SCIENTIFIC ABSTRACT FILIPPOV, M.V. - FILIPPOV, O.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000413120005-5
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 13, 2000
• Sequence Number: 5
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

S/030/62/000/010/007/007
D204/11307
AUTHOR:
TITUt The problems of theoretical and applied magneto-hy4ro_~'
-dynamics (MHD)
PERIODICAL: 4kademiya nauk SISSR. Vestnik, no. .10, 1962, 112-113
TEXT: A summary is:given of the 3rd conference organized in R1
by tile Institut fiziki.AkademJ.i nauk Latviyakoy SSR (Institute of
Physics of the Academy of Sciencesi Latvian SSR), during the periods
of July 2 - 7, 1962. Over 400 participants were present to discuss'.
the progress in MHD achieved isince the last meeting in 1960. In
the sessions devoted to t-he Nrdrodynamice of Reynolds' numbers~>1,
numerous lectures on th 'e dynaiaice and physics of plasma, 14HD waves,'
MD of outer space-and MHD calbulations, were given and discussed.;i
In the next part of the conference small magnetic Reynolds' num-
bers were considered, andthe discussions werq)concerned with the
MHD of conducting liquids, the boundary layerv dynamic flow and
the effect of-.magnetic fields on the manner of flow through chan-
dhrd 1/2
_5

8/0'30/62/000/010/007/007
The problemr379f theoretidal D204/D307
nels. AppliedIMHD were di"acussed separately, ~d'rticularly the the-
4
cry, constm6tion and exploitation of inductiori-and conduction'
electromagnetic pumps* PUPther disc'ussions werd concerned with MHD
generetorB aiia with the dd+.ion of amagnetic field on suspended L/
bodies and cbfiglomerates.,,
--bard 2/2

FIlIPPOY M. V.
Dissertation defended for the degree of Candib-tO 2f Technical Sciences
at the Institute of;Earth Physics imeno 0. Yu. Shmidt in 1962:
wSnepeuded layer of ferromagnetic Particles In a Magnetic Field and
Pvospects for Its Ume in Bonefiolation of Hinerals.0
Vest, Abid, Hauk-SSSR, No. 4, Moscow, 1963, pages 119-14.5

kand. tekhn. naukt otv. red:;.KIRKO, I.M., doktor
fiz.-Mat, neuk, red.; BIMALK, Yu A (Birzvalks, J.J.
kand. tekbn, nauk, red.; MYELAUSIS, O.A.[Lielausis, 0.],
kand. fiz.-mat. naukred.; TSINOBER, A.B.[Cinobers, A.],
red.; UKERNARKA, R.P... red.; SAVELIYEVA, Ye., red.;
I'EYTELIBAUM,, A., red.; IDIBERGA, A.j, tekhn. red.
[Reports delivered at the Third Conference on Theoretical
and Applied Magnetobydradynamics in Riga, July 2-7, 19601
Doklady prochitanwje na... Riga, Izd-vo AN Latviiskoi SSR.
,Sec.3. tProblems in magnetohydrodynamics] Voprosy magnitnoi
gidrodinamiki. 1963. A*08 p. (MIRA 17:4)
1. Soveshchaniye po teoxeticheskoy i prikladnoy magnituoy
gidrodinamike. 3d, Riga, 1962. 2. Chlen-korrespondent
AN Latviyskoy SSR (for Kirko).

FILIPPOV: M.V.j, otv. red.
[M~agne o ydrodynavics) Voprosy magnitnoi gidrodinam~i;
duklady. Riga, lzd-vo AN Latv.SSR, 1963 408 P.
~MIRA 17slO)
1. Soveshchanlye po tevretichoskoy i prikladnoy nagnitnoy
gidrodinamike. 3d., Rigik,, 1962,

Nomographio repmentation of a trmseendental. equation. Nom.
abor. no.2s2r,-28 164.
Nomogram for the approximate -eolutlon of a nonlinear differential
equation c'L the first order. lbid.M.-81
Use of the method nf descriptive geometry of ]'our-dixonsional
3pane 1n constructi- Plignment nomograms of fun--tions of
compl,~,x variables. lbld.i103-109 (10-24 ISO)

ON JR: AT5009763 UR/0000/66,'304/')UU-~~37
1 ippov, 14. V.(Candidate ot t-tobmiaal Bnienclea)
r,-,vraphtc detf-r-mination of fluid flow veloc -tv w,, c ti il ni- ue S
'-n~ Y A,
rrianfve i)o teoreticlifskov i or&ladnoy Lna 7
s2c:ian tya, 4. Riga, 12-
t~~lbtular f1w, fluid flow velocity, fluid velo,, it-i namc-,gram, naglieto-
ta --c. f low, cond-icting fluid f law
Tn experimental magnetoh-7drodynamics, the veloc Lty v of conductIng flUld
is xcttallv determined ty meaiij c~
!:Fe Computational use
I
ph
gg
Q-1. ~--
Cafd 1/2

"OM
"no n constant coitffiefent egial to 0.985, g i athe xceoleration due to
r, a nd
is the difference In Uw levels Of the d f e T. i Ta e
F C. - o 5s e C t I L-n s -I the Ven"lirl
5 oi th. ev_,Iocities or iiquiub
gi,ieq deta
e6
!6 formulas and 3 1 tgures.
ASSOC'AT'-ON: None
SUM, I.-Ir 'r Z ll.Ang64 RMOL: 01) SUB CODE: ME
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8 2 1 0 1 6

AUTHO R: Filippov, H. V. -6(

TI 7111: Fourth Riga conference on nagnetohydrodimamics

0 UP Magnitnaya gidrodinamika, no. 1, 1965, 154-156
TOPIC T,V~S: magnetohydrodynaudcs, laser, conference
ABSTMC": The fourth Riga conference on magnetohydrodynamics was held fmm 22 to
Qf;Lj. Over 200 papers were read at the thrf-f,

--~n of C 0 papers lealt Wi th Iarge ma
IT
3-ction -ithl smali RevnGlds r~um--rs. IIPA

4-aseous maf-,netohyetrodynamics were
upon by some authors. One Of na 'es~; :'-3- --: 7
'nation of MHD to the cooling of
A S A 10 N rione
Cord 1/2

L 6 2-':. 1- 65
A~ 34 1 AP501418,3
S UB K I 7TE D :00 ENCL: 00
NO REF GOV: 000 OMR: 000
i/le
Card 2/2
t'-ON"TE MA, 'I",
SUB COUE:

. , KMKO, 1,.M.
FILIPPOV M.V. -rehim
kand.
diAtor fiz.--mat. naiak, LIE.UETER, Ya,,Ya.
(Lielpeters, J.). kand. Takhn.. riauk, r-ed,,-. SEINON, G.Ya.,
p3d.; TEYTELIBAUK,. rei.
[Problems of magnetthydrodyna?&Ice. reports] Voproal mag-
nitnoi gidrodinamiMi [dck].a&yb Rig~, Akad.~zaak Lat-
viiskoi SbT, 1964. 1_43 p. (MIRA .18 .12)
1. Soveshchani7e po I prAk-ladnay magnitnoy
gidrodinamike,. 3-d. Rip.~ 29~,2.

