SCIENTIFIC ABSTRACT NEZHNOVA, T. I. - NEZLIN, S. YE.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001136820016-3
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: January 3, 2017
• Document Release Date: August 1, 2000
• Sequence Number: 16
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

YELINSON, ').V.; NFZHNOVA, T,I:,
Photometric leterminati,)n ~f zirconiurn in niot.1-in ann ~.thpr
metals, ?av,lab. 30 no-' :Y)6-399 I-c

AC
CESSION NR.- AA-033607 S1003216h1030100~1039610399
AUTHOTS: Yelinson, S. V.; Nezhnova, T. 1.
TITLE: Photometric. determination of zirconium in njobium and othar metals
SOUrC,Z: Zavodskaya laboratoriya, v. 33, no. 4, 1964s 396-399
TOPIC TAGS: zirconium analysis., photometric zirconium analysia, vienol zirconiun
cormlex, optical density, niobium irrvrrference, vanadium interference
ADSMACT: The proposed method for zirconium determination in an alloyA13 based
o
' he formation by zirconiura of a colored comp. lex with xylenol orange. This
n t
ma-thod pennits the determination of 0.02,1~j zirconium in niobium and other metals
(with a 10.1./ error). A 100-3,00 mg sample of rciobium was di[:e.,.ted on a hot plate
bY a mixture of 0.3-1.0 va a~-=oniwii sulfate with 3 ial of concontrated sulfuric
acid. TI-iis was followed by the addition of 0.1-0.2 ml of 30.'4-" hydrogen peroxide,
dilution with water, cooling, and bringin,, the volume to 100 ml., Of this, two
aliquots containing not over 50 microVarm zirconium were placed in 50 ml volumet-
ric flasks and diluted to the 20 ml mark with 1-normal sulfuric acid. To one
of the flanzllcs were then addid 0*2 ml of a 0.05 molz-x solution of trilon to prevent
Card 1/2_

ACCESSION IIR: A?10336o7
color formation by niobium upon the subsequent addition of I ml of a O.l% solution
of ----,Jcnoj oranj;o (tho proper acidit'j, of 0.4 norinabty is essential).' Tho contents
Of 'Uht,- flask wcro noxt dilutcd with vator to tho mark and allcmed to stand for 15-
20 id.nutos. Tho ontic U. density was dctormined on a FSK-11-57 spoctrophotomoter at
a wavolonath of 536. The color remainod stablo for t long time. "Llie method was
lound to be sui,;able for th3 determination of zircorx.um in itranium, molybdonum.,
tunr'sten, titanium,, and other metals. The interference of vanadiun can be GUM-
;inated by substituting 6-10 Ous of ammonium sulfate for the hy&ogen peroxJAe.
Orig. art. has: 3 tables. and 3 charts.
:ASSOCIATION: none
SUBI-a-TTED 00
,SUB CODE: CH
DATE ACQ: 26Apr64
NO REF SOV: 005
MiCL.- Cx)
OTER: 003
Card 2/2

ELI, M.Ya.. Prinimall. uchastiye: BLARVESHORMiSKAYA, K.A.;
DZMIRIKO. G.?.; FlUGATLOVA, V.I.; ZMSSKATA, L.O.; KOTSSRUBA,
L.P.; KOTBAIMUKO, L.A.; LTAUMSKATA, B.Te.; KILOVZOROV, P.Z.
(deceased]; 10ZHUMMA. M.P.; 591%=, K.I.; TAMIXTA, A.V..
MSHCHENSCY. U.S., tekhn.red.
Elconomy of Kiev Province; a statistical wnual) Harodnoe kho-
sisistvo Kievokoi oblestil statistIcheskii abornik. Kiev. Goo.
stat.izd-vo, 1959. 255 P. 041RA 1313)
1. Kiev (Province) Statistichaskoye upravlaniye. 2. Rachal'nik
statiatichoskogo upravlaniya Kiyevukoy oblasti (for Shkrobel').
(Kiev Province-Statiatics)

NEZHURIN, I.P., inzh,
Simple calculation of the dimension by rollers, for hellcal
involute gears with an uneven nunber or teeth. Vest. mashinostr.
43 no.10&'-19-21 0 163. (MIRA 1611l)

NEZHURIN, I.P., inzb.
Using the me-thod of rolls for calculatin-t- dimensd.Drs of invol,;,~e
spiral gearE ~-,ith an uneven tooth numter. Vest.mash. "I -,,D.6:14-17
AF '61. (Yd?.A 14:8)
(Gearini.-, Spiral)

LITVINOV, A.A., Inzh.; MArARENKI), L.P., inzh.;.~~HURKO., I.Ya., inzh.2
I
POVEILSKTY,~ A.S.9 Inzh.
Defining more accurately the ratio of overload:Lag from the
weight of oquipment. Shakht. stroi. 8 no.10:23 0 164.
(MIRA 17:12)
1. Donetskly PromstroyMproyekt.

ZU UOVICH. Ta.b.; PRSOBUZkMISKIY. H.A.1 HIMM, Te.l.
W,
Production of 4-alanine in the synthesis of pant,-Ahaalc acid. T.-Udy
VNIVI 5:30-32 154. (MLOA 9:3)
1. Statatichaskava labo:ratorlya.
(ATA IMA) (PANTOTdOIC ACID)

!FMRA,. YO.I.-I SAVITSKIY, A.V.
Now method of p--nitrea(:etophanone synthesis. Ked-prom. 10 ao.4:9-10
O-D #56, (MLRA 10:2)
lo MoskovsU7 lchimiko-l'armatsevtichaskiy savod O&Lrikhia"
(AGZTOPIEMONN)

I "~ U ',,I,
, I I , ; I -ouilur
; , r .)I . - 'a r. ~!d , t". r. r. - ,11. ' 1, f~ Ij- X '1 :1., 1! " .
-)dur I'l . of, fle"I-c ' pa ' p : a tt L~
I 'i'). C '.
. - - v*~ r~, w:, j , I " j 1~ - - L.L" j '~ '63.
, r F. r -,,;- r, - . , , - - r ! 1 1 , - r'~: t .

