SCIENTIFIC ABSTRACT KHILEVSKIY. K.V. - KHILKO, M.M.
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December 31, 1967
Content Type:
SCIENTIFIC ABSTRACT
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GOLIDILOYAN, M.G.; XHILEVSKIT,,K.V.
Materials on the clinical a@ohysiological basis for using physical
agents in the compound.treatmeat of hypertension. Top.kur.fizioter.
i lechefiz.kullte 21 no.4-.32-38 O-D 156. (KLU 9:12)
1. It Sverdlovskogo nauchno-iseledovateltakogo Vastituta f1sicheekikh
matoaov lechentya (nauchW rukovoilitall - prof. D.G.Shefor, dir.
kandidat maditainakikh nauk N.T.Orlov)
(HYPIMUSION) (PHYSICAL THRAPY)
KWL
SEM, D.G.; KHILBVBKIT, K.V.-. BBLUGIV, A.A.
Mechanism of the development and clinical role of ultraviolet
erythema. Vopoknr.fizioter. i lech.fiz.knIlt. 22 no.6:15-21
H-D '57. (MIRA 11:2)
1. Iz' Sverdlovskogo nouchno-iseledovatellskogo institute karorto-
logii i fiziotere0ii (dir, - kandidat meditsinakikh nauk H.T.Orlov)
i iz Sverdlovskogo gosuderetvennogo meditainakogo institute (dir.
Prof. A.Mverey)_
(ULTRAVIOLET RAYS--PHYSIOLOGICAL WFECT) (SKIN)
imnd.med.na,uk; KHIrXVBKIY, K.Vo, kond.med.nauk; SOTVTOV, V.
"Genoral physical therapy" by E.I*Fasynkov. L.R,Rubin, Reviewed
by II.V.Orlov, K.V.Khtlevokii, V.Sovetov. Yop.kur.fizioter. i
loch.fiz.kullt. 23 no.2:174-178 Mr-Ap 158. (HIRA 11:6)
(PHYSICAL TEDMAPY)
(PASYNKOV, R.I.) (RUBIN, L.R.)
ago=
KAGASANMo*.BeOev IHIIMXU, LT,
Compliastions In treating diseases of the peripheral nervous system
with calvanotherapy; Vopekaref.1sloter9i leah.fis.1mlit 23 r-o,4:
367-368 JI-Ag 158 (MIRA 1118)
I@ In Overdlovskogo nouchno-oissledovatellskogo Institute fislobaskikh
astodov lechenlys, (dire - kandemed,nauk N.V. Orlove nauch"y rukoyoditell.
iproff* D.G. Shafer)
(IMOUS SYSM.-DInAUS)
-- ----- ---
XHILEVSxrr, N.Y.
Iffeat of sleep induced by various physical agents on the effectiveness
of general pbysical therapy for hypertensives; Vop.kur. fisioter;
i lech fizekullte 23 no*6:491--497 X-D 158 (MIRA 11812)
L Is Sverdlovskogo nauchno-tealedovatellskogo instituta fisicheskikh
1:cheniya (dire' N#V, Orlon usuch. rukovoditell prof . D.G; Shef er)
(SUMP-THERAMT10 USE)
(HYPERTENSION)
ACCESSION NR: AT4025297. 8/0000/63/000/000/0086/oo94-,-~l'~',@
AUTHOR: Xhilill, v. v.
TITLE: Passage of_phase modulated oscillations through linear-se-
lective circuits, and accuracy of high speed electronicphase me-
ters
SOURCE: Diagnostikaplazmy* (Plasma diagnostics)'; sb. stat6y.,Mos-
cow, Gosatomizdat,.1963,,86-94
TOPIC TAGS: phas6 shifter,.microwave plasma, electron densityj am-
plification# phase shift
ABSTRACT: The sensitivity of the received signal to the amplific
tion channel and other selective circuits in a phase shifter usedato
measure fast.variations of'electron density-in a plasma is considered,
In view of the complexity of the problem in general form,.an approx-
imate'method is used in which the transfer function is expanded in
Card 1/2
ACCESSION NR: AT4025297
powers of the deviation irom the freqAency of the microwave genere-
.tor. It is assumed that a pulse-modulated signal passes through a
selective channel made up of individual resonant circuits which are
detuned relative to the central frequency. The beat detunings and
attenuations of the individual tank circuits are determined in such
a way that the selective channel as a whole be optimal from the point:
of view of minimum signal distortion., It is shown that the distor-
tion is small for any depth of modulation if the bandwidth is se-
lected sufficiently large and measures are adopted to symmetrize the
characteristics of the channel. The relation between the bandwidth
of the selective channel and the width of the spectrum of the modu-
lating function is determined under some simplifying a@ssumptions for
several special cases. Orig. art* has: 18 formulas.
ASSOCIATION: None
SUBMITTED: -190ct63 DATE ACQt 16Apr64 ENCL: 00
SUB CODE: EC,,ME NR REF SOW 002' OTHER: 003
Card 2/2
L @8122-66 MIT(l) OD
ACC NRs AT6022230 SOURCE CODE: UR/0000/661000/000/0019/0027
AUTHOR. Khilill
ORG: none
TITLE: Homodyne frequency onversionAnd FX in the SHF oscillator used in high-speed
electron phase meters
SOURCE: Vsesoyuznaya nauchna
.ZR,_g!jsqLAYAL_Pqsvashchennaya Drxyu Radio. 22d, 1966
Sektsiy radiolzmeren -.-56k.La 196V,
dy. Moscow
TOPIC TAGS: phase meter, SHF oscillator, frequency conversion
ABSTRACT: In the millimeter band, the
homodyne conversion with FM is MQh'
advantageous because most SHF oscil- i7 0 14K-
lators permit quick frequency M IFA
variation in a wide range. A block
diagram of the corresponding phase 09 CM Jnq
meter (see Fig. 1) includes a
reference oscillator RO which
produces a speoial-shape voltage
or CK
for modulating the output of the RO
oscillator 0; frequency-modulated
SHF oscillations are fed into two Fig. 1.
mannels: (a) an electrically short reference channel RCh and (b) an electrically long
L 38195-66
ACC NR, AT6022230 o
measuring channel MGh which introduces a delay required for the homodyne coTrrersion.
