SCIENTIFIC ABSTRACT NEDOSPASOV, A. V. - NEDOVODIVEV, G. P.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001136410004-1
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: January 3, 2017
• Document Release Date: June 21, 2000
• Sequence Number: 4
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

SOV/56-34-5-50/61
On the Problem of the Ambipolar Diffusion in a Magnetic Field
in publications has the advantage that the concentration of
the electrons in the plasma need not be measured. Hone*, the
decrease of D ' is not accompanied by a just an great de-
crease of the diffusion current on the wall, when the
longitudinal inhomogeneity is disturbed. There are 2
figures and 6 references, 4 of which are Soviet.
SUBMITTED: February 1, 1958
1. Magnetic fields Electrical effects 2. 1cmic current
-Neagmrement 3. He them& tice-Applicati one
Card 3/3

KADOMTSKV, b.B.; NEDOSPASOV. A.V.
[ISgUMUty of & positive colum in a a-agnetic field,
and wanomalouag diffusion] Neustoichivost' polozhitel'-
nogo stolba Y magnitnom pole i Oanamallnaia" diffuzila.
Moskva, In-t atomnoi energii, 1959. 14 p. (MIRA 1712)

MEDDSPASOV, kund.fiz.-rvit.iutuk; LOICIVSOVA. L.S.. inzh.: IVVIX.
A.Te.. insh.
CathnIo mmission in fl-urtmecoint lamps. 3vototalchnik-a r
no.9:7-9 S 059. (141RA 1)t2)
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than ')%. A. A. Z-iytsev ~-ravo -,,I. I --e anrl dl~~- th-
paper. Thc-re ar- f I'lli, -ind .-.1 4
Sovlet., I (,~-rmari, I U.K. The !J.K. -inl
referenv-s tre: V. D. F:irrl.i, Proc . n I* Ph,; s. .",o
1,)""'~; /'. 1~. t , .1. -)f' " p; I . P'll./F . , "",
V. D. Ft El .- tron'
SUBMITTED: October
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84561
S/057/6o/o3o/oi 11/004/009
1// or, //14 B006/B054
AUTHORS: Wedospasov. A. V. and Novik, A. Ye.
TITLE: Protagation Velocity of the Ionization Front ir Spark-over
in Long Discharge Tubes
PERIODICAL: Zhurnal tekhnicheakoy fiziki, 1960. Vol. 30, No. 11,
pp. 1329-1336
TEXT: The authors report on experimental studies of phenomena appearing
in *park-over,in 10 9 gas discharge tubes with a fast voltage
I v~ 1 :$> r )
increase ( 0 - 109 sec). Above all, the authors studied the ignition
processes under conditions similar to those with ignition of luminescence
tubes, without a startor, and determined the dependence of the velocity
of the ionization front on various conditions. At first, they describe the
experimental arrangement (circuit diagram - Fig. 1), and discuss the
method of measurement. The tubes had diameters of 15, 25, and 38 an , and
length@ of 47. 88, and 120 ca, respectively. and sere filled with chemical-
ly pure argon (0.5 - 10 an Hg). The measurement results are shown in
diagrams. Pig. 2 shows current oscillogramB obtained from a set of Al foil
Card 1/3

M56l.
Propagation Velocity of the Ionization Front 3/057/60/050/011/004/009
in Spark-over in Long Discharge Tubes B006/BO54
capacitor plates. These plates, being arranged along the discharge tubes
at half the t,ube diameter, had a length equal to the diameter of the tubes.
Fig. 3 shows the dependence of the displacement tine (in Asec) of the ioni-
zation front on the distance (in ca) from the ignition electrodej Fig. 4
shove the dependence of the velocity of the ionization front on the ampli-
tude of the Toltap applied (800 - 1400 v)j Fig. 5 shows the dependence
of the velocity of the ionization fi,as on the frequency of the voltage
(50 - 200 ope); Fig. 6 shows the pressure dependence of the velocity of
the ionization front (0-5 - 10 mm Hg); and Fig. 7 shows the pressure de-
pendenoe of the charge hitting I on of the lube wall. Figs. 5, 4, 1:1, and
7 (approximately) shoo ascending straight lines, and Fig 6 shows a hyper
bolic branch. In the last part of the paper the authors first discuss
the processes leading to a discharge, after which they give a theoretical
Interpretition and discussion of the resul tnAhs Man discharges between the
electrode and the walls along the tube are accompanied by ionization and
the formation of pri mary.Elasna.~The rate of* this process is determined
by the kind and prealure onW~_gas, the tube diameter the wall cRpacity
and the rate of variation of the electrodA potential. G, V _~y al and
. _Lj_
Je L. Stoly ro a are mentioned. There are H figures. I able and
Card 2/5

Propagation Velocity of the Ionization Front SN~~60/030/011/004/009
in Spark-over in Long Discharge Tubes MW13054
15 references: 7 Soviet, 3 German, 4 US, and 1 3ritish
SUBMITTED: April 20. 1960
1)(
Card 3/3

5/089/62/013/005/005/012
B102/B104
AUTHOR: Nedospasov, A. V.
TITLE: Local field inhomogeneities in magnetic mirror traps
?i~ItIODICAL: Atomnaya energiya, v. 15, no. 5, 1962, 472-475
TEXT: Magnetic field innomogeneities ieading to changes of the adiabatic
invariant 1. 2/H and caused a. g. by the ion injector in 110gra" or
V,
'10grenok" devices are considered. These changes are now estimated on the
assumption that the ions are scattered from small dipole perturbations
whose moments are parallel to the fundamental field. For
Card 1/4

Local field inhomogeneities in B102/B104
V giving the change in the longitudinal velocity component of the charged
particles, a solutiin of the kina V Y0+v is bought. T 0 ip the veiorit-j
of the ux,perturbod motion, jvj~-' also Jhj,-H., h
me 0 z
holds in first approximation. The introduction of cylindrical coordinaton
(Fig. 1) leads to
". = U
(4)
it V. Lj;
6t J..
b) (6)
Card 2/4

3/08 62/013/005/005/012
Local field inbomogensitios in B 102 Y18 104
where a is the phase angle at which the particle passes through the
plane z-0 and i is the angle of inclination of the velocity vector to a
plan* which is perpendicular to the magnetic field. f(a) was computed
2
for b .0-18, 0-55 and 0-5. The first value corresponds approximately
ith the injection angle of "Ogra" and "Ogrenok". If multiple
cattering is taken into account, one obtains for the "stochasticity
:
condition" (cf. Atomnaya(;norgiya, v. 6, no. 6, 650. 1959) the
hypothetical inequality ): d$1V1112,tpt1L. L in the path between two
scattering events. For "Ogra" et/L.,1#10- 4 and for "Ogrenok"
4, - 5. 2/1 2, lo-Iparticle@ will
Q% /L - 5-10- go that 0(~Illvy >/ 2- 10 If Al -
escape tnrough the mirror. If the field perturbation is characterized
by p - Hdipole /H fund. the approximate shape of the O(y)-curve may be
found. It has a minimum somewhere between y-0.3 and 0.5. The condition
(7) is satisfied in "Ogra" for 0-~,I%, in an axisymmetric field it is
violated. There are 3 figure*.
SUBMITTED. July 9, 1962
Card 3/4

s /089/62/013 /005/0c'5/012
Local field inhomogeneities in ... BiO2/BI04
NI
Fig. 1
4, 4

