SCIENTIFIC ABSTRACT KIRILLOV, I.I. - KIRILLOV, L.A.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000722620019-2
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 18, 2001
• Sequence Number: 19
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

KIRILLOV, 1.1., d6ktor tekhn. nauko prof.; IVANOV, V.A., kand. tekhn. nauk
Sta'.Io nonautonomus systems for joint control of turbines with
ateam takeoff. Izve vys. ucheb, zav.; energ. 6 no.9t65-
74 S 163i (MIRA 16:12)
1. Leningradekly politekhnicheakiy inatitut imeni 1411nina,
Predstavlena kafedroy turbinostroyeniya.

XMILLOV, I.I., doktor takhnonauk prof.1 YABLONIX, R.M., kand.tekhn.nauk, dotoe"
Kinetics of a steam condenpation process in a turbine stage.
guergomashinostroenle 9'po*4t4,-8 Ap 1($* (MIRA l6s3)
(Steam turbines)

XMILLOV, I.I., doktor tekhn. nauk., prof.; IVANOV, V.A., kand. tekhn. nauk
Problem in the control of a turbine with steam bleed
EnergomashinostroefrAs 9 no.7:1-5 J1 163, 40A 16:7)
(Steam turbines) (Autowtic contkol)
f

KIRIL ." doktor takhn.nauk
--ILOVA-j
Study of power losses in the low-pressure stages of large steam
turbines, Teploenergetika 10 no.6t4O-45 Je 163. (KM 160)
1. Laningradakiy politekhnicheakiy inatitut.
(Steam turbines)

KIRILLQV, f.I., doktor tekhn.nauk; PSHENICHNYY, V.D., kand.tekhn.nauk;
'-' " YRAYA2HKOp B.I., inih.
Investigating a full-scale, two-rim turbine stage with partial
admission of ateam, Sudostroenie 29 no.6%25-27 Js 163.
(MIRA 16:7)
(Steam turbines, Marine-Models)

POVKH, I.L.; KIRILLOVj,.j p doktor tekhn. nauk, prof., retsenzent;
BUSINAhl 0 'd.11. v iand. fiz.-zat. nauk, red. Prinimal
uchastiye KOLOVANDIN, B.A.
[Technical hydromechanice] Tekhnichoskaia g1dromokhanika.
Moskva, Mnshinostroeniet 1964. 506 p. (MIRA 17:12)
1. Kafedra g1droaerodinamiki fiziko-rekhanicheskogo fakull-
teta Leningradakogo politekhnicheskogo instituta im. M.I.
Kalinina (for Bushmarin).

KZULIDVI I.I., doktor tekhn. nauk, prof.; IVANOV, V.A., kand. tekhn. nauk
Effect of the operating mods on the regulation of turbines with
steam takeoff* Izv. vys. ucheb. zav.; energ. 6 no.U:57-64
N163. (MMA 17:2)
1. Leningradskiy poll takhniche ski y institut imeni M.I. Kalinina.

ACCESSION NR: AP4029212
810114/64/0001004/0001/0005
AUTHORt Kirillovo, 1. L.- (Doctor of to6hnical sciences, Profemeor);
Kirillov, A. tn -6
eer)
TITLE: Characteristics of turbine stages in a wide range of ujC0
SOURCE: Enargomaiihinostroyaniye. no. 4, 1964, 1-5
TOPIC TAGS: turbine, steam tu3 bins. gas turbine, off rating turbine
characteristic. large attack angle turbine operation, steam turbine test, gas
turbine test
ABSTRACT: Experimentally-deternriined characteristics of stage and blade-row
models of various designs with wide angles of attack are reported; the tests were
made in the Bryanek Institute of Tranisportation Machinery and the Leningrad
Polytechnic Institute. Twisted and nontwistud blade@ with a 0. 075-0. 37 degree of
reaction and blade heights of 42-130 mm were tested. Active, reactive, and
special design, with a high torque at low u/C~, , models were used, The tests did
not corroborate the widely accepted belief that the reactive stages always have a
Card I /Z

ACCESSION NR: AP4029212
flatter efficiency curve. With 1. the curves differed but little from one
another., with A. > 1. the reactive stages dimplayed a slight advantage; here,
X - (u/C.): (u/C.)..l . A substantial improvement in the efficiency and torque
characteristics, in the A. < I zone. can be expected if stages with a low circula-
tion factor and thick entrance edges of the blades be employed. The selection of
rated conditions at u/C0 > (u/C.).pt to important as it may substantially improve
performance in the X < I zone.. The Mach number has a great deal of influence
upon the working fluid consumption in a stage and Its torque characteristic. The
above tests showed that with low Mach numbers. the gas consumption varied up to
20016, while with high Mach numbers, it remained pr&cUc&Uy constant. Orig. axt.
bas: 5 figures, I forr=s1a, ahd one table*
ASSOCIATION: none
SUBMITTED: 00
DATE ACQ: 0 1 may64
ENCL: 00
SUB CODEt PR
,Cord 2/2
NO REr SOVI 006
OTHM: 002

TRUSHLYAYOV, V.p.; A.I.; S?IVAK, ".Ya.; :.A.;
LIPETS I j% A*M1:11f B.G.; f9,11-b"I'llf
YAI,5'(,L',"-K,IY, S.L.; ~TLOTOV,
8 ) .1., " ' ' 'S'Ya
"YjIIJ, V.A.; 0GLOBLIN., G.A.; YAETAYEW, h.A.; BULLGA, S.S.;
V.A.; IOLLISON, V.I.
Inventions. Energ. I elektrotekli. prom. no.3:0-49 JI-S 164.
(1-11HA 17:11)

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KIRILLOV, I*I#, doktor tekhn. nauk; IVANGVfV.A.,, kand. tekhn. nauk,, doteent
Reviews and bibliography. Energomashinostroenia 11 no,9t.47-49
165. (MMA 18110)

tekhn, nauk; NC)GOVil'.;KIY, A.I., kimnui. lek,',n. iviuk;
FAUDEMI, I.P., knnd. toklin. nauk
Effect of noisture on -the efficiency of turbine strqpo.
Teplounergetika 12 no.7346-50 Jl 165. 0,11P,'~ 18:7)
1
.L. Leningradakly politekhnlcho:3kiy InstItut.

L 4,t466-66 me( r4)/kw(w)/IALP(v)/T-2/kWP(k/M(f JJP(c) WW,~f M
ACC NRs AP6029070 SOURCE CODE: UR/0413/66/ooo/olh/0124AM4
INVENTOR: Kirillov, I. I.; ZY61n, V. A.: Osherov. S. Yae; Arsenlyev, L. V.
ORG: none 71q
TITLE: High tMerature steam-gas double-flow turbines 'IClass-46, No. 184070 49
[announce-71 by the I&RUggad. EoUlscUic I In_-H_._L_KL1inin_
(Leningradskiy politekhnicheekly inatitut)j
SOURCE: Izobret prom obraz tov zn, no. 14, 1966, 124
TOPIC TAGS: steam gas turbine, double flow turbine, blade cooling, cooled blade,
gas turbine, turbine) 4mU,- 14U,
ABSTRACT: The proposed high temperature steam-gas double-flow turbine consists of-a
housing containing a centripetal rotor wheel equipped with hollow, co led-b- Wth
separate flow of channels for the wet (or superheated) steam and the gas. In order
to ensure a maximum temperature.gradient In the high temperature range, and to
simplify the design, the blades are made of two parts, forming inlet slate for
1
suB COW: 5MI SUBM -DAM.- -17Ju1'D>
L -
Cards. 12 mJS -

