SCIENTIFIC ABSTRACT KIRICHENKO, S.P. - KIRICHINSKAYA, I.A.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000722620010-1
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 18, 2001
• Sequence Number: 10
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

3/061/62/000/008/036/057
B156/B101
Z 6
AUTHORS: Kirichenko, S. P., Simileyskiy, A. Z.
TITLE': The effects of ultrasonic vibrations on "he thermal cracking
process
PERIODICAL: Referativnyy z hurnal. Khimiya, no. 8, 1962, 474, abstract
81,1124 (Novouti neft. I gaz. toklin. tileftopererabotka i
ne.ftekhimiya, no- 7, 1961o 64 )
TEXT. The effects of ultrasonic vibrations on the light fraction
(cracking process have been irvusligatedt and tho conditions under which
ultrasonic vibrations exert moot effect on the reactions taking place
durinj thermal cracking were investigated. The experiments were performed
at tenperatures of 430, 450 and 4700C at the outlot of the reaction
chamber, and pressures of 20, 401 50 and 60 atm in the reaction zone.
The research results were assessed from the yields of gas, and of the
gasoline (up to 2050C) and diesel (UP to 3500C) fractions under normal
thermal cracking conditions and in cracking in the presence of ultrasonics.
The raw material used was heavy roflux containing 36~ of fractions
Card 112

S/061/62/000/03,3/036/057
The effects of ultrasonic ... B150/B101
evaporating at up to 3500C and 0-014-if3 of carboids; its density was 0.927-
It was found that ultrasonic vibrations affect the reaction rate during -
crackinj; increasing the pressure in the reaction zone t1ands to produce
conditions under which ultrasonics are effective. The ideal cracking
conditions are a temperature of 4500C and a pressure of 50 kg/CM2; under
these conditions the gns yield increases by 30, the gasolino yield by 60%,
and the solar oil yield aloo by 604;a of the figures attained with normal
thermal cracking methods; the liquid roaotion producto contain less
carboids. [Abstracter's note: Complete translation.]
Card 2/2

.LQ,jg,T,.[KyrychsnkoO S.Tj
XlRlq!FN
e0ol""-s'eventh Sheychenko conference* Visayk Ali URGR 29 no. 6:58-59
ja 159. (Shavcheako, Terms GriggrIevich, 1814-1861) (HIRA 11:7)

S/204/61/001/004/004/005
E075/E185
AUTHORSt Plate, A.F., Belikova, N.A., and
TITLEz Catalytic conversions of 1.4-ondomethyleneoctahydro-
naphthalene and 1,4,3,8-diendomethylenedecalin
PERIODICAL: Neftekhimiya, v.1. no,,4, 1961, 494--500
TEXTs The behaviour of 1,4-endomethyleneoctahydronaphthalent
(1) and 1,4,5,8-diendomethylenedecalin (11) under heterogeneous
catalysis conditions has been studied for the first time at the
Moscow State University. Hodrocarbon I was prepared by condensing
two parts of cyclopentadiene with one part of ethylene at 200 OC
and 35 atm pressure. It was hydrogenated at 20-40 OC in the
presence of suspended Ni catalyst to obtain hydrocarbon II.
Hydrocarbon I was studied in the presence of a platinized carbon
catalyst under conditions of dehydrogenation and irreversible
catalysis (Zelinskiy method). Carbon with 8% platinum was used as
the catalyst and the hydrocarbon vapours passed over it with space
velocity of 0.2 h-1 at 205-210 0C. The reaction products yielded
1,4-endomethylene-1,2,3,4-tetrahydronaphthalene and
1,4-endomethylenedecalin; dehydrogenation, however, was hampered
Card 1/4

Catalytic conversions of ... S/204/61/001/004/004/005
E075/E185
by side reactions, such as hydrogenolysis of the five-member ring,
marked by the presence of a-methylnaphthalang in the tail fraction.
As a result of the dehydrogenation the yield of
1.4-endomethylene-1,2,3v4-tetrahydronaphthalene was higher than
expected. Thus the ratio of the aromatic hydrocarbon to
1,4-endomethylonedecalin was Isl and not la2. The dehydrogenation
of hydrocarbon I in the presence of platinized carbon at 300 OC
gives the aromatic hydrocarbon only with 50%, yield. Hydrocarbon II
was studied under platforming conditions over a 0,5% Pt/A'203.HF
catalyst at 480 OC and under a hydrogen pressure of 20 atm.
The reaction product was a hydrocarbon CIO to C12 mixture in the
155-273 OC boiling range, but secondary processes of dealkylation
and isomerization typical for platforming reactions also occur.
The experimental data lead to the following Tonclusions.
1) 1,4-ondomethylenetetrahydronaphthalene participates in the
rea:tion of irreversible catalysis under dehydrogenation conditions,
2) l~4,5,8-diandomethylenede~-.ahydronaphthalen~ is unstable under
platforming conditions and converts to hydro:arbons of the
naphthalene and indan series,
Card 2/4

Catalytic conversions of S/2o4/6l/ool/oo4/oo4/oo5
E075/E185
3) Under platforming conditions the C--C bonds in the
endomethylene bridges of 1,4,5,8-diendc-methylenedecahydronaphthalene
undergo cleavage, which is not typical for bicyclo- (2,2,1)-heptane
and its homologs under conditions of hydrogenation and
dehydrogenation catalysis.
Acknowledgments are expressed to Yu.P. Yegorov for his assistance.
There are I figure, I table and 14 reforencess 5 Soviet-bloc and
9 non-Soviet-bloc. The four most recent English language
references read an followsi
Ref.2s C.L. Thomas, Ind. Eng. Chem., v-36, 310, 1944.
Ref.3: S.B. Soloway, J. Amer. Chew. Soc., v-74, 1027, 1952.
Ref.13: R.A. Frisdel, M. Orchin. Ultraviolet spectra of organic
compounds. J. Wiley, N.Y., 1951.
Ref.14s Catalogue of infrared spectral data. Amer. Petrol. inst.,
Research pr. 44, Nat. Bur. Stand., Washington, 1952.
Card 3/4

Catalytic conversions of .... S/204/61/ooi/oo4/oo4/005 V/
E075/E185
ASSOCIATIONt Moskovskiy gosudarstvennyy universitet im.
M.V. Lomonosova, Kafedra khimii nefl!
(Moscow 5tate University imeni M.V. Lomonoso,i,
Department of Petrol Chemist.-Y)
SUBMITTEDj June 10, 1961
Card 4/4

PLATE, A.F.; BELIKOVA, N.A.; KIRICHENKOP S.Ya.
Catalytic conversiona of 194,endmotbyleneoctabvdronaph-
tbalens and 1,4,5v8-diendome-thylenedecaUn. Neftekbi-lin 1
no.4t494-500 JI-Ag 161. (MIRA 16:11)
1, Mookovskiy goBudaretvennyy univeraitet imeni Lomonoaova,
kafedra kbimii nefti.

