SCIENTIFIC ABSTRACT KISLYUK, N. - KISLYY, P.S.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000722910001-9
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 18, 2001
• Sequence Number: 1
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

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NDSKALZXKO, B.I.; WOVICH, H.S.; BACHINSKIT, YU.T.; TOWL11I.A.T...
XXDMXV. P.M.; WXAJUVA, N.M.; OOWMT. F.D.; GATMXDV. O.Z.;
ALITEKDY, T.T.: STIVIS, N.D.: MIBDIDTA. Y.T.- BEATIATMA,
U.S.; TSYNSIMSKIT. Sp@.; MICHIPOM, P.: KOBZARI. V.I.:
BURNOVA. U.S.; PIUMN1=11Y. Y.N.; GORDIMCHUX. V.I.: SEKOLIGOo
V.I.; KIS MI, N.
Fifty years In to sugar Industry. Sakh.pron. 33 no.W8
7 159. (MA 2223)
(Shtepen, Goorgil Vlachoolayovich, 1888- )

f"no--rrCelus ti@64 kmittime method USIDC IldtAtIon Ustes F@n twi-
"Yets,n nutomtxc ro)oilsory marbirm. Iar,. prom. 17
(r,pttirw mphiram) (Hostery ludustry) (KIJA

BROVMAN, M.Ya.; VYDRIN, V.N.; YF.9.-MHIN, F.K.1 KISLVKj V.A.; KRAINOV, V.1.1
LEVINTOV, S.D.; RIMEN, V.Kh.1 SMEHRYAKOV, A.N.; -B.E.
@Iethod of controlling the tension in continuous rilling mills.
Stall 25 no.7:629-631 Jl 165. (MIRA 180)

WOW 43
ACCESSION NR: ATS023743 UR/0000165/000/000/0040/0049
4< cc @<
Kuroyanove, A. 11.
AUTHORt G!Y!ilov 1. V.; Duma A# S. # 9 1 44
TITLE: Selenocentric coordinates of 160 base points on the lunvr..s4r(*cC
SOURCE: AN UkrSSR. Figurs i dvizheniye Luny (Shape and motion of the Moon),
Kiev, Naukovs dumka, 1965, 40-49
TOPIC TAGS: lunar surface, moon, selenography
ABSTRACT: Measurements of the space coordinates of craters contained Ln the
Schrutka-Rechtenetam catalog (Schrutka-Rechtenstam, G., Mitteilungtn der
Universitatosternwarte, Wien$ 1958, 9, 17, 251-303) were made at the GAO AN Ukr.
SSR. The results together with the data of Schrutka-Rechtenstasm aid R. a. said*1
win (Baldwin, R. B., The Measure of the Moon. University of Chicago Press,
Chicago, 1963), served as the basis for the cumulative catalog of spitce coordin-
ates of 160 base points presented in the article. Initial results o'! a w1ution.
of a concrete selenodexic problem are presented, and their accuracy to dis-
Cussed, Calculations show that the center of mass of the moon is lo-:ated somewhat,
to the northeast of the accepted c-enter of V. figure* "In core--lusbin, the
authors thank Y. A, Vasilanko and calculators L, 11, Zinina ana S.- At. taslayak"a -1
Card 1/2

L 3422-66
ACCESSION NR: AT5023143
the romputations." Orig. art. Not 4 figures, 4 tablost and
for assistance in
15 formulas,
ASSOCIATION None
SUBMITTED: 1ZHay65 EMLt 00 SUB CODIt AA
NO REP SOV3 001 OrMERt 003
i Card 2/2

X1 armil I V
Rural hydroelectric povnr station built of precast reinforced concretto
Sol'. strot. 13 no*6:'A5 Je 058. MaA MO
1.5tacshiy inshonar Itrovelcogo treat& OS"Velektrostroy.0
(Kirov Provinco-Hydroelectric povnr stations)
(Precast concrete construction)

nn;sf!hnyZ iotrijInik
Yello, pear r,-Ptln Inanet Quadraspild' 10 till, pyri. 7Amhch. rest. ot
vrfid. i tot. 10 no.601-32 105. MRA 180)
1. Vaesoynanyy notacYinc~-iq.-jlpdov^tml$nV-ly institut vinodellya i
vinogrAdnirstvei *Mngarat-h", YRIta.

KISMV AsAds -A-A110
Splioing of r-a-.Il lengths fbr curved i%6c'.ions. Put' I putoidxt*
9 no,609-41 to".* OCITIA 1816)
1. Putayapi miahiqna@m Bi.antslyn No.121, stAnts.lys U-tilyany,
lugo..Zspadnoy +,rce.,

)IM011. A.D., lushossr-mokhaulk; NOTONIRUIT, B-P., inshnner-miekh"IkS =Ism
No L?., bricadir: SHCHMINSKIY, A.I., kombarner, Gervir Desslausti-
cheakags truda.- be kombaya*ro Gorey notlelallstlebookseo
truda; TABILICHIKO, 0- O*roy sollsialletichoftse# tpW&l JOYMO,
Vp;.; POWYAN. To# koxb&mro
Please think about It. Zmm. all& 32 u9.1t6-7 J& 157, (MU JoS4)
1. Direktor Asovskoy ordonAL lieftlas. Ykehinno-traktorner staxtell (f$r
Namych). 2. Sametitell direktors Asovskogo uchilishohis mokbaalutsit
sel"skogo khosymystva. No.2. (for Xovomirskir). 3. 20-ya traktorn3ra
brigo," Asovskoy ordema Loalma Ykehinno-traktomer otoatell (for Dom
n1seks), 4, Anevolmya MRshlass-tAktormaya stamtelya (for Moberibla-
ekly, Kiel", Vasilloboake). 5. Nastor prolsvodetvonnsgo obuohonlya
Asovsksge Industriallmogo takhaikum trudevykh resorrov (for Auteske).
6, Uohambehlyoya gimppy perspWotoyki brigadlrov traktoreykh brW
Asevskege twhilishcha, viekkanizateit met'skoge kbosyaystva, Samrakey
Nlashlaao-traktornoW stantsil (for PoItWam),
(Combines (Aericultural machinery))

KISLrY IZ-A.-aspirant
;=Z=
Methods for estimating the effectiveness of insecticides. Zeshch.
rast. ot vred, i bol. 8 no.5s46 My 163. (MRA 160)
le Nikitakiy botanichaskly sad, Yalta.
(Insooticides-Testirg)

TIKHONOVAI N.A.j.WLYX, A.Top mladonly nauctiyy notrLdnik
L:footive wthod for controning grarawy peste, Zaohcho ramto
c.t vred. i bol- 4 no.2t26 Mr-Ap 159. (MIM 16:5)
l. Zaveduyushchiy otdalam zashchity rastaniy Ya-y:wkoy obl"tnoy
gosWaretvannoy aellskokhospystvamoy opytnoy otahtsil (for
Tikhonova). (Crima-Cranaries-Diainfecti on)

KISLYY, G., mladshiy nauchnyy aotrudnik
Specific manifastations of loosc s=t. Zashch. rant. ot, vred.
i bol. 10 no.3t4O 165. (Km 1911)
1. Ukrainakiy institut rantonlyevodaiva, nalektall I genattkit
Kharlkov.