ACC NR: A27009592 SOURCZ CODS: M/00%/67/000/001/0044/0047
,%U,,:10%: Mrillov, 1. 1. (Doctor of technical sciences), Zyrin, V. A.
(i2gctor,6,--r6-cEn-f-cii-i,6i'ancos); Osharov, S. Ya. '(Candidate of tecluiical
sciences); Arsonlyov, L. V. (Candidate of technical sciences); retrov, Yu.
Ye. (Enginacr)
ORG: none
TITIZ: Selection of Optimal parameters for a high temperature stean-gal-
installation using, a plan developed by the central bollar-turbine scientific
research institute and the Leningrad Polytechnical Institututo
SOURCE: Toplo enorgetikA, no. 1, 1967, 41,47
TOFIC TAGS: thermoelectric pover plant, steam turbine, gns turbine, heating
ea;incarlng, cooling, engine cooling system
SUB CODE: 21,10,13
ABSTIMC-1*- The specific features of a method of calculatine the parameters of
a steam-gas installation are prosantod and some results of calculation are
-out2dnod. In its simplest variant, the stoam-gas installation-doscribod
providos for attainment of an efficiency of approxA.-natoly 30%.with a gas
-temparaturn of 12000C. The optimal degree Of ga3 prossuro increase is 9,
Vnich conGidorably facilitates the problems of cooling tho-high temperature
gas turbine and designing turbine machinery. The efficiency of the dual
installation depends very little.on the steam parameters. High efficiency
values can be produced at a steam temperature of 3WC. With incroasing initial
gas temperature, the thermal effectiveness of the instaUation increases. In
its si=lost yariap~, j;he officienoy of tht&offi!
QbQ 0* rAd at a.,
CQ,d 1/2 ..... .IWIMS! .

ACC NRt AP7009592 - - .. . 1. . . -
temperaturo of 15000C. 7he introduction of intermediate heating of the gas
provides a further Increase In efficiency. Orige art* hass 7 figures, 2
formulas and 2 tables. EJ-PRSt 40,1027
Ccrd- 2/2 -.-. -- -

r1A114LOVq.j.
.f,# glayW redaktor; ElaMOV, V.T., redaktor; TTAPKIN, B.G.,
"';khnicbsskiy redaktor.
t
(Uhiflei production norms In planning and research works paid at
place rates] Idlays norur vyrabotki us prosktmys I isyskatel'skie
raboty, oplaohivasere adolluo. Pt.4 .Ctanitary engineering, heating
and ventilation Installations In residential, public, mad industrial
buildings] ftitrennie sanitarno-takhnicheskie ustroistva sdanil I
soorashenti. Moskva. Goo. Isd-vo lit-ry po stroltelletyu i arkbitattu-
re. 1953. 42 p. (Microfilm) (MM 8:2)
1. Hassis, (1923- U.S.S.R.) Oosudaretyennyy komitet po delam
stroltel'stva.
(Plumbing) (Ventilation) (Wages)

AUTHOR:
TITLE:
MIODICALt
ABjTRACTt
Kirillov, I.M. 3-12-16/27
The Bvok Exchange of the University Library (Knigoobmen uni-
veraltetakoy b1blioteki)
Vestnik Vysshey Shkoly, 1957, ft 12, pp 74 - 76 (USSR)
The scientific library of the L%vUniversity organized in 1955
an international book exchange. During the first 6 months the
exchange with 140 institutions was organized; 860 books were
dispatched and 1,500 books and periodicals received. In 1956,
287 institutions in 39 countries were contacted, 3,2b4 books
were dispatched and 3,760 received. During the first 6 months
in 1957 2,025 books were dispatched and 2,130 books received.
The Library issues every three months information on new
publications of foreign literatureq which are dispatched to the
chairs, faculties and leading scientists of the university.
The author states finally that the international book exchange
has proved satisfactory with regard to the propagation of Soviet
works and obtaining better information on foreign scientific
experiences.
The L'vov State University imeni I. Franko (Livovskiy goeu-
daratvannyy universitet imeni I. Franko)
Library of Congress
ASSOCIATIONs
AVAILABLEs
Card 1/1

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77-
USSR/ Ptysical Chemistry Kinetics. Combustion. Explosives. Topochemistry. B-9
Catalysis
Abe Jour : Referat Zhur Khimiya, No 4, 1957, 13287
Author : Kirillov T.P
Inst : Ivanovsk Chinico-Techn logical Institute
Title : Study of Kinetics of Catalytic Conversion of Carbon Monoxide over
Iron Oxide Catalysts
Orig Pub : Tr. Ivanovsk. khim.-takhnol. in-ta, 1956, No 5, 46-58
Abstract : A study vas made of the reaction CO f H20 7 C02 + R over technical low-
temperituie activated ferric oxide, in a circulatiol system at 300-38OP;
space velocities"600-6000 hour-I," vith diffaa~ent'contents of CO, CO
and ~2 in'thi initial gas-, 'and vater vapor/&s'ratios of 1.5 - 2.3 in
the iRitial mixture. An eMtion of reactioR yelocity has been derived
dP /dt-= k P (P /P )u'%k P (P /P
CO 1 U20 CO C02 2 R2 CO 2- Co
vhersin k. and k2 -- velocity constants of direct and raverW reaction,
respectivily,
1/2

USSR/ Phyvical Chemistry - Kinetics. Combustion. Explosives. Topochemistry.
Abe Jour Referat Zhur - Xblmlya., No 4, 1957, 1128T
P pP IP pP partial pressures of components. Activation energy
CO C02 %0
is 17.5 kcal/moleat 300-3ft 0 and increases to 3T-6 kcal/mole on'lowe-
ring of thi'tGffO4fttur4"fV'04'300'tO 280o- results do not
confirm kinWd'&qd&tion-jwo~ossd'1bj 11.' UlIkovs, and MA. Temkin
(Zhl-fiz. kxi-iil 19490 1. 23,'"5) 4W7 Thi, authbr
believes that thei'rek6tion tak6s'jU6e in'j~fwely lEinatie'region balm
3000 and with saw effects of internal diffusion at 300-3809-
2/2

&
USSR/ Laboratory Equipment. Apparatuses, Their
Theory, Construction and Application.
Abs Jour: Referat. Zhur.-Khimlya, No. 8, 1957, 27334.
Author : I.P. Kirillov, F.A. Petrachkov.
Inet : 'MaMMM"TWtitute of Chemistry and Technology.
Title : Instrument for the Determination of Magnetic
Susceptibility of Powdered Substances.
Orig Pub: Tr. Ivanovsk. khim.-tekhnol. in-ta, k956, vyP. 5,
69 - 71.
Abstract: A laboratory Instrument for the determination of
magnetic susceptibility of powdered substances
by the method of weighing in a magnetic field is
described. The accuracy of the Instrument varies
from:�0.15% tot 1.5% in case of metal oxides.
Card 1/11

