I.; Dudko, D. A.; abarilo, 0. J.;
Pryanishnikov, 1. S-.-,o Topilin, V. V.; Klyuyev, M. M.
DRG: jPston; Lakomskiy; Dudko; Zabarilo) Electric Wel6ing Institute im. Ye. 0. Paton.
AN UkrSSR (Institut elektrosvaAd AN UkrSS10; (Oryapi hnikov,*_joplltn*, Klyuye-Vj El ktrostal'
Flla-n-C*Ta-~. 1. V. Tevosyan (Zavod "glektrostal"') -
TITLE: Plasma arc melting of metals and alloys 14r
SOURCE: Avtomaticheakays svarka, no. 8, 1966, 1-5.
TOPIC TAGS: plasma arc, metal melting,' plasma arc melting, plasma arc furnace
1%
ABSTRAM A plasma arc furnace (see Fig. 1) for melting metals and alloys has been
designed and built. The furnace is equipped with t PDM-3 glasma guti -6perating with
a power input of 5-50 kw at a working voltage o f~ 6=9 v and an opeif circuit
voltage of 120 v. Ingots are 50-100 mm in diameter and up to 600 mm long. Several
metals and alloys were melted in this furnace. It was found that the surface
quality of/the ingots was very high, there were no shrinkage holes, and the content
of gaseousluimpurities was reduced significantly. For instance, the oxygen content
in an NP-31 nickel (99.3% Ni+fb) drop3ed fwmL77-10-2%,to 3~4*1074% " ft density of the metal
increased irom 8.804 t678.8424 g/cm . The ingots were cold rolled from 75 mm to
0.10 mm with only one process annealing. In comparison with tae original alloy ' the
formability improved 2-3 times, the rupture strength 40-60%, and elongation and
Card 1/2 uDc: 621.791;669.187.6

ACC N& AP0021T64 SOURCE CODE: UR/0413/66/000/012/0020/0020
INVENTOR: Paton,-B. Ye.; Mandellberg, S. L.
10RG: None
;TITLE: Amethod for producing spiral tube. Class 7, No. 182663
:;SOURCE: Izobreteniya, promyshlennyye obraztsy, tovarnyye znaki, no. 12, 1966, 20
TOPIC TAGS: metal tube, seam welding
ABSTRACT, This Author's Certificate introduces a method for producing spiral tubes.
The process consists of forming tube blanks and welding the edges on both sides
The welding rate is increased and the quality of the welded joints is improved ~y
rough welding the edges in the zone of their initial alignment. The working seams are
lapped successively each half-turn of the spiral and the seam which was lapped first
is welded on the side opposite the rough seam while the vorking seam which remelts the
rough seam is lapped last.
SUB CODE: 13/ SUBM DATE: 13ju164
Card
UDC; 621-774.21;621-..791..75
4

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PATON. V. YE.
Paton. V. Yo. "he TS-17 welding tractoro, Trudy po nvtomnt. ovarke pod
flyusom (In-t *lektroavarki 1m. Patona), Collection 5, 1949. p. 20-30-
SO: U-5392, 19 August 53, (Letopig 'Zhurnal 'nykh Statey, No 21, 1949).

PATON, V. YE.
Paton, V. Ye. "A saturation coil In the welding circuit". Trudy po avtom t.
evarke pod flyusom (In-t slektroevarki im. Patona), Collection 5, 1949,
P. 53-71, - Bibliog: 5 items.
S01 U-4392, 19 August 53, (L*topia 'Zhurnal 'nykh Statey, NO 21, 1949).

PATON, V.YE.
USSR/Engineering - Welaingj, XquIpont Jul 'Ki
"Impulse Magnetic Driving Mechanism for Weldimg
Machines," V. Ye. Paton, Cand Tech Sci
"Avtomat Svarka" No 4 (19), pp 82-%
Discusses purpose, operational principle and ad-
vantages of new mechanism for trackless movement
of velding machine directly along vertichl or in-
clined edges to be velded. Mechanism consists of
2 magn ts, alternately holding veldin -chin an
vorking surface, pulling wagn t and return sprIM.
Weighing 8 kg, mechanism develops traction up to
16 kg in vertical direction wA 24 ks on horizon-
tal surface.
219M

RATON. VJ.. laureat Stalinskoy prenti.
Magnetic automatic rachInes for welding on a vertical surface. Vianyk
AN URSR 26 no.2:25-48 7 155. (MIRA 8:4)
(Velding)

fV
FISHKIS, N.M.; PATON, CYs.; DUBOVBTSKIY, V.Ye.
Automatic velding under flux vith use of magnetically moving
equipment for the construction of presses. Avtom. evar. 10 no.5t
106-111 S-0 157. (MIRk l0r12)
1, Mookovskly avtomobillnyy tavod im. Likhachevs. (for Iftshkis).
"I
~,, Ordena. Trudovogo Krasnogo Znamenl Institut slaktroevarki Im. Tb.O.
Ntons AN USMI (for Paton, Dabovetekly).
(Power presses-Welding) (Magnetic instruments)

