SCIENTIFIC ABSTRACT POPOV, S.N. - POPOV, S.YA.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001342330004-1
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: January 3, 2017
• Document Release Date: August 1, 2000
• Sequence Number: 4
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

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villswity g4 2M I./hr. (In a Wis. tetort) slarar a Itialt. fly MX'76 and Oust of "loblior" 1-y 41.3%. SistakI.Any *00
00 07 yield all lilt "lolorne haroilm- n( 5XV,'~ at a "Imma-ric Illpf"I truile oil yieldrd 81.41t 10% "i-e IhAll
I - trailkars- yield I't N.X%., ljli~ 1,cilia mer-o"passird by tile that floill Ilihi-Fil'al, 1.111,Ia(' i"Ar f'.4 Ilt4tiott wAt 0. r. -
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","Jsgy ces 5.4~j -loluenc." and 'a"A", "ben. mom -Imnarme" anti tile sailic arram tit "tluarne- At A lie*
.1 .; this PIWU
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gent." wills a rworralial C.A01, rontrall of ti-24 iso-I a t
I C.11. contrast of (I.Alle ad the rasw material. Tire mroiti,tii- $414 Is*& little efla-, I oo tile YOM. I fir high ylvid, j Oil-
filliariom foal, light J,rit"Irlim obstillmir, ..I.
tation Cal IA.% 441 "cards a much higher tellip. whru (lie
00 Sonic of the Cjf. is forintal front it, explairsed by dchydr(pgritation ptot-ts" whit-h jprjA"-d
ackell pvIYjj1er4 i~ villicusmily with iiii-timulcr stlethyl4ted rinjt4. 'the aria.
1AM10109%. lite thCrIUA1 Stallifit)- (11 ff
00 1 The lion between smA. wt. said the yla:lals of atoolialic zoo
llightly lower than that of naphthenk ga--6 (A .
d I "tolutne" front cracked platarnitr% I:-u cautions in the pyroly,is iq a valuable criteriian for the
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givizic.lions b. belosal 21ffl' *4.4 obtained at 675'. An evaluation of raw matt-rial fe.yqucc,
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is higher than from stiphlbenic Immitivis fly V,
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FC1,CV, S. 11.
"On the interaction of E, El-Dichlorodiethyl Ether
'a'ith Diragnesitir(libr-eircLcetylene. 11 Zhur. Obshch.
nim, 10, No. 12, 1941-0. Inst. of CherdisLry
ydzhan Afflliate, Academy of Sciences USSR.
Azorba-
Received 23 November 1939.
W Rep,~rt U-1627, 11. January 1952.

FOFOV, S . N.
I QFOV, 5. H. - "Investigation of the Chemical Nature of Ozokerite, Its
Genetic Connectifn With Petroleum, and the Catalytic Role of the Rocks
in Which It is Found." Sub 30 Oct 52, Inst of Petroleum., Acad Sci USSR.
(Dissertation for the Degree of Doctorates in Chemical Sciences).
SO: Vechernaya Moskva January-December 1952

SOV/81-59-i6-58517
Translation fia m: Referativnyy zhurnal. - Khimiya, 1959, Nr 16, p 412 (USSR)
AUTHORS:. Agroskin, I.I.i Popov, S.N.
TITLE: The Development of a Process of Crystallizing Solid Hydrocarbons From
Ozocerite and Petrolatum in the Deoiled State
PERIODICAL: Nauchn. zap. L'vovsk. politekhn, in-ta, 1958, Nr 50, pp 181-186
ABSTRACT: It has been established that the separation of high-molecular solid hydro-
carbons from solutions of ozoeerite and petrolatum in the form of an easy
filtering deoiled powder depends ori the content of resinous-asphaltic sub-
stances (RAS) in them, principally asphaltenes. Strongly resinified as
well as light ozooerite which has been sufficiently purified by silicagel
gives at filtration a pasty, difficultly filtering precipitatfit. At a con-
tent in Borislex ozoeerite of _j6% RAS the latter precipitates at room
temperature from 5 and 20%-solutions in the form of a quickly filtering
dry powder (high-melting fraction of ozGeerite). The same effect is ob-
tained by adding 1.5% RAS to petrolaftm.,For this purpose Al stearate M
can also be used Instead of RAS. Its cotimum quantity Is 0 '025% of the
Card 112 amount of ozoeerite or petrolatum. Thus7on adding 0.025% 1 to a 20%-3olu-

Otv-red.; BLIJ1H,,V-V., red.;
KOTLWOV, Tu*Lo# redo; SARANYJXv T.V., tekhn.red.
[Chemistry of petroleum and natural gas] Khimiia nefti i gaza.
LIvov, Izd-vo Llvovskogo univ., 1960. 377 P-
(miRA 14:2)
1. Chlen-ko ndent AN USSR (for Sereda).
(Petro (Gas, Natural)

AGROSM, I.I.; PROKOPETS, M.M.; POFOV, S_-~N-
Dewaxing filter stock of the refined Surakhany oil in a naphta solu-
tion with an aluminum stearate additive. Izv. vys. ucheb. zav.;
neft' i gaz 4 no.6:73-80 '61. WRA 15-1)
1. Llvovskiy politekbnicheskiy institut.
(Apsheron Peninsula--Paraffins)

-67
L 10h05 EI-ITM&W(m
ACC NRt*-AT6033033 WH
[AUTHOR: Popov, S. N.
ORG: none
e)/EIWP(V
-SOURCE CODE.-
2/000/0029/003�,
5~ - ! I:
TITIE: Lwestigation of a titanium Plasma source 1. Construction of t1a source and
main parameters of the plasma.
SOURCE: AN SSSR. Fizichoskiy institut, Trudy, ve 32, 1966* .-Fixika plaw Masm&
physics). 29-38
plasma source, titanium. plasma flow
T6PIC TAGS.
ABSTRACT: The source (see Fig. 1) was in the form of a row of titanium disks It, with
a diameter of 14 x 19, mm and a thickness of 2 mm, fed with hydrogen or deuterium* Thb
4istance between the disks was I mm. The ohmic resistance of the conducting electroda
did mot exceed 0.02-0.03 ohms, and the conductance of the source under operating
conditions, assur-ing that the plasma pinch completely fins the inner channel of the
I source, was appre---idmately 30 cm. Using the above equipment, studios were made of
sevoral parametsis of the plasma generated; density, total nusber of particles
mass id energy spectra, temperature of the electrons and the ions, eta*
senerited
-A f1gare -show t distribution of the low with respect to tramwerse Volmitlesp an~-
a table show tb%, noon fro* flUbt, path of ims In the pls.,. Me siftor expresses
CWd

:L-io4o5-67
ATN
Construction of titanium Plasma source
Fig.
I-lead for ignition voltage; 2-tra!pition Pi~pe; 3-leaMor
main voltage; 4-flange; 5-steatiteVor Teflon PlnsulationA,~ 6-
conducting copper cylinder; 'I-trIgg-er elntMe (Kovar tube);
8--copper nut; 9-first titanium disk; 10-steatite or Teflon
insulation; 11-titanium disk; 12-last titanium disk; 13--
titanium end piece.

L 10405-67
fJ ACC NR, AT6033033
""this sincere thanks for helpful discussions to A* A. Rukhadze, 0. L Fedyanint and
-1._ S. Shpigelle Origo art. ha3z 2 formulas, 9 figures wA 1 tables,
SUB COM 20/ SUM DATEs none/ O&M REFI* 002/ PM REFS 003

POPOV S.N. knnd.tekhn.natLk
_!Z-~~J_
P~-ovide for timely and good-quality maintenatce aAd repair of tracks.
Zhei.dor.transp. 46 no.6:44--49 Je 164- (MIRA 18%1)

popoll Sergey 'Nikol-W'vich, kand. tekhn. nauk; SFRG-EYEVk)
-'- * 17- ~e-d:~* ~: -` ~'
[Ballast bed of railroad tracks] Ballastriyj sloi zhelemic-
0 puti. Moskva, Transport, 1965, 182 p.
dorozhnOg OmR-P ILS-.4)

POPOVP S.N., kand.med.nauk
Some problems of primary specialization of radiologists at
local bases. Zdrav. Ros.Feder. 7 no.lDt28-30 0163
(MIRA 16:11)
1. Glavnyy rentgenolog Tambovskoy oblasti.
*,

FOPUV, S.N.; G=0M3KIY, Ya.L.
"Present state and prospective development of animal husbandry in Lena and
Olek,minisk Dis-utricts of the Yakut A.S.S.R."
P. 176 Trudy Akad. Ifauk SSSR, Yakutsk, Filial, No. 1, 1956.

