SCIENTIFIC ABSTRACT KHANYKOVA, O.K. - KHAPAYEV, M.M.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000721810001-1
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 17, 2001
• Sequence Number: 1
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

7!~.R-W- MGRIM

KHANYKOVA, O.K.; ZHAROVA,, Ye.I.
14 B
Assimilation of C' -labelled vitamin 15 in experimontal leukemia
under conditions c-f ti7ptophan*loading. Probl. gemat, i perel.
krovi 9 no.6t40-10. Je 164. (MIRA 180)
1. TSentraltny-y ordena Tenina ir-Utut gematologil i perelivanlya
krovi (dlr.- dottifnt A.Ye. Kienlev) Ministerstva zdravookhraneniya
SSSR, Moskva.

FHP.,N'-ffOVAF z1fit'llow'), YPI1.) RAUSUNWup M.'o.
(;lit *- -Labelled serinf~ jretaboliam in exporimintal leukemin.
Voi. rad. 9 no.11.~,.119-54 N 161, . (MIPA 180)
1. Hadiobiologichvikaya labrratoriya (viv.- prof. M.O. Paushenbakh)
'N'4ent-rallnogo OT.6ena Loritna Anntiwtit voyr;ttolcgii i pr~reltvaniya
krovip Moskva.

IGWTMOVA, 0. K., Cand Biol Sci -- (diss) "Stud.*! 1~ the
Electro-Oonductivi".'ey and the Electric Polarization of
Aw "- -
ClUcken Egg FlasmaaZWthe ~:Rrocess 4k_IngR~atio4.11 Mos,
1958. 13 pp (Mos .3tate Univ im V. M. Lomonosov, Biol Soil
Fac). 150 copies (IM 40-58, 113)
is

KHANYKOVA, O.K.
Electric polarization of the yolk of n hen's egg [with summary in
EA-glish]. Biofizika 3 no.2:161-167 158. (MIRA 11;4)
1. Biologo-pochvennyy :'nkalitet Moskovskogo ordens, Leninn gosudnr-
stvennogo un!.versitetq im. M.V.Lomonosova.
(POLARIZATION (BTZCTRICITY)) (MOS)

KITANYKOVA, O.K.
Changes in the electric conductivity of the plasma of the hen's
egr, during 1neubation. Viat.14osk.un.Ser.biol., pocbv., gaol., geoga!
13 nn.3:27-31 ' 58. (MIRA 12:1)
1. Kafedra bioftzlki Noel-ovskogo gos. universitata,
(Embryology-Biras'l Ollectric conductivity)

KffXMTA, Nina
Vights on the Notra. ;Iabi slal. 39 no.l12-3 Ja 163.
(HIRA 1692)
1., Predoodwtoll zhensl:ogo soveta kolkhoza im Zhdanova Grodnen-
al:ogo proizirodetvvmol;o pravleniya.
I'Grodno Pro7ince-Ritral 00114itions)

KOW14NIN, G.P., inzh.; ARSENIYEV, L.B., inil., raluchnyy red.;
M,YA~ldaciaaed red.izd-va; GUREVICH, M.M.,
tekhn. red. Jj -
[Prefabrication of h.)useal Zavodskoe proizvodstvo domov. Mo-
ukva, Goa. izd-vo lit-ry po stroit. i ar--:hit. 1953. 266 p.
(MIRA 16:7)
(Buildinga, Prefabricated)

IT
KIL414MI, G.A. (Rilga); VASILIYEV, K.T. (Riga)
Brief. nows. Sovet. zdravookhr*5: 93-96 163 (MIRA 17s2)
1. 0tvototvennyy sikretart ta-tviyokoko naucbrw-i8toriko-%edi-
tainskogo obahchosima.

KHANZHENKOV, V.A.
Results cf the worl: of the Commission or the Rubber Industr7 of
the InternatiGnal Issociation of Trade Unicn8. Kanch. i rc-,.,. 24
no.807 165. (MIRA 18;10)

RHANZHENKOV, V.A..
I , __ -IN
For peace and friendeldp. Neftianik 7 no.111933-34 If 162
(MIRA 161 6~
1. IspoInyaynheMy dyaxannosti zavedi7ashchego ctt~elom
mabdunaroftrkh avyuzey TSentrallnogo komiteta, professional-
nogo soyuza :rabochikh neftyanoy i khimicheiskoy proMthlen-
nosti.
(Petroleum industry)

MINHIP F.D.
Phor,.ocardiography in healthy children, Finiol.zhur. [Ukr.] 20
no-41482-487 J1-Ag 164. (MIRA 18: U)
1~ Kafedra pediatr.,i Il Kiyevsko,--) instituta usovershenstvovaniya
vrachey.

21", -1752
-.~:71c-]- o v

KHAIIZHIN, A. F.
KHAITLIBNo A. F.; HA m6thod Df coordinate and cot)rdinate-figure merometry
in topographic aratomy.11 Min Higher Education USSR. Moscow
Veteri=7 Academy. Moscow, 1956. (Wssertatio.i for the Degree
of Doctor in Veterinary Sciences)
Source: Knizhnaya letopis, No.26 15~6 Moscow

Principles of fronUL1 coordinate-figurate mromet-.-- uma
chest. Trudy KirgNO1,GE no.21171--173 '65. y of the 1. n
Charac ter! a ties of the study of the heaft of prodiWive animla
by reann or the cooidinate-figurate merometry. lbiti.:174-176
(M-1P.A 1.8:11)
1. Tz kafedry rormaltnoy anatomii domashnikh zhivotnykh (zav. -
prof. A.F.Khanzhin) Kirgizakogo vall.-Ackhozyayatwinnogo inofltuta
Imeni Skryabina.

Nam,:, IMAN33MIj Aleksoy Fedoroviah
Dissertation Method of Coordinating and
Coordinated-Figure Iferometerology in
Topographical Anatomy
Dagroc Doc 7dt Sai
,4ffiliation Kirg4.z Agr Inst imoni Skryabin
Dofense D3te, Place 2 Jul. 56, Council of Moscow Vet Aead
CGrtification DatG 15 Dc-.o 56
Source BITVO 7/57
KUKLIIJ,
Observation of lunar eclipses in Dairen. Astron.teir. no.211%12-13
Ify 160. (KIRA 13:10)
(Eclipses, Lunar)

KHANZHIN, A.G,__LXurgan)
Observation of a fireban in Kurgin. Aatron,tsir, not,222tZ7
Vq. 161, (Meteors) (MIA 1594)

11-4-1 f~ ?, .~.- : ` I k- - I
SMOLIVA. N.M., Inithener*lgIIIIII is -- Inzhener.
- I WOMM11-
1 0
Using protectors with.theRM77 relay in networks with large
capacitance cu"outs. Inok. eta. 28 no.5:81-02 W 157
(Ilectric relays) NM 10!6)

KHANZHIII, G.I.; SASIN, V.I.
Automatic ,3tart of the heating system of the oil drms of 110 kv.
oil-filled switches, Prom.energ. 18 no.1:11-12 Ja 163,
WRA 16:4)
(Electric switchgear)
(Electric power distribution)

AORYUSECHMM, Yu~S.; BAGIN. Yu.I.; BASUMSEV, A.A.; BIMIKOT, G.7s.;
BELINICHM,I.Sh.: IUSHUIRV, N.M.; VAGANOV, A.K.; GASEMY, A.M.;
YWIKOT. K.A.; ZGIEWIT, Ch I.; IGAMIrN, X.I.; KCRUSHKINO Te.Y.;
KIJZIMOTO K.T.; PATSKRICH, 1,R.; PIOAK, Y,I.; PAITSIS. T.B.;
MMAICOV# A.So; SAPEMI. V.X.; SIDC31OV. F.I.; MUNSKIY, Ye.A.;
XNA HIN# P.K.; CHARMOVSKIY, Yii.I.; TELUHTIN, D.D., Imnd. tekhu.
iw i'Itseni.e.at HAWOVO M.P., Insh., retoenzent; TWIMI, E.S.,
kmd. *tekan. muk, reteenzeit; POLUROV,..I.P., kand. tekhn. rauk,
reteei~zent; IGHATOUT. M.G., agroniom, reptsenzent; GUT-W, I.M.9
iUzh., reteenzent; 'nCIMLXOV. N.P., tekhn. red.; BARAYANNIKOVA. G.A..
tekhn. red.
[Reference manual for the agriaaltural rachine operator] S~)ravochuik
me"an4zatora sellsirogo khoziaistva. Pt.2. [Repair of tractors and
Mae. U(- 1'~emout traktor6v i eeI'skokhoziai9tveuu7kh
agrimatural hi ory
mashin. Pod red. X.R. Bushueva. Xb8k7a, Goo. n=chno-tokhn. ixd-
vo mehinostroit. lit-zy, 1957. 335 po (KIRA lltg)
(Agricnilt-dral machinert-Maintenance and repair)

