SCIENTIFIC ABSTRACT KISLYAKOVA, YE.N. - KISLYUK, M.ZH.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000722830002-7
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 18, 2001
• Sequence Number: 2
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

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KISMAKOVAL I
.Increasing the semitivity of aschanically recording dillatousters.
Zar, lab"21 no.2.-240-241 055 (HIM 8:6)
Saochmy Inetitut prowshlonnosti stroltelluykh
materialov. -
Milatometer)

1"/ Iq
KISLYAKOVA,ye.x.;.-SHIRTAMWA,Ye.g.
Magnetic saturation as a method of study of steel tempering. Zav.
lav.2f no.8:960-962 '55. (Tempering) WaA 8:11)

KNUAKOVA, Te.H. [translator]; KIRKIN, Y.L., red.; il=H, Te,N., red*
-'bUUMINSKATA, L.V., t ekhn.red. . -
[Investigation-of'heat-resistant steels and alloys] Issledo-
vanie sharoprochnykh stalei i splavov. Pod red. I.L.Kirkina.
Moskva, Gos.nauchno-takhn.izd-vo lit-ry po chernoi i tovetnoi
metallurgil. 1960. 352 p. (MULA 13:4)
(Host-resistant alloys--Testing) (Steel-Testing)

- KISLYAKOVA, Z.G.
~z ,~,
Some data on the effects of stomach and bladder interoception on
urine excretion. Trudy Inst. fiziol. AN BSSR 1:65-74 '56
(MLRA 10:5)
1. Laboratoriya kortiko-vistserallnoy fiziologii.
(STOKILGH--INMVATION) (BUDDIM-IMMUTION)
(URINE-SIMMION)

KISLYAKOVA, Z. G.: Master Biol Sci (dies) -- "Some date on the mechanism of
interoceptive effects of the bladder on diuresis". Minsk, 1958. 13 pp (Aced
Sci Belorussian SSR, Inst of Biology), 150 copies (KL, NO 1, 1959, 117)

COUINTRY : USSR
iCATEPOCRY . Human and Animal'Physiology The Nervous System
.4BS. J07JR. RZhKol.0 116. 5 1959~, N-1. 22403
three dogs receiving a water and milk
ABSTRACT Among
I
load, there was noted a marked increase in urine
formation, which.was accompanied by a decrease
in the concentrathn of urinAry chlorides and the
specific gr2vity of the urine. Stretching the
urinary bladder caused a reduction in diuresis,
and an occasional rise in specific gravity and
chloride concentration. Chloral Hydrate (0.3 gm
inhibited water diuresis and also depressed the
unconditioned interoceptive reflex effect on
diuresis arising in the urinary bladder.
Card: 1/1
"? -~&:W
T-89
AUMOR Kislyakova, Z.
DIST. IWIttME-e-i~rMysiology of the Byelorussian SSR
1 TIME The Effect of Chloral Hydrate on the Unconditione
Interoceptive Effects on Diuresis Originating in
the Uirinary Bladder.
ORIG. PIJB. Tr. In-ta fiziol. AN MR, 1958, 2, 129-139
I

KISLYAKOVA, Z.G. [Kisliakova. Z.H.]
Some data on the mechanism of Interoceptive influences from
the bladd-or on diuresis. Vestei AN BSSR Ser.bital.nav. no.4:
103-111 '58- (MRA 12:4)
(Bla]XR--INMWATION)
(DIUMICS AND DIURISIS)

(-,IISLYAKOVA, Z.G.
Pathvays for an unconditioned Interoceptive response to
micturition from the bladder. Trudy Inst.fiziol.AN BSSR
3t212-224 159.. (MMA 13M
1. Laboratoriya kortiko-vistseral. Inoy fisiologii Instituta
fisiologii AN BSSR.
(BUDDER-IN M VATION)

kmFAS vs so
GmAcidin thbraff of ohUmpart. Pediatriia,, Hodm No. 6g
NOV.4300. 50, pe 58*9
11 Of the Central SoUntifla-Researoh Pediatric. Instituto of the
Xinistr7 of Public HwIth RSM (Directorv-Prof, S, P, Borisov).
CUIL 20s 3l, March 1951

KISLYAKOVSKAYA, V. G.
"Nitrogen Metabolism of Children During the First Year of Life
in Relation to the Composition of the Food (From Observations in a
Children's Home)." Cand Med Sci, Leningrad State Pediatrics Medical
Inst, Leningrad, 1955- (KL, No 10, Mar 55)
SO: Sum. No. 670, 29 Sep 55-Survey of Scientific and Technical
Dissertations Defended at USSR Higher Educational Institut Ions - (15)

"I -KISLYAKOVSKAYA, Y.G., kandidat meditainskikh nauk
Higrogen metabolism in infants during their first year of life as
affected by the composition of food. Vop.okh.mat. i det. 1 no-3:
41-46 Ny-js '56. (MLVA 9:9)
1. Iz otdola fiziologil rebeake (sav. - doktor meditainskikh nauk
N.Ye.Ozeretakovskaya) Gesudaretvennogo nauc~mo-iseledovatellskogo
pediatricheekogo instituta Ministerstva %dravookhraneaiya RSM
(dir, - kandidat meditsinskikh nauk V.N.Karaohevtaeva) Moskva*
(INVANTS"4MITION) (HITROGIN M19TABOLISM)

RT'JUNA. Ya.B.. kandidLit mealtsinskikh nauk, USLYAKOVSKAYA, V.G..
kandidat mediteinekikh nauk - -- - - - 11 =-,
Comparative rating of various feeding schedules for children from
one and a half to three years old. Pediatriia no.7M-73 J1 '57.
(KIU 10: 10)
1. 1z Moskovskogo nauchno-issledov&tellskogo pediatricheakogo
iastituta (dir. - kandidet maditelaskikh nauk Y-NAarachevtoeva)
Ministerstva zdravookhraneniya RSFO.
(CHI WAS11-NUTR ITION)

KISLYAKOVSKAYA, V.G., kand.med.nauk
Artificial feeding. 4dorovve 8 no.lOtl8-19 0 162. (MIRA 15:10)
(FEEDING, ARTIFICIAL)

KISI.YAKOVSKAYA,,. _V. q.,,_-~and. med. nauk
Ph7siological bases of the raising of a healthy child. Pediatriia
42 no.6:6-11 Je,163 (MIRA 17:1)
1. Iz otdela fiziologii rebenka ( zav. V.G. Kislyakovskaya)
Gosudarstvennogo nauabno-issledovatel'skogo pedintricheakogo
instituta ( dir. - kand. .mad. nauk V.P. Spirina) Ministerstva
zdravookhraneniya RSFSR.

