SCIENTIFIC ABSTRACT SHTEYN, B.B. - SHTEYN, V.G.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001550020009-9
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: July 13, 2001
• Sequence Number: 9
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

1. Subject
USSR/Electronics
AID P - 4qo8
Card 1/2 Pub. 90 - 2/10
Author : Shteyn, B. B.
Title : Single sideband modulation with phase rotation systems
Periodical Radiotekhnika, 6, 13-26, Je 1956
Abst:-act The author explains the principles of the phase-rotation
method of generating a single L;Ideband signal with the use
of 90-degree phase-shift networks and of three-phase
modulation. He finds the three-phase modulation to be
more advantageous than the cascade connection of 90-degree
pha3e-shift systems or than the use of passive filters.-
The author explains in detail the principles of three-
phase modulation and describes the experimental part of
the work which confirmed the possibility of obtaining a
rejection of the second sideband of more than 40 decibels.
Twelve dia rams and oscillograms, 2 tables, 6 references
(1946-19M (3 Soviet).

Radiotl~khnika, 6, 13-26, Je 1956 AID P - 49o8
Card 2/2 Pub. 90 - 2/10
Institution : None
Submitted : Ap 13, 1955

IT
USSR Radiophysics. 'Generation and Conversion of Radio- 1-3
Frequency Oscillations.
Abs Jour :Ref Zhur - Fizika,, No 5, 1957, No 12461
Author sShteyn, B.B.
Inst I Not given
Title tSingle Sideband Mo(3hlation with Separation of the Low
Frequency Spectrua.
Orig Ptb :BlektrosvyazI, 1956, No 10, 3-11
Abstrat,t iThe formation of a single sideband signal can be effeo-
ted with the aid of broadband phase shifters with appli-
cation of three-phase or two-phase mdulation. To insure
a sufficient degree of suppression of the second sideband
(by 40 db), the accuracy of the phase shifts should be not
Card 1/4

U�SR / Radiophysics, Generation and Conversion of Radio- 1-3
Frequency Oscillations.
Abs Jour 1 Ref Zhur ~ Fizika, Ila 5s 1957_, No 12461
Abstract t Deviations of the phase from 900 at the outputs of the phase-
shifters and in the fundamental frequency band (from 70 to
700 cycles, and respectively, from 700 to 7000 cyFles), do
not exceed :tlo and only beyond these bands do they increa-
se to approximately 100 upon doubling the frequency. The
latter circumstance, as indicated by the author, does not
lead to a deterioration of the suppression of the second si-
deband frequency,, for as the phase shift increases, there is
a corresponding reduction in the attenuation of the signal
in this channel. Bibliography, 5 titles.
Card 4/4

A.
TIMI,JT'YXV, B.P.; RO%S14TSV'NYC', I-Ye-' SHTSY" B.B.- SANKIII, II.M., otv.red.;
14OVIKOVA, Ye.S., red.; MAZIL'.' ad.
[Laboratory work with radio transmitting equipment] lbboratorrori
praktikum Do radioperedsiushchim ustroistvam. Mosi-va, Gos.izd-vo
lit-ry PO VODrosam eviezi i radio, 1957. 253 p. (MM 11-2)
(Radio-Transmitters and transmission)

AUrHOR: Shteyn, B.B. Sov/106-58-2-5/16
n-ITLE: Modern Trends in Radio Transmitter Development (Sovremennyye
tendentsii v razvitii raffoperedayusbehildi ustroystv)
PERIODICAL: Blektrosvyaz, 1958, Nr 21 pp 29 - 42 (USSR).
AESTRACT: Among the recently developed features which contribute
to improved performance of radio transmitting systems are the
following: more efficient cathodes, valves with higher slope
and the use of power tetrodes; automatic switching and tuning
of remote installations; improved methods of grid'and anode
modulation for a.m. systems; wide use of grounded-grid circuits
in the output stages of amplifiers; the introduction of bridge
and other circuits for adding powers at high frequencies; the
wider use of single-sideband systems and better arragements for
separating one sideband; the extension of the network of f.m.
stations and its improved performance; increased frequency
stability of the transmitters. The KII of the Ministry of
Communications has developed the "Angara" driver which enables
frequencies at intervals of 1 kc/s to bg obtained in the range
150-1620 kc/s with an accuracy of 5.10- The heart of the app-
aratus is a crystal oscillator working at 90 kc/s using an X-cut
bar excited at its second harmonic with a Q gDf 2.10 : The osci-
Cardl/4 llator temperature is maintained at 60 + 0.2 C. it is mentioned

Sov/106-58-2-5/16
Modern Trands in Radio Transmitting Development
that-ghe "ageing of a quartz resonator causes a drift of about
1.10 with some types. Among new valves is mentioned the GU-22A,
which when substituted for the current GU-11A in a 50 kW trans-
mitter, lowers the energy consumption by 300 kWh in each 24-hr
period. Changing over to air cooling produces a more compact ass-
embly and simplifies servicing. Such an arrangement is used in
the ahortwave centre at Rugby for the 28-30 kW transmitters. Ref-
erence is made to developments in Czechoslovakia including the
Tesla transmitters SRV-150 (150 kW), KUY-18/30(s.w.) and the
SRV30/B (m.w.30 kW). hew valves include the Telefunken RS-?26
(80 kW), a Soviet tetrode rated at 10 kW with a power gain of
100, an HCA beam-power metal-ceramic triode for 600 kW in the
range 4-30 Mcls. The advantages of evaporative cooling exe out-
lined and the Telefunken valves for 10, 35 and 120 kW using this
method are mentioned. Previously published details of single- and
double-sided amplifier chains used in Czech, German, British and
American practice are collated with particular attention to' the
means adopted for the correct tuning of final stages. Combining
transmitter outpuLs at similar or different frequencies is a
valuable technique practised for many.years. The contribution
of A.L. Mints to the design of the Soviet 500 kW station (1931-33)
Uard2/4

Sov/106-58-2-5/16
Modern Trends in Radio Transmitter Development
is noted. On short waves I.Kh..Nevyazhskiy has suggested
combining powers "in the ether" a technique used by the
BBC in Britain. Figures 6 and show bridge circuits suggested
by B.P. Terentlyev for adding the powers from qmmetrical
outputs. Corresponding versions for single-ended amplifiers
are those of Figures 8 and 9, using, in effect, a bridged-T
circuit. The most significant developments in amplitude
modulation are the use of the Doherty (Figure 11) circuit
and auto-anode modulation (AAM). The latter was suggested
by N.G. Kruglov in 1943, and may be used in both common-
cathode and common-grid circuits. The K-2 transmitter
reconstructed at OPRTs has an immodulated efficiency of 30 -
31%o (previously 18.9%), a distortion coefficient of 3 - 3.591o
at 1 000 c.p.s. for m = 0.95 and 5 - 60//o at 7 000 c-P-s-7
noise level -42 db. It has been shown recently by Ye.P.
Xhmellnitskiy that the anode circuit efficiency can be
increased (from ?5.8 to 88.2%) by slightly de-tuning the
circuit; the modulation frequency response is practically
unaffected. Since the war, more than 2 500 s.s.b. communi-
cation links have been commissioned. American practice is
Card3/4 quoted on the f avourable economics of s. s.b. operation.

