SCIENTIFIC ABSTRACT MUZALEVSKIY, O. G. - MUZHANOV, A. A.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001135810003-9
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: March 14, 2001
• Sequence Number: 3
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

3/133/0S2/GGG/GC6/009/CI5
AUTTIORS: Riza.'ev.70,1y, c,. G., A.
TITU': ~',t the T.entr~-I'nyy
Ferr,,ur, Mletallurgy ir-, 1. 1'. B-irdin)
PERIODICAL: Stail, ll,,. 6, 5L~j - 542
TEX.P: The metal pres.,3ure on the roils- and the torques ori Lne upii-.--- anrj
lower spindles of the 1.100 UL~,oming ;-,iiII viere investigated by ms~aris r)f ."re
converters fixed to the suppGrts of the stand and spindle b0,11'es. A cu r r. T
lector designed by the TsNTIC114 recorded for a considerable per~()d t~a,,
on both blooming spindles simultaneously. The osciLlographic records werf, -.;-ide
during the rolling of 144 ingots oil 19 steel grades. For some of th,-, Lraclk--~z-,
following results were obtained:
Card 1/2

At the TsentraLfnyy ...
35 F C 6 P C 1 X H'R 11)~)ublo - 3- 1
6teel grade 111ai i C ! rbon r.
steel steel (-,5Gs) (60S2) (lKhlPNT91~ layer
Y
Metal pres-
sure on the 500-1050 6!0-122~)O 600-1200 800-1J380 500-17160 790-1-3-1'
rolls, t
Total rol-
ling mo- 97-177 110-235 102-195 1GO-192 7 7 - 18] 2
ment, tr,
The ratio between the rolling moment of the lower and upper ro"Lz-, var,-3
a wide range. For rail steel rind CT .3KH (St-34) blooms tile rati:-. _'f M M~,,,J.S
on the barrel is in the first 4 - 6 passes, from the
I fifth pass f-,~r ~ji-
blooms and the seventh pass for rail steel in the grooves, it
1.2' and 11.75. The maximum variations in tiie moment ratic:i
' D (up tc~
Tained in rolling EI171 and ~Jouble layer slabs. In some caser, "'ho rt,_ rol'..L
an the upper roll was znro or, negative; sometLmes It wrap; less tl~- i.:-r I
than on the upper. By recording the torques simultaneously cn udper
lower spindles, the pattern of metal pressure on the rolls cruld be
Tests were also carried out regarding the operation of the main mc,-.c.r in,~ au:.---'-
--iary equipment, supplying data of motor load, rolling ey-,7_eo,tj.Y_-~.of
Card 2/2

14=IZVSKIY1, O.G.
Distribution of the speed of deformation in the rt.-duct.,-"rn z---,Z~
during rolling. Stall 22 no.7:628-632 J1 162. (m: * r r: 7'
~A ~, )
(Rolling (Metalwork))
(Deformatiuns (Machanics))

MUZALEVSKIY, O.G.
7 c pa~ldirections and methods of investiq tion in establishing
.,a
the technological parameters for the automation of rolling aills.
(Sbor. trud.] TSNIICHM no.29:103-112 163. (KIRA 17:4)

149ZALFV!')KIY, O.G.; RIVKIN, A.A.
Searching for the op*imal operating conditions of the 80-~ rail
and structural steel mill. (Sbor. trud.] T31111CHM no.29:128-137
163. (141RA 17t4)

MITZALEVSKIV, O.G., kand.tekhn.nank
Correlation between longitudinal height and transverse deformatiom
in the reduction zone during rolling. Stall 24 no.7-624-628 JI 164.
(MIRA 18!1)

It 1ZV.,X 1; Y , P.G . , kand. to khn.nauk ; ~-, ~ . i% -. , I. A . . inzh.
beevelopinF technologi(-a.' parametc-r-, for automatir'l, (X
three-hji7f, rall ari,~ Itri-'Aural Stec, roi..rg mills. ~'-" --a - 1
-4-1 no. 3-238-245 K.- '~,4 . (MiRA

Git(--CWALID~ V.G.; m . I., I . 1.
.~ r~ I, . .~,. ; (;( ! :, . .",
: , I , : . -
V, ~., ~- ', .:,, ..., !. .; ,"' .., , , I I .. ll~,
Ne, , d r-,I,- - C ~- ~.r. *- ~ '. r , , , ~,_, :.., . , . - - -- . . -

MUZALEVSKI-y 0 G., karid. tekrin. nauk: B!'l-T'7,E;, V.V., lnzh.
Effect of roi 1 sV~T,, agc or. the d-' s tri lyutlon oil mr, tal def (~rma-, lor
re'Ju(-L~ - ;L I I -
in the zone of ,n lur 1 ng --d 1 1 rig. ~' ta' 1 21 n.,;. rl . P-;?-
830 S 165. (%fli'A ',0:','
; TS,-ntra'-'ryy Institut ccl~erri,y
1. . - . -
inetallurg-Ji.

NOVIKOV, V.; RAWEYEV, Yii.M.; il- I y , !.I L4,,', -I T"T, A.T.; G.;
KGI,OLLV, M.; 1~ .--, V, A!"t"I"OV I y CP' ZAYC,,~(,~~ 1 K ,
L .7 RAS P OIP (71 , -- .7 S Z-:,JrjY-(,, K gi* ,1~ . VGj~ 7 0 '_-Y.
KE
DELLO, A.A.; SIU4W-.YA, V.A., inzh.; SPZqYAG,", Inz~..; 'R:3iTT;
A.I.; KAPI)ONOV, B.A.; BUIWTITF, V.'-'.., kand. tekhri. nauk; MOLGAGFEV,
s PRO
D.A. , inzh. ;. I-MALEVSKIY C.~,. ; lt'VFJ~~, 1, YS, 1'.V. ; Ko%IT S V
A.
New aevelopmentF in resehrch. .25 nc,.P:F.4.2-845 3 '65-

