SCIENTIFIC ABSTRACT KISELEV, N.D. - KISELEV, O.M. (KAZAN)

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000722810007-4
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 18, 2001
• Sequence Number: 7
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

_~:L 77
ISMV, N.D., kandidat tekhnicheskikh nauk; DIVISOVA, I., redaktor; KIM-
W%_J_TjL,4".,*'tekhnioheskiy rodaktor.
[Safety measures for electrical work in industrial enterprises] Maktro-
besopasnost' n& promythlen4kh predpritatUakh. lid. 2-e. KO&kT&. lid-vo
V"293M Profizdat, 1954. 126 p. (MU 8: 1)
(Blectrio engineering--Safety measures) (Ilectricity, Injuries
from)
tff
h
RIP,
~!-M PIN,

KISFIN,N.D.; ANTRUSHIN,B.D., redAktor; KUGIUIS II.L., inthener, retsenzent-,
rodAktor; MATFJMffA.Y*-N#q rokhnichoakiy rodaktor
[Blectric safety in machine buLlding,plants] Xe"robesopasnostl no,
mashinostroitollnm za~odo- Moskva, Goo. -uchno-takhas Isd-vo wshluo-
stroitelluollt-ry, 1955. 186 p. (KM 9:j)
(Blectric machinery-Safety ssi4ures)

.KIa-LEV.,_4Uqlay,.DmitEiyevich; SDIONS, Dmitrly Yakavlevich;
b~~Is6v
(Electrical safety in industrial enterprises] Elektro-
bezopasnostt na. promyshlennykh predpriiatiiakh. Izd.4.
perer. Moskva, Profizdat, 1964. 138 P. (MIRA 18:2)

2-. Tech 5ci
Dissertation: "Inv-4zti,-,a'ion of Deformations
i! ,
in the Yroc.~.,5s of Cutting Cast Iron."
Eoscow 1kchine Tool Inst im-eni 1. V. Stalin
SO Vecheryaya Moskva
SU M 71

I -- 1 7 L- ' ~ :1 . 7 .
r
M~-~

KISELRY, B.G., Imb.-makhanik (st. Slavyansk, Donetakoy dorogl)
Operatioaal characteristics of hydraulic jacks. Put' i put.
khoz. 4 no.10:26-27 0 16o. (MIRA 13:9)
(Hydraulic jacks)

BEMSON, O.Yee~~ N.G.- BUZHBVICH,G.A., Imnd. tokhn. nauk,
nauchnyy red.; R-W'--~R;T. T.N.. red. izd-va; RUDAKOVA, N.I.,
tekhn. red.
(Using pulverized ashes from Thermal Blectric Station in
producing building moterikel'Isiolls,ovenie pylevidnoi zo-
ly TWs dlis proizvodstva stioltelil.nykh materialov-, opyt
stroitelei Angarska. Moskva, Gas. Izd-vo lit-ry po stroit.,
arkhit. i strolt. materislam, 1961. 84 p. (KIFLA 14:5)
(Angarsk-Buildins materials industry) (Ashes (Technology))

ft. 1. (Lieutenant Colonel of the Medical SerAce)
- ----------
11some Indices of the Lipoid Metabblism in First-Stage Hypertension in Young
Servicemen"
Voyenno-Mditsinskiy Zhumal, No. 10, October 1961

KISELEV, N.K.
Mechanization of the preparation of impregnating substance
for waterproofing and roofing materials. Stroi. mat. 11
no. 12:15 D 065. (MIRA 18:12)

ABATUROV,, B.D,; KWACHEVSXIY,, L.O.; Prinimli uchastiye: DIIESMAN, L.G.;
.DYLISJI Nvo;j~,
Effect of soles on forest soils. Poohvovedenie no.6:24-32
jo v65. (MIRA 18i12)
Is Laboratoriya lasovedeniya AN SSSR. Submitted Aug. 27$ 1964-

KIS=V,
Yoistening the batch. Stek.i ker. 14 no-7;27-28 Jl '57.
O,Jju 10. a)
I.Gostomel'skiy stokollnyy zaved.
(Glass manufacture)