Modern Trends in Radio Transmitter Development
Sov/106-58-2-5/16
Attention is drawn to the modulation techniques reported in
the appropriate issue of Proc.I.R.B.,(1956., nr 12). Attention
is drawn to the production in the USA (by RCA) of the SSB-1
60 W mobile installation providing 4 fixed frequencies
between 3 and 15 Mcls. The introduction by S.I. Tetel'b
in 1938 of optimum amplitude-phase modulation is noted.
Figu-re 13 shows a driver for a pulse-phase modulation system.
The WNIIS driver has a distortion of 0-3 - 2016 and a noise
level of' -68 db. The 4-Dhase modulator due to A.D. Artym
is noted.. The characteristics of the British FMQ, method of
direct f.m. of a crystal are reported. The author thanks
Prof,B.P.Terent'yev for advice. There are 13 figures and
26 references, 16 of which are Soviet, 1 Czech, 1 German and
8 English.
SUBMITTED: November 22, 1957
Card 4/4 1. Communicatiorl systems--USSR 2. Radio transmitters--Development
3. Radio transmitters--Theory

9(8) PHIASE I BOOK EXTLOITATION SOV/3i86
Shteyn, Boris Betilysiainovich and Nina Abramovaa Chernyak
Odnopolosnaya modulyatsiya a pomoshchlya fazovykh skhem (Single-Band Modulation
by Means of Phase-Shifting Circuits) Moscow, SvYaz'izaat, 1959. 163 P-
Errata slip inserted- 7,000 copies printed.
Resp. Ed.: V.M. Rozov; Trech. Ea*.: S_.F. Karabilova; 'Ed.: L.T. Tepgrenyuk.
PURPOSE: This book is intended for specialists in the field of radio and wire
communications.
COVERAGE: This book is devoted to'exallysis of several methods of shaping single-
band signals by means of lphase-shifting networks. The authors investigate the
principal possibilities of separating a single side-band and present a quapti-
tative evaluation of suppression of the second.side-band. The theory of wide-
band RC &nd W phase-shifting devices is discussed in detail and a detailed
engineering calculation of such devices Is presented. Considerable experimental
material which can be used in designing systems viih phase networks is included
in the book. In writing this book the authors drew from the work, epnducted at
Card 44

Single-Band Modulation (Cont.)
sov/3186
the MEIS and the NUTS. They also investigated a series of problesis connected
with the analysis'of' properties, with methods of developlng and.: usizig-multi-
phase frequency conversion systems in radio'and In -.wire ccmPiuniic-ati9n)*a.nd
broadcasting techniques. (12. 1. of the book was writteh jointly by'tk4e authors
c)a. II said III were written'by B.B. Shteyn and eh. IV by B.A.- Cherny~g. The
authors thank V.M. Rozov., Candidate of TLIchnical Sciences)for his help'.in
editing the book. There are 28 references, 19 Soviet (including 3-tragsla-
tions) and 9 English
TABLE OF CONTENTS:
Foreword 2
I. Introduction 3
II. Separation of One Side Band by Means of Multiphase Modulation 7
1. General_principle 7,
2. Three-phase modulation 9
3. Three-phase moditlation 10
4. Two-phase modulation 12
Card 2/4

Single-Band Modulation (cont.) SOV/3186
III. Separation of One Si
de Band in Radio systems 13
1. l
Wide-band low-frequency RV phase shifters' 13
2. Accuracy of components of phase shiftin,~ foar-terminal
networks 26
3. The shaping and tuning of phase shifters 34
1j.
~1,
Range expansion of -vrLle-band phase 6hiften,3
39
5. High-frequency phasc~-- shifters 48
6. Three-phase system of rsii!gle-band modulation 55
7.. Two-ph"e system 75
8. Two-phase modulation with four balanced
modulators
9. Zro-phas6 modulation with four modulating systems 82
10. Four-phase modulation 89
11. Multiphas6 modulatica the separation of the low- .I
frequeiicies,spectr='into parts 93
12. Foimation 'of remainder of carrier frequency 102
i
Ch. IV. Application;of the Principle of Slagle Phase Frequency
Conversion in i4ire Communications and Broadcasting
Techniques 104
Card 5/4

Single-Band Modulation (Cont.) savI3186
1. Purpose of si.ngle-band frequency conversion devices in
comunication's and broadcasting equilment 104
2. Basic data of phape differential devices lo6
3- Principle of op.--ration of phase differential devices 108
4. Frequency response of phana differential
devices 1-12
5- Spectrum 6f by-products of fr6quencyi conversion'at the
-
1
output of bhase differential~circuit
118
6. Realization of a circuit producing a constant phasa
difference of two voltages in a given frequency band 127
7. Effect of structural defects and of losses in the
components of a phase d:Lfferential circitit on its
parameters 1
8. Practical realizatioL of a phase differe-ritial device
9. Utilization of phasa differential devIces in multichannel
equipment 159
Bibli ography 161
AVAILABLE: Library of Congress
JP/gmp
Card 11/4 2-9-6o

sovna6-59-5-6/13
AUTHORa Shteyn, B.B.
TITLEa. Suppression of the Oscillations of the Non-Operative
Side-Band in Phase-Filtered Systems (0 podavlenii
kolebaniy nerabochey bokovoy polosy v fazo-filltrovykh
skhemakh)
PERIODICAL3Elektroev-yazl, 1959, Nr 5, pp 46-53 (USSR)
ABSTRACT2 The author first reviews the third method of single
side-band modulation originally described by Weaver
(Proc IRE, 1956, Nr 12). The block diagram is given in
Fig 1. The low-frequency input signal is converted in
two balanced modulators into two output signals~ having a
common low frequ-enr-y-but..a phase difference of 90% To
obtain this, a sub-carrier of frequency
Fo = FMAX + Fmi-n
2
where Fmax and Fmin are the maximum and minimum
frequencies of the input signal, is applied directly to
Card 1/6 one balanced modulatov and also, after being phase-changed

sov/lo6-59-5-6/13
Suppression of the Oscillations of the Non-Operative Side-Band in
Phase-Filtered Systems
by 00% applied to the other balanced modulator. The
lower sidebands of the modulator outputs are passed by
filters, giving the two output signals with a phase
difference of 900. These signals are passed to two
more balanced filters in which the single side-band
signal is formed by modulating a high-frequency carrier
f. and summating the outputs. Suppression of the second
side-band in such a two-phase system is given approximately
by 2
N = ~ -_ (4)
,a, + +if 2
whereAl'and A2 are the phase asymmetries In the high
and low-frequency paths respectively and 4V is the
amplitude asymmetry, In the Weaver methoc19 the phase
shifts take place at fixed frejuencleB and therefore can
be obtained with an accuracy 0 10' - 0*15'. The phase
asymmetry of an RC phase shifter depends, however, on
Card 2/6 the stability of the frequency Fo applied to it,

sov/io6-59-5-6/13
Suppression of the Oscillations of the Non-Operative Side-Band in
Phase-Filtered Systems
A2' minV.AEQ
Fc.
for C) = 900, d7 - "F and if the frequency instability
4% F 2 F0
is Fo = lo-3., thend~:~'-O'41. The stability of the
A 11 C, 0
phase shifter elementsh" has a value A = 0 1W - 0 15'
2 2
and the total low-frequency asymmetry &2 will be of the
order 0015, - 00209, The frequency f0 is usually quartz
stabilised and its instability is negligibly small. The
phase asyTmetry of the second phase shifter is therefore
0*1W - 0_15~. Thus, the total phase asymmetry from both
the high and the low-frequency paths is approximately
00301. However, differences in the filter characteristics
can introduce phase asymmetry but, with careful constructions
the total asymmetry should not exceed 1.5'. The
amplitude asymmetry depends on the operation of the
four balanced modulators and the two filters in the low
Card 3/6 frequency paths, The amplitude asymmetry introduced by

