SCIENTIFIC ABSTRACT GLAZKOV, A.A. - GLAZKOV, N.P.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000500010018-6
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 17, 2002
• Sequence Number: 18
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

Linear Accelerators; (Cont.) SOV/2003
There are 6 references: 3 Soviet arid 3 English.
Glazkov, A. A. The Amplitude of the Fundamental Wave (TIA) In a D-'aphragm-
type Waveguide 32
The author generalizes the procedure for calculating the amplitude of
the accelerating wave in a linear electron accelerator, dopunding on
geometrical parameters and operating conditions of a wavocluide. It is
shown that the value of the fundamental wave decreases when higher-ordsir
modes are taken into account in calculations. The author alto derives
an expression for partial power of the accelerating harmonic. it is
shown that partial power depends on the distribution of amplitudes of
harmonics at the axis of the waveguide. The author also discusses methods
of obtaining the function of amplitude distribution. He presents numerical
results of the calculation of partial power, which may be used in practi-
cal application. He also describes possible methods of experimental study
of higher harmonics in a wavequide. There are 15 references: 6 Soviet
and 9 English.
Card 3/6

Linear Accelerators; (Cont.)
SO'1/2003
Sobenin, N. P. Measurement of Variable Phase Velocity in a Waveqij~de of
a Linear Accelerator by the Reflecting Plunger Method 49
The author describes the reflecting plunger method of measur.nq
variable phase velocity in a diaphragm-type waveguide. He discus-3es
possible error sources and evaluates the accuracy of determining phase
velocity. He also presents results of experimental studies of reflecting
plungers and suggests optimum sizes of plungers. -There are 4 references,
all English.
Sobenin, N. P. Determination of the Waveguide Diameter of a Linear
Accelerator 54
The author presents experimental and theoretical data for calculating
the diameter of a diaphragm-type waveguide with variable phase velocity.
He also presents parametric curves for determining the dlamti!ter of a wave-
guide in a wide range of variation of the phase velocity, operatIng wave-
length, and size of the diaphragm aperture. The curves are valid for
diaphragm-type waveguides excited byTr/2-type waves and having a diaphragin
thickness of 4 mm. There are 9 references: I Soviet and 8 English.
Card 4/6

Linear Accelerators; (Cont.)
S07/2003
Shal'nov, A. V., and S. P. Lomnev. Preliminary Bunching of Electrons in a
Linear Accelerator by Means of a Klystron Resonator 64
The authors study the axial motion of particles In a waveguide resonator
of a linear electron accelerator with a klystron preresonator. Methods of
analyzing electron bunching are also presented. The authors suggest
plotting the output characteristics of a waveguide resonator as a function
of output parameters (terminal energy and phase) and the phitse of the high-
frequency field of a particle entering the klystron rosonator. They also
present two numerical examples illustrating the advantageous effect of
preliminary bunching by means of a klystron. The authors also discuss the
injection characterigtics of two types of resonators and prtsent th-~
phase-energy characteristics of a klystron resonator. Therv are 8 references.
5 Soviet, 2 English, and I French.
Glazkov, A. A., and Ye. G. Pyatnov. Problems of Improving the Energy Spectrum
of Electrons at the Output of a Linear Accelerator by Shifting the Phase
1800. 79
The authors present a theoretical study of a method of shifting the
phase 1800 as a means of reducing energy scattering at the output of a
Card 5/6

Linear Acceleratorsi (Cont.)
SOV/2003
linear electron accelerator. The method was suggested by 0. A, Val'dner.
It is shown that the use of this method for accelerators of over 3-5 Mev may
by three times the nonuniformity of energy of the output beam. The authors
discuss ways of applying this method practically and show that by u6ino this
method the longitudinal stability of particles is not disturbed. There are
6 references: 3 Soviet and 3 English.
Tragov, A. G. Phase Shifter With Two Dielectric Plates 91
The author discusses a phase shifter In which phase shifting is accomp-
lished by moving two dielectric plates in the cross-section of a rectangu-
lar waveguide. It is shown that the use of two plates instead of one
makes it possible to increase the phase shift and decrease the size of the
phase shifter by one and a half times. Results of theoretical and ex-
perimental calculations are presented. There are 2 references, both Soviet.
AVAILABLE: Library of Congress
Card 6/6 JP/Isb
8-31-59

25R16
8/14 2/60/003/006/006/0 16
EO 3 -9/E L !4
AUT HuRS Shn P nov, A.. V. I G I it zkov, A, A,
TITLE: Some problems in thn (-i,- s i g n a 0 11
a C -- e 1 e ra t o r 3
PERIODICAL: Izvest, iya vysshikh xichebrlykh raveric-ril)',
I Racliotelchnika, 1960, Vol.3, No.6 In- 598-6011
TEXT: A description is given of gimplified methods for the
analysis of the relation between IhF~ eLe,-*t.--on 1111d the Ph&se
VeLoz;ity on the one hand and th~! llpply fre(pewj on the othe--,
when there are smalL departures from tht! riom~nal valu- of !hL,
frequency. The exact analysJs of line.Ar electron a~-,-!I.erations i.s
very Complicated arid is based on the numpri.:all 'W-i!FrFtti.or of the
equation of motion with varying fl'e('lUE!ll-,V ',A,.V,
Ye.G. Pyatnov and A.A. Gllazkov, sb. i.r. MIFI, "Lilieynyya
uskoriteli7:, Mos,~cw, 19~~9. Ref.1), The pr-~n- are not
exact but they are convenient for practica! p-arj:,,~;;es~ The firs'
method is based on the ass,.iaipt'on Thai a, the -2-1 cf thl:
accelera-cr the Llectron is eq~.jal to '1!~! pllas-~ N'Qlocitv
of tile wave. This method is appL:,ed to with
Card 1/3

2`~ 6
" ~2/6o/o03/00'/w6/0 16
Some problems in the design of S/I
E032/EII4
adiabatic (slew) in-crease An the photie velo-itv .%iong the i4ave-
guide. The second method is coir.,enient 1-11*11 1 LYIC-111-
acce lerators in whizh the phase ve Lcc ily ir.~~z- Paq e-9 1,rery rapid ty
over a small initial part of !he iva-,,Pguide. In ~hjs nieLhad use is
made of the rela(ion betireon the --hange in the particle energy and
the phase shift at the end of the a--~Llerator. Fc-rmulaa are
derived which can be used to obtain a rapid arid rc!lati.vely ac--urate
estimate of the frLrjueney propertiLs of' linear
The second part of the jmj),~r is ~ORCOI'Iled With I!pjdrCX:LIIIa~e
expressions fcr the group velccity of the wave. A. del-iviation iE
given of a set of equations for the group veloci,~y a3 it functi-en
of the geometry of the waveguide and the working parameters. This
formula is said to be more arcurate -ind more gen-!i-al than those
given by V. Vlad.Lmirskiy (Ref.,~;, DAN S-SSR, 1946, Y,52 3 2 19 ) arid
E. Chu and W. Hansen (Ref.6., The Theory of Dise - Loaded Wave
Guides, J. App, Phys, 1948, V~18, N,-),Il. 996).
There are I figure arid 7 references~ 2 Soviet and 5 rinn-Soviet.
The four most re,--ent English languagi~ referen.:es -read as follows,,
Ref.2: R. Shershy, Harvie - T!,avelltng wave Linea., Electron
Accelerator, Proc, Phys. So--. . 1948, v.61, Pt.i-L-L, ~Io.3451
Card 2/3 p.255-

2"),11c)
Some problems in the design of s/142/6o/oo/w/006/06
EO"):-'/E I [It
Ref.4t C. crosjean V. Vanhuyse, "Experimentat Vorif Lca(ion of a
Frequency Equation for Corrugated Walle GuLdes" ll~ Nuavo
Cimento , 1955, Vol.1, Nc..,., 193,
Ref.6: as quoted in the text abcve.
Ref-7: W. Walkinshaw., "Theoretical Design of' a LAnfiar A:cplerator
for Elecl-ronsli Proz. Phys. Sc)z,. , 194B. v.(-,.1, Ill, III
No,345, 246
ASSOCIATION. Kafedra elektrotekhnii~; W.31(cvsko~o i.nzh!~nerno-
f~-kiz~heskogo instituta
f,Deparlment of Ele~trical Enginearin,,; ~jo 4 z ow
E n. g i n. a e r i n g a n d Pi i ys i, c s I ns t i t u t
SUBMITTED: Initially July 24. 1959, and after i-eils,-on
January 6, 1960,
Card 3/3

S:ALINOVI ,.,V.; GLAZIM,
ilroblow concerning tho crilculation of linear olm,"ron r-cce-
lerzitin.~ clevicoa. L~v. vyi. uv,~,eh. rudloOlch. 3 nc.~*-
598- 604 N-D 161. WIRA 14: 8)
i. Rekopiendovam kinfodroy- cloktrotoklmiki Mc,o)wv;jko,-,-;o J.nz).e-
nernofiziohosko,uo instltuta.
(Wave guldes) (Farticle accolort~tors)