I-IF I L L
"ISSR/FhYsical Chemistry - Thermodynamics. Thermochemistry. B-8
Equilibrium. Physico-Chemical Analysis. Phasc. Transitions
Abs Jour : Referat Zhur - Khimlya, No 2j 1957, 3734
Author : Kirilloy t.P., Krylov ON., Aleksayev .4,M.
Inst : Iv;To-vo--Che-mico-TechnologLcal lustitute
Title : Study of PhysicoehWwl Properties of Systm FbO
FC2031
Orig Pub Tr. Ivanovsk. khim.-tekhwl. in-ta, 1956, No 5, 61-68
Abstract Stuily of FbO-Fe.203system produced by co-precipitation
of the byarox1dos from a mixture of nitrates of Fo and
Pbj with NH Aftor a prelininary drying (90-1200) the
system was 2.,*Ucined within W-8W, range at intt!rvals
of 100P. In the coLrsu theruof ware investigated the
mcmetic susceptibility) adsorptalou power and solubility
(relative vate of dissolution of Fe,O in 1.0 N KC! =d
~" liat the system un-
AO In 0-25 N M3COCH' '"as f0='
der study passes throuLt a series of intermadiate states
Card 1/2 83
.................................

sov/81-59-5-16829
Translation from: Referativnyy zhurnal, Khimiya, 1959 , Nr 5, p 455 (USSR)
AUTHORS4 Xlrlllov, I.P., Budanav, V.V
TITLE, An Investigation of the Process of Carbon Monoxide Conversion
Combined With the Decomposition of Organic Sulfur Compounds in
Water Gas-
PERIODICAL: Tr. Ivanovsk. khlm.-takhnol. In-ta, 1958, Nr 7, PP 32 - 40
ABSTRACT- A method Is suggested for realizing a partial conversion of 00
in the generator shop simultaneously with the decomposition of
organic S-compounds of water gas (containing H23 in the exhaust
gas); for this purpose cheap, mechanically stable catalysts
were chosen from the waste products of production and natural
raw material. It Is confirmed that the mechanism of catalyst
poisoning by organic 3 in performing high-temperature conversion
is identical to the mechanism of H23 poisoning. The poisoning
Is reversible and consists In the formation of a crystal lattice
of FeS.
Card 1/1 G. Bonvech

SOV/81-59-5-16833
Translation from: flefaratlvmy zhurnal, Xhimlya, 1959, Nr 5, P 455 (USSR)
AUTHORS: -Klrlllov, I.P., Budanov, V.V.
TITLE: The Development of Conditions for the Process of Partial
Conversion of Carbon Monoxide In a Dust-Containing Oas
PERIODICAL: Tr. Ivanovsk. khim.-tekhnol. in-ta, 1958, Nr ?, pp 41 - 47
ABSTRACTi The passage of a duat-containing gas flow. 4hrough a catalyst
layer, was investigated in a laboratory installation, which is
applicable to conditions of partial conversion of CO In a
generator shop. The characteristic features of the hydraulic
conditions for a "fluidized bed" of the catalyst are established,
whereby no accumulation of dust occurs. It was shown that all
the samples of the contact selected have a low mechanical
destructibility when "fluidized" under the given conditions.
0. Bonvech
Card 1/1

5(2)
ALIT H" R3: Karavayev, M. M. , Kirillcv, 1. P.
TITLE: On the Synthesis of Nitric Acid in
azotnoy kinloty v gazovoy faze)
PERIODICAL: Nauchnyye doklady vysohey shkoly.
tekhnologiya, 1959, Nr 1, PI) 197
3-111/15
the Gas PII~ase (K sintezu
Khiniya i khimic!.,~--ikaya
- 2ol (U,-j,,-P)
ABST',IAC.r: The possibilities of the thermodytia-mic prf~diiction of nitric
acid in the _rascouE6 phaBe are investi,-atA. Experimonta were
carried out on the blasis nitroCen oxides, steam, and atmc---,
phoric oxyGen under dif."arent conditions. The equilibrium
curver, for the various possible reaction procer-ses are plotted.
All of thew. show falling teraencies witi, ---~-,;n- temp2ratures.
The follewinG reactiono were carried out pra;tI~caliy:
4 1102 2112 04) + 211 20 + 02= 411110 3
3 V02 1 N204) + 1120 = 2HN03+ NO
4 NO + 2H 20 + 3 02 - 41M03
The data obtained do not yet Cive a com-,lute survey of the
Card 1/ 2 course of the reaction. Probably nitrocus acid is also formed;

'-( .. 11 1 f" I ~,1r 1
On tho Syrithoois of I!itric Acid in the Gas Phane " / - /~
this acid is decom!oscd into FG. The oxidation uf
NO -o :,,y a n n) 1101 occurs Or-aly, whi.ch fact 11:x a;,. inhibitory
1.
effect on t:~.:,, overrIl !rocesi.
couilibrium ccncelitrations- ~7crc not atta-*.-A, a c--.--Je::rntc
with approxira':cly 6r-',, nitric acid could be --btained. A
techrioloGical utilizatic,ri would require tix uce of catelystu
and cf hiCi:cr preorures. There are 4 fijurcs and 9
1 cf which ir, Soviet.
ASSCCIATION: Fnfc,-Ira tol:~noloGii ncoi- -nnicheski'di veshchostv ivanovokoCo
kiiimiko-tcl,:Iinol~-c;ici.~~o!:r~.~;L institLita. (Chair -~-f Tecl-rolrCy of
Inov[;anic Subntniccs- -f tl.c ivanovo Ir.~,titu'e c-f Chemical
TechnoloE;y )
S U M, D Octlobcr 6, 1gra
Card 2/2

5 (1, 2)
AUTHORS i Karavayev, M. M., Kirillov, I. P. SOV/153-2-2-17/31
TITLE: Thermal Decomposition of Some Nitrates (Termicheskoye
razlozheniye nekotorykh nitratov)
PERIODICALt Iz7eatiya vysshikh uchebnykh zavedeniy. Khimiya i khimicheakayn
tekhnologiyaq 1959# Vol 2# Nr 2, pp 231-237 (USSR)
ABSTRAM Data from publications concerning the properties of metal
nitrates are often contradictory, espeoially as far as the
temperature of the decomposition is concerned. Industrial
catalysts however, are produced (an oxides) from metal nitrates
and used as such. The present article in dedicated to the
thermographio investigation of the process of thermal
decomposition of nitrates of Al, Crp Fe, Mn, Cc and Ni. An
analogous investigation was carried out with samples applied
on silioa gel. The heat curves were registered by means of
N. S. Kurnakov's pyrometer. The results achieved are shown
in thermographs 1-14. Nr 1-6 show the processes for nitrates
of Al, Cr, Fe, Un, Cc and Ni. Nr 7-12 the same for the
decomposition of these nitrates in an oir current, applied on
silica gel. In the numbers 7-12 a third curve appears,
Card 1/4 illustrating the HNO 3 concentration in the products of

Thermal Decomposition of Some Nitrates SOV/153-2-2-17/31
decomposition according to the temperatures. As can be seen
in the thermograph, the nitrates of trivalent metals (Al, Cr,
and Fe) give 2 endothermal effects each. Aluminum nitrate still
has a slight endothermal effect at a temperature of 308-3360s,
the reason for which is still unexplained. The temperature
intervals of the effects occurring with the decomposition of
chromium nitrate, aie higher than in reference 7 and 8. The
authors found that the second effect (124-1600 and 86-1370
on silica gel) is not only the result of boiling the fusion,
but also of a simultaneous decomposition of the nitrate. The
thermograph of ure silica gel (Fig 3) only has an endothermal
effect (85-1060~ in connection with the removal of the alsorbed
moisture. In the air current (Fig 4) silica gel only haa one
effect - at a temperature of 540 a rapid heating of 76-1000
followed by a cooling down to 82~. The first endothermal
effects during the decomposition of the nitrates of bivnlent
metals (Un, Cog and Ni) within 22-510 are caused by melting
the nitrate in the crystallizing wnter. With furthir heating,
a number of endothermal effects develops, different for each
nitrate. 2. The effect in the case of manganese nitrate
Card 2/4 consists of 2 effectas a. 117-1610 - boiling with the