L 7,9017-" 71,4V, (11 )11~'NT( m t , ";' ( 1') ", --, " - ( 1 )1
- --- . I-,'r
ACC NR1 AP6017639 SOURCE COOE: UR/0133/66/000/001/0050/0055.:~2
AUTHOR. Dobz~onz~avov,_R. N.; ~y~L bakh _R. V.; StupAtkqv. E. Shishkinskly, V. I.;
_ - _- _t rY
Burdin, V. M.; Muzalevskly. 0 G.; Y~Lvookiq!~ S.; Yego~rov,_Y!~_ P.; an . e-v,
ORG: Central Automation Laboratory (Tsentral*naya laboratoriya, avtomatiki);
I TsXIIChM; MagnalLtrogorsk Metallurgurical Combine .(Maxaltogorskly metallurgichoskiy
'komblnat) & _
TITLE: Experimental operation of an automatic system for controlling qvip thickness
on the 2500 continuous sheet mill
SOURCE: Stall, no, 1, 1966, 50-55
TOPIC TAGS; hot rolling, automatic control equipment,,
ABSTRACT: An automatic control system was developed for regulating the thickness of
steel strip, consisting of regulators of the gaps between the work rolls, and of a
system stabilizing the tension of the strip between the stands. The automatic con-
trol system yielded satisfactory performance data on the 2500 continuous hot-rolling
mill, and for the majority of the strip profiles studiedg decreased the longitudinal]
variation In thickness and maintained a move accurate nominal strip thickness than
had been possible before. In the presence of the automatic control system, the
strips are rolled with deviations of no more than t0.05 mm (with the exception of
Cord 1/2 UM 621.771.2305.011.56

L 53913'66
ACC NRs AP6017639
short rear portions of the strip, where the positive deviation reaches 0,1-0.15 M).
Without the automatic control system, the length of the strip ends thickened by
0.3-0.2 mm reaches 50-100 m. The decrease in the length of thickened portions of
the strip and & more accurate control of nominal strip thickness result In a 1.5%
average increase In strip length. Orig. art. haso 6 figures and 2 tables.
SUB COM 11,13/ SUSH DATE# none/ ORIG AM 002/ OrH RM 001

06 2 6 G
6(4) S 0 V/ 1 U- 7 - 53 - 2 45 0
AUTHOR: 'Auzalevskiy, 3,. (P~tvludar)
TITLE: Station UL7FA Operating
PERIODIC~,-L: Radio, 1959, Nr 6, pp CL1-22
~'33M~CT: The author tells of Andrey .-,'tikhelev's aCtiVitjej3 4n
operatinZ3 his amateur radio station 'U'L'jFA in PavloJ-.-,
'N.-'Lthin two ye.-irs, !.~ikllielev esztL~blisi-ied teleGrap~. com.'--u-
nication with 125 oblast's of the and 160 terri-
tories of th,-, viorld/and telephone communication with
70 UOI~R oblust's Lnd 80 countries.
Card 1/1

MUZALEVSKIL,-J,~,
Ali~matic mp-iillrc~.rrent -)f' -)f v-;!~-,~r i- a r,)' ler
dryer. 'or. ~,rom. li. no.,~ - 11-1;1 Ar, ! -. ~: f)
I .- . - I..

PCLEVOY. Viktor Vasillyevich-..~~SKIY, Vladimir Vasillyevich;
RAPPOPMT, P.I., otv.red.; DIYAKOVA, G.B., red.lod-va;
MADZINSIMA, A.A., tekbn.red.*, PROZOROVSKAYA. T,L., tekhn.red.
(Standard eqalpment for mine hoists; a handbook] Tipovoo
oboradovanis shakhtnogo podlema; spravochnik. Xoekva. Ugle-
takhIsdat. 1959. 270 P. (MIRA 12:6)
(Kine hoisting- fEquipment and supplies)

1 `7 s11611I62/U04/00/010/055,
31,02/3138
:'onozenko, 1. D. , :.:-azalevs~iy, Ye. and 5~.ak~ ovtsova, S. I.
of t-,, -eneration of electrical pulses by CdSe
sin,~,--,e crystals at I-"IU4 d-nitroF~en temperature
tver'o~o te--a, v. 4, no 1962, 1132-1134
0 Piz-& 5,
'ound t,.at Cd-'e crystals to which a constant volta-e
of abol,.~z 2~-,- v io -D I generate current pulse3 at nitrogen temperature.
-..c fre;~ueicy of .1,e3e pulses is betweer, 1 and 0.001 cps and dep,~nds or,
t:,.e intensity-. ~~rie si*ze--- of the crystals used were 2-2-4,
lumiinated witi, monochromatic lignt with
d .im Noy were i:, 0 1
infrared The phoDocurrent was recorded
recorders. The pulses were
observed wita an (ENG-11) oscillograph and photographed witn a loop
3efore the measure-ments the samples were kept in the dark
then light was switched or. and the applied voltage was
r-, Sel- S.Lowly. The frequency / of the observed current pulses was found
1.0 in5zo,~ase almost linearl,f with the intensity of the illumination. Vi e
Card 4*

-'/! 81 /62/004/005/01, OAr,
of the jenoriitior, of . . . BIC);,/R13Fj
c!- -,v e7 J na s a " shia ow i n i mum a t o,j v . When the sign of the voltage
,.-;a.; the shape, tne amplitude and the frequency of the current
;-,.i shown in Fig. 5. Tiie puloo t;ezioratiori could bo d:kmped
-r.1-1 UVL:n by a (~ ~ ~ I When the
supp~-ovspd d~t`onul infrared 411umination
ta:z'p~r~Lture of t:-.e sample was raised the pulse amplitudes became lower and
d'a:---4-..-ons longer. "he effect of pulse generation was'observed whether
...e co.,.Lacts were oh "14C There are 5 figures.
or not.
-,nsi;itut fiziki AN USSR Kiyev (Institute of Physics of the
AS UkrSSR , Kiyev)
December 11, 1961
to P1'6. (1' V direct, (2' V back.
2/1
Q

S/185/62/007/003/015/015
D299/D501
Kononzenko, I.D., Muzalevs1k
Ye.A. and Shakhovt-
sova, S.I.
7_-,'LE7': Crystal Generator of infra-low frequency pulses
Ukrayinslkyy fizychnyy zhurnal, v. 7, no. 3, lq'~2,
338
TZ'XT: In studyinC the photoelectric properties of Cd"e
sint-je crystals at liquid-nitrogen temperature, the authors observed
a photocurrent was generated by these crystals. First investiga-
tions snowed that the observed effect differed considerably from that
,ab~;erved by Ye.A. Sallkov and H.A. Fedorus (Ref.1: Fotoelektricheskiye
op.icheskiye yavleniya v poluprovodnikakh, Kiyev, Izd-vo AS UkrSSR,
1i; could be of Great practical value. It was established that
frequency of the current pulses depend on the intensity L of il-
~.e
un"nation of the crystal, varying between 1 and 0.001 cycles. The
,!generation of the photocurrent may stop if a voltage below 160 volts
Is applied, or if the intensity of illumination is high. The maximum
Card 112