VAYVSHTM, Boris Watanovich; SUWANOV, V.F., .-red.; KWZHIN, G.P.,
red.; SUMMOVA, K.G., tekbn. red.
(Efficient designs of cutting tools and cutters]Ratsionall-
mye konstruktoii roztsov i frez. Perml, Permskoe knizhnou izd-
vo, 1962. 40 p. (Metal-cutting tools) (MIRA 150-1)
,;i

/".S bAGIN, Yu.I.-, BASHKIRTSEV, A.A.-, BILENIKOY
Y
u 0 G.Ye.;
BBLINIC M , I.Sh.; BUSH M V, N.M,; VAGANOV, A.K.; GASHEY, A.M.;
YESIKOV, K.A.; ZGIRSKIT. Ch.I.; IGNATIYICV, W.I.; KDRUSHKIR, Te.N.;
KTIZIKOV. N.T.; PITSKIVICH, I.R.; PICHAK, F.I.; RATTSZS, T.B.;
RUDAKOV, A.S.; SAPRIKIN, V.H., SIDOROV, F.F.; UMINSKIT, Ye.A.;
"EiANZHIN. F.K.; CHMOVSKXY, Yu.I.; TZRAKHTIN, D.D., kand.tekhn.nauk;
retb~niz*e'nt; KAKAROV, H.P., insh.,reteentent; TORBZYXV, Z.S., kand.
tekhn.nauk. retsenzen--.-, POLICA OV, I.P., kand.tekhn.nauk, reteenlient;
IGNATIYU , M.G., agro:joe, retsenzent: GUTMAN, I.M.. inthener, rets6nsent:
SARAFANNIKOVA, G.A., '.ekhn.red.; YMAKOV, N.P., tekhn.red.
[Manual for arricultu:rnl mechAnivers] Spravochnik mekhnnizx~orn
sol'okogn khosisistva. Moskva, Goo.niuchno-tekhn.ird-yo mashinostroit.
lit-ry. Pt.l. [Tractim and automobiles, agricultural machinery and
imnlements, and operallion of machine and tractor yards] Traktory i
avtomobili, sel'skokhosiaistyennvo MFIBbiny i orudiia, eltepluatatelia
mashinno-traktornogo parka. Pod. red.N.M.Bushuava. 1957. 462 p.
(KIRI 10- 12)
(Kachine-tractor stations)

KHMIZHIN, P.K.
Using small tractors in garden and park work. Nauch. trudy
AKKH no.24tl52-156 164 (MM 18 t2)

ANDR117"'ir,HfXKD. Yu.S.. BAGN, Yu.I., BASHKLRTS3V, A,Ao a BXLEXIKOV. O.Ye.
BELINICIM, I.-Sh.,BUSHITM-7. N.M., VANNOV, A.K., GASHEV, A.M.,
THSI;XV, X.A., ZGIRSIIT, Ch.l., IGNAPYRY.M., KORUSHUN, Te.Ye
KIJZ#140V, N.T., RATSMICF. I.P., PICHAX. F.I.. RAYTSW. V-3.,
RUDAKOV, A.S., SAr3YKrN, Y.Y., SIDOROV, F.F., UAINSKIT. YO.A.
Yu.T., BUSHUTIV, N.M.. kand.telft.
nam, DUGINA, N.A.,tekhn.red.
(Hanual. for agricultural machinery or)eratorel Pt. 3. Stationary
internal combustion engines. steam er~,-ines and windmills. Rural
electrification. Mechanizntion of production in animnl husbandry.
Spravochnik mekhqn:tzntora zellskogo khozialetva. Pt. 3. Statsionarnys
dvignteli vnutrennero sgornniia, lokomobill I vetrodvigateli.
ElektrifikatEla sel'skogo khoziniHtVA. MokhAnizateiin nroi%vod9tvennykh
proteessov v zhiv(-t:novod-,,tve. Pod red. N.M. Bushueve. Moskva.
Gos.nauchno-tekhn. itd-vo mashinostroit, lit-r7, 19576 200 p,.
(14IRA 11-9)
(AgriculMiral machinery)

ZBARSKIY, N.A.0 kand, tekhn. nauk, red.; KHANZHINA) Ye.B.p inzh#predo
(Technical innovations in Leningrad bakeries; sur~;-yrTekh-
nicheakie woverahenetvovaniia na Leningradskikh khleboza-
voda)&,; obzor. Leningrad, Leningr. Dom nauchno-tekhn 5ro-
pagandy, 1961. 59 P. (MRA 1'1;5

PARCHMUO, A.Y.; USHAKOV, K.A.. doktor tekhnichookikh nauk, professor,
sasluShennyy doyatell nauki I tekhniki; reteensent; TURVZ. V.A..
4oteont, reteensent; OT., T.1, kandidat tekhaicheak'kh
nauk; retnensent; tekhnicheakikh nank.
reteensent; DIMANT, P.I., inshener. retsenzent; GICLIKAN, D.Ta..
redaktor; LABUS, G.A., tekhnicheakiy redaktor.
(Ventilator systems for elevators, mills. groats and mixed feed
plants] Ventiliatsionays ustanovki eleystoroy mal'nite, krupianykh
i kombikoruovykh zavodov. Ixd. 2-e pererab. i dop. Moskva, Izd-vo
takhnichaskai i skonomicheekot lit-ry po voprosam zagbtovok, 1954.
371 P. NLRA 7:11)
1. Doteent Odeaskogo tekhnologioheskogo instituta imeni Stalina (for
(Ventilation) Panchenko)

KHALUGA, A.K., inzheuer; VIM. R-Ya., inzhener; BYCHKOV, A.G., kandidat
tekhnicheskikh nauk; KMNZ~~- J4~-, kandidat tekhnichaskikh
nauk. -W 141M -,-
Pneumatic ridger for milled peat. Nekh.trud.rab. 10 no.6:40-41
Ja 136. (KLRA 9:8)
(Peat machijwy)

KHAI;ZHONKOV,.-V.L-
Aerodynamics characteristics of the standardized TaAGI
railroad-car deflector. Prom.aerodin. no,10:111-117 '58.
(MIRA 11: (3)
(Railroads-Care-Heating and ventilation)

lei
a jug%,
IV,
81
14 4
11a1

HELIKSICTYAN, G.M., inzh.; KHAWG&, A.K., 1mnd.tekhn.nau1c; KHANZHONEDT. T.I..
land.tokhn.nauk
PVP-6m, pneumatic ridger for milled peat. Torf.prom. 36 no.1:22-24 '59-
(MIR& 12:3)
(Peat machinery)

XWZHONKOV, V. 1.
Wind protection of open stadiums. P~Com. aerodin. no.12:239-Z50
'5 9. (Stad!cllms --Aerodynamic a) . (XIU 1331)

KHUZHOHKOV, T. I. -
ReRistance to efflux through wall holes in the precence of a
pasaing flowe Prom.aerodine no.15:5-19 159-
(HUL& -1:0
(Fluid cVnamios)

-----
KBANZHOHKQL-Y.I" DATYMUM. N.I.
Resi3tance of side holes in the and sectio.n of a pipe. Prom.
serodin. no-15:38-46 '59. (MIR& 1338)
(Aerodymmica)

UANZHOROT, T. I. -, TARAW, JU-
Hydraulic trough with Jet stimulation. Prom.aarodin.
no-36:83-91 '59. (MI" l3s8)
(Wdrodjnmmios)