sov/lo6-59-5-6/13
suppression of the Oscillations of the Non~-Operative Side.-Band in
Phase-Filtered Systems
non-linearity in the characteristics of the balanced
modulators depends on the depth of modulation. The
amplitude asymmetry also depends on the frequency
characteristics of the filters and of the balanced
modulators. Graphs of N = (p nj, LF; ) , where = fj1 *62
are given in Fig 3- With, a = 0*301 and j 1%,
N = 43.9 dB3 with L = 1 and S = 1%, N = 40 dB~
In general, the amplitude asymmetry is less than 2%.
Weaver's experimental data showed N = 30 dB and
Lobanov's experimental data (Ref 5) showed side-band
suppression of 40 dB,, The theory of the third method
of formation of the single side-band can be extended
to a three-phase modulation system with phase shifts of
1200. The block diagram is given in Fig k. The
principle of the circuit is similar to that of the two-
phase circuito except that the sub-carriers applied
to the first two balanced modulators have a mutual
phase differ-enre of 120'. The lcw-frequency filters
pass two low-frequency signals h&ving the same
Card 4/6 frequency but a phase difference of 120% These signals

sov/io6-59-5 --- 6/13
Suppression of the Oscillations of tht- Non-Qperative Side-Band in
Phase-Filtered SyBxems
are applied to a three.-phase -converter (Fig 5) which
produces three low-frequen(;y signals differing one from
the other by a phase difference of 120'. These signals
modulate three high-frequency barriers, which have a
-y but differ one from the others
common frequenc,. by 120
This system gives greater suppression of the non-
operative side-band
3
N
62) 2 +,~5 2 (6)
Finally, the author compares Weaver~s sysxems with
Villard's type of multi-phase modulation (Proc.IRE. 19569
Nr 12), the block diagram of vhiz~h ia given in Fig 8.
For Villard7s circuit, assuming that vC = O~ the
suppression is given by
N 4 (7)
Ai + 1'2
Card 5/6

so v/ lo6-59-5-6/13
Suppression of the Osciliatlona of the S-ide.-Band in
Phase-Filtered Sv5t4::ms
Published experimental data shov~rs that in tne band
100 - 5000 c/s, N = 47 -- 55 dB. The author expz,,~sseis
chanks tc Professor D.P.Tereniyev who read the M-uInS,!zj'-T/;
tind gava valuable advice. Thttre are 13 figures and
5 3 or which ar,-- Soviat and t-I English.
SUBMITTED: 5th January 1959
Card 6/6

KLYAGIN, L.Ye, prepod.;-__~~ ~B_B_,_prepod.; BOGOSLOVSKIY, Yu.V.,
prepod.; KALASHNIKOV, N.I., prepod.; TERENTIYEV, B.P.,
prepod.; ROZENTSVEYG, I.Ye., Drepod.; VASILIYEV, Ye.K.,
prepod.; PETROV, V.F., prepod.; SHUMILIN, M.S.; GAIDYAN,
M.A.,, red.; SLUTSKIN, A.A., tekhn. red.
[Radio transmAting devices]Radloperedaiushchie ustroistvia.
Moskva., Sviazlizdat, 1962. 710 p. (MIRA 16:4)
1. Kafedra radioperedayushchikh
tekhnicheskogo instituta evyazi
Galoyan, Slutskin).
(Radio-Transmitters
ustroystv Moskovskogo, elektro-
(for all except Shumilin,
and transmission)

VARNIX, Aleksandr Borisovich; BURMISTROV, P.I., kandidat takhnicheakikh
nauk, reteenzant; BOGUSIAVSKIY, P.Ye., kandidat tekhnicheskikh nauk,
retsenzent; MIXLIR, A.G., kandidat takhnichaskikh nauk, retsenzent;
NIKOIAYBVSKIY. G.M., kandidat tekhnicheskikh nauk. retsenzent;
SHISARIT, G.A., kandidat tekhnicheskikh nauk. retsenzent;.ZIKBLI-
3' N: kandidat tkehnicheakikh nauk, retsenzent; KAZAX. SIA..
ka-Tyl It ~tekhLcheskikh nauk, redaktor; POPICHUIO, M.N., inzhener,
redaktor; DUGINA, N.A., takhaichaskiy redaktor;
[Bridge cranes of great lifting power; design, calculation, aiA-
installation] Mostovye krarW bol'shol gruzopod"emnosti; konstuirovs-
nie, raschat i izgotovlenie. Moskva. Goa. nauchno-tekhn. Isd-vo
mashinostroit. lit-ry, 1956. (MIaA 10:2)
(Cranes, derricks, ate.)

SMEYN,~ E.S., ANIXANOVA, X.5., nm-rg' Ox., VAKOVA, V.O.' XOMXAYA, N.5., 14RMIII, B.X.,
Mgr,, L.S., REVIXOV51,11Y, ~W.'CgMTXTIIA, L.A.
"Soviet Polyisoprene Rubber SKI, Similar to Natural Rubber in Structure and
Properties." Kauchuk i Rezina, No. 1, pp. 4-14, 1957
Translation 1119944

l.Tellmana, 1.141Y I'V.3)
ray e x a ml n EL o n of s 6 3 u e t XTIO r s w c a-r bo - i dax d a
C, (ICFA 1842)
w1 t ra!! onk. . q .0 . 1 5 8~ 2 163.
17, rentgenodlagnosti cheskogo otdmlenlya (zav.- dotgent Ya.M.
i ') - 'ti I
osto,.,!3kcg-n.-na--~,,)ntt nauchno,-' ,.91-dov, 1-,31 1 skogo inst- It Pt
re- r5,diologli i onkolog.1'. (dlr.- kand. med. nauk
A.K

he scl-t
:,nang4;!q -Jn t ~ V
C- - M-.,--kp 65
- ; n o
-ad, .10
m-t R A
Dage .6~
I'av, dct-bent, Ya.11.
Rr3n insti tu~
Khan)
:,nkc

PHASE I BOOK EXPLOITATION SOV/4997
Novichkov, Petr Vasillyevich,- Solomon Markovich Reyzin, and Feliks Solomonivich
Shteyn
Metody bezokislitellnogo nagreva kuznechnykh zagotovok; obsor (Methods of Scale-
Free-Heating of Blanks for Forging; a Survey) Leningrad, 1959- 55 p. 6,500
copies printed. (Series: Seriya Kovks. i shtampavka)
Sponsoring Agency: Obshchestvo po rasprostraneniyu politicheskikh i nauchnykh
znaniy RSFSR, Leningradskiy dom nauchno-tekhnicheskoy propagandy, NTO Mashprom.
Sektsiya cbrabotki metallov davleniyem
Ed. (Title pafp): M.A. KuzImin, Doctor of Technical Sciences, Professor;
Tech. Ed.: M.N. Kubneva
PURPOSE: This booklet is intended for engineers and workers in the heat-treatment
and pressworking shops of machine plants.
COVERAGE: The authors discuss the various types of flame furnaces used for the heat-
ing of blanks without oxidation. Also considered are electrical methods of heat-
ing (including the use of electrolyte baths" technical and economic bases for the
Card 113

Methods of Scale-Free Heating (Cont.) SOV/49W
selection of suitable heating installationsY and safety technique. No person-
alities are mentioned. There are 33 references: 27 Soviet, 4 Englishy and
2 German.
TABLE OF CONTENTS:
Introduction
3
I. Oxidation and Decarbonization of Steel in the Heating Process 4
II. Devices Providing for Controlled Atmos]~heres in Furnaces 7
III. Scale-Free Heating of Metals in Flame Furnaces 16
1. Regenerative gas furnaces for the scale-free heating of metal 17
2. Recuperative gas furnaces for the scale-free heating of metal 25
3. Two-chamber-type recuperative gas furnace with a radiant inter-
mediate roof and combination-type gas furnaces for the scale-free
heating of metal 33
Card 2/3

"I. a -2
3 A lift I
, 1; 1 .
vall'
1~ JSM. a
1-. i az
gig gv �1
Is
14
-A
'i * '4
0 ~.c
ZZ
Ail :all
.9
P !4
-i M
N& 9 Nil
t U
Axem-53MAJ roe IP
0; Oiovpi 4 1H I