AUTHORS; isurtyany V. B., and Kiselevs N4 K. 72-1-1o/13
TITLEE." The Quality of Refractories for Feeder Lines Has Improved (Povysim
loaf kachestvo,ogneuporov d1ya pitateley).
PERIODICAV* Steklo i Keramika
f, 1958; Nr If.pp. 28-29 (USSR).
ABSTRACT,' Until recently mechanical production had often to be stopped in
order to exchange the refractory parts of feeder lines,, which was
necessary,.on the average, every lo - 1,5 dayse Each time it took
several days until the machines could again be put into operation.,
which made it difficult to work according to glan. The authors of
this paper succeeded in improving the refractory parts for the fee=
ders MII - 4. Hitherto these parts had been produced by plastic form
ming from a layer containing 45 O/o clay and 55 O/o fireclay wasteg
Laboratory experiments showid that the mechanical strength and the
thermal resistance of refractories can be considekably ihereased
by adding up to 2o '0/o technical alumina. Besidess 3o 0/6*91ightly
burnt fireclay was introduced into the layer. Furthermores a recipe
ia given according to which the refractories were produced and show
wed good relftats. Thesw products can be pressed in metal molds cono
sisting of several parts by means o~ pneumatic rammers or by hand.
Card V2 For the lubrication of the molds a mixture of paraffin and petrom

The Qualay of Refractories for Feeder Lines Has Improved. 72-1-lo/13
leum. (1 5) in a heated state is recommended. The rules for bure
nIng the parts are given in table 1, and their properties in table
2. in the course of a 6 months' work the parts which were manufacs
tured according to the new method, resulted in a much lower co*nsumpo'
tion.
There are 2 tables.
ASSOCIATION: Gostomell,. Glass Works (Gostomel'skiy stekclln~7 zavod).
AVAILABLE.' Library of Congress,
Card 2/2

Tar and bitmn*ouO.--ftWtics with fl.Uer made of aBbestoo-cement wastes.
Stroil mat, 9 no.2:29-30 F 163. (MA 16:2)
1e Glavnyy inzh. Darnitakogo tolevogo zavodas
(Roofing)

xis=v, N.M.
Ky experience with working a shaping mashing. StroiA dor.
maihinostr. n0,9:27 S 156. .9:11)
1. Strogallshchik Chelyabinskogo zavoda *Strommashina.11
(Shapero)

Deposit of original ashlar and facing stone In the basin of
the.Atasu Rivers Test* AN Usakh%= 11 nos9:110-113 3 ~54;
(Atamu Valley-l.andatone) (MIRA 8.-2)

Kism"'N.M.
On the distribution of placer deposits in Central Kazakhstan.
Vest.AN Kazakh.SSR 11 no.5:54-61 MY '55. (MIRA 8:8)
1. Predstavil deyetvitellayy chlen AN KazSSR I.Bok.
(4so"tan-Ore deposits)

lisluly" N.M. 110SMKO. N.N.
Geognphical name. Test.'.AN lr&s&kh. SSIL 13 no.6t9O-92 Js 157.
(Name, %qgraphical--Ulal*) (KUM 10.99)

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M: Stakhanovtsy Novoy Stalinskoy Pyatiletkiv Promyshlennost, USSR (Stakhanovites of the
New Stalin Five-Year Plan in the Industry of the Ukrainskaya SSR) 1949 Kiyev
Soviet Source: Abstracted.in USAF ".Treasure Island", on file in Library of Congress, Air
Information Division, Report No. 111430. Unclassified.

KISIUIV, N.N.; KUZHILI, M.G.; DDUSHKO. A.D.; WIN, P.L.
Permissible pitch of cable sinding on the drum of ahoisting machine.
UgOV 29 no.11;27-)l 134. (MM 7:11)
1. Otdol Glavnogo konstr4tora Rova-Kramatorskogo washinostroitelluo-
go zavoda im. Stallux.
(mine hoisting)

KISEMY, Nikolay Nikolayevich; RUZU 1. Makeim Georglyevich; DIKASHKO,
-ILIIN, Petr U*Ich; KARPYSHEV.N.S., re-
daktor; ZA A,K.A., redaktor; ALADOVA,Te,,I., tokhnicheakly
redaktor
[Kine hoisting machinery (mechanicnl part); construction atlas]
Shakhtn.ve pod"emWe mashiny (mekhanichaskala chast'); atlas kon-
straktoli. Koakwa, Ugletakhtsdat, 1955. 114 P. NLRA 9:1)
(Mine hoisting)

SOV/137-57-11-20635
T ranslation f rom: Ref erativnyy zhurnal, Metallu rgiya, 1957, Nr 11, p 5 (USSR)
AUTHOR' Kiselev N N
'
TITLE: Th
ePlan ~for 'Desig,-of Steel-smelting and Mining Equipment
at the New Kramatorsk Machinery Plant in the Donbass [. Plan
proyektirovaniya staleplavillnogo i gornorudnogo oborudovaniya
na Novo -Kramator5kom mashinostroitel'nom zavode (Donbass)]
PERIODICAL: V sb.: Novoye v konstruirovanii tyazh. mashin. Moscow,
Mashgiz, 1956, pp 136-147
ABSTRACT: The major parameters of forging machines, walking exca-
vatorsi and rubble dredgers to be manufacttired at the new
Kramatorsk Plant are presented. A brief description is pre-
sented of 600 and 1300-t pig-iron mixers, Cu and Ni con-
verters, and mixers of 8, 40, and 75-t capacity, foundry, and
crushing.and grinding equipment made at that pl -nt.
I. G.
Card 1/1
ME
H 1
1
1
1
vzm~~ 11~