Metalworkers' Inspection for an increase In labor productivity.
Sov.profs6luzy 6 no.18:29-30 D 158. (MIRA 12:2)
1. Starshly instrcktor otdola truda I sarplaty Chelyabinskogo,
oblaovprofa.
(Magnitogorsk-Metallurgical plants) (Efficiency, Industrial)

_Ej"h?&V.4 N.) z
"Control of the quality of broken stone, graveli, and sand
for construction ioroi-ks" 'by B. J. Ramzes (Ramzes, B. Ya-1,
M. L. Nisnevic (Nibneivich, M,,L,). Reviewed by W. FiliPPOV.
Stavivo 42 no. 34117-118 Mr 164.

FILIFFO N.
"The now in the teohnology and methods of eement produotione"
Reviewed bV X..Filippov. Stavivo 42 no.9056 S 164.

FILIPPOV, Nikolaj, ijiz.
Now concrete mixtureso wirmers of Soviet competition. Inz stavby
10 no. 2:70-71.1.162.

FILLPPOV., N. A.
"Combating the Colorado Potato Beetle by Treating the Soil with Hexachlorocyclohe'xane
and OtherChemical Preparations.n (Dissertation for Degree of Candidate for Agricultural
Sciences.) Moscow Order of Lenin Agricultural Academy imeni K. A. Timiryazev, MOSCOW.,
1955
SO! m-1c)36 28 Mar q6

DEVYATIBILINAYA, F.I.p agronom'po zashchite rasteniy (Pereshchepinakiy
rayon Tnerropetrovokoy oblasti); FILIJTM.-NvAj - ------
On demonstration fa=so Zashch. rast. ot vred. i tol. 7 no.1:36
162. (MIRA 15:6)
1. ZavedxKmshchiy otdolom zashchity rasteniy Moldavskogo
inBtituta aroshayemogo zemledeliya i ovoshchevodatira,, Tiraspol's
Moldavokoy SOR (for Filippov),
(P3.ants., Protection of)

FILIPPOVO N.A., kand.sellskokhoz.nauk
European cabbage moth (Barathra brassicae). Zishch. rast, ot vred,
i bol. 9 no.8:43,42 Ag 163. (MMA 16:10)
1. Institut orosbayemogo zemledeniya i ovoshchevodstva, Tiraspoll.
Moldavskaya SSR.

Scm/93-58-7-14/17
VWMR: R-,'.'AvskJy., Ya#L; SWd2odoI'okiy,, 1.0.; an4 Filipigy, N.A.
IPITTZ: Mb-thods far Greater Mechanization. of Storage Ttmk Cleez-3mg'Operatione
(raVIA -avelichenlya mekbanizatsil. zachistnykh rabot v rezervaorakh)
PERCODMIAL: Neftyawye khozyaystvo, 1958., Nr 7., pp. 64-66 (tSSR)
AMRAM., , Me article states that the GOST specificistions for vertical steel
Vxxsp iMAs ao tel, pr3vide any standards for rapid tank cleaning systems,
tank farm operators often employ a-leaning methods which endanir-r the
safety of the tanks and workers and violate the fire regulations. The an'-hors
~en` tb--ee mmabandard cleaning systems'vhich are generally used without
ill effects (Figs. 1-3). They also present a new tank cleaning system with
safety locks on th.- nozzle (Figs. 4-5)- The editor invites designers and
petrilp.-m v)rkers to co=ini their views on the subject of selecting the
bee. te.-A cleaning system. There are 5 figures-
Car'I 1/1 1. Storage tanks--Cleaning

2~7 2
S. Ll 3 NiV60o6/oWbo4/00
JR0 22r~ A1015/A129
AUTHORS: Dzhagatispanyan, R. V., Zetkin, V. I., Filippov, M. T.
TITLE: A study of the radiation addition of silicochloroform to certain
olefines
PERIODICAL: 'Zhurne.1 vsesoyuznogo khimicheskogo obshchestva im. D. I. Mendeley-
ova, V. 6, no, 2j.1961, 231 232
TEXT: The authors refer to-the reaction of addition of hydridesolanes.at
the multiple bonds of organio-compounds as being the most promising process for
the production of 4arious silicon-organic monomers of,high purity. The present
bxticle de&ls with an investigation.of the addition of trichlorosilane to nonene
-1 and cyclohexene under the action of-j - radiation at two dose rates Ugor/sea
and 123 r/seb), 25,and:i7OoC and a molar ratio of the reagents of 1:1. Co
Was the radiation source having an activity of 1,400 g-equiv. of radium. The
reaction products7were decomposed by fractional distillation. The formed c.om-
pounds were identified by the chlorine content and the determination of carbon
and IvIdrogen could be carried out by transforming the halAdesilanes into the
corresponding alkoxy-derivatives. Tables 1 and 2 show the*results of the in-
Card 1/5
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RIA SIM ~r~Oi

-q YT i;74-t
SMCHODINTSETp A.A.; BURGVp S.A.; DUKUCHAYE7,, G.M.; MINGBEY, P.N.;
FILIPPOV,, N.A.; CHAUMA, O.M.
Influence of the mmber of vaccinations on the epidemiological
effectiveness of live influenza vadoine. Vop. virus. 8 no.3t
2-86-291 My64*163. (KMA 16:10)
1. Institut eksperimentallnoy meditsiny AMI SM, leningrad.
(nUUMM-PREMTM INOCULATION)

