SCIENTIFIC ABSTRACT SHUR, D.M. - SHUR, L.I.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001550220011-4
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 23, 2000
• Sequence Number: 11
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

LJ
Properties and Heat Treatment of Alloys for Elastic Elements of Instruments,"
Termicheskaya obrabotka i procl-most' metallov i splavov; sbornik statey (Heat
Treatment and Strength of Metals and Alloys; Collection Articles) Moscow.,
Mashgiz, 1958, 177 P.
A highly sensitive method was developed and a device designed for testing the
properties of metal diaphragms for instruments. The diaphragms tested were made
of beryllium bronze, phosphor bronzeand a high-alloy steel (N36KhTYu) contain-
ing nickel, chrome, titanium, and aluminum. Tests made on the diaphragms after
heat treatment showed that their properties depend strongly on the temperature
and length of aging, during which a decomposition of solid solutions takes place.
Aging increases haraness and the elastic limit up to a certain maxiumum, whose
position in time depends on the temperature of aging. Hysteresis, residual ae-
formations, and sag are at their tinimum approximately at those temperatures at
which the properties associated with strength are most pronounced. Thus it is seen
that these properties of the diaphragms are linked with the structure of the alloys;
the higher the resistance of the development of microplastic deformations, the
smaller the degree of hysteresis. On the basis of these findings, certain methods
of heat treatment are recommended for diaphragms made of the alloys specified above.

SOV '/137-58-11--22981
Translation from: Referativnyy zhurnal. Metallurgiya, 1958, Nr I!, p 164 (USSR)
AUTHORS: Rakhshtadt, A. G. , Shur,
TITLE: Properties and Heat Treatment of Alloys Used for Elastic Members
of Instruments (Svoystva i termicheskaya obrabotka splavov dlya
uprugikh elementov priborov)
PERIODICAL: V sb. - Term. obrabotka i prochnost' metallov i splavov. Moscow,
Mashgiz, 1958, pp 65-114
ABSTRACT: Properties were inve5tigated and a technique was developed for the
heat treatment of corrugated membranes made of Be-bronzes Br. B2
and Br. B2.5, of P bronze Br.OF6.5-0.15, and of steel N36KhTI-0.
To test the membranes a special device was used which accomplishes
the determination of the properties of the membranes bv the non--
contact method. It is established that the properties of the membranes
depend greatly upon the temperature and the aging period. The follow--
ing procedures for the heat treatment of membranes are recommended:
a) for N36KhTI-0 steel heating in a salt bath (350/o NaCl + 650/o BaC12)
at 9500C � 100, cooling in water, aging in a vacuum furnace at 680-7000
Card 112 1.5-2 hours; b) for Br. B2 heating in N dissociation medium at

SOV/1 37- 58-11-,??-981
Properties and Heat Treatment of Alloys Used for Elastic Members (cont. )
7900 -L 100, cooling in water, aging in a vacuum furnace at 3500 45 min. It. is
c'
established that Br. B 2.5 has no advantages over Br. B2 and that Br. OF 6,5 - 0.,15
is not suitable for membranes, because it is difficult to shape. Bibliography:
43 references.
T. F~
Card 2/2

28(5) SOV/32-25-5-25/56
AUTHOR: Shur, D. M.
TITLE: Strength !Jethod for the Determination of Residual Tensions
(Silovoy metod opredeleniya. ostatochnykh napryazheniy)
PERIODICAL: Zavodskaya Laboratoriya, 1959, Vol 25, Nr 5, PP 588-591 (USSR)
ABSTRACT: According to the mechanical methods used today for the determina-
tion of residual tensions (RT) of the 1st order (Refs 1-3)
the latter are calculated as functions of the measured deforma-
tions under utilization of the generalized law by Hooke, so
that these methods may be called in principle "deformation
methods" (DF). The (RT) however, may also be determined in
another way, i.e. according to the "strength method" (SM).
The latter is applied by adding an external load to the sample
to be investigated which after discharge of the (RT) would
again lose its deformation, so that the previous dimensions
are again given to the sample. According to the magnitude of
the load applied the magnitude and direction of the inner
strains may be determined, which the sample possessed before
being treated (by cutting, pickling, turning, etc) on the
respective spot. The application of this method was tested
for the study of the tangential (RT) that are formed in a
Card 1/2 plastic torsion of round cylindrical parts. Samples of steel

SO'1/32-25-5-25/56
Strength Method for the Determination of Residual Tensions
45 KhNMFA were investigated and tests were made on a turning
lathe (Fig 1) with special facilities. The measuring results
obtained are given (Table). A comparison of the calculation
formulas of the method (DF) and (SM) shows that in the latter
neither the modulus of elasticity nor the length of the cut
layer must be considered, so that the cutting of the sample
is considerably made easier. Diagrams are given concerning
the variation of the (RT) and the torsional moment as a func-
tion of the radius of the layer (for hardened and then drawn
samples)(Fig 2). One of the advantages of the new method is
also the abovementioned independence of the eL~stic proper-
ties of the material, so ths-1- also such materials may be
checked, which do not obey Aooke's law. There are 2 figures,
1 table, and 3 references, 2 of which are Soviet.
Card 2/2

-1
SHUR, D. M.
Applying the load method to the study of residual stresses in bare
bent in the process of plastic deformation. Zav.lab. 26 no.2:
205-208 16o. (Steel--Testing) (MIRA 13:5)
(Strains and stresses)

S/032/60/026/05/39/063
B010/BO08
AUTHORS: Lyubehik,___ M. __ A., Trusov, L. P.,._Shur, D. M.
TITLEt lixi~ckor Programmed Tests of Heat-resi'stant Materials for
Creep Strength
PERIODICAL: Zavodskaya laboratoriya, 1960, Vol. 26, No. 5, pp. 615-616
TEXT: A device (Fig. 1, Scheme) folr programmed tests of heat-resistant
materials for creep strength at changing temperature- and load conditions
is described. The device is designed on the basis of a unit of the mass-
produced machine of the TsNIIMASh design of type IP-4M. The individual
technical data are mentioned. The electric circuit was worked out by
V. I. Krizental'. The test sample (placed in the clamping jaw of the
machine) is heated automatically by an electric furnace according to
the programg and can also be cooled by compressed air. Loading is done
by means of a weight which is displaced on a load beam. Programming of
the experiment is done by an apparatus of type KEP-12/61~~The 8 contacts
are connected in series to an RPT-100 relay. The programming of the
Card 1/2

Device for Programmed Tests of Heat- S/032/60/026/05/39/063
resistant Materials for Creep Strength B010/BO08
temperature change is carried out by a differential circuit, an E'PD-12~'
potentiometer being used as a regulation device, and is controlled by
a self-recording instrument of type EPP-09-'VThe loading mechanism is
directed by means of automatically operating switches. A thermogram
(Fig. 2) obtained with the instrument described is mentioned. There
are 2 figures.
Card 2/2

KUffffAVTSEV, I.V.,prof.; SHUR, D.M., inzb.
"Structure and analysiB of metal fractlirag" bv IA.B.Fridman,
T.A.Gordeeva, A.M.Zaitsev. Reviewed by I.V.KhdrI&vtsev. z&,r.
lab. 26 no.8:1037-1038 160. (MIRA 13: 10)
(Metals-Natine) Noformatinnft Imechanics))
(Irridman, 9,A-.-). (Zaitnev,A.M.)

