SCIENTIFIC ABSTRACT PETEJ, S. - PETELIN, M.I.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001240220012-7
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: January 3, 2017
• Document Release Date: August 1, 2000
• Sequence Number: 12
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

FETLEJ, S.
Ilegulation, and maintenance ef inland navigation network.
Nedun transp Y no.9:6()3-6C,',, S 163.

ERANICA, 1,11.4 JFFTIC I,J.i CUSOVII,; B., MITROVI-, V,
Determination of StabIllity constartg -f metal c-3rnisyes
.) L
by different polarographic methoe ~e*ermlnation cf
complexibility of uranyl, copper(IT), ferric, laall(II) and
Indium (111) w-etyl4celonato ccmplexns~ Groat chom notm 3~
no.4.-A19-A20 '63.
1. Dapart-ont of Physical Chemisfxy, institute "Ruder Bos~
Zagreb, ^---tia, Yugulsavin.

-1 ~ Ij ~:- V. I :~ -, 7 :, ~ :
. FEMIYE, Yu.
Evaluation of the thermal reaources of the Rumnian Peoplelme Republic
oultable for the cultivation of corn. Trudy TSIP no.340t136-140 165.
(M RA 18 s 7)

SZARGUT, Jan; PETRA,, Ryszard
Selection of heating 9tesm produced in connected management for
membrane heat exchaugers. ProbleaT proj hut masayn U no.8t
233-240 Ag 163.
1. Politechniks Slaska, Gliwice.

FETELA, Rys2ard, dr inz.; 6ZARGUT, Jan, prof. dr inz.
Application of exergy for the deter4ination of economic loaseB
resulting from the throttling of a medium flowing through a
pipeline. Energetyka przem 10 no.11:379-384 N 162.
1. Katedra Energetyki Ciepinej, Politechnika Slaska, Gliwice.

'-. IiM: T , Jan ; il- 'I ! - !-), , !--yr -,a i-d
1.!)i I i0rA Cf -" -- 1! Y. .- -, t~
, '), L.". ..~ - -h 1 : tjl.~; nlit ~~ i
." : 1 1, ", : 'P. ~ ~ ('r, r " , , , . . ,Ii*
-1 ". ~ - '. - - F I " '. .

Parameters of steam moistening the air blown into the gas
generators. Problemy proj hut maszyn 10 no.9:261-263
s :62.
1. Politechnika Slaska, Gliwice.

PSTELA, Rys2ard, dr inz.
Rxergy of heat radiation. Snergetyka pr2em 10 no.1-1:39~k-40r~
N 162.
1. Katedra Snergetyki Cieplnej, Politechnika SlaBka, Gliwice.

PETELA, Ryezard, mgr. inz.
"Technically operational energy of thermal radiation," si=nary
of a doctor's dissertation by Ryszard Petela. Przegl mech 21
no.13:414 10 Jl 162.

PETMA, kazard
The nmovnt of aftrar-aas wnter obtairied in a Caa graneratcIr
with double gas reception. Problemy Froj hut riaszyn 10
no*6;179-185. Je 162.
1. Politechrika Slaska, Gliwice.

PETRURN, D.; GMICAGA, J.
Chnnges in blood proteins in ncute & subacute cholecystitis & cholan-
gitis & their significance. Rozhl. chir. 38 no.4:256-261 Apr 59.
1. Z Chirurgiol-eho oddelenia KUNZ v Banakej Bystrici, prednosta MUDr.
Daniel Petelen a z Gentralneho laboratoria KUNZ v Banskej Bystrici,
"rednoeta MUDr. Mmil Bielik.
(CHOIMYSTITIS, blood in
proteins, diag. value (Cz))
(CHOIANGITIS, blood in
proteins, ding. value (Cz))
(BIOOD PROT31715, in vnr. dia.
cholangitis & cholecystitin. diag. value (Cz))

CZLCi:OSLOVAKlA
PETELEN. D., I.M.
Surgical 'Nard KUNZ (Chirur,,icke odde'Lenie MIZ),
Banska Bystrica
Fra,Tae, Frakticky lekar, No 9, 1C363, PP 340-343
"Sur,Sica-l Importance of Cholangiolic-Obstructed 2orms
M
of Hepatitis Infections."

