SCIENTIFIC ABSTRACT KARP, G.A. - KARPACHEV, P.S.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000720820002-0
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 13, 2000
• Sequence Number: 2
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

L 12LU-66 EWT(l)/EWTW/FCC/T DSIWWIGW
ACC NRt AP5028902 SOURCE CODE: UR/0138/65/OW/011/0034/0035
AUTHOR: Karp, C. A.; Mayzelis, B. A.; Rekhman, A, N.; Troftmovich, D. P.;
Freyman, M. I.
ORG: Scientific Research Institute of Rubber and Latex Products (Nauchno-isele-
dovatclrs~y iRtitut rezrnovykh I 1at-eWs-n-ykF-fz`del1~)_'_-__' - -_ I
TITLE: Study of the effect of stresses arising during the swelling of the gel on the
quality of meteorological radiosonde enylopes
SOURCE: Kauchuk- i rezina, no. 11, 1965, 34-35
TOPIC TAGS: radiosonde, gel, rubber, mechanical stress
ABSTRACT: In the manufacture of radiosonde envelopes, an important parameter is
the magnitude o:E the stress arising in the course of swelling of the gel. The ef-
fect of this pa,cameter on the tensile properties of type-150 envelopes was studLed.
The stress was 'varied by changing the duration of syneresis from 10 min to 7 hr,
which caused changes in stress ranging from 5 to 11 kg/cm2. In order to characterize
the tensile properties of envelopes of the same size but prepared in different
ways, use was made of the so-called quality factor (ratio of ultimate elongation of
envelope to ultimate elongation of sample). To determine this factor on an instru-
ment for two-dimensional deformation, the ultimate elongations of samples cut out
of envelopes with various stresses in the gel were measured. The ultimate elonga-
tions of these samples were all found to be equal on swelling and amounted to

L 12803-66
ACC NR: AP5028902
~- - 8.8. On the basis of tests of samples and envelopes, the dependence of the
quality factor of radiosonde envelopes was platted versus the stress in the gel
during swelling (see Fig. 1).
0
44
V
"4
r4
0
C!
94
Stress in gel, kg/CM2
Fig. I Quality factor of type-150 envelopes vs. stress in gel during swelling
The following parameters are recommended for adoption in the manufacture of type-150
envelopes: gel swelling, up to w 4.2; stress in gel during, swelling, 8 1 0.5 kO=2
SUB CODE: 11 1 SUBM DATE: none GRIC REF- 007
jW
2/2

L 08728-67 E'dTW/EWTW/EWP(_j) IJP(c) RM/G11
ACC NRt AL'701.11651 soult cou"': U~~101:~31'5100016ill()O:~~10035
Karp, G. A.; IL-iyzolis, B. A*; Roldulan, A. N.; Trofinovich,_D __j!~ I
~Sl . - - - _.__s ;~ b
Froynall,I OV2 ov 1;'
NG: Scientific Roscarch Institute of Rubbor and Lntox Produ4s. (11'auchno-i:;t;lodova-
1.H~7 L I
J. -ixjo lily)
Study of th o effect of stresses arising during tho swelling of_M1 n tho
.quality of mtcorological radiosondo'onvolopos
SOMZC-6: Kauchul, i rozina, no. 11, 1965, Y~-35
.TOPIC TAGS: radiosonde, meteorologic bal I oon
In the manufacture of radiosonde
envelopes, wi important parameter
is the magnitude of the stres-s-i-a-r-i-sing- in the course of swelling of the
Eel. The effect of this parameter on the tensile properties of type-150
envelopes was studied. The stress was varied by changing the duration
..of synbi~cHb from 10 min to-7 hr, which caused changes in stre33 ranging
from 5 to U kg/cm2. In order to characterize the tensile properties of
envelopes of the same Bizo but proparedin different way3, use wa3 made
*of the so-called quality factor (ratio of ultimate elongation of envelope
to ultimate elongation of sample). To determine this factor on an instru-'
Mont for two-dimensional deformation, the ultimate. elongations of Samples
iLC;c!rd 1/2 Ti-Dc: 678.o6l:678-017:620.172.21

08728-67
ACC NR: A1,7001651
0
:cut out of envelopes with various stresses in the gel were measured. The
'ultimate elongations of these samples viere all found to be equal on swell-
ing and mounted to A = 8.8. On the basis of tests of samples and
envelopes, the dependence of the quality factor of radiosonde envelopes
wa3 plotted versus the stress in the gel during swelling. The following
:parameters are recommended for adoption in the manuf acture of type-150
envelopes: t;el swelling, up to I - 4.2; stress in gel during swelling,
g/cnl2- Oria. ait. has:
.8 + 0-5 k 1 figure. /TPRS7
SUt CODE: 08 / SUBM DATE: nono -/ ORIG REF: 007
C.,d net

GUREVICH,G.; VINNIKOV,14.; YUDITSKIY,M.; KARP,L
_.. "-, ~ -
Clubs train public-spirited Instructors. Voen.znan.31 no.4:9
AP'55. (MLRA 8:10)
(Military education)

U3'-a (6c"0)
5hips - 7--iritervince tand R,~on-ir
7. Rorin,- out brncl~ets for si~.afts wlt~~ a short
11or. fict. 13, No. ", 1953.
9. Monthly List of Russian Accessions, Library of Congress, ~ay 1953. Unclassified.

KOVALENKC, Yekaterina Yeliferovnaj UL'YAIICVA, Antonina Dmitriyevna;
AAA k nd. tekhn.nauk, red-; i-EVPEFL,Z.M.[Lit'cerh,Z.,)4.],rc-d.
i z, d t-,Z' "RAPKI FNA N. P, , tekhn. red.
I P
[Natural fuel gases of the Ukrainina S.S.R. and their uses;
a bibliographic index for 1917-.19611 Pryrodni horiuchi. gazy Ukrains'-
koi RSR ta vykorystannia (1917-1961 rr); bib1iografichnyi,pL%kszchuk.
Za red. i.M.Karpa. Kyiv, Vyd-vo AN Ukr,FSR, 1963. 287 p~
(MIRA 16:9)
(Bibliography-Ukraine--GRa, Natural)
(Ukraltio--Gas, Naturetl-B1 b1 log rn phy)

K4R P A/` -
18(5) PHASE I BOOK EXPLOITATION SOV/1907
Akademiya n-auk Ukrainskoy SSR. Kiyev Otdelenlye tekhnicheskikh
nauk
Voprosy proizvodstva stali v3-,p.6 (Problems of Steel Production, Nr 6)
Kiyev, Izd-vo AN Ukrainskoy SSR, 1958. 137 p. Errata slip in-
serted. 2,000 copies printed.
Resp. Ed.: N.N. Dobrokhotov, Academician, Ukr, SSR Academy of
Sciences; Ed. of Publishing House: N.M. Labinova; Tech. Ed.:
V.I. Yurchishin.
PURPOSE: This book is intended for engineers and scientific per-
sonnel in the field of steel production.
COVERAGE: This is a collection of articles dealing with various as-
pects of the production of steel, including the designing of open-
Card 1/14