POZNYLK, L.A.; SHTEYN, F.S.; SOLTYK, V.Ya.; ABRAICVA, V.P.
Exchange of experience. Zav.lab. 28 no-5:598 162. (MIRA 15:6)
1. Eksperimentallnyj na-achno-issledovatellskiy institut kuznechno-
pressovogo mashinostrofeniya (for Poznyak, Shtey-n). 2. Institut
liteynogo proizvodstva AN USSR (for Soltjk). 3. TSentrallnyy
nauchno-issledovatellskiy institut tekhnologii i mashinostrojeniya
(for Abramova).
(Metals--Testing)

POZNYAK, L.A., kand.tekhn.nauk.; SHTEYN, F.S.,, inzh.; ORIDVA, L.M.9
inzh. C----------------
,
Selecting optima temperatures for the hardening of certain die
steels. Metal-loved. i term. obr. met. no-10945-50 0 162-
(MIRA 15:10)
1. Eksperim*Wlnyy nauchno-iseledovatellskiy institut,
kuznechno-presso7ogo mashinostroyeniya. Ik
(Tool steel-Hardening)

POZNYAK, L.A., kand. teldin. nauk; ORLOVA, L.M., inzh.; YEVSTIRATOVA, V.M., inzh.;
SHMN F.S. inzh.; SHKATOV, A.i,.., inzh.
Microstracture of certain die steels for the cold and hot forming
of metals and alloys. (Nauch. trudy] ENIYNASHa no.9:73-127 164.
(IAIRA 17: 11)

SHTEYN, F.Ye-.--
Subcutaneous oxygen injection nnd resort fnetors in treating
neurasthenia. Vrach.delo no.8:865 Ai; t58 (MIRA 11:8)
1, Nervioye otdeleniye Lermontovskogo kurorta v Odesse.
(NMWSTHENIA)
(OXYGEN-THERAPEUTIC USE)

USSR / Zooparasitolocay Other Parasites
Abs Jour: Ref Zhur-Biol., No 9, 1958, 38629.
Author : Shteyn, GI-A.
Inst : Not given.
Title : Orthonektid Genus Rhopalura Giard of Some Mollusks
in the Barents Sea.
Oris Pub: Uchen. zap. Karelo-Fin. un-ta, 1953, 5, No 3, 171-
_D
2o6.
Abstract: A description of Rh. elongata sp. n., Rh. major
sp. n., Rh. murmanica sp. n. and Rh. litoralis sp.
n. of lamellinbrachia, gastropoda, and scaphopoda
mollusks from the Murmansk littoral of the Barents
Sea. Comparative feature charts of all known spe-
cies of Rhopalura and charts of their propagation
by hosts. Some data on orthonektid morphology and
evolution.
Card 1/1
'40

SHTEYN, G.A.
Materials on the study of parasites of fisheA in Baltic states.
Uch.zap.Len.un. no-172:177-184 154. (mLRA 10-3)
1.Kafedra zoologii beepozvonovhnykh Leningradskogo ordena Lenins.
gosudarstvannogo universiteta.
(Baltic states-Infusoria) (Parasites--Fishes)

SHTETN, G.A.
1-1 1 -
Life cycle of Plagiorchis multiglandularis Semenow, 1927 (Trematoda,
Plagiorchidae) [with summary in German]. Trudy Len. ob-va est. 73
no.4:213-217 157. (MIRA 11:6)
1,Kafedra zoologii beepozvonochnykh Leningradskof universiteta.
(Karelia-Tramatoda) (Parasites--May flies

SHTLYNY G. A.
"Materials on the Ecology of the Benthonic Anthropoda Gregarines in
Some of the Karelian Lakes."
Tenth Gonference an Parasitological Problems and Diseases with Natural
Reservoirs, 22-29 October 1959, Vol. 11, Publishing House of Academy of
Sciences, USSR, Moscow-Leningrad, 1959.
Institute of' Cytology of the USSR Academy of Sciences, Leningrad

AUTHOR: Shteyn, G. A. SOV/20-127-6-50/5-1
TITLE: On the Problem of Life Cycle and Habitation Conditions of the
Nematode Rhabdochona denudata (Dujardin, 1845)
PERIODICAL: Doklady Akademii nauk SSSR, 1959, Vol 127, Nr 6, pp 1320-i~,21
(USSR)
ABSTRACT: In summer 1954 and-1955, the author detected spirally woui;d
nematode larvae 1.5 to 3 mm long in the body of the ephemeral
flies Heptagenia sp. and Ephemerella sp. (Lake syamozera,
Kareliya ASSR). Their structure is described (Fig 1). These
parasites of ephemeral flies were determined, according to the
morphological features, as the larva stage of the species
mentioned in the title (subgroup of Spirurata). The species
mentioned wa s found in fish in the above-mentioned lake in amounts
of 3-3 to 23-1%. This is an indirect proof of the correctness
of determination. The intermediate hosts of the said nematode
are not yet known although the larva of Heptagenia sp. was re-
ported from the USA as an experimental intermediate host (Ref I).
The two species of ephemeral flies mentioned at the beginning
have, in Lake Syamozero, apparently an unequal importance as
Card 112 intermediate hosts. Heptagenia was infected at 21.8%, whereas

SOV/20-127-6-50/51
On the Problem of Life Cycle and Habitation Conditions of the Nematode
Rhabdochona denudata (Dujardin, 1845)
Ephemerella was only affected at 1.9%. Affection in individual
places of the lake was also unequal. This was due to currents
on the one hand, to a higher oxygen content and lower tempera-
tures in the surf zone, on'the other. S. S. Shullman supplied
data on the fish parasites of Lake Syamozero. There are
1 figure and 4 references, 3 of which are Soviet.
ASSOCIATION: Institut tsitologii Akademii nauk SSSR (Institute of Cytology
of the Academy of Sciences USSR). Konchezerskaya agrobiologi-
cheskaya stantsiya Petrozavodskogo gosudarstvennogo universiteta
(Korichezerskaya Agrobiological Station of Petrozavodsk State
University)
PRESENTED: May 11, 1959, by Ye. N. Pavlovskiy, Academician
SUBMITTED! April 28, 1959
Card 2/2

pp (T
-'L1: im A. -".danov) (YL,
Z- -

SHTLTNI G.A.
Cytological study of the different stages in the life cycle of
gregarines from dragonfly larvae. TSitologiia 2 no.1:74-87 Ja-F
16o. (MIRA 13:5)
1. Laboratoriya tsitologii odnokletoohnykh organizmov Inatituta
tsitologii AN SSSR, Leningrad.
(GRWARINIDA) , ''' (PARASITAS--I)RAGON FLIZS)

SHTEYN, G.A.
Gregarines parasitic in aquatic arthropods of Karelian lakes. Zool.
zhur. 39 no.8:1135-1144 Ag 160. (MM 13:8)
1. Institute of Cytolog7, U.S.S.R. Academy of Sciences, Leningrad.
(Karelia--Sporozoa) (Parasites-Arthropoda)

SHTEYN, G. A. (LENIMRAD)
"Cy-tochemical study of some stages of lifecycle of polycystic gregarines."
(In Russian.)
Report presented at the 13th Annual meeting and lat International Conference
of Society of Protozoologists, Prague, 22-31 Aug 61

S11TEYN. G.A.
Systematics ot Urceolariidae (Infusorial Peritricha)o
Zool. zhtw. /#0 no.8:1137-LW Ag 161. (MIRA 14:8)
1. Institute of Cytology, U.S.S.R. Academy of Sciences
(Leningrad).
(Infusoria) (Parasitea-Fishes)

Gil EiT"-I1*jSKt'tYA) A. ; SHTE-11'116 1-1r. A.
- ,ei ever-
"Okoiogisc-nc if~ rier der rurasitenfaullu " .
tebrata."
report submitted for lst Intl Cong,, Parasitology, Rome, 21-26 Sep 1964 .
Dept. of Zoology of' Invertebrates, Leningrad State Univ, University QuaY 7/9.