VALIDNER, O.A.; GIAZKOV, A.A.
-- ----- 1-11-
Linear eleotron accelerator to 3 f4ev energy. Erib.i tekh.eksp.
6 no.5:26~28 8-0 161. (MIRA 14:10)
1. lbskovakiy inzhenerno-fizicheakdy Institut.
(Particle accelerators)

GUZKCV,~A. A.
8/089/62/015/0C,6/019/027
B102/BI86
AUTHORSI G. T. and M. R.
TITLEi Fauchnaya konferentaiya Moskovskogo Inshonerno-fizicheakogo
inatituta (Scientific Coafer*noe of the Moscow Enj;inaerins
Physics Institate) 1962
PFRIODICALi Atomnaya energiyat Y. 13, no. 6, 1962, 03 - 6o6
TEXT a The annual conference took place in May 1962 with more thlin 400
delegates participating. A review is given of these lectures thoit aro
anaumed to be of interest for the roadera of Atomasyn onerglya. Thoy are
followinga A. I. Leypunakiyj futuro of fast reactoral 1, A. Vitaillyev,
deoign of accelerators for superhigh anorgioul I. Ya. Pomeranoliuk,
analytioity, unitarity, and asymptotic behavior of strong interatitions fit
high anergical L. B. Migdal, phenomenological theory for 1he murty-body
probleol Yu. D. Fiveyekiyl deceleration of medium-enargy antiprotona in
r -;-IF.--kogan, Ya. A. losilevskly, theory of the Mastiatior offootl
matte I Yu
M. I. Ryasanov, theory of ionization losses in nonhoucigen-tous sisdiuml
Yu, 3, Ivanov, A. A. Rukhadsep h-f conductivity cf suboritioal plasma;
IL Card 1/4

SION6210131006101 9/1027
Nauchnaya konferentsiya ... B102 B186
design of 50-Mev electron linear accelerator; Y(:. G. Pyntn-:iv'-A A. Glazkov,
V. G. Lopito, A. I. Finogenov, G. N. Skepskiy, V. D. Seleznev, experimenti~l-
characterictics oi' low-energy electron linear accel t-ra tars; G. A. Zeytlenk,
V. 11.11. Lev~n, S. i. iliskunov, V. L. ~--'-mirnav, V. K. Khokhlov, radioaircuit
paraiiieters of 1!')-(LUi~)-type accelt:rator3; G. A. Tyagunov, Q. it. Val'dner,
B. IN.. Gokhberq,, '0'. 1. Korshunov, V. 1. Kotuv, Ye. 14oroz, accelerator
claa,3ific,3tion 9nd teraii no log,; 0. 5 . Mi I ova nov, VB. Var!ikS in, 1, . R.
Zenkevich, theoretical anq'ysis of magnetron operation; A. G. Tragov,
P. R. Zenkovich, calculation of attenuation in a diaphragmitted wavetjuidoi
Yu. P. Lazarenko, A. V. liyabtsev, optii:ium attenuation lenrLh for linear
accelerator; A. A. Zhigarev, H. YE. felineyev, review on ti-Rjectographs;
I. G. blorozova, G. A. Tyaj7unov, review on more than 500 ion 8ourcn,l;
M. A. Abroyan, V. L. Komarov, duopla8nil-itron-type source; V. 3. Klj,',net~lov,
A. I, Solnyshkov, calculation qnd production of intenae ion beami,
V. L11. Rybin (Ye. V. Armenskiy), inductive current transiAttera of hiFh
f3ensitivity; V. I. Koroza, G. A. Tyaganov, kinetic deacription of linear
acceleration of relativi3tic electrons; A. D. Vlasov, phaso oscillations
in linear acceleratorH; E. L. Burshteyn, G. V. Voskre3ensk,,y, bean field
effects in the waveguide of an electron linear accelerator; R. S. Bobovikov,
Card 3/4

L 100164 3 ZPF(n)-2/BDS/8WT(1)/EVf
Pab-4-IJF(G)/AR +/
ACCMION.NR: AP3002715 /000/003/0029/0032
genov,
ALMMR: Valldner, 0. A., Glazkoy A. A,,; Fino 6 9
TITLE: Linear accelerator for 544ev erergy (Model U-12)
0
SWRCE: Pribory i tekhnika eksperimenta, no., 3, 1963, 29-31!
TOPIC TAGS: linear accelerator, G=a radiation, eleotron 11.0celexal=
ABSTRACT: The performance of a linear electron accel-trator,recemiair developed
at the Moskovskiy inzhenerno-fizicheakiy iunitut (Djaoccr!, r!~,g P sio
pj!SL _ jn=_4x J-AL.-
Institute) is described. This unit has a diaphragmed acaeililxatir4~ vivegulde 3
consisting of a first (buncher) section 122 cm in length, ci:inta11.1d'xj1-, S4 segizents of
varying. cross section, and a second section 78 cz in length contc~~-Llzg 30 segments
of coustant cross section. Over the entire length the phsmi velfj(.,i:t-,y risen 1'ram
0,436 to 1.00 and the voltage gradieAt from 17.4 to P6 k-r/C11). Vin :()Ovex sourq!j 111
an S-band magmetron of 1.5-megavatt peak powr., vorkit% &~ 4,00 epij with pulses of
2.5 microsec. This yields a beam of 70-micrtvmp average cluia,ent and a 4--5
Mev energy, with an energy spectrum of approximately 5~ itwA an averlige bean power
of 300 vatts- With opti-n- decelerating tpxget, EL Gama rallation level of
Card 1/2

kCAMOAR: AP3002715
6oo r/mtn is attainable at a one-meter distance namal tA) tM tariget. AcceltriLtar
characteristic curves are given as mpaswred over the mWoot-equ n.*equimay rango of
6.79--6.8s vc. Tests show that aci~.elerator efficiency, defimed tus; the fraction. of
h-f pulse energy transferred to the beam, can attain '215%. 71:j an.,Ixe wt this Uh-e
beam energy was determined from its iibsorption in mlinLinwa Z:)J.l AjAydxa. Vie Ins,in
operation difficulties cited are in obtaining thei optJ;mua iuteb ar th! V"egu.Ue
to the magnetron and in getting axial symmetry of the magnellik- foviasing fieli
in order to prevent beam losses in the guide. This model fa. un tm 'j=vemitt (wex
an earlier version in its maximum beam ener&y and radiation prodaced., as vell as
in construction and reliability. Several units are in mcmat ojNars.Uori. Orig.
art. has: 6 figures.
ASSOCIATION: Moskovskiy inshenerno-fizicheskly institut (witicaw -'.G.'zWireer1ng-
Physics Institute)
SURUTTED: 121a:62 DATE ACQ: 12.Tul63 ENCL: M,
SUB CODE: 00 NO REF SOV: 002 OTIMR - 001)
Card 2/2
.......... .. ------ -- --- ..........

S/0691/6%/~ 1 4/C D2/3 I 7/D1 j
1-~ 102 'B 1 :16
A 0 R ~j V~il 'Iner, 0. A. , GLiz'r-ov, A. A.
7 -2 ~Z' : Development of com-mercial ILnear
R T 3 -D 1 A L Atomnriya en.-.Irgiya, v . 14 , nn - -2 ,
r!; re p o r t o n t h --- 1,- 0 an I c ~ -IS ril (' t i (m WO r"' r _. i ed
out, at tale imititut, In.;'.itllte
of "'riy~3ical wIn ich l(!J to t ~i,? 3 pr i es prol uc )-i f~)ur
1-
3 o 1' e r o n e z i r a c e I e r:i t o r:, Y - 10 U - 1;,)
and Tj- 1 16 t I e "r, c t ro n en e ',:(2 v ~:-,in cu r ren
2 ~ia a ri Q 11 L~ i,,; o I o 0 a r a e n - i t y 2 7, e
1 c~ n g ', h 12 2 c mi 4 c c- lo The pha~;e vel9city of tilt- -.i v e 1. e:3
e ti, e e n 3 - 3 6 a n 1 3 the mean loal n1trameter a/ X ('0 16 , th e
am.nli~u';e of *.he -7-fiell is kvi'c,-,,. U - 12 le o r, ;,.'I C, Z'
:,' e v , m ea n c i i r r e n ', 1 ~-) 0 4a, -I-ray -*nte,-.,iity 63,~ i-//m~n; -,cave ':r,.,1 e 'n t
203 cm (04 cello), the lust 7f~ c~-,i (5-1 cells) are equal. 0
v
a/X = 0. 1'5, 7 frops from 30 to 26 kv cm. U-1 3 : 10 ~-!e v , 70 i1a ,
Card 1/2