Problems of Steel Production, Nr 6 SOV/1907
hearth furnaces, thermal processes in the furnaces, thermodynamics
of steel.-making processes, technology of produ-cing high-grade
steel, and changes in the size and shape of ingots. Other topics
discussed are the properties of chrome-manganese stainless steels,
improvement of ball-bearing steel, ingot defects, ingot quality
as determined by temperature of teeming and shape of mold, and
certain aspects of steel rolling. Some of the articles are ac-
companied by references, both Soviet and non-Soviet.
TABLE OF CCNTENTS:
Dobrokhotov, N.N. Thermodynamic Calculations of Steelmaking Pro-
cesses 3
Kobeza, and Yu. Yu. Kiselev. Material and Heat Balances
for Open-hearth Furnace Heats 20
Kobeza, I. I. and B.G. Layko. Investigation of Open-hearth
Furnaces with Nozzle M1x Burners of Various Types 27
Karp, I. N. Designing of Gas-Oil Burners 33
Card 2/4

Problems of Steel Production, Nr 6 SOV/1907
Khan, B. Kh., and N.F. Nakonechnyy. Investigation of the Pro-
perties of Chrome-Manganese Stainless Steels 41
Prokhorenko, K.K., and E.V. Verkhovtsev. Improving the Quality
of ShKhl5 Ball-bearing Steel 49
Verkhovtsev, E.V., and K.K. Prokhorenko. Ingot Defects Caused
by Skin Folds Forming During the Teeming of Steel 68
Prokhorenk(,,,, K.K., F.K. Timokhov, E.V. Verkhovtsev, and V.A.
Vysokovski2l-. Exothermic Mixture for [Heating] Hot Tops of Steel
Castings 77
Yefimov, V.A., M.P. Sabiyev, and V.P. Grebenvuk. Effect of the
Hydrodynamics of the Inflow of Liquid Steel Into the Ingot Mold
on Ingot Quality 87
Yefimov, V.A., V.I. Danilin, M.P. Lapshova, V.P. Grebenyuk, and
A.A. Kiselev. Effect of Teeming Temperature and Mold Shape on
Card 3A

DOBROKHOTOV, N.N.; KARP, I.N.
Transfer of open-hearth furnaces to heating with natural gas
or coke-oven by-product gas. Vop.proizv.8tali no-5:3-14
158. (MIRA 12:5)
(Open-hearth furnaces) (Fuel--Testing)

ORrl
AUTHOR: Ginzbiurg, Z.L. , Enginee.r SCV/122-c58 -,'-50/31
TITLE- Prod-,.,.:~tion Eng':_nee_rizg and Te7hni_,_-al Session on the
Exchange cf Experience in the Ut'llisat-ion of Jatural Gas
-in iiidustrial Furnaces of Engineering Planti (Proizvod-
~it-,Tent').c,-tekhndches'L%,-a,ya sessiya pG obmenu opytom
ispol'zovaniya pri.rodnog'-. gaza ., pvcmyshlennykh Pechakh
nashinastroitel'nykh zavodov)
PERIODICAL, Ve6tnik i,..ashinostroyeniya, 1958, iir pp 86-87 (USSR)
ABSTRAQT: The session wab ~,alled by the, Khar~kov sovnarkhoz ~Kharkov
..sconomic, Ucuucll, 'the Die, tal -,wo rkin~~ section of the
.~iaucjnnn_-tekhnicheskcye obshchestvo Mashinostroitelaoy
P__10m37__"_h_',enncst'L (Scientifi-~~ and Te_,hnical Society for the
Enginee.7ing Industry) and the institut JLspol-'zovaniya gaza
v komIL-unallrioM.~~:-.rl._-:,-~p.-,:~,,,",,~~*~,* J promyshlennosti M~
,IsSr~.~,,_rnstitute for Uas Utilisaticn in Communal ;~;ervices
and Industry at the A-,.St,,. Ulcrainian 6SR). V.K. Tarasenko
Engineer of the Lavod transportnogr, mashinostroyeniya
(Transp-,-,.rT~ Aiachinery ;jork-s) imen-_ .--,,.a.1y5he-.ra reported on
exp~erlenz.e ia the ope--ation rf toi-Se-heating furnaces
and opai--hearth furnaces wi-,~.. nat,_iral gas. The use of
flameles8 inject-ton biirners is p.-.rmissible in forging shops
and rc7igh--heat treatment sLops vvaen Leat-inE Iforging blanks
vardi/9

SOV~12
Production B_ sion ~j he
agineerinE and Technical Ses -n ExchanSe of
Experience in the Utilisation )f i,atural Gas -in industrial Furnaces
of Engineering Plants
of medium --ross-section not sub-)ectl to rigid control of
me,~,.hand.-.-,,a_' properties. T,-.e use of fla-me-type two-channel
burners Is acceptab13 in all shops, inc1u(jJ_%_ng heat-treatment
f-urnare-,~ for finis.* treatrci,':,n-~ and furpaces for the heating
and blarks of aroltra:7.7 Cross-section subject
t-c r.LR,-_-d .~ont_-cl of me7-han-ic-al p::,cpertles. Such burners
greater c.f the furnace, Gas burners
11 -fie %,orl-ir, suace of the
,~~uinct h-- -laced anywhere In 1.
Urnao, E-te-'.1, (~-otimum p~:si-ior.'L is 4100 -4~10 mm. above the
scie of ~_ae furnace or 200-0-liC mm a IDove the surface of the
cha_-ge 1:'_ h,~at-trea-~m,:~nt fui-nacas , e Lpecially with Multi-
-4 -s ac.Lleved loy placing -blae
gL-1 -~3he so le le-rel. In co-operation with
I
U1
'aF~ ut~ isation las~itu-.e of the Ukrainian Ac.3c.
the S'_'Ccessful method for the
heat'-.i.L6 of' -ta-ge inp,,5. n~-6,~-5r burners dil not ensure
the uniformity an rare L-C -ingot heating. 22 hours
w,~r,~ r_-~~eded f0.1 ar~ ingot of 7-13 bc-ns (compared with 10 hours
Card2/9 Oil). The residual ed.1 atomisers, t'-;Pe RDB., with

c,n
Production and Te,~hnicajl Le Exchan~~,e of
Experieii3e in the of Natural GW; ~[j Ti--dustrial Furnaces
of Engineering P"ants
5 -
do,c.ble atcmisation) were usl-d ~,,Ath cl~anFed niZZies. A
t,-)pe S~i~: combu~3t,-io;,, w~'-,J-11 healued the
ingots ir, --0 hou-rs. TIle fu,~I t-on -f oULP',"t A-5
reduced compared with oil. A ty~~ic!-711 va-lue i;z~ 'i5 roubles
ccm-pasred wit-h 80 in forge-heatin,,,, furnaces. Forcging and
heat; treatment sho-os have achieved autcmat-ic teir-Derature
c3ntrol with the help of an e',-e,,-Itror--;-Ic-!,-Idraul-~c instal-
lat.-'Lonl, designated RIIEG-1. 1.1-i. -Ka- of the
CD.L
I nst -4tute of Gas cn -,,orr'z at the
- - I U ' .)V 0 ~ --ie C, b
121-0 1'L I -L - -L
~meni Works t, of natural
gas Ja a 40--t-cn, open-helartli furnzi,,.e.. The two-chaiinel,
burlnel, -.-ias --eplaced by a s-ir-tr-le-c-hanriel burr-er and the shape
of t-he warkin~- space of the -f,:LnaLne was c1langed. resulting
in a siLnifi-caiit imi~roveu:eni.-- TI. ~:::~a c" i,~,) workIng wi th
f ul,na -3 e S f ir ed by nat u, ra -~ Ga r.~i e C", n t lie Khar * kovskiy
tralgftoi,miy zavod (Khar: k-o r 'N c. Y; Ek -z d -J G c -, s s e d
by I R f-arnaces and
~-M~ Purna-,:.es alid' Ahave been
-onver-ted to a nat~-~ra'- ga~-- .1 o,.,.--preS sure
on a Gas
Card3//q bu:.,ners -1: the C'Tiprcsel'ma~-h