KIRICTTR,,,T
Future builders. Frof.-takh.obr. 11 no.6:32 S 154. (XLRA 7:10)
1. Nachallnik otdela uchilishch
trudovykh reservov.
(Building trades--Study
i shkol Krasnoyarskogo upravlentya
and teaching)

KTRTC;,'F,i'I'KOO T. F.
Klrichenko, T. F. 1114t-adow-i al.onr t!~e rid-Ile flow of th~! SA-ma-a River,"
llaiicl-.. zap, ski (Dneprore tr. pon. Vol. XXXII, )01,P, ,. 41-r6 -
Plblior: 15 itens

fl~l V lchemko, T, F
IrIRZCMWIM T.F ; MODKO. X.G.
- *
Record of trees and shrubs in the territorY of the Veliko-Inadoll
Forest. Mauk.sap.Dnipr.un. 48:227-239 155 (MIRA 10:11) .
(Ollginka District-Trees) (Ollginka District-Shrubs)

GONCHAROV, V.I.; SAVENKOV, M.I.; TURCHINOVA, L.N.; Prinivoll uchastiyes
DRIZHERUK, Mo.; SIDOROVICH? L.A.; KIRICHENKOP T,P,
Dressing granite-silliamits gneissaa from the Bug Valley
deposit. Ogneupory 30 no.lOtIO-15 165. (MIRA 18&10)
1. Ukrainskly nauchno-lealedovatellskiy Institut ogneuporov.

KIRICIMMO, V.tEngr- Lt Col.
KIRICIEENKO, V.-Candtdate of Technical Sclencos
Listed as author of article, "Nikolay Alektiandrovich Zadub3kly," ;Alb-
lishod in VoyennEr Vestnik, No 4, 1-Pr,3.
(Voyennyy Vestnik, No 17, Doe 53) /Zadubskiy (18i3-1917) was qn ar'.111e7-f-
and ballistic3
SO: SU:,! 1-529 25 Juno 1954

1. KIRICHEIIKO, V.
2. USSR (600)
4. Willows
7. Preserve and cultivate willow. Sell.stroi 2 no. 4, 1947
9. MonthIZ List of Russian Accessions, Library of Congress, M.^.rch 1953, Unclassified.

KIRICMKO, T., tovaroved.
- -
Out down on the olddloven In camodity movenent, Sov. torg, M0.3.,
25 Mr 158 - (KM 11t2)
1. UkTuinokaya koutora Glavealanterol.
(Comodity axohangea)

KIIUCHENKOJ-V.j BRONTSITTER, G.; LAKOZA, I.; SOKOLOVA, Yu., master sporta;
iLMSjU-N, L. (Kazan')
Create, invent, testj Kryl.rod. 14 no.401 Ap 163. (MIRA 1615)
1. Instruktor gorodskoy stantaii yWkh takhnikov, Kharlkov (for
Kirichanko). 2, Instruktor aeroklilba, g. Karaganda (for
Broktaitter), 3, Instruktor aviamode llnogo kruahka stantaii
yunykh takhnikov, Berdyansk (for Lakoza, .
(Lirplanes.-Models)

K!l'-*rlNFNi:of V., lnrh.-,r.1,AtromfkhanJk 21CM-ISPOSS 'TO12hskJy-'V7 '
1-ay more attpnt'4on to maetering of the opersition -~f neur suctinvi
dredgos. Reah, tranAp. 23 mc.120,4 D 164. (~'IPA 1M)

Z't-vit-s"iy,
V.
ono
L" v e 3 tti
rabber
d
in t, i (., faid 0
V y a, ,
prc,) po' :-,c, t'-, lSi-
S OU.71, C Khiraiya i praI:ticheLkoye pri:~.cr.Lniye
soyedizioniy; trudy korferentsii. no. 6: Do:,--,Idy, dls'Kus-
L;ii, reoheniye. II Vocs. konfer. jo kl,imii i praklt. prim.
kre,-aicor6. soyed., Lan. 1958. Lenin:,rad, 1--d-vo "%N' SSSR,
U
1961, -903-205
T This is a discussion in which K. A. Andrianov (::oucow) and
~~'L ans':iy (VIIIISK, Lenin,;rad) took part. The authors disclo-
Kieb,
sed that the formation of polydimethylsiloxane rubber is an ionic
ised the molecular weight
-orocess. Concentrated sulfuric acid incre,
of the polymer to about 100,000. To obtain molecular we.i,,,,hts of the
order of 500,000 it was necessary to remove some of the acid. When
the acid was diluted to about 701, the molecular weiLht increased
Card 1/2

6/661/61/000/006i/0.44/Oal
Investi-ations in the field ... D244/D302
0
to 500 - '000 thousand. The acid poly3iloxaneo are ol)"Lit under the
th a
.knfluence of Al (SO at 1000C, and a polymer -s formed
Zolecular vteiGh; of416'0,000. Subsequently, the ~rollth of tric poly-
Mer continued for 40 - 48 hours at room temperature and thu molecu-
lar wei~;ht. reached 400-500 thouLiand. It was suffieic.,,t zo have "21,"
wt. concentrated sulfuric acid to obtain ',he polymer *,.,i-vh a mole-
,-ht of 400,000. The polymer obtained industrially contains
cular weig f - W
about 9 - 101P of 'Une monomer. So far no catalyot was found that
would increa.,3e the yield of the poljmer to Mlore than 90~,J. The cata-
lysts tried so far vere PeCl 31 Al 2(SO 4)39H2 SO4 ard KOH.
ASSJCIAT10il: Vsesoyuznyy nauchno-issledovatel'skiy in3titUt sinte-
ticheokogo kauchuka, Lenin,-rad (All-U*iion Ocientific
U
Research Institute of Synthetic Rubber, Lenin,-rad)
V,

FRAVIKOVA, N.A.1 DAVYDOVAt V~Poj KIRICHFNKO),V.A.1 TAKUSHINAp T.A.
Application of the turbidimetric titration method for determining
the molecular weight distribution in siloxane polymers. Kauch. i
res. 24 no.lOtl9-22 165. (MIRA l8jjO)
1. Fiziko-khimiobeskiy inotitut imeni L.Ya.Karpova, Moskva, i
Vaeoovusnyy nsuohno-insledovatel'skiy institut sintatichaskogo
kauchuka imeni S.V.Lebedeva.

-AIRICHMIKO. V. I., gornyy insh.
Use of minor mechanization in drilling bore holes.
no.6:37 Je 160.
(Boring machinery)
Ugoll Ukr.
OdRA 13:7)

TZUZNSV K.1.1, doteent 9 insh.; NIKONOV,, A.F.,
gorMy inzhsj CHIRMIU, Vol
. 0 Spm., S *Do
prof.; KILUCIMOV, A.P., dotirntl DWK0,, lo,So#.goz ny7 inzb.
Readers$ response to A.A. Shami jv A.M. Belonskii and A.V.
Galk'n's article NPillar methods of xining flat dipping seams
vithout undermining the side vans in dovslop=t vorkings.0
Ugoll Ukr. 6 no.206-41 F 162. (KIRA 15t2)
1. Novochbrkaseldy pplitekbnicJwskiy institut :fcw Tyu=ev).
2o Treat Sovetaku6 ( (for Vudko). 3. Donetskiy nauohno-
idaledovatellskiY ugollnYY inatitut (for Kiricheao). 4- Gos-
udaretvemvy institut po, proyektirovaniyu shakhtnogo stroitell-
"Itva kawnnougollrW promphlennosti (for Nikonov). 5. Ukraina-
skiy filial Yesooyu=ogo nauchno-isolsdovatellskogo markaboyder-
skogo instituts. (for Chernyayev). 6, Moskovskil goz-m7 institut
(for Sonin, Kilyachey)...
(coal mines and p43tng)
(S-hamint A,A.) (Belenakii, A.M.) (Galldup A.V.)