59p,
S/.',35/63/000/002/010/015
Vb A006/A101
AUTHORS: Zaytsev, G. Z., Candidate of Technical Sciences, Shur, D. M.,
Engineer
TITLE: The strength and nature of failure of weld Joints, connecting
sleeves with pipe bodies, during internal pressure loads
PERIODICAL: Svarochnoye proizvodstvo, no. 2, 1963, 30 32
TZXT: Grade 22K and 20T steel sleeves and branch pipes were welded onto
pipe bodies. The strength of the welds was tested on a rKm-10,000 (GKKL-10,000)
compressor unit, using a mixture of 70% spindle oil with 30 kerosene; the mo-
dulus of volumetric pressure of the liquid was about 15,000 k9/cm2. Sleeves o~
different size were tested after welding, high-tempering at 6500C and tempering
at 4500C for 4.5 h. The axia.1 rupture stresses, CZ were determined from-rupture,
PD
pressure P using a formula for thin-walled containers 17T where D is.the in-
ternal sleeve diameter and (5 is the thickness of the pipe-wall. The tests show
that the strength of welds on the sleeves was 30 40% below that of the base
Card 1/2 T

KUDRYAVTSEV, I.V., doktor tekhn.nauk, prof.; ZAYTSEV, G.Z., kand.,Lekhn.nauk;
SIPJR D.14 inzh.; 14AMICHENROV, N.Ye., kand.tekhn,nauk
W
"Dynamic strength of weld joints in 'low-carbon and low-alloy
steels" by A.E. Asnis. Reviewed by I.V. Kudriav-tsev and others.
Svar. proizv. no.9:44-45 S 162. (MIRA 15:12)
(Steel--4ft1ding)
(Asnis,, A.E.)

C-OZENFUT , ~',%D. .. SETUR. D-P, ; LYCHAGD6 , V,T. , nauch-ri, red.
[Photorelay in the wood-using irAustries] ~O~C-e`e v
derwroobrabat,y1raiushchei pror.VshlenriaSti. Mosic-u-a, TSentr.
nauc!ir.c-iss-L. ir.--" informatsii i tekhxdkc-ekon. issledo-.,a-
ni-i po lesnoi, tselli_u_lozno-bumazhnoi, derevoobrabaty-
vaiushchei promyshl. i lesnomu khoziais-i- 1 63. 3~ ~P.
wu. 0
(MliU 1-7: 5)
1. V2esoyu7,nyv nauchno-issledovatel'skiy i konstruktorskiy
in.,;f.itut cit~,-e-%roobrabatyliiyLisht.-heg,- mashinostrc~jeiiiya.

TSEGELISKIY. Vladimir Leopolldovich; SHUR, D.S.,-redaktor; KRYNOOHKINA, K.T.,
tekhnicheskiy redaktor 4x,
[Elektrodugovaia avarka. Izd. 2-e, ispr. i dop. Mookwa, Vsesoiuznoo
uchebnoiledagog. izd-vo, Trudrezervizdat, 1954. 174 p. (MLRA 8:4)
lectric welding)

GLI'-'!.L't.NF,.NKO, Dmitriy LIvovich; SHUR, D.S., redaktor; EGGERT, A.P.
I
tokhnichaRkiy redaktor.
[Welding and cutting-of metals] Svarka i.rozka metallov. Izd.
3-e Perer. i dop.Moskva, Vses.uchebno-pedagog.izd-vo Trudrezerv-
izdat-1955. 431 p- (MLRA 8:9)
(Welding) (Metal cutting)

SXVZROYAIIOV, Aleksandr Arkadlyevich; RZHAVINSKIY. V.V., redaktor; SHUR,
D.S., redaktor; KUZIMIN, D.G., tekhnicheskiy redaktor "-w-UMAW"
[A collection of problems and exercises for a general course for
mechanical Sbornik zadach i uprathneniy Po obshchemu kursu slesarno-
go dela. Izd. 2-oe, perer. i dop. Moskva. Vees. uchebno-pedagog.
izd-vo Trudrezervizdat. 1956. 77 P. (URA 9:8)
(Machine-Bhop practice)

4.0 .
MP.DVEDYUK, N.I.; STEPANOV, A.G.; TIKHONOV, Y.I.,nauchny7 redaktor;
*,%~~~edaktor: KMIMIN. D.G.,tekhrlicheskiy redaktor
Idopoor, and tinamithing] Mednit4ie i zheatianitakie raboty.
Hosk~,a, Vses. uchebno-veda-gog. izd-vo Trudrezervizclat. 1956.
i
271 P. (NLFA 10:4)
(Coppersmithing) (Tinamithing)

SLEPININ, Vladimir Aleksen(irovich; LEVINSON, Semen Yakovlevich;
SHUR, D.S.,redaktor; KUZIMIN, D.G.,tekhnicheskiy redaktor
Collection of problems and exercises in lathe work] Sboraik
zadanii i uprazhnenii po tokarnomu delu. Izd. 2-oe, perer. i
dOp. MOBkva, Vass. uchebno-pedagog. izd-vo Trudrezervizdat,
1956. 280 D. (MIMA 10:4)
(Turning)

AWIN, Lev Yomell-3ranovich; GLADILIN, Anatoliy Nikolayevich; KRASAVIN,
Vasiliy- Stepanovich; IMCIV, Fedor Andre3revich; MAKAROWL, Vera
Ivanovna; RASTORGUTZV, Ivan Sergeyevich; KERMV, Aleksey Dmi-
triyevich; TSEYTLIN, V.Z.. kandidat tekhnicheskikh nank, redak-
tor, RZEAVINSKIY,V.V.,.inzhener; redaktor;.SRM, D.S., redaktor;
EGGXaT, A.P., tekhnicheaki3r redaktor.
[General technoloU of metalsj Obshchaia tekhnologiia metallov.
Moskva, Vse.iichebuo-pedagog.izd-vo Tradrezervizdat, 1956. 327 P.
(metals)

BRUSHTAYN. Boris Tefimovich; DJKMIYZV, Vladimir Ivanovich; RZHAVINSKIT,
V.V.. inzhener. redaktor; SHUR, D.S., redaktor; OSTRIROV. N.S..
tekhaicheskiy redaktor
ETurniaej Tokarnoe delo. Izd.4-oa, parer. i dop. Moskva. Yses.
uchebno-pedagog. izd-vo Trudrazervizdat, 1956. 49o p. (MLRA 9:7)
(Turaing)

GLIZMANWIKO, Dmitriy LIvovich, ; LF-TITEV, B.Ya., nauchnyy rod.; SHUR, D.S., red.;
KATUSEVICH. II.L., tekhn. red. - --------
[Gas welding and cutting] Gazovaia evarks i rezda metallov. Izd- 3.,
perer. Moskva, Vsos. ucbabno-pedagog. izd-vo Trudrazervizdat, 1957
226. (MrRA 11:11i
(Gas welding and cutting)

TSEGELISKIY, Vladimir Leopolldovich; IXMV, B.Ya., nauchnyy redaktor;
SffUR, D.S., redaktor: R.AKOV, S.I., tekhnicheskly redaktor.
[Electric arc w-elding] Ilektrodugovaia avarka. Moskva, Vses.
uchebno-pedagog.lzd-vo Tradrezervizdat, 1957. 226 p. (MIRA 10:11)
(Electric welding)