POPOV; S. N.
,,Colonic Lithotomy of Horses"
BDlezni Loshaday CF~guine Diseases), Sbornik Rabot (Collection of Work), Ogiz-Sellkhozgiz,
Moscow, 1947, Sect. II - Surgical Diseases, p 179 (Tab Con)
A collection of works compiled by A. Yu. Branzburg and A. Ya. Shapiro, under Fditorship of
A. IS. Laktionova, State Press for Agrie. Lit. In majority of cases,, previously published
in journal Veterina or one of the manuals issued by the Vet. Admin. of the Armed Forces
USSR
-W-9922, 1 May 1950 p 4 M

-'C - Lj i
j-2)V, ". '; - , Card f."ed Sci -- (diss) "Oxyheuiometry in re-spiration
i- -on of light athletes."
in the medic al-pedagogical supervis-L
ijenf.r:-radl 1960. 18 p-D; (Leningrad State Order of Lenin inst of.the
Advanced Training of Physicians im S. M. Kirov); 300 copies; price
not given; (KL, 50-60f,-e~/ !,q

POPOV, S.N,. kand. mad. nauk. (Tambov, ul*. Komsomollskaya, d. 79, kV. 5)
UIDWOVAw Z. Ta.
Chronic antral gastritis as a precancerous state of the stomach.
Vast. rent. i rad. 34 no.1:23-29 Ja-F '59. (]URA 12:3)
1. Is Tambovekogo oblastnogo oWcologicheskogo diapansera (glavnyy
vrach - zaaluzhennyy vrach RSISR T.M. Grozdov).
WASTRITIS
chronic antral as precancerous state Me))
(STOPACH N30PWM, etiol. & tathogen,
gastritia, chronic antral (Ras))

POPOV, S.N., kand. med. nauk; GONCUROV, Ye.S.
Operation of a fluorographic service in conjunction with the general
X-ra7 network. Zdrav. Ros. Feder. 3 no.5:20-22 14.v '59'
(mi?A 12:7)
1.Iz oblastney rentgenologicheaker stantsil (zav. S.N. Popov). pri
Tambovsko.v oblastno7 bol'nitse Qlavnyy vrach A.I. Yevteyev).
(RADIOGRAPHY)

mid r-rallel:; in c.,jn,- r o~ -D ll.
1957, 15 Pp (State Scientifin. lles-,a-rch Im-,titute of Ffoen,t-~-.renolo,r.ry and
R-adlolorry), 150 co-,ios (KL, 37-57, 1010

POPOV. S.N., kand.med.nauk
Some comments on Docent A.IA. Popov's article "Methods for and
objective rating of the gastric mucosa.11 Test.rent.i rad. 34
no.2:98-99 Mr-Ap '59. (MIRA 13:4)
1. Ix tambovskoy oblastuoy rentgenostanteii (zav. S.N. Popov) pri
Oblastnoy bollnitse (glavnyy vrach - zasluzhouW vrach RSFSR Tu.
I. Malikov).
(STOMACH) (mucous xxialms)
(POPOTP A.I.A.)
7;3-

POPOV, S.S.; GROZDOVA, A.T.; KHARIKOVSKAYA, v.p.
Primary multiple gastric cancers Vest.rent. I red. 32 no.4:79-80
JI-Ag 157- (KIPA 10:11)
1. 1z Tambovskogo oblastnogo onkologichaskogo dispansera (glavnyy
vrach - zaaluzhannyy Yrseb RSFSR T.H.Grosdoy) i Tambovskoy oblast-
noy rentgenOlOgiChOBkoy stantall (zav. S.N.Fopov)
(STOMCH HIONASMSO case reports
primary multiple cancer)

USSR/General Problems of Pathology - Comparative Oncology U-1
Abs Jour : Ref Zhur - Biolgi Noj let 1958) 84936
Author : P A. T., Khartkovskayn, V.P.
_K2pov,j'N4j Gro2dova,
Inst : lUo-institute-IW'given
Title : The Problem of Multiple Primary Cancers of the
Stomach
Orig Pab : Vestn. Rentgenol, i Radiol,, 1957, No, 4. 79-80
Abstract : Two cases of multiple primary carcinoma of the stomach
were seen in patients 51 and 55 years of age. Each
patient had three tumors., whereas only two could be
demonstrated radiologically, the third being discovered
at operation. In the first patient all three tumors
were of distinct histological structure - a solid carci-
noma, a poorly-differentiated adenocareinoma,, and typi-
cal small-celled carcinoma. In the second patient., all
the tumors had the structure of adencearcinoma. with
foci of aquamous cell carcinoma, Emphasis is given to
the difficulty of X-ray diagnosis of multiple carcinomas
Card 1/2 as the rosult of the superposition of shadows of tumors

USSR/Medicine - Roentgenology
Card 1/1
Authors : Popov, S. N.
Title : Clinical and roentgenological observations on the morphology and function
of the stomach and duodenum in gastro-intestinal ulcers
Periodical : Vest RentgZn i Radiol 1, 52-56, 1954
,Abstract : Ulcers can be detected in the absence of organic symptoms of "niches"
by employing dynamic observation. X-rays can be used as a method of
functional diagnosis jLn the diagnosis of ulcers. 13 references; all USSR
Two photographs (X-rays); one table.
Institution Roentgenology Department (Chief-S. N. Popov), Tambovskaya Oblast Hospital
(Chief Physician Yu. I. Melikov)

FOPOVI S-N-j kand.med.nauk
The X-ray and radiological station (department) as an organizational
and consultation cepter. Vest. rent. i rad. 36 no.5:68-70 S-0 161.
041HA 15:1)
1. 1i Tambovskoy oblastnoy rentgono-radiologicheskoy stantsii
(sav. S.N.Po ov) pri oblastnoy bollnitsa (glavnyy vrach G.V.
Romazanovich~.
(RADIOLOGY, MEDICAL)

2 A, :0-8 /40,
olenskiy , G. A A granov.-kaya, A. Popov, 8upov,
V. A. ----------------
TITL'--: New Ferroelectric ~,ubstances oj' a Compiex Componition N o v,,,, y C
segnetoelektriki slozhnogo sostava)
II. Pb Fe 54- N.oO.- and Fb YbNbO (II. Pb Fe ~i NbO I Pb YbYbO
2 0 2 6 2 6 P
PERIODIChL: Zhurnal tekhnicheskoy f izikij',YO3. 28, Nr 10, pp 2 P-52-2 153 (U,-:,R
.J
A B STR A C T This paper covers an account of the synthetic production of
polycrystalline samples of vb Pe )+ NbO and Po YbUbO They vitre
2 6 ;? 6'
synthetized by a reaction in solid phase accoruing to conven-
tional powder-metallurgical methods. The Pb,Fr-,NbO 6 samples i;vre
0 0
sintered at 950 C , the Pb.,,bNbO at C. It was esLablisiie(I
100
by X-ray structural analyses tnat the compounds produced have a
perovskite-structure, the niobium-, yLterbium-, and iron ions
occupying octahedric positions. The dielectric constant of'
0
Pb 2FeNbO 6 sampies passes through a maximum at 112 C. Pronouncea
Gard 1/2 dielectric hysteresis loops tire found at room temperature. Hence