KWZHOIIKGVP M,
Aerodynamic resistance of flat channels with a reverse symmetrical
turn. Prom.aerodin, no,213151-166 962, OURA 1514)
(Gas dynamics)
0 ..
. AL

ACCESSITOP
NR.- AT3002069
IAUTHOR: 2[hanzhonko,
V. L
S/2632/
-I
0/923/0174/ 19
~TITLE: Impingement of an annalar jet onto a target
-SOURCE: Moscow. TsentralloA aero"-gidradinamichaskly Institute
:nay& aerodinamika, no. 23, 196Z. Struynf/a tacheniya, 174-199
Promyshlen
iTOPIC TAGS: wirodynarnics, hydrodynamics, fluid dynamics, gas dynamics, jet,
;annular jet, conical annular jet, shield, screen. target, impingement, pressure
Aistribution on nozzle, pressure distribution on target, ground effect. GEM. grou~d-
1-f
;effect machine, hovercraft, discharge coefficient, pressure coefficient, nozzle-
target inclination. incidence. angle of attack
~ABSTRACT: The paper describes an experimental attempt to determine the ael,o-;
Idynamic characteristics of annular nozzles and to hivestigate the flow of an annula r~
Jet impinging on a flat target. Pressures were determined both on the face plate of
the annular nozzle and on the target. Three annularnazzles, were constructed w1.th
ia conicity of the annular flow of'O, 30, and 450. A 400-mm-diam insert into a
,~480-mm-fdiam cylindrical tube left a 40-mm-wide ejection slot. The conical
inozzles were substantially similar but had convergent nozzle adapters. The
Card 1/4 .. ... .

ACCESSION NR: AT30-02069
pressures on the face plate of ths annular nozzle (comprised within the ikn~jjlsr!
slot) were measured at ZS static-pressure orifices 1-mm in diam. The tarLwet~was.
a circular dink 950-mm diam. *.rho obverse Impingement side was flat, the reverse:
side was reinforced with stiffener ribs. lZ5 static-pressure orifices served for ~1i
,preseure measurement. The alignment of the nozzle axis and thetarget axis could
ibe varied within a few degrees. The test setup compriseA a plenum chamber. a~
IdLEfuser, an ojection-nozzle holder# and a target holder which could be placed at
Ivarlous distances from the nozzle. The effluent speed of the air from the annular
inozzle was varied from 6 to 54 in:L/mec. resulting in a range of nozzle Reynolds
lNumbers ("t) from 0.3 to 2.9-105. Results: (1) Effect of the RM on the pressure
coefficient (C ). The C was foiznd to be practically independent of the RN for all
velocities an,:Kozzle coRicities. Consequently. the outflow from the annular jet
nozzle onto the target is regarded as self'similar over the RN range tested. (2)
I
Pressure distribution on the facis plate of the annular nozzle. Both the pressure
distributions and a. hydrodynamic-channel test with Al-powder suspension in water
sbb,wved that the annular jet fuses into a single flow at a certain distance from the
~nozzle. Widkin that distancq (awl in the absence of a target plate). the innde
portion of the fluid comprised within the annular jet exhibits a toroidal flow with
1 return currents. The base pressure in lower than the atmospneric pressurc.;
thl- s contributes to the converger.t, curvilinear. flow of the fluid. With increasing
[Card Z14

CESSION NR.- AT30OZO69
,;6onicity the pressure difference decrea:es~ and for a conicity of 450 the resultant i I
'!Iace-plate pressure to attnompha:ric. T sts with a Z* relative angle between the
axe a of the nozzle and the targets show that even this stnaU angle leads to a sharp
;reduction In pressure In the nozzle portion placed closer to the target, but only a!
:srrkall. change in pressure in the inore distant portion of the nozzle. This drop in~
'pressure increases with increasing distance between nozzle and target. The 1
1pressure redistribution becomes more pronounced with Increasing nozzle coniclt:~
!(3) Pressure distribution on the target. An annular pressure peak occurs on the i
Aarget in correspondence to the riozzle efflux which impinges and separates there i'
'1nto an Inwardly and an outwardly directed flow. When the nozzle and the target
axes are Inclined Z* relative to cne another, a sharp increase in pressure occurl's
!on the nearer side of the target &ad a Ions in pressure on the diametrally opposi6s
side, with a subomndal drop in pressures in the a:-eas comprised within the annil-'
'Jar high-pressure peak. (4) Preiisure and discharge %toefficients of annular nozzle;0
iThe variationii, of the pressure and discharge coefficlen&..~ varsus target dirtanciell
.vary monotonously and smoothly, until a distance close to the "critical" distance to
1reached at wh1ch the annular jet lases Into a' &.71ngle-core jet prior to reaciting the
!target. Beyond that distance the pressure coe!ficients cease to vary with distance,
The discharge coefficient decreases with increasing conicity. The high discharge
!coefficient for 0 conicity is explained by the "ference in pressui.e distributior~.
[Card3/4.

ACCESSION NR: AT30OZO69
jover the crose section, namely, admospheric pressure on the outside and a lowtkr
:pressure on the inside. With increasing approach of the target to the nozzle the
-1ow-pres sure effect is lost and the discharge coefficient decreases, Orig. art.
I
1has 24 figures.
IASSOCLA.TION: none'
SUBMITTED: 00 DATE ACQ: 01May63 ENCL: 00
SUB CODE: AI 140 REP SOV: 000 OTHER: 000,
LCardA

L 0851,4-67 EWT(d),Lr,-;q~swp,m)/k,*WT(m)/Eb~T(PL.-w/LT-
ACC NR, Id6o_3h'562_-
SOURCE COM Un/2632/66/000/02T/0145/0179
AUTHOR: Khanzhonkov,, V. I.
6s,
ORG: none 0-j-
T.-ME: A_erckRamic characteristics of annular jet flow about a screen
SOURCE: Moscow. Tsentrallpyy aero-gidrodinamicheakiy institut. Promyshlennaya
aerodinamike-L,-n-o-.---2-7-,--i-g-W. struynyye iechenlya (Jet etreamej-,-145-179
TOPIC TAGS: aerodynamics, flow structure, annular jet, jet flow, annular nozzle,
air cushion vehicle, ground effect machine
ABSTRACT: A detailed experimental investigation of the aerodynamic characteristics
of annular jets impinging on a screen is presented. This article is an extension of
the author's previous work an annular jets with relative annulus width of 10% of the
nozzle base diameter (Promyshlennaya aerodinamika, no. 23, Oborongiz, 1962). Knowl-
edge of the interactions of annular and plane jets with the ground which generate a
lift force should be of prime Interest to the design of Air-cushion vehicles.l~)Six
different annular nozzle configurations were investigated: 1) three with an annulus
width b - 8 rm and angles of inclination I a 0.300 and 450 with respect to the verti-
cal; 2) two irith an annulus width b 20 mm with angles of inclination 4 - 0 and 45*;
and 3) one with an annulus width b 25 and angle # = 300. Fig. 1 shows a nozzle of
the first group. A test stand shown In Fig. 2 was used to support the nozzle config-
Card 1/4 VDC: 532-522.001.2 40
L o8544-67
ACC NRo Al
Fig. 1.
Annulfir nozzle with 300 and b/D 0.05
urations and.the scree6 mounted on a movable platform. The distance from the nozzle
to the disk and its angle to thi! nozzle axis could be varied and measured on a scales
The design details of the nozzli!s are described and geometrical dimensions are given
in a table. The technique used for interpretation of the experimental data and meas-
uring techniques are also descrAbed. Four series of tests were carried out in the
flow velocity range from 6 to 55 m/sec.in order to determine: 1) the effect of the
Reynolds number on the nondimensional pressure coefficient T and on the nozzle flow
rate coefficient cic; 2) presour-! distribution on the nozzle base plate; 3) pressure
distribution on the screen; and 4) the effect of the ratio of the annulus width b %o
the distance! h from the nozzle -3ase to the disk on the pressure coefficient or on 4he
nozzle bottom and flow rate coerficient ac at varxous values of the relative vidtL
of the annulus b/D and angle ct 'Detween the base plate and disk. An analysis of -the
L
~experimental data presented in s great number of graphs shows the effects of the
L ?__ L4

