SCIENTIFIC ABSTRACT SHEYNIN, B.I. - SHEYNIN, P.I.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001549330006-0
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 9, 2001
• Sequence Number: 6
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

Hydraulic frictional resistance to flow of a steam/water SOV/96-58-6-14/24
mixture in a straight horizontal tube.
terms of generalised parameters. A hydrodynamic rig was set up to
carry out investigations on the frictional resistance to flow of a
stea-/--ter mixture in a straight horizontal tube 30 mm diameter
at pressures of 40 to 120 atm. with visual observation of the flow
structure. A long section was used to stabilise the flow before the
experimental section was reached. The speed range of the mixture
was 0.3 to 5.9 M/sec and the steam content by volume was 0.75 to 0.98,
both with and without heating at a rate of 70 - 75 thousand kcal/M2.
hr. Heating of the tube appeared to have no effect on the hydraulic
frictional resistance. The results given in fig.4. show that for
a given value of the generalised parameter z, derived earlier in
the paper, the relative pressure-drop increases with reduction in the
pressure of the steam/water mixture. The experimental data plotted
in fig.6. are in satisfactory agreement with a generalised relationship
given by Styrikovich for tubes 56 mm and 25.5 mm diameter. Experiment-
al data for steam/water mixtures at pressures of 40 to 120 atm or for
various initial steam contents by volume are given in fig.7. The
curves demonstrate the inconsistencies that &rise when extending
directly to steam/water mixtures conclusions derived from tests on
cold air/water mixtures. The last section of the paper is
Card 2/3

Hydraulic frictional resistance to flow of a steam/water SOV/.96-58-6-14/24
mixture in a straight horizontal tube.
devoted to the derivation of formulae for calculating the lose
of heat by friction in horizontal tubes. The existing standard
formulae are replaced by now ones. There are 10 figures and
7 literature references (6 Soviet and 1 English)
ASSOCIATIONi Power Institute of the Acad.Sci. USSR. (Energeticheskiy Institut
AN SSSR)
1- Fluid flow--Friction 2. Fluid flow--Theory 3. Tubing--Performance
C&rd 3/3

AUMORS- Kosterin, S.I. (Dr Teclt.Sci.) SOV/96-58-10-14/25
Shenin, B.I. (Cand Tech..Sci.j
Katarzhis, A.K-.(Engineer)
TITLE:
PERIODICAL-
ABSTUCT.,
Card 1/3
An experimental investigation of true steam contents during the flow
of steam-water mixture in a slightly sloping tube. (Eksperimentall-
noye issledovaniye istinuykh parosoderibaniy pri techenii
parovody,tney smesi r slabonaklonnoy trube.)
Teploenergetika., 1958~ \_ No.10,, pp. 5540 (USSR)
A formula is given for the specifi.,,, weight of a steam/water
mixture moving in a sloping -tuber it includes terms for the losses
of head due to friction and a.-,celerat4or-, 11 steam content of a
mixed flow is evaluated bY measuring flow in an unheated tube and
applying this formula, t4e result is noLt aecurate because the
frictional loss cimnot be determined exactly., It is, therefore,
better to measure the actual spe-,ifi.,- weight of the mixture.
Previous attempts to do this are briefly reviewed, The method used
for the present work was to cut off a volume of the mixture by
means of two high-speed valves losated at the ingoing and outgoing
ends of the experimental section of +,ubing. A third valve was used
as a by-pass. The requirement--s that the valves must meet are
specified with particular reference to rate of closing. A sectional
drawing of the valve used is seen in Fig.l., and its construction

An experimental investigation of true steam :ontents duri-nlry the SOV/90-58-10-14/25
flow of steam-Nater mixture in a slightly sloping tubs..
is described. The valve is operated by a knowa weight falling from
a certain height, the details being given in Table,l. The test
rig is drawn schematically in Fig.2., and has an experimental
section about 7.2 metres long. The valves carried contacts whereby
the time of operation could be re!~orded on an oscillograph. The
oscillogram, reproduced in Fig.3., shows that the difference in
operating time was 0.003 sees, and that the duaration of closing was
about 0.015 secs, Tests were made to ensure that the valves did
not leak, After the valv.-s had ~.losed, the steam/water mixture
was cooled, discharged and weighed. It is calculated that the error
of determination of the true specifi-. weight is 4.6% at 20 kg/63
and 0.9% at 200 kg/n3. The zonstruction of the rest of the
apparatus is then described in more detail, and includes the
method of introducing thermo--~ouples, as illustrated in Fig.4.
Sight-glasses of optical quartz were provided to observe the flow
structure,. Brief characteristics of tests to determine true
specific weights of steam'/water mixture moving in a tube
29.9 mm internal diameter at a slope of 90431. are given in Table.2.
The tests were made over a wide ran-,re of steam contents at
pressures of 40, 70 and 120 alms. The steam contents by volume
Card 2/3

An experimental investigation of true steam contents during the flow SOV/96-58-10-14/25
of steam.,rater mixture in a slightly sloping tube.
as functions of various parameters are plotted in Figs. 5, 6 and 7.
The dotted lines are calculated by the standard methods of the
Central Boiler Turbine Institute for making calculations on
circulating water in steam boilers. It will be seen that in general,
these calculated curves lie too low. This meainly because of the
structure of the steam/water flow. The article concludes with a.
description of several typical and transitional forms of flow.
There are 8 figures, 2 tables and 4 Soviet referenees*.
ASSOCIATION: Power Institute, AS- USSR (Energeticheskiy
Institut AN SSSU)
Card 3/3

24(8) PHASE I BOOK EXPLOITATION SOV/3070
Akademiya nauk SSSR. Energeticheskiy institut imeni
G. M. Krzhizhanovskiy
Teploenergetika, Vyp, 1* (Heat Power Engineering, Nr 1) Moscow,
Izd-vo AN SSSR, 1959. 143 p. Errata slip inserted. No. of copies
printed not given.
Ed. of Publishing House: V. A.*Kotov;
Editorial Board'. V. A. Baum,
Professor (Aesp. Ed.); 6. Ye.
Sciences; 11. 1. Yushchenkova,
Z. L. Miropollskiy* Candidate
and S. G. Poyarkov, Candidate
Tech. Ed.: Yu. V. Rylina;
Doctor of Technical Sciences,
Kholodovskiy, Doctor- of Technical
Candidate of Technical Sciences-,
of Technical Sciences (Secretary);
of Technical Sciences.
PURPOSE: This work is intended tor scientists and engineers working
in the field of steam boilers.
COVERAGE: This is a collection of 9 articles on the circulation of
water and water-vapor'mixture in boilers, bubbling processes,
pulsation of pressure, temperature fields in combustion chambers,
radiation heat transfer between gray bodies, and the solution of
Card i/6

Heat Power Engineering, Nr 1 SOV/3070
nonlinear problems ,of mathematical. physics. There is also an
article describing processes occuring in the steam boiler of a
solar heat energy station. References appear at the end of
each article.
TABLE OF CONTENTS:
Kholodovskiy, G. Ye. Generalization of Experimental Data on the
Circulation of Water in Boilers- 3
The author presents a-method for generalizing experimental
data a-ad establishes some relations between theoretical and
practical data characterizing circulation processes in boilers.
Sheynin,_.B._j,, and A. K. Katarzhis. Regions of Various Flow Forms
-of Vapor Mixture in Inclined Pipes 30
The authors describe experimental investigations of the flow
of water-vapor mixture under pressures of 40, 70 and 120
atm. through pipes inclined at 5'261 and:9"431. Graphical
representations of the results are given. The experiments
Card 2/6