r21A= I B001 1UPLOITATION 3OV/7127
SOV06heftEnlys; Vc ekaperlisentalffnoy tsichnIke I metodan vyaokoLeapera-
tUMykh JASISdoranly. 1956
11taparLmentai1nays taknntim I metod I I dowanly pri vyoojci" too-
Peraturs"I trudy soveshchanlys, fE~::rtwentzl Techniques and
Methods of Investigation at High Teaperaturee; Transaationm or the
Conference on tzparimantal Tachnlqu*s and Methods of Invostlgxtl=
at High Temperatures) Moscow, AM SMR. 1959. 789 p. (Serl*ai
Akademlys, nauk 3&U. Inot.-tut motsllur 11 XO=Leslya V* f1liko-
khLoichaskim, Genovan pralziodstva stallf i.200 copies printed.
MOOR. Sd.s A.R. Samaria. Corresponding Member, U3SA Academy of
Solondeal Id. of Publishing Howao. A.L. Bankvitoor.
nw=, This book is IntOndod for motailurgisto and aotsiiurs2cai
*nalfwars.
COVIMAGRi This colloction of scientific papers is divided Into six
partat 1) thermodynamic activity and k1netles or Uxh-t*apora turf
PrOc*aaes 2) constitution dia studies 3) physical properties
.1rao. ..
Of liquid "tale and lytical methods and pro-
duo tion of pure "tal:";) pyrometry, and 6) general questions.
Par more specific coverage, see Table of Content#.
'!Whov. Are Malting
YO.S. Ova PYsn' and A'X'
r__3tr`0ysv
-A.3.
,
,
or Molybdenum In VaO-~ 4TO
Satlefft.tory
The high do,"* of purity necessary for
ly*dOnum can be obtained in electric
deformation Of 00
-
3 am, mg
or the order of lo
are fUrtuco, only with high "C"
and with proper d4czidAtI0n- Ingots eIgnIng up to 15 k4.
made under these conditions, are froa, of defects In the
sentral sone, irrespective of the rate of cooling after
groin structure
molting. a6c,suz~ of their relatively rine
r
and the distinctness of their grain bound& LOS, such IngOt4
qsn be deformed by any method Including hanner forgIng
provided proper cooling and reduction conditions are
adharod to. ?n, geforemd aolytdonum exhibits satisfactory
ductility characteristics at room temperature.

Fogel% A.A. XonarUelbl~ Malting by the Induction-Heating

Method 478
as L_ sti'p-anow, Production of High-
resin, A.B.. &Ad Y--P.
purity AlualhLON by Zonal Malting 489
The method. based an in& separation of elements during
crystallization, makes It possible to obtain aluminum
99.9999 percent puro, but to at present very costly and
tims consumir's. I- I--
Paton, Yu.V. LAt&Sh. Me.
, B.I. Itodavar, V.YS
PAton, 15.78 -,
~T.1-
,.
astriod for *gIectrical Castfn-6 495
The Ingot 18 formed of metal from ant or more a*ltlna
electrodes.
card 18/ 32

TTnltlr P
T YON

T T- T

M' r nf,

71a r
1p
c-
p + 53
j, of cor--T
Ci

-~-OCTATT(-,T~T
IT
T 1. +
UQ'MR r- year. 4
ka rhyurri

SVBO. P.I.; PATON, V.Te.; RELIFOR, M.G.
Selecting the t7pe and design of electric slag welding equipment.
Avtom.evar. 12 no-1:8-17 Ja '59- (MIRA 12:4)
1. Orden& Tradavogo Krasnogo Znameni Institut slaktroevarki im.
Ye.O.Patons AN USSR.
(Electric welding-Equipment and supplies)

ACC Mt. AF6021797 SOURCE GODI�:-TH-IdW3FI661c~001012-10062:10062--I
~A)
Ye.- Esibyan, 9. M.; Shnayder, B. I.j Mutsonko, B. S.; I
,Iwatsinskiy,A S.; -drovchuk, V. B.
M.: none
ITITL9z A dovice for arc welding under argon. Class 21~ No. 1b2609 Zainnounced by
jListitute of Electric Welding im. Ye. 0. Paton (Institut elelctrosvarL27
SOUPLE: Izobrateniya, prorVshlennyye obraztsy, tovarnyye znaki, no. 12, 1966, 61-62
TOPIC TAGS: welding, arc welding, inert gas welding, welding equipment, welding
technology
ABSVULT: This Author Certi-ficate presents a device for arc welding (under argon) of
capillary and thin-walled tubes of small diameters. The devico contains a driving
mechanism, feeding and positioning rollers, a torch, and a protecting chamber (see
Fij. 1). To produce a high quality of welding, the positioning rollers are located
directly under the electrode of the welding head, while the protecting chamber is
made in the form of a closed pipe cooled with water and provided with a gas-supplying
037-i
1

AM NRs AP6021797
Fig. 1. 1 positioning
rollera; 2 protecting
chamber
L4J
flexible hose. Orig. art. hass 1 figure.
SUB CODE: 131 SUBM DATE: 14Jul65
2/2

PATON,-V.Ye.; YEGOROV, S.V.; BELIFOR, M.G.
Type TS-34 welding tractor for the welding of girth Joints.
Avtom. svar. 17 no.7:58-60 J1 164. (MIRA 17:8)
1. Institut elektrosvarki im. Ye.O. Patona AN UkrSSR.

SEVDO, Platon Ivanovich; FATU', V.Ye., kand. tekhn. nauk, otv. red.
SIM:Ih, L.K., red.
fOverall irechAnizatic,n and autor.at-ion of welding F:-ocesses'
Kompleksnaia mekhanizatsiia i avtomatizatsiia svarochnykh
protsessov. Kiev, Naukova dumka, 1964. 86 p.
(Ml;i.A 17:12)

YAKHOVSKIY, Fikolay Ivanovich, kvmci. teklin. nauk; GOTALISKIY,
Xuzef MUalBywich, kejjd.'*AIft,, wmkj PATION, Viad-ImIr
kand. tekhn. nauk; TRUSHCBMIKO, Anton
T*
Antonovicht inzh.; ZVEGI?iTSEVA, K.V., nauchn. red.;
GORYUVOVA, L.K., red.; NETYSIDVA, L.M., tokhn.red.
[Techrology of mechanized arc and electric slag welding]
Tekhnolo iia mekhanizirovannoi dugovoi i elektroshlakovoi
svarki. fBy) 1,.'.I.Kakhovskil i dr. Moskva, Proftekhizdat,
1963. 383 P. (MIRA 17t 1)
(Electric welding-Equiprient and supplios)