;. -- 11, excites * the electromagnetic fleld An the wavegulde. A uniform precession. type - '01

ACCESSION NR: AR4046017 S/0058/64/boo/oo7/HO36/H036
SOURCE. Ref. zh, Fizika. Abs.~~ 7Zh25O
AUTHOR: Kislyakovskiy A. V.
1. ~~dv;04K
TITLE: Investigation of the.main-parameters and.characteristice.of
ferrite bolometers used to measure microwave power
CITED SOURCM, Tr. Kiyevsk. politekh. in-ta, v. .45, .1963, 69-86
TOPIC TAGS: microwave research, power measurement., bolometer
ferrite,' resistivity temperature coefficient
TRANSLATION: General conclusions are deduced from the experimental
material on the main parameters-and characteristics of ferrite
bolometers used in frequency-selective waveguide power meters, The
temperature characteristics of-the resistance, the static voltage-
current characteristics, and the dependence of the ferromagnetic're_~,
sonance linewidth on the frequency, on th.e.waveguide height, and on._
the power dissipated In the bolo*meter-are considered., An estimate
Card 1/2

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AMHORt
ITLES
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4=OW&v -0owe
the.
measuremerit. of mL
ment for thd-measurement of the transmitted power. The technology
2~

a A A. Kisly6-.ovskiy A. V-,.4, Vunteszmert V. 'S'. Kudinov, Ye. V.
I - I E Iwn-%"-ffuiie measu-ring head../ Class 21, Ho, 1168311 1
SOUPCE: Byulleten' izobreteniy i tova-nykh znakov, no. 4, 1965, 38
TQPIC TAGS: waveguide measuring head, boloneter, ferrite bolometer, shf power meter,
,c r-y a I j
a! detiecto,r
4av6 d6 measuring- hea& de6 .ig~
ABSTRACT: This Author Certi.fii2i&tL-.',-Iiit;tbdudeEg%,a gui
the measurement and contr61-of dhf' peer. to-ensure high accuracy and high selectivL"":*
ity, a ferrite bolometer serving as a selective measuring element and a crystal de-
tector serving as a nonselective inertialess indicator are ccrmbined in the terminal
~z ahead. Orijzi art. hag .1 Xiituke-i 7"
Tn4T.-

KISLTANSXIT,I.S., svarshchik.
Pipe marker. Rate. i lzobr. predl. v @trot. no.92:7-10 134.
(Pipe,Steel) (Marking devices) MRA 8:6)

ARRHOGELISUY, A. S., (Eng.), VASYAYIN, A. S. (Mining Eng.) !gSLYAR, YE. 0. (mining
Potash Industry and Trade - Solikamsk
Mechenized mining work at the Solikamsk potash mine. Ylekh. trud. rab. 6 no. 5, 1952.
Monthl List of Russian Accessions, Library of Congress, Augu t 19M Uncl.
2

KISLYATSKIKH, K.; PCPOV, V.
Fumigation of pea seeds. Zashch. rast. ot vred. i bol. 9
no.2:29 164. 041RA 1-7:6)
1. Glavnyy agronom Karantinnoy irisliektsit Yuzhno-
Kazakh3tanskogo kraya (for Kislyatakikh). 2. StarshLy
agTonom-Pxmigator KaranUnnoy lnsj:ektsLi
stan5kogo kraya (for Popov's

4 MS
VYATKINI lolop ingivij MEV,, G.S., inxh.j-~~SLYKHI A.S., inzh.;
PLMMUOV~p GeV'., insh.,
Tndmtrial tooting of PP-1 mining unite GDreshur. no.2s27-30
If -169, (MIU 1612)
lo'lauchno-issledovatellskiy i proyektao-konstruktorwdy institut
GDrvogo i obogatitellnogo oborudoyani7av fterdlovsk (for Vptkinp
P,"ev,, Klslykh). 2. V~rookogorskoye rudoupravleniyev limbniy Tagil
(for Plekhanov). (Mming machinery-Testing)

KISLYKH, V.I.; SHISUKOV. N.V.
WN"
Gasification of carbon with steam in the presence of catalysts.
Gas.prom. no.10:7-11 0 '57. (MIRA 10:10)
(Coal gosification)
17

tt
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yjSj,-rj:R, v.j., c,--nil Tech Sci -- Wi2s).. 'Illff-ot of cr-rtt'in
Rcification of C,~rbcn
c-tal"zoralliathe nroCC63 G~I~emc
A
Y40r" 1959. 15 PP (2~c,-A Soi USSR. Inott, of er)-libustible 1"illarals).
150 copier. (I:L,38-59, 116)

XISLYXH V.I.; SHISEMOT, N-V-
Catalytic effect on the process of gasification In a fluidized
bed. G&z.prom- 5 no-8:15-19 Ag 160. (MIRA 13:10)
(Coal gasification) (Catalysis)

KISLYKH, V.I.; SHISHAKOV, N.V.
in the gasification of fine-grained fuel in a
Use of catalysts (MIRA 16M
fluidized bed. Trudy'IM 16:171-179 161.
(Coal 'gasification) (Fluidization) (Catalysts)

YaSLYKH, V.1-
Distribution of the solid nhase along the height o' a fluldlz-id
bad. Inzh.-fiz. zhur. no.,0:94-97 0 164.
(MIRUI 13:11)
Institut teplofiziki Sibirskogo o'delenlya AN SSSR, Novosibirsk.

