SCIENTIFIC ABSTRACT KIRICHENKO, N. - KIRICHENKO, S.I.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000722620009-3
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 18, 2001
• Sequence Number: 9
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

KIRMIENKOP N.
Regional differences in the ccnaumption of the U.S.S.R. population.
Biulaauch. infomotrud i zar plata, 4 no.4:39-45 161.
(KM 14:6)
(Consum~ption (Economics))

KIRICIIENKO$ N.
Grovth of private income and changes in the structure of the
turnover of merchandise. Sov. torg. 34 no.40-13 Ap 161,
.(Marketing research) (KIRA 14:4)

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r first olotitiders the possibility or Incrossin. Uim o-,t-vt
00 .3f present-day blaitt-turibools, RL%i lit U.1a c(tiv.ootlo- ro.-lows
or ti- previo-as work im U.e mile aii-d flio-rmv orlootlas -1" the
ca-bulttiot, &oil* In bloat-furi,okooss. rho vait).or, It, coi-lo'doorls:r
tLe funatloillit.r or nodern types of tuyerts, palist& out tLit destraAlIty
or 1:.o -ii a 1..r Us co bustloj. tones in rro.,.t or , a Altl u&1
tuitorms so as to forii a oontinuo,~s rlitg-sbapsd oor.biistlon toric.
60 a its loods tile Author to the oonoluslon tilott oo.-,m VIA b), t
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tuyere (the Venturi type) has a number or disadmitaCes. !.a a argests
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a new type of diffuser-seation tVyorot in wh1oh s"remdInr of the
ao,ibustion sorm v1dowaya to loohleved by th" provIslon of on
olliptictal nozzles the latter beint obtained by owittinr off tiot
~j,d oO v.9 tuyere at an anKle of 90-260 to tUo axis of tit" tuyere.
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130-7-4/24
AUTHOR: Kirichenkog N.D.
TITLE: -'dhoice of C-h-eek--ers for the Intensive Heating of Cowper stoves.
(Vybor nasadki dlya forsirovar_-..;~So nagreva vozdukhonagrevat-
eley) 11
PERIODICAL: Metallurg, 1957jNr 7, pp.7 - 10 (USSR)
ABSTRACT: In this article comparative calculations for various
checker arrangements for blast-furnace Cowper staves are
made. The basic requirement assumed is the production of
blast at 1000 C for a 1033 m3 standard furnace. Three var-
iants are considered: simple single-layer arrangement of
170 x 150 x 50 mm brick with a 66-x 60 mm cell; the same
construction but of 130 x 150 x 40 mm brick with 45 x 45 mm
cells and 40 mm wall thicknesses; a two-layer arrangementj
the upper having 110 x 110 mm cells and 60 mm thick wallst
made of 280 x 150 x 60 mm brick, and the lower with 130 x
45 mm cells, 40 mm thick walls made of 300 x 150 x 40 and
130 x 150 x 40 mm bricks. The seoond variant is seen t9 be
the most satisfactory# with a heating surface of 24'9 m per
m3 of checker volume. The calculations ilso indicate that
the total heating surface for the 1033 m furnace (143 000 n m3
Card 1/?

130-7-4/?4
Choice of Checkers for the Intensive Heating of Cowper Stoves.
per hour blast volume) can be reduced to 19 300 M2. For the
intensive stove operating con itions considered gas with a
calorific Nalue of 950 kcal/mi would have to be burnt at
J5 850 n m /hour and better refractories would be needed.
ome general features of the variants are briefly discussed
and the adoption in the USSR of improved checker arrange-
merts with shaped bricks and horizontal channele is urged.
Tbere-are'P.,figui-es and 3 tables.
ASSOCIATION: Gipromez.
AVAILABLE: L~brary of Congress.
Card ?/?

KIRICHNNED, N.. Inzb.
Corypetitions for Increasing the output of bleat furnaces.
NTO no.1:26-27 Ur '59. (MIRA 12:6)
(131ant furnaces)

S()V/133-59-4-3/32
AUTHORS: lUrichenko, N.D. and Kochinev, Ye.V.
.011211G, llie;h Temper urd-Mast Heating Stoves for Blast
Furruices (VysokotemperaturnySe vozdukhonagrevateli
domennykh pechey)
Pi,4110DICAL: Stall, 1959, Nr 4, pp 298-304 (USSR)
AWTiL~.(;T: In 195/, the Central Governing Body of the Scientific
Technical 3ociet3T off tile Iron tuid Steel Industry
(11TO Ohm) announced a competition for the design of
high temperature heatinL; stoves and air conduits for
blast furnaces with a working volume of 1300 to 150C a3,
capable of preheating blast to 1100 to 12000C. From the
designs presented the jury selected 4 solutions which
are described in the paper. (A) Proposed by
!T.K.Leonirlov (Central Gipromoz). In order to obtain
hiSher temperatures the use of blast furnace gas
enriched with coke oven gas or the use of preheated
blaot furnace gas and ai:- or air alone is suggested.
'Iwo alturrztive designs of the heating stove are
pi-opoL;ed: 1) combustion of Las in the under-dome space
Card 1/6 'ad 2) combustion of gas in the combustion chamber and

0
"'011/133-59-4-3/32
High Temperature Blast Heating 1.1toves for Blast Furnaces
in the under-dome space. The stove is not lined with
refractory bricks - the space between the checkers and
the casing is filled with either cut insulating brick or
stamped insulating mass. The dome is supported directly
by peripheral checkars (fig 1). Recuperators for
preheating air and/or blast furnace gas made from
carbon steel are placed in the bottom part of the waste
gas chimney (fig 2). Hot bla8t valve is cooled by
evaporation.
(B) Proposed by N.D.Kirichenko (Central Gipromez)
Heating by a cold mixture of blast furnace and coke
oven gas. The typical design is retained only with
changes in some details such as: refractory lining-,
checkers; gas and air conduits and equipment (valves
and cold and hot blast mixer). The design data are
given in table 1 and 3. Three alternative "s of
checker work proposed by the author are given in
table 2, the design of the stove is shown in Fig 4 and
the distribution of equipment in figure 3.
(C) Proposed by Ya.A-Nitskavich and V.K.Zaytsev (TsNIICbM)
Card 2/6 Heating of blast to 11000C is proposed in two alternative