I : . ~ 1. ... - , ~ I T. , 1, '.
4
Ll -I Ti c Is P I , , - :. .1 1 , I 1~ . .

NEZIC' H.
Incorrectness In the conmon method of clauclating volume of earth marses. p. 184.
(Cecte I mostovi, Vol. 5, No. 5, May 1.957, Zagreb, Yugslevi&)
SO: Monthly List of &ist European r-cceusions (FK&L,,Lc. Vol. 6. No. 8, Aug 1957. Uncl.

NEZIC, Herman, ing. (Split)
Developaent of comm-ercial centers and parking. Tohnika Jug 17 no.l:
163-166 Ja '62.
(.Shopping centers) (Automobile parking)

MIN, TtL.S. [Nazym, IU.S.1, insh.
Now diesel locomotive. Hauka i zhyttia 9 no-3:25 Mr '59.
(MIRA 12:4)
1. Redaktor mnogotirm-shnoy gazety "Teplovozuikw cavoda transport-
nogo, mashincatroyenlyn im. V.0. Halishava. Kharlhw.
(Diesel locomotives)

NEz.u4, Yu4SspAnzh*
Powerful locomotives. Ifauka, i zhyttia 11 no.2:12-13 F 161.
1-Ukraine-Diesel locomotives) (MIRA 14:3)

SEHEMTSKIY, Yu,V.; 1OZINDT, V.H.
I
Mineral resow-ces for orgeiiization of a cement industr7 in the
Tatar A.S.S.R. lsv.Xazan.f'Ll.AN SSSR Ser.gool.nauk 110-3:3-39 '55.
(Tatar A.S.3.Et. -Cement) (HLU 9t7)

15-1957 -3-2614
Translation from: Referativryy -,,.h,.~rrnal 1957, NY, 3..
p 8 (USSR)
AUTHOR: Nezimov
TITLE: The Stratigraphic &tent of the Lrjw,~-r Kazarj' ' Subgroup
in Eastern Tatariya (0 strat-Jgraf3--.,.h-,9k,)m ob"Y~mp. -iizh--
nekazanskogo pod yarusa v vostochncy Tat-arll)
PERIODICAL: Izv. Kazansk. fl.l. AN SSSR ger. gec.i- n, t955r
Nr 3, pp 80-84
4
ABSTRACT: The lower Kazan' deposit's are- sll-bdlvic,,F~d into two
horizons: the lower and UppeT' SpirIferal. Ro~!ks with
Pseudomonotis garforthensis King. are fr--md both in the
r rocks of the lower Spiriferal 1.,.orizon (Elabuga-Izh
River) and in the floor rocks of the UPPPT~ SpIrIferal
horizon (near the mouth of the Vyatka River). By
takin these distinct horizons as be'-rig of the same age,
some investigators have produced incorre,'t stratigraphic
diagrams in which the thicImess of the lower Kazan'
deposits has been shown to be 1e,93 than It actually is
Card 1/2

15-1957-3-2614
The Stratigraphic Extent of the Lower Kazatif Subgroup in Eastern
Tatary (Cont.)
in this area. Toward the east and norta the limestone roof
rocks of the lower Klkzdn' . stibgroup gLve way to elastic
variegated rocks, which different geologists erroneously refer
to the BelebeyevskayiL s-711.ta (series). B. K. L.
Editor's note: The author uses the term "roof" rocks Incor-
rectly, applying it to the Lipper part of a bad and not to the
overlying deposit.
Card 2/2

)
1, i,
- t,
NEZ114Cv,v.ll.
Pew deposits of cement raw material. Prirada 44 no.9:56-60 V55.
(Cement) (14LRA 8:11)

UZINOT, T.H.
Possibility of obtainiAg plugg!Lag cement from raw materials In
the Utar A.S.S.R. Izv. Uzan. fil. AN 54'M. Sar. &"o1. mank
to.5:97-116 156. (IGZA 10:4)
(Tatar A.S.S.R.-O'll well c"Ineattag)

/Y , --, )),J) ~ v V ./V
- / NEZIMOV. Ikandidat goo I oLr,a-fmI norm logichedirikh muk.
"a---ftft
Local cemeal for conatructiou in the Tatar A.S S.R. Stroi.pred.
neft.prom. 2 no.6. ;;1-13 toe '57. (MLRA 10: 7)
\'Tatsr A.S.S.R.-Coment)

NN I MDV, V. N.
Industrial characteristics of Shugurovo cement. Izv.Kazan.fil.
AN SSSR. Ser.geol.nauk no.6:161-24? ' 57. (14IRA 12:1)
(Shuipirovo District--Cement)

SEMVITOVSKIY, Yu.V.; . NEZIMOV, V.-N.
Lower Kazan formations in Kirov Province and possibilities of
using them as cement raw materials. Izv. Kazan. fil. All SSSR.
Ser, geol. nauk no, 7:2~?-340 159. (MIRA 14:4)
(Kirov Provine-Cement)

NMHOVI Von*
a to 7 geological, economical, and teckhological studies
lca%ing tovard the establishment of a cement industry in
Tat4rstan. Izv.Kazan.fil. AV SSSR. Ser.geol.nauk no.9:131-152 160.
(HM 15:12)
(Tatar A.S.S.R*--4emsnt inftstz4es)

D13TANOV, U.Ge; NMIMOVt V*N
Utilization of opoka of the tVyanovsk Province as h3drmlll
additives for the Shugarovo Cement Factory. Izv.Kazan.fil.
AN SM Ser.geol.nauk no.9:153-170 060. (MM 15S12)
(Tatar A.S.S.R.-Cement industries)

NEZIKOT, T.N., kand.ge ologo-zinera logiche ski kh nauk; SOMOVSKIT, TU.T.,
~ ~l-.~.~-imnd.-g6blogo-mineralogichookikh nauk
Reef limestones. Prtroda 49 no. 12:62-64 D 16o. (KIRA 13:12)
1. Osologicheskiy tnetttut fravanskogo filiah Akadsmit nauk
SSSR.
(Limestone)

KNOBLOGH, Fordinarid; NLZKUSIL, JJA
The aid,of psychiatry in control of crime. Geszk. Fsychiat. 57
no.6:373-378 161.
1. Psychiatricka klinika KU v Praze - Katedra, treat prava prav.
rak. KU v Praze.
(CRIMMAL PSYCHOLOGY)

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the baids ud HerestetsUl's calculafiloam Cj--Pt1atcfiL-U-"-R- .
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KWLIN, M. V. and KOROSOV, P. H.
"The Effects Of the Ion Beam Electric Fields on the stable Isotope Separation
by the Electromagnetic Method."
paper to be presented at 2nd UN Intl.' Conf. on the peaceful uses of Atcmic
Ellera, Geneva, 1 - 13 Sept 58.

