SCIENTIFIC ABSTRACT SHERONOV, V.I. - SHERSHEVER, S.M.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001549310005-3
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 9, 2001
• Sequence Number: 5
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

RUNOV, V.K., kand.takhn.nauk, dotsent; SHCHUROV, A.F., kand.tdhn.nauk,
dotsent; SHERONOV, V.I., inzh.
Sectional reinforced structures of lime concrete. Trudy GISI
no.43:65-71 163. (KRA 17:4)

SHFRONOV, V.I., -inzh.
Calculating the composition of concrete to be processed
in curing chambers. Trudy GISI no.47:63-70 164.
(KRA 18: 11)

67 51 36
9,/200 sov/14i-2-3-13/26
AUTHORS: Talanov, V.I. and Sh!~rqnova, N.M.
TITLE: The Influence of Random Errors in the Distribution of
Sources on the Radiation Patterns of Travelling-wave
Aerials lb
PERIODICALt Izvestiya vysshikh uchebnykh zavedeniy, Radiofizika,
1959, Vol 2, Nr 3, pp 424 - 430 (USSR)
ABSTRACT- Expressions are obtained for the deviation of the mean
diagram from its nominal value caused by random
perturbations in amplitude, phase and phase velocity of
the current waves in the aerial. It is shown that errors
in phase velocity limit -the possibilities of obtaining
highly-directive patterns by increasing dimensions.
The analogous problem for lenses and mirror aerials has
been treated earlier (Refs 1-5). In a progressive-wave
aerial the pattern is influenced by errors in the feeder
and in the radiating elements themselves. The effects
are more serious than in lenses and mirrors since the
influence is not merely local but can affect even those
parts of the structme which are other-vise perfect. The
Card 1/4 q_~

67536
SOV/141-2-3-13/26
The Influence of Random Errors in the Distribution of Sources on
the Radiation Patterns of Travelling-wave Aerials
example is taken of a linear aerial whose parameters are
slowly varying functions of the coordinate z , the source
distribution being Eq (1). The radiation pattern (in
power) of an aerial of length 2L , with this distribution,
is given in Eq (2). The deviation in the pattern caused by
random errors in current distribution is given by �pac
the "scattered power", in Eq (6) where K(zzt) is the
autocorrelation function. It is reckoned that the
dimensions of the irregularities in the feeder are large
compared with the wavelength. The amplitude and phase
components of error are given by Eqs (8) and (9), respec-
tively. The latter equation may be considered in two forms,
referring to local phase errors, Eq (10), and non-local
phase errors, Eq (11). The effects of these errors on the
diagram are calculated on the assumption that they are
uncorrelated. The relevant correlation functions are
Eqs (12), (13) and (14). Fo. amplitude errors the scattered
power is Eq (15), where tte function f(t, ~) is given in
Card 2/4 Figure 1. For a given length and mean dispersion the

67 ~36
SOV/141-2-3-13/26
The Influence of Random Errors in the Discrlbutfcn of Sources on
"he Radiation Patterns of Travelling-wave Aerial!~
scattered power and the directivity increase wi-ch the rac'.ius
of correlation. The diagram remains symmetrical. Tne
relative distortion of the diagram is inversely proportional
to L for a fixed error. The corresponding equation for
local phase error is Eq (16) and the conclusions are
similar. For non-local phase error the scattered power is
Eq (20),j the as-,:ociated function being plotted in Figure 2,
in two parts. One part, f 1(~) , is negative and thus
adversely affects the pattern. The scattered power is a
cubic function of L and thus increases faster than the
nominal power in the diagram. There would therefore seem
to be a maximum useful size of aerial limited by errors in
phase velocity. The limiting length L npe.A Xs g1ven on
p 429. A lugger aerial has a poorer performance. At
X-band frequencies, with 0.05 mm tolerances and correlation
radius of 10K the maximum aerial size (for this form of
Card 3/4 aerial) would be e-35 m. t1K

67536
SOV/141-2-3il;/26
The Influence of Random Errors in the Distribution o ources on
the Radiation Patterns of Travelling-wave Aerials
There are 2 figures and 8 references, 4 of which are Soviet,
2 English, 1 French and 1 Italian.
ASSOCIATION: Issledo-vatellskly radlofizicheskly institut prl
Gor1kovskom universitete(Radiophysics Research Institute
of Gor'kiy University)
SUBMITTED: March 2, 1959
Card 4/4

L 23223-66 EWT'1)/EW
A(h)
A kc--Ci4R. AP60ia4-5-6- 66/011/004/0750/0752
SOURCE CODE: UR101091
AUTHOR: Averbakh, V. S. Vlasov, S. L1. j! nova E. M. P Sheronova, N. M.
ORG: none
3
TITLE: Experimental study of a mi rror-type beam wave guide
tZ
SOURCE: Radiotekhnika i elektrouika, v. lli no, 4, 1966,~' 750"752
TOPIC TAGS: beain waveguide, waveguide mirror, millimeter wave propagation
ABSTRACT: A study has been made of the characteristics of a mirror-type waveguide
consisting of reflectors in the form of 150 x 210 mm sections shaped as ellipsoids op
revolution. The principal radii of curvature were Rx = 50 cm and Ry = 100 cm. The
rairror reflectors were made by deposition of a layer of silver on an epoxy base. They
were mounted parallel to each other at a distance of 50 cm and b-paced in such a way
that the center of each mirror coincided with the focal points of the preceding and
succeeding mirrors. The angle of incidence was 450. The arrW consisted of eight
mirrors with rectangular aperture masks which when shifted could Vary the Fresnel
parameter c. The transmission coefficient of the waveguide was determined by the
effectiveness of' excitation and reception and the value of the energy loss during
reflection. Theoretical calculations indicated that the upper limit of the excitation
coefficient for the primary power mode of a waveguide with a rectangular radiating
horn was 0.91 for c = 3.5 and 0.84 for c Three types of radiators operating at
Card 1/2 uDc: 621-312.833.1.ol d,

L 23323-6"
ACC NR, AP60111156
8 mm with c = 3.5 were tested. The results are shown in the table. The ohmic loss
per one mirror was 0.3%, which exceeded the value of 0.06% expected for the skin-
Table 1. Test results
Radius of curvature of Principal mode
No. Radiating horn type wave front at horn output, excitation factor
mm
1 Circular horn, 100 mm in
diameter, TE11 mode 500.

2 Square horn, 100 mm? , TE
10
mode -500. -.0-7-5
......... ... ..... .............%
3 Rectangular horn,
120 x 85 w., TE10 mode 750
effect, and may be attributed to imperfections in the silver reflecting li~jer'& Horn-
,,
type no. 3 (see Table 1). whose dimensions were optimum, excited the prLaary mode
with a loss of qnly 1 db. Total losses were 3.2 db. The tests indicate that the
losses in mirror-type arrays are less than in arrays using lens reflectors. Orig.
art. has: 2 figures and 1 table. (BDI
SUB CODE: 09/ SUBM DATE: 2lApr65/ ORIG REF: 004/ OTH REF.' .003/ ATD Pass:

Card 2~/

GRINOM, BEZRI.-Un, V.V., MSA?07, L.S., MrWHIMMY, R.-fg.,
Yleasurevant made in t1w Earth' a FlagrAt6sphere IV mane of Charged Partial*
traps aboard the Mare I Probe.
Peport to be submitted for the 4th International Space 3cience Sympoean
(OMPAR) Varww, 2-22 Jum 63