-~ - ~- j
S[05' 62/032/007/004/013
BI04YI1102
Vdovin, V. L., and Nedoopasov, A. V.
Current inatabilit of a positive column in a
y
magnetic field
'-:,i:~-CAL: Zhurnal tekhnicheskoy fiziki, v. 32, no. 7, -822
1962, 817
-'. . :B. i. Kadomtj3ev and A. V. Nedospasov (J. Nucl. Energy, part C,
:,:.as:na ?hysica, 1, 2509 1960) showed that an instability of the form
f'-'exp'i(m-f,+ kz - uA)) was established in the positive column of a gas
i;.:3,:hari7e subjected to a sufficiently strong, longitud -inal magnetic
I-elJ, ani that an azimuthal electric field was generated. A particle
drift torard the wall is observed. The critical pressures for the
appearance of these instabilities when discharges occur in He, H 29 Ne, Ar,
HE are calculated in the present paper on the basis of NedospaBov's
theory and are compared with experimental data. It is shown that the
4netabilities discovered by F. C. Hoh sind B. Lethaert (Report lIlb, 25, on
t'-Ie Fourth Intern. Conf. on Ionisation Phenomena in Games. Uppsala, 19591
Card 112

S/057/62/052/007/004/015
C'urrent instability of a positive ... B104/BI02
-1
.,,Y,3.-cfj of Fluids, 3, no- 4. 6009 1960) can be described by the method
here su,3gested. There are 6 figures.
I - B'*.: I TT ~~D :june 13, 1961
Cari 2/2

ARTSINWCH, L.L.; UDOSPAIMN p A.V.
Radial distribution of a positive colamm of plasma in a mWetic
field, Dokl*AN SSSR 145 n-o.5slD22-102A, 162. (KMA 150)
1. Prodstawlemo akademilkam M.A.Iiamtovichum.
(Plasims (Ionised gases)) (Nognatic fields)
4 r~-.J~

ACCESSION NR: AP4025926 6/0056/64/046/003/0926/09218
AUTHORS: Nedospasov, A. V.; Ponoraiarenko, Yuo B.
TITLE: Concerning the amplitude and form of strata
SOURCE: Zhurnal eksperimentallnoy i teoreticheskoy fiziki, v. 46,
no. 3, 1964, 926-928
TOPIC TAGSs plasma, positive column, plasma strata, positive column
strata, confined plasma, plasma equilibrium, growing plasma waves,
stationary plasma waves, sinusoidal strata, relaxation stratat
negative strata, critical point, critical surface
ABSTRACT: The range of plasma parameters in which strata of a posi-
tive column can exist is considered qualitatively and is represented
by a closed surface in the space of -he parameters R, I, and p (R --
tube radius, I -- discharge current, p -- pressure)o When any of
the parameters passea through this boundary the plasma equilibrium
Card 1/2 N

ACCESSION NRs AP4025926
is disturbed and the interaction between the growing waves with dif-
ferent wave numbers results in stationa,y waves which constitute
the strata. Conditions under which sinusoidal, relaxation, and
negative strata are produced are analyzed from the point of view of
the variations of the parameters on going through the critical points
in various regions of the critical surface. The need for further ex-
perimental research is pointed out. "The authors are grateful to
A. A. Vedenov and M. A. Leontovich for discussions." Orig. art. has&
2 figures and 4 formulas.
ASSOCIATION: Moskovskiy fiaiko-tekhnicheskiy institut (Moscow
Physicotochnical institute)
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ACC NRI APG033409 WURCE CODE: UR/0057/66/036/010/1758/1767
ATU-1110R: Nedospasov,A.V.
none
ORG:
TITLE: Helium dijeharge positive column in a strong magnetic field
SOURCE: Zhurnal tekhnicheskoy ftziki, v. 36, no. 10. 1966, 1758-1737
TOPIC TAGS: gas discharge plasma, helium plasma, plasma magnetic field, plasma
instability, plasma oscillation, positive column, spectrum, correlation function
ABSTRA,-r: In order to investigate the transition of the positive column of a gas
discharge in a magnetic field from the condition of current-convective instability
that obtains at magnetic field strengths close to a critical value to the turbulent
condition that prevails at much higher magnetic field strengths, the authors have
recorded with probes the oscillations in the positive column of a hot cathode helium
discharge In a 3.1 ca diameter 180 cm long tube in magnetic fields up to 6 kOe ex-
tending over 120 cm of the length of the discharge tube. Three 12 mm long 0.3 mm.
diameter molybdenum probes were mounted at different points on the axis of the die-
charge tube, and two similar probes were mounted at different distances from the axis
opposite two of the axial probes. The spectra of the signals from the probes and tho
-correlation functions of the signals from different pairs of probes were recorded.
Twenty-six of the recorded spectra and correlation functions are presented graphically
Card.. 1/2

ACC NRs AP6033409
and are discussed at some length. Three types 01 oscillations were distinguisiled:
current-convective oscillations with a discrete spectrum, which appeared as expected
at the critical magnetic field strength and behaved In accordance with the theory;
low frequency oscillations with frequencies of a few kilohertz associated with propa-
gation of waves from the axis to the wall of the discharge tube, the propagation
velocity being 3 x 105 cm/sec at a magnetic field strength of 5.6 kOe; and oacil-
.1ations with frequencies of several tens of kilohertz, which first appeared when the
magnetic field was slightly inclined to the axis of the discharge tuba and was of sucJ1
a strength that the Ion Larmor frequency was approximately equal to the Ion collision
frequency. Possible causes of the different oscillations are discussed. Orig. art.
has: 2 formulas and 12 figures.
SUB CODE: 20 SUBM DAM 178op65 ORIG. RJW: 007 M RJW: 003
2/2
-or

NEDOSPASOV,_!.V.
Once more on Georg Foratpr. Bot, zhur. 45 no.416l7-618 Ap '60.
(MIRA 14-' 5)
I (Forster, Georg, 1754-1794)
41
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1. IMDOSTUP,-F. I.; MG-rMUMt 0. A.
2. USSR 600
4. "a
7. mwvs, Pediatriia, no. 6, 1952. 53-55
"Concerning Epidemic ?arotitis,"
The authoft describe *.heir observations on a group of patients with epidemic
parotitis in an Odessa hospital. They state that, as a rule, this disease is more
common among children of school age. 1n this InsUince, aduits comprised 3~-3,
of all cases. The epidemic u3ually assumes max. proportionF In '-'.arcn-'Aay.
Standard complications enco~;ntered have been menini-
,itis in childrer. and orcidtis
in male patients. The prognosis has been (; rd In the ..)a.lority cf cases.
Chair of Infectious Diseas~s, Cdassa Med. Inst.
9. Monthl List of Russian Accessions, Library of Congress, --ApJ11-- '453, 'Jncl.