The known phase is measured by an indicator at the output of the phase detector
PhD, the latter being fed by an IF amplifier and by RO. Formulas describing -the
optimal conditions of frequency conversion are developed. An experimental model of
the above phase meter designed with an 8-mm wavelength klystron was tested; the
modulating voltage was obtained by combining the first and the second harmonies of
IM; the optimal conditions were ensured by controlling the amplitude and phase of
the second harmonic.:The experimental modulating-voltage shape is in good agreement
with the theoretical. Orig. art. has: 4 figures and 23 formulas. [031
SUB CODE: 09 SUBM DATE: 19Y1ar66 CRIG REF: 004 OTH REF: 003/ ATD PRESS:-5-0 415
JX
L 3826P-66 E.1'.T(1)/EEC(k)-2 GD
ACC NRa AT6022231 SOURCE CODEs UR4000/66/000/000/0027/0031
AUTHORs Khilillp Ve V0
ORG: none
TITLE: Measuring small phase angles by the homodyne, method of frequenoy conversion
in the SHF band
SOURCE: Vseso3ruznaya "uckj@a a, po
ya_s'rj4V sv -ashphennay.4 rn
y - qu radio,,, .??d, 1966.
Sektsiya radfoiziWriniy. Doklady. _Moscow, 1966, 27-31
TOPIC TAGS: phaae moter, SHF oscillat or, frequency conversion, gas discharge plasga
ABSTRILCT: The principle of operation p4 the block diagram of a new homodyne-
frequency-conversion 8HF Phase incLt2@e given (see AT6022230). The now phase meter
with a frequency-controlled (8-mm wavelength) klystron oscillator and a modulation
frequenc.7 of 500 ko was used for investigating gas-discharre plamm processes. All
SHF-channel elements were built from standard 3.4 x 7.2-= waveguide. Group delay
time, 5.6 x We see (2.E$ of the modulating-wave period); maximum gain, 50000;
amplifier paosbandp 215 kc (resolutioh, 10 mseo). Tha phase motor was intended for
measuring phase angles about 109; spurious modulation was reduced by using the
reference line and the measuring channel of equal lengths. It is claimed that the
phase meter has good noise rejection and permits phase-shift measurements even
under strong-noiae conditions which prevail in high-temperature-plasma outfits.
Orig. art. has: I figure and 7 formulas. [031
SUB CODE: 09 SUBK DATE: 19NAr66 / ORM REF: 001/. ATD PRESS:60,qj,
:RI
SOLLOGUB9-V-*B,; CHHKUNOVI A,V.; EHILINSKIYO L.k; GARKALENKO., I.A.
Results of experimental.saismic studies of the internal structure
ofthe crystalline basement in the northern part of the Krivoy Rog.
Basin. Geofizosbor, no,1:24-31 162, (KMA 16:3)
1. Institut geofisiki M UkrSSR.
(Krivoy Rog Basin-Seismic prospecting
(Krivoy Rog Basin--GeoloQr, struotural@
SOIIOGUB, V,.B,; LOSSOVSKIY,, Ye,K,; KULINMY LA.- GORHENKOj V.S.; SOKOLOY,, B.N.;
NIKIFORUK, B.S.
U13o of high-frequency seismic prospecting for dividing metamorphig rock
complex in the Be1oze2*a.irozi--ore, deposit, Geofiz,obor. no.2:464
(MIU .1643
Inotitut geofiaiki AN tlarSSR.
(Beloserka.regioA (Zaporoahlye Provinqe)-Seismic pAspec LM)
(Boloz6r" regiqn (Zappoahlye Province)--Crystalline and metamorphic).
SOLIDGUB, V.B.;'CHEKUNOV) A.V.; KALYUZHNAYA L KHILINSKIY L A
KMRECHKO G. Te,,
Internal structure.of,the-crystalline basement in the south-
western part of the Korostent pluton according to seismic data.
Geofiz. abor. no. 5:122-130, 163. (MIM 17:5)
1. Institut geofiziki AN.Ukr'SSR.
SOLLOGUB, V.B.; CHEKUNOV, A.V.; KALYUZRNAYA, L.T.;_.KRILIIISKIY, L.A.
Deep-seated structure of Korostent pluton according to seismic data.
DAL AN SSSR 152. no.5t1215-1217. 0 163. (MMA 16:12)
1. Institut geofiaiki AN UkrSSR. Predstavleno akademikom V.S.
Sobolevym.
mR%
SOLLOGUBP V.B.,-,CHEHMIOV9 A.V.; PAVLENKOVAp N.I.; GARKALENK09 I.A.;
KHILINSKIYp L.A.; SHPORT, L.P.
Crustal structure of the Crimean plain and Sivash region
according to geophysical data. Sov. geol. 7 no.8s44-56-,
Ag 164. (MIRA M10)
1, AN Ukr6SR.
SOLLOGUB, V.B.; CHEKUNOV, A.V.; PAVLENKOVA, N.I.;_M UIIN.-KIY,-L.A.
Mature of the Novotearitaynakaya gravity anomaly in the
Crimean plain according to seismic studies. Geofiz. sbor.
no.80-12 164. WRA 18: 6)
1. Institut geofiziki AN UkrSSR.
MNM-@
ME M M-1
SOLLOGUB, VIBI,'doktor gool.-min.nauk; CHEKUNOVp A.V.; KALYUZHNAYA, L.T.;
Structure of the uppar partof the ex7stalline crust in the Obruch
synecline region based on eeiamic data.-Geofiz.abor. no.ltl&26
165, (MIRA 18:12)
1. Institut, geofiziki AN UkrSSR. Submitted June 19, 1964.
KRILINSKIY, V.M.-
Quality is of utmost importance. Vest. sviazi 23 no.gs3l S
163. (MIRA 16 110)
1. Prednedatell gruppy sodeyetviya organam partiyno-gosudarstvennogo
kontrolya na Kiyevskom tsentrallnom telegrafe.
gg -I
qt,
mvp
--- -----------
KHILINSKIY M.
Use all means to eliminate shortcomingso Vest, aviazi 24 no,9:24
S 164. (143RA 17:11)
1. Prodsedatell gruppy sodeystviya, partiyno-gosudarstvennomu
kontrolyu pri Kiyavskom tsentraltncm telegrafe.
,
t-
To
N
I
l
n
u
84
e
bri
Frulto.
cultivated. Plalltb.
IOU" a 10 :,'iYc, i 'c@ 'No '-YCj', 87
M.
XhIlIkovioh
,
N uvo Zxn-k--o-Z 791 ySovkhoz, Criw--a
1`1 L I- ing the Trainiug of Gxrpe Vii!es.
Vlnogradaratvo i aadovodst`70 K-Vi-Ma, 19-58 NO -
T
A production' trial of methods (if tjp4L@e
ding up
@-the trani.ng Of the Vine$ at
Sovkhoz'' (i,"@ the Crimea) has derionatrated that
accelaration of training by tht@ side-shoot
wethod and by bending the vines pro-i-rides for
young grapevinea setting about fruiting in the
thik-d y"r of vagaLation wich vL -productivity
of 30--5-cwt/ha. Both Etethods prndiiced ide-n-
tic&I yields and quality* !n abAoclatiol-@
with the fact that bend Ing vinem, can be
1/2
KV Oil ill[ 214
Ila R;1A
ill-or
14
I I .
a IS
4 p-. I )p 40
I
3 A
BDMAF3NKO, S.A.; @DDMDAUVSKIrs S.N.; KHILIN, H.S.; KATS, Ye*A. .(g. Kujrby-
shev); KRIVOT,,.N.T. MUITANOVSKII, V.V.