L)OV/133-59-4-3/32
High Temperature Blast Heating Stoves for Blast Furnaces
ways: 1) single stage heating of blast; blast furnace
gas and air are preheated to L~OOOC. To intensify heat
exchange by a factor of 2.5 to 3.0 the velocity of the
combustion products in checkers is increased to 3m/sec
and of blast to gm/sec, the temperature of waste gas
at the outlet from che--kers is increased to 5200C.
The heat of waste gas lo used for preheating air and
blast furnace gas in recuperators. The design of the
stove remains unchanged except for a considerable
decrease in dimensions. 2) Two stage heating of blast.
The blast is preheated first in a recuperator and then
In a regenerator. In the first stage the blast is
preheated to 4000C so that the recuperator can be made
from ordinary carbon steel. Heating to 11000C is done in
a stove of the usual design with the burner placed in
the dome (Fig 5). For heating blast for one blast
furnace three regenerators and two recuperators (one in
reserve) are used and common gas and air preheaters.
In view of the high tempurature of tho waste gas the
C checkor support is made from heat resistant cast iron.
C
ard 3/6

SOV/173-59-4-3/32
High Temperature Blast fleatint; Stoves for i-Jast Furnaces
Hollow supports are cooled by blown air %,jhich after
such preheating is used for the combustion of gas. To
improve heat exchange the waste gas is passed through a
recuperatoa- with a velocity of 2L-kt/sec and the heated
air at 50m/sec.
(D) Proposed by a group of authors under the direction
of V.D.Pashkov (Central Glpromez) -
In the scheme figure b, all t.he processes of compression
and heating of the blast are united in one plant,
enablinG the production of all the iwc~ianical energy
required for the compression of air on the basis of heat
requirements. The plant is situated on the blast
furnace site to avoid transportation of air. Atmospheric
air after passing the coolinG plant (Fig 6) is cooled to
+ 10C and passed into the first compression stage of the
main compressor where it is compressed to 4-5 atm abs.
After an intermediate cooling to + 2500 air is passed
into the second Stage of the compressor and compressed
to 15 atia abs. The compressed air is passed into a
preheater and heated by the waste gas from high
Card 4/6 temperature blast heating otoves, supplownted by

-OV1137-59-4-3132
High Temperature Bla5t Ifeatinp, Stoves for Blast Furnaces
combustion of a solid fuel (buined in a combustion
chamber for powdered fuel) where it is preheated to
7500C. Then it is passed to an air turbine w1iere it is
expanded, passine its potential energy to the compressor.
Then tAe blast at a temp~.ratuie of 5180C and L~.5 atm abs
is passed to the hot blast Stove where it is heated to
13003C and pasued to t!,,e b'lait farnace. The top gas
leaves the fuxnace at a pressure of 2.8 atm abs and passes
throu3h the gas uleaning planl- where it is cooled to
30')C. A part of the blast fuinn-ce gas used for heating
stoves is ae
.r.assed to a at,.3r vinich is also heated by
the wa-ste eassipplpmented by a powdered solid fuel.
The blast furrrtr-e gas f;i-ehea!-,-zd to 6000C is passed into
the gas turbine where it tran-cfers its potential energy
to the compressor aLdf ivit-h -- tempora"l-ure of 4540C is then
used for firinE; blast stoves. Tile air used for the
combustion is also preheated to a temperature of 6000
in a heat exchaR.Ger. ior sbartinE; tph,~- installation an
Card 5/6 electric motor is i;,:~Q,_7 which alsc sci-.--.s as a generator

.D
'- 07/1.1-0-59-4-3/32
High Temperature Blast Heating Stoves for Blast Furnaces
when the normal operating conditions of the plant are
established. There are 6 figures and 3 tables.
ASSOCIATION: Tsentrallnyy Gipromez (central olpromez); TsN1IChM
Card 6/6

-- KIRICIZUKO, N.D.
3
Charglng arrangoment on a 1719 m blast furnace. 1,110tallurg
7 no.?:14~16 n 162. (MIM 15 - 7)
1 GoBudarstvennyy soyUSM inatititt po pro,,:.- Ifti rwani)"u
w
motalliwgichoskikh zavodov.
(Blast Aummem-Denign and construction)

LEOMDOV? N.R.; KIRICHENK0.1 N.D.
Construction and durability of a blast- , bi:irth and well.
Motallurg 9 no.:L2tl3-15 D 161+0 (111RA 18:2)

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KI Q% cli E N Kol C-r-
15(2) PHASE I BOOK EXPLOITATION sov/194o
Ovcharenko, Fedor Danilovich, Nikolay Grigorlyevich Kirichenko,
Daniil Naumovioh Kovalenko,,' a ev c a 0
Ukrainakiye bentonityj geologlya, mineralogiya, fiziko-khimiya i
primeneniye v narodnom khozyaystvs (Ukrainian Bentonitesi Geology,,
Mineralogy, Physical Chemistry, and Industrial Applications)
Kiev, Izd-vo AN Ukrainskoy SSR, 1958. 98 P. 3,000 copies printed.
Errata slip inserted.
Sponsoring Agenoyt Akademiya nauk Ukrainskoy SSR, Kiev. Soviet po
izucheniyu proizvoditollnykh oil USSR.
Resp. Ed.: F.D. Ovcharenko, Corresponding Member, Ukrainian SSR
Academy of Soienceaj Ed. of Publishing House: Z.S. Pokrovskaya;
Tech. Ed.t V.I. Yurohishin
PURPOSE: The book is intended for engineers and technicians employed
in industries using catalysts, adsorbents, fillers, and plasticizers
Card 1/5

Ukrainian Bentoniteel Geology, Mineralogy (Cont.) SOV/1940
as well as for scientific workers at research institutes. It may
be useful to the teaching and technical staff of vuzes, as well
as in industrial laboratories, and Sovnarkhozes.
COVERAGEt The book gives the results obtained from research work in
the geology, mineralogy, physics, and chemistry of Ukrainian
bentonite clays and indicates how bentonites can be used in the
national economy. The first section was prepared by N.G. Kiriohenko,
Chief Engineer on the Oeological Board of the Kiyev Sovnarkhozj
the second section, by D.N. Kovalenko, Candidate of Geological and
Mineralogical Soienoeal the third section, by A,1, Raatronenko,
Candidate of Chemical Sciences and F.D, Ovcharenko, Corresponding
.Member of the Academy of Sciences of the Ukrainian SSR; the
fourth section, by F.D. Ovcharenko, Corresponding Member of the
Academy of Sciences of the Ukrainian SSR. There are 13.1xeferences
of which 110 are Soviet and 1 English.
TABIE OF CONTENTSt
Forovord
Card 2/5