Heat Power Engineering, Nr 1 SOV/3070
were condlicted at thermohydroelectric laboratories in cooperation
with Heat and.Electric Power Plant (TETs) No. 9.
Bartolomey, G. G., Ya. G. Vinokur, V. A. Kolokoltsov, and
V. I. Petukhov. Experimental Investigation of Vapor and Gas
Contents.in a Bubbling Process 40
It was found that the distribution of volume vapor content
and air content along the elevation of the bubbling'volume
at insignificant'reduced velocities of vapor or air, and at
low boiler water salt content, remains qualitatively the -
same under various pressures and characteristics of the perforated
plate. An increase in the weight level at atmospheric
pressure results in a decrease of vapor content. An increase in
the reduced velocity of steam when the water is of low salt
content increases the volume vapor content.
Semenov, N. I. Pulsations of Pressure in the Flow of Gas-Liquid
Mixtures in Pipes 46
The article describes experiments in pressure pulsation in
Card 3/6

Heat Power Engineering, Nr 1 SOV/3070
four 14 m long pipes of different diameters-25.8, 47.4, 74.7
and 99.8 mm. The flow velocity changed.from 0.2 to 5m/sec.
The gas content changed from 0.05 to 0.95. Graphical represent-
ation of experimental results are given.
Miropollskiy, Z. L., and R. I. Shneyerova. Investigation of a
Flow of Vapor Water MJxture in Pipes by r Radiation 53
In this article the authors describe problems in deter-
mining the average values of steam volume contents 9 av. in
pipes-and in conduits of rectangular cross section. The
results obtained are also valid for conduits of
arbitrary geometrical shapes. Diagrams and graphs are given.
Khrustalev, B. A; and S. S. Filimonov. Temperature Fields in
Combustion Chambers 62
Three kinds of furnace heating dhambers were investigated.
Experimental data 'show that under coi~dition of approximate
self-modeling temperature fields these ubapbers perform
according to load. It is stated chat the approximate
independence of dimensionless temperature fields from the
C-arT,4/ 6

Heat Power Engineering, Nr 1 SOV/3070
load occurs in various combustion chambers which differ from
each other according to geometric characteristics and the
type of-combustion processes.
Shchegolev, D. M. Steam BoMer'of a Solar Heat Energy Station 70
The author presents'data on the performance of steam boilers
operating on solar heat energy. GeAeral diagrams-of a
boiler and tables of principal characteristic are given.
Surinov, Yu. A. Investigation of Radiation Heat Transfer in
Systems of Gray Bodies 79
The author develops a theory of radiation and radiation heat
transfer. The equations appearing; in this article permit a
theoretical-probability interpretation. The article is di-
vided into two parts: 1) Solution of a mixed problem on radi-
ation. heat exchange in a system. of gray bodies in a diathermic
medium, and 2)'Solution of a mixed problem of radiation heat
transfer in systems of gray bodies an absorbing medium.
Card 516

SHEYNIM, B.I.; KATARZHIS, A.K.
Idmits of flow forms of a steam-water mixture in an inclined
pipe. Teploenergatika 13nerg. instj no-1:30-39 159.
(MRA 13:2)
(Pipe-4drod,vnamics)

f, 754 2
SOV/96-60-1-6/22
and I Candidates of
Coefficients for the
H:IML-~' R f e IF
icw of e a 7, - w ar. e r Mi,--.tu::-e. in Pipes
FE-RIODICkL, 1960. N-- 1, -D-D 33-37 (USSR)
ABSTIRACT. A iDrevlcus arcicle p-iblishe-A in Teploenergetika, Nr 6.
9'
-S, 'ha~- sr--o-.m tha~~ the fr-;c-uional resistance to the
.1,3 w o f a two-phase miixture in a pipe may be represented
"S, pressure drop and resistance
.13 r e La t e U n I k - .
-Its, The i'rict-onal resistance may be calculated
C, Y "Aic- usua-' fc-"T-Mula (1). but certain modifications must
be :7411e Lasa of a steam-water mixture.
n -,se sbould b-a made of the referred
der)endin~ upon the volumetri-c
,a= -ont~n--- -t,L- Frou-,i,? cxit-rion and the relative
3 S o S C, f t'n- Gfaphs of the relative
f r t, 1 s,7anct, -ac- -~~ func on of the s te am c ontent
I- . Irr-u., -Led in FJg 1 for
b-y to., MIX, ,le UIIE~ Dio~ -
e s s, u r- e c c. f ~trld 1117 -,ZM, Experimental values
A
alid resistance
Card, 1/3 sloping tubes of

SOU/9"_60-1-6/22
R~fe r ~:d TF r o- a I ~e, i a~, e C o e en a f o r the Flow o f
S,.-, a~_ -w at e r
0 n:n I I a: i -a e I da-~;a are used to plot the
.Us 1--o 4 of _-_Sj_s-.a-ice factor as a
of v(:,-u:-.e, whilst FiE~ 5 gives
of 7~.,f:~,fr,ea resis-,_-~inr_e coefflcients as functions
e vo e e i i a n a _- :-1,u a t e r m ixt ur e f 1 o w s

--i a T' 2. U
:urve-S are plotted from
da'-7, A~ A, Arm.-Lu--d. The shapes of the curves are
~
33LIC_Lu,:Le."L that at low steam-pressure
S
st,-am/wa-ter mixture are
C.,P ~inl miixture. As the
i-_-Allativ,_~ speed of the steam is
1. U_a .4 -he
h--ad increases,
so that U
dee.-eases to avalue of
n, Th~?refo_ie, of t-"-.-is true referred
COnS4
_j as an index
o f t. 'n 7 ~,3 c-;:m ne, ty of The larger the value,

is t!~_e i~cn-i..,-;formi~7 of the m- -u-r e The
t
oL ~Ii-a ref;~-~rred resistance coefficient
Carai 2/7,

676 4 2
SOV/96-60-1-6/22
Re-ferred r,,N,rf;c~ents for `-he Flow of
St_-aia-water Mll_xture --n Flpes
corresponds to "Llhe region of Inigh relative stueam speed
.observed uhen the two -,omponents of the two-phase
intxturo,, flow at difl'orent rares and the hydro-dynainic
~-,y is Lz,.-ea! e, s t:,
non-um Fc) rmi I Tizere are 5 figures,
1 table an-j L SO,14-t references,
ASSOCIATION, institut AN SSSR. MOTsKTI
(Power institute.Ac. Sc. USSR,. Moscow Division Central
Card 3/3

SHEYNIN, B.M.; PUKEEOVITSKAYA, Z.H.
Some economic questions of the baking industry in Leningrad. 'Qileb.i
kond.prom. 1 no.10:9-11 0 157. (MIRA 10:11)
1. Laningradskiy trest khlebopekarnoy promyshlennosti.
(Leningrad--Bakers and bakeries)

CHKRNYAVSKIY, H.I.;-SWJJ
R B.Ya.
Sanitary and hygienic effectiveness of cleaning metalwork by the
hydrosand blasting method. Gig. i san. 22 no.9:80-82 8 '57.
(MMA 10:12)
1. Iz sanitarno-epidemiologicheakoy stantaii llominternOVBkogo
rayons ]Qiarlkovs.
(IMUSTRIAL HYGIEhE
hygienic & sanitary aspects of cleaning of metals by
hydrosand blasting)

KOSHKIII, N.L., prof.; SHBYNIN, R.Ya., knnd.med.nnxik; IDLINA, A.G., knrld.med.
nauk;
Nnturnl ultraviolet radiation inside buildings and the disinfectant
effect of daylight. Vrach.delo no.1:69-7:Z Ja '58, (MIRA 11:3)
1. Knfedra obahchey gigiyeny Khar'kovskogo meditsinskogo instituta.
(AIR--PURIFICATION) (ULTRAVIOLET RAYS)

ag=AVSKIT, M.I., sanitarW vrach; SHEYNIN, -B.Ta., sanitarW vrach;
BERIMXLYA, TS.I., epidemiolog
Control of influenza in industrial enterprise. Gig.j san, 25
no.1-02-74 Ja 160. (Mm 13:5)
1. Iz Mediko-oanitarnoy chasti Kharlkovskogo zavoda transportnogo
mashinostroyaniya imemi V.A. Mal7sheva.
(IMUEM Prev. & control)

