SCIENTIFIC ABSTRACT KHRISTICH, A.I. - KHRISTOFOROV, A.I.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000722330002-2
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 18, 2001
• Sequence Number: 2
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

@C It A - I -
3(6) PHASE I BOOK EXPLOITATION SOV/1865
Babenko, Yuriy Aleksandrovich, Grigorly Stepanovich Gladkov, Grigorriy
Aftnanlyevich 101 nko, Vladimir Petrovich Ravachenko, and Aleksandr
Ignatlyevich Khristich
R1-1,tz7fik&tdU& UkzuyiiW. za roky Hadyans1koy YI&W (Electrification of the
Ukraine 1Xu-ing the Years of the Soviet Pagime) Kly%T,Derzh. vyd-vo tekhn.
lit-ry URM, 1958. 150 P. 3,000 copies printed.
Resp. Ed.: I.T. Shvetsya, Academician, UkrSSR Academy of Sciences; Ed.:
M.-Pywrenko; Tech. Ed.: Z. Vortman.
MPOSE: The book is intended for the general reader.
COVERACM: The authors discuss electrification of the national economy of the
Ukraine during the prerevolutionary period and during the Soviet Five-Year
Mans, Achievements of the Soviet regime are noted. No persona3ities am
mentioned. There are no references.
TABIZ OF CONTRNTSi
Card 1/3

Electrification of the UkraliLe Daring (Cont.) sov/1865
Introduction 5
Development of Electrification Before 1941 19
General inforeation 19
Fuel resources 20
rqdreelectric power resovwces 25
Development of Electric Power in the Ukrainian SSR During the Prover Period 29
Pbwer in the prerevolutionary period 29
Ienin plan GCWM and eliectrification, of the UkrSM 31
Power during the reconstruction period (1921-10) 3T
Pbver during the lirst Five-Year PlAw (194-1932) 40
Pbwr during the Second Five-Year Plan (1933-1937) 43
Pbwer during the 12hird FIve-Tear Flm (1938-1941) .44
Development of Electrification 1941 to 1957 49
Pbver in the Ukrainian SM Daring the War and the Postwar Period 51
Paver in the Ibpablic during the Great Patriotic War (1941-1945) 51
Card 2/ 3

Electrification of the Ukratne Dir4n- @to.t::), SOV/195'
Reconstruotio4 and development of 1,pover facilities in the R3public
during the Fourth Five-Year Plan (1946-1950)
Power during the Fifth Five-Year Plan @1951-1955)
Power during the SLxth Five-Year Plan 1956-1960)
Technical Progress in the Ibvelopent of Power in the Ukrainian SSR
Inrovements in power engineering
Principal research trends in the field of power engineering
Design and Construction of Electric Power Plants and Distribution Networks
Design of electric power plants and distribution networks
Construction of electric power plants and distribution networks
Electrification of the National EconowV of the Ukrainian SSR
Electrification of industry
Electrification of agriculture
Electrification of railroad transportation
Electrification of dwellings
AVAnANz: Library of Congress (!m 86.U5935)
Card 3/3 JP/Al
7-20-59
56
60
68
T9
79
105
log
log
3a6
122
122
135
141
147

BABENK09 Yuriy Aleksandrovich; GLADKGVj Grigoriy Stepanovich; KLIMMOt
Grigoriy Afanazlyevich; NAMCHEM t Vladimir Petrovich; IMRISTICH,
.Aleksandr Ignat!yevich; PI@Mwop M.9 ie.d.; GUSAROV# K.,'lik-hn.
red,
[Zlectrificatioii of the Ukraine] Elektrylikataiia. Ukrairq. Dersb.
vyd-vo tekbnicbnoi lit-it URM# 1960, 274 p, (MIRA 1438)
(Ukraine-Electrification)

137-58-3-5681
Translation from: Referativnyy zhurnal, Metallurgiya, 1958, Nr 3, p 170 (USSR)
AUTHORS: Khristich, B. , Khristich, 1. K.
TITLE: Protection of Metals Against Corrosion by Means of Bluing
(Zashchita metallov ot korrozii voroneniyem) .
PERIODICAL: Sb.stud. nauchn. rabot. Rostovsk. na-Donu, gos. ped. in-t.
1957, Nr 1 (22), pp 135-140
ABSTRACT: The authors point out that chemistry- textbooks employed in
high schools lack a description of the bluing process. A number
of technological systems, recommended for work with students,
is described.
A. L.
Card 1/1

SIMONOV., A.M.; GkWVSKIY, AoD.; SHEYNKER, YU.N.,* IMISTICH, B.I.*_.,
TROFIMOVAR S.S.
dome transformations of the systems containing an imidazole
ring. Part 3s Action of bases of N-methyl-Nl-(2,4-dinitrophenyl)
Wdazolium salta. ZhurAb.khim. 33 no.2:571-579 F 163.
(MIRA iot2)
L, Rostovskiy-na-Donu gosudarstvennyy universitet. 4
(Imidazolium compounds)

ACC NR: AP6033307 SOURCE CODEt UR/o4oq/66/ooo/oo4/o6i1/O613
AUTHOR: Khristichi! Bo, I.;, Simonovp A. M.
ORO: Rostov-on-Don'Sinto University (Rostovskiy-na-Donu gosudarstvonnyy univorsitet)
TITIE: Some conversions of systems containing the imidazolo ring. Part 51 Proper-
ties of naphthfl,,2-dlimidazolo and imidazo[495-fl quinoline
SOURCE: Xhimiya goteroteiklicheakikh soyedinoniyp no. 49 1966@ 611-613
TOPIC TAGS: imidazoquinoline, naphthimidazole, heterocyclic c ound, organic t
gen compound A omp ni ra-
ABSTRACT: It was shown earlier that imidazole systems can be directly aminated at
the CH group of the imidazole ring, the process being dopendont on the nature of the
nucleus joined to this ring. In-ordor to study this conversion further, some now
derivatives of naphthfl,2-dlimidazole and ivddazo[4,5-fl quinoline and their reac-
ti,')ns with sodium amido wore studied. 3-Bon%y1naphth[1,2-d]imidazolo (Ia), obtained
by bonzylating napblh[112-dlimidazole, readily reacts with sodium amide in dimothyl-
aniline at 1100, forming 2-amino derivatives (1c). :,Qn-the contraryp 3-benzylimidazo-
14,5-flquinolino (IIa) cannot be directly aminatod un'do'r those.conditions; nor doos
3-mothylimidazo[495]quinoline (Ilb) form a 2-amino derivative when acted upon by so-
dium amide, although a similarly structured compound of the naphthimidazole seriesp
(1b)v readily undergoes such a convorsion.,
Surd 1/2 UDCJ 7.83X .9-58.3

ACC NR: AP6033307
N=C-W N=C-R*
N-H
N-R
la R-(;HCHS; R-II; Ila R-CH,qlis; R'-II;
A.
h R-CHj; R-H; 6 R-Cl13; R'-H;
R-CII2qH,; R-NH3; cR-CI12CIlls; R'-NH2;
dR-CII3qH,; W-Cl.
Thus, in contrast to the naphthalene ring, the quifiolino ring deactivates the 2-posi-
tion of the imidazole ring joined to it uith rospoct to sodium amide. 2-Amino-3-
bonzylimidazo[4,5-f]quinoline (IJo) can be synthesized only by the action of ammonia:--
in the presence of copper salts on 2-chloro-3-benzylimidazo[4,5-flquinoline (lId)#:-
formed by the action of phosphoryl chloride on 3-benzylimidazolonoL4p5]quinoline.
When sodium amido acts on3-substituted derivatives of imidazo14,51quinolinep the
quinolina ring is not aminated oithera, this is attributed to the influence of the
Imidazolo ring. The melting points an (OC)l (Ia) 1700; (Io) 256o; (M) 189-1900;
(M) 170-171-.
SUB CODES 07/ SUBM DA7ES 15Feb65/ ORIG REFS 004/* OM REFS 002
Cord 2/2