E/lb5/62/007/003/015/015
Crystal Cenerator of infra-low ... D2'1;9/-)301
current -intens i ty is 0. 1 amp. , at a voltage of 170-200 volts. -he
3tability of the frequency of pulse generation at constant illumination,
fairly high current-amplitude, and the possibility of fixing th,~
.re.iuency according to the intensity of illumination, permit develop-
:-.ent of a crystal eenerator of infra-low frequency pulses. Such a C-.e-
nerator, operiting at low temperatures, could be widely used in moderr
~ow-tempprature techniques. Its use as a photon counter is not excluded.
-.:-.ere are 1 figure and 1 Soviet-bloc reference.
ASSOCI'TION: Instytut lizyky AIN URSR (Institute of Physics of the
AS Ukr R5R), Kyyiv
December 1, 1961
F
-~'-_stractorls note: Complete translation
Card 212

391M
S-S
OCIA
-UkrS
ZLI
.0
- --jns tittit
i kik iAN Tkrs
R n t
te,
SR, of nva i Cs

ACE; NR: SOURCE COPF:
AP6007796 r"; -15/66/011/002/0171/OiT6
MUM: Muialevs!kyy Ye. 0.; Azalevsk i. %., Ye-_ .; Rovna,
A.- 1. Galuavow"70- - .4 IslimqUo, H. jL-ShMatko,
F.- GaIushKa,
G Nikblayeviks~ L. v~4ik,61~yeva,- L. Go
JL
OR Uititute of F%Ysics. AN URSH, Kiev (Instytut fizyky AN'URSR)
TITLE* Pre, ingl CdS crystals and their structural and physical
paratlon~of 9 e
SOURCE: Ukrayinsskyy fizychnyy zhurnal, v. 11, no. 2, 1966, 171-IT6
TAGS:. single crystal, crystalilattice, crystal property, x ray analysis,
photoconductivity, crystal lattice defect
ABSTRACT: A, -procedure for. obtaining large single crystals of C MS by the zone
iUbliiati6n -tethod-is described. X-ray investigations of the defects in the
siir~cture.:'df these crystals ~vere carried out. , It was, shown that they are more
er ec
f prev iouslyobtain ed (I. D. Konoz,enko, V. 1. Ust'yanov, same
p
sourc Ie~j -. v. sio. The electirophyaical, properties were analyzed and the
ok;'~'7iridiilph6t~~o'ndu'ctivity maximum was found. The depth of bedding and
r
eve concentrations were determined. On the basis of these investi-
one, -,1s. possible to -,obtain purer single crystals. of, the A B type compounds
littice. -by perfectingithe technology. Orig. ar?.6has: 6 figures.
tbased.~M~ bor. is dbe--tract-i -
"IL2.

- - ---l
( . i
I
14mar65/ ORIG PIEF: o04/ ow Rm oo6/

BEMOZOWSKIP Zdzislaw-, JACKMICZ, Alodia; -MUZALEWSKI, Feliks; STEFANSKI,
Tadeusz; SZOIZUKOWSKA, Teresa ---
The obtaining of 3-oulfanilamido-6-mthoxypyridazine. Rocz chemii
34 no.1:299-301 '60. (Em 10:9)
1. Laboratorium Badawcze Starogardzkich Zakl. Farmceutycznych,
Starogard Gdanski.
(Methoxypyridazinyloulfanilamide)

POLAND
MZAIIWSKI. Feliks
Dept. of Organic Chemistry, Higher Normal ScIlool (Katedra Chemii
Organicznej Wyzszej Szkoly Pedagogicznej), Gdansk
Wroclaw, Wiadomosci chemiczne, No 2, February 1966, pp 128-131
"On the reactivity of the amino group of sulfanilamides."
(doctoral thesis)

127-58-6-19/25
AUTHOR: Muzallkov, M.I., Chief Mining Surveyor of the Sadon Ad-
ministratio-n--o-T Mines
TITLE; The Geodetic Basis for the Sinking of Mine Shafts by Oppo-
site Ends (Geodezicheskoye obosnovaniye prokhodki shakht-
nykh stvolov vstrechnymi zaboyami)
PERIODICAL: Gornyy Zhurnal, 1958, Nr 6, pp 68-75 (USSR)
ABSTRACT: The author describes the use of geodetic instruments and
calculations to help the sinking of shafts by opposite ends
with an admissible error of 1 : 300,000. Both ends of the
shaft met with no error. He finds that the excellent re-
sults achieved in different cases of shaft-sinking with
the application of geodetic methods, entirely compensated
for the loss of time involved in the preliminary geodetic
work.
There are 7 figures and 1 table,
ASSOCIATION: Sadonskoye rudoupravleniye (Sadon Administration of Mines)
AVAILABLE: Library of Congress
Card 1/1 1. Geology 2. Shafts-.Instrumentation

18
SOV/127-59-4-5/27
AUTHORS: Kabisov, Kh.G.and 1.:uzallkov, L%I., L:iainC Enoi-
neers
TITLE: The Stoping of Prot~,~cL_Jn,~ Blacks in the I'Aines.
0
(0trabotk.a shakhtnyk1i rildi-rannykh tselikov.)
P __,'R 10 D ICJ jM GorrL3-j zhurnal, 1n59, 'Tr 4, pr, 'A2-35 (USS'
ABSTRACT: The losses of ore left in the protecting blocks
cut doj,,n the production figures of mines. On
the other hand the eventual extraction of ore
from these blocks involved large expenses
and extensive preparatory operations. The
authors proposed a new method consisting of
the 6radual replacement of the natural pro-
tecting block by an artificial one. The method
was tried out at the Zgid polymetallic mine
of the Sadon Mining llanaCement, and was found
to be reliable, comparatively inexpensive
and secure. In thiS particular case, it was
,-lard 112 found that after the sinkinS of the main

SOV/127-59-4-5/27
The Otoping of Protecting Blocks in the Mines.
shaft, the vein formed a part of the protecting
block. The method consisted in extracting
horizontal layers and gradually filling in
tb.e empty space with rocks t and pouring a con-
crete mixture over them, (Figure 3). The method
Is dpscribed in detail. Such replacement of
only one block gave an economy of 800,000 rubles
without counting the value of the extracted ore.
There are 2 sets of diagrams and 1 profile.
ASSOCIATIONs Sadonskoye rudoupravleniye, (The Sadon Mining
Management).
;ard 212

MUZALIKOV, M.I.
Surface shifting in mining steeply dipping veins. Gor, Chur.
no.4:67-70 Ap 160. (MIRA 14:6)
1. Glavnyy marksheyder Sadonskogo rudoupravlentya.
(Mining geology)
(Subsidences Dearth movements)