N.A.p prof.; DAVIDSONi M.G.; FORADNYAY A.I.; STABNIKOVo
SMIMOV
)
eased]
V.N.; VEBERP M.A.; 7jLkWVICH, V.K.j KRUPSKIY,A.S,-[dec
MELAHEDOVp N.K.; SMGEv.EV, V-V.t Prinimali uclAstiye:
AMMOSOV, N.G., inzh.,- AXIMOVA, L.D., kand. teikhn. naukp
dotav; =IPPGV2 N.A., inzh.j nauchn. red.; I:VMOV,, N.Al,
OV
"
"
!
Ofi, N.N., red.izd-va; PULIKINA, Ye.A.,
T
m
prof@) red..
;
tekbri. red.
[Teelmolo of building] Teklmologiia. stroitA)llnogo proiz-
vodstva. FByl N.A.Smirnov i dr. Leningrad, (3osstroiizdats
1963., 1+35 P. 04IRA 17:2)
metal-,
MR,

KONSTANTINOV, I.A.; KONSTANTINOV~ V.I.; Flggqy~; ~.,A... inzh..,
naucha. red.; VOROMSKAYA, L.V., red,izd-va;
CHERK&SSKAYA, F.T.y tekhn. red.
(Practical methods and examples of designing railroad
structures) Prakticheskie metody i primery rascheta, zhe-
lezobstonrWkh konstruktsii. Leningrad, Gosstroiizdat,,
.1963. 340 p. (MA 17:2)

'Ar,-
FILIPPOV, N.A.
Interference-protected type of packaged codes. 1~~ Inst. vod.
khos. i energ. AN Kir. SSR, no.4:247-248 '57. (MIRA 10:12)
(Remote control)
(Pulse techniques (Slactronice))

- I /- - - - -
JrIUMvt N/.A'a
=67ies of single-impulse codes. Trudy Inst. vod. khoz. i
energ. AN Kir. SSR no.4:249-251 157. (MIRA 10:32)
(Remote control) (Palms techniques (Ilectronice))

8(0) SOV/112-59-4-7643
Translation from: Referativnyy zlu-,rnal. Elektrotekhnilta, 1959, Nr 4, p 171 (USSR)
AUTHOR: Eili pov, N. A.
TITLE-z Combination Abilities of Multi-Quality Pulses and New Elements of
Selective Switching in a Remote-Control System
PERIODICAL: I:zv. AS Kirgizskaya SSR, 1958, Nr 5, pp 65-78
ABSTRACT: The'possibility is considered of formingAG pulse combinations that
would diff er in phase, frequency, duration, first and last half -cycle polarities,
2md, finally, in the ratio of the amplitudes of opposite -polarity half-cycles.
The following information is offered: an estimation of the totall number of
combinatiOILS, a method-for selecting such combinations that are proof against
d,istortions arising in two adjacent pulses (having the same pulse sign), a
method for selecting self-correcting combinations that are proof against
d.egeneration of one pulse into the adjacent one. The schemes of encoders and
decoders developed by the author for each above ptase characteris-tia 'are
d.escribed,
Card 112,

SOV/112--59-4-7643
Combination Abilities of Multi-Quality Pulses and New Elements of Selective
The schemets include oeal-in relays, rectif. devicer, and capacitors. Also,
th-- schemeig of encoders and decoders are reported; they include the same
components and are intended for carrier. pulses modulated with various audio
frequencies that have definite amplitudes, durations, and polarities of the first
and last half -cycles. Twelve illustrations. Bibliography: 5 items.
G.G.B.
Card ZJZ
III ff!'051

FILIPPOVO Nq~e
Graphical method of time analysis of the op)ration of switching
airouits. Izv, AN Kir. SSR. Ser. est. i telch. nauk 1 no. 4:47-51
159,, (MMA 14:4)
(Switching theory)
LN FE

FILIPPOV., 11. A., Candidate Tech Sci (dies) --- "Investigation of multi-quality
impulses in remote-control signale". Frunze, 1959. 17 pp (Acad Sci Kirgiz
SSRY Inst of Power Wineering and Water Econowl), 150 copies (ML, No.24, 1959,,.
A2)
'-t4XA 4Xq'R'.'V%R RT"
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20

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4 A

KLIPPOV, N.A.
Effectiveness and distortability of multicomponent inpulses in
remote control. Trudy Inst.vod.khoz.i anerg. AN Kir.SSR no.5:
149-158 '59- (MIRA 13:5)
(Remote control)

FILIFF(W. N.A.
Comparative complexity of the mechanical reproduction of various
numbers. Izv.AIT Kir.SSR.Ser.est.i tekhanauk 3 no.6.-75-81 161,
(MIRA 15:32)
(Nuineration) (Remote control)
;ogg 4
p
tan,

S/lo3j62/023/012/010/013
D201/D308
AUTHORs Filippov, N.As (Frunze)
TITLEs Tho interdependence between the complexity
of the signal and the equipment in remote
control systems
PE RIODICAL: Avtomatika i telemekhanika, v. 23, no.''129
196-29 1680 - 1685-
TEUT: The'author attempts to analyze the complexity
of all installatio -it, as required for the production and detection
of remote control signals in the form of consecutive pulses, when
an installation for separating them ia tiine is required. The
analysle is carried out by comparing the complexity of equipment-
required for equal signal systems, formed by either single- or
multiple-parameter signals. It is shown that in cases when the
capacity of the remote control installation exceeds 32 commands,
.it is of advantage, from the point of view of simplicity of in-
atallation, to use compoeite-parameter pulse signals: this agrees
Card 1/2

~S/103/62/023/012/010/013
The interdependence ... D201/D308
with the results obtained 'by M.A& Gavrilov. The use of composite,
signals, shouldi however, bo followed by checking the reliability
of the operation with a given type of signal. There are 2 figures
and 2 tables.
SUBMITTED3 March 5s 1962.