XISLTr, I-s kandetekhnonauk (C.11761)
Mapping underground wmolpal comunleations, wator-supply and @over
systems, Zhile-kov. khose 10 U001112@ 160. (MIRA 1)tll)
(Xmp draving)
Underground construction)
raine-Mmicipal services)
W

KISLTUX, 1. 14.
Notes on the anatour of wood In Araucariacesmo Bot.shuro
44 no.11:1624-1631 1 '59- (MIR& 13:4)
1. Leningradskly gnsn4arstvmnzWy ordana Lanins linivereltut
in. A.A.Zhdanove.
(Arsuoartaceao) (Wood--Anatony)

KI-JLYY, 1. F..
KISLYYp I. M.x "Morphographic-mrphometric chameteristice of the earth's
aurface in the Ukraine near the seA or Azov." Min HiCher Education
Ukrainian SSR. Kharikov Order of Labor Red Bwuwr Agricultural Inst
imerd V. V. Dokuchayev. Chair of Geodray. Kharlkovp 1956. (Disserta-
tion for the Degree of Candidate In Technical Science).
Sources Xrdzhnay4 letopias No. 28 1956 Moscow

KISLTY, I.m., kandstnkhn.naiik
C
Cnnfnrencn on thm coordinntion of rmtinnrch In the field of
pno4otic nnginnering In tba IP,,ralniun S.S.R. 1zv.vys.uch.4b.
2nv.: pnnd,l anrof. r-.5il7q-180 1 58. (MIRIL 11112)
(Ukrainn-rmodeny)

KISLTT, I.M. [Kyelyi, I.M.]
characteristics of the surface of tt.s Azov region
of the Ukraine. Dop. AV URSR no.6:669--670 '58. (MIRA 11:9)
I.Nauchno-lesledovatellsk-ly institut gorodskogo atrottelletva akadeall
r
strottellstva i arkhitakt USSR, Predstayll akademik AN USSR T.G.
'Uj
Bondarchuk CV.H. Bondaroh
(Azov region--Topography)

26-58-5-1,9/57
AUTIIOII( i kls-@Yy, I.M.9 Candidate of .'echnical -lulences (Kiyev)
TITLEs The i,ast of the LysoL;or River (kronhloye reki Lysogor)
+1,
PERIODICAL: Prirodal 1950, Nr 5, pl) 112 - 115 (Uj@;Iq
ABj,n
A.RACTi A short report is given on conditions of the Lyno,;or River
of the Ukraineg C.,,ornil;ov Oblast'.
AVAILABLEs Librarjv of Coneress
Card 1/1 1. Lysogor Rivar - History

22(l) SOV/3-59-3-35/48
AUTHOR: K'Lslyyl I.M. Candidate of Technical. :;clenc,;n
-------
TITLE: ....... -
Coordination of Research in the Field @)f Engineering
Veodesy in the UkrSSR (Koordinatsi a Issledovaniy v
oblasti inzhenernoy geodezii v USSR@
PERIODICAL: Vestn1k vysshey shkoly, 1959, 11"r 3, p 70 (USSR)
ABSTRACT: The basic problem of the First Republizan ConfLrence
on Questions of Engineering Geodesy thit took place
in Kiyev wan to coordinate the research work conducted
in tile Ukralne. Over 300 specialists from scientific-
research institutes and vuzes, design and production
organizations of the Ukraine and the R"JIFSR participa-
te in discussing these problems. Engineering geo-
desy is, first of -all, geodesy in the building trade.
The reports delivered by A.M. Kns'yanov, Director of
the Nauchno-issledovatellskiy inntltut f7radostroitel'
stva i arkhitektury USSR (AcY.'@r'-.- o' llui! linf@, im]
Architecture U`krSSR) and Corresponlini-, Mmber )f the
Card 1/11 Academy, and by D:)ctor of Technical .,cienc,:.,.-,, Fro-

SOV/3-59-3-35/48
Coordination of Research in the Field of Engineerirg Geodesy in the
UkrSSR
fessor N.G. Viduyev (of the game institute) - "The
Present State and Problems of Scientific Research
in the Field of Engineering Geodesy" were the mont
important of the Conference. Over 20 persons deliver-
ed reports to the Conference. The--- reporto were de-
livered by Docent V.Yu. Voiseyev (Kiy"ekiy Inzhenerno-
stroitel ,nyy institut - Kiyev Engineering and Construct-
ion In3titute) on "Application of New Engineering Me-
thods in Surveying and ExamJning Underground Construct-
ions", Engineer G.D. Onar (KLyevmetrostroy) - "Geodetic-
Surveying Work at Building Sit.es of Timnels nrid Sub-
ways", Engineer M.A* Brozin (K1yeY=trostrqy) - "Geo-
detic Worlr in 'Bridgebuilding", Profesnor V.G. Leon-
tovich (Kiyevskiy khudozhostvennyy ins-Atut -KiM In-
stitute or Art) - "Instruments, Requized for Carrying
Out Work in Engineering Geodesy", and others. The
orators welcomed the openinm of a Depirtment for En-
gineering Geodesy at the KI"Y Engineering and Con-
Card 2/4 struction Institute, and -the astabli3hing of a

Coordination of Research in the Field of Engineering GeodeGy in the
UkrSSR
Section of Engineering Geodesy at the UkrSSR Academy
of Building and Architecture. The conference resolu-
t.,.on indicated the basic problems of engincerinr geo-
dusy science for the next 7 years. These include:
solving problems of geodetic electrcnics, of engi-
neering-geodetic planning and its tt.eory, the theory
of engineering geodesy, and taking of large-scale
aerial photographs. It is intended to make devices
for range finding, for town geodetic work, geodetic
observations of deformations in constructionsq geode-
tic work at building sites, for hydrotechnical con-
struction, ro3d construction, and for underground com-
munication surveys. The conference material will be
published in a special collection by the Academy of
Card 3/4 Building and Architecture of the Uk--SSR.