-7C
r 0 1 11 El, a n', -1 ehl~ I !I i n Fx,: 11_.~-e o
1EXP e r e n e ii, Itile Utillsat-i-or- oi' 1 -'a GZA S) -in 1,ndl-IL-trial Furnaces
of Engineering Plants
P I, e: 3 S U r -3 C 1, 251 0 e a: i i,_ a i:7 e s s ar e o f
WO mm wate-2 fciumn were used. It necessary to increase
the ncreSzsure to 500---/00 r!,., water The furnaces
xer~! iriodifled fl,'Qr~ LILier-ficoa, to side 11'e~tin
t4emJ.ro-,,,sk_-'y.. A.Ya., Enginep,-., of the ,&)torostroitel*,nyy
-, i ~ Engine Z~ - :1.
a,: Work ) "Ser-o i L'o'o-z revorted on the
z
tc natural ga5 of f0rge-heatin~~ lurnaces and
boilers. The former are equipped with injector burners of
5 si-.-7.e~ ra_Lgimg from 6 t-o 18 capacity. In the drop-
ha-mr-ter ss Ao-n., two-channal burners of 16-60 m3/h capacity
are uced. Th-e farnace5 are sqiipped with screens to
indv.:e air cir-_uiation. It has been shown by gas analysis
that, in using injector burners.. the air excess coefficient
is lewer than in using tuw6-,~haan'el burners. The
,1.oeffiz:A_-_nt amcunts to 1.05-7-1. Increasing the loading
of the hearth by redutaing its surfane area made it possible
to re-duce -the specifi- fue--- -CorisLwiption and increase the
flirra~e ol~tput. The dry-ing kiln, the furnace for heating
carC14/9

SOV/122-58---/--30/~ 1
Produ~,tion Engineering and Te--hni,-,al Session on the Ex(7.hange of
Experience in the Utilisation, of ilatural Gas in Industrial Furnaces
of ELg4neeziny, Plants
and f-A*.ring of biocks and other units in the foundry have
been -,oxrverted to natural.-Sas. S- ngle-~_-onduit, three-
iiczzlo burners of 30-150 M~'/h capacity are used. Single-
r.c:_aduit multi-nozz.'Le burners iiavp given r~ood service in
E Kopytov, V.F. , Corresponding Member of the AC.Sc.
Uk,rainian SSR, le(.i;u.-ed an new heating methods in forging
sh(,ps. Several variants exis", for usinE natural gas in
non--oxidising metal--heating furnn-,ces. The construction
of such furnaces is associated vii'l-h the production of fire-
bricks and f ire-reEzistant mat-eri-a-IS fo_:~ high-t'emperature
recuperators and regenerators. At presen-~.-, the Gas
Ut-iliSatien Institute is worlcinz- on t~,e solution of a
Taliable r_on-oxidisin.- heatin,-~ method for -forging and
stamping. A.Ye. Yerimov, Engineer, the institute of
r'as Utilisation, conversion of industrial
reported on
urnaces from producer to ga,;. The existing gas-
!.,u:,--Ing equipment can be used by -~inipiy reducing the
,,-ros s.- Beot ions for gas flo-,,i. KC-Taienlco V.V. of the
IIG AN USSR (Instit,.Ite of Gas Utilisa~-_;80 lectured on
Ca.rd5/9 kiizs with Lafra-red F - U_ 11
Z3 ,as when working, with

SOV/i22- -58-
Production Engineering and Technical Session on the Exchange of
Experience in the Utiiisation of ilatural Gas in Industrial Furnaces
of Engineez:ing Plants
natural gas. The heatinj itions ale --,ontroiled by
-d
4,,Le gas flow or by k~onne:%ting rows of radiating panels.
A s-~:,idy .1-,arried cut to ~eterm,ine conditions of drying
fc-r UE-I'l and enamels cr of UVb--1 and WIL-21 lacquers
on th~- codies of sewin,;:r macliln,2~7 '-as 6stablished that good
ryiLr-,- takeE~ pl.ac-e o-.~er U whc-
C) he e surface. 1.Vith a
-e o f 400 _.4r'O C at the radiatting surface,
sat-43fa---;o~2j u3ryinG is -=C-,amp1JLsL`ed in minutes without
S 2. ~_ r at 4o n. The use o~' ~-'Iie miynl~re of the (,,ombus~ion
U
of nat-ural ga.,, and air -as a heat carrier has made
ocssi.b-a -rG simp~Jfy an.,, ;.j-c.,a-,en significantly the
-1fisi.gii cf ',he 1r-,y2-nf t 'ts efficiency.
; aslant and 0 111creas- I
The f,-el ccnsumiDtion has been reduced by a factor of 2.2.
The duration of drying has .-emained the same as in d~,Ying
-th aii ' - - "t -
:~ heated to the saD-e tea-,-)erature. 1-nov, L.T.
w
Eiiw`nec-, cf the Khar^lcovskiy -ielcza-,icd (KiihAr;`Q,; Bicycle
WorKs) IE'~Iivered a paper ()n t;,e oossibil-;ti - of UUWUIation
witeii usiriLl: na~arai v~ai-,. Gas :.ar6--irisinc in natural gas has
b~---lr- adopted in the Ts-60 furnace. The gas pressure is
Card6/9 m-r-n water The duratiD!-t of carburising to a
-1--3C)1-7, 7
Froduction Eng I'Me e ring and Technl,--al Session On zae Excian6e of
EXPOPience in the Utiligati6n of lle-jcvral Cxi~-z in Ihdutrial Furnaeosq
of EnginonrinS 131an-bs
depth of 1 mm is 4.5 hours. A tunnel furnace made of
fire~ilay rings has been designed and built at the works.
Tbe furnace is heated with LTije--,tor burners of medium
pressure. and uses na-cural gas as a carburiser. In
:,,c--cperaiion with the Gas Utilisation Institute, the design
and construction of a hi~,h-speed heating furnace has been
accomplished for the end faces of 32 mm. dia rods, feeding
a rod each 13-15 sec. An original design of a -conveyor
for transporting the rods from the furnace to the forging
machine is beinE compieted. The design, pursued by the
lecture.ri of a murbine burner of 30-40 m3/h capacity
uses the energy of high-pressure ~.as to drive a fan which
forc,es air for combustion from the atmosphere and ensures
a tor,:,h-type gas-combustion prut-jess, Dolginova , L-1. Ye.
Enginee:~,- of the Bakinskiy sudoremonti:~yy zavod (Ba;~:u
Ship Repair Yard) imen-i Parizhs'0-.c,y Kom-munj delivered a
paper on the use of natural gas for the smelting of cast
iron, The method de--leloped and tested in practice, which
dispenses with coke, consists of construzting alongside an
Card?/9 ordina---y cupola fur-mace a smail iefiecting -furnace operating

