SCIENTIFIC ABSTRACT SHCHITKOVSKAYA, V.L. - SHCHUCHINSKIY, YA.M.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001548920007-5
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 99
• Document Creation Date: November 2, 2016
• Document Release Date: August 23, 2000
• Sequence Number: 7
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

AFANAS'YEV, D.Ya.; BARBARICH, A.I.[Barbarych, A.I.1; ZEROV, D.K.P-akarl.;
KLOKOV, M.V.; OKSIYUK, P.F.[deceased]; 5j!CHjTXQV~SKAYA,
V.L.[Shchitkivslka, V.L.); BILOSHTAN, A.P., red,
liksikograf; SKUTSKAYA, N.P.[Skutslka, N.P.1, red.;
KADASHEVICH, 0.0.(Kadashevych, 0.0.1, tekhn. red.
(Russian-Ukrainian dictionary of botanical terminology and
nomenclature] Roofislko-ukrainalkyi slovnyk botanichnoi
terminologii i nomenklatury. Kyiv, Vyd-vo Akad. nauk USRS,
1962. 340 P. (MIRA 16:4)
1. Akademiya nauk Ukr. SSR (for Zerov).
(Botany-Dictionaries)
(Russian language--Dictionaries__Ukraiq~ieLn)

LTJPIWVICFI, 1. S. , prcfessor-, SHCHITNIKOV, P. 1. , inzhener.
Drainage and cultivation of swamps and swampy soils in the
Polesye Lowland. Trudy Inst.mel.,vod.i bol.khoz.AN BSSR 6:
3-20 '55. (1ILRA 9: 10)
1. DeystvitelInyy chlen AN BSSR (for Lupinovich) 2. Direktor
Belp,iprovodkhoza. (for Shchitnikov).
(Polasye--Drainage) (Polesye--Swamps)

PAVLOVSKIY, Alaksandr Alekseyevich [Paulouski, A.A.], kand.tekhn.nauk;
SHCHITNIKOV. P.I. [Shchytnikau, P.I.1, inzh.-gidrotekhnik, nauchnyy
red.; KOROLXVICH, M.A. [Karalevich, M.A.], red.; VOROTINSKAYA,
S.A. [Varatynskaia, S.A.], tekhn.red.
(Using hydraulic machinery in the drainage of White Russian swamps]
Gidramekhanizatayia na asushal'nykh rabotakh u BSSR. Minsk, 1959.
23 p. (Tavarystva pa raspausiudzhvanniu palitychnykh i navukovykh
vedau Belaruskai SSR. Seryia pryrodaznauchanavukovaia, no.14).
(MIRA 13:4)
(White Russia--Hydraulic engineering)

SHCHITNIKOV , P.I. , inzh. (g.Minsk)
Drainage and reclammation of water-logged lands in Polesye.
Gidr. i mel. 13 no.3:48-55 Mr 161. (MUA 14:8)
(Polesye-Drainage)

SHCH1711KOV, Petr Ivanovich; VABCHIKOV, N.L., red.; ZUYKOVA, V.I.,
t felchn. red.- - --- -
.i
[Land improvament in the current seven-year plan]l'elio-
ratsiia v tel-cushchem semiletii. Minsk, Gos.izd-vo sell-
khoz. !it-ry BSSR, 1962. 32 p. (MIRA 15:11)
(White Russia-Drainage)