New Ferroelectric `3ubstances of' a Complex Composition, SOV/57-gf-10-~:/4~-D'
H. Pb Pe i+ NbC and Pb 'L"b "b06
2 6 2 ~
?b 2Pe 5+ NbO6 is a 1'erroc-lectric substance. Thr- risaximam oC the
dl.ielecti-ic constant ol' Pb
, I/ bNbO which is sm-ill, is folind at a
much higner valoe, at 2bO 0C. The (,-urve e - f(T) exhibits a kini~
nenr 240 0C. tg (-. equals 0.35 at room temperature and a frea 'uency
of' I vcy. It quickly iner.-ases at heating, pa:ising thrcagh a riot
0
v(lry deep mininium aL abouL PiJO G, and incre!ising again hence-
forth. The dielectric conotant versus- temperature function
typien! of' antiferroelectric substances, the aDspnce of a
hysLereuis loop ana tne sufficiuriLl.,r smali georrietric criterion t
(t =~- 0.)5) substaintiate .he ar;suzription thaL Pb YbNbO i 3 a 11
2 6
antiferroc-lectric substance. There are I l'ip:ure ana r~?ferences.
2 uf which are "oviei;.
!~UBMITTLD: May 8. I,)-)f3
2/2

ffe., Perrueipctric Pubsuance-2 Of a GomDlex Composition-
~o211 C, H ii f) t-md eb 2- nNbO6
Card

SHOUMSKIY, G.A.; AGRAHOVSKAYA, A.I.; POPOV, S.R.
Polarization mechanism In PblNiWbf0;-Pb?gllb2lg solid solutions.
Fis.tver.tela 1 no.1:167-168 Ja 5 (Min 12:4)
(Solutions, Solid) (Polarization (Blectricity))

'J"
M51 *. I-Xlp~ UrLDITAIic!; zc,;/437-~
T .... j-.,-y. N f1lik- di-l-Itrik- 2d, 1958
Fitika dIvl.ktrIkI,, truly t,.-jr --mirus-Y k~nfamotsli (Phils'-s c' i.loctriti.
of lh- 24 All-VnIM C-f-m.. on the Physil, of
M,.-, Jul- A.% 5-A, 19-0. 5)2 p. Zrr.t. lip -;J..
ptiztbd.
4-riN AV-~y, cauk SXI. Filicb-kly 1-tit.t. L-a ?.%. Lob.i.".
Iti. of P,5110'.~g T..L. St-,k, '-~h. FA., I ~3. ril-
torl.1 B-1d, (Ptsp. U.) G.I. Ska-vi, rl~:tor of Physics
and K.7. YLIIFP7,., of ?Ihj'.I~, rj
rl:rj~=, Me C.1.1-til. or 4F-:.-tq is for .,I..U.t.
the rtq,.,~s or
COTERAa, 'b, 3-.4 CMfl-I ~n the Ph7liao Of 011-'a-tril, told i.
mo- .-. %h. Fl:'.:h.,kiy L39tit.% 1-ii P-9. L-t-3-r. 1-t-.t.1.4 1-ni
P.P. 1. I-bor 11,19 .., att.;J~l bj cf the ;ri-i:.1
scientific ceiter, of thm USM -d of sevortl Ith~ r c -t r i- , -his -1
loot-cm contains wat of tho rvf~rts prosomted al. tro ccof-~* %~I --1e;
of the d"tusslc- h.'ch f:Ll,.i. The r.7-rts in this 4,1*._-.I_ :!..I kith
dl.lwur-o pnrertt.., ..j ;11..J_ti ... ... d .1th gr_:jfj~
Id
c&7wltamo of vj7jous crlitals, ~b.jac%l and c-1-s. ft,-.,
farr~.I~tri.- cryvt1q. and T,rl:~ r&Ij,a-jan " of-
fact- - dillactr~z# a.r- Tb. , Ii.- of cth,r
p,,--ro pr*.#.tjd at t-. coaf~m-q d,.,L-C jib ~,J.rj~atj,,, 1~ ..... . d
t-oAkd-no of dis',,otri~s, whi.,h ,r, pu~J.Ljhoj in --he ~L4
SSM, a.rly. ni, r.4j). 3. p4r-.lj-.j,s
Uf-~.s -ch r,,.r%.
;:;l-.-j3k C.CA., A.I. A V A Is."-
.tri, ryA,_
is V=A) Li t.ra, 339
_1:z:,Uk~LA- riecastric Modal For the E4acrIption or Polj~aorzh,~ ?Use
TrmaxIticts i;CrI.talm [Phjrsics Division, Kovew State Czlvars-ty L~~ai
Law=ow] 347
koataotl=TA~ T,?-, !J4- D--in Strac-
C.r%4io of Pol..;:Jxd
(1z.ti.t.t. of C~y.tll.Crapbj, Ac.jo.V of J51
,J., and 1.5 &- Tryotallochmic.l. Pmbl.- of' r.rro-
a Hjrdro;-~ Bond [Instituto of CryuWl*Zr%;!tr, AS 93~1,
... .... 366
nA If*.,. of Chr-j.
_=d I.J. Sinit3y
Qsddss a tb. K-1 ctelf~F of 372
ChorOZE.B~I mmctrleal Pro;erblas of th. UT103 Sys'-
~JY_ZpmpaU; ~ay rosud&rvtv*mjry mivorai to t (DoopmPotrovsk 3-A.4 Valversi-
Ity) 185
Somin, T.V. rI~IkjZ,
of
'301it.-H.sahjlrit -(WG) [Tjoat r. a.i. lator t -Iy 1 t L~ 1 1. (Con-
tr.1 Laboratory or Pi.s.to*ch'w"%~ If C'Mal-
crophy, 'a C333, X-w) )93
and O.A. Sh.g~. Kff.c- of $.a11 Adlitton AC..t. V:~, on
-ba Sloctricel Pmper-ims of Poljrcrystql Ba-.iOj IDtopropetrovsk State Vni-
vrssty,] 404
or the =-tric
Cceductl,ity of TW-"..loctrIc Crj,.t.1, -d F."o,l,~t,jojty [C.ztral S~J-
tillo-T ... rob Lbrat.ry of PI ... t"hrol.gy, Y~-j 00
Card 11/15

82910
:z 13 oo S/120/60/000/02/041/052
E14S~3Rnd Ponov. S.N
AUTHORS: Yegorov, V.A., Karetnikov,
TITLE: Measurement of Ion CurrentjL Ion Accelerators 1!
1960, No 2,
PERIODICAL: Pribory i tekhnika eksperimenta,
pp 146 - 148 (USSR)
ABSTRACT; Electron-optical systems for direct measurement of
high-energy ion beams are unsatisfactory because of
secondary emIsslon of electrons, ionisation of residual
gas, etc. Curves 1 and 3 of Figure 2 give examples of
variation of measured current (for fixed true current)
against variation of the retarding potential intended to
prevent secondary electron emission effects. The authors
propose the use of a calorimetric method. The ion
collector is cooled by circulating water, the volume and
temperature change of which are accurately measured. The
energy associated with secondary effects is small in
comparison with the energy of the accelerated electrons.
Curve 2 of Figure 2 indicates the freedom of this method
from secondary emission effects. A precision of 100/'o is
Cardl/2 claimed. V. Vasyukov participated in the work.