SOKOLOV, !van Georgiyevich; LETNEV, B.Ya.,nbLuchnyy radaktor; SMM D.S.,
Z. ~-' ~Z-rm-~
radaktor; OSTRIROV, H.S., tekhaicheskiy redak-tor.
EHandbook for the young foundry worker; onhammer forging] Spravochnik
molodogo kuznetsa; po svobodnoi kovIce. Iz4.2-oe, parer. i dop. Moskv&,
Vaes.uchebnopedagog.izd-vo Trudramervizdat, 1957. 431 p.
(MIBA 10:5)
(Forging)

Cjaul
the accumulation of the grass mass in Alpine meadows
with ladysmantle (Alchemilla, CBUCaSiC& BUB.). 12V.AN Arm.SSR.Bio1.i.
sellkhoz.nauki 6 no.11:85-90 153. (MMA 9:8)
1. Institut kormodobyvaniya Ministerstva sel'skogo khozyaystva
Armyanskoy =.
(Kotaykakiy District---Past-L=es and meadows) (Ladysmantle)

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(Gomel,O-hoe industry)

SIMM, G.
-----]Right years without medium repairs. Blek.agit.vod.tranap.
us.22:31-34 19 155. (MM A 9: 1)
l.Star.shiy mekhanik teplekhods. nKhasyan" Dunayokogo par*khed-
stva. - - -
(Ships--Maintenance and repairs)

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the rotor, so determined that the WtWs naturaloscillation
f requency Is far removed from the harnionics of the enforced d-
oscillations -and resonance efiects:are e~wluded.. '(The laiter," -
could lead to loss of synchronism and excitatlovi troubles).- *The-
determination of the required *flywheei. moment, is carried out
. 0,
explained- and
and the principles of actual rotor design. are
exemplified by a series of Ewnchrorlous'zootors for c6mliiessor
drives. B -F, ]&aus. -
V
J: ------ T

2,7

AUTHORg GolOdenberg, S.I. (Engineer.) & Shur, G.I. (Engineer) SOV/110-58-10-13/24
TITLE.- Problema in the design of hyciri~'-ro.1-te~rMCGor damping windings.
(Voprosy konetruirovauiya dempternykh obmotok gidrogeneratorov)
PERIODICA14 Vestuik Elektropromyshlennosti, 1958, NoAO. pp. 51-64 (USSR)
ABSTRACT,,. A bydro-alternator commonly has damper windings; they are difficult
to design beoause they are at the periphery of the poles where the
speed is highest, and are commonly made of copper. This is not &
strong material at, the best of times, and is liable to have been
softened by brazing operations during assembly. Although the range of
size and speed of hydro-alternators in very widen in practical cases
it is only necessary to oonsider five typiz&I constructions of damper
winding, which are diaeussed in the present article. The authors
propose criteria for the sele,,ttion of the best design in any
particular case with ths least waste of time. The mechanical load on
the damper winding depends, of course, on the generator w7erspeed, the
number of poles and the diameter; these factors were employed in
formulating the criteria. The first criterion gives the radial
thickness of the damper segment as a function of the meshanical load
on the overhung part of the segment. Expressions are then derived
for the weight of the wrerhung part and for the centrifugal forces
acting upon it. An expression is also given for the rigidity of the
section and finally an expression for the radial thickness of a
Card 1/3 rectangular section is derived- The segment is commonly mounted on

Problems in the design of hydro-alternator damping windings. SOV/110-58-10-13/24
edge it the thickness is greater than I cm (Figs-2 - 5) otherwise it
is laid flat (Fig.l.). Fig.6. may be used to help in selecting the
arrangement of the segment, it is constructed for a thickness of I em,
points lying to the left of the curve corresponding to a damper segment.
laid flat and those to the right, on edge. Cases in which the damper
segment is supported only by the damper bars are illustrated in Figs.2
5. The second criterion characterises the magnitude of the
centrifugal force of the segment and of the jumper per unit length of
pole are. It is used in selecting the method of fixing the segment.
Usually the section of the damper segment is half the total section of
the damper bars on a pole, which approximately proportional to the pole
-pitch. Therefore, the weight of the damper segment and jamper art
proportional to the square of the pole pitch. An expression in gi-ven
for the centrifugal force on a damper segment and a now parameter 'As
introduced that is proportional to this force. Permissible ranges of
this parameter are then stated. When the damper winding may get very
hot, for instance because there is a rectifier load, the construction
of Fig.5~ is preferable to Fig.4. Various special features of dampsr
winding design are then considered. The different constructions of
jumper that are used are illustrated in Fig.7. and the method of
selection in particular cases is described. The jumpers are secured
Card 2/3 by ordinary steel bolts with zinc-plated steel washers. The designs

Problems in the design of hydro--alternator damping windings, SOV/110-58-10-13/24
of damper winding that have been considered are intended for use in
bydro-alternators that do not employ a synchronous starting. When
a syrAohronous starting is used the damper winding gets very hot and
allowance must be made for expansion effects. There are 7 figures-
SUM-ITTEDs July 16, 1957
1. Generators--Design 2. Generators--Properties 3, Copper wire
---Effectiveness 4. Mathematics
Card 3/3

SEMETER, S.M.; SHUR, G.N.
lgiectiomet~o`rograph for observations by airplanes. Trudy TSLO no,'22:
3-8 157. (MM 11; 4)
(Meteorological instruments) (Aeronautics in meteorology)

TT 1, G*Nq
-, , ~ -::
~ -,- ~."' , ,
Determining vertinal velocities of turbulent gusts during observations
from airplanes, Trudy TSAO no.2Z-.9-16 157. (KCRA 11$4)
(Winds) (Meteorological instruments) (Aeronautics in meteorology)

80789
3. -0 0 0 sov/169-59-6-5971
T~ranslation from, Referativnyy zhurnal, Geofizika, 1959, Nr- 6~ P 83 (USSR)
AUTHM Sh-ur, G.
=ILE'4 A Method and Device for Deetc_rmining Cer-t;ain Characterlstic_- of
AlmosDheric Turbulence by Aircraft
PERIODICAL Tr, Tsentr, a-=rol. observ., 1958, Nr 24, PP 32 - 38
ABSTRACT. -,h~_ author suggests a methcd of computing aut1cmatically thcv
vertical wind pulsations with the aid of an alectrointegrator,
using the load factor of an aircraft as a basis, The ellectr-le.
circuit (a passive electric network) is discussed. it may be
-ased foz- numerical calculations of the vez,+,:Lcal wind pulsa.~Ions
from the formulae W - a 6 n, W - v. + b L n, where W is the
vertical wind -velocity in nVsee, vz is the vertical velocity
of the oenter of gravity of -the aircraft in 4/sec, L n 12 the
Vertical load factor of the. aircraft in fzactdons of g, a and b
C`a~rd 1/2 are certain cons tanits depending on ths aircraft characteri-stio-s

80789
sov./16g-59-6-5971
A M=+hod and Device for Determining Certain Characteristics of Atmospher!~
Ti-lrbulerns-e by Aircraft
height and velocisy of flight, The author shows that., based on the load
~a;.:.tor of the aircraft, more precise data on the vertical wind velosity can
bel obtaimed, when using an amplifier with negative derivative f-3.3dback Irx
~.he integrator circuit, '-T'h-3 method suggested will a.'L.ImInat8 the O=broua
n~america-l calculatIons necessary for obtaining vertical wind pulsation da,la
from the arj.~elerograph r-3cords,
S,F, Khac.-hatryan
Ca:~:d 2/2