1. 085hIj-67
ACC NCATO'C,34562____-"__~'_
'Fig. 2. Experimental setup for investigating annular jet flows on a,
screen
1 - Nozzle configuration; 2 - outer shell; 3 rubber tube; 4 - collec-
tor; 5,15,16 - presou-e gages; 6 - screen; 7 -mounting stand; 8 -
guide; 9 - plate; 10 - worm gear; 11 - wheel; 12 - frame; 13 - cou-
C.,d' 3/4 pling rod; 14 - .scale. I qP

L 08544-67
-4did-Ak;-Af6ob -3 4 -562-
Rey-nolds number, the ratios b/h and b/D, the angle of the annular jet #, the screen
and its difitance b, and the ang,'Le of inclination with respect to the base plate upon
the pressure and flow rate coefticients, and also the pressure distribution on the.
base plate and screen. Orig. art. has: 44 figures and 8 fomulas,,
SUB CODE: 01920/ SUBM DATEt none ATD PRESS% 5104
Co. d

L 04691--67
At.;. NKt AP6023937 SOURCE CODE: UR/031W66/000/006/0025/0027
AUTHOR: jQonk(xy,,._V,.
ORG: TsAGI im. Prof. N. Ye. ZhWcovs)dy. Moscow
TITLE: Calculation parameters ofhovering nozzle-type air-cushion vehicles
SOURCE: Rechnoy transport, no. 6., 1966, 25-27
TOPIC TAGS: ground effect machine, air cushion vehicle, hovercraft, lift coefficient
ABSTRACT: Hovering over a solid surf~pe is one of the fundamental conditione,for
which calculations of the-aerody3amic and power characteristim f an ACV
imust be made. By the method presented for calculating an ACV with a donble-,-
lilow annular.-nozzle/arrangement._thd power characteristics and aerodynamic
parameters for the fan can be found if the weight of the vehicle, its
i.hovering height, airflow configuration,. and the nozzle arrange-.
are known.
k'
A formula is derived for finding the power required per ACV unit weight,.
1which varies with the ratio G/S (G - weight of the ACV; S :- overall area of
Ithe nozzles. The formula contains coefficients for the lifting force i
i(Cy), the norzle airflow rate (ac), and the airflow resistance M), and,
.equations are given for determicing these coefficients. The equation for
Cy takes into accouni the air-cushion pressure on the bottom,
the pressure,.. . at the . nozzle sections, and the reactive

L 04691-67
NKI ArDUCj7j-j
forces of the air streams. Them noz%zle airflow~:- i
irate coefficient ac takes Into account the flow rates of both annular , 1, 1
:*nozzles, and the airflow resistance coefficient Ek takes into account the 1I
.11otal area. of the airflow apertures. Calculated and experi-
mentally derived values for the itir-cushion pressure and the airflow rate
show good agreement within a b/h ran&e of 0.1-0.8 (b - nozzle width;
h - hovering height); in relation to bjDH (DH - outside diameter of the outer'
annular nozzle) the values of Cy show a maximum difftrence of 11, 6%. A
Imethod is presented for evaluating the required air pressure and the air
i-expenditure. The most advantageous dimensions of the nozzle system can be
found by varying its geometr-1c ;~irameters. Orig.' art. has: 3 figures and
21 fomulas. (ATD PRESS: 5061-F]
SUB CODE: 01 / SUBM DATE: ncne
Card 2,12 tv

W~ - --
KUKLINO G.V.j. KWZHINq A.G@
Observations of luxuLr occultations of Venus in Daliny. Astron.
tair. no,21502-33 0 160. (MIRA 14:3)
(Occul$atlons)

YEGOROVII, A.G.; GDSWIMTO R.V.; LOPASHOVA, ye.V.; YELENSKAYA, A.N.1 W-
BANCYVA, A.Ya.j-XWZHTNA,Ye..O., red.; SHILLING, V.A., red. lxd-va;
BEWGUROVAI I.Asp takhno red*
[System of preparing the rye-bread dough in an N.F.Gatilin outfit'
Rezhim prigotovlenita testa dlia rzhanogo khleba v agregate N.F.Ga-
tilina. By A.G.Egorova i dr. Leningrad, 1961. 16 p. (Leningradskii.
Dom nauchno-tekhnic'haskoi propagand7. Cbmen peredovym opytom. Se-
riia: Khlebopekarnala promyshlonnost,t nool) (MIRA 34:10)
(Dough) (Bekixg-Equipment and Bupplios)

LYUMKIS, S.Ye. (Orsk); CHERNOV, A.I. (")r-s!0; Prinimal uchastiye KHANZHOV, A.M.
Forms of nickel losses with waste slags durIng the shaft furnace
smelting of nickel ores for the production of matte. Izv. AN SSSR.
Otd. tokh. nauk. ~bt. I gar. dolo no.08L,-(~8 IJI-tig 163.
(MIRA 16:10)

ZARHAR(W, G.M.; NIKITINSXA'rA, T.I.; AWAUMV, A.G.
Blectric conductivLty of fluorite. Fis.tver.tela I no.5*.835-837
MY '59. (MIRA 12:4)
1. Laningradakly Palitakhnichaskly Inatitut Im, H.1, 1,11nis.
(Plaorite-Slactric properties)
t

8 7,~ ~tl 8
T, 6 0A LY s/i2o/6u/ooo/oo4/OO7/O28
4, '/7j'0 E032/E4!4
AUTHORS. Zakharov, G.M., Nikitinskaya, r.I. and Khapachey, A,G,
TITLE,. A Pulse Method of Measuring Large Resiatances
PERIODICAL: Pribory i tekhnika eksperimerxta. 1960. No.4, pp.82-84
TEXT-* High voltage pulses of app:roximately re.--tangular form were
produced by the circuit shown in Fig,l~ The ::irrult is based on
the high-.voltage hydrogen thyratrons --TT-A 1-90/8 (TGI1 -90/8) and
an artificial LC shaping line as shown, With stAitably chosen
parameters of the shaping line, the length of the pulse could be J
made of the ordrr of 11isec while the length of the leading euge
not more than 0.1jisec, The processes which take place in the
measuring circ,ult ~:an be reprer,6nted-approximately by the equivalent
cir~-,uit shown in Fig.3. In thLB figure, R and C are the
re6istance and capacitance ef the specimen under investigation,
Rl Is the resistance of the generat~or and R2 is the resistance
of the galvanometer, S3.nce R >) Rj_ + R2. the time constant Ir is
given by -- z C(Rj -t R2),- If the length of the rectangular pulse
is much greater than the time constant, the form of the
rectangular pulse acros- the specimen will not be distorted. Th e
dependen,:;e of the current: on time is i5hown schematically in Fig.4
Card 1/4

67 Y~ c~'
S/1.20/60/000/004/007/028
E032/E414
A Pulse Mothod of Measuring Large Resistances
where i,8 and ip corre:5pond ':o th,2 charge and discharge currents
of the capacitor and in represents the ::conduction current pulses
'hrough 11, The mean current in the cirzuit is given by
Ic r ipt/T. The form of the peaks 1!~ and i is not
ne-essarily the same since it is determ -Ined by t9e structure of the
Aeading and trailing edgea of the voltage pulse, However, thi s
will have little effect on the magnitude of the mean current since
the amount of electricity in the discharge and charge of the one
capacxtor is the same. Prom the measured magnitude of ic
i;an determinb in if t and T are known, and hence R can be
t:alculated. The res1stance of the instrument whj-.h records the
current should not be too high becausG large values of this
resistan-;e lead to larger time constants. A mirror galvanometer
can be conveniently used for ihis purposed In th,. instrument
s?mployed by the prrsent authors, the sensitivity of the
galvanometer was 10-lo amp/division. thE amplitude of the palses
vxci s i kV) and T/t ~~ lo3, The lipper limit of thf- re-iistances
sfbich could be measured wi,s ~hiili 101-0 ohni aithough an cxtension te)
Ca r d 2/ i1