CHVERTKO, A.I.; PATON. V.Ye.; SYDLYARKO, V.D.; STESIN, V.V.
Standardized semiautomatic welding machines. Avtom. avar. 16
no.8.-65-75 Ag 163. (HIPA 16:8)
1. Institut elektroavarki i-meni Ye.0. Paton& AN UkrSSR.
(Electric welding-Equipment and supplies)

CHVMEOP A.I.; BELIFOR, MG.; PATP*,_V.Ye.
Classification of apparatuses for electric arc and electric slag welding
and hard facing. Avtom. avar. 16 no.2:52-57 F 163. (M1RA 16-4)
1. Institut elektroevarki imeni Ye.O.Patona AN UkrS6R.
(Electric welding-Equipment and supplies)

-_1evgenXy-GzkUv)Y1ch-._ SAVIN p G.N., akademik, otv. red.; DOBROKIIOTOV
N.N., akademUg red.; KHRENOVI, K.K.9 akedevik, red.; BELYANKINp
F.P.p akademik, red.; PITON, B.Ye., akademik, red.;REMENNIK, T.K.,
red.; KADASBEVICHp O.A., tekhn. red.
[Selected works; in three volumes] Izbrannye trudy; v trekh torAkh.
Kyiv, Izd-vo Akad. nauk USSR. Vol.2. [Welded structures] Svarnye kon-
struktsii. 1961. 418 p. (MIRA 14:8)
1. Akademiya nauk Ukrains)coy SSR (fw Savin, Dobrokhotov, Kbrenov,
Belyankin, Paton,B.7e.) (Structural framBs-Welding)

HUNGARY
KEMENES, Ferenc, Dr., PATONAY, J~~9~,,Dr., NEMES, Tamas) Dr., ZSEMBERY,
Dezso, Dr., and WEINER, _rj~-Dr., Institute for Epidemics at the
University for Veterinary Sciences (Allatorvostudomanyi Egyetem, Jarvany-
tani Intezet) in Budapost; Department for Infectious Diqeases at the Hospi-
tal of the City Council (Varosi Tanacs Korhaza, Fertozo Osztaly) in Eszter-
gom; Department of Internal Medicine at the Hospital of the Jaras Council
(Jarasi Tanacs Korhaza, Belosztaly) in Dorog; and Station for Hygienic Epi-
demology at the Megye (Megyei Kozegeszsegugyi Jarvanyugyi Allomas) in Ta-
tabanya, Flegye Komarom.
"Incidence of Weil's Disease Among Hungarian Coal Mim r9"
Budapest, Orvosi Hetillip, Vol 107, No 26, 26 Jun 1966, pp 1210-1212.
Abstract: Four cases of Weil disease observed in coal miners working in
Western Hungary were described. They involved the typical, lethal ictero-
hemorrhage form; two typical, anicteric, forms; and a typical, iCLerohem-
orflinge form with subsequent recovery. Some wild rats captured at the
mine site had Leptospira icterohaemorrhagiae in their kidneys. 16 refe-
rences, including 8 Hungarian, 2 German, and 6 Western.
_~iOl '~Cll
r
rs
ior,van, t; P; n'1 I _,"n n
-en
C

CZWVJD=V.JCL. I Chaotcal Tachnology. Mar-leal Proftato B-U
&M Uoir ..pplia&tIons. Ch~aisel Pro-
0038ing of Solid Foomil Tuolo.
-be Jourt Rot Djur-Utslya, No 3, JV51), 0551.
~thar i Lost, S.,.!avorkc- 1. 614lik,
Malifte. bovenok, A., Formansk,
Stan a
Us% I Not 8110L
Title z Conc,rnt" tho -rtlolo by TIIX53 *- May Of thO
Frablor of GWloz Chamleal Onrgy Utilleattoa
AT brown 0062. 1
Orig Wet Faliva. 195B 55 06 9, 316-U01 NO 10, ~50-3uj
DO 11. 3?8-401 is it. 413416.
~.bztroats a" Rot Zhur KbIx, 1959, PA36.
Card 1/1
Irb

PATCRA 1, F.
"Jozef Iwavziewicz; An Obituary" P. 355. (GogRodarkta Wodna, Vol. 13, no. 91 Sept. 1953,
Warszawa)
Past Europe= Vol. 36 No. 2,
SO: Month List oj4KMMMRh Accessions, /Library of Congress, Februag, 1954 A56& Uncl.

77
EXCERPTA MED11,'A ~ec 17 Vol 5/3 Public Health Far 59
1036. EVALUATION OF THE FITNESS OF THE ZEISS CONIMETER IN
DETERMINING AIR POLLUTION BY DUST - Ocena przydatnofici krinimetru
Zeissa w otnactaniu zanieczyszczenia powletrza pylem ;j!_atnra 11, arvi
I _Mf I
S It y m c z y k I e w Ic z K. Zaki. Ifig. Pracy Inst. Med, Pr cy --MED.
PRACY 1958, 913 (219-225) Tables 5 Illus. I
The results were compared with those obtained with a microimpinger in similar
conditions, andthe following conclusions were drawn: (I)Using the Zeiss conimeter. It
I's possible to determine the pollution of air by dust only when the pollution is be-
low 1.800 106 particles/cu. m. of air. (2) Application of the American industrial
standards determined by the microimpinger is in the case of sampling with the
Zeiss conimeter, admissible only when the volume of air samples taken by the
conimeter is 2.5 cu. m.