8293.0
S/120/60/000/02/o4l/052
E14 /
Measurement of Ion Current in Ion AcceTerfNgrs
There are 3 figures and 4 references, I of which is
Soviet and 3 are German.
ASSOCIATION: Institut khimicheskoy fiziki AN SSSR (Ch(
Research Institute of the Ac.--Sc.,USSR)
SUBMITTED: FebruarY 3, 1959 k-r
Card 2/2

86444
Spal 60/002/011/0-'2/042
Mae) ~/'o sc, 1, 0 2. /11a 2) Boo6yBo6o
AUTHORS: Smolenskiy, G. A., Isupov, V. A., Agranovskaya, A. I., and
Popov, S. N.
TITLE: Ferroelectrics With Blurred Phase Transitions
PERIODICALs Fizika tverdogo tela, 1960, Vol. 2, No. 11, pp. 2906-2918
TEXT: This is the reproduction of a lecture delivered at the All-Union
Conference on Ferroelectricity which took place in Moscow in January, 1960.
A report was made on studies conducted on polycrystalline specimens of
ferroelectrics with blurred phase tranFition and belonging to the two
systems rb/Mg,,,ITb,,,)O3- Pb(Nijjj Nb43)03 and Ba(Nb, Ta )206 - Sr(Nb,Ta )206'
These feeroelectrics exhibit a relaxation polarization in the region of
phase transition. The technique of the specimen preparation has already
been described by A. 1. Agranovskeya (Ref. 6), and the method ~,-f measure-
ment in Ref. 2. Investigation results are illustrated in diagrams and are
discussed in great detail. Fig. 1 shows F_ and tang as functions of
temperature for Pb(Ni7h Nbli.,)O3 in weak fields at frequencies between 1 and
Card 1/61

86444
n
Ferroelectrics With Blurred Phase Transitions S/181/60/ 100.2/011 /032/042
B006/?,060
1500 kc. Both curve groups exhibit a maximum between -150 and -100 0C, the
precise position and height of which is somewhat frequency-dependent. The
maximum loss angle is the larger the higher the frequency. Fig. 2 shows
the temperature dependence of E and tanS on Pb(Mg, ld
,,,Nb.L/3)03in weak fie s
at frequencies between 0.4 and 4500 kc. This compound as well exhibits
loss angle maxima, lying between -50 and OOC and which are the higher, the
higher the frequency. The E-maxima (between 9000 and 12000) are the higher,
the lower the frequency. At 0.4, 1, and 45 kc they still lie at negative
temperatures, but already a'. positive ones at 450, 1500, and 4500 kc. The
ascending part of the &(t) curves is frequency dependent, but not so the
dropping part. Figs. 3 and 4 show oscillograms of the hysteresis loops of
these two compounds at -90 and -1960C, respectively, taken at varying
electric field strengths (E max = 20 kv/cm and 60 kv/cm). Fig. 5 shows the
temperature dependence of total polarization on Pb(Mgl/,Nbzl3)0 3?
Pb (Ni-,I, Nb 2,11) 03 Pand solid solutions xPb(Mg,,,NVO3+ (1-x)Pb(N~jINb2j3)0 3
the x-values being given near the curves. Fig. 6 shows, for these speci-
mens, the spontaneous polarization as a temperature function, Fig. 7 the
Card 2/8

POPOV, S.N.
Investigating Ardenne's duo-plasmatron. Prib. i tekh.eksp.-
6 no./+:20-24 Jl-Ag 161. (MIM 14:0.)
1. Institut khimicheskoy fiziki AN SSSR.
(ion sources)

POPOV) S.N.
Measuring the sifting of ions on single-potentia.1 lenses.
Prib. i tekh.ekap.16 no-4:69-70 JI-Ag 161. (1-aRA 14:9)
1. Institut khimicheekoy fiziki AN SWR.
(Ion beams--Measurement)

S/057/61/031/002/010/015
B124/B202
AUTHOR: Popov, S. N.
TITLEt Study of the current density distribution over the cross
section of an ion beam
PERIODICALt Zhurnal tekhhicheskoy fiziki, v. 31, no. 2, 1961, 217-223
TEM The study of the current density distribution in accelerator aysteme
is necessary for the explanation of the propagation dynamics of charged
particles in the vacuum as well as for the construction of targets used in
nuclear physics. This problem is of special importance when studying
accelerators that are used in experimental physics. The experiments were
made in an ion tube the scheme of which is shown in Fig. 1. The ion source
1, which is described in Ref. 2, produced about 20 ma of hydrogen ions.
The optical ion system (2,3,4) consists of a single-potential lens with
full voltage application in the region of ion separation and with the
separation voltage constantly amounting to 40 kv. The controlled voltage
from 0 to 10 kv was fed into the central electrode 4. The instrument for
Card 1/7
89164

3/057/61/031/002/010/015
Study of the current density distribution B124/B202
measuring the current density distribution (CDDUU) was attached to the
water-cooled beam catcher 5. This instrument consists of a copper plate 6
with a 50 mm long anil mm wide cross slit 7 which can be displaced with
respect to the optical system by means of a pull rod. Under the plate the
full cylinder 8 driven by motor 13 was connected with the 1 mm wide nick 9.
Cylinder 8 contained the coaxial receptacle 10 with slit 11 (2 mm wide);
slits 7 and 11 were parallel. The system is housed in a vacuum container 14
with a working pressure of 1.1o-5 mm, Hg and a partial pressure of the
residual gases of about 8,10-6 mm, Hg. A controlled positive potential of
0 - 500 v with respect to the optical ion system was applied to the beam
catcher and the CDDMU. The total current in the beam catcher was measured
electrically and calorimetrically. The current density distribution (CD.D)
was determined as followst After measuring the entire ion current slit 7
was introduced into the beam. The part of the beam which penetrated the
moving slits 7 and 11 entered receptacle 10 from where the signal was con-
ducted to the input of oscilloscopeiO-4 (EO-4), where the CDD was re-
corded. By displacing the CDDMU the density distribution can be determined
on any chord of the cross section of the beam. The maximum pulsation of
Card 2/ 7

S/057/61/031/002/010/015
Study of the current density distribution ... B124/B202
voltage during ion separation was 0.5 % and on the central electrode of
the optical system 0.15 %, however pulsation of current density in the beam
was considerable. Pulsation in the central point of the beam is minutely
weak but increases in the direction of the contour. Fig. 2 shows the
oscillogram of CDD on one chord near the boundary of the visible radius of
the beam. The voltage amplitude of current density increases by almost
the 1-5 fold during the half-period of pulsation. Fig- 3 shows the oacillo-
gram of the dependence of CDD on the strength of illumination of the optical
ion system. Fig- 4 shows the compensation of the CDD function by means of
the Gauss curve. To calculate the oscillogram the emlirical Eq.
E - 40 exp(-7.6r2)ma/cm2 (1)
is used, where E current density of the beam (in ma/cm2) and r the radial
coordinate (in cm). The ion current calculated from (1) was 16-5 ma,
whereas the el~-ctrically measured values under the same conditions yielded
17.5, and the calorimetrically measured values 15.3 ma. The ion current
density near the beam axis attained ~8 ma/cM2 and the mean density in a beam
with a di"eter of 1 cm was 17 ma/cm4. With increasing width of the beam
Card 3/7

89164
S/057/61/031/002/010/015
Study of the current density distribution ... B1241B202
the mean density of the ion current and also the density of the compen-
sation electrons are reduced. With increasing width of the beam the ratio
between electron density and hydrogen ion density around the axis increases.
Hence, the conditionsof compensation of the volume charge are improved and
a peak of the current density is formed near the axis. Luminescence near
the axis may be caused not only by secondary electrons but also by compen-
sation electrons. It was experimentally proved that in a similar ion
source the distribution of ion velocities is not Maxwellian but consists
of three discrete groups. In this case the "tails" of ODD would be bound
to decrease strongly. Hence, it may be concluded that the "tails" of CDD
mainly consist of heavy ions and that the visually observed luminescence
of the ion beam corresponds to the actual diameter of the accelerated ion
beam. The author thanks V. I. Krasnovskiy for mounting the instrument and
assisting in the experimental work, V. Zellkov for the construction of the
CDDMU, and I. F. Slikov and D. V. Karetnikov for valuable advice. There are
4 figures and 11 referencest 5 Soviet-bloc and 5 non-Soviet-bloc.
ASSOCIATIONs Institut khimicheskoy fiziki AN 83SR, Moskva (Institute of
Chemical Physics AS USSR, Moscow)
Card 4/7

89164
C',/057/61/031/002/010/015
Study of the current density distribution B124/B202
AC
SUBMITTED: February 17, 1960
Legend;to Fig 1. Scheme
of the device: 1), outlet
dard 5/7

.89164
S/057/61/031/002/010/015
Study,of the current density distribution.... BI 24/B202
Legend to Fig. 2. Pulsation oscillogram
of the ion beam.
Legend,to Fig. 3.-Dependence of the CDD of the
beam on the strength of illumination of the
lens.
;, - potential of the central electrode
of the lens (in: kv); a 4, b 5, c 6-,
d 6v f 9-
Card 6/7