.KIRICHENKO,, V.11,1 inzh.
Use of rod bolting in hydraulic coal mining. Ugoll.prom.
no-4:47-49 JTI-Ag 162. (MIRA 15:8)
(Donets Basin-Hydraulic mining) (Mine roof bolting)

- XIRIC.xzqqL-I~.~.*
Zero-kepression instrument for measuring the moments of winding
springs. Priborostroonis no.S-.26-28 My 156. (MM 9-.8)
(Clocks and watches)
(springs (Nechanism)-Neasurement)

VAI
GRIGCRIYZV.V.S.; BZLUKO.S.P.; KIRICHZXXO,V.M.
All-purpose Jack. Rate. I lzobr. predl. v stroi. uo.110:
28-30 '55- (RLRA 8:~Oj
(Lifting Jacks)

ffw ~/,/ 'C' ) t_jm,
GRIGOII V.8 : IL. 4.M.
Unit for 'CrUMning lightweight crushe4 material from
heat-liquified blast-furnace slag. Rate. i isobr. predl
v stroi. no.2il22-124 157. WRA llil)
l.Sotrudniki Tushnogo nauchno-iseledoTatellskogo institute po
etroitalletvu, Kharikov. .
(Slag) (Centrifuges)

IIHICHINW, V.H., lush.; ISHCHRM, V.P., lush.
I Prolonging the life of parts of rachinery for processing fused
blast-furnace slags. P~rsv. stroi. 36 no.12:35-36 D 058. (MIRA 22tl)
I.Yushn" nauchno-iseledovatellskiy institut (for Itrichanks).
2.Zaporexhakiy saved shlakovey pemsy (for Ishchanks).
. (slag)

ZINICHWO, T.H.
Making lightvaight aggregates by molding molten slags In the
plastic state. Strol. mat. 6 no.6:24-25 Je 160. (MIRA 13:6)
(slag) (Aggregates (Building materials)

OGORODNIKOVj B.Ie; BASHANOV, P.I.; PETRYANOV, LV.
Trapping of shortlived daughter products of radon decay t7
FF ribrous filters. Atom. energ. 15 no.3t230-237 S 163.
(KIM 16 s 10)
(Radon-Decay) (Filters (Chemistry))

KATS9 V.I., doktor ekon. naukj KIRICHENKO, V,N,, ka4d. ekon. nauk;
IVANOV, Ye.A.; SAID-GALIYEV, K.G.; LUKIYANOV, E.B.; MWATOVAq
V.1.1 PLYSHF.VSKIY, B.P., kand. ekon, nauki STOHAKHIN, V.I.;
KARPUKHINP D.N., kand. ekon. nauk; KIRICHENKO, N.Ya.;
ZHIDKOVA, M.V., kand. ekon. nauk; ANCHISHKIN, A.I.; KLINSKIY,
A.I., tend. ekon. Aauk; SOLOVIYEV, N.S.; XLOTSVOG, F.N.;
VSYAKINH9 B.P.j LAGUTIN, N.S., kand.ekon. nauk; LMHEVj M.Ya,,
kand. sellkhoz.nauk; KORMNOV, Yu.F., kand. ekon. nauk; SAVIN,
V.A.; T&REKHOVp V.F.,, PDROV, V.M., kand. ekon. nauk; ALITER,
L.B., doktor ekon. nauk, red.; KRYLDV, P.N., kand. ekon. nauk;
LEPINKOVA, Ye., red.; KOKOSHKINA, I., m1adehly red.; UIANOVA,L.,
tekhn. red.
[Growth of the social product and the proportions of the
national economy of the U.S.S.R.]Rost obahchestvannogo pro-
izvodstva i proportsii narodnogo khoziaistva SSSR. Moskva.,
1962. 453 P. (MRA 16:2)
(Russia--Economic policy)

KORHAVt V.I.; OGO.RCiDNlKOVP P.J.; KTICHMNYOP V.N.
Mwusuring the diffuelon of RaA a . ly
method of deposition fror, 4 lamintir ficu. At,,)r!. ri'. -1 ;
no.3:221.-222 S 164. (91! ~ ; -, ~ ~) 11

r~- 7- --Z!*:I-M-:~

0 1)

KIRICHLNKO, Vadim Nikitich; KATS, V.1.0 doktor ekono nauk profoy
red.; i3AZLOVA, Ye.M., mlad. red.
National wealth of the U.S.S.R.] Natsionallnoe bogatstvo
SSSR. Moskvaj Ekonomikap 1964. 213 p. (MIRA 17:11)

'ACCNKt.AP6M9A%_'..
'The,: f in t1w 1104 in-
eve:
authors, foun&,these re's, *t4ma
Ivestigated.. -1hakcwas.a clear-cut iqlajimship betvven the -quantity and the
Aft ~Ii6 Work was going on in cleaning
joysisticncibat .created iao#624-
jh
aia~fii 'to i"6*0- -
te,did-not ajijo. iolil' to 1~4 atoms because the
The, resull authors ?:Jethcd
*was n6vsslsCtj'j~_"jA thii'LLres .,nt
s po of facts:thoV dealt not only Ath,'.,
to thetomer
In'. iiie. H6jjO4jr'9. sj~04;_th4#6 jjj:=S& readly, Settle vith thelree at;oms
itiou'of
I -lous objects-t a
tfW. ove,,j+"i
,on h r
.12m,
:1 A .UbUso
f
jpatory.PL trmct~ i of, minstiL.J'; *A;u f p2, orillas an
reap
WD coiki'~ "06 a-,
2/2
I Card

KJQIUCLEUV, DaitrLy Ivanovich -(1834-1907); -BAXOTBTSEIT, 0- -
red.; KOUXVDUO R;, tekbnored,
(Problems of the economic development of Russia] Problemy ekono-
micheakogo rasvitlis Rossil. Moskva. Izd-vo sotsialino-okon.
lit-ry, 196o. 614 p. (KIRA 13:11)
(Kendelsev, DmItrii Ivanovich, 1834-1907)
(Ruavia-loozomic conditions)

FIMM17111,01 V. 11.
IZIHIC-E-70. V. V. lllawka m-oL:onatoiona-11no;~o SovtAc'm:o-o Or
s os si 't -o !-.oor linatrll naw~h. t !~- 1. ' Ti I . na-zl- o,~.
-7~
A!:-!. naW,.
ly-tn-ij, "o. 31, l?"P).