N, 0.1
1.
,
_
1

SOV/2422-58-11-14/18
AUTHOR: Kiselev. Engineer
_
zh_e_1_ r',-M . G
TITLE: New Designs-of Min-e Hoisting Gear (No-vyye kcnst-_v-ktsi1~
shakhtnykh-pod" yemnylih.mashin)
PERIODICAL:Vestnik Mashinostroyeniya2 1958., Nr 119 pp 74-?s (USSR)
BSTRAM:
A Nov-Krarsalorsk Meah g Works (No-wo-Kramatorskiy
V
cBngineerin
'
hiashinostroitellnyy Za-yod) has been designated to supply
mine hoisting gear wit-hin the current, drive for
specialisation. The development of hoists with a
multi-rope friction drm is prooeeding. These hoists
can beerected on a tower over the shaft, their.drums
am smaller and.lighter.which leads to considerable
savings of structures and foundations. The first
installation, designated - MK-3.25 x 4, has been erected
at the "Imeni Karla Libknekhta" mine in the Krivoy:P-09
coalfield. It lifts 15 tons from 1300 m depths.
The installation.incorporates remote automatic control.
with a selsyn depth indicator and a rope slip
,corrector, a spring.loaded 'brake with automatic
compressed air contvol, spring mounting of the reducing
Card 113 gearbox anda speciall device for the suspension and

SOV/122-.58-11.-14/18
New Designs of Mine Hoisting Gear
changing of ropes. Four lifting ropes envelop the
friction drun JA four parallel planes through driving
angles.of between 180 and 2200. Each rope carries the
mine irage at one end and another cage or a counterweigit
at the other and. Guide pulleys ensure the positioning
of the x-ope so as to pick up the cage suspension.
The rope is driven by friotion over the dr-m lining,
which can. be exchanged without removal of the hoisting
ropes. The layoutof the hoist is illustrated in Fig-3,
Some details are enumerated, including protection
against faults. The pneumatic circuit controlling the
spring loaded, pneumat-ically actuated brake is shown
in, Fig.4. It is stated that the machine described in
the present paper clan replac-e standard hoisting
installations with drum diametecs of 69 8 and. 9 m.
Card 2/3 achieving a steel economy of up to 220 tons.

MUSHITZRI, V. Ye., kand. tek-hn. nauk; -VU-IOGRADOV, A.S., kand. tekhn. nauk;
POGREBITSKIY, R.D., inzh.; MINIMUM, V.F., inzh.; KISE;I~W,
?I,.Et,inzh.
The PSN-1 mounted loader for silage. Trakt. i sellkhozmass.
no.2t26-28 F 165.
1. Vsesoyuznyy nauelmo-issledovatel'skiy institut seliskokhoz-
yaystvennogo mashinostroyeniyEL (for Zaushitsp, Vinog-ador.).
2. Gogudarstvennoye spetsiallnoye konsti-iktorskoye byuro po
eel Iskokhozyaystvermr mashinam, g. Kiyer (for Pogrebitskiy,
Mingkovskiy, Kiselev)s

xmve: KISEMO N. V.
Dissertation: Development of. the ribs and stermum in man during the
intrauterine period
Degree: CaDd Biol Sci
Affiliation: Acad Sci USSR., last of Animal Morphology imeni A. N.
Severtsov
Dtfense Date, Place: 1956, Moscow
Source: Knizhnaya letopis', No 1, 1957

KISnEV) N.V., ENG.
Concrete Construction
- - -- - - I - - - . --- - - - n , -,,^

KTSCMEVI N.V.
Bee Culture
Work practice of the apiary on the "Wina Wicha" Collective Farm. Pchelavodstvo 29
No. 8, 1952.
Month List of Russian Acces ISions, Library of Congress, November 1952. UNCUSSIFIM.