Teachers' letters on a physics textbook. Piz. v shkole 17 no-3:
76-77 MY-Je 157. OWA 10:6)
1. 5-ve-srednVaya, shkolag g. Kamensk-Shakhtinakiy (for Bondaren)co),
2,10ya arednya74 sWwla, st. Kiyev (for 13ondarevskiv). 3. 1-ya,
ereduyaya shkola, Belgorodakya7a oblast', g. Gubkin (for Khillu).
.4.1-ya'Balokholunitakaya srednyalra, shkola Kirovskoy oblasti
(f'or.Multanovskiy).
(Physics-Textbooks)
M Of M,
NOW
NNIE,
(pruning and grafting frult,treas and berry bushes] Obreslm i
privivka plodovykh derevIev i lagodnykh kustarnikov. Koskva#
K-vo 6ellekogo khoz#RUSR@ 1959* 139 P. (KIR1 13:8)
(Grafting) tPruning)
AKULINICHEV, I.T.; ANDREYKV, L.F.; BAYEVSKIY, R.M.; BAYKOV, A.Ye.: BUYLOV, G.G..
GAZENKO, O.G.; GRYUNTALI, R.G.; ZAZYKIN, K.P.; KLII.ENTOV, Yu.F.;
MAKSIMOV, D.G.; MERKUShKIN, Yu,G.; MONAKHOV, A.V.; PETROV, A.P.;
RYABCHENKOV, A.D.; SAZONOV, N.P. ; UTYAMYSHEV, R.I.; FREYDELI, V.R.;
I SHADRINTSEV, I.S.; SHEVANDINA, S.B.; ESAULM,
+R.G., @MAZ=OVSKIPY , V.I.
Method and means of medical and biological studies in a space
flight. Probl. kosm. biol. 3:130-144 164. (MIRA 17:6)
. @ '' -- @ -1-, .-- .1
. --I- .
HU'ke-v"? 8 X From the 1j;story ot chl, -
dcl,eT4ffe-P Of the I il I , 2 @, t 'I I dl-"fll 'Ition and
-.:- F , 1, . I , I
I.K. (Tyumen')
---@.V. @Ostr@cgradskiils comment on the first axiom in goometryo
Top.istoesto L takh. no.5;162-164 157. (KIRA 11:2)
(Geometry,,Plane)
(Ostrogradskii, M.V.)
two-,
Vil
!4
Aq-
,,
Lie-
14 -1:1@
4-1
130 - 6 - V2T
AUTHORS: Khil Ikevich, Yr.Y., Lazarev, and Bazilevicht 3-.V;-*
TITLE: Blast furnace operation with oxygenated blast. (Rabota '
domennykh-pechey na dutlye, obogashohennom kislorodom).
PERIODICAL: "Metallur&!AMetalltrgist), 19571^/No'06, Pp'.3-7 (USSRY,,
ABSTBACT: The'use'of Oxygenated blast for producing steel-miking
pig iron and ferromanganese in blast furnaces 1386 and 32,00,
m-3 in useful @ volume and operating with medium top pressures
respectively,, is-described. The experiments were carried
out at,the Nizhne-Tagill sk@ metallurgical combine in 1956-57
ointly with the.Central Research Institute of'Ferrous
etallurgy and were reported at the recent All-Union Blast-
k
Furnace 5AZ@rence'. The pig iron (6.6$ Si,. 1% Mn, 0',:04% S,
0'.2% P) was melted from a*mixture of fluxed and unfluxed
sinters and magnetite ores'. The reducibility and strength
of the burden w6re--lovi. A 90-day trial period with ordin-
ary blast"was followed by a total of 6 days with oxygenation
to 22"19% 02, 14 days.at 23.3% 02 and 8 at 24% 02'. Blast
m , blast volume was re-
Moisture was kept constant at 20 g/ 3'
duced to keep the time rate of gas production constant and
blast temperature was increased.' Throat C02-content
traverses show-that good distrfl@jition was maintained, and
the operating -characteristics of the furn@Lce (coke rates
Card 1/2
130 6 3/27
BlaSt-furnace operation with Oxygenated blast*. (cont'.)
productivityt CO/Co 2 ratio and calorific value of top gas,
coke-burning rate) were better in the oxygenated-blast
periodsp but the pmaice is COmplioated by thp__dat&riOra_
tion in raw material quality which occurred in-7part 9f',+.b,&
24% Period; without this deterioration the pro4ictivity was
2063 tons per day compared. with 1915 without Oxygenation'. @
Because of high oxygen costs at the works direct production
costs of the imn were slightly higher with ox7gen-enriched
blastv but@this,was offset by improvement in various fac-
tors. The manganese ore from which ferromanganese was
melted contained much fines and high Production rates were
difficult-to achieve. Oxygenatio r
n- to 24@-316' OP for a month
gave a Productivity increase Of 11'2% (from 3D9"7 to 447'0
t,Ons/day)'. A relatively acid((CaO.+ M,90)/S102 1.010 too
1 15) slag was used and blast-temperatures were about 100o C.
K general the results are considered to show that it is
advantageous to use Oxygenated blast for operation on pre-
pared charges'.
ASSOCIATION: Nizhne-Tagil I sk Metallurgical Combine.
(Nizhne-Tagiliskiy Metallurgicheskiy iKombinaty.
AVAILABLE:
Card 2/2
13@7?-2/28
AUTHOR: Zakhar -ov, A.F., Xhillkevich, r.A., Bazilevic S.V. and
Iezarev, 2ng1:LeiJr6.
'TITLE: Smelting of-Ferro-manganese in a Large,Blast Furnace
(Vyplavka ferromargantsa v bollshoy domennoy pechi)
PIMODICAL:
Atall-.1 1957,'!,Xoo7,-pp,-1 580 584 (USSR)
ABSTRACT: In 1956--the smelting.of:ferro-manganese was carried out
in a 1ar5e furnace.(No.'2ifurnace hizhne Tagillskiy Works)
(1 100 m.) with-high-pop pressure,(0-5 atm-) and oxygen-
enriched'blast (up to 24.5%).1 The,preparation 0 t the furnace
for the" transfer:from:'foundry iron to ferro-mangane se produ-
ction chakeLeteristic.'of raw-materials, operationalpractice
and Re results..-obtain4d; are:: described. The prof ile of the
in the top gas along,the
2
throat diameter are showin''in Pi si 1 and 2, respectivel
9
:,Material- and!bea't ba-liixes-are zgiven in Tables 1 and 21, res-
pec#vely. Th6,comparison of main indices of heat balances of
smelting ferro-ma_hganese-in@three different works-is,given in
Table 36 In4dditiont@the-distribution of temperaturee and
changes'.in the gas composition-along the height of the turnace
stack,(rig.@) and the:composition of gas in the combustion
Card 1/2zone..(Fig.4) were 'studied. It is concluded that on smelting
133-8-1/28::
Bardin, ' 1.P.(Academician), Trekalo, S.K. (Cand'.Tecti.Sci'.),
Zakharovo A.F. (Eng.), Rhillkevichl F.A'. (Eng.), and
Lazarev, B.L. (Eng.)