TSAGOLOV, N.A., prof., red.; KIRICHENKO, V.P., red.; PONOKARETA, A.A.,
takhn.red.
[Laud rent in socialist agriculture] Zemalluaia rents v
sotsialiaticheakom sol'skom khosiaistva. Pod red. N.A.TSags-
lova. Koskya, Gosplanizdat, 1959. 262 p. (MIRA 13,.1)
1. Moscow. Universitat. Hkonomicheskiy fakulltat.
(Agriculture-Mconomic anpects)

MICHMO.V-P-, Imndidat alronoulchaskikh nauk (Moscow)
X%Aazffr~'
~ on-
Vajl~'table legRcy (wWorks OU PLhricalture qnd forestry.* D. I.Mendeloev.
Reviewed by V.P.11richenko). Prirodpi 44 no.8:119-123 Ag '55.
(KIRA 8: 10)
(Mendeleev, Dmitril Imilovich, 1834-1907)

VIRICHMO
,
Spontaneous destruction of tampered glass products,
ker, 17 no*603-34 is 160o
(Glass--Defects)
Stoke I
(MIRA l3t6)

'KIRICHWO, V.P. -
Classification of quartz sand to be used in glass manufacture. Stek.
i ker. 17 no.22337 D 160. (MIRA 13:11)
(Zwov Province--Band)

'
,1
7

25(l) PHAZ I BOOK MMWMTION sovI1516
Inid or
Kirichanko, Vasiliy ~opaqpAch
Vodookh3AzbAayemM kokili (Water-cooled Chill Molds) Moscow, lkshgiz, 1958.,
95 p. 6,ooo copies printed.
Pleviever; B. Yu. lbygellsonj Ed.: It. A. Owlakin., lbod or; Zd- of Publishing
Rousej A. M. Sirotinp Inginserj Tech. Ed.: V. D. 211kind; Ron&ging Ed. for
Literatuxe oa Heavy Machine Baild'-sp S. Ma. Golovin, Engineer.
PUMSC: 7be book Is intended for technical personnel of casting shop* - and
desigm bureaus developing now plants and techniques for reducing costs., in-
cavasing efficiency and facilitating molding operations in wAcbI -building
establisbaeuts using jass and lot production,
COVERAO: The book presents the exprienoe of the author.. a desiper of thin-
walled water-cooled steel molds., and a promoter of advanced methods of J
steel# and aluminx= oastlj* at the Sho rbakov Pload Machinery Plant. W-
orence to other asohim-WIdIng eatablisbments an made. 2he author do-
scribes what he considers the most advantalpous shop pmatice in -kin and
usla long-life vater-cooled steel molds for molding , chill castingp and
Card 1/4

Water-cooled Chill Holds
BOV11516
automatic Me-hi canting. ZxwWles am cited &SKinst the use of thick-valled
iron molds and In favog of the thin-valled, water-cooled steel mold vhiab re-
veal an outstanding redord of performa",, amileability and reliability. Th
demmetrate the high degm of mechanization resulting from introduction of
the steel mold and its &*A=1 adaptation by machine-building establishments
enassed in mass and lot oubpvt of cast parts) the author provides pertinent
tecbnical and economic indices. Mass clearly illutrate the Mverlority of
the new molds over the old forms. Participating in working out the design
of water-cooled metal molds,veret N.A. Pbrmtovj D.P. Masayin, and M. M.
Xorobeynikov,, &32 engineers of VPTI Stroydormahjand from the Shcherbakov
P4&d Wchinery Piant,_engineers P. 1. Rogozhin, F.N. Uydokimov, A.N. Stavin,
and A.V. Zqagiu took part in z"terIng the now tecbnology. ftri are 60
figures and diagramsp 7 tables,, and 15 Soviet references.
TAKS OF CONTM
Flomword 3
T-ntroduction 5
Ch. I. Casting of Parts in Metal -Holds 10
Owtidg sIVIe iron parts in thick-va3led iron molds 32
Card 2/ 4

Water-cooled Chill )blds
SovI1516
Casting simple iron parts in water-cooled, thin-walled steel molds 16
Improvements in the design of tIdn-walled steel molds 21
Vathods of makina thin-walled steel molds 23
Determining the por-meters of the mold mouth 28
Preparing the thU - m1led steel mold for the operation# assembling
sAd. pouring 32
DmiLtion of the m6-Ling cycle 35
Service life of thin-walled steel molds 36
Cooling water expenditure 37
Qual,ity of moldingsj typsis of rejects and their ell-Jr-tion 38
Ch. 31. Vbc~-Mzsd 14stal Mb~ds 49
ChIII-casting mach-I a 49
Rotary chil.1-casting mchines 53
Ch. M. Lined Mold Cores 59
Ch. IV. Casting Large Parts 71
Ch. V. dantinuous Casting of Parts so
Card 3/4

Water-cooled Chill Molds
SOV/1516
Ch. VI. CrysWMzation of Metal 1z Water-coolAd MoMa 86
Ch. VII. Tecbnical and Economic Indiess
Ubliogzapbor
AVAILAME: Libmry of Congress (TS243.KS)
92
97
GO/fal
5-26-59
Card 4A

TSFASY B.S., dotsent, k&nd.tekhn.nauk;_~IRICJ1ENKO, V.V., student
Specification of ,he derivation of Professor I.I.Bobarykovlo
formulae for the calculat m of a tight bolted joint. Sbor.
dokl.Stud.nauch.ob-va Fak.mekh.sell.Kulb.sellkhoz.intit.no.l:
79-84 162. (MIRA 17:5)
1. Kuybyshevskly sellskokhozyaystvennyy Institut.

POKROVSKIY, H. L.; YICVLAJIOVA, 11. F.; IIRIC~WO V. V.
j_
Effect of impuritiso on polymorphic trinaformatlano in lead.
Fis. met. i metalloved. 14 no.41564-568 0 162.
(MIRA 15tlO)
1. Mookovskiy gosudarst"nnyy univeraitet imeni Lomonosova.
Lead--Motanagrapby)
FlAae rule and equiUbrium)
~

ACC NRI AP7005~13 SOURCE CODE: Ua/O1BV67/0V9/GO1/Ort5/O178
-AUIZIOR: Hozhanskiy, V. N. Kiric ienko, V. V.; Predvoditelev, A. A.
ORG: Institute of Metallography,, AN S.30, Moscow (Institut metallografii AN 333R) i
TITIS: Stabilization of quenching tetrahedra of stacking faults in copper by means
of aluminum impurity
SOURCE: Fizika tverdogo tela, v. 9, no. 1, 19671 1:6-178
POPIC TAGS: copper, crystal imperfection, annealing, crystal dislocation phenomenon
metal heat treatment, plastic deformation
ABSTWCT: The authors investigated the annca~'ng conditions of quenched coppcr and
alloys of copper with 2 and 7% aluminum by weight, leading to the formation of
stacking-fault tetrahedra. The tests were made on samples in the form of small pieces'
of foil (15 x 15 mm) of 50 p thickness, heated to 800 - 1000C, and quenched in silicon*.
oil cooled with running water. After quenching, the samples were annealed at 100
800C for different lengths of time. Only small prismatic L)ops were observed in the
case of quenching from 800 or 900C. In the case of quenching from 1000C, stacking-
fault tetrahedra were observed under certain conditions. Tes-.s have shown that an
increase in the aluminum content increased the dim,~nsionz of *;he tetrahedra and L61so
increased their lifetime during the course of annealing. In all cases the tetrahedra
did not exceed approximately 600 A for copper, and up to 10 000 A for the alloy of
copper with 7% aluminum. The mechanism whereby the region of existence of the tetra-
Card 1/2,