PHASE I BOOK EXPLOITATION SOV/4292
Tsentraltnaya aerologicheskaya observatoriya
Trudy, vyp. 31 (Transactions of the Central Aerological Observatory, No.31)
Moscow, 1959. 91 P. 650 copies printed.
Additional Sponsoring Agency: USSR. Glavnoye upravleniye gidrometeorologicheskoy
sluzhby.
Ed.: (Title page): S.M. Shmeter; Ed. (Inside book)*: M.I. Sorokina;
Tech. Ed.: T. Ye. Zemtsova.
PURPOSE: This publication is intended for aerologists and aircraft instrument
designers.
COVERAGE: This collection of 11 articles deals mainly with the problem of finding
the best method of measuring atmospheric turbulence from aircraft. A detailed
description of the aerological instruments used for this purpose is given.
Wind observations by means of radio theodolite is discussed. References accom-
pany individual articles.
Card 1/3

Transactions of the Central Aerological, Observatory, N0.31 SOV/4292
TABLE OF CONTENTS:
~S~ Instruments for the Investigation of the Spectrum
of Atmospheric Turbulence by the Method of Harmonic Analysis
Using Magnetlc Memory .3
Ivanovskiy, A.I., and F.G. Cheremisin. Possibility of an
Approximate Determination of the Spectrum of Atmospheric Turbulence
According to Aircraft Sounding Data 18
Khachatryan, S.P. Determination of the Vertical Motions of the
Atmosphere by Recordings of an Accelerograph Installed on High-Speed
Aircraft 22
Vinnichenko, N.K., and G.N. Shur. Obtedning the Energy Spectrum of the
Statlonary Random Process Recorded Graphically 38
Tevryukov, A.A. Electrical Integrator of G-Forces on a Constant Voltage
Amplifier With an Electromechanical Converter 43
Card 2/3

Transactions of the Central Aerological Observatory,, ro.31 SOV/4m
Shur., G.N. Electronic Counter of G-Forces 50
Gorelik, A.G., and A.A. Chernikov. Investigation of Turbulence
in Clouds by Radar 53
Pakhomov, LwA*.q S*M* Shmeter, and G.N. Shur. Improved Airlborne
Electrometeorograph 64
1~akhomov, L.A. Effect of the Inertia of Temperature Detectors of
Aerological Instruments Upon the Results of the Investigation of
Inversion Layers 74
Kurilova., Yu. V.,, and q-.P. Blachatryan. Some Data on tl~e Structure
of Atmospberic Turbulence Causing Aircraft B=ping 79
Yefimov., P.L., and A.M. Khachatryan. Accuracy of the DetermInation
of Wind Direction and Velocity at Different Altitudes by Means of
the "MB-lakhit" Radio Theodolite 83
AVAILABLE: Library of Congress
Card 3/3 JA/dwm/mas
lo-13-6o

,AUTHOR:
TITLE:
PERIODICAL:
31306
S/124/61/000/010/041/056
D251 301
Shur, G.N.
Obtaining the true form of an individual turbulent
gust on the overload of an aircraft
Referativnyy zhurnal. Mekhanika, no. 10, 1961, 99,
abstract 10 B684 (Tr. Tsentr. aerol. observ. 1960,
no.34, 96, 103)
TEXT: A method is given for obtaining the distribution of
the vertical velocity of the wind in a single gust along the trajec-
tory of an aircraft. On the continuous record of the vertical over-
load a position is chosen where a single gust is described. By means
of a magnetophone this position is reproduced many times, decoded,
and applied to a frequency analyzer on whose input the transitional
transmission frequency of the given aircraft is electrically intro-
duced. The result gives the modulus of the spectrum of vertical
overload. The phase spectrum is calculated from the obtained ampli-
Card 1/2

3130
S ~100/010/041/056
0
Obtaining the true form... D2.51/D301
tude-frequency on the basis of Bode's theorem by numerical methods.
Knowledge of the complete spectrum may be obtained by means of the
Fourier transformation of the original process With respect to time
on the distribution of the vertical velocity along the trajectory.
If the automation of the series of numerical operations is not con-
sidered, this method is connected with complex calculations and the
carrying out of graphical operations- f-Zbstracter's note: Complete
translation-_7
Card 2/2

SHUR, G. N.
Cand Phys-Math Sci - (diss) "Experimental studies of turbulency
in the free atmosphere with the aid of airplanes." Leningrad,
0
1961. 11 pp; (Main Geophysical Observatory imeni A. I. Voyeykov,
GUGMS under the Council of Ministers USSR, Central Aerological
Observatory GUGMS under the Council of Ministers USSR); 200 copies;
price not given; (KL, 10-61 sup, 206)

SHUR,, G.N~
Experimental studies of -the energy spectrum of atmoff-pheric turbulence.
Ti-;ady TSAO no.43.79-90 162., (I'MRA 15;7)
(Atmospheric turbulence)

BELME V V. P. -OM,_ G. N.
Turbulence ma&zuremant at'high <itudas by means of sounding
balloons. Trudy TSAC n6.7+3-P-91-98 162. (MM~ 3.5-7)
(Atmospheric turbulence) (Radiosondes)

4 1.
11 1k ,., . I i . 7'.
'J
Basle prine4pl,?S o~ the a-,jfomatizati,--,n of processln7 airplane
meteoroloE--ical inCormation. Metcor. ir gidrol. no.9:3-9 164.
1. T'Sentral'naya aerologicheskaya observatoriya.

I - 10415i..65-.--------------_.__
ACCESS ION NfU AT40455W
rry nq~ou 1, fit
Ispeciallsts of the GbsRII Glif Ffoe otid'ca t -'the -comp_ _ex gli
exper I ment.11 OrIgo art&, has: 16 forinulas-ind -4:.-fl4uresi
ASSOCIATION: Tsentinvitiult- (C~Arql Aerological,
Observato
-'A
TD'PM -3116 ENCL. 90,%',
W~,]E __0
STT NIS
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ard 33
MITI

BELYAYEV, V.P.; DELTADZE, T.G.; LITOVCHENKO, V.P.; LITVINOVA, V.D.;
LCMINADZE, V.P.; PINUS,1 N.Z.; SOFIYEV, Ye.M.; SHUR.. G.N.
Some results of experimental investigations of atmospheric
turbulence using radiosondes. Trudy TSAO no.54.-4-52 164.
(MIRA 17:6)

lt-~ /rnq
HC (I k- q_11E_ 1_1:P(n) I
1 2540-66 2WI (d)/E= (j)/E WP(.I)
% I
ACCESSION NR: AT5022882 UR/ij8~/6!~jooo/063/0077/0084
551-508
AUTHORS: Vinnichenko, N. K.; Finus. N. Z.. (Doctor of physico-mathematical
sciences); Chernysh, V. I.; Shur G. N.
q
TITLE: Principles of automatic treatment of aeroplane meteoinformation
SOURCEs Tsentralinaya aerologichaskaya observatoriya. Trudy no.~63,, 1965
Voprosy dinamiki atmosfery (Problems of atLapspheric dynamics)., 77-84
o)
TOPIG TAGS: airborne data processor airborne equipment, meteorological
phenomenon., meteorology., infrasonic spectrometry
a,,~ Ni,
ABSTRACT: To expedite the analysis of mete2or2oligglol jmf ora gathered by ai2,..--
aeroplane,, the authors developed an integrated method for treating such datd.,
employing d:ig:Ltal and analog computers, an electronle analyzer of statlonary
random processesp and an infrasonic spectrometer. Block-diagrams for the treat"-.--.,
ment of slowly varying meteoparameters and pulsating parameters are presented.
(see Fig. 1 on the Enclosure).' It is concluded that with the aid of the digital"
computer It should be possible to make certain selections and to perform the
C,id 1/3