LISIECV.-ADAMESUp Halina; PATORA, Teresa
'ibsprvations on foot oBteoarthroputhy in diabetes mellitus.
Pol. arch. med. wewnet. 35 no.9:1399-1404 165.
1. Z I Kliniki Chorob Wewnetrzn.,,,ch AMw Lodzi (Kierownik:
prof. dr. med. j.W. Grott).

KHILICHENKO, A.Ye. [Kh-'LlIchenko, A.IE.]; PATORZHINSKAYA, A.M. [Patorzhyns'ka,
A.M. ] - - --- - -- . - ..
State of mobility of the basic nervous processes in patients
with manic-depressive psychoses. Fizio1.zhur.[Ukr.] 9 no.l:
102-109 Ja-F 163. (MIRA 18-5)
1. Laboratoriya vysshey nervnoy dEyatellnosti cheloveka i
zhivotnykh Instituta fiziologii im, A,A.Bogomolltea A14 UkrSSR,
KIYOV.

ZELITSM, S.F. [Zelinslkyi, S.F.]; PATORZHINSKAYA, A.M. (Patorzhynslim,
A.M.
Effect of aminazine and caffeine on the function of the adre-
nal cortex in schizophrenics. Flziol. zhur. (Ukr.] 9 no.5:
651-659 S-0163 (MIRA 17-4)
1. Gtdel paikhiatrii i patologii vysshey nervnoy deyatell-
nosti Instituta fiziologii imeni A.A.,Boganolltsa AN UkrSSR
i Kiyevskaya klinicheskaya psikhonevrologicheskaya bollnitsa
imeni I.P.Pavlova.

FATOTSKIT9 V., kapitan
Protecting bridges from moving ice. Voen. vest. 40 np. 3:14-96
Mr 161. WRA 14:2)
(Ice on riverep lakest etc.) (Bridges)

PAW I NCR zu%wnncm amA"
h-Wroldy nUsl
U*r*-w8W~ll-111W -704-M7. &vftnb-b&LU&ym v .tV&a 1
9Mft*Xm6*%Q&l waortaly 11 sMacbmw 0"011 (004puy a oww.
orpals CoTcapas Contained is mrolvan ftabortal pamers of 00 us-
eassuris o"asm) T, L uts. Ia. %Amrsbw misis m on, irA.
am P. 1.5m ecodso Wist*A.
NL' ft&WKU*- K-1-1 alltWl*a &-A' AV--, D-B-. ""bidus. A.T.
obbl"I'MOT, R.D- (SOOP- N.). Rmbb"tweaSkly. V.P., mad ftmods, L,Lj
To*. sk.1 movabow. 0. lb.
PmPml a" boo is sm-ave for pUtrawas upwaii-to cc aaun. n..b
mubushow". oftosummal lamutsucom, me potroum retw" PURIM.
Gwwmt tus opuemes Le %m nnt of a mdUftlipm, V&Uo*Ucm ft %M repa"
of selsoutle -".~6 Work camol go La as 8w1&% umcm C. tm am" .4
"emalow of "Ita- -4 ustres--owe camramm" and" %me orlea mi-M),
"A sagarabs to a sawalmoua nbmnb projeo OWuj.A 1. I= me OPIUM-in
oftwr mrsomb. m
um
Is ocausid to I" vormal polwqpw^le mot" (lbere warwas at me
an-&-tv of %be - ft. p"Ims Q=V* tu splaum, ft WA
OrAu" *lon"mouve tam or we 6ww"). tum MWIWA is.
wtsoubm Us ftpmAmv of 00 &jom at marr"s abnow
4r m me aWled e. a. A airrMMMuMs pounp. at edtns. mlw
W
of lood *a& tbLmm Sku-4 bMI awts." UMUSUM MUjb
somem of we esuams b %u salwas.

s/389/62/000/o63/011/021
E194/E436
AUTHORS: Ipatov, Yu.S., Leykum, V.I., Oleynik, B.N.,
Patovskaya, Z.K.
---------------
TITLE: Instruments for measuring thermal conductivity
SOURCE: USSR. Komitet standartov, mer-i izmeritellnykh
priborov. Trudy institutov Komiteta. no.63(123).
Moscow, 1962. Issledovaniya v oblasti teplovykh i
temperaturnykh izmereniy. 1.43-150
TEXT: In 1960 a need was pointed out for instruments to measure
thermal conductivity quickly, though not necessarily with great
accuracy. For this purpose the here described instrument A-21
is suitable. The cylindrical specimen is in contact with an
insulated heater. The measurements are carried out with a
constant current passing through the heater. Under such
conditions the thermal flux passing through specimens is a function
of their thermal conductivity, providing they have the same length.
In the base of the instrument is a transformer which supplies the
heater. Microammeter M-95 measures the output from the thermo-
couples in the contact plates at the top and bottom of the test
Card 1/3

S/589/62/00o/o63/011/021
Instruments for measuring thermal ... E194/E436
piece. The influence on the readings of the pressure on the
specimen, the air temperature around the specimen and the cooling
temperature were studied, using test pieces 15 mm diameter and
20 mm long made of fused quartz or of fluoroplast-4 (teflon).
These specimens are longer than the optimum length of 5 to 10 mm
and so the maximum stabilisation time could readily be determined,
with quartz it was up to 125 minutes. Similar results were
obtained with fluoroplast-4. The specimen diameter is not
critical but it will probably be convenient to use a value of
10 to 15 Mm. The mean standard error was + 1% and the overall
error of measuring the coefficient of thermal conductivity of a
specimen 10 to 15 mm diameter and 5 to 10 mm long is about + 2%
for a large number of tests or about i 3% for two or three
measurements. These values apply for thermal conductivities in
the range 0 to I W/(metre degree) but for materials of greater
thermal conductivity the errors will be greater and indeed the A-21
instrument is not recommended for them. A somewhat improved
version, type A-22, is of very similar performance. In order to
extend the range of thermal con-ductivity that can be measured,
Card 2/3