USSR/Hv1j-.,.an nnd Animal Morph.)lo(y - N)rYml and Path:)ljf~ical- S
Circulatory Systera.
Abs J.Dur : Ref Zhuxr Biol., ND 11, 1958, 50262
Author : Sheriv, A.I.
Inst : Kiroiz Me 'lc' Institute
Title : Branches of the BlaDd Vessels ~f the Arch of Aorta and
Arterial Dljod Supply of the Cervical Muscles.
Gri'.-., Pub: Tr. KirG. tied. in-t, 1956, 8, 15-24
Abstract : A study Df the s-.)'Llxces of the blood supply of the cervi-
cal muscles in 35 cadavers was made by t1ae method of dis-
section of preliminarily filled bl3od vessels. A detai-
led description --af the blood vessels of the cervical raus-
cles and of the frequency of participation of individual
arteries in their blood supply is (Aven. The cervical
mUscles receive blood from various sources, so that
Card 1/2
9

9(4)
SOV/ 112-59-3-59 39
Translation from: Referativr-yy zhurnal. Elektrotekhnika, 1959, Nr 3, p 241 (USSR)
AUTHOR: _Sherov-ignatlyev, G. P.
TITLE: Selection of Supply for . -T y~p"'e_"SID-Transi5tors That Amplify Weak Signals
(Vybor rezhima pitan-1ya poluprovodnikovykh triodov tipa SID pri us; lenii
malykh signalov)
PERIODICAL: V sb.: Poluprovodnik, pribory i ikh primeneniye. Nr 2. M.,
"Sov. radio," 1957, pp 223-241
)7 r,21-, )T Ik
ABSTRACT: The characteristics r I We ..k -k ~e, r2l(ldlk, and r2?" _) T
.~ ~e
estimated from averaged voltage -curr ent characteristics of the CIDI.Z transistor
are presented. They show that with ve :-' 0 the resistance r11 lies within
80-1,700 ohms; r12 with le > 50 microamp, varies within 30-160 ohms;
r?l often changes from 450 ohms to 50 kohms; rZZ lies within 200 ohms to
15kohms. The family of cur rent -amplif ication -factor characteristics
0.~Xe)lk estimated from the characteristics r2l(le) and rZ2Vk) permits
Card 112

SOVI 112-59-3-5939
Selection of Supply for Type SlD Transistors That Amplify Weak Signals
determining the region where O(.:> 1. The line of maximum values of C~_ lies
within the range of 7e values from 20-60 microamT), and shifts toward higher
t --
values of je when k increases. Stability is determined by the expression
9 " Oe ar-b < 1, where C~-'ob is the reverse --direction amplification factor.
Stable operation of the amplifier is ensured with 1k< 3 ma. Various
transistors show a wIde spread. The circuit stability cap- be easily designed
on the basis of the reduced curves of r;k and c-/- . By analyzing the current
amplification factor K;, power amplification fa ctor Kp, and voltage-
amplification factor Ku, it can be found that Smaks ::r: 0. 6 -0. 7 which
corresponds to the optimum conditions for Y-,, Kp, and KL, Transistor
rejection can be easily done on the basis of fcour.-point measurements.
M. S. V.
Card 2/2

t I . -C. _-C
IT 0 T, SOV/108-13-
AUT 10-8/13
G.
,.U~
T' e -. y
TITLE: Nomographic Calculation of the High-Frequency Parameters
of Semiconductor Triodes by the Method of Junction
Characteristics (Nomograficheskiy rasch;t vysokochastotnykh
parametrov poluprovodnikovykh triodov po metodu perekhodnykh
k-hara':ter-isti'L) ,
PERIODIC;L: Rajioteknnil,a, l?", Vol 13, Ur 1o5 PP 45 - 50 (U3SR)
.43STRACT: This is a pr,sentation of -a method of determininG the
parameters-cf an a-p-i-,roximating function of the junction-
characteristics of semiconductor triodes, directly
usin_~ these characteristics. For the calculation of the
cutoff frequency -C of the phase shift of the cutoff
frequenc-,.- and of the high-frequency parameters of
the equiv-a-2yit triode circuit diagram nomograms were
compiled in this work according to the data obtained.
In order to illustrate the method advanced in this zaDer
the results of the investigation of a C1,l)-triode are
Card 1/2 presented. A comparison of the values of 4L a and of Va

Nomographic Calculation of the lli,~h-Frequency Para- SOV/108-13-10-8/13
I
meters of Semicondiictor Triodes by the lillethod of Junction Char~3.cteristics
which were obtained from the junction characteristics
furnished a good agreement with the experimental ex--
perience gained from measurements carried out with
signal generators and phase-measuring devices. The im-
portance of carrying out investigations of the high-
frequency properties of junction-type triodes in a
common-emitter circuit is underlined. There are 6 fib-ures
and 2 references, 2 of which are Soviet.
ASSOCIATION: 61)31hrc~~esttro radiotekhniki i
elektr~~,s--iyazi im. A.S. Papova (AU--Union Scientific and Technical
Society of Radlo a-,x& Ccmr-unin-ations Ezzigineerlng im. A.S. Popov)
SUBMITTED: jtlY 30, 191~47
Card 2/q

ft ;~ o 2-1 241 6 S/187/60/000/001/002/003
6,6,0,00 A189/AO26
AUTHOfi: Sherov-i~matl_vev. r. _P_
TITLE: Transistorized Am~lifiers in Television Engineering
PERIODICAL: Tekhnika kino i televideniya, 1960, No. 1, PP. 37 - 43
TEXT: This is the first part of an article concerned with Soviet and
foreign developments on transistorized TV amplifiers, in which the author reviews
transistorized amplifiers for TV transmitters. The second part of this article,
concerned with the transistorized amplifiers of TV receivers, will be published
in a future issue of this periodical. Figure 1 shows the circuit diagram of a
transistorized preamplifier for the vidicon camera*tube. It is assembled on a
6456 (6zH5B) tube and 4 transistors. Figure 2 shows the circuit diagram of the
first preamplifier stage for the superorthicon camera tube, assembled on a/1403
(P403) transistor. Figure 3 shows first stages and the resistance-capacitance
divider circuit of the intermediate video amplifier, assembled on four n403 (P403)
transistors. Figure*4 shows a circuit for restoring the cohstant component of
the video signal and for injecting blanking pulses. It is assembled on twofI403
(P403) and four n 402 (P402) transistors. Figure 5 shows the amplifier output
Card 1/8

S/187/60/OW/001/002/003
Transistorized Amplifiers in Television Engineering A189/A026
stage of the pulse divider, assembled onI7603 (P603)-transistor. There are 5
circuit diagrams and 14 references: 10 English, 3 Soviet, and 1 German.
Card 2/8

s/iS,1/6o~ooo/001/002/003
Tran3istori:4ed Amplifiers in Television fhSineering A189/AO20
FiE;urc 1:
Circuit diagram of transis-
torized preamplifier for Vex Z2.v
vidicon camera tube
+
fl403
30 470 150
hr 1OK
R
lao
R, 140
Card 3/8 05 -Cold PUC.- CxeAta npeasapumeAbHOZO YCUAUMeAS_aA

S/187/60/000/001/002/003
Transistorized Amplifiers in Television Engineering A189/A026
Figure 1 cont I d:
114 -fit
Circuit diagram of transis- 7K 12K
torized preamplifier for +n:24
vidicon camera tube
5
K 22X Cj
55L7
CtL-.% +
1740-7
N03 RZJ
Cz 54 foo 75 y
17/h)7
C',
R,5 C11 -d
-1
150 1-2
/740
,7X 5T
C19
y
Rts R~ ff24
300
4.7
18T
Card 4/8