PMIMJ, D. (Banska Bystricn, KM)
Staphylococcua Dyogenes sureus as E;urgical problem in nviborn.
Cesk. p0diat. 14 no.6:513-519 5 June 59.
1. Chirurgicke oddelenie KUNZ v Banskej Bystrici. prednot3ta MUDr.
DRniel Petelen.
(MIGROCOGGA1 INFROTIONS, in inf. & child
in newborn, diag. & ther. (CZ))
(ITTFANT, TEMB03N, dis.
micrococcal infect., diag. & ther. (C2))

PETEMN, D.; GUNUGA, J.
Chang,en of blood proteinn in abdominal emergencien. Can. lak. cenk.
98 no-35:1097-1.100 28 Ax4; 59
1. Chirixrgicke oddelenie 1,M7Z v Banskej Wptrici, prednosta MUDr. Daniel
Petelen. Centralne laboratorium KUNZ v Banskej Bystrici, prednoota
MUDr. Smil Bielik.
(ABDOMEN ACUTE, blood)
(BLOOD PROTBINS)

1 13419-66
AM Nit, AP6OD6633 SOURCE CODE: M/0021/65/0W/002/0087/009
AUTHOR: _~ ~telen*~Dartl,(Doctorh Martinec, iozeef-Martinets, Y. (D)ctor)
ORG: Surgical and Radiology Department, Hospital of Beaztercebanya* jTW., 1Z
Besztercebwiya (Beaztereebanyal KUNZ Korhazj, Sebeszetl es Rontgenosztaly)
TITLE: Eviculation of the resected stomach immediately following the operation
SOURCE: NaMr radiologia, no. 2,, 1965# 87-91
TOPIC TAGS: digestive system, gastroenterology, surgery, radiology
ABSMCT: -As seen in native radiogranso
'the evacuation of food frm the stomach often begins as early as the day
IqUowiM the operation and the function of the resected stanach bect3ses
norital an the second day. This suggests that tne pstoperative spaons could
;be decreased or Inbibited by suitable nourishment as : YhY310logical stiouluBt
AM adaptation mechanimm couU be noraRlised arA an ventwa operAng of
the sutures avoided. This work was prepared for publIcation by Dr. Gyula Vargha.
.0rig. art. has: 4 figures. CJPRS7
SUB CODE: SUM DATE: none (911 RM ON
&_CAwd 3A ~4 U-)

T7;CBRFTA 1"MICA S~j
9 Vol. 9J8 Sur&ery Aug
,~c
4258. PE'rELE.NID *OPCrOVA. alebo neoperoval akdtne cholecystiti'dy a chol,!_
-rffi-S-zy? operation or conservative treatment in acute
cholecystitis and c hole I it hi as is?BRATISLAVSKif LJeK.LISTY
1953, 33/12 (1189-1195)
The world literature on this problem is surveyed. Early operation has the advan.
tage of obviating the dangers of bile duct infection, of perforation and peritorlitis
and the surgical difficulties resulting from changes in anatomical relations caus!i'
by long-standing inflammation. Farly operation is not. however, indicated Ln e-itr
case; it would be limited to the m~'re serious forms and should be performed under
cover of streptomycin, which is present in the bile in a higher concentration thaz
in the blood. Personal experience in 50 cases accentuates the preventive cbaract~
of the operation. Vlcek Pra

"DTIA 7ec C Vol 13 11P ~-un-ery Aurl'st 59
4525. CONSERVATIVE TREATMENT OF SUBPHRUNIC ABCESSES? - 146ino
liet-it subtrenickf abaceny konzervativne? - Ilttelen D. ChIr. Odd.
KONZ, Mnakej Bystrici - DRATISL. LEK. LZTY1%9.--3B(I)/8 (487-4D1)
Illue. 3
Report on 3 cases successfully treated with different antibiotics, by puncture and
inctillalion of antibiotics into the abscess cavity or by giving antibiotics parenteral-
ly or per os. This treatment can be applied in the most serious cases in which
surgical intervention would be contraindicated.
PA

KOSMIDER, Stanislav; IXNZ. Tadenes
Blectrocardlographic attAiss in experimental plwibion in
rabbits. Postery hig.med.do8w. 13 no.6:765-"7'i '59.
(IRAD POISONING diag)
(EXTROBLECTROURDIOGRLPHY exper)

PETEWIZp Taaousz; KOSMMa, Staninlaw
Electrocardiography in the rabbit. Act-- physiol Pol 12 no.4-603-
609 161.
1. Z II Kliniki Chorob Weimetrznych Sl. AA, w Zabrzu-ilokitnicy
Kierownik: prof. dr W. Zahorski.
(EUCTROCAiU)IOGfUUIHY expar)