KISLYKH, V.I.
the nunber of the
Distribution ofthe fluctuation probEbilities of
solid phase particles in a fluidized bed. WhAm.prom. 41 no#6:446-
448 je 165, (MIRA 18:8)

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GIMADINNII, I.S.(Ghelyabinsk); KISLYUK, A.G. (Chelyabinsk)
Diagnostic significance of pneumoarthrography in injuries of the
knee joint and.its complications. Test. rent. i.rad.
32 no.1:37-40 supplement 057 (MLIRA 10:5)
(MM, wounds and inj.
diag., pnousoarthrography)

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V7 LIT t IT T
Elektricheskaie kontaktnaia svarka. ~bskva, Oborongiz) 1950. 348 P.
Electric point welding.
SO: Manufacturing and f4achanical Engineering in the Soviet Union, library of
Congress, 1953.

KISLYTJK, F. 1.
6 62. Z37
Mektriche&caya kontaktnaya svarlra (Blectrical point welaing) K6
bloskva, Oborongiz, 1950.
395 p. illus., dip-grs., tables.
"Literatum i Istochnikill 1 388-(390)

KISLfUK, F. I. and S. Y. FI';IFFO'VA.
Tochechnaia i rolikovaia svarka zharoupornykh stalel i splavov- (Vestn. Mash.,
1950, no. 6, P. 41-;-45)
Spot and roll welding of heat-resisting steels and alloys.
DLC-- TN4.V4
SO: Manufacturing and Mechanical &gineering in tIm Soviet Union, Library of
Congress, 1953.

KISLYUK, F.L, doktor takhnicheskikh nauk; MAZBLI, A.T.. kandidat takhniche-
skikh nauk; FALIK31VICH, A.S. inzhoner; AMUCHIIII,'M.S., kandidat takhni-
cheskikh nauk; LIVSHITS, L.S:. kandidat tekhnicheskikh nauk; NBYMID,
I.Te., inzhener; BAKHItMo Lo?&, inzhener; POLTAKOVA, P.B., inzhener.
Welding with electrode cluster. Section of the All-Union Scientific Ita-
gineering Technological Association of Welders in the All-Union Scientific
Research Institute for Petroleum Industry Construction. ATtog. delo 24
no.6:10 Je 153. (MLRA 6:5)
(Illectric welding)

MIXIVICH, A.S., kandidat takhnichookikh nmi KISLTUI, F.I., doktor
--T.rz.
tekhnicheskikh nauk; U I YU.V.; IUBOV'
Magnetographic quality control method of welded structures. Sv&r.
proixv. no-7:10-12 JI 155. (KM 8:9Y
1. Voesoyuznyy nauchno-looledovatellskiy institut Stroyneft'.
(Weld,ng-Testing) (Magnetic testing)
. . . . . . . . . .
-5,
.1 ~-R INS- ~ ~01--

L
Subject ; USSR/Engineering
Card 1/1 Pub. 78 - 19/27
Author :
Title :
Periodical :
Abstract :
Institution t
Submitted :
Kislyukp F. I.
AID P - 3974
Electrical contact butt-welding in the construction of
pipelines.
Neft. khoz., v. 33, #12, 77-84, D 1955
The author emphasizes the great advantages in applying
contact butt-welding in the construction of pipelines
and describes some.of the equipment used at present..
He advocates this method for principal and secondary
lines, and appeals for the improvement of the welding
apparatus and more even standard finishings of pipes
supplied for this kind of construction. Diagrams, 4
references, 1950-1955.~
All-Union Scientific Research Institute for Building
of Petroleum Enterprises (UNIIStroyNeft').
No date

KISLYUK, F.I.,tAoktor takhnicheakikh nauk.
~)b
" .-
Investigating spo* and roll welding of cast iron sheets. Trudr
MI Strolneftl no.4:63-78 156*0 (XLRA 10:1) 1/
(Sheet iron--Welding)

KISLYUK, F.I., doktor tekhaichookikh nauk.
~IWOMW
The use of resistance butt welding in :-petroleum engineering. Trudy
MISMINUTI no.7:65-74 156. (Num 9:11)
(Blectric welding)
(Petrolem-Pipelines)

137-58-2-4342
Translation from: Referativnyy-zhurnal, Metal.-urgiya, 1958, Nr Z, p 293 (USSR)
AUTHORS: Fallkevich, A.S., Lubov, V.M., Usenko, Yu,.V.
TITLE: Develophiefif-and Investigation of the Magnetograph Method of
Quality Control of Welded Joints (Razrabotka i issledovaniye
magnitograficheskogo metoda kontrolya kachestva svarnykh
soyedineniy)
PERIODICAL: Tr. Vses, n. -i. in-ta po str-vU. 1956, Nr 7, pp 75-85
ABSTRACT: Bibliographic entry
1. Welded joints-4vality control
Card 1/1

KIQYUK, F.I., doktor takhnichookikh nauk.
5,61- "'
The study of rW~istance butt welding of pipes made of 12WYA
chromium-molybdemum steel and 1 Khl8NqT chromium-nickel steel.
Trudy VNIISTROUNTI n0-7:126-141 156. (MLOA 9:11)
(Pipe, Steel--Welding)
(Iron-chrouluxt-solybdenum alloys)
(Iron-chronium-nickel alloys)

ttor tekhnicheskikh nauk,
*Ala
jaA_
V
Wb,,_~do
Using high-frequency currents to solder ?-shaped steel pipolinq _
connections used In sanitwT engineering. Stroi. prod. neft.prom.,Ab--
I no-8:11-13 0 156. (WAA 9:12)
(Solder and soldering) (Pipe fitting) (Induction heating)