~STEPINAV N.G. [Stepina,, 11.1.1; MOSTUP, F.I.
Jbthod for early mud treatment in pontine forma of pollomyekItle.
?ed., aktwh. I gin. 22 no.3:13-15 160. (KIRA 14 - 4)
1. Kafedra infektoiami*h detskikh bolesney (sav, - dotsent N.G.
stepina (H.H.Stepinal) Odesskogo maditsinskogo inatituta in. X.I.
Pirogovs (direktor - suluzhennyy deystell neuki prof. I.T&.Deyne1m)
I klinicheskoy infektsionnoy bollaitay (Iftavnyy vrach - L.T.
Zhidavlonko).
(BATHS, MOOR AND MUD) (POLIOMYELITIS)

STIFINAP M.G.; GONCWUL, A.N.; MEDOSTUP, F.I.
Pangotherapy in pollomwaliLls in children. Vop. Imr., fizioter.
I Iseb. f1s. kult'. 30 &a.3s26&-269 Y#-Jo 165.
(KIRA 18-12:
1. IL&fadr& Waktsianaykh bolaway detAkogo vosrasta (zav.-
doLwat M.G. SUWina) Odeaskogo mkoditainakogo Instituts I
Odeaskaya klinicheakaya Infektaionnaya bollnitsa (Clavny-y
vrach L.T. Zhidovlenko). Submitted June 20, 1963.

HIWSTUP. G.A.; FROKOFITIV, Y.N.; KHOLIN, A.I.; TSITOVICH, A.P.
Use of differential gamms "etrometry in petroleum geology.
h-tkl- 9*afts- no-21:193-201 '59- (KINA 13: 1)
(Oil well logging. Radiatioa)
4w

NEDOSTUPP G.A.
Goms ray scintillation spectrmeter for the exploration
of boreholec Geofix. razved. no.12:120-127 163.
OGRA 16% 11)

1. ~,O I i, " --J ~ t,
FACC NR.
AUTHOR: w0doetupt V. 1.
I ORG: Institute of Sava, ~Zng sere, Odessa (Inatitut Inshenerov
morshogo flots)
TITLEt Method of correlation of the lav of corresponding states for
calculation of the thermodynamic properties of real gas*e.and their
mixtures
SOURCE: Inabonerno-fisicheekly zhurnal, Y. 10, no. 6. 1966. 783-788
TOPIC TAGS: real gas, thermodynamic property, correlation function
ABSTRACT: A method of correlation of the lav of corresponding states
has been described. The method permits one to use the similarity point
and data on Boyle's curve to calculate the thernodynamic properties of
gases and their mixtures vith acceptable accuracy. The quantity I is
used as the parameter depending on the properties of the materials. Tbw
quantity A to found from equation I Origart. has: 5
formulas and 3 tables. [Based on autho s tracti (NT1
SUB CODZi 20/ SUBM DATE: OlJun65/ ORIo Bar: 003/ OTH Par: 008

r
O*(JUIiCk,* CUIIA~: Ult/OU411/tii/OJ()/Utiu/10~,O/Iu~,4
.-.i ik A. G. ; xuaos tu;), V.111. ; Luvin, G. I.
G.. -io role plzy,~ by vacanclus and dislocated atoms In Intlucod "nl!lutrupy
on the Piiyfiicii of Forro- and Antlferroma,,noL.Lij~.. i.old
;-Iy 1livo In iVCV"loVSi,,7
A.N ... i.SR. izvestiya. Seriya fizicheakayii, v. 30, no. 6, 1966, 1050-IU54
-AZ'S: film, pormalloy. magnetic anisotropy, annealing, lattice
a-..L.-tors have investi..:"ted LhO Majnetic anisotropy of approximately
films vacuum Ocpo~ilLcil lit 3 x 10 -5 m. Ili, from a
0 aied
~U~ -"ti ilAvc onto ;J,3.ALGd (2U to 200 ) glass substrates and anne. aL
erQ;-,L tci.-~~r"turos and for different lenatha of time in a 100 Oo field. Curvef,
ploz'.Ocl tau V.3~;netlc anI:.,oLropy aB a function of duration of annoal for
t.-.aL we'ru Lc~,G~sl.Lcd oil riubstrato5 uwIntained at a given temparaturo durini, de,,)o-
;.rd were aarealed at a (generally difforent) given,tewperaturo. Two 01 LhD 50
L-rVk)b aro prosentoc, curves had different shapes, depending on the parameters
some cono motonically with Increasing almealing-
'"strato and aaaaaling temperatures):
ti;-.u Loward a limitiag value of t1le magnetic aniaOtrOpY, SOMO f411 M0110t0aically, and

L 08764-67
ACC NRs AP6025131
others (including tho two presented in the paper) decreased to a minimum and then rob*
Lr,ward the initlal value of the anisotropy. It is hypothesized tnat Induced magnetic
"nisotropy is due mainly to the influence of lattice defects, and data In the liter-
azure are adduced in support of this hypothesis. A simple kinetic theory of the
m-ijavtic axiacal of the films is developed on the assumption that the anisotropy is due
to ordQred c-inins of vacancies and that during the anneal the number of ordered v2-
caaciv4 can increase as a result of ordering of initially disordered vacancies and can
(,acruasa us a reL,".t of annihilation of vacancies with dislocated atoft:i. The resultj
of t*.-.is theory were compared with the exporimental curves and good agreement was found;
it is co"cluded that ordered vacancies are mainly responsible for the Induced magnetic
aaisotropy ia t-1-a investi.-atod films. -the activation energies for the ordering anti
ana"ilation processes were found to be 27 and 18.7 kilocal/gran-atom. respectively.
.ao procosses taking place during the anneal were found to take place least rapidly
!a fllras that wore deposited on 100 0 C substrates. The greater rapidity of tae
procusseb '~a filas deposited on colder substrates is ascribed to the effect of
~;rcator mechanical stresses In those films; the reason for the greater rapidity of the
aancal procofiaes in the films deposited on hotter substrates to not understood. The
a"L..OrS QXpOCt to Invoatigate in the future the effects of Inpurities and fils depo-
bi~;ion rate on tLj-ki&etjcs of "goetle salsogropy Laductloa. OrAg. art. beat 0
anti 1 i1gure.
5,.;:; CODF: 20 SUM DATE. 00 ORIG. RRY: 001 OTH REF GOO
:./:, be