KHRISTICH, I.F., redaktor; PHTROVSKAYA. Ye., tekhaicheakiy redaktor.
[Temporary, production time aroms for assembling and repairing
laundry equipmentl TramemWe proinyodstvenrys mormy, vrement as.
moatazh i remost prachechnogo oborudovantia. Moskva, Izd-vo
Mintsteretva. kommmallsogo khoxiaistva, 1950. 111 P. (MLRA 8:9)
[Microfilm]
1. Russia (1917- R.'S.F.S.R.)Gl&aoye upraviwidye bumoprachechnogo
i parikoakherskogo khosyarstv&.
(Laundry, machinery)

137-58-3-5681
Translation from: Referativnyy zhurnal, Metallurgiya, 1958, Nr 3, p 170 (USSR)
AUTHORS: Khristich, B. '.' hristich, 1. K.
TITLE: Protection of Metals Against Corrosion by Means of Bluing
(Zashchita metallov ot korrozii voroneniyem) .
PERIODICAL: Sb-stud. nauchn. rabot. Rostovsk. na-Donu, gos. ped. in-t.
1957, Nr 1 (22), pp 135-140
ABSTRACT: The authors point out that chemistry- textbooks employed in
high schools lack a description of the bluing process. A number
of technological systems, recommended for work with students,
is described.
A. L.
Card I

IMIQ%jgj@- (Rostov-nn-Donu)
-
-Pormat"ion of glucose from cellulose. Miim. v shkole. no.2:57-58
Mr-Ap '58-- (MIRA 11:3)
(Glucose) (Cellulose)

KIMISTICH, I.K. (9. Rostov-na-Donu)
Laboratory synthesis Of Ureap-formaldehyde plastics. 1rhim. v shkole 14
no-1:55 Ja-F 159. (MrRA 12--2)
(Plastics)

YLERISTICH, I.K. (Rostov-na-Donu)
Synthesis of acetaldehyde and acetic acid, Khim. v shkole 15 no.2:
86-V Mx,-Ap 160. (MIRA Up5)
(Aestaldehyde) (Acetic acid)

KHRISTICII, I.K.
LabOratOrY sYnthf3sis of polybenzyl plastic. Khim.,v shkole 17 no.2s
61-62 Mr-AP 162., (MtM 1513)
1* Rostovskiy-na-Donu pedagogicheskiy institut.
(Plastics)

KHRISTICH,_ I, K
Laboratory method of obtaining ethyl alcohol by acid hydration
of ethylene. Mdz. v sb3cole 17 no./,162-66 Jl-Ag 162.
(MIRA 15:10)
1. Pedagogicheskiy institut@ g. Rostov n/Donu.
(Ethyl alcohol)

PARSHIN, A.A., irzh.; REZINK, V.I., inzh.; IMMTICH, L.M.
-
Now boiler units at the Taganrog Boiler Plante Beaop@" v pr9me 7
nool&13-15 Ja 26)e (MIRA 16&2) -
Aanrog-Boilers)

MALKINA, D.G.; GUSEV, A.I.; KHRISTICH, -M.K., (Voronezh)
Regeneration of the thyme during changes in the thyroid
homme-concentration within the organism. -Probl. andok.
i gors. 9 no.3s28-31 My-Je 163. (MIRA .17:1)
1,iIs kafedry gistologii i embriologii (sav. chlen-
korrespondent AMN SSSR prof. A.A. Boyt-kevich) Voroneshskogo
meditsinskogo instituta.

USIIAKOVA, Dorq Vasillyevna; KHRISTICH 0.0![Khrystych, 9.H.], kand.
ekon. nauk;"BUTKOPI-S. otv red - OLENCIMNKOI$ F.I.Y
red.; TROKHIMENKO, A.S.tTrokbymenko; A.S:I, tekhn. red.
[Collected problems on general statistical theory]Zbimyk
zadach z zahallnoi teorii statystyky. Kharkiv, Vyd-vo
Kharkivslkoho univ. 1962. 190 p.- (KMA15:U)-
(Statistics-Prooblems, exercises, etc.)

BUTKO. Stepan Danilovich, prof*; GORIK, VikOIjW Ill"4MOVial- -
. -
FOGACHENKO, Sergoy NikI-!qjIAbriWQj-'_-TMIffLMv Ykrk
Yakovlevich. Prinimat-le-hastiye-KH jjg#,,OG.', dots.;
RYABENKO, A.I., red.; YEWSHENKO, T.G., tekhn. red.
[Accounting on collective farma]Bakhgalterskii uchat v kol-
khozakh. Pod red. B.D.Butko. Kiev, Gossellkhozizdat USSR,
1962. 417 p, iCollective farms-Accounting) (MIRA 16:2)

SMTS, I.T., akademiko, MIRISTIGH V A. kand tekhn.nauk,- STRADGKSKIY.
10
N.Y., inzh.- .;ii @-@ tedv:-;@., @ 6
Studying the gan-turbine combustion chamber using natural gas
by means of a working-prooses mooel. Bnargomashinostroonis 4
no.11:26--30 N 058. (NIRA 11111)
1. AN USSR (for Shvets).
(Combustion research) (Gas turbines)

SHTETS, I.T.[Shvetal, I.T.]; KMISTICH, VA,01hrystych, V.0.]
Bkoeri,mental investigation of the fundamental characteristics of
gas-turbine combustion chambers of the vaporization type. Zbir.
prate' Inst.tepl. AN UM no.16:3-12 159. (MM 13:11)
(Gas turbines)