TITLE: Smeltirg of.basic pig iron with oxygen enriched blast.
(V lavka peredellnogo chuguna na dutlye, obogashohennom
@iuorodom).
PERIODICAL: "Stall" (Steel), No.8, 1957,.pp.673-684 (USSR).
ABSTRACT: The influence of oxygen enriched blast on the operation
of a large blast furnace-with a normal profile operating
on a prepared burden was investigated. The profile-of the
furnace is given in Fig'X_ The preparation of burden
paterials is described, tLir chemical composition during
the individual operatirg periods and physical properties
of coke used are given in Tables 1 and 2 respectively.2he
mean composition of the burden, furnace lining (Fig.2),
the composition of pig and top pressure during the individ-
ual operating periods was practically the same.
Card 1/ 5 The following operating periods are considered:
Smelting of basic pig iron with oxygen enriched blast',(Cont)
Period Date Oxygen content in blast,
1. 4-JU7, 21.0
25@.7-30,.7 2211,19
111 31.7-10.8 23,30
20 -22.8
IV ll!:8-19 8 24. 0
V 1'*. 9-2 8 9. 21. 0
The operating results obtained during the individual per-
iods are given inTAble 3'. Operating conditions during,
the last period V deteriorated due to the formation of a
.scaffold and deterioration in the state of charging equip-
menty therefore this period was excluded from further com-
parison. Daily variations of basic operating factors dur-
iq@ the Bmelting of iron with normal and oxygen enriched.
@Jast are shown in Figs-3 and 4 respectively. The influence
of oxygen enrichment on the amounts of blast and gas made,
00 content in*gas and gasmade to blast ratio is shown in
Fig.5. The comparison of the intensification of the Smelt-
ing process when using oxygen enrichment under conditions
of (a) constant.amount of blast and (b) constant amount of
Card 2/5 gas made per unit time is showm in Fig.6. Material balances
_133 -T
/28 -
Smeltj.mg of basic pig iron with oxygen enriched blast.
(Cont.)
of the Smelting pro.cess during the individual periods
operating.factors and heat balances for thesame periods
are given in Tables 4v 5 and 6 respectively. The distri-
bution of CO, content in the top gas along the throat dia-
metpr. durinethe individual operating periods is shown in
Pig.7. Variations in the composition and temperature of
gas at various furnace levels during the individual oper-
Poting periods are shown in Figs'68 and 9. Methods used
for the determination of the above data are not given.
.The comparison of cost of production per ton of pig with
normal (A) and oxygen enriched (B) blast is given in Table
7. It is concluded that:,J) operation of the furnace with
oxygen enriched blast was stable without increasing mois-
ture content of blasf. The temperature of the blast-was
inoreased by-35-45 G in compaxison with the operation on
normal blast; 2) oxygen enrichment permitted intensifying
furn,ace driving-within the limits of retaining the amount
of gas produced per unit of time on the same level as in
normal operation; 3) the distribution of the gas stream
Card 3/ 5 across the furnace during o eration with enriched blast@
remained normal which was t9e main factor contributing to
rit,hpil b1siRt-
133-9-1/23
AUTHOR: Khillkevich, F.A. and Bazilevich, S.V., Engineers.
TITIR: of-the Service Life of Carbon Lining in
the Blast Furnace Stack. (Issledovaniye raboty uglerodistoy
futerovki shakhty domennoy pechi)
PERIODICAL: Stall, 1957, W0.9, pp. ?69 - ??l (USSR)
ABSTRACT: The service life of the chamotte lining of blast furnace
sta-ck on the above works was lately about 2 - 2.5 years. More-
over, the presence of zinc in the burden increased the erosion
of linin shell. In
.g and occasionally caused bursting of the '
October 1956 the bottom 7.2 m of the stack of the No.5 furnace
was relined with cArbon blocks (Fig.1). For the cooling of the
carbon.lining three rows.of plate-coolers placed close up to
the external.surface of the carbon blocks were used. The seams
between the blocks were filled with paste made from foundry coke
(0 - 0-5 mm tr-action) - 50%s pitch - 22.5% and anthracene oil -
27.5%. The lentil was smoothe-d with a chamott-e-eement tie piece
on to which two rows of chamotte bricks were placed followed by
a row of lentil coolers on to which the first row of carbon
-blocks was placed. A number of thermocouples in sheaths was
placed into holes drilled in the ebLrbon blocks and connected to
recording galvanometers. The temperature of the lining duri
Cardl/3 the heating-up period is shown in Fig.2. Calculated temperature
133-9-1/23
An Investigation of the Service Life of Carbon Lining in the Blast
Furnace Stack.
distribution in.the carbonlining is shown in Fig.3. Indications
of thermacouples inserted 340 mm into the carbon lining remained
during 5 months of the furnace operation on the same level as
after blowing in (Fig.4). A.high sensitivity of thermocouples
(placed near to the hot surface of the lining) to changes in the
gas flow in the stack can be used for the control of furnace
operation. In order to evaliate the gas permeability. of carbon
lining measurement Of gas pressures on hot and cold surfaces of
the lining was carried out. Pressure in the furnace on level 5
(6 100 mm from the lentil) was on average 1.25 atm. gage, and the
gas pressure on the cold side of the lining rose and after 9 days
reached a ma imum (pressure drop 0.59 atm.). Then pressure drop
began to increase and stabilised at 1.23 atm., which was appare-
ntly due to an intense deposition of zinc in seams. After @50
days of operation when changing thermocouples a thick layer of,
.metallic zinc on the walls of the thermocouple hole was noticed.
The gas composition on the hot and cold sides of the carbon
lining,was practically identical.' On the 32nd day, the shell-
cracked. It was welded but cracking continued due to an@
intense deposition of wine in the lining. To prevent @.the --depo-
Card2/3sition of, zinc in.. the lining itself the authors propo s.e-& a
I -e- e- d, i- t, o_ r I a-17 -n-o,- t, e" Vf, n- o"t, m _u 8 h u s efor preventing the qrackins
of the shell. In conclusion it is stated -that carbon-lining is
chmotte lininge and therefore its thickness can
1? 7
(Mine milroado-"Carls)
MIKULIN, G*I.;_KHILOXMICH,- O.Ya.