ACCESSION NRj AR4023750 5/0274/64/000/001/AO55/AO55
SOURCEs RZh. Radiotekhnika i slektroavyazl, Abe. IA352
.AUTHORSs Ignatlyev, G. F.t Shchitnikov, Sh. 1.
TITLEt -Verification of antenna phase diagram
CITED SOURCE: Izv. Tomskogo politekhn. in-ta, v. 116, 1962, 87-89
TOPIC TAGS: antenna, long wave antenna, medium wave antenna, ell
shaped antenna, antenna phase diagram, antenna phase directivity,
phase diagram measurement
TRANSLATION: A method is proposed for checking the influence of the 1(
capacitive load of a medium-wave and long-wave L-shaped antenna on
the phase directivity diagram. The method consists of comparing the
Iphase diagram of the antenna with that of a vertical radiator. The
1investigated antenna is constructed in such a way that it is possible'
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,ACCESSION NR: AR4023750
to remove the horizontal part, leaving the vertical radiator in the
.center. The diagram of the antenna is compared with the phase dia-
gram of this radiator. Measurements of the phase are carried out
using a passive reflector and a phase-measuring device.. One illus-
tration. B. P...
.DATE ACQs 03Mar64 SUB CODE: Ggg SP,.. ENCL: 00
cued 2/2

ACCESSION NR: AR4032182
SOURCE: Ref. zh. Fiz., Abs. 2Zh107
AUTHOR: Shchitnikov, Sh. I.
S/0058/64/000/002/HO16/HO17
TITLE: On the distortion of the phase diagram of.a vertical radia- I
t-or, due to its inaccurate installation-
CITED SOURCE: Tr. Tomskogo in-ta radioelektron. i elektron. tekhn.,
v. 1,.1963, 27-32
TOPIC TAGS: vertical radiator, vertical antenna, phase diagram
distortion. phase diagram, amplitude diagram, deviation from circu-
lar diagram, tilting error
TRANSLATION: A theoretical calculation is made of the distortion of';
the amplitude and phase directivity pattern of a vertical radiator
as a result of its not,being strictly perpendicular, something which'
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ACCEIS~SIGN NR: AR4032182
is essential in phase And angle-meaburing radio-navigation systems.
The problem is solved under the assiimption that thet-radiator is lo-
cated on an ideally conducting plane, and that its angle of inclina-i
tion is equal to y. Expressions are obtained for the field intensity,
of a vertical dipole for different values of y. lt~:is dhown that:
(1) for small y the amplitude diagrbn in polar coordinates is a cir-
cle, as in the case of the vertical'-radi:ator,- (2) when the length of
the radiator becomes comparable with the wavelength, the distortions!
of the phase diagram are of the order of y. The maximum deviation
of the phase diagram from a circle is
*max (ki - s-L*.n ki) y/C.2sin2(ki/2)]
where k is 27TA, L -- length of the -radiator; (3) when 1- 2 1.7
Card 2115

:',f.'ect of ',he work function on ...
Fig. 1
HL7 Omj(UqKy
Af
3/834/61/037/003/004/005
B104/B186
Fig. 6
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31124 7
20 (113911 //~O' /-?30 B102/3158
Bronshteyn, I. M., and Shchuchinskiy, Ya. IAI.
T 1 'P Secondar
y electron emission from potassium and calcium
IERliY)TCAL: Prizika tver-logo tela, v. 4, no. 2, 1962P 552 - 553
The dei)endence of the coefficient of secondary electron emission
was measu
on the orimary electron energy, a(E red for K and Ca. For
K the componento 6(E and ~ (Ep) were also determined (o = 6 + n; 5 is the
coefficient of true secondary emission of slow electrons, and it is that of
inclastically reflected electrons). A spherical capacitor with anti-
d.,,,natron grid was used for the measurements. Ca was evaporated from Ta
K from a CrIass ampoule. The collector (grid) diameter was 80 mm. The
im!,'isurements were made immediately after condensing the K or Ca onto the
tun sten backing; the curves obtained were found to be well reproducible.
For K, 0max was 0.53 at EP = 175 ev, for Ca, 0 max = 0.6 at E p = 200 ev.
There are 1 figure and 6 Soviet references.
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34247
S/181/62/004/002/042/051
et.-ondary electron emission ... B102/BI38
A S -i "j C T A T I ON :Gornyy institut im. G. V. Plekhanava Leningrad (Mining
Institute imeni G. V. Plekhanov, Leningrad)
SM.IT'I TIED October 50, 1961
Fir. O(E 1)(E and 6(E ) for K and a(E ) for Ca.
p C p p 13
dashed line: a(Epfor K, old measurements (1941).
06
6
6
0.3 -
01 -
F i 0.1 - S
0 J00 WOO .f500 2000 E,,j6