Transistorized Amplifiers in Television Engineering
Figure 2:
Circuit diagram of 1st preamplifier stage
for superotthicon camera tube
mwwxa
S/187/60/000/001/002/003
A189/AO266
7K
UK
C
6~11
61t C6
7
7,
4
=47
47
560)r
Card 5/8

S/-187/60/000/001/002/003
Transistorized Amplifiers in Television Engineering A189/A026
Figure 3:
First stages and resistance capacitance divider circuit of intermediate video am-
plifier
Card 6/8
-206

S/187/60/000/001/002/003
Transistorized Amplifiers in Television Engineering A189/Ao26 . .
Fit7urc 11r: Circuit for restoring constant component of video signal and for in-
Jec'.InL blar-',ing pulses

Tr-msistorized Amolifiers in Television Engineering
Figure 5:
Ain-clifier output stage of
pulse divider
S/187/60/000/001/002/003
A189/AO26
Card 8/8

6000 S/187t/60/000/0-03/001/002
;,!~2 0 6f,' 2., hl -z 5~6 Ai8g/Ao26
AUTHOR: Shemv-1mattvev. G-
TITLE: Transistorized Amplifiers in TV Engineering
PERIODICAL: Tekhnika kino i televideniya; 1960., No. 3. pp. 42 - 48
TEXT: This is the second part of this article. The first part, devoted
to the transistorized amplifiers of transmitting devices, was published in this
periodical, No. 1, 1960. The author describes and gives circuit diagrams of
transistorized units of a TV-receiver. Figure I shows a high-frequency amplifier
of a T11-receiver. in this single-stage amplifier, the transistor has a common-
emitter connection. Figure 2 shows a basic heterodyne circuit with a TT411 (P411)
transistor. The circuit has good operational indices in a frequency interval
not exceeding 150 Mc. Figure 3 shows mixer and intermediate-frequency amplifier r
circuit. Figure 4 shows a circuit diagram of the output phase-inverting video
amplifier with emitter coupling; Figure 5 a video amplifier circuit with a po-
tentiometric collector coupling. Figure 6 shows a circuif'diagram of the final .2
video amplifier with conductance-coupled stages. In conclusl-n, the author
states that a partial conversion of tube circuits into transistorized ones in a
Card 1/5

s/187/6o/ooq/oo3/oo1/002
Transistorized Amplifiers in TV Engineering A189/A026
TV-receiver is not practicable in most cases. However, a complex conversion of
all (or most) units of the receiver would bring a considerable advantage due to
lower power consumption. There are 6 circuit diagrams and 12 references: 7 Eng-
lish, 3 Soviet, I French and I Italian.
Figure 1: High-fre-
Cj. es "'a -4*0 quency amplifier of
31XI Arl jr fx-si~ TV receiver.
42 Air
42
~~ P-W47-il-I "Y'll
0/
+
Figure 2: Basic hetero-
dyne circuit.
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s/i87/6o/ooq/oo3/ooi/002
IdRW 2,e Y#q A189/A026

A, 2,57~ ~CJAV --C=]--
1712 Z70 _CZ3__O Transistorized Am-
Ca ?JX 2AO Er--12,$
XIW plifiers in TV En
C/I CIE gineering

t
RJ
4j
If
7
LS Lo- P
v Z 5:
RIS 4 LI ;:3.Z

T
~,
12
.
AT
tax es 4 ,

42 r
Tj
r
r.

P5 'PA7

A4
Jim Allp

2

'N
--rlr vo

4 C121 /110
0.0
L L J77
IP,7 P A17 iets
j
~
, 2 47X
TJ 7
9
J=
j
47
eq PS
MX r2 Figure 3: Mixer a nd intermediate-frequency amplifier
circuit
flW

Card 3/5
30
m

ft
~J

Transistorized Amplifiers in TV Engineering
Figure 4: Circuit diagram of output
phase-inverting video amplifier with
emitter coupling.
'r, U,
A/I
IM"?
AZMZCW
Card 4/5
S/187/60/000/003/001/002
A189/A026
Figure 5: Video amplifier circuit
with potentiometric collector cou-
pling.
C,-
AW=W-
rZW
ZZ
AV
42
4

s/187/6o/0oo/bo3/boi/oo2
6
Transistorized Amplifiers in TV Engineering A189/AO26
Aw Figure 6: Circuit diagram of final video amplifier
9U
with conductance-coupled stages
JAI(
Jill
12
Tf
,,~JjjICIA
r
in
CY
T,
IM7U Mau
ISS
Card 5/5

S/194/61/000/001/010/038
9, D216/D304
AUTHOR: Sherov-Ignat'yev, G.P.
TITLE: Stability and gain of point-contact transistors in
common-emitter and common-collector configurations
PERIODICAL: Referativnyy zhurnal. Avtomatika i radioelektronika,
no. 1, 1961, 19, abstract I D137 (V. Sb. Poluprov-
odnik. pribory i ikh primeneniye, no. 4, M., Sov.
Radio, 1960, 224-239)
TEXT: Because of various interpretations by several authors of
the operation and application possibilities of point-contact tran-
sistors in common-emitter and common-collector configurations, the
conditions for stability of the above transistor connections are
analyzed. It was both from the theory and experiment that the
stir.ble regions of amplification coincided for all three connections.
The stnble state regions are reduced, however, with the increase of
the additional resistance Rb in the base circuit and increase with
the increase of additional resistances 'Re in the emitter and Rc in
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S/194/61/000/001/010/038
Stability and gain... D216/D304
the collector circuit. The conditions of no self-excitation can
be obtained in the common-base configuration for a large, and for
all other configurations for a small, internal source resistance.
Erroneous results of the stability criteria analysis are pointed
out as obtained for common-emitter and collector connections (see K11000,
editor R.F. Shi: Poluprovodnikovyye triody i ikh primeneniye (Semi-
conductor Triodes and their Applications) Translated from English.
Gosenergoizdat, 1957). It is shown that the increase of stability
of a transistor -xnplifier with current gain > I can be achieved by
the simultaneous use of" different transistor configurations. Form-
ulae are derived for evaluating the stability, power, current and
volt,-tge gains, and numerical examples are given. 10 figures. 7
references.
Card 2/2

LURIYE,OoB. Prinimali uchastiYet-SHEROV-IGANT')9,3V G.P.; GAMMG,
R.A.; -EliTIIIA, Ye.I.; Y6-KEL-IM, 'I.S.,- red-.-,- ZABOLOTSKIY,
N.G.) red.; SVESMUKOV, A.A., tekbn. red.
[Video frequency amplifiers) Usiliteli videochastoty. Izd.2.,,
perer. i dop. Moskva, Izd-vo "Sovetskoe radio," 1961. 675 p.
(MIRA 15:2)
(Amplifiers (Electronics))

ik ~ 11 -~ : I
LI Jl
U
zra,zk,
nauchn. red.; L.M..
inzh . , red
Fn of transistor 'ampllfier3 for rre*surln.g -!Tistr!~.ment2j
Frcektirovdnia tranzLs'lomykhus-LllteleJ- ilz-.,~eriLe"llilykh
(MIRA IS-01)
us',roisiv. Mosk-va, Energiia, 1965. 347 p.

SIEROVEROVA, L. P.; SAPOZZIMIKOVA, L. V.; YEGORSHINA, L. A.; EBERTS, V. L.
"Char4p With Age of the Iummological Reactivity in Children Suffering
From Dysentery," Trudy 2-y Pavlovskoy Konferentsii Tomskogo Meditsinskogo Instituta,
Tomsk, 1952, pp 215-217.