SHCHELKUTIOV, I. P.; RUDEI-TKO, V. F.; SHEYNIN, B, Ya (Khar'kov)
Changes in the onteoarticular system of chiDpers and their relation-
Ship to working conditions. Gig. truda i prof. 7.ab. no.12'.2E-34
161'. (1111RA 14:12)
1. Ukrainskiy institut usovershenstvovaniya vrachey, Ukrainskiy
institut gigiyeny truda. i profzabolevaniy 1- Yedobgyedineniye
No. 17.
(VIBFUTION-PHYSIOLOGICAL EFFECT)
(BONES-DISEASES) (OCCUPATIONAL DISEASES)

-j3r-r,Y7vIII Ma. kund.mpd,muki DIDEITYO, SYu., in-.h,; hUTSPOV, V,N.,
inzh. 1.~ HkI21,10.1 V V, in,-,h,,; SHAPIL'SKY, A,V,, inzh.
Sanitation of working conditions in manual welding. Svar.
proizv. no-Z--37~-38 F '&~- (1-UlUt 15:2)
1. W=ainslkiy naucbno,--'ssledovate3.-skiy institut gigiyeny
truda i proftabolerardy,
(El-r-etric welding-Hygienic aspects)

VICHEGUAM111, A. G,, nauchnyy sotrudnil-,; SHLTITIN B. Ya. nauchny
0 y
sotrudnik; KA1Lk1,`YSHEV, V. B., rauchnyy sotrudnik; GETMJLNETS,
I. Ya.,, nauchn~ sotrudnik; MJ0TGr1;-2'TKO, S. M., vrach Olarll-ov)
Influence of washing solutions and cooling and lubricating
liquidr on the skin of machine shop workers. Vrach. delo no.6.-
124-126 Je `62. (MIRA 15-7)
(MACHINERY INDUSTRY WORKERS-DISEASES XND HYGIENE)
(SKIN-DISEASES)

NEVEROVA-SKOBELF.Vk,,N.P.; PROVORNAYA, A.Ye.,- SLAVINA, I.I.;_�HEYN~~, B.Ye.
Increasing the impact toughness of OT4 and OT4-$laUoys by
heat treatment. Metalloved. i term. obr. met. no.2;45-49 F
163. (Titanium alloy 4,Heat treatment) (MIRA 16:3)

L 261og-65 4-dr(l)IDC(M)lFdP(w)lEdA(d)IEPIVrIEW(t)IEWP(b) Ps4 IJP(c) "'Al
ACCESSION NR: AP404749Z MXd/jD 5/0149/WOOO/004/0124/0129
jAU11IOR.- Livanov, V.A.J. Bukhanova. A. A.; Kolachays-1)".; Neverova-Skabe
Sheynin. H. Yo.j Shoherbina, L. V.

Tl'['[,E: Effect of hydrogen n tho mechanical propcrtic~vof titanium and OT4-1,alloy

DICE: rVUZ. Tsvetnaya metaUurglya, no. 4. 1964, 124-129
TOPLC TAGS: titanium, titanium alloy, titanium mechanical pr~porty, titanium alloy
strength, hydrogen content, brittle failurvalloy OT4-1
ABSTRACT: The aim of this work was to study the Influence of hydrogen on thernechanical
properties of OT4-1 alloy, particularly on the Impact strength, and to establish the
maximum permissible hydrogen content at which the high resistance of the metal to

yarlson, identical tests were carried out on
brittle failure is still retained. For con
technical-grade titanium, brand VTI- I. I It was found that of all the properties studied,
the impact strength of VT1-1 and OT4-1 was the most sensitive to changes in hydrogen
content. 71o lower this content, the lesser the tendency of the titanium alloys toward
brittle fallure. The authors were unable to establish the maximum permissible hydrogen
Card 1/2

L 26109-65
,ACCESSION NR: AP4047492
content and indicate the need for further Investigations In Us direction. Heating of
OT-4 to 900C followed by cooling in air or In water reduces the adverse effect of
hydrogen on the impact strength (at the hydrogen contents studied, 1. a., up to 0. 01%).
However, additional experiments are needed for a better understanding of the stability
of the properties obtained during the beat treatment and In the course of natural and
artificial aging. Orig. art. has: 5 figures and 5 tables.
ASSOCIATION: Kafedra metallovedenlya I tekhnologil termicheakoy obrabotld,
I Moskovaldyaviataloanyy takhaologicheakly institut (Metal science and heat treatment
department.. Moscow aviation technology institute)
MM
MIMITTED.- 30Aug63 ENCLi 00 SUB CODE.
NO'REF SOV, 002 OTHERt 001
Card 212

YERSHOV, B.B.; RYABC)V,, V.P.-, SHEYNIN, D.M.
Industrial volume-manometric gas aaalyzers of periodic action.
Zav. lab. -10 no~S~-1023-1024 164. (MIRA 180~)
1. Spetsiallnoye konstruktorskoys byuro analiticheskogo priboro-
stroyenlya AN SSSR.

G. A.
~-Iar 1947
I'Tuo-chmbered 'v';,~-rnacp. with 1,101ten SlaL Tappinf.," N. L. Cyvin and G. A. Sheinin,
11 pp
"IZv Vses Teplotekh Inst, 11 i;c, 3f
Data on investi-b-a--iciis of the very first twc-chax~bered furnace -uith molten-slag
tal-Ting in the 3oviet Union. Gomplete construction details.
iA IT42

1 . 1. A., 17~rig.
2. USSR (6oo)
4. Steam En,rinas--Fireboxes
7- "Cold" straightening-out of the corrugated fire tube of a locomo-
bile, Rab. energ., 3, 110- 3, 1953-
9. Monthl List of Russian Accessions, Library of Congress, April, 1953, Uncl.

AID F - 3537
Subject USSR/Electricity
Card 1/2 Pub. 29 - 1/27
Authors Kisel'gof, M. L., Kand. Tech. Sci., and G. A. Sheynin,
Eng.
Title Efficient methods of burning fuels with a small
volatile matter content
Periodical Energetik, 11, 1-4, N 1955
Abstract The authors find that burning fuels with little volatile
matter content is very uneconomical in the majority of
stations. In the burning of
Soviet electric power
'
anthracite culm, which contains less than 8% volatile
matter, combustion is found to be incomplete.20 to 30%
even 40% of the combustibles material is lost in
exhaust. The authors suggest a series of improvements
in burning methods to avoid this great annual loss in
fuel. Three tables, 2 diagrams, 4 drawings.

Energetik, 11, 1-4, N 1955
Card 2/2 Pub. 29 - 1/27
Institution : None
Submitted : No date
AID P - 3537

AU THOR: Sheynin, G.A. SOV-91-58-9-27/29
TITLE: Mechanical Firing Systems for Steam Boilers with a Capacity
of 4 to 6 t/hr. (0 sistemakh mekhanicheskikh topok dlya
parovykh kotlov paroproizvoditellnost'Yu 4-6 t/ch)
PERIODICAL: Energetik, 1958, Nr 9, P 39 (USSR)
ABSTRACT: In reply to a reader's query, the author lists the various
mechanical firing systems which can best be used with steam
boilers producing 4 to 6 tons of steam an hour. Three re-
ference books on the subject are also suggested.
I. Boilers--Operation
Card 1/1

SHEYNIN, G.A.,Inzh.
"Furnnees of industrial boiler rooms" by S.V. Tatishchev. Reviewad
by G.A. Sheinin. Blek.sta.29 no-3:95-96 Mr '58. (MIRA 11:5)
(Furnaces) (Tatishchav, S.V.)

8W ' SOV/91-59-10-'24/29
AUTHORS: Sheynin, G.A....Grinev, S.M., and Lindorf, L.S.