E032/E414
A Pulse Method of Measuring Large Resistances
1012 ohm is said to be possible. There are 4 figures and
5 references: 4 Soviet and 1 non-Soviet.
ASSOCIATION: Leningradskiy politeklinicheskiy institut
(Leningrad Folytechnical Institute)
SUBMITTED: July 1, 1959
Rl
nR, C
C R
R
PUC. J. ZIRT111111111CHT111111
CX0111 111IMPHTNI1,110ft IIC-
lilt. 11, C -- ConpaTliflne-
11110 It IH)CTb IMICPRL~
3toro o6pwitta, RI_
clitipoTimetme renepm-
pa, R:- ootiponinacitite
rrumimitosteTpa
Card 3/4 Fig-3.
< T
Fig.4.

o7~`E
S/120/6o/000/004/007/028
E032/E414
A Pu-' -~, Method of Measuri:,ig Lnrge Resistances
Card 4/4
_Oii~~_Nb
Abstract
Card 1/2
Dokl. 105, No
5
The luminescence yield of a system with three enera
levels is calculated and it permits resolving the fun-
damental problem of -whether the value of the energy yield
9 can exceed.unity. Attempts found In the literature
of a thermodymnic proof of the impossibii1ty of I
are not satisfactory. The energy yield of luminescence
of a system with three levels (Pringsheim model) (Pring-
sheiia, P., journal. of Physics, 1949, 10, 495) is calcula-
ted
4-; -

USSR/Optica Physical Optica. K-5
Abs Jour Referat 7%ur .. Fizika, No 3, 1957, 7748
in detail with allowance for the available thenaal. radia-
tion in the saine way as in the workd lLstcd for a system
with -two energy levels (Referat Zhur Fizilr'A, 1956, 17898,
23129). A rarefied thin layer of luminescent I -us is con-
sidered, to make it possible to disregard the reverse re-
action of the luminescence on the electron transitions
of the radiating, systems. It is shown that in the anti-
Stokes region T can be L;reater than unity and that this
does not contradict the second law of therfwdynamics.
The energy of a lixainescent body together with the excita-
tion energy is transferred to the surroundinG medium, the
temperature of which is lower than the temperature of the
exciting body. This, as indicated by PrlngsheLm, is ana-
logouu to the action of refrigerator. It is shown that
It Is Dossible to have "negative" luminescence, i.e.,
not an excess abcve the bacR~otmd of thermal radi.ation,
but a deficiency of r~41.atiori, hav!ji~_, durat;on.
Card 2/2 - 44 -
3/170/60/003/03/09/034
B014/BO07
%lyuk A P
WTHOR: KhAp4
TITLE: The Calculation of the Optical ropertiesNof a Pile of
Plane-parallel Layers
-1ZRIODICAL: Inzhenerno-fizicheakiy zhurnalp 1960, Vol. 3, No. 3,
pp. 59-68
TEXT, In his introduction, the author refers to the method of oalculat-
ing ihe optical properties of thin 11aXerp, which wan suggested by
-_ M----
-A. G, Vlasov (Ref. 1). In the present paper an exact solution of the
Maxwell equations for an arbitrary system of thin plane-parallel layers
is given. The author proceeds from the Maxwell equations (1). By means
of a complex Fourier transformation followed by integration, the al-
i9braio equations (3) are obtaintid from the Maxwell equationa. From these
?.tlgebraic equations the formulae for the calculation of absorbing and non-
absorbing layers are derived In coomplex calculation. The formulas shov
the dependenge of the reflection coefficients and absorption coefficients
on the direction of the incident light. The author finally thanks
B. I. Stepanov for advice. There are 1 figure and 14 references: 1'~ 9071r.Af
Card 1/2 11__~C_

The Calculation of the Optical Properties S/17 60/003/03/09/034
of a Pile of Plane-parallel Layers B014YD007
I Czech, 1 Faglish, and 2 Fren3h.
ASSOCIATION: Belorueskiy goirudarstvennyy universitat im..V. I. Lenina,
g. Minsk
(BelorussiYa State Uni,versity lmeni.V..Ic Lenin$ City
of Minsk)
lard 2/2

MPAL-BX. A.P.
Passage of light through the bottom of a series of plane parallel
layers. Inzh.-fizoshur, no,5:46-58 My 160o (MIRA 13:8)
1. Belorusekly gosildaretvennyy universitet Im. Y.I.Ienina, Minsk.
(Magneto-optics)

IQLAPALIUK. A.P.
Pt.jua,-c of ii,,,,Iit 1;1.rou:,Ii Lli~,., cr,-,r3t-d-i5o'aop~Lc ~-!-XrcElce.
Ddd.All BSS,~ 4 no,.12:505-530, D '(Joe (:-:T'A 2j,:2)
1. Innti4mt fiziki All B33;,'. Predotitvleno a~,viacxni%uri AN ~Z.37i fj.1.
st-pnno,r,r~~.
(Crystal op-.Ics)

UC07
S/058/6Z/000/009/036./069
A006/AIOI
AtYMORS: Khapalyuk, A. P,, Stepanov, B. 1.
TITLE s GendIti-onw-ur-rencrating radiattons by a plane-parallel layer
FMODICAL: Referativnyy zhurnal, Fizika, no. 9, 1~62, 7, abstract 9Zh43
("Izv. AN BSSR, &or. fizL-tekhn. n.", 1961, no. 4, 132 - 133)
TEXT: The authors preseni,, and analyze foi-mulae for the coefficient of
'transmission and reflection of electromagnetic waves by a plane-parallel layor
with a negative absorption coefficient in a homogeneous ruedium and in two dis-
similar inedia. For the case of a homogeneous surrounding medium the conditions
of wave generation are as follows:
41~ 1 2 Irv 2n K
r n. exp -M - n1 - a;70 tg
A n2 -n
med
where r is tbR Frvc~._~' reflection coefficient on the ".layer-medium" boundary;
n and X are the real and imaginary parts of the complex refractory index of the
plate; nmed Ls the index of medium refraction, A mid V are the wavelength and
Card 1/2~

MAFAIXT
11j:'he posvibility of goneration of radiation by a cyntem, or plane-
parallel plates."
Scilf-luninescence of it pile of plane-parallel plates positive
as woll. an norative absorbilon Coefficionts vra.-, alialynd.
Tb c report presented al the Ilth Conf ercnce on Dwnincocenco (Molevilar
luninviconce and luminescorce analysis) Vminsk) 10-1~:' Sor)t, 1.962.
"do

S/2501621006/005/0041007
1024/M4
AU11IOR-- Khapalyuk A. P.
TITLE: Electromagnetic field inside a plane-parallel layer under conditions of resonant absorption
PERIODICAL: AkademiyanaukBelams'caySSR.Doklady,v.6.no,5,1962,301-304
TEXT: By solving the system of Maxwell'i. equations with the corresponding boundary conditions (which
exclude outgoing waves) for four plane waves normally incident on the surfa= of the layer, relations are
obtained, connecting the thickness and refra-tive index of the layer under rc-orznl absorption. Expressions
for the electric and magnetic field intensities, electric and magnetic energy eonritics, Poynting vector and
absorption in3ide! the layer are then derived. ~4mpliflcd expressions for the Poyr!tiog vector and energy density
arc found for the pfirticular case of similar b)rdering media. The caw of resonant absorption treated in this
POPCT is analogous to the cax of light genetallon in a layer with negative absorption co--fficicnt. There is one
figure.
ASSOCIATION: Beloruskii gosudarstyenyi aniversitet im. V. 1. Lenina (Byelorumian State University im.
V. 1. Lenin)
SUBMITTED: March 14, 1962
Card 1/1

b1951
6/194/62/000/009/061/100
D
/D3 08
9 5
AUTHORS: Khapalyuk, A. P. and Styepanov, B. L.
TITLE: Conditiona.for the generation of radiation by a plane-
parallel layer
PERIODICAL: Reforativnyy zhurnal, Avtomatika i radioelektronika,
no. 9, 1962, 7, abstract 9Zh43 (Izv. AN BSSR; Ser.
fiz.-tekhn. n., no. 4, 19061; 132-133)
Tl'-'XT: Formulas are given and investigeLted for the transmission
and reflectLon coefficients of electromagnetic waves by plane-pa-
rallel layers with negative absorption coefficients in a homogene-
ous medium and in two diffe2,ent media..Thd conditions for the ge-
neration of waves in the ca.E~c of a homogeneous surround medium
have the form r = exp (4!rXll'A), and (2ri)/c)ni - tan_1L2nmj/(n2
2 2 M
n 71 ).] = Trs, where r is the Preanel reflection coefficient at
the layer-to-medium boundary, n and )C are the real and imaginary
-parte-o-f the complex refractive index of the slab, nmis the're-
CErd' %,1/2