Subject AID P 5602
USSR/Engineering
Card 1/2 Pub. 107-8 - 2/12
Author : Kislyuk, F. I., Dr. of Tech. Sci.
Title : Study of effects of the length of welded pipe ends
on power factor in butt welding of large pipes.
Periodical : Svar. proizv., 12, 6-100 D 1956
Abstract : Describing the flash butt welding of large (325 to
529mm in diameter) pipes the author discusses the
mounting of ring-type transformers on the pipe ends
to be welded and analyses the effects of the length of
ends on the power factor of welding machines and trans-
formers. Nine formulae, 12 graphs, 3 drawings, 1 table;
4 Rus8ian references (1933-55).
Institution : Electrowelding, Institute im. Paton, All-Union Sci-
entific Research Institute for Building Petroleum
Enterprises (VNIISTROYNEFTI), Main Administration for

Svar. prolzv. 12, , 6-1o, D 1956 AID F - 56o2
Ca rd 2/2 Fub. 107-a - 2/12
Mechanization of Fetroleum EnterpriBes, (GLAVNEFTE-
STROYMEKHANIZATSIYA).
Submitted No date

135-58-1-3/23
AUTHOR: Kislyuk, F.I., Doctor of Technical Sciences
TITLE: The Control of Seam 64ualities in Main Pipe Lines Carried Out
By Butt Contact Welding Under Field Conditions (Kontroll
kachestva shvov magistrallnykh' truboprovodov, vypolnen-
nykh stykovoy kontaktnoy svarkoy v polevykh usloviyakh)
PERIODICAL Svarochnoye Proizvodetvo, 1958, 11r 1, pp 8 - 12 (USSR)
ABSTRACT: Contact butt welding under field conditions was first ap-
plied in 1952 for the construction of main large-diameter
pipe lines (300 - 500 mm). This method proved satisfactory
in laying pipe lines up to 300 km long under extreme clim-
atic conditions in the east. The author states that the
best fundamental control method for this process is sample
testing by bending, which shows the plasticity of the me-
tal in the seams and adjacent thermally affected zones.
Pipe chains with a diameter of 325 mm, consisting of nine
welded sections, were subjected to tests. Cold bending
was carried out on the VNITS troyneft bending machine, by
the methods of pure bending. The pipe was bent through 15 0.
and the welded joints showed no changes, proving the high
strength of the seams. The author mentions another con-
trol device, designed by him at VIiIIStroyneft: a bi-channel
Card 1/2 apparatus for the tel e-registration of the contact welding

135-58-1-3/23
The Control of Seam Qualities in Maiin Pipe Lines Carried Out By Butt Con-
tact Welding Under Field Conditions
process parameters. This is an indirect method to control
the welding process in each joint of a pipeline without
destroying them. The deV4ca registers simultaneously on
the same time scale the cirrent intensity and the values
of flashing off and shortening. The usual registration in
ink was replaced by electric sparks recording on a plated
band. A scheme of this ap-,3aratus is shown in Figure 8.
There are 5 figures, 6 graphs, 1 diagram and 3 Soviet re-
ferences.
ASSOCIATION: VNIIStroyneftl
AVAILABLE: Library of Congress
Card 2/2 1. Pipes-Seem welding 2. Welding-Test methods 3. Idelding-Test
results

SOV-135-58-3-14/19
AbTHORS: ..Kislyuk, F.I., Doctor of Technical Sciences, Gorbanskiy, V.V.,
Engii-eer
TTTLE: A New Machine for Spot Welding Parts of Receiver-Amplifier
Tubes (Novaya mashina dlya tochechnoy svarki detaley priy9mno-
usilitellnykh lamp)
PERIODICAL: Svarochnoye proizvodstvo, 10,58, Nr 3, pp 39-42 (USSR)
ABSTRACT: The existing spot welding machines used in the production of
radio-tubes do not eliminate spatter of liquid metRl. In-
vestigations wer6 carried out on the expediency of gradually
increasing welding current pulse, or of two separate pre-
heating pulses,without disconnecting the electrodes. Engineers
G.A. Bolkhovskaya, A.M. Kupfer and A.F. Khudyshev participated
in the'work. Three machine circuits were tried: 1) machine
with increasing amplitude of the welding pulse (Figure 3) for
welding steel, platynite, nickel, etc; 2).a capacitor spot
,hine (Figure 5); a machine with a combined
welding mac
thermal cycle (Figure 7), pre-heating on a.c. and with a
gradually growing amplitude. Information ilneludes a description
of mechanisms for. c-ompressirig the electrodes of spot welding
Carq 1/2 machines such as a mechanism with cylindrical spring (Figure 9)

SOV-135-58-3-14/19
.A New Machine for Spot Welding Pa"rts of Receiver-Amplifier Tub6s
and a mechanism with.flat springs (Figure 10). On the basis
of the experimental investigations performed-, a new spot
welding maichine was developed having an ele8tric circuit with.'
pre-heating by a.c., welding by capacitor discharge and with
a flat spring compressing mechanism. The machine (Figure 11),
was tested.for two years and proved to be satisfactory. It
eliminates spatter.
There are 2 graphs, 7 circuit diagrams, 4 oscillograms, 2
diagrams, I photo and 1 table.
ASSOCIATION: NII Komiteta radiotekhniki Sovets ministrov SSSR (Scientific
Research Institute of the Radio-Engineering Committee of the
USSR Council of Ministers)
1. Electron tubes--Spot welding 2. Spot welding--Equipment
Card 2/2

SOV-135-58-10-9/lQ
AUTHORS: Kislyuk FOI 0 Doctor of Technical Sciencesp Gorbanskiy,
~Ru* 'yshev, A.F. , Engineers
TITLE: Precision Automatic Are Welding in Hydrogen With Non-Fusing
Electrodes (Pretsizionnaya avtomaticheskaya dugovaya svarka
neplavyashchimaya elektrodom v srede vodoroda)
PERIODICAL: Svarochnoye proizvodstvo, 1958, Nr 10, pp 26-29, (USSR)
ABSTRACT: A new device for the precision welding of thin parts made
of heat resistant and other metals and alloys used in the
production of cathodes for electric-vacuum devices is de-
scribed. The welding is done in hydrogen, with.a low pow-
er arc. Engineers V. Elabakidze, V Rastopchina and A.
Kupfer participated in the work. Tl:e new device is describ.ed,
in detail and the approximate techrology for welding on..
direct polarity of different parts according to their_thick-rw:.
ness and nature of joints is given in a table. In welding
tungsten and molybdenum parts, mierg-hardness of recrystal-
lized molybdenum attained 210 kg/mm and in individual grains
Card 1/2 as much as 320 kg/mm micro hardness of porous tungsten