I' I I.' NY, ; 1E,411CI" Ka r c, I
.i,*,an4~~)us f-irr, Gf !'~'ute ~ '1 '"3 "'Ythema, t zwl~!) ,c ,~ .
r'
a--IC57 -, '(5.
1, ~. I P r.-~ ., 1 ' I ) I -, ~ f
1. :1 Dzia-*I. Klinicznego Inatyti,tu mejy(!Yny Pracy -4
j 111 w 7cibizu ~Kiorown.ik.. pj~(jf. dr. 'V~~ ,

LUGAUEB-MOWICKA, Hem7ka; PE=,'Z, Tudeusm; KUJAWSKA, Aleksandra
Polynaural lesion witb facial paralysis in metallic mercury
poisoning. Fol. tyg. lek. 19 no.25t962-9641 15 Je'64
1. Z Dzialu Klinicznego lnstytu'~u Medycyny Pracy w Przemysle
Weglowym i Hutniczym w Zabrzu (kierownLk: prof. dr. W. Zahorski)
i z Kliniki Neurologiczne-I Sl.Akademii Medye7nei w Zabrzu
(kierownik: prof. dr. V. Chlopicki).

HERMAN, Zbigniew S.; PETELENZ, Tadauaz
The effect of serotonin on electrocardiographle curves of pige-Ons.
Acta physiol. Pol. 15 no.2:269-278 Mr-Ap 1~4.
1. Z Zakladu Farmakologli Sl. AkademiJ Medycznej w Zabrzu
(Kierownik: doc. dr T. Chrusciel) i z Instytutu Medycyny
Pracy w Przemysle Weglowym i Butniczym w Zabrzu (Kierownik:
prof. dr W. Zahorski).

KOSMIDER, Stanislaw; PETRUM, Tadeusz
Electrocardiographic changes in older subjects with chronic occupation.&I
lead poisoning. Polskie arch. mod. wewn. 32 no.5:437-1a..2 162.
1. Z II Kliniki Chorob Wewnetrznych S1. AM i z Dzialu Klinicznego
Insty-tutu Medycyny Pracy w Przemysle Weglowym i Hutniczym w Zabrzu
Kierownik: prof. dr med. W. Zahorski.
(LEAD POISONING diag) (ELECTROCARDIOGRAPHY)

NOWIDER, Stanislaw; SZCZUIM. ZbIgniew; PETFUNZ, Tadeuez
Histopathology of the cardiovascular system in plimbism in
rabbits. Postery hig.med.doew. 13 no.6:777-780 159.
(ILUD POISONING pathol)
(GARDIOVASCUIAR SYSTEM pathol)

KOSMIDERV Stanislaw; PIKKARSKI, Boloalaw; PETKMZ, Tad*uas; WIERNY, Loch
Eloetrophoretie studies on serum proteins is the blood in radiation
vie)msss in rabbits. Arch.ivm,%.ter.doBw. 8 no.4:747-757 160.
1. 11 Klinika Chorob Wownetrzaych Slaakiaj Akadoxii Med.7ezuej w
Zabr2u, Oddzial Kliziezzy Instytutu Modyeyay Prasy w Przmmyele
Voglowyn i Butsiczym w Zabrzu, Zaklad Radiologii Lakarskiej Slaskiej
A)mdoxii Modyozxoj w Zabrzu.
.RADIATION INJURY exper)
MOOD PROTEINS radiation off)

ROSMIDER9 Sta--islau-,-.EqELINZg_la4s~_~z; RCHERs, Tomasz
30ditm, potassium #.nd calcium levels in the blood serum in radiation
sickness in rabbite. Pat* polska, 12 nodW77-182 161.
1. Z 11 Kliniki Chorob Wewnetrznyo Slaskiej Alademil Hedycznej Kie-
rownikg prof. dr W. Zahorski
RADIATION INJUWf blood)
DIUM blood)
M
(POTASSIUM blood)
(CALCIUM blood)

KWYIDM Stanis "v-PETELENZ Tadeuaz
P In_, 9
Electrocardiographic studies in caveo of chronic occupational lead
poisoning. Pols.de arch. med. irewn. 32 no.10.-1349-1357 161,
1
1. Z Dzialu Klinicznogo ln3tytutu MAdpyny Pracy w Przemyslo Weglowym
i Hutniczym w Zabrzu Kierowniks prof. dr med. W. Zahorcki.
(LEAD POISONING diag) (SU~TROCARDIOGRAPHY)