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ACCESSION NR: AT4019722 5/2759/63/000/1:105/OID55/0064
AUTHOR: Glazkov, A. A.
T IT I.E: Po-aor balarice during acceleration in a 11near ac,::alerator (LEA)
S OU, R C -_ : I nzhorierno-f i z i ches ki y ins t i tut . U!i kor I t if I i (,r%ccv I cvator!; no.
51 i 56". 1 5 5. t3 ~,
TOPi~ WGS: I inc~jl- electron a,';celf--rotoi, olrc-
ojrv-.: oi 0i rt,,sults i n '(I ir ulvory '~i
1ji j I o!l boll ")i ~Ilc
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ACCESSION M AT5001, 96
06
107
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AUTHOR Glazkov, A. A.;
:u
id 1;i
if!
if
if
tideb i.-With 4he ~iid 11 L ld
_'TIVLE.. Sgaration 'of hi nefter ?~k
eleatticalitave k
Ali
scow* Inzhenern n(~
-Ho 041
_sou
j:iiJ
:way I,.
TOPIC d
TAGS:_ particle acceieiai~r~i ~Vr6tqnj,,~ 4: r1we,
gulde., ttaveling wave accelirzitoi; ~,4rb#xb
:ABSTUCT.* -The. iuthors.conzider'Ihe iieulibl
AW C ,ft:0jfl
wayegade -Ath type EOi tre
g Tjio~ inlti~l
-2particld-is assumed tobe c,
Bey. i~:` Pdtet~ jilt$ I,
~i,se
ric -field imparts each v
elect' it c INMt ji ~c
vith the type of particle, aftoi p 111
ot~V ms).01 :$I iq jq"q. ;1b r,,
-a
deflection Static magueti~ Th Aryl~oZ
in
cins is c1logen such as %a J of t ~e
t
:Particles (weve phase ireloci tol.~~Ay) ouch r
in: winciple frcm the well 1~uq": IiAe(kr tr'alyeling-wbw 16a
J~
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ift

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Sund'ITED: 00
00
-:4R_
IN Gov: 000 Do
Cffd:
'!J
L 271W ~'IWT~.m)/T
ACC NR. AP6001566 SOURCE COD'L:
(A)
'AUTHOR: Val'dner, 0. A., Glazkov, A. A.
ORG- Moscow Engineering and Physics Institute (Moakovskly 1nzhanerno-fizicfi_eskiy
institut
TITLE: Calculation of the dynamics of particles in waveguide -type $(.,!parators
SOURCE: Pribory i tekhnika eksperimenta, no. 6, 1965, 27-37
TOPIC TAGS: particle separator, waveguide particle separator , partt6le motion, i
waveguide, particle beam, nuclear physics apparatus
ABSTRACT: The displacement and deviation of particles in a TW separator are
calculated as functions of their rest energies an the basia of INirticle ..motion
equations. The principles of selection of waxe phase velocity and other separator
parameters for optimal isolation of certain particles from a ijingle-impulse beam arJ.
discussed. The effects of nonmonochromaticity and divergence of the beam are
allowed for. The design of the longitudinal separator, which uses standaro TM
mode, is simpler thanks to the great deal of experience acc-arnulated in the develop-
ment of linear electron accelerators. However, this sepa-sitor requires either

L 23137-66
NRt AP6001566
unwieldy static magnets or longer sections and higher SHF power than those needed
for a lateral-type separator. Also, the longitudinal type if; more isenijitive to
particle-pulse spread. The lateral type has a larger aperturi~, does not require
additional magnets, but uses the HEM, -mode whose properties are complex and
little known. Separator -parameter tolerances are coasiderod. Supe).-high-fi-npulbe-
particle separatiop is analyzed. The theory Is illustii.ted I)v an exiii-riple of Isolating
1 1 '~6 L; ., 1 -1.
K-me sons 'and'anti -protons , , vGilhomenta of 5 and 21, Girdri, in a neparator lit a
wavelength of 10 cm. Orig. art. has: 10 figures, 25 formulaim, and 5 tables.
SUB CODE: 18, 09 / SUBM DATE: 28Nov64 / ORIG REF: 003

L 06536-67 EWT ( m) ljp(c)
ACC NR~AT6017513F-- --- - -- --~AO- SOURCE-CODE: (JR/2759/65/000/007/0092/0119
AMIN: Glazkoy, A. A., Gryzlov, A. V.
ORG: none
TITLE: Separation of high energy particles in a waveguide with transverso field
~SOURCE: Moscow. Inzhenerno-fizicheskiy institut. Uskoriteli, no. 7, 1965, 92-119
TOPIC TAGS: high ener y accelerator, particle accelerator component, magnetic separa-
tion, waveguide diffraction
ABSTRACT: The authors present a detailed review of the design of waveguid,2 separators
UF separators) for high energy particles. The computational methods are based iriainly
on published work performed at CERI, Stanford, Berkeley, and Brookhaven. As an examplel~
Ithe Stanford RF separator was cited with the following parameters: length-L = 6 m,
Ifield intensity--Eu (hybrid wave) = 60 kv/cm, aperture--2a :1 140.611 rffi, waveguide d[a-
meter--2b = 117.894 mm, period--D = 35.0 mm , diaphragm thi6ness--t 2 5.84 min. Typical.
:angular separations are graphed as functions of L and E0. Orig. iwt. has: 14 figures,
143 formulas
iSUB CODE: 20,18/ SUBM DATE: none/ ORIG REF: 002
LCq,d 1/1 9-

Mc AT6017514 SOURCE CODE: UR/2759/65/000/007/0120/014:171
AU`rHOR: Glazkov, A. A.; Gryzlov, A. V.
4
ORG: none
TITLE! Improvement of the characteristics of a separator by suctionalizing the wave-
guide
SOURCE: Moscow. In,-henerno-fizicheskiy institut. Uskoriteli, no. 7, 1965, 120-141
TOPIC TAGS: nuclear particle separation, waveguide, K meson, pi neson, antiproton
ABSTRACT: In this paper the theory is preGented anti the characta r Is ties are set forth
'for the construction of a particle separator consisting of two sections of a waveguide.1
!With the identical alignment of the field in the two sections of the waveguide and the
T -
,conditions such that L = 6 meters, the power in each section equals 8 megawatts, amp
'litude of hybrid wave at entrance E0 = 42.3 kv/cm, the initial particle pulse P = 5
Bev/sec and the deflection amplitude x1 = 5.08 mrad, the separation of K and W-mesons
,can be achieved with an optimum distance between sections I opt = 12 m. The dispersion
'of the hybrid wave HEM,, with given cell dimensions is inverted, i. e., the phase and
igroup velocity direction are opposite. An optimum length of 0.36 meters in required
:for separation of antipv tons and-m-mej2p�. The characteristics of the separator in
rCard 1/2

C,3rd
'Ulm
L 06,h19-6-
ACC NR: AT6-0175-15---- SO-URCE- CODE: UP~-/275-9-/,I~!,/QOO/OID7/0142/0166
AUTHOR: Glazkov,_A. GEyzlov, A. V.
IORG: none
TITLE: Effect of scatter in the initial conditions upon the
in a separator
SOURCE: Mo-s--cow. Inzhenerrio-fiziclieskiy iristiLut. Uskoriteli, rio. 7, 1965, 142-166
~TOPIC TAGS: antiproton, pi meson, K meson, klystron, 11,11 meson, nurlear particle
separation
ABSTRACT: The effect of scatter in tilie initla! upon pai-ticie separation
iwas studied for three separator modeLs. I has i longitudinil field (TM01), a
section length of 7 meters with a separation 8 modulation amplitude of field
E0 = 85 kv/cm. Model 2 has with a transverse fleld (PLIMli), section length 3 meters,
Maximum separation of 16 meters (can be a(ljusteo), acip'Li-tude of deflecting field E0
t42.3 kv/cm. Model 3 is the transverse tyj'(' Wi_tl, p(~rpkindiculav fields in the sectionn,
11/2 L = 3 meters, Eo 112.3 kv/cni, the socti.oiv~ ill(, close -to one anothUV.
IThe longitudinal separator provides a ldr'~rt~r sopavation width of particles (antipro-
~tons, K-particles, u-masons) relative to t'h~_~ madel with -,h-~ same overall
apparatus length and klystron. The complet~~nf-5-, Or s,~paratioji in both cases is of the

L 06419-67
ACC NR'- H6017515
'first order and is sufficipntl~ high. of th,! separator a N!I
i
that it is impossible to have an exit magriet and that it is cp.iticdlly sensitive -to
the initial scattering of pulsed; i4hich Je,id to i larger loss .:)I: sepana-ion width than
'.in the case of the transverse type. Tile focusing of the si-!par~itor beam in the lollgi-
Ludinal model is) !;impler than in the tran~~Vvr-';e :;epaviltoy, and Tlv~ lorlg'~tudindl type
also permits better, rLmik-)val o, L)ackpi,:)un,J ji-inesons from the decompoSition of TT--rresons.
In the transverse type separator it is possible to obtain conical resolution of the
;beams with the perpendicular fields in the two sections. This permits complete separa-1
jion of beams containing three or move types of particles. Orig. art. has: 7 figures,
:,44 formulas, 3 tables.
SUB CODE: 20/ SUBM DATE: 00/ ORIG REF: 0014/ OT11 REF: 00.1
Card ?/2

AUTHOR- Glaz%-ov. A.I.
TITLE; 11c, I; ro.~ -I I La Lio I I C) I a Mul L I --d Ij. Nor,--~ - Pr ohab.LA-:--
in ill~,o Fcni,! t)f a Maltij)10 Sorio-:~ ro Ivlo~I:Lyc
-!itj lic) L'i'1411 ' 10 Y i -10 1- 110,S t.L VC-2 () YA I I,,' -i v vi
PEIRIODICAL: J-
io_ll~ (USSP)
A~;S VPACT Ti, I 'cld I I.-It i, i; z
V, -L i,: v a J-
L; t'
L L', J
L,)L 1. il ii U I L I C I i A t V
Irc!.,, oo ed j ii ',,Ile toi-m;;
O~ LlIL,- COI~J-~!IItiOa fulicti~:,ni --.1kc. prohlo:.l ii;
:1,1;)cr o-ivo~, a fori.-.ula fol:,
of
C a 6 i

Gr.AZKOV, A. 11.
Glazkov, A. 11. "Cr., the probl,)m of' olai-trJc aupply for eyp~ovttl, ii rf
drillings," Aw~rl,avdzh. ric-ft. khoz-vo, 1941, !,'0. 11 , 1.. 1-9
SO: 10 April 53, (Loiop :i I'llhurrial fnYl.:h 'ta oy, 'fo. !~, lo/,(P.

no.
30; Monthly List of Russian Acces-sions, Library of Congress,, 1953, Uncl.