N.,MU6f!41. A., I I , , , ,.r, ~,.
~11 %r,t- "07 .:,-w- . . . -
At ,

UDOSUGOV, L,
- -----------
The jvomg guard of petroleum chemists is growing. Vn.tekh. '7
no.5M-21 Vq 163. OGRA 1616)
1. larogorlkovskiy nefteporerabativayushchiy savod.
(Novagarkil-Petroleum refine-ies-Design and construction)
(Communist 'fjuth Lvague)

ZUQSUQQV-o J1,K.
Significance of health education in the eradication of tick-born*
encephalitle. 1W.Varas, I parms.bol* 27 no*31316-118 V#46958
(MIMA 1117)
1. Is GoOkovskay oblnotnoy annitarno-opidentologichemircky stnntall
(MMMITIS. IVIMIC. prevention and eontrol
*"elan tick-borne, hPalth wduct. (Sm))
(MUM ZDWAT ICB,
In basalan tick-borne OnC**AlItIS prww. (*"))

17(2,6)
AUTHOR: Nedosugov, N id.
TITLE3 A Case of Tular,4mla llalapsp
PERIODICAL: Zhurnal mikrobio,oKii. P~i1e:.%iolorii
Nr 9, pp 12)
ABSTRACT: This is the case -iq t ) ry u f
2 years and 10 months after
Author's Summary
i immunobiolwl~,, !4:"
a relapse into tularemia .)c -Irrinw.
t,;e initial attack.
ASSOCIATION: Gor1kovskaya o~lagtnaya sar:itarno-epidemioloKiclieska.~a jtkintsi.-ih
(3or'kiy Obla3t' Sanitar.Y-Era-iemiolo4ical Station'
SUBMITTED: May 4, 1958
Card 1/1

ANTONOV, G.I.; KOSOGOLOV, V.V.; IlLjOSVITH, V.P.; VIIIO;RADOV, N.I.; ICHILIKO,
M.M.; MOLCHANOVA, !~.I.
Now design of ribbed arches with reinforced supports. Metal-urg
9 no.2118-21 F '64. (MIIU 17:3)
1. Ukrainskiy im titut ogneuporov i Makeyevskiy metallurric.-ieskiy
savod.

VOROSHIWV, Yu.j.; IWMXO, &A.
Use of mineral fuel and related changes iz the zatural envirmimnt
Okhr. prire i sapov. del* v SSSR no. 60-14 160. (MMA 1,4:5;
(Fly ash) (Atmosphere) (Geochanistry)

_MWUMN,_a,,_k&nd.voyeruiykh nauk, podPOlko"ik lntend&ntsioy aluzhby
Cadet becomes an ofi'icer. Tyl i anab. Sov. Voor. 31l 21 ne.11:
35-37 N 161. (MIRA 15o1)
(Rusaia-Armed forces--Officers)

I
, ~ 1 0 . I , . ,
F 'A I -. , .
. , Irr . , , 1, *
bol . I' r I . . - i 1~ .
. . M. "'!ft i , .. . . -
W . ~ ~, r - .. . -1 :

NEDOVESP P. F.
Nedovest P. P. -- "Automatic Regulation of Cutting Processes." Min Higher
Educatlan USSR, L'Yow Polytechnic Inot, L'Yov 1955010sertation for
the Degree of Candidate in Technical Selenceal
SN Knizhnaya Letopial, N.. 23, Moscow, Jun 55, pp 87-104

-9/112/59 100(.10
A052/AVD,:~
I-anslation from~ Referatlvnyy zhurnal, Elektrotekhnika, -9059, Nc
34732
AUTHOSS. Rabinovich, A.__N,, Nedoves , F, P
TITILE Automatic Control 1H of the Cutting Fro,-esn
PEPIODICAL: Nauchn. zap. L'vovsk. pol I tekhn. In- t, 1T,8, N,: 41,, pT. 20'-
TDC11. Some automat.1, cltting speed control -:ircults for lalne~ are
r-onsidered, An Installation with an elecll.rl~ pi-kup whl-n pr,:,-J'Ide.-, ar. a.,:,mrt*
-,-~,'Lng speed control a+ a constant. or s-~ightly changing power ~~orcump*,,,,r,~
main motor at a g1ven feed rate is investigated in detall. Tn. poW_r pl kj~
consists of a 0.5-class &static wattmeter with a paddle fixed
paddlo --hanges the network circuit tnductance whIch determlro-~~ In- pr-:z4:-,
ab--~nce of generatior. ,f thp Ioutle drivIng os-Illator Gr. ",-2C M- f"-ej,,&.- -i c j
reittys open or contactors whl--h cntrol the reverslbi~ I:V-..
Plp-IrIc motor of .he 5ervomtt-:)r. The utting prD:,~ss under
-~)ndl*lons Is -:)nsidered. Therp ar,? 14
111u.9tratlons
rr-uislator's no*.e rhis is the Pil' t ranslation c-f the or1.jz-,-- -4: zL:
N: ard l/ 1

GAL'BINSHTEYN, Z.N., insh.; TLIINA, N.F., insh.; NAUKNA, M.V., inzh.;
FIL[NA, T.A., insh.;KHODOS, M.M., inzh.; GOLIDMAN, Zh.I.;
FCALAKH, V.G.; SnSAREV, KM.; VU-IFSC3, U.S., inzh.;
KOW)TANTINOVA, L.A., '.nsh.; SKOIEUVA, A.M., Insh.; TELIMNA,
YG.V.P Insh., KHETFETS, L.S., Insh.; SELENEVICR, A.S.;
_&V.; VOLVVA, A.Te.; WVITSKIY, L.M.,
NRD(jjWj_9, - nauchn.red.;
XMDOV, S.F., red.; HWT(YrSKIY, V.K., rod.; G(-RDFTYV, P.A., red.
Izd-va; TUDINA, L.A., red.izd-va; VDUVENKV, L.I., red.1zd-vPk;
GOLIBERG, T.M., tekhn.red.; KORDSKGVA, N.I., tekhn. red.
(Album of now construction equipment recommended for Rdoption)
Allbom novol stroitallnoi tekhniki rokomenduemol k vnedreniiu.
mosirva, Goestrolisdat, 1963. No.l.lInctustrial construction] Pro-
myshlennoe stroitellaty. 116 p. No.3.[Construction for tranporte-
tion purposeal Transportnoe stroitellstvo. 91 p. No.4.[Rural
construction] Sellskoe stroltellstvo. 71 p. No.5. (Building
materials, products, and elements] Stroltellnye materialy, Izda-
liia i konstruktaii. 41 p. No.8. [Construction and mad machinery
and equipment] Stroltellnyo i doroshnye mashiny I oborudovanle.
104 p. (MIRA 16:8)
(Building materials'; (Road machinery)
(Construction equipment)

XI -a

L
:t~
j
C
44,

.
4ft'.