aw
7~1~~_ - ~7~ 91WT (I lrrr P (I T.TP Cc)
ACC NR: 50228 SOURCE CODE: OR/2789/65/000/063/0096/010i
ICA, AT
AUTHOR: Vinnichenko. N. K.-~ Shur G. N.
4Lf 5'
4-fq
ORG: central Aerological-Observator (Tsentral'naya aerologicheskaya observatoriya)
_Y
TITLE: Multichannel airborne code converter 0
Y,
SOURCE: Tsentral'naya aerologicheskaya observatoriya. Trudy, no. 63, 1965. Vopros
dinamiki atmosfery (Problems of atmospheric dynamics), 96-103
TOPIC TAGS: airborne equipment, pulse modulation, pulse coding, pulse rate, frequency,
converter
ABSTRACT: A multichannel airborne code converter has been designed for continuous
synchronous pulse-frequency coding of time-varying meteorological parameters in a form'
suitable for magnetic recording. Circuit design and construction of the device are
described in considerable detail. Laboratory tests have shown that the time constant
does not exceed 0.005 sec, even though the circuits of some channels, particularly
channels 1-5, have inertial elements. In the frequency range employed, even the firs 1:'
five channels are practically inertialess. The dependence of channel output fre-
que'ncy on input signal voltage is also practically linear. Thus, despite-the essen-
tially nonlinear operation of pulse-frequency modulation, the device is linear and
e
iuertialess, and random signals (time-varying parameters) passing through the cod
converter do nap change their statistical characteristics. Total conversion error for
UDC: 551.508
Card 1/2

-~o967-66 EWT(1)/,WC-C- GW
ACCESSION DR: AT5022885 UR/2789/65/000/063/0104/0108
551-508
AUTHOR: Shur. G.

TITLE: A universal self-balancing bridge for an airborne resistance thermometer
SOURCE: Tse'ntrallnaya aerologicheskaya observatoriy
_g Trudy no. 63, 1965.
Voprosy dinamiki atmosfery (Problems of atmospheric d;n;mics~, 104-108

TOPIC TAGS: airborne equipment, resistance thermometer, self adaptive control
temperature measurement measuring instrument /,EM TSAO electric mediograph,
DID 0.5 two phase induction motor
A
~
l~
ABS
R
: A universal self-balancing bridge was constructed for easuring,-air
1..teaeratures in an ajrpjane-,'~Iusing a resistance thermometer, The device has a
linear characteristic sufficient power output to operate a digital magnetic
recorder and eliminates many of the problems associated with the unbalanced
bridge. The null element of the bridge is an electronic amplifier with a high,
input resistance and sensitivity, permitting the system to operate on small cur-
rents and reducing the heating problem. A highly stable -power supply Is not re-
quired. In Fig. 1 on the Enclosure, Rt is the resistance ther~nometer, R, and R2
Card 1/3

L 20967-66
ACCESSION NR: AT5022885
resistors, and the fourth leg contains a potentiometer Rp, and an adjustment rb-.-.-
sistor R. connected in series. When the bridge is unbalanced, a voltage is sent
to the input of the servoamplifier (SU) which controls the DID-0.5 two-phase in-
a-
duction motor. This motor moves tho,slide of RP., restoring the balance. A s
cond potentiometer Rp2 (on a common axis with R ) can supply the voltago for th
Pi
automation system# F-2 and Ru permit the adjustment of the midpoint temperature
to any desired value, and the thermometer will read to 50C above or below this
value. Direct amplification of the DO voltages is not feasible. Laboratory tests4.,'
(with a resistance box replacing the Rt) show that the instrument's sensitivity
0.12C, the correction time for self-balancing with a 2C step change in tempera.-
ture is 1 see, and the maximum random error is ~4 0.5%.,, Orig. art. has 2-
figures and 7 formulm,
ASSOCIATION: Tsentrallnaya aerologicheskaya observatoriya (Central Aerological
Observatory)
SUBMITTED: 00 ENCL: -01 SUB CODE:
NO REF SOV: 004 OTHER. 000
Card 2/3

4?
L UV-13-67
ACC INP; AR6017632 SOURCE CODE: ~JR/0272/66/1000/00-1/olio/0-i.Lo
A(jT'.H0R: Shui-, G". N.
TITLE: A universal self-balancing bridge for an aircraft resistance thermometer
0
SOURCE: Ref. zh. metrol. i izmerit. tekhn., Abs.
;REF SOURCE: Tr. Tsentr. aerod. observ., vyp. 63, 1965, io4-io8
,TOPIC TAGS: resistance thermometer, resistance bridge, auxiliary aircraft equipment
-ABSTRACT: The author proposes a universal self-balancing bridgf! designed for measuringi
L
'ambient temperatureA~f an aircraft in view of the considerable error involved in auto-1
~matic registration and analysis of measurement results in the most widely used unbal-
:anced bridge design. The proposed balanced-bridge or zero measurement method is basedl
'or. compensation of imbalance in the measurement diagonal of the bridge by changing the'
resistance of one of the arms when the resistance of the temperature gauge changes . A;
ifinctional circuit is described for this type of balanced bridge with automatic zero
compensation. A schematic diagram of the instrument is given together with its
'ing principle. The device requires a 115 vac 40 cps power supply, has a bridge sensi-I
Itivity of �0.121C, linear characteristics and a rather low power output so that it can
ibe used in a digital magnetic recording system for moderate temperatures. The maximum
irandom. error of the instrument with regard to the class of acciLracy of the potenticme-
!ter used is less than �0.5%. [Translation of abstract]
SUB CODE: 13, 091 0\
1/1 bib- UDC: 389:536-531:621-317-733:629-135.2

_ .,
Firs". stage. Kr.vl. rod. 16 no.9:16 S 165.
(MIRA 1,8-.12)
1. Starsidy Instruktor Saratovskogo oblastnogo komiteta
Vaesoyuznogo dobrovollnogo obshchestva sodaystviya armii,
aviatsii I flotu SSSR.

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KOZLOV, N.S., (Molotov); SHM, I-A-. (Molotov).
Method for teaching the phenom.enon of isomerism in a secondary
school. Xhim.v shkole 11 no-5:40-42 S-0 156. (xTRA 9:11)
(Isomerg--Study and teaching)

SHUR. 1.9 professor.
Utilizing the energy of radioactive radiation for sterilizing meat
and meat products. Kias.ind.SSSR 27 no.2:60-63 156. (WTRA 9:8)
(Meat--Sterilization)

50)
AUTIT'LORS: Kozlov, N. S., Shur, I. A. SOV/20-123-1-27/56
T,ULLE.- Catalytic Synthesis of 4-Methyl-2-Phenyl-5,6-Benzoquinoline
and 2,4-Diphenyl-5,6-Benzoquinoline and Their.Derivatives
(Kataliticheskiy sintez 4-metil-2-'Lenil-5,6-benzokhinolina
2,4-difenil-5,6-benzokhinolina i ikh proizvodnykh)
PERIODICAL: Doklady Akademii nauk SSSR, 1958, Vol 123, Hr 1, pp 102-104
(USSR)
ABSTRACT: It is known that 5,6-benzoquinoline and its derivatives are
produced by means of methods of synthesis commonly used for
quinoline compounds (Ref 1). But even the most simple compound
amongst them (Mbner(Debner) method, Refs 2, 3) cannot be
regarded as perfect since the 2 steps of reaction reduce the
yield and complicate the operation. Some further, previously
developed methods (Refs 4-7) are insufficient as well. The
5,6-benzoquinoline nucleus is a constituent of the
physiologically active ergot alkaloid and other plants. It
might therefore be assumed that several derivatives of the
Card 1/3 5,6-benzoquinoline ought to possess bactericidal properties.