TITLE: Correspondence with Readers
PERIODICAL: Energetik, 1959, Nr. 10, pp 36-37 (USSR)
ABSTRACT: I. Alkalinity of Boiler Feed Water. Question by A.I.
Tekhtaiyer, Ishim, Tyumenskaya Oblast' : We purify boiler
feed water by sodium-cation method. Still, the alkalini-
ty is too high. What is the permissible limit of alkali-
nity? Answer: The method mentioned does not decrease the
alkalinity. To diminish it, potassium nitrate (KNO ) or
~
ion
sodium nitrate (NaN03) should be used. II. Applica
of Insulated Cable for Lead-Ins. Question by Shkrobko,
Chernigov: Is it permissible to use in town streets in-
sulated cables PR 4mm2 or APR lOMm2 for lead-ins? Ans--
wer: Not allowed, because the insulation conceals the
possible damages of the metal part of the cable that
bears the load. III. Asynchronous Electric Motor with
Two Rotors. Question by P.E. Battakov, Leninogorsk: How
Card 1/2 does an asynchronous electric motor with two concentric

SOV/91-59-10-24/29
Correspondence with Readers
rotors work? Answer: A motor with two rotors is applied.
to obtain a rotation speed of over 3000 r.p.m. Depen-
ding on the number of poles, rotation speed of one of ro-
tors may attain 6000 r.p.m. The power developed by the
motor depends on the power of individually considered
machines, and on direction of their fields rotation; it
may be equal to the sum or to the difference of the in-
dividual motor power.
Card 2/2

AGM10R, 3111collch. C. N: 30V175-14-4-50/30
TITLX, 8"tion of Andlytio.1 Chemistry of' the VIII
Congress on General and Agpli0d Cheatotry
FMODICkLi Uurnal andiLticheakay khlnil, 1959, Vol 14, gr 4, py 511-512
(USSR)

AUMMM Approximately 300 persons participated in the work Or the
DQP~t-fnt of Analytical Chomiatry, among them representative 0
0f various scientific -earch Instituted, higher schools and
industrial enterprises In Russia, scientists from China,
Bulgaria, the 6SRO Poland, Uungary, and Italy. ApproximatelY T0 1
1
reports were heard. In his ap-ing speech 1. ?_A11mac.L~ report*
1-
0. the achieved results -4 an modern problem& of analytic-1
trY , re.,orted on the application of ;hyst4a-
ch:al:
%s
,
ah .1 1 .Tot. in
o md,wiou. system. for the sotution ~f e.
dart " * r
I-nat.ow
yr.bl
O. of
he=i
tryX7. I.
-ly t1011
-
.
:
reported U amd M .1. in he uof rdanic rexeaTri~
:
:
.:
-A Bb ..d at the example of halide and thiocyanats
h*
.. th
Mrolatlon between the stability of ocaplozoa
the PO-Ition of the com-panding central stow. in the poriollc
,yet... T_A-.ZmAhkjijA ad _TX._j2jltkgn lectured a the t.ttltty
of ax1vates of Cut Co. and It a- 4-;onAing on the structure of
I..%.r.4 a the double
u'0
'a

.h act r :o
do am Of ..me compound. In the rorm.tica Of
:
,j
Th. problem of the apyllmation of hetaropoly*ctd. lm
analytical oho *try *a. deals with In the lectures of
!
. rkrl, end A. IX.kQzLn anl 21. A.
O~
A large number of lecturei d aft with %he *use of
Jth.j".~:
ads, organic "-cast$ In -malyel.. ZZ=4
reported an the application of dialkyl and dlaryl dithio.
phospharl
ald
f0r the separation or elements, AL;~~g;3;61X.usod
:,:
,
.r7l, ".6 am A and ar7l pho.phicac *old. R. P. lastovakiy and
treated .0.. prop-t1s. of ... G..PI.W.nd. -he
lectures Of_t-A--1jIIL%nkqd G d 1- 1, K.: .... nk.
11
t
4&1t w th the photometric term - UIO of a series

Cterk lectured
Mne fluorine derivates an the us* of
hal.thromatlon In madly X- D-tkl_- and
deteminattoo Of tantalum using
pact t-stry. and
4toIZ-a
r. d
em ow
aitl- analy.i.
ports
highly
.
i
.
.
,1_ ____
us ng . a trevialt at.- cap.. '-1 I.ct-*. dealt with
mathodIcal ad theoretical probl... Of .;..trun
t ~7 T., verp0t.1 ad
n J.T
X. 3. . I., . 1. 111kono- trd4t:d the
perf otlon of flas. photometry, Several lectured dealt with 0.4
dat.:1mation of I.A#at. by polaro,~.phy kqwAl
and 1. A. YST2W S..
4 -or.
a. --~Nf.- rvpoii..f -T
ad 7Lu. S. Ly.Ilkov and do--rkrs. he lcot or
1r-.1,.dbth. .. or sap...a.tri.
th -%n # ry f ur..Ium ad
tItraAlon .~r.~y th Let
thartum. X.X. Unya,to based possibilities of predtatir's the
condl tions of chromatographla separation of elements based an
th Ir position to the periodic system. J~. A. ~Ifvl ^~~fik
~a rprt.1
on 'he use or too exchange in she lavesttga%lo. of the state of
substances In solution-. A-4. furild- end V..I. Ntr..h.a'
I.:.tured On tme chromatographic separation of7a`-s-~-r-t*-n-W?- I
.1 fate, reported on adapting the prorartles
I ton :. b.ng.r JA. Zt-4.ki. dad ... octets. reported
n the hoomatographic proof of sulf-11malds preparatioaA in
:
card 3/4 ,lquids of the organism. C. I.-St.-bLn*&. and .&Societe. treated
th Ppllo.tio. of high Polymers in chromatographic &nalye&~.
Th: IMum of land r,.I.-rRrk%L-'tAUb, a.-S.IAZ
-t sith &a. chromatography. 3 .. ral actur.0 treated the use -
r::Io-tiv. Isotopes for tho chrocatoCraphic Invot1ration*of
.p1or formation end a .... I.tes).J~r th
I ... atigation of the co-procipitattan mechanism of ions of rare
Is with sulfide. (ZA-b4psv) and for datemlaing rare
:1.1: ..... .fflo-t.f, dilutior. ~P-Alklarln, G-'Lt-
_;=. In th. J~l i r1 .... t.ry orZ-1.
the lo.t-s of _qa~1axaLiw acut V ~A. KLL~ with
...... at.. h... to be contin as 4. who L-Atod
r-PL4 mAcromethod. for the simultaneous datoml or
.1aOs~. r-.." p-tl.r. of borc., flu-I.. ad
vy

IKOGANOV, I.A.; SHEYNIN, G.M.
Grinding disk cams operating with a roller-type follower.
Stan. i'instr. 34 no.11:27-28 N 163. (MIRA 16:12)

5,,IEYN:,N, G.M., aspirant
Design of copying systems with stretzhc.d pro-Piling devices. Izv. vys.
ucheb. zav.; mmillinostr. no.1~168,179 165, (MIRA 18:5)

- %, I FEUCIROV, Yu.N.; SHEYNIN G,M'.
~ ~,4 . . . . I - i I
increaEln6c Lhe pro-ductivity of machining, Mashinostrolte-l' no.3t
~ 1) 13 Mr 1615. (RIRA 18--4)

'K i , "'. ",: 1 ( 1 ~")1 . I. . ;' : i I IF" "" N I 'N ,C, . 14.
lrlar~!-.' 114 nx Cyl." w~ ~h oiriil T r~td ! I cf the yrofile curvature.
- - - 9 11 1 11
,;t:,.n, 31) n~:./ ;.~ -",, ~. ~ 7 " 5 . ("Int 18:5)

Subject
Card 1/1
Author
Title
Periodical
Ostract
USSR/Electricity
Pub. 29 - 24/27
AID P - 356o
Sheyn1n, I. A.
4~ x1v
Use of strong secondary blast for hand-fed furnaces
Energetik, 11, 37, N 1955
Replying to a question from a reader, the author explains
that in hand-fed furnaces a strong blast is not efficient,
because of the difficulty of regulating the even feeding
of fuel.
Institution None
Submitted No date