SOV-135-56-10-9/19
Precision Automatic Arc Welding in Hydrogen With Non-Fusing Electrodes
2
was epal, -to 175 kg/mm in the seam cei.ter and 200 300
kg/mm, in the transition zone. There are 3 graphs 4 pho-
tos, 1 table, 1 kinematic and 1 circuit diagram.
1. Tungsten--Welding 2. Molybdenum--Welding 3. Are welding
--Applications 4. Hydrogen-.-Applicationv
Card 2/2

ALITSMI, A.D., kELnd.takhn.nauk; ULITSM, V.I., inzh.;--AU-61TUK F-I-,-
daktor tekhn.nank; ZLXZRSfflYN, A.G*,kand.tekbn.,~~-U--:~z
Hydraulic resistance of pipeline joints made byresistance
butt welding on ZU-1 ekulmmat. Stroitiubop.~vv 4 'nci,1:7-
10 J& $59, ZMIM 32: 1)
(pipelines.-Welding) (Pipelines-Te-iting)

23324
S/095/60/Wo/001/001/002
4't'o A053/A129
AUTHORS: lKlal=k,,_~ Doctor of Technical Sciences; Petrov, G. N., Som-
merfel1c'6V. N., Glozshteyn, V. G.,,.Engineers
TITLE: Two-channel device for verifying basic parameters of the condi-
tion of electric reslstaneq butt-welding
PERIODICAL: Stroiteltstvo, truboproyodby,Ano
1, 1960,20 - 24
MW ' On the i~xisting kTCA(KTSA) welding installations the parameters
o~ the welding-condition are regulated-by hands~ and there Is no guarantee that in
mass production pipes are.welded in accordance with a prearranged condition of
most favorable parameters. The article describes a-special two-channel device
for-automatic remote control~_of parameters of resistance')ielding, which permits
all welded joints,.to beverified. On the basis of the recorded diagrams of the
welding condition It is easy to determine at any,'~time the nature of the changes
in the'parameters of the welding condition and their deviation from the prearrang-~~
ed program. From these diagrams and from the collected experimental data it is
possible to evaluate 'the consequences of the'deviations In regard to the quality
of each welded joint. The two-channel device consists of an a-c ammeter and an
Card 1A

23324
S/095/60/000/001/001/002
Two-channel device for verifying basic parameters ... A053/A129
electric instrument measuring the mechanical shift. In the course of the welding
it is easy to observe t4e recordings of the device by the deflections of the
needles and the simultarieous inscriptions on a moving paper roll. The principal
parts of the device are a Se2syn pickup, a Selsyn received, a measuring mechanisms
a papei rolling and printing mechanisms. The movement of the pipe during welding
is operated by remote control with the aid~bf the cophasal'Sel!s3m instruments
providing for transformation of mechanical values Into electric ones and vice
versa. The Sel'syn pickup is mounted on the welding machine and senses all mechan-
ic~l movements of the moving part of the machine ~.together with those of the
pipe, transforming them into electric values. The Se2syn recei*qr mounted in the
body of the device reproduces each shift of the Sefsyn pickup, transmitting it
to the needle and the pen mounted on the shaft of the receiver. The general view
of the two-channel. device is shown -in Figure 2. The welding current is register-
ed by the ammeter. The movement of the paper takes place in accordance'with a
preselected speed and is operated by a synchronous single phase motor of the
Warren type. A mechanism provides also for the imprint 9fi the diagram of the
serial number of theAdft.The article describes the design of this mechanism and
those of the feed of automatic paper and of the colored ribbon; it also gives a
description of the electric system governing the two-channel device and the prin-
Card 2/4

23324
S10951601000100110011002-
Two-channel device for verifying basic parameters ... A053AI29
ciples'of its operation. Thusythe device and the commutation system are auto-
matically started at the commencement of welding; the device registers the power
of the current, the shifts (at fusing and shrinking) durinz the entire welding
process, it prints on the diagram the serial number of the joint and cuts out the
devic7e on cbmpletion of each joint. An alternative design provides for the sub-
stitution of methIlized band in place of paper, in which case recording is done
with the aid of. a tungsten electrode. The two-channel device has successfully pas-
sed a number of laboratory and practical tests. The article shows.and describes
a number of characteristic diagrams indicating various defects in welding, which
become clearly visible by the formof the diagram. The authors of the article
conclude that the two-channel device guarantees automatic and distant control of
the parameters of resistance welding by recording the basic c:parameters of the
welding condition for each welded joint in the form of a diagram. From these ren
cordings, it is easy to ase6rtain low quality joints caused by grass neL;le~t of
the parameters of the welding aondition. There is 1 photograph, 2 diagrams, 7
braphs and 1 table.
Card 3/ 4

Two-channel device for verifying basic parameters ...
Figure 2,
General view of th6 two-channel device
23324
8/095/60/000/001/001/002
A053/.4129
'
1 - counter; 2 - mechanism for color-
ed ribbon feed; 3 - copying mechanism;
- driving mechanism for counter and
ribbon; 5 - needle with pen of ammeter;
6 needle with pen of dhift recorder;

7 diagram paper

card 4/4
Puc. 2. MUIR DIIA Auyxicunaahitoro tipa6opa.