-4y)
110
g ff~A
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v
a n
9
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Pit 81i I I

9..5 150,24.2 IZO
AU) T -.-; 0 R
TITLE:
PERIODICAL:
ABSTRACT:
Card i,,10
llf~--lln, M.
V~l ume, 0 " S
Bearns
Z hu rn a I t,ek~.,) Lohe3ko%, lz IKIL,
p
It is k*.o.;,
throu,-,7~. rarl fle-i ;,raL,; 2orr.~e~-3a,e
o rr,. t, 1-ie
lori 1'e-l- !!e
0 S U' .3
state wf-, I ~I -3e a 2 0
positive I o,; a wr, Ir,
r) rod u,- I I or) 1, LLe~ ylf-~ 1)0,w ~eSe o" or L: s e
i f! p e, Jer~,- o, o -r~ j,
pos I ve
e '-,,.e oscillta-lion rr e,-asm ~.r~

VolL;me Charge Osctllatilo-s
Compensated Ion Beams
:i e c om p e - s ao, c) ~2,
through a s*vo-v !rla~:rie~Lr-
Je v 1. s e,14 o -T.e:,, -(2e
1 - 1 de e e
o;;' trie ,e -or.;,e, J,-.' o~. o.'
field olf Oers
s t a b Ii z ao v e,~.
field we~,e 3-alot~o,
Morozov a,: i ol-ne:-,~ e e N'
The res ld:~al gas de-s I t a 3j st~ a 11ve e 3 j --2
of 1. to ~,O- 5-ur. H, gI' c)
t !-~e I o r.e jere r)b-;-7' - e
-1,-t r L n g1
resldual Ea~; u e-- E-Ie-vz IeB tie -
means of
(IJAN SSSR,
Card 2/10

Volume Charge oscillations In C,-za-3!
Comp~~nsated Ion Beams
diapiivarrm~j w1 ti, 1
tion o f the bt--affi, an~i A L.3 J
Distance between th(,-
Fi- . 1 . E,,,Pf-, v
Setup. (I) lot[ bearl;
k.o I I A al-y
fl and (2) Alapnvu,~m,3;
3 collecto r, . A 11 2
dlsta~ice,i :fl 111-
(K
Card 3/10

Volume Charge Oscillations Itt Q)ia3l-
Compensated Ion Beams
Th e V, r, e c-- a t
by a 1)
,Al,~
I l(-)J
fiv
Volt
"5 ide t i c-, rL L r 1,
tne I,Dn-,~
LI
card 4/ic)
T !,:I; W 1,

Volume Charge Oscillations Iri
colTlperiz;ated Ion Beamzi
2
P, I
bea:!i.
meari-1 LD,'
the
I a.,-, d I f
mear-3
trie
I.-ne
Card 5/10

Volume chartre O~willat~Lur'j I!,
Cc)mperisated Ion Beami,',
id, 0
do
SO
~~I\ 1--Irl
50
50
e
Card L//10

Vc)lurii(- Ch.'inri-,
Compeiwal,(.,~d Dii B
(cap,tion Fig. 6 cefer to the and du,~,.c~d
Coll It . ~(olf the bearn. I 1~-) n~~
J)
Op
-----------
Card 7/10

Volume Charge
Compen~~ated Ion
For a paz,-,!
o f E-, 'r-, e a,,, i a.,
s,zlt3 tlhtf a

-,ha.
-eJ

tioi~.

b,

pen,J6 v~~ri

that, the 'ullpl
path 011, tilf- U,
Card 8/10 birl", the [,;--:Lrri

Volume Charge Oscillationo in Quasi-
Compensated Ion Beams
77310
q_
q_
T__
wnere q_ oLicillatlon amc)litude :_)f t~-,e
sated space charge along a unit path length -,C tne
beam, c - total space charge of tr,e iJ.,.,~ per,
unit path length, d - half -width of tne beai,-_ CL
is obtained from Fig. 6a the relut~lcn.
,I ~-_ d, -+- a U - Id
Finally the author discusses the Influence of the
residual gas pressure on the de-:rreL, of decompensation
of the space charge and shows that It deper.dz; on tl,~e
ratio of the rate of' electron uroductlon -Ir-, the ~,eam
to the rate of' chancre of t'-10
Ions In the beam. This relcArr,
nil,
0)
Card 9/10

Volume Charge Oscillations in Quasi-
Compensated Ion Bea-rns
SUBMIYTED:
7 7 3, 1 C
S ""v" "7
depends on n - concent ra, Jf' tle-
(T - cross oection f cr ele --t1r,"'!~ r-",-
lons of the bea-m, v - velooizy I
and W the circular frequenly of the
oscillations in the beam. Tne s-,alcii1aLlon3 z3~-Oi-,,
for lons of 30 to 40 kev of ~ne:-,-,y t.he
IntensitLes de-2rease wltn the
the "starting" potentials in
I , 10 mm H~~) do riot excee-d '--0 tc 0
2 00 v the " I elds t'-~ pri 1, be pva ",--a 1
Independent on prez3i3,-;,-e. M. S. V.
Z-1,iarinov the vv)vk'-1- In
figures; and 6 reference6, 7 S viet
-suot I",
Aut-
Card 10/10