Catalytic Synthesis of 4-Methyl-2-PhenYl-5,6- SOV/20-123-1-27/56
Benzoquinoline and 2,4-Diphenyl-5,6-Benzoquinoline and Their Derivatives
For that reason, the synthesis under review is of scientific
and practical interest. In performing the present study the
authors werz~ led by theoretical conceptions which were already
earlier reported by the first mentioned author (Ref 8). The
present tests have confirmed the correctness of the mentioned
assumptions. The Schiff bases from 2-naphthylamine and from
aromatic aldehydes (benzaldehyde, aubepine, m- and p-nitro-
benzaldehyde, p-dimethyl-amino benzaldehyde) actually react
under adequate conditions with acetone and acetophenone and
produce the two compounds mentioned in the title and their
p-methoxy-, p-dimethylamino- as well as i- and p-nitro
derivatives. Most of these compounds were obtained by the
authors for the first time. As active catalyst 2-naphthyl-
amine hydrochloride was used. The mechanism of the reaction is
illustrated by schemes and equations. It was also experimentally
confirmed. For this purpose, the authors have elaborated a
modification of the synthesis of P-2-naDhthyl-amino-O-phenyl-
propiophenone. The latter was subjected to cyclization and
Card 2/3 formed 1,3-diphenyl-5,6-benzoquinoline. Finally the method

Catalytic Synthesis of 4-Methyl-?-Phenyl-5,6- SOV/20-123-1-27/56
Benzoquinoline and 2,4-Diphenyl-5,6-Benzoquinoline and Their Derivatives
is described. There are 1 table and 10 references, 4 of which
are Soviet.
ASSOCIATION: Permskiy sellskokhozyaystvennyy institut
(Perml Institute of Agriculture)
PRESENTEDz June 14, 1958, by A. A. Balandin, Academician
SUBMITTED: April 24, 1958
Card 3/3

SOV/79-29-8-50/81
J,T7 Kozlcv, N.. S-., Shur, I. A.
H "'?, S
A
TITLE:': Catalytic Condensation of the Schiff Bases With Organic
Compounds. I. Synthesis of Arylaminoketones and Their Hydra-
mine Cleavage
PLRL6Z-IC-',L% Zhurnal oushchey khimii, 19j9, Vol 29, Nr 8,
pp 27o6 - 2709 (USSR) -
ABSTRACT: Taking into consideration the inadequately worked out syntheses
and properties of the aminoketones according to references
1-5, the authors descrel)-e in the present paper a very convenient
method for the synthesis of the rylam inoketones which is
based on the reaction of the Schiff bases with aliphatic-aro-
matic ketones in the presence of an acid catalyst(the hydro-
cI-Ioride amine contained in the Schiff base):
ArN = CffAr' + RCOCH3 ArNHTIlAr I
CH2COR
By this way a number of" new compounds belonging to this class
Card 1/2 could be synthesized, The assumption repeatedly found in publi-

Catalytic Condensation of the ScIfff Bases With Organic SOV/79-29-8-58/81
Compounds.I. Synthesis of I'S-Arylaminoketones and Their Hydramine Cleavage
ASSOCIATION:
SUBMITTED:
cations that the P-aminoketones easily cyclize into the
respective quinoline bases according to scheme 2 (Ref 1) holds
in the case of Ar= P- naphthylamine only. In the case of
Ar=phenyl the cyclization of thefl-arylaminoketones is subjected
to a hydramine cleavage (Refs 4,6,7). Attempts aiming at a
cyclization of the arylaminoketones synthesized by the
authors by means opm-elting them down with zinc chloride and
heating them with hydrochloric acid did not succeed,since during
the heating process a decomposition into the primary amine and
benzalacetophenone takes place (Scheme 3). This process is
interpreted and more thoroughly explained by means of formula
(A) as a consequence of a weakening of the -NH-CH-C 6H8 bond in
the molecule of /1-arylaminoketone due to polarization. There
are 2 tables, and 8 references, 4 of which are Soviet.
PerLuskiy gosudarstvennyy sel'skokhozyaystvennyy institut (Perm,
State Agricultural Institute)
November 4, 1958
Card 2/2

S/15 60/003/004/022/040/XX
B02'OYBO54
ALUTHORS: Koziov, N. S-i Shurj I. Az
TITLE: The Mechanism of Synthesis o:~ 2-P'------YI-5..'D-benzoqu4-noline
and Its Derivatives
PERIODICAL: Izvestiya vysshikh uchebnykh zavedeniy. Khimllya i
khimicheskaya tekhnologiya, !960., Vol. 3, No. 4;
pp. 675 - 679
TEXT: One of the authors developed (Refs-3,4) a new method of syn-
thesizing the compound mentioned in the title and its derivatives by
means of co-condensation of 2-naphthyl amine with aromatic aldehydes
and acetylene. This synthesis is based on the COnOeDt of an interaction
of two Schiff's bases forming in the process, and on the eyelization of
the resulting intermediate into the a-position of the naphthalene
nucleus. On the basis of these concepts, the authors succeeded 'In syn-
thesizing the compound mentioned in the title and its derivatives by a
method developed by them in two variantsz The first varlant is based
on the condensation of Schiff's bases obtained from 2-na-phthyl amine
Card 1/3

The Mechanism of Syntheoi,s of 8/153 60/003/004/022/040AX
2-Phenyl-5,6-benzoquinoline and Its B020 B054
Derivatives
and aromatic aldehydes with ketones to form P-aminokelones. The second
variant is based on the condensation of Schiff's bases with aldehydes
containing mobile hydrogen atoms to form P-amino aldehydes. Both ra-
actions proceed in the presence of 2-naphthyl-amine chlorohydrate. Very
different derivatives of 2-phenyl-5,6-benzoquinolinol can be obtained
by introduction of homologs and derivatives of acetone and acetophenone
instead of the latter together with Schiff's basesi as -well as other
aldehydes instead of acetaldehyde.. Another possibility of synthesizing
the compound mentioned is based on the condensation of 2--naphthyl amine
with unsaturated ketones and diketones. The authors describe the prod=
ucts obtained in the condensation of 2-naphthyl amine with benzal
acetone, dibenzoyl methanol, and benzal acetophenone, and derive the
reaction mechanism. They describe the synthesis of the following com-
pounds: 2-phenyl-5~6-benzoquinoline, 4--methyl-2-phenyl-596-benzo-
quinoline, P-(2z-~-iaphthyl-amino)-p-phenyl propiophenone, 294-di--
phenyl-5,6-ben7-:,uinol_Jne, 2-(3-nitro-.phenyl)~-4-phenyl-5.1.6-benzo-
quinoline, and .- ~'4-nit~-ro-phenyl)-4-phenyl-5v6-benzoquinoline,- as well
as the cyclizatl:)n of P-(2-naphthyl-amino)-p-phenyl propiophenone to
Card 2/3