ACC NRs AP7005343
hedra broadens with increase of aluminum content Is described. Although the presence
of the tetrahedra should increase the resistance to plastic deformation, by hindering
the motion of the dislocations, no change in the resistance to plastic deformation
could be detected by measuring the microhardness; it is therefore concluded that the
tetrahedra do not act as major obstacles to the motion of dislocations. Orig. art.
has; 3 figures.
SUB CODE: 20/ SUBM DATE: 14amM/ ORIG REF: 001/ OTH REF: 007
;cam 2/2

f 7~58A-66 EAM(l) SCTB DD
AC NR, AR5024Q85 SOURCE CODE: UR 9976 5/000 /016 /G00 4/G00-47
AUTHORt Kirichenkq-,--Xq*. B,j DO
TITLE: Productivity of corn ph t dit4s
of mineral feeding __~__2Mthenis under varied con
SOURCE: Ref, zh, Biologiya, Abu, 16G19
REF SOURCEt Tr. 1-y Resp. nauchn, konferentaii fjA_kqjoUv_1 bio-
kh1mAkov raet. Moldavii. Kishinev Kartya Moldovanyaoko, 196i~,-216-220
"'c%awce
TOPIC TAGSj agriculture~ agriculture crop
ABSTRACT: By means of field and greenhouse experiments a :3'-udy was
made of the development of assimilation surfaces (A), chlorophyll
content ON, and photosynthesis productivity (Ph) of corn plants
VIR-42, with an optimal supply of water enriched by the addition of
from 2 to 4 doses of N, P, and K, or combinations of them, Increased
dosages of N and P contributed to the development of A and Ch, In
-greenhouse experiments with 2112P doses, A was Increa3ed by 39c,',, and
Ch 3.4 times. The Ph value during the entire period of vegetation was
IV-he control.
highest in the variant containing 2 doee3 of NPK (194,eo Of
Card 1/2 UDC 581-132

ACC NRs AR50240-89
and it was notod that the highest yield of kernels (61.0 centers per
hectar) was obtained from the same variant. Kishinev A ricultural-.-
Inst.itute, A. Tabentskiy
SUB CODE i 06FLfSUBr4 DATE, none

KIRICM11KO, Ye.B.
Incorporation of S35 into chloroplast proteins during the
reduction or sulfates by photonynthealzing plants. Fiziol.
raot. 12 no.5-866-870 S-0 165. (YdRA 19:1)
1. Kafedra fiziologii rasteniy Kishinevskogo sellskokhozyayst-
vennogo instituta imeni Frunze.

KIRICHISM, Te.F.; IOGINDV# B.A.
Device for pneumatic testing of gas stove fittings. Hate. i Isobr.
predl. v strol. uo*7:"-100 '58- (KmA n:12)
(stoves, Gas)

ZIRICFDMKO. Te. 1.
Case of a specific developmental anomaly of the central nervous
system resulting from birth injury. Zhur.nery.1 polkh. 59 u0.7:
877-879 059. (MIRA 12111)
1. Tafedra detskoy paikhiatrii (sav. - prof. G.Ta. SakharOT&) Tsen-
trallnogo institute, unoTershenstvoTanlya vrachey, MoskTa.
(KWAL DFYICIXNCT, etiol. & inj.
birth Inj. (Rue))
(BIRTH INJURT, compl.
ment. defic. (Rua))

:3-mp f1mot 1011.11 f7..'.hr!lctjr! tit ~-.i idr~-ii 4
Ltlur. ri-3vr. no.
:all lyl,

KIRICHENKO, Ye.I.
Mental characteristics suffering from Little's disease, Zhur,
nevr.i psikh. 62 no.7:1062-1066 162. (MIRA 15:9)
1. Kafedra paikhiatrii detskogo vozrasta (zav. - prof. G.Ye.
Sukhareva) TSentrallnogo Instituta, usovershenstvovaniya vrachey,
Moskva.
(PARALYSIS, SPASTIC) (MENTAL DEFICIENCY)

KIRICMINKO, Te.Z. (Irondrovo Kaluzhakoy oblaott)
Avulsion of the optic norve. Vast-oft. 34 no.2.-43 Mr-Ap '55.
(MV398, wounds and injuries, (Wn 8--7)
avulsion)
(WOUMX AND IUJM.IMSI
nerves, optic, avulsion)

S/ 115/6 0/0 00/0 5/116,'0
B00001 I
AUTHOR: Kirichenko, Yu. A.
TITLE: Measurement of Thermal Diffusivity by the Method of Railal
Temperature Waves in a Cylinder
PERIODICALi Izmeritelinaya tekhnikaq 1960, go- 5, pp. 29-32
TEM The now method ougeeated by A. No Gordov (Ref. 1) and teitod by
a lin Vr
V. A. Vockrtlev (Ref. 2) for the measurement oFthermal Jiffucivity i, -
cl-'s!ned he-re-.-Thio method in based on the rules governing the reL-ular
thermal conditions of the 3rd order for an infinite cylinder. It consists
in-that periodic temperature fluctuations are producal on the surface of
the cylindric sample of the material to be investigated, and, according to
the ratio of the amplitudes A r of the first harmonio of tLe temperature
fluctuations at a diotance r from the axle versus the rimplitudes A 0 on
tho azia, the vftliae of the oritical quantity A_ (Introiuced 1)~, A. 7.
Ciiri 1,12

11
v,,essurement of Thermal Diffu3ivity by 0 'L 10/0 5/16/0 3 4
Llio_, Method u.' Radial Temperature Waves B00,11, "10 11
in -t Cylindor
A
(uef. 4)) io determined from formula (1) for 4 . The thermal
0
I is then calculated from formula kf2). Proceed1ne from (1) and
(2), he author calculateo 'the error arlsini, with this ,,Ahol, It 18 Alowln
that ~he followine can be :,-tated on the streneth of invc3titrations
aril of exparl:,,.ental data obtalnel: in mwwlivem~nta made bi
Tearvi of .4~,A!A temperature waves under optimuz cond1zloav, I' is no'.
iiff icult to attain absolute values of thsri.!:x1 diffusivity wi;h an -acc..! -;,:y
of ii, a wide temperatil" range. These optimui conditions consiot In
tha
r 9, and the ratio between the -diameter ani the len3th of the
1- - 1 :3* The methol under discussJon can be roQoL.V]Cnded for T)o.-)r-
ly con],ictive, easily workable materials. There arp 4 firures, 1 tabic.,
and referencese

ICMICMM) Yu. A.
"De-termination, of Thermal Coefficients by the Method of Radial
Temperature Waves."
Report submitted for the Conference on Heat and Mass Transfer,
Kinsk, BSSR, June 1961.

KIRICHERO Yu*A
Detormining thermal constants by the method of temperature waveB.
ln2h.-fiz, zhur, 4 no. 3s12-15 My 162. (MM 14:3)
1. Voesoyuznyy nauchno-inaledovatellskiy institut metrologii imeni,
D.I. Mendeleyeva., Leninpade
(Heat-Conduction)

4
04,58/6PA,00/005/001/119
A10O/A1Ol
A UY MR: Mrichenko, Yu. A.
T*,T--E: A mothod and equipment for measuring the coefficient of thermal
I
difflisivity-with the help of temperature waves
PERIODICAL: Referativnyy zhurnal. Fizika. no. 5. 1962. 12. abstract 5A133
(""Vr. in-tov 'Kom-ta standartov, mer I lzmerit. priborov pri Sov.
MJn. SSR", 1961, no. 51 (111), 138-157)
TEX`T: Tnverz.;gated is a method of measuring the thermal diffusivity (a)
of so.'ids by radirt tempprature waves. (The exterior surface of the pieces In
the fon:. of cy3inders is periodically heated up and cooled doAm. the changes of
raturu oil th,,- axis of the piece and near its surface are recorded) . An
analyzin of ti-.(. orrors of the method is given. The optimum conditions to work by
VI'As riethod ar,- r!ctermined. An experimental installation Is described and
results are furni,;iied on the measurings of a of ebonite (for temperatures 20 -
jpoo C). fluoroplastic (60 - 30000 and Plexiglas (from -180 to +90 0C). The
mean :.quare scattering of the experimental data is - 3%. In addition to the a
the method under consideration also porn. its determination of the heat conductivity
Card 1/2