Thermal Decomposition of Some Nitrates SOV/153-2-2-17/31
separation of some water. b. cooling at a temperature of
1860 down to 1680. Cobalt nitrate has three endothermal
effectat &- 32-510 (melting), b. 118-1510 boiling with the
partial removal of the crystallizing water; o. 191-2450
intensive decomposition of the nitrate. An effect within
235-2400 could not be deciphered. Cobalt nitrate only shcws
two effects when applied on silica gelt a. at 76-1300 and
b. at 210-2350. The effect at 110-1310 is connected with a
process occurring on silica gel. A third effect (290-3370)
is the decomposition of the basic salt or of the remaining
part of the nitrate. Nickel nitrate has three endothermal
effects on silica gel, in all cases: a. at 45-1320, b. at
147-1560 and c. at 272-2900. The authors carried out
experiments with the HNO synthesis in a bulb serving frr
3
measuring the HNO3 concentration. KNO3 is a primary
decomposition product of the nitrate, or a product of the
reciprocal action of N205 and H20, but not a product of the
Card 3/4

Thermal Decomposition of Some Nitrates SOV/153-2-2-17/31
synthesis with NO 2 and H20. The temperatures of the developing
ENO3 vapors in the gas phase were determined. One may regard
these temperatures as being equal to the original temperatures
of the nitrate decomposition. There are 4 figures, I table,
and 8 references, 5 of which are Soviet.
ASSOCIATIONt Ivanovskiy khimiko-tekhnologicheakiy inatitut; Kafedra
tekhnologit neorganicheskikh veshchostv (Ivanm Institute of
Chemical Technology, Chair of Technology of Inorganic
Substances)
SUBMITTED: January 10, 1958
Card 4/4

5(1,2) S0111153-2-4-16132
AUTHORSt Kirillov, 1. P., Karavayev, M. At.
TITLE: Investigation of the Catalytic Synthesis of Nitric Acid in the
Gaseous Phase
PERIODICAL: Izvestiya vysshikh uchebnykh zavedeniy. Khiz-,iya i khimicheskaya
tekhnologiya, 1959, Vol 2, Nr 4, PP 5j3 - 557 (USSR)
ABSTUCT i Either increased pressure or catalysts are necessary to ob-
tain concentrated acid in the process of nitric-acid synthesis
in the vapor phase in a homogeneous medium (Ref 1). It was
assumed that the oxidation of nitrogon oxide formed in this
synthesis is the slowest stage of the entire reaction ( 1). The
synthesis mentioned was not referred to in publications except
for references 2, 6-9. Moreover, it was interesting to examine
whether iron, aluminum, and chromium oxides can serve as cata-
lysts of the process mentioned since the nitrates of theso 0
metals start disintegrating already at tei;,peratures below 100
and separate vapors of nitrio acid into the gaseous phase. In
this case, the formation of nitrates on the oxide surface might
be considered intermediate compounds. The experimental plant
Card 1/3 and the method had been previously dpscribed (Ref 1) by the

Investigation of the Catalytic Synthesis of Nitric Acid S07/153-2-4-16/32
in the Gaseous Phase
authors. The experimental temperatures wure:1o2_, 1,27, and 152
at which 2 gas compositionswere tpstedl (Volume~0)1) NO -q0;
H 0 - 12-5; 0 - 37-5 and 2 NO o - 6 -2 40-0.
2 2 2 - 53-3; 112 -7, 02
Hydrated aluminum-, iron-~ and chr=ium-nitrates were tested
as catalysts. They were either applied to oilica gel, or used
in the form of tablets produced according to various methods.
The table (P 554) shows the expertmiertal results. Hence it
appears that aluminum oxide is most favorable in accelerating
the formation procqqs of the nitric acid menLicned. The main
difficulty in choosing catalysts among metal oxides is their
Interaction with the gaseous medilum. Thut, the phase composition
of the catalysts 'salt fori-ation) I's charged. 4o different
catalyst samples were tested in addition to the nitrates
mentioned in the table. Those metal oxides, the nitrates of which
disintegrate at temperatures above that of thc process, cannot
be used for the purpose mentioned. The catalysts found show
a catalytic activity also in relation to the oxidation reaction
of nitrogen oxide in the presence of water vap= . Sod,. nitric
acid was prepared by the synthesis in the gaseous phase at
Card 2/3 atmospheric pressure (by means of further condensation). The

Tnvectigation of the Catalytic Syrithesis of N'triQ Acid 5C.- -2 -"' --~sc/32
in the Gaseous Fhase
residual gases present after the acid condensation can be
worked in a closed cycle. There are 1 table and 9 references,
6 of which are Soviet.
ASSOCIATIONj IvanovDkiy k"ko-tekhno1og1chvskiy institut, Kafedra tekhnologii
neorganicheakikh veshchestv (Ivanovo Inatitut(j of Chenical Teoh-
nology) Chair of Technology of Inorganic Substances)
S'J31,'ITTt,D: Miarch 25, 1956
Card 3/3

S/153/60/003/004/005/006
B004/BO58
AUTHORS: -Shirokovq Yu. G*, Kirillov, I. P,
TITLE& A Semiautomatic Ap -par;tuslNor Thermographic Studie
FERIODICALt Izvestlya vyeehikh uchebnykh zavedeniy. Khimiya i khimiche-
ekaya tekhnologiya. 1960, Vol, 3, No,, 4. pp. 740 - "N2
TEM The authors describe a circuit used by them fo:: regulating the
temperature in the metal block of a thermographic appitiatua (Fig. 1). The
linear temperature rise is warranted by an electronic)IT13-01 (EPV-01)~'l
potentiometer, an PHO 250-5 (RNO 250-5)~autotransformer, and a 2ACM -400
(2 ASM-400~2reversible motor. The control apparatus of the potentiometer
switches the motor into forward or reverse mationj the motor displaces a
contact of the transformer, thus alterin the voltage in a compensating
winding of the heater. Fig. 2 shows the Inonlinear) rise of temperature
without regulation, and the linear rise by means of the regulating
circuit described. The thermographic curve was recorded by an~TrT-Oq
(EPP-09) potentiometer. The cooling of the block can also be linearly
controlled. There are 2 figures and 5 referencest 4 Soviet and 1 Gprman.
Card 1/2

A Semiautomatic Apparatus for Thermographic S/15~/60/003/00#005/006
Studies B004 B058
ASSOCIATIONt Ivanovskiy khimiko-tekhnologicheakiy institut Kafedra
tekhnologii neorganicheskikh veshchestv (Ivanovo Institute of
Chemical Technology, Chair of Technology of Inorganic Sub-
stances)
SUBMITTEDt October 2, 1958
/11~ .I
Card 2/2