Die s'l manufacture on a new level. Energetik 13 no.11:37
N 16;. (MIU 18sll)
HIL fK EVICII, Nikolay Ivanovich
,(Possibilities of 'extending the growing of grapes
without winter covering in the Crimea] VozD:ozhnosti
rasshireniia granite, neukryvnogo vinogradarotva v
Krymskoi oblasti. Simferopol', Krym, 1964. 35 P.
(MIUL 19:1)
Pam" W.1 KwffWF%-MIIA-e
MILIKIVICH. Mikolay Ivanovich,
T=c =Ve ="=Mdual plots] Priusadebnoe vinogrodatiro, [,,Izd.2.]
Simferopol' I@ryulzdat, 1936. 197 p. (MLR& 10:3)
(Uk4ins.-T.iticulture)
KHILIXEVICH No Me, Cand Yet Sai '(diss) "Ovarioectomy in
Ewes and Its Significance far Fattening," Yerevan, 19566
24 Pp; 1 sheet of tables (Min of Agriculture USSR, Yerevan
Zooveterinax-j Inst), 130 copies (KL, 48-57, 108)
USSR/Human and Animal PhysioloE;y. Blood. Formed Elements
of Dlood
".bs Jour: Ref Mur-Biol-) No 12, 1958) 55449.
Author : lihil'kWch N.M.
Inst : North Oseti@a
of Agriculture.
Title : The Teukocyte Count in Milk and the Significance of
this Method for the Diagnosis of Mastitis in Cows.
Orig Pub: Tr. Severo-Osetinsk. s.-kh. in-ta, 1956, 17, 305-312.
Abstract; Milk was poured into a mixer until the 0.5 mark was
reached. Then, the Giensa solution (5 drops in 1 ml
of distilled water) was added until the mark of 22 was
reached, or a mixture of equal amounts of the follow-
ing solutions was used: tripanic blue (0-1 gr in 2DO nl
of distilled 'water) and ensin (0-1 sr in 200 ml of
Card 1/3
53
ITT-.
Mgm
USSR/Mman and Animal pt@ysiology.- Blood. Foraed Elements
of Blood
-Blo N` 1 ;- 108; 55449.
Ab a; Jo4r: Ref-Zhur- o 2,
dls@tilledl-lwater). -The'-Idukbeytes (Qwerie counted
The tests were per-
.in the ch=be'r"-of Goryayev....
foibedon.32 healthy cows);on 36 cows with acute
mot.iUS and on 31 cows with chronic mastitis
(M) - Up to 382 L per 1 rxG were counted in the
milk of healthy cows (here.. lymphocytes predoni-
nated). 15,000-25,000 and more L per 1 -W3 were
counted in the milk taken from infected parts of
the udder when acute; especially Purulent M was
present. In the presence of fibrinous M) 12)000-
22,000 L per 1 W3 and more were counted, at the
presence of serOus M the L,count per 1 =13 was
2,800-11,000@ and at the presence of catarrhal M)
the count amounted to 4,000-16,000 L per 1 m3-
Card 2/3@
tv -
h
USSR /Farm Animals. amall Hornod Stobkd
kbs Tour: Rof Zhur-Biol., No 231 i9581 105693.
Author J6126il kovich
,j
140 .1@
a _4@
cul-tural:Ingtitutai
r @
sso@
r
Title: Topographic Anatoay of.tho Soft i@bdoiiainal.Vall
of Shoop,
Orig Pub: Tr; Sov*--Osotinsk.,s*-Ich in-ta, 1957, 19, 253-
268.
Abstract:*Tho oxPorimonts carried out on 26 sheep from
six months to eight years old, bolonging to the
broods of Soviet Morino, Ossetian, Bozakh and
hybrids Ossetian x Soviet I` 'orino, and @@orforjnod
partly by moans.of the porfusion of blood vos-
sols, showed that the soft abdominal wall (SAIN)
of sheep is well dovoloped. Botwoon all the lay-
ors of SW thorois a porous oollular tissuo vihioh
2/2
KHILIKEVIGHp N.M., dotsent
Use of phytoncides in skin diseases of the udder in cows.
Veterinariia 40 no.7:49-51 Jl 163. (MRA 16:8)
i..Severo-Oaetinakiy seltakokhozyaystvannyy institut.
(Phytoncides) (Udder-Diseases)
I
i
I KEI-vic, If N.M. dioti ont, TIUNCIA:,", i N Y,-; .11.
Treat-ing rast-,As in Cows.
18:31
c.,Akly I tverinyy tu t- 't-l"k,11 I.-
olm-
ki. v h) 2. Molokovolkayn kclioi: ,. , - - . I
skogo rayona@ Kahninskoy rib.lostL (fe-)r 'I't-tnebiw1n)
DOBROVA, N.B., kand.med.nauk (Moskva, X-9, Sobinovskiy per., d.6. kv.14);
XONSTANTINOV. B.A., student V kursa; XHILIKIN. A.M., student V karsa
Xxperimental plastic surgery of the aorta with a polyvinyl alcohol
prosthesis. [!with summar7 in Nnglish]. Vest.khir. 79 no.8:86-90
Ag '57. (KIRA 10:10)
I- Iz kafe&ry operativnoy khirurgii i topografichaskoy anatomii (Zav.
Prof. V.V.Kovanov) 1-go Noskovskogo ordens Lenina meditsinskogo insti-m-
tuta Im. I.H.Sechenova;
(AORTA, tranopl.
polyvinyl sponge graft in dogs)
(VINYL 0014POUNDS
Polyvinyl sporg graft in surg. of aorta in dogs)
MIYAYXLWI, A.L.; MILIZIN, L.H.,
Sicgical treatment of aortic valve insufficiency; review of
the literature, Skep.khIr. 4 no-3:50-59 My-je 159.,
(MIRA 12 s
l.- I Its amin zave
x- fodry oj@.Iihirurgit i anentesiologii
prof.Ye.H.14ashalkin) TSentrallnogo instituta usovershenatvoVa-
dya vrachey i kafedry Operativnoy khirurgii i topoVaflchesko@
anatomli (zav. - prof.V-V-Kovanov)J Moskovskogo ordena Lenina
.meditsinskogo instituta imeni I.M..Sechenova.
(AOMIC VAM, dis.
An suffe$L surg., review (Rus))
DOBROVA, N.B., knnd. mad. nauk (Moskva, X-9, Sobinovikiy per. d.6, kv. 14)
XONSTANTINOV, B.A.; IIHIL'MjL A.M.