I
Production Engineering and Technicai Session on the Exchange of
Experienc;e in the Utilisation of Natural Gas in industrial Furnaces
of EnginEtering Plants
-vz*-.tn natural gas. The furnace has three burners supplied
by one air manifold and one gas maniSold which ensure the
sim,.iltaneo,as control ol.' all burners. The practical
utilisation of gas-fired cast iron melting--; furnaces has
shown that (,,ast iron with a carbon content below 3cio' can be
produced. The high temperatures achieved make it# possible
t- introduce up to 11-2(Ylo' of steel scrap into the charge
and also to accomulish modification of the cast iron. It
is stated that cast iron melted with gas has a low sulphur
content and is distinguished by higher mechanical
properties, Zamalin P.S., Engineer, of the Kharlkovskiy
elektromekhanicheskiy zavcd (Kharlkov Electro-mechanical
Works) repor-led on experience with the burnin.::~- of
natural gas in industrial furnaces. M, r3,.,k I y,--n,, Engineer,
of the Rostsellmash spoke on the use of E;as(drying and
the :;onversion of electric furnaces to natural gas.
Card 8/9
Card 9/9

KMRP, 1. 14. Cand Tech Sci -- (diss) "Study and perfection of -49te combustion
in Martin furnaces." Kiev, 1959. 13 pp (?Ain of Higher Education
UkSS'l. Mev Order of Lenin Polytechnic Inzt), 100 copies (KL, 43-59, 124)
-46-

KARP, Igor' Nikolayevich; RAYTBURD, L., red.; GUSAROV, K., tekhn.red.
[Firing of open-hoarth furnaces with natural gasj Otoplenie
martenovskikh pechei prirodnym gazom. Kiev. Goa.izd-vo tokhn.
lit-ry USSR, 1959. 86 p. (MIRA 13:10)
(Opon-hearth furnaces--Nquipment and supplims)

'_ GRFIMI, K.A.
Investigating gas aid f uel-oil jet burnora in open-hearth furnaces.
Vop.proizv.stali n0-7:11-26 160. (MIRA 13:8)
(Open-hearth furnacce--Combustion)

KONY~' K11 , "i" Ya . ; VIE~' ~ 1. N.
Jhxners for Lhe combustion of cold hi.gh ~-,,alorJ~f i- C~as In open-
hearth furnaces, Gaz, prom. 7 ro. 11:20-25 N' '62.
(mlia", JL-7-0)

KARP, Igor' flikolayevich; KONYUKH) Vasiliy Yakovlevich; BORIIATSKIY,
I.I., kand. tekhn.nauk, retsenzent; CHUMACHENKO, T.I.,
red.izd-va; KRIVORUCHKO, P.F., tekhn. red.
[Firing open-hearth furnace3 with high-calorie gas] Oto-
plenie martenovskikh pechei vysokokaloriiriym gazom. Kiev,
Gostekhizdat USSR, 10,63. 178 p. (1-1111A 17:2)

P/0-~9/60"'11V),',)/0 101/0102 /00~~
A224 /A026
AUTHORS: Malkiewicz, T., Professor, Master of Fiigllneering, Karp, j.; Miazur. A.
Masters of Engineering
TITLE: The Obtainment of Standards for Mlagne~.lc. Dc0.in_'rm1r1a%ior.
of Martensite (0(-Phase) in 18 - 8 Type Steel
PERIODICAL: Hutnik, 1960, No. 10, PP. 3,72 - 376
TEXT- The purpose of the paper to obtair, Ft mar'.,?n_q_L*.o cz~widarj wll~h a
100% 0~-phase to be used for magnetic determinaticn of .he amoum'.. %f austenite
retained in 18 - 8 steels. The authors review the existing methods, aE described
in various papers (Refs. I through 11), and conclude that the problem of obl~ainl.ng
a proper standard of 18 - 8 steel for magneti-- tests has not been definitely solved.
To obtain this standard, experiments were conducted wl,.h specimens made of four
18 - 8 types steel having chemical compositJon as listed In T-able 1. Sperimens,
made of a supersaturated wire rod, 7 mm in diameter, were ~-,retched in liquid nitrc-
gen and tested by X-ray diffraction. The results I.Tidicated retained alAstenite in
the specimens, Then the wire rod was drawn on a drawbench into wilres az' different
diameter, at ambient temperature and a drawing speed of 16 m/min. 7he quantitatl7e
Card 1/3

P/().iq/6(),/()oo /o 10 ~002/004
A2241/0,26
The Obtainment of Standards for Magne.A- Q%ar'it.atLve De,~.Prrp,,na~iolj of Mart.enqjtr~
(U-Phase) in 18 - 8 Type Steel
determination of the ferromagnetic phase was made wlltzh a magrie-,ometer desJgned by
the Instytut Metalurgii Zelaza (Institute of Iron in Gliwice
the specimens were tested by X-ray diffraction. The 7urvec~ on t,h-r- figure,; -1r.-
dicate the changes of the martensit-9 cont~ent In 'Jio roiat,lve t..:) *he d(1
formation. This dependence was calculated !:.v %ht~ fo- .A I -a ~ In - ~(~_ w tr- r E
A - initial cross-section of the specIm.-n.. A - -ross-s~_-_ A
tion of the specimen after deformat ion. Basea on -,hos~e ~,xppvtryien,,- Qi~,
-iq te .11re-.1v
conclude that a standard wP.h a !ON ferrorragnet,i-
for 18 type steel, by applying a suftL1,-,4en1Av tlr,~. d4~zormevr.!nn ar, ~rcper t~ril-
perature. Thereby the error should no'. ex--eed 3'x~- Th._4s waF- provrud in '.his work
for steels containing 7.27 - 8~93% Ni and abo--,,, 185b Cr. For !!teels w1th a higher
nickel content, either lower deformation temperat,ure~ or a Meier dr-gree of cold
work, or both factors, should be applied. The -old working has a considerably high-
er influence upon the degree of martensft" , trans-7or.Ta1-_cn t~.C_ lowering of
temperature. Tnere are 9 f I gures . I a-d 11 r; f 2 Sovtel.
2 French, 2 Poli.1-1h, and I G,~rmwi
Card 2/ 3

P/030,/O~0/-,00/010/002/C.'-)~'T
A224/AO26
The Obtainment of Standards for Magnetic QAantitative Determinaticn of vIar';n,,;i-t,,?
-Phase) in 18 - 8 Type Steel
ASSOCIATION: AGH - Kr~k6w, Katedra. metalografii i obr6bki ciepinej (Academy of
Mining and Metallurgy Cracow, Chair of %letallography and Eeat Treat-
ment)
Table 1: Ozna- I
czenic C
N'In
Si P S Cr

i Ti
Desig-
n
ti
n
SI
0.05
0,61
0,73
10 013! 0 021117.6817127 1 0
'
82
a
o S2
1 0,09 0.47
1 0,561 .
0:012~0
015 1 8.4718,0210,53
1
BI
B2 0,10
0
13 0.28
0
23 0.70
52
0 0,014~ 0:01 9
18 0 38 0,50
:1
8i
0061 0
1
0
0
. , . 1
18
18
.
,
1.93 0,66
C:ird 3/3

EAU Jan dr inze; WCUIACKI, Antonio doe, dr
Microradiographic method of testing light metal alloys.
Rudy i metale 6 no,,9099-407 S 061,

KARP, Jan3 WOZ141ACKI, Antord.
~ -.- ~-
9valuation, of the usefulnees of Post's analytic method of
determining the ideal pole figures for metal sheets, Archiw
hutn 8 n0,,10.37-52 163.