S/058/62/"/005/004/1 19
A ..,d and equipment for measuring ... A160^101 .
Pot, this purpose, additional measurements have to be carried out on the
tempe--ature of the environment in which the piece is placed. Hereby measurements
have to be conducted with a standard piece the ~-value of which is known to
eliminate the coefficient of the heat exchange.
L. Fili~pov
i-Abstracter's note: Complete translation]
Card 2/2

AUTHOR
TITLE:
Kirichcnko, Yu. A.
S/263/62/000/013/007/01 5
1007/1207
Method and apparatus for measuring the coefficient of thermal conductivity with the aid
of theimal waves
PERIODICAL~ Referativnyy zhurnal, otdel'nyy vypusk. 32. lzmeritcl'naya tekhnika, no. 13, 1962, 46, abs-
tract 32.13.333. (Tr. in-tov Kom-ta standartov, mer i izmerit. priborov pri Sov. Min.
SSSR, no. 51 (111), 1961, 138-157)
TEXT: The measuring scheme and laboratory equipment arc described and it is shown both theoretically
and experimentally that, by applying the method of radial thermal waves in a cylinder, the cocfficient of thcr.
mal conductivity can be measured with an accuracy or about 3%. Optimum test conditions (choice of diame-
ter-tolcngth ratio of the test specimen and suitable time for starting experiments) arc then critically cxa.
mined. Thermal conductivity was determined for the following materials: cbonitc (between 20 and 120'C),
fluoroplastics (60-300'C),- and polystyrene (4U-100'C). A complex method for deteimining thermal
constants is -quggcstcd. and measurement obtained by this method are reported. There are 14 figures and 24
references.
(Abstracter's note: Complete translaticn.]
Card 1/1

5/509/61/000/051/003/00
1054/1254
AUTHORs KIrIchanko, Yu. A.
TITIS a Method and npparntus for meacurement, of the thermal diffusiVity
factor by uning temperature waves
SOURCE t USSR. Komitot -tandartev, mor I lzmeritel'nvkh priborov. TruAy
Instit4ov K9mi+eta. i1o. 51: (111). 1961. -Tuled-Pvc-In V 04(41+t
rzrnervjv~.
4
TEXT; A survey of methods of measurement of thermal diffusivity and the
advantnges of deriving from it other thermal properties Is explainedt and the
literature reviewed. Ono method described Is based on measurement of temper-
ature amplitudoo at tho contra and at nny other point of a cylinder, uhan a
harmonic temperature wnve in Induced at the contra of the cylinder. rrm such
data the thermal proper+.IeR ore obtained walytically. An analysis of optimi4m
expnrimentul conditions and the range of errors to given. Other equipment for
hiGh nnd low temperature tooting Is also described in detail. Results for
Vloxiglas, nhtoroplaotg abo"It, polyntirol are obtained, to an accuraoy of 3;1.
A modified method Is proposedg Poid some later results are given.
There are 13 figures aW 6 tables,
Card 1/2

Method and...
ASSOCIATIONs VNIIV
SUBUr,VLDt November 13, 1959
"/589/61/000/051/003/008
1054/1254
1/
Card 2/2

r,/589/61/000/051/004/008
1054/1254
AUrHCRs Kirichonko# Yu- A.
TITLEo Stabilination of the the regime of an infinite cylinder
immersed in a medium with periodically changing tompomiure
SCURCES USSR. Komitat atandartovy mar I ismaritei'nykh priborov.. Trudy
Inatitutov Komiteta. no. 51 (111). 1961. Isladoyaniya v oblasti
tompernturnykh itmerenly. 158-166 '
UM The conditions by which the etabilivation of a thermal regime of a
simple body (in this case an inf3nite cylinder)t subject to poriodically
changing temporaturst my be roachodq relates the damping factor and the
amplitudep and the error in neasuroment of the-amplitude before the stable state
is reachedp is investigated. The results show that the points on the surfa6a of
the body are first to roach a stable state. 7h* time lag of the points Inside
-the body increases when the Dio number Increases, At higher Bio numbers -the
stabilisation in reached quicker. 1he time necessary to reach a stable state
is longer for a plate r4nd shorter for a spheres than for a cylinder. There Lre
3 figures.
Card 1/2

Stabilleation ofs..
ASSOCIATIONs MIN
SUBUITMDo Desembor 7f 1959
5/589/
~1/000/051/004/000
W054/1254
J~
Card 2/2

S/58y6l/OW/051/005/008
1054 1254
AUTHCRt Kirichenkog Yo. A.
TITI.P.i Temperature waves in a double-layor infinita cylinder
SOURCE: USSR. Komitot atandartov, mor I, izmor4tel'nykh priborov. Trudy
inatitutov Komitota. no. 51 (111). 1961. Isladovaniya v oblasti.
tompercturnykh Izworenly.
TL;XT The problem of propagation of temperature waves in a double-layer
cylinder is solved. An acymptoticel. expression is given for the relation of
amplitudes for two points in the cylinder. The differential equation for
transient heat flow is solved by a Laplace transforiDationg leading to Bessol
functions of the first and second order. Various combinations of thermal
properties of the two layers are then considered and some auxiliary funation.9 are
evaluated an results. There are 2 tables.
ASSOCIATION: VIJIIU
SUBUITTEM December 7# 1959
Card 1/1

5/589/62/000/063/007/021
E032/E514
AUTHORi Kirichenk_u_,,__YU As__.,
TITLEt Methods for the determination of the temperature
diffusivity coefficients
SOURCEt USSR. Komitet standartov, mor i izinoritellnykh
priborov. Trudy knatitutov Komiteta. no.63(X23).
moscow, 1962. Issledovaniya v oblasti teplovykh i
temperaturnylth izmereniy.73-112
TEXT: Thin is a review paper reporting a classification of
non-steady state methods of measuring thermo-physic&I coafficiental:
of materials. A critical reappraisal in made of the various
methods of measuring the temperature diffusivity coefficient,
including composite methods. The review in based on 174 refer--
ences Onost of them Soviet-bloc) covering the period up to 1961; 1
The general conclitsion is that in prvcision and metrological
measurements the i:tethod of temperature waves is the most satis-
factory. This method is said to be based essentially on the work
of G. M. Kondratlyev (Regulyarnyy teplovoy rezhim CRegxi]Lar*heat i
transfer], Goatelchizdat, 1954-
ASSOCIATIONt VNIM
SUBMITTEDt February 27, 1961
Card 1/1

s/589/62/000/063/008/021
E032/E514
AUTHOR: Kirichenko, Yu.A.
TITLE: -0-5the ineasurement of the thermophyaical coefficients
of spocinions of simple geometricnI form by the method
of temperature waves
SOURCE: USSR. Komitet stan-dartov, mer i izmeritel'nykh
priborov. Trudy institutov Komiteta, no.63(123).
Moscow, 1962. Issledovaniya v oblasti toplovykh i
temperaturny1ch izmereniy. 113-120
TEXT., The inethod of temperature waves for measuring the
thermophysical coefficients of xpecimens in the form of finite
cylinders was described in previous papers (Izi3eritellnaya
teklinika, no.9, 1960, 29-32; Trudy institutov Komiteta standdrtov,
110-51 (111), 191, 138; Inzhenerno-fizicheskiy zhurnal, v.4, no*5,
1961, 12-15). However, it is noted that it is frequently necessary
to examine disc-shaped or spherical specimens using the same, or
somewhat modified, apparatus as for cylindrical specimens. The
aim of this pnper was to carry out a comparntive analysis of the
optimum experimental conditions for specimens of different form.
Card 1/4

