SCIENTIFIC ABSTRACT SHCHUPAK, B.N. - SHCHUREVSKIY, V.YE.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001548930001-0
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 99
• Document Creation Date: November 2, 2016
• Document Release Date: August 23, 2000
• Sequence Number: 1
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

SHCHUPAK, B.N. (Kamehatskaya oblant')
%bs-mmmw.sxl~ --- -
Medical servire during the heroic defense of Petropavlovsk-na-
Kamchatke; one hundredth anniversary. SoT.zdrav. 14 no-3:47-52
Vg-Je 155. (HLRA 8:7)
(MEDICINIC, MILITARY AlTD NAVAL, history,
in Russia, med. serv. during defense of Petropavlovsk-
na-Kamchatke)

SHMUPAK, B.N.
----- -I--,'. - -
Sun baths on the Chukchi Peninsula. Yop.kur.fizioter. i lech.fiz.
kul't. 21 no.1:69-70 Ja-Mr '56. (KIRA 9:9)
(CHUKCXI PEIINSUIA--SUN BATHS)

SHCHUPAKO IB.11.. vrach
- I--- ---
History of the public neslth system on Kamachatka. Sov.zdre-,.
17 no.6:44-50 Je 158 (MlaA 3-1:6)
(PUBLIC EDALTH. hist.
in Russia (Rus))

SHIGHUPAK, B.N. (Chernovtsy)
First physicians of the Far East. Sob.--dra,7. 20 no.4:20,-36 161.
(KMA 14: 5)
(SOVIET FAR EAST-PHYSUNS)

SHCHUPAK, B.N. (Chernovitsy)
Agafia Karanda3h, the first nurse in the Far East. Med. sestra, 20
no.11:55-56 N 161. (KAIWIDASH, AGAFIA) (141RA 15:2)

- SUCHUPAK, B,N,
From the history of public health in Kamchatka. Sov. zdrav. 21 no.5:
71-75 162~ (MI-RA 15:5)
(KAMCHATKA-PUBLIC HEALTH)

SHCHUPAK, B.N. (Chernovtsy)
First health resorts in the Far Erast. Vop. kur., frizioter.
i lech. f.Az. kul't 29 no.1:73-75 164. (MJRA 17:9)

USSR / Cultivated Plants. Potatoes. Vegetables. Melons. M-3
Abs Jour: Ref Zhur-Biol., No 6, 1958, 25049
Author : Shalaupak .. K. D.
Inst : ~_O_t given
Title : The Storage of Tomato Seeds
Orig Pub: Tr. Mold. ovoshche-kartof. orost. opyt. st. Kishinev,
Gosizdat Moldavii, 1956, 119-129
Abstract: Tests at the Moldavian Potato and Vegetable Experi-
mental Station have revealed that the seed germina-
tion in tomatoes is reduced at a high air humidity
in the storehouse and at a seed water content over
13-14%. It is suggested that tomato seeds be stored
in warmed places with the relative humidity 70%.
When the seeds are stored In adverse moisture con-
ditions, they turn to a state of secondary quiescence,
out of which they were brought by the use of warmth
Card 1/2
61

4-5
Abs Jour Ref 22-nir Bio-1., No I., No 1~19-4
Author K-11---.6 ~iua~kfl.kf. Zagin!%~vlc,
Inst Not Given
Title Pre-Sowing Treatment of -Ibmato Seeds with Lowered and Var-
U
ianble r0emperatures,
Orig Pub D:. Mold- ovoshche-kartof. -~rosit. opyt. st. Kishinev,
C-osizdzit Molda-eLi, 1936, 1~'-14'5
Abstract On ',he Moldaviar-- Vegetable Testing Station, the treating
of seeds with lowered or vae-able temperatures, accelerated
the developmnt of the root system, fruitbearing, and in-
crenoad the early crop of frAtts bY 30 - 40,%. The Brekodey
var:%by produced the besi, results whea the seeds were tempered
with variable temperatljxes during an period of 15-210 days,
--l-.',-e=t.4ng every 12 hours from 18-20 and 0-40. The appli-
cation of below zero temperat=e aecreased the effectiveness
of the tempering. Seeds of the Mayak varity produced .-Ood
result-s wher- they were tempered dtiring 24 h. with a steady tem-
pern-iYare from 4 to -141. As a resu-It of pre-sowing seed tem-
Card 1/2

UTSR/Cultivated Fot~--:.-oes. Vege-.-3J:---,es. Melons
M-11
Nos Jour : Ref Zhi-,r - Biol., No l.. 1-458, No 1,~94
pering., bic-,,~hemlcrtl cb,,uzg,3;; were pi-oduced which lead to an
increase 14-a the rL,-.-*;ivi4,;y in the o,3ods and
leavec.
Card . 2/2