VEYNBERG, Kallman LiFinanovich; GURFIVOLI., Isaak Yevgenlyevich[deceased];
KOTLYAR, Abram Yevseyevich; NOLIKE34, Vlaksimilian Petrovich.-,
ORLUV,, Anato3.iy Nikolayevich; KHERSONSKIY, Serkey Semenovich;
SHKOLINIKOV, Yakov*Abramovich; BROMIZY, PS., retsenzent;
ZALIZNYAK3, A.A.p retsenzent;cXLWAZV-I-E-V.,-reteenzent; IU.GG,
D.I.# reteenzent; SHVAGIREV) Ya.D., reteenzent; DUKHOMIXY, F.R.v
red.; TRISIEMA, L.A.,, tekhn. red.
(Equipment and mechanization of glase factories]Oborudovania i
mekhanizateiia steko3.'rVkh zavodov. [By] K.L.Veinberg i dr. Mo-
skva, Rostekhizdat, 1962. 451 p. diagrs, (MIRA 15:10)
(Glass-Equipment and supplies)

D7namics of dernatophytes in Vladimir Province. Vest.derm. i
van. 33 no-3:56 K.V~Te 159. (HIM 12:9)
1. Iz Vladimirskogo oblastnogo kozhno-venerologichesIcogo dispansera
QlavnZry vrach O.L.Kiselev).
(YUNGI
dermatophytes (Rue))

KISMV, O.A.
expediency of extensive Wassermann. testing of somatic patients.
Vest.derm.i van. 33.no.5:79-80 s-0 159. (MM 13:2)
(WASSMWAM RICACTIOW)
(HOSPITALS. MCHIATRIC)

KISELEVO O.A.

Organizing the control of occupational dermatitis in
glass wool production. Gig. truda i prof, zab. 4 no.ll*
N 1600 15i3)
(GLASS FIBER INDUSTRY-HYGIENIC ASPECTS)
(SKIN-DISEASES)

...- 1, MIP-A--;.3tr~~l-'-Il~t~czi~~,Yt-4~g-Al~~
KISELEV, Oleg Aleksandrovich; NEYMMI, M.I., red.
[Lat's eliminate venereal diseases] Unichtozhim veneri-
cheskie bolezni. Moskva., Meditsina, 1964 23 P.
41IRA 17:6)

LUKASHENKO, E.Ye.; KRAMNIK) V.Yu.; GAWTA, V.A.; SERGIYENKO, S.N.;
Prinimali uchastiye: KARGIN, V.M., Inzh.; KISELEV, O.G., inzh.;
PETRUNIKO, A.N., inzh.; MASLENNIKOV, I.P., -fn-zh-.---
Developing and mastering the method of thermochemical reduction of
titanium tetrachloride by magnesium in retorts without inserted
reaction sleeves. Titan i ego splavy no.6:23-z6 161. (nu 14:11)
(Titanium--Metallurgy)

SANDLFR, R.A.; STRELFTS, Kh.L.; GARMATA, V.A.; RODYAKIN, V.V.; ARUTYUNOV, E.A.;
PETRUNIKO, A.N.; SOKOLOV, I.I.; Prinimali uchastiye: USTINOV, V.S.;
MUTICHAY, A.G.; MARICWV, A.A.; YFLISFYFVA, I.B.1
SMOLISKIY, I.Ya.; GOLOV, A.G.
Effect of the rate of feeding titanium tetrachloride into the reactor
on the indices of the magnesium thermic reduction process. TSvet. met.
37 no.10:5840 0 164. (MIRA 18:7)

L 7998.W
AVLG ?M APSM6531 MUJlCl_COUX# UR/02
AUTHORN MmuAlffflIA qlopters Us A.; vsmhteml Q* mei V10,60y, v
j6 3.1 JUMMLLSO.Ula') vi"12"ADV, JL~ p 1 EMOR2117h2_~ 0. M.1
6p
OROS
TITLE% A mdxw farmas, fiir randting the aoMonsats from titardua production.
Cl"a 40, No. 175229 Cannomwed by AU-Union.5al"ific Resemb w4 Desi a Inatitut4k
of Sims, aid
Aluminum, KaZw ~dqln a~si_vA by Dniew sun aw~A;.
(VassaynsMy nauchno-issladow&tallskly I proyaktrary Irwtitut Y! WS0171M
i olaktrodnoy yr*wqWQ*w4*U I.Dompraveldy titano-aspiyevyy
SOURCIS B)-AU*tenl isobistedy J tmarnykh saskor, no, 190 190j, 71
TOPIC TAWa phyeical mitanuffo ne"nurgic furnace, astaUarxic Industrro tit"mm
ABSTRACT a Tbli Autbor Carbificato introduces & mixer furnace for rawltiak the
condon"to from titanim production. The furnace consists of A m1ting chiaWr
commeted by a duct In -its Uver nmt to a mixer forehearth, and. of sUctrodes for
."Iting'an inwt Silt 1404 lig. -15-. -To "Uty tM process &M to roduce'the losses"
of xagassium and maps" ch2orlde 'the nixw In provided with a supwided astaU:La
cap for collocU%J6WFddN&G&&mwQ for proum"m it from reactiq,with a"" am
I -
the 14n4 A Ji4jWW seal a axam pramrs or lout gm (4rgoa) ever tbA mU
I Cmd 1/2 Mo- 669,72LWs621,7160

MEDELYANOV,9KIyt A.N.; LOSET, N. I.; KISMU., 0.1.
Bats possibilities of the method of phase roentgenocardic.-
graphy. Kardlologiia 1 no.5t66-7.7 t-61 (MIR& 17

FROLOV, V.A.; KISEM, 0.1.; DwIlldvo Ye~A~~,
Method of automatic. ~'-blective photography of a vectocar-diogram
oectionp, Zhur, nauch, i-prikle fots i kin, 9 no,1355-57
Ja-F'64- (NIRA 17t2)
1. Pervyy Mbskovskiy ordena. Lenina meditoinskiy institut
imeni I.M. Sechenova.