-MUZALIKOV, M.I.; KRYASHOV, P.M.; LUGAIISKIY, Ye.A.
Underground parallactic traverne measurements with a permanent
base rod. Gor.zhtLr. ao.9:52-55 S '60. (KIRA 13:9)
1. Zadonskoye rudoupravleniye, poselok Kizur Severo-Osetinaloy
ASSR.
(Mine surveying)

- .. a
MUILL I KOV I W"-- im novich; BELYAYEV, B.I.,y ety. red.; SiAVOROSOV,
-----AAn., rea.1so-va; WINSKAYA, G.HvV tekbn. red.
[Mine surveying operations in shaft sinking by means of work-
ings which met] Markshaidersko-goodesichoskis raboty pri
prokhodke i uglubke shakhtnykh stvolov Ystrechnymi saboi V.
Moskva, Goagortekhisdat, 1963. 186 p. (MIRA 16(f
(Mine surveying) (Shaft sinking)

SINDAROVSKIY, N.S.; SHPITALINIKOV, A.G., "nd. ekonom. nauk;
?F,~TeIKOVP M.I.
Quality of nonferrous metal ores and the profitableness
of production (discussion of the article by B.F. Novozhilov).
Gor. zhur. no.10:17-22 0 163. (MIRA 1611l)
1. Glavnyy Inzh. Gosudarstvannogo instituta proyaktirovaniya
prodpr:Lyatiy promyshlonnosti tovetnykh metalloy (for
Sindarovskiy). 2. Glavnyy ekonomiBt Gosudarstvennogo
instituta proyaktirovaniya,-prodpriyatiy promyshlennosti
tavetnykh metallaw (for Shpitallnikov). 3. Glavnyy marksheyder
Sadonskogo rudoupravleniya (for Muzailkov).

BUTIN. V.1., Inshener; KUZALIKOV, S.S.. Inshener.
Now design of am ladmotiou oil heater. Alek.sta. 24 no-10:57 0 '53.
(KL11A 6:1n)
(Inductioa heating)

MUZAVOVA, N.I., aspirant
Roentgenological image of the isthmus and cervix uteri in
sterile women. Ped. Akush. i gin. 24 no.6:40-42 162.
(IIIIIA 17:4)
1. Otdeleniye neoperativnoy ginekologii (zav. - prof. Ye.P.
Mayzel' [IE.P. Maizell)) Instituta akusherstva i ginekologP
AHN SSSR (direktor - prof. III.A. Petrov-Maslakov).

F,U2DEKA, Gojko (Erg.)
"Problem of the highest temperature in the regulations for construction of cverhead
lines"
SO: ELEKTROFRIVREDA, Play - June 1955

Y-.'J7:~-rKk~ G.
Ecorcmic ler. ity of electric current in overhea:1 lines. p. 1
~;'LFKTRC PF?IVR-F' A. Beogr~id, Vol. 9, No. 1, Jan. 1956
SO: REAL, Vol. 5, No. 7 July 1956

KOVAC, Bela, dipl. tehn., saradniX ~L;eogra:i, P);
S I pbqd , saradn"k; 31:'% *-'...'
--- _ An, inz. F
Geiger-ALIF~r -o-.interq ris switchi!~g -11riments i% ::o;r;'--,a6ri,;-, ani
anticoincideric-e cir-ults. Jug -i9 nr,.6: 3-aprAlomen,,:
zrac 3 no.c-101~.-LC-16 Je I o-;.

~L_04136-67
ACC NR: AP6020193 LA) SOURCE CODE: YU/0009/65/000/006/0681/0591
AUTHOR: deka. Syetolik (Colonel)
Muz 30
ORG: none
TITLE: Special features of the organization of nuclear actions
SOURCE- Vazduhoplovni glasnik, no. 6, 1965, 581-691
TOPIC TAGS: nuclear warfare, nuclear weapon delivery, air force organization, tactical
warfare
ABSTRACT: The author discusses the general characterlstic features of the organization of
nuclear actions. general protective measures (navigational, meteorological, air defense meas-
ures, etc.), &.j special character of planning several sli.-aultaneous nuclear thrusts, and the
organization of single nuclear strlkes)'~ It Is concluded that each nuclear strike must be planned
separately according to the prevailing situation. Simultaneous use of several nuclear devices
requires the organization of fighting forces atthe highest level of air command. Various pro-
tective measures are of paramount importance. Any nuclear mission must be carefully and
continuously observed. During nuclear strikes sufficient means and forces should be kept in
reserve. The choice of the location of the reserve nuclear carrier and its degree of readiness

L 04136-67
ACC_WR_,AN__020193
depends on the number of strikes and other tactical and technological considerations. The
transfer of existing nuclear carriers within the available network of airports and their pro-
tection. to one 6f the main conditions for the safe and successful execution of nuclear strikes.
SUB CODE: 059 15/ SUBM DATE: none
Card 2

_tW'A
Xpd M
mw V _dt
x
pos
'
was
used to
Pt
spcc4f~- 6btaIntd-- bF the photographic. iiwthod..
--M Isoreli, ibid.--No- 41, S3-W).---'TlmF-puI
30, propor
-
a
i
f
t
Is
ieft by is lincir
iclL,
Atonal LO the mierry of th
mpli
mr
ampl;A~r'and is rcjik~mcd by', a mapet -le or- st 6ihW~i~ay
'
-..,ID5AITOgmph-, ~T~c phoWimphic film iscempo" to 6uiktfI-
d Signal tilses, w kit m is
d repmted) I
,N
C
J
.
.

to
zf

:IUZDRA&UV, G.
I
MuzdraKov, ~1. MY expr-rience in devetoping forrest shejtle~- ,,:Its. p.311.
Vol. 10, no. 10, Oct. 1955 KJUPULKi'IvI-IJ Sofiya, Bu1jaria
50; Monthly Ust of East European Accessions, ( --P*A' 1), L-C, '~'oi. 5, No. 2
Fe:)ruarjr, 1956

h7JZDW-,OV, G. - Gorsko Stopanstvo
Experiment with trimming amorphous trees ~n shelter belts. p. 185
(GORSKO STOPANSTVO Vol. 11, No. 4, Apr. 1955)
SO: Monthly list of East European Accession, (M?AL). LC, Vol. 4. No. 9. Sept. 1955. Uncl-

VC')',,('?,C,, .7 . ; MUZELAK, R . , I'V;.N, J. ;0. , *.' 'I . - , i,?*.r.-: 'N' .- 1".
Obstetrical surgery Jn matern-Ity homps In :-- o' ~-as-"-rn
Slovakia and its relation to perinatpl mortall'.y. -esk. gyn*,k.
29 no.6:545-549 Ag 164.
1. Gyn.-por. k) in. I.ek. fak. University i J. *,ii"arilk,~i v
Kosiciach (prednosta doc. dr. K. Poradovsky,

~7

-':-&I t.-Mt. A. no -U40.

iii diti d sequence-0
sta con ons !Ii
-.Aqi&tiol4:6fth 'o

74,
'rook ornitbed
q-sp4ns a aj Act T

q 1, u -&e 6btai
pw byr, 'alizati-
b toonielmumples otj.