AUTHOR: Popov, S. N.
S/057 61/031/012/004/013
B108 B138
TITLE: The significance of an emission channel in an ion source
PERIODICAL: Z.hurnal tekhnicheskoy fiziki, v. 31, no. 12, 1961, 1431-1438
TEXTs The properties of an ion source are largely determined by the/ shape iJ
of the emission channel. Experimental and theoretical results indicate that'.
the ion current from an anode wM emission channel is limited by ~he space
,,V3/2
charge and that it obeys the -law". A space charge arises when plasma
interacts with the walls. The same is the case at the boundary between
"asma and an external magnetic field. However, the field has to be regarded
&.-i an elastic wall which gives way under the "pressure" of the plasma field.,
tfi;en the potential drop between the anode anr! the collector electrode is
enough the plasma will be "pushed back" into the channel, where it
a pinch. In this case the maximum ion current density will be reached.
experimental arrangement has been described before (PTE, no- 4, 20t 1961y,
the plasma density in the emission channel is known, one can approximately
c-eklcula`e the ion current, current density j in the channel, and gas consump-
Card 1/3

31718
S/057/61/031/012/004/013
The significance of an ... BIOS/B138
tion for'a given channel radius R from the formulas
9=1rid '=(4j%XkT')'11 in 44~
(7)
SAS - 10-4 wi-SP (R) all
(10)
-Aj
r R1 2
where n ion concentration In the plasma, T e electron temperature (OK),
I = overall current, A - molecular weight of the ions, vo a potential at the '
axis it th,~, rhannal entrance, d - interelectrode gap, S = emitting area of
the cath(-,-~- (UM2). ~(R) accounts for the distribution of the plasma density
across ti:~ ninch. The author thanks V. 1. Krasnovskly, B. K. Sbembell,
I. I. Slivkov, D. V. Karetnikov# and N. V. Pleshivtsev for help and advice.
M. D. Gabovich and Ye. T. Kucherenko (ZhTF. 26, 996, 1956; at 299, 1957)
Card 2/3

L 21571-66 E,,YrMAPF(n)-2/EVGW IJP(c) AT
ACC NR: AP6011490 SOURCE CODZt UIR/0386/66/00
3/
/ 7-,7~
AUMM Popavq a. No
ORG: *Widn Inj~itute im. P. It. Lebedev, AeMM of Sciene*s Sm- (rul skly.
Anititut Akadmii-nauk SSSR)
TITLE: Two operating modes of a plasma source
SOURCE: Zhvrnal eksperimentallnoy i teoreticheskoy fiziki. Pis1m v redaktsiyu.
Prilozheniye., v- 3,, no. 7,, 1966, 2T5-279
TOPIC TAGS: ionized plasmaj, nonuniform plasmaj, plasma charged particle, plasm in-
:Jection, plasma instability, plasma interaction, plasm velocity
ABSTRACT: The author investigated the slaw and fast operating modes that can be
:produced in a plasm, first observed in the experiments of F. H. Coensagen et al.
,(Phys. Fluids., Y. 2p 350, 1959), and the conditions-under which they are produced.
The measurement procedure and the source model emplcyed are described by the author
:'elsewhere (Collection Mike. plaznv (Plasm Pbysics], Nauka, M., 1965). The slow
mode was reaMzed with distbarge capacitors of T-5j 5-3, and 1.7 pF and a working
!voltage 4-10 kv. 7he number of generated particles was proportional to the stored
'energy and the enera spectrum was practically constant. The fast node.set in vhm
Card 1/2

L-21571-66-
:ACC NR: AP6011490
the capacitor was reduced from 5.3 to 0.3 PF. The pulse vaveforms were different
::in the two modes. The total rozmber of particles in the fast mode is 1-2 orders of
magnitude small r than in the slow mode. The average energy of the fast-mode ions
'is one order of magnitude larger than in the slow mode. The plasma resistance at
the instant of current maximum is very small in the slow mode (0.05 ohm) and large
(about 1 ohm) in the fast one. The source current is 10--12 ka and 4-5 ka in the
'slow and fast mode a respectively., and the current in the fast mode grows more ua-
Isteadily. The average field intensity is much larger for the fast mode. In the
:fast mode, high-velocity electrons are produced together with the plasm. The
;Connection between the fast mode and two- stream instability and the dependence 2L
it the mode on the nature of the plasma source are briefly discussed. The author ~': 1
Itbanks I. S. Danilkin, Ye. K. rakiy., A. A. Rlyutto) and A. A. Rukbadze for use-i
Vol
'ful advice and discussion. OrTg. an, has: 3 figures.
'SUB CODE: 2o/ sm mn: 5j&n66/ mm RzF: oo2/ o7ff mw: ool
2/2

o
dor
Jut!
LT
7cb 5
crti f jr-
-)c
SO:
oils -,C f
-U~

POPOV, Sarl:ey Platonovich
Moskva AN SSSR, 19313. 352 p.
POPOV, SarCey Platonovich ....... 'Hineralm7iia KT-Tm- I f
(Akadammiia Kmuk SSSR. Lomonoso7sk-ii institut.)
i'Literatura"; P. -12S-345- DLC: Q33:-!-'.R9P6
SO: LC, Soviet Gography, Part H, 1951/Unclassified

POPOV,jergey Petrovich, doktor sellkhoz . nauk; FMCTOVSKIY, A.P.,
red.--~NOV, I.A.,, tekhn. red.
[For 25-30 centners of meat from one hundred reindeer] Za
25~-30 tsentnerov miasa ot sotni olenei. Murmansky Murman-
skoe knizhnoe izd-vo, 1960. 43 p. (IMU 15:2)
(Marmansk Province-Feindeer)

SLI'MV, K.Y inzh.; POPOV, S1., inzh.; SEDLOEV, Iv., inzh.
Structure and kinetics of the grow-v~ (if the intermediate
intermetallic FeSn2 layer formed during the hot tinplating
of steel. Mashinostroene 12 no. 11:23-28* 11 163.

POPOV, S.P.
Ydneralogical saction of Moscow UrAiversity fr"- 1,9.94 to 1908.
Och.po ist.gaol.znAn. no.11j21-29 163. (K-'
.j.RA 16:'7)
(Moscow mine raloj;lcal rmnearch)
(Vernadakii, Vladimir Ivanovich, 1863-1945)

rVil-ov, U. -e. tlof*~'r ~,I*~~,ro" :.~, -* - - . , ,
Carbonates and silicates In iron ores of the Tercb Peninsula. Ueh.
zap. FhGty 61:97-1M '55. 04ZRA l0:-=-)
(Kerch Peninsula--Iran ores) (Carbonates (Miner&logzr))
(Silicates)

rcrov, S. F.
Fishery Products - Preservation
Electric method of heating oil in cooking ovens, Fqb. k1oz., 28 No. 3, 1952.
1952
9. Monthl List of Russian Accessions, Library of Congress, July x4w% Unc 1.
_q WN

POPOV, S. F.
Olennyi transport Chekotki CDe(-r transportation in the Chekchi regiori7. Khabarovsk, 1953.
104 p.
SO: Monthly Ust of Russian Accessiorz, Vol. 6, No. 5, August 1953.

POPOV, S. P.
Nove ispolizovanie severnogo olenia i losia dlia transporta. 5ew use of reindeer
7. Leningrad, Izd-vo Glavsevmorputi, 1939
and elk- for tansport purposes
(Len:Lngrad, Nauchno-issledovatellski-i institutpoliarnogo zemledeliia, zhivotnovodstva
i promyshlennogo khoziaistva. Trudy. Seriia "Olenevodstvo," 1939, v. 6).
DLC: S13. N24 Slav.
Prirudhenie i ispolIzovanie losia dlia transporta. ZD-omeatication and use of elk
for transportati;nZ. (Leningrad, Nauchno-issledovatellskii L-istitut poliarnogo
zemledeliia, zhivotnovodstva, i promyslovogo khoz-va, Trudy. Seriia "Olenevodstvo,"
1939, VYP'. 6, p. 75-102, illus.).
DLC: 513.N2.4 Slav.
Sannyi put' v usloviiakh tundry. L'51eigh communication under tundra condition,23.
(Leningrad. Nauchno-issledovateliskii institut poliarnogo, zemledeliia, zhivot
novodstva i promyslovogo khoz-va, Trudy. Seriia "Olenveodstvo)" 1941. v. 13, p.
31-38, tables).
DLC: S13. N2JP. Slav.
SO: Soviet Transportation and Commupications, A Biblj2gra Library of Congress
pj2y, 0
Reference Department, 1952, Washington, Unclassfied.