.]ILv
it

w,-9
76-
125-32
chumin. I
Rus#W
I -M~d, #a dat&rijaino tho ral&V--v itktonaftles

A UTH OR 3 t Dzhelepov, B.S., Zhukovsciy, N.Y. , ';edcves~v,
G.Ye.

""'5'
152,151
'ITLEa '~-izluche,ly, E,
The r-Radiation of Eu
PERIODICAL: Izveati3* Akad. Nauk SSSR, Ser. Piz., 1957, Vol. 21, Nr
pp. 966 - 972 (VSSR)
ABSTRAM f -radiation of Eu152, 154 was investigated by many scient-
The
I
ists, but the complexity of the ~' -spectrum and the great in-
l
2 induced the authors to re-
terest shown to the nucleus of Eu
~ectrum of the isotope mix-
J
peat the imsiWtion of th
0
ture of Eu 9 by means of an improved "electron". The con-
ditions of -his work are described. The form of lines and the
graduation according to energies are shown on fik-.ure 1 and the
experimental curve of the spectril sensitivity of the "electron"
figure 2. The experimental curve of the ~-spectrun
is shq"
?~
,,
,
of Eu is represented on figure 3. According to the taxing
into account of the dependence of the form of lines on the ener-
gy (figure 1) the C-spectrum, after drawing off the basis, is
decomposed into Individual components. Figures 4 to 7 record
such a decomposition for the sections Ht - 1400 to 2250,
Card 112 2 800 to 4000, WW to 500D and 5000 to 6 300'G a . c -n . The summary cu rve

The -Radiation of Eu152, 154
AS,-)'OCIATIONs
AVAILABLEo
Card 212
imam
49-7-8/21
(the sum of the individual components represented :,y t:-.-n .1nes)
on the whole agrees within the statistic limits witri the exFeri-
mental points. The obtained energy- ?--lines and their relative
intensities are given in table 1 together with the data of other
authors. The difference in the intensities in certain domains is
to be explained by inexact work of the "electron" under its old
wofting conditions. The last works performed witri *he source of
Eu brought about a considerable clearing up of the isotope
decay of Eu152 and Zu154, but it was not yet possible to con-
struct a final scheme of the decay of these isotopes. The values
on the relative intensities of the X-lines, which were obtained
by the authors, together with the values obtained by other author
make it possible to determine the multIfields of the ~--transi-
tions (table 2). There are 2 tables, 7 figures and 48 references,
6 of which &re Slavic.
Radium Institute In. V.G. lChlopin, AN USSR (Radiyevyy inatitut
Imeni V.G.ailopina Akademii nauk 333R
Library of Cqngress

C% 6.

L

scow
*(L)

7 (4). 7 (5), 21 (9)
AUTHORSs Dahelepoy, B. S., Ivanov, P. B., BOV/40-23-7-1/31
Nedovesov. V. G., Chuain, V. G.
TITLEs 11agnstio a-Spectrometer (Mainitayy at-spektrometr)
PERIODICA.L: Isvestiya Akademii nauk SSSR. Seriya fisicheskaya, 1959,
Vol 23, Wr 7, PP 782-787 (USSR)
LBSTRACT: In the introduction of this paper, it is pointed out that most
*spectrometers work with inhomogeneous magnetic fields, and
that their resolvi power in different (half-width of the
lines 0.05 to 0.061) and their light intensity is low
(aperture ratio 0.01 to 0-08 % of 410. The purpose of the
preBent paper Is to develop an A-spectrometer with a m"ving
power of 0. 10 % at an aperture rat I o of 0 - 3 % of 4 jr - Lri the
first part of the paper, the experimental arrangement
(electromagnet with its screening and current supply,
evacuation plant, accomodation of the radioactive sources, as
well as the geometrical oontrol of the at.-ray) is described In
detail, and supplemented by figure I (pole shoes) and figure 2
(chamber). The second part deals with the measurement of the
axial-~yam trio magnetic field. This focusing angle in indicated
Card 1/3 with W ;F, and three papers wm mentioned showlaT that

Magnetic %-Spectrometer
SOV148-2 3-7-1/51
spectrometers of this typo have the most favorable relation
between resolution and light intensity. For the axial component,
an equation is given in which the coefficient 1~ determines the
focusing properties of the field. The influence of the
nagn1tudo of 0 on the width is discussed, and the measurement
of the topography of the magnetic field by means of a rotatable
coil is dealt with. These measurement results are shown in a
diagram (Fig 3). Another diagram shows the topography of the
magnetic field in dependence on the position of the screening
rings on the pole shoos (Fig 4). The II.-particles are recorded
by thick nuclear photoomulsions. The last part deals with the
determination if the characteristic of the oJestrometer. It was
carried oul with a Po 210_ source, and the half-width of the
lines amounted to 0.1 %. A variation of the solid angle did not
show any influence, and the variation of the half-width of the
line caused by a change in width and height of the source
followed theoretical formulas of a previous paper (Ref 10). A
diagram shown the dependence of the resolving power on the
aperture ratio of the spectrograph (Fig 5). B. P. Shishin took
Card 2/3 part in the adjustment and calibration of the instrument. The

Magnetic &Spectrometer
SOT/48-23-7-1/31
authors thank the collaborator K. 1. Yakovlev for ths%M0ft4rft
hobamt 2W tw measurement of the mWetta field by the method of proton
resonance, D. M. Z1v and V. V. F*dorov for the preparation of
the polonium sources, and also A. F. Zhdanov for him help in
the preparation of the phatossulsions. There are 5 figures sad
10 references, 2 of which are 3ovist.
ASSOC 1A1 ION: Radiyevyy inslitut im.
(Radium 1natitute imeni
Sciences, USSR)
V. G. Khlopins. kkademii nauk 3,;3R
V. G. Khlopin of the Academy of
Card 3/3