s/589/62/000/063/011/021
Instruments for measuring thermal ... E194/E436
instrument type A-24 has been developed. It measures the heat
flow through a given specimen which is in thermal contact with a
standard specimen. In this instrument there is no need to
maintain the heater output constant. By ~kppropriate calibration
of the microammeter scale, ineasuromonts can be made in the same way
as with instrument A - 2 2'. Howevet, the range of thermal'conductivity
coefficients that can be measured may be extended to semiconducting
materials by using a standard specimen'of convenient dimensions and
thermal conductivity. By measurements of quartz and fluoroplast-4
specimens of 15 mm diameter and 10 mm long, it was found that the
repeatability was about + 1%. The overa-11 error in the
measurements is about + 3% and the instrulnent can measure
thermal conductivities up to 2W/(metro degree). There are
7 figures.
ASSOCIATION: VNIIM
SUBMITTED: February 20, 1961
Card 3/3

ZA!TABOWVA 0.,kand.biol.nauk.
Falling of leaves in the Teberda Preserve. Pr1roda 47 no.11:
126 N 158. (MIR& 11:12)
1. TebardInOdy sapovednik.
(Taberds Preserve-Defoliation)

KALYSHEV, A.A., kond.sellskokhoz.nauk; PATRABOLOVA 1.G.9 kand.biolog.
nn -1 k- -1 -Ei
uk; UTYAKOV, P.A.; UTYAKOVA, K - .. mladshiy
nauchn.yy notrudnik; VINMR, A.L., vrach; PRONSKAYA, K.I-~ red.;
STIMLYADKO, T.V., tokhn.red.
(Tabards; aketches of the Teberdinskiy Preserve] Tabards;
ochorki o TeberdinBkom zapovednike. Stavropol', Stavropol'3koe
knizhnoe izd-vo. 1958. 153 P. (MIRA 12:12)
(Teberdinskiy Preserve)

SOV-26-58-11-4,3/40,
AUTHOR. b 1 a 1 G. Candidate of Biolovical Sciences "eteria
_E&tra o ov
Reserve
TITLE: Fall in the Teberda Reserve (Listonad v Teberdinakox, Zapoved-
nike)
PERIODICAL: Priroda, 1959, Nr 11, p 127 (IISSR)
ABSTRACT: The Teberda Reserve in the North Caucaqua on the upper course
of the Teberda river basin at an altitude of over 2,000 m
above sea level is separated from the Black Sea coast area
by the main water-shed of the Caucasian mountain range. This
situation brings about a vas' (iivsersity A weather and tem-
perature conditions. In alltUffin Lne culor of the leaves may
change as early as in September and as late as in October,
while the leaves are shed between Sertember and November,
The averai7e pericid between color change and shedding is 2
weeks.
1. Meteorology--USSR
Card 1/1

1, T", I-(".
r .,TF,'7T,-,, ',. , . I '.
Vol . 11, N(~. r,
j'Cj.TCPPTV:.-T.~-
I.C.-121CIT'j TV! --
PeonF--i, Y,-i~o-,Isvia
So : =~t 7 "-.(-c - ~s ~ -r , V-1 . 4 , 1"r . - . r-,- IC,"7

CZECIIOS~CYVAKIA,'---ul'~i--,,al~ed Plants - Decorative. b1_8
Abs Jour Ref Zhur - Biol., No 3, 1958, 1-1131
Author Patrak, K.
Inst
Title Utilization of Growth Stirmil rs for Vegetative
Reproduction of the Azalea.
Orig Pub Ovocnar. a zelinar., 1957) 5, No 2, 46-47
Abstract In Czechoslovakia the most effective growth stimulator
is considered to be the combination of indolyl-oil-
acid and nicotinic-acid which, when applied according
to Rzhetovskiy's and Gomola's method (19h8), causes in-
tense formation of adventive roots. Variations are gi-
ven in the method of treatment (10-12 hours) by d-ipp--'Ii,g
the lower part of -the cuttings, or dipping the whole
cuttings, in the stimulator E;olution.
Card 1/1

1 4
an. t a
icwar~l th,
materials. Izv. ji~, ~-`S:, Ser. f--'z.
I-Ionthly List of :Russian Access-c:~s, L,*!,,-ar:-
Jtuie !''53.

AUTHOR: Patrakhin N. P. SOV/126-6-1-2/33
TITLE: An Explanation of the Transverse Electrical Thermo-
Ah magnetic Effect in Ferromagnetics Using the (s-d)-
Exchange Model (Obl'yasneniye poperechnogo elektricheskoco
termomagnitnogo yavleniya v ferromagnetikakh s
ispollzovaniyem dannykh (s-d)-obmennoy modeli metalla)
PERIODICAL: Fizika Metallov i Metallovedeniye, 1958, Vol 6. Nr 1.
PP 15-22 (USSR)
ABSTRACT: In 1952 the author gave a quantum mechanical explanation
of the thermomagnetic effect (Ref.2). This work is now
repeated using a different method and taking into
account the spin-orbit interaction on tho baclo of the
(s-a)-exchange model. This model was first put forward
by Vonsovskiy (Ref.3). It is assumed that s-electrons
are mainly responsible for thermal conduction in metals,
The d-electrons and the lattice also contribute but they
are less important and are not taken into account, On
this basis it is shovm that the transverse electric fiuld
is proportional to the "technical" magnetisation and the
Card 112 temperature gradient. The paper is highly mathematical