KOZLOV, N.S.; SHUR, I.A.
Catalytic condensation of Schiff bases with methyl-p-toly-1 ketone.
Fart 6. Zhur.ob.khim. 30 no.8:2492-2496 Ag '60. (MIRA 13:8)
1. Permskiy se1'skokhozyavstvennyy- institut.
(Schiff bases) (Yetone)

KOZLOV, N.S.; SJIPR~ I.A.
Catalytic condensation of Schiff bases with organic substances.
Part 3: Mechanism of the synthesis of P -arylamino ketones.
ZI.,1ur.ob.khim- 30 no.8:274,6-2748 Ag 160. WM 13:8)
1. Permskly, sel'skokhozyaystvennyy institut.
(Schiff bases) (Ketones)

BOGORODSKAYAP M.T., inzh.; SHUR, I.A., inzh.
Study of the operation of injection slotted burners in the L-1 and
1,2 water heaters. Sbor. rab.Lengiproinzhproekta:51-56 0 161.
(WRA 1821)
:'j'

I
Y.-OZIOV, N.S., SHUR, !.A.
Catalytic condensation of Schiff bask-: with nethyl-ct-naphthyl ketone.
Izv.vys,ucheb.zav.;'-:I-,im,J- '-,~.im.'Lekh. 4 no.4:614-61-6 '61.
( MLR-~L 1 c : 1 '~
, I
1. Fe-msl:i.v sel'skokhozyaystvennyy institut, kafedra k~-Jmii-
(Schiff bases) (Ketone)

KOZLOVJ, N.S.; SHUR, I.A.
Synthesis of 19-arylamino ketones and their hydramine cleavage.
Izv.vys.ucheb.zav.;khim.i khim.tekh. 5 no.2:342-345 '62.
(KRA 15:8)
1. Permskiy pedagogicheskiy institut, kafedra khImii.
(Ketones) (Amines)

4~T -T
TI.
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_14 IJ4531-66 LVWJT d)/L',JT(m)/L'PF(n)-2/L~IP(V)/T/a[P(t)/LWP(k /DIP(h)Ll-~~Lb
ACC_WG_A~6_005278 1JP(c) JD/Wd/h1'1/JGAbURCE -CODE: UR/0413/66/000/001/0017/0017
DJ
INVENTOR: Moskalenko. N. D.; Novikov, 0. K.; Pavlov, V. V.; Gariboy. S-
Makhnovskiv, V. S.: Zhizhina, T. S.: Rakhinskiy, G. N.; Shur, I. A.
ORG: none
TITLE: Continuous millifor rolljn& aluminum strips from liquid metal. Class 7,
No. 177395 t~ /4 I's 'fY,5)-p .7 /'6 1
SOURCE: Izobreteniya, promyshlennyye obraztsy, tovarnyye znaki, no. 1, 1966, 7
TOPIC TAGS: aluminum, aluminum strip, aluminum strip rolling, continuous rolling,
rolling mill, liquid metal rolling
ABSTRACT: This Author Certificate introduces a continuous mill for rolling al minum
strips from liquid metali(C The mill comprises a continuous casting machine with a
mold formed by a metal belt and a wheel, a raw strip guiding stand, a planetary mil
and a finishing stand. In order to synchronize the casting and rolling rates, the
064

ACC NRs AP6005278 0
continuous casting machine is driven by the lower roll of the guiding stand by means
.1 Fig. 1. Continuous mill
f
1 - Ladle for molten,aluminum;
2 - mold wheel; 3 -*metal belt;
4 - guiding stand; 5 - planetary
stand; 6 - 1~op former;* 7 'finishing
stand.
of a metal belt (see Fig. 1). Orig. art. has:. 1 figure. [WWI
SUB CODE: 11, 13/ SUBM DATE: 06May63/ ATD PRESS:e//'7<

SHUR, I.S., inzhener.
Effectiveness of continuous work schedbiles in lumbering.
Mekh.trud.rab. 8 no.7:41-42 O-N 154. (MLRA 8:1)
(Lumbering)

rllw*~o T'Olp-Ow
Sizi I lids& is viatillism
A 2, 1 it
of
A ,
o0 4,
00
or it
go
00
90 all
60
00
00 a
go j
TIT;`
0!0 ;
0 0 a 0 0 0 0
0 0 00 0; 0
is I? to ff a ad 41 AS
I I T. IN Y 20 1 ala 11 13 Ma at s 0 47 P4 6.1 a
i _.JL._T_ -1 M 0 Q 0 IL 4 s a lye 0
The chafacter o# Unding In th. C"bon monuxide mule
1e. R. 1. Vatm., wjel.
tom 7. inethmi t. dwriWd for
-*Auritkx th At
0 "Issituctic susVePtiNlitirs of gu-s. An up.
.1m. 1.
0) vultk- Ittr fhe ins,lar %it.-rimilialitv
- 11),111 Fr,-tn Ow J."'wiph. ..( ad.1111vetv
11-Ift'lUdill 1114t OW C 41111 1) if,- 1-111.1 J,V 0 Illi.j.
41d.
An 1. 43 Is
It *K cc it OK KLO Us an
0
44
oo:: ::: 10
p
1300
ago
coo
coo
1.00
'00
Cs
'00

anufacturit of Glow Tableware
t I -no I'l..
"'himly. % kv-cow alit lJolit. -
Nice 11R. --A detA" &CCIAllit il XiVVU Of 1911 ui%Cf&titM%
r'latc4l to thr prothiction of jla~ lab1cwtorc, After a di-
vtmkoit of the raw stiatrrial-* empU,!ml, the vitelting of the
al- 0#1.1 Jl~ i-W.Walloto. "pacifirmij."l, 411.1
air drult "tih Uhr JR1,44voll, ol X14'. o."I 1'.
IIA11.1 alld IIA- 1.1-loctu'll And Ill.-
,J hothm atu it, twLisix and t-,tmx air Or
%I V C.

MYASNIKOV, K.A.; SHUR, I.S.; GIADYSHWA, B.S., redaktor; LYUDKOVSKAYA, IT.I.,
tekhniche~skly redaktor
[Principles governing the designing of glass factories for a diploma)
Osnovy diplomnogo proaktirovaniia stekollnykh zavodov. Moskva. Gos.
izd-vo lit-ry po stroit. materialam, 1955. 471 P. C --- Collection
of designs; a supplement to the text] Allbom chertezhei; prilozhenie
k uchebniku. 1955. 57 P. (HURA 9-9)
(Glass manufacture--Study and teaching)

SH7M, J. S.,-and ABELSJ, V. R., (Sverdlovsk)
"Investigation on the Magnetic Structure of silicon-Iron Crystals by Means
of Povder Patterns," a paper submitted at the International Conference on Physics
of Magnetic Phenomena, Sverdlovsk, 23-31 May56.