ACC NRt TT*6028703' SOURCE CNM UR/06- 6166616667666-MR66-6-
AUTHOR: Nebolyuboy, Yi. Ye.; ]~Jlippev, No A.; Pt22!otinp V. So; a, Lo Do
ORO: none
TITLE: Progtnn~med time rels~ using contactless elements
SOURCE: AN YUrgSSR. Institut avtomatlki. MY I ustroystva diskretenogo deyBtviya. (Digital
elements and devices). Fnmze, hd-vo Mm, 1966, 3-6
TOPIC TAGS: time relay, circuit design, time switch
ABSTRACT: The authors describe a programmed time relay with an output giving 20 different
time periods, each from 5 to 100 see long, and set by the operator by mearis of a switch. The
device uses magnetic elements with square-wave hysteresis loops, a binary scaling circuit
permitting reduction of the number of elements in the whole circuit, and series scalers of the
shift register type. . The programmed tirae relay consists of a master pulse generator, binary
scaler (9 locatlonB), two-clock pulse conversion rule, 20 coding rings, two-clock pulse coder
register, 20 switches, output relay, and buttons and awitches for controlling and starting the
time relay. Multivibrator stability determines time period stability. The 20 switches imert
a predetermined prograin for emitting thne periods. The length of the n4h period Is set by

L o4903-67
M11,11-P,
ry" . . . . . .
vl

IJP(c) ',IBBZQD
XM NK: 6028704 SOURCE CODE: UR/0000/6C,/000/000/0007/0013
AUTHOR: Filippovs N. A.; Tonki-kh, 3- A.,
ORG: none Z%741
TITLE: A device for rounftg off binary munbe 16(/
SOURCE: AN Kirg�9R. rnstitut avtomatiki. uz I us stva diskretnogo deystviya, (Digital
4Y .troy
elements and devices). Frunze, Izd-vo 111m, 1966. 7-13
TOPIC TAGSr circuit designs binary number, computer coding
ABSTRACT: Telemetry and 6omputer technology sometimes round off large (multi-digit) narn-
~bers In order to store and transmit them, i.o., only a few (n) of the more significant 9
beginnitig withthe fixot are recorded or sent~, while the remaining (p) digits are replaced by
zeros, and only the number of them Is recorded. In this process the number (n) of significant
digits used detern'dnes the exactness of the recorded number. The article describes a-devIc6_
using magnetic elements with a rectangular hysteresis loop which uses less than usual amounts
of pulsed current alone. The aspects. treated are: a block diagra-m"of a-comp lete _ro_t`mdi_n_g_-_-o_ff_
circuit, the Individual location, a dynamic valve, a scaling circuit, a blocking oscillator, and
the operation of the whole device. The numbor of zeros In the rounded-off number (m) is
Card 1/2
t

,L 04904-4:57
ACC NR, AT6028 04
connected with the number of zoro-digit loontlims (p) by the rol&Uon 2m p, The range of
rounded numbers runs from 0 to 2P411 (n t: number rounded off). The structure of this device
may be easily changed by adding new binary locations one or several at a time to the locattons
for the rounded-off number; this Increment may be constant or variable. Compression of the
initJal number 1wrestses as counting elements (for the number of zeros) Increases In each step
and accTaracy in reproducing the compressed number is sacrificed. The numbers must be
transposed into the numerical system desired, I 9e. 0 binary or decimal. Orig. aft. has: 2
figures.
SUB CODE: 09/ SUBM DATE: 22Feb66/ ORIG REF.- 001/ OTH REF: 001
Card 2/2

L
SOURCE;
AUTHOR: Nebolyubov, Yu. Ye. ~MpmftasjjjA Sjav~Lko,. N, V
ORG: none
WME: A voltage-controlled pyramidal decoder_
SOURC1% ANKIrgSSR, Instittitaytomatiki Uzlyiustroystvadiskretnogodeystviya(DigttaI
elements and devices). Frunze, lzd-vo Ilim, 1966, 28-32
TOPIC TAGS: digital decoder, circuit design, digital analog converter
ABSTRACT; This decoder converts (decodes) an n-place N'--th number successively in time,
beginnhig with the most. significant and ending with the least significant digit, Into a r'Llgle-digit
number having a certala number of signs. Decoder configuration Is thus a tree of a certain
degree of complexity, In which each branching (selection) node, including the first, has a nurn-
ber of branches which equals the munber of sips In the given digital place. The speed of
response of this decoder and the amount of current which it can deliver to the final control
element, as well as the minimum current needed for switching the diodes of all degrees'of
selection, not Including the last, are determined by the type of switching diode used In the
circuit. This decoder may be used both with the untpolar circuit described In the article and
Card

L 04902--67
ACC NR- AT6028705
6
with a d1polar one, In the latter case the number of switching diodes and resistors In the f1ring
circuits Is reduced almost by half. This decoder may be partially used in conjunction *Ith
other types of contactless decoders of both pulse and voltage types. In this case the switching
diodes and the methods of turning them on may be used in several selection stages, but prefer-
ably In just the ftal, one. Operation of two circuits is described in detail. Orig. art. has: 6
formulas and 2 figures.
BUBCODE; 09/ STJBBtDATEt 22Feb66/ ORIGREF: 002
J/Cc~rd2/111
K-P
;'!(

GORDIN, I.N., insboner, rodaktor.
pILIppoy, li.A.
[Bricklaylul; by a 4-win toanj lirpichnsia kladka svenoswchetverkoi.
Leningrad, (los. isd-vo lit-ry po stroitallstvu i arkhitekture. 1953, 41 Ps
OULU 7:6)
Va-p4olelAvinr)

ROUIBLIT. Ya.l., Inshener; YILIPPOV. N.A.
Yom for the manufacture of reinforced concrete staircase flights.
Rate.i isobr.predl.* stroi. no.55:14-17 133. (MMA 723)
(Stair building) (Precast concrete construction)

kamanshohik-houtor; URPOT, Y.T.
-84!cAhl"Inlh uk, nauchnyy redaktor; UPIAN. H.;a.v
redaktor izdatelletva;-PULIIIU, Ta.A., tekhnichaskiy redaktor
[mixed team in construction of large block foundations) Komplakenals,
brigade na moutazhe krapnoblochnykh fundamentov. Leningrad, Goo..
izd-vo lit-ry po stoit. i arkhitakturs, 1956. 21 p. (MIBA 9:9)
(Youndations)

Calculation of a prestressed concrete roadway. Tr. from the Russian.
p. 1558 (Inzenyrske Stavby) Vol. 5, no. 10, Oct. 1957, 'Praha, Czechoslovalda
SO: MONTHLY INDEX OF EASf EUROPSEAN, ACCE56IONS (EEAI) LC, 170L. 7, NO. 1, JAN. 1958

FILIPPOV,j N.
Concrete reinforced with glass fibers. Tr. from the Russian.
p. 608 (INZENMD,' SUM) Vo3. 5., no. 11., Nov. 1957,
Praha, Czechoslovakia
SO: Monthly Index of East European Accessions (EFAI) LC, Vol. 7, No. 32
March 1,058
ql

FILIVIOV, N.
TECHNOLOGY
periadicals: INSEIMM STAVBY Vol. 61 no. 11, Nov. 1958
FIU'PPC)V, N. A new technology of concrete mixing. Tr. from the
Russian. p. 602.
Monthly List of East European Accessims (MI) LC Vol. 8, no. 5,
May 1959, Unclass.