SOV/126-6-1-2/33
An Explanation of the Transverse Electrical Thermo-maEnetuic Effect,
in Ferromagnetics Using the (s-d)-Exchange Model
and there are no diagrams or figures,
There are 6 references, 3 of which are Soviet, 1 is a
Russian translation from English and 2 English
ASSOCIATION: Sverdlovskiy sel'skokhozyaystvennyy institut
(Sverdlovsk Agricultural Institute)
SUBMITTED: Povember 6, 195G
1. Ferromagnpti._- mLter! Cactor.;
Card 2/2 2. Ferromagnetic materials--Tempei,ature fa-tu!~s
3. Fer-romagnetic materials--Magnetio.factors
4. Mathematics--Applications

SO V/1 2- L) - -, -11 - 2/26
AUTHOR: Patralchin, N.F.
TlTLE: Theory of tlie Transverse Thermal Galvanawagnet ic L! f cc t
ill 1,erromagnetic Conductors
PER16DICAL: Fizika metallov i motallovedeniye, 1951), Vol -t, 'N'r 11,
1,,, 491-494 (USSR)
ADSTRAc,r: An attempt is made to explain the transverse tlier;i4a-L
galvanomagnetic eflect in ferromagnetics oil tliv basis
of tile (s-d)-exchaiige utodel of' a inetal 1,ut lorward ljy
Vonsovskiy Met' 3). The effect consists in tile
ayl-earance of a transverse temperature diller(nce ii a
ferromagnetic conductor uiapietized ill tne ciirectlu;j
perj;endicular to trie electric curreitt. 'rile ellect is
sometimes known as tile !,~tt.1l1gsnaus0n eilect. In
nocferrowagnetic metals it 1'6 Gescribed by Eq (1),
iv~)ere Hz is the transver-se magnetic field and P is a
constant. In nonferromagnetic metals, tile eflect is
analogous to other galvaromagnetic aftects, uriiile Ln
ferrobiagnetics it I-,as riot been investigated expt-rimentaily
suf f I C I ent iy we 11. The autijors have been uiiaLle to find
anY publis,ied exj;lariatLor, of the apfearance of tLie
Card 1/2 transverse teml,erature difference :Ln a ferruwagpic-tic

SOV/ 126 -7 -4- 2/
Theory uf the Transver~e Toermal Galvanomagnetic Effect ii,
Yeri-cmagnetic Conductors
conductor carrying ,.t current. 'File pre.,juni j,aper
11tiellifAS tc, AiVe thl.-3 CXI)IIlllt Loll. As befort, (Rot 1' and
2), the sr,Ln-orbit interaction of s-electroiis with tite
lattice ion~~ is taken into accDunt on tne basis at the
resuits obtained by Vonsovskiy (Ref 3). For zimplicat),
it is assuned that the conductor is in the Lorm (A a
nionocrystal and is magnetized in a direction perpendicular
to the current. It is shoiTii tiiat at a relativel), 'tilgh
temlerature, and in the cabe of weak licAds, the traisverse
temperature gradient may be associated with the s),In-orbit
interaction within the frai-iiewcjrlc ol the (s-d)-C.XC11Z1n8e
model. Professor S.V.Vonsovs1riy is thankeu tar sug:LCstins
the i,roblem and lor his useful sui-,gestions. I'llerc. are
4 Soviet refercrices, uiie of u-i-ic!t is a transiation Iroii
German.
ASSOClATl0N:Sverdlovs1ciy sellskoklio7yaystvenjiyy institut
(Sverdlovsk Agricultural Institute)
SUBMITTED: March 13, -1958
Card 2/2

AUTHOR.-,_~~.~N . P. SOV1126- - -7-5-4/2r
TITLE: An Explanation of the Reasons for the Appearance of a Tran-q-
verse Temperature Diffe-rence Due to Longitudinal Heat Flow
in a Ferromagnetic ( 'Ob,yasneniye prichin poyavleniya v
ferromagnetike poperechncy raznosti temperatur, obuslovlennoy
prodol'nym teplovy-m potokom)
PERIODICAL! Fizi-ka metailov i metallovedeniyel.' 1959, Vol 71 , Nr 5.
pp 666--668 (USSR)
ABSTRACT: In non-ferromagnetic conductors the transverse temperature
difference is governed by Eq (1) or by Eq (3) where q x is
given by Eq (2), H is the intensity of the external mag-
z 0
netic field, k is the thermal conductivity and S is a
constant characterizing the substance. In ferromagnetics
this effect has not been sufficiently studied and there is
Card no theory of it. The theory is now set up on the basis of
1/3 the s-d exchange model suggested by Vonsovskiy in Ref 3,
which takes into account spin-orbit interaction of conductivity

SOV/126.-
An Explanation of the Reasons for the Appearance of a Transverse
Temperature Difference Due to Longitudinal Heat Flow in a Ferro-
magnetic
electrons and ions. It is assumed that the quantity
OT/ay consists of an ordinary part (8T/By) H and an extra-
ordinary part (IT/Oy), . The first of these depends on
the magnetic field H and the second on the magnetization
of the specimen. The present paper is only concerned with
the second part. To begin with the conductor is assumed to
be a single monocrystal magnetized along the Oz axis.
The final expression obtained on the basis of the above
model is given by Eqs (13) and (14), where S' is a con-
stant analogous to Hall's constant. The other symbols are
defined in Ref 2. Calculation shows that the effect should
depend on the technical magnetization and the corresponding
Card constants should depend on the square of spontaneous magnet-
2/3 ization. Thus the 9-d exchange model may be used to treat