Ukrainian Bentoniteal Geology, Mineralogy
SECTION 1
Geological Characteristics
Bentonites
Bentonites
Bentonites
Bontonites
Bentonites
Bentonites
Bentonites
Bentonites
Bentonites
Bentonites
of Deposits
of Zakarpatskaya oblast'
of Stanislavokaya oblast'
of Chernovitakaya oblast'
of Drogobychskaya oblast'
of Llvovakaya oblaat'
of Rovenskaya. oblast'
of Ternopol'skaya, oblast'
of Khmellnitakaya oblast'
of Cherkasekaya oblast'
of Krymakaya oblast'
SECTION 2
Mineralogical Characteristics of Bentonites
(Cont.) S(YV/1940
9
9
10
10
11
11
13
15
15
18
Card 3/5

Ukrainian Bentoniteal Geology, Mineralogy (Cont.) SOV/1940
SECTION 3
Physicochemical Properties of Bentonitea 43
Hydrophilic properties of bentonits clays 43
Sorption and structural properties 4'(
Elastic-plastic properties of bentonite suspensions and
pastes 59
SECTION 4
Use of Bentonites in the National Economy 68
Bentonite catalysts and adsorbents in the petroleum industry 69
Pur1fication of paraffin wax with bentonite 72
ReclMyfing of industrial oils 74
Refining vegetable oils 7~
Drying and storage of gases with the aid of bentonites 7
Use of bentonites in foundry work 79
Use of bentonites in the manufacture of porcelain, glazed
pottery and enamels 81
Card 4/5

Ukrainian Bentonitsaj 000109yo Mineralogy (Cont.) SOV/1940
Use of bentoniton in the manufacture of structural
materials 67
Uss',of bentonites in the prepara",,ion of drilling clay
fluids 88
Use of bentonites in agriculture 89
Purification of sugar best diffusion juice in sugar
refining 92
Clarification (fining) of wines with bentonites 92
Use of bentonits in medicine 94
Bibliography
AVAILABIZ: Library of Congress (TN 948 B4oq)
95
Card 5/5 TMAd
6 29-59

KIRIOMWI0. N.G.
9z"Ximm"Now"W", -1
Vegetation of the sandy pastures of Zhuan-Kuma and Its agricultural
utilization. Isr. AN IrAzakh. SSR. Ser. biol. no.9:20-31 055
(m= 9:4)
MuawA mmoti-BourT)

XIRICHIM, N.O.
mw~-_
Vegetation and feed resources of the Usalinak Otate Sheep Yarim in
Ksyl-Orda Province. Trud~, Inst. hot. AN Kazakh. SSR 3:125-159 156.
- (MM 9110)
(razallnek District--Botarq--loology)
(Pastures and meadovs)

MICIMKO, M.G.
Vegetation and food resources of the Volp-Ural swAs In the
northern part of tho,C"pift IS*& region. Trudy Inst.botAN
Irazakh.SSR 6:3-73 '59. (MIU 12:8)
(Gtwlyav Arcmince-Ph7tolmography)
(West Kazakhstan Provino:--Phytomography)
(Pastures and m adows)

KTHICI OIKO, ri. (7.) Cond 9joi 011,11 (ilifin) _- "Plant ,rowth nnfl ths- fodder ronotirces
of the Volga-Ural sands". Alma-Ata, 19(0. 24 pp (Kazakh Stat,- Ii Im S. 11
Mrov) (KT,, I.Io 14, 194o, 1,o)

MICHENKOI N.G.
SOMO data on 016 dymnics of the aerial mass of basic plant
communities in Bet-Pak-Dalp. Trudy Inst. bot. AN Kazakh.
SSR 13:189-204 162. (HIM 15:12)
(Bet-Pak-Wa-Plwit coz=mities)
(Bet-Pak-Dala-Plant research)

XIFaCHENKO, N'G'
Preservation of sandy pistureo in the northem Caspian Sea
region, Izv~ AN Kazakh* SSR Ser. biol. nauk 2 no*2153-W
Nr-Ap 164 (HIPI 18:2)

nracHwo, N.G.
Dynamics of the aerl&l part, of vegetation in the Artemisla-
Woola, laricifolls, phytoomnoole of the Bet-Fak-DLIa. Tmdy
bat. bot. M Ka2akh. SSR 181113-133 164 (MIRA ISO)

KIRICEMO, I.I., Inshener (C. Chita.)
for sore rapid asohanization of routine traok saintenanos. Takh.
shol.dor. 13 no-3:3 of oover W 156. (KM 9:8)
repair)
(Ullroads-Kaintenapoe
&M

r ~!,- /,/
~,. -z-
KIRICHOKO, N.1.0 Insh. (Chita).
awwwovk-A -*--;
- Should an exemplary section be like this? Pat' I put. khox. no.li
22 A 158, (MIRA lIrl)
(Caucasum, Northern-Railroada--Kaintenance and repair)

-KIRICHEIM Nikolay IIII -ch: OWSHIN, Me., otvs za. vypusk; 7J.BORSKIT,
[Ilectrical stanid for breaking In and testing ongines] Blaktrl-
cheakil ntand d1la obkatki I impytanlin dvigateloi. Mookva,
Ird-vo M-va sell.khos. SSSR, 1958. 19 p. (KIRA 12:1)
1. Moscow. Vsasoy-utnaya seltakakhozyaystvannaya vystavkn, 1954-
(Gas and oil angines) (Blectric apparatus and appliances)

IIRICHMO, N.I., insh.; SIATIZOVSKIT, N.A.; TILIN,
Repair of rails damaged by skidding. Put' I put. khos. no.8:21
Ag '59. (MIRA 13:3)
l.Nachalinik Mookovskoy, distantsil puti
dorogi (for Kiriohanko). 2*Zameetitell
puti Hookovsko-lursko-Donbasakoy dorogi
doroshn" master Moskovskoy distantsil
dorogi (for Filin),
(Railroads-Rails)
Hookovelco-Kursko-Doubasokor
nachallnika Haskovskoy distantail,
(for Slavikovskly). 3.Starshiy
puti Hoskovsko-lursko-DonUsskoy