2MIh
S/153/61/004/UO4/008/013
t194/E135
AUTHORS; Shirokov, MG., and Kirillov, I.P.
TITLEj Certain magnetic properties or nickel oxide (NiO)
PERIODICALj Izvestiya vynshikh uchabnykh zavedeniy, Khimiya i
khimicheakaya takhnologiya, vol.4, no.4, ig6i, 599-603
TEXT: Nickel compounds are widely used as catalysts and as
there is a general relationship between the catalytic and magnetic
properties of solids it man decided to measure the magnetic
properties of nickel oxide (NiO) produced by thermal decomposition
of the salt 2N'CO3.3Ni(OH)2,4H20 and of Ni(NO3) 6H 0. The
sj* 2
following magnetic properties were measured or c culateds the
specific magnetic susceptibility )f, the magnetisation at
saturation a., the paramagnetic susceptibility Xo, an a function
of the temperature at which the oxide was produced. NiO is not a
stoichiometric oxide but contains excess oxygen at temperatures
below about 700 OC. There in no general agreement about the
composition of the nickel oxide produced by the method adopted.
However, the stoichiometric oxide is an antiferromagnetic compound.
According to a number of investigators non-stoichiometric NiO has
Card 1/4

V'Iddl
Certain magnetic properties of nickel... S/153/61/004/004/008/013
E19VE135
ferromagnetic properties. The saits were decomposed in an open
crucible furnace at constant temperatures for periods of 5-7 hours.
All the specimens were vacuum dried before testing. For testing,
the samples were contained ir; smpules 15 mm long and 1.5 VA in
diameter hold vertically in a frame and suspended horizontally on
threads of capron . The attractive force of the magnet was
balanced by et compensating magnet and solenoid. The field
intensity was determined using Mohr's salt. Graphs of H(dH/dS)
as function of S were plotted for five different fields and the
best position of the ampule was determined from the maxima on the
graphs. The field intensity was then directly measured. The
maximum error was about 1% in the determination of H(dH/dS),
!3.5% in that of the field H, and in determination of X, t3.72%.
The tests were made at 25 OC. Measurements were made, at field
strengths ranging from 6800 to 10 000 oe, of the specific
susceptibility of each specimen. All the specimens of NiO were
found to have weakly ferromagnetic properties. The specific
magnetic susceptibility of NiO was found to change quite charply as
~ function of the temperature at ,~Iiich the salt was formed. Thus,
~ sample of Nio produced from n!.ckel carbonate at 300 OC has a
Card 2/4

2'11IJ4
magnetic properties of nickel., ' S/153/61/004/004/008/013
'E194/E IL35
specific susceptibility of about 36 x lo'6. whilst the
susceptibility of that produced at buU Oc and above is only about
a third of tIji.-j value, ivio prodticecl from nickel nitrate had
substantially lower susceptibility when produced at temperatures
below 800 oC but at higher temperatures the susceptibility of the
NiO produced from the two salts was about the same. The test
results indicate that, as the temperature at which it is formed is
raised, the NiO loses more and more oxygen and tends to the
stoichiometric composition. Results are also given for the
paramagnetic susceptibility of Nio produced from basic carbonate
and nitrate of nickel and here at temperatures of formation below
500 OC the basic carbonate gives substantially higher paramagnetic
susceptibility of NiO than does the nitrate but, at temperatures
above 6oo OC, they are approximately the same. Curves of
spontaneous magnetisation an function of temperature of production
of NiO display a maximum for both basic carbonate and nitrate of
nickel at a temperature near 400 OC though the value for salt
produced from the nitrate in only about 70 an against 120 for that
from carbonate. The anomalous shapes of the curves of spontaneou
magnetisation and paramagnetic susceptibility point to changes in
Card 3/4 Y

2r.lddi
Certain magnetic properties of nickel,., S/153/bi/004/004/008/013
E19VE135
the crystal lattice at certain temperature regions. The presence
of maxima on the curves has previously been attributed to formation
of a metallic phase but it is considered here that this is unlikely
because there is no maximum on the curve of specific susceptibility
and, therefore, the anomalous shape of the curves must be due to
changes in the crystal lattice in which the number and type of
defects alter with variation of the amount of oxygen in the lattice.
There are 4 figures, 2 tables and 7 references4 2 Soviet-bloc and
5 non-Soviet-bloc. The 3 English language references read:
Ref 14 J.Shimomura, J,Tsubakawa, M.Kojima. J.Phys.So:.Japan, Vol.9,
521 (1954),
Ref-5i J,Shimonur&, M.Kojima, S.Saito. J.Phys.Soe.Japan, Vol.11,
1136 (1956).
Ref;7; P.Jatobson, P.Selwood. J.Amer.Chem.Soc., Vol.76, 2641 (1954)-
ASSOCIATIM Kafedra tekhnologii noorganichoskikh veshchesty.
Ivanovskiy khimiko-takhnologichookiy institut
card 4/4 (Department of Technology of Inorganic Substances,
IvanovoChemica-technical Institute)
SUBMITTEDt Ottober 27, 1959

ATROSHCMKO, VaDilly Ivanovicb; ALEKSEM, Arkadly Mefodlyevich;
ZASORIN, Anatoliy Petrovich; KIRILLOV., Ivan Petrovich;
KONVISAR, Viktor Ivanovich; YASTREBENMSKIY, Anisim
Rudollfovichl WEDENSKIY, P.I., prof.p retsenzent;
VARLAMOV, M.L., prof., retsenzent; BA"bILYANSKAYA, I.L.,
red.; TROFR4ENKOp A.S&# tekhns red*
[Technolo of combined nitrogen] Tekhnologiis sviazannogo
azota (ByFV.I.Atroshcbenko i dr. Kharlkov, Izd-vo Kharl-
kovnkogo univ. 1962. 322 p. (MIRA 17:1)

KIRILLOV I.P.- SHIROKOV, YuOG.
I
Ferromagnetic properties and structure of nickel catalysts for methane
conversion. Izv.vys.uchob.zav.;khim.i khim.tekh. 6 nc.4s617-624 163.
(MIRA 17s2)
1. Ivanovskly khimiko-tekhnologichoskiy institut. Kafedra tekhnologii
neorganicheskikh veshchesty.

SHIROKOV, Yu.G.; KIRILLOV, I.P.
Yagnotia propertieB of depoaited and mixed nickel oxide-alunina
catalysts, Izv.vys.ucheb.zav.; khIm. i khIm. tekh. 6 no.62
945-951 163. (MA 17:4)
1. Ivanovskly khisiko-tekhnologicbeskiy institut, Wedra
teklincilrip.3i neorganicheskikh veshcheetv.

KIRILILV, I.P.; OPOLOVNIKOVA, N.P.; ALEKSEYEV, A.M*
Study of the formation of zinc--chromium catalysts Ffr the synthesis
of alcohols. Part 1. Izv.vys.ucheb.zav.; khim. I khim. tekh. 7
no. 1:77-83 164. (MIRA 17:5)
1. Ivanovakly khimiko-tekhnologichookly Institut, kafedra
toklinologii nnorganichaskikh veshchestv.

SHIROYOV, Yu.G.; KIRILLOV, 1.1-.; KORCCIIKIN, V.M.
Effect of the conditionn of reduction, ImLsolvatIon, and sInter-
ing on the ferromagnetic properties of a deposited nickel catalyst.
Izv.vys.uch9b.2aV.;khIm. i khim. tekh. 7 no. 1:41-45 164.
(MIRA 17:5)
1. Tvanovokly khImIko-tekhnoIogIcheikiy Inntitut, kafosdra
teklinologil neorgaLnichoskikh veshchestv.