S0V/1_--,("1- - -7-15-42c~
An Explanation of the Reasons for the Appearance of a Transverse
Temperature Difference Due to a Longitudinal Heat Flow in a Ferro-
Magnetic
Ca.-.J ail the four transverse galvano- and thermo-magnetic phen-
3/3 omena, taking imto account spin--orbit forces,, There ar6 4
Soviet referenoes,
ASSOCIATION: Sverdlovskiy sel'skolcbozyaystvennyy institut ("D'verdlovsk
Agricultural Institute)
SUBMITTED- March 13, 1958,

S/058/15 1/0~5G/0017/t`,; /~-86
A001/A101
AUTHORS Patrakhin, N.P.
TITIEs Thecr7 of transverse therm3magnetic effect of Nernst-Ettingshausen
31,.
PERIODICAL: Re4e_rat_1vn-4,- zhurnal. Pizfka, no. 7, 1961, 258, abj.., aft.,7*3~1
("Tr. Svero-1cv. s.-kh. in--.a", 1959, v. 6, 201 6
TM: An expressi-,r f,-.r -he ferromagnetIc constant of the st_E-,t1nas_
hausen effect haa rieen derivE~-j in --he framework of the s_4 ex7hange model wt.n
allowance fQr apin-orb!-~,
(Abstracter's notlet Complete tre_nsla~j~nl
I
Card 1/1

S/058/6 I/CCOI/X 7/C`1)2/D9t-
:L 2- 0 0 AOO 1/A 10 1
AUTHOR: Patrakhin, N.P.
TITLEt Ettinsahauser "ffee-~ in ferrcmagneties
PERIODICAL: Refera~-.Jlvnyy znurnal. Filzlka, no. 7, 1961, 268, abstract 7E372
("Tr. Sverdaovsk. 2.--kh. in-ta", 1959, v. 6, 213 - 217)
TEXTi The p:cturp. of Ettingshaasen's effect In the framew:-Y.
of s-d exchange mcdel w!th a-Ic-oia-n-e for apin-orbit interaction 1-M presented --r
comparatively high tempara~uren and weak fields. A dependence of Ettlng5hausen's
ferromagnetic ccnstant on ap~:ntanaCUS magne-.ization is obtained, analog-~-J-~ t7
Hall's ferrcma&ne--~.. ccna*ant.
E. G.
[Abstracter's ncte~, Comple*e -ranslal~lonj
Card ~/l

A001 /A 10 1
AUMORI
TITLE: An expi-ana'-'en -,f +.;~e transverse heat tnenriomagretic phenomena .n
f erromag-neti-,i
PERIODICALt Referativnyi zhurna--. Piz-'ka, no. 7, 1961, 268, azatract 7E3'7-"
("Tr, Sv-.~rtlcvsk. s.-M. n-ta", 1959, v. 6, 219 - 222)
TMI The Rlgh-,-T-E~d-~ In ferr,~magretl2e is qualltativeiy Exrla'y-
ed in the framework of e-J -,.hang~i mcdei wIlth alli-mance for splIn-crIbIt lnt~-ra--
tion. An expressl.:,.n f~,-, --.Y.tz fe:rcmagnetic c:~nslanl cf Righl-.Led-,ic's effe-~ hiz,
been derived.
E. jalosnina
[Abstracter's n~~*.e, Co7p-;.-e
Card 1/1

mlu'um~, 1~.
Do you have disciriles7 Grazl-id.a,,,. 20 no.5 118-19 MY 163.
(IMA 16. 7)
1. I-Jerht.atnyy korrespondpri*. zhilTnaia "Grazhdanskaya aviatsiya."
(Vocational o,illratloil)

I-"
JD
L 14135--63 I~W(q)/ (p)/BDS :C/
_WT A~R_
M.- APW310 SIOIBV63100~1008120651200~9_
A
A=OR. Dorin, V. A,"
Patr!~~a., A, 'Y~*
T Z ME. iInvestigation of electrical characteristics of 401 _cor
2 itact vith an
Intermediate Insulating layer
SOURCE: Flzika tverdogo tela, v 3, no. 8, 1963, ~065-2069 -
TOPIC TAGS.- electrical-contact characteristic, electrical characteristic,, con-
tact characteristic, titanium oxide, titanium-oxide contact characteristic
j..ABSTRAMi_.,The electrical characteristiesceaTiO x-AS contact vith an Imsulat-
and at 400C. The charac-
ing layer have been investigated at room-tempera
teristics obtal-"cd vere compared vith those of a system vithowl an insulating
layer. It was found that unipolar conductivity exists up to 500C In specimens
vith Insulating laVers. Rectification takes 1)lwe In the area of contact vith
the Intermediate layer -at 400C. - At 300C the specinen he equal couftativity
in both directions. In the region of low voltages the volt-ampere character-
V
istics of the specimens indicated that the Introduction of an Insulating layer
Card

L 14535-63
ACCESSION 1?Rt APW3101
at room temperature only increases the rojistance of tho system.. When a system.
vith an insulating layer is heated to WJC'the rectification factor :18 30 a~t
mv, An analysis of separate sections of tbe volt-ampere obaracteristits IM
the reverse direction showed that the current increased proportionally vith the
increase of voltage -upto approximately I v. Above 4 -vP at exponential depend-
once takes place either at- low or high temperature, The #me-dependence van
observed in the contact area of Ag-TiO at lov-er 'voltages. Thus., the ittro-
duction of an insulating leqer consiatiQ of a material differeilt from.Tio
2-X
does not change the qualitative picture of the ebaracteristlics.. It serves only
to elevate the temperature /,by 200-250C) at Vhich rectification -taken ':plwa.
Orige art* bas: 5 figt=es, 5 formulas, and 2 tables,
ASSOCIATION: ?1ziko-tekhn1cheskiy institut im. A. .70, loffe AN SS8Rj loniweA
loningrad Physicotechnical Institute~ AN SWR
StMM=Dj 2ayan63 WM Aoql 06Sep63 3=4 OD
SUB CODE-~ PH
No PZP BOV2 006 003
Card ~2/g