B,ZOD, 1.0., prof., doktor geol.-miner. nauk; VARSANOPYEVA, V.A.,
prof., doktor geol.-miner. nauk.; VELIKOVSKAYA, Ye.l.l., prof...
doktor geol.-miner. nauk; GORDEYEV, D.I., prof., doktor
-eol.-Einer. nauk; DOBl"OV, S.A., doktor feol.-riner. n--mk
ceased]; KOF, MI.I., kand.tekhn.nauk, deceased]; KIJZI-',ICIIEVA,
M
.y sotr.; KURIETSOV, Ye.A., prof., doktor
Ye.I., rladshiy nauchny
geol.-miner. nauk; LEOUOV, G.P., prof., dolctor geol.-miner. nauk;
MRIIITEFR~ V.V., dotsent, doktorg-ol.-miner. nauk; IIAZAREIM, I.I.,
kand. sellkhoz.nauk-; POBEDIMSKAYA, Ye.A., assistent; POPON',. S.P.-I
prof., doktor g e ol. -miner. nauk; S-11RUOV, V.I.;
prof., doktor geol.-ridner. nauk; SNOLIYANDOV, N.A,,, prof.,
doktor geol.-miner. nauk [deceased]; MUMMA, V.V., dotsent,
kand.geol.-r,iner. nauk; SHAFRPIIOVSK'IY, I.I., prof., doktor geol.-
niner. nauk; Prinimali uchastiye: BARSAI-10V , G.P., prof.,
dok-tor geol.-miner. nauk; BOKIY, G.B.; GORSHKOV, G.P., prof.,
doktor geol.-miner. nauk; KUDfaAVTSE;V, V.A., prof., doktor
geogr. nauk; I-,LRKOV, PAT., dotsent, kand. geol. -miner. nauk;
MOROZOV, S.S., prof., doktor geol.-miner. nauk; ORLOV, Yu.A.,
akademik; SERGEYEV, Ye.l,,.,, prof., doktor geol.-rdner. nauk;
TVALGHRELIDZE, A.A.; GEORGIYEVA, G.I., tekhn. red.
(Continued on next card)

Nvw dAls an Alwablito. A11-040 I 'tiayl.
Ohlilwh~llra (M njxsc loblo.11.179. 29S-3110
Alnh6le in veinletit. ,(tell %ilh qualls. ill
Te"mi, 4.,tes -I( lie S. Cilima,hon Aln-liti it, Valw
I In I naltow r4mital strip. Alu%litill, an-1 imeme
vul in tlu~ '141" n'lly Ill tile urilthim"ll.lool .4 1-flillove
lo-IcLs. The alu.lititc it iltnw, soft, of hillitzteeniabor With
'o inkrwocrn,ic crystals, with -f - lJ42: .. -
tr,'; I - o0od; angle c:-, - 5.7', chingation bell.;
Very itin]iLr o nacrite. Chem. atulysis cive the finunik
t- Is 11,0. FrO i. vAri.
able licturm Imerv land I';. it brings alitnit the p.-ruir.1i
M.tillius of the its C Pieviously U,%suallet) Cu is all-
ocut. Alkali is U11A3YA )WTOCUS, ftPLACilig 16110. Tlle~
CAO rovorlit it( 11 o, tn ir, 6 remarkabir horcguot prityloo4v
Ploliolivilho ( CA 1 24, ...~&) dewtibril it Allillar llarlite Willi
Sl'~ Call. 111, 110) lom lwl..w 110' varl- Xtrally: 11:11)
"ll.ne IlO' wa~." wil. 1.-N. W. Vild

. I I' 7~
Ser-ei- vr~-
L - '!a-,
The mineralo-y of the Cripie~ . 'riosk-,ra, Izd--,,o Alkadendi nauk SSSR) 1~~6 P. 1! -S.
(49-39575)
QE381.R9p6

POPOV, S.P.
35944 0 protses3akh oolitizatsit I Iffiloriti zatail V zheleznykh
rhakh osadochnoco prolskhozhdeniya. mineral. sbornik
u
(11vov), No. 3. 1949, S. 87-98
SO'-. Letopis' ZhurnalInykh Statey, No. 49. 1949

575,55 Frinteip uetanovleniya rayonnyl-h norm saniturnoy otsenki pit'--vkh Vod.
V. 6t,:Xii vaesoyuz ~-,yezd jij;iyerdstov, epid,amdoloyov, mikrobiologoy I irfek-tsio.,-.iHtov
T.I.M. 1949, -j 5,6-101
50; Letopis'LhurnalInykh Statey, Vol. 57, 194r;p'

POPOV, Spiridon Pavlovich; GUROV, S., red.,; KUZNETSOVA, A., tekhn.red.
(We shall double the guaranteed life of machinery] Udvoim
garantiizWi srok. Moskva, lAosk.rabochii, 1962. 49 P.
(M1RA 15:5)
1. Direktor Lyuberetskogo zavoda sellskokhozyaystvennykh mashin
imeni Ukhtomskogo (for Popov).
(LyubertW-Agricultural machinery industx7--Quality)
(Socialist competition)

t
Va
r o f S.W.'r I
-38 5

POPOV,, SERGEY SERGEYEVICH 'DECEASED 1961/1
1899-1-959
see ilc
petroleum industry
-77=

EWT(1)/EWA(j)/9WA(b)4 .,BldlJK
i ACCESSION, MR.- -AP5014289 OR/0016/65/0100/006/006.4 0068 0-;13
576.851.-45.097.21L.095-.58:616.eOI.452.095 371 -
fAUTHORj-L -.-AkimovichiN. V ;-Nikbl 'q i;.Zyk n i:-1 F Pon.omarelf N. Gi-
-Povov~ 'S.
T.
TITLE: In vitro selection of r~jlent P., aestis variants with vaccinal properties
V,
mmunobiologii.-no. 6 1965 64-68
2hurnal-mikr6biologii epidemiclogii i
_SOURCE
TOPIC TAGS: plague vaccination, pli~tue Pasteurella pestis
:ABSTRACT: The first.step in-obtaiL ning subcultures - of Pasteurella pestis-with vae_
cinal properties is to select-variaiits with altered virulence on the basis of
their ability, to.form non-pigmented colonies on a medium with hemin (Jackson-
'B- ows). ~This cri erion indicates only a weakening 'of virulence; it tells nothings
it
urr
n of, L va r
.about the degree of virulence needed for developme t the ccinal p ocess. Addi*
.:tional signs for selection of,variants are: on Higuchi-Smith magnesium-oxalate
:agar they form third-order colonies, which consist of bacteria dependent at 370 on
calcium and characterized by a 1.1latent" virulence like that of bacteria of the.high-'
,ly-immunogenic vaccinal EB strain; they exhibit no tendency to the loss of latent.
Card -1/2

P 0 p c v ) S t 0 _; --TI n, i n . 1 Irl z n . ; lt4L~ I ~-`L 0 V.. G c- c r!,~~ -1 ~* 1 r, z h . : G E ' 10 V I S ' e f a -?2, -- n z h . ;
-1
DOW",', "i-colai, inzp..
Dressing of the learl-zln(i ore from the Sp(,'.,Aa and Pe~~hinsko
doposits in heavy sus cens ions. Tekhnika uo-lg 13 no.4:23-26
1. HIPHORUDA.
2. Memly-r of t~e Board Of EditOT'4, "TekMl.kall (for Popcv).