KIRILLOV, I.P.; ALEKSEYKV, A.M.; SARBAYEV, A.H.
Procesp-n of oxidation of a catalynt for carbon monoxide conversion
during its regeneration, Izv.vys.ucheb.zav.; khlm. i khIm.tekh. 7
no.2t246-251 164. (MIRA 18:4)
1, IvanovBkiy khimiko-tekhnologichaskly institut, kafedra takhnologii
neorganicheskikh veshchestv.

SAFBAYEV, k1l.
lia~~or-phruqn oxItIaLlon tin~i hy,~rrtticr of rn
oxide CRtUly!3t. lzv. vyq. ucheb. I ki- 7 no.4:
0,13-618 161'. (: 2!--~ 17: 12
1. Fafedra tolflinoogil nonrEanic"renkirk"n T*.,ftn.,:-j!~j,

SARBAYEV, A.N.; FIRILL071 J.P.
Catalytic conversion of acetylene on molyWenum cafAlysts in the
vapor phaue. lzv.vys.ucheb.zav.; khim.i khim.tekh. 7 no.6048-952
164- (MIRA 18:5)
1. Ivanovskly khImiko-tekhnologichegUy Inq0tuto kafedra
tekbnologii neorganicheskikh veshcheutv.

A.A.
Thermal atabllit7 of phosphate tstajysts for vapor-Phass
hydration of fetylenee Izve v3m, b-AAb, zav,, khim i khIm.
tekh. 7 no.5MI-SO.5 164 (MIRK 18o1)
1. Kafedra tekhnologli neorganiebesklkh vigahchesty lranovskogv
khimiko tekhnologicheskago instituta.

KALININP A.A.; KABAN(TVA, G.B.; KIRILLOV, I.P.
0; '-'
Rala-.1ar between th.!! ratalytic activity of phosphat,? cat-alyit j
and ",he conditions of their pmparation. Izv. vys. uchob. zav.;
khim. 1 khim. takh. 8 no.1;88-93 165. (M-IRA 18WI
1. )vanr~-vskiy kh!s&,~--takhnologlcheskly Inatitut, kafedra teklinologi"..
naurgftnilcheak-1kh vashohestv.

PETROV, YU.1.; K-Ili-IL-L-OV. -1-P-
Equilibrium In the reacticna of nitrogan oxfd,'~a w!th -water -vapor,
lzv.vys.ucheb.za-.,.; kHz.. j kh1m.tekh. 8 no.21.`;"5--274 I -~ 5,
(HIRA 18:8)
1. Ivanovskly Inst."tul,, ~afv,lrrt tekhnologli
nearganicheskikh

OPOLOVNIKOVA, ALEIZEYEV, A.M.~ KIRIL!,GV, I.P.
Studying the foming and reduuticn of z~n-,-~trrmlum :i9tsIys&q
for alcohol synthe3im, Roport Nod. khizei
khIm.tekh. 8 no.4~633-638 165~
WRA 18;11)
1. lvanwskijr khImI.ko---tekhnaIagIcraskfy Institut, 'kafedrel
Ukhnoicgli neorganIches'Kilkh vesbchestv.

0080/00".'
ACC NA1 AP6014264 :~-,.,.~10URCS CODES.. tJR/0153/66/009/001/
AUTHORS Skyortiove -0. -at It '~id~ P.;'Uiovavoy.~ M. M.
7
.0
ORM Severodonots, Branch,~ f f the
-o A;AL. Sever o skly filial CLAP) I Department o
Technology of Inorianu -subs tone"'..of :the, Ivonovo Cho so"chuglozz ditite
lehe&kiM ' 0- 1 OR
(Kafedra takhnologil'AGOT8911 Vas anovskly'khts0to-takhnologiche-
IVS
skly institut)
TITLE: Absorption of nitrdgen"oxides by 65-70% nitric acid
SOURCE: IVUZ. Xhimiya i.khtnichesksys tekhnologiya, v. 9,.no. 1, 19661D 8044
TOPIC TAGS: nitric acidl qiiid z.
L or,. liquid propellant, propulsion
ABSTRACT: This work deals'with the feasibility of using 65--70Z nitric acid an a
,solvent for zitr6ge
n oxides'*` The absorption parameters were determined. It was
0 ogain 6xidles'from-catalytic nia could
found that 99%'~ f -nitr -oxidation products of 6 1
be-absorbed, leaving a residual: concentration of nitrogen oxides of 0.1% by volume,,''
Nitrogen'.oxides were 6sorbod by,65-402nitrie4cidp accompained by oxidation of
NO to $02 to the extent , of " 85-~-90%- The N203 ~ present In the gas streas dissolves
without reacting with nitric'sicid. . The degree .of nitrogen-axide absorption with
of- ore cal plateswas determined, and the efficiency of
respect to theinumber the ~1
VS]
3 figures and
the theoretical plates W"'~ialquAateds Orig. art. hast I table.
SUB CODE: 21t SUBM DATE: :ORIG REFS 003/ OTH REFS 001/ ATD PRZSSt
Card
1 f,
~4:

L 33383--66- EWTt'A/1:WY(t1/"T
ACC-Mrs-AP6021971-" SOURCE CODE: UR/0353/66/009/002/0273/0275
I
AUTHOR: Kirillov, I. P.; Samisonov, 0. A
ORG: -Ivanovo Chemical Technology Institute, Department or Technolo~y of Inorganic
Substan and Chemical Fertilizers (Ivanovskiy khlmiko-tekhnologicheakiy institut,
Kafedra tekhnologi i ricorgenicheskikh veshchestv i khimicheskikh udobreniy)
TITLE: Synthesis of higher concentration nitric acid in cooler-condensers
SOURCE: IVUZ. Khimiya i khimicheskaya tekhnologiya, v. 9, no. 2, 1966, 273-275
IOPIC TAGS: nitric acid, inorganic synthesis, nitric acid concentration
ABSTRACT: The effects of temperature and pressure on the formation of nitric acid
in cooler-condensers have been studied experimentally in a flow-type unit. The
flow-sheet of the unit is given. The process of nitric acid formation was based
on the reaction: 4NO2(2N204) gas + 2H20 gas +0 gas 4HNo,. The gaseous mixture
was directed under 1-6 atm pressure into a series of water-cooled vertical coil
condensers, where the process of HN03 formation continued. Starting nitrogen dioxide
gas (28% N02) was obtained by oxidation of ammonia. The data indicated the possi-
bility of producing in the coole r- condensers 70% HN03 at 1 atm and 90% HN03 at
6 atm pressure. A decrease in temperature of condensation from 200C led to an
increase in H1403 concentration in the liquid phase to a maximum at 5-10C, independ-
1/2 uDc: 661-563:5h6.175-323

-L 33103
..nO_
ACC NRs AP6021971
entlY- of the pressure in the 1-6 atm range. This optimum temperature is depend
on the type of cooler-condenser. Power consumption and desired acid concentration
would be the decisive factors in selecticn of optimum pressure for the process,
which is reasonably expected not to exceed 6-8 atm. Orig. art. has: 3 figures
and 1 formula. [JK]
SUB CODE: OT/ SUBM DATE: 020ct64/ ORIG REF: 005/ ATD PFMSS:'~-o
Card