KCSMIDER, Stanslaw; PETELENZ, Tadeusz
Eectrocardlographic studies In radiation sickness in rabbits.
Arch.lmmun.ter.dosw. 8 n,).):5)7-.9k9 160.
1. 11 Klinika Chorob Wewnetrznych Slaskiej Akademii Meciycznej w
Zzkbrzu.
(RADIATION INJURY exper)
(ELECTROCARDIOGRAPHY)

CHRUSCIEL, Maria; PETR=OWA, Teresa; GFMMCIX1,Tadeusz
Electrocardiogram in pigeons In experimental arteriosclerosis.
Acts, pbysiol. polon..U no.2:317-326 Kr-Ap 160.
1. Z Zaklada Farmakologil Slarkiej A. V. v Zabrtu-Rokitnicy,
Kierownik: doe. dr T. Chrusciel. z 11 Kliniki Chorob Wewnetrzuych
Slaskiej A. M. v Zabrzu. Kierownik: prof. dr W. Zahorski.
(M=TROCARDIOGRAPHY)
(ARTICRIOSCINROSIS exper.)

30=M EM, Incyna; GiDw.ACKA, Roza: PFITEMIZOWA, Teresa
A case of excretion of a large biliary calculus 1-.7 vesteocolic
fistula with spontaneous closure of the fistula. Polski tygod. lek.
14 no.42:1875-1878 19 Oct 59.
1. (Z II Kliniki Chorob Wewnetrznych 31. A. H. v Zabrzu; kierownik:
prof. dr med. Witold Zahorski i Zakladu Radiologii Lek. Sl. A. M.
w Znbrau; kierownik: prof. dr med. Stanislaw Janueskiewicz)
(OCTAL FISTUIA) (DaWTINAL FISTUIA)
(CHOLELITHIASIS)

KOSMIDM. Stanislaw; JTTELMOVA, Teresa
Ballistocardiographic evaluation -6-f-the effect of omentocardio-
pexy on the course of experimental myocardial Infa=ts. Pat.
polska U no.3:227-233 '60.
1. Z 11 Kliniki Chorob Wevuetrznyab Slasklej Akademii Medvcznej,
Kierownik: Prof.dr med. W.Zahorski.
(KYOCAIRDIAL INFARCT exper)
(BALLISTOO-ARDIOGRAPHT)

FETELIN, A., kontr-admiral, Geroy Sovetskogo Soyuza, komaftduA9hchiy
---" --fl6tiliyey podvodnykh lodok
We take pride in service at sea. Voon. znan. 39 no.7:10-11 Jl
163. , f (MIRA 16:7)
(submarine OaW

FSTBIap
OatstiuAlng motion-picture and radio technician. Kinamehanik
no.2t6 7155. (K[aA 8-3)
1. NacW Inik kluba roy'skovoy chastle
(lbaber. Khellduar Illmarovich)

L 34342-66 EWT(m)/T JKT/TCH
ACC NR, AN6ol02O9 /V) SOURCE CODE: UR/9008/66/000/073/0005/0005
AUThOR: Petelin, A. (Rear admiral, Hero of the Soviet Union, First Deputy Cornmnnder
of Lhe Re-d Banner Northern Fleet)
ORG: None
TITLE: Soviet Northern Fleet stands watch at remote meridians
SOURCE: Krasnaya zvezda, 29 mar 66, P. 5, cola. 1 -6
TOPIC TAGS: nuclear submarine, naval aircraft, naval. weapon, naval training, milit
personnel
ABSTRACT: The article deal I'th the striking power of the Soviet Northern Fleet
including nuclear submarine-: lurface ships armed with missiles, and naval aviation.
At present, the main striking power of the fleet is nuclear submarines armed with
powerful nuclear weapons. The operational range of the Soviet nuclear submarines
is practically unlimited. They are reliably equipped and armed with powerful missiles.
MiSBile-carrying naval aircraft are capable of delivering air attacks at great distan es
from their bases. The fleet has well-educated and well-trained military personnel
who constantly improve their combat and political readiness. The fleet carries out
the combat watch in an important defense area of the country. In the past training
year, Northern Fleet personnel received 5 first pri:,es of the Soviet Navy for good
Card 1/2