NO
7,-t
77

1 r 10-, , - I T)
7 k` I It.' ull.'~'v I I. V. ,:-7J Z-~, 2zlf ", I I A , I . " i . 141i I- . .1 It- .
Chernisti- -
y, Analyt! c
Physico-c'-c-:rdcal analysis of are ,:I ~n Rftal~.- 'cal ~::
Zhur.anal.khin., 7, no. 1, 1~52.
9. Monthl List of Russian Accessions, Library of Congress, 1,)-'2 t$*J:;, Uncl.

14UZEVIC 0 148 1 inz.
-- -- . ---- --- - -
Organization of serial production with regard to technical documentation.
StroJarstro 4 no-9/10sI45--W 162.

S" 10 1 06
A051 /A 129
AUTHOR: Muzeymnek, Yu. A.
TITLE: The replacement of anti-slipping roller bearings of rotating
furnaces by anti-friction bearings
PERIODICAL: Tsement, no, 4, 1960, 27-28
TEXT.- An outline is given of some of the theoretical foundations for
the expediency of replacing anti-slipping bearings in roller-type supports
of rotating furnaces by anti-friction bearings and some of the demands plac
ed on the latter are listed. The author points out that in designing the
supports of rotating furnaces the body should be regarded as a statically-
undefinable multi-stand beam, which can transmit its weight to supports in
quite a non-uniform manner due to various weights of a linear unit in the
body. During the functioning of the furnace the weights can be redistribut-
ed on the supports. The main advantages of the anti-slipping bearings are
listed as being the ability of such supports to withstand substantial over-
loads and a high temperature of lubrication. Anti-friction bearin&s would
not be advisable, according to the author, if the latter are located in the
Card 1/4

The replacement of anti-slipping... S/101/60/000/004/005/005
A051/A129
supporting roller where the load can exceed 200 - 500 tons and a radial load
on each bearing of 80 - 200 t. The axial component of the load on the bear-
ing can reach values close to that of the radial one. It is pointed out
that the construction of rotating furnace supports using the anti-friction
bearings is difficult to realize, unless a high supply of stability is allow-
ed for. Two conditions must be taken into account when constructing the
supports of the rotating furnaces with anti-friction bearings: 1) constant
checking of the load on the support, 2) calculating the bearings for receiv-
ing both radial and axial loads, making allowance for the fact that the mag-
nitude of the axial load can come close to that of the radial one. The
author states that the load check can be carried out by tensiometric methods,
using ordinary tension pickups of resistance and a proportional relationship
between the tension in the walls of the body and the load on the support.
It is stressed that the assembly of the resistance tension pickups should
be conducted in places of the supporting body not subjected to axial loads,
in order to decrease the discrepancies in measuring the values under con-
trol. , It is suggested to mount two tension pickups on one arm of the bridge
scheme.-being assembled. The calibration of the bridge scheme of the tension
Card 2/4

5/10 60/000 304/ 00 5
The replacement of anti-slipping... A051 X129
pickups can be carried out using hydro-jacks, usually applied 4n assembling
and disassembling the supports. The author states that a check of the load
on the supports would facilitate the correct functioning of the furnace and
prolong the life-span of the brick lining. Galvanometers or sensitive am-
meters can be -ed as instruments for measuring the loads periodically on
the supports. -',C an automatic checking is necessary, the pulses of the
bridge schemes of the tension pickups must be amplified after which these
can be led out to the control panel of the furnace. It is pointed out that
the radial component of the load will function constantly, but the greater
axial component only for shorter periods of time. It is impossible to de-
sign anti-friction bearings with a large stability reserve. The double-row
cone-shaped bearings would have to be made with a large contact angle, but
even in this case the rows of rcllers in one bearing would function with a
significantly non-uniform load: one row would accept the greater part of
the radial load and the entire axial load. It is suggested using combined
bearings in the supports, each of which would consist of a radial and an
axial bearing. A cylindrical roller bearing with short rollers could be
used as the radial bearing. As the supporting bearing a thrust anti-slip-
ping collar should be used similar to the type widely used to-day in anti.-
Card 3/4

The replacement of anti-slipping ...
slipping bearings. It is suggested that
ly effective, since the duration of the
rectly-regulated movement of the furnace
the general time balance in the work of
3/10 60/000/004/005/005
A051 YA129
this type of support would be high-
action of the axial load in a cor-
would be only a small percent of
the support.
Card 4/4

MUGIN, B.S.
- b
UMMMw4owpive evaluation of existing formulas for the Impact efficiency
of percussion machInes. Isv.AIF Uxakh.WM.8*r.Cor.d*l&.met.1
strolmat. no.1:79-82 152. (NLRL 9:8)
(Mining machinery) (Impact)

A)" :~; ~ /Y , ~-.. S...
KUZGDi, 3.3.
Using the DorWII Iq=t testing mchine to evaluate rock br*Wdvg
streneth. fftdy Inst. gor. dels, AN xasakh. sm i:77-8z 156.
(Rocks-Testing) (KIRA 11:1)

MUZGIN, S.S.
Ways to mechanize and autorintize the operitions in7olved in
borehole drilling. Izv.AN Kazakh. SSR.Ssr.gor.dela, met. i
stroimat. no.11:51-63 156. (MIRA 10:1)
(Boring machinery) (Atuamatic control)

SHARIPOV, V.Sh..'".M111,11.
Use of trackless hAu;age at the Dzhezl--azgan Mine. Irv.AN Kazakh.
SSR.Ser.gor.dela, met. i stroimat. no.11:118-122 156.
(MIRA 10:1)
Oshezkasgan-Kine haulage)

/\/ ~ (-' : Z 67 / N11),51'3 ~
SHARIPOV, V.Sh.; MUSIN, A.Ch.; KUZGIN. S.S.; LTSWKO, I.Z.; RADCHENKO, G.A.;
TRW I UXOT, A.M.
Improvements in the technology of ore mining In Dzhezkazgan. Trudy
rnst. gar. 4ela AN Kazakh. = 2:24-43 157. (MIRA 10:12)
(Dzhezk,,%zgan--M1ning engineering)