4134-66 EWT(=)/EWP(t)/ZTI IJP(c) JD/WW/JW
ACC NHs I
AIP602 5 15 84 SO-,FiCF- CODE: M/04-13/65/000/013/C018/0018
'MRS : f Y-r P or
Skyortsov, G. A.; Karavayov, M. M.- .4 illov !. .; F d, M. L.;
acka'.'OrIko. D. A.; Kaganoldy, L M.
W-3: none
TITLE: 'k method for obil"nining nitric acid, Class 12, "o. 18310,.. Zan:iourcod by
Sovorodonots Branch of State Scientgic Rogoarch an,2 Institute of Vho _!.'itr0f:Cn
indu3t:7 and of the Froductp of OrZanic Synthwis (Soverodonots;'L~y I'llial
Gosudarstvannogo nauchno-issledovatellskogo i proyektnogo inztitlita azotnoy
rj.-ozayshlemos'kIi i produ?tov organicheskogo sinto
za)2
SIOILMCE: Izobroteniya, pron7shlonyVyo obzaztsy, tovar.-V,-~o =wki, no. 13, 1966, 18
T07U TIM: nitric acid, nitrogen compound, nitric 2o44
ABSTIUCT: This Author Certificate presents a method for obtainizkf; nitric --cid under
the pzessure of 5-10 atm, outcf ntxWm o.,dd3s In dw s)utem of ocndensation of water vap rs.
To incroaso the concentration of nitric acid, the unroactod nitrogen oxides r-ro
--bzorbcd by the produced acid at a temperature no highor than -5C, bleached and u:o4'---
to ctronCthon the acid at a temperature of 25--45C in the aboorption part of the
bloaching column. (041!
STJ713 CODE: 0`71 SUBMI DATE: 13Apr64/ ATD PRESS:
Card 1/1 I-lb UX: 6fjl,562.05

"ACC NR-.
A P7 0 0 7 130 SOURCE, CODI.;": U11 /0382/66 /000 /00-1/0 107 1") li,;
'AUTHOR: Glurkiiikll, V. A. Kirillov, I. R.
'ORG: none
TITLE: Ex,.)crinnental :nvestir;,ition of an asynchronous M11D generator with a
liquid metal wu-'4~injr medium under self excit.Aion conditions
SOURCHI: 7%-1,-,,,r.-,i1naya gidi-odinamika, no. 4, 1!jGG, 107-114
TOPIC TAGS.- 'M11D generator, magnetic inducLion, unsaturated M, a,"netic
ABSTRACT: This study presents tile results of --n experimental of the
a-c XIHD generator Nvith a liquid metal as working medium oper~-tin,r undc:., 6el--
e%citation cond-.Lions. H'xperimCntal dat.-I if-C C611113al-Cd with t*,-,(-- theoretic-, oncs
olit.6ned fro;n the existing inluction pump theories. They are found to lic. in
satisfactory -.z,t-c%2mL:nt. Tho possibility o'&* Igenerator's self - excitation a;-,d it-s
rehalble pcr:ormance even in the case of an unjawrated magnetic core has b,----;-, con-
t1nu,,J. Or-"L~. art. has: 5 figures, 10 formulas, and I table. [Authors' abstIr"ct'l
SU----, CODE: 20/SUBM DATE: OGMayGG/ORIG lltEF: 002/01711-1 REF: 001/
Card 1 UDC: 621. 313. 39:538. 4

XIRILLOV, 1. V.
MIILOV, IoT.; SOROKIN, ToI.0 rodsktor; PRamovsKArA. T#L.. rodaktor.
vw~.: 'w t; 1 j'Pwkz4A"0" -~;men 4A~'
[Traotion substations in aosl pits] flagovye podstantell us ugell-
nykh karlerakh. Ugletekhisdat, 1953. 227 p. (KM 7:7)
(Blectricity in mining)

AUTHORt Kirillov, T.V. Sr)V-5-59-2-20/43
TITLE: Hypothesis of the Earth's Development, Tts Continents and
Oceanic Depressions (Gipoteza razvitlya 1 7emli, yeye materikov
i okeanicheskikh vpadin)
PERIODICAL: Byulleten' hloskovskogo obahchentva ispytoteley prirody -
Otdel geologicheskly, 1958~3tlr 2, p 142 (USSR)
ABSTRACT: As a result of the expansion mf the earth, its continuous
sial cover broke npartt in pIncen of rupture a simatic
cover was formed on the surface. As the expansion of the
earth continued, entire zones were formed where an outcrop
of simfltic covereoceurrtcL These represent the bottom of
the contemporary oceanic depression. An analysis of the nut-
lines of continents lends to the conclusion that the con-
tinents were connected with each other At the beginning of
the Mesocenozoic epoch. An analysis of the tectonic struc-
tures proves the homology of tectonic zones of various con-
tinents, taking into consideration A smaller radius of the
Card 112 earth in the past. The change of the .comparative situation

. -', I -;:, - C: r - "7 - - C3
Hypothesis of the Earth's Development, Its Co-!,ir;; !-,,7 in~ ' rr-n:-~ -~r-presrior,3
of continents during the procesn o' ~"-ir "sepnrption" could
give iTiteresting data on paleer-rnet;~--.
1. Earth-Geophynicalfactorr, 2. 7,eo: : :: '~ 1!:----T1~oorj
Card 212

3/16 62/000/002/005/072
D228YD301
AUTHORS: Neyman, V. B. and ~iriljQya I. V.
TITLE: Hypothesis of the expanding earth in its geologico-ge-
ophysical essence (author-amended paper read on De-
cember 9, 1960)
PERIODICAL: Referativnyy zhurnal, Geofizika, no. 2, 1962, 4-5,ab-
stract 2A14 (Byul. Mosk. o-va lepyt. prirody, Otd,
geol., 36, no. 2, 1961, 125-126)
TEXT: The sharp boundary between the oceanic and the continental
crust, the acute continental slope between continents and oceans,
and also the frequency curve for encountering heights and depths
in continents and oceans -- which discloses the presence of a deep
minimum (corresponding to the continental slope) between the two
maxima corresponding to continents and oceans -- all testify to the
genetic isolation of continents and oceans and render incompetent
the hypotheses of the expansion of continents and oceans at each
other's expense. Having constructed a rather accurate model of a
Card 1/2

S/169/62/000/002/005/072
Hypothesis of the ... D228/D301
cortical earth with a diameter two times smaller than Is the case
today, L V. Kirillov showed the reality of the stretching process.
Since younger zones cut the older within the continents, or, the
successive imaginary removal of the younger zones it is, finally,
possible to arrive at a homogeneous and miniature earth. Thanks to
this the break between the existing cosmic theories and the earthIs
present structure may be eliminated by means of the hypothesis cf
an expanding earth. According to L V. Kirillov the process of orc-
genesis has the following form from the viewpoint of the expansion
of the earth. Expansion, affecting on the whole only the crustis
granitic part results in the accumulation of thick sediments In a
given zone which corresponds to the establiohment of a geosynoline.
Fusions and gaseous substances start to act from below on the rup,
ture of the crust's granitic part. These considurably further the
grGwth of mountains occurring in the stage when the stretching,
whose attenuation results in the development of denud:.ition procesl-
ee, is temporarily retarded. /-Abstracter's note: Complete tranela-
,:ion.
Card 2112

T-T&TAM9 A.A.; GOIMA'CV, yu.N., ClipZliKo~ R.K.L_XIM"V,
Thermoolectric propertier or poly~-rystalline uranium. Atom. energ.
18 no.6v642-644 Js 165. (MIRA 180)

OKOAOKOV , A.A., otv. red.; MARK111, A.M., otv. red.;
tiL-1EZGVSKIY, V.I., red.; DOLGUSHIN, N.I., red.;
KIRILLO red.; MIKKAYLOV, G.U., red.;
~ V, L.A., red.; NIKOLAYEVSKIY, red.;
ROZIIDB,->TVENSKIY, V.A., red.; V,1111AYOV, P.11.,, red.i
KHODOV, M.P., rod.; SHARONOV, M.O... red.
[Regulations for the de3ign and snfa operation or load-
lifting cranes] PrPvila ustroiit.va i bozopasnoi ekspluata-
toil gruzopod"emnykh kranovo Moakvao fledra, 1965. 127 p.
(MIRA 18:7)
2. Runsia (1917- R.S.F.S.R.) Gosudarstvennyy komitot po
nadzoru za bezopasnym vedeniyer. rabot v promWahlemosti. i
gornomu nadzoru.