53M'10, M.Y.; ZIRICIMM, 3,1* - SLAVIEDVSKIT, N.A.
Maintenance of continuor rail tracks and of long welded railge
Put$ i put,khoZ# 4 no.4-7-8 Je 160- (MIRA 13:7)
1. Glavnyy inzhener sluzhby puti Moskovskoy dorogi (for Sen1ko).
(Railroads--Maintenance and repair)

KIRICHENKOP N.1,1, inzh.; SLAIFIKOVSKIYS, N.A.
Maintenance and repair of tracks with long rails. Put' i put.
khot. 7 no.6:3-5 163. (MIRA 16:7)
(Railroads--Track)

SLAVIKOVSI=t K. A.1 KIRIGHWOO H. I.
Characteristios of the oj;r-at-io-n-And maintenance of tz--cks
with 25-meter long rails, Putt i put. khos. 6 no.10:2842
'62. (MIRA 15:101
1. Nachallnik diatantaii putip at. Moskva-Kurskaya.
(Railroads-Track)

KnICH3HKO, 11.I.
Powerful mineral sprin--. Priroda 41 no.7!117 J! 051. (MLHL 6:6)
1. Arqyanoko;,e otA.,,.i1eniye inatitlata Gldroenergroproyekt Yerevan.
(Ar.menia-Springs)
Discovers gas and mineral water in a deep well In northern
Armenia. Numerous gas bubbles were found down to a depth of 42 m. At 42 m a gusher
of carbonated water was struck. From 43-46 m the pressure and discharge of the gusher
increased. Beyond 46 m. to a depth of 200 m. the pressure and discharge increased
further,
258T75

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Alt
Sao.. !-0
t~ 195%
V4110or of Io4
i1i at on: of Ag hydi6- -
4r 118 ~at Vi ht 0 Gon ructi
Alabiorthe is,
9089
1949;
TiiiiA4'
titUtions'-.". a 64

imici-nao, 1~. 1.
1:. 1. -"Calposition and Phy.-deal argJ ltructural Propirtic-s c' the
for rr;-
._;ukoa, Ln D1
D.--~f~nwled at I'ligl:ftf. afluy,31 IwAil'uticnn) IIII) CS
Poly"echid'! In-M !;,!I.gc) 195",
"C.: I , 9 V, J tin
For De~rce of C-nalddta in '0010-
,l .lcnl --ml

IIRICMMKO 11 -
Packing of loans sails. Dokl.AJI Aserb.SSR 13 no.7:763-768 15?.
(MLRA 10:8)
1. Bakinskoye otdolaniye Instituta, "Gidroonergoproyekt.0 Pred*1
stavlano almdemikom Al As,irbaydshanskoy SSR N.V. Abramavichem.
(Eakeagan' Valley-Loess) (Building materials-Testing)

-ov-9P-58-10-10/16
AUTHOR: --J(irichenko, 11.1., Candidate of Geological- M!neralogical Scien-
ces
TITLE: Construction Experience on Macroporous Grounds (1z opyta
stroitellstva na makroporistykh gruntakh)
PERIODICALi Gidrotekhnicheskoye stroitellst-.-o, 1958, Nr 10, PP 36-37
(USSR)
ABSTRACTs The article presents a description of experience data in
construction on macroporous grounds, e-g. that of the Gyu-
mushskaya gidroelektrostantsiya (Gyumush Hydro-electric
Plant) on the fiRzian River in the Armenian !~SR. Macroporous
soil samples taKen from the derivation canal area were test-
ed. Physical and 3tructural data of the tested soile are
given. In 50 of 53 tests, the macroporosity indices hnve
proved to -be le3s than one, (I to 0.5) necording to N.Ya.
Denisov flief. i7. A reinforced concrete lining was designed
_
for the derive
tlon canal, built as a part of the above men-
tioned hydroele~.tric plant. The Armyenskoye Otdeleniye Gi-
droproyektA(Armenian Section of Gidroproyekt) designed the
lining. The canal ditch with 1 : 1.5 nlopea was excavated.
Card 112 Twelve (12) cm thi.-k reinforced concrete plates were put on

Construction Experience on Macroporcus Grounds 7)0V-08-58-10-10/!6
the bottom and slopiis of the canal.
smeared with hot ma:jtic and covered
lin" sheets. Eight (8) cm thick reinforced
were then placed on top. The Above
has effectively worked for the past
diagram and 3 Sovie-, references.
This concrete layer was
with overlapping "Boru-
concrete plates
hydro-insulating lining
5 yesrs. There are: 1
1. Power plants--ConEtruction 2. Soils--Mechanlcal properties
3. Soils--Porosity
Card 212

KIRICHENKO, Ir.l.
-- --
__ ICarbonate and gypsum concretions in loose. 1xv. AN Arm. SSR. Ser.
gaol. i geog. nauk 11 no.2:AJ-85 '58. (MIRA l1-.9)
l.Bakinako7e otdolentya Institute, "Gidroonargopro7ekt."
(Sansagan Valley--Loose)

rMCM13MD, H.I.
Composition, physical and structural properties of diatomites.
Voy. gidrogeol. i inzh. geol. no.17:121-129 159. (KIRA 14tl)
(Diawmaceous earth)

KIPICHENKO, N.I. [Kyrychanko,, M.I.]
Kindel-Rise fauna in the Saksagan' Valley. Gaol. zt=. 20
no. 3s89-90 160. (MIRA 14W
(Sakeagant Valley6--Moluvkv)

KIRICHENKO N.1,
Permeability of earthen dams. Uch. zap. AGU. Geo;-geo oar,
no.2s5l-53 159. 14IM WO
(Dams)
(Soil percolation)