S/032/60/026/011/019/035
B015/B066
AUTHORS- Kialyuk, F. I., Li fshits, V. S., and Shmeleva, 1. A.
TITLE: New Nondestructive Method of Deterwining the Quality of
Butt Wel-da
PERIODICAL: Zavodskaya' laboratoriya, '1960. Vol. 26, No. 11,
pp. 1262-1263
TEXT: The known nondestructive test methods cannot be applied in the case
of butt welds, since the material defects in the surface are very thin
and the weld seam shows a considerable thickening. In the present case a
nondestructive patented (Ref. 1) test method is described. In principle,
it is based on the fact that a flawless weld seam of this kind will-,show
a higher tensile strength than the metal itself because of its thickness.
In the thicker seam less tensile strains will ocel.Lr in the range of
elasticity with equal modulus of elasticity of weld seam and metal the
relative deformation in the seam will be less if it i6 flawless. By
measuring the deformation on three cross seotions, i.e., in the seam and
Card 1/2

New Nondestructive Method of Determining the S/032/60/026/011/019/035
Quality of Butt Welds B015/Bo66
at a certain distanoe from it, the weld seam quality may be valued after
,,~Iongation in the range of elasticity. To cheok the method suggested the
authors tested two types of tubing in this way: Diamefer, D 325 am, and
thickness of the wall d - 10 mm, as well as D - 58 mm and d 4 mm# The
welding of the D = 325 mm specimens Of CT. 4 (St-4) steel was made by
means of a sliding KTCA(KTSA) device, the tensile test on a horizontal
machine with a maximum load of 3000 t. Thq latter type made of Cr, 3 (St 3)
steel was testt,-1 on a machine with a maximum lcad of 100 t. The test
resulta show that a tensile strain of thelorder of magnitude of
10 - 12 kglmm2~is sufficient for the quality rating. There are I figure
and I Soviet reference.
ASSOCIATION: Vse5cyuzryy nauchno-issledovatellskiy institut po
stroitel'styu magistrallnykh #-.ruboprovodov (All-Union
Scientific Research Institute for the Construction of Main
Fl-pe I ~ir-e s~
-Card 2/2
wo

f ~111-11-0. 7-
S/125/61/000/004/006/013
A161/A127
AUMORS: Kislyuk, F. I., Pavlichenko, S. (Moscow)
TnIE: Investigating the possibility of ultrasonic flaw detection in circular
welds on thin-wall pipelines produced by resistance welding
PERIODICALt Avtomaticheskaya. avarka, no. 4, 1961, 4o - 46
TE(Tt Results are presented of an experimental inveattgation conduoted on.
segments out from butt joints in 325 x 8 and 508 x 9.5 mm steel pipes produced in
field welding with mobile kTCA (KTSA) welders. Ultrasonic flaw dwteotion has not
yet been used in the USSR in field welding of pipelines. Reference is made to an
extensive use of this insp ection method abroad, for pipelines joined by.arc weld-
ing (Ref - 5: A. G. Barkov, Pipeline Field Welding and Quality Control Methods,
"Petroleum Engineer", v. 30, no. 51, and to experiments at TsNIITMASh'with resist-
ance-welded butt joints in pipes with 35 mm wall thielmess [Ref. 1: A. S. Gellman
et al., "Zavodskaya laboratoriyall, no. 5, 1954]. The subject experiments werre
carried out with a Y3Pr7H (UZD-7N) flaw detector. A prismatic feeler with a 500
beam angle was chosen since it permits the detection of defects at 20 - 60 mm dis-
tance from the feeler edge. Feelers with 400 angle proved not suitable because of
Card 1/3

S/125/61/006/004/006/013
Investigating the possibility of lultrasonic flaw... A161/A127
the protruding joint and detection of insignificant defects (1 - 2 mm2) not affect-
ing the serviceability of the butt. The necessary acoustic contact between the
feeler and the pipe surface was produced by a thin oil film. The flaws were looat-
ed by the amplitude of pulses on the screen of an electron beam tube. "Siemens I111
and Y3A-HWHM-5 (UZD-KIIN-5) ultrasonic flbLw detectors were also used for compariscn
and the UZD-NIIM-5 proved best suitable for field use. Its advantagees over the
other two flaw detectors are: 1) It operates on both a.c. and d.o. and low voltage
(12 v); 2) In addition to the electron beam tube screen it has two more indicator5
(sound and light), which facilitates inspection; 3) Its electronic depth meter
indicates the depth of flaws; 4) The absence of an initial pulse on, the tube
screen makes detection easier. Conclusions: 1) The preliminary experiments have
proven that ultrasonic flawdetection is possible in principle for 8 - 10 mm thick
welds produced by resistance flash welding. The presence of burrs and a reinforced
seam cause difficulties, for signals reflected from the reinforcement--may be under-
stood as signals reflected from defects. 2) Cracks, craters, oxide flaws etc. are
detected, but no defects of the kind producing no cavities (burns, premature cry-s-
tallization), and then the ultrasonic detection data contradict the results of me-
chanical tests. 3) The entire joint can be sounded through with multiple reflec-
Card 2/3

3/125/61/000/004/006/013
Investigating the possibility of ultrasonic flaw... A161/A127
tion of the pulse. 4) Studies haveto be continued and the inspection device to
be improved. [Abstracter's note: No description of the ultrasonic equipment is
included]. There are 5 figures, 2 tables and 8 references: 7 Soviet-bloc and
I non-Soviet-bloc. The one reference to an English-lm guage publication reeds as
followsi A. G. Barkov, Pipeline Field Welding and Quality Control Methods, "Pe-
troleum Engineer", v. 30, no. 5)
SUBMITTED: October 8, 196o
Card Y3

KISLYUK, F.I.; MUM, I.A.; PETROV, G.N.
Effect of compounding on theicharaoteristics.of a synchronous
generator in a movable electric station for resistance welding~
Avtom*. ovare 14 no.5:67-73 my !.61. (MIRA 14`~)
.1. V-e;soyuznyy nauchno.-eiseledgvatellskiy In.-titut po stroitelletTa
magistralInykh trubop;ofodov.,~
(~leotrio welding-~quipment and supplies)

KISLYUK) F.I.1 doktor tekhn.nauk; KHARASH, M~Yaop inzhe
Projection velding of steel parts of various thickness. Svar.proizv.
,no.los24-26 0 164. (MIRA 18sl)
1. Yeesoyuzrqy nauchno-issledovatellskiy i proyaktno-tekhnologioheakiy
institut ugollnogo mashinostroyaniYa.
1;