22369
S/031/61/000/003/001/001
00 A16l/A133
AUTHORS-. Sh-~.--rovcy', A. I..; Arkhangel'skiy, A. A.; Latt-yshev, G. D., Member of
the A~ademy of Scienc-.~s KazSSR
TITLE- Tln~ practice of using nu,.;lear resonance in magnetic flaw detection
PERIODICAL; Akademiya nauk Kaza-khskoy SSR. Vestnik, no. '3, 1961, 105 - 107
TEXT. Brief information is given on preliminary experiments with a new
magn~r,--i -~ flw,- detec,,ion method developed at the authors 1 laboratory. The method's
prinviple is-ms-asurement by-nutaiion. It is said to be the only method r~-,ndering
possib'-, -~ the measurement- of w6lak, and nonuniform magnetic fields, which cannot be
doni: by two other existing met-hods - "nuclear induction" (G. Bloch, W. W. Hansen,
M~ E. Packa7d, 1946) and "adsorption method" (E. M. Purkell, N. C. Gorrey, R. U.
Round, 1946). There are several different types of magnetic probes used for mag-
ne*.i,--.. flaw detsofion. 'The sensitive element in the described method is a nuclear
magnetic resonance pickup. The experiment unit is illustrated in a block diagram.
Water from -t~he mains is driven th--cugh a container placed in a strong magnetic
field vroduc~d hv a maanet and flows through a pipe. The coil of the nuclear re-
Scnaznc,5~ pi-kup is se-. on +.h-= pipe end and conrec-ed to a detector. It is desir-
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22369
S/031/61/000/003/001/001
of using nuclear resonance .... A161/A133
able the magnetiz field sarrol.Liding the coil be 30 oe with not more than 0.5
opjam nonuniformity. A miniature radio-frequency coil can be placed at any spot
on +be pipe. Tae force linee of the coil must penetrate the entire cross section
ar&a of th6 pi.pe. The wa-,.,er volime under -.he ~-imult-ineous effect of a radio-fre-
en -
_Y fi-~ld prsduned by the coil prese-nts the effective volume in which the mean
fi4~61.d intensity is measured, i.e., it Is the work volume of the magnetic probe.
This volumi can practically be reduced to only 0.01 cm3. The radio-frequency field
in tha ioll is produc,9d by a generator. The water passing the oontainer obtains a
p(-,l&r1,zatAon vector that depends on the time during which the water was in the
rnagn~i-,Izin~z field (1U) and the field Intensity (H
It, A DAM
10 M =X 0 HnOAm O-e T,
X 3-10- T - 1-ngitucLinal relaxation time (for nonpurified watsr T, C__
Ths ao..,LrIzed water flows over a pickup; and the nuZlear resonance sig-
nal prcdiz~ed in '.- has ar, a_mplltud-~! proportional to M. If the intensity of any
nonlinifor-m field 15 requIred the field pickup is placed into it. When the fre-
-,.h,? f,----lld of the coll (J.-~., the fr--?qlxenev from the generator) becomes
.n..,v c,,f nuc'.~_ar p_rece_s~ion in t~=_ mean fizeld of the nutation
C. 2

22369
3/031/61/000/003/001/001
The prac~Ace of using nuclear resonance ... A161/Al33
pi_-.kup, T..he pciarization vector of water flowing through this volume will change.
it can disappear, or change the pole. The nuclear resonance signal in the cirouit,
will aorrespondlngly disappear or change the pole. The intensity of field being
measured can be determined by reading the generator frequency (ej) on the scale:
H E , whare y- 4250 , 2n In the test unit the measurement ac-
~_e --sea*
as determined by the f 5urement accuracy and amotLnted to o.o04
requency mea
oersted. The major advantage of the method is that the sensitive element always
Shows Qie mean Leld Intensity, regardless of how It Is directed. The Small size
of *he sensitive element and absolute measurement units are the other advantage,
Measurements are possible at a very small distance from the workpiece surface .'be-
low I mm), which is impossible with the existing permalloy pickups even of best
designs- In experiments the probe was clamped in a special holder and moved along
!~he surface of the test specimens. The probe displacement is shown in millimeters
cn rhe horizontal axis in three included graphs, and the field intensity in oer-
s,~ed on 'he vertical. Data are presented obtaine7d on a specimen with one simulat-
ed -irack under a 3-mm thick steel plate and from a specimen with two simulated
cracks at close distance. The specimens were ground steel bars and plates connect,
ed in ,~he circliit of a small electromagnet. The field intensity a, 5 W-M from the
snec~_Imen was about. loe. Cracks were iTitated by pu-ring the plates together.
are 4 figures.
Card

SHERPTIVISKA'Ll. K.Ye.
sk-in of P- I-e flap -.T-ansp'a-nte,4
no.-';- 62. Uk
I . KHfe~--rt ;-,~sk-oy stnmzt,31,:)r.-IJ i tm>-1 it Savoy
Prof. 7e.A. Domrrich va) ',~~afedra gistologii
i-,Istituta.

ACC NRt I
AP6025679 SOURCE CODE: UR/0413/66/000/013/0146/0]J,6
INVENTORS: PetrovP Yu. It.; Goguyev, S. V.; Naumov, N. F.; Khokhin, V. I.; Sherr, A..$.'
ORG: none
TITLE: A pneumatic relay. Class 62, No. 183605
SOURLCE: Izobreteniya, promyshlew)yye obraztsy, tovarnyye znaki, no. 13, 1966, 146
TOPIC TAGS: pneumatic device, pneumatic control, valve
ABSTRACT: This Author Certificate presents a pneumatic relay for switching in the
duct and the ejector. The casing of the relay contains inlet and outlet pipes and
valves (soo Fig. 1). To reduce the hydraulic resistance and to improve the produc-
tivity, the valves are elastic and have the form of petal-like sectors mounted on
saddles fixed in the easing.
Card 1/2 UDC: 629.13.01/06 614.

ACC NR: AP6025679
Fig. 1. 1 - valve; 2 - saddle
I.
.1
I
Orig. art. has: 1 figure.
SUB COIDE: 131 SUBM DATE: 1Wun65

1951. 31 n.
YA V ROJ".111 - I 06K114 lzLl-vo zliAllll
oy, p p()jdTjCF..-'-',ElKh
C, E C, C tlc! z; 0 R:iS ~ :1 ~- - I
--BlIG" PILICAL 700""ICM-"'
ZlIA111Y. 1?52) 2) J0. 28) B

SHM, S.A., lnzhener-polkovnik.
[Alakeei Hikolaevich Krylov; an outstanding Russian ship builder] Vydaiu-
shchiisla maskii korableRtroitell Aleksei Nikolaevich Krylov. Moskva, Izd-
Vo "Znanie," 1953. 38 D-- (KLRA, 6: 10 )
(Krylov. Aleksei Nikolaevich, 1863-1945)

SHERR, S.A.; LUFACII, V.S., redaktor-, MTASHIKOVA, T.F., tekhnichookiy
108W*Vtor.
[Ships of the ocean depths] Korabli morskikh glubin. Moskva, Toen.
iz4-VO Ministerstva obor. SSSR, 1955. 302 P. MRA 8: 11)
(Submarine boats)

ISHERR, S.A.
A.4. Shiltdar's activity in the field of submarine building.
Trudy Inst.ist.est.i tekh.13.,123-153 1569 (M1RA 10:1)
(Shillder, Aleksandr Andreevich, d.1785)
(Submarine bo'ats--HiBtory)

SHERR, S.A.
Histor7 of the use of
i tekh. 29:264-327
(Ship
engines to propel ships. Trudy Inst.ist.est.
'60. (MIRA 13:6)
propulsion)