TIZDFLI j,.jdtpySjIEVx Ye.S.; 14OLOROV, L.A.; K014YAPOVAj L.P.;
Fr-,bTUVIIKIY) K.N.; ZEI.*KGV) M.V.;.KnTCHI2jKQ.-N~NEYSHTADTj
L.I.; MMAROVA, 1.7a.1 PIRTSUALAYRTILI, G.P.; KAUTKOVAj
II.I.; BT-IYYj L.D.p doktor geol.-viner. nauk; BOhOVOYp A.A.,,
red.; GOIFAV, T.P., red.; LARICYOV, Me., takhn. red.
(Geoloey and danalGeologiia, i plotiz-Or. Pod obshchei red. A.A.
borovogo. Moskva, Gosenergoizdat,(Its Vaterialy po pz-ocktiro-
vanliu gidroonergaticbeskikh uzlov. Seriia 2: lzysl:aniia)
Vol.2. 1962. 151 p. (111IRA 15:9)
1. Moscow. VneaoyuM7 goeudarstvum-i,%y proyaktnyy imtitut
"Gidroonergoprookt." 2, VassoyuMy gosudarstvennyy plmyekt-
nyy inntitut , Moscow (for all oxcept Dorovoyp Gotman)
Larionov).
(Geology) (Dame)

xiRicHENKO., N.I., kand.geolog.-adneralogicheakikh nauk
Construction of the don of the Chir-Turt Hydroelectric Pwar
Station. Gidrastroi. 33 no.W7-19 JLp 163. (MIRA 16:4)
(Chir-'rurt Hydroelectric Power Station)

-~I. ~d. gvologo-minsralogic~esklkh naukt
D" =ANO lu. T.9 insh.t MALTUTKINI B. V.j
inch
Deformation of characteristics of Chirkey limestones
Gidr. istroi. 33 no.12t18-22 D 1626 (MMA 3.6tll
(Chirkey Yqdrealectric Power Station-Limsetone-Testing)

KOTULISKIYj V.V.j inzh.; WINA, ON., inzh.; KIRICHENKOILII.I.,
kand. geol.--miner. nauk; YXITYFOVp
LHOS11111P A.G., kand. geol.-miner. nauk, nauclui. red.;
GLOTOVA, L.V., red.; KASIMOV, D.Ya., tekhn. red.
(Soopage-proventing scroons for drms; invostientionsp
design, and construction] lrotivofilltratsionnyo zaveBy
plotin; iz opyta izyskanii, proektirovanlia i stroitell-
stva. Moskva, Gosstroiizdat, 1963. 10,4 p.
(MIRA 17: 1)
1. Moscow. VsosoyuzyWy nnuchno-issledovatellskiy institut
vodosnabzheniya kanalizataii, gidrotekhnicheakikh sooru-
zheniy I inzhenernoy gidrogeologii.
(Dama)

BELOMAR, O.D.; ZAYCHENKO, V.Yu.1 KIRICHENKO, N.M.; CHHUN, A.B.
Results of sampling In neutron-neutron logging in the coal deposits
of the Donets Basin. Dop. AP URSR no.5:602-606 163. (MIRA 17:9)
1. Institut minerallny~h revirsov AN UkrSSR. Predstavleno akademikom
AN UkrSSR S.I. Subbotinyrm.

I r: L f,r, ry u
r -khr..
-oL., L L
'Lit-ry,

Al
KIRICHENKO, R.M.; K MICHUX0
Two win~Mere spent on Knra-Kul LAkn;
I%,~,.U%b.fil.geog.ob-vm no.11161-171
(Knra-Kul Inks)
reminiscences of the explorers.
'57. (MIRA 11:4)

KIRICHENKO, Hadeshda Yakovlayna
tP~yohologioal preparation for childbirth; recommended lesson
text for the instructing midwife] Polkhoprofilaktiohnsksia
podgotovka beramennykh k rodsal primernyl tekst saniatil
instruktora-akashorki. Kiev, Goomedisdat, USSR, 1957. Z5 P.
(NMI 13:7)
(CIIILUBIMR-PSYCHOLOGY)

KATSp V.I., doktor ekon. naukj KIRICHENKO, VA, kaad. ekono naukl
IVANOV, Ye.A.; SAID-GALIYEV, K.G.; LUKIYAMOV, E.B.; KUSATOVA,
V.A.; Pl,Y3HF.VSKIY, B.P., kand. ekon. nauk; STOMAKHIN, V.I.;
KARPUKHIN, D.N., kand. ekon. nauk;.~ ~.;
ZHIDKOVA, M.V., kand. ekon. nouk; ANCHISHKIN, A.Lj KLIKSKIYj
A.I., kand. ekon. nauk; SOLOVIYF.V, N.S.; KWTSVOG, F.N.;
VSYAKINH, H.P.; LAGUTIN, N.S., kand.okon. nauk; LEMESHEV, M.Ya.j
kand. sallkhos.nauk; KOIMOV, Yu.F., kaAd. ekon. nauk; SAVIN,
V.A.; TEREKHOV, V.F.; KI!DRDV, V.M., kand. ekon. nauk; ALITER,
L.B., doktor ekon. nauk, red.; KRYWV, P.N., kand. ekon. nauk;
LEPINKOVAt Ye,,, red.; KOKOSHKINA, I., mladshiy red.; ULANOVA,L.,
tekhn. red.
(Growth of the social proditct and the proportions of the
national economy of the U.S.S.R.]Rost obahchostvennogo pro-
izvodstva i proportnii narodnogo khoziaistva SSSR. Moak",
1962. 453 p. (MIRA 16:2)
(Russia-Economic policy)

KRYLOV, T.N.; VAYYEN, V.F.; ZJ1IDXOVA, M.V.; LAGUTI11, N.S.; KOAOVKI11p
O.N.; KIR1CHENKO, N.Ya.,* AGABABIYAN, E.M.; KUZIMINA, Ye.l.;
V.N.; GLYAZER, L.S., red.;
RYABGVA, Ye.A., red.; GERASIFOVA, Ye.S.p tokhn. red.
[Planninq national consumption in the U.S.S.R.; current
problemsj Planirovanie narodnogo potrablenila v SM; sov-
remennye problemy. Pod red. V.F.Maiera i P.N.Krylova. Mo-
skvaj Izd-vo "Ekonomikat" 1964- 134 P. (MIRA 17:1)
1. Moscow. Nauchno-issledovatellskiy ekonomichenkly institut.