Y_-775
S/194/62/000/005/121/157
D270/D7O8
I. LT. and ShchuchJ ns.kiy,
T 11 Bronshteyn, Ya
-21.1, ~he inf-luence of the work function on the secondary
electron emission of metals
P_*7~`;~ C, D 1 CL: -.-L'eferat_iv-nyy zhurnal. A.vtomatika i radioelektronika,
213. 5, V)62, 44, abstract 5zh300 (Zap. Leningr. gorn.
0
-in-ta, 1959 (19'1), 37, no. 3, 98-104)
coeffic-Lent of the secondary electron emission 0, and 'he
distribution of the secondary electrons were measured in a
'he tarf-et was Ta an,.~-its work function
z.,,__.,:erica1 coz:~enser device; C,
L
c3uld oe varied witi-in the -Limits of 2.6, ev by covering it, vi i t h
lay.ers of Da of different thicknesses. It aas established thr~'%, with
dz-c_--ease of t,.e surface work function, the maximum of 'he curve of
enero-y distribution of secondary electronics is displaced towards
energies; this agrees with previous results of theoretical in-
vest_-',,r,-_,.-Uion of secondary emission (Kadyshevich, A.E. Zh. eksperim. i
.ecr. fiz. 1945, no. 15, 600). LAbstractor's note: Complete transla-
t i0n
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4o6Lo
3
AUT11ORS: Bronshteyn,
TITLE: The energy
adsorption
beryllium
S/139/62/000/004/017/018
E039/E420
I.M., Shchuchinskiy. Ya,M.
spectrum of slow secondary electroni by
for thin.layers of silicon and platinum on
PERIODICAL: Izvestiya vysshikh.uchebnykh zavedeniy. Fizika,
no.4, 1962, 182 + i plate
TEXT: The apparatus, techniquib"And experimental method were
previously described by the present authors (Radiotekhnika i
elektronika, v-5, 196oAi650). It is shown that with an increase
in the degree of covering 0 (0 is the number of atomie layers)
the shape of the spectrum and the position of its maximum changes
until OPe 2 both for silicon and platinum. For silicon the
maximum in the energy distribution curve (0 to 10 eV) occurs ~t
2.3 to 2.4 eV and for platinum (0 to 15 eV) at 3.3 eV. The form
of the energy spectrum at 0 P:010 for silicon corresponds to that
of silicon itself. Similarly it is shown that for Q~:*2 the
emissive power of platinum on beryllium is determined almost
entirely by the parts covered,with platinum. The position of the
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34169
S/10 6 2 /0 0 71/ 0 0 2 /() 2
D256YD303
.2 ip, -2
AUTHOR: Bronshteyn, I.M.? and
'TIT-1,B: Energy spectrum of slow secondary electrons al-o.-~mpany-
ing barium absorption by silicon and beryllium
PERIODICAL: Radiotekhnika 1 elektronika, v. 7, no, 2, 1062,
356 - 359
TEXT: The study was conducted in order to verify and supplement
the authors' previous work (Ref. 1; Radiotekhnika i elektronika. V.,/-t
5. no. 10. 1960. 1650) where two groups of slow secondary electrons
were observed in evaporation of thin layers of barium upon a zung-
sten b-ncking, The results, however, were difficult to interprete
owl_ng to the fact that the electron inelastic scattering coeffs_-T~
for barium and tungsten are too close to each otherp and for this
reason elements with widely differing -q and secondary electron emis-
sion coeff. a were chosen for the present investigation. the experi-
mental method being identical to that reported previously, The r=--
sults are presented in a form of d(E p) and d(C) curves as well as
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