KISLYUK, F.I., dokLOV tek-tin. viuk; PE,rRov, Yu.ei., lr,,-.,h.
Machine for double are welding 'in carbon dioxidp of belt elevator
bucketa. Svar. proJ.zv. no.6:33-34 Je 165. (Mlim -18.8)
1. Vsevoy",rW naudlinc-is3ledovatallskiy .1
cheokiy IristLtut ugolinago mashinostroyeniya,

KISLfIUK. G.A.
Formation of motion habits in preschool children. Yop.
polkhol. 2 no.6:111-124 N-D 156. (WAA 10*-2)
1. Institut palkhologil Akademil podagagichookikh nauk,
Moskva.
(Ghild study) (Ibv*mat, Psychology of)

KISLYUK., I.M.
Increasing the heat resistance of young grain.crops by hot and cold
hardening. Bot. shur. 47 no.5t713-715 (MIRA 16-.5)
1, Botanicheakiy inatitut imeni V.L.Konarova AN SSSR, Leningrade
(Plantf Effect of temperature on)
(Grain)

MkSHANSKITP V.F.
Ultramicroscopic structure of chloroplaots. Bot.zhur. 50
no.10"11384-1395 0 165. (MMA 18t 12)
1. Botanichaskiy institut imeni Komarova AN SSSR i Institut,
teitologii AN SSSR, Loningrad.

f -'es or' CUMM49 sa-'V-
Ef"c-t of' light on tl- ~nj-ry c
107,; temper~Lt,,jrB. Lc'K!-. AN Sc!SR 1" '64.
(M.TR,k 17412)
Im. AN sssR. F~cdstavlano
-nom.

Functlwial and otmtctural c-hiir1gf!,q in the ve-I'l-o lev 'vc--
thermapbilic plants -ander thn irifluBnne of lc,,,j above rr ez.'Ing
point temperatures In light a-i-d in dark-es3, B-'Ioflil~,a 9
no.4.-463-468 164.
1. BotAaicheskiy in~tltvtl imeni. All O-'SSR, L-nilrgrad.

t-:~--t----
KISLYUfj I. M.
"Morphological and function changes of chloroPlasts after
cooling of leaves of Cueumis sativa L.4

LIPKOV, I.A. L)--%'t6PACH1NSKAYA, A.L.
LKISLYUK.L I.Y.; BRUSLAVSKAY-A, V.
Improved technolog7 of imitation fur manufactur- with the metbod
of knitted sliver pile. Nauch.-isal. trudy VNIJTF no. 5tll5--134
t64 (01RA l9tl)~,

KISLYUK. I.V.. kand. tekhn. nauk
Automatic loop transfer systems used in doublo-rib machines.
Leg.prom. 18 no.10:33-36, 0 '58- (KIRA 1j.-II)
(Knitting machines)

MIMIN, Moisey Samuylovich; SDIJ21, Solomon Khononovich; LIPKOV, I.A.,
kand. tekhn. nauk
,, retsenzent; KISLYUK I V kand. tekhn.
nauk, retsenzent; -TRISHIRA, L.A., tekhn.
red.
[Circular knitting machines for knitted cuterwear]Kruglo-
viazallrye mashirjy verkbnego trikotazha. Moskva, Rostekh-
izdat, 1962. 307 Pe (MIRA 15: 10)
~(Knitting machines)

KISLYUK I V kand.tekhn.nauk; LIPKOV, I.A.; FESHINA, M.P., inzh.
Manufacture of piece-knitted outer gar~nents on circular
ma6hines. Nauch.-issl+%ly VNIIITT no.2:61-98 160.
(MIRA 16:2)
(Knit goods)
(Knitting-machines)
SEEM I I

lop A 04 4~
AW ritavillift iwolp
Sao
pot
694,
004 3
i. . i':
no-sm noibr Nub%* Ow wow,#
A-X~M (In RUM)An.) J. 1. KisMA,
14)0110 "it Gov 449
OUL"Mit 411411 40 an* Is%
1 10 is 8, a W .rAlft. L I V W 0 o- 0 1 w@1 Ido 0 -.3. 1T-
V .0 0 to &a A x a -It k it it of pro i 1 M
a Val: a 0 a ego *so so 00& 0 00 0 00a0 0 0 a a 0 0 aS.'s 0o010000
a--a 0' WA

7411 tair--. -AW"MM R,
MMM
KISLYUK. L.D.
Some binary codes with maximum weight cGmbinationa. Radiotekh. i
elektron. 8 no.12sl963-1971 D 163. (MIRA 16s12)
MI&F

*-M!?M~ NVE,
KISLYUK, M. M.
Derivation of soft wheat (Tritimus vulgars) plants from branched
wheat of the turgidum species (Tr.turgidum). Bot.shar. 39 no.4:
545-648 Jl-A9 '54. (MLRA 7:10)
1. Tsesoyuzuyy Institut rastenievodetva VASKhNIL, Leningrad.
(Wheat)
R
0-
aNl

CATEGORZ
A'33 . JOUR. RZBiol., ~10. 195f, No. 86976
ITT
Gountry t U ~~ ~.7
TITIL, Gcnditions of ~lndergoing the tage of Vernali
zation of Winter Whest as a Factor of Its
Variation.
ORIG. PUB. : Tr. po prikl. botan genet. i selektsii2
19517, 30, 1,1o 3, 35-~l r3
AB3TPACT : For the purpose or obtaining highly winter-
hardy ~,,inter wheat, by developing long-sta"ge vz)rieties,
string plantings were mde of winter wheat Borovicliskaya
and Ina (Polish variety), using vernalized spro-uts which
had beer, sub3ected to -the action of subfreezing tempera-
tures at the end. of tile stage of vernalization. The work
was Initiated in 1940, interrupted during the war, and
resumed in 3.91j6. Behavior of Individual lines of the
varieties indicated changes in duration of vernalization
i,sta,r.e. Behavior of lines of ina, variety revealed considr-r-
able differences in time of spike formation. In li.nes of
local Bovovicchskaya variety the length of time between
appearance of seedling plants and spike formation increased
CARD: 1/3