MEDELYANOVSKIY, A.N.; KISELEV, 0.1. (Moskva)
Method for the phase study of cardiac excitability. Pat. fisiol.
i eks~. terap. 5 no*6:68-72,N-D 161. (MIRA -15W
1. Iz kafedry patologibheskoy fiziologii (zav. - prof. S.M.Pavlenko)
I Mos~ovskogo ordena Leming meditsinskogo institute. imeni I.M.Sechenova.
(HURT) (ELECTROGARDIOGRAPHY)

NEDKLMOVSKIY,, A.N.; LOSEV, N.I.; TABAROVSKIY, I.K.,- KIS :7, 0.1.
Method of phalo roontgenooardiography. Trudy po novo appe j
metoa. no.1254-59 163 (MIRA l6tl2:)

KOVANOV, V.V.,- PAVLENKO., S.M.: MFMLYMIOVSKIY, A.N.;
KHILIKIN, A.M.; FALIKOVSKIY,
BOGDANOVA, Ye.V.; KggU
G.A.
Method of phasic control of the blood circulation* Trudy po
nov. app, i metodenoelt86-9Z 163 (MIM 16:12')

MEDELYANOVSKIY, . A.N. ~ISBLI;T -1.AXbskvu)
Simplified aplMratus for Phasio acamination of the heart.
ftt. fiziol. i eksp& terap. 7 noiltft-87 Ja-Ft63.
(KM 16:10)
1, Tz kafedry patologiche-skoy fiziologli (zav. pr6f. S.M.
Pavier*o) I Moskovskogo 6Aena Lenina meditabskogo insti-
tuta imeni I.M.Sschenova~
(MM-MUMATION) (PHYSIOIMIGAL APPARMS)

YXDELYANOVSKIY, A.N.; FIROLOV, V.A.; K19IXV, 0.1, (1-loskva)
Method for phase photography of tho hearts. Pat.fiziol.i eksp.
terap. 6 no.2:71-73 ~lr-Ap 162. (MIRA 15:8)
1. Iz kafedry patologichaskoy fiziologii (zav. - prof. S.M.Pavlenko)
I Moskov'skogo ordena Lenina meditsinskogo instituta imeni IM.
Sechanovae
(MURT-EXANINATION) (PHOTOGRAPHY, REDICAL)

FROLOV, V.A.; KISELZV. 0.
Synchronization of the moment of the stills, X-ray and motion-
picture photography of the heart in a preeelected phase of its
cyclic activity. Zhur. nauch. i prikl. fot. i kin. 8 no.4:
306-307 Jl-Ag 163. (MIRA 16:7)
1. Pexvyy mooko"kiy ordena lanina. meditsingikiy- institut
imeni Sechenova.
(PHOTOGRAPHr, MEDICAL)
(HEART-DIAGNOSIS)

MEDELYANOVSKIf2 A.N.; VYALYKH, M.F.; BOGDANOVA, Ye.V.; FROLOV., V.A.;
.KISELEV 0. 1.
L
Data from a selective study of the chemical composition
of the heart of homoiothermB during systole and diastole.
Vop. med. khim. 9~no.5.-%8-521 S-0 263. (MIRA 17-11)
lo Laboratoriya biokhimii Instituts, farmakologii AMU SSSR

MEDELYANOVSKIY,, A.N.; FROLOV, V.A.; KISEIEVp 0.1.
Method of phasic photography of the heart, a method of receiving
photographs and films'of the X-ray imago of the heart at a
given phase of the'6ardiac cycle. Trudy po,nov. app. i metod.
no.lt60-63 163
(KM 16:12)
Method of phasic vectorcardiography. lbid.t8O-85

MEDBLYANOVSKIY, A.N.,- KISELE
Ye.V.
Method of phasic otlidy of stimulation of the heart. Trudy
po nov. app. i metod. no*lt64-70 163 (MIRA 1602-

j

FROLOV, V.A.; KISELEV 0.1.; DEMUROV, Ye.A.
Mechanism of nervous regulation of cardiac activity, Effect of
the section of vagosympathetic stems on charges in the excita-
tion of the heart ventricles in frogs. Biul. eksp. biol. i med.
57 no.3:19-22 Mr 164.
(MIRA 17:11)
1. Kafedra patologicheskoy fiziologii (zav. - prof. S.M. Pavlank-o)
I Moskovskogo ordana Lanina maditsinskogo instituta imeni I.M.
Sechenova. Predstavlena. deystviteltnym chlenom A141 SSSR B.V. Pet-
rovskim.