7(4),7(5).24(7) T
AUTHORS: Dsholopov, B. S., Ivanov, R. B.9 SOV/48-23-7-2/31
sedov*sov, V. a., shishin, P. P.
TITLA: The a-3p*ctrus of U233. (s-spoktr U233)
PHRIODICAL: Isvestlya Akademii nsuk SSSR. Seriya fisichookaya, 1959,
Vol 23, Wr T, pp 788-T91 (USSIR)
ABSTRACT: The Introduction mentions a paper by F. Amara who detected
three a-groups of U 233 by means of a magnetic a-spectrometor
of the sector type. In the following L. L. Golldin et al.
showed in an exact investigation of the a-spoctrus of
9233 that it to composed of five lines. These lines are indie
cated, and it to ascertained that the last throe of the@*
lines cannot be calculated by the known formulas for the in-
toneity of the a-transitions. In 1958. the authors carried
out investigations of the a-spectrus of U 233 by means of the
a-spectrom*t*r described in the first paper of thin issue;
theme investigations pernitt*d a more accurate determination
of the Intensity of these throe weak lines. 11tctrochenically
Card 112 plated U 233 on platinum was used as a source. The measured

The a-Spectrum of U233
SOV/48-23-7-2/31
values are compiled in two diagram@ (Pigs I and 2)1 table@ I
and 2 compare the values with those obtained by other author&
The rwoults show that If there in an a4- line this Is very
week. The a5- line Is formod by a tiansition to the 316 kov
level, and Its Intensity shows that this In a transition of a
singl*-particle oulted level. The quantum numbers of these
transitions art dealt with In detail, and finally a &chose of
the decay of U233 and of the levels Th 229 Is given (fig 3).
The authors thank Tn. T. Pusynovich and Ve go belaytv for
their help In the measuresents, and L. K. Poker for the dis-
cussion of the results of their work. T1wre are 3 figures,
2 tables, and 9 references, 6 of which are Soviet.
ASSOCIATION: Radiyevyy Institut im. V. G. rhlopina Akadesii nauk SSSR
(Radium Institute imeni V. G. Xhlopin of the Academy of
Sciences, USSR)
Card 2/2

-2e/' 6?Od
S/ /04Y60/02 4/0
Boo6 014
B
AUTHORSt Dshelepov, B. 5 Ivanov. R. B,
cK_TU__
Puzynovi- T
TITLEs Alpha Emissio of U253
___7?
PERIODICALt Izvestiya kkademii nauk SSSR,. Seriya fizicheakaya, 1960,
Vol. 24, No. 3, pp. 2',8-260
TEXTa The article under review was read at the Tenth All-Union Confer-
ence on Nuclear Spectroscopy (Noscow, January 19 - 27, 1960 ). The alpha
'omission of U4)) was measured in 6 series by means of an a-spectrometer
(two different u233 sources). A brief description of results is given.
The spectral region between 4.7 and 4.8 Nov (first series) is illustrated
in Fig. 1, the region between 4..6 and 4 75 Nov (fifth series) In Fig. "I
and that between 4,4 and 4.7 Nev (sixth series) in Fig. 3 In addition to
the known lines, transitions at 29, 72, 126, and 195 kev w,-rp I-tected.
Besides, a particularly indistinct peak was found at 145 kev intensltj
!EO.01 per cent). All results are sum-arized in a table. L4--
Card 1/5

Alpha Emission of U235
5/048/60/024/nA"rII",--I
BOU6/BC14
energy of th Th2291evel intensity of characteristics of prol.i1i'L-:,
Ek ~V) a - transitions the Th2291evel F
K
0 83 5/2 5/2 1,q
29+ 2 O-WO-08 5/2 5/2 20C,
42-3 14.6 5/2 7/2 + 5 F
72+2 0.28tO-06 5/2 7/2 19(j
97 1-5 5/2 9/2 + 24
1202 0.08t0,02 5/2 9/2 280
(145+5) 40.01 712 -.'700
163t2 O.OV0,02 5/2 1112 2uQ
195t3 0~015tO-05 5/2 1112 r)OC
~240!5) t O-OC,4 ( 5/2) 15/2~ -1200
3102 0.033+-o 006 3121 50
(3605) !~ 0 004 - ~5/2)
"he level scheme of the decay U235-vTh229 is s hown in Fig. ; Th-

uthors thank L.
L, Gol'-din and Nov
ikova
f or a upp ly i n.,
t he U2
:
ard 2/3

Alpha Emission of U233
3/048/60/024,/-A"-' I'll
B006 11~n 1 A
source, L. Y. Poker for his discussions, Y._A,_,jejjakav--and V. X-
--Duelayev for their assistance There are 4 figures, 1 table, and 3
referen-ces, 2 of which are Soviet
ASSOCIATIM Radiyevyy inatitut Im V G Khlopina Akademli nauk SSSH
(Radium Institute Imeni V G. KhIppiji -of the Academ-Y of
Science!.L USSR) -K
Card 3/3

767
3/056/61/041/006/006/0~4
0 B108,/B138
AUThORS: Dzhelepov, B. S., Ivanov, P. B., Nedovesov, V. G.
TITLE: Alpha-decay of Pu 259
PERIODICAL: Zhurnal eksperimentallnoy i teoretichookoy flziki, V. 41,
no. 6(12), 1961, 1725-1728
TEXT: The authors studied the a-spectrum of Pu 259 by means of A do~ble-
focusinF magnetic a-spectrometer. Besides the wellknown a-lined, lines
corresponding to transitions to the levels 104, 198, 224, 299, and
possibly 243 kev have been detected. The mea urements are given in
Table 2. 1 decay scheme is suggested for pU219 (Fig. 2). The 44thors
thank L. L. GoIldin, G. I. Novikova, V. A. Belyakov, and V. S. Dalkyev for
their help. There are 2 figures, 2 tableaq and 9 references: 5 $oviet
and 4 non-Sovlet. The three references to Znglish-l&nguage publibations
read as follows: D. Strominger et al. Table of Isotopes, UCRL, 1928, 19581
F. Asaro, I. Perlman. Phys. Rev., 68, 8289 19521 J. 0. Newton. Ndcl. Phys.,
345, 19571 1, 218, 1958.
Card 1/1

239
Alpha-decay of Pu
3_'*07'
S/05 61/041/006/X6/054
BIOOYB138
ASSOCIATION: Radiyevyy institut kkademii nauk SSSR (Radium Institute of
the Academy of Sciences USSR)
SUBMITTED: June 12, 1961
Legend to Table 2: (1) number
of the line, (2) level energy,
kev, (3) transition intensity,
per cent, (4) forbiddenness
factor, (5) transition from
Pu 240 impurities to the
4 + level of U 236, (6) impurity
U 233
V %
1 72 1.7
13 0 A. I
all 51 5. 7
tt
go 84
] 0 95"
038
24 104 0 030 j(Kj()
:
as Pu
O"Clox Haypown V RAPR I'll
150 0,018 F" ~
Z t70 0,008 121X)
190 0,008 wo)
224 0. OUR 5811
243? -0, 0n3 I 2W
all 299 n.OD4 .36()
an 61 npoomeci, U- (ocsinamoo nepexoa)
424 ().0(n :4)
Card 2/1