MONOSZONJ, Abram Isaakovich, kand. tekhn. nauk; DOVZHIK, G.A.., retsenzent;
TSALALIKHB) H.S., retsenzent; FILIPPCIV, N.A. inzh.., naucbM7
red.; BESPALOV, I.V69 red. izd_w;_M.MTA_, Ye.A., tekhn.
red.
(Wide-span., precastp prestressed., reinforced concrete galleries]
Bollsheproletnye,abormye pradvaritellrio napriazhenzWo zhelezo-
betonnye galerei. Leningrad, Gas. izd-vo lit-ry po strait.,
arkhit. i strait. materialam., 1962- 250 p. (MM 15:10
1e GooudaretvenrW komitet Soveta, Ministrov SSSR po delam stroitell-
sUa (for Dovzhik). 2, Gosudarstyewnr proyektnyy institut stroltell-
noy promyshlennosti (for TSala3.ikhin),,
(Reinforced concrete construction)
(Prestressed concrete construction)

SMORODINTSEV., A.A.; DORUCHAYEV, G.I.; MIMICHEW, P.N.; FILIPPOV, N.A.;
CHALKINAt O.M.
Epidemiological effectiveness of live influenza vaccine during
A2 and B influenza outbreaks in 1962. Vop, virus. 10 no-4:476-
482 JI-Ag 165., - (MA 18: 8)
1. Institut eksperimentalinoy meditsirry AMN SSSR, Leningrad.

FILIPPOV2 N.A., kand. sellskokhoz. nauk
Mole cricket. Zashch. rast. A vred, i bol. 9 no.204~36
164. (MIRA 17:6)
1. Moldavskly institut oroshayemogo zemledeliya i ovoshchevodstvEL.,
Tirapoll.

FILIPPOVO N.A.1 KONSTANTINOVp I-Aa
(Examples of the calculation and design of wooden
elements; a practical manual for designers] Primary
rascheta. i proaktirovaniia. derevLaMkh konstruktaii;
prakticheskoe pooobie dlia, proeictirovohohikov, Le-
ningrads Stroii2datj 1965. 300 p. (MIRA 18t12)

YILIIPFOV,, N.A..; GOROKHOVA, G.P.
Electromechanical devices for establishing discrate position
of the angle of rotation. Izm.tekh. no.10:46-47 0 165.
(MJRA 18:12)

SMORODINTSEV, A.As'; DOKUCHAYEV, 0.1.1 MIKIC11KVq
CHALKINA, O.M.
Spidemiologlqal effectiveness of live vaccine against influenza
during the outbreak of influenza V and B in 1962, Zhur,
mikrobiol,, spid, i immun. 42 no.10:54-61 0 165.
(MIRA 18:11)
1. InBtitut eksperimentallnoy meditsiny AMN SSSR, Leningrad.
Submitted Oune, 10, 1964,
%
R,

MASLOV; V.I., inzh.~-F LIPP~OVN.~D., inzh.
~I
Special features in the flow of blast furnace gas.. Prom. energ.
19 no.1:29-33 A '64. (MIRA 17:2)

CHERNOMORSKIYO M.N.; FILIPPOVI N.G.
"Fundamentals of the history of technics; development of theore-
tical and methodological problems" by S.V. Shukhardin., Reviewed
by M.N. Chernomoiiskiit N.G. 7ijippov. ~Vest. AN SSSR 32 no.3:134-
136 Mr 162,. (MIRA 15 :2)
1, Istoriko-arkhivnyy Institut.
. (Technology)
(Skmkhardint S #V.)

L 24P2-66~~ -LOWT(l), W
V
_W0_ 6, 16M 76-6 3766- Md M__ 7 0 2 1 b 7'
ACC NRz Ali6oibV33-7 SOURCE CODE: 7
ALIVIOR: Sklyarevskiyp V. V.; k8shevich, I.,I.; Romanov) V. P.; Filippov; N., I.'
Venevtsev, Yu. N. Vi kay - A. S.
ORG: none
TITTS Mossbauer.effect in the ferroelectric Af &a 2&_I 2) 03
SWRCE: Zhuinal eksperimentallnoy i-teioreticheolly z PisIms, v redaktsiyu.
Prilozheidye., v. 3,, no. 5, i966, 212-216
TOMC TAW: ferroelectric mterialj Mossbauer opectrumj, miltiplet, splitting, crIticaJ
polnt, phase transition., Curie point, electron spin
ABI33TRACT: The purpose o~ the investigation vas to check on the presence of a minimui
of the probability of they 0 QnP.91 in the investigated compound,
MO-181115sni
-rtnilar -to that- observed.-
f OS (vitbi diii&nt Ti/Sn ratios) by V. A. Bokov:1
or R
et al- QVT v- To 18W, 3965*and 0 sawhere).:1 it was 'also desxed to check on.other
singidarities in the behavior -o-f t e -quad' of. the
rupole splitting and of the position
h
symmetry center of the Mossbauer-spectrum observed near the temperature T, of the
ferroelectric phase transition4 To this end,, the authors investigated the variatiow
ct FeS7 nuclei of the fer1ro-
of the parameter of the Mossbauer absorption spe run of
electric in question at the-phase transition',temperature n4c). The absorbers,.
weire made by the usual ceramic technology,, u1sing Fe5763 IMS
57 2 (Q, 'Fesn. me source i: -
c) in stainless steel. -The apparatus for the Mossbauer spectra is described by the',
c
-airthors elsewhere (nE no. 40 43, 1964), The results confirm the exAstence of the

FlU Aj-- siektromakhanik I
.Improved ladder for maintenance m8n, AvtOm-telem" Ov'as
3 no.10:3X 0 159. (14IR& 13:2)
1. Smolenskaya distantniya sUrnalizatsij i avyaci Kaliniuskoy
dorogi. (Iodders)

FILnTW, HI.Ioo starshiy elektromekhwiik
This is hindering cable maintenanceo lvtom,, telem. i eviaz' 3
no,2:39 7 '59. (MMA U:4)
1. Smolenskays, distantelya sigualizatsii i svyazi KalininskoY
dorogi. (Telephone cables-Maintenance and repair)

FILIPPg)__~.I. __
.Bunkerleos loading of cament into lorriso. T$ement 29
no.5sl9-20 S-0 163. (KERA 16:11) . .
3.. Magnitogorskiy tmementurr savod. : I

,F.ILIPPOV N.I.,_,,$ornyy inzh.; SHNAYDER., M.F., gornyy inzh,
New variation of the system of minins with ore recovery by
blastingi Goro zhur. no.200-33 T162. (MIRA 17-.2)
1. Leninogorskiy polimetallio'hookiy kombinat.