S/O2#j/6a/aoo/o)/O_,6/O26
2194^A35
AUTHORi No.. at...
TITLXt .The 13th All-Unto. S@tgntifi. T.'hn1cAl session an
Ga.-Turbine Manufalt-
PjgRIOOICA,L& Isveattys Aka4emit n&uk 533R. OtdalemiYm %Okh^icb..kikh
"4k. gnargettka L awtomatika. 1960. Mr 3. pp 163 (USSR)
ABSTRACTs The 13th All-Union Scientific Toth L I $..$Los 0.
t.tionary ad tractig iturbift=. b.ld in Moscow
a the 25th and 26th vaE.-THr 1931,0. It we. by
:
the G.-T-bl.. Comatealon of the A-d-ey a Setence. or
th I-SSR. t:z.%h.r wxtu theStAt* S4&ea%tf&C Technical
1. r. -
.&.. r the Council of Xintat.r. f the USSR. Sea
Reports were read *bout the testing and operation of
.orbions ranging from 300 to 12000 W and on the design
t
Mr . 50 W Sea turbine. 'Th. attended by
".UL400 P@:.. tti, r. Re
r L. .:. )::.r-h
Tar ma 1:r*k. is.
b . d I'. v
Technical. C.II.S... C.-Al. at X.ti.-I 9---Y and -%her
tostitutes. The following reports were read I
2*.*:.21-: A.Chll" I th: -t S-11
A. .0 Can "a -y..r factory.
a/024/60/009W03/026/023
5194/3453
Th. 23th Sct-stifl. Technical
Manufacture
'248-It- of t-P-tIM-at.1 Work or th. Axt-u.L.m Thermo-
Technics 1. institute on the Gas T_b,a. at th. Siatsk
Underground Gasification Station of podsom&&ao by
L-kh skiy. -St.rtZ.p ad
0". Adjustment g.p.rj-
th -Z:bl.. T". QT- 00-1.5 or in. Work..
S' 1191*d a" lb. Central
.! th I
B.lL Tur 1- 1% 1 ut &Z t
:t the Central Sailer Turbine I..tit
Opr t1wS with Gas Tslblt%
the We,- Works L.a. ".Cr.d: by L.A.D.rfna. or the
Ga. bi..." by of %be
Sat-mtLft- R.---h Institute of %he Oil
Industry. OAA &xperimantal IAV*.tl&&Li*n or Problems r
tb- Combustion of W-tw-l Gas In Ge-rMrbi.. C.w,bust...
CZE..b.r.- Kly-
ti f '"
Institute . . t &bL11tL.. or
, ; .... Cbsabers
Card 2/3 d-1-- by of -,. C:_ G132"It'
OMILT C, .1r I i.ats
2/024/60/000/03/026/023
Th:.13th All-Malo. S.I.a-tifL. I
Me C..t.r. ... Is. we GA-J@_b,..
:;search Institute Leent k.M.Xrylov.
LAw.Fr*qu*ns, pulsation 14 C..b..t,.w
Ch&.b*rn* by O.v. ubr.-ki of the A.- Z ......... C Volk..
Th* -t %ft- 3-..&... tu- --L. trends
re -Mt1f%- I .... '.ft and work Car the
L:l I
P: d 9ba to 196%.
Card 3/3

2-1,793
S/.',23/61/000/004/024/027
.2(0,2131 AO04/A1O4
AUTHORS: Shvets, 1. T., an
TI=: Experimental investigation of -the atomizing device in gas-turbine
combustion chambers of the evaporative type
PERIODICAL. Referativnyy zhurnal, M%zhinostroyenlye, no. 4, 1961, 18-19, abstract
41155. ("Izv. KiYe'vak. politeMm. in-tall, 1960, vol. 30, 98-109)
TEXT. The investigation of fuel evaporation by Injecting it into a pipe
heated by a flame showed that a high degree of vaporization is ensured if the
fuel Is Injected onto,'the surface of a pipe whose temperature does not exceed
5000C. in this case the atomization qitality practically 2does not depend on the
injection pressure, varying in the range of 2 - 30 cm . The degree of
vaporizat-ion Increases with the growing pipe length and the coefficient of air
surplus and decreases with the growing air pressure. At low air temperatures the
degree of vaporization Improves,with the growth of the volatility of the fuel.
The authors present an empirical formula for the calculation of the pipe length
depending on the degree of vaporization, temperature and coefficient of air
urplus. 1. Barskiy
u I
Abstractor s note: Complete translaticn]
F
Card 1/1

KHRISTICH, V.A., kand.tekhn.nauk; LYUBCHIK, G,JI,
Intensification of combustion in diffunor burners. Energ. i
elektroteldi. prom. no.2-24-26 Ap--Je 162. (MIRA 15:6)
1. Kiyevskiy politekhnicheakiy institut.
(Gas turbines)

KMSTICH, V.A., kand-tokhn.nauki BASIUMOV, Yu.N.
Use of a pilot burner for I W oving the operation&I characteristics
of a 9" turbine cambuotion chamber. Knerg. i alektrotekh. prom.
noel325-27 162, (MIU 15:6)
-I. Kiyevskly politekhnicheskly institut,
(Gas turbines)

KHRISTICH V.A Icarld.tekhn.nauk; BASHKATOV, YU.N., inzh.;
'CMW;Ii;, Ye.N., inzh.; SHEVCMIIKO, A.M., inzh.
Results of testa and final study using a model of the
combustion chamber of the GT-25-700-1 gas turbins system
with preliminary fuel atomization. Energomashinostroenie
8 no.10:10-13 0 162. (MIRA 151n)
(Gas turbines)

S/0124/63/000/012/BO47IB04?
ACCESSION NR: AR4015129
SOURCEs RZh. Mekhanika, Abs. 1=66
AUTHOR: Khristicho V.A.
TITLE: On pulsation phenomena in the burning imf natural gas in gas turbine
combustion chambers
n
CITED SOURCE: Tr. 1-y Vaes. nauchno-tokhn. konferentsii po probl. vibratsion.
i pul'satsion. goreniya. M., 1962, 51-59
TOPIC TAGS; pulsation, pulsation-phenomena. natural gas. gas combustion, gas
turbine
TRANSLATION: The author describes the procedure and results of an oxperimontal
study of pulsation combustion in the combustion chamber of a ga5 turbino operat-.
ing on natural gas: He studied the effeits of the following factors on the
characteristics i6f pulsation combustion& 1) tho type of burner dovico; 2) tem-
perature and air excess factor; 3) type of pilot light; 4) air distribution in
the chamber. Itivas found that the use of register burners vith preliminary
Card J/z

ACCESSION NR: AR4015129
fuel atomization. It is shown that there are two ranges of pressure pulsation;
the very low frequency range (below 5,cYclesA@Q) and the higher-froquency
range (30-40 cycies/sec).
It has boe@ shown that the appearance of, pulsation combustion is..accom-
panied by changeq in some of the chara' sA
@6torlstiqa of the working proces n the
chamber. It is shown that pulsation c6mbustio@ involves the intensification
of mixing processes and an increase in the degree of combustion. It has been
shown experimentaly the possible means of controlling pulsation combusition are
as follows: the.inatallation of pilot lights with rog regula-
vlatod flame size;
tion of air distribution in the chamber; wW other methods affecting the size
and structure of the pilot light, Bibliography with 21 titles. XuJ. Dityakiz.j
I)iTE ACQ: 3lDe@63 SUB-CODEs PH, ENCL. 09

KHR TICH, V@A., kamd.tekbn.nauk; SMWCHENKC, A.M., inah.
I
&me special features of the operation of telescopic fl5me Pipes
with dmT-owerlap of the shells* Izv.vya.ucheb.zavo; everge. I
no.nt69-73 N 162. (NnA @5al2)
1
if Y' kj* ordena Imaima politekhnicheakiy institute FredotsT@-
,On& .y parov7kh i gawvfth turbine
(Cas turbines)

nRISTICR, V. A.) and BAST[KATOV5 Yu. N. (J@alj)
"Data about nature of vibration burning in high-forced blast furnaces, vorking on
gasiform fuel".
Report presented at the Section on Physics of Combustion, Scientific Session,
Council of Acad. Sci. Ukr SSR on High 5emperature Physics, Kiev, 2-4 Apr 1963.
Reported in Teplofizika Vysokikh temperatur, No. 2, Sep-0--t 1963, P. 321, JPRS 24,651,
19 May 1964.