I--TC.*-'~~ ~.K, ":. L.
Rluzin~ I . G., and 6hclhupak, K. L. "Effect of Iarovization cn 'he -ppearanc:-, of
I -v, ! - I
- - - - p. lll--'- 12.
~:-f ~I!~ricu'ltlaral Gro,-,s," Iarovizatsiia, no,, 2(11), 11937, p 20 Ia7
So: -'Lq--, 31 - 90-53, 14 Dec., 1953

26452
S/115/61/000/007/003/oo4
71 0 0 0 E032/E314
AUTHOR, Shchupak. M.L.
TITLE.~ Increasing the Resonance-_~ircuit Sensitivity of
Instruments ifith Reactive Elements
PERIODICALz Izmeritel-'naya tekhnika, 1961, No. 7, pp.28-33
TEXT.,. Resonance circuits are frequently used in instruments
designed for the control or measurement of non-electrical
quantities. In these circuits the measured capacitance or
inductance is a part of the oscillatory circuit which is
adjusted to be at or near resonance. A change in the capaci-
tance (inductance) leads to a change in the natural frequency
of the circuit and the change in the quantity under investi-
gation is estimated from it. Usually the scale of the output
meter is calibrated in units of the non-electrical quantity
under inve-,qtigation. The resonance circuits are used both
at constant and at variable frequencies. The present author
investigate's lossless resonance circuits operating on a
fundamental frequency and formed only by a reactive probe
and a line coupling the probe to the measuring circuit
Card 1/7

2 tD 4 5 -;'
S/115/61/000/007/003/Oo4
Increasing the E032/EYL4
(Figs. la and 1-5f). The operation of these circuits is based
on the measurement of the change in the electrical length of
the equivalent line when there is a change in the reactance
of the capacitive or inductive probe, The resonance frequency
of a long line is given by
C,
'wh er e is the phase constant,
and C, are the inductance and capacitance of the
.1 line per unit length.. and
is its length.
it is clear from Eq. (1) that the capacitance -and
inductance of the line increase with it and this in its
turn can be shown to ha'we a deleterious effect on the
Card 2/7

Increasing the
264~2
S/1-15/61/000/007/003/Oo4
E032/E314
sensitivity of resonance circuits of the type shown in Fig. 1.
The sensitivity can be increased by using lumped-parameter
circuits at the output of the lines. one of which is the
reactive probe. The method is then based on the simultaneous
u5e of the resonance properties of long lines and lumped parameter
circuits. Fig. 2 shows such resonance circuits In the series
and parallel connection., The sensitivAty of the resonance
circuits is then defined as the ratio of the relative change
in the natural frequency of the circuit ( " ) and the relative
change in the capaci'%nce or inductance of the reactive probe
(T) . Thus, at constant working frequenr-y (4-1-0 = const.) the
sensitivity is gi-en by
xx -CZ=V.,
I W = CIO
So
Card 3/7

Zbi,5 2
S/115/6-1/000/007/003/Oo4
Increasing thG .... E032/E314
whi.le ai the --ariable wc.rki.nS frequen.,;y it is given by
cl
S ~__
- (dT./T)
(3)
wh er e S71 is the tijorking frequency and
. 1/2 .-
w (LC 15 the natural f-r-equency of the lumped-
parameter circuit.
In pra--Ai-ce, il, is assumed -that Ur/T,~Kl It -is shown that
iri the Fasc- of Fig~ 2a., the sensiti-vity at constant working
f:requenr.-v is gi-en by
S03 211)7~ (19)
I
and at ~,axiable woxking frequenry xt is g-i-ati by,-
Card 4/7

264t2
S/115/61/000/007/003/oo4
Increasing the E032/E314
S- 2m Am (20)
3 3
where m3 ~ ()3/Z3 and
p is the wave impedance of the ltunped...parameter
% circui.t.,
In the case of Fig. 21~ the sensitivitles are g:L,,,'en by
S04 2m4 /It- (2:1)
S4 2m4/(.fy -;- 4M4 (22.)
wher e miI i s given by-
Card 517

S/115/61/000/007/003/oo4
Increasing the E032/E3,L4
Z4
ML, =* -- -
1.1 1~11 04. /C oil
A considerat--on of Ege. (19) and (20) shows that the
resonance Llrcuit with series lumped -parameter element-4 can
y amployed wtth relatively large working
be
capafitancea or Yela+,.L-,we1y large working inductances. Similarly,
a :ensideratmon of Eqs. (.21) and (22') shows that. in the case of
paral3el con-nec-tion, the probe should have relatively low
indu4~iarj.,~.ee and large .%%pacitances- The theory has been checked
exper-imentally and was found to be in adequate agreement with
the experimental xesu.tt;e.
Card 6/7

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1560. Angiocholitis Lenta as a Clinical Form of Chronic
Sepsis and its Treatment. (Angiocholitis Lenta KaH
i