28918
9/056
,/61/041/004/001/019
04-0 BIOS/B102
0 / Ile 3)
3
AUTHORt Nezlin, M. V.
TITLEs Electrostatic instability of an intense electron beam in
plasma
PERIODIC&Ls Zhurnal eksperimentallnoy i teoreticheskoy fiziki, v. 41,
no. 400), 1961, 1015-1022
TEXTi The stability of a quasineutral fast electron beam in concentrated
plasma was studied. The experimental arrangement is shown ir Fig. 2. The
"cold" plasma was produced by a d-c gas discharge in Li vapor (W-cathode)
with a strong magnetic field. Filter 3 in this arrangement regulated the
plasma concentration, acting like a cooling trap for the lithium vapor.
Measurements showed that an electron beam passing through plasma is stable
if the relatiVQ plasma concentration is above some "critical', value. The
electron current rjo9rded on the anode aide is nearly independent of time.
If this "critical" conoeriltr&tion is not reached, the eLectron beam Will be
unstable. This shows up in osci1'4'.-QtiOns of the electron current, at the
anode, between practically zero and an amplitude which iif-t80mewhat higher
Card 114'

28918
5/056/61/041/004/001/019
Electrostatic instability of an ... B108/B102
than the average total electron current. These oscillations consist of
relaxation oscillations with a period of about 10-5 - 10-4 see, and of
high-frequency oscillations with a period of(1-3)-10-7 Sec. This is
explained as follows: If the plasma concentration is below a certain
critical value, a virtual cathode, i. e., a self-consistent space charge
will arise between discharge chamber and anode. This virtual cathode
repels the electrons and causes them to fall upon the chamber walls or upon
the filter. This process reoccure at the high frequency observed. The
electrons are "heated" by theee quick oscillations and produce more ions.
Consequently, the concentration in the plasma rises, and as soon as the
critical value is reached, the high-frequency oscillations cease and the
electrons start "cooling" again. In the short period during which the
concentration in the plasma is higher than the critical value, the electron
beam follows its natural stable course. It is easily seen that the
cooling of the electrons induces a now period of instability. The
frequency at which this process reoccurs#is about 103 _ 104 see- 1, as has
been mentioned above. The critical current density corresponding to the
Card 2/A~

28918
9/056J61/041/00-1/001/019
Electrostatic instability of an ... B108/BI02
critical concentration is given by Joritp-0.7 Je , where jed0notes the
current density of the plasma electrons. The author thanks G. I. Budker
for advice, A. M. Solntsev for assistance, as well as A. V. Zharinov, M.
S. Ioffe, B. B. Kadomtaev, and A. A. Vedenov for discussions anti adviae.
Mention is made of V. I. Volosov (ZhTF, in print). There are 10 figures
and 3 referencess 1 Soviet and 2 non-Soviet. The referenov to the
English-language publication reads as follows: D. Bohm. The characteristics
of electrical discharges in magnetic fields, N. Y., 1949.
SUBMITTED: April 24, 1961
Legend to Fig. 2: (1) cathode, (2) discharge chamber, (3) filter, (4
anode, (5) rectifier. C C - 100 vf, R 40 ohms,,-, _)(C-1 (DEESO-1~
2
oscilloscope, RA~-2 (VLU-2)-amplifier, H magnetic field.
Card 3/'~

NEZLINI 14.V.; L;OLHT:XJ, A.M.
Acceleration of ions in piasma beams. Zhur. eksp. i teor. fiz.
45 no.4:84G-849 0 1630 OWIRA 16:1-1)

ACCESSION NR: AP4012520 3/0056/64/046/001/0036/0042
AUTHOR: M. V,
TITIEt Formation of a virtual cathode in an electron beam pass-
ing through a plasma
SOURCE: Zhurnal eksper. i teoret, f iz. . v, 46, no. 1 -, 1964, 36-42
TOPIC TAGS: plasma, plasma beam,, plasma instability,, virtual ca-
thode, cathode formation, electron energy, electron energy
spectrum,, electron beam
RACT: A hypothesis previously advanced by the author (ZbETF,
v. 41, 1015, 1961)--tbat the instability observed in an intense
plasma beam in a strong longitudinal magnetic field is due to
formation of a virtual cathode in the fast-electron beam--is veri-
fied experimentally by attempting to observe the virtual cathode
directly in an unstable plasma beam. The teat method consists
essentially of com-
Card

ACCESSION NRs AP4012520
paring the energy spectrum of the electrons reflected from the vir-
tual cathode (if it exists) with the energy spectrum of the beam
electrons that move from the cathode to the anode. The existence of
such a cathode is proved experimentally. The virtual cathode pro-
duced is not steady but vanishes and reappears alternately, with
a period of several fractions of a microsecond. During the instant
of time when the virtual cathode exists, a considerable fraction of
the fast.electrons oscillates between the cathode and the virtual
cathode and drifts under the influence of the electric field trans-
versely to the magnetic field. Similar results are obtained if the
anode is replaced by an electron reflector, so that the main arc is
oscillating and not direct. It is concluded that the question of
the mechanism of instability of the plasma beam relative to forma-
tion of the virtual cathode is still open. "The author is grateful
to M. S. Ioffe and A. V. Zharinov for useful discussions and A. M.
Sointsev for help with the experiments." Orig. drt. haas 5 figurea
and 2 formulas.
card 2/3

L-23U-66 EWT(')/k'-C/F-PP(n)-2/EPA(w)-2/4-ku(m) lip(c
ACCFZSION NR.- AT5022111 613"13,616 VOWS 5 5/000 1 /001
Pod
AUTHORSs !exlinp V._V~; SolatsevI A.
-E
Yet,'
TITLEt On the discrete states of aplizema I isitions betwoon the=
SOMCEs Moscow* Institut atomoy energii, /Dakla(V/t UP-855t 1965. 0 disl=etqkh
soatoyanlyakh pla-ennogo puchka i perekhodakh mezhdu aW,, 1-15
TOPIC TAUS: plasm magaetio, field interaction, plasm beam Instability# plasm
concentration,, plasm& instabilityg plasm research
ABSTRACTs The present investigation is an extension of the work on plasm beam
instability by the senior author (ZhETF, 460 36, 1964). The behavior of 9, plasm
beam permeated by a flux of primary electrons at cmWitions =t rlx, was
I
where
investigated. Here and Af Vf- I ag ?/.2-
are the density and velocity of primary and secondary electrons respectively# The
effect of the primazy electron velocity distribution an the plasm stability was
also investigated., The experimental methods used were described previously (see
above reference)*" The experimental resulta for the radial Lon current density and
the Volt-ampere characteristics of plasm beams at different conditions are shown
Card 1/4

