SCIENTIFIC ABSTRACT GUREVICH, R.I. - GUREVICH, S.I.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000617420012-8
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: March 20, 2001
• Sequence Number: 12
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

SOV/136-59-6-3/24
AUTHORS: Gurevich, R.I. and Berlinskiy, I.I.
TITLE An li~aTu~aTio`n~orthe Work of !4#e-4iessing -'Plazits~
(K otsenke raboty obogatitellnykh vabrik)
PERIODICAL: Tsvetnyye Ae-tally, 1959, Nr 6, pp 20 - 23 (USSR)
ABSTRACT: In 1949-1951, there was a discussion in Tsvetnyye Metally
on the question of technological and commercial balances.
This work was never completod so it seemed expedient to
define the terms. The technological balance is given by:
Mp + MHH = MK + MX
Mp ~ qp"p; MHH Q.H P.
MK = (M + M EH
p HH TEX
MX = Mp + MHH MK
Cardl/4 where M K is the weight of metal in the concentrate

SOV/136-59-6-3/24
An Evaluation of the Work of 00reAreBsing Plants
calculated from chemical analysis, M X is the loss of
metal in the tailings, QpI QHH are the weight of ore
and weight of uncompleted production, respectively,
OCRI P., are -the metal content in the re6pective products.
ETEX is the technological extraction of metal in the,
concentrate. The technological extraction is given by:
EH
E QHH-PHH) TEX 100%
TEX + 9EM - OHH
QP .,Xp E"
1 HH
The commercial balance is given by:
Card2/4

SOV/136-59-6-.3/24
An Evaluation of the Work of Die-di6asixi& !~Ianiewrr-
Mp* MHH MKK + MHK + Mx + Mn ;
MKK - qKK PKK; "HK = %K PHY,;
Mri 0M p+ MHH - MKK - MEM MX
where M KK is the weight
concentrate 7 % is the
incompleted product, M ri
mechanical losses, Q., 7
final concentrate and the
PKK7 On are the weights
above. The commercial extraction
of metal in the final
weight of metal in the
is the weight of metal in the
%K are the weights of the
incompleted product, respectively,
of the metal content in the
is given by:
Card3/4

SOV/136-59-6-3/24
An Evaluation of the Work cf Ore7-d'rdssing. Plants
ETOB Q-KK OEX 100%
qp - "p 44- QHH - PIM
Ell
HE
These equations may be used for a comparison of
jgme-;di~eiksing' Plimtd~,F-#' There are 5 Soviet references.
Card 4/4

TALKO, S.L.; ZELIDINA, A-Ye.; GURNICH, R.I.
Preparation of sulfite viscose. Zhur. prikl. khim. 33 no.9:2112-
Z118 3 160. (MLRA 13:10)
1. LeninVadaki_y tekhnologicheakiy inutitut tsellyulozno-burAsh-
noy promVehlonnosti.
(viscose)

GUREVICII., R.I.
Unit for the preparation of anthracite in a water-sand suspen-
sion. Biul.tekh.-ekon.inform.Gos.nauch.-issl.inst.nauch. i
tekh.infor.m. no.6sl3-15 162. (KRA 15-7)
(Coal preparation)

GURVICH, R.M. kandidat vaterinarnykh nauk.; TAICOVIZ7A, A.G.
--vly,
Immm1ty in sheep following ".1losia, Dokl.Alcad.sellkhos.
21 no.8:7-11 156. (PTAA 9:10)
I* Saratovakgya nauchno-looledovatellskaya vetertn~a opyt-
nay& stantelya. Predstvkvleno saktalyev veterin"it Voesoyusnoy
orden Lenin& akademit aellskokhozya"tvannykh nauk imeni V.I.
Laninae
(Brucellosis In sheep) (Immmity)

LOKHOV. M.G.; GURBVICH, R.M.
Results of attempts to eradicate brucellosis In sheep and goats.
Zhur.mikrobiol.epid. i immun. 28 no.9:16-21 S '57- (MMA 10:12)
1. Iz Baratovskogo instituta "Mikrob" I Seratovskoy veterinerno-
opytnoy stantaii.
(BIUJGELLOSIS. prevention ard control.
in goats & sheep (Rue))
(GOATS, diseases,
brucellosis, eradication (Rum))
(SHUP, diseases.
same)

GUREV I kP
,----ic I _ ind.veterinarnykh naldc
Brucellar arWmals with varying immunobiological reactions as a
source of infection. Sbor.nauch,,rab.Sar,,llIVS /+.24.,28 160.
OUTA 15:7)
(Pmu-,ellosis In sheep)

GUREVICH, R.M., kand.vaterinarnykh nauk; YAKOVIEVA, A.G., nauchnyy sotrudnik
Postinfootion immunity in brucellogia in sheep. Sbor.nauch.rab.
Sar.NIVS 40-9 160. (NIRA 150)
(Brucallosis In sheep)

GURMCHP R.M., kand.veterinarnvkh nauk
Antigenic and immunogenic properties of a somiliqlLid brucellosis
vaccine. Sbor.n&uch.r&b.Sar.NIVS 4tlO-3-1 160. (AURA 15-7)
(Brucellosia in sheep) (Vaccines)

- -------------
ACC NR, AP7005608 souRcE coi)E: u.P/o4l3/6T/00Q/002/Q048/0048
11WEtffOR: Anfilov, Ye. A.; Govorkov, 1. T.; Gurevich,,R. V.; Zhuchkin, 1. A.;
Kuznetsovi V. D.; Olifin, L. K.
ORG: None
i
TITLE: A cophased antenna array with electrical scanning. Class 21, No. 19D433
i
iSOURCE: Izobreteniya, promyshlennyye obraztsy, tovarnyye znaki, no. 2, 1967, 48
C TAGS: dipole antenna, antenna array, antenna directivity
LBSTRACT: This Author's Certificate introduces a cophased antenna iLr-ray with clectri-
~EQI, scanning. The installation is made in the form of center-fed dipoles arranged
.n groups and equipped with an aperiodic or tuned reflector. In order to reduce the
.evel of side lobes of the directional pattern in the horizontal plane, the lower
,roup of dipoles is shifted horizontally with respect to the upper group in the plane
)f the array by one-half the distance between the adjacent dipoles in the group.
1/2 uDc: 62i.396.6TT.32

ACC NRt
'~-w-~enter-fed dipoles;' 2-low r-group of dipoles; 3--1~pper gratip
CODE; 09/ SUBM DATE: 2TAug65

GURIVICH# Roman, Vladimirovich;. S3RGZnff . O.T.,.rodaktor; GMOKHOVSKIY,.A.Y.,rq"-
-" ' - -, R.Ya., takhnicheckiy redaktor.
Neasurement and tuning of,shortwave tranez'itter antennae]
Ismerenila i nostrotia peredniu~hchikh k~kr_qtkovolnpt7kb antenn.:
Mo*lcimk,.Goso'l.z&-vo lit-ry pa-voproses eviazi i radio, 1955. 35 P.
(Radio, Shortwave--Antennae) (KLMA 9:5)

GURZVIC R.Y., inzhener.
The une of feed inserts for the adjustment of shortwave Bondi
antennas. Vest.oviazi 15 no.11'.10-12 N 155. (MMA 9:21
(Radio, Shortwave-Antennas) (Ilactric transformers)

KOSARI, A.V.; red.; VOLOSHIN, A.H., red.,.__GURRVICK, R.V-, red.; KROPACIEW,
N.G., red.; PARZINCHMO, N.S., red.; PLEKMOV. P.S.. red.; SUSKOV,
I.A., red.; SHAROV, G.V., red.; OGARJCV, A.P., tekhn.red.
[First in Siberian metallur&v] Pervenets Sibirskoi metallurgii.
Kemerovskoe knizhnoe izd-vo, 1957. 289 P. (14IRA 12:4)
1. Sekretarl partkoma Kuznetskogo kombinsta (for Parenchenko).
2. Nachallnik tekhnicheakogo otdola Kuznetskogo kombinata (for Sharov).
(Kuznetsk Basin--Metallurgical plants)

G'V9 EV I C H,-e
WSR141iscananeous - Radio
Co-rd 1/1 Pub. 133 - 5/20
Authors j Gurevich, R. V., Engineer
Title $ On the pattern of rotation of SG-antennaa
Pariedica2 t Vest. svyazi 7, 10-12, JU1Y 1954
Abstract t A method of rotating directional diagrams of short wave SG-type anten-
nas, based on changing the length of distribution,fseders, is discussed.
The non-uniformity in power distribution between half-wave anterjuLl, at
a traveling wave coefficient in the distributing foodorn of ltos than
one, and its affect on the performance of antennan, is explained. For-
mulas detoruLtning the phase displacement on a section of the feeder, at
a traveling wave coefficient different from one, are included. Graphs;
drawings.
Institution
Submitted

(D-nilil,rraci P-1,,-ui*1'1 "Krasnyy Khi~aik,"T-
"Utilization of Radioactive Isotopes in the Develo7l)nient of Processes for
Obtaining and Dirifying Chemical Reagents"
in ;3
I V
Q~z LZ