0092
8/048,/62/026/008/002/028,
B102[BtO8
A'01 OHS. Ivanov, R. B., Krivokhatskiy, A. S., and Nedovesov, V. G.
TITL-;-: Measurement of the alpha particle energies of tome curium
iaotopes
PIRIODICAL: Akademiya nauk SSSR. Izvestiya. Seriye, fizicheskaya,
v. 26, no. 0, 1962, 976-978
T EXT -. The alpha transition energies of Ca 2429243,244 were determined by
means of photographic emulsion plates. In four series of measurements the
21ates were exposed to the Cm alpha particles as well as to a Bj212 source#
whose alpha decay energies are known exactly. The magnetic field strength
was kept constant with an accuracy of 0.01fa. The following mean alphri-
transition energies (kev) were obtained:
CM 242 EM . 6115 t 1 aa - 6071 + I
CM 244 'EM a 5806 + 2 Za a 5763.t 2
Card 1/2

3104"1"21026100810021028
Yeasurement of the alpha ... 7B"
B102 108
J~m 2 4 3 :three groups with Ea . 5991 + 3, 5784 L 3t 5739 1 3. These
values are somewhat higher than those obtained bjr other authors
,,c-trominger et &I. Tables of Isotopes UCRL-1926. April 1958). There are
2 figures and 3 tables.
Card 2/2

BZWVP L.M.; DZHELLPOV, B.S.; IVANOV, H.B.; KRIVOKHATSKIY, A.S.;
NEDOVESOV, V.G.; CHECHEV, V.P. .
,Y -Deeay of Cm245 M Cm246 . Radiokhiniis 5 no.3:394-
395 163. (KRA 16110)
(Curlum Isotopes-Decay)

IVAIIOV, R.B.; KPJVOIGiATSKIt, A.S.; KRI-'103CY, L.M.; NEDOVFSOV, V.~.-i
YAKUNIN, M.I. -
Determining (T6L) %241 half-llf,~ poriorl. Atdp. c.-nerg. 1~ n0.41
322-323 0 '61. (MIRA 1,:11.1

DZHELEPOV, B.S.; IVANGV, R.B.; NEDOV&SOV, V.G.; CHECHEV, V.P.
0(-Decay of curium isotopes. Zhur. E,ksp. i teor. fiz. 45
no.5tl360-1371 N 163. (PURA 17:1)

B"NOV, 1. A. ; IVANOV, R. B.; KRIVOKHATSKIY, A. S.; NEDOVESOV V. G.; SILAuTtyEv, A. N.
"Ga=& Radiation& of Cm 242 and Cm 2143.. ~ 0 1
report submitted for All-Union Couf on Nuclear Spectroscopy, ThIlial, 14-22
Feb 64 .
Radiyevyy Institut (Radium Inst)

ACCESSION NR: AP4037560 6/0056/64/046/005/1517/1524
AUTHORS: Dzhelepov, B. S.; Ivanov, R. 13.1 Nedov*sovo- V. G.
TITLEi Alpha decay of Pu-241
SOURCE: Zh. eksper. i toor. fiz., v. 46, no. S, 1964, 1517-1524
TOPIC TAGS: plutonium, Alpha decay, Alpha particle spectroscopy.
level transition, decay scheme,
ABSTRACT: The a spectrum of Pu 241 was investigated with a magnetir
a spectrometer with beam focusing at an angle TV7. The measurement
procedure was similar to that used for curium earlier (ZhETF v. 45,
1360, 1963). The data obtained on the relative intensities of the a
transitions in each plutonium isotope (table 1),together with resolu-
tion of some of the lines, yield 3 level schemes fur the a decay of
241 243
Pu and Cm Several arguments are advanced against one of the
Card 1/4

ACCESSION NR: AP4037560
levels (level a) and in favor of the other (level b). Orig. art.
has: 3 figures and 2 tables.
ASSOCIATION: None
SUBMITTED: 22Jun63
DATE ACQ: 09Jun64
ENCL: 02
SUB CODE: NP
NR REP SM 003
OTHERs 010
Cora 2/4

ACCESSION NR: AP4037560 ENCLOSURE: 01
Tabulated experimental results
2 Ta~Awmnn sun%mon y jjm~
HOD"" nzrquw~
M A.M. MOMP:.7 uppow.
ownew"
Ce" W X1. k~V
ss~u kov
%
5042�4 1.5 to's
5020 0j 5(YM 0. 1
3 Pu", 4473� 4 1,4 �0.3
Pumn 4R% 76 3 75�2
OAM 75 4A1FJ4 83t8
U"l 4W 25 4862�4 13�3
7 1199" 4OW 24 4&W � 3 25�2
PUNI 1. 1 * 0, 3
I line number, 2 - Isotope to which the alpha transition Is
assigned, 3 - tabulated values, 4 - relative IntenBity In,the given
isotope, per cent, 5 - our data
Cord 3/4

ACCESSION NR: AP4037560
ENCWSURE: 02
JAI
Pa Ps % I,
Ji /f f Air 1.1 1j
% Ir
im
icy 1. air r6 I/ Ij q.j 4j
.U1
J/1 ------ J/1 1/1
a /j J1 ApI1.14f
J/1 1z./,fj---/ ~il ii IT /a..r v 0
Ar J/ * IIJ-.r
Y k:W at
711(jw. lit Ar JA wo
IAM
b-
fro / /4,
v
-f-1-6
41 Jim
A&C.r w
Variants of alpha-decay schemes of PU 241 and b) and of CM243(c).
I - Energy of transition to ground state ~&2 + x keV
card 4/4

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1+ r E - , I I . . , r . z . t. I r,- ~ ~
, - - L -; , - - " v , I ,j

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nam dlowsb*Llm# " ammaw 1A M44A. am 4"at tw mmmums 4d
3m jfi~ Is UUM.