IAPCHENKOf M.L.j KIRICHENKO# Mee [Kiricbenkot ME.]
Prolapse of the urethral =coma in a 9-year-old girl. Ped. akusb.
i gin. 22 no. 133 of cover 160. (MIRA 13:8)
(URETHRA-DISEASES)

A
a it a a IF a III ait0a
ctriber. proemm. N, H.
V. 0= i
I;d~ Chm. led. Mcm-c
Of 9 2OP1934. No. 4. 27-41.-A detAikd math. astalysis of
The pmduction of 1140. using Am tnrkiwd with 427p Ot,
a shows that stmapr wW in obtained at grtwil
"St. It. 161. UkIeMrr
Z
:0
00
rp i00
# 0 a 41 0 0 a 0 0 0 a 1
see
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tolf
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see-** sees# 0*000-weg;
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j; X-Ir lie me" poow%
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sd r5ftiathelPbumdmadix,
r We ONOMMIS, ilkvWIW in $be r0" 't
00 -3: a" i4 tin e4sm of (M. nmml~r, ~
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IWAwry. IL T.
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0. file
low
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as.
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%'f 4 At the v4po Im -,1 1y. bowsrowd Int-
-417 "11 he P"W*`tP. Atlzm-ak= .( O.Vvirtated fact
*-~~jmtmv Ow get#
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fit
MAP-
F? 10~
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Itad. (U. 8. 8. X) 14 1320
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t231-3- t4. C. A U. 701.
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400
too
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K
MC,
Ulturli gpd g1" acids. -N-H. Xtrichenko. Att".
lu,=J; Mdtth-31, IIWI. Addfl. to lulm. 411IM17C. A.
33,,W04) and Ruts. 46,5M (C. 1. 33, 3.5402). The
I!Wfho& of the art nal patents we m xiffied In that air to
fmcedthrouglotbe njeciewnoz7.$exf2-olWIatm.fovfftcla
finer dispersimo *1 the liqukf and c~IaNkhffwisl of the mo%t ,
fsvwabk- ratim between the pw"14 Alld 11W. liquid Phg%"-

WWW
. 01
Of 1 -1. ; a v -. a
11"'. 'A -$. I-* . ~ Pa, . 1
LAA I a k
sit 0.0 t.9 fdoollil1 0 at. toilto
1.0994sis 0.0
ho.
14
SiVIIII7111
P Adw- *,'affecting the
lllTALLWGKAt L81111411011 C%ASVFKATMN
-bo
U I V 0 iiiiiiiate; 0 00 0 *a
gee
set
gee
let
00
see

Jk__L_I Ilk
fir I f
A
I
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1
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The saubw d manaft dwXwe In @dIwk "M COG-

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lift
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wool

KIRICAIMOJ NOR*

Chemical Abstracts:
'1 g 1"00
954
Far 25 p .1.1 and

Wchc
40 ,
P Si
: 24
IQ3IM-Vt
W
Acidsp Alkalies and m
M
,
A

other Heavy Chemicals tr famted before the abwrp6m tone to oxWln
=t= Cu to the tgultool. ratio, NO: NO~ - 1, Is un-
-
Suitable t
ood
d Int
i
tl
f
t
&
-
ens
an
ve open
no o
pctftn
o
g
y
to"et systaus. A SWIM Irrigated tower 4eriltraw In-
ftned In tuallet with the fint tower 6 gife"Ire, Data
taken In 1938 from the opention of a plant with a capnity
of 100 kc. at HIS04 per cu. m. per 24 hm. (w -M mUic
tons/dAy av wed for computing the degree of midstion of.
nittow psts in The free spave of the packitig of the first ob-
abrptiou Inver. V. If. (lottschalk

00 0 00'90000000040 : :
6 a a L a a a 06 4 1 1 w 'AOL a 0
lot "0 Asti".
-.11 . "t
IL
bloom" WIND
it
p
Mt. A -3
:Pell)
wt
OMMc I
*a V *MNIM =
0 -XX
Vol
PO kno
Fee
00

OLISKIT, Leonid Adolifovich, prof.; YAnar, B.F., doktor khim.nauko
otv.red.; SIRICEMO, 0.1., inzh., oty.red.; SHIVCHMO. X.A.,
kand.khi;.U"S"U'-k-#'-'i~d'.-f'60HONOVSKIT. I.T., kand.khlm.nauk, red.;
NAKORCHIVSKAYA, V.r., insh., red.; MIPCHMMO, V*Ao, insh.,
red.; SOXOLOVbXIY, L.I.. red.izd-va; INYIXOVA, X.I., takha.red.
[Chemistry and technology of water treatment] Xhimiia L takhno-
logiit obrabotki Yody. Kiev, Isd--to Akad.n&uk USS, 1960.
339 P. (XIRA 13:?)
(Water--Purification)

, I CHENKO,_OA,~KMchenkoq O.M.]
_1_~I _-_
Accumulation of plastic natexial in the Kimerik iron ore basin
of the Kerch Peninsula. Trudy Inst.miti.resur. AN URSR no.2%3-n
16o. (MM 15:5)
(Kerch Peninsula-Rocks, Sedimentary)

YURKY Yu.Yu.; KORN11DV, N.A.;.KIRICHENKO, O.N.; LEBEDEV, Yu.S.
Outlinea of the Cimerian iron ore baBin in the Boutharn
part the U.S.S.R. Dokl. AN SSSR. 154 no.23355-358 Ja'64.
(MIRA 17:2)
1. Institut mineraltnykh resursov All UkiGBR. Pred6tavlano
akademikom D.I. Shcherbakovym.

11
TURK, Tu.Tu.; SHNMOV, Te.F.; LNBXDZV, Tu.S.; KIRICHNNIO. O.H.: SXXXXWO.
H.P,, akedemik, oty.red.; ISUPOVA, N.r-.-,-tb7cW.-tdd*- - --
(Kinaralogy of iron ore formation in the larch Basin] Xineralogiia
zhalazorudnoi formateii Kerchanskogo bassaina. Simferopol'. lrym-
izdat, 1960. 449 p. (MIRA 13;12)
1. AN USSR (for Samenanko).
(Azov Sea region--Iron ores)

KIRICHENKO, O.N. (Kyrychenko, O.M.]
Terrigenous minerals in Cimmerian iron deposits in the regi?n
of Kerch and the Sea of Azov. Mat.z min.Ukr. no.2:62-68 61.
(MIRA 15:8)
(Kerch Penin ula-Minerals) (Azov Sea region-Minerals)

~T J-P

MILIM,A.S.; IIRI' O.O.P.
Dependence on temperature for the electric resistance of ferrite@.
Dop. AN URSR no.3t258-260 155. (XLRA 8:11)
1. Kharklyalkijr dershavnly unlyarsitst. PredstaTiv diyouly chlan
Akadeall nauk URSR X.D.Sinallaikov
(Forromagnatiss)