GUREVICH, S.
More on paying bonuses to workers. Sots. trud 7 no.10:119-123
0 162. (MIRA 15110)
1. Nachallnik otdola truds, i zarabotnoy platy Upravlaniya tekstill-
noy proWshlonnosti Lenzovnarkhoza.
(Kalinin-lWages-Textile industry)
(Bonus system)

w
C14
0
UISSRI/M. 49
dicim - Hygiene and 8witatlOU
Meatel" -Public lialth
~VW Reconstruction of Moacov-and the Problow
of Hygienists, S. A. Gurevich)
-"Gig I San" No 7
Aacng meaeurem coatemplated In the decree on
"pjvparjrjg a Now General Flan for the Reconstruc-
tion of moscaw" areli increased vater supply ~#ftez
the North Conduit and. the Kurlyan Station forpuz-
rifying sevage begin operation, scientif lc r*ccu-
mendatione on drainage f or ind:ustry, revisim of
vater-con.aumption standards, green open spaces,
6 2 / 4 9T6*
UM/Medicine - Hygiene and Sanitation Jill 49
(Coutd)
Uumber of fountains, etc., elimination of barmful
properties In sevaga, and Its use m suburban
AVIcultural land. Stresses necessity of assist-
aace from byigienists, laboratories, and instV-',i-
tuter t*d. theme. -vr4DJbcts.
C)
62/497!012

ALEYNIKOV2 G~1.9 ~Pnd,, L0.1m. nauk; ZEUKIII'VIGII, Yu,,'/., karld. t,A(Im. 'ICL1.1k;
GIJRI,7V TCH
~ 2 S~A.P dnvii.; KOKOSIIKIN.. !.A., inzh.
Reaulta of thermochLindcal tests of the FK-12 Ixiiler and of
observations on the water system of super-high parameter units
under operating conditions. Energomashincistronnie 7 no.3-.1-6
Mr 161. (KM 16:8)
(Boilers--Testing)

GUREVIGH, S.B.
..
Potentialities in production cost reduction. Bum.prom. 27 no.12:
22-25 D 152. NLRA 7:10)
1. Nachallnik planovogo otdola Glavtoentrobumproma.
(Paper industry--Costs)

ALEKSEYEV, D.G.; VEYNOV, X.A.; GORCHRBKOV, S.G.; DITKOVSKIY,
A.S.; KAWOV. G.1.; XORGIM, D.I.; FROKHORCMM, LS.; WKTAMTSXV, 11A,;
UGHASMINA, Zj.; SHISHOV, I.A.; MOLOZHAVTT. M.K.. red.; NIKOLATZV. U.N..
bred.; C41STYMOV, N.N.i red.; MMYAKOVA, A.V..rad.; MOROZOV, TU.V.,
redAzd-va; BACHURINA, A.M., tekhn.red.
[Soviet paper industry, 1917-19571 Bumazhnaia promyshlonnoEst' SM.
1917-1937 gg. Pod obslichei red. IL.A.Veinova. Koskva, Goslesbumisdat,
1958. 147 P. (KIRA 12:3)
1. Nauchno-tekhnichookoye obshchestvo bumazhnoy i derevoobrabatvvayu.-
shchey promyshlennosti. 2. Chlen Niuchno-takhaicheekogo obehchestra
bumazhnoy I derevoobrabatyvayushchey promyshlennosti (for all except
Norozov Bachurina).
(Paper Industry)

SOKINSKIY, Vladimir Samoylovich, dotsent, kand.tekhn.nalik; GURRVIGHp
Semen Borlitovich, inzh.; KOGAN, Bronislava Llvorna . dotsent,
UCRASTKINA, Zoya Vasillyevna, dotsent, k'and.
tei;~.nauk. Prinimal uc-hastlye: IVCM, K.I., starshiy pro-
podavatell. FWORMKO, N.P., prof., doktor ekon.nauk,
retsenzent; SAERATSKATA, G.I., red.izd-va; BRAZHISHKO, L.T..
takhn.red.; PROKOFITVA, L.N., takhn.red.
[Production organization and planning at pulp and paper tdllsl
Oiganizataila i planiroyanie proizvodstya na tselliulosno-
buwshnykhpredprILatiiakh. Koskwa, Gosles-wimisdat, 1958.
257 P. (jaRA 12:6)
(Woodpulp industry) (Paper industry)

GUREVICH, S.B., inzh.
Mastering the modernized and reinstalled papormaking machines.
Bm.prom. 37 no.3:2-3 of insert Mr 162. (1,11RA 15:3)
(Papemaking Industry)

01,01,16F low;
a
e6 f !
00
00 a
wvv~ 0
IOW'OW ,owl 0 0 0 o 0 0~
for modfam mUdeg, I
wbom I - mocammot of
Coe#. of 1, Am. P .
0 - Maggio bFAVOM din
I,,- wt
Asset
Ole OWO
*spr4wkm Am
One two W Is the dcommodmism,
r
ad. by tbok mom.
at
tL%dcO;7.m4 ~b

"
Ito-, lu-
o
nk
t 10. 10 6 an
water. tbftw*Ub
rise. Innowetl
mWe of
off -
l
Wi
l d"i WbW

a POULLUAGICAt UtIER&I'M CLASSIFICATION

14 OW NIP 0"; lot
It
0 1400 *fee 0 0 0 40 46-0 41 4
0 0000 0900 0 4b,* Lo, 4
hokum, the (fe.
I", ".-Moldipolospankies
lithe I,- bommoklonStokcs'lass
-AdvIds) - *F min 0.
'00 -
mewh,
to almd P vedere, a - (IOWWY -
mawail" forskisla Nab" ptykorfs Its
+ GWI) " Ilkle diem how th"
- 7' (OF Ik' #)/J` the corec.
Em am
for d#1AI, the
In tm ONWINIS of F b C".
-ma"d -
Chinks = "I:.
a, 1/r (i - rt-
got d1pubt pulkles of milkin
com.,al Intranaki. demmitks J - i
11"Id taftflunt ul the vimWty of
0 W W Sorsot kv 40 show a 51"j)
01111.64tePLI11140VTO' a C01111110MIlk
by a steep fall; example,
sm.. d - 10. interval at comt. v
S. Two comarmsts with Deb".9
to a level "bout fall
ra lottreat low colkikial'INITtkits
N Timm
-ion
U&J."C"It IIIAL&I CK OR* Ask
Is I fW 0 a I I it a 0 a 4 P 0 v
0 a 6 0 00 of*** 0 0 0 0 0
Q a tk PIN a 0 0 0 49 041 000 0 0 4b 0 4
moo
MoOk
goo
too
moo
age
goo
204
see

If Ij A 11 Ir w At a it u it a a 4_0
11 L L_ -6 JL -M F q K IA, _U_ It A-ul's. A 1. j
Y
t6
AbsarpdW W VW641010i W&M in mwtbyi al"al-
00 Frad. Ar4d. 16. U.N.S.S.
and S, a. GWIVvich. COAMPI
52,673-40M) (in French).-Tabulatril results of quant.
00
Ince'urriments of the abomptim -&. Made by observing
00 bea,,,iiatifxmf of an M wins, subJected to the action of
09 smind P1 re, by trivan-t Irg an ow-ular with unkyrimetirr,
go shfna that the two mints. have a definitr abwwptkm max.
which Is a functlem of the conev., at approx. M)% ii
4W)". resp. Volunirtric ViKlssity PLILYI an fin;xfMant Tole
in ti; 31),isriftion of ultm-scousue waves In the mints. in.
%I. McMahon
LOW
04 f
I L A Pt Lt -t L;T f 6 1%5f -A ASS,; WAT IC k
M 0 di of ~t I it It It it it N 1, Al a -a-3 2 0 M11
wu, A I 'KA
0 0 0 0
00 oo *age 990
_o
bee,
boll

5C790
Vlbratlm Abserptim
"Absorption of Ultra-Acoustle Waves in Liquids," S.
B. Gurevich, Phys Inst, Leningrad State U, 4-pp
'Duk Aked Naut SSW, Nova Ser" Vol LV, No 1
(imotas Stokes' equation for determining absorption
of ultra-acoustic waves In liquids where
and describes expwiments giving results which indi-
cate that for every liquid the absorption Is greater
tUn those given by Stokes' equation.