....SBERR, Sergey Aleksandrovich; LUPAC11, V.S., red.; KOKINA, N.N.J,
tekhn. red.
[Ships for the ocean depths) Korabli morskikb glubin.
Izd.3., ispr. i dop. Moskva, Voenizdat, 1964. 325 P.
(MIRA 17:2)

SMMSHAGIMVA, L.I.; VDOVENKO, K.G.; HUMKINA, T.M.
Comparative evaluation of various methods for taking material to
be tested for dysentery. Lab.delo 2 no.2:25-26 Mr-Ap '56. (MLRA 9:10)
1. 1z bakteriologichaskogo otdela Kuybyehavskoy gorodskoy sanitarno-
spidemiologicheakoy stantaii.
(DYSENTERY)

ZINOV'YEVA, I.S.; SMIRSHAC113VA9 L..I.; IZRAILEVA, L.M.; SHPAGINA, M.K.
Drug resistance of dysentery bacilli. Antibiotiki .4 no.6:88-92
N-D '59. (MA 13:3)
1. Kuybyshevokiy institut epidemiologii, mikrobi6logii i gigiyeny.
(SHIGELIA pharmacol.)
(ARTIBIOTICS pharmacol.)

SHERSHAXOV. B. B.
Dissertation: "The Conditions for Irreversibility
Synthetic Resins." Cand Chem Sci, Inst of Physical
22 Jun 54. (Vechernyaya Moskva, Moscow, 14 Juti 54)
of Ion-Exchange Sorption on
Chemistry, Acad Sci USSR,
SO: sum 318, 23 Dec 1954

ROZIRSKIT, Yu.B., kand.med.nauk; SHERSWOV, V.P.
Memor7. Zdorovle 6 no.6:4-6 Je 160. (MIRA 13:7)
(MIKORT)

ROZIWSKIYj YU.B.9 kand.ied.nauk; -- SHMSHAKOV,-V-P.
Laziness. Zdorovle 7 no. 5:20-21 My 16L (HERA 14:4)
(LAMESS)

-4 -- -*--
/ ; ~ - ~! , ir - f~ - - --, - I ,
i 1.
, - , - , f . I I
PRUHIN, K.Ye,, kandidat, khimicheeklkh nauk; SHERSELKOVAg A*K*
Datoxication of cottonseed cake and meal in the oil plant. Trudr
VNIIK 3:325-339 156. (xM io:4)
(Cottonseed meal) (Gosaypol)

KANTOR, L.Ya., kand.tokhn.nauk; SHERSHAKOVA, A.V., inzhonor; ZASLAVSKIY, S.A.,
lnzh.
Miltiprogram group-type receiver for operation in wire broadcasting
networks. Vest. sviazi 24 no.2:3-5 F 164. (MIRA 17:4)

SHERSHAKOVA, T.N., asDirant
Condition of the oral cavity in thyrotoxicosis and in Itsenko-
Cushing disease [with silm ry in English, p.1261. Probl.endok.
i gorm. 3 no.4:81-86 Jl-Ag 157. (MIRA 10:12)
1. Iz kafedry terapevticheskoy stomatologii (zav. - prof. Ye.Ye.
Platonov) Moakovskogo meditsinskogo stomatologicheskogo institute
(dir. - dotsent G.N.Beletakiy) I Vsesoyuznogo institute ekBperimen-
tallnoy andokrinologit (dir. - prof. Ye.A.Vasyukova) MiniBterstva
zdravookhraneniya SSSR.
(CUSHING SYNDROKE, manifestations,
mouth (Rua))
(HYPERTHYROIDISM, manifestations,
mouth (Rua))
(MOUTH, in var. dis.
hyperthyroidism & Cushing synd. (RUB))

SHFMHANOVSKAYA LAIL
-y
Dissertations. Teploenergetika 4 no,,8:96 '57. (MIRA 10:10)
(Electric engi ering~

SRRRSRA
..,YK-1.4,,Nikolay Dmitriyovich, stalevar; TISIMIKO, K. redaktor;
-
IGNATITIVA, A., t; . iy redaktor
[We are smelting new stnelisl Plavim stall noTykh marok. CXoskyaj
Moskovskii rabochii, 1956. 47 P. (KERA 10:1)
(steel)

0. or" Un v e 1%'~.;
4
r-- Llni-Iii
1 -- ---- c -'_' Dirce-'~"ons Pres-cf-Ited .:or Def7rc-s in an.--'
C-.- in ln~.

-Jo
CHERVAKOV, Vasiliy Fedorovich; MATOVA, Yevgeniya Yevgenlyevna; SHF.R-
N joy Vladimirovich; RYABOV,G.Z., redaktor; BE
S 111, Ser
'h-V&iy redakt'
CH%IK u. or
[Hundred and fiftieth anniversary of the. Pprensic Medicine
Department of the First Moscow Institute of Medicine (order
of Lenin)] 150 let kafedry Budebnoi meditsiny i Moskovskogo
ordens. LeninR meditsinskogo instituta. Moskva, Gos.izd--o
med. lit-ry, 1955. 161 D. (MLVA 9:3)
(MEDICAL JURISPRUDENCE) (MEDICAL COLLEGES)

Name: SHER.SFUTKIN, Sergey Vladimirovich
Dissertation- History of the Russian Forensic Med
Service(17th to 19th Centuries)
Degree: Doc Med Sci
AffilitAich: St'nlinahnd Stnto Mod Inst Lmeni
Avitsenna
Defense Date, Place: 16 Jan 56, Council of 1st Moscow Order
of benin Med Inst imeni Sechenov
Cortifieption Date; 27 Oct 56
Source: BKVO 6/57

SMMSHAVKIN, S.V., dotsent
Reorganization of the Pharmaceutical Bureau. Sov.zdrav. 17 no.2:
56-58 F 158. (MIRAL 13:1)
1. Iz Stalinabadskogo meditsinskogo instituta. imeni Avitsenny.
(PHARMACY, hist.
in Russia (Ras))

SHERSHAVKIN, S.V., prof.
"Public health in Yaroslavl in the past and present" b7 V.I.
Beliaev. Reviewed by S.V.Sherashavkin. Sov.zdrav. 21 no.7:80-81
,62. (MIRA 15:8)
(YAROSLAVL-PUBLIC HEALTH)

YEGORSH111 N A SHERSIM.~,-F.11.; SAIRNOV, A.N.; GORBUNOV, A.D.;
YEGOROV, V.F.-;--V-ASILYEV, A.V.; KOLOMEYTSEV, k.N.; KOLEGOV,
V.A.; KASATKINA, N.P., red.
[MechaniijrAjop lumbering camps; from work practices of the
construction office of the Chusovskoye Logging Camp] Mekhanis-
rW dlia lesozagotovok; iz opyta raboty konstruktorskogo bluro
Chusovskogo lespromkhod. Moskva, TSentr.nauchno-i9a1.in--V-
informatsii i teklniko-ekon.issledovanii po lesnoi, tselliu-
lozno-!3umazhnoi, dere-Voobrabatyvaiushchei promyshl. i lesno-
mu khoz. 1963. 21 p. (MIRA 17:4)

SHERSHENI, L., kand. tekhn. nauk; TITOV, A.; ZIIBOV, A.; SOLOMONOV~ S.
Opinions of the leaders of thE economic councils and special
industrial designers bureaus. Tekh. est. 2 no.7:4-6 JI '65.
(MIRA 18:8)
1. Predsedatell Tekhniko-ekonomicheskogo soveta Leningradskogo
soveta narodnogo khozyaystva (for Shershen'). 2. Nachallnik
Spetsiallnogo khLdozhestvenno-konstruktorskogo byuro Leningrad-
akogo soveta narodnogo khozyaystva (for Titov). 3. Zamestitell
predsedatelya Leningradskogo soveta narodnogo khozyaystva (for
Zubov). 4. Glavnyy inzh. Spetsiallnogo khudozhestvenno-kon-
struktorskogo byuro Leningradskogo soveta narodnogo khozyaystva
(for Solomonov).