SHMM, I.A.
. ~~
Burning Kizol coal in furnace with hand-fired chain gratea. Exergetik
4 no-9:36-37 S '56.- (Kr2A 9:10)
(Coal) (Boilers)

SHEYNIN, I.A.
Steaming the layer of fuel on chain grates. Energetik 4 no.10:
39-40 0 '56. (MLR& 9:11)
(Boilers)

30983
S/124/61/000/009/003/058
D234/D303
,LUITHOR: Sheynin, I.S.
'OITLE: C2
Passing of a linear system with several degrees of
freedom through resonance
PER10DIC,'LL: Raferativnyy zhurnal. Melchanika, no. 9, 19610 160
abstract 9 ,1118 (Stroit. mek-han. i raschet sooruzh.,
1960,\/-Io. 3. 40-44)
11
TE)CY: A method of desicrn is proposed for the vibrational
C)
transition process of a linear system ssubjected to variable forces
with slowly varying, amplitude a-,-Ld ii-requenev. The problem is reduced
to calculating a particular solution of a -system ol' inhomogcneous
linear ecuations which is constructed Nehile making use of solutions
corresponding to the motion of the system due to a unit Dulse. In
the calculations, use is made of tabulated Lommel Z7Abstracter's
note: Transliterated_7 functions of a real variable. An example of
calculation is compared with axperiraental data. Z7,4,bstract--rls
note: Complete translatiorl-7
Card 1/1 X

ACC NR, AP7000153 SOURCE CODE: UR "013/6610-00/022/01181OY1-8-
INVENTOR: _Sheynin I. S.; Noskov, L. D.
ORG': none
TITLE. A method f r determining the breaking'of the bond between reinforcement
and concrete in building structures. Class 42, No. 188744
SOURCE: Izobreteniya, promyshlennyye obraztey, tovarnyye znaki, no. 22, 1966, 118
1
TOPIC TAGS: reinforced concrete, concrete, structural engineering,_structure
I
stability', A&OV~o IAIG
ABSTRACT': An Author Certificate has been issued for a method for determining the
breaking of the bond between reinforcement and concrete in building structures by
using sensors to rdgister the acoustic inpulse originating in the broken-bond area
between the reinfo6ement and concrete. To determine the location of this area,
the difference in ehe sonic-wave travel of the acoustic impulse to pickups located
on'opposite sides ~f the test structure is measured.
SUB CODE: 13, 14/ SIM DAM 11 Sep64?
Card- 1/1_ UDC: 666.982:693.554:620.171.2-868.6

SHEYNIN, I. S.
Cand Tech Sci - (diss) "Several Droblems of passage.through resonance
of a linear system containing several degrees of freedom." Moscow,
1961. 14 up; (Ministry of Higher and Secondary Specialist Educa-
tion RSFSR, Moscow Order of Labor Red Banner Construction Engineer-
ing Inst imeni V. V. Kuybyshev); 180 CODies; price not given;
bibliography on pp 13-14 (18 entries); Zn, 6-61 sup, 228)

s/196/62/000/001/013/013
E194/El55
AUTHOR; Sheynin- T.S.
TITLE- The law of change of speed on starting a machine
with an induction motor
PERIODICAL: Referativnyy zhurnal, Elektrotekhnika 1 energetika,
no. 1, 1962, 3, abstract 1K 15. (Tr. Tsentr. n.-i.
in-ta stroit. konstruktsii. Akad. str-va i
arkhitekt. SSSR. no.2, 1961, 161-175)
TEXT& The article defines the dynamic load of machines
driven by squirrel-cage induction motors. The effect of resonance
during starting and stopping is considered from the standpoint of
designing vibro-isolators. It is shown that on passing through
resooance the value of the maximum amplitude depends greatly on
the value of the angular acceleration at the instant when the
frequency of the disturbing force coincides with the natural
frequency of the system. Therefore, instead of determining the
total starting time, it is desirable to be able to find the
direct angular acceleration at the instant of passing through
Card 1/2

S/194/61/000/012/024/097
D201/D303
AUTHOR: Sheynin, I. S.
TITLE: The mathematical analogue solution of resonance pro-
blems
PERIODICAL: Referativnyy zhurnal, Avtomatika i radioelektronika,
no. 12, 1961, 13, abstract 12B75 (Tr. Tsentr. n.-i
in-ta stroit. konstruktsiy. Akad. str-va i arkhitekt.
SSSR, 1.961, no. 2, 176-188)
TEXT: It is pointed out that at present several project organisa-
tions and construction offices have at their disposal series pro-
duced mathematical analogues (MA). It is, therefore, thought ad-
vantageous to study the possibility of MA solutions of problems of
resonance as applied to the vibration proof installations and to
engineering structures. The P1A could also be used as an electro-
nic simulator for checking the theoretical results obtained in a
L
general form. The general principles pf MA and solutions on it of
differential equations are given. The MA solution of inhomogeneous
Card 1/3

S/19 61/000/012/024/097
The mathematical analogue D201YD303
linear differential equations with constant coefficients
n
(Ilml~ + Rml~l + Cmlxl) = Pm, (m = 1,2 ..., n)
is considered, where x = the generalized system coordinates-
Mml, RMI and CMl = the1parameters of the oscillating system Nome
of them may be equal to zero); Fm = the input distrurbance of the
form
F (t) = %(t) sin F(V (t
m Lm
where PmM = amplitude and sin t = phase. The L.H.S. of the
Card 2/3

in Trudv. TSNIISK. ri,~, ~ 2;
- , .I" - " 1 11" 1 . 11,fT- ' 1 ,
( Vi. br a tio, 1) (Re 3 C1.11 d I-Ic e N ~ I . -, ~ 1~ -. "1 1,

(also /0-3
AUTHOR: Sheynin, I.S.
21098
S/119/61/000/003/001/006
B116/B206
TITLE: Block of unsteady functions for analog computers
PERIODICAL: Priborostroyeniye, no. 3, 1961, 1 - 4
TEXT: The block described in the article was elaborated for solving sy-
stems of differential:. equations on analog computerag i.e., equations With
links, which are unsteady functions with points of unsteadiness of first
order, as well as links which are oscillating aperiodic time functions.
The block transforms the voltage x applied in the form of a monotonously
changing time function into a voltage y taken off at the instrument out-
put, y being an unsteady function with points of unsteadiness of first or-
der. The derivatives of x and y with respect to time are in linear corre-
lation at all points except the points of unstaediness, that is, the x(t)
and x(y) curves show tangents at the same points (except at the points of
unsteadiness), whereby the tangents of their angle of inclination to the
t-axis (t = time) differ from each other by k times (k = const for the pro-
Card 116

21098
S11191611000100310011006
Block of unsteady functions B116/B206
cess in question): dy/dt - k dx/dt. The jump y pi of the function can be
adjusted according to the conditions of the problem to be solved. The
block (Fig. 1) consists of a silmmator amplifier (1) and an automatic de-
vice (2)o Any d.c. operation amplifier 5 can be used as (1). When the
voltage x at the input of the automatic device reaches a certain value,
the latter responds and applies at the input of the summator amplifier the
constant voltage y pi of any previously adjusted amount and sign. This vol-
tage is maintained at the output of the automatic device up, '~.to the next re-
sponse (at which it changes by a specific value and becomes equal to
ypi+1 An alternating voltage x and one of the constant voltages y pi is
thus applied at the input of the summator amplifier. The voltage
y = k(x + y pi ) is taken off at the output of the silmmator amplifier and
thus also at the block output. k is the amplification factor of the sum-
mator amplifier and depends on the ratio of the resistances R in its feed-
back circuit. Fig. 2 shows the basic circuit diagram of the block, i.e.,
mainly that of the automatic device since that of the silmmator amplifier
Card 2/8