Monthl-.-

u
Plannin
List
th i

MDVSESOV, M.; GLjIZKOV. A.N.
"Petroleum induatry electrician." Reviewed by U.S. Movsesov, A. 11.
Glazkov. Energ.biul. no.6:25-28 Je '53. (MLRA 05:6)
(Riznik, AAA.) (Potroalurh onginearing)

~ I u,t
B. T. R.
Vol. 3 No. 4 .1 j ItO $j)-ign snil Conitructim i of I'lectric Supply for
'
"
V,1~111vun% Ind-Irl. Rumn.) A. N."
LuLov mid N.~ M.
(
-
-
-

Apr. 1954 ,-, 7 C 7
777-r
)*" , Rmilti7ii
no, 9, S p
1
Electrical Enginearng M';IT7'-
IvO, -It:t;! iktributio n within a reAticted area
oL,, tll~ 1" mic, TabIvs.

GIAZKUV, A.N.
Industrial methods in making electrical equipment, Fnerg.biul.
no.1:15-17 Ja '56. Off-RA 9:5)
(Electric apparatus and appliances)

,.C ~ . , ,, I
movsESOV, N.S.;- GLAZKOV, A.N.
On the new principle of switching and protection in nmtworka of
3--6--10 kv in oil fields and refineries; concerning S.S.Ionifov's
article. Znerg.biul. no.1:11-17 Ja 157. (MLRA 10:1)
(Electric switchgetir) (Petroleum industr7-Electric equipment)

~-D - I I I I AV
MOVSBSOV, Ii.S.; GIAZKOV, A.N.
Some r)roblemi of electric, power wip-ily for nerloh'-.r,ii flooding
punp stitiona. M-ne rg. b N I . no.7 :1-7 ii 157 MLRA 10:7)
(Old field floodine)

i,/-,0/;" I;--y , / r, ~// /'--
MOVSESOV, H.S.; GLAZKOV, A.N.
, i,
Development o electric installation work In the pf,,trolaum industry.
Finerg.blul. no.11:8-17 N '57. (MIRA 10:10)
(Petroleum industry) (Electric engineering)

AR"0311SKIY, NikolaY XOnstantinovich, inzh., _GLAZXOV, A.:I.qkaiantL-I
Nikolay-oTichl- lrzh.i IVANKOT, Pavol Alaktardravic!h,, inzh.;
-ktiATLOV, Vram Vagramovich, kand. takhri.nauJu, MOMMOV,
Noreas Saradovich, Inth.; MOTSOMM, Boris lcalft~-vlch, Luh.;
TRONSKIT, L,N., vedumhahly red.; POLOSINA, A.S., ti,khn.rod,
Eaand~,A ca oil fifillf e-quipmout] Sprati-riithnik 'po
u6fteprt~uU'aliarq-ol elelctrotakimike. By H.K.Arkhanfrel"mLIA i dr.
Makva, Go-3,,nauohnc--tokhn.izd~vo neft. 1
1961. 472 p. :2
~'Oil fteidib-Alactric equipmon4)

GLAZK(V,- Aleksandr flikolayevich, inzh.; PARFEMN, AfanaBiy Nikola7evich,
I -__ - -kad. tekhn. nauk; PrIn1ma'l uchastlye ANISIMN, Sh.ye., lrjzh.;
Vfd.NSKIY, L.N., ved. red.; VO]UNCVA, VA, tekkg). red.
[Electric equipment for petroleum and gas refinerles)EI-Atro-
oborudovanie neftegazopererabatyvaiushchikh zevadov. M:)skva,
Cofitoptekhizdat, 1962 . 343 p. (MIRA 16-1)
(Petroleum refineries--Electric equipment)
(Automatic control)

(,LAZKC,',V, kiiokorandr- :i'r-GI)IY('VICh; ZHII.Gl"' , m~Arllrl. r(-(-
[Installation of pwor distribit.; n ]
riptwc)r-k.,;, and electrical oclu,*,,,-.(,lnti !,'orlt%zh2
i .. , I I
osvetitellrvkh ~etai i
:-'o~,~kvri, 1965. P.

GULYAY'&V, KA; I.IPTEV, A.D.; M,AMID, M.N.; ~WX15UVA, M.G.; NAW-ZiLDIN,
Ye.D.; GLAZKOV, A.P., otv.red.
[Industry of Vologda Province; on the fortieth anniversary of
the Great October Socialist Revolution] Promyshlannoot, 7010-
godekoi obliisti; k 440-lotiiii Velikoi Oktitibr'okol sotsialistichaskoi
revollustii. Vologiln, Obl.kniziulain Md., 1957. 92 p.
(MIRA 1):3)
(Vologda Provinc8--Hconomic conditions)

179MOV, A.I., inzhener; GImiUOV. A.V., inthener.
Increaning the productivity of alectromochimical k-rinding. Vput.mash. 33 no.
10:71)-79 0 110. (KLrlA 6:io)
(L~rindlnj,, and polishing)

PHASE I BOOK EXFLOETATION JOV/3285
Akademiya nauk SSSR. Institut metallurgit
Taplovyye protsessy pri. Xontaktnoy 5varke; sbornik trudov laboratorli svarki
metallov (Thermal Processes in Resistance Welding; Collection of Transactions
of the Laboratory for the Welding of Metal:s) Mlosco-.r, Izd-io AN &3SR, 1959.
277 P. Errata slip inserted. 3,000 copies printed.
Ed.: N. N. Rykalin, Corresponding Member, USSR Academy or Sclenceii; Ed. or Publish-
ing House: G. M. Makovskiy; Tech. Ed.: G. A. Astaflyeva.
PURPOM 'This book zuiy be of Interci3t to el-igineerii n.nd r.,ijearchei-8 interested in
improving the ra~thods and machineo used for resist-ance welding.
COVERAGE: 'Me material is based on work conducted at the ;P~Iding laboratory of
the Institute of ~~_-tallurgy, Academy of Sciences, USSR, for the purpose of in-
vestigating thermal processes in resistiuice welding. A number of the papers
present some results of theoretJcal and practical investigation of the butt
welding of rods and the welding of crossed rods by the electric resistance method.
Spot welding of sheet netal is alao mentioned. 14_~asuftng anal Vicording proced-
ures are explained and illustrated. Ilie majority of experlm=ts deal with heat-
ing, heat distribution, and the flow of current in the velded part. It is
Card l/ 6

Thermal Processes in Resistance (Cont.) 11"0V/32135
stated that the automation of industrial processes requii-es improvedj special-
ized, and automated resistance welding processes. No per3onalAtLes are
mentioned. There are references) both SovLet and nori-Sovl.et, at tbf-- end of
each paper.
TABLE OF CONTENTS:
Introduction
3
N. N. R~rkalin. Theory of Electric Resistance Heating of Bars in
Butt Welding 6
Introduction 6
1. Basic considerations
2. Equation of the heating process
7~. Resistance heating of welded bars of infinite leneth 17
4. Resistance heating of the portion of the bar having.
cold ends 2r,
5. Resistance heating of several portions of the bar with heut
flowing through the end 351
Card 2/ 6

Thermal Processes in Resistance (Cont.) SOV/3281
6. Resistance heating of bars at a given (,.Lr(,uit volt-aj,,,(--- 45
7. Cooling of butt-welded bars 50
A. I. Pugin. Feating of Bars in Resistance Butt Veldini;; 54
Introduction 54
1. Methods of investigation 5 5
, o I' the Etma
2. Resistance of the contact zone and hoatinv
near the contact 6o
3. Calculation of the thermal cycle of the welded joint aiid the
temperature distribution along the length of the bars 93
It. Structure and properties of welded joints 122
Conclusions
132
A. 1. Pugin. Intermittent Fkating of Large-Diameter Carbon Steel Rods
in Resistance Flash Welding 134
Introduction
1. Methods of investigation
134
135
Card 3/ 6