KARP, Jan; CYUlIC2YK, Aleksander
Determination of the orientation of Bi and Sb monocrystals
by the Greninger-Laue method. Archiw hutn 8 no. 4: 347-355
163.

Kkap, m. t.
"danti-med inbre~,Iing in maizell ~p. 181) by Xa-rp, M. T_
SO: Advanceg in -.,Xodern Biolou (Uspel:hi Sovreninnoi Biologie) Vol. XII, No. 1, 1940

KARP, N - A.
Cand Tech Sci - (diss) "Study of the technological process of cut-
ting stiff-stalked agricultural crops." Stalingrad, 1961. 15 pp;
(Ministry of Agriculture RSFSR, Stalingrad Agricultural Inst);
200 copies; price not given; before title designation of author:
N. A. Karp (Levikov); (KL, 6-61 sup, 218)

FFMROVICII, V.G., inzh.; FuiRP, S.F., inzh.
Ore and limestone briquettes in sida-blowing highly phosphorous
pig iron in converters with use of oxygen. Izv.vys.ucheb.
zav.; chern.mat. 2 no-7:35-39 J1 159. (MIRK 13:2)
1. Institut chernoy matallurgii AN USSR. Rekomendovano
knfedrvymetallurgli chernykh metal'Aov Dnaprodzerzhinskogo
vachernego metallurgichookogo instituta.
(BaBeemer process)
(Oxygen-Industrial applications)

S/148/60/000/007/002/015
A161/AO29
AUTHOR: Karp, S.F.
TITLE: The Effect of Aluminum Addition Method on the Oxide Inclusions
Content in Killed Steel
PERIODICAL: Izvestiya vysshikh uchebnykh zavedeniy, Chernaya metallur-
giya, 1960, Nr 7, pp 49-53
TEXT: Experiments were carried out with killed "M16C11 (M16S) low-carbon
open-hearth steel and "CT.3" (St-3). M165 steel was melted in basic 200-
ton furnaces with magnesite-chromite vault in the scrap-ore process and
aluminum was added into the ladle after the obligatory deoxidation in the
furnace. Addition of 45~'--ferrosilicon (3-5-5 kg/ton), aluminum (1 kg/ton)
and ferrotitanium (0-7-0.8 kg/ton, with 26% Ti content) was tried.
Rectangular 1,550 and 1,840 mm high ingot molds were filled by bottom
pouring. Deoxidation of M16S steel by ferrotitanium being obligatory,
excessive oxidaticn of titanium was prevented by adding part of aluminum
before ferrotitanium into ladle and the rest in even portions into the
pourin6 gate during pouring. St.3 steel was poured without ferrotitanium
Card '/3

S/148/60/000/007/002/015
A161/AO29
The Effect of Aluminum Addition Method on the Oxide Inclusions Content in
Killed Steel
addition, but with addition of aluminum into the ladle 4,nd ingot molds.
No full deoxidation was achieved, and the residual oxygen in steel. oxidized
increased aluminum additions (Table 2). A considerable burning out of
aluminum in the ladle was supposed to be the cause and checked by calcul.a-
tion. Equation (1) corresponding to experimental and practical data /Ref
4/ was used for description of the deoxidation process:
E,/
.A 1] 2 f.
,60] 3 57460
Ig - + 20-48 (1) where [%A1] is aluminum content
T I L"%
Al 203 in steel, in 10; /"01 - content of
oxygen dissolved in liquid steel,
in O(Al 0 - activity of silica i
2 3 n deoxidation products present in
liquid steel. in equilibrium state, in unit fractions; T - the absolute
metal temperature, in 0K. The chemical and mineralogical compositions of
stable non-metallic inclusions determined in steel after rolling are given
(Table 3). The following conclusions were drawn: 1) Killed M16S steel
deoxidized by aluminum in the ladle in a quantity of up to 1 kg/ton under
Card 2/3

S/14 60/000/007/002/015
A161YA029
The Effect of Aluminum Addition Method on the Oxide Inclusions Content in
Xilled Steel
conventional foundry conditions contains oxygen (predominantly in in-
clusions) that can react with additionally introduced aluminum. 2)
Additioral deoxidation of metal by aluminum added into the DOUring gate
during teeming reduces the oxygen content. The content of ;table non-
metallic oxide inclusions separated by electrolysis remains practioally
constant, Reduced content of iron and manganese oxide and increased con-
tent of the silica component is observed in the inclusion composition. The
impact resistance of metal at -300C increases~ There are 3 tables, 1 graph
and 6 references: 4 are Soviet and 2 English.
ASSOCIATION: Institut chernoy metallurgii Akademii nauk UkrSSR (Institute
of Iron Metallurgy of the Academy of Sciences of the
Ukrainskaya SSR)
SUBMITTED: March 22, 196o
Card 3/3

S/133/60/000/012/001/015
A054/AO27
AUTHORS Karp, S.F., Kobezaj I.I,j Mikhaylov, G.I., and Goncharov, I.I.
TITL-Ei Behavior of Sulfur in Open-Haarth Furnaces Fired by Natural Gas
WLth Self-Cgrburization
P31HODICU: Stall, 1960, No. 12, PP-1075-1078
T."!,XT -. When open-hearth furnaces are fired by natural gas with self-
carburization instead of a coke-oven mixture, the composition of the charge,
the amount of additions and mainly the behavior of sulfur in the finished metal
and during melting as well, will be different. The Zaporozhstall Plant, in
cooperation with the institutes of gas utilization and iron metallurgy of the
AN UkrSSR designed schemes to change the firing system of this plant from coke-
oven mixture to self-carburizing natural gas (N.N. Dobrokhotov~ I.I. Kobezaj
K.A. Greben', L.D. Yupkog Y.T. Garchenko, and A.L. Turubiner, Stall, 1960, No.
1) and relevant tests were carried out to investigate the changes in the techno-
logy resulting from this new system, and especially the behavior of sulfur
during melting and in the finished metal, described in the present article. The
experiments covered about 200 meltings according to the conventional technology
while some of them (Group I) were carried out in a natural gas-fired furnace
Card 1/6