Prorhylaxis and,treatment of oArdiao compliaations in surgery of
the heart and large vessele-under hypothermia. Veat. Ichir. 82 no-5:
90-94 My '59. (MIRA 12:7)
1. Iz kafedry operat ivnoy khirargli (zav. - Prof. V,V. Novanov) 1-cv
Mookovskoga ordena, lanina, meditsinskogo inatituta im. I.M.' Sechenova.
(HRA]IT-SURGJRY)
H
i@@ rgm
KHILIKIN, A. M. No Iakwa, 2-ya Cheremushkinskiya ul., d. 17, korp. 1,
M. I*
Surgical anatomy of the aortic valve. Grud. khir. no-5-13-7 161.
(MIRA 15t2)
1. Kafedra op9mt1vnoy.khirurgii i topografichookoy anatomii
..(zav. - chlen-korreepondent AMN WSR prof. V. V. Kovanov) I Mon-
kovskogo ordena Ionina"meditsinskogo institub). imeni I. M.
Sechenova.
V,a,n)
(AORTIC
XHILIKINO A.M. (Moikval 2-ya Cheremuahkinskgya ul.., d.9,, kv,,51);
Topographical anatomical approaches in diseases of the aortic
valves. Grud. khir, 2 no.40-15-19 JI-Ag l6o. (MIRA 15: 6)
1. Iz kafedry operativnoy khirurgil I Moskovskogo ordeza
Lenina maditainskogo institdta imen -iI.M. Seehenova (zav.
prof. V.V. 16van6v) i khirurgichookoy k3iniki (zav. --pwOeb-
D.M. Grozdo7) Ventral!nogo ordena Leninal tituta gemmtologii
i perelivaniya )@!oyi.(air. - deystvit9liny3lahlen AMN SSSR
prof. A.A. Bagdasaroy).
(AORTIC VALVE-SURGERY)
KHILIKIN, A,M,
New methodology of producing dosed chronic aortic insufficiency.
Eksper, khir.ri anest. 7 no.5%36-38 S-0 162.
(MM 17-10)
1. Iz kafedry operativn khi ii i topograficheskoy anatomii.
OVI rurg
(zav.-Prof, V.V. Kovan I Moskovskogo ordena. Lenina meditsin-
skogo instituta imeni Sechenova.
Plastio ourgery for exper:Lmental aortic insufficiency; preli-
minary report* Trudy I-go,MG IWO-65162. (MIRA 1616)
1, rz ka. fedr7 operativnoy khirurgii i topograficheakoy anatomii
(zav. - chlon-korreapmdent , AM SM prof* V.V.KOVanov) Par-
vogo Moskovskogo ordera, Lenina meditsinskogo instituta*
(Amic ma-suRamy) (SURGERYrPIASTIC)
XHILIKO, A.M.; @KHOREVSKIYp V.3!.
Arteriopiezogrom in experimental aortal insufficienay and
after its oorreatioii, Trudy 1-go Wa 16t66-71162.
(MIRA 16:6)
..l. Iz kafedry,operativnoy khirurgii i topograficheakoy anatomii
(2av. - chlen-korrespondent AM SSSR prof* V.V,,Kovanov) Fervo-
go Moskovskogo ordena Ienina maditsinsk8go inistituta.
(AORTIC TALVE-MSMES)@ (PUISE)
1 zilw*'7410 wgi@
DOBROVA, N.B.; K(RISTMITINOVp B.A.;jgRI A.M,
Experimental. use of a cardiopulmonary preparation in swgary
for the replacement of the ascending aorta and the arch.
.Trudy 1-go E41 16:80-85t62. (M-IRA 16:6)
14. Iz kafedryoparativnoy khirurgii i topograficheskoy ana-
tomii (zav. - chien-korrespondent AMN SSM prof, V.V.Kovanov)
Pervogo Moskovskogo ordena Lanina
(AORTA-4URGERY) (SURCERY,PL4STIC)
gl~~i~l-.~-T"J!Ilt-lsLmp-lapgmlt~awwzi_~&vp,,-4wA,~gaiwiwll-tpaeAl~-11i;i~-RT~~~r.-A-~l;zllvi~,~- ti@* Ir--IR b@u I M14 M--$ M! OA
W@Ivsf,@,Vfw; KONSTANTIKOV., B.AO;,K='MI A.M.
v.Phod of witching arteries and.temporary cluinting In
,ery for the replacement of the aortal aroh in an ex-
-wig
@;@ment. Trudy 1-go WI 16&72-79162. (MIRA l6z6)
1. :z kafedry operativnoy khirurgii i topograficheskoy ana-
M-11 Li (zav. - eblen-korrespondent AHN SSSR prof. V.V.Kovanov)
Zn% ogo Moskovskogo otdena Lenina. meditsinskogo institutao
(ARTEB;ES-.SURMY)
A Im MIUM
FELIDMANt S.B.; MEMIS ON, F.Z.; MARKGVSKALI, G.I.; SIENDEROV, S.M.;
KHIL
Comparative studies on the duration of systolic phases and in-
tracardiae hemodynamics in progressive experimental aortic
diseases. Kardiologiia 5 no.2:28-31 Mr-Ap 165. (NIRA 18:7)
1. Propedevticheskaya terapavticheskaya klinika (zav.
deystvitelinyy chlen AMN SSSR prof. V.Kh.Vasilenko) I
Moskovskogo meditsinskogo instituta imeni I.M.Sechenova
i laboratoriya fiziologil I patologil serdtsa Instituta
normallnoy i patologicheskoy fiziologii (direktor
deystvitellnyy chlen AMN SSSR prof. V.V.Parin) AMN SSSR.
KHILIXINj A'.N,.j,DRON0Vq A.F,; SEEKHTMj, A,B,; KUT'IN, V.A.; ISTRANOVp L.F.;
'--WARYAM, S.A.
Xse of samibiologic prosthe9es in vascular surgery. Report No.l.
Eksper, khir. i &nest. no.l126-30 165, (MIRA l8t1l)
1. 1 MoBkovskiy ordena Lenina meditsWkiy institut imeni I.M.
Sechenava (direktor - daysivitellnyy chlen P14N SSSR prof. V.V.
Koiranov), Tekhnologicheskiy institut legkoy promyshlennosti
(direktor - prof. I.P. Strakhov@ Vsesoyuznyy nauahno-isoledo-
RHILIXID, DPR.; OSTAPINKO# MeMe (Stalinskaya oblast')
Treatment of durIns In horses, Yeterluariia 36 no.2:40 7 159#
(MMA 12:2)
1. Glavnyy vetvrach Ironstantinovskogo rayona (for Shillko), 2* Za-
.veduyuahchly Druzhkovokoy goryetlechebnitsey (for Ostapanko)o
(Dourine)
SOV/58-59-5-11624
Translation from.-. Referativnyy Zhurnal Fizika, 1959, Nr 5, p 243 (USSR)
AUTHOR* Xhiliko, 0.1.