The manufacture uf 'diatreton" glass objects chould be revived.
Leg.-prom. 1? no.6:1-~-115 Je '57. (miaA io 8)
kGlassware, Ancient)
(Glass blowing and working )F

MYASHIKOY, Konstantin Akimovich, dotsent; SM, Ivan Samuilovi,ch, dotsent;
REZNIKOT, M.I., nauchny7 red.; ift~WSRTETYN,.D:S..., red.izd-va;
TEMKIRA, Te.L., tekhn.red.
[Mechanization of industrial processes in glass plants] Kekhani-
zateiis proizvodstvennykh protsessov na stekol'nykh zavodakh.
Moskva, Gos.izd-vo lit-ry po stroitelletvu, arkhitekture i stroit.
materialam, 1960. 243 p. (MIRA 13:5)
(Glass manufacture)

S'I'IUR, 1. V.
51;'L!R, I. V. (-Professor, Mi li taro -Veterinary Academy of the Red Army). Sanitary
2,12jpraisal of meat in tuberculosis affection of/pleura and peritoneum.- v
So: Veterinariya; 23; 5-6; May/June 1946; Lncl.
TABC-~N
0 0 0 0 0 0 0 0 0 0 0 0 0 4p 0 0 0 0 0 0 0 0 0 0 0 0 0 o1

SHUR, I.V., P~rof.
"Veterinaro-Sanitary supervislon over meat producticn.11
SO: Vot. 27 ~2) 1950, P. 41
* 0 * 0 0 0 0 0 0 0 0 0 0 0 0 0 * 0 0 0 0 0 0 0 0 0 0 0

17'
~Ijm,~nt-.~.ry tcx7c
p;
lzri. 2-e Mlookm Sal'kho~rr-,iz, -'P-' P.
of cha
-) li-x
JU; nth'-',,r LIs. of -Ru=;an Accessions, Vol. 'I- No. 1~1 -*,-- rch 1954.

KOZLOV, Yu.A.
"Alimentary toxic infections of a parat7phoid character." I.Y.Shur.
Reviewed by IU.A.Kozlov. Gig. i san. no.11:58-59 N v54. mm-nm~)
(SHUR, I.TJ
(FOOD-IBACTRRIOLOGY)
(SALMONELLA PARATYPHI)

SHUR, I.V.
l7ood poisoning of a paratyphoid character.' I.V.Shur. Reviewed by
V.N.Azbelev. Vop.pit. 13 no.3:45-48 My-Je 154. OWA 7:5)
(Food poisoning) (Paratyphoid fever) (Shur, I.V.)

SHUR, I.V., professor, doktor veterinarnykh nauk.
-1---,
Di fiosis and hygienic rating-Lqf meat after slaughtering cattle
affected by a latent form of t-mberculosis. Sbor. trud. Khar'. vet.
inst. 22:143-149 154. (KLRA 9:12)
1. Irafedra veterinarno-sanitarnoy ekspertizy Moskovskoy veterinarnoy
akademil.
(Meat iniipection) (Tuberculosis In animals)

SWR, I.V., prof., doktor vaterinar.nauk, red.; USACEINVA, I.G., red.;
APOSBNIKOVA, A.N., red.; GORIKOVA, Z.D., tekhn.red.
(Manual on veterinary inspection of slaughtered animals and
meat production] Rukovodetvo po veterinarno-sanitarnoi eksperti-
ze produktov ubola zhivotnykh i gigiene miasnogo proizvodstva.
Moskva, Gos.izd-vo sellkhoz.lit-ry, 1959. 687 P. (MIRA 12:10)
(Veterinary hygiene) (Meat inspection)

SHUR, I.V., prof.
Useful manual on veterinary inspection. Veterinariia 36 no._3:84-86
Mr 159. (MM 12:4)
(Germany, Bast--Food aduleration and inspection)
(Meat--Bacteriology)

SHU?, I-V. (Moskva)
Problems in the epidemiolof-y of Salmonella diseases. Vop. pit.
20 no.5:5&-.62 S-0 '61. (MIRA 14:10)
(SAUAONELLA)

V. Y'K~ ~VL
T V.
L
7 1
T. r.7 T 177
'PAS-- F S.
3, 7- - IT NG
and KA-F
V.
1-1-1-0 esSlors (2D~rec ,or o o and Veteri -ar,.,- Sanitary
the I
a t T 'i.
Inol-et.7-in D-, T:I-pl-lp I.-'I-U-nilon 3cientl'ic Pese-urch I n s tut e of Une Ile -n- us r-
-2s c, T--t r r-lr- 3c.-* en,,2;-m3) (4 Seri 7 :)r 3c- 1 ent 3 ~,n- or
Its..
j u t to n r,),,,i Sh e ep inf e c t ed b s s
ll. November lc-,(l

KMIARKOVA, L.L., starshiv nauchny-y sotrudnik; ADUTSPYWICH, V.A., kand.
veterin. nauk; BOYARSHINOV, P.K., kand. veterin. nauk; PEROVA.,
P.V., kand. ve*.arin. nauk; Slf6R, I.V., pro-P., konsulltant
Sanitary eyamination of meat and meat products from animals affected
by listerellosis and its diagnosis. Trudy VIIIIKP no.11:178-193 162.
18:2)

SHUR, losif Vasillyevich; YANOVSKAYA, Ye.A., red.
[Diseases of salronellosis etiology] Zabolevaniia sall-
monelleznoi etiologii. Moskva, Meditsina, 1964. 225 P.
(MIRA 17:6)
itil-

SHUR, I.V., pro]".; YAKOVLEV, L.A., prof.; KUKHARKOVA, L.L.; FREY-DLIff, Ye.M.,
kand. wet-erizn. nauk; PMEOVA, P.7., kand. veterine nauk; IL'YASHE21KO,
M.A., kand. vaterin. nauk; KRASILNr&OV, R.I., sta--sh�y nauchn-Ty
sot,rudnik; FITINGOF, S.N.; starshly naucbnyy sotrudnik; TRUDOLYUB07A,
G.B., mlr'-3hiy nauchnyy sotrudnik; RIJSANOV, R.S.., mladshiy nauchnyy
sotr-adnil; KOIJUSPAYEVA., U.S., mladshiy nauc _yy sotrudnik;
MITROFAVIC-, Y.N., mladshiy nauchnyy sotrudnik,* KAPEFWAUMOVA, N.P.,
mladshiy nauchnyy sotrud-nikT.
Sanitary evaluation of meat from sheep with brucellosis. Vete-
rinariia. 38 no.11.,60-65 N 161 (MIRA 18:1)
1. Rukovoditell laboratorii mikrobiologii i veterinaimo-sanitarnoy
ekspertizy Vsesoyuznogo nauchno-issledovatellskogo instituta myasnoy
C~
promyshlennosti (for Kukharkova).

~:i sure o n e !a
in e c z ns. 4 r-, u . 47

KANTOR. L.: KHATSKICLEVICH, V. ; SPUR, L.
Letters to the editors. Blektrosviaz' 12 no.12:74-75 D '58.
(MIRA 11:12)
(Radio--Transmitters and transmission)

j,
AUTHORS: Zhdanov, A.P. and ShUrl L.I. 120-4-?/35
L
TITTZ: A Determination of the ~Sensjtivity of PhotographJc Emulsions
to Charged Particles. (Opredeleniye chuvstvitellnosti foto-
graficheskikh emullsiy k zaryazhennym chastitsam)
PERIODICAL: Pribory i Tekhnika Eksperimenta, 195?, Vo.4,
pp. 29 - 31 (USSR)
ABSTRACT: The existing methods of estimation of the sensitivity of
photographic emulsions to charged particles do not give an
absolute characteristic of the sensitivity. A method is des-
cribed whereby the sensitivity of a photo-emulsion is determined
in terms of the energy loss which is necessary for a development
of a grain, expressed in electron volts or ergs, or, for
simplicity, in terms of the number of silver atoms. Using this
method, emulsions having different sensitivity are compared.
A quantitative approach to the problem of activation also
becomes possible. Zhdanov's formula (Refs. 5 and 6) for the
number of developed grains is used. This is of the form:
n = kXM(a e/d-)2/d (1)
where k is the coefficient depending on the density of AgBr,
Card 1/2