KUMIN. -3.S.; ARTAKONOVSKIY. O.Tu.
LoadIvS oquipment for the Dzhezimzgan mine. Izv. AN lazaich. SSR.
Ser. gar. dela, not., stroi. i stroiuat. no.2:100-108 '57.
(Kining mchinery) (Ore handling) (NLRA 10-.9)

A-1 e, / Z ~T / -.),
MUZGIN,
Theory of breaking frozen ground. Trudy Inst. gor. dela Ali Kazakh.
SSR 2:124-136 '57. (MIRA 10:17)
(Frozen ground) (Marthwork--Cold weather conditions)

~iUTHOR: Muzginj 3.3. (Engineer)
TITLE: On the publication by V.A. Cherkas1hin,
"The Working of Clay and Sand Pits
(0 broshyure Kand-.Tekhn-.Nauk. V.A'.
PERIODICAL: "Meklianizatsiza Stroitellstva"
ConsTFMC!on), iV5"J, Vo1.14__Voo4,
I
100-4-9/16
Cand.Tech.3ci.,
During tile Winter".
Cb~erkashina).
(Mechanisation of
ppo23-24 (USSR).
ABSTRACT: This booklet was published by "Gosudarstven-noye Izdatell
stvo Literatury Po Stroitellstvu I Arkhitekture" in 1955'.
The author discusses the chapter, "The Digging and Breaking
Up of Frozen Clay and Sand by Excavators with Specially
Adapted Buckets". This experimental bucket is provided
with spikes to break up the material. by impact which is
effected by a pneumatic hammer 0MCIT-5. Investigations were
carried out by A.N. Zelenin who showed that tile 2-3 k9/m
impact onto the spikes of the buckEt is not sufficiently,
strong for an efficient breaking up process, Diagram No.1
shows the relation between the effective breaking up and
various magnitudes of impact. The excavator was tested qn,
light clay (14% moisture content) at a temperature of -4-C.
An impact of 10 k&lm was found to be effective. But for
1/2 this impact the construction of tlie bucket had to be streng-
thened, Diagram 2 illustrates the effect of the impact of

On the publication by V.A. Cherkashin, Cand.Tech.Sci.,
"The Working of Clay and Sand Pits During the Ter. (Cont.
100-7-9 1
4
the spikes on tile frozen ground, the spikes being Tlaced
at different distances (C/o). 7illen the spikes are 15 to
90 cm apart a direct impact of 5000 to 7000 (weight beLind
- he
the impact) is required to eliminate ridges between 4.
points of direct impact. This applies to frozen Clay with
18-19% of moisture worked with a bucket of 0.5 m3 caj~---ity.
2/2 When the spacing of the spikes lies between 10 to 12 m no
ridges of frozen clay are left between tile impact points.
There are 2 diagrams.
AVAIL&BLE:

MUZGIN, S.S.; ARTAMONOVSKIT, O.Tu.
Bulldozer for undergrowid mining. Izv. AN Xazakh. SSR. Serjojor
deU no.2:100-105 '58. (MIRA 12:
(Mining engineering) ( Bulldozers)

MUZGIN, S.S. , kand, tolchn. nauk
Transportation machinea for aperating in a caom.lex with ~moieri,;rcwnd
excavators. Gor. zhur. no.7t4l-42 Jl 164. 17: I'D),
1. InBtitut aornogo dela All KazSSA.
0

MUZGIN. S.S.
---------------
Desintegration of frozen grounds by force of impact. Trudy Inst.
gor. dela AN razakh. MM noo'3tlO7-119 158. (MIRA 11:6)
(Frozen ground)
(Mine tools)

Takhit Sharipovich, kand.tekhn.nauk; KUNMOT. Yuriy Grigorlyevich.
insh KUZGIN So Jeh- kand.takhn.nauk; TKACHEMO,
Art@ M In ylovich: TWITAKOT, Aleksey Nikhaylovich, insh.;
SHCEWAK. Georgiy Sergeyevich, inzh.-, TARASOT, L.Ta., red.;
PARTSUSLIT, V.N., red.izd-va; ATTOPOVICH, MA., tekhn.red.
[Role drilling equiprout] Karetki i agregaty dlia buraniia
stqmrov. Moskva, Gos.nauchno-takhn.izd-vo lit-ry po chernoi i
tevetnoi antallurgii, 1959. 134 p. (MIRA 12:4)
1. Institut gornogo dela AR KazSSR (for all except Taranov. Partaev-
skiy. Attapovich).
(Boring machinery)

SCV/127-59-1-18/26
AUTHORS: Bupezhanov, 9. K., Director, and Shapirov, V. Sh., and
Muzgin, S. S., Candidates of Technical Sciences
TITLE; Rail-less Machines for Mining Faces _n the Dzhezkazgan
Mine (Bezrellsovyye zaboynyye madtiny na DzhezkazganskaiL
rudnike)
PERIODICAL: Gornyy zhurnal 1959, Nr 1, pp 60-63 (7SSR)
ABSTRACT: The State 3cientific-Technical Committee at the Council of
Ministers of the Kazakh 3SR, the Karaganda State Council of
the National Economy, the Institute of Mining ~,ngineering of
the AS Kazakh SSR and the Kazakh Scientific-Technical Society
of Non Ferrous Metals organized a conference during 1958.
The introduction of new underground technology in the
Dzhezkazgan Mines was the object of special attention during
this conference. The introduction of the following rail-
less mining equipment was recommendedi a self-propelled,
2-4 drill drilling rig; a rig for drilling blast holes of
60-70 mm diameter; a straight shovel excavator, provided
with telescopic device and a 0.8 - 1.00 cu m bucket; self-
Card 1/2 propelled griper; 5-10 ton capacity trolley- and diesel

30V/127-~9-1-1~/-;6
Rail-less 'machines for "ining "Faces in the DzhezkaztT,,tn Mine
type dump trucks; 10-20 ton cal;acity self-propelled cars;
self-propelled scaffold for checking of the ceilinps, prop
assemblies. Trial op ration of a mining section, furnished
with the above mentioned machinery wa6 demonstrated to the
members of the conference. Technical dtta on the deacribed
machinery is given. There !ire 4 photos, 1 diagram arid 2
Soviet references.
ASXCIATION: Dzhezkazganskoye
Management) (IGD
Alma-Ata
rudoupravleniye (The Dzhezkazgan Mining
AN Ka.,~.:R) (The IGD A.-I) Kazakh J.5fl,
Card 212

MUZGIN, S.3 AT
!'L A. I.
-1, .
Ore leading for trackless haulage in thin sections of the
Dzhezkazgan deposit. Izv. AN Kazakh. SSR. Ser. ger. dela nc.l:
90-96 159. (KIRA 12:9)
(Dtheskazgan-Ore handling)