00UNTAY USSR M_I+
-CATRIORY
ABS. joua. No. 195 86976
No.
~,VLITHOR
U~-'~ T
T 1T L.:~
3-:) EAOT with decreasing duration of vernalization.
A
N
IrL.4 lines Clut"of-6-the a_Dplicatlon.,of subfreezing temper-
'atures 'redbIted''in an
inereasedidurAtion,of,verna"iz;~tion
st'age,"_,under conditions of, ~spring,,sowing. The most striking
example-'of trarlability of vernalization stage durat ion I was
Oxhibite 'd by ~ lilyle :248. On .:the ,baslis, of . itudies of variabili.
.ty of-fr.6st-rbsistance'and--winter har -diness of experimental
lines, b7 freezi-ng..xinder:laborat-~ry conditions andby-
determination, of w Lnter- survival in the. fields, three line
groups were-differentiated-t-lines that-developed spikes
ear.
"y and at'the same time, equal to local Borovichskaya
standard An duration of vernalization stage, frost
Ci-AD: 2/3

ZARUBAYLO, T. Ya.; LIUKi, M,M.$ KOZHUSHKO, N.N.
-L. _'~ _.
Mcperimentally pro , ced'- '-.mtations in field crops (vheat, bar- ;
ley, oat) as affeetbu uy ionizing radiation. Genet.ika no. 6t I11
~132-136 D 165 (MIRA 19t1) ,-I

KISLYUK, M. M.
"Changes or the species of wheat - under the influence of temperatures
below zero on the germ."
reported at Conference an Problem or Heredity and Variability, hold at
Institute of Genetics, AS UM. &14 Oct 1957
Testift IN SSSR, 1958, Vol. 28, Wo. 1, pp.127-129 (author Kushner Kh. F.)

KISLYUK M M kand. oel'skokhoz. nauk
Changes in oats under the influence. of belov-freezing temperatareo.
Agrobiologlia no.4:512-518 JI-Ag. '59. (M9A 12:10)
1,VsesoymVy institut rastaidyevodetva, g.Leningrad.
(Outs) (Plants, Effect of,tamperature on) L

MC
-~, q~WO ~
KISLYUK, M.M., kand.sel'skokhozyaystvennykh nauk
Variation of hullass oats under the effect of below freezing tem-
peratures. Agrobiologiia no.1:66-72 Ja-F 162. (MM 150)
1. Vsesoyuznyy nauchno-issledovatel'skiy institut rasteniyevodstva,
Leningrad.
(Oats--Frost resistance)

KISLYUK9 M.M., kand. sellskokhoz. nauk
T
Variability of the wheat Tr. dicocc im, Ir. perelcum, and
T.r. timopheevi under the effect of low temperatures on
aptouts. Agrobiologiia no.5:779-781 S-0163. (KMA 17.51
1. Vbesoyuzn-yy nauchnc-i531edmatellskiy institut
rasteni7evodstva, Leningrad.

KISLYUK, M. Zh., Cand Tech Sci (diss) "Resea-rch into curved wave-
guides with rectangular cross-section. (Determination of optimal dim-
ensions)." Leningrad, 1960. 12 pp; (Ministry of Communications USSR,
Leningrad Electrical Engineering Inst of Communications im Prof M. A.
Bonch-Bruyevich); 200 copies; price not given; (KL, 26-60, 135)

qliSOO
22815
3/044J61/000/002/013/015
CIII/C222
AUMRS xisirat. Nab.
. I 7r- I
TITLSs Sent wave -mide with a rectanplar Gross section
PMUDDICAL.s leterativzWy Shurns3t Natematikat noo2t 1961g 25,
AstraCt-ay 180. ("?r'. Nanchno-teMn. konferentaft L*Riapo
slektrotekbne Ino-ts. evIyasi". Typ.2. L., 1960, 55-66)
TUTA The authorlinv*stigatee the structure of th*.elso*roas8W*1c
fleld in tha circular bondings of wave guides of a roctangular Gross
sectiolks. 1116~r the fields in the bent wave g4ide and for the..0cefficieuts
of propagation and. dqmping of the-traveling and the local WAT48 the.
author obtains amalytlc~&Pprozimats expressions consisting of el - ary
functions and being applicable for practical calculations.. The-author
considers circular bondinga of rectangular wsve guides incited by a
wave of the type 'R , of the straight vaye guide in the plume (of tr
veoto*rs) R and B.. We iho field in the bent wave guide Is represents,
48
tho sun. of. -two cylindric waves of the typA 9 and R. developments'
are.used-for the deduction-of the calculation formulas for the solution
of the wave equation for a' bending of the wave guide. in. -the plams N and
E. An analysis of the obtained results in given. It is shown that the
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Dent Way* guide-,,w:Lth.... 8/044 22815
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deduced appr"in*mo formulas BA'kiBfY the conditio'na of orthogonality.
araphical-roprog*ntatiOnB are added.
[Aksitracte'ris notes
Compi @to tranglation.3
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136 Z)
AUTHOR:
._gAlZ*.L14 Zh
.~j
TITIE: A rectangular bent waveguide
PIMIODICAL: Referativnyy zhurnal. Avtomatika i radioelektronika,
no. 31, 19611 40, abstract 3 1287 (Tr. Nauchno-tekhn.
Konfer 'entsii Leningr. elektrotekhn. in-ta svyazi,
no. ~2p L.P 1960, 55-66)
TEXT; Theoretical expressions are obtained which deteriaine the
field configuration and the-propigation factors is' of waves.iU'__.1_.,..
rectangular waveguides, bent in either H or E pl~nRs and excited,
by HIO mode of propagation. In the analysis,.the wave equation-is
written in a cylindrical system of coordinates and its solution is
sought as a sum of waves. Function W which describes the field
configuration as a function of the belnd radius and is the solution
of the wave equation, represents a linear combination Bessel and
Neumann functions while is the solution of a transcendental
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