KHRISTICH V,A.- IMVKIN, Yu.I.; TKACHUK,, Yu.F.; SHEVCHMMO, A.M.;
Study of the possibility of conversion of the combustion
chambers of the OM115-M'gas turbine system to operation
on natural gas. Energ. i slo'ktrotekh. prom. no.2:28-32
Ap-Je 163. (MIU 16--7)
1. Klyevskly poUtekbnicheakiy institut i laningradeklymashino-
stroitellon zavod Olkonomayzerg.
I (Gas turbines)

1,11RISTICH, V. A., an6 LM'4RIK, 0. N. (KTI)
"Certain regularities of development of a diffusion gas torch, burning in the
turbulent wake behind stabilizers.'
Report presented at the Section on Physics of Combustion, Scientific Session,
Council of Acad. Sci. Ukr SSR on High 'Temperature Physics, Kiev, 2-4 Apr 1961.
'Reported in Teplofizika Vysokikh temperatur, NS. 2, Sep-Oct 1963, P. 321, JPRS 24,651.
ig may 1964.

:ACCESSION NR: AP4014Z35 S/0143/64/000/00110063/0068
AUT14OR: Khristich, Y. A. (Candidate of technical sciences).
Shavchenko, 3@eer)
TITLE., Effect of the operating mode and injector design upon the temperature
level of the flame -tube walls in a gas -turbine combuator
SOURCE: IVUZ. Energetika, no. 1, 1964, 63-68
TOPIC TAGS: gas turbine, gas turbine combustor, flame tube, flame tube wall
temperature, gas turbine injector, injector design, gas turbine operating mode
ABSTRACT: An experimental investigation is reported of the effect of (a) air -
fuel ratio in the chamber,. (b) inlet air temperature, (c) injector design, (d) fuel
distribution between the principal and keep-alive injectors, and (e) combustion
mpde, upon the temperatur level of the flame-tube walls. Natural gas from the.1
e
Dj@hava fields was used In a large-scale (1:2.5) model of the GT-25-700 gas-
t-grbine combustor. These injector types were tested: (1) pre-mixing register
,0e with 45o blades, (Z) diffusion air-t-wisting regiater type, (3) diffusion, non-
Card 1/2
Cal'a 21Z

A11RISUgJ4 I&A.
@ -__, kand.tekhn.nauk; BASHRATOV) YU.N., inzh.; BULAVII'I@SKIYY YU.M.,
inzh.
Study of the possibility of the conversion of the combu3dor,
chamber of the GT-25-700-1 gaa turbine system to gas and sleam
operation. Energ. i ele.ktrotakh. prom. no-4:19-21 O-D 164.
(@JTR,j 180)

!@@RISTICH, V.A., kand.tekhn.nauk; LYUBOHIK, GIN., inzh.
Nomogram for designing gas burners. Knerg. i elektrotekh. prom.
no,4:21 O-D 164, (MI RA 3.8:3)

KHRISTICHt V.A.;SHEVCHENKO, A.M.
Efficient design for the flame tubes of gas-turbine combustion
chambers. Mash, i neft. obor. no.6tl3-17 164. (MIRA 18:2)
1. Kiyevskiy politekhnicheskiy institut.

__@HRISTICIIJ_V.A., kand.tekhn.nauk; LABINOV, S.D., inzh.
Effectiveness of using a cycle with intermediate regeneration in power
genorating and tmnsport gas turbine systems. Izv. vys. ucheb. zav.;
energ. 7 no.8:46-52 Ag 164. (MIRA 17:12)
1. Kiyevskiy ordena Lenina politekhnicheskiy institut. Predstavleno
kafedroy parovykh i gazovykh turbin.

NR: AP4045906 S/0114/64/006/009/0012/0015
i"te of technical sciences); Aamhkatov, Yud N.1
AUTHOR: Khristich, V. A. (Cand
(Engineeri., N. (Engineer); Shevchenko. A. M. (fEngineer)
j7
TITLE: Effect of a burner on the" characteristics of a gas-turbine combustor
-15
SOURCE: Eno rgomashinostroyeniye, no. 9, 1964, lZ
TOPIC TAGS: combus tor, combustor test, combustion chamber'. t' combustion
chamber test, gas turbine IGT-25-700- I -LMZ gas turbine plant
ABSTRACT: A continuation of the authors '.earlier experiments
(Energomashinostroyeniye, 1962, no. -10) is reported. -The possibuity-ofa,
5 ign was
radical improvement in a premizing register burner by modifying it des
explored. The principal experiments were conducted it.an air pressure. of-. 1. 5
atm, a temperature before the chamber of 300C;-,4n_-Arnowof7-8' ms /fee, and
an air-fuel ratio of 4.5-20 (primary ai"it veral- es
of
M
C-ard 1/3
t Y tl!@Ir..@.

'ACCESSION NR: AP4045906
iburners were tested; four of them are shown in Enclosure 1. 'The flow aero-
dynamics was investigated with a cold blowdownof the chamber. Register burner 11
was*found to produce the highest temperature field in the flame tube. The best
operating conditions of the flame tube were observed (at 700C of exhaust gases)
with nonregister -type diffusion burners. The intensity and completeness of
combustion were also investigated (curves supplied)-, as well as comb"tion
stability, pressure loss In the chamber, and the temperature field of exhaust
gases. Orig. art. has: 6 figures and 2 tableso
ASSOCIATION: Kiyevskiy politekhnicheakiy institut (Kiev Polytechnic Institute).
Leningradskiy rnetallichesldy.zavod@(Leningrad Metal'F!Iant
%
ENCL: 0 1.
SUBMITTED: 00
SUB CODEI PR NO REY 6OV: 002- OTHER: 000
Cord Z/3

L
@2-165 EPA/EPA(s,)_2/9WT(m)/9PF(a)/E?R Pr-4/Pe-4/pt-10 WW/j1t/ht4
ACCESSION HR: ATS004223 5/0000/64/000/000/0202/0206
A.- Lyu -@hLk, G. 11,
AUTHOR: Kh ri a ti ch_t_ V
TITLE: Some relatiohships.@ f-o-r- a gaseous diffusion flame burning 14
the turbulent wake behind a flame holder
SOUPCE: A"TM i tu t @khnich
Ingt _q ftskql tep ofi@iki. Teplofi@zika-
i teploteklinika (Thermophysics and heat engineering). Kiev, Haukova
dumka, 1964# 202-206
TOPIC TAGSt diffusion flameo air breathing propulsion, flane holder
combusti*n.
ABSTRACT: Ithas been prevIously found that diffusional burning be-
hind a flame holder gives very Aigh mixing rates, short
and higher combusiton effi@ienclea as compared with conventional
f-lames, since the flame length is a function of air
@fftcientG caa be
a- A.. -r,- u s-en tiAkb`tad-C a ustion_c act
proce s. su br o b
in other processesi '@:'The 'dest&6@,of-,stitch a pro@eas- presien-id -dif tical 7,
ties becauae of the -litek-o-E.-expertmeneal -data,,-- The processr. has,-,
Card I