21098
S/119/61/000/003/001/006
Block of unsteady functions ... B116/B206
is standardized. This device consists of cells of the same type, the num-
ber of which equals that of the points of unsteadiness of the function.
The first number of the cell index is the cell number, and the second is
the number of the individual part (e,g4, R 14 is the resistance R 4 from the
first cell). The number before the relay number is the contact group num-
ber of the relay in question. At a certain input voltage each cell is
intended to apply a certain cutoff voltage at the input of the summator
amplifier and to take from its output all previously applied cutoff vol-
tages. For this purpose, each cell is provided with an electron tube
JJ(L), two relays P (R), and two voltage dividers A (D) and R n6* The
electron tube operates as a valve and an amplifier. As a valve, it is
closed until the voltage at the block input reaches a certain value. As
an amplifier, it warrants a quicker response of the relay P n1 after the
opening of the tube. The relay P n1 has only one working-contact group's
IP n1' which closes the circuit of the relay Pn2' In the circuit diagram,
the entire commutation is performed by the contact groups of the relay
Card 3/8

21L098
3/119/61/000/003/001/006
Block of unsteady functions B116/B206
Pn2* The contacts 1P n2 apply the voltage taken from the divider at R n6
to the input of the summator amplifier. The contacts 2P.2 and 3Pn2 take
off the anode voltage from all previous cells. Instead of 2P n2 and 3Pn2,
only one pair 2'Pn2 may be used, as indicated by dashes for the tube Al.
The voltage divider A n(Dn ) with the resistances R ni - Rn5 (in Fig. 2,
only the divider of the first cell is shown) serves for applying the ne-
gative displacement closing the tube to the grid of the tube .71 n(Ld.
The amount of this displacement is adjusted by means of RnY The block
built up according to the basic circuit diagram shown here has stood the
test very well. An additional device for reproducing multi-period non-
linear potential functions is described next. A device that transforms
voltages of the form Uoutput ~ Udr ~ Uinput - nT must be connected in
front of the input of a nonlinear amplifier calculated for reproducing one
period. n is an integer, and T is the period (the voltage is shown in
Card 4/6

S/1191791000/003/001/oo6
Block of unsteady functions ... B116/,B206
the form of a sum nT 4: Udr)' By this formula, the output voltage is ex-
oressed as a sawtooth function of the input voltage with the I'sawtooth"
height T. The device reproducing this formula is a sawtooth converter.
The block diagram shown in Fig. 4 consists of two elements: the sawtooth
converter (1) and the nonlinear amplifier (2). There are 4 figures.
Legend to Fig. 1! Block
circuit diagram of the
block of unsteady functions.
1) d.c. amplifier with feed-
automatic device,
back, 2)
3) input, 4) output, 5) d-c-
operation amplifier, 6) block
of unsteady functions.
x
Y
~rxer '-~r
LEJ A~~ ~~j
I V
Y,
Card 5A

2108
S/119 ;1/000/003/()01/006
Block of unsteady functions ... B116FB226o6
4PI? 411, 4 Pjj, 4 P41 4'%-zj' 4FIn-11" 4P7:
E r= Ei
/107-JI)l .112 PW
P?2'
IPfA -jV PHI
75 If
Legend to Fig. 2: Basic circuit diagram of the block of unsteady func-
tions. 1) input, 2) to dividers, 3) d.c. amplifiert 4) d.c. opgration
amplifier, 5) output.
Card 6/8

Block of unsteady functions ...
r
IM, 244
r
z
It, -.7)
Card 7/8
(f OiJ T
21098
Slilgl6ilOO0100310011006
B116[B206
UO OSO
R IAVA
I~IR I
I
L - - - - - - -

Block of unsteady functions ...
21098
311191611000100310011006
B116JB206
U V U
OR/ SH r
T . 1
flit]
Fth 4)
Legend to Fig. 4: Block circuit diagram of the device for reproducing
multi-period nonlinear voltage functions. 1) sawtooth converter,
2) nonlinear amplifier, 3) Uoutputy 4) Uinput*
Card 8/8
45 -
SO

-:!!; 1"a., . N, , 1 . : . ( -: ex- jn g r ~. J )
F., f.
ln~Z :; :%~m .::~L .*~:-,., r.~~ i--.
% -- - J'pj.,~
I . h 5 tt,.! . . ; f, - .; .~

SHEYNIN, I.Ye-.., inzhener.
Onthe problem concerning the sign of reactive power. Rlektrichestvo
no.4:85 AP 154. (MLRA 7:5)
(Electric capacity)

SB3YNIN, L.
A qualitative evaluation of agricultural land. Vop.ekon. no.6:
153-154 Je 160. (MM 13:6)
(Iand-Classificati-on)

SHEYNIN, L.
Rock piles and Xmas trees. Vest. Mosk. un. Ser. 5: Geog. 18
no.4:69 Jl-Ag'63. (MIRA 1732)

PREYS, Y.F.,kandidat teklinicheskikh nauk; SHISHOV, V.; SHIMIIN,,,,L,., glavW
tekhnolog oruzheyDogo zavoda; SHKARUPA, V.; TYLKIN, M.N:, redaktor;
PULIN, L.I., tekhnicheskiy redaL~tor
LHechanization and automatization of production; the experience of
the Tula machine construction plant] Mekhanizatsila i avtomatiza-
tsiia proizvodstva; iz opyta Tullakikh predpriiatil mashinostroeniya.
[Tula] Tullskoe kn-vo, 1956. 95 P. (MLRA, 9:9)
1. Glavnyy tekhnolog Tull skogo zavoda Hinisterstva putey
niya (for Shishov). 2. Glavayy inzhener Tullskogo kombaynovogo
zavoda (for Shkarupa)
(Automatic control)
(Tula--Machinery industry)

SOV/112-57-5-10865
Translation from: Referativnyy zhurnal. Elektrotekhnika, 1957, Nr 5, p 1R3 (USSR)
AUTHOR: Sheynin, L. B.
TITLE: Experience with Operation of a Roll-Machining Automatic Line
(Opyt ekspluatatsii avtomaticheskoy linii obrabotki valikov)
PERIODICAL: V sb.: Avtomatizatsiya tekhnol. protsessov v mashinostr. Obrabotka
metallov i obshchiye vopr. avtomatizatsii. M. , 1956, pp 201-207
ABSTRACT: Bibliographic entry.
Card 1 /1

BASKAKOV, S.; ISACHENKO, I.;..
Sixty years. Pozh.delo 3 no.1:6-7 Ja 157. (HLR& 10:4)
1, Predsedatell Soveta Dobrovol'nogo pozharnogo obahchestya
Kiyeva i Kiyevskoy oblasti (for Baskakov). 2. Pred7edatell
Mogilevskogo Dobrovollnogo pozharnogo obahchestva %for Isachanko).
3. Zamestitell nachallnika GorOFO Mogileva (for Sheynin).
(Kiev--Fire prevention)
(Mogilev--Fire prevention)

KORSAKOV, Vladimir Sorgeyevich, prof., doktor tekhn.nauk; MMININ. L.B., _
inzh., retsenzent; SASOV, V., dotsent, kand.tokhn.nauk. red.;
MOROZOVA, M.N., red.izd-va; MOIGLI, B.I., tekhn.red.
(Design and manufacture of attachments in the machine-tool
industry] Raschety i konatruirovanie prisposoblenii v mashino-
stroenii. Moskva, Gos.nauchno-tekhn.izd-vo mashinostroit.lit-ry,
1959. 215 P. (MIRA 12:8)
(Machine toole--Attachments)

SHEYNIN, L.B.
Zones of state purchasing prices for agricultural
the two principles of their determination. Vop.
143-149 161.
(Agricultural prices)
products and
geog. nc.54:
(MMA 15:3)

IVANOV, K.I., red.; BELOTSERKOVSKIY, M.Yu., red.; BOLYSHEV, N.N., red.;
GED)[MIN, A.V., red.; GLAZOVSKAYA, M.A., red.; GOLOVENKO, S.V.,
red.; ZVORYKIN, K.V., red.; IGNATIYEV, G.M., red.; KUZNETSOV,
G.A., red.; LEBEDEV, N.P., red.; LEBEDEV, P.N.,,.red.;
RAKIT~IKOV, A.N., red.; �H
LYR1N,_1_B_,_red.; GREBTSOV, P.P.,
red.; YEITAKOV, M.S., tekhn. red.
[Accounting for and the evaluation of agricultural land)
Uchet i otsenka sel'skokhoziaistvennykh zemell. Pod red. K.I.
Ivanova. Moskva, Izd-vo Mosk. univ., 1963. 385 P.
(MIRA 16:7)
(Farm--Valuation) (Soils--Classification) (Cadasters)

SHEMIN, L.B.
"Geogi~aphy of state retail prices for consumers' goods' by'
A.K. Prosandeev. Reviewed by L.B. Sheinin. Vest. Mosk. un.
Ser. 5! Geog. 18 no.2:78-79 Mr-Ap 163. (MIRA 16:3)
(Prices) (Sheinin, L.B.)