L 34342-66
ACC NR, AN6olO2O9 I",
firing and tactical training. A
and medals for outstanding combat
power of the fleet. The article
engineers, political officers,
missions and were awarded orders
number of officers &2d crew were awarded orders
and political training and for increased combat
gives some names of the outstanding commanders,
and crew who skillfully carried out assigned training
and medals. (NTI
SUB CODE: 15/ SUBM DATE: none
Card 2/2 6 L&

KISEIZV, P.I., kand. tekhn. naulk; KAGANOVICHj 3.A., kand. tekhn. nauk;
VASILIYEV, N.S., inzh.; i-hzh.
Taut:Lng of an unveritilatod 1xill mill. Elak. sta. 32 no.1:3-8
Ja t 61. (MIRA 16:7)
(Milling machinery-Testlng)
(Slectric power planto-Squipment and supplies)

i , *,~-- I i 1 , i.. . : . ,iTr - :. - ,- ;I - -' . . I Ili~ I
- I
i~odern ~c7znds " :- t- -.I- . " - . - . .
5 1-'- 5 4:: 1c2.-

MORIN. Yuriy Vasilly-evich; PETICLIN, A.M.. kand.sellskokhoz.nauk, otv.
red.; BBZSONOV, USPANOV, U.U., zamestitel,
glavnogo red.; BOROVSKIY, V.H., red.; SOKOLOV, A.A., red.; SCKOLCV.
S.I., red.; SrOROZIMM, D.K., red.; BARLYBAYNVA, X.. red.;
SHMCHUX. T.I.. red.; PROKHOROV, V.P., tekhn.red.
(SoUs of the Kazakh S.S.R. in 16 volumes] Fochvy Kazakhakoi SSR
v 16 i-fpuskakh. Alma-Ata. Vol.l. U;oils of North Kazakhstan
Provincej Pochvy Severo-Facakhatanskoi oblasti. 1960. 173 P.
(MIRA 13:7)
1. JOcademiya nauk Kazakhskoy SSR, Abia-Ats. InBtitut pochvo-
vedoniya.
(North Kazakhstan Province.-Soil.B)

PETEU, Alfred, ir-z.; JPJCIYOVIC, 1-U.1an, irz. ROTHL,Bozo, inz.
--
Mechanization in buhding industry ard its problems. Tehnika
Jug 18 no.7tSupplement: Gradevinarstvo 17 no.7tl240-1248
JV63.
1. Preduzece "Gradis", Ljubljaria (for Peteln).

P,- re'. , 'j, 3 0 C, ),7 -)
PETELIN BOGDAN
YugosInvin (00)
Law
Gradivo za uporabo zakona o zakonski zveze. Ljublj;ana, 1950, 27p. (Comrentary on
the application of the law on marriage. Contains also the text of the law on
marital prop-rty relations. Bibl)
East Rurope2n Accessions List. Library of CongTess, Vol 1, no 13, Nov 1953.
UNCIASSIFIED.

ITULAP T,.P.
Autmatic contrcl of the anfular ve-locity, of a dr-4%0--
with a verien tsycitation motor. Trudy KIINKRIC"i no.52:65-73
164-- (14IRIL 18. 6)

1--TCL -7
m2 it
J 2A
'a oc
t 0, IL ~o ,r
19
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.-"E5
1.0
93
A v : ~, i : t
G6.jA
0".2 21
EV
obA
0 - i
0
A.; Jig
Ara t
300 4" . ASIC-8
-is! -o.-. Mill gUl pi
MA
SO.;J
IAW

t
RMS 28(1) ?XASZ I BOOK VIPWITATION 307/1433
30"shchanly* DO mytosatialrovannowu elektroprivadaparemannago
t6kR, KOS,;Qw. 1955
TrUdY... (TranSMatl ans Of the Conference on Automated A-C
BleCtrio Drives ) Moscow, led-vo AN 333R, 190. 358 V.
4.000 662las pri nted.