MEMLYANOVSKIYI, A.S.1 KTSELEVI 0.1.
Methodology of respiratory and cardiac phasing as applied to the
study of the activity of the heart. and large Yessels and their
regulation. Pat. fiziol. i sksp. terap. 9 no.1:7MO J&-? 165,
(MIRA 18:11)
1. Kafedra patologicheskey fiziologii (mr. - zasluthemw
deyatelt muki prof. W,M, Pavlenko) I Moskovskogo ordena. Lanim
meditsinskogo institutap Moskva.

.,KISELEV, O.K.
Conversion of flowing artesian wells of the Terek-K-uma artes3in
basin to cock-diaphram regulation. Razved,, i okh. nedr 27 no.9:
28-31 S 161. (MIRA 1712)
1'. Groznens~aya opytna-meliorativmya stantsiya Yuzhnogo hauchno-
issledovatel'skogo instituta gidrotekhniki i molioratsii.

XISELEV, O.K., inih.
Converting gualdng wel-Is to controlled operation. Gidr. i Mel.
14 no.804-41 ~Ag '62. (MIRA 150)
1. Gresnenskays. opytno-mUorativnaya stantsiya Yuzhnogo
sauchno-isaledovatel'skogo inatituta gidrotekhniki i meliorataii.
(Wells)
A
Mae

Solving a problem on the equilibrium of a flexible cord by the
"moments of flexion" method. Uch. zap. Kaz. un. 117 no.9:90-94
157. (HIRA 13-.lj*
I.Kazanskiy goeudaretvanny7 universitet im. V.I. Ullyanova-Lanina,
Kafedra gidromekhaniki.
(Catenary)

AUTHOR: Kiselev,O.M. SOY/140-58-6-14/27
TITLE: On Conformal Mappings for the Solution of the ruverse.- -,Boundary
Problem of Hydrodynamics for Multiply Connected Domains
(0 konformnykh otobrazheniyakh pri reshenii obratnoy krayevoy
zadachi gidromekhaniki dlya. mnogosvyaznykh oblastey)
PERIODICALs Izvestiya vysshikh uchebnykh zavedeniy.Matematika, 1956, Nr 6,
PP. 139-155.(USSR)
ABSTRACT: In his scarcely known dissertation, Nasyroy [Ref 11 developed,
a method for the solution of the Jztveise-boundary problems
of hydrodynamics. The principal difficulty of the method con-
sisted in the determination of a function mapping the domain of
the complex potential conformally onto a domain g for which the
solution of the Dirichlet problem is known.
In the present paper the determination of the mapping function
is carried out in four special cases, where 0 means the complex*!'.'..o
plane with cuts along the real axis.
There are 11 figures and 4 Soviet references.
ASSOCIATIONsKazanskiy gosudarstyennyy univer8itet imeni V.I.Ullyanova-Lenina
(Kazani State University imeni V.I.Ullyanov-Lenin)
SUBMITTED: February 1, 1958
Card 1/1

- ~0- 11
Plotting an airfoil profile on the basis of a given chord diagram.
Isv..vys..ucheb. say*,; avetakh. 2 nool:10-15 159 -
(NUA 12:3)
Luzanskly gosudarstvengyy universitst, KafedLra gidromakhaniki.
(Airfoils)

SOV/147-59-2-3/20
AUTHOR: Kiselev, O.M.
TITLE: The ConstrucVion of a Body of Revolution for a Given
Velocity Distribution Over It (Postroyeniye tela
vrashcheniya po zadannomu na nem raspedeleniyu
skorosti)
PERIODICAL:Izvestiya %~ynshikh uchebnykh zavedenly, Aviatsionnaya
tekhnika, 1959, Nr 2, pp 20-24 (USSR)
ABSTRACT: The flow round the body is assumed to be infinite,
axi-symmetric potential and that of an incompressible
fluid. If the axis of'the body is taken as the
X-axis, with the origin at the mid-point of the body
length, then any axial plane z gives the same
profile L as the cross-section of the body, this
profile being symmetric with respect to x-axis.
The problem then reduces to that of finding an
analytic function z =.f(j )giving a conformal
transformation of th6 exterior of the unit circle
into the exterior of the given profile. This
analytic function is sought in the form of a series
Card 1/4 in inverse powers of as given by Eq (1) or in the