SOV/3-59-3-35/48
Coordination of Research in the Field of Engineering Geodesy in the
UkrSSR
ASSOCIATfON: Nauchno-isaledovatellakly institut gradostroitel'stva
Akademii stroitel'stva i arkhitektury 'USSR (Scien-
tific Institute of Town Building of the UkrSSR Aca-
demy of Building and Architecture).
Card 4/4 Ir

30) SOY/154-59-3-4/19
AUTHORt Xislyy, 1. V., Candidate of Technicsl Sciences
TITLEt Results of the Work of the Scientific-technical Seminar for
the Leading Workers in the Field of Applied Geodesy for 1957-
1958 and the Plans for 1958 - 1959 (Itogi raboty nauchnogo takh-
n1oheekogo seminars, rukoyodyashchikh rabotnikov Y oblasti
Inzhenernoy geodazii za 1957 - 58 9. 1 plan raboty na 1958-59 9.)
PERIODICALt Izventiya vysshikh uchebnykh zavedeniy. Ceodeziya I serofotos"-
yemka, 1959# Nr 3t P 143 (USSR)
ABSTRAM The scientific-technical seminar for leading workers In the
field of applied gendeny was or8anized by the Chair of Geodesy
of the Kiyevskiy In:shenerno-stroitellwy Institut (Kiyev CIT11
Engineering Institu+e), by the Department of Applied Geodesy
of the Sauchno-issiedovatellskiy institut gradostroltellat7a
Akademii stroitel'stva I arkhitektury Ukrainakoy SSH (scientific
Research Institute of Town-building of the Academy of Building
Engineering and Architecture of theUkr6SR), and finally, by the
KO VAGO. The seminar is already in its second year. Its aims ares
Betterment of qualifications, exchas-zge cf experience made in
Card 1/3 productiono advice on operations of applied goodesy. The following

Results of the Work of the Soientific-technical Seminar SOV/154-59-3-14/19
for the Leading Workers in the Field of Applied Geodesy for 1957-1958 and
the Plans for 1950-1959
participate in the seminari Ukrainskoye aerogeodezicheakoye
prodpriyatiye (Ukraine Aerogeodetical Lnterprise),Geotopos"yetkap
VTIZ, Glaykiyevetroy, Ukrgiproshakht, Ukrgiprosakhar, Gipro-
zdrav, Ukrgiprogaz, Kiyevgiprotrans, Giprorechtranst et4e .
Following suggestions made by these organizations, the follosing
problems were dealt with in the sonli;art large-scale aerial
photography of cities (Giprograd)l clectronic rethods in the
surveying of subterranean constractions (Ukraantakhzontazh);
new methods of pegging in industrial and civil constructions
"Promatroyproyekt, 01"kiyevetroy)l application of light locating
.j,vatolokatelya) in 3urvoying (Giprotechl.rans)l principles of
radiogeodeny (Ukrgeologiya); now geodetic instruments and
apparatusl application of hygroscopic Instruments for the orion-
tation of subterranean production @Kiyevmetrostroy)j application
of aerial photography and of the echo sounder in hydrographic
operations (Glaynoye "prayleniye Dnt:provokogo rechnogo parakhod-
sty& - gain Idministration of the Dnepr River Navigation)#
municipal geodetic frame networks (Geotopoe"Yemkah practice of
Card 2/3 radiogeodetic surveying (Ukrneftegeorizika) From Septezber

Results of the Work of the Scientific-technicsl Seminar SOV/154-59-3-i4/19
for the Leading Workers in the Field of Applied Geodesy for 1957-1958 and
the Plans for 1950-10,59
1957 to May 1958 the seminar was regulirly held twice a month.
20 lectures were deliveredl from 70 to 500 persons were assembled
each time. The following lectures were heard in the course
of the new years A. K. Golyahey, head of the department of state
geodetic supervision of the KVD USSR (Ministry of Internal
Affairs of the UkrSSR) "Survey of Geodetic Works of the Official
Organizations of the 11krainskaya SSRHI Professor 1. 0. Viduyev,
Doctor of Technijal Soiences,"The Present State of the Error
Theory in Geodetic Measureme.nta"I Profeisor N. 1. Toystoles,
Doctor of Technical Soiences."Experimental Aerial Photography
for the Technical Investigation of Auto-highways". Twenty more
lectures are provided.
ASSOCIATIONs Nauchno-inaledoystelinkiy institut gradistroitelletya AS i A
Ukrainskoy SSH (Scientific Research Institite for City Building
of the Academy of Building Engineering and Architecture of the
Ukrainakays. SSR)
Card 3/3

KISLTY, I.N.. kand.fakht.nauk
Leveling rods mnufactured by the Kalinin Soonolic Coumil. Good*
I karts nool:76 J& 16o. (IURA 1316)
(Buryoring-Instruments)

KISLYY. I.M.
Slop,ja and elevations of drainage basins in the northern part of
the region of the See of Azov. Sbor. rob. po 01rol. no 2tl44,-
la 961. i)(IU 15 t 2)
1. Nauchno-issledovatellskiy institut gradontrottellstva Akademii
stroitellotva i arkbitaktury USM.
(Azov Sea region-Valleys)

KISLYY, I.M. (Kyslyi, I.M.)
Studying the influence of the scale of a topographic map upon
the socuracy of determining morphometrical Indices. Geog. zbIr,
no.61l52-156 162. (HIRA 150)
(Topographic maps)

18M 3OV121-59-1-12126
AUTHORS: Samsonov, G.V. wbd"@Kislyyl P.S.
TITLE: A New Method of Making Pipes and Rods Of ifeat-Re-
SiBtant Powder Metals and Their Compounds (Novyy
sposob izgotovIeLlya trub i sterzhney iz poroBhkov
tugoplavkikh metailov I 1kh soyedineniy)
P&MDICAL: Dopovidi Akademii nav-k Ukrainslkol R,'--')R, 1959, 11r 1,
pp 46-48 (USSR)
ABSTRACT: This new method of making pipes or solid (without
hole) bodies of heac-resistant and non-plantic metal
powders or their compounds such as carbides, nitrides,
borides, silicides, or sulfides, consists in pressing
them in a mold, with the use of a punch with a central
rod (for making pipes) or withcut such a central rod
(for making solid bodies). The metal powder is mixed
with 2-4% starch paste, which Is the best plasticizer
for this purpose. The pressed bodies are sintered
Ca.rd 112