SPOnsorias ftencya Akademlya nauk 333R. Institat avtoastW 1
tolvankhm.nLIL1.
Red V.S. Kulebakin, Academician. and X.O. Chilikin.
,
Xs
P
.2, ToWL-11001 Sciences, Professor; Ed. of Publishing
;
r
Houses D.R. Iorfe; Tech. Ed.i I.?. ruzluin.
COVZPAG33 T'20 confe.,ence was orgonl:ed an the Initiative of
the Institute of Automation and TelenechanIcs of the Academy
of Sciences, U331, and the ftocow Power EncinearLng In3ti-
tata, azd had as its ain the planni.-%g or the moat pro3ressive
ways of eovelo?inj automatic contnol of electric drl-,as. The
first co:xforenow on the subject of automated electric drive
took piece we" than ton years before the present ons and
Was ancerned with d-c electric drive.. The -suits or thl.
conference were rouni to be most valuable In tne task of re-
building postwar So~l&t Industry a:xd inrurtherinr industrial
development. Present technical development of Soviet industry
dem"s high speeds. simplicity of construction, reliability
or "ration Iand eccqouy. The squirrel-caes Induction motor
with frequency control appears to be the most proxialng type
of sontrolled &-a drive. For wide application or this drive
Ln the Soviet eacioxy there is a need of developing now types
Of frequency converters. Same Interesting studlej were made
tble conn otIon at the Institute of Automation and Tala-
e

the USSIX Academy of Sciences and Its Ianinzrad
:dbani. a of
:
brftneh. at the Moscow Power Engineering Institute, the Central
Do 4M Bureau of the 'Kl*ktroprlaod Plant, the state Design
ln:tltuto of the Ministry of construction or the RSPZR, and
Lm other design organitations. These studies were discussed
at the present conference. The transactions contain materlal
6cocerains the theory and design of reactor, pulse, and
fr*qwnCy methods of controlling &-a electric drlv~e.
Candidate of Technical Sciences I.V. UtkIn and Engineer V.A.
lEckarova ~~tl^f"tt-d !- o!:.- oi tnin collection
Or Papers. The volume was reviewed by Professor Ya. V. Nitunov,
Doctor or Technical Sciences. Same of the papers Include a
bibliography.
TAWJ OF C0XTZyjTS,

Engineer. Same ?rablems of the statics or
-
'
F';iQ
u*ncY
Xtral for Synchronous Motors IT4
The author describes 4 method mc~ntlY Introduced
for frequency control Of Synchronous motors. The
control of synchronous motor. is achieved by varying
the frequtacy of input current. This method has great
adv&At"es.vh1ch am explklned In detail by the author.
He diSCU3208 the behavior of synchronous Motors during
frequency thaxtaes, *IQCtr0WChAnIC&I Characterlaticapsnd
4hang6s In electrical pArL-t,r,. Thar, a, 6 --~vj*t
mf*mmc*&.

r I FTHOR Pet.?! In, ~ . ( M%,rc % ) .. - -1 - - - ~
TIT i1r, t On ~ F-Joi I ity and Independence of Au~ -jm-3t Controi -)f' ~ingl"
~,lternator Freauency and Voltage (K -)prnsu ustovhiv--)~i:
a v ton omno8t i avtomat ichesk a j;,~ rpgul ;-r vqriv a ~-!has -Y
napryazlieniya odinDchnogo s:.nkhronnot~_~
0') -1 C !~ 1, 1Avtoinarika 4. tlelempkhaniKa. Vol '.9, Nr 9, pp Ht,4-57R )i~i
B IT; The --ond~t.-,onq of' -j"abilily and in,ic-ponderic-3 ot tie E~,,tc-ma~ic
con,rol r)f the freq!)ency and v).11-ago of oingl,- are
invt~-sligated at. any stipi-latea acot;ra-(%y cl exjch va',L- '.0 be con-
trc111--;. The method hcre s~-&Sested 1.,~ babied or. the 1h-?oret,,-u1
work (-,: IA. V , M ep-rw. f 11(~t'e ' to 4 ) - - 'iich ~- , t r-.-rt".,.r(, J' 'no
syet~-m tv lomnl Ic r,,,otrul ,3 t-,-ho.3i~n rs tr, gua-antfi, Pi high
ac,(~ura~y ~n adj-.-cting the ani c,f th- slngl
al*erna.-r. Rogulari,,J.es govern:.ng -trip 1!1'tL-Qf1Ce% ~- [I
the vr. t h -2 s tab,. , I z . n.7 c ement. -3 o1' uo t h c ---n I r~, t c- I cu, Ts
g:vp E, guarat:V " -,r th,:o
cr.~n~ro~ T-r-,cesq with an ac.,uracy up -,(j imal ! parameler
char,~,""1*171C.'I EY *Ji9 value3 c:' th-i amplif'ica~ --n Irc-
-qhr,-jvri ~ha, it: an iiidepend-,n' ccmzr~-. ~f a s,ngi:-
Oard fr-i ~iicy ~knl - *.h , ~-.rj, m. Pl r

On i 'v a nd In _,ep(-ndcnc-? off A%~tomi, t',.r I. rc-. ~f
roq~;ency w!d vol'~aRe
a i wa
. ys ~riv iv,,: -.iv,.)ri,b'e '_,nPs for fes,~h rin-_i
narhme t er . t* Ep oncra oua t , ons
zA,.'-. and r~,
UBM 1, H.