sov/147-59-2-3/20
Construction of a Body of Revolution for a Given Velocity
Distribution over It
parametric form by Eq (2). Since the velocity
potential V in z-plane is given by the differential
equation, Eq Wo with the boundary conditions of
Eq (4), a relation can be derived between the
velocities roundthe unit circle and the profile-by
means of the transformation formula of Eq_(l) and
this relation is given by Eq (5) together with the
subsidiary relations of Eq (6) - (8). The solution
of the problem,is then obtained by the method of
successive approximations and Fourier series the-
coefficients of which are determined from the above
mentioned velocity relationship. As the zero
approximation for the shape of the body it may be
convenient to take an ellipsoid of revolution, in
which case only the first term of the first relation
of Eq (2) exists; 1.e. x(t) -.:--B cos t and also
U(t) = D sin t. In general, for an arbitrary profile
of the body u(t) will be #s given by the first
relation on p 23, but as practical computations show,
Card 2/4 the coefficients dk are small and diminish rapidly

SOV/147-59-2-3/20
The Construction of a Body of Revolution for a Given Velocity
Distribution Over It
with k, so that their wsf:tects on higher approximations
of W(t) represent only minor corrections compared with
values obtained from the-simplified formula. As shown
in Ref 21 the valo--ity potential (p on the surface 'of
the axi-symmetrical bodies differa only little from the
value yo + ay', where yo is the oolution of the: . I
Laplace equation (Eq 12) and y' is the solution of the
Poisson equation (Eq 13) and o is a constant. The
corresponding non-dimensional velocity on the surface
of the body is then W = "Vo + a 71 where v0 is the
velocity of the two-dimenB-ional flow past the
profile L, and v1 is the supplementary velocity
resulting from the potential c0. An example is then
given (generalized Mx-zk0-.s1:J:y13 profile) in which
it is shown that using no further than the third
Card 3/4 approximation the coordinates of the derived profile

SOV/147-59-2-3/20
The Construction of a Body of Revolutlon for a Given Velocity
Diatribution Over It
differ only insignificantly from the actual
coordinates. There is I table and 2 Soviet
references.
ASSOCIATIONiKazanakly gosudarstvennyy universitet, Kafedra
gidromekhaniki (Kazan'State University, Chair of
Hydromechanics)
SUBMITTED: May 179 1958
Card 4/4

-.: - I
- iy;~ 1 1. -,

6/147/60/000/004/004/016
B191/E281
%
-AUTHOR 'Kiselev.i- _(K _~-_ , :. .. .. ,
B T 0 f 'a: Single Row Cascade
TITIL st;
he. on
from a:Given Chord Diagram
PERIODICAL:'.-I Izvestiya vysshikh uchebnykh zavedeniy,
Aviatsionnaya tekhnika, 1960, No. 4, pp. 31-39
TEXT: The following problem is considered. A.straight,
single row daseade,,.whose axis-forms a given angle with the
co-ordinate axis parallel to the chord of the-cascade profiles
is traversed.by a plane irrotational flow of an ideal imcom-press-
~ib'e fluid. -It is required to-determine the shape of identical
L
profiles which constitute the cascade and the magnitude of the
pitch so that the velocity along the basic profile of the
cascade becomes a given-function of the co-ordinate along the
The angles of the velocities at infinite points upstream
and downstream of the cascade against the profile chords are
d known. It is also required that, at some other conditVio
assume n
of flow.,*these angles should assume two given values. The
irrotational flow through -this cascade is corrolated by conformal
Card 1/4

S 147/60/000/004/004/016
B191/E281
The'-C'Onstruction'of~',a'.-,Straight ngle Row Cascade from a Given I
-Si
C
hord,Diagram.,;,
it derivatives,,taken on t in
From
an 7 - -9 the polar angle
tLs equition by method.- of successive approximations.a function
ZI
is derived,which performs the mapping of the outside of an isolated:
.-Amit circle on the outside of the desired profile (A, a I b.
are some real coefficients).- This method of successive approxim-~- i
s
tions is discussed in detail making use of the present author'
a
~~'k J. earlier analytical treatment. (Ref. 4 and 5:: "Construction of
a Wing Profile from a Given Chordwise Velocity Distribution",
',..Izve--tiya VUZI Aviatsionnaya tekhnika, 1959, No. l.and "The
'Construction of A,Solid of Revolution from a Given Velocity
Distribution over its Surface" I Izvestiya VUZ, Aviatsionnaya
tekhnika, 19159, No. 2). An.example examines a cascade consisting
'of symmetrical Zhukovskiy profiles of 600 mm chord ative
8.1% rel
Card 3/4