TITLE. El optical-Propertiellof Colloids@
PERIODICAL: Sb. rabot stud. nauchn-o-va. Leningr, in-t tochnoy mekhan. i optiki,
1958, Nr 35, PP 50- 56
ABSTRACT: The author investigates optical anisotropy in solutions of lyophobio
colloids the molecules of which are strong dipoles. When a In -pulsed
6lectric field is applied to a vessel containing such a solution,
polarized light passing:through this vessel is Intensity-modulated
with the frequency of the change in the q -pulses. The modulation:
of the light Is recorded on'an oscillograph. The author determine3 the
geometrical position of the axis of greatest absorption for nonspherical
molecules by measuring the diohroism in laminar flow.
L.D. Rozenshteyn
Card 1/1
----------- -
Y41(
2,
Via W004/011/018/049
B104 B'102
AUTHORSs Tolstoyo N. A*# Khillko, 0. 1., Ryaking Av 1* 9 and Trusov, A. A.
TITM The relation between the luminescence and photoelectric
properties in a ZnS-Un phosphor
PERIODICALs Fizika tverdogo tela., v- 4, no. 11; 1962, 3177 3184
TEXTs The object here is to establish quantitative and kinetic relations
.between photoelectric aspects and the luminescence of the photo-semiconduc-,
V
tion mechanism in the ZnS-Nn phosphor# which has the property of scintil-
lative deexoitation of luminescence. ZnS-Mn (10-3 g/g)plaoed in a capacitor
is excited by two succsssi@e light flashes from two flash lamps positioned
in front of a concav e mirror. The interval between the light pulses.is
varied automatically from 0.1 to 10 see. Intervals greater-than 10 sec are
regulated by hand. Th 'e first ultra-violet light pulse produces-in the
-capacitor a current pulse corresponding to the motion of electrons in'the
direction of.the incident beam. The second yellowieh-green light pulse
produces a signal whose amplitude dependa*on the time interval t dark@' td
I)etwep,n the -two light pulses. It reaches a maximum for a certain time
Card (14
SliaIV621004101110181049
The relation'between the luminescence..* B104/B102
interval t t increas@e@ rapidly with decreasing temperaturel for
max max
t the signal amplitudeL becomes zero. For tiAtma, the signal excited
max
by the second pulse has opposite sign to that excited by the first light
pulse. With increasing t Atma the signal'of the second pul3e
d (@ d,
becomes negative and goes through a maximum. The amplitude of the signal
of the second*light pulse is-proportional to the light pulse but is
independent of the ultra-violet light impulse. The signal of the second
light impulse arises frok this density gradient of the carriers localized in
the excited state. The signs of the signals are the same for both light
pulses. If, in the interval between the light pulses, infra-red light
falls on the phosphor, t becomes shorter. Further,"t depends on T
max max
in practically the same way ae.the scintillative deexcitation of the ied
luminescence band of this phosphor. Both effects are interpreted as being
due to the relocalization of the holes from the centers of the blue
luminescence to those of the red. The depth of the "blue" hole leveleAs
0.67 ev and their f requency factor ia::4 0-7-10 see There are 4 fig-
urese
Card 2/3
ICU MR: AM20229
ACCESS
AWMOR: Ry*skin, A.Z.; 01161w, Ge L S 104makew# 161-al DW@ensldyt '19* 9.
sitWle arystals
TITLE: Absorption spectra Ot th* divaleut Us 100 12 it
-278
SOURCSt Optika I spektroskopLys, v.160 no.2, 1964# 2T4
-,TOPIC TAGS: manganese Iola absorption,, manganese In ino sulfide& manganese eativs.
.!ted zinc sulfide# mangapese 2+# zinc sulfide
:ABSTRACT: The absorpti 24,
on spectrum of, Un In diff rent hosts has been studied by,
acvaznl Investigatorst but mostly with the materia, In the polyarystalline state.
In view of advances In techniques,for US crystals and development at
growing large
crystal field theory, it was deemed-worthwhile, to undertake the present Investiga-
.,tion of the absorption bands of UnF+ In US single crystali. It Is possible that
manganese also enters the sulfide lattice in trivalent form, but this in question-
able and so far unproved. the Un activated US crystals were grwn from welts und
pressure (argon at 150 ttm)o using crucibles from 10 to 30 an In diamster. ibis
cIble displacement rate was 8 mm^our. The Initial material W" lumines PUM
ZnS'heated for 6-7, hours In a strean.of purified argone,One of the im"tual"
F
carA
7
.7-=
i@ ACC2MON as AROMO 17
62,
I;crystals was prepared with ZuC12 flux and contained 2.4 @tomic percent Us 044.1room 7-1
liduced in the form of W04); another crystal was grow. with W012 flux and cmi-
3.8 atc=ic percent Un. The Intrinsic (non-W absorption of the former. ex-
@;i@ tended further into the long wavelength region, probably due to the presence of GX- -
-!cons zinc. The spectra of the crystals-were recorded at room temperature by wtans..@
i! f @ SF-4 spectrophotometer and at liquid,nitropn (770*. tem
110 an perature and 114juld
i@: hollum raltu"
i @ C20KJ by means of a quarts optics Q-12 speolk.-ographo The low tempo
'.!spectra were recorded in polarized Ilifit. Traces of the absorption spectra at the
5 cm-1 hand at 4.20K for I
three temperaturse.and of the structure of the 21 04 9
parallel and perpendicular to 'the 'a; axis are reproduced. The structure cq the epee
tra of the two above mentioned*orystals in rather similar. P149 bonds orb ideatlfl-
'of Ciibic
,:ed, i.e., associated with troinsitione.between-the Km2+ lowels.In a field
.151@etry. The structurs of the absorption bands is disoussof briefly* Crigeartebass
A figures and I tabloi-,,,,.,
it ASSMIATIONt none
i@SWMIWEW 2019arG3 ACQI oMpic44
IMA 00
'SUB CODRt PH _I(Ni 1002
01=1 OIA
2A
'Qrd
TSYGODA9 I.MP; XAZMOVp V.N.; KOLEPNIKOV, N.A.; BRYUKHANOY, N.G.; BURBA,,A.A.j
.SADYKOVI; V.I.; PIGAREV, AD.; Prinimali uchastiya: PECHENKIN, S.H.;
I
GLAZACHEV,,G.M.; K@MYUK,.F.I.; KODINTSEVI AS.; YERGALIYEVO- E.Ye.;
YERMAKOVA, Z.S.; NOVAK, I.V.; LTASHEVSKIY, R.A.; PROK90-
ROV, A.I.; CHERTOVA, N.G.;,URUJ3KO,,V.N.; KUGUCHRV, VS.