0 0 0 0 0 0 0 41 so
it 1: 1) to It 146 if to I it
A It -Z-1 -A I _1~
p 4 it
lee fit -.0 ,.q 940cat
log
0 a _47 0
0 to at mu 11in bip lips 41 414344
9: Wa J-4-.0
3X)21,9: s"$

69 UL Abmwoffitattof

#0 DAL Add NW* SWA'n (Mw
AWAW,-na
ik loft
=
--

0111
r

00 -WA hm a Ishmom
d

00 dill
1.3
d 3 RI
m
CA QW&W"d. d
pod Wmvwa WM Fm*Ws INmy.

goes
5 S L _!!IALXUJ!!ICAL LlTfN4TLWff CLASSIPICATION
29!t
11.14110 .11 04, U49
T r I IA V I a a a a 6 It S V
-00
-00
see
GOO,
~Soo

FI A 1 T 1!
-UM/Physion may' 48
Sound, High Fr6quency
Bound - Absorption
'Absorption of Supersonic Waves In Liquids," I. G.
Kikhaylov, S. B. Gurevich, 34 pp
'Uspekhi Fiz Nauk" Vol XXXV, No 1
Discusses Stokes-Kirchhof theory; L. I. Mandell-
ghtam and K.-A. Leontovichle absorption theory;
general relaxation theory; theory of dispersion of
Ught; absorption in very viscous liquids; theory
of absorption and relaxation processes In liquids.

Sawd, 314144NMOIJIAS~
Ways PropwtIcn
OUltrasonics," S. B. Ourevloh, V. G. Pawhenko, 14
prirode vol mmvn, No2
Mtranonles Is aft4y of* sonvA maves of frequency
20,000 oyclin'to 1,0Waspaol"i p4r asocad*. Do-
saribes methods of podulze and lav"tWft these
VaTes. Itplalus anthaostleal Ovatlons gowwnl" 1. 1..
their propaptlan. Hunilms varlons effects of. 40
tagether.vlth appllcatlcn to wtaUvra, television,
-A )~1'90

GIEI
R~ 47/49-156
UMN/Ruclear, rhysics Jan 49
Piki-tibles, Ell tary
Varitrons
Naritrone 8 B. GurevicI4 4 pp
*Priroft" No I
Revieve findings of Soviet physicists, especial-
ly Nikitin, the Alikhanoy brothers, and Thysen-
berg; in the field of comic rays from 1942 to
,047-
k7A9M

PA 3-7/419T8
MUXURIetry -LiquId State TWorles of Yob 4
Chemistry - Bibliogmphy
"Contemporary Theory of Liquid states," S. B.
Gurevich, V. G. Panchenko, gj pp
"PrIroda" No 2
General review of present-day concepts of the liquid-
state. Bibliography includes references to the work:'
of Ya. I. Freakell,.E. Garchek, 0. Indryus, V. B.
Berestetskiy, and.M. V. Vollkenshteyn. (Concludes
previous article.)
Vila

GlUli~11liGill .' .'3.
'LIHE~ITP~J
(7 - S. Ya. Sokolova) Priroda, 1949
28925. -, S.B. T~ltrazvukovoy Mikroskop (Sisterc~
No. 01, s. 415-47.
,"-'0. Letopis' Zhurnalln.vkh StateY, Vol. 39, Moskva, 19L9

~iTFVZEV I CTT , 0--- . 3 .
Michailov, I. G. and Gurevich, S. B., The absorption and rate of ultre. sound waves in
some very viscous licuids and amorphous solid bodies. P. 193.
This article Eives the results of measurement of the absorption of ultra sound waves
in molten and solid rosin In a temperature interval from 40 to 1451C and also their
absorptions and rates in polymethyl-methacrylate. It is established that in the frequency
revion inveetifated the absorption coefficient in rosin decrpnses at increase of viscosity,
in case of Exeat viscosity, in accordance with the roln.-antion theory. The investij7ntion
of the frequency dependence of the absorption coefficient in rosin at large viscosity and
in polymethyl-.nethacrylate has shown that the absorption coefficient decrenzee ni~rroximately
propartionally to the square root of the freouency, which does not agree with the conclu-
sions of the relaxation theory In its simpleet form. The freauency dependence of absorp-
tion observed in polymelity1methacry-latle is not accompained by dispersion. The nssr-iption
is exuressed thnt a further devolo-o-nont of the relaxation theory iany lepd to the oxplqn-
ation of the obtained experimpntal results.
Die LeninErad State University
July 1~, 1948
SO: Journal of Fixperimental and Theoretic Phyeics (USSR) 19, No. 1 (1949)

tWR/Chemistry - Properties of Cryst4as Jun 50
*Surfsee Tension of Crystals and Its Bffect on
Changes of the Shape of Crystals and Caking of
Crprt&Uine Powders," S. B. Gurevich
"rviroda" No 6, pp 58-6o
Gives account of work b-y Acad P. 1. Lukirskiy.
("Dok Ak lqauk SSSR" Vol LVI, 300, 194.5) and by
S. V. Starodubtsev and N. I. Timokhin ("Dok Ak
sma ssse val Lx3:i, 63-9. 1948) on crystals
boated to a temp below their mp. Surface tension
of =7Btals assuzms different values in different
22225
a-js,tai2,ogm;hie directiom. A polisbOd gphft* Wde
f,,,. . ,,..rygtal of Wl "- - 6 an OCUkisbez-
abodric shape on heating to 720-600- 'rhO atom
creep rather than, evap and then COndenSe- CrYSt
pawders of 'RaCl and KI after heating at 5WO vers
found to grow together as a result of the formtion't
of bridges having a circular cross section. Other
expts at 600P showed that conical protuberances
grow from the edge of one crystal to that Of the
next and that the edges of the crystals become con-
umted.

USSR/Rucumax physics - molecuLqx Bee-am may 51
'Techniques of Molerulp-x Bunc:heim," S. B. Gureviah
'Triroda" No 'j, lip 52-5~
P. L. Napitse, and X. N. -suggested st"heme TPOT
ietg experim-enta.14 t1he magniatic mom.-!mt of aitcms.
3. V. Stsrodubtaev (cf, "Zhu-- EksSer i Teoret Fiz"
LCI, 215, 191'a1 suggest--~t ths =--thcd of mz~dulatea
nol buracher. for investlgation of adsox-ption. D. L.
5imonenk-- "c-f. "Zhur Ma le
k V--r i T -aret Fiz" 20, 395,
1950) suggested the !Lze of imbuncb--s of tho-
mterial to be studled,. meutrslizing it by slow
electrons. Bat M M. Bredav., V, M. Dukelskiy amd
V. K. Tushkevich ~cf. "Zhur F-3-keper t Tao-ret Fix"
20, 3.143, 195,0) poimted c,,at defiaiencde:-s of this
metho&.
MT87
E;

CUPEVIcH, s.p.
USSR/Physics - Ultrasonics, Recording Dec 51
Observation of Ultrasonic Field by Means of a
Fluorescent Screen," S. B. Gurevich
"Priroda" No 12, PP 38, 39
Ultrasonics have become particularly-important'
since application to defectoscopy and construc-
tion U-S-microscope by S. Ya. ~okolov (;f. "Zavod
Lab," 14- 1948; "Uspekh Fiz 14~uk" No 1,J950;
,Recording of U-S waves were jescribed iv~ "Priroda"
No 2, 1948, and No 9, 1949),),- Gurevich ~ecriues
method of observation of U-~ field based",on ef-
feot produced by U-S waves'on intensity ok,juimini-
scence of activated-&qsphors.
219T74

USn/Chemixtry, Ph3mics - Piezoelectric Mar 52
Substances
"Piezoelectric Substances," S. B. Gurevich,
V. G'. Panchenko
"Priroda" vol 41, No 3, PP 54-62
Outlines -;-SSR work on "seignettoelectric" sub-
stances. Drava parallel between this type of
dielectrics and ferromagnetic substances. Be-
views V. L. Ginzburg's theory of the phenomena in-
volved in the behavior of "seignettoelectric" sub-
st.ances and points out inherent shortcco~ings of
any therodynamic theory attempting to explain an
23CT4
essentially mol mechanism. on the example of bar-
I= titanate, illustrates Mas= and Mattiss's
theory and G. A. Smoleaskiy and I. V. Kozhevni-
kovals modifications and extensions of this theory
With particular emphasis on BaTiO4 (the dielec
properties of which were discovered by B. X. Vul
and 1. M. Gollaman, "Dok Ak Nauk, SSSR*,"". Vol" 49,
154, 1945), enumerates the following- applications:
constr-uction of high capacity condensers, Nmlti-
plication" of frequencies by means of BaTiA con-
denBerS (V. P. Vologdin), various applications of
the piezoelec effect. Twelve Bussian references
are &-ppended.
"0
23oT4

ut--'t I
.112-57-8-17322
Translation from: Referativnyy zhurnal, Elektrotekhnika, 1957, Nr 8,
p 203 (USSR)
AUMOR: Gurevichl S. B.
TITLE: Color-Transmission Distortion Due to Camera Tubes in a Color TV
System (Ob inkazheniyakh tovetoperedachisulzannykh a rabotoy
peredayushchikh trubok v sisteme tavetnogo televideniya)
PERIODICAL: Tekhnika televidqniya (MRTP SSSR) (TV Engineering (MRTP,
USSR) ), 1955, Nr 9(15), pp 24-58
ABSTRACT: Three types of color-picture reproduction are possible:
(L) physically accurate; (2) physiologically accuratei (3) psycholog-
ically accurate. The second type in the most suitable for color TVI its
peculiar feature is that colorizetrically identical color is reproduced
whether or not the spectral composition of a given element of the picture
differs from that of the corresponding element of the original. A met
of colorimetric equations is presented that ties the quantity of the
color information at the transmitter to the quantity of linearly indepen-
dent colors at the receiver. Formation of primary colors and information
Card 1/2