3
19
B=,P,TjP./ChcLiic,-t1 TbchnoloL~y Cherlical Products and Their '1-26
Application. Carbohydrater, and Refinement.
,11~bo Jour Bef Zhur Mdmi.Ya, 110 3, 1958, 26703
Author po-pov (-t
Inr.t Pui-i Lcatro-n-a-Z Diffusior. Juices -.Iitll 10nitef;
Gri,-, Pub LaIm nrondshleaost, 19506, 5, lio 10, 46-47.
Abstr-act Ar. clementarj dascription of Voe ori--inn-l and tae
i.iodjra :.iethod-- of juiec defecation with ion-,t:xnaii~crs
to Ldneral and or:,,anic non-suCgirs, Lnd of the
a;,:tjnt of utilization of individual methods 1A differcrit
colultrics.

PAMMI, I.; POPOV, St.
Cfisi of dissecti4; anmu-yam of the aorta* Suvrem. med., Sofia 8 rw.3:
103-106 .1957.
1. Iz Katdrata po propedevtikR no rutreshnite bolesti pri VNI I. P.
Pavlov Plovdiv. (Zav. kntedrata: dots A. Mitrov) i. Katedrata Do patologicba
anatomiia pri VNI L P. Pavlov Plovdiv (Zav. Katedrats: prof. As. a-odanov)
(AORTIC ANWRISM, case reports,
dissecting (Rul))

AGOPIAN. MITEV, P.; PAKILIVANOV, K.
Case of incomplete cyclopia. Xhirargiia, Sofia 10 no.9:839-841 1937.
1. (Iz Institute. pr, patologichns runatomiia i obedineniia podilen
dom-, Plovdiv).
(MONSTIRS, case reports
cyclopia, incomplete (BUM

POFP'Y' 5U,;._NANOV, N.
Bhabdomyosarcoma of the heart. Suvrem.med..Sofla no.9/10:162-165
'59.
1. Iz latedrata po patologichna anatomiia pri VKI II.P. Pavlov*
- Plovdiv. Zav.katedrata: prof. As. Prodanov.i ratedrata po props-
devtika na vatreshni bolesti pri VNI III.P. PavlovO - Plovdiv.
Zav.katedrata: prof. A. Mitov.
(BXUC neopl.)
(RUBDOMYOSARCOMA cane reports)

POPOV, St.; KALCHEV, B.
For a better technology at the Pernik Central Factory for Ore Dressing.
Min delo 17 no.8:11-15 Ag 162.
1. Natichnoizaledovatelski institut z& goriva i toplotekhnika.

POPOV., St. (Plovdiv)
Making of electric boards for the determination of atcm structiz~e
and valence. Biol i khim 4 no.5:51-53 162. 1

LIUBENOV, Al.., inzh.; SIAROV~ Sl., inzh.; POPOV, St.~ iiizh.
Methods of determining Btatic ch&racteristics of singlpri=--ed
hydrocopying apparatus. MashinoBtroene 13 no.6j15-18 16.4

POPOV, St... inzh.
Silicons and
31-32 164.
their use in technology. TekInika Bulg 13 no.6:

Use of syn-thetic glues in industries. Tekhnika Bulg 13
no.8:32-311 164.

POPOV, St.
Mold-damaged plastics, and possibilities of their protection.
Khim i industriia 36 no.6:231 164.

POPOV), St.
- ~-,
Synthetic detergents. Ylim i industriia 36 no.7:263-264 164.
Equipment for testing automobile tires. Ibid.:Z71
Determinina mechanical wear of automobile tires. Ibid.:271-272

POPOV, Stoiko
Building and development of the obeialist society in Bulgaria.
Spisanie BAN 7 no-32125-132 162o

POP&, St., inzh.
,-- .. -.0- -
The d*Fectoscopic methods. Tekhnika Bulg 11 n-o.8:313-315 162.
ii bia:en na Radaktsionnata kolegiia, "Tekhnika".

POPOV, S. T.
Overcoming fundamental differences between intellectual and mazlijal
work. Ifauka i zhyttia 10 no.8:4-6 Ag 160. (MP.A 13:8)
(Work)

v, -'s T
ADDRIANOV, Y.N., doktor tekhn.nauk; BMSENRV, Ye.Ye., inzh.; BYSTRITSKIY,
D.U., kand.tekhn.nauk; GILIMENNIKOV, A.F., kand.tekhn.nauk; GR&CSOV,
N.A., 'I.A., immad.tek-hm.nalik; ELDWIT, L.A..
kand.tokhn.nauk. KOROLNV. V.F., k.Fmd.takhn.nauk; XM.RYA-r1,&R7. 1.7.,
1mnd.tokhn.nauk; KlJLIK, 14.Ye., kand.tokchn.nauk; NAZAROV. G.L. kand.
teL-hn.nauk: OLMYNIK, N.F.. lnzh.; OSWROV, P.A., knnd.tekhn.nauk;
PODSOSOV. A.U., inzh.-, Z&4VI-6-4.,~inzh.;PRISHCM~P,L.G.. kand.
tekhn.nauk; PCHRLKIN, Yu.N., inzh.; RUBTSOV, P.A., kand.tekhn.nauk-,
RUITOV, B.A.. kand.te'lChn.nauk: SAVINTOV, K.F.. kand.tekhn.nauk-.
SAZONOV, N.A., prof., doktor takhri.nauk; SFIRGBYEV, A.S., inzh.;
SKVORTSOV. F.F., kand.tokhn.nouk; SUIRNOV, B.V., kand.tokhn.nauk;
SMIRUOV. V.I., kand.tekhn.nauk; TYMINSKIY, Ye.V.. inzh., URVACHEV,
P.N.. kand.tekhn.natilq SHTRURMA11, B.A., inzh.; SlIGHUROV, S.V.,
k-qnd.ekon.nauk; RUNOVA, L.M., inzh.; VOLIYOVSKAYA. D.N.. red.;
MKITINA, V-K., red.; BAT-LC , A.I., tekhn.recl.
[Manual on the use of electric power in agriculture] Spravochnik Do
primeneniiu elektorenergii v sel'skom khozisistve. MoBkva. GOB.
izd-vo sellkhoz. lit-ry, 1958. 606 p. (MDU 11:5)
(Electricity In agriculture)

KASHIRSKAYA, M.S., Inzli.; POPOV, S.T., Inzh.
Calculation of the feeder lines of loudspeaker systems In rail-
road yards. Avtom., telem. i sviaz' 9 no.5:31-33 My 165.
(MIRA 18:5)

POPOVJ- ST.
Briquetting of Our Anthraoite Coal.
TEKHNIKA (EWeering)t 7-8:13:Oct-Dec 55
- , 'w ~ -,-
, -~ -.7 T-- I
I - - :~ ~. ....--, - - . ~

POPOV, S.T., inxh.
Studying problems of the electric heating of hotbeds. Dokl. TSKhA
o. (NM 11-:4)
*28:386-389 '57.
n
(Hotbeds)

FC-IOVJI S. 7.: mas-t~r Tech Sci (diss) -- "-investigation of aspects of electri-
cal heating of seed beds, and methods of calculating the electrical heating".
Voronezh,, 1953. 2~3 D (Njoscaw Inst of the Mechanization and Electrification of
Agric)y 150 copies (KL, No 5, 1.9510, 151)

BULGARIA
GEORGIEVO Iv.9 KIRYAKOV, Kr., -11COSTOYa.N., MOLKHOV, Zh., PETROV, P.,
IVPjTCHEV9 V.P POPOV, st-_~ and TAMT-Vt Khr.
110ccuDational ii-se'ases "'of" "the Nervous System and Neurological
Medical Aid at Enterprises"
Sofia,, Nevrologiya, Paikhiatriya i Nevrokhirurgiya, Vol 5, No 1,
1966, pp 1-11
Abstract: It is brought out that the frequency and gravity of
occupational diseases of the peripheral and central nervous sys-
tem and Of Daychoneuroses with. an occupational background in-
creased in bulgaria during i953-1962. This is explained by the
accelerated rate of economic development. Statistics of relative
severity and of the average number of days lost according to oc-
cupations are presented. Conditicns arising as aresult of ex-
posure to noise and vibrations are discussede with respect to
neurointoxicationsy the increase of their incidence among agri-
cultural workers, particularly in connection with the use of
organophoophorus compounds, is pointed out. The,;danger presented
by radiation sickness to radiologists, ongineers,'using X-rays in
work on meta:-.99 persons occupied at 'the nuclear.center, etc., is
mentioned, Organization of #.more effective ne=ological medical
service at industrial enterprises is proposed. ;Grapher 58 ref-
erences (all Bulgarian)* Manuscript received Sep 65.