Industrial testing of a flow sheet for the processing of Altai complex
metal ores along the lines of the flow sheet used at the Mednegorskii
Combine. TSvet. met-'36 no.12:12-15 D 163. (14IRA 17:2)
1. Vaesoyuznyy nauchno,.iasledovatellskiy prno-metallurgichaskly institut
tovetnykh metallov (for Pechankin, Glazachbv, Khvesyi*, Kodintsev). 2.
Irtyshskiy-pplimetallicheskiy.kombinat (foir Yergaliyev, Yerpakova). 3.
Mednogorskiy medno-awrW kombinat (for Novak, Khillko, Lyashevskiy,
Prokharov, Chertova, Urubko, Kuguchev).
9. Monthly List of Russian Accessions, Library of Congress, Jmuary -1953. Unclassified.-
KHILIKO, H.F., inzh.
Leveling the basic area of an earth railroad bad in morainic
soil. Transp. stroi. 12 no 4sl3-4 Ap 162. (MRA 1535)
iRailroads-Earthwork)
MIN
5,2507777@
ANTONOV, G.I.; MKOVICH, B.D.; SHYARTSM, H.A.;SHhKHOV, G.S.; SEMOV,
I.H.;-XHIL'KOt_H.H.;HOLC&UOTA, M.I.
Production and fjorvics testing of kilned and non-Idlar-d slort
forsterite bricks. Ogneupory 25 no.6-.244-251 160.(HIU 13:8)
1. Ukraniskiy nauchno-isoledovatel'skiy institut ogneuporov (for
Antonov. Minkovich). 2. Panteleymonovskiy ogneupornyy savod im.
Kiroya (for Shvartser.-Sbakhav, Semenov). 3. Kakwevekiy
metallurgicheskiy zavod im.Kirova (for IChillko, Holchanova).
.(Blast furnaces)
(Firebrick)
ILIK09 M.M.; ANTONOVj G*I.
Use of forsterite checkers in high capacity open-hearth furnaces -
operating with oxygen. Ogneupory 27 no-31141 '62. (MIRA 15:3)
1. Makeyevskiy metallurgicheskiy zavod imeni Y4rova (for Khillko).
2. Ukrainskiy nauchno-issledovatel'skiy institut ogneuporovl(for
Antonov).
(Open-hearth furnaces) (Forsterite)
M
OR ONVI5, M,,
M
MA
I. Mw malml,
EMN
PAW
ZHUKOV, A.I.- KHILIKO M.M.; SHKLYAR, M.S.; KAZANTSEV,, Ye.l. Prinimali
uchastfj@.- @OS@i@MK-,N.M., inzh.; YAI"H, V;A... inzh.;
PARKHOMENKO, D.M., inzh,; BULI,, V.G., inzh,; BIDENKO,, R.V., inzh,;
PASIKOV, N.V.,, inzh.; ZEMLYLNOY, N.G., inzh.; TARLS121KOI., A..A. inzh.
Firing ope*.hearth furnaces with a mixture of cold coke and
natural gatese Stall 21 no.12:1068-1070 D 161.
04MIA 14:12)
Open-hearth furna@.es-Equipment and supplies)
o as fuel)
M
. . . . . . . ...... . . . . . . . . . . .
WIN
ANTONOV G.I,
inzh,,; inzb.
Results of using forsterite checkers in open-hearth furnaceo
operati ng with oxygen* Met. i gomorud. prom. no.613l-34
N-D 162. (MIRA 17:8)
J.. )ikksyevskiy metallurgicheskiy navod im. Kirova (for Khillko).
2. Ukrainskiy nauelmo-isaledovatellskiy institut ogneuporov
(for Antonov).
ANTONOVp G.I.; K.HIL.IKOp H.M
Use of unfired checker refractories. Met. i gornorad. prom,
no.307-40 *46 1620 (KMA 15,0)
1. Ukrainskiy institut ognouporov (for Antonov). 2. MetallurgicheakAy.
zavod imeni Kirov& (for Khillko).
(Refractory materials)
Open-hearthlurnaces-Design and construction)
I [to a rsw I sw4g4sw
VECHER9 N.A.f inzh.; GEM4AIDZEt G. Ye-t insh.;-PANFIWVI M.Ly dotsent;
4XIL!XQjJjjLs_ Inzh, p MERSHCHITp N.P.v inzh,.; ALFEROVI K.S..t iuzh.-P
ANTONOVj S.P.1 DTKSHTENg le.l.; YAWMt*M'I.j BELIKOV9 K.N.j
GONCHAREYSKIY,, Ya.A.,- TRIFONOr, A.G.; SEDGr G.A.
*Open-hearth plants with.large-capacity furnaces" by D.A. Smoliarenlcot'
.N.I. Ifanova..Reviewed by N.A. Vocher and others. Stall 21 no.2.-125-126,
F 161. (KMA 14:3)
1. Sverdlovskiy sovet narodnogo khozyaystva (for Vecherp Germaidzev Pan-
filov).
(Open-hearth furnace-4 @d constaliction)
(Smoliarenkov D.A.)s a a
tOan I N.I.)
KHILIKO, M.M.; MOLCHLHOVA, M.l.; IfACHKOVSXUV V.A.
'Making and oporating a rammed bottom In open-hearth furnaces.
Met.l. gornorud.prom. no.508-80 S-0 .162. (MIPA 260.)
1, Makeyevskly metallurgiobeekiy savod Imeni Kirovaq
(Open-hearth ftrnaceo-Maintenance and repair)
MOWHANOVA., M.I.; KOTIK,, P.Le; LYUDVINSKlT, A.I.;
L.N.; KHARCHENKO, I.G.
Crown firebrick of.alftS27 ground mixture of magneaite and
noo6l (MIRA 16:6)
chromite. Ogneupory 2e .256-258 163.
1. Hakeyevakiy-metallurgicheskiy zavod im. Korova (for Khil ko,,
Molchanova). 2. Nikitovakiy dolomitovyy kombinat (for Kotik;.
3. Dnepropetrovakiy metaIIlurgicheikly institut (for Lyudvinskiy,
Koren, Kharchenko).,
(Firebrick)
LYUDVINSKIY, A.I.; ROHANOVSKIY, L.B.; KOREN, L.N.; MISHCHENKO, V.S.;
FROLOVA, A.I.; KOTIK, MOLCHANOVA, M.I.;
VINOGRADOV, N.M.; PYLAYEVp S.V.; BEYGUL, Ye.I.; ROKHLIN., N.A.;
MASYUKOVp N.T.; EONDARI, V.I.
In the country's steelmaking plants. Metallurg 9 no.q:
.16-19 S 164. (MIRA 17.10)
1. Saldinskiy metallurgicheakiy zavod (for Pylayev).
2. Zavod im. Dzerzhinskogo (for Beygul, Rokhlin).
3. Yenakiyevskiy metallurgicheskiy zavod (for Masyukov,
Bondarl).