USSR/Electronics Cathode Ray Tubes, H-6
Abst Journal: Referat Zhur - Fizika, No 12, 1956j, 351:1$
Author: Gurevich, S. B., BF-letov, V. I.
Institution: None
Titlet Effect of Residual Chargea on the Quality of a Color linage
Original
Periodical: Tekhnika televideniya (M-vo radiotekhn. proin-sti SSSR), 1955, No 9
(15), 59-75
Abstract: Anlana~ysis of the character of the distortion introduced by the
residual charge in the operation of transmitting tubes -in--color
television systems with a single raster on the transmitting end.
Card 1/1

SOV11 12-57 -6 -13466
Translation from; Referativnyy zhurnal. Elektrotekhnika, 1957, Nr 6, p 264 (USSR)
AUTHOR; Gurevich, S. B., Bykov, R. Ye.
TITLE; Eff~,c_i_of the Contents of a Transmitted Object on the Nature of Signal
Conversion by a Supericonoscope Camera Tube (Vliyaniye soderzhaniya
peredavayemogo ob"yekta na kharakter preobrazovaniya signala peredayushchey
trubkoy tilpa superikonoskop)
PERIODICAL: Tekhnika televi eniya. M-vo radiotekhn. prom-sti SSSR, 1956,
Nr 11, pp 46 -57
ABSTRACT: E)~perimental studies of the supericonoscope show that its output
signal depends on the so-called "white fill" of the object transmitted. The
greater the fill, the greater is the signal value. This relationship is weaker
for greater illuminations of the photocathode. The quality of transmission of
brightness gradations deteriorates with a low fill factor; with a very low fill,
the brightness -gradation transmission is particularly poor for strong signals,
i. e. , near the white level. The signal value is independent of the white
Card 1/2

SOV/1 12-57 -6 -13466
Effect of the Contents of a Transmitted Object on the Nature of Signal Conversion . . . .
distribution over the test pattern; it depends only on the fill factor. The
signal-fill dependence is not so important for black-and-white TV; in color TV,
however, it may impair color transmission because the fill factor may be
different for various color components. An increase in the output signal with
increase of the fill factor can be explained by the fact that the number of
secondary electrons hitting the photocathode increases and the lower
equilibrium potential decreases.
A.B.P.
Card ZiZ

6(6) PHASE I BOOK EXPLOITATION SOV12002
Gurevich, Simon Borisovich
Fizicheskiye protsessy v peredayuBhchikh televizionnykh trubkakh
(Physical Processes in Television Camera Tubes) Moscow, Fizmatgiz,
1958. 300 p. 20,000 copies printed. (Series; Fiziko-matemati-
cheskaya biblioteka inzhenera).
Eds.: R.A. Gamburg, and L.I. Orlova; Tech. Ed.: R.G. Pol'skaya.
PURPOSE: This book is intended for engineering personnel and senior
students specializing in television.
COVERAGE: The author discusses the physical processes In television
camera tubes with storage of charges. He describes briefly the
basic physical phenomena utilized in television camera tubes. He
also discusses the characteristics and operation of various types
of tubes. Tubes used in color television and other special de-
vices and the manufacturing technology of tubes are not discussed.
The author thanks Ya. A. Ruftin, Doctor of Technical Sciences,
Card 1/6

Physical Processes in Television (Cont.), SOV/2002
and Candidates of Technical Sciences A.M. Rhalfin, A.G. Kondrat'-
yev, R.,A. Gamburg and L.I. Orlova for reviewing the text. He also
thanks D.B. Gurevich and V.G. Panchenko., ~andidates-of Physical
and Mathematical Sciences, and graduate students R.Ye. Bykov and
B.M. Pevzner for their help in preparing the text for publication.
There are 224 references: 107 Soviet (including 3 translations),
78 English, 29 German, 7 French and 3 Czech.
TABLE OF CONTENTS:
Foreword
7
Ch. I. Basic Principles of Picture Transmission 9
1. Obtaining a television picture 9
2. Methods of resolvin& the picture and converting it into a
seqfience of signals 11
Ch. II. Physical Phenomena Utilized in Television Camera Tubes 21
1. Electrons in solids and the emission of electrons* 21
2. Thermionic emission 35
3. Photoelectric emission 38
4. Secondary emission 41
Card 2/6

Physical Processes in Television (Cont.) SOV/2002
5. Photoconductivity
Ch. III. Electron Optics and Its Application in Television
50
Camera Tubes 58
1. Motion of electrons in electric and magnetic fields 58
2. Electron lenses 70
3. Aberration of electron lenses 85
4. Electronic optical devices used in television camera tubes 89
Ch. IV. Basic Processes in Camera Tubes With Storage 97
1. Operating cycle in camera tubes and methods of achieving it 97
2. Balanced and unbalanced voltages of storage elements 102
3. Voltage contours in the storage element and the nature of
a raster 117
4. Commutation and bringing the voltage of the storage element
to the initial value 125
5. Process of storing charges 134
6. Forming the output signal 143
T. Classification of television camera tubes with storage 152
Card 3/6

Physical Processes in Television (Cont.) SOV/2002
Ch. V. Characteristics of Camera Tubes With Storage 159
1. Qualitative indices of a television picture and character-
istics of came--a tubes 159
2. Noise and signal-to-noise ratio of camera tubes 163
3. Transmission of gradations of brightness 178
4. Resolution 1 183
5. Spectrum characteristics of a photoelectric converter 198
6. Light-signal characteristic 200
7. Transmission of information about black level 205
8. Parasitic signals 1 209
9. Persistence and residual signals 212
10. Sensitivity 219
Ch. VI. Camera Tlubes With Photoelectric Storage 229
1. Construction of an iconoscope 229
2. Operating cycle of an iconoscope. Forming of a signal 231
3. Characteristics of an iconoscope 240
4. Construction of an orthicon 244
5. Operating cycle of an orthicon. Forming of a signal 247
6. Characteristics of an orthicon 250
Ch. VII. Camera Tubes With Secondary-emiBBion Storage. Image
Card 4/ 6

Physical Processes in Television (Cont.) SOV/2002
255
Iconoscope
1. Construction of an Image iconoscope 255
2. Operating cycle of an image iconoscope. Forming of a sig-
nal 26i
3. Light-signal characteristic of an image iconoscope 271
4. Parasitic signals 275
5. Information about black level 285
6. Sensitivity, resolution and persistence of an image Icon-
scope 290
7. Image iconoscope with a semiconducting target 295
Ch. VIII. Camera Tubes With Secondary-emmision Storage. Image
Orthicon 301
1. Construction of an image orthicon 301
2. Storage process in an image orthicon 312
3. Commutation process in an image orthicon 319
4. Target conductivity and restoration of the voltage of a
target element to the initial value 326
5. Light-signal characteristic of an image orthicon 329
Card 5/6

Physical Processes .1
M Television (Cont.) SOV/2002
6. Sensitivity of an image orthicon 333
7. Residual charges and resolution of an image orthicon 335
8. Image isocon 340
Ch. DC. Camera Tubes With Photoconductive Storage. Vidicon 844
1. Construction of a vidicon 344
2. Forming of a signal In a vidicon 349
3. Spectrum characteristics of a vidicon 356
4. Light-Bignal characteristic, sensitivity and resolution of
a vidicon 358
5. Persistence 364
6. Various types of vidicons 376
7. Ebicon tube with storage utilizing the phenomenon of in-
duced conductivity 379
Conclusion
Bibliography
AVAILABLE: Library of Congress
Card 6/6
386
389
JP/bg
8-31-59

CcCP.