3/1 33/60/N0/01 2/001/015
A054/AO27
Behavior of Sulfur in Open-Haarth Furnaces Fired by Natural Gas With Self-
Carburization
and others (Group II) with the usual coke-oven mixture firing. The changes in
sulfur. content in various stages of the process and ia the finished metal were
plotted in frequency graphs. During the tests low carbon rimming and killed
steels (mainly 08Krr - 08kp, UB - VGV,DBfB=OVGV,CT.3rt7 =St-38p, 1OKn = 10kp, lKrr
=1kp, 2M=2kp, 08IM?K =08kpzh, 08W.08yu, CT.3CYA =St.3sud, C-r. 4c" =St.4sp etc) were
producedg partly by bottom casting, partly by top casting. In the natural gas-
firing process the air was enriched by oxygen to about the same degree as when
firing with coke-oven mixture. The S-content in the finished metall was found
to have decreased,on an average, in the Group I tests to as little as 0,0208%,
as compared with the 0.02714o S-content of the metalt. of Group II. The graphs
also show that the main part of Group I melts Oeic) contains not more than
0.016-0.024 S, whereas the main part of Group II melts contains 0.025-0.030%.
In other words: the degree of desulfuration in Group I-metals is 43.8%, whereas
the percentage for Group II is 23.4p i.e.,20~1. lower. The decrease in S-content
in the finished metal, in Group I tests, is not accompanied by structural changes
in the metal. Another remarkable feature of the change in S-content of the
Card 216

S/133/60/000/012/001/015
A054/-4.027
Behavior of Sulfur in Open-Hearth Furnaces Fired by Natural Gas With Self-
Carburization
metal in the nevi firing system is that the-removal of sulfur is more uniform,
it takes place during 1"he entire melting Deriod. Of the total amount of S
(0.0162~'fo) removed froa the metal, 0.0060,~46_is sepa:rated- during the first half
of the melting proc~-~ss and O.OlOep during its second half, in the Group I melts.,
,ihen firing with cc -.e-oven mixture v however, 0.0082,'0' 3 is removed during melt-
ing and from this .nount only 0.0010% during the first half of the process and
0 .007 25 during the second. This uniform S-removal from the metal during the
Group I meltings is explained by the favorable constant atmosphere of the
furnace due to natural gas firing. 71ith regard to tempe-rature it was found
that on account of tbe metal fluidizing more inten31vely before oxidation its
temDeratuxe in Group I is about 10-150C lower than in Group II. With regard
to melting time it was established that when firing with self-carburizing
natural gas and increasing specific oxygen consumption by 7-8,~af, the melting
time could be shortened by about 1 hour COMDared with coke-oven mixture firing.
The Group I meltings viere carried out at the end of the furnace camDaign, i.e.,
under less favorable conditions than those of Group II. Thus, the better
Card 3/6

S/133/60/000/01,9-/001/015
A054/AO27
Behavior of Sulfur in Open-Rearth Furnaces Fired by Natural Gas With Self-
Carburization
rebults obtained as regards 5-removal from the metal in a natural gas-fired
furnace show that in this firing system ageing of the furnace is delayed. There
are 6 figures, 2 tables and 1 Soviet reference.
ASSOCIATIOY: Institut chernoy metallurgii AN USSR (Institute of Iron Metallurgy
of the AN UkrSSA) Zavod "Zaporozhstal (Zaporozhstal I Plant) .
Legend to Figure 1: Frequency curves of the S-content in the finished metal,
made in a furnace fired by natural gas with self-carburization (a) and with
coke-oven mixture (b). The number above the point means the amount of meltings.
Vertical legend: frequency, 'j'~; ho izontal legend: sulfur content of the
finished metal, 1o-3-(
14
Card 4/6

17

dl

S11331601000101210011015
A054/AO27
Behavior of Sulfur in Open-Hearth Furnaces Fired by Natural Gas With Self-
Carburization
Legend to Fig. 5: Frequency curves of the change in sulfur content during
0
meltirc in a furnace fired by natural gas with self-carburization (a) and
0
with coke-oven mixture (b); the plus values indicate the increase, the minus
values the decrease ir, sulfur content.
A6
26
16
-.).j _Y1111 ~/j
64
112
a
IJ

Card 5/6

sA33160100010.1210CII015
A054/AO27
Behavior of Sulfur in 6pen-Hearth Furnaces Fired by Natural Gas With Self-
Carburization
Le.-end to Fig. 6: Frequency curves of the change in sulfur content during
boiling, heat finishing, deoxidation and tapping, in a furnace fired by natural
gas with self-carburization (a) and coke-oven mixture (b).
Card 616
4A.
lljwAIMU.- CO&P.71WIVUR CeM. la

FMOROVICH, V.G.; URP, S.Y. I
Combined blow of high phosphorou3 cast iron in laboratory converters.
Izv. vys. ucheb. zave; cherno rmto no.804-37 16o. I
(MIRA 13: 9)
1. Dneprodzerzhinakiy vechernly metallurgicheakiy institilt,
(Cast iron-Metallura-) (Converters)

- KARP.-S..Fo
Arrangement for the desulfluration of liquid metal outside of the
furnace. Yop.proizv.stali no.8:44,47 161. (MIRA 14:6)
(Desulfuration) (Liquid metal)

XARPV S.F.; CMCIIKO, V.P.
Effect of the deoxidation method of M16C steel on its plasticity
in the hot state and its impact toughness. Vop.proizv.stali
no.BU,8-51, t6l. (MPA 1/+-.6)
(Steel-Metallurgy)

POLYAKOV, S.N.J. kand.tokhn.nauk; YATSFIIKO, A.I., inzh.;jCW, S.F., inzh.
Effect of silicon on the revorsible temper brittleneas of steel.
Trudy Inst.chern.met.AN URSR no.14:24-29 161. (IMIA IJ+:10)
(Steel--Brittleneas) (Silicon)

POLYAKOV, S.N., kand.teklm.nauk; KARP, S.F.~ liush.; GLIM4, Yo.E.
Reversible temper brittleness of carbon steel with a varying
silicon content. Trudy Inst.chern.met.AN URSR no.l/+:50-32 16.1.
(1-affik 14: 10)
(Steel--Brittleness) (Silicon)

KARP, S.F.;_FRUMKIN, A.P.
Efficient method of producing ferroaluminum. Stall 22 no.3:242
w :62. (UIRA 15:3)
1. Institut chernoy metallargii A14 USSR i zavod im. Karla
Libknekhta.
(Iron-alumAnum al-loya--Metallurgy)

KOBEZA, I*I..; KARP,__~!_~.; POKOTILO, Ye.P.
Testing the self-carbumUm of natural gas in open-hearth
furnace ports. Izv.vya,ucheb.zav.; chern.met. 5 no.4.153-159
162, (MIRA 15:5)
lo Institut chernoy metallurgii All USSR i Institut ispolizovaniya
gaza AN USSR.
(Open-hearth furnaces) (Gas., Natural)

PORTNYAGINA, V.A.; KARP, V.K.
Synthesis of some isothiuronic salts, derivatives of pyrimidine.
Report No.l. Ukr. khim. zhur. 31 no.1:83-85 '65. (MIRA 18:5)
1. Ukrainskiy naticlino-issledavatellskiy sanitarno-khimicheskiy
institut.