L 2341-66
ACCESSION MRt AT5022M
graphically (see Fig. I on the'Raclosure). It is concluded that the plasm i's
characterized by three different states s State I - _ q -P 'R2 t 11 - Q1 :r q :). Q2 $ 111 -
q c._ q, where q is the amount of argon used In the plasm source., It was found that
Ichanging the primary electron velocity distribution even to the point when the
latter become completely random had no, effect on the stability of !-he plasm beam.
jThe aitthors thank-A,, B. MgEtfflovakiy for stiollating disdussions, Origo art# hass
graphs and 2 equatimis, I%
1ASSOCrATIONs Lwfttut idomney energii in. 16 V, Kurchaton (Institute for Atomic
I Energy)
SURETTEDs 00 ENGLA 02 30 CODFh RP
NO REF BOYs 009 OTM Z 00i
Card 2/4.

L 2341-66
WCESSION NR# AT5022111
-T-
jA
EMCWS=t 0
0
r
E4

From Card 3/4 -9-L-4 -
Dependence of total anode electron
current Is., electron density Je, ion
density ;+, the floating potential of
the ring electrode Okq the beam
potential in the median plane of the
installation 0, and fo the first
barmonic in the linear vibrational
spectral region, on the amount of
argon used in the plasma source (Q).
Vp disoharge potential - 200 v, die-
charge current Ip - Is.,, H the nagnatio
field strength - 1400 oerst. P -
(0.5 - 1) x 10-5 Fg, L !=.-th of
beam 150 cm.

77777~77~~-
mime

OOR, 0
0 WOE I

QTM

ACC NRi -AT6001615 3 0 U I tG 0 D E. U R-3- -3- - 6__ 6_5 0. 0 -0- 9 -3 Z_ -0-0- -0 -0 -0 2_9
;AUTHOR: Nezlin, M, V, Sapozhuiikov, G. I.; Sol_ntsev, A. ?A.
ORG: none
TITLE: Long-wave electron oscillations in a bea_n-._:jp1aSrna.q-isterY)
SOURCE: Moscow. Institut atornnoy energii. Dokkady, IAE-932, 1,165,
Dlinnovolnovyye elek.tronnyye kolebaniya v i7isterne puchok-plazma, 1-29
TOPIC TAGS: elect-ron oscillation, plasma, electron beam
ABSTRACT: As previous experimental investigations (e.g., C. C' Cutler, P-')'~. IRE,
44,.61, 1956) of r-f oscillations in electron bearris
propagating in.vacuum were desultory, the present
experiments have been conducted to obtain a
systematic picture of the oscillations spectrum,
nature, and excitation mechanism. A beam of
electrons 3 emitted by W heater-type cathode I
(see figure) was accelerated by electrode 2 to a
few hundred ev and traveled along a strong
LCard I /

I ACC NRt
AT6001615
V,
/7377
F,xT)F,,I,mental outflt
Caid 2/3

NR, AT6001615
magnetic field, in an equipotential space, along the a-cir, of mi-al-Mall Cylinder -1.A
movable anode 5 permitted adjusting the beam length wilhin It -150 cm; OtFer
components: 6 - measurement cable, 7 - needle probe, 3 - grid, R~L' measurement
resistance; hydrogen pressure, 10-' -10-4 torr; magnetic fic-Ld, 1000-5000 oe.
Spectra of electron-current oscillations at the anode and at thf! probe were measured.'
A plasma was formed as a result of gas ionization by thE! beam, the plasma density
being commensurate with that of the beam. 'rho spectrum of theae non-Langmulrian
oscillations consists of a number of harmonics whose wavelengths obey the formula'
A, - 2 L/n (where n is the number of the harmonic and L is the beam length) and
whose frequen( i,,Fj W, are dotermined bv the beam-electron vclocity V in tivn ,,.ray:
w,, - K,,V, where K , - 2 y / A,, - The experiments corroborate the theory of
longitudinal electron oscillations In a homogeneous beam-plasma system ha~ring
limited longitudinal and t.ranaverse dimensions. Orig. art. han: 11 figures and
20 formulas.
SUB CODE: 20 SUBM DATE: none / ORIG REF: 008 / OTH R-EF! 0017
Card 3,-

ACC NR, AP7004568 SOURCE COM UR/0056/65/049/005/1377/1388
AUTHOR: Nezlin, Mo V.; Solntsev,__A,_1j,__
ORGt n&W-
TITLE: Discrete states of a plasma beam and the transitiona between them
SOURCE: Zhurnal eksperimental*noy i teoretichoskoy fiziki, v. 49, no. 5,
1965, 1377-1388
TOPIC TAGSt plasma beam, electron beam, fast electron
ABSTRACT: It was shown by the authors In enrlIer articles that',~
a plasma beam connisting of a cold p1nsmn column anti a fitst eleo-.
Itron stream which permeates thin column undergoes a transition
~Ifrom a macroscopically stendy state to a virtunl cathode state
Vhen there Is a decrease In the rntlo of the densities of these
components. The purpose of the exoerlments described In the
present artiole was to Inventignte the question of the stnte of
the plasma beam in the region of Intermndinte values of (t 0 1*10
vell as to Investigate the frequency spectrum of the onolllationa~
,occurring.. In the beam In. all Its states and the question of the
relationship*between this spectrum and the form or the velocity ..e,
drogen-,j
'distribution function of the beam electrons. Argon and hy
were used as the working gauee In the experiments. An
eleatrods.6hd three Langmuir probes were used to. Moaoure_ the-, .
opoillationse
card /2