L 25032-65
R.- AT5004225.:
ACC9SSION N
fore been a t
udied by obtaIning
a 'd mi profiles
and by flame: hotdgr.ph - 81 city and.concentration
Y "'', stev ne -the
effect of the a, ow
(10-21O.-Mis-ec
parameters on the flame* length-: - _@PP6 discharge velocity.
air Velocity (10-50!t1/Qec),;,-dJ
ame.ter of the gas nozzle (I
idth of the flame hdld' (20-40 mm)v opening anp m)
,le of the flame
V er
holder (30-m!-1W), -angip of "attack of the airstream (0-24*), and
position of the gas jet in 'the vertical plane (0-180*). The flame
length increased with increasing gaa velocity, increasing gas nozzle
diameter. and increasing flame holder width, and it decreased with
increasing air velocity, opening angle of the flame holder, and angle
of attack of tits airstream. Since the gas jet was deflected by tits
recirculation zon-_ in the d1tection of the flame holder apex, i.e.,
countercurrently, to tits airstream, the trajectories of the gas jet
could be calculated by a method for jots in transverse flow developed
bV Yu. V. Ivanov. The expeximental data wore correlated by an empirii.1.1,
cal equation for the relative length of the flame as a function of
che gas and air densities and velocities, the uidth of the flame
holder, and the gas nozzle diameter# It if) recommended that more
data be obtained ovet a tsider range of operating and geometry
eters to Makd tild.-ralatLbAshtp mote accuratab.. Orig* Artb@ his t, 3
gu r e a . P. V
Cord 2/

L '25031 EPA/EPA(s) VEWT(MM
ACCESSION' NR: AT5004226 5/0000/641000/000/0215/022@1_
AUTHOR: Khristich, V. A.; Hashkatov, Yu. N .
'f osc
TITLE: The7na-ture o in high-performance7com-_-:@-
bustion chambers operated'vith ga.i-eoua fuel
SOURCE: AN UkVSSRO Institut,tekhnicheakay toplofiziki. Teplofizika.
i teplocakhnika (The rmo phys L cs and heat enginearing). Kiev, Naukova
dumka, 1964,215-222
TOPIC TAGS: combustion, combustion chamber. air, breathing propulsiont
combustion instability, oscillatory combustion
aBSTRACT: Combustion ins tab U1. ty-was. studied in a test. combustion
chamber 209 mm in diameter and' 6,m long,.equipped with pressure and J`:
oscillation gages. S-ome,of-the, results were verified on the 1ull-vsize'@._,.
CT-25-700 turbine combuation.@chaniber.' In the experiments the locar.0
tions of the-instabili'ty'regAons in the chamber and the o;cillation-
frequencies and amplitudes were determined with 5 different burners'--_-
as a function of the Air.:;excess coefficient and air flow velocity,.
(up to 40 m1sec)'. The.calculated natural frequencies and the ampli
tudes were in good agreemeht.with@experimental valuese The width -of-
C' rd
1/2
_d

-7
Tj 250'31-@65
---UP ATS 6-
_ACCE$SX0N

the ins tabili ty regions was :.a: function of air velocity and the@ Air
excess coefficient; At decreased with an increasing air excess c6-
efficient. The number ancf a i ze@ of the instability regions was found
to be dependent on the type of :burner. Two burners had substanti4lly
dif f e rent behavior with re9p Iect to instability although their geo'me'tr
y
". @q
was similar. It is concluacd that the flame structure to the most _
important factor in instabllity'* Stability improves when long, thin'-.
flame decreases stability, The'.41ame.
flames are used. A short.,-wide
:
.
structure can also be cha''oged. by -varying the primary- to-secoadary aii@
P.V I
ratio. Orig. art. has: 5'rf igures.
ASSOCIATION: Kiyevskiy ordena Lanina politekhnicheskiy institut
(Kiev Polytechnical Institute),

S U 13 M I T TE D 10Aug64 ENCL; 00 SUB CODE:
_____
NO REF SOVz 063 -
OTP.ER: :001 ATD PRESS 3180

Card
2/2

KHRISTICH, -V.A.,, Icand. tekhn. nauk; SHEVCM-,IKO, A.M., ir-211.
IPerformance of the flame tubes of gas turbine combustion chambers
OPOrating on natural. gas. Energ. i elektrotekh, prori. no,2:20-23
Ap-Je 164. (MIrd 17:20)

L 418!7-65 VA100f EPF(6)-2/ZPH/T-Z/E?A(bb 2 a Paa-4/Ps-4 WW
Ac"CESSION NXI 'j, W 6/651000/007/015310154
969
AUTHORt KhrLatLch, V# A4
TITLE: Annular. combustion chamber for a qas turbine. Class 46.
Hot 16-9948 -_7-
SOURCF: 3yulletan, iz'obiatanly tovarnykh tnakov, n6-, 7: -1965
153-154
TOPIC TAGS: gas turbine,'-.comhusti6n chamber, flame tube, flame
stabLlizero combustio, ,in tensif tcatLon
ABSTRACT: This Author Certificate war. issued for an annular Combustion
chamber with a flame tube inside which a fuel collector and a stab-
ilizing davLea are mounted. In order to intensify the combustion
process and reduce the flame tube length, the atabilizing device is
made of a system of alternating radial angles Inclined to each other
and fixed alternately on the-inside and outside shells of the flame.
tube, In a second Variant, to achieve uniform fuel supply, the fual
colliketor is-made of-two concantric rings on the Inner and outer
shells of the flame tube with fuel feed ports provided behind the
stabilizer angles, (AC)

lk

Ql,'7-66- @ZM) JEW (Ta) O@MU (d) JECS(k) (ETV.(Y,) 4r&tA4 1)
ACC NR- AP5026853 SOURCE CODE.*. UR/0170/65/009/004/050'1/6606
AUTHOR: Bannikov, A. L Khrlstlch@_, V. A.; jyubchl G. N.
ORG: Kiev Polytee c Institute (Politekhoicheskly institut, Kiev)
TITLE: Thermoelectric method for measurtagMLdoLw'~v-~eloc-itLfluettLation
SOURCE: Inzhenerno-fizicheoldy zhurnal, v. 90 no. 4: 1965j X-506
TOPIC TAGS: gas flow, flow velocity, velocity measuring Instrument, flow measurement,
turbulent flow, thermoelectric sensor
ABSTRACT: The theoretical and experimental Investigation of combustion and heat exchange
processes in fluctuating and turbulent flows Indicate that the velocity fluctuations determine
decisively the Intensity of the processes. However, the existing methods for velocity fluctua-
tion measurements are either incompletely dev'eloped 'or inapplicable to high teiaperature
flows. Consequently, working at the Institute of Engineering Heat Physics of the AN MrSSR,65
(Institut tekhnicheskoy teplofizild AN UkrSSR) in cooperation with the Kiev PolytechniE L
stitute (Kiyevskly politekhaichesidy InBtitut), the authors deveioped a thermoelectric method
permitting determinations within very hot gaseous currents. Experiments with the device,
shown in Fig. 1, confirm ita reliablllt@ and simplicity, and the data obtained are in fair aVee-
ment with those obtained using different methods of flow velocity fluctuation determination.
Card 1/3
MM 517@32 516,581

KHRISTICHA, V.A.Y kand. teklin. nauk; OLIKHOVSKIY, G.G.; CITBFNIN@ Ye.N., inzh.;
BASHIU-.TQV, Yu.N., inzh.; SIOICIIIENKO, A.M., inzh.; TIUMANNSKIY, A.G.,
inzh.; GOMBETS, V.S., Inzil.
Some results of the tests and adjustment of the combustion chambers
of the gt-25-700 and gtn-9-750 gas turbine power systems. Teploener-
getika 12 no.2:16-20 F 165. (KMA 18:3)
1. Veesoyuznrr ordena Trudovogo Krasnogo Znameni teplotekhnicheskiy
institut imeni F.E. Dzerzhinskogo; Kiyevskiy politekhnicheskiy insti-
tut i Leningradskiy metallicheskiy zavod.