FOH~PfAGINA-, V.A.; KARP, V.K.
C"-,rr , 1~': ~ T ,~4' -;r - j sc) 'i M " . " Report No.2 -
UP.r. khim. z'h~ f'F' Of iyr'm;din--.
ur. 31 no.2:21r-219 165. Wl'~, 18:4)
-.:. Ukrp-Lns~jy naLlClinO--iSL-,Ii--do,~-aLellskiy !3anl Lurrio-khIm-cheskiy
r
-1. nst,ltut.

KARP, V. N.
KARPY V. N.-- "On Forced Periodical Oscillations of Strings(On Periodical Solutions
of Some Nonlinear rquations of the Hyperbolic Type)."'(Dissertations
For Degrees In Science and hngineering Defended at USSR Higher
Educational Institutions)(29) Min Higher Education USSR, Uzbek
State U imeni klisher Navoy, Samarkand, 1955
SO: Knizhnaya Letopis' No 29, 16 July 1955
* For the Degree of Candidate in Physicomathematical Sciences

3/00 3/6C/QN/O: 9/00 /C I I
8019:-!)~l
A-T F. -... :):~t- or
TITLE, 'Itc,"i- FT.bl:z, of -A
FERMDICAL, 1~, '.to. 9, p;. -'",-4q
of the t!.
31nc.
X
. 1. -1111. It.. I on n
fi.. ty
ir 7'E'r4
w" t 1 .
tralltt lin, It:=!t
tr, t -:e ~t.Lo P
ly =.f,Tr c,C -zon-oi.
Pr.bl. . fr -I set in -k,.
-W' -, , =tt an,
..dr n'_ _1 I In '1 .111 tt~t !tT; rt~i r,; k~ 1. 5,
(X.b-l.--.-A.'l-r..- ~r of the t,tl If Avill.1
L 5-
of the C .r. 't I . . nyx -it
4, ". __' '"='
th. J, :. Lttn !r",'
cr
St. Int of the on
Tr!I ..i SIt'r' an! I Poe
9- duate -.-Aents of M. Zlh.r of fe."
of the Rotation of C-i. Cat X...... -d --." 2.3.1 or . 3-.,r
Card 214
7EIT1 -1
(Der'rt~'rt
71f the K.tl.
Tni"r-ty).
!'Itr-I a. the
.,-tiflc 1~.. .- 1:11 '. .1 "1 . t h
~iiih- I,. .a.- t
I t~t.. of
C......
Lqr:n
on
Ar-ol ?:-fl:- Wit, L-1 S,;-, Cc=~-,ton
Carl 114
FS: -f' 2-at-17 ~'i'
e St**Jj, ;--la' 7low of ~%: ?.rt.!clvs m,n I Photon ta.-
;.st-Cr.d..t. t ,f th Ub
dealt With -5. . . F rof tt. p1.-;-11-1 Flow of :-y Ll-il. In
Cb-al.-. -nior Teacher f .", ,
'I- " '-*,' "o, -'r ,;'i. I .
yt c-I deli, -1
rl-rl
I Prcbl'-r--F -the-.. .-I,; to.
Tn'threerrop b, I-ofor -I:cor'
I h;. W. r-- f the E.ba,rdi.e-
lk.ri-
p.dwg,gl.h..kl~ 1. -2 c n
rel'Cogi-I lostit,te. .-,I n ra-~
In'tittit (Cl.... ;.:Y%.chntc it o
of ;aid -~t.
r.;.rt by Frofarmir ;,_T,
sugg--.ed a C-tly I:pro,qj
-th.d of to a report ~)j Frofemmor
-t-in who vor-otli an itt-atIng cc -j.icn to or., of -he mc,t izp3,rt,pt
': "' '"""C "d . & rv;or. by-1.
pro":, 1ZLLslL_'
Ar~eb I st' Cale -1 of ~L--.Lh
:.rd 3/4
I, on- r I.
Elb rl IZt. 1,

S/020 6o/i33/003/016/031XX
C 111~ C 333
AUTHOR: Karp, V. N,
TITLE. Existence and Uniqueness of the Period-Lc Solution to a
Non-Linear Problem on Forced Oscillationo of a String
PERIODICAL: Doklady Akademi~ nauk SSSR, 196o, Vol z 153, No. 3, pp,
515-518
TFIM The author proves existence and uniqueness of the periodic
solution of the problem
2u 2 99 ~D U X
= ~ (X, t) + "f (X, t
~j x2
(2) u(O,t) = u(i,t) = 0
(3) u(x'O) = u(X'1) ~~U(X'O) 2)u(X'1)
b t 3 t
Assume that ~- is a small parameter and a where p = 2k + 1
(k=0,1,2,--.) and (p,q) = 1, q
In order to prove the theorem- the author reduces the problem to the
Card !/3

85514
S/020 6o/155/oo3/016/051XX
C lii~ C 353
Existence and Uniqueness of the Periodic Solution to a Non-Linear
Problem, on Forced Oscillations of a String
intogrodifferential enuationit.
all
(4) ukt) 2 1'0 !1 V
~ra S
C, 0
K, (x,, t, Z )dE + -L d-c +
a IJ
0
4. fq ~7 p Ut (x,
j 2
and then shows (separately for the cases a ~2k+' and a
21+1
that the kernels K and K 2 are piecewise constant. in the domain
m this, however, according, to a former
O:~X;~I' OIC I ;~I, Fro
investigation of the author, it follows the existerice and
uniqueness of the per-iodi:- solution.
Card ?15

655U4
S/020/60/133/003/016/031KX
C 111/ C 333
Existence and Uniqueness of the Periodic Solution to a Non-LiJilear
Problem on Forced Oscillations of a String
There is 1 figure.
r
tAbstracter's note: The mentioned former paper of "he author is
n-owhere explicitly give~j,
ASSOCIATION3 Odesskiy politekhnicheskiy institut (Odessa Polytechnical
Institute)
PRESENTED: March 9, 1960, by J, G. Petrovskiy, Academician
SUBMITTED: March 7, 1960
Card 3/3

3
319L)4
s/1,jo/61/ooo/oo6/oO3/OO7
Cill/C444
AUTHOR: Karp, V, N,~
TITLE: The application of the method of wave domains on the
solution of the problem of forced non-linear periodic
vibrations of a string
PERIODICALg Izvestiya vysshikh uchebnykh zavedeniy, Matematika,
no 6, 1961, 51-59
TEXT: Problem: Determine a function u(x,t) which satisfies
2U - a2 -02u = 0 (x,t) + (!If (x, t' u, '3u
t2 ~x2 ?t
u(O' t) = U(1' t) = 0
u ~u
u(x'O) = U(X,1)1
at I t=O t=1
a being constant, and which is continuous in D0 !C- x 4-1, O=!Et !!E~ 1
together with all its partial derivatives
Card 1/G

-j.jqj-h
S/140/61/000/006/003/007
The application of the method of CI11/C444
Supposed is: a) ~.' (X,t), ~ ,(x,t) are continuous in x, t in T;
t
b) ~(x,t) (x,t+l), c) +(x,t) (1-x,t); d) fx'' f;. f, ff
t U gu
satisfy the Lipschitz condition Tt.
f. (xIi t, U f, (X t u 2
j?
t 2 2 t
au 1 112
1 21 + 1 t1-t21 + 1 U1--U2 + t t
5 and arbitrary finite ul ---- C,11 C. where
for arbitrary (x,t)
C > 3 SUP L (X., t)II10 X, Q (X, t) j
U
e) N = sup[I fi I? I f! "~ P
x t f, fZU f(x~t,ui Dt
U
f ) f (X, t ? Cc f (X, t+1
Card 216