B/194/62/000/009/061/100
Conditions for the ... D2()5/D308
fractive index of the medium, Aand V are the wavelength and fre-
quency of light, and s is 3.n in-Legcr. The sensitivity of the gene-
ration conditions to the scond of the above conditions is pointed
out, since a variation of Layer thickness by 0.015)Lwill no longer
lead to generation but to damping of wave8. CiLbstracter's note:
Complete translation.2
Card 2/2

KWALUX, A.P.
Theory of circulax optical axes. Opt. i spektr, 12 no.1:106-110
ja 162. (MIRA 15:2)
(Crystal optics)

EM,PALIUKp A.P.
Electromagnetic fields inside a plane-parallel layer under
confitions, of resoumce absorption. Dokl. AN BSSR 6 no.5:301-304
My F62. (MUU 15:6)
1. Belorueskiy goiiudarstvennyy universitat im. V.I. Lenina.
Fredotavleno akadeidkom AN BSSR*B.I. StepanovyM.
(Electromagnetic waves)

KHAPALYMN't A.F.; STEPANOV, E.I.; SOTSKIY, B.A.
Mectromagnotic fiell la a plane-parallel layer under self-
oxcitation. Opt.i );)ektr. 13 no.2t282-285 Ag 162. (MIRA 15:11)
(Optioo, Phyzical)

- -- "!!W129MI - -
KHAPALYUK, A.P.
Transmistsion of nomtlly incident light through an wdsotropic plate,
Kristallografiia 7 no.4:581-588 J1-A9 162. (KRA 1511l)
1. Belorueskiy gosudarstvennyy universitet Imeni V.I.L,,z~ritna.
(Cryatallography, Mathematical) (Light-Transmission)

KHAFALYUK, A.P.
Circular optical axes In absorbing crystalai, Kriat&llofrafiia ? no-5:
724-729 8-0 162. (MIRA 15s10)
I* Belorueskiy gosudvotvennyy wivoraitat imeni IAnina.
(Cryetanograpby)
I. tv,.

STEFANOVp B,I,; OUPALYUKO A*P*
Transmisoive aW ref1gotive 'power of a plane-parallel layer
wider conditiom of mplification and gneration. Opt.1 spbktxo
13 no.5014-720 N 162, (MM l5tl2)
(Optical measwements) (Radiation)

STEPANOV, B.I.; GONCHAUNKOv A.M.; IVANOV, A.P.; SAHSON, A.M.;
S(YrSKIY9 B.A.; DUFALWKI_~. F.
Gemeration of radiation from an infinite plane-parallel layer
Izv.AN SSSR.Ser.fiz. 27 no.4s460-465 Ap 163. (MIM 16:4
(Mpseris) (Electric resonators)

- -11
,MUPALTUIC, A.P.
Generation of radiationby a eyotem of plene-parallel layers,
Izv.AN SSSR.Ser.fiz, 27 no.484F7-482 Ap 163. (MIRA 164)
(Masers) (Radiation)

APANASETICH) P.A.; BORISEVICH, N.A. VOIODIKO, L..V.,- GLkDCM,,'KG, L.F.;
GRIBKOVSKIY, V.P.; GUGEOVICH, G.P.; IVANOV, A.P.; KuzN'--7SOVl,,
V.V.; PIKULIK, L.G.; ~lljpovicll, V.A.; RUDANOV, A.S.; RUBMIOV,
V.S.; S91SONp A.M.; SARMEVSKlY, A.M.; SC,LOVIYFV, K.N.;
UMMKO, D.S.; KIIAPALYUK~ A.P.; YEL"(A.911EVIGH, N.A., akadem4,
I-ea.
[Interaction betwrn nonequillbrium radiation and matterl
Vzaimodeistvie neraviiovesnogo izlucheniia B voshchestvom.
Minsk, flauk-a i teki,.Lka, 1965. 223 P. (MIRA 18:3)
1. Akademiya nauk SSM. Institut fizlkl. Akademiya nauk Belo-
russkuy SSR (for Yellyashevich).

ALC NR, A1156062 SOURCE-6-0-Dit UP/0051/65/019/003/0387/039L
AUTHOR: 41
IRA%
ORO 4. hone
TITLE: Range. of validity of the'transport equations
SOME: Opti.k& i spektroskoplyal, Y. 19, no- 3. 1965P 387-391 ------
TOPE VM -transport equationp~Vhxwell equationj geometric optics# nonlinear equa-
tion
ABSTRACT: Although much theoret',;cal optics is baqed ot on--the exact Maxwell equa--
tions but on -the simpler tianspoit. equations (geozm'ftdcaly~ ics), which have given
good resultal especially when apj)lied to stimulated emission, the range of validity
of geometrical optics remains unclear. The author therefore compares solutions of
the transport equations and the oxact collitions of the one-dimensionall gmll M 2: '*'j.
tions, which are rewritten for this comparison in terms of the energy flux (P) and
the energy de:fAsity (W). It is shown that whereas the transformed Maxwell equatiors
are difficult to solve because they contain nonlinear terms,, the equations reduce to,
the vell-know.,i nonotationary trusport -equations If the-nonlinear terms are droppede
This provides a criterion for tho validity of the transport theory. It is shcown ul-
timately that the transport equation Is valid fully only for pure exponential golu-
tions, and tht: results become uru!eliable whenever the solutions are extended to it-
elude nonstationary problems thail, do not reduce to exponential ones. These concl%;-
Coprd XJ2 UDC: 535.2.001.1
':'

ACC NRi AF502'2862
sions do not affect the validity Of the transport equations for-noncoherent-11glit--
waves,, provideii. the averaging of Ote--amms of, the va-mes over a random distribution cf
Initial -phases -leads--to the same zesult as averaging over time and space. Authar __'
and P. A. Namitevich tor b2tereirt and adifice. OriC.
theu*a B. -1. 8 ext. hass
.16 xormulas. - 41,-. - '~
SUB CODES. 20/ SM DATE: 29JU364/ ORM IMF: 004/. OTH FdW: 001

_L 04764-67 5 IT (1) /T TJ P (c)
ACC NRs AP6025977 SOURCE CODE: UR/0051166/021/001/Oiii-~-/C-~i-411
AUTHOR: na2alyuk, A. Po
ORG: none 67
TITLE: Symposium on nonlinear'optLcs. A report
SOURCE: Optika i spektroslcopiya, -r. 21, no. 1, 1966, 1143-144
TOPIC TAGS: optic conference, opt:,c research, optic material, high energy interac.-
tion, high energy scattering, photon, quantum generator
ABSTRACT: The author reports on the proceedings-of the Symposium on Nonlinear 0pt:.tsj
~(4-11 &gne 1965) organizecl by the '~:natitute of Physics, Veademy of Sciences of the
t Stat 146 delegates from 40 scienln-f
Belorussian SSR and the Bel.orussiai , _Q_ J.-
fic and industrial organizations ol- the Soviet Union took part in the symposilm. V. M
Fayn_presented a paper on "Cfiaractc!ristics of interactions of high energy fluxes and
matter," dealing with the problems in measuring the properties of nonlinear parame%crJ.
It was noted that the commvnly use4, analysis method of relating the vector of polari-
zation to the magnitude of the electromagnetic field in a number of cases (extra %z.gh,1_
energy flux rvaonanca effects) is rot sufficiently accu,.-ate. A. M. Lonch-Bruyevi _t
and V. A. Khodovoy devoted their presentation to the topic of "Multi-photon procesties
The physical interpretation and practical applications of multi-photon processes wcxe_~___
UDC: 621.375.9 : 535.004.1
Card 1/2