IL L X-
P.Wo-

1* L Ik-, (c 13 A. 22
C, 11 r
=

'L 'L C""

(c 10 An 18 40coal IL IL 0-

A. S

a 4L
L It. 9-

28
ova owwtm tw'"s osolud" antbe of us ad"W" bomawftl oww" of
%its ft6wofts wA RWOWW" OwmaLnU m In. 1. 1. ftm OMS), Mmm,

GUREVICH, S.B.; SOKOLOV. V.I.
Effect of noise on the sharpness of the television image.
Tekh.kino i telev. 4 no.8:21-29 Ag 160.
(MIRA 13:8)
(Television-Interference)

6 1 f" 9 9
s/ ioq/6o/oo5/o4/jo13/(,%-'j6
Ei4o/E435
AUTHORS: Guz-evich' S.0, and PYLR-)~' R.I.Ye,
- ' 1-1 - -
TITLE The Lffect of the Beam Apertll-e on CoLnfflutaLIC-11 th&
Potential Relief in a Vidir-on
PERIODICAL! Radiotekbnika i elekt-runika. 1960, Vol 5, Nr li.
pp 638-648 tusn)
ABSTRACT: Th4s papor, was pi-esent(--d at the XIV Corifpx-,~vce
Sc4entif lq.-Teq
- - :~' - - 1 - ~ - - . - --JA - -. - -
.-Electrica.l...Co-aiinimicat-ion- -im-exLL-A.-S-Popov, LCnin,--:ra4-,
April 21, 195c)
It is shown that the effecti-t-e boam aj)ez-tu-r-,-- in a
vidicon is much greater than the physical crciss-se.,;t.11:~nal
diziensions of the beam in the tuba- and is approximat~ely-
2 to 3 line widths, Never t he less the z-esuluticn of real
vidiaons is approximately 500 lines horizontally i~nd
6o0 lines vertically in intei-laced scauning, T 11 j 5
explained by the time variation of cowmutzitil~n of --i
given point of the targzst as the beam passes: over it,
The author sho-vrs e-xperimentally that the majority -.3i,
rhe cha.rge is removed within a time shoi-t with respec-it
Card to the time in which a beam of the effective dia-met?r

s/ I o9/6f,/00~) 1"') 11 /0 13/0~-(J
zi.40/Eil 35
The Effect of the Bearn Aperture on Cammutation of rhe lloteutie..'
Relief in a Vidicon
passes over the point., This compensates the effect Qf
beam broadening due to the effects of the potentiaL
relief on the target in the horizontal direction. 1'. I)L
the vertical direction -it is claimed -that the met-e fact
of the use of interlace perrair-s- obtaining the indicatvd
resolution but with reduced contrast since the
effective ar~cwaulation timo is only that of a single
field and ric-L of a frarne, as the spot dischar~~i~.-s two
line Widths or more- The reasured porential relief at
the surface oV the layer corresponding to COdl-Se p:Lcture
details is 0.5 to 12 Ir and has substant.Lal Influence on
the form, dimensions and trajectory of the commutating
beam close to black-white boundaries. To improve
vidicon characteristics, -it is recommended to increase
the capacitance corresponding to an element oC the- layer
and improve the commutation !~-fficiency' There are
12 figures and 6 reference:,, 5 of Which are SC-viet and
German.
SUBMITTED May 26, 1.959
Card 2/2

S/187/60/000/008/002/004
27150 11053/D113
AUTHORS: Gurevich, S.B., and Sokolov, V.I.
TITLE: On the effect of noise on the television image definition
PERIODICAL: Tekhnika kino i televideniya, no. 6, 1960, 21-29
TEXT: The paper was reported on at the 16th Scientific and Technical Con-
ference dedicated to the 100th anniversary of A.S.Popov, which was convened
-In May 22, 1959 in Leningrad. The present work is a continuation of the
authorsf two former works on the effect of noise on the television (TV)
image quality (Ref- 43 0 vidnosti shumov v televidenii /on the noise visi-
bility in television/, Tekhnika kino i televideniyat 1958, no. 3, 41-52i
and Ref. 6: 0 vliyanii shumov na razlichimost' gradatsiy yarkosti. /On the
effect of noise on the discrimination of tone gradations/, Tekhnika kino i
televideniya, 1958, no- 4, 18-25)- In this nork, an effect of noise on the
image resolution is evaluated. Experience shows that it is possible t;:,,
considerably increase the Poise and at the same time preserve a relatively
high image resolution when a sufficient modulation depth is nrovided. bi
Card 116

273,50 S/167/60/000/006/002/004
On the effect of noise .... D053/D113
camera and picture tubes in transmitting fine details. A.111. Khalfin (Ref.
7: Osnovy televizionnoy tekhniki /Fundamentals of Television Engineering/:
"Sovetskoye radio" , 1955) and N.N. Krasiltnikov (Ref. B.- Vychisleniye
vidimoy pomekhi v televidenii '/Calculation of visible noise in television/,
Tekhnika kino i televideniya, 1959, no. 4, 27-36) reported that the resolu-
tion. of the TV system is little effected by the noise if the signal-to-noise
ratio (V exceeds 3-5. The effect of noise on the image resolution was
investigated using an experimental setup (Fig.1). It consisted of a skew
noise generator (NG 2) , a flat noise generator ~NG 1),2 noise level regulators
(11R, and NR,), 2 change-over switches (S 1 and S2)$ an aperture corrector
(ACT, a thermistor voltmeter (TV), an asoillograph (0), a mixing un
it (MU),
a signal generator (SG) 7 and a monitor (M) with a 31-A K 2 E> (31LK2B) pic-
ture tube. The observations were conducted in a darkenei room by 12 TV
experts. Test pattern from the signal generator (SG) was first displayed
on the screen of the monitor (M) and then the noise was added. The observ-
ers had to determine the specific noise level at which the test pattern was
still distinguishable, Eaoh experiment was repeated three times and the
average value was taken. Measurements were taken for different spectral
Card 2A

27150 3/187/60/000/008/002/004
On the effect of noise D053/Dl13
compositions of the noise. An analysis of the results obtained indicated
that
A
Ta a (2)
Ir (3) 4r
B
A (4)
B
,ah e r e is the signal-to-noise ratio for coarse detpil-; ~Vl - ~s th-
Ir s
signal-to-noise ratio for fine details; and K' is the signal-to-
noise ratio with an aperture correction for coarse and fine details, re-
spectively; A - is the factor indicating hovi many times the peak-to-peak
Card 3/6

271-50 S/187/60/000/008/002/004
On the effect of noise D053/Dll2j
signal of the fine details is less than the peak--to-peak signal of the
coarse details; and B is the factor indicating hov. many times the noise
In Qor--
voltage increases with the introduction of aperture correctior
clusion, the authors state that: (1) The signal-to-noise ratio op ) .
should be from 5 to 12 for coarse details in order to avo4d a decrease in
the image resolution when using standard camerd tubes and the current TV
standard (625 lines). (2) '?then a full correction of aperture distortions
is present7 the signal-to-noise ratio or the stalldard TV broadcast
can be reduced to 3 to 6 without a contrast loss of fine picture de--
tails. (3) The visitl~ity of dashes or series of points on the screen.,
which are nearly as wide as the picture element, (f " 7.3 Mc), practi-,ally
does not depend on the spectral composition of noise and is determined by
the ratio of the useful peak-to-peak signal to the ef-Lecti7e noise voltage.
(4) The Barstow-Christopher function (Ref. 2: Barstow J.M. and Chri~~to_pher
H., The Lleasurement of Random Monochrome Video Interference, Transac'ion
of the AIEE, 1953, 727 P. 1; Communication and Electronics, 1954. 1; 7]15-
741), which evaluates the noise visibility, is not suitab!-~ for solving
the problems of the effect of noise spectral composition or the TV system
Card 4,/,4

S/167/60/000/008/002/004
On the effect of noise .... 27150 D053/Dll3
resolution and upon the discrimination of picture details at high noise
levels commensurable with, or exceeding, the useful signal. There are
6 figures and 9 references: 6 Soviet-bloc and 3 non-Soviet-bloc references.
The two references to the Engl i sh- language publications read as follows:
Schade 0., Image Gradation, Graininess and Sharpness in Television and
Uotion-Picture Systems, P. III, JSAIPTEt 1953, 21 97-763; Barstow J.M'. and
Christopher H., The Measurement of Random Monochrome Video Interference,
Transaction of the AIEE, 1953, 72, P. 1; Communication and Electronics,
1954, 1, 735-741-
Card 5/6

000
AUTHOR:
TITLE:
S/lOY612NO06/006/011/016
D204 D3 03
Gurevich, S.B.
,-- _... -- ----------
The problem of the S/v ratio as introduced by the
pick-up tube in a television system
PERIODICAL: Radiotekhnika i elektronika, v9 6# no# 6, 19619
982 - 992
TEXTs In improving the sensitivity of television transmitting sys-
tems it is essential to understand changes which both the signal
and noise undergo between the input and output of a piok-up tube.
In the present article the author makes an analysis of the changes
in the S/N ratio within a pick-up tube and considers the use of a
photomultiplier as one of the sections of the tubeg whose use
would permit an increase of the sensitivity very nearly up to its
theoretical limit. This limit is in practice determined only by
the fluctuations of radiation quanta, Pirst the definition of sen-
sitivity and of S/K ratio of a television system is given. The
Card 1/8

24470
The problem of the SIN ...
8/109/61/006/006/011/016
D204/D303
most adequate definition of the sensitivity of a television system
is said to be a quantity inversely proportional to the minimum
light energy emitted from the surface of the object which is re-
quired by the TV installation to transmit a given amount of infor-
mation about this subject. This energy is determined by the number
,I of energy stepep by the number -u)of details being discriminated
and number w of the states of the object. The sensitivity G of a
television installation is given by
G = g 1
+
where g
2
g E 98
ob
is the intrinsic sensitivityg a quantity inversely proportional to
the energy required to be transmitted by one detail of the object,
Card 2/8