KIRILLOV, I.Ye., inzh.; KORELISKIY, K.S., inzh.
Improvo the organization of the operation of jib cranes. Bez.truda
v prom. ( no.1:13-14 J& 162. (MIRA 15:1)
(Cranes, derricks, etc-Safety measures)

KIRILLOV, I. Ye., Jnzh.; BILINj 1. X., inzh.
low regulations for the operation of beating boiler units.
Bezop. truda, v prom. 6 no.9:13-14 S 162, (MIPLA 1634)
1. Upravleniye Severo-Zapadnogo akruga Gasudarst"nnogo konitsta
pri Sovete Ministroy RSFSR po, nadsoru za besopasnp vededyes
rabot v prov7shlennosti i gornonu nadsoru,
(Steam heating)

rTRTL V, K.
-- I
'Steanine metal. Takhemol~24 ao,3:23 Mr 156. (MIJU 9:7)
(Induction heating) (Magnstic fields)

6 (7)
SOV/1 12-57-5-11191
Translation from: Referativnyy zhurnal.. Elektrotekhnika, 1957, Nr 5, p 234 (USSR)
AUTHOR: Ablyazov, V. S., Kirillov, K. A.
TITLE: Checking Equipment for a Mine-Shaft Telephone -Communication System
(Kontrollno-poverochnaya apparatura dlya sistemy shakhtnoy avyazi)
PERIODICAL: Sb. statey nauch.-stud. o-va Moak. energ. in-ta, 1956,
Nr 9, pp 99 -106
ABSTRACT: A block diagram of mine-shaft carrier telephone communication
between the dispatcher and locomotive machinists via the trolley network in
presented. The dispatcher's station operates at 58 kc, subscribers' stations
operate at 100 kc. The dispatcher can selectively call the subscribers' stations;
the dispatcher's carrier In modulated by the call frequency to which the called
station is tuned. The call frequencies lie within the band of 300 - 3, 000 cps. To
prevent short-circuiting of the carrier voltage through supply sources, trolleys,
and locomotive motors, the filters tuned to the average frequency of 76 kc are
cut in.
Card 1/1
K,

KIRILLOV, X.I., kand.tekhn.nauk, dots.
Now ways of using compressed wood in machinery namifacture.
Sbor.tmi.VISI no.4tll)-117 158. (MIRA 12:8)
(Wood, Compressed) (Machinery--Conntruction)

- - ITIV, Bergey I)mitriyavich [deceased]. Prinimal uchastiYG*--JMRILU)Ts
, K.K,. Insh.. TZMNIKOT, F.Te,, kand.tekhn*nauk, red.; KIIHA=ICIr#
T.Y., red.; GOLOVKO, B,X*,Itokhn,red,
(Telemachanicel Teleavtomatilm. Moskva, Goo.uchabno-p6dagog.
isd-To X-va prosy. RSISR. Vol,2. [Homemade radio eqmipwnt for
remote control] SamodelInaia radlotelemakhanichookeia apparaturs.
Pod.red. Y.N.Thanikova. 1958. 255 p. (MIRA 12:5)
(Remote control) (Radio-Equipment and supplies)

GRUDZINSKIYO S.V19 inzh.
RC circuits In control and protoction systems of electric equipment
on ships. Sudontroenie 29 no.7t4l-43 Jl 163. (MIRA 160)
measures)
(Electricity on ships-Safety

'~ I " : - i , i ~ , ,
!,~T'~ i ~ ~ '-' 1! :i 4 rt' i cii I P. - ,,,~ ' re, r-i t- I ~t In. ~: , P, , .j vnnt,r. 15
n-.. I I , I. I j !~. t(,,, . O'llif, 180)

ACC NRi M16003479 Monograph UR/
Kirillov, X. X.; (Candidate of Technical Sciences); Kirillova,, 0, M,
",-(candtdato'of Technical Sciences)
Drilling holes in parts made of materials of low workability
(Sverleniye otvorstiy v delayalch iz trudnoobrabatyvayemykh materiali
Moscow, Izd-vo "Mashinootroyeniye".. 1965. 67 P. illuo,,, biblio,
4000 copies printed,
TOPIC TAGS1 heat resistant steel, machine tool, material deformation
PURPOSE A1TD COVERAGE: This booklet is Intended for engineer-tech-
noloo-ists at machine works. The booklet reviews the problems
connected with drilling machine parts from stainless., hardened.,
and heat-reoistant steels and alloys..The construction and geometry
of drills, the processes of metal deformation by drilling and chop
forming and the methods for cooling and lubricating the dutting
zone and drilling equipment are discussed.
TABLE OF CONTENTS
Introduction 3
Card

NRg AM6003479
General information on dkilling machine parts from hard materials - 5
Metal deformation and procona of chip forminG in drilling -- 7
Cutting forces and temperature in the cutting zone during drilling of
hard materials. Drills for drilling parts from hard materials 24
Geometrical parameters of drill cutting parts -- 52
The materials for tools and selection of cooling and lubricating
liquids -- 56
Cutting conditions for drilling stainless and heat-resiatant
materials -_ 61
The effect of the technological conditions of drilling on the relia-
bility of drills for drilling heat-resistant materials 66
Equipment 71
References 87
. - - al. 1-:;4
SUB CODEL11,1,3/ SUB14 DATE: og.Tul65/--65/ ORIG REFt 60V REFt 001
Card

ANDRIANOV, A.S.; KATS, M.L.; KIRILLOV, L.A.; FCMICHEV, V.V.
Effect of an electric fleld on the luminescence of alkali halide
compounds. Izv. AN SSSR. Ser.fiz. 29 no.3:493-496 Mr 165.
(MIRA 18:4)

LA
USSR/Optics Physical Optics
K-5
Abe Jour Reforat Zhur - Mike, No 5, 1957, 12963
Author Sidorov, NoX., Kirillov, L.A.
Inst
Title Luminescence Spectra of Petroleum Products in Frozen
Solution.
Orig Pub Nauk. ezhogodnik za 1954 go Saratovsk. in-t. Saratov,
1955, 596-598
Abstract An investigation vas madeat room temperatures and at the
temperature of liquid oxygen (-1830) of the spectra of lu-
-in sconce of petroleum fractions and accompw2yino tarry
substances, when glow is excited by filtered ultraviolet
light. The glove of the 230-3250 tar-free fractiono ob-
tained at rooa temperature and at low temperature, have
spectra of identical structure. In the latter c&sa the
short-vave m3dwam of 450 millimicrons is resolved into
two maxims, at 442 and 458 uIllimicronso The glov spectra
Card 1/2

z:F`

4-1

Z7 41

1.
t
Yj
k t