~C.C NRj__AP7004!M
rhe artiole shows thAt the trnnsltlon occurs as the result of two
Jumps between.three discrete stster, durinp, which there is P 13ig-
nificant, Increase In the energles of the plnsma particlen and the."
radial dimensions of the beaut hnd Its potentials The oscillation
spectrum In.shown to*connint of n line nection and a continuoits
sootion, with an Increase In onallIntion frequenaian ditrinf~ the
transition Jumps. It lo,found thnt there In no sIgnifiennt chnnge
In the oscillation spectrum In any of the three discrete plasma
beam states, even IC.tho fnnt electron velocity distribution fune
tion becomes disordered. Thin resiilt Is of Interest In connection ..j
with the question sa to whethnr and to what extent the plasma beam
IInntability hero under oonsiderntion In ngnocinted wIth the 'lord
4aryll beam Instability which occiirn in the prenanoo of "order" in
)electron motion In a velocity spAce. A definite answer to thin
!question requirec *an Investigation of high-frequenoy electronic.
OlLansmuirll) osolllatlone In Ftll three plasma beam states. and
such an investigation in under way at the present time by the authorsi
The authors express their apprectntion to A* B. MIK14AYLOVSKIY
;l1stimulat-Ing d1soussionall and to.V# PIFFL for having takeff DIV 6~
~n some of -the measuremonts o Ortf. -art. iia-9 f 9 f Igurea and 3 formulas.
LJPRS: 341,6517
SUB CODEs 20 SUBM DAM 21Jul65 ORIG REFs 009 / OTH JtEFj 003
Card 2/2

L 16581-66 IJP(c) AT
..ACC IR: AF6007215~ SOURCE CODE: UR/0056/66/050/002/0349o'0363
AUTHOR- Neslin. M. V.'; Sapothnikov, G. I.; Solntsevo A. M.-
ORG: none
<
'fit, IOU, S-Y-- J3
!TITLE: Long wave,electron os Illations In a beam-plasma system
SOURCE: Zhurnal eksperimentallnoy i teoreticheskoy fiziki, v. 50, no. 2, 1966,
349-363
:TOPIC TAGS: electron oscillation, electron beam, plasma beem, plasma beam inter-
;action, longitudinal magnetic field, gas ionization, gas pressure, excitation
:spectrum
1ABSTRACT: Long wave electron oscillationR excited by an electron beam in a
~.rarefied plasma in the presence of a strong longitudinal magnetic field are
,investigated experimentally. The plasma is produced as a result of ionization
:of the gas by the beam. The gas pressure 4,10-5 mm Ug and the plasm density is
1comparable with that of the beam. The oscillations observed are not L=sSmuir
oscillations. Their spectrum consists of a number of harmonks, the wavelengths
,of which (Ajobey the relation-A~ = 2L/An (n is the.harmonic number and L is
Card 1/2

L 16581-66
~Acc uR: Ap6ooT215
the beam length). The frequencies w. are defined by the velocity of the beam
electrons (v),and the wavelength: wn - knv where kn = 2w/2.n. It is shown that
the excitation conditions of the oscillations and their spectral characteristics
are ia
good agreement'vith the theory of longitudinal electron oscillations .1ta
~an homogeneous,beam-plasma system with restricted longitudinal and transverse
demensions. The a.uthors take the opportunity to express their appreciation to
Ya. B. Faynbe for his interest in this work and for his useful comments, and
A. Ye. Bazhanava for providing the roots of dispersion equations with the aid
of a computer. Orig. art. has: 11 figures and 6 formulas. [Based on author's
abstract I
1 SUB CODE: 20 SUEM DATE: 27Aug65/ ORM REF: 008/ OTH REF: 010/
POpd 2/2
- ----------
maim

GURVICH, A.Ye.; KAPIW2, R.B.; NMLDI. R.S.
Isolation of pare antibodies by the of antigens fired on cellulose
and the study of their properties [with summary in Nnglish]. Blo-
khimiia 24 no.1:144-156 Ja-F 159. (MIRA 12:4)
1. Institute of Biological and Medical Chemistry. Academy of Medical
Sciences of the U.S.S.R., Moscow.
(ANTIGEN ANTIBODY RRACTION
isolation of pure antibodies with antigens fixed. on
cellulose (Rue))

Effect of various conditions on chemical fixation of proteins.
Biokhimiia 24 no.2:301-306 Mr-Ap 159 (WT'qA 12:7)
I., laboratory of Biochemistry of Viruses, Institute of Virology. Acadewl
of Medical Scieuces of the U.S.S.R., and laboratory of Physiological
Chemistry Institute, Institl2te of Biological and Hedical Chemistry, Academy
of Medical Sciences of the U.S.S.R., Moscow.
(BIOOD PRMINS, determ.
paper fixation. eff. of various cond. (Rue))

Sam problems in the isolation and fractionation of pure
antibodies. Biokhimiia 24 no-3:521-527 KY-Je '59.
(KIRA 12: 9)
1. Laboratory of Physiological Chemistry, Institute of
Biological and Medical Chemistry, and Laboratory of Bio-
chemistry. Institute of Virology, Academy of Medical Sciences
of the U.S.S.R., Moscow.
(KUTIBODIES,
isolation & fractionation of pure antibodies
(RUB))

'7T
0 1r-,

NEZLIN, R. S.? CAND LIED SC 1 9"ISOLATION OF PURE ANTIBODIES
AND STUDY OF THEIR PROPERTIES." Moscovig 1961. (ACAD LIED SCI
USSR). (KLj 3-61t 234).
445

=LIN, R.S.
Determination of small quantities of protein and amino acids
using photoelectramlorimetry. Vop. med. W2. 8 no.3:316-319
H~~e 162, (MIRA 15:7)
1. Laboratoriya khimil viruaov i kulltur klatok,, Institut
radiatsionnoy i fiziko-khimicheskoy biologil. AN SSSR, Moskva.
(AMIX0 ACIDS) (PROTEINS) (COLORIMTRY)

FRANEK 9 F. ; NEZLjK~'-R'&
Recovery of antibody combining activity by interaction of different
peptide chak4a isolated from purified horse antitoxins. Folia microbiol.
8 no.2:128--130 163.
1. Department of T-minology, Microbiological Institute, Czechoslovak
Academy of Science, Prague 6, and Laboratory of Virus and Tissue Cultuxe
Chemistry, Institufe of Radiation and Physico-Chemicalf Rology,
Academy of Sciences of the U.S.S.R., Moscow.
(DIPHTHERIA ANTITOXIN) (TETANUS ANTITOXIN) (PEPTIDES)
(ANTIBOD1ES) (TOXINS AND ANTITOXINS)