KIRICHENKOP O.P.
Cutting torch operated with gas-aoetylene substitutes. Ma-
ohinostroitall no.2t2l F 164, (MIRA 17:3)

KIRICHENKOp P.; RATANOVA, V.; SERGETEV, F.; POLCHANINOVA, G.
Disinfecting grain with methyl bromide in the silos of elevators
equipped with recirculating unite. MA.-elev. prom. 29 no.2s
8-9 F 163, (MIRA 16:8)
1. Kharlkovskaya mashinoispytatellniya stantsiya (for Kirichenko).
2. Voesoyuznyy nauchno-iseledovatellskiv inatitut zerna i produktov
yego pererabotki (for Ratanova, Sergeyev, Polchaninova).
(Methane) (Grain--Disinfection)

ACCESSION NRs AP4038435 8/0294/64/002/002/0199/0204
AUTHORSj Kiricbenkoe P. Ist Mikryukove V. Ye. (Deceased)
iTITLEt Thermal and electric properties of some alloys of the rhenium-
nickel system
,~SOURCEs Toplofizika vy*sokikh temperaturl, v. 2, no. 2, 1964# 199-204''4
TOPIC TAGSs nickel, rhenium, thermal conductivity, electric con-
,:!ductivity, alloy system, resistivity temperature coefficient, tem-
perature gradient
~:ABSTRACT: The temperature dependence of the electric resistivity,,
.::temperature conductivity, and Wiedemann-Franz ratio were investigatfed!..
'~i-for rhenium-nickel system alloys in the range from 293--1123K (the
"''heat conductivity and the Wiedemann-Franz ratio were measured from I
293 to 873K). There are no literature data on the investigated al- I::
I'loys. The results are of independent intarest and are also useful
L!
Card ------
J

ACCESSION NR, AP4038431
two
for physico-chemical analysis. Each parameter was measured by
1',.independent procedures. The various test procedures are eitherde-
scribed or referred to in the literature. All the investigated al-
loys were found to have relatively low thermal and electric conduc-
~$tivity. It was found that the heat transfer in the investigated
.!alloys is effected by the electron conductivity and the lattice
thermal conductivityo Tests have shown that the alloys investigat ed
are solid solutionso Orige art* has: 4 figures and 5 formulas.
ASSOCIATIONt Energeticheskiy institut im. Gs M, KrzhizhahovSkogo
(Power Engineering Xnatitute)
'SUBMITTEDs 10aul63
DATE ACOs 09JuA64 ENCL:
03
i"SUB CODEs MM
~NR REP SM. Oll OTHERt 002

KIRICIMOV.P.L01 KAMIIISKIY,, A.G. (Kiyov)
Further improvanent of v-,vie forms of medIcal experliso on the
working capacity and tho raising, of the It-vol or uhysiciansl
qualifications in Medianl Ebcp,,rtal Commisairms on w,)xIk,!rsI
Disability ard Temporary Control CceinIsL31ons. Vrac!~. dvIo noj:
122-125 Je.1(4 1-793)

DERIDOVSKATAl L,F,j XMICHINKOp R.A.
~
Morphologloal and AnatoulaaMiiaoteristlas
cycle of Its development. Trudy Inst. bot,
19193-159 1640
Ph;ftoolixAts
lbdd,,il6O-l7l

IZL
1. A~r, NR, MbOlftll I SOURCE CODE: UR/Q4Z9/bY/OOO/UU4/U1Q7/U1UY
'AUTHOR: ;!gRatin. A. 1. Da3yberdin. V. V. Chumachenko. V. S.; Gurov, V. X.; Trubcha,-
ninov,-Z. N.-, Kirichenko, R. F - Fomenko, P. I.
ORG: Kba ov Aviation Institute (Kharlkovskiy aviatsionnyy Institut)
!TITLE: Investigation of an electrohyArs, c source and some of its potential appli-
cations
SOURCE: Samoletostroyeniye I tekhnika vozdushnogo flota, no. 4. 1966, 1OT-log
I
TAGS: electrohydraulic effect, shock vave, electric discharge
ABSTRACT: The authors describe a highly efficient coaxial electro-
hydraulic source for industrial use. A diagram of the device is
shovn in figure 1. The annular aluminum electrodd 3 is fastened
to textolite base I by bolts. St-a-Mess steel eledtrodeJ Is fas-
tened to the base Inside the aluminum electrode and located on its
central axis. Noltage is fed to the, annular and central electrodes
from a battery of condensers through a controllable discharger.
The electrical discharge betvaen the electrodes develop& in the
form of Indly1dual spark channels4' 'A schematic diWsm of the ex-
perimental unit used for testing the source Is shovn in figure 2.,
Card 1/3
Tigurs 1

L 40702,
ACC NR.
Voltage from regulator I is fed through step-up
transformer 2 and high-voltage rectifier 3 to
condenser battery 5 with a total capacitance of
6 uf. The c~.arging voltage is monitored on
electrostatic kilovoltmeter 6. The current in
the discharge circuit is registered by a low-
-inductance Rogovski loop with an integrating
circuit connected in tho coaxial cable. The
signal from this integrating circuit is fed to
one channel of an oscillograph. A capacitance
signal from the voltage divider is fed to the
aecond channel of the oacillograph through a
75 STimpedance matching resistor. Analysis of
Figure 2: 1-voltage regulator; 2-
the oscillograms shows that the cyclic frequen- step-up transformer; 3-20 Kv high-
cy of the discharge is 925 Kc while the induc- -voltage rectifier; 4-60 Kgdis-
tance of the discharge circuit is 0.2 uh. The
current amplitude of the discharge reaches 16 charge resistor; 5-2LM-aftondense
.Ka when 10 Kv is applied to the condenser 0 batte ; "-96 kilovoltmeter; 7-
plates. Water velocity is a linear function 'discharger; 8-olectrohydraulic
of discharge voltage with the approximate equa- source; 9-D6-2 voltage divider; 10-
tion W14V+l, where At Is water velocity in M/600 Rogowski loop; 21-integrating cir-
and V is voltage in Ky. At a distance of 3 a cuit; 12--jK-17M double besis oscillo
graph
r.,A 0 PA

L 40782-M
ACC NRt Ap6u8m
.ifrom the source, the cross sectional are& of the vater stream is no more than three
es the source. Orig. art. has: figures.
SUB CODE: 13/ SUBM DATE: none/ ORIO RIF: 007
Card 3/3 M11/1