The problem of the SIN
24470
S11091611006100610111016
D204/D303
whose amount of energy would cause a real system to detect one in-
crement of light energy; Eob - the same amount of energy as requi-
red by an ideal system; y - coefficient of light loss due to the
lens system between the object and the mosaic. The quantity I
characteri.zes the change in SIN ratio between input and outpa
�s Vout a
Vin
where'Yin - S/N ratio at the input (at the photosensitive mosaic);
_Bouts - the same at the output. For a pick-up tube g can be ex-
pressed as
g
E0
(2)
Here Eo = YEob - light energy falling on one element of the mosa-
Card 3/8

24470
The problem of the SIN
S/109/61/006/006/011/016
D204/D303
ic; f = Yout/Tin in whic'h ~Pout is the SIN ratio not at the output
of the system but at the output of the television camera. Eq. (1)
and Eq. (2) show that changes in SIN ratio introduced by pickup
tubes and characterized by coefficient j are directly related to
the sensitivity of both the system and of the pick-up tube. In or-
der to analyze the SIN ratio in pick-up tubesp the author then pro-
ceeds to consider the transmission system as made of several dis-
tinct stages in every one of which the SIN ratio undergoes a cer-
tain change. He assumes that the tube has n amplifying stages with
gains al, a2v a3 ... f an? some of these being larger and some smal-
ler than unity. Denoting by 91? �2f k3f `P tn the coefficients
of changes in the SIN ratio in respective stages. In order for the
SIN change to be negligible every term in
1- + 1 + 1 +
al ala2
... + 1 (10)
ala2a3 ... am
Card 4/8

24470
S11091611006100610111016
The problem of the SIN ... D204/D303
must be very small which means that the amplifications of the
front stages must be large. The other source of noise is noise in-
troduced by electron beam scanning. The scanning is assumed to be
introduced at the (m + l)-th stage. The number of electrons from
cne element will be given therefore by
S, = am+lsm + PS beam = am+l"mSin + PSbeam
where am+i and P coefficients dependent on the scanning mechan-
ism and method of output signal forming. Hence the noise in the
scanning stage are determined by
2 2 CEM+JSM + ~IV2 2
J'VM+l +,N2 n I -: I -->, ~--~, -J.-
M M a ZZ Ali 10,
S 2
+ sma
+ + + ~- P (i + f) S..
-6ep^
at the n-th stage it will be
Card 5/8

24470
S/109/61/006/006/011/016
The problem of the SIN ... D204/D303.
.,\.2=m2 .1 + n P1 nP2 I + n
n 'Z7ilr) S 2, (12)
1L.; A1,2na'M+1 -M.L
J=1 A
and for the SIR ratio
Sin (13)
+ beam I'm m+1
V 71+ 1
+ M 2 1 +
J=l am+lsin J=M+l J
is eventually obtained. In real transmitting installations the
ideal conditions when IP of the preceding stage does not differ
much from that of the following stage, are not satisfied for all
stages. In supericonoscope and in vidicon tubes considerable add:i-
Card 6/8

24470
S/10 61/006/006/011/016
The problem of the SIN ... D204YD303
tional noise comes from stages following the output stage proper.
Its magnitude is so considerable that the SIN ratio is actually
determined as the ratio of the signal from the tube to the noise
of the input and of the first stage of preamplification. A numeri-
cal example for superorthicon J1W -17 (LI-17) is then considered.
In his remarks the author states that it is useless to use casca-
ded storage since as was shown, its amplification must be less
than unity. Although in recent years the multiple storage and high
persistence electron optical amplifiers have been advocated by,
for example, I.L. Valik, and L.I. Khromov (Ref. 10: Protsessy na-
kopleniya v peredayushchikh televizionnykh trubkakh s neskollkimi
-nakopitelyami, Tekhnika televideniya 1958, 28, 17) with the aim
of improving the output SIN ratio, the author considers it to be
better if this improvement is achieved at stages related in the
same manner to all, including input and output stages of the tube.
The following is stated in conclusiont. 1) The sensitivity of trans-
mitting TV installations depends on a factor which determines the
minimum energy of light sufficient for transmitting t graduations,
Card 7/8

2h470
S/109/61/006/006/011/016
The problem of the SIN D204/D303
v elements and x states of the object and on factor � which charac-
terizes the change in the S/N ratio between input and output;
2) The SIN ratio of a pick-up tube which would satisfy the require-
ment of transmission of a given -number of picture elements and
states of the object can be only decreased between the input and
output; 3) The SIN ratio once made smaller in a previous stage can-
not be restored to its original value in any of the following sta-
ges irrespective of the amplification of these stages; 4) The
sample superorthicons type Ll-17 or Ll-20 as used in TV practice,
have the sensitivity by three orders of magnitude less than the li-
mit sensitivity. There are 1 figure and 10 references: 9 Soviet-
bloc and 1 non-Soviet-bloc [Abstractor's note: One of the.Soviet-
bloc references# 1.e. Ref. 2 is a translation of an English-langu-
age publication]. The reference to the English-language publica-
tion reads as follows: C.A. Morton, J.E. Ruedy, The intensifier
orthicon, Conference Proceedings 2nd National Convention on Mili-
tary Electronics, PGME IRE, 1958, P. 113-117.
SUBMITTED: June 10, 1960
Card 8/8

GUREVIGH, S.B,
Sensitivity
Radiotekh.i
of television systems with different scanning paraMeterS.
elektron. 6 no.7:1165-3.169 Jl 161. (MM 11,:6)
(Television)

13772
, S/Ic~5 7, )/003/0 15
V1 V 0 (4 /to // V/)
AUTHORt Gurevich, S. B,
TITLEi Sensitivity of panoramic del.ector.~ to i'adiations
PERIODIGALi Zhurnal tekhnicheskoy v. 31, no. i~), 1192 - 1201
TEM The necessity of creating a system for -;-naitivity
of various teleoptical devices is pointed out. I n a; of data
recorded by ideal panoramic radiation indicators, ex! ce obtained,
which correlate the information content with the min,-,, Lo be
transmitted from the object to the radiation-sensiti, A~. These
expressions are generalized to quasiideal and real pr.. --liation
indicators. They express the signal-to-noise ratio record the
radiation coming from the object. Signal-to-noise electron-
optical amplifiers, television equipment, and photogr_.,;-- -:~-ials are
tudied. The sensitivities of ideal and real panorat.:! I
indicators are compared. Conclusion; 1) if 10 the
aensitivity criteriong the sensitivity of an Id`:a1 be
10 - 30 times higher than that of electron-optical tri. -illri "Super-
optikon" tubes with one stage of an electron-opticgl '500 times
Card 1/2

28772 S/057/ 005/015
Sensitivity of panoramic ... B104/1
higher than that of a tube with a grid target of low and
5000 times higher than that of U-17 (LI-17) and JN-21i' tubes.
The most sensitive panchromatic films are more sensit--- two
last-mentioned tubes. The sensitivity of an U-101 /30,000,
and that of JIM-23 (LI-23 and MH-404 (LI-404) vidicor.
~ -,_;0O, that
of an ideal detector. 2
Sensitivity can be raised (1-., "Super-
optikon" tubes of a low grid-target capacity and sucl. -ingle-
or multi-stage electron-optical amplifiers. I. I. Bj f,"Ite of
Physical and Mathematical Sciences, is thanked for vF, and
Professor V. L. Kreyteer for discussions. There are refer-
encesi 2 Soviet and 4 non-Soviet. The three most lu,. -rences
to English-language publications read as follows: if.
J. Opt. Soc. Am., 48, no. 12, 926 - 933; A. A. Rotow, 7 1 -i-t-tion
Record, 3, 41 - 49, 1956; G. A. Morton et al., Confert it:Q.1119B 2d
National Convention of Military Electronics, PGME, Ifi:_ 1958.
ASSOCIATIONt Fiziko-tekhnicheskiy institut im. A. V. ;"SA
Leningrad (Physicotechnical Institute ia Cffe,
AS USSR, Leningrad)
SUBMITTED: January 7, 1961
Card 2/2

GUREVICHY S.B.
"Jupiter" papermaking machine. Bum. prom. 36 no.10:25-.?6
o 161. (IlIPA 15: 1)
(Canada.-Papermaking machinery)

GUREVIGH, S.B.
Information approach to the evaluation of sensitivity in photography
and television. Part 2. information sensitivity of television and
photography systems and materials. Zhur.nauch.i prikl.fot. i kin
7 no.3:202-208 My-Je 162.
1. Fiziko-tekhnicheskiy institut imeni A.F.Ioffe All: SSSR.
(Photographic aensitornetry) (Television...-ilicture tubes)

BRE'YDO, I. I.; GPTIILOV, G.A.; GUREVICH, S.B.
Measuring the "Signal-to-noise' ratio in photography. Zhur.nauch.i
prikl.fot. i kin. 7 no,3:221-223 ~~e 162, (MIRA 15:6)
1. Glavnaya astrommichoolmya observatoriya AN SSSR i Fiziko-
tekhnicheskiy institut All SSSR imeni A.F.Ioffe.
(Photographic sensitometry)