SHTEYN, I., kand. tekhn. nauk
Experimental construction of new types of built-up roofs.
Zhil. stroi. no.1:17-19 164. (MIRA 18:11)

- -- -- -1 ~' -- I
- i J-, ,!
ABILAGAM, S., inzhener; SHTEfN, I., inzhener.
Innovators in railroad engineering. Stroitell no.12:
5-7 D 156. (MIRA 10:2)
(Railroad engineering) (Bridges-Conetruction)

3 V j I E t", /,T")..- ,
SUBJECT: USSR/Construction Materials
AUTHOR: S~ejn, I.! (Rus. Equiv.-Shteyn, I.I.)
TITLE: Investigation of Atmospheric Resistance of Some Kinds of
Non-Roll Protective Coverings for Prefabricated Roof Panels
(Issledovaniye atmoaferouatoychivosti nekotorykh vidov
bezrulonnykh pokrytiy dlya abornykh krysh)
PERIODICAL: Izvestiya Akademii Nauk Estonskoy SSR, Seriya Tekhnicheskikh
i Fiziko-gatematicheakikh Nauk, 1957, #3, pp 283, 288 (USSR)
ABSTRACT: The Institute of Construction and Building Materials of the
Estonian Academy of Sciences developed several variants of pre-
fabricated roofs for large-scale housing construction using lar-
ge panels. Problems of improving their atmospheric resistance
and water-tightness by means of surface protection and volume-
tric improvement of concrete were investigated.
Results of these investigations were as followsi
1. Bituminous covering with aluminum suspension and bitumen-
cement covering proved to be the most atmospheric resistant
among those considered;
Card 1/3 2. The atmospheric resistance of protective surface coat-

TITLE: Investigation of Atmospheric Resistance of Some Ki-.4-s of
Non-Roll Protective Coverings for Prefabricated _'FanelZ
(Issledovaniye atmosferoustoychivosti nekotorykh v~'4.ov
bezrulonnykh pokrytiy dlya sbornykh krysh)
ings of concrete samples made with solutions of si-lico-organic
substances proved to be considerably lower than th-st cited in
special literature. Therefore, the application of metuhyl-
trichlorsilicane and silicon ethyl ether is not recommended;
3. Concrete with admixtures of naphtha soap and densely
vibrated concrete tested 1.5 months after their manufacturing,
proved to be more water-proof than cement-sand tiles.
4. The application of tar paper upon oil shale bitumen for
protection of reinforced-concrete panels of prefabricated roofs
is not recommended without special measures protecting its
surface, because its atmospheric resistance is the lowest in
comparison with all other coverings investigated.
The article contains 2 diagrams't 1 graph and 2 tpbles, There
are 6 references all Slavic.
Card 2/3

2~ -,7 -7/18
TITLE: Investigation of Atmospheric Resistance of Some Kinds of
Non-Roll Protective Coverings for Prefabricated Roof Panels
(Issledovaniye atmosferoustoychivosti nekotorykh vidov
bezrulonnykh pokrytiy dlya abornykh kryah)
ASSOCIATION: Institute of Construction and Building Materials of the Estonian
Academy of Sciences
PRESENTED BY:
SUBMITTED: On 18 April 1957
AVAILABLE: At the Library of Congress.
Card 3/3

SHTEYN, 1410
Moisture cycle of heated roofs of Jadust-,jal buildi,gs j, t
.he
Estonian S.S.R. From. stroi. 42 no.lo:396-41 0 f64. (KLRA 17:1a)

rm
S-EITEMI$I. I.: Njaster Tech Sci (diss) -- "Industrial loft roofs in the reai-
dential construction of the Estonian SSE and- methods of providing for their
atmospheric stability". Moscow, 1958. 15 pp (Acad Construction and Archi-
tecture USSR), 175 copies (KLI, vo 4, 1959, 128)

KILARIKOV, Nikolay Yeliseyevich, inzh.; ZAGLI, Otto Andrevevich,
inzh.; SPTEYN, T?j~12p LojiAyi~
V.V., _ _ --, inzh.; MASHKO,
[New developments in the manufacture of prestressed
reinforced concrete) Novoe v izgotovlenii predvaritell-
no napriazhennogo zhelezobetona. Odessa, Maiak, 1965.
56 p. (MIRA 18:12)
1. Trest "Chernomorskorgtekhstroy" (for all except
Murashko).

ACC NR: AP6OOh979 SOURCE CODE: UR/0105/65/000/003/0091/0091
AU'fHOR: Veshenevskiy, S. N.; Voronetskiy, B. B.; Gualkov, P. S.; Klimovp D. Yu.;
MaslennJikqv, L.- V.; Pashkov, M. V., Petrov, 1. 1.; Sokolov, I. I.; Stepanov, Yue Ve;
Turovskaya, P. G.; Khechumyan, A. h.; Tsein, V. S.; Shteyn, I. M.
ORG: none
TITLE: Professor K. V. Urnov
SOURCE: Elektrichestvo, no- 3, 1965, 91
TOPIC TAGS: scientific personnel, academic personnel
ABSTRACT: !Konstantin Vasilevich Urnovidied on 11 December 1964 after a serious
illness. Eguish~ed C1 st and one of the oldest electro-
polyrrnphists. He was born in 1907 and graduated from the Ivanovskiy Polytechnic
.InstituLp in 1929, after which he continued to work on the Board of Electric
Installations for the next 25 years. His outstanding contribution was to relate
successfully the activities of industry with those of the higher educational
institutions. His name is closely linked to the development of domestic polygrap~ic
machinery. He was imaginative, creative and bold. Since 1935 he was also engaged
in teaching and scientific research work at the Moscow Power Institute and the
Moscow Polygraphic Institute where he set up a courae-on "Electric Drives and
Automation of Polygraphic Machines". He is the author of over 30 inventions and
10lished works, including one book. He was a acientist-coccamiat# a man-of great
1=wledge, a good colleague and friends Orig. art. hass 1 figure* DTW
SUB CODE-'__Q5 / SUBM DAM none

a

to
w

v

8
8

I
an
I'M
'rig
a F. t
1W -w
N; i F!
.04
4
qr
J1 8 A W'Wrl a-Z
Ft- .
F
os~ 'r, 14
15!Qhi
s i

ROYZEN, S.S., kand.tekhn.nauk; SHT T, I.M.I_inzh.
Automatic control of the electric drive of a continuous reduction
pipe-rolling mill. Elektrich6stvo no.l-.82-85 Ja 161.
(MIRA 14:4)
1. Gosudarstvennyy prgyektnyy institut Tyazhpromelektroproyekt.
(Automatic control)
(Pipe mills-~Iectric driving)

VESHENEE'VSKIY, S.N.; VOIRON7ETSKIY, B.B.; GUS'KOV, P.S.; KLIMOV, D.Yu.;
MASLEINNIKOV, L.V.; FASHKOV, M.V.; PETROV, I.I.; SOKOLOV, !.I.;
STEPANOV, 'fu.','.; TCROVSHAYA, P.G.; KJiECHUI.Y-.Nl A.P.; TSELNI V.S.;
SHTEYNJ I.M.
Prcfessor Konstantin IfFisillevich Urnov, 1907-1964; obituary.
Elektrichestvo no.3:c)l. Mr 165. (,ffRA 18:6)