.. KUZGIN, S.S.
Snginaer V.M.Pe&rovls theory an rock crumbling. Izv.AN
Kazak'n.SSR. Smepr.dsla no.2:78-83 '59. (MIRA 13: 10
(Ro k ) (Mining engineering)

.A
3/123/61/000/020/033/035
AOO4-/A1O1
AUTHORS Muzgin, S. S.-,-.Artamonovskiy, 0. Yu.
-1
Tl.L-j,Ei on an expedient type of underground bulldozer
PER1,0DICAL- Referativnyy zhurnal, Mashinostroyeniye, no. 20, 1961, 4, abstract
2OTs38 (ftIzv- AN KazSSR. Ser. gorn. dela", ig6o, no. 1 [121, 59-64,
Kazakh summary)
TEXT: Ths authors describe the Erl-I (BP-1) underground bulldozer (for
reaLd levelling, cleaning the floor of mine workings, etc.) with hydraulic frame,
developed by the Institute of Mining, AS KazSSR, and the Chelyabinskiy zavod
dorozhnykh maahin im. Kolyushohenko (Chelyabinsk Plant of Road Machinery) on the
base of the c-loorn (S-100 OP) tractor. The BP-1 bulldozer can be powered
sither by a diesel engine or an electromotor. Bulldozers with diesel drive
should be equipped with a scrubber of the catalytic type or a scrubber for the
wet oleaning of exhaust gas. For operation in dead faces an electric drive is
necessary, The weight of the bulldozer with tractor amounts to 14 tons, the
length is 5,450 mm. width - 3,250 mm, height - 3,120 mm; power of diesel engine
Card 1/2

.A.
3/123/61/000/02()/033/035
On an expedient type of underground bulldozer A004/AIOI
- 90 HP, electric drive - 55 kw. It is pointed out that for the haulage of ore,
the Ell -2 (BP-2) bulldozer has been designed with a horsehoe moldboard. For
small-scale work the BP-1 bulldozer can be fitted with a moldboard of the BP-2
type.
T. Paybisovich
[Abstracter's notei Complete translation]
Card 2/2

SHARIPOV, V.Sh., kand.tekhn.nauk; MUZGIN, S.S.1 kand.tekhn.nauk; BUMMOV,
M.K.
Experimental use of trackless, self-propelled machinery in the ,
8zheskangan Mine. Gor.shur. no*3:41--44 Mr 160. (MIRA 14:5)
le InBtitut gornogo dela AN KazSSR (for Sharipav, Mzgin).
2. Direktor Dahezkazganskogo rudouprovleni ~ (for Bupezhanov)
Ya
(Dzheakazgan region-Mining machinery)

MUZGIN, S.S.; ARTAXONOVSKIY. 0-yu.
Trailing cable reeling device on self-proDelled nining Bachines.
Trudy Inst. gor. dela LN JLazakh.SSR 4:115-125 '60.
OURA 11:9)
(Mining machinery--Electric driving)

- KUZGIN, S.S.
Self-propelled machines for the deliver7 of lump7 ore. Trudy
Inst. gor. dela All Iazakh. SSR 5:119-131 160.
(KIELA 13:8)
(Kine haulage--Equipment and supplies)
(Ore haniling)

MUZGIN, S.S.
Excavator loading at the Dthezkazgan mines. Trudy Inst. gor.
dela AN kazakho SSR 71110-121 6o. (KUtA 14-6)
(Dzhezkazgan region--Ore handling)
(Excavating machiner7)

SHARIPOV, Vakhit Sharipovichl XUZGDi, Bergey Spiridonovich BUPEZHANOV,
Hukhit Kuldzbanovich; UAC KO, Artem-REEE-ay;ovich; ARTAMONOVSKIY,
Oleg Yur'7evich; KUIAWV, Arkadiy Yakawlevicla, Prini-11 uch&st17e:
KAZYMOV, D.14.; IBRAYEV, Sh.I.; ISTC14IN, S.H., otv.red.; GEIM.L.M.,
red.izd-va; SIPYAGINA, Z.A., red.izd-va; SALITSOVSKIY, M.S., red.izd-va;
MAKSINOVA, V.V., tekhn. red.
(Self-propelled machines for underground workings of ore deposits) Sa-
mokhodrWe mashiry dlia podzemnoi razrabotki rudmykh mestorozhdenii.
By V.Sh.Sharipov i dr. Moskva, Gos.nauchno-tekhn.izd-vo lit-ry po gor-
nomu delu, 1961. 258 p. (Mining machinery) (MIRA 14:12)

KCGLOP V.,K,,; MMGDI, -, s,
Choice of a dy_,_,r3 fj.- ext-a-,a-cr. lz-;, 1.11 ;~azak~..
.)-SR. Sor, Llr)r, dal-, n , . 3 -.~, -(J-~ 6A,' , ( LIRA 15 : -,
maci-.incry)

BYUYRIN, A. I.; MUGIN, S.S.
Effect of oversized pieces of ore on the productivity of an
excavator in underground mining. Tridy lwt.gor.dela Art Kazakh.
SSR 8:87-91 161. (MMA 1524)
(Excavating machinery)

ARTAMONOVSKIY., O.YU.y inzh.; MWINt S.S., inzh.
BlIldozer's moldboard for moving rocks. Stroi.i d or-ma h. 7
no.2:20 F 162. (MIRA 15.~ 5)
(Bkllldozers)

ARTAMONOVSKIY, O.Yu.,- YLUZGIN, S.S.
Linear stability of lmderground bulldozers. Trudy Inst.gor.dela
AN Kazakh.SSR 9:163-170 162. (JCRA 15.-S)
(Bulldozers)

MUZGIN, S.S.
Determining tt;t '..' a:. -,;-,;dergroarjd exc:arl',.,r. ~---d-.-
Inst. gor. delu 0 .'~aza~.h.SSF. 12'.'+','-55 lt~3. (MIRA !":P)

MUZGIN, S.S.; GEORGInT, Yu.F.; YUPATOV, E.V,
Testing the EF-I underground excavator in the Dzhezkazgan Mine.
Trudy Inst. gor. dela AN Kazakh. SSSR 10%50-63 163. (MMA 16:8)
(Dzhezkazgan District-Excavating machinery-Testing)

MUZGINI S.S.; GBORGIM, Yu.F.; YUPAT1DV, E.V.
Study of telescopic operating equipment of underground excavators.
Trudy Inst. gor. dola AN Kazakh. SSR 11:48-57 163. (KIRA 16:8)
(Excavating bachineTY)