POPOV St * ANASTASOV, K.
3brDerimental investigations of functional nerve changes occurring
in acute inflammator7 processes in connection with novocaiae
anesthesia. Stomatologiia 38 no.2:26-31 Ap 159 (KIRA 12:7)
1. 1z kafedry farmakologli i toksikologii a laboratoriyey vysshe7
nervnoy deyatellnosti Instituta apetBializataii i usovershenstvovanlya
vrachey i Nauchno-issledavatel'skogo stomatologichaskoga inntituta
(Sofiva)
(1101100AINN) (IIERVOI% SYST-W)
(TIMTH--DISMSMS)

POPOV, S.V. (Bolgariya)
Manufacturing ph7sical instruzents for schools. 7iz. v shkole 20
n0-5 81 S-0 .160, (MIRA 13:11)
-jj (Balgaria-Physical instruments)

BURMISTRUV, Aleksandr Georgiywich, ; POPOV, S.V., rod. ; GIPP. V.V., rod. izd-va, ;
VOLKOV. S.V.. tekhn. red. "
[14otor pumpersj Pozharnye motopompy. Moskva, Izd-vo M-va kommun.
khoz. RSFSR, 1958. 242 p. WIRA 12:12)
(Fire departments-Equipment and supplies)

PIGOLIV, Sargey Vasillyevich; SUKHORUZOV. Fedor Vasillyevich; 2waL- - V ~--,
redaktor; IONTASHIIU, A.D.. tekhnicheakty radaktor
[Fire fightiM 6quipment] Posherno-takhnicheakoe vooruzhanis. Noskya.
lzd-vo Ninisterstva kommunallnogo khozialstva RUSR, 1956. 36o p.
(Fire aztination)' (MIRA 10:1)

FIGOIEV,S.V., inzhener; POPOV,S.Y., inzhener, reteenzent; KFLZVOSHEYXVA,
Ye.K.. inzheni"r-, --redAf6r; VIIIOKUROVA,Ye.B.. redaktor; IONYA-
SHINA,A., tekhnicheski7 redaktor
[Collection of innovations and inventions for' preventing fire]
Sbornik ratsionalizatorskikh i izobretateltakikh predlozhenii
po pozharnomm delu. Moskva, Izd--vo Ministerstva kommunallnogo
khoziaistva RSFSR, 1955. 72 p. (MI2A 9:4)
1. Russia (1917- R.S.F.S.R.) GlavnqywupravlenIyepozharncDr
okhrany.
(Fire prevention)

POPOV, S.V.; ZAKHAROV, B.P., inzhener, retsenzent.
WSOMM"44
[For economv in every productive operation] Za ekonomiiu na
kazhdoi proizvodstvennoi operataii. Sverdlovsk, Goa. nauchno-
tekhn. izd-vo mashinoBtroit.i sudostroit. lit-ry [Uralo-Sibirskoe
otd-del 1953. 30'p- (MLRA 7:3)
1. Starshiy master aborochnogo uchastka teekha seriynoy elektri-
cheskoy apparatury zavoda Uralelaktroapparatifor Popov).
(TSepushtanov. A.A.) (Ifficiancy,Industrial)

GONCHAROV, Ivan Nikolayevich, nauchnyy sotr.; DOROFEYEV, Yuriy
Grigorlyevich, nauchnyy sotr.; MATVEYEV, Vladimir Panteleyevilch,
nauchnyy sotr.; ZQEqy,_StepELn flikolayevich, nauchnyy sotr.;
PIRCHUK, A. P. , red.; IVA11CVA--,R. ft. -,t-e-kRii-,' red.
[New method for the prQ'cessing of metal chips] Novyi metod pere-
rabotki metallicheskoi struzhki. Rostov-na-Donu, Rostovskoe knizh-
noe izd-vo, 1962. 33 p. (MM 15.6)
1. Novocherkasskiy politekhnicheskiy institut (for Goncharov,
Dorofeyev, Matveyev, Popov).
(Scrap metal industry)

. BONDAMIKOJI A.V.;t~OPOV, S.Y.a.
Electrocrystallization of copper on a vibrating cathode. Trudy JPI 1334':
45-57 162. (MIRA 17;2)

POP011) S. YA.
Popov, S. Ya. - OAh investigation of the heat content of solutions of sulfuric acid
and sulfuric acid salts*, Trudy Novocherkas. politekhn. in-ta im. Ordzhonikidze, Vol.
XIXq 1948, P- 127-32.
SO: U-411, 17 July 53, (Letopis 'Zhurnal Inykh Statey, No. 20.. 1949).

M
FOPUVJ S. YA.
Popov, S. Y&. - "The electromotive force of an element of Na (NaOHP KOH, NaNH2) Na X Hg',
in relationship to the concentration of the amalgam and the temperature", Trudy Novocherkas
politekhn. in-ta J-i. Ordzhonikidze, Vol. XII, 1948, p. 151-54, - Bibliog- 6 itMa. I
SO: U-411, 17 July 53, (retopis 'Zhurnal Inykh Statey, No. 20, 1949).

NV
K
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C
on (lit Et'Luiour 01 LI-I'ad
alvac-3 of g4alt sulpha!
Y%1
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J~PtM. tntj 4N. IN, JonIVnSI;rLTiI (Trwfy
NO 1053
=

eel, udmhl~-Ilw- i 'mc&
its 160 (by 1116-millig-Jile i;
-
hut
uo

L~ d~~ff-iL4ing tlia tiv fee, Mid
voltu-,4 I posi
potential or-L
ill thu later tti ge.5 1 ~g- ho ttntli
-
,
I
gative p, -
of Hit ne u0f. in t1w f4)11tive -dwet
~cru.Lpd deteriorntion of the woodlem. ifp,~ tbus
they It rip ratD
;~
,
I
n
.
t,, . I
I I
tt
ut, tim caparlty ~nd efficientry or' CO%14
redut:

a firc,
thra forination of PbO., 0, and 11. A w.&hanism of
actkin of CoSO,, bast-d on the lition I-Awecti the working
re L&
fegion. of the c-lectrode. potential.-t and the null pointa of 111).
lhe- aCAiGEk --Of. not camlected with
but Ili 1~ oxidizing propertlel,
of tht! and -with Ih* depajition. o Fmevvfli~,-
Co on the nogatm! Flate.-G. V. E. T.
L

Eff ct 01 tbwu-%L-
tot
T-Mr. L v
w 11 14
a=
up
ana !,Ya ,P v--- U.S. f.

MO P . -*[Kinatlefol Electroade Pr I 04ce-mi.- 1.- -IM -ae.nee 01- 'Phi. 0
oa the jVjdMQmdmjIIz*fIon of C6V -Der. L I An' V and
T Xi 92
S. Y_9L (ZhUr. Prikl4d, Kk-.07~ ZI, 11),
and P. review work on the ellect fjfsurfi~m-
activo ffubsianom and other addit. on tha dectoxtepxdtion
process. Ou.,was depoalted on a Ni.coated cathoac (placed
bmed bn:tha:cc
impn..-, CuSO~.MO 200, -ITtSO, 100 g.L/;
the electrode potentials, current efficiency, -adlitalf-m- of the*
~;deposit~ and its microstructure,- brightness, and appearance
-d. -1-10 arn ./am.', AS little as
were determine At cd. ''0
0-025 g.fi. thlourca mumedian appreciable reduction in the
~potential of the cathode, but luLd little eWcet on ihat of the
anodei - Bathawith thlouren addij. gava thier-grained, brighter
depmite. Addri. of,00215 and 0-4 g.p. thiourea increased the
TK
hardness of the deposit by 26 and 70%, -medt,
:properties of the deposiks were satisfactory at thiourea con-
centrations up to 0-2, g.11., but the adherence was best. aj;.
concentrations