S/105/61/000/001/006/007
B012/BO59
AUTHORS- Royzen, S. S., Candidate of Technical Sciences,
Sht=,__I___M..., Engineer
TITLE: Automation of the Electric Drive of a Continuous Reducing
Pipe Rolling Mill
PERIODICAL: Elektrichestvo, 1961, No. 1, pp. 82-85
TEXT: The present article is the description of the automation of a
140-type continuous reducing rolling mill with 20 rolling sets. A device
for precise speed measurement was installed in the rolling mill since the
theory of rolling in continuous pipe rolling mills is not yet sufficientl
elaborated and safe set-speed tolerance and admissible speed drop are not
knoTn. in working out the system of automatic speed control, a speed
deviation of 0.5~/' maximum and an error of the speed measuring device of
0_9~1'10 maximum were assumed.. Fig. I represents an AC-tachogenerator
developed especially for the rolling mill under consideration. The trans-
former operates according to the principle of the Maxwell-connection
shown in Fig. 2a. The contactless transformer (Ref. 1, authoes certificate

Automation of the Electric Drive of a S/105/61/000/001/006/007
Continuous Reducing Pipe Rolling Mill B012/BO59
No. 113220 of the class 21a4 71) shown in Fig 2b was used'in the electric
dytire of the rolling mill. The layout of the electrical diive is shown in
F---9, 3. The chief advantage of this system with a frequency-tachogenerator
is the fact that the current in the feedback coil of the maghetic amplifier
is "he initial quantity of the transformer device and that this current is
proportional to not only the frequency but also the feeder voltage.
Magn-etic amplifiers are reversible. Maximum power of the output stage is
about 600 watts. Two preceding stages increased the rapid action of the
magnetic amplifier and made drive stabilization easier. Fig. 4 shows a
diagram of the device for precise speed measurement. The measuring method
with inter-frequency-standards allowed a considerable reduction of the
error. The authors point out that a final word on the expedient use of this
I:ind of drive for continuous pipe rolling mills can be spoken only after
the end of the investigations in the mill. There are 4 figures and 2
Soviet references.
ASSOCIATIOU: GPI TyazhDroaielektroproyekt
SUBM,ITTED: April 11, 1960
Card 2/5

VOLKOVI F.I.;NYaUTIN, D.K.; DOBSEITS, M.L., red.; SH-TMI, I.V.., red.;
GUSEV, K.M., tek1m. red.
[Beacons of transFortation construction; a collection of
sketches of communist labor brigades at transportation
construction projects] Naiaki transportnogo stroitel'stva;
sbornik ocherkov o brigadakh kommunisticheskogo truda na
transportnykh stroikakh. Moskva, OrgtransstroiO 1961. 270 p.
(MIRA 15:2)
(Construction workers)

MKAROT, O.N., kandidat tekhnicheakikh nauk; ZHITOV, B.H., inzhener;
SHASHKOVA, T.D., Inzhener; SHTWN.--I.Tg-.-.- inzhoner;
C,ILTAZMDINDV, L.P., Inzhen-a-r.
Preliminary beat treatment of coals for coking. Koko i khim.
no.4:12-17 157. (MLRA 10:5)
1. Moskovskly khImiko-tekhnologicheskiy institut imeni
D.I. gendeleyeva.
0 (Coal--Carbonization)

-
t"I'l
T , ,
- . ~ I., . , li-
. .. : . 1, , Ti. :!.
I ~-. I I I " 11 ` ~To. 1 .1 '?
"Imm, "oril.rai-tJon ?, Dol:, J . , . ; j 1~li I .
I., 'I,

SH-'EYN, L.B.
Studies on active tonus of the lungs with bilateral water manometry.
Arkh. pat., Moskva 15 no. 1:45-50 Jan-Feb 1953. (GIRL 24:2)
1. Of the Department of Jbiperimental Pathology-(Head - Prof. R. L.
Perel'-), Leningrad Tuberculosis Institute imeni A. Ya. Shtern*)erg
(Director -- Docent A. D. Seasnov).

SHIIEYNI, L. B.
SHTEYN, L. B. -- "The Appearance of Active Tonus of the Lungs Under Ex-
perimental Conditions." Plin Health RSFSR. Leningrad Sanitary-Iffy-
giene Medical Inst. Liningrad., 1955. (Dis,3ertation for the Degree
of Candidate ird4edical Sciences).
So.: Knizhnaya Letopis', No. 6, 1956.

SHTEYII, L.B.
Role of the reflex mechanism in open traiviatic Drieimothorax.
Vrach.delo no.12:1269-1271 D '56. (MIRA 12:10)
1. Otdol eksperimentallnoy patologii (2UV. - prof.L.R.Perel'-
man) Laningradskogo tuberkuleznogo instituta.
(PUBU140THORAX) (FMSPjILkTjOIT)

ACC NEs
SOM= CODEs
-07.toat Torentlyev, Be Pe (Aotive nember)l
P.0._.A&_(UUve maber)l
Vo Ve (Active momber)l Kokin, LG* Be (Active
ORG: Sciontific-Technical Society of Radio Technology and Wt i in*
A, S, Popov (Nauchno-teMuddheakwis obahcheetva rsdiotoMmJJd'1:9Uktro#vyas1)
TITIU!',: Suppression of harmdes in radio transmitters with synatrical timnsforrare
SOURCE4 Radiotakhnika, we 21, no* 4, 1966, 40-48
TOPIC TAGSt electric transformr, radio tranamdtter, harmonic analysis# electric
capacitance, electronic component
ABSTRACT: An analysis of the possibility of wealmning single-c7cle harmonics in a
transmitter by 60nneition of symetrical transformer between the ocupliiij a6ndensor'
&nil the antenna feedero The expression for the transmission coefficient of the trans.
forror is mmlyzed. Z)Terimental material is presented. Proper desip of the trans-
former used can not only suppr.)ss the higher harmonies, but also reduce the influence
of paracitio capacitance betmen wiMings. The parameters of the transforner sug-
gested (cor-rpare schematics below with and without) are such that nornal loading of tN
transformer is retained in the operating frequency range. k;* P. NOWTV- U4 V. Bobov.
Yus- B. Shwnov, V.- V. Furdva;6v and Ve- K. Alekseyev took part iri the carr out of the
j
experimental measurements. Ori art hast 15 figures and 16 forn L4 PRs: 36,osl
SUB CON: Qq / SUS-1 DATEs V&C& / ORIG REM 003
pj~
0 F

DRAGUNOV, V.I.; YEGOROV, V.Ye.;_�HTZYN, L.F.
~~e-Upper Paleozoic reefs and reef formers as indicatdra of the-tectonic
activity in the northwestern marLin of the' Central Siberidl Plateau.
Geol.i geofiz. no.1:72-84 163. (MIRA 1:04)
1. Vsesoyuznyy nauchno-issledovatellskiy geologicheskiy inatitut,
Leningrad.
(Central Siberian Plateau-Geology, Structural)
(Central Siberian Platea%m-Reefs)

SHTEYII, L.L., inzh.
Exper.me-ntal analysis of hydraulic resistamc'e in the valves of
piston expanders.,Trudy VNIIKIMASH no.9:144-150 f65.
(PURA 18: 6)

AUTIMI:
SOV/68-58-8- ].L~128
TITLE: Methods of Utilisation of Gas and Tar Obtained During the
Cokin6 of Coal Tar Pitch (Puti ispollzovaniya ga:;a i
smolj, poluchajemykh pri IL-Loksovanii peka)
PERIODICAL: Koks i Xhimiya, 1958, Nr 8, PP 39 - 40 (USSR)
AESTRACT: The utilisation of the above products is discussed. It is
-pointed out that scrubbinE of benzol from the gas on the
Zaporozh~e and N. Tagil Works should be introduced. The
gas frorn the Kemerovo Colicing Works should be passed to the
Kemerovo iitrogen-fertilisers Torks for synthetic
purposes, T.-7bile from the Zap~orozhlye and N. Tagil Works to
metallurgical works (as the gas is free from sulphur
compounds). Some research work should be carried out on the
uti-lisation of the gas for hydrogenating purposes.
ASSOCIATION: Kemerqvskiy sovnarkhoz (Kemerovo sovnar khrz)
1. Coal tar--Applications 2. CDal gas--Applications
3. Pitch--Processing