L 0064-67
ACC_Nk-__ AP6025-377
discussed. The difficulties of experimental determinazlion of nonlinear propertien in
matter were noted. A. M. Samson reported on "Nonlinear phenomena in quantum gene-,?;%-
tor". In following discussions, the difficulties in solving the nonlinear Maxwell's
equations were mentioned. Other subjects included the feasibility of applying bauin
equiations, to the calculation of nonlinearities, probleras of stability and interac-
tions in the generating media. S. A. Akhmanov discussed the "Multiplication, addi..
tion and subtraction of optical frequencies," utilizirgy nonlinear optical media.
Other speakers reported on their work in the field of 1:ionlinear and coherent optic:;.
SUB CODE: 20/ SUBM DATE: none
kh
Card 2/2

VASIVYXV,G.A., kandidat tekhaichook1kh nauk; KRAPARTSNV,I.V.. Inshoner
New OV-10 grain cleaning nachine. Sellkhosmashina no.8:3-6 Ag'55-
(MLRA 8: 11)
1, Vuesoyusnyy nauchno-looledovatellskly instit-it sellskokhosyayst-
vennogo mashinostroyanipt
(Grain-Cleaning) (Agricultural mm-.hinery)

- wx~vw
M
FZDOSZYXV, B.V., kandidat teekhnicheskikh, nauk; UfAPAITMq I.V., inshener.
Clover hulling and cleaning attachment for the C04 self-propelliq:
combine. Sellkhozoashina no.6:10-12 Je 156. (KLRA 9:8)
(Combines (Agricultural Xachinery)) (Clover)

VAKHROMMW, V.; KffAPANTSICV, 1.
The 077-20 self-propelled grain-cleaning machine. Biul.tekh.-okon.
inform. UD.9353-54 160. (MIRA 13:10)
(Grah-Cleaning)

VAXHRA-qEM, V.A.; J~HMABTSEV, LV.
OVY-20 grain-oleaning mahtne, Trakt.i sellkhomeb, 30 no.10:
34-35 0 160. (MIRA 13:-?)
( Irai n--C leaning)

KaAPANTMV, V.V.,, sostavitell
[Suburban timetabless Moscow - Monino - Zagorsk, Moscow Railroad;
sm=er 19611 Raspiaanie dvizheniia prigoroduykh poazdovt Mookya, -
Monino - Zagorsk# Mookovskaia zh.d., leto 1961 g. Moskvaq Trans-
zholdorizdatp 19619 125 P. (MIRA 14t6)
(Moscov-Railroade-Timetables)

Journal of the' fterican
Ceiramic Sodety
Vol.' 37 No. 5
May 1, 1954
Cementst Urdeat and Plasterv
Stutfy of the micro 'structureo( hitrii-tial cement elanit Ill It-
f*teil 11CIlt. "A. K 'MMIK 1 -4 A 'Al' L A. K it A r AN fSEVA. I'1 "k, il I,
19 1019-11 -A study of Ill 1141-vt'd
light under the taknoweille fev~:Ik three MrilrWrall V. it 4 1
(a) new clearly visible -ystalfiric forittatiou, (Vry-t Olt q! ~ov,-
Cirction), (b) amtrCtilt Isotropir tausi Ithich ION Ow tr ~ 't III Ill,-
Cactattion, iLnd (c) inc(mtVlrt~~jy lIy,jrtjtrj Ar~till- ill 0111ur
The tuture of the ncw foinvO io-.i% and of the i-ti,n4v Ill; 1,, 4
nVA known Thrct photoA of :ittucture. 'I i, Z.

SHVXIN, A.Te., prof.; LIMAN, A.Ta.; GUY TSU-SINI, inzh.; URITU, TS.D..
inzh.: KWANT-SIVA. Li. , Insh. ---., - - .,
Rapid hardening Portland cements for making precast reinforced con-
cretes. Bet. i shol.-b-9t. no.2:68-71 7 '59- (JURA 12:3)
(Cement) (Concrete-Testing)

KHAPAVA, Sergey Arsenlyevicli
" ~,,
(Bacteriuria] (Baktoriuriia Tbilisip Go.s.izd-vo ftSabehota
Sakartvelo") 1963. 1'5 P. [In Georgian] (MMA 17:4)

KWAYEV. A. podpolkovnik zapasa
For vidtory. Grazbd.av. IS'no.2*-16-18 If 161. (MIRA 14;3)
(World Wa~, 1939-1945-Aeritti operations)

KIIAPAYEV,_A_.,,.,podpolkovrdk zapasa
Competing Dor the title of communist lator group. 'IyI i snab.
Sov, Voor. Sil 21 no.12:30-35 D 161. (~'MVL 15:1)
(Russia-Army)

KHAPART. A,
A pilot of long-rang,i and nonstop flights. Grazhd. av. 20
no.9:4-5 3 163. (KIM 16:8)
(Air pilots)

_4
AP5008 o056/63/C481003/001/09#"
A
A)R' t- ?Lb~~
MY A, bf-
TMU; ElectntniLaet radiatiot-, IrcI!V W neutron. in- an qLiteriml magnetic field
ISOM-T: ZbamO eksperimenzallnoy t teereticbeakoy fizilci, L8, no. 3, 19650
. -T
r,-I- 2
~TOFW MO: neild-ron, _zeutrai radlWillion.- neutron polarizetion, ntutron gpin pre-
eettal on, electratfugtetic radietion
ABSrACT,. It is obown -that since'a"neutron moving in a i-onstant and bomqgerjeous
wagneilic field has am &iomalbus migtet ic m=ent, it is capabl! of emittizNj radia-
tion, due to 8PXTtmaeou.a transiticme cf the neutron betmten imates of different
magnet Ac- moment cyrientai,,jons. Mm- enerfW of interaction betwi%en the ne'Ltron and
the T1-41ation Mc: d is determined, It in shCVn that the neutron radiation is IW-dAj
chr~=,.tic for euch fixed d1rection rdAtive to the neutrcn velocity, but the ra-
diaticr. frequency to different for different directions. Ine radiation iii shown
to be sceompcmied always by a chaqla in- opin orientation. Uhan the radiating nea-
trons mre in-Itially unpolarized, qpattnneous polarizatior of the neutron be= is
C.'a

3
SICK- I 7~
-zcm -ir MI- ~~in~mequiree a prefe-rred ori-
e..__and,pafil~mr e~-UmT-ift A *_--ne~trcb~'
Al --entation ;7ppositt, VfA76f ifie magnei*de field. Tbe polar!zation properti-to of the
neutr-in radlatlai are investigated. The probability of neutron radiation is com-
pai-ed Y.-Ith the corresponding probability of qmntaneous ~ decay and it it; shown
that -1--'e prccesvi-s comected w1th rediation of electmma~netic ~-avaa by neutrons
-f nracttcil int-i--reat on4 ir the case of larg- -.e~giea or at hi4-,t
An &mlysie of the behav!:- of. ~onjqitudi-
ronn in f,. mf
Lgf.e~jc field slaws re
r-. r - od
-at ie- exi-Rrimenta-Uy 4hen longitudiml~,y 1,oar,2_ed slow neutrona
anai-netic f'leld. Orig. art. has, 45 formlas.
Mcs.iovskI7 gosudarut,reiTOT universitet (Moscow State Univertoity)
STALMMMt 12flepti~ IMLi 00 TM :ODE i NP
Ifl- RF CTM 1 001
F ia~ OCY5
Card 2/2 C C

EHLPATNV, A.S., gyardii myor takhnichesKoy slioshby
Device t6 imitato explosionn for mock mj,nea. Artilleshur.
no.8:59-60 Ag '53- (MIRA 130)
ZMines, Military)