25(5) SOV/117-59-2-5/27
AUTHOR: Shershen'. L.G.,-Chief of Technical Administration
0 the Lensovnarkhoz
TITLE: The Industry of Leningrad is Widely Introducing Group
Production of Machines and Instruments (Leningrad-
skaya promyshlennost' shiroko vnedryayet -ruppovdye
prcizvodstvo mashin i priborlov)
PERIODICAL: Mashinostroitell, 1959, Nr 2, pp 6-8 (USSR)
ABSTRACT: This article is a general account of the introduc-
tion of the group machining method in plants of the
Lenin-rad Sovnarkhoz. such as "Krasnaya Zaryall,
"Vibrator", "Lenpoligrafmash", "Vulkan", "GOMZ11, plant
imeni Kozitskiy, Mebel1naya Fabrika Furniture Factory)
imeni Khalturin, "Radist", "Lenteplobridor", "Elektrik"
"Krasnogvardeyets", plant imeni Sverdlov, plant imeni
Karl Marx 7 "Krasnaya Vagranka". By now, the produc-
tion of b2,000 various items, subdivided into 1,045
technological groups, has been converted to the group
Card 1/2

S
~0'7/111 -7-59-2-5/2-!~
The Industry of Leningrad Is Widely Introducing Group Production
of ~.,Iachines and Instruments
machining method. The author indicates the rates
of increase of production, reduction of cost, eco-
nomy of metals and other factors affected by in-
troduction of the group machining method.
ASSOCIATION: Lensovnarkhoz (Leningrad Council of National Eco--
nomy)
Card 212

SMMSHMI, - L. G.
Development of technical offices in enterprisea of the Leningrad
Economic Council. Biul.tekh.-akon.inform. no.11:71-72 160.
(MIRA 13:11)
(Leningrad--Economic councils)

SHERSHENIV L.G.
Experience of machinery and instrument plants of the Leningard
Economic Council In introducing multiple mach:ning techniques.
Biul. tekh.-ekon.infcrm. no.3:73-76 161. (MIRA 14:3)
(Leningrad--Machinery industry)(Leningrad-Instrument industry)
e. I

SHERSHE VA. Ye. F. (Moskva)
Speech training of children in nurseries and children's homes.
Med, sestra 18 no-3:30-34 Mar 159. WU 12:3)
(CHIUBOT-WIGUAGA)

170)
AUTHOR: Shersheneva, Ye. N. SOV/20-125-2-53/64
TITLE: The Development of the Appen1ix VenrifornLLs and. i-;-,s Innervation
(Razvitiye cherveobraznogo otrostka i yego innervatsii)
PERIODICAL: Doklady Akademii nauk SSSR, 1959, Vol 125, Nr 2, PP 424-427
(USSR)
ABSTRACT: The morphology of the vermiform appendix and its innervation
cannot be regarded as investigated. After a survey of publica-
tions the author tries to solve the following problems:
1) Do the elements of the nervous system of the appendix devel-
op additionally during the erbryonic life and after the birth
by transformation of its entodermal or mesodermal cells?
2) What are the particularities of its vegetative nerve ele-
ments and of its sensible innervation? 3) What nature has the
interaction between the differentiating nerve elements and
the appendix membranes? The author studied appendices of
embryos 15-290 mm long, new-borns, as well as 4-7-month-old
and 1-74-year-old persons. The vermiform appendix appears in
embryos 20 mm long on the transition point of the small
ir.,"Uestine to the large intestine. The author then describes
Card 113 its development in the aforesaid age groups (Figs 1-4).

7he Appendix Vermiformis and its SC~11 2C-125-2-53/64
inn e rv~_ t f on
dcneri,)tion the conclusion that the ver-miform
iC n- rjj,,jinOntar,r orrra-n but an indei)endent section
0
011 the di-,,ctiv.~? tzac. It fulfills a -irotective function. The
~~,,--)cndix ir the earliest sta-0c of develazment and
retnins throi,:Jiout t:~e life a certain structure that varies
in dctails. T'he c+-,-ucture of its wall is gradually complicated
in tlie course of tlivo --hole embryonic and postembryonic -stage,
which holds also for the ctructure of its ven-etative nervous
system. In contrast with publications (Refs ~,6,9), the author
never found a Dartition of the nerve elements by mitosis or
a.-Atosis. Nor :11as chc concluded therefrom a removal by
Oemmiparity of arZentophilic cells with neutron formation. It
is not produced from connective tissue in situ as yet. 14'rom
all that the author cc-icludes that the elements of the vegeta-
tive nervous syster, are formed to,,-ethelr with the central
nervous system an-! emi,-rante to the oroan in very early sta..-es
(Refs 2,11,12). T.~cre are 4 fi,~-ures --nd 16 references, 10 of
,uhich are Soviet~
Card 2/13

The Development of the Appendix Vermiformis and its :JOV/20-125-2-5,13/64
Innervation
PRESENTED: October 15, 117501, b-- L. A. Or'.)ol4, Icademician
I - i
SUBLIMED: October 11, V,~5';
Card 3/3

SHERSHER, E., inzhener-podpolkoynik
How to prevent an engine from cutting-off. Av.i kosm. 45
no.8:65-69 162. (NIRA 15:8)
(Airplanes--Engines)

SHERSHER, E., inzh.-podpolkovnik; KOROVKIN, Yu., inzh,-podpolkovnik
In case of a takeoff boost failure. Av. i kosm. 47 no-4:66-71
Ap 165. (MIRA 18:4)

LEVINA, M.Ye. [Levina, M.E.1; SHERSHEV, B.S. [Shershov, B.S.]
Phase dia[ram of the KW-~ - KF03. Dop. AN URSR no.7:
042-945 164. (laRA 17:9)
1. Maskovskiy gosudarstvennyy universitat. Predstayleno akcademikom
All UkrS.")Rk Yc.A.Shilovym (Shylov, IF.O.I.

V i i::" , I ! "j e111. 1-C, " FrV
-)f glf ~.y~,ter,~.- NaBeF
3
a n, iBe F3 MI 3* UIC-331H no.1;76-73 165.
j . Mosk07ski.y g-:-Lu,iarsl.-,rerinyy universAtet. Predstav.leno
A-11 UlcrSSR Ye.A. Shllovym [shylo-v,

L ooo3o-66 EWT(z)/EV1P(t)/EWP(b) IJPW JD/J6
ACCESSION NR: APS020309 UR/0186/65/007/004/0480/0461
adjuj:
AUTIHOR: Levine, M. Ye.; Shershev. B-,~. Zaborenko, K.
AL
TITLE: Emanation study of the sodium.b llium trifluoride-sodium metaRhosphate
system
!SOURCE: Radiokhimiya, v. 7, no. 4, 1M, 480-482
;TOPIC TAGS: sodium compound, radioactivity measurement, phase diagram
iABSTRACT: The purpose of this investigation was to deter-mine more accurately. the:.
!phase diagram of NaBeF3-NaPO tem, which was previously studied by means of ther-
3 Sys
!mal analysis, and to investigate chemical reactions of mixtures in solid state,
!which would give additional data concerning this system' The phase diagram of the
I
;NaBeF3-NaPO,A system consists of a continuous series of solid solutioni (Fig. Iof
':the Enclosu~e). The methods and the apparatus forlmeasurement of the emanation of
impure compounds during heating are described in Radiokhimlya,5, 360 (1963). Radio-
'thorium chloride was introduced as an alcoholic solution into finely ground NaBeF3
~powder which was then thoroughly mixed and dried. The activis NaBer3 was pixedin.
,appropriate molar ratios wfth HaPO3.- The mixture was placed into a Pt crucible and
I Card 1/3