AKHMETOVO M.M..; ANOSHKIN, V.v,l DROZD'DVSKIY, N.I.; VALEGUANIN, V.V.,-
SMIPMOVA, A.Mo
;,KNYAZEV# V.L
Short-delay blasting in mines of the Leninogorsk Complex Ore
Combine, Trudy Alto GMNII Of Kazakh. SSR 15s43-47 163- (MIRA 17:3)
NO

FILI)POV, N.I.p gornTy inzh.; SHRAYDERp M.F., gornyy inzh.
Effect of b)rehole deflection on the results of blasting. Gor. zhur.
no.6.-38-41 is 164. (MIRA 17:11)
1. Leninogorskiy rudnik, g, Leninogorsk.
=E-, =
01 ~

)c
L 165~Z-65 EWT(l)/EEC(t) Peb ESD(I,)/E$D(gs)/AEDC(a)/SSD/AFdL/AS(mp)-2/
IJP(c)
ACCESSIOfi PH: AP4044667 S/0120/64/000/004/0043/0049
AUTHOR: Aleshin K. P.. Lukashevich, I. I.- Samorlov B. ff.-
TITLE: System for inv'e--.t~ieating the Mossbauer effect
SOURCE:~ Pribory* i tekbnika eksperimenta, no. 4, 1964, 43-49
TOPIC TAGS: Mossba~er effect, Mossbauer effect investigation, vi-
brator,imerodynamic vibrator, Mossbauer spectrum, gamma ray, gamma
ray aouTce
ABSTRACti The proposed system, ln.~vhlch motion Is produced by a
speciallelectrodynamic vibrator at!,& constant velocity of up to
% 8 em/gee, was designed for investigating the, Mosebauer effect. The
lov ampiLtude of source motion (1-2 mm) makes it possible to conduct
both th~ absorption and the dispertion measurements of the Mossbauer
spectra.~~ The electrodynamic vibrator, which In described in detail,
provides for a constant velocity within :L 1%. The vibrator makes it
possible to conduct measurements at frequencies of up to 20 cps. The
maximum velocity of a cm/sec is achieved at 16 cps. The electronic
part of the system provides for registration by means of a Nal (Tl)
crystal and a photomultiplier of Y-quanta passing through a resonant
absorber. From the photomultiplier the pulses are applied to a single.
channel analyzer vhose windov is directed tovard the photopeak of the
Card 1/2.

L 16552-63
ACCESSION NRI AM4466r
T-rays investigated. The equipment is designed so as to make it
possible to change the measurement %ime easily and to pass from one
operating frequency to another. Th* resolution time of the registra-
tion channel is lu I usec.' The cher,Lcteristice and velocity calibra-
tion of the system were studied by aeasuring the absorptionC:pctrum
of Fe57 T-rays with an an .orgy of 14.4 key. Mie source was , and
the nbsorber was FeJ703. measurements of the line drift have shown
that after hosting the statem for 2 hr, the drift in velocity does not
exceed ji~ 0.3$ for 6 hr of. operation. Orig. art. bass 6 figures.
ASSOCIATIONt none
SUBMITTEDt 23Jul63 XKCLS cc SUB CODZ SEX. 3C. KP
NO HEY SOV: 003 OTHERS 003
Card 2/2, - --- ---

BUD KO) A.V.; KRIMIKOV, fl.A.; Avinyumv,
FORM, Yu.N.; C'MIGUNOV, L.F.; VFPn,!---, 14G.; Nl'A.;
FILIPPOVO N.T.; SHNAYDER, M.F.
11 ........ .
Experiences In using the caving system with end drawing of ore.
Gor. zhur. no.8:22-26 Ag 165. (12W IS:10)
1. Institut gornogo dela im. A.A. Skochinskogo ffor Budlko, KrIvenkov,
Anityunov). 2. Vseaoyuzrwy naiichno-is.-Ileclovat.t-11-kiy pornomptallur-
gicheskiy institut tsvetn:(kh metallov (for lofin, Dronov, Fokin).
3. Ty-rnyauzekly kombinat (for Chiigunov, Vergus). 4. Leninogorski,
polimetallicheskiy kombinat (for Kutuzov, Ten, F111ppov, Shnayder).

TROYNIN, Mitrofan Fedorovich; USHAKOV, Nikolay Stepanovich;
FILIP
__Ej~ inzh., retsenzent, ROZENGAUZ, B.M., inzh..,
retsenzent; VEBEVKIN, N.S., kand. tekhn. nauk, red.;
YEMELIYANOVA, Ye.V.,, red.; SHERKUSHENKO, T.A., tekhn. red.
(Manual for electricians]Spravochnaia kniga elektromontera.
PA red. N.S.Verevkina, Leningrad, Lenizdat, 1962. 263 P.
(MIRA 16:2)
(Electric power distribution-Handbooks, manuals, etc.)
(Electric wiring---~Randbooks, manuals, etc.)

1. PTLIPPOVO N. X.; PYATIMP S. 0.0 Engs.
2. USSR (600)
4, Roofs
7. Large roof panels for general use made frcm light concrete with Kashira slag.
Biul. str.-A. tekh. 10, No. 9, 1953.
9. Monthl List of Russian Accessions, Library of Congress, April 1953, Uncl.