SOV/21-59-1-12/26
A New Method of Making Pipes and Rods of Heat-Resistant Powder
Metals and Their Compounds
in an electric resistance oven at 600-7000 C, for 112
hour, and are then heated to a clinkering temperature
for 5-10 hours, whereupon th8 furaace and works are
cooled gradually to 900-1000 C. 3hrinkage averages
12-20%. Porosity changes from 5 --,o 12;j. There are 1
diagram and 5 Soviet references.
ASSOCIATION: Institut metallokeramiki ispetsspLavov AN UkrSO"R (ln-
stitute of Metal-Ceramics and Spe-.1al Alloys of AS
Ukr SSR).
PRESENTED: September 27, 1958, by V.N. Ovechaikov, Member of the
AS UkrSSR
Card 212

15 (2), 15 (6)
ll"HOR": 1jeshpor, V. .3. , Kinly, 30031-59-5
A
A v, P. S. -9/12
TITLE: Not Prqnning of Chromic BorfAe Powder nni Some Pronartins of
the Jinterad 'Jaterlnl (Gor-Inchoye preanovanlya poroahkrt borlda
khromn i nokotor?ye evoystvn spechonnowo m:iterinla)
("an,:uporys 1959, Or 5, PP 231-23; (W'30
A" "MI! In the prqsent paper, the authors investigqtb the 3intoring,
conlitions of the chromic boride powder which is obtninad by
the reaction of chromic oxide and boron carbile. The che-icq!
compocition. of chromic bortlo to givfn in table 1. The
ninterine of the chromic boride powicr was Iona by hot
pr@--asin6 by means of -i laboratory lever proan (Fig 1). !t a
te-npernture of 2000 ! 500, a pressini- effect of
V10 I-r/ nm2nni a 3
'I intoring tLne of 10-12 min, it w.%x poenible
to obtnin namples vvith the minimira porosity of 3"? (Pig 2).
The molting tomper9ture of the CrB 2 nacertainei by thq authors
In 2200 f 50 0 which comon nonr the t-impernture nscort."Inel by
.nr1rovokiy (Ref 3). Figure 3 nhowa Vv? -relative ch-nge in
0 stimplen reInted to I ci2
Cari 1/3 nolf@-ht at 1200 of the CrB 2 surfAce

Hot Proniing of Chromic 3orida Powder ond Some zov/1
Properties of the Sintered Uaterial
and figure I roprosanto tho curve of the change in welpht.
This change In weight In n function of the time of
oxidation. The oxidation stnbility cf the boriden n9certainol
by Kotollnikov (ior i.q correnponrl.-; to the one In the
prenent pnpor. The coefficients of :,xplinsinn of three aFimplos
with different nirosition at 5000, an well is the reniatnnce
to preanure ind rupturn of chronic borido samples with
different porosities, are further irdicated. Some proportion
of the chromic boride nre given in table 2. Concerning the
otability of the chromic boriele agpinst the action of
notive reagents, the nuthors of this article refer to the
papers by Kotelinikov (Ref 14) and "flodylevsknya (Rof 22).
The indicated properties of the chrcmic borile permit its
use as a constituent of heat-renintont alloys. A shortcoming
to its brittleness which cin be reluco4 by cementing the
borido grains v1th a metal binling tgent. The cemented
chromic borile can be used for the :snufacture of nozzlen for
spraying fused metals, of cruciblec ani copts of therno-
elements for the tomParr-ture t;ieanurcment in metn1lurgicnI
Card ?/3 furnaces. There are -t rigures, 2 trillei, an-1 ;19 references,

Hot Prnvilng of Chromic Doride Powder -ind 13omo 3011/131-59-5-9/12
Proportion of the Sintorod Material
17 of which are 3oviot.
AS'3OCTATIOIN Institut metallokoramtki i aretninlInYO, snlavov A'I USIq
(Institute of Povior Iotnllurry -0 Specinl f3loyn of the
A3 Ukz-333)
Cari 5/13

11300 67835
SOV/180-59-' 20/31
AUTHORSt Kislyyj P98*1 and Samsonov, G.V. (XIYOV)
TITL3t Hi'gh.-'1'91'm.-p.'e-.r'-a'M!;re Semiconductor Thermocou 149
PERIODICALs Izvestiya Akademii nauk SSSR Otdeleniye takhnichasklkh
nauk, Metallurgiya i toplivo,1459,Nr 6,pp 133-137 (USSR)
ABSTRAM The authors classify service conditions for high-
temperature thermocouples and discuss suitable materials
with a view to extending the present range of
temperature and composition conditions. "Mey give 9.m.f.
vs temperature curves (Fig 1) for the following alloys
(mol Ps 20 MOSi2 + 80 B4C; 20 TiC + 80 CrS12;
20 TiC + 80 E4C. The highest e.m.f. is obtained with
systems of titanium or zirconium borides. with boron
carbide the temperature dependence of which is linear
above 360 OG9 and these systems are stable. The authors
propose a thermocouple design in which molybdenum
silicide or titanium or zirconium boride or carbide or
similar material forms the sheath. The sheath at the
same time is one electrode of the couple, the other being
Card a rod of e.g. boron carbide located Lnside the sheath.
1/3 The junction is formed at the tip of thG sheath by
welding. Fig 3 shows the calibration curves for

67838
SOV180-59-6-20/31
High-Temperature Semiconductor Thermocouples
TiB2 - B - 0; ZrB2 - B - C; HoS12 - B - C. Leads are
attached either by soldering to a silver-paste deposit
or with the aid of copper clips. Laboratory tests of
couples for 150 hours at 1600 OC showed their stability
to equal that of platinum/platimm-rhodium couples
tested at 120000 but under otherwise similar conditions;
production tests were carried out at the Alchevskly metal-
lurgicheakly zavcA Imal Vor*shiloya (Alche"k setallurgeal vorks In.
Voroshilov)j measuring bpen-hearth furnaae waste-gas temperature
Showed their suitability for temperatures of41800-19000C
under oxidizing conditions. The authors maintain that
by suitable choice of materials a very wide range of
requirements can be covered.,/ For example a sories of
couples of borided graphitawwith borides are suitable
Card for vacuum inert or reducing atmospheres up to
2/3 2330-2300 4C the e m f. rising linearly up to 90-120 mV
from 5-6 at 300-400,06.
There are 3 figures and 16 references, of which 13 are Ul
Soviet, 2 German and I is English*

67838
SOV/180-59-6-20/31
High-Temperature Semiconductor Thermocouples
ASSOCIATION: Institut metallokeramiki i spetsiallnykh splavov
USSR,
AN
Kiyev
(Institute of Metallo-CeraLiOS
.@ I
SUEMITTED: June 29, 1959
and Special AllOY32
Ki@@4)
@K
Card 3/3