L 00030-66 7-
WCESSION NR: AP5020309
ieated in the metal block of an el?ctric furnace. The temperature was measured
,iith a Pt-Pt/Rh thermocouple. The ionization chamber was used,for measuring the at-.
activity of thoron. The experimental data obtained by the emanation method verify
t~e exIstence of a liquidus curve of the continuous series of solid solutions in
the investigated system. Origr art. has: 4 figures.
MOCIATION.s none
;UBMITTED: l0Ju164 ENCL: 01 SUB CODE: JQA
10 REF SOV: 004 OTHERt 062
Card 2/3

L 00030-66
ACCESSION NR: AP5020309
rij
Card 3W'

L 20992-66 Elfip(e I-IH
ACCESSION NR: AP5020310 uR/0-186/65/007/00VO483/066
541.123.2:546,451321161+546-32,185*-546.296'543.226
AUTHOR: Levina, M. Ye.; Shershev,-B. S.; Zaborenko-, K. B. 3 2;
TITLE: Study of the KBeF3-KP03 GYst~'~_Tj_-the radioactive emission method
ISOURCE: Radiokhimiya, v. 7, no. 4, 1965, 483-h86
ITOPIC TAGS: fluoroberyllium gla'bs, phosphate glass, optical glass, infrared glass
filter, fluoroberyllate phosphate system, phase diagram, radioactive emission method
ABSTRACT: The phase diagram and solid-state chemical reactions of the KBeF3-KPO_i
Isystem have been studied by the radioactive emission method with emphasis on the re'
igion of the diagram in the 10-40 mol% KP03 range, the study of which had not been
completed previously. The beryllium glasses,Cformed in this region are the mosptrans~
-parent in ultraviolet or inf d tral rLgions
rare sp;R and the most weatherprooi'Vof all
Ithe glasses in the system studied,4Fnd therefore may find application as new optical
;glassy materials. The curves of emissive power versus temperature of the sample in_~
idicated that a chemical reaction in the solid state started at 200-220C. Earlier
1DTA data obtained by the authors were confirmed, indicating the formation of a
!KBeF3-KPO3 compound with a melting point of 495-500C, which formed two eutectics
1_~Card_

L 20902-S6
[A"CCESSION NR: AP5020310
1with the pure components of the system. The peaks of the emission curves from the
eutectic mixtures containing 20-35 mol%' KP03 indicated that the melting begins at.
295-300C for all these mixtures and ends at a temperature varying with the compo--
Isition. The latter temperature data coincided with data determined earlier from
ithe liquidus curve extrapolated because it was impossible to obtain experimental DTA
!data, for this*p,rt of the phase diagram.-Prije;- art. has: 5 figures. [JK]
~ASSOCIATION: none
SUBMITTED: lojul64 ENCL: 00 SUB CODE: Mr Ale 1
ATD P
NO REF SOV: 002 OTHER: 008 RESS: -Y0,&Y
1-gard- W

.ACC NR, AP6010832- -SOURCE CODE-.UR/0073/66/032/003/0253/0255-,
AUTHOR: Levina, M. Ye.; Shershev, B. S.
ORG: Moscow State University im. M. V. Lomonosov (Moskovskiy gosudaratvennyy
universitelT
TITLE: Phase diagram of the NaBeF3-NaP03 system
SOURCE: Ukrainskiy khimicheskiy zhurnal, v. 32, no. 3, 1966', 253-255
TOPIC TAGS: fluoroberyllate glass, phosphate glass, optical glass, infrared glass
filter, metafluoroberyllate metaphosphate system, phase diagram
411A ILI
ABSTRACT: The phEkse diagram of the NaBeF,.~-NaP03 system has been established by
differential thermal analysis of th~-I(Tlien, Low cooled mixtures of pure components
of the system to determine the conditions oflormation of fluoroberyllate flasses./f.
The formation of such glasses was reported in the literature. A rapid (30--40C
per min) cooling of the NaBeF3-NaM3 melts produced transparent, moisture resistant
glasses over the entire range of concentrations of the components. quality of the
glasses wr-.s improved by pouring the melt on'a~platinum sheet. The phase diagram
oX the system was typical for a continuous series of solid solutions with a minl-Mum
melting point at 40 mol% NaPO-j. Composition dependence of dielectric losses, tg a
ihe
and of refractive indices of
glossy samples confirmed formation of continuous
solid solutions. The glasses formed by rapid cooling of the melts had low melting
ints (-.24o-625C) and were partially trawsp~rent in the ultraviolet and infraredj~'
'PO -i /o - Ar
-ard ,7

T, T,L
ACCESSION MR: AT50035132 5/3065/6-1/0W/036/0101,101L9
Shorshnev, S. T. (FngJjieer1
AD
44
L
A
of p7s~t nuclear reactors
_qctive.shel.ls
4
o. 36, 1961,
X11 RLE cow. In7Aienerno-stroitellnyy imtitut, Sbornik trudovs a
stroitell stva yadernykli #4-i*r#rvMv
KafL R (Department for the construction of
L
:-mclear engineering installations), la - 9
TOPIC TAGS: structural anal is, Aii-M 3 n protection, shell theory
YS
ABSTRACT s The nneral theory of shollb reviewed for the purpose of providi4g:,a
computational guide in the solution
0-
01
n
I ctural problems involviid in nuclear
4 -eactor s!iield construction. The Vi.-sM variables are expressed in terms of tf
v
orces ~T) and monent,= (M) of the iNTM-We ensional coordinate system shown in
TV
J-~
Fig. I on tlie Enclosures. Consideration f the equilibrium state of a shell
r
ideation f
-e -2
I e nt jield s thr uilib-t- i um
.- I /;1I -Lml-.L =0;
F7
A CFI
I 66T AT
a OB lit N --------
+ Tjj
Ad C) -us qf
ad ) +
.1 f dBJV dANS,
+q,==O.
a2
Card 1/6
-4

.-M
32-112-6,5
=EWION NRs AT%03932
and three more-equations of moumt equilibrium
I OBMI
+ dj + M
dj
XB
(d 9Mv OAM 1 8
2 N'=O
M" A
-TBT da do O'd
dp
Tj 2 T,,
R.
Here A.,B, are coefficients of the first quadratic form) q,,K,. qf~.# qy are COMP9,
nents of the surface load along the coordinate axes, and RIO K2 are princ pal
radii of curvature for the given coordinate system. Substitution of variables
describing deformation characteristics and elasticity relationships and intro-
duction of complax variable forms proposed by V. V. Novozhilov (Movff metod
r a s Ch et a '. D!-ki kh obolochek, iz;v. U 33SIR, OTN, 1946, No. 1) result in further
redtict~~or of the equLlibriun eql.:atfons. kri exponeritial stress fw~ction, written
In comple-K form, is introduced, and aXter a series of operations and reductions,
the solution set
dal
dl(I)
e- + C
e
Card2/6