GUREVICH, S.B.; BREYDO, I.I.; GAVRILOV, G.A.
Dependence of photographic noises on the relative a-mount of
developed grains. Zhur.nauch.i prikl.fot.i kin. 7 no-4:306-
308 Jl-Ag 162. (KIRA .15:8)
1. Fiziko-tekhaicheskiy institut AN SSSR i Glavnaya
astronomicheskaya observatoriya, Akademi-4 nauk SSSR.
(Photometry) (Photographic emulsions)

L 1o33.2-63 BDS--JXT(DF,-)
ACCESSION BR: AP3001455 S/0167/63/000/005/0003,/00138
AUTHOR; Gurevich, S. B.; Breydo,L I.; Gavrilov, G. A.
TITLE: Signal-to-noise ratio measurement and,gradation vs, frequenoy charactoris..
tic of photographic materials
SCURCEi Tekhnika kinoi televideniya, no. 5, 1963, 1-8
TOPIC TAGS: photomaterial characteristics,Kikrat, KinopositiVA,41!-l Kinonegativ,
R-30 Ferrania Kinonegativ,, Panchrom,Agfa Dispositiv,Agfa Isochrom',Agfa Gelb rapid,
Agfa Astro,Ilford ordinary
ABSTRACT: Data on photonoise (granularity) and on signal-to-noise ratio for vari-
ous photomaterials were practically nonexistent in the Sloviet literature. The
article offers a description of the apparatus used in experiments and the photo-
noise and signal-to-noise-ratio data for a number of Soviet and German films
(Mikrat, Kinopositiv, Kinonegativ, Panchrom) and plates (Agfa, Ilford ordinary).
Numbers,of gradtions discernible on 100- and 2,500-sq.-micron areas are given.
Table 2 (see Enclosure) compares characteristics of Soviet, German, and American
photomaterials. From the experimental gradation-frequency curves, itwas fo-and
that the panchromatic fine-grain film, Agfa Diapositiv plates, and NZ cinema posi-
tive film have the highest resolution, while the P-10 film and Agfa Astra plates,
Card 111,;6--
.............................. - ............................................

T. IM19-Al
ACCESSION NR: AP3001455
the.lowest. It is claimed that the error.associated with the,method.of ne-se mea-.
surement is 4-8 er cent. Orig. art. has- 32. formulas, 8 fiores' ~nd 2 ','%blbs.
P~
ASSOCIATION: Fimiko-tekhnicheskiy institut imeni A., F. IoM; AN SSSR, Glavnaya
astronomicheskaya observatori~a AN SSSR (Physiaoteohnical Institute, AN SSSR,
Main Astronomical Observat Y
SUEMITTED: 00 DATE ACQD: 17Jun63 ENCL: 01
SUB CODE: PO NO REF SOV: 001 OTHM: 002
Card 2/3.~-

ACCF.%SION Nits AP3003607 a/0077/63/008/A/0284/0292
AUTHORSt Braydos L I.; Gavriloys, Go Asi Ouravich, As Doi Markelovao A. As
TITU: Photographic noise and the signal/noise ratio of various photographic mate-
rials
SOURCE: Zhurnal nauchnoy i prikladnoy fotografli i kinematografii, ve 82 noe 42
1963, 284-292
TOPIC TAGS; photography# noise, photographic noise, signal/r4oise ratio, photo-
grpphic materials Mr 4 iaicrophotomater,, XWL I quadratic mil'I'voltmeter, M 95
mi~roamperemeter, Agfa photo plate., Ilford photo plate, photographic film, Mikrat
fAm, 1-1*rat 200 film, Mikrat 300 film
ABSTRACT: This work was carried out in order to measure the intensity of noise
and the signal/noise ratio of various photographic materials. It was assumed that
noise intensity was related to the granularity of material, i,e,, the number of
the exposed grains in a uniformly illuminated section of the film, The experimen-
tal assembly consisted of a modernized MF-4 microphotometers a KMVL-1 quadratic
mi I I i voltmeters and a 14-95 microamperometer. Agfa plates and Ilford plates used
Card 1/2

ACCESSION MR& AP3003607
in astronomy and qwctroscopyj wA various tpee of film (incl%WWV Hikrat film)
were studied, It was established thato 1) the noise iaensity showed a 3- to 4-
fold variation during the transition from fine- to coarse-grained materials; 2)
the strongest noise variation was observed in the negative materialal 3) noise
intensity of fine-grained negative materials differed little from that of positive
materials; 4) the signal/noise ratio' at a given film-blackening density depended
strongly on the intensity of the fog. For this reason some materials of equal
granularity had different signal/noise ratios. Orig. art. hast 3 tables and 6
figures.
ASSOCIATIONt Glavnaya astronomicheskaya observatoriya AN SSSR (Main Astronomic
Observatory AN 33SR),- Fiziko-tekhnichaskiy institut AN SSSR (Institute of Physics
and Technology AN S=)
SUBMITTED# 23Jul62 DATE AiCQs Mu663 EMCLs 00
B GODSo PH ND R1W Wo 006 01=R& 008
Card 2/2

GUREVICH, Simon Borisovich; GLOH1OZOV, G.L., retsenzent; GXNIWRG,
R.A., red.; SOBOLVA, Ye.M., tekhn. red.
[Efficiency and sensitivity of television systems) Effektiv-
nost' i chuvstvitellnost' televizionnykh sistem. Moskva
Izd-vo "Energiia," 1964. 343 p. (MIRA 17:4~

GURVITCH, S~11.
An'.1,10gy Cf ,.. - .; a !-1 ". I I ~ f~ v i .3 1 u r i andf --, -, -.- - ? y-
IJI ll F r., , &
U.:3D.iiauc,h..f!-,, ' I , 1 ~ '7 2 'r. 1, " -, - , , ph(~ t -- -t. ,
~. 16~. , m 1 1 4 -4 C~
~ I fiA - ~' .. j )

CUMIMCIII S.B.; BREYDC~ I.[.; GAVULOV, G.A.
Methodologj for the mea3urement of the signa.1-noise vitic, In photograr'~Or.
Usp.nauch.fot. 101163-170 164. (MIRA 17~ 10)
Function of the distribution of the number of develioped grains and
dependence of photographic notses on tho optical density of blackening.
Ibid.:171-174

j'
L 10458-67___MqT
ill--_ 0111
ACC NRi AP 23880 SOURCE GODEs UR70'0976Q 2771329
PO
AUTHOR: Peknyy, L. A.1 Gavrilov, G. A.p qurev~ah S. B.
j
ORG.- ftsica-Technical Institute' Im. A. F. Ioffe, AN SSSR (Fisiko-tekhnichookir
institut AN OkT_
TITLEi Measuring signal-to-noise ratio in electron-2Rtical =Dlifl2re~ 11~
SOURCE: Radiotekhnika i elektronika, V. 11, no- 7, 19661 1327-1329
TOPIC TAGSi electron optical amplifier, electronic amplifier
41
ABSTRACTs To date, the noise in electron-optical amplifter& has been evaluated
either qualitatively or theoretically (S. B. McLane et al., Rev. Se. Instr., 1964, 351
10, 1297). The present article describes the method and the results obtained in the
measurement of the signal-to-noise ratio (SHR) at the amplifier output. The method
is similar to that used in photography. The luminous flux at the amplifier output iras
varied by neutral light filteral the cell area was set,by an adjustable slitl the
frequency band was fixed by suitable frequency filters. This formula was usedt
--:7'
(i - id)R/V'C% , where i - photomultiplier current proportional to the
luminous flux, 'd - dark current, R - load resistance (I Mohm), V-7- - rms noise
voltage indicated by an rms millivoltmeter. It was found that the siRt shape does
not affect the measured SNRI the SNR value essent W 1y depends on the.olit-cut area
and vary slightly with this area location. An SHR a 15 was measured in an amplifier
having a gain of 8.6_xAO4, an input illumiriation' of 0.005 lux-, and'an area of.
02 x 04 PEP. Orig. art. hass I figure and I formula.

li -L'u4;)U-O-r
ACC NRj AP6023680
SUB CODZI 09 SM DATEs 25AUg65 M*IQ Me 003 m iuwl 001
!n~l In. 10, 1 r,. MIMI 1 ".1
kit A-1,11
1 MIT,
RM M, =,C
I " T. - HIM A~ I M

Cand Vied Sci
GUREVICH, S. 1).
Dissertation: "Details of the Topography of Small Crural Nerve and its Muscular
Branches. Evaluation of Operational Accesses to the Trunk of Nerve."
19/6/50
Moscow Y4dical Inst, Ministry of Health.
RSFSR
80 Vecheryaya Moskva
Sum 71

GUILEVICH, 6.D., 11and.med.nauk
Effectivenems of nurgicnl inte-vantiona in compound therapy of cold
abscesse!; and fifstulae [with summnry in French]. Probl.tub. 36 no.5
75-78 '53 (MIRA 11:8)
1. Iz Moskovskoy gorodskoy t1iberkuleanoy bollnitiy No.1 (glAvnyy
vrnch A.Ya. Lyashchnnko).
(TUBERCULOSIS, SPIFAL, surg.
cold nbncennen & fiBtulri (Rus))