15(2)
AUTHORSi Samsonov, 0. V., Xislyy, P. S. SOT/131-59.6-9/i5
TITLEs Tsohnology'of Producing-Tu'"s and Rods of Molybdenum
Disilicide (Tokhnologiya izgotovleniya trub i sterzhn*y
iz disilitsida molibdena)
PERIODICALs Ognsupory, 1959, Nr 6, pp 276-278 (USSR)
ABSTRACTe For the production of tubes and rods of HoS12 a mold is used
in which the mass is pressed through a nozzlt/as is shown In
figure 1. The unworked tubes and rods were dried for I - 2
days at room temperature and then sinte-"d In Taman
furnace* in a hydrogen medium. 1n doing no, the unworked
0
pieces were at first heated up to a temporature of 600 - 700
halting time 30 minutes# and then the sintering process was
finished at a temperature of 1950 0, halting time 5 - 10
minutes. After that the products together with the furnace
0
were cooled down to 900 - 1000 . A deficiency is the high
electrical conductivity of the hosting ele=ontR onds of
molybdenum diellicids, 1xperiments intivdacIng silicon-
Card -aluminum- and zirconium oxide In the layer were made to

Technology of Producing Tubes and Bodo of Molybdenum
Disilicid*
increase the electric resistance. Tubules of molybdenum
disilicide can b? used for the production of electrodes
for semi-conductor thermocouples. V. S. Sinellnikova took
part in this work (footnote 1). Figure 3 shows the
characteristics of such a thermocouple. There are 5 figurest
I table, and 4 Soviet references.
ASSOCIATIONs Institut metallokeramiki i spetsiallnykt. splavov AN USSR
(Institute of Powder Metallurgy and Special Alloys of the
AS VkrSSR)
Card 2/2

18
AUTHORi
TITLEj
SOV/21-59-8-12/26
Samonov, H.V., 9yue11jiAv-r& V.e,.p Kysl@rs'p P. 0.
(sameonov, 0. V#t '@':Yllnikova, V. P. 8.)
. A.
Alloys of the Boron Carbide - Molybdenum Disilicide Systea
PERIODICALi Dopovidi Akademil nauk Ukrainalkoi HSR, 1959, Nr 8,
pp 066 - 860 (USSR)
ABSTRACTt The alloys of boron carbide with molytdonum disilictd*
posses a high and 9table themal e. o. f. which is used
when creating high-temperature thermocouples [Ref. V.
The boron carbide, however, ig,at its high resistance to
heat, (Ref. 27 not yet sufficiently resistant to oxidation
at high temperatures. This calls forth the necessity to add
components to the alloy which avert or stop its oxidation.
In connection with this, the properties of boron carbide -
molybdenum disilicide alloys were subjected to investigat-
ions based upon the method of metallography, X-ray patterns,
conductivity and thermal e. m. f. Formation of the quadri-
partite phase Mo (B 1c,, Si) is f,3uni. It has a very wide
homogeneous region across which (from 10 to 150 mol.% MoSt
Card 112 in alloys with bor3n carbide) electrical resistance

jOV121-'9-8-12126
Alloys of the Boron Carbide - Molybdenum Disilicide .;ystem
increases and thermal 9. m. f. decreasits, in accordance vith
the degree of defectiveness of the lat'.ice of this phase.
The investigation of alloys in view of their resistance to
oxidation has shown (Photo 2), that an alloy which accord-
ing to Ito composition ccrresponds app:oximately to the
quadripartite chemical tcmpound, possoisen the highest
resistance to oxidation. Additions of disilicide of love
than 50 mole% decrease the resistance .)f alloys to oxidation.
There Is one set of photos, 1 diagram ind 5 references,
3 of which are Soviet, 1 American and 1 German.
ASSOCIATIONt Institut metallokeramiki i spetsiallnyth splavov AN USSR
(Institute of Povder Hetalltirgy and Speciil Alloys of the AS
of UkrSSR)
PERIODICALt By V. M. Svechnikov, Member of AS Ukx33R
SUBMITTEDt December 22, 1958
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8/18 1 /,30/002/000/007/045
B006/BI)70
AUTHORS; Samspnov, G. V
TITLE: The Diffusion of Boron in Carbon
PERIODICAL: Ftzika tvardogo tola. 1960, Vol. 2, No. 8. Pp. 1729-1732
TEXT: The authore heve already performed preliminary etperimente on the
diffusion of boron in graphite and investigations of thst properties of
the tWX=.qALDjUAobtained in this way. It Is found 'he*, by the
diffusion of boron in graphite alloys are obtained whic'i show greater
solidity and lower brittleness than boron carbide obtained by compression
under heat. These alloys have semiconductor properties. and can be
utilized for the preparation of high temperature thermo:ouples. By the
diffusion of boron into the surface of graphite samples, thpir corrosion
resistance becomes noticeably higher, particularly at higher tozperalures
(Refs, 1-5). The purpose of 'the present work was to invastigate th9
mechahism of diffusion and to determine its parameters. The objert 01
investigated was a cylindrical sample of spectroscopically pure FZ!,phit*
Card 1/3

829p,e
The Diffusion of Boron in Carbon S/18 (0/002/008/007/045
B006YDC-70
onto whose surface a 2 mm thick layer of a paste of amorphous boron was
applied. After the samples had been dried at 15000, thej- were enclosed In
a graphite shell and preheated in an atmosphere of hydrogen (700 - 8000C.
60 - 80 m1n), After this treatment the samples were sub,@ected to
metallographic, chemical, and X-ray analyses. Further, fhe reverse
process of diffusion of carbon in boron was inveatigated. For this
purpose, boron samples of a porosity of 36% were employod. They were
prepared by,compresslon of boron powder and sintering a% 1900 C. In this
case there resulted a saturation of the carbon samples isith carbon In 30
minutes in a vacuum oven at 19400C. Experimenta showed ihat In similar
conditions the boron penetrates deeper in carbon 0.4 - 1.6 mm) than
carbon does in boron (0.6 - 0.8 mm). Thie indicateo a r-imaricably higher
mobility of boron atoms. The diffusio coefficients wer-) calculated to
be 6.2-10-6cm2/see (B--9C) and 1.8.10-gem2/seo (C--*B). N-imerical data for LX
two samples showing boron content at different dept)-.9 of the carbon
sample (chemical analysis) are given In Table 1. Th*Ir ?raphical
representation Is given In Fig. 2. The boron concentration diminishes
exponentially with depth. That a solid solution is formed due to
Card 2/3