L @l - @66 EWT(m)/T/EWP(f WW - -------
_i6cW4 _IA_R 6-0-0, 3 7 2 4 SOURCE CODE: UR/0285/65/000/009/0021/0021
62-
AUTHOR: Khristich,.V. A.; Shevchenko,_A._M.
TITLE-. Co@o"ftnjkfficiency of the perforated flame tube of a gas turldw'@Iombustion
chamber
SOURCE: Ref. zh. Turbostroyeniye, Abs. 9.49.140
REF SOURCE: Vestn. Kiyevsk. politekhn. in-ta. Ser. teploene*rg., no. .1, 1964. 50-57
TOPIC TAGS: gas turbine engine, natural gas, combustion chamber, 44----taka. gas fue
F A.$ C, IOr-,"o0*Ajrvrq sA.)4o.,"e eead-ovit 4wsrAritt oonkf-
ABSTRACT N91;'ee_5_ube is a plane perforated cylinder, simple In shape and to manufacturf.,:
t
Air from the circular channel of the chamber enters the Inne hallow of the flame
tube through the holes, creating a dense low temperature 164r along its walls, thas
decreasing the convective heating of the walls, and facilitating removal of some
amount of heat,produced by radiation.' The tube tendency to wrapping is diminished,
the life of the chamber is increased, and the amount of heat-resisting steel used is.
reduced. The tube is promising. for use in combustion chambers working on gas fuel.11
T. Gonikberg.
SUB CODE, SUBM DATE: none/
Card L _S
UDC: 621.438-001

ACC N6----iji(@628073 SOURCE GOM U-RFofi476CIi~~lici6~~lW~~iW52-@---
JAUTHORSt Khristich, Ve A*; Shevchenkop A# X*
TITLE: Several characteristics of beat transfer in a gas turbine combustion chambor
oporating on easeous fuel
SOURCE: Refo zhe Mekhanika, Abs. 50314
REF SOURCE; Vestn. Kiyevsk, politekhn. in-ta. Sor, toploonerg., no. 2. 196$s 26-33
TOPIC TAGS: gas turbine enginet combustion chambers combustion research, flame tubes
thermocouple
ABS'lRACT: Experiments were performed on a common single-register combustion chamber
of the straight-flow type. The flame-tube is welded as a single unit. Three rings
of 4-mm diameter openings for cooling air are located on its shoulders, and the
flame-tube wal.1 cooling is compound. The fuel unit is of the diffusion type. Air is
introduced into the combustion region through the register mid a perforated cup. To
determine the metal and air temperatures. 39 and 8 chromel-aluminam thermocouples,
respectively, are used# To measure the flame temperature, movable, water-cooled
platinum-rhodium. thermocouples were placed at three sections along the length of the
flame tube. Compound probes were located at the entrance and exit of the combustion
chamber to measure the teiVerature and velocity of the air and gases. The experiments

ACC NR: AR6028073
were performed at 1.08-1.37 bar. It was established that during natural gas
combustion the heat flow to the walls of the flame tube can exceed 100 - 103 wt/M2
Aespite the weak radiance of the flame. The convection component represents about
30--40% of the total heat flow in the type of combustion chamber investigated. The
total heat flow and its components are not uniformly distributed along the length of
the flame tube. The character of the heat flow distributions is strongly dependent
on the initial temperatures structure of the flames and on the operating parameters
of the combustion chambers The cooling of the flame tube walls is accomp3ished
.basically by convection, It is important to develop new rational flame tube designss
which will lower the convective part of the heat flow and increase the radiative heat
extraction. Bibliography of 4 t1tle@*.,.. A. Salanov CWanslation of abstracg
SUB CODE% 20, 21
Card 212

DTACEUINXOO B.S.; BLISHINA, N.O.; KMSTICH, Y.M.
01
Inv*stigating the antigen structure of Shigella para4yeenterlaeg
Sonne preliminary report. Kikroblol.zhur. 16 no.3: 64-69 154.
(MM 8:7)
1. 2 mikrobiologlabnogo viddilu Ukrain'skogo inatitutn epidenio-
logil ta mikrobtalogil, a. Ifilv.
(ANTIGUS AND Aff IRWJXS,
Shigolla dysenterlas antigenic structure)
(SHIGAMA,
dymenteras, antigenic structure)

KHRISTICH, V.14. [Kr7stychp V.14.). mladshly nauchnyy Botrudnik
Some indices of the coagulatinf and anticoagulating blood
systems in pregnant women with rheumatism. Ped. akush. i
gin. 24 no.1:52-53162. WTU 16:8)
1. Ukrainskiy nauchno-iosledovateltakiy institut, okhrany map-
terinstva i detstva, (direktor - kand.med. nank O.G.Pap [Pap.,
O.H.]).
(BLOOD-COAGULATION) (PREUNANCY, COMPLICATIONS OF)
(RUUMATIC FLYM)

POLTAXOY, N.I., kandidat tokhnichookikh nxak; HITSKIT, B.N., inshoner,
retsenzent; KEMISTICH, Z.B., kandidat takhnichookikh nauk, redaktor.
(Organization of machine tool management In the factoryj Organizatelle
instrumentallnogo khostaistva savoda. liev, Goo. nauchno-tekhn. isd-To
mashinostrolt. I sudostrolt. lit-ry (Ukr. otd-niol 1953. 269 p. (MLRA 7-7)
(Machine tool@)

KHR1STICII _.Z.D.,O_, dots., kand. tekhr- nauk; KRUGLYAK, L.A.) inzh.,
retsenzent; KUNIN, P.A., inzh., red.
(Automation of the manufacture of metal-cutting tools]
Avtowvatizatsiia instrum-entallnogo proizvodstva. Moskva,
Mashinostroenie, 1964. 2144 P. (MMk 17:10)

RODIN. Petr Radionovich; PNOIX, kand. takhn.neuk. retsentent;
SRAPIRO, I.I., insh.. red.; 0KI3HqHCffO, N.P., red.
(Pundamentals of tha thoory pf the design of metal-cutting
tools) Onnovy toorli proaktirovantia reshushchikh instrumen-
tov. Moskva@ Gosenauohno-takhn.ind-va mashinostroit.lit-ry,
1960. 159 p. (MIU 13:5)
(metal-cutting tools)

IMISTIC
_@@@r @Deml @novich@- MCROZUKO, Semen Nikitovich; RCDIN. P.R...
kand.takhu.nauk, retsensent; "VRILOT, V.D., inzh.. red.;
CHISHCHMO, M.P., red.; GCUOSTAYPCLISKATA, H.S., tekhn.red.
(Sharpening of metal-cutting tools; manual for grinders) Zatochke
razhushchego instruments; uchabnoe posobis dlia rabochikb?-zatoc6i-
kov. Moskva, Goo,nauchno-takhn.ixd-vo mashinostroit.lit-ry, 1960.
169 p. (KM 13tl2)
(Metal-cutting tools)
P

DASMSUY, Illya Isaakovich; ZASLAVSKIY, Simon Shlemovich;
KHRISTICH. 2. .. dotoent, kand.tekhn.nauk, retsenzent;
CHIRYAKOTA, L.G., red.; GCRHOSTAYPOLI MAYA, M.S., tekhn.red.
[Kanual-on-safety measures for grinding-machine operators]
Famiatka dlia'ahlif'ovshchlkov I satoohnikov. Koskva. Goa.
nauchno-takhn.isd-vo mashinoe'trolt.lit-ry.,1960. 69 p.
(MIRA 14:4)
(Grinding and polishing-Wety measures)