GUREVICH, B.B.
.............................
Work of sensonal day nurseries in Genicheok District, lPherson
Province. In 1957. Med.sestra 17 noo8:27-28 A9'58 (MIRA 110.8)
1. Znmestitel' glnvnogo vrachn Genicheskoy rayonnoy bollnitay.
(G,rNICH?.5K DISTRICT-DAY EMSFIRIES)

GUREVICH, S.F.; MALYSHKIN. X.P.
Haebining largo asamless-forged cranksbaftB. Sbor.st.UZTH
no.7.74-84 '58. (KIRk 12:6)
(Cranks and crankohafto)
(Metal cutting)

GUREVICH. S.F., :Lnzh.-, TSFASMAN, A.B., inzil.
---- ; I - . , 1. .
High-speed machining a]' deep holca. 3~.or. ro.~ 1111TIAZIli"AMr,
Uralmashzavoda no.4:54-64 164. (MIR-A M12)

TYUFILINA, O.V.; I"IDIV, B.M.; GURSVIGH, S-I.; ZISEMN, Y.Te.; AKIYIS,
A.A.; RAYGORODSXAYA,
A two-percent thallium plaster for treating mycoses of the scalp.
Vestoderm. i van. 31 no.4-55 JI-Ag 157. (KIRA 10:11)
1. Iz mikologichookogo otdala TSentrallnogo kozhno-venerologichookogo
institute Hinisterstva zdravookhreneniya, Mookovskogo mikologichs-
skogo dispansera, Moakovskogo gorodakogo ven&isparisers i mikologi-
chaskogo kabineta Zhdanovskogo rayons Moskvy.
(THALLIUM) (SCALP--DISICASES)

qMMVICH, S. I.
Necessity of improving the utilization of machine and labor
productivity potentials at enterprises of the Wn Administration
of the Flax and Cotton Industry. Tekst.prom. 14 no.11:12-13 N '54.
1. Nachallnik otdila truda Glavlankhlopproma.
(Cotton sainfacture)

GURE-VICH, S.I.
Working out
no.12:57-58
typical factory management chart. Tekat.prom. 18
158. (MIRA 11:12)
(Factory management)

GURIVICH S.I.; GHL'TKAN, Ye.l.
Inspection of progressive practices in cotton enterprises of the
Leningrad 31conomic Region. Tekst.prom. 17 no-9:53-54 S 157.
(KIRA 10:11)
(Leningrad economic region--Textile industry)

GUREVICH.S.I., dotsent
General formula for profiling undercut milling cutters. Trudy
MATI no.24:97-100 54. (MLTIA 8:10)
(Killing machines)

i7crmula for zha7)Inr th~read chasers. Trud7
1:;*'-15~ 157.
(Cuttin- tools) (6crew cutting)

~A Q 'Z V
25(l) MSE I BOOK KUWITATION SOV13090
Moscow, Aviatsionnyy tekhnologicheskly institut
Issledovaniye protsessov vysokoproizvoditellnoy abrabotki metallov rezaniyem
(Analysis of High-productivity Metal-cutting Processes) Moscow, Oborongiz,
1959. 130 P. (Series: Its: Trudy, vyp. 38) 3,600 copies printed*
Sponsoring Agency: MinisterstvO vyssbego obrazovaniya. SSSR.
Ed. (Title page): A.I. Isayev, Doctor of Technical Sciences, Professor; Ed.
(Inside book): S.I. Bumshtetyn,, 'Engineer; Ed. of Publishing House:
P.B. Morozova; Tech. Ed.: N.A. Pukhlikov ; Managing Ed.: A.S. Zaymovskeya,
Engineer.
FURPOSE: This collection of articles is intended for designers and engineers
in the field of machine-tool equipment and mechanical machining. It may
also be useful to workers at scientific research institites and aspirants.
CaVERAGE: This collection of articles deals with problems Trising in high-
productivity metal-cutting processes. Emphasis is given-*o grinding operations
for parts made f constructional alloys. Machining regimes and methods
Card 1/3

Analysis of (Cont.)
SOV/3090
of improving machining operations am priegented. No personalities are
mentioned. References follow each sAicle.
TABIE OF CONTEIVS:
Preface 3
Isayev, A.I. (Doctor of Technical Sciences], and S.S. Silin [Candidate of
Technical Sciences). tnvestigation of Forces and Temperatures During Grinding 4
The authors describe the method and technique used in an inva~stlgation of
the effect and relationship of forces and temperatures during grinding.
Experimental data are presented.
Isayev, A.I., and S.S, Silin. Effect of the Temperature at Grindin on Changes
in the Properties of the Surfaces of the Parts Being Worked 14
The authors discuss thermal processes, phase transformations, and stresses
in the surface layers of metals during grinding.
Isayev, A.I.,ana A.P. Nesmelov [Candidate of Technical sciences]. Cutting
Constructional Gold Alloys 39
Card 2/3

Analysis of (Cont.)
SOV/3090
The authors present results of an investigation on the effect of temperature
and other factors on the workability of the Z1 Sr N583-10 alloy.
Gurevich,, S.I. (Candidate of Technical Sciences, Docent]. Tooth Form of Hobs
1tE_P_'f1
W
osT 'veMadial Rake Angles 6T
Kondratov, A.S. [Candidate of Technical Sciences). Frftiency and Amplitude of
High-frequency Vibrations of Single-point Tools During High-speed Cutting of
Steels With Poor Machinability 77
Isayev, A.I., and S.I. Kunitsyn (Candidate of Technical Sciences]. Effect of
the Dynamics of the Cutting Process and the Rigidity of the Tool on the
Accuracy in Cutting Spiral Bevel Gears 87
Silantlyev, A.V. (Candidate of Technical Sciences]. Thrqe-component Dynamometer
With Induction Transducers for Lathes 123
AVAILABIE: Library of Congress
Card 3/3
VIC/jb
1-29-60

GUREVICH, -- S.-I., kand.tekhn.nauk, dotsant
Increasing the accuracy of 9-pline shaft machining by slotter rams.
Trudy KATI no.45:5-26 260. WIRA 14:1)
(Gear-cutting machines)

25614
S/536/60/000/045/00i/oo6
E193/E483
AUTHOR: Gurevich, S.I., Candidate of Technical Sciences, Docent
t s
TITLE: increase in the accuracy of machining of splineshaf
by shaping
PERIODICALt Moscow. Aviatsionnyy tekhnologicheakiy institut.
Trudy. No.45. Moscow, 1960. Issledovaniye protsessov
obrabotki metallov rezaniyem. PP-5-26
TEXT: Details of the design of splineshaft components are
re'viewed. In many instances, a running-out length cannot be
provided so that some form of shaping is essential. Mostly,
straight sided splines are used with centering on the inside or
outside diameter. Failures are usually due to fatigue-of the
shaft and this is accelerated by the amount of clearance between
the shaft spline and the hole groove. Tolerances below 0.04 mm
to cover thickness and straightness of the spline are essential;
in fact, 0.02 mm is desirable but difficult to achieve. Four
methods of shaping are enumerated with advantages and drawbacks.
In small batch aviation production, the most economical methods are
the generating method on Fellows type machines and the form shaping
with profiled tools on gear shaping machines. The shaping with
Card 1/3

25614
S/536/6o/ooo/o45/()Ol/oo6
Increase in the accuracy ... E193/E483
generating type cutters has the advantages of high output,
universality and adequate flexibility but the principal
disadvantage of distorting the spline profile when the Fellows
type i:~utter is sharpened by removing material from its conical
front face. Filing by hand is often practised. The distortion
of the profile in generating is analytically examined. The main
reason for distortion is the change in the centre distance between
workpiece and tool necessary after sharpening by grinding the
front face of the tool. The determination of the tool profile is
outlined. A new procedure for grinding generating shaping tools
is descr�bed. The tooth flanks of the tool are ground on a gear
grinding machine with a worm type grinding wheel. The grinding
wheel, in turn, is profiled with a dressing roller having the
profile of the basic rack conjugate to the profile of the
splIneshaft io be cut. This procedure ensures the correct profile
of the cutting tool inspite of the change in the centre distance
between the tool and the workpiece. Several details of the new
pro.,;edure are discussed, including the design of the dressing
roller and the setting up for the dressing of the abrasive worm
wheel. Another ne-d method developed by the author is the shaping
Card 2/3

2561J&
5/536/6o/ooo/o45/001/006
Increase in the accuracy ... E193/E483
with form cutters on Fellows type gear shaping machines, using
sequential dividing by hand. The profile of the cutting tool
corresponds to the profile of the interspline groove, taking
account of the profile distortion due to the tool cutting angles,
Certain modifications in gear shaping machines are discussed by
which the machining of splineshafts by the form shaping process can
be accelerated. There are 12 figures,
Card 3/3