5(4) - SOV/716- -4- -5-2/46
AUTHORS: X-rasnov; K. S., Shteyzi, L. M.
TITLE: The B,)r-,,' Energy in the Molecules of the Halides of Alkali
Metals
(Energiya avyazi v molekulakh galogenidov shchelochnykh
metallov)
PERIODICAL: Zhurnal neorganicheskoy khimii, 19599 Vol 4, lir 5,
pp 963-.96a (USSR)
ABSTRACT: The binding energy W in molecules of the halides of alkali
juetals was calculated at 0 0 according to the formula by
Rittner (Ref 4):
W + Ae-r/Q .. c hv0 (1)
-6 +
1 2
2 2.1 2
e e ka,+ft 2e a.a
2 - Ir 1 2 (2)
2r4 r'
Card 1/4 where Ae -r/o denotes the repulsicn Gnergy; c'6 -- the energy
r

SOV/78--4-5-2/46
The Bond Energy in the Molecules of the Halides of Alkali Metals
are in good agreement. Bo"d energies of 't;!:e
halides are given by table 1. The differences between theore-
tical and thermo-chemical values in the binding energy are
discussed. The repulsion coefficients for chlorides and fluo-
rides and the following average repulsion coefficients for
all alkali halides were determined: NaCl - 0.332;
KC1 - Q = 0.343; RbC1 - Q = 0.355; CsCl - Q 0.370; NaBr
= 0.346; KBr - Q = 0.374 and NaJ - Q = 0.384. The coefficient
Q increases from chloride to iodide and from sodium salt
to cesium salt. The Q values found are higher than those
calculated by Rice and Klemperer (Ref 13). There are
1 table and 13 references, 6 of which are Soviet.
ASSOCIATION: Ivanovskiy khimiko-tekhnologicheskiy institut
(Ivanovo Chemical-technological Institute)
Card 3/4

VATCHE14KO, G. LVatchenko, H.1; OGELYMINA, 0. [Ohr~-zkina, 0.3;
STRUCHKOVA, N.; KHANIIS-HIBO, M.; CHERNYKH, 0.; CHUMACHEnO, V.;
SMGaITKO, G. (Shavehanko. H.1; DEKMZHI. D., red.; SHTEY91 Me,
red.;'KCLOMOYTSEVA, F., tekhn.red.
[Dnepropetrovsk; rafarence-gaidebook] Dnipropetrovalk; dovidnyk
putivnyk. Vyd.2., vypravlene i dop. Dnipropetrovalk. Dnipro-
petrovalke knizhkove vyd-vo, 1959. 300 P. (MIRA 13:8)
1. Dnepropetrovskiy gosuderstvennyy istorichaskly muzey (for all,
except Demerdzhi, Shteyn, Kolomoytiseva).
(Dnepropatrovsk--%idabooks)

SHTffN, M.A.; LLTBOSHITS, A.A.
Results of increasing water well boring. Razved.i okh.nedr
21 no.1:48-52 J&-F '55. (MLRA 9:12)
(Boring) (Water, Underground)

SHT-MI,-M, A,
4.
Well cappt,-., for using underground Water in fine-grained swds.
Mat, VS3M no.20:llq-137 '56. (MI-RA 10:8)
('iate.-. U%derground) Odelle)

ANTIPIN, V.I.; BUDANIOV, N.D.; KOTLUKOV, V.A~; LFJBOSJJITS, A.M.;
PROKHOROV, S.P..95- kand.geol.-miner.nauk: SIRMAN, A.P.;
FALOVSKIY, A.A.; ~HTEYN, M.A.-, BASKOV, Ye.A.; BOGATKOV.
Ye.A.; GANEYEVA, M.M.; ZARUBBISKIY, Ya.I.; IL',M, Ye.V.;
KATSIYA'YEV, S.K.; KOMPA14IYETS, N.G.; HELYUBOV, L.P.;
PONOMAREV., A.I.; REZNICHENKO, V.T.; RUIEV, N.A.; TSELIGOROYA,
A.I.; AISTER, R.K.; SHVETSOV, P.F.; VYKHODTM , A.P.; KOTOVAY'
A.I.; KASHKOVSKIY, G.N.; LOSEV, F.I.; ROI-W-IOVSKAYA, L.I.;
PROKHOROV, S.P.; MATVEYEW, A.K., dots., retsenzent; CIJELITSOV,
M.I., inzh., retsenzent; KUDASHIOV, A.I., otv. red.; PETBYAKOVA,
Ye.P., red. izd-va; ILIINSKAYA, G.M., tekhn. red.
(State of flooding and conditions for the exploitation of coal-
bearing areas in the U.S.S.R.] 07jvodnennost' i uuloviia ekspl-a-
atatsii mestorozhdenii ugollnykh raionov. Pod nauchn. red.
S.P.Prokhorova. Moskva, Gosgortekhizdat, 1962. 243 p.
(MIRA 15:7)
1. Moscow. Vsesoyuznyy nauchno-issledovatel'skiy institut gidro-
geologii i i-,zhenernoy geologii. 2. Kafedra geologii i geo-
khimii goryuchikh iskopayemykh Moskovskogo Gosudarstvennogo
universitets. (for Matveyev).
(Coal geology) (Mine water)

SAFRONOV. Fedot Grigorleyvich, kandidat istorichaskikh nauk; RYABOV.,N.I...
nauchnyy redaktor;.jhUkj"G., nauchnyy redalctor; TSIBYKTAROVA.
D.S., redaktor; tekhnichaskiy redaktor
Zrofei FavlovIch Khabarov. CKhabarovi3k] Mwbarovskoe kaizhnog
lzd-vo. 1956. 31 P. (KLRA 10:7)
(Khabarov, Ilrofei Pavlovich, 17th cant.)

I
,-)HTF'YN) M.Ye.
Design of composite logical devices. itIN Tokh, kib.
no.4;70-76 JI-Ag 165. (141?.-A IF:11)

SHTLTN, N.I., inzb.
First year witb our own nachinery. Mokh.sillhosp. 10 no.2:
10-11 F '59. (MIR& 12:6)
1. Kol~.hnz "Priiniprovs'kyV' Nikopol'akogo rayona, Dnepropetrov-
skoy oblasti.
(Agricultural machinery)

SHTETN, N. I.
Experience in the organization of machinery repair on thei
collective farm. Mekh. oil'. hoop. 11 no.6:19-20 Je ,6o.
(MML 13 - 11)
te 1. Glavayy inzhener kolkhoza *Avrora,* Mikopollskogo rayona.
Dnepropetrovskoy oblasti.
(Nikopoll district-Agricultural machinery-Maintenance and repair)

r)/169/62/000/007/088/149
D228/D307
AUTHOR: Shteyn, N. I.
TITLE: Some problems in the calculation of an antenna system
for an automatic wind radio-gage (AP146)(ARIV)
PERIODICAL: Referativriyy zhurnal, Geofi"zika, no. 7, 1962, 11, ab-
stract 7B60 (Tr. N.-i. in-ta gidrometeorol. pribo-
rostr., no. 7, 1959, 52-54)
TEXT: Formulas are given for calculating the main parameters of
two forms of dipole antenna. In one case both the dipole's halves
are mutually perpendicular.but do not intersect (the crossing di--
rections); in the second case one half-dipole is a continuation
of the other. In both cases the diameters of the half-dipoles and
their lengths are different, which complicates the problem. A des-
cription is given of the method of calculating the distribution of
current in the antenna, the input resistance, the effective height,
and the.radiation resistance. ~_Abstracterls note: Complete trans-
--lation- 7
Card 1/1

GRINI!.--'-M Tsaak Grigorlyevich. Frinimali uchastiye: SAKBAYEEV, M.M.;
i;LYAKH, G. I. SHAGI-SULTAN, I. Z. ; SIRAZUTDINOVA, M.A. ;
SHTffffll' 14 SYERMAGMIMOV, S.B.; KOZLOV, G.S.(deceased];
-Wrfiov, E-.G.---oacivism, V.M.; DZ-HASYBEKOVA, E.K.;
NURGALIYEVA, Kh. FREqffAKOV, A.A., doktor tekhn. nauk,
otv. red.; ALEKSANDRIYSKIY, V.V., red.
[Automation of nonferrous metal ore dressing processes]
Avtoriatizat-,iia protseosov obogashcheniia rud tsvetnykh me-
tallov. Alma-Ata, Izd-vo AII Kaz.,SSII, 1964. 213 p.
(MIRA 17:10)
1. Laboratoriya elektroniki i avtor-atiki Instituta yadernoy
fiziki Ali Kaz.SSII (fo all except Grinman, Presnyakov,
Aleksar.driyskly).