AUTHOR:
TITIZ:
PERIODICAL:
67474
SOV/14&2-4-19/19
VoroblZey, YetA,, Aspirant; Petrov, Ye. A.
Bngineer; Tennison, G.G., Engineer;_Filiggo" N.N.,
Senior Instructor
An Installation for Measuring and Automatically Re-
cording Directional Patterns of Super-High-Frequency
-Ant nnas
o
Izvestiya vysshikh uchebnykh zavederiij,. Friborostroye-
niye,1959, Nr 4, pp 152-154 (USSR)
ABSTRACT: In 1958-59, under the supervision of Senior Instructor
N.N. Filippov, the authors developed a high-accuracy
installation automatically recording the directional
patterns of super-high-frequency antennas. The in-
stallation is shovm in a diagram (Figure 1) and a pho-
tograph (Figure 2). For continuous automatic recor-
ding, the modernized "EPP-09",/automatic recorder is
used, whose recording tape eoves with a velocity of
60 to 20 000 mm/hour. The equipment can be used to
measure the recorded directional patterns for adjustIng
Card 1/2 and regulating antenna test units in laboratories as j

67474
SOV/146-2-4-19/19
An Znstallation for Measuring and Automatically Recording Direc-
tional Patterns of Super-Righ-Frequency Antennas
well as in the open air. This article was recommended
by the Kafedra radiopriyemnykh i radioperedayushch'ikh
ustroystv (The Chair of Radio-Transmitting and Radio-
Receiving Devices). There is 1 diagram, and 1 photo-
graph.
ASSOCIATION: Leningradskiy institut tochnoy mekhaniki i optiki
8).
SUBUTTED: July 29, 1959-
Card 2/2

S/058/60/000/006/02,1/b4o
1r; 4o 0 A005/A0O1
Tre,nslation fromi Referativnyy zhurnal, Fizika, 1960, No. 6, p. 294, # 14918
AMOR: Filippov.-N.N.
TME: The Field Distribution of Antennae With Rectangular Aperture in
the Intermediate Zone
PERIODICAL: Nauchn. tr. Leninxr. in-t tochnoy mekhan. i optiki, 1959, No. 29,
pp. 70-79
TEXT: The author studies the fundamental directional operation character-".
Istics of antennae of the most common types with rectangular aperture in the inter-
mediate zone, basing bn the Huygens-Fresnal-Kirchhoff-principle and using the
known formula of the wave optics. 7here are consideredl t~he sectorial H-horn, the
sectorial E-horn, the pyramidal horn, the horn-lens antenna, the lens antenna,
and the arbitrary rectangular aperture, in which the field amplitude is constant
or (arie8 according to the cosine law for synchronism at the aperture. Expres-
sion.s are derived for calculating the electric field intensity and the directivity
Card 1/2

SIO 58/60 /000 100610 --,,,/'o 40
A005/AO01
The field Distribution of Antenna With Reotangular Aperture In the Intermediate
zone
charactariatids of the antennaeconsidered in the main planes. The method develop-
ed can be applied to investigating various antennae.
N.N. Filippov
Translator's note: This is the full. translation of the original Russian abstract.
Card 2/2
M7213-F ~-~ Ki

4? S/058/60/000/006/028/b4o
AOO5/AOOl
Trar,slation fromt Referativnyy zhurnal, Fizika, 196o, No. 6, p. 294, # 14919
AUTHOR. FilippolL N
TITLEr The Calculation of Born Antenna
PERIODICAL: Nauchn. tr. Leningr, in-t tochnoy mekhan, i optiki, 1959, No. 29,
PP. 80-85
TEXT: The radiation theory of radiowaves is developed for horn antennae
in the far zone. There are considered: the sectorial H-horn, the sectorial E-
horn and the pyramidal horn antenna. The computational expressions are presented
for the intensity of the electric field and the directivitycharacteristics in
.he electric and magnetic planes. The results obtained may be applied to desi - V/t
+ gn
ing various antenna units-.
N.N. Filippov
Translator's notet This Is the full translation of the original Russian abstract.
Card 1/1

Characteristics of a~rrant variations-in the pattomm of e'.IL7tra in
coleopte*ns. Zool- Auro 40 n0-31372-385 Mr 16-1. (MIM 14:3)
Netledl (Wings)

FILIPPOV, Nikolay Pavl*vicb
[Safety manual. for fittars and assemblera of control
deviceol Pamiatka po teAmike bezopasnosti dlia s-le-
saria-montazhnika kontrollriykh priborov. Moskva, Stroi-
izdat, 1965. 23 P. (MIRA 18:10)

4 If)
AM, 3.ia
--UON'r
ru
'05

Gttbgory : USSR/Nuclear Physics - Nuclear Reactions C-5
Abe Jour : Rof Zhur - Fizika, No 3, 1957, No 6073
Author : Artsinovich,'L.A., Andrienov, A.M., Bazilevaknya, O.A.
I
Frokhorov, Yu.G.,- 11 po;rp N'jV.
,ritio ; Investigation of r0W1Ngpq"~Wtn High Currents
Orig Pub Atom. enorg~ya, 1956, No 3, 76-80
Abstract A brief report on the results of an experimental investigation
of high-power pulse discharges with high rates of current rise.
A study was made of the Pulse discharges in D21 He, Ar, and
Xe at initial gas pressures from 0,005 rm HgHzo several mil i-
inoters. The maximun. current in the discharge was 105 to 10~
arip. The discharge was fad with a volttge from 20 to 50 kv
from a capacitor bank renging in rating from several tons to
400 microfarad. The raP of curren It rise in the initial diB-
charge pLasc wca 3 x 10 -1-5 x 101 ellp/sec, and the duration
of the current rise frora zsro to ma-ximum value was 8 --- 17
miorooecondo.' Tho dischergo tubes used woro porcelain cylinders
6o -- ioo cri long end 20 - 40 am in dirmotor. The intensity of
the magnetic field was moaoured at various points of the dis-
-charge, Pa was the grs proosure.
Card 1/3

Patogory USSR/Nucloar Physics Nuclear Reactions
Abu Jour s Rof Zhur Mike, No 3, 1957, No 6073
C-5
The discharge onoillogrms era chnractorizod by a sharp
.discontinuity in the voltage and a break in the current, oc-
curring at a certain instent of time. A grnph of tho dopari-
dance of tho time interaval#L~ prior to the first such singular-
.ity vs. the mass of gas M in the discharge tube is given for
various geses (H2#6D21 He,IXe) over a wide renge of masses
(approximrtely 10- -- 10-, g/cvj). The resultant points fit
quite well on the curVo '7~ /Ml/'4. Theso date. are in good
agroemont with the values OIV calculptod using the theory
developed by M.A. Loontovich ans S.A. Osovots (Abstract 6074).
The singularities on the oacillograms are connocted with com-
prossions of the plaaria column. The maximum speed of moticn.
of the plesmP ranged from I x 106 (at high gas densities) to
1.2 x 107 cm1sec for discharges in H_-, and D21 with an initial
pressure 0.01 mm Hg. At the inktant of tho maximum compression,
the energy of the hevvy particles regehas vnluos corrosponding
to a temperature of approximately 10 degrees, and the pres-
sure in the central zone is on the order of 50 atmospheres.
Card 1 2/5
6fu