R-S-; SKVARIL, F.
Antibody Wriding Capacity-of Different Paptide Chai Isolated from
Digested and Purified Horse Diphtheria Antitoxin.
WU microbiol. 8 no. 4 J1 163
1, Department of Immu4ology, Institute of Microbiology, Czscho3lovak
Academy of Sciences,, Prague 6. and Institute of '-jra and Vaccines,
Prague 10
(DIPErrHERIA ARrITOXIN) (PEPTIDES) (ANTIBODIES)
(IMMUNOELECTROPHORESIS) (PEPSIN) (ELECtROPHORESIS)
(IMMUNE SERUMS)

NEUIN, R. S.
if The change in the molecular weight of antibodies synthesized in tissue culture
after second immunization."
report presented at the 2nd Symp, Molecular & Cellular Basis of Antibody Forma-
tion, Prague, 1-5 Jun 64.
Inst of Radiation & Physico-Chemicai Biology, AS USSR, Moscow.

TI "ICNT'V "-M,44 EVA, M,3.; 147~7',~N,
'f t"-'e abiLi?,-V Gf
tady r
bean seeds of the Sak3-
pherftl blood leucocyto3'
J1-Ag 163.
a
v-rietY lo
in v I trc). '1',qi I op- i 'A
a-;*r'.'~ic rf pe
'd ric..4; '458-4- 0
(MTPA 17-1)
1. Laberaterlya oboh-1, y I kosmicheskcy 1 laboratcriya
khimii virusov, .' kul'U;:~ kletok rad-'atsionn-Dy J. fzL-kc-
khlmtcheskoy b1ologil e'11 SSSR, Moskva. Adr,.'~ avtora- Vysqhly
medit3inskly inst"tul-, Varna, Rolgarqk-a-a llarodnaya Re3pubiikv
(for TSoneva-MAneva).

MEZ111N, R.S.
Synthesis of 19S- and 7S-antibodtas In a cell culture r,~' ratti-, solleen
and lymph nodes. Biokhimiia 29 no.3-.548-555 MV;..Je 164. 1,~URA 18:4)
1. Laboratoriya biokhimii virusav i kulltur kletak Instituta radiatsionnay
I fiziko-khimicheskoy biologii AN SSSR, Mo-flvia.

NF21.1701) R.S., kand.med.rau;~
- - ~ . - ~- r ,
Syr -~.C-S IS &rl'I StrU--tL-E Cf BL' ' 6-Aft-`; " rl I- ~--i -
Vest, 01 SSSR 34 nc,~o,9-j4--Jlfj Q

NEZLIN, R.S.; KULIFINA, L.M.
Separation of serum proteins according to t-e-.*r
ueing sephadex G-200 dextran gel. Vo::. med. -.c.'):,43-
545 S-0 164. 0!1q-4 1,;;:11)
1. LaboratorJya blokhlmii virij.9ov lni3tituta
fiziko-khimicheokoy b1ologii AN S~SSR, Moskva.

NF'ZL I N
, R,S, (M,.ogkva
~~hqlnn r,~ 1,
I ancl ;'nr, scn,~
blol~ 58 ric, 2,201-22C ~,; _3 , 6 1, - ; lud it A ',-It 12,

NEZLIN, R.S.
- -- -.1 -1--l-,
-Matson-hw and cellular principles of the formation of antibodies.
Usp. sovr. biol. 58 no. 3:45?-462 H-D 164. (MIRA 18i1)

OIJURVICH, A.Ye.; WZLINq
4"' -~
Nomenclature of Imvinr, globulins in man. Biokhimiia 30 no.2-.143-446
W-Ap 165. (MJRA M7)

win
L 09040-67 JK
ACC NRe AT6033027-- -OUf(CEt-(f6DF.-i-CZfO*00.07166/0*001000/0595/0601-~
AUTHORt Nazlin. R. S, /3
ORG: Institute of Ra aL
S11 _ qA__k &I B LoxY._ArkCL4M7 of
Science
TITLE: Change In the molecular weight of antibodies synthesized in
tissue culture,after second immunization ~Ir
SOURCE: Symposium on Holecular and Cellular Basis of Antibody Forma-
tion. Prague, 1964. Holecular and cellular basis of antibody forms-
.tion; proceedings of the symposium. Prague, CSAV. 1965, 595-601
TOPIC TAGSt antibody, antigen, rabbit, immunology
r,,0& &k4-
ABSTRACTt Antibodies formed in spleen and lymph-node calls of hyper-
Immune rabbits during separate cultivation in vitro were studied. Anti4
bodies from calls removed three days after a second immunization of
rabbits with human serum albumin were compared with antibodies synthe-
sized on the fifth day after Immunization. Experiments showed that
mostly high-molecular-weight (19 S) antibodies were produced on th 13
third day and "lighter"' (7 8) antibodies on the fifth daye Tentacive
Card 1 / 2

L 0904o-67
-~~C-144-'-A-T-60 33-02 7 0
explanations for this phenomenon are suggested. Orig. art, has: 5
figures. (W.A. 50)
SUB CODEt 06/ SUBH DATEt none/ ORIG RM 006/ OTH RM 007
not

NEZLIT'i) S. Iz. -
How a person affected by tuberculosis .9houl(i live and how to treat tuberculcsfs.
L- ~.
~oskva, i,-ed.,i-,, 1931.