82988
The Diffusion of Boron in Carbon S/181/60/002/006/007/045
B006/BC70
diVusion, is shown by an X-ray analysis. Here the tnterplanar spacings
of -raphite lattice are measured an function of boron ccncentration
(Fic. 3). Further, the temperature dependence of diffusion of boron In
gralhite Is Inveatigated (Fig. 4). D - 3.02 exp(-26625/1') in found to
hold. Numerical values are given in Table 2. There are t, figures, 2
tables, and 6 Soviet references.
ASSOCIATION: Isistitut metallokeramiki I spetairAlinykh nplavoy AN USSR
(InatitUte of Powder MetallurgZ and Specittl Alloys of the
AS UkrSSR)
SUBMITTED: October 20, 1959
Card 3/3

ko 1 11(of 5
'9971
S/15-1/51/000/002/001/OC2
B 105/32b6
AUTHORS: Samsonov, 0. V. , rislyjy S. . Panaayuk. A. D. .
Strellchenka, A. G., Khavrunyak,-'I. G.. Serikova. G. 11.
TITLE. Shield tubes from zirconium bortle for immersion
thermocouples
PERIODICALi Ogneupory, no. 2, 1961, 72-74
TEXT: The article describes experiments and studlea eading to the
manifacture of shield tubes from zirconium boride whl,@h have a high
thermal resiutivity. Shle'Ad tubes produced from zirc.)nium dioxide, *hIch
w1thstand immersion into molten steel at 1650-17200C for a short time,
%ere elaborated at the Leningradakiy takhnologicheakij inatitut imeni
Lerscveta (Leningrad Technological Institute imeni Lensoret). Studies
cf thqir stability In colten cast iron and stool, made at the laboratorlya
.'uKoplA.vkikh materialov (Laboratory for H'Agh-melting Materials) of the
JW;itut metallokeramiki I spetsiallnykh splavov AN USSR (Institute of
PC*d-!; Metallurgy and Spealal Alloyn AS UkrSSR), ahaved that zirconiuz
bczlde ZrB to of extremely high thermal resistivity and thus %ell suit#d
Card 1/,#@

89M
Shio'd tube6 frcm zirconium boride ... 3/151/61/000/002/011/002
M5/vo6
f@,.- shield tubes of thermocouples. Suc+ a shield tube to schematically
..O@uvn in Fig. 1. The blanks of the shield tube are driol and einterod
in an electric furnace at a temperature of 2050-22000C. The aintered
&hl#ld tubes have a fine-grained fracture and a porosity of 5-12%.
Shield tubes with an outer diameter of 11 and 16 mm ard an Inner diameter
4 and 11 mm were made. They were tested at the folloving metallurgical
plants: zavod "Zaporozhstall" ("uporozhatall" Plant), zavcd im.
D@vrzhinjrkogo (Plant Imeni DzerzhInakly), Alchevskly tayod (Alcheyekly
Plant). as well an the Xlyev plants! zavod "BollshevJk" ("Dolsheylk"
Plar,%) and zavod "Leninskaya kuznitsa" ("Leninskaya kLznitea" Plant).
1rhen test!Lg the shield tubes in molten cast iron at 1400 io 14500C In a
Kr,),ptel furnace. it was found that they are only sliglAly covered by elag
and Pot cor:-oded, and that they maintain their initial structure. Whon
tested duriig tapping of cast iron in a blast furnace, they withstand
15 @appings with a total stay of 10 hr 53 min In aoltvn metal, In ar.
,,@ptn lioarth furnace with basic lining, shield tubes tire corrodee. by baslo
slqo@6 and destroyed after 30-40 min. The outer diameter of the shield
'tire3 is riot reduced during Immersion In molten steel and a stay of
Card 2/5

@.;- @-' I
Shield tuben from 7Arconium boride ... 3/151/(,1/000/002/001/002
B105/B,'06
40 45 min. In small open-hearth furnaces, shield tubeii withstood the
total malting time (2 hr) without any damage. Their thermal resistivity
Is determined by the number of immersions Into the tank of the open-
hearth furnace and is at least 15 to 20 Immersions, permitting the
temperature of the steel to be regulated luring the "n ;ire heating-up
pqrt,@d. At the Kiyevskiy armaturno-mekhanicheskiy zavol (Kiyev Plant for
Fittings and Mechanical Equipment), zirconium borlde shield tubes with-
nt-;od 86 hr in molten brass at 850 1 500C without any lamago. At the
"Leninakaya kuznitsa" Plant, the same results sere obtaineJ during a twat
In mol *en bronze of the type AMU@ -10-2 (AUTs-10-2). B,isides the authors,
A. G. ;etrenko, Ya. S. Gayvoronskiy, N. M. Tenishov, V, G. Tishchenko,
I. R, Krichker, G. G. Bespalyy, G. A. Yasinskaya, an wtll ao collabora-
tcra of %he plants mentioned participated In this studj. Shield tubes
Arom 911toon nitride (S13N4) also show high stability In molten brass at
850@'C. The high stability of zirconium boride shield tubes in molten
-Eitiels and cast iron makes It possible to use them in tanks of open-
hearth furnaces. blast-furnace channelo, nnd steel ladles, Z'Aroonium
btrHo shield tubes showed high stability In molten br:@nzes and brass.
Cor@tlnuous t9mrerature measurement of metals in melting furnaces can be
Card @/5

89M
Shiell tube!3 from zirconium boride ... S/131/t;1/000/002/001/002
B105/B.!06
made vith their aid. There are 5 figures and 6 Soviet-bloc references.
ASSOCIATION; Institut metallokeramiki i opetsiallnykhoplayov AN USSR
(Institute of Povder Metallurgy and Special Alloys AS
UkrSSR) Samsonov, G. V.. K18IYy, P. 3., Panasyuk, A. D.1
Institut avtomatiki Gcoplana USSR (Institute of Automation
c,f the Gosplan of the UkrSSR) Strel'ohenko, A. G.,
Khavrunyak, I. G., Serikova, G. N.
Card 4/,,,

. KISLYY,,.LLj LAKH, V.I.; SAMSONOV, G.V.1 STADPIYX, B.I.; XHWYKOj R.F.;
CHEXHOVICH, A.B.
Thermoelectric characteristics of high-temperature thermocouples
vith refractory electrodes, Itm.takh. no.5:21-23 My 161,
(MIRA 1415)
(Thermocouples)
.-0