TADZIIIBAYEVA, M.M. ; "-, 1.
Psychotic rec-rudescenc-e 1-n the course of the circular form of
echdzophrenla during the puerperal period. Trudy Dush. mod. inst.
61,107-123 163. (MIRA 17:5)

SHTEINY R.L., i-nzh.; SALASRMOP V.V., jn%h.
Automation of a mazut pumping system. Energetik 11 no.10:
24-25 0 163. (MIRA 16:11)

3 f "" ) "
S/125/62/000/007/011/012
1)040/D113
.IUTHOR: Shteyn, R.O.
TMZ: Argon arc welding of tungsten
PLZIODICAL: Avtomaticheskaya svarka, no. 7, 1962, 95-96
'far: Electric contacts made of sintered tungsten, crucibles with 2 mm thick
i;7ails and 280 ;-ju lon- muffles with 1.5 mm thick walls or rolled tun-sten were
0 t3
welded in e:zperLaients at the Institut eleictrosvarki im. Ye.O.Patona (Electric
Weldin- Institute m. Ye.O.Paton). Welding was conducted in a vacuum chambcr
evacuated to 5.10 mm of mercury and filled with argon, with the use of direct
polarizy d.c. and tungsten electrodes. The welded joints afe illustrated and
the welding current and voltage, arc length, and electrode diameter used for
different joints are given in a table. Preheating was employed in some cases
to prevent cracking. The contacts were filled with copper and successfully
passed tests; crucibles with longitudinal and annular welds were tested in a
vacuwil at 20000C, and all welds were sound. Contact rings of sintered molib-
denum were welded to the muffles. Fabrication by welding is simpler than the
Card 1/2

Aitfon are welding of tungsten
c~
sA25/62/000/007/011/012
D040/D113
method in which press forged billets are turned, and subsequently sintered in a
vacuum) or sprayed and sintered; welded muffles were three times as durable
as sintered ones. There are 3 figures and 1 table,
Card 2/2

KORENYUK, Yu,M.; SFiTFYN,--R,O.
ImSechanical Properties of welded joints In BrB2 bronze. Avtom.
svar, 15 no.6:94' Je 1062. (MM 15:5) .-:
(Bronze-ldelding) II

SHTE-f,il 7-,0.
---------- -
weld-ing of tungsten. Avtom. svar. 15 no.7:95-96 Jl 162.
(MIRA 15:7)
(Tungsten-4rielding)

SHTEM) S.A.
Change in reflex activity during ether anesthesia and local
anesthesia. Trudy 1-go MI 3:102-118 157. (141A 14:5)
(ANESTHESIA) (REFLEXES)

14(5)
SOV/112-59-5-9631
Translation from: Referativnyy zhurnal. Elektrotekhnika, 1959, Nr 5, p 169 (USSR)
AUTHOR: Shteyn, S. A..,,.,,Fershtenfel'd, A. A., Mednis, E. F., and
Kritskfy-,-Ye. L.
TITLE: Comparative Tests of Various Methods of Automatic Control for Ban Mills
PERIODICAL: Obogashcheniye rud, 1957, Nr 6, pp 55-66
ABSTRACT: Three methods of automatic control of mill operation were tested at
the Noril'sk concentrating plant: constant weight of feed, constant noise, and
constant circulating load; the tests were conducted from January, 1956, to
April, 1957. A short description and a comparison of the above control
methods are given. Seventeen illustrations.
A. A. S.
Card 1/1

STPEYINI .;.G.
DDEt%.~;EID I ~,.Y i
Medicine See T.TLr_

A N AP6019497
(A ) -SOURCE CODE: UR/Ol2q/66/ooo/oo6/oOO3/OOO7
AUTHOR: Shte yn, S,, G.; Sukhovarov, V. F.; Butkevicb,, L* M&
ORG: -Siberian Fbysico-tecbnical Institute,(Sibirskly
fiziko-t~en 7ceskiy institut) K
TITLE: Recovery of the elastic modulus in type E1702 alloy
SOURCE: Metallovedeniye i termicheskeya obrabotka metallovq no. 6,
1966, 3-7
TOPIC TAGS: elastic modulus, high alloy steelj jV6KPA..)C- M010VICLOSI
EI702 high alloy steel
ABSTRACT: alloy under,,Tonsideration the follo g composition:
35*6% nickel,112% chromium, 1.5% aluminum; 3% titanium~-,(TO.8% manganese;
O.S'3% H-licon; 0.023~t -carbon; remainder iron. The Young modulus was
det4rmined by the dynamic metbod. The value of the modulus was
cald,ulated by the formula: /.-=~0,9463184- 10-'i
P",
where Y_ is the length of 'be sample; t is its thickness;tO is the
density of the material; v is the vibration frequency of the sample.
The absolute value of the modulus was determined with an error of
Card

L 38472-66
ACC NR: AP6019497
0.8-1.5%. The change in the modulus was studied with stepwise
annealing of the samples which bad been previously quenched in water and
bad also been subjected to 0 Ild w rking by rolling. Based on the VV
experimental data, a figure 40wsothe dependence of the Young modulus
on the annealing temperature%or alloy B1702 previously deformed by 40%,
and a seconj figure shows the same for a hardened alloy. As expected,
deformation\Ihoticeably lowers the Young modulus. Another figure
illustrated tbt-. Young modulus as a function of the annealing temperature
of samples wbizb bad been deformed by rolling by 20%, after ageing at
different temperatures. Orig. art. has: 5 figures.
SUB CODE: 1l/ SUBM DATE:
none/ ORIG REF: 004/ OTH REF: 001
pb
2/2

tBO/kedicine - fteummis Mar/Apr 19W
Medicine - Measles
"The Pathological AnatocW of Pneumonia Relative to
Focal Infections in Children," T. A. Shteyfi, Path
Anat Dept, Vasil Ostrov Children's Infections
Diseases Hospital, 7 PP
"Arkhiv Pathologii" Vol X, No 2
Reports study of 50 cases of pneumonia, most of
which occurred with scarlet feViw, diphtheria, and
measles in children. Treats patholqW or lufoctime
from streptococcus, pneumocoocus, the Loeffler ba-
cillus, and of amicrobic lung Infoctims relative to
measles. Includes sumnry and analysis. Babolfted
M16.
60M
PA 6 6 TH

SHTEYN, V.G.
, -
- - "~'
I Efficient record
156.
blanks for testing. Izm.tekh. no.6:73-76 N-D
(Testing-lForms, blanks, etc.) (mw 10:1)

SHTEYN, V.G., inzhener.
MOMM
Automatic heat-control instruments. MashinOBtroitel' no.3:5-8
Mr '57. (XI.RA 10:5)
(Thermostat)

SHTEYN, V.G., inzhener.
Chemical techniques for marking instruments and parts by rubber
stamps. Mnshinostroitell no.6:40-41 Je '57. (MLRA 10:7)
(Marking devices)