Thermal Processes in Resistance (Cont.) ISOV/3285
2. Change of' rcol3tivity of carbon FAP(!L during li,:-ating, by
inditstrial-frequency current 137
5. Pre-heating of bars in resistance flash welding 144
It. Calculation of regime parazipter3 and therical cycle (comparlison
-qLth experinvatal daW) 163
Conclusions 166
A. V. Gluzkoi. 1~2at Propa(,~ation Dirinw Puloe B~itt Weldirij! or Different
Me- ta 18 108
1. Determination of the amoulit of heat going into carbide plate
and the steel specimen 168
2. Schematics of heat propagation during, heating of the rLLIse
welded parts 1-71
3. Heat propagation during heating of welded parts bY Pill-Satilig arc 173
4. Process of heat propagation during cooling of a sielded. joint
between carbide and steel 178-
Card 4/ 6

Thermal Processes in Resistance (Cont.) Soll/5213c,
S. A. Aduainskly. Cooling of 3pot Welds in SheetG 182
1. Measurement of metal temperatun! in the zone near the contact
during cooling and the amount of heat required In spot welding of
sheet metal 11~2
2. Calculation of metal temperature of the zone neur the contact
during cooling 1T
Conclusions
200
N 202
N. Rykalin. Distribution of Transverse Current In a Homogeneous Rod
1. Stating the problem 202
2. Equation for distribution of potential 203
3. Distribution of current and Dotential in an infinitA~ cylinder 206
4. Density of current in the center of EL bar 211
5. Distribution of plane potential and transverse current in a rod 216
V. A. Vasillyeva. Heating During Resistance I-L-sh Welding Of Rods 223
Introduction 225
I. Methods of measuring and recording welding process parameters 224
2. Compression of the crDszed. barty In resistance welding 228
Card 5/6

Thermal Processes in FOsiotance (Cont. ) MV/*528!)i
3. Thermal efficiency of the welding pracr,-iin 235
4. Experimental study of the heating process during rewLstaric-i!
mash weldinj, of rods 2,~,8
5. Temperature distribution in the zone near the contac t 245
6. Theoretical investigation of the heating process of bars 26o
7. Analysis of the bar heating process ;265
8. Determination of mininium current necessary for welding 269
9. Determination of current density in the center of the bar 271
Conclusions 274
AVAILABLE: Library of Congress
VK/ fu 1
5-8-6o
Card 6/6

T !I) V
A-1 I 23b(
v 04-1
I ; K
G
a rk cv; :43 11
o1 chorb-a-k-, V.v
ORG
TITJ,F,i olactracl,
zrl.-A! , ".o.
SOURCEi J zr-bretrinlya, provjshleniiy-,~~-,
TOPIC I oloctro(-.1iomical troatmollt,
AB37 RAC Autho-.- Corilificata b)--in w
Olertl7rr~h'fill-If-i'A tl-efk',=~Int of P!-Irts ~ (,!j,o!3o-d
trc,lyto PtLmpod through and with-wi lky~jr~,A'r -dri-,) 1:-.1
ing uritom actuated by 1-Y,
int-s-ka, mA clittel, of' the charbor. :.i~:,
tho !~ystcm, the control unit. rl a
slido e diaphragm
vorki-1, (Ljoki Fig. 1)
__S~crd 1/2

L 334?2-,66
ACC NR,ip-Ccd-A6-9-
Fiff. 1. D)TICO frix- mlertrc-l%fjlUAc,%l
treatmant or ptLrt.!i. 1.--- ailAdt;
2---- diaphralpt; A.- wortli,,q chAmbel'
Orig. art. bast 1 figure.
SUB COD&i 1;4/7-IUBM DAM 16Mar64
ElartrGlytiC machinin
c,rd 2/2 J'-'

ANTSUTA, Ye.B., arkhit.; KIRILLOV, N.P., arkhil.., KIIZIIETSC)V, VV., arkhit.,
SILTITITSEVA, M.N., arkhit.; PYATITI, S.G,, in.,th, 11:1.nimali uchastlye;
CHUYE21KO , R.G., arkhit,; POSEVICII, Ya.Ya.,
st. tekhnik; &jLUKHOV, G,,T,,, iwii.~ SAMSONOVA, T.T., Inzh.; KOIY.SOVA,
Ye.le,. st. tekhnik; WAROVA, T,N., takhnik~ SIIAI,91A!r, M.S~ , in?,h.;
SEVRIOVA, G,,V.., irizh.; PLATUNIN, Yu-S., gr., bizh- i VOLINOVA,
tokhnI.k-; SOLOVIYEV, 1,!.I,, inzh.; 1-10-M', LA, tokluill-
[Two-apartmint houce with two-room apart 'ipontt.--; ;tmidard plan 1-102-51
Dvakhkv,,-a,t.Iniyi zhiloi dom-, kv~Lrt ij7 v dvo kor, Jill t3*J, ttpovo~ pronkt
1-102-5. I,Itskva. Allbor, 1. 1960~ 27 p~ (14TRA 14.10)
1. Poscow, TSentralltV-y institut, Uvovykh proyektot),
(Apartment houses,----,Df.-a-Jgr:3 and plans)

RESHETOV, K.A., inzhener-kaDitan; ZqUKOV, Ya.S., inzhener---IUIyor;.j&jA.2.
KO ,,J~~.,'-,--inzhener-kapitan; 2MIOV, A,G., inzhener; SHM-YKAN,
"RII
A.B., pod-Dolkovnik, reda;rtor; YMM37NA, Ye.1f., telchnicheakly re-
daktor.
[The PK-30. R-20--M and R-60-M medium field telephonl~ switchboards]
Polevye telefonxiye kommutatory 3rednei emikosti FK-30, R-20-M, P-60-M.
Mosirva, Veen. Izd-vo Mininterstva Vooruzhenaykh Sil SSSR, 11946. 142 1).
(HIRA 8: 2 )
1. Russia (1923-- U,S.S.R,) Armiya. UpravlenLye boyevoy podgotovki
voysk svyazi sukhoputnykh voysk.
(Telephone switchboards)

7ri

L 5847
'AccEssIoN NR: P5014816
:
M1 01 no v~iowop
~
Pm

ro

Aa:Very easy'to control aft
it
utomatic~altitmde contro Artrar
4h flight direction the autbrnat1#,tO,1m:
hange
.
!his is. also Possible' in th vase aia'n'Atit'' I
e -op

68 ;Kith d
~fd mi a
v
rfilbh dive rfi;e o a
i Polar vek~A
W44 it4~'

f Oa, 4Isec.'Which 6~da- roui~-
corresp
y
lar'velocity traniducem.:a ld~-na
:
"
gjneiiiia ind converts an eleetrlo
-
7
7. i7
77
'
OF!Iix
!I j' :11' j-1 -!I
~4
d7,
lIl IF, a a D12
W, kowov'sx, ~i u
kh Abel$
Peril
J. ':o jj~i
r
.r ~iiier!, I n 0.4t sh,
M~
or i'~em 04", 6ut'. iP6)
3. or hol ti) aI P
rop
77- I-l-
4

13;
n l it I
N il

6,UA-ILAVU4 VIU~ Ur2690 aL17VI0,4001 W: i !'Ll f
ip.
!LIT
ASJWYATION,i. nbno
A ow
ca
jO

L 9742-66 E1.9 (d) BC 74-
ftfi~~__AIYWYOZ57 SWid__ECODE
DE UR/0209/65/000/011/0056/0060
qq'j-'~ ' .,:"
AUTHOR: qlp~A_1q_jy,j _(G.qkpnel, Military pilot first class).;.Giilkit~Ljr. Lieutenant-
colonel, Military pilot second class); Krylov, V. (Colonel, hililitary navigator
first class) q, ftr'
ORG: None
TITLE: An automatic control system
SOURCE: Aviatsiya i kosmonavtika, no. 11, 1965, 56-60
TOPIC TAGS: aircraft system, autornatii.: control system,
airborne computer, navigation cAYnP-'--) 0~:-"+- I
YwIn adz;v, 4-'r-4
ABSTRACT: Aircraft guidance control systems not only carry out the functions of
automatic control but also issue instructions to the pilot according to which he may
perform flight maneuvers according to a prescribed trajectory. The authors de-
scribe a "Privod" piloting -navigation system. In addition to an automatic control
system4 the Privod is coupled with n computer, the radiotechnical, equipment of a..My
SP-5011-andiag syqtem; an RSBN-Z short-range navigz~tion and Landi!q,LRstem0?JrWd
an automatic pilot. It is intended for affecting the landing approach maneuver,

L 9742-66
ACC NR: AP6000257
using course and glide equipment; and for plotting the pre-landing maneuver and
flight on a prescribed course, trajectory, and attitude. The various components
of the system, its function, and landbased aids such as bescoim, are. discussed. T
authors noted that the Privod system presents no difficulty for the crew in flight,
and that the experiences of the authors may prove to be beneficial in this respect.
The experiences of the authors are to be related in another arlicle, Orig. Art.
has.- 3 figures.