2LI
30316
I I./(, 1 /4 Io (I/o I O/of I VOO
i-(P7'5/Vr, -,r,
j t1i 0 - I; v I IS arid Vaotaakvlik
t I I t, t. I olle I- ti opt 1) 1t hv T mo r oit Is I e a W I t to
It I vh me It i tig po i is I-I d P I vc I roole%
11VU 100 1 CA V: I vitict I to, I 'nayn trkh"t kit , no It) I 9b 112-34
*1, @, x,r ZrC ond Iris,, have I he Invotirnhi 4* ( toinbs tint ton ot' hi gh
strength Jow electric pood tiovi-mal condiactivtty
moderate coefficlents 4)1* therta,11 expitn-4ion Mod A high resistance
ngainAt. the ef*fect of' agicre-4si%4- nt--diA, incitiding molten metals
avid slags, The authors deAcritit- the ro-stilis of' investigatiotis of
the thermoelectric pronert ies of" tiier-mocourOes with electrodox
rfl,, 11,,j I(J"in
made of these materials. :z electrode compositions
wer-o llqe-d 1) virtualiv s4tisichiomi-tric Zr-H with a free carbon
admixture of' approximaiely u.4--,. .!) zi-C cogttining 85.1% Zr,
12.8;1@ C tota I ( 1. b2% f rep C ) , Aoid 0.05,@ Fe*and 3) ZrC of the
dtamp compositton as above af*tct- -eparation of the free carbon by
mr.,11141 nt, a -Ronp sollitiots. From these materials thermoelectrode
:-pecimetin prepared a"d cotipled with platinum, fhetr thermal
v.m I . was di-cervivined af'ter treolmerst f'or 10 and 20 hours at high
i -%rd 1/2

30316
iti.-t nooet vc t its proviert, ters or @S/l 11311411141(jOloluloorl,10011
M)71/F"@55
temperatut tks let 11., '111(1 CO 4 11, 1114 - A I $a fho- pus-o #it s- (it' I I ve carbon
"tint-ol v nt I I,(, t - tlo@ ntAbj I I tV f;1' I 1w I lit-ronal v rro I oil' /rc
1.1vt virmination (of tfic vArint.ims wi Ih I elng,t-I it (111-c- lot t top t lie I wl
-.m. f . of Zt It,, wid /o-C t4howcol that on a thermotntild v wj tit /rC tvr
A v - i I., e I I. c I 1, 4 1 0: #4 -1 % ti-twolly Jim-ar- r-r-lAtionship exi-mtqq betwern
I urniterature mid thermn I 0-M. I t^- 7 @41-0 lburmoctotiplem
Iw%,.f1 mi theso mat ey P-or I -q havo- -it I v I I vht therma i Ir I" I I Iuc fit-.-
A 0 it.-% I I'llf, tbt-,$ 'llcomfill. W.101 callitratod -Ignin-41 '11111ther thermo-
t1uIlle tit tilt raoi.e @_,U to 1:@,ws i- an-1 b, m--an,- ,t- .4n
t-?' I I t 'I I I'v I offoi. f I- t oto I It C. I vIntl 0. r @1 Iits f. tik)fl 1 41 A
irr-11411 1 4. tw'-ft $-1 0 1 it dellsfull whicil i It I I IwALvated tit the tAlj#,r %.,s%
11.4vA 1 h i N o-miti I vo u ;I I i liva t i a* ii it,, t n @okivo`(' , I lie stalso I a t %, o - f I ho
caltbrats,-ri cstt-i- i. -, checkud lov hol#iotix the, lit-imocooortle -it
thmCc a -it
-)(A) I w I 1t)q) ;11111 '.!UOO' C t bit t .1 t, :,4100 i- 111 v 61.4 it a 1, d I
f!0 1 1, V . tj i . I t os f t lie rip do- or - f I itel-f. a I.*.
I C I V. 1) 1 1 v it nd to 1- 4- 1 o- i vit c e -4 : It Sol%- i et It pill I non et .
L a I - I 1 '.1 /

IAKHp V.I.j PRMORENKO, V.Ya.,- UMBUKH, L.S.; -XISLTY, --?-S.; PANZYUKo
A.D.; SAMSONOVp G.V.
Tempemture menouremMt or the atmosphere of an allumbum
electrolysis can. TSvet. met. 34 no.808-40 A 161. (HIRA Us9)
(Alunimus-ZlectromstalluO

S/226/1-2/000j'00Z'004j0I0
1003/1:03
AUTHOR: K@IyLLS,, Panasyuk, A. D. and SArnsonov. G. V.
TITLE Activated sintering of nioFum carbide
PERIODICAL: Poroshkovays metallurSiya, no. 2 I%Z 38-43
TEXT: Niobiurn carbide is used in construction or high-temperature resistance funtaces and ror high
temperature thermocouples. Sintering of niobium carbide should be done at lempersiures up to 30DO"C
which are, however, difficult to attain. This work investigates the possibilities or lo%crint sintering tempera.
tures of niobium carbide poweders by activating the sinwing process. Since additiors or r ickei rail to activate
the process to any submantial extent, the authors used 270 mesh niobium carbide powdrr containing 98.31Y.
of Nb and I I % or c with an addition of I % of Fe and 2 % of CoCII. Physicochernical properties Are given
or powders sintered in resistance furnaces at temperatures ranging from 1700 to 2600'(-' in an atmosphere
of hydrogen. Their lower porosity as compared with that of niobium carbide powders sintered v6ithout any
activating additions is stressed. There are 3 figure& and 3 tables.
ASSOCIATION: Institut mciallokeramiki i spctsial'nykhspI&vuvAN USSR (Institute of Powder Metallurgy
and Special Alloys AS UkrSSR)
SUBMITTED: June 11, 1961
Card 1/1

S/2261'621=1=1007/010
1003/120)
AUTHOR: KLslyy. P. S.
TITLE: A device for measuring the shrinkage and the electric resistance of p)wders during the
sintering process
PERIODICAL: Poroshkoveya mctallurgiya, ro. 2 1%2. 74-76
TEXT: Because sintering is the last significant stage in the production or metal powders, it requires a
process control, such As provided in the present article. This devioe permits direct measurements or shrinkage
and electric resistance which properties reveal any faults in the micro. and inacrostrucuire of the sintered
material. The device consists or an original dilatorricter or high-grade graphite. which also mcasum the
electric resistance of the sample. It was first calibrated on copper and quattj,. samploes. ind a comparative
measurement of electric resistance of copper showed that the maximum error of the dc%ice is There
are 2 figures.
ASSOCIATION: Institut mctsllokeramiki i spetsial'nykh splayov AN USSR (Initituteof Powder Metallurgy
and Special Alloys AS UkfSSR)
SUBMITTED: September 12, 1%1
Card 1/1