A
1,T, T 776
USO/Viedletne - Tyaberoulosle, CIW*s gep/Oot 48
Medicine - Tuberculosis,, Diagnosis
"Flucrography In Dispensaries.." S. Ye. Netlin,
H. M. Zakin, Dispensary Sector L3.st of Tmbercu-
losis, Acad Mod Set LIM, 3 Ti pp
"Problemy Tuberkalaza" No 5
Fluorographlc vork vas begun in Molotov Rayon,
Moscow, an Initiative of Dispensary Sector,
That of Tuberculosis, Acad Mod Sol. Describes
progress made. Table showing dlagnests of
tuberculosis at "ElektroprovW Plant.
W
21/49TT6

NEZLIN~ S. Ye.
"Care of Patients Suffering from Pulytonary Tuberculosis,' Ned Sestra, Ho.8,
3.9.48.
Head, Dispensary Sector, Inst. Tuberculosis, Dept. t'linical Medicine, AI-G LISSR

, .- ~,-z 3. YE
35497. 0 nekotcrykh vonrosakh retodiki ral-.,)ty tu~..erkule~n-,) o ispanse:-a.
Soo'l- shch -5. Eyulleten' I -ta tu:erk~.lezfi ekad. : ed. -,6Z3- ,
1,D. 3, c. 5-9.
:~etor is' Zhw nal'nykh D'tatey, Vol. 49, 1 oskva, 1949

NEW24t S), Ye.
#Sanitation and Prophylactic Work of Tuberculosis Dispensary,O J%d.
Sestra, No.5, 1949

IIEZLIN, S. Y1.1, Prof.
USSR/Medicine - Tuberculosis
Industrial Hygiene
Sep/Oct 49
"Labor Arrangements for Pulmonary Tuberculosis Patients," M. M. Zakin, Dispensary
Sector, Inst of Tuberculosis, Acad Med Sci USFR, 3 pp
"?rob Tuber" No 5
flLabor arrangements" includes state, trade union, and social activities to eliminate
unsuitable working conditions, f-Ind optimum amount of wDrk for the patient, promote
family welfare, and enable the patient towDrk for the socialist state. To aid this
program, Med Labor Examinibg Commissions (MIK) have been created. Council of People'S
Commissars (10 Dec 34 and 5 Jan 43) made provision for suitable working conditions,
transfers, rehabilitation, and unemployment insurance for tubercular workers.
Besides individual care, large enterprises in Moscow, Leningrad, Khartkov, etc., have
established groups with a 6-hour day, special working conditions and diet. Cooperative
artels with constant medical supervision have been created for those who cannot work in
regular business enterprises. Gives atatistics on work of Dispensary Sector, inst of
Tuberculosisp Acad Med Sci USSR, in one Moscww district. Chief, Dispensary Sec:
Prof. S. Ye. Nezlin. Dir, Inst of Tuberculosis: Z. A. Lebedeva
?A 152T68

/V
ZYNIS, V.L., otvatstvannyy redaktor; BVITIM, F.I., redaktor; Y=19, S.Ye..
redaktor.
(Traneactions [of the All-Union Oongress of Physicians Specializing
in Tfaberculosiol, September 21-25, 19461 Trudy. 21-25/11 1948. Ot-
vetstvennyi re4aktor T.L.9ints. Redaktory: F.I.Levitin i S.I.Ifetlin.
Plookwa, Kedgis, 1950. 397 P. (KLRA 7:11)
1. Yeasoyuznyy nOyesd vrachey-ftiziatrov. 5th, Moscow, 1948.
(Tubarculoats--Congresses)

'dg,r- L ; IMIA.5"JI"loy --OLIN)
SANIOV, 141. (F.I.Cf. S. V.; NE. ~]. I.,
i
DD~,ZLPJI? :,. L.
T~iberk~ez- R~.ovodstvc Dla Fatronp-zhrich Sester Tulberkadeznicl,.
(Tuberculosis- Ilan(Ubook for !JiLrses ir. Tuberculosis 1-~lspensarics),

NZZLIH. S. Ye.
Present day problems in control of tuberculosis in SSSR.
Med. sestra, Moskva no.8:8-13 Aug. 1950. (CLKL 20:1)

NMIN, S. E.
Tuberculosis
"Specific chemiotherapy of tuberculosis." Collected papers of the Takutsk Branch
of the Tuberculosis Institute of Academy of Medicine of the U.S.S.R. Reviewed by
S. E. Nezlin. Probl.tub. no. 4, 1952.
2
9. Monthl List of Russion Accessions, Library of Congress, Decembar-195y, Uncl.

USSR/Redicirie - New Drugs, Tuberculosis Jun 52
"Sew Methods in the Treatment of Tuberculosis,"
Prof C. E. Nezlin
"Med Sestra" No 6, PP 13-19
Gives information on Soviet-produced drug (1946)
PASK (Para--aminosalicylic acid), and a newer drug
(not described) - Tibon. Both drugs are toxic. In
carefully rationed dosage both drugs have proved ef-
fective, especially when administered together or
in conjunction with other drugs such as streptomycin.
Author denounces US physicians for administration
of large doses of streptomycin, claiming that Soviet
221T31
physicians by careful use of this drug.have ob-
tained excellent results in treatment of tuber-
culosis. Mention is made of pneumoperitoneum
gaining wide use in treatment of tubercular in-
fections.
>:I- C4
?4r
N)
2~-17-31

NIZLIN, SJO.: NZ=VOROVA. L.I., radaktor; BOHROU, U.N., takhnicheakiy
'-`r=R'or.
[The diet and therapy of a patient with pulmonary tuberculosis]
Rexhim I lechania bollnogo tubarkulasom lagkikh. Moskya.Gos. izd-
vo med. lit-ry, 1953. 102 p. (KLRA 7:8)
(Tuberculosis)

NNZLDi, S.Ya.
I- i -
Role of therapmtists in control of tuberculosis. Klia. =ad.. Hoakva
31 no.60-7 June 1953. (GrXL 25-1)
1. Professor. 2. Moscow.

2,ZLIN, S.Ye., professor.
< ~-- - ~~f
Review of the monograph "Tuberculosis" edited by F.I.Levitin.
S.r..Npzlin. Klin.-ied I c~ -1 7: 1 )
- 31 no.12:92-P.I. D ,.
Chibe rcu I o s i a )

UZUH. 5,YDDrofessor, Koskya.
Incidence of tuberculosis of the intentInee and of the laryar
(according to the autopsy findings) Klin. nod. 32 no.12-.25-28
D 154. (MIRA 8:3)
1. Is patoloanataxichaskogo ot-lelentya (zav.-kand.med.nauk K.A.
Bell) Moskovskogo gorodskogo nauchno-insladovatel'skogo, tubarkulas-
nogo instituta (dir-prof. F.A.Kikhaylov)
(TUBERCULOSIS, GASTROINTISTIMAL, apidentolog7
in Russia)
(TUMMCULOSIS. LARTNGBAL. epidemiology
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