kr66_ EWT(d) IJ.P(c) BC ....... ..
i AP6003294 SOURCE CODE: UR/0209/66?000/001/0070/0075
XUTHOR: Glazkov., 1. (Colonel; Military pilot first clasA Loktionov, V. ~:ngiDeer;
MaJor)
ORG: none
TITLE: "Autopilot-drivell anding system
SOURCE: Aviatsiya kosmonavtika, no. 1, 1966, 70-75
TOPIC TAGS: autopilot, aircraft landing system, automatic control system, automatic
control equipment, motion mechanics
ABSTRACT: An automatic control mechanism, designed to maintain an aircraft on a cer-1
tain course or to cause it to maneuver, is said to be extremely dependable. However
-drive system may be it is still subject to eithe,
no matter how reliable an autopilot r
partial or total failure. A malfunction of the system may result in a change of the
motion parameters of the aircraft, such as the attitude, acceleration, angle of at-
tack, and angle of roll. Experiments were carried out' to determine the dynamics of
these changes as well as the resources available to the pilot to operate the aircraft.l--
Failures were introduced by feeding into the system an electric strnal which was
turned on by a crew member at a specialty designed "failure control panel." The time
needed by the pilot to detect unpredictabLe errors during flight and to correct for
them amounted to 1.5-2.5 sec for errorr occurring fit the longitudinal and 1.5-6 sec
1/3

AP6003294
for errors originating in the latitudinal control channels of the autopflot. With
the a-topilot turned off, the pilot operated the aircraft using instrument readings
from the drive system, and when the drive sr;tem failed he maneuvared by using the
gyro horizon, variometer, altimeter, speed indicator, and other instruments. In a
perturbed longitudinal motion, the dive failure (pilat's reaction time, 1.5-2.5 sec)
caused the aircraft to lose altitude up to 25 m in hor -izontal flight and '10 m in
gliding descent. In 4-6 seconds, the altitude loss amounted to 70 m, while in the
zone between the outer and the inner marker beacons it: increased to 90 m. The motion
of an aircraft during its recovery by a command instrument within 1, 2, 3, 41and 5
seconds is illustrated in Pies, 1 and 2. T'he dotted line indicates the path of an
300
250
200
Fig, 1. Altitude loso during
recovery in horizontal flight
Card
aec

,L-14.566T
ACC NR, AP6003294
Descent
lot

Outer marker beacon
sec
ig. 2. Altitude .1os.4 during
re
covery in glicle path
aircraft piloted by gyro horizon, variometer, glIde path indicator, and command in-
strument while being pulled out of a dive. NM)
SUB CODE: Ol/ SUBM DATE: none/ ATD PRESS: q tqo
Card 3/3

D;154o4-66 XWT(d) IJP(c) Br-
ACC NR: AP6000628 SOLIRCE CODE: UR/0209/65/DOO/012/005310056
p
AUTHOR: Z- Colonel, military pilot first class); GalUn'jLLN.~.'(Lt
Colonel, mi itary pilot second class); Eglov, V (Colonel, military navigato'i!n!
first class)
ORG: None
TITLE: The landing approtch according to the "Privod" syseem
SOURCE: Avistsiya i kosmouavtikA, no. 12, 1965, 53-56
TOPIC TAGS: aircraft guidance equipment, coamand guidance system, aircraft
guidance
ABSTRACT: The authors describe the actions of the crew aml the piloting tech.'
nique using the "Privod" command guidance system, both in t'ho landtng approach
Zn-try flight).
situation and during a flight with a prescribed itinerary (cl,'0811-co
The authors analyze in some detail landing approach techniques from a square
configurition called a IU201 as well as the technique3 assactated v-1th a straight
approach run pattern. Wind velocity drift angle correctiona and banking angles
are analyzed as they pertain to landings baW on this aystitai. Three to five
training flights are sufficient to enable a good crew to latid an aircraft with
Card 1/2

L 1504-66
ACC HR: AP6000628
thia system. Particular attention Is given to the safety fibaturesi of this gutd-
ancq pilot-assist system.' OrIg. art. hasi 1 figure.
SUB CODE: 17 SUM DATE: none
Card 2/2

GOLIDENSHM11, I.; ORLOV, K.; GIAZKOV, 14.
Special docks 'An a continuous operation line. Grazlid..av.
17 no.6:6 Je 16o. (KRA 13117)
(Airplanes-44aintenance and repair)

GLAZKOV, M.
New refrigeration plant on the tyinku of tLe rivjr I.-
Rech. transp. 19 no-4:54 Ap IW" (IIIPA 14:3)
(Moscow-Refrigeration and refrigerating machinery)

NIGOF,B.A.; SHMMID,S.D., rednktor; GLAZXC71,M.H., red,4kt,:)r; YRASSATA,
A.K., tekhnicheskiy redaktor
[Business accounting for a river boat] KhozlRistvonnyi raschet
rechnof,o Budna. Moskva, I%d-vo Ministerstva rechnogo flota S~O,
1952. 82 p. (MLRA 9: 1)
(Inland water tranBportatton-Accountii, bookkeeping,etc.)

z , SRARAPOV, N.I.. reeaktor, FEDTATEVA, V.A.
'~IA KOV ~*1A.M.; NIGOF, B.A.~
re4altor-, POPOV~ S.D., tekhnicheEki7 redaktor
[RaisIP4 labor productivity In the transportation fleet] K roprosu
povyeheniia proizveditellnurti truda na traneportnom flote.
Poskva. Vodtrannizdat, 195,~. 58 p, OGRA 7:8)
(Inland. wator transportation)

AMBIATOV,P.A., inzhener; GLAZKOV,M.M., inzhener
The introduction of a coordinated technoloa in industry and
transportation as a potential in the development of ri-vor
transportation. Rech. transo. 14 no.6:6-9 je 55. (mah 8:9)
(Inland water transportation) (Freight and freightage)

AMIMATOV, P.A., Inzhener, GLAZKOV, M,X.
Ways to improvm research and plannixg ia the ecomoinics And aperativiL
of rivar transportation. Rach. trmnap. 14 11 '55.
(MLRA 9:2)
(Inland wnter trnusportation) (Freight And fraightiii,e)

BODROV, Aleksey Dmitriyovich; GLAZKOV Miklucil Mikhaylovich- KPI'IEV, I.S.,
,
rat a on z ant; TUBAROZOV-I-M:'~T.-O- ;n' iiiiiizont ; zinublid4M%, i. )I. , ro'l. ;
MAOUSHINA, A.H., rod.izd-vn; M.N., tiikhn.red,
(Handbook for the skipper of a bnrt,,e 1-mulin., dry frei.,,,~tl Ponobie
alikipani mikhognivioi barzhi. MogkvFi, Izd.-vo *Rachnol ti,nnBilort,"
1955. 221; P. (MIRI 12:9)
(Barges)

GLAZKOV, M.M.; C;ORIIZV, A.V.
Improve cooperationwith efficiency workers and inventors.
Rech. transp. 15 no.10:'7-9 0 156. (ISRA 10:2)
(Inland water tranuportation)

SUTYRIN, Mikhail Andreyevich; GIAZKOV, M.M., red.; K-HARYUKOV, 11.1., retsenzent-,
ALXKST.W, V.I., red. izd-va; GCUCHAKOV, G.N., takhn. red.
[Safety in -pushing barges with towboats] BezopaBmoe vozhdonio Budov
sposobom tolkaniia. Moskva, Izd-vo "Rochnoi tranwport," 1958. 40 P.
(Tugboats) (M.LRA 1138 )

KAKOVSKIY, B.A., GLAZKQY,_Ma,,,,SOWV'YYV, I.V., r-c).-, 7111CGRADOYA, H.K.,
red. ftd-~'a.,-fiRKAKOVA. r.T., tekhn. r0-
['folga River basin and ito water trammortation] VOIZW-cii
hassein I ego rechnoi transport. Hoslcva. Izd-vo "Rochroi tran9DOrt."
1958. 130 u. (mlqA 11:n)
(Volga Vnlley--Inlqnd wntpr tr4rinuortation)

GLAZKOV, Mikhail MikbDylovich-, GROMOV, L.V. , red.; VINWRADOVA, II.M.,
red.izd-va; YEV.,'alOVA, T.T., tekhn.rod.
[The Yenisey, the great Siberian river] Enisei - velikqla
sibirsk.4io roka. Mookva, Izd-vo "Rechnoi traimport," 1959.
216 p. (MIR-4 12:2)
(Yenisey Valley-Deacription and travel)

GLAZKOV, M.M.. inzh.-tekhnolog
Hydraulic fill method used for unlnaling river sanI. Rech.tran8p.
18 no.?:43-44 F 159. (MIRjk 12:4)
1. Zapadnyy port 14oakov-skogo parokhodstva.
(Hydraulic npinneriV,) (8and-Tranaporto.tion)
?Loadinr arul unloadIne)

KOSULINIKOV, K.U.; GIJUKOV, M.M.
'doot Moscow port hoaAinjr towavdii coripl.,~te inachani.LatiolL and
trana. 18 no.8-14-17 Af,
automation. Rech J9.
OMIA 12,12)
I.Iladial'nik MoskovskoM) Znpadnogo porfri (for Kotial'nikov). 2.Star-
shi3r inzh(3ner-tekhnolog Moskovskogo Zapadnoi-o por-ba (for Glankov).
(Moscow-Doelm )
(Sand-Triinaportation)