ARTIAMONOV, P. A., kandidat khimicheskikh nauk; STERLIN, B. YA-.., kandidat tekhni-
cheskikh nauk; SIASHCHEV, N. S.., inzhener; RUMSE, D. L., inzhener;
ZELIMON T. 1. inzhener; SHEYNIN, L. I. inzhener; ARAPOV., L. V.
Regeneration of a used catalyst vith preliminary degreasing. Masl.-zhir.
prom. 18 no.6:17-19 Je '53- NLRA 6:6)
1. VsesoYuznyy nw, hno-issledovatellskiy institut shirov (for Artamonov,
Sterlin). 2. Moskovskiy gidrozavod (for Slashchev, Rumsh, Zelikosu,
Sheynin, Arapov);
(cA 47 no.22:12839 '53j

;~:tse of continuous vacuum filtem in the manufLacture of a
_udaljuL, P. A . Artamonov~'N. S: Slasfichev, and L. 1.
Vq I SheinTn-P16-scow kipiro-Factorv). Molno-zhirova
From. in, 1NO CuCONI)
suspension is ied by gravity flow Into a semicircular
trough contg. a half-submerged drum-shaped filter. The
filter Is subdivided into several sections which are intermit-
tently connected with a vacuum line by means of a slide
jt_V-J~ I ww& -valve, as the drum rotates. The mother liquid is drawn in
through the filter cloth. and water, flowing an the outside of,
the drum, cleans the catalyst, which Is then scraped off by
knives, dried, etc. Most rapid sedimentation of I and 11
occurs when they are obtained from NI and Cu sulfate
7 soln. contg. 9-10 g. of metals per 1. at 50*. Under these
conditions, 70% of the mother liquid was removed after a"
hr. sedimentation period. The catalyst removed from the
filter contained 0.68-0.97% of NarS91. The temp. of the
wash water should be from 36 to 50'. The diagrams of
-apparatus and data am given in 2 tables,

SAMARIN, D.A.; ARKHANGELISKIT, Y.T., red.; TOLKOY, A.M., red.; KLIKOY, A.A.,
red.; RUDIN, M.Z., red.; EIMSONSKIT, Kh.N., red.; SEIETNIN, L-11
red.; BUTERDOTA, A.I., red.; HANINA, H.P., tekhn.r"e?.-Ib---a
[The angler; almanac] Rubolov - sportsmen; almanakh. Moskva, Goo.
izd-vo 'Fizkulltura i sport.' Tol.11. 1959. 270 P.
WRA: -14o)
(Fishing) ..

1,,-;v Ro~,.anovlch
Froklyatays- Z-Noskva2 Iz-3vo. "Znanilycll, 10," -0.
107 p .

SHETTINJ 1111.
Refrigeration and Refri.verat-'Ing Machinery
Cold out of heat. Tekh. molod., No. 2, 1952.
Monthl-- List of Russian Accessions, Library of Congress, -lune 1952. Unclassified

KARTAMYSHEV, P. (Leningrad);--PHEYNIN, M. (Leningrad)
precise, clearcorveninet. Grazhd.av. 18 no.2:20 F 161.
(MIRA 14:3)
(landing aids(Aeronauties)

SlEYI-IIIII) I'll.
School on the upsurge. Prof.-tek-',,. obr. 19 no.0':21 A 162.
15.7)
1. Zarriestitell direktora po uchebno-proizvodstvennoy rabote
Izhevoksgo remslennogo uchilishcha No.3. Udmurtskoy ASSR.
(Vocational education)

"SHEYNIN, M., inzh.
Learning by mistakes of others. Grazhd. av. 20 no.6:14-15
A 163- (MIRA l6s8)
(Flight training)

I i z
"..e. Lsystems are neededle Av. i kosm. 47 no.3:65-68
1. challnik naUchno-I ss I edovate i's 1:0- laborazor-`
avia ',s, cnnogo whilisl-cl-a grazhduns'-o,, aviatsif
,r 5.
2
"yssheco

Subject
Card 1/1
Authors
Title
USSR/Aeronautics - accelerometer
Pub. 135 - 28/31
Belikov, V. I., Col. and M. P. Sheynin
For wider use of load factor indicator
Periodical :
Abstract :
AID P - 4770
Vest. vozd. flota 8, 93, Ag 1956
The authors suggest the use of an accelerometer during
the execution of aerobatics.
Institution : None
Submitted No date

5? // [- ~ ~ A / A~ A/,
AUTHOR: Sheynin, M., Engineer (Leningrad) 84-11-10/36
TITLE: Apparatus to Examine Pilot's Physical Condition and
Fitness (Pribory dlya ob'' ektivnoy otsenki sostoyaniya
i podgotovlennosti pilotovT
PERIODICAL: Grazhdanskaya aviatsiya, 1957, Nr 11, pp.9-10 (USSR)
ABSTRACT: Although it is generally up to the instructor to judige
the extent of nervous tension in a pilot,, the Soviet
Civil Air has developed two scientific devices to help
the instructor in evaluating the pilotb condition.
One device indicates the tension of the pilot's grip
on the wheel. The device consists of a rubber glove
and a tube leading to arliaostatio pressure mete:t; the
pressure meter is connected with the electric rfetwork
of the plane. Experiments with this device have shown
that less experienced pilots have a 2 to 2.6 times
heavier;'grip on the wheel when landing, climbing, or
Card 1/2

84-11-10/36
Apparatus to Examine Pilot's Physical Condition and Fitness (Cont.)
facing any change in flight conditions. Throbbing of the
arteries, accelerated breathing, and similar phenomena of
hyper-tension are registetled by another electric device. This
consistsrof,,a rubber sleeve put on the left arm of the pilot'-.-
and a rubber pad placed on the chest; both "parts of the apparatus
are equipped with meters. The control ofarter&a pressure in the
sleeve is achieved by an electro-optical pen, which registers
the changes, apparent especially during climbing and landing
operations.. The entries are made on a photographic paper,,
which indicates alod the speed, altitude and landing shook.
Two photographs and nine diagrams accompany the article. The
photogr~sphs show the two devices,, whereas the diagrams represent
the meters. Oscillograms show the physical condition of the
pilot, such as pulse, breathing or pressure; the last two dia-
grams compare the tensions during a nomal grip and a medium-
heavy grip on the d*el.
AVAILABLE: Library of Congress
Card 2/2