s/114/6o/ooO/OO7/OO4/OO9
E194/E455
AUTHOR: Kiselev, O.M., Engineer
----------
TITLE: A Compressor of the Neva Engineering Works Imeni Lenin
PERIODICAL: Energomashinostroyeniye, 1960, No.7, p.18
TEXT: Air compressor type K-345-91-1 of the Neva Engineering
Works is a two-cylinder machine with three intermediate coolers.
Under rated conditions it raises the air pressure from 1 to 14 atm
and has a volumetr1c output related to the input conditions of
340 0/min. The power is 2300 kW and the speed 8600 rpm. In
addition t6 the two cylinders with.their air coolers and requisite
pipework, there is a reduction gear and electric motor, and an air
cooler for the elebtric motor. The weight of the compressors
with air coolers and connecting pipework is 33900 kg. The
foundation size is 11.2 x 3.15 M. The compressed air -pressure
is stabilized automatically.
Note: This is a complete translation.
Card 1/1
MGM

s/114/62/000/003/004/005
E194/E155
AUTHOR. Kiselev6.ag,,, E ngineer
TITLE: Work at the Nevskiy mashinostroitelinyy zavod im.
V.I. Lenina (Neva Engineering Works imeni V.I. Lenin)
PERIODICAL: Energomashinostroyeniye, no-3, 1962, 37 and 40
TEXT: The technical design has been completed for a six MW
gas turbine type P T -7 nd
5o-6 (GT-750-6) burning natural gas a
intended for driving compressor's on gas pipelines'. Using
regenerators and under normal operating conditions the turbine
efficiency at the compressor coupling is 271'''. The equipment can be...,,
automatically started and stopped by operation of a press-button or.,..''
by remote control. The equipment consists of the gas turbine,
combustion chamber, axial compressor, starting and barring gear and
regenerators. Since the shafts are separated, the equipment can
work over a wide load range at various power-shaft speeds and the
compressor can be driven to suit the pipeline reqx1irements. The
rated gas inlet temperature to the turbine is 75Q OC; hot parts
of the turbine are air-cooled, and if 0.8olo at the compressor air
is used for.this purpose the disc temperature will be 58o OC.
Card 1/2

S/114/62/000/003/004/005
Work at the Nevskiy
E194/E155
The degree of regeneration is nbout 750tot the regenerative heating
surface is 1500 M2, and the compression ratio of the cycled air is
4.6. The air compressor, driven by the high-pressure turbine,
runs at 5200 r.p.m., and the low-pressure turbine which drives the
gas compressor runs at 5600 r.p.m. In the combustion chamber the
gas burns in an air flow at a rated temperature of 404 OC and a
pressure of 4.45 atm delivered from an air heater at the rate of
187.5 tons/hour. The combustion products at a temperature of
750 OC are delivered direct to the gas turbine. oil for lubrica-
tion and governing is delivered by a centrifugal pump driven front
the high-pressure turbi.ne shaft. An electric pump is used during
starting. The sequence of starting operations is provided by
special relay equipment with appropriate sequence arrangements and
time delays. There has been considerable standardisation of parts
betxieen turbines types GT-750-6 and r-T-700-5 (GT-700-5). As
compared with type GT-700-5, type GT-750-6 has 811o lower fuel
consumption and the referred weight of the equipment is 37N lower.
[Abstractor's note: This is an abstract of paragraph 2 only.]
Card 2/2

KISSLEV, O.M., inzh.
flow inventions in the field of power mchinery manufacture.
Energomasbinostroenis 8 no.5:23-33 My 162. (MM 15:5)
(Leningrad-Turbomachinery)

KLUI.EV,._gX,,_;Lnzh.
I
A new pickup regulator. Energomashinontroerde 9 no.5:43-"
MY 163o (KMA 16 -.7) 1
(Gas -turbines)

KISHMV, M.
rAvitation flc,-,r of a heuryll4u!A paxL,. a pla.tB. It-T. rp.
ucheb. rav.; mat. noo6*92-rl 163 NIHA 1'-,' 28)

KISELEV,,.,9.M.- (Kazan)
Problem involving the outflow of a heavy liquid from an-oriPce
in a -vertical -wall. 'Izv. vys. uaheb. zav.; mat. no.600-77 164.
(MIRA l8j3)

KISELEV, O.M. (Kazant)
Solulion of the problem involving a vortex in a bomded mass
of h ary liquid, Prikl. mate i mekh. 28 no.4:771-777 Jl-Ag 164
(MIRA 17:8)

KTSELBV, O.M.
Patent Information; its characteristics and sources. NTI no.lltlG-12 164.
(MlFLk 18? 1)

.- ~--M
KIS ZVI O.M.. (Razan')
Gapillar7 waves in a channel with A polygonal bottom. Frikl. mat.
I makh. 29 no.lol82-185 Ja.-F 16,10 (MIRA 1844)