3/064/60/000/006/00'j;,/020
A 104/029
AUTHORS: Gol I densh teyn t 1. , Orlov, K. , Glazkov, hi. jv~.
TITLE: Production Line Docks
PERIODICAL: Grazhdanskaya Aviatsiya, 1960, 11o. 6, p- 6.
(Tl_
TEXT: The authors describe a mobile repair dock for~i.L -14 ~ 14)
aircraft designed by the plant collective under the supervision of I. Ivasik.
The dock is made of welded channel-steel and resembles a trolleY-frame on
rails along which the aircraft is moved cis shown in the, figure. The aircraft
is suspended inside the dock and repairs are carried out from a number of
bridging boards. The dock has two fitterfs benches, compressed air is sup-
plied from the main line and a 24 v electric power supply is maintained.
Upon a number of tests and modifications the production of these docks has
been entrusted to the establishment supervised by A. OvsZanihcv. The photo-
graph shows the fitter V. Makhov of the repair workshop supervised by Kh.
Izmiryan working on the landing gear of a Tu-104 aircraft. There is 1 photo-
graph and 1 figure.
Card 1/1

YELISTRATOCV, S.I., retsenzent;
~L4KKOV
SIDOHOV, P.P., red.; LOBANOV, Ye.V., red. izd-va;
IRIDNAYA, I.V., tekhn, red.
[Business accounting in a harbor section; from tim %4ork
practice oftlia Moscow Weistern llnrtx)r] Khozratichet uchastkii
portit; lz opyta rnboty Moskovolcogo Zn1widnogo jmrti). ~lo-
sk-va, Jzd-vo "Rechnoi transport," 1963. 37 P.-
(Y IHA 16: 10)
(Moscow--Port districts--FAnance)
(Loading and unloAding)

.J;
" 'J-- X F ~ 7 1 M , I, I n:-h. - i!~onnm j, -11,
Year --ound for tranar , ?;, ro.8.15-16
A j-; 161. (MIM 16~10)
, -til%l

r,L,AZFCVP 14.14.; ZELFNIN, A.P.
i . 11, ~v b --IV
Limiter for radio relay I :'-; - 7 Y - ' . - 7' - ;
radiot.ekh. 8 no.5:617-619 0-0 165.
.""":
, Submitted 11,hrcli D., I'46r,
I

(1, , , ~:, .
II - 'r : , ', , or an A I -I.D) nripli %irilo nn,,tlyzf.,r, F'rLb, !. !:*k,~r:, Yj
, I L
n ~. , " 2 Ja-o' 165. A~',")

G,LAZKDV, N.P.
Electrostatic amplitude analyzers. Prib. I tokh. no.1,
48-50 Jl..,Ae, '56. (V1,RA 10:2)
(Pulse techniques (Electronics))
(Electronic Instruments)

SUBJECT USSR / PHYSICS CARD I / 2 PA - 1231
AUTE'OR POZE, C11, P. , CLAZFOV, 11. in.
TITLE The I nelastic Scatter4nC of 111-.otoneutron.~ :.ia E'nerLiy of
0,5, 0,77; and 1,0 MOV,
PERIODICAL Zurn. eksp. i teor. fi.:3, 'iQ, 1017-1024
Publ, r P V i ew 1) d 9 1 1) 1.)
The cros,~, sect-Jori o-1 this inelastic scattering was measur,~d on the nuclei
of the follo-,,rinC el,~ments: U, Bi, Ht,~-, '.V, Sb, Sri, Cd, Cu, Ni, F~-, Al, Ila.
-etiiod and tecl.,ni~ of ~11~surir . The int~lajtdc t~ffect vi:iz m;'..-Lsured by
meaauritig the primary spectrum of the neutrons in the sub-
stances. The 3am 'ples were spherical and Kad a central caj*ity for the re-
ception of neutron sourt~es "Na-Be, La-Be und Na-D90) Th,:- neutr0118 were re-
with !t spheri -ion chamber,.
cardod by measuring tho recoil nuclei al jonizzat.
Tests consistQd in meaourine the primary spectrum of the oourci~ without
scatterer and of the secondary spectrum of the source enclosed in the
center of the scatterer. Next, structure and manner of sphe i-
cal ionization chamber as well as the characteristca ~T he phCtoneutron
sourr construct tt iqlierical
es are discassoz~d. It is particularly easy to
chamber of -~.'ass which is coated with silver inside and (:.ovevs~d Vii.th
electrolyte copper on th~? outside. ~Ileasuring results alill the computation
of Ll if the number of neutrons diminishes exponentially with the
--- 7--
prima_ry energy E 0 as a result of inelastic acts of scattoring, j.t applios

V
Zurn. i~k:;[_ i teor. f i.,i , 30, 10)7-1024 ( 1 9~,6) CARD 2 PA 12-'l
for the scatt,_arinf~f cross section in hydro~;-_-n that ol
If e r e Na;-,,I N, denote the numbers of momi~nta in the primary :tn( Ii
It the E I - th~, of tho noiitrciis
tpproximation). Tho, tr-rorz, du~_~ t.~, t~-!j
approximation swl to the assumption of an exponent-lil :%~~.Jl"_-t,:ln 'J" the
_'ie!; of the
primary '31ij.-ht. 'Ah-,
indivi-du'Ll excit-1 lriv,~Is or th,~- avor-tf,- of )11.1.!1.a:';t1c'111y
n-utrons uerf- de'..--i'mined from, the recoil ipectra, "'hlci~' was Posvible
only ZJT)proximatively (with an accuracY of from 5 to 7/'j')- J.t Lj particularly
"5t to ~he 1"?ft edL~'e of the 'Ipt!ctrum :,f inelas:tJ-11),
ne, m,,asuring ill-, 1:
s ca t t,~ r e, Itr.-,cis. As an _nd N ~tre
Mentio-~J- At Ol7i 0377; and 0,9 eV the recoil !3pectr,,~. -)f ")b and 131 ar-
J
pletely equal -,,,-~thin the limits of measurinj e-rrors. 2h,~ri~for.., the absorition,
eind the inrilaotic snatterirriE of neutz-ons with less, "hiin D,t"' _"eV probably
a"10unts to not more than 0,1 barn. Hwaever, vitt"-dii t),,#-, of more than
O~ 9 M eV (here at I ,11eV) an inelastic scatfefinC becom,!!; noticeable End the
spectrum of Pb !ecreases within the entire range from L,,).- : ~IeV to F-0,45 "IeV.
From the curves there follows immediately N11112, and :;j. - 0,11 ~ 0,1. barr, is
foand. In non~~Iision the measuring results for tungst~r, are Jlscussedj
N1/"; 2 ~ It , 2 5 a -1 0, 4 r 0, 2 barn wan fourd.
INSTITUTIO'1~ :

All I
AUTILR: Glazkov, ii.r.
T I T LE: An Ile -Cameru. for d 1,1 a
spektrometrirovaniyLj ncyurcl~ov)
1'Z!,'1IODiCAL: Pi-ibory i -.1
p JS; 11
7
A23TRACT: The con,-~-vuct j t-' f
-utrons froi~~ Lhe j-,
rie cti,)]! 're, (L', P) T i ::(-V' v.2ry
ood
ner U~_y re so 1 u t io n ( 3""
by Batcl.elor r!" -I.. ('R,j'.1).
t : Lc r?) c L io n
o e co unt r-- r -i_ s i,,-j t 1 c- e f ~) i I t. t, 1, c e 1 c a r r i c d
o , labor-~itoiv A
d c r ib- e d, It ed e - i 1 it f i'n lit I
,jo:;e (Ref.2).
-co~:I~tcr, TL-, fillov"i- d LI ve i i. er 2C
.nd 15 r.'LT., , _ ,,- 1 c c tro -I -
c-~,~acitance of col,.-ct
fi-,-- uf Hl- 750 + i ~-,CG (A---) + '10 (i,-J
-Linr in am,
--~T' V
1, T, o s i t il v e fo n
0. 1 U--%11 ;.-ali ef i,ect 1 C
i J,
J -It
for E 0 is + 4;,, + 50 ':-,,~V, io
H I

Ali
O.L
Tl:ore
;:~: Slavic.
o
~'-;Ij-TB1-'lT'-ED:
Av Al-:,A-;~ i-E: i (3,
2P

L ii L I o I,
i b iLL, i'l, ul r
U.3 ~iL
A-0
J 1 :;
i clu,
rre a
- - ,
'J 10 c:m dollo 1, c -3..,);j
u 5 1.7 the rjul-

"I O'D tiLrou-1)
foil -).;,ar 1 i_,:- 31- ly
eVOry L I
10 C. de L L'T

.L 1. ~..,o C U

of
s 'u-f
t a

a n, f ,ar;;ln t,~b~!) i., . e it -w i L htheir i.ror

L. ;ed ',-I
C 1 AI 11 :f
iL',
b
v;
-
-

vi
:Tl

1977
.s/i 2,o/60/000/03/002/055,
e1 0 E032/E5l.4
AUTHOR; Glazkov, N,P,
TITLE- A Cylindrical. Chamber for Fast Neutron SI:)ectrometryA7
PERIODICAL; Pribory i telchnika eksperimenta. 1960, No .3, pp 16-19
ABSTRACT, Neutron spectrometry in the energy region 0,1--1 MeV
no longer presents any serious difficultiel if use is
made of ionisation chambers filled with He- gait.- in
which the neutrons are detected with the aid of the
reaction He3(np)T The energy resolution which can be
reached in this way is about 7% (Glazliov, Ref 2)~
Howevir the use of He3 above 1 MeV is difficult owing
to He recoil nuclei whose maximum energy is greater
than Q = 0,77 MeV, It follows that in this energy
region neutron spectrometry can only be successfullY
carried out by using hydrogen, deuterium, or helium
recoil nuclei.. However, the resolution which can be
achieved in this way is rather low Attempts have
therefore been made to design a neutron spectrometer
Card 1/4 which would have a wide energy rarige. (x Iii.Sh energy