DORIN, V.A.; PATRAKOVA, A.Ya.; TA!iTtVOV3XAYA, F,M.
Effect of an insulating 1,-2,ypr -,r, the electrical properti"s -~f
rectifiers with a TiO x base. Radiotekh. i elektron. ~
no.8:1462-1465 Ag '6'-3. (MIRA lo- ~)
1. Fiziko-tekhnicheskiy inqtitut im. A.F.loffe AN SSSR.
(Electric r.1irront rectifiers,

AUTHORS: Nasledov, D. N., Patrakova, A. Ya., 57-28-4-16/39
Tsa.renkov, B.
TITLEz Etching Mledia for Gallium Arsenide (Travitell dlya arsenida
galliya)
PERIODICALt Zhurnal Tekhnicheskoy Fiziki, 1958, Vol~. 28, Nr 4, pp. 779-781
(TJSSR)
ABSTRACTs The purpose of etching is here foroulated in the following
manner: A layer deformed during mechanical treatment shall be
removed.in a manner that the intact monocrystal appears and
that the micropollution at the surface of the constructed
device is also removed. The experiments showed that the etch-
ing reagent with the following composition is useful for this
purpose: 50 mL Wo' Na0H + 10 ml 30t-" 1120 This chomical etch-
ing reagent is used by the authors in t9e* production of
electron-hole transitions in gallium-arsenide. Eere poly-
crystalline samples as well as monocrystals of electron-gallium-
-arsenide were investigated. On the basis of these experiQents
the following is utatudz~ 1.) Etching during 5 minutjs entiroly
removes the deformed ourfaoo-laycr of the monocry3tal and doen
Card 1/2 not produce any new formations at its surface. 2,) Etching

Etching Media for Gallium Arsenide
57-28-4-16/39
lets distinctly appear the boundaries between the crystals ir
polycrystalline Samples and the etch pattern of the individual
crystals. 3.) Etching guarantees the production of reliable
alloy-contacts and reduces the leakage current of the electron-
-hole transitions. The electronograms wore obtained by V.A.
Dorin. There are 3 figures and 2 references, I of which is
Soviet.
ASSOCIATIO11: Leningradskiy fizikc-telchnicheakiy institut AN SSSR
(Leningrad Physical-Technical Institute )AS USSR)
SUBMITTED: December 12, 1957
Card 2/2

DMIN, V.A.; PATRAKOVA, A.Ya.
---- ~--
Electric characteristics of the contact TiO2-x - Ag divided by an
isolating layer. Fiz. tvar. tela 5 no.8t2065-2069 Ag 163.
(MIRA 16:9)
1. Fiziko-tekhnicheskiy institut im. A.F.Ioffe AN SSSR, Leningrad.
(Electric insulators and insulation)

/ -'/ ~ I' I-, / / / ;~ ,~ i) I/ / ~.~ I I
NASLrkDDV, D.N.; PAIIRAKOVA, A.Ta.-, TSARWIKOV, B.V.
An etchant. for gallium arsenide, Zhur. tekh. f1s. 2-3 ao.4t'77-9-781
Ap 9%0 (HIU 11 W
1. Leningradekly fiziko-tekbuicheskiy institut AN SSn.
(Oallium arsenide-Slootrio properties)

LIVINA, L.I.; PATHEOVA, S.N.; PATRUSHEV, D.I.
Dependence of yield and quality of benzene chlorosu-lfonate on
excess of chlorosulfonic acid and additions of sodium salts.
Zhur.ob.khim. 28 no.9%2427-2428 S 158. (KIRA 11:11)
(Benzene) (chlorosulfonic acid) (Sodium salts)

PATRANEXP J.; KOR.ARKOVA, E.
"Orientation of the Shells of Cephalopods in the Limestones of the Brarrandlan
and its Paleogeographical irificance", P. 145, (SBOMIK. L)DDIL GEOUGICY',
Vol. 20, 1953, Praha, Czech.
S0% Monthly List of East EuroDean Accessions, (EEAL), LC, Vol. 4, No. 3,
Yer 1955, Uncl.

L ry Fn
1 L' I TL,
!,F~ trhnIL A V.
gin !riiig A(;;i
Pine i, C. A
zus. Mr. Lvninf?.r.
I - ,.
Ch. 'J; e9-35
~AB5- ACIT For, or,
the t4
)I ,t
1, 5 5 )extcinned to o I i I I t I-, e annui I
,e,~~P ra t ~ 011, (-. r1 C () n r~ -T",
e f -n ~z~ 'ci i d n o t a
~ed f 1 *VF Occ,~r
jnpvne-%4"d ~~Pes. LIZ j-,;r,,eE tie reS-,OT-At---,
oft irivolved ? av-e c lassf?s. C)n 1),'J") of !~:.f:
Lree. i-.jqe reS-i;o,-,a!Aon was- rossible only
thr-.,)u(,,). culluz-(.)r, which first of all nad *--,o
b~-. estaolisbed on fellinpq ander condito,IF
of tne cype of' forest of ri-ine-red hilb-7--l

Alan, 'It

YEIO;LIYAIJCHIKOV A.B., kand.tekhn.nauk; PATFANINA, O.P.. inzh.
Increasing the output of ski blanks in the Vologda Furaiture
Factory. Der.prom. 11 no./*tW-19 Ap ~62. (KIRA 15-4)
1. Arkhangellskiy lesotekhnichoskiy institut im. V.V.Kuybysheva-
(Vologda,--Skis and skiing)