KUNTUKOV, Yu.G.; MUZGIN, S.S.
Changes in the true rate of boring dependent on the depth of the
boreholen In boring with a perforator with an independent rotation
of the rod bores. Izv. AN Kazakh. SSR. Ser.tekh. i kh1m.nauk no.3:
65-68 164. (MIRA 17:2)

YlIPATOV,
L
~nwi ir-,i ~i n,~ .1i r~ ~ni; t
.. zhe zl,,,izg,
11 in q AN Ki zakh.
V:R A

ARTAMONOLKlY, O.Yu., kand.tekloi~rotuk; M"ZC'.14, karA.tpkhri.r~auk
Effect cf' a ~ -a .. cn -,em cn !.he prenis 1 cn -- -- cf
I
a buildc, er blade. Strc.; . i mach. 9 no.*,-.k-'-9-l,' 5- 1 i- 4' .
~~IKLRA 18-3)

Cl.' SEY , E M. , inzh
tr-.khn . nalik
Using self-propf- I led e ,l i ,,!rf~ r,'- i r. n 3
Gypsiun Combine. Cior. zn,.Lr. nr).4:6-10 Ap 165.
1. Novom--skevskiy "or YfLmpnlfsk~~,-, M11r:
AN Kazfi~hl~v-:y 7:a
or M.11--7gin' .

__ 14MGIII, S.S.; SHOLI, O.A.
Irr.restigating feeder cable eql_fpment --' salf-prcp.-le, .-'niagg
machines. Trudy Inst. gor. oeia AN Kazakh. SSR 17:93-1)l 165.
(MIP-A 18 -.9)

-~~ ~Glk -Z.IqAi. "`V~ I a ; ~,- 11'11' 1 .2.
F Pl'icier -.,y ~-. , : :.,~ a . -. -.. * , n.-f , - ". , .- , -. -, 7 rg , '- , ',!'
I-
-zlc-? 'r,-.--A-,, r~ Kaz-~:-. . .- -7,
_n the 1; -~-azgan . -
17:5'-58 165. ,, 18: ",
...

MUMIlls S.S.
An efficient syetem In 'tne *-.ower zupplying of underground tra~-kless
conveying machines in delivorles. T-Ldy linat.
dela AN Kazakh. SSR 17:106-11-~ 165. (MTRA 18 :9~or,

muz"':N'
Prospectivq t~-pe of lriv,~ of ra-lile:3s marhine3 for the
transf.ortation :,I' oro In un6prilrrun(l vorkings. Trudy Inst,
I TIT 13
gor, (Aela. AN Kazakh, - -,'35-92 l6i_ (MIRA 1'717'.

ZGIN, S.S.,
Results of the of -I-,&Aers and
trackless conv,~ylng e-:~ii'arm. F,*~ the Tlzhui7kazganskir Fzitir-
prise. Rud-v 11" J,-AglIS4 (MT-RA 1-70)
1. Institate c;f Mn-,ng, A.-a,,Iemy f S-2ler-o.-, 91-ma-Ats, U.S.S.R.

MUZON,-V.N.; ZOLOTAVIN, T.L.; GAVRIWV, F.F.; BALAYEV, V.N.
Spectral analysis of vanadium by the vapori2ation method. Zav.
lab. 30 no.6t697-699 064 (MIM 17s8)
1. Urallskiy politeklmicheskiy institut imeni Kirova.

PlIZAEOP V.D.;, L!TZ"M _V.*.'-.; VI"OCROOV, G.K.
.ect of L. flocculating
.ce-Ittling of karlim suspenoicna -under the ef~-
agent. Izv.vyv.uchob.zav.;khi--..i khi,.tekh. 4 ro.3:509-
15-11 162. (MIRA 14:10)
-jte~ ~x- c',jcs'-j-y, inctitut imer-i Fdrova, I- edran
Urallski-.- pol kaf
radiol:hJzdi.
(Kaolir.)

ZHUaV,, A.I.; MUZGIN, V.N.
Sorption of hydrolyzed ions of the elements-of the groups VII and VIII
by cation-exchanging resins. Zhur.neorg.khim. 7 no.7:17306-1735 Jl 162.
(MIFLA 16; 3)
1. Urallskiy politekhnicheakiy institut.
(Sorption) (Ion exchange resil)
*0

MUZGIN, V.N.; ZOILTAVIN, V.L.; GAVRILOV,
Chemical-spectral method ror determ"n.Ing ixpiritic-- In vanad-_um,
Zhur. anal. khim. 19 no. 1.-111-116 16,,.. ( M I , RA I ? -, 5 ",
1. Ural'skly poIitekhI'_-heskIy ..*vt,,r-d'_ovsk.

7Q

14UZHANOVe
4-
. g4,., --fty c ntrol In vpoembling trucks. Elek.i topl.tiai-a n, .-: 2-14
Air '57. 1
((.ar whoole)

S/020 62/143/001/011/03r,
L 'A B1 ON 08
AUTHORS: Arifov, U. A., Academician AS Uzbekskaya SSR, Gurich, D. D.,
lf
Mirrakhimova, Kh., and Muzhavirov, S. Z.
TITL-'-': Investigation of secondary processes caused by fast neutral
atoms of alkali metals
PERIODICAL: Akademiya nauk SSSR. Doklady, v. 143, no. 1, 1962, 69-71
TLEXT: The experimental arrangement consisted of a source of fast neutral
atoms and a semispherical collector (85 mm diameter) with a Ta target
(10.10 mm) in its center. The working vacuum was 5-lo-7 mm Hg. The faqt
neutral atoms were obtained by resonance charge exchange of Nal iGns in an
Na vapor jet perpendicular to the Na+ beam. The flux of the primary ions
was measured before and after resonance charge exchange. The flux of
neutral atoms was determined from this difference. According to the
results, the secondary emission during interaction of fast neutral Na atoms
with pure Ta targets and such covered with residual gas films is similar to
the secondary emission induced by Na+ ions interacting with Ta targets.
Scattered positive ions with high energies are observed in both cases.
Card 1/2

5/02 62/145/001/011 /030
Investigation of secondary ... B104YB108
Under strictly equal conditions, the scattering coefficient of thE neutral
atoms is higher than that of the ions. There are 2 figures and ~ refer-
ences: 4 Soviet and 1 non-Soviet. The reference to the English-language
publication reads as follows: H. W. Berry, J. Appl. Phys., 8, 1219 (1958).
ASSOCIATION: Institut yadernoy fiziki kkademii nauk UzSSR (Institute of
Nuclear Physics of the koademy of Sciences Uzbekskaya SSR)
SUBMITTED; June 17, 1961
card 2/2