OATEGbRY 'USSR/Nuclear Physics - Nuclear Reactions
Aba Jour Ref Zhur - Fizika) No 3, 1957., No 6075
Author Artsimovich, L.A., Andrianov, A.M., Dobrokhotov, Ye.I.,
Luklynnov, S.Yu., Podgornyy, I.M., Sinitsyn, V.I., Filippov, N.V.
Title Hard Radiation from Pulse Discharges.
CTIg Pub Atom. energy1a) 1956, No 31 84-87
Abstract It was observed that hij;h-power pulse discharges in light gases
can be sources of hard radiation. In 1952 the authors detected
neutron radiation accomlenying pulse discharges in D2. The
discharges were carried out in cylindrical tubes 20 -- 40 cm
in diameter., 50 -- 100 cm long. The current reached several
hundreIs of kiloampeH s, and its rate of rise amounted to
5 x 10 0 -- 1.5 x 10 amp/sec. Silver targets were placed
in paraffin blocks and scintillation counters were used to
count the neutons. In discharge tubes with porcelain walls,
neutron emission is observed If the initial pressure of D2
ranges from 0.01 to 0.3 !ntn 119, while in tubes vith metal side-
'walls the emission is observed up to 10 mm. At a maximum
Card 1/2

Category USSR/Nuclear Physics - Nuclear Reactions C-5
Lbs Jour Ref Zhur - Flzika, Ito 3.. 19571 Ito 6075
current 250 -- 300 kiloamperes and a D2 pressure of approxi-
magely 0.1 mm 11g, the noutron yield is approximately 167
10 per discharge pulse and varies greatly from pulse to
pulse. The neutron radiation is exceedingly sensitive to small
impurities of foreign gfLaes. The neutrons are emitted in
brief pulses at the instant when the discharge column exper-
iences the second compression. Synchronized oscillograms of
the current and the neutron yeild are given. Certain control
experiments are described.
A high power pulse discharge is also a source of hard X-rays,
occurring simultaneously with the neutrons and having energies
UP to 300 -_ 400 kev. Certain possible e-,nplarztion for the cr_c~-
occurrence of hard radiations are given.
Card 2/2

PUMOV, D. P., FILIPPOV, N. V., FILIPPOVA, T. I. and KCHRABROV, V. A.
"Powerful Gas Discharge in CHambers V~Lth Conducting Walls." (Work carried out, in
1954 -and 1957); PP- 170-181-
"The Physics of Plasmas; Problems of Controlled Thermonuclear Reactions." Vol. IV.
1958, published by Inst. Atomic knergy, Acad. Sai. USSR.
resp. ed. M. A. Leontovich) editorial work 11. 1. Kogan.
Available in Library.

. i! '-I - 2
RfANbV1 A. m., BAZIIEVSK4,YA, 0. A., BRAGIMIM, S. I., IMUMV, B. G., PCDCQ=p
1. M.$ PROMOROV, Y. G., FILIPPOV, fl. V., F=PCVA, T. 1. and KERABROV, V. A.
lla"q;~~
I
'Uperimental Investigation of HIEA Current Pulse Discharges."
j,aper to be presented at 2nd UN Intl. Cong. on the peaceful uses of Atomic
Energy, Geneva, 1 - 13 Sept 58.

FILIPPOV, N.- V.
"Investigation of the Pressures in a Powerful Pulse Gase Discharge with the 3elp
of a Piezo Electric Measuring Device." (Work carried out in 1956); pp. 211-249.
"The Physics of Plasmas; Problems of Controlled Thermonuclear Reactions." Vol. III.
1958, published by Inst. Atomic Energy, Acad. Sci. USSR.
resp. ed. M. A. Leontovich, editorial work V. I. Kogan.
Available in Library.

- - ----------- - - - -
Ko
41
It A I I
v IPA . I
1% ~ 0
oil -1 1
lij-111 1
]j
1l., .3 IV; 11 'A
I
-A f
IV
U1,
fill, I
b
1
,

'k. f6t
AD=ICN IRI' AII'4011111'''-'- S1010/01006/601/0111/0030
AMOR3 nlippovas T. I.; ~~4PPOYIJ4-- ve
T=: Mmmvnent of soft x radiat.'Lon fzm a non...qylindrical z-pinch
SIX=: Diagmtika plazmy* (Plasma diagnostics); sb. stiatey. Moscowq Gosatmdzdati
19630 21-30
TOPIC TAOS: . x-ray emissiong x-M, plasma sheathl plasma p"icsq plasma tempera-
tia-es plasm cartfin~
AIMRACr: The soft x-ray emission fl-cm, a plasma (A = 5 15 A) was measured with
a pulsed installation simila to that used to investigate z-pincI-ies. A plasma was
produced in deuteriun at 1 mm ng pressure by a discharge current with a rise time
(6 - 7) x 10 A I A/see,, reaching a mmdmm of 500 kA within apprmimately - 3 usec. A!
f(ature. of such a discharge is the n(m-cylindrical collapse of the current sheath
Uwards the axis, so that maximum plilsma compression occurs near the anode. 7he
ccupw;sicn focus serves as a hi&ly localized source of hard radiation (neutrom
azd prortons) and is sWataneously characterized by a powerful flash of continuow
9jectno in both the visible and the soft x-rwj regions. ' The radiation was measur-
ed photographically and by photoolecimic mms. Va measurement prwedutv Is des- I
Cord

AOCEMCK NR: AT4025289
cdbed in detail. OmWison of the expwimental data with the calculations 'shmm
tlut the particle densities in the region which entits the soft x-radiation is of
tJ-e sare order (n -v 10"mr4) as that measuz;ed in the visible continuum re*icn
( -. 7 x 10'u CM-3), and'that the nwimun electia temperatVzv lies in the iriterval
0.8 - 1.2 keV. The temperature distributiqn along the axis of the pinch was plot-
ted as a function of the distance frcm the negative elechode by measuring the den-,
sity ratios of ViotopWhs obtained behind different filters. The tempererhire val-
ww obtained fbr different density ccmbiwticna agoeed quite won. It is pointed