S/ 140/6 1 ~CI090~tO06/003/007
The application of' the method of C111/C444
g) f (x, t ~ -b , (3 = f ( 1 -X, t; OLI P)
Theorem 1: The differential equation (1) possesses a solution which is
continuous in together with Lill partial derivatives up to the second
order, is periodic in t with period 1 and satisfies (2), (3), if 1.)
the conditions a) - g) are satisfied,
2) I&LI.< min( 1, 1 C-
24RO + 2L) ' 6P
where
R = max (m, N), L = max C , 12 EN(I+C) + P
3) a is an arbitrary odd number.
The proof follows by aid of successive approximations, where as a
first approximation uO(X,t) the solution or
0 a2 0 (X,t) (5)
t2 X2
Card 316

31911t
S/140/61/000/006/005/007
The application of' the method of C111/C444
is taken which satisfies (2), (3). This solution is ~3earched as a
series
c0
uO(x;t) T(0)1(t) sin (2n+1)jr x, (6)
'Z. 2n+
n=0
where the domain
-5 is cut into 5ubdomains which are called wave do-
mains because of their boundaries being either identic with the
expansion directions of the string waves or parallel to them- In these
subdomains of
it is possible to sum up the kernel
K (X, t, T, sin(2n+!)JTx sin(2n+l)oYg sin(2n+I)~Ta(t-'r)
2n4l
n4
of the representation
u (x,.t) d-C Z) K (x -I' ) d
0 JTa
Card 4/6

-3191h
S/14o/61/000/006/003/007
The application of the method of . . . C111/C444
1
dt K (x, tc. t ) d
JT a S
t 0
of U (X~t), (it takes the values 0, + ,Jr + JT and thus for
0 , , 8
u (x,t).(and similarly for higher approximations) to attain the
expression
1
U (X.0 i~ (iT +
+ Q T
4
63
Card 5/6
1 7
t,r ) d t dV +
i=2
(9)

_31914
S/14 61/ooo/oo6/oo3/007
The application of the method of C111YC444
where ~c indicates the mentioned wave domains, The representation (9)
then serves as base for the proof of the particular assertions of
theorem 1,
Theorem 2 says that under the suppositions ot' theorem I the obtained
solution is unique.
The author mentions N. A.. Artemlyev, P,. V., Solovlyev, A, P. Mitryakov.
There are 2 figures and 5 Soviet-bloc references
ASSOCIATION: Odesskiy politekhnicheskiy institut (Odessa Polytechnic
Institute)
SUBMITTED: April 7, 1959
Card 6/6

KARP, VA.- - ..
Application of the wave domain method to solving problems of
forced nonlinear periodic oscillations of a string. Izv. vys.
ucheb. zav.; mat. no.6:51-59 '61. (YdRA 15-3)
1. Odesskiy politekhnicbeskiy institut.
(Oscillations) Nave-motion, Theory of)

KAFTI V.N. (Odesoa)
Existence and uniqueness of the- periedic, solution to a certain
nonlinear hyperbolic equation, Izv. vys. uchob. Z,'-',V.; mat. no.
5t43-50 163. (MIRA 16:11")

i1s,f-RAliscellaneaus Instruments
Card 1/1 Pub, 133.- 5/23
Authors :-Karp, V. S., Chief.Engineer ofthe Odessa Factory co ntrolled by tho Ydi-d try
bf-C-6 tilddtions; and Litmanov, Ya. L., Engineer
Title An "IR-211 (H P-2) type instrument for testing discharge.5
Periodical Vest..svyazi 8, 8-9, Aug 1954
Abstract; The "IR-211, instrument used for. testing dischargers of the RA(PA) and RB (P 5
types, carbon-type and.other type dischargers installed on cormiunication lines,
is described. The'difference between the "1R-211 testing instruments and, the
earlier, " IR-49" instrument. is outlined and the relative advantages. of. the form-
er (IR-2) type explained.. The method of assembly and operation o f the instru-
ment is demonstrated and an'operation chart is included. Diagrams; illustra-
.tion; table.
Institution
3ubmitted

KUPFJMN, L.M., inzhener; KARP. V.S., inzherer.
PKSV brand jumper wire. Vest.sviazi 17 no.1:14 Ja 157. W-RA 10:2)
l.Odeaskiy kaballnyy zavo& (for Kuperman).
(Telephone lines)

KAFT) Mleozyulaw; BARTKOWSKI, Stanislaw
Case of eosophilic granuloma of maxIlIa and mandible. Pol. tyg.
luk. 20 no.35:1336-133/ 30 Ag 165.
1. Z Kliniki Radiologian93 AM w Krakowie (Kiavownik- prof. dr.
St. Januszklewicz) i z Kliniki. Chirurgii Stomatologicznej AM w
ilrakc)wie (Kierownik: doc. dr. T. Pawela).

JMNSZKIEWICZ, St.;: KARP, W.; MARCINKOWSK"O M.; NATURSKA-I'ARGOS-, H.;
I 1~
SZUL, 11.
Development of medical radiology in Cracow. Pol. tyg. lek. ^40
1
no.21:778-~80 24 ~~y 165,
1. Z KliniYi Radiologicznej AM w Krakowie (K-lerownik: proff.
dr. St. Jaruszkiewicz).

WITEK, Jerzy; KARP, W:Uhel-m
Radiological contribation to the diagnosis of optic nerve
diseases. Pol. tyg. lek. 19 no.23:869-871 1 Je164
1. Z Kliniki Radiologic-.zioj Akademii 14edycznej w Krakowie;
kierownikl. prof. dr. Stanislaw JanusAiewiew.

KARP, Ye.M., inzh.
Designs of joint.9 for precast reinforced concrate structures. Gjjr.
i mel. 1.7 no.2-32-38 F 165. (I-ITRA
A J'q : 5 )
1. Nauchno-tekhnicheskoye obshchestvo stroitelfnoy irdustrii.

jcvyc.~;llch.')IliyQ U ji-c"I"okil ;Ytovlt Li I ~'i:Ayfvlpy
Foclivy (Akad 7
Nauk U)II.~.'r-l-, ~3.() 1~', 1 1"' 1--1-tr, 1","~
lzvvestlya auld "i'lul: U)Ssl~l lll:ilcl INC. 20 6. 118-212
N~. 36

'47
KUMTSOV, Sergoy Grigorlyevich; RUDIONOV,. Adrian Vladimirovich; KARP., Te.M.,
red.; CHXRROV. V.S., tekhn.red.
[Automobile transportation In the building of hydroelectric power
plani;e] Avtotransport na stroltel'stve ldroelektrostantaii.
Hoskira. Gos.energ*izd-vo 1957. 79 P. ~V pomoshch' gidroenerge-
tichaskim atroikam. no.0 (HIM 11 ' 3)
(Hydroelectric power stations)
(Transportation, Automotive)

BIYAKOV. Gavriil Pedorovich: XARP. Ye.H., red.; *MNDVMIU, L.Ya., teldin. red.
wwsw~e,