On the measurement of s/589/62/ooo/o63/008/021
E032/E514
The basic result of the method of temperature waves is that if a
body of simple forin and uniform temperature t0 in placed in a
medium with a temperature tcl which varies in accordance with the
simple harmonic law
t c = tco + tM COS WT, (1)
then the temperature at a point whose coordinate is r at a time
T is given by t(r,,r) tCo
()(r,T) t A Cos (WT-4P
M
11 if t 2Fo
11 + cot 0 AnUo ('An ER)e n (2)
+ P(I M
where t co and tIn are constants, 27ff, f is the frequency of
the temperature oscillations in the medium, Pd = W/R 2/a,
Fo = aT/R2 , 14 11 and Annre tabulated functions which enter into the
Biot group- Bi = n/R/% (A.'V. Lykov,'Teoriya teploprovodnosti
Card 2/4

On tho measurement of 5/589/62/000/063/008/021
E032/E514
LTheory of therinal conductivity], Gostokhizdat, 1952) and R is the'
radivis in the cnae of a cylinder or sphere. The function U0
for a plate, cylinder and sphere is respectively given by
U 0A !: ) = Cos 'A r (3)-
0 n R n
U ()I EYI (4)
0 n R 0 n R
U sin
0 n R r n R (5)
Explicit relations are available for the amplitude Ar in terms
of the physical parnmeters of the bodies and are reproduced in this
paper. The temperature diffusivity may be determined either by
measuring the amplitude ratiosor from the phase difference of
temperature oscillations at two points in the specimens, one of
which is at the centre of symnetry and the other at a distance r
from th centre. The properties of the coefficients entering into
Card 3/9

On the measurement of ... s/589/62/ooo/o63/008/021
E032/E514
Eq.(2) may also be uned to determine the thermal conductivity X.
The simplest way to do this is to use the amplitude at the centre
of the body. The next problem is to estimate the experimental
errors in the determination of the frequency, the radial distance
and the Predvoditelev group Pd and hence deduce the error of the
particular method employed. A detoiled annlysis of these errors
leads to the conclusion that the most suitable specimens in order
of merit are spherical, cylindrical and disc-shaped. Since, '
however, spherical specimens are more difficult to prepare, it is
more difficult to ensure that the thermal detector moves over
surfaces of equal toi.iperature and it is difficult to ensure the
correct heating of the specimens. It is concluded that in fact
the most acceptable method is to use the method of radial tempera-
ture waves in a cylinder. There are 2 figures and 1 table6
ASSOCIATION: VNIIM
SUBMITTED3 Mnrch 7, 1961
I
Card 4/4

KIRICHMO, Yu.A.
Using the msMod of teVerature vayes on specimens having a
simple geometrical shape in measuring thermophysical coefficients.
Trudy inst.Kom.stand., mar i ism.prib. no.63tll3-120 162.
. (MM 1518)
1. Vessoyusnyy nauohnoi-iseledovatellskiy institut metrologii
imeni D.I.Mendeleyeva.
(7ber-I diffusivity-Meaeurement)

S/589/62/000/063/009/021
E032/9911,
AUTHOR t Kirichenko, Vii-A
TITLE: On the problem of the regularization of the tempera-
ture field in a body of simple form placed in a medium
with periodically varying temperature
SOURCE I USSR. Komitat t4taii(Inrtov, mor i izmeritelInyjch
priborov. Ti-titly institutov Konsitota, no.63(123).
Moscow, 1962. IssledovaniYa'v oblasti teplovykh i
temperaturnykh izmereniy. 121-130
TEXT% This is a continuation of pr eviotis ifork reported in
Trudy inatitutov Komiteta atandartov, no-51 (111), 1961. In that
paper the author was concerned with the approach to regular
variations of the third kind (regulya~rnyy rezhim 3-go roda) in
the special case when a body of a simple form is placed in a
medium whose tomperature varies in accordance with the simple
linrmonic law te = t co + tIII CO-14 (oTq
where T is the time, w is the angle of frequency and t co and
t are constants. The present paper is concerned with
In Card 1/4

On the problem of the regularization ... S/589/62/000/063/009/021
E032/E514
1) the more general simple harmonic variation
tc= tco + tM Cos (WT + Y C). (3)
with the initial temperature of tho body different from the mean
temperature level of the medium, i.e.
t(r,O) = t = ~-- t
0 c0
2) The linear plus simple liar-ionic variation
tc= tco + hT + t m C03 WT, (5)
and 3) the exponential pltis simple harmonic variation
tc= tco + t00- kT + tIII COS WT. (6)
Ench of these cases in (liscussed separately from the point of
view of temperattire diffusivity determinations, assuming that the
test body is in the form of a finite cylinder. The temperature
distribittions are derived in crach case and the approach of
Card 2/4

On the problem of the regii1arization ... a/589/62/00o/o63/009/021
E032/E514
various points in the body to the regular variation
mentioned above is investigated. In the case of Eq-M it is
found that the regular group Rr,' . and hence the sequen4e,
at which the various points enter the steady-state condi ti one$ in
independent of time after a certain instarit -0 has been reached.,
The first points which enter t.liese regular variations are
those lying on the surface of the body. In the case ofthe
medium temperature variation given by-Eq.(6), the transient part
of the solution for the final temperature distribution is
described by an expression containing two exponential terms with
different arguments. Under certain conditions only one of these
is significant and the solution reduces to the preceding case
(see above). Finally, in the case of a linear plus simple
harmonic temperature variation in the medium, the final tempera-
ture distribution in of the form
(r, T) t(r,T) tco A Cos (WT (P )'+ bT
t r r T_ -
m m
2 2 2 2 2
bR r e Fo. (42)
+Cl bR_ -]in
at 1 2 + r)
7 ri E 0 U
Card Y4 m( R n=1 n M o(n

On the problem of the regularization ... S/589/62/000/063/009/021
C032/E514
Comparison with the previous paper mentioned above shows that it
consists of a combination of the solution for the regular
variation of the second and third kinds. It is noted that
this equation may be used as a.bnois for tomperature diffusivity
determinationsin a wide temperature range and also to estimnte
the approach to rogular variation.
ASSOCIATIONi VNIIM
SUBMITTED: January 28, 1961
N
Cara 4/4

KIRICHENKO, Yu.A.
Methods for determining coefficients of heat conductivity. Trudy
init.Kom.stand., nor i i=.prib. no.63s73-3-12 162. (KMA 150)
1. VBeaoyusqy nauchno-isBlsdoVarAl'skiy inatitut, metrologii
imeni D.I.Mendeloyeva.
(Heat-Conduction-Measurement)

,KIRICHEN 0. Yu. A.
Method and equipment for measuring the coefficient of thermal
conductivity br means of temperature vavese Trudy, inst, NOR,
stand., mar I 1sm. prib. no.51Q38-157 161.
(MIRA 16:1)
1. Vaesoyusnyy nauchno-inaledovatellskiy institut metrologii
im. D. I. Mendeleyeva.
(Heat-Conduction-Measurements)