30VI 49-58-12-6/1?
AUTHORS:Kondrat'yev, K. Ya. and Nedovesova L. I~
TITLE: OW tho Thermal Radiation of in the Atmosphere
(0 teplovom izluchenii uglekislogo gaza v atmosfere)
PERIODICkL-. Izvestiya akademil nauk SSSR, Beriya geofizlchealaya
1958, Nr 12, pp 1470-1476 (USSR)
kBSTRACT: It was noticed that the carbon dioxide gas shows the
intensive absorption band in the infra red end cf the spe--
trum and therefore the thermal -adiation of this gas repres
ents a significant factor in the general radiation of -,he
atmosphere. The purpose of this work is to determine the
transmission function of the atmosphere at the 15 V band of
the spectrum and to apply this function for the determinat-
ion of the relationship of the thermal radiation of the car-
bon dioxide and its concentration. The band 15 ~L is the only
one which takes a part in transfer of thermal radiation The
determination methods of the absorption in this band were in-
vestigated by various authors; some of the results are Kiven
in Fig.1, where the relation of the absorption to the quan-
tity of C02 is shown. A function (1) caLn be derived for
Card 1/3

SOV/ 49-58-1~'-6/17
On the Thermal Radiatijn of Ca-rbr, Dioxide in the ALM03pn~.-re
these results. However, the formula (2) could be applied in
the general case, where (Pi) and (P F) are ttie transmissian
functions for the direct and d;-ffuse radiation respectively
(6 - angle of zenith). It is possible to determine the
value P for every u but the author cDnsiders that a
better m9thod could be applied based on Eq.(3) where tne
diffusion coefficient 0 could be considered as equal to
-1.80 for the la-rge values of u. For the small u (razir, ing
from 10-2 to 10-3cm), the value of 0 becomes variable.
Therefore the calculat,ons could be based on Eq.(2) for tne
exact value of P F ' a-nd on Ea..(3) for its intermediate
values. The result of the cal-ulatiin is stiown in 2abie I
Eq.(4) can be applied for tne calculation of the coeffi,:ient
of absorption of water va;jour , n the bai.-d c f t ne s ~,e- tr um
12 - 18 IL (Ref 7). In order to le(Iuce the c(,ef,'i(-ier.t for
the CO 2 1 tne relat,Jnsnii) (5) can be appli-A Fftliq 'he
transmission function for tne m--xtuxe of CO and h,0 in the
c
band 15 11 can be found (an exami,ie is sr,-)wn in Table 1) The
values of u . related to both. 6ases ca-n be determined
Card 2/3 from the formulas (6) and (~)., It can be estimated tfta. the

.;07 / 4 9 - ED /I
On the Thermal Radiation of CarDon D.Dxiae -'n tae AL7aos,rero~
coefficient defining the percentat~e of the LhermEl ridia-,iun
aT4 for the 15 1A ba-nd of the spectrum is equal tc 11 1 .0.;--,b4
Therefore the total thermal radiati n of t.,-,e 'cr
this band can be calculated, The results of tniA raI-,Iat~lon
are shown in Table 2 for 2 atratifications I - npar f-;~e
ea-rth surface and, II - free atmosphere. TberE~ ar-
1 figure and 7 references 3 o f the re f e ren.- e s are 6(-)%
3 are English and I is Czech
ASSOCIATION: Leningradski7 gosudarstvenny-y unaversite'~ i1r. A A
Zhdanova (Leningrad State University. im. A. A. Zndri.,)-,-)
SUBMITTED: October 18, 1957.
r1ard 3/3

Stratigrai,hy of the Akzhal series in the Chu-Ili Mountains.
Izv. AN Kazakh. SSR. Ser. gool. no.2:26-34 161. (MIRA 14:7)
(Chu-Ili Mountaine--Geology, Stratigraphic)
A.

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uxwvizly, I.N.; BASS. A.L. rodaktor; SWOLuRTSZvA, S.L. rodAk-tor;
A--~ VAIMAWYA, T.Tv, tekhatcheekly rodaktor
12&Pid drawim of low-c&rbou stool wire) Skorostnoe Tolochenio
niskamiglorodistot stal0not prevoloki. Moskva, Go@. muchno-tokhn.
Isd-wo lit-ry po ehern*i I tovetuot mt4alurgit, 1954. lpe p.
(Virs) (NLRA 7-R)

71
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AUTHOR; Nedoviziy, I.N. , EnFineer.
TITIZ: Slott A Screens for Ore Beneficiation (Shcneievi tr,yye .1ta
dlya ogashcheniya rud)
PERIODICAL: Stal', 195/, Bo-9, pp. 850 - 854 (USSR)
ABSTRAM. The design of Blotted sieves and the choice of dimensions
of working rods are discussed and the technology of their pro-
duction is described. It is concluded that due to a large
sieving area and high strength, as well as lack of tendency to
blocking and a large wear tolerance, slotted sieves possess many
operutional advantages: large throughput, long service life and
minimum losses of beneficiation products into slurries. The
existing design and materials of construction of the sieves are
not considered to be rational; stamped rods should oe replaced
by rolled ones and brass b.y carbon steel with increased anti-
corrosive properties or stainless steel. There are 2 taLles
and 5 figures.
ASSOCIATIOV: Scientific Research Institute of tlie Wire Industry.
(N.-I Institut Metiznoy Promyshlen-io5ti)
AVAILABLE- Library of ConF-,ress.
(;ard 1/1

F'ERIODICALi

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0 60
j0
447

El'flciency of
drawing, arid results Irl -,-~onomy ul' metal.
~4) The cost o1' one linear meter of 4-mm diameter,
Inished wire Is 50% lower tnan I meter of
6.5-mm diameter rolled rod. There are 4 ,'Iezures.
ASSOCIATION: Scientlfl,~ Re.3t-arcri Iri.;tlt-te ,,f liardwa:,e Ir,dustry
(Na,-Acnrx(.)-1;3alt:~dovatf~1 '.ikly I r1s t it 'At mf-tlznoy
promyihieritiontl
Card 3/3

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:AT, Refer,itivn-f, z:i-;r-,,a I
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TKYT Me I rav. I nji. t! t. v; a i
! ~, n t ~)rily possl L Ile but as lpnlrablp, ir, t
.r,t-.Irig mills and t- ,ijt tf,e p()vipv t ' r. .71,,
:ato temperature t-y the m-t-i- !:-,
thar, the methDds appllp(li prev, ~kjsly. 7h f, I -~)t'
wri-n irowirig mr. K; re at '-iign
in . -an be rp-mimpritlie-I f r
Anotrarter's note:
t:.,
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NEDOVIZIT, I.N., inzb.; GELIFAND, I.M., Inzh.; ALITER, V.P., inzh.
Uming an electric model for teaperature determination In the
center of defopation during drawing. Stall 21 no.6:567-5n
h 161. (MIPA 14:5)
1. Nauchno-Laslildovatel'skiy institut metisnoy promyshlenvosti.
(Drawing (Metalwork)-glectromechanical analogies)

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TITLE s CmAtImis for mAlmm somItIvIty of a Lm~tqmvtsi
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SOUNSS" =I I gm dnftk Wtst. OsobWe konstniktoriskays
i-'Wg YA. 26, ISGS, 26-26
TOPIC TAGS:. ampotometerg optic p"arty, Zesem effect, mWortic field wasumment
AUM4CT:. Napo"moters an pnmmtly balm developed which are based an optical
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ift firm the spectres tube throvo m abearp lom coll filled with alkaU metal vs-
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Card 2/2