L 0 n' ),!,('E 5 1
A Cvl indi ic-.~ C I i,. m b e r 1'o r, F,~, i t N'C: t row ", r";
r e so Iii t i.on , a tid a high det ec t j (.,~j e f j*j ci eric yA partly
su~icessf*nL solution of thi.-., proble:w haS been described
by Perlow in Ref 3, However, the disadvantage of
Perlow,s instrument is its low re(-()Fd1T1& CfflCif~rlCy and
its difficult constr(Iction, Thp pt(~,.,Yent paper describes
another , and simpler, non-mechani.ciil mathod of collimatinz
zec,Di.1 protons which makes use of the elltire volume of
gas in the chamber so that the effective thickness of' the
gas can be taken as several times greater than the range,
and hence the efficiency can be increAsed by an order of
aiag 111 t u (10 ., The principle of the instrument is as
follow--,. rhe incident neutrons I-11TUr a cylindrical
hydrogen chamber along its axis. Only those proton
(racks which are parallel, or almost PiAT11.1lel, fo the
ax-is of the chamber Lire selected. In the analysis of
iraAs use is made of the consi.derable difference in the
ptiLse shape for different track directions. In a
Card 2AZYlindrical chamber in which the fxeid 113 largely

~ 1977
S/12o/60/00()/03/002/055
E03VE5 111
A Cylindrical Chamber for Fast Neutron Spectrometry
c,oncentrated near the inner electiode, rhis difference
is veiy considerable and can easily be ui5ed. It is Showit
r ran~p) of less than
that tracks lying within an angula
10' can be selected and the energy of the protons the-i
differs by only 3% from the incident rieutrons,, The P111sc.
analyser whLch was used to sa-lect tht- pulses lying
within the 10' cone is shown in Fig 2, Fig 3 shows
collimated and uncolli.-ted proton spectra for neiitroris
of 470 785 and 1100 keV Fig It shows the ricutron
spectrum for a polanium beryllium sour(e The curve
m a r k t-, dawas obtained with ChL collOtt"Itinq, device,
In the final form, the chamber wa:i 25 crm long, 10 Cm I. n
(I Lamet er and the cell trnl wi re! had a 11 L111ftult el- Of 0 02 (111
']'It,? c ham b e r iva s f i 11. e d w i t I i it m i x t u r e (:) f 11 v d r o 'C' 11 it t III)
and argon (17 r)tm) The officiew-V WIS b X'10 -~ at
EIn ~ 0, 2 MeV. The resolution at I Mev vlas 10-,/j
A.kn,avrledgment is made to A., L, L(1-1puji!zk1y ar,(] S;j,Chubaiov
Caid 3/~j fnt interest in tht: prvserit wclrk,
'07:VF~
A -jc,

5/1 20/6-/()C!0/00 5/03 It /o36
E 1 () It /2" 3 "~
T I I L:-1, I ip;,w I It I' or. ci I I i Ic!"a I Z1.
11 E" ~ ZI OD I CL :Priljory i n0.17, 1911-2, 192-193
T'-,~T: A dlo~-i,~no(, ~;o tliat
:,11(:!: I:i i otli Z;lt iml cz%:i bo fi.1 let! !I lit, it it
prv,!j!~ilre of 1)0 !orcitry i~i t1*;k1I!;l4'(--rrt!,1 fvoin o-le CNII.ill(1,21- LO
anoc~ior itiier 1-ty ~,ntvity iks-siz;ted ''ith it Vacuum p-amp ox. by
apnlyin,,., industrial ar,-,on ;tt it of 100 it t :-t III this wa y
-m~iferr-e(l fLO!:l I St0j,ittr
lio) is fir~it tr zo thil wmeu
CyLi!W-1- ..11,; Lil"!l From "holicf., t') til" ~o tit- t,
cycle i~i 1-t-)t~,atcd Illitil the tlece-3:;ary pre:i~mt-e lho:, 1)een built up.
'rile elltir-.~ equipmelit is _m(le of stainle:5s steel , it is contr-olled
by llee"le Vllve:3 ill -...-Ilich col.;1-tined te~lorl ;ill(! rubher prevu:it
leaki,-~Ic ~t~ preq.,,urL~s up to 190 ati.i. il!'O ":WOvided to
()O~CrVe L:,;, lierclory level. C 1) 1 _j t r; IItj lit a V o (~ 1: i(_'(I tij 1)11 1- j fV 11 k~
H~2-). T;lff (!(;ui:7)l;1(,rIt was tcnt(~.(l by flliill~) an C11,111lbOr
wiLit. it vuLu,,ie of 750 ml. to it pres,mrt: of 50 atr;i He and
, the ~ab
p.urity i:as observed. There is 1. fi~,urc.
SUX-lI-T- D: January 8, 1962
Card j/-;

L 1-1 --'k
AID Nr. 979-1 29 May
INELASTIC SCATTERII~G OF NEUTRONS IN 0.2-1. 2 M--v REGION (Usa)
Glazkov, D1. P. Atotmaya energiya, v. 14, no. 4, Apr 1963, 400-402,
S108q16310-lV00VC,,-"'1Olq
By r-e--z of a spherical ch=ber 40 mm in dia=ter filled to 40 atm -4tji 11C3,
rak~acurc~,-Itj 'Pave been rmda of the spectra and cross sections for t-hc inelastic
scattarin~, of 0.2-1. 2-Mav neutrons by the nuclei* of V, Th, W) 2b) CdP MID,
Nb, -id T~~. rfac scattering apecimcna had. the form of Gpherical ULy4!r.,; 30 rza thtch
with inzlde and outziaQ (Uozictcrs of 40 and 100 twa, respcetively, mid were made of
sub3t"-icos with a natural isotope content. A triti= target bowlerded by EL proton
'kxi fro=~a,- I- F-2.5 Van de Graph accelerator served a3 a neutron source. The di,;-
uanco f~:-o= tarZct to scatter was 350 cm. The energy scattering by thn target
to 60 Kev- To dete=ine the effect of inelastic scattering, the neutron
spectra, vere r--asured with and without a 6cattere-r. The spectn-,. obtained for
various elezzents are shown in. the illustration. Inelastic acattering, cross sections
calculated frozi the spectra.4r~ givep in.&*.table (AS)
Card 1/--

GLAZKOV, N.P.
Spectra and crosn s,~ctLcns of Inelastic neutron :5cattering in the.
energy range 0.2 to 1.2 1-1-v. by V, Th, 11g, W, Sb, Cd, No, 111), and
Fe nuclol. Pm. onorg. 14 no.4 ~- 1,00--i,02 A 1) '63. (MIRA 10:3)
(N,) u tro n n - --,O)c at teri nd (Noutronn.-SpOc, tril)

GLAZKOV, N.P.
:;..i;,I,.-I-Ul;, :1,00:1 .!~ *. (''T, - / -, 1,7f!V. W
, ()~ (). I - - .
lfied:-,im I w,!, 1,J.* Al,o ,. Pt '11!. ~;!,l 1.1%.. /-1 ") "; , T:
" ". 1 Lil . ",

7
ca,
.41
7-71T~T7
71
T I---
AWWON 0M)APM379 UR/0120/65/000/OIIJI/00~3,f6OS6'*'---*--'-
539.1.074.8
AUTHOR: Glazkov, N. P.
TITLE: Neutron He3 spectrometer filled at 40 atm
SOURCE; Pribory i teklmika eksperimenta, no. 3, 1965, 53-56
TOPIC TAGS: neutron spectrometer, Me sup 3 spectrometer
ABSTRACT: 3The characteristics of a spherical, 40-mm diameter, chamber
filled with He at 40 atm are reported. These parasitic effects are aXlowed for:
microphonic, induction, wall (parietal), electrode -adhesion, and recombination,
The electron-collection time at 6 kv is 5 (tsec. The energy riiLsoluttort, within the
0. 1-1. 2-Mev dynamic range, is 100-150 kev, with an average efficie-ncy of
0. Z5%. The energy spread due to recombination is 50 kev for thermA neutrona
and 100 kev for I-Mev neutrons. The energy spread due to the induction effect Is
i uL Irt.- -.11 _tt__4 a. I naL r__ I q~u_ UI-U -14.- 1.. 'i-14-A

L 1138-66
i ACCESSION NR: AP5016379
i
between the 40-mm steel sphere and an internal 2-mm diameter sphere hold b
lead-in wire mounted in a Mo-glass insulator. Orig. ai-t. baii: 3 figur*& and
3 formulas.
ASSOCIATION: none
SUBMITTED: 06Apr64 ENCL: 00 _SUB NP
NO RE F SOV: 005 OTHER: OOZ
C,rd 2/z''(, x