16(1)
AUTHORi Khapayev, M.N. SOV/55-58-5-4/34
TITLEs Erpansi~o*'n-oi Ahe' Hypergeometric and of the Degenerated Hype.,--
geometric Functi-)no Into Series in rerms of Bessel Functions
(Razlozheniye gi:pergeometrioheskikh i vyrozhdennykh giper-
geometricheskikh funktaiy v ryady po besselevym funktsiyam)
PERIODICALt Vestnik Moskovsk,)go univeraitetagSeriya xatenatikij wkhanikip ut-
ronozii,, fiziki, kldmlio 1958 Nr 5,PP 17 - 22 (USSR)
ABSTRA.CTi Por the degenera-.1ed hypergeometric function F(a,c,z) the author
obtains a double series in terms of Bessel functions. He pr.)-r*s
the asymptotic character of this expans.on for a-*oo. With tthe
aid of this expansion F(a,b,c,z) is dev(loped into a double
series in terms of degenerated hypergeortetric functions. Thip
asymptotic behav:.or of the.e'olutionis of the hypergeometric
equation with thit parameters a,b,o 1,1and of the degenerated
equation with tho parameters a,c) in then investigated,
if a-~oo , b-+m and I z 1 (or a -) oD zj - 1 ) .
ab lal
Card 1/2
Expansion of the Hypergoometrio and of the SOV/55--58-5-4/34
Degenerated Hypergeometric :?unctions Into Serilas in Terms of Besael
Functions
There are 3 references, 1 of which is Soviett and 2 are
English.
ASSOCIATIONs Kafedra matematiki fizicheskogo fakul'teta (Chair of
Mathematius of the Physical Dapmrt;ment)
SUBMITTED: January 24, 1956
Card 2/2

- ~ KWA77, M. M.
Expansion of Bon3al functions with la,rge values of the argu-
ment and index as applied to Beseel functiona with an index
of -1 . Naueb.docl.vys.shkoly; fiz.-vat.nauki no.2:83-85
3
'59.
OCIRA 13:3)
1. 14ookovskiy gosulArstvenW univeraitet im.H.Valemononovae
Nannal's functions)

SUCHNIKOV. A.G.;ICWAYZV, Y.M.
A 'problem in aerial electric prospecting. Vest Moak. un. Ser. mates
mekh., astron., fiz., khiid. 14 no.2:113-1;!O 159 (KIA 13:3)
I
1. Kafedra matamtiki Mookovskogo onuniveirsitata.
(Electric prospecti - =onautics in geology)

q CO 24
AU- T T-10 RS Habinoviah, Yu.L., Khapayev, 11.1.1. Z011/20-129-2-9/C
IV I~17- t Linear Equations Involvin;~ a Small Parameter ',Iith the Hir,,.eit
Derivative in tho Neighborhood of a Regularly Jingular Point
"`E.'~IODICAL: Doklady Akademii nauk SoSR,19500"01. c; )
129,11r 2,,,)T) 268-271(U5 R
ABOTRACT s Consider the equation
(1) 6kE k E"I '- 0'
k=o
where q Z)VI(s) wheze the z) are holo-
ik.(
morpbic for z-0, q o,M-1 (0)/0, so that z=Q is a rc(~-tlarly
singular point of' the ecuations Lrw] = 0, LO[w] = 0. Let
I .
be a root c-f the defining equation of (1) which fo:r
640 passes over into the root j, of the defining equatiin
of the degeneratEd system (d .0) 0[W Cl. Let w0(Z) bB the
lution of -ZOEWj - 0 for which lin. 1; w(z,e) the
Card 1/2 z -)o

66724
SOV/20-129-2-9/(6
.Jinear 1~quations Involving a Small Paramator '-Vith tho Highest Deriv.&Iire
Ln the Neighborhood of a Rogilarly Singular Point
Solution of 0 for which lim. 1. The authora
Z-)O Z
show that under ,ortain assumptions for E .. 'PO the solut,-Lon
w(z,&) passes ov-~r asymptotically into w 0(.).
There are 4 refe.renconi 3 of which aro Soviet, and 1 Belgian.
ASSOCIATIONsMoskovski.y goeudarstvennyy universitet imeni ?,%V.Lor-1onoqova
(Moscow State UnLversity imeni M.V.Lomonosov)
PRESENTED: July 3, 1959, by I.G.Petrovskiy, Academician
SUBMITTED: July 2, 1959
Card 2/2

827~2
S/188/60/000/03/1)1/008
16o,334v) B019/B056
AUTHOR: Khagayeyt M. M,
TITLE: The Asymptotic Expansion of q2t!Ljql Functionsl~
PERIODICALs Vestnik Moskov3kogo universiteta. Seriya 3, fizika,
astronomiya, 1360, No. 3, PP. 3 - 9
TEXTs In the first part of the present paper an asymptotic expansion of
the Bessel function y,(z) Is given for large Y and z - V'v-T in powers of
1/y. In the second part the degenerate hypergeometric function F(a, 0, Z)
is avymptotically expanded for the case in which a, c, and z ten?. to-
wards inlinity. In the last part the hypergeometric function F(a.bgc,z)
is asymptotically expanded for the case in which a is large and 1) - aAl
2
c .2va . It must finally bit said that many of ths known asymptotic
expansions may easily be o',)tained if the equations corresponding to those
with small parametero and ~aigher derivatives are known, when the
canonical solutions in the neighborhood of non-essential aingularities
are studied. The author thanks Yu. L. Rabinovich for valuable a~.vic ex
Card 1/2

36998
S/044/62/000/003/045/092
-;-000 C111/C444
i-,UT11G,1St Sveshnikov, A. G., KhaRa y, M. M.
.11L
TITLE: On a problem of aerial electroroconnaiBsance
PERIODICAL; Referativnyy zhu:7nal, Matematika, no. 3, 1962, 77,
abstract 3B329. (I'Vestn. 1,11osk. un-ta. Ser. matem., mckhan.,
astron., fiz.0 k',iimii." 1959, no. 2, 113-120)
TEXT: Considered is tha influence of the loweut stratum of the
fog on the radiation resistano) of a vertical electric dipole. The J4,
authors introduce E;n effective dielectric constant which character%ses
the electric propei'-ties of the fog, and for a vertical electric dipolet
situated over the ideally cond-icting plane earth, they obtain the ax-
pression for the rate of chang.- of the radiction resistance of the dipole
caused by the lowest stratum or the fog. One points to the fact thit a
similar con&Lderation also mie.2t easily be carried out for an horizontal
dipole.
[Abstracter's notri Complete translation-3
Card 1/1

8*7392
S/020/160/135/006/006/037
10 #0 0 C 111/ C 333
AUTHORs lChapayev, M. M.
TITLE: Asymptotic Expansions of Solutions to Ordinary Linear rifferen-
tial Equations Having Small Coefficients With Their Higher
Derivatives in the fleighborhood of an 'Irregular Singular Point
PERIODICALi Doklady Akadem:.i nauk SSSR, 196o, vol. 135, No- 6,
pp. 1338-1341
TEXT: The author considers the equation
(1) n Ek-mjk(z, m
W(h) + ik( Z, E )vl(k)0
k-m+1 k.0
where
00 OD
(2) 7 k(71 1 &aA k,n(z) z Z-9Bkts
0=0 13-0
and the degenerated equation
Card 1/8

87392
S/'020/:60/135/006/006/,)37
C 111/ C 333
Asymptotic Expanaion-3 of Sclutions to Ordinary Linear Differential
Equation!) Having Small Coefficients With Their Higher Derivatives
in the Neighborhood of an Irregular Singular Point
0, m - 0) VI(k) = 0 holds.
Pk (z'
Let -Fn(z, E 1; lim PB. (z,O) - BMto (0) / 0, The point at in-
finity is irregularz f8or (1) and in general also for (3). Let the
equation n M
(4) Q( ~ F- ) z xk k-m B 7 Ak B 0
k.M+1 .1 k,O(F- ) + k-0 k,0
possess only aimple roots k(6 ). To every rcot Ak(e ) there
corresponds a formal solutJon of (1):
Card 2/8

87392
S/020/60/135/006/00(i/037
C 111/ C 333
Asymptotic Expansions Of SDlUtions to Ordinary Linear Diffe:7ential
Equations Having Small Coefficients With Their Higher Deri-ratives
in the Neighborhood of an irregular Singular Point
Go
(9) Wk(%z;,'E ~k (0? z + z Ck,s(e ) Z- s]
L 8.1
Let e'~O, lilz3 Furthermore
(12) S , ~O) - arg k(E) - ~,,(F_) I , 2 k K n
e'P k' - arg ( Ak' A,')
0 0
are
for 2 1 k!~ m; arg AAO form+ 1.jk < n, where A k:
Tk C-k = 0 an.d. C the only simple
the only simple roots of C~( A 0) elk
roots of
k
2: " b (01 - 0. It is
k=0 k+m,o
Card 3/a