16 oo
39927
S[226/62M00,1001'005/014
1003/1203
AUTHOR Ki!1.yy.-P-S-&n44Gmsonov. G. V.
TITLE Extrusion die-forrning of pipes and rods from refractory metal powders
PERIODICAL Poir oshkovaya metallurgiya, no. 3, 1962, 3148
TFXI Me article deals with the problem of extrusion die-rorming of mixtures or rcrractory compounds
with plasticizers, outlines the technological vocess or ma-Wacture by a method never before used rot
refractory metal powders The initial conditions of the powders, the method or preparation or the
mixtures. initial grain size, the type. amount. and method of introduction of the plasticizer. applied pressure
and bufridity of the powder and their effects on the properties of the finished products are discussed. T%cr--
arc 15 figures and 2 tables
ASSOCIATIOW Institut metallokeramiki i spctsial*nykh rplavov AN USSR (Institute of Powder Metat
lurgy and Special Alloys AS UkrSSR)
SUBMITTED January 4. 1961
Catil 1,11

.)/,. 2"A21WOlOW10O."I'01 2
IW311M
AMWdj: LIVOV, J.44., ifu"WICIL.O. Va.. KislyY. P.S., ver,')@Jyudova, T.S.
WAA 40691SPOVIA, - -----
TIT": J@lvctriu propertiua of ooilwas. carbidev, and nitri-es of chro=lum
Pzd"U'UICAL: Poroshkovuya wutulluriya, uo.4, lj62, 20-25
rl
'hile electric pxop@..Ctiuj of thu &--ova co@powxia have not b,er.
-"I'Icluhtly )L:1vestij;au:,A. In tliv Rcosicut work tho electric resistivity, the Rau
ef.ect, th, therual amf t4u thu-imal coefficioat of electric resistivity -
ar" tj@c coerriclujit a; jjuut cjtiAuctivity h of all borides, arA nitridas of chromj=
were invoutigated at rooQ temperature. The 2mfluis" of car@oon, boro:2, "
nitrogen uh the eluctric properties of their co6pour4s with chrouium is In good agree-
wont with the re&larities dialilkyed ky tau boridesicarbiuas, and nitride* of all
iroup 1V-V1 trimuitlun L-etals- ihere are 3 i4-uras *rA 1 table.
A@"gWlult: Asrsonakiy i;oaudarntveuAyv podagogichoskiy lualitut La. N.K*
krupsicoi i Dwtitut "etallokemdAi i spetsial'jiYkh SplavoY AA2 UJ.;R

W98
w22q,.2/"/"AV7/012
y
Thu )ruu,jcutu 'ur ut..izizc reractory co@poums for -.he manufacture
oi' tAmmocuupies
Poroahkovayn j-t@tallux@;-qa , i-o.4, 1)62, 5C-55
Alz.AT: T.-.u fv.'&owij%; t,Aer-.-ocou,,Ic-,u were i)z-*?axod; hoSi i@Si for temperature
&it aaurcLe4;I*a An oxidialsk; wedia up to ' .7th?C, C/4rb Vor &.es 4oenia of the
teii.peraturo Of LOlter, "otals, atecla a--u u1841 a;.d qTiC for &Lcajurezei.ts in reduciiq,,
&.d ii& otr.ojilziik: -..alia a. %e-kcrat-ca uo to 2S.OU C. Tho to-tinZ ot the aime and
o:' thi LrB 4zC tl.er-ocapleu ;." vur-u-is showed that their =f chatijed after
155 @..;P-.Ar er tcstij@a b;( values pcra-u@.ble accordi-@ to techrAcal specificationz.
"he productim Of Ldt&I powLer themociuples uiti tho sz;e e:.f versus te2perat"re
values is ratlior difLicult as theas valu@3u are a*r-jr4aly influenced by even the r-811-
cat chafj;08 ;.Ii the pk-cArut.@uti Lau i- the a-riterini; uf the @Actal powder wires. Timrt
are 4 fifiures aad 2 taLolus.

KISLIls
Sintering of blm*o by co"ating high-WIting ompounds in dyes.
Porosh.mt. 2 no.5t7O-78 S-0 162. ()aRA 15 t 11)
1. Institut wtallokova*W L qmtsiallnykh splavov AN UkrSM.
(Powder wt&Uurgy)

KISLYI 0 t.S!; LIVOV, S.N.; NtXHZMp V.F.; SAMOHOV, G.V.
Physical proportion of the borids phasom of chroaiun, Foroob, set,
2 no.6t5G-53 N-D 162, (MIRA 1511k)
I* Khersonakiy gosudarst"anyy pedagogicbeakiy institut, ineal
N.K.Krupokoy i Institut astallokeranUt i spetsialfuykh splavoT
AN UkrSSR.,
(Chromium boride.-Testing)

_LI8556-6 R EWT 1 /M TC/A$D
--3 -9EJ _(j --h-A--WW
'Om"" IRI AP3W4262 8/0131/63/00)Ac@
A11THORt S&UMOYA of let %Lfi=.-Pd -I MAlffs 1. RAJ
Tr=t Torming protective therecoolylop"
SOUMS orneup""t see =-312 k
TCKC TAGS# proUative cap ibervaemple, prf@sep earbide 0 borlde 9 si.21eiis!
alwdma oxidej siraordu *3dde
ABSTRAfft A press has been de"loped for formirg one-Visa* protective eas fbr
i'thermooonples used in steel and iron amelting. To form a cap, plutto material in
placed in cylinder (5) (see InaloonrO and pressed with p1=g*r'j9) Into the
armults between the centered bollow risedle (4) and the interchangeable inset (2)
The bead of the cap Is formed In the bus (12), To allow for passing -of air# a
steel rod (8) In removed from the bollqw needle. Using this press, the mtboro
rideal &LI ideap alwdzum oxi Sir
prepare# protective caps of 2Vjjfts7% do, and
eoniud-bxide. Orig. art. hast I diagram.
,,j
!ASSOCIATION- Institut metallokeramtki i spets1a11nykh4;71&vov#AN1t3 IR titute I
of Metal Caramlea And SWial A11MM, Acadigmy gf Sclonces. Ukrii-j--i&
I SUBHMW 00 DATS ACQ: 20Aug63 LNCL: 01
SU13 CODS: KA ML NO RIF, SOV 1 001
Card 1[49/ OTPER- 000 ic

KOCHO) V.S., doktor takhn.nauk; LAPITSUY, V.I., doktor takhn.n&uk.
PATZANSKIY, L.D.; RESHETNYAK, Yu.S.; RUBINSKIY, P.S.;
DRYSHL M 0 VAI KISLYYt P.So
-
Measuring the temperature of the metal during the process o!
smelting in a converter with a top oxygen blow. Met. I gwnorud.
prom. no. 2t28-31 Mr-Ap 164. (MIRA l7t9f

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