KARTAVOV, Sergey Alekseyevich, prof.; LEXCIOIKO, Andrey
Matveyevicht kand. tekhn. nauk; RUDWIK, Sergey Sergeyevich,
doktor tekhn. nauk; BOVSUIqOVSKIY, Yakov Ivanovich, kand.
tekhn. nauk; RAZHENOV,, Ivan Ivanovich, kand. tekhn. nauk;
KOVALENKO, Vladimir Vladimirovicho kand. tekhn. nauk;
LOMACHENKO, Zinaida Nikolayevna, kand. tekhn. nauk;
MILISHTEYN, Mark Zelsmanovich, kand. tekhn. nauk; RADCHENKO,
Yuliya Gavrilovnal kand. tekhn. nauk; REZNICHENXO, Mikhail
Petrovich, kand. tekhn. nauk; TRUBE210K, Aleksandr Davidovich,
kand. tekhn. nauk; KI kjcb&r-BamjxaaQyjch, kand.
tekhn. nauk; SHNAYDERMAN, Isay Yakovlevich,, kand. tekhn.
nauk; GOLUBOV, N.P., kand. tekhn. )ial)'-. -s;tsenzent;
DUWSKAYA, V.A.. kand, tekhn. nauk, retsen2ent;.KWIMOV,
G.D*j,,kand.'tekhn. nauk, retsenzent; YAKOVENKO, G.A., kand.
tekhn. nauk, retsenzent
[Technology of the manufacture of machinery] Tekhnologiia
mashinostroeniia. [By] S.A.Kartavov i dr. Kievp Tekhnika,
1965. 526 p. (MIRA 18:7)
1. Kafedra tekhnologii mashinostroyeniya Kiyevskogo poli-
tekhnicheskogo instituta (for aU except Golubov, Maksimov,
Yakovenko).

24220
5/049/61/000/003/QOS/Oos
D2149/D301
AUTHOR: Khristichenko, P.I.
TITLE: The problem of the equation of motion of pendulum
seismographs
PERIODICAL: Akademiya nauk SSSR. Seriya geofizicheskaya.lzvestiya#
no. 3, 1961, 443-444
TEXT* The purpose of the present paper is to obtain a more exact diffe-
re@htia'I equation of motion of a seismograph. When a time dependent
constraint is applied to a material point, its motion has two components;
translational (together with the constraint) and relative (along-'the
constraint). The equation of motion is given (Eq. I).; + W
Neglecting its rotational motion, this iquation can be differentiated
with respect to time t to give the accelerations
Wa e+ ;r (2)*
Assuming the resistance of the medium to be directly proportional to the
Card 1/3

24220
S/049/61/000/003/005/005
The lyroblem of the equationsoo D249/D301
velocity, the author finds from Newton's second law that
M; + (-Mrv + (-a; + (-a; (3) ' where 16 is the resistance
coefficient. In the seismograph theory the forcePe is usually
neglected although it affects both the amplitude and phase of the
pendulum oscillations. The differential equation of motion of a system
(or a point) with time-dependent constraints, which allows for the re-
sistAnce of the medium can be deduced using Lagrange's equations of the
second type* For a system with time-dependent constraints the equation
for kinetic energy is given and the dissipative function is generalized
The@author,.after i ieries of differentiations, gives equati2n of motion
of the pendulum.(Eq. 8) UsingO/m = 26 is g/e = n. and
X assuming that the oscillations are
@+,+'S nip= --rCOSIP+
fit small (i.e. cosf = Is Ainy=jo)
Y Sin (f - 13,k 0 f, Eq.(8) may be written as
7 TI-It Cos q) + Tin- Sin
(For Eq. (9) see next card)
Card 2/3

KaISTIC How., P.I.
Supplementary remarks on Sh. N. Piiat's article nSolution of
problems of nonsteady heat conduction of hollow cylinders by
Grinberg's method. Inzh,-fiz. zhur. 6 no.7:128-1-99 Jl 163,
(MIRA 16:9)
1. Gosudarstvennyy universitet imeni I.I.Machnikova, Odessa.
(Heat-Conduction)
(Pliat, Sh.11.)

KHRISTIGHSHKO P Is
gonstationary temperature field of a spherical shell.
Inz,-fiz. sbur, 4 np.12:70-74:D 161. (MIRA Up 11)
1. GosudaistvemW universitat im6ni I.I. Mechniklovap Odessa.
(Heat-.!Conduation)
(Shell molding (Founding))

KHRISTI
Nonstoady heat conduction and thermoelastic stresses in a hollow
cylinder. Inzh.-fiz. zhur, 6 no.7:76-82 Jl '63. (IMU 16:9)
1. Goijudarstvannyy universitat imeni I.I.Machnikova, Odessa.
(Heat conduction) (Thermal sti-essas)

(V)/KdT(1)/3fA(l) Pe-5/ft-4/Pt-7/lk-14
ACCESS1,0_N__H-_R__:____ UR/0294/65/003/002/M2/0
5010468 275
536-21-001
AWMOR: Khr- qnka. P_ T_
a, Tl=m
Voncerning ohe@.method or solving problems of thermal
iconductivtty- two- and three-layer systems
SOURCE: leplofiaika vyaoktM temperatur, v. 3, no. 2, 1965 ,
272-275
TOPIC TAaS.* thermal conductivity, layered system, boundary
condition
ABSTRACT: By transforming the equations fois the heat exchange
between the Individual layers of a two- and three-layer sanditich
structure Into boundary conditions applying to the individual layers,@
the author succeeds in splitting the coupled thermal-conductivity
equations for'the entire system into individual equWons applicable
to each layer individuaU. A step by step procedure is developed for
the case of a three-layer system. It is shown that whereas for-a
Cmd 1/2

I
17 -- -1. 1
C" 2/2 -- . -.- -- - -- -- -- - -- -- - - ----.- ---- -- , I

KIMIS3TICIT-SITKO, P. I. (Odessa State university)
ft Certain questions of analytic theory of thermal capacity of constant folindry castinga"
Report presented at the Section on Thermal-physical Properties and Non-stationary
Thermal Capacity, Scientific Session, Council of Acad. Sci. Ukr SSR on High Temperature
Physics, Kiev, 2-4 Apr 1963.
Reported in Tbplofizika Vysokikh temperatur, No. 2, Sep-Oct 1963, P. 3211, JPFS 24,651.
ig may 1964.

)CHRISTIN. L.I.
ll,@@"-:,
APPIICatloa of fresh grated potatoes in darmatoloa, Test. vemer.,
Moskva no. 6:13-15 Nov-Dec 1952. (CLKL 24:1)
la Professor. 2, Btaalelav.