Aegulating thermal conditions of an unlimited cylinder put
into a mediun with periodically variable temperature. Trudy
inst. Kom. stmA., mar i izm, prib, no,512158-166 161.
(MIRA 16t1)
L VassoYusnyy nauchno-lasladovateltakiy inatitut metrologii
im. D. I. Handeleyeva.
(C~rlinders-Thermal properties)

, KIRICHENKO Yu. A.
Temperature waven in a two-layer unlimited cylinder. Trudy Inst.
Ron, olt"do, ver i ism. prib. no.511167-171 161.
(MIRA 1611)
1. Vaesoyusnyy nauchno-iseledontellakiy institut astrologii
im, Do I. Mendeleye",
(Cylinders-Thermal properties)

.__IIRI 0, Tu. A.
------
DitermimtIon of thersopbysical properties by the method of
radial thermal vaves. Teplo- i massoper. ls77-85 '62.
(MIRA 16:1)
1. VoeeoyuzW nauahno-ineledovatellskiy inatitut mateorologii
im. D. I. Mendeleyeva.
(Materials-Thermal properties)
(Materials-Testing)

KIRICHENKO, Yu.A.
Group study of the thomophysical properties of polymethyl
methaorylate. Nov. nauci.-issl. rab. po metr. VNIIM no.1t
29-32 163.
Use of the thermal wave nathod toward more accurate
measurements of thermophysical coefficients.
Ibid.02-35 (MIRA 17:9)

ACCESSION tai AP4038000 8/0170/64/000/00310070/0075
AUTHORt Kirichonko, Yu. A.: Oleynik, B. N.1 Chado,~dchj To Ze
TITLEj Thermal characteristics of polyrters
SOURCEt Inzhonorno-fitichoskiy zhurnal, no. 5. 1964, 70-75
TOPIC TAGS: polymethyl methaorylate, polytotrafluoroethyliDne, polystyrene, ther"l
conductivity, thermal diffusivity
ABSTRAM The thermal diffusivity and thermal conductivity of some polymers
(polymethyl methacrylate, polytetrafluoi-oothylone, polystyrene, and high-
pressure polyethylene) were measured ovor a wide temperature range, and were
expressed by analytical rolationso The measurements, carried out by usiM the
temperature wave and acalorimeter methods for thermal diffusivity aTA steady-
state radial heat flow, for thermal corxtuctivity are In good agreement with
the experimental data of other authors. Polymethyl motaorylate Is reccomendod
for use as standard material in graduaULng apparatus and in3truinents used for
moasurUg.thermal diffusivity and themLl conductivity between 20 and 800C9
Orig. art. has% 4 figures and 1 tablev
Card-;k-

KIRICHENKO, Yu.A.; OLEYNIK, B.N.; CHIDOVICH, T.Z.
ThermophyBical characteristics of polymethyl mothacrylate.
Nov. nauch.-inal. rab. po metr. VNIIM no.lt24-28 163. (M3FA 17t9)

BURMISTROV, P.G., inzh.; BRONIIIKOV, G.M., inzh.; KIRIGHOKO, Yu.Ya., inzh.
Adjustment of the operation of VT-450-3000 turbogenerator exciters.
Elek. eta. 35 no.802-73 Ag 164. (,Ml RA 17:12)

ZLIEFS, S.M., inzb.;,, rIRICIMIOX, L.I., makhanik
-- - ~ --
Group arrangement of di,as in presses. Mash.Bal. ne.4s5l-55 157.
(Shent-matel work) (MIRA 11:9)

XTRICMAO V. I.
Characteristics of the course of tuberculous meningitis in adults
vith present methode'of treatment. Probl, tub. no.308-31 162.
(MIRA 15:4)
1. Is Gorodskor protivotuborkuleanoy bollnitay (glavny7 vrach
A. G. Polyakov), Volgograd.
(HOINGIS-TURMULOSIS)

KIRICHINSIXA, I.; SIROTINA, M.
Problem of immunogenents in malignant neoplasms* Hedych.zhur.
20 no.2:71-76 0501 (HERA 11:1)
1. Z kafedri patologichnoi fixtologit Kyivolkogo ordena Trudovogo
Citervonogo Prapora medichnogo institutu Im. ekade O.O.Bobomolltays
(zav. kefedri - chl-kor. AN URSR zaaluzheniv clysch nauki, prof.
Yo.O.Taterinoy [deceased])
(CAIICNR) (IMMUNITY)

MINTS, A.Ta., kand.wed.nouk; KIRICHINSKAYA, I.A., kAnd.med.nAuk
' 1, ~ 1, .
Clintcnl aspects of arsenic polyneuritle. Yroqch.delo no.2:119-142
y in. (MIRA 11:3)
1. Akndemlym meditainakikh nnuk SSSR 1. knfedrA no-rrnykh bolesney
Kiyevokogo maditainskogo inatitutn (rukovoditell gniDDy AMN i say.
kafedroy-nkad. AKK SSSR B-N.Nanlkovskly)
(NWOUS STSTHM--DIS19ASFZ) OM1111IC-PHYSIOLOGICAL EFFET)

DRACHEVAO Z.N.j kand.med.nauki KIRICHINSKAYA, I.A., k&M.med;nauk
Opticomyelitis. Vop. klin. nevr. i poikh. no.2tl6l-176 158.
(SPINAL COM-INFLAWATION) . (MIRA 14310)
(ME-INFUMMATION)

1IRICRINSDYA, I.A., kand.med.nauk
SequelFte of Revere carbon monoxide poisoning, Sovemede 2Z nooll:
152-154 N 158 Oan 11:11)
1. Is kafedry nermkh bolezney (SAV. - deyetvitelinyy chlen, ANN
SSSR B.N. Kanlkovskiv) llyevskogo ordena Trudovogo Xrgsnogo Zwweni
meditsinsko o institute, imeni akad. A.A. Bogomolltsa (dir a- dotes
Alakneyenkol
(O;ABON MONOXIDE, pois.
seq. (Run))

, :.. I., fanclieriko, T. i.I
Golub, N. F., '.'hudzmya, L. MI., Chernova, I. A., ,'oriserJ.o, 7- !~;. Lrd
I. A.),
Detcction of abortive nd laterit foms ot' polionyclitis 11:1 of' "he
"healthy" vir-us (--ir-if-rs in f.M clo-rst nnvirormcnt. of the -atient. 4. '.-~ I-
1 .1
"Iterialy nwichriykh konferentaii, Kiev, 195,9. 28,9np
(Yie!3~ty ",'iuctino-is,-,If~dolt,-itellskiy !nstit,!t ~.'pidem;oloi-ii i dr1rcilioloiji)

EIRICHINSIVYA,-I.A.; KOLESNIKOV, G.F.; KRASNOV, B.G.
Olinical,aspeoto of serous meningitis caused by Coxsackie viruses.
Zhur. nevr. i paikh. 60 no.3:273-279 160. (MINA 14-15)
1. Institut infektsionnykh bolezney (dir. - prof. I.L.Bodganov)
AkIN SSSR i 1-ya Nikolayevskaya gorodskaya bollnitsa (glavnyy vrach
K.F.Timoshevokaye).
(COXSACKIE VIRUSES) (NIKOLAEV-I&NINGITIS)