3M
SOV/841-60-1-26/76
AUTHORS: Sh M Chief Engineer, and Yakovlev, A.,
ji!
e -"-Ms ructor
effi
s
TITLE: Radar Probing of the Atmosphere
PERIODICAL: Grazhdanskaya aviatsiya, 1960, Nr 1, p 14 (USSR)
ABSTRACT: The authors recommend a wider use of radar for at-
mospheric soundings. In 1956 they pro-Dosed the spe-
cific utilization of radar reflectors dropped by
aircraft or scattered from signal rockets. From the
returns appearing on the radar screen (svetoplan)
it would be possible to calculate the speed and di-
rection of airflow and wind in relation to the
height and level of approach. A wide-range screen
would be required - in conventional units, the dis-
tance between the rings must be 30-50 km. Radar ~~
reflectors would be particularly useful for studyiljg
vertical currents and turbulence at all atmospheric
Card 112 levels. Tests conducted with the TsAC GUGMS showed

Radar Probing of the Atmosphere SOV/84-60-1-26/76
that the ground radar method used to record the mean
quadratic velocity of cloud movement can be applied
to the atmosphere. Vertical soundings can be taken
when radar reflectors are scattered above and below
the cloud-zone. Periodic photographs are taken from
the screen.
ASSOCIATION: Vyssheye aviatsionnoye uchilishche GVF
Aviation College of the Civil Air Fleet
Card 212

1(
SOV/84-60-2-33/.59
AUTHOR: Trekhin. V., Pilot-Instructor for Ground Trainers,
AMeynin. M., Engineer, (Leningrad)
TITLE; From Easy Stages to More Difficult Ones
PERIODICAL: Grazhdanskaya aviatsiya, 1960, Nr 21 PP 17-18 (USSR)
ABSTRACT: This article is a set of instructions on how to use
ad t ers and mock-ups, beginning with Tj=5,1,~
gaf MK
g -D Vd PSP-48?raJ-ners, and more advanced,
unspecified ones. he authors call upon all con-
cerned to cease the manufacture of inferior make-
shift trainers, and do away with the unfounded
distrust toward good, standard trainers.. They want the
industry to produce special trainers for the Tu-104,
Il-18 and An-10, for training in OSP (Instrument
Landing Equipment) landing.cl Technical data contained
in this article is as follows: The Higher Aviation
Card 1/2 School of GVF, using the standard PTU-0 television

SOV/84-60-2-33/59
From Easy Stages to More Difficult Ones
sets, has worked out two television arrangements
for trainers. One such arrangement provides an
imitation of visual flights, enables the trainee
to watch the runway when coming out of clouds,
after having flown over the short-range precision
approach radar. The other arrangement enables the
pilot in the trainer to perform a landing approach
using the radar navigator. It is a1so intended for
training the dispatchers, so as to give them an
idea of a landing approach from the pilot's position.
A cartoon on page 17 scoffs at the training subunit
commanded by L.Nozadze, Gruzinskoye territoriallnoye
upravleniye,(Georgian Territorial Administration),
where an alpaiUbie trainer for An-2 aircraft stands
unused. Theie is I drawing.
ASSOOIATION:Vyssheye aviatsionnoye uchilishche GVF (Higher Avia-
tion School of the GVF), Leningrad.
Card 2/2

FESENKO, N.G.; ROGOZHXIN, V.I.; FESENW, Ye.A.; MYNIN, M.S.
Conditions oF dissolved gases and hydrobiology of the TSimlyansk
Reservoir during the first winter's stagnation, 1952-1953. Gidro-
khim.mat.25:98-114 155. (MIRA 9:6)
l.Gidrokhimichaski.r inatitut Akademil nauk SSSR, Novocherkassk i
Dono-Kibanskaya nanchnaya rybokhozyaystvannaya stantslya Vsesoyuznogo
nauchno-issledovatellskago instituta rybolovstva i okeanografii,
Rostov-na-Donu.
(T51mly-anak Reservoir--Fresh-vater biologr)

FZSBNKO. Ye.A., kand.biol.naukL.~~Iq!IN, M.S.
Food supply of the larvae of commercial fishes in the Don River and
the eastern part of the Taganrog Gulf. Trud7 MRO 31:276-285 t55.
(MIRA 11:6)
l.Dono-lubanskoTe otdeleni7e instituta rybnogo khoz7aystva.
(Don Delta--Fishes--Food) (Taganrog Gulf-Fishes-Pood)

SIMEYMINP N,...S.
11 .......
Finding of Corniger maeoticus Pengo (Polyphemidae, Cladocera) in
ISi.-,dyansk Reservoir and the Don River. Zool. zhur. 43 no.8:1240-
1241 '64. 17:11)
1. Azovskiy nauclmo-i-ssladovatellskiy institut rybnogo khoz7aystva,
Rostov-na-Donu.

SHEYNIN, N. Ye.
Cand Tech Sci - (diss) "Geometric foundations of designing non-
SDreading moldboard surfaces of plow bodies." Moscow-Plyushcheva,
1~61. 17 pp with illustrations; (Joint Council of the All-Union
Scientific Research Inst for Mechanization of Agriculture "VIM"
and the All-Union Sci Res Inst for Electrification of Agriculture
"VIESKh"); 125 copies; price not given; (KL, 6-61 sup, 228)

SHEYNIN, O.B. (Moskva)
On F.IA.Shevelev's article. Mat.v shkole no.667 N-D 162.
. . (MIRA 16si)
(Yjathematice-Problems,,Q~cercises,, CW.)
u

SH M INI O.B., mladshiy nauchnyy sotrudnik
Geuss-Tobey differential adjustments IzvvyB,*acheb*zave; geod,
i aerof. no.1+297-99 162. (MIRA 16t2)
1. Institut naucbnoy i tekhnicheskoy informatsii.
(Geodesy-)

SHEYNIN, O.B.
41-
[History of the evaluation of direct measurements and the
law of distribrution of random errors] K istorii otsenok ne-
posredstvennykh izmerenii i zakona raspredeleniia sluchainykh
oshibok. Moskva, VINITI, 1963. 38 P. (MIRA 17:4)

SHEYNINY O.B.
Use of consecutive analysis in triangulation. Geod. i kart. no.10%
31-34 0 163. (MIRA 16:12)

SHEININ, O.B.
Use of conformal transformations in adjusting analytical nets
Geod.i kart. no.1:15-17 Ja 163. (Min 16:2)
(Triangulation)

SHEYNIN, O.B.
The necessity of transcribing foreign surnames. NTI no.2:22
163. (MIRA 16:12)
1. Vsesoyuznyy institut nauchnoy i tekhnicheskoy infonnatsii
Gosudarstvennogo komiteta Soveta Ministrov SSSR po koordinatsii
nauchno-issledovateltskikh rabot i AN SSSR, Otdel astronomii
i geodazii.

BOLDOV, V.G.; SHEYNIN, O.B.
Mathods of abst--ac'Ang used in the "International
Geodetic Bibliography," NTI no-5218-19 163. (MIRA 16-11)

YACHIN, Yu.A., inzh.; SMNIN, P,D,y inzh.
The CHMAP-5530 trailer. Mekh. stroi. 20 no.8t23-25
Ag 163. (MIRA 16., 11)

MILLER) G.Ya.; YAGHIN, Yu.A.; SHEYVIN, P.D.
Heavy-duty tractor train. Biul.tekh.-ekorrinfor.T,.Gos.nalich.-issl.
inst.nauch.i fnkh.inform. 17 no.1!83-85 f64- (1,,IIRA 17!2)

!,er~ sci -- (di ss) IIC14 riical
of' ~.r~eco7-q of r. he.
12
(P'L, 119)
- 232

SHEYNIN, P.I. (Khnrlkov, Chernyshevskaya ul., d-78, kv. 40)
9'orDhological chnractorictien of ovitrian theon tissue In theeft-cell
tumcrE3 [with summary in Snglish]. Vop.onk.4 no-3:332-226 158
(MIRA 11:8)
1. Iz rodillnogo doma Yuzhnoy zheleznoy dorogi (nach. - Ye.A.
Zvereva naxichW rukovoditell rabory - zav. kafedroy pntologicheskoy
anatonii Khartkovskogo meditsinskogo instituta - prof. GA* Derman).
(THECA CRU TUMORS, pathology.
ovarian theca-cell morphol. chn-iges (Rus))