L
ACGEWION Hal AT5003932

TABLE 1

r, r4 M.- At. N, co" CA

DOW
,
, 0,000 0,000 280 70.0 0,000 0,000 3.99 O,QW
69
50 0,048 0,078 280 86.2 0.180 0.045, 3,39- 0,033
L 89-40' 0,096 0,155 280 102,5 0,330 0,082 2.85 oloss
89020' 0.181 0,302 280 131.9 0,550 0,138 1.94 0.124
891W 0.280 0,452 280. 160.0 0,695 OJT4 1.17.. oelgo
88-30' 0,420
' 0,678 280 - 196 ;8 0,797 0,199 0.31 Oj254
8890(r .-
O,W
09M
280
224.3
0,795
0,199
-;-0.26
-io 314',:-

87'W 0,832 1 346 280- 2G7,7 0635 0,159 -4,78 0396

wool

760W

O
11396

4.184
2j256

6,760 ---280

' 29140- -

279,7 70,m

1000 .0,050-

1000

00 -1-1

'0 ,448,-

20

N

56
W
9.780
15,820
280
-
280,0~-.
0.000 0.000 0 420

1 Ca
rd 6/6

MIN U j

L 33508~~05
JACCESSION HR: a5003828
ers--_ (dissolved:-in -CCI Ai,4
M
bb
be expressed as-
.1019 19 ~,3 6-g-il
-3~ 1 /4
(where a_-.ester group concentration, molt,!
for initial MW concentration of 12 and 6 parts by weight respectively, To show
that the radical processes, which develop during structurization,-end:*hen an.
jequilibrium. degree of stnicturization is reachedp a free radical acceptor (2-
mercaptobenzothiazole, MBT) was added to the rubbers. During,the initial. stagest -1~-
I!MT decreased the degree of structurizationy but had no effect after equilibrium,
was reached. The addition of SnCl 2H 0 significantly increased the vulcanization
2
rate (at temperatures above 160C orders of magnitude)p but nc~ esters could be
5--mmut 4-
-4.foundi---and--the--concentr~Ltiloir-of--phenal-i-c~7IWftaxy-1--decreased-~~~--5 -af er-=I- a -
let 160C. This indicates positibility of chiamanic structure's- -as.:Vrell. an
~interaction of MW with ct-metbylene IV-drogen from the rubber. Orig. art. hast 3
figures.
~ASSOCIATION: Moskovskiy institat tonkoy khimichaskoy 'tekbnologii im, me Be
Lomonosova (Koscow Institute of Fine Chemical Technology)
Card 2/3

L 33508-65
AMESSION-M.--

A"0038261.1
ENCL- .00

OEM i -009

7 1
e7

P/044/6 2/000/012/OC3/OOL
D002/D101
AUTHOR: Shershev, Ye., Lt. Colonel, Engineer
TITLE: How to prevent engine flameout during flight
PERIODICAL: Wojskowy przeglqd lotniczy, no. 12, 1962, 27-32
TEXT: This is a translation of a Russian-language article published
in the periodical "Aviyatsiya i kosmonavtika", no. 8/62, and constitutes a
narrative account of likely causes of engine flameout during flight and
appropriate precautions. Specific mention is made of the following: Proper-
overpressure in fuel tanks; fuel pump performance; temperature control in
afterburner operation; how and when to turn on *the afterburner; avoiding
the use of hydraulically operated equipment.when afterburner is on or being
turned off to prevent pressure fall in the hydraulic system; watch-of tem-
perature during afterburner-assisted climb; proper timing of iri.9 nozzle
movement; mechanical check of iris nozzle; lean-mixture engine speed; and
acceleration pick-up test,. The following-engine parts affecting flameout
are mentioned: 495A pump, CN-9 pump, ITRA-11A feed pump, KPII-lA coil, and
DSD-2 differential pressure indicator. There are 2 figures.
Card 1/1

SMSHEM, S. M. (Vil'nius)
Use of chlorethyl block in certain diseases. Sov.med. 18 no.6:
31-32 Je '54. 1 (MLRA 7:6)
(AIESTHESIA, RIGION&L,
in various diseases
*ethyl chloride block)
(ETHYL CHLORIDE, therapeutic use)

USSR/Hinnan and '~ni mal Physiology (NormU mid Pathological) T-13
Effect of Physical Factors. Ionizing Radiation.
Abs Jout Ref Zhur - Biole) No 16) .1958, 75286
Author Shershever, S.M.
Inst
F"
Title on ="_rtMowemT_o7InfectL)n of the Brain During Radiation
Sickness (Experimental InvestiEption).
Orig Pub Zh. nevropatol. i paikhiatrii, 1957, 57, No 3, 393-4ol
Abstract Results are described of histoloGical investiGation of
the brain in 3 dogs, sacrificed in-29-43 days after a sin-
ae roentgen exposure of the head to 1000 or 1500 r, and
in 9 doGs that died in 7-96 days after the same exposure
of the head a two-fold (with an interval of 2-3 Cays) ex-
posure to doses of 510 r 3-4 field 20:20 cm alonG the spi-
ne. On a basis of radiation sickness more or.less expres-
sed encephalopathic reaction vas found with signs of hypo-
xy, with predominant infection of the nerve cells of the
Card 1/2

17(13)
SOV/177-58-11-17/50
AUTHOR: Shershever, S.M., Docent, Colonel of -the Medical Corps
TITLE: Treatment of Myositis, Acute Neuralgia, Mononeuritis
and Radiculitis With Iodine Paste
PERIODICAL: Voyenno-meditsinskiy zhurnal, 1958, Nr 11, PP 53
55 (USSR)
ABSTRACT: The article deals with the treatment of various ner--
vous diseases with iodine paste. The author stressek:-
the good results obtained with iodine paste of Pro-
fessor S.K. Rozentall which was desdribed in "Herald
of Experimental Medicine" in 1945 (Xr. 4 1. - The
paste is composed of iodine - 0.3, chloroform -
150.0, ethyl alcohol - 20.0 and paraffin wax - 30-3.
In his monograph "Ishias" (Medgiz, 1954), D.A. Sham-
burov emphasized the rapid calming of pains due to
this paste. A.I. Ponizovskaya wrote in the journal
"Neuropathology and Psychiatryll(Ed. 5, 1957) on good
Card 112 results in treating 624 patients suffering from di-

SOV/177-58-11-17/50
Treatment of Myositis, Acute Neuralgia, Mononeuritis and Radiculi-
tis With Iodine Paste
seases of the peripheric nervous system with Rozen-
tall's iodine paste. Because of the painful,_./ness
at the moment of ap,)lication and pruriginous derma-
titis, the author modified the composition of the
iodine paste as follows: iodine 3,0, menthol - 6.0,
anesthesin- 15.0, alcohol - 20.0 paraffin - 30.0,
chloroform - 150-0. On aggravation of the chronic
disease, khimanestesin is applied, combined with
hygienic sports and drugs.
Card 2/2

PETRITSMIKO, A.V., polkovnik med.slt1zhby;__SIM-RM7-,VY.Rj -S.M., polkovnik med.
sluzhby
Result of the work of a military medical society of a district hospital.
Voen.-med.zhur. no.10:53-55 0 '59. (M,�L& 1313)
(SOCIMIES, Mmioa)
(MILITARY *MICITU)

TMELIBAUM, M.M., polkovuik med.aluzhby, krtud.med.nank-, SRIBSH%Tn. S.M.,
polkovnik meditainakoy slushby, kand.med.nauk;
:ubjects.
SMtomatolog7 of gastric and duodenal ulcer in young
Voen.-med.zhur. no.2:77-79 7 160. (MIRA 13:5)
(PEPTIC man)