XMISTIN, L.I.
Affect of wormin on the course of skin diseases, Med.parsse i
paraz.bOls 27 no.6:?39 N-D 158- (MIRA 12:2)
1. Is kliniki koshno-venericheskikh bolezney Stanialvaskogo me-
qittsinskogo instituta.
(ASCARDIS AND ASCARIASIS) (SKU-DISUSIS)

ABDUS'AMETOV, 11. Xh. (SeriimnLntinek), AM11MIT, A.A., kand...led.wit-k. (Rostov-
no,-Do nu) .BRZHE.3KTY, V.Ch. (TMvin, loningrAdO.-aya oblpstl)
GRZHIM Ill. ZX.. nref. (Chemovitsy), IVAINICT, prnf. '(:Anlrgr&dl
XAZAKOV, V.I., dots. (StAvronoll na Karkat*). S.re.
(Illookva). TOII':,UYYV. 2I.A., prof. (Rostov-na-Dorru), MAM3,1110Y.4, t.OA,
dntp. (Root oy-na-Donu). FATH, AA..kane,.necl.nauk (S'ArAtov) MPISTIN, 1.. 1.
ii)EV To P-'
prof. (Stnnislnv-), TAMIBSUM, A.K., prnr. (Novosibirsk), LT-'o
assistent (Bovosibirsk)
Problem of teAching dermatGvenerolory in nedicAl institutes. Vest.
derm. i van. 32 no.3:60-69 158 (MMA 11.7)
(I)MMATOWAY, educ.
in Rilesin (RUN))
(SyrillLomnT, educ.
in Ru3qia Olug))

KMSTIN,.-I,~l~,,-prof-.-;.,--KOTSAN, M. X.t klinicheAdy ordinator
Study on the etiology and pathogenesis of Jupus erythemtosus.
Vest. dem. i von. 34 no.1:13-17 A 160. (MIRA 14312)
1. Is kafedry koshnykh i venericheakikh bolezney Stanialavskogo
maditsinakogo instituta.
(LU'PUS)

-1@@ @Tlll if-r-prof.; TSIIETSETSKAYA, Ye.K.; DIMITHASHKO., V.I.
Epidemophytonis in combination with other 168ions of the skin.
Vest.dorm.i ven. 35 ro.5t63-64 162. (MIRA 150)
1. lz klimiki kozhno-venericheakikh boleniey St.aniolavskogo medi-
tainsko o instituta,
@DMWTOMYCOSIS) (SKIN-DISMES)

KHRISTININ ViktQr Ivanovich (Khrystynin, V.I.]; MIlDRADENKO, P.F.
[Fink, L.I.). red.; CHUCHUPAK, V.D.,
tekhn. red.
[Daily hygienic exercises for women] Shchodenna higienicbna
gimnastyka dlia zhinok. Kyiv$ Derzh. med. vyd-vo URSR, 1961.
40 pe (MIRA 150)
(WOMEN-RUTH AND HYGIETIE) (EXERCIS)

KHRISTININ, Viktor Ivftnovich; XLYMAN, M.I., red.; PRONINA, N.D.,,
[Pbysical culture ror intellectual workers) Fiskulltura dlia
rabotnikoy umetyerqogo truda. Moskva, Medgiz, 1963. 39 P.
(MIRA 16:5)
(PHYSICAL EDUCATION AND TRAINING)

KMISTIY, S.P. (Kovelf)
Preventive medical significance of an alcohol vaccine administered
intracutaneously in the compound treatment of acute dysentery.
Vracb.delo no.8:114-118 Ag 162. (MIRA 15:11)
1. Infektsionnoye otdeleniye (zav. - S.P.Khristiy) gorodskoy
bollnitsy. (DYSENTE.RY) (VACCINES)

KHRISTIY, S.F.
Repatic s7adrane and ita diagnostic significance in the clinical
picture of salmonenomen. Trach.delo no.lsl32-133 Ja 163.
(MM 16s2)
1. Ravel'skaya gorodskaya bollnitoa,
(LIVER-DISLORS) (SAIMMIJA BMTIONS)

2240 KhrjRto. As A.
Stelyushchiy Sya Sad. Novosibirsk, Kn. IZD., 1954. 103 s. a Ill. 20 sm. 5*000
EKZ. 1r. 75k.- Bib2.iogr: a. 99-100,
(54-55995)p . 634-1/7(57-3-l)v(Ol6.3)

12@1 . -1 ..,!. " -,:, , ".; i , " @ .
WISTO. Anirey Andreyevich
I - ;v - .
I - -
-11 5@'. a -- @--, 1@ I
Povology In Siberls] Plodovodotvo v Sibirl. Isd. 2., ispr. I dog.
Novoolbirsk] govosibirskoe knixhaos izd-vo. 1957. 298 p. (MIRA 11:3)
(Siberia-Frult oulturs)

KHRISTO, A.A.
Effect of additional water supply on the winter hardiness of
apple trees in Novosibirsk Provinceo TftcV TSSBS no.4:177-181
160, (MIRA 15*4)
(Novosibirsk Province-Appl9i-Frost resistance)

MMSTO, A.A.
The dormancy period exid vinter hardiness of apple trees in Western
Siberia. Fiziol. raste: 8 no.1:58-,66 161. (MIR& 1413)
1, Central,Siberian Botanical Garden of the Siberian Branch of the
U.S.S.R. Academy of Maiences.
(Novosibirsk Province.-Apple) (Plante-Frost resistance)
(Dormancy in plants)

KHRISTOP S. ST.
Admeasuring of the Carrying (Suspending) Cable of a Suspension Cable Line
(Cable-%my) Anchored at Its Two Ends. In the Bulgarian Heavy Industry,
3:23:14%r 55

KHRISTODULO-FIbITI, A. 6.1 Cand T@!ed Sci -= (diss) "ArLt@ries of.' tlie )ieart
in man in some periodso of ontogenesio." ZI'D't81ino/, 1960. 14 D','.,; (Yllinis-
try of Public Health Ukrainian SSR, Stalino State Yedical Inst im A. 14.
Gorlkiy); 220 copies; price not given; (KL, 22-60, 145)

Y@11RISTODULO.-IFINITI, A.S.
Atrioventricular valves of the hurwn heart# Arkh.ar-at,glet, I embr,
48 no.1:56-60 Mr 165. (M1RA 18iQ
I& Kafidra anatomii chelovska (zav, - prof. N.D.Dovgyallo) Dcnet-4
skogo maditainskogo instituta.

Polyunsaturated fatty acid content in the fats of main commercial
fishes in the Azov-Black Sea Basin. Vop. pit. 23 no.5@17-20 S-0
164. (MIRA 18:5)
1. T6kbnologiche3kaya laboratoriya (zav. - kand.tekhn.n6ij,k G.K.
KwM21ch',11%) Azovoko-Chernomorskogo nauchno-iosledovatel'skogo
inotituta morskogo x-jbnogo kbozyay.-tvn J. clearografli, Kercht.

IMISTOFMEN, G.8s; TIMOFF.YLVA, N.V.
- I ;-,
Tpohnolo-gical and chemical charactar'stics of tre Atlantic
.L @
sardine and causes of the daterlora'vic@n of iL@ quality
during Industrial processing. Trudy sio.2-1:40-46
163. (.VIRA 17-.8)

.1
KHRISTOF-EVEN G I. [MLrystoforzon, H,S.]
7@@@@
Use of the propyl gallate antl0kidant for preserv-Ing the
quallty of frozen AtInntic f1she Khar, prom. no.].%27-29
Ja-Mr 165. (MIRA 18:4)

KMISTOFORIDI. Kh.G.,- GERASIMOV, V.G.
Mechanization of the sealing of tight barrels. Trudy Azaherniro
no.21s60-63 163. (MIRA 170)

KHRISTOFOROV,_,@L.,' inzh,; MITIN, V.M,
Friction welding of high-speed steel with structural steel,
Mashinontroanis no.109-100 Ja-F 165. (MIRA 1814)

41HUSTOminvi A*I.p inzh.
Frictibn welding of boring bit blanks. Sver.prolzv. no. 55@-3-3
my 165. (MIRA lSt6)
1. Kharlko"kiy politekbnlchaskiy- institut im. V.I.Lrnins.