L h0782-6 FWT(1)/b
~q FWATIJER-M-1JR(c
.;-ACq NR, ApwlMn SOURCE CODE:
T V. V H.; Trubeha-
U1HGR; Lopatin, A. jalyberdin. .; Chumachenko, V. S.; Gurov, V.
A
,ninov. F.- N.; Kirichenko, H. F,i Fomenko,_F. I.
ORG: Kharkov Aviation InBtitute (Kharlkovskiy aviatsionnyy institut)
1TITLE: InvestigatiQn of an 212ctroh-viragliq source and some of its-potenti&l appli-
'cations
SOURCE: Samoletostroyeniye I tekhnika vozdushnogo flota, no. 4, iq66,.1o7-i0q
TOPIC TAGS: electrohydraulic effect, shock wave, electric discharge
ABSTRACT: The authors describe a highly efficient coaxial electro-
hydraulic source for industrial use. A diagram of the device is
d ne
shown in figure 1. The annular aluminum electrod A2 is faste d
to textolite base 1 by bolts. Stainless steel eledtrode 3 is fas-
tened to the base inside the aluminum electrode and located on its
central axis. Voltage is fed to the annular and central electrodes 0A i. .i
from a battery of condensers through a controllable discharger.
The electrical discharge between the electrodes develops in the
form of individual spark channels. A schematic diagram of the ex- X
perimental unit used for testing the source is shown in figure 2.
Figure 1
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t Jn7A7_M
CC N
.Voltage from regulator I is fed through step-up
transformer 2 and high-voltage rectifier 3 to
condenser battery 5 with a total capacitance of
6 11f. The cparging voltage is monitored on
electrostatic kilovoltmeter 6. The current in
the discharge circuit is registered by a low-
-inductance Rogovski loop with an integrating
circuit connected in the coaxial cable. The
signal from thiG integrating circuit is fed to
one channel of an oacillograph. A capacitance
signal from the voltage*divider is fed to the
second channel of the oscillograph through a
75 O"impedance matching resistor. Analysis of
1 4,e
Figure 2:, 1-voltage regulator; 2-
the oscillograms shows that the cyclic frequen- step-up transformer; 3-20 Kv high-
cy of the discharge is 925 Kc while the induc- -voltage rectifier; 4 6 dis-
tance of the discharge circuit Is 0.2 ph. The
current amplitude of the discharge reaches 16 charge resistor; 5-IM-5LO-Wtondoinse
Ka when 10 KY is applied to the condenser 0 batte ; 6-S-96 kilovoltmeter; 7-
discharger; 8-electrohydraulic
,plates, Water velocity is a linear function. source-, 9-D6-2 voltage divider; 10-
of discharge voltage with the approximate equa Rogowski loop; 11--;integrating cir-
tion W-4V+l, where W is water velocity in m/sec cuit; 12-OK-17H double beam oscillo
and V is voltage in Kv. At a distance of 3 m, graph
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h0782-66
ACC NRa AP6
efrom the source, the cross sectional area of the vater stream is no more than three
tines that of the source. OrIg. art. haa.- 4 fig!ires.
UB CODE: 13/ SUBM DATE: none/ ORIG W: 007
Card 313

5-66 SWT(A)/EWP(1j/EWP(t),Z&TT UP(al- JDINW
A?6006"0 SGURGE COM UR/0420/63/000/003/0=/0083
AUMORSt -LopQtin, A. I*; Balyberding Vo V,; Chumachanko, V, So; F~~Z*o' V. 1.1
'499!4~)L-j Trubohaninovp To Ael Airichanko,
ORG I nois . ....
TITLEs Radiatechnical method f measuring the motion parameters or the blank
during shoot matal staminst 7
BOURCEs Samalstostroyeniye I tekbaka Yosdushnogo rlota,, no. 3, 1965, 84-85
TOPIC TAGSt metal stampingg text instrumentation, MW instrument
ABSTRAM A mostly qualitative description of a radiotechnical method for measuring
the displAcementAU the die during sheet metal atampina is briefly presented. The
method consists of attaching a metal Iflaaw to the die and using this flag to par-
tially block the path between two ultrahigh frequency wrveguides, one of uhich serve
as a transmitter and the other an detector, After calibrating the change in trans-
mitted UH? energy as a function of flag position in the gap between the guides, this
curve can be used to interpret the die notion (position or velocity) as recorded on
an oscilloscope during a stamping operation, Any centimeter range WIF generator can
be used, A sample calibration oum and a sample stamping ourve are presented with-
out details or specifications as to operating rangesp accuracy, *too Orig. art* has
3 figures.
13/ SUBM DATE t none/ ORM REF t 001
"
0. CY

KIRICHENW, R.H.; KIRICHENND, N.P.
$--- . 1, 1Two winters spent on Kara-Kul Lake: reminiscences of the explorers.
I%v.U%b.fil.geog.ob-va no.1:161-171 '57. (HIRA 11:4)
(Kara-Kul lake)

25(l)
SOV/:'c_5q_5_j7/nj
AUTHOR: Ktrichenko, S.I., Engineer, Fukellman, M.L.
TITLE- The BEZ-250 Electrode-flolder for Welding Withovt Dtssarde'i
Metal
PERIODICALi Ovarochnoyo proizvodstva, 1959, Nr 1), pp 40-4-1 ~'TUSSR)
ABSTRACT: The design of the BEZ ele~.trode-holder ~FJgrure 1) iq frt~-~ ~'~f
one defect present In usual rod-type holderi of its kind.
It contains a semi-automatic device for exeitin~, the arc,
the necessary are gap is obtained, reliable conta-;t between
the bottom of the holder and the article ik a~+Ieved ani the
welder is protected from the f2a3h of the ar,.. It can be
used with a current of 250 RmPs~ a/c or d, /c an.,, any type of
electrode. Instructions for its use are given. The weldoar
only needs 2-4 hours theory and 1-2 dayu practice to gut
uoed to it. At one plant it can save 650-750 thouvand
rubles annually, and 200 havo already been pr-,-duced. There
is I diagram and I photo,
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KIRICHICNKO, S.I., inth.
Al-ect rode holder for welding without discards. Sudostroonle 25
no-7:51-52 A 159. (MIRA 12:12)
(Zlectric welding-lquipment and supplies)