PSTELIN. D.P.. inzh.
Device for measuring the angle 9 of synctronous machines. 'Blek.sta. 29
no-5:FA-85 MY '58- (P IU 12: 3 )
(Electric machinery. SynchroriouF~--Meaauroment)

PETELIN. D.P. (Moskva)
Rule for the control of oxcitation 1Lnd vinir-rum, lonoon In a DY72chrc;--
nous motor. Izv. AN SSSR. Otd.tekh.nauk. Energ. I avtom. n-D.4:205-
20f? J'l-Ag '59. (AIRA 12:11)
(Electric motors, E~rnchronous)

FZTZLIN. D.r. (&skva).
Approximate determination of OvIf-joscillations in an automatic
control system for a synchronous wtor [with summary in English].
A-vtom. I telen. 20 no.i:16-22 Ja 159. (MIRA 12:1)
(Ilectric motors, Syncironous) (Automatic control)

S/024/6o/ooo/oi/ol5/028
AUTHORS- -Petelin. D.P. and Yarina.- U&Ewscow)
.L=
TITLE: A S=Shronous Mot r with Valve-contact Field Control
'~R
PERIODICAL: Izvestiya Akademii nauk SSSR, Otdeleniye tekhnicheskikh
nauk, Energetika i avtomati.ka, 1960, Nr 1, pp 126-130 (USSR)
ABSTRACT: Synchronous motor drives usually include two machines,
the synchronous motor proper and the exciter. The use of
a machine as exciter makes the set expensive, impairs
reliability and makes automatic control of the field more
difficult. Recently, considerable attention has been
paid to synchronous motors without machine exciters,
particularly the small motors where the exciter is com-
mensurate with the main ma-:~hine in size and cost. An
article by Semenov and Yarina published in Avtomatika i
telemekhani.ka, 1959, Nr 8, described a new system of
exciting a syncliTonous motor by a contact-breaker and
rectifier combination incorporating semiconductor diodes.
In the present state of rectifier development this type
of excitation may be used on synchronous motors of up to
100 kW; it adjusts the motor field according to the load
Cardl/5 on the shaft.

S/024/6o/ooo/oi/ol5/028
E124~Ea&l
A Synchronous Motor with Valve-contact Fie 0
The contact-breaker and rectifier combination work on
the following principle; a semiconductor diode is in
series with synchronously-operated contacts and behaves
at; a controlled rectifier, the contacts fulfilling the
role of the control grid. The rectified voltage is
controlled by displacing the instant of closure of the
contacts. They are normally closed and are opened at an
instant when the rectifier is not carrying current so that
the contact system is very roliable. It may comprise a
synchronously rotating ring, with conducting and
insulating segments and a staitionary brush. Th-is con-
struction was used forautomatic field control of
synchronous machines. The longth of the respective
segments depends on the rectification circuit and the
s, chronous speed of the machine. Thus, for a three-phase
full-wave bridge restification circuit and a motor speed
of 3 000 rpm, the circuit had two rings and a contact
arrangement as illustrated lik Figure 1. With the same
Card2/5 circuit and a speed of 1 500 rpm, the multi-segment ring

s,1024/6o/ooo/ol/015/028
E~24~�3e5
A Synchronous Motor with Valve-contact . e ontrol
shown in Figure 2 was used. In three-phase bridge
rectification the commutation angle may be determined
from the expression 0 ).
As will be seen from Figure I, the field winding of the
synchronous machine is supplied from two sources, an
uncontrolled and a controlled rectifier. Whilst the motor
is being started and until it is synchronised the field
winding is supplied from the Lmcontrolled rectifier, When
th43 machine reaches synchronous speed the brushes of the
controlled rectifier are so positioned that an increase
in the load on the shaft and so in the load angle, increases
the voltage on the motor field winding. The controlled
fiold supply is then connected and the uncontrolled
rectifier disconnected. The voltage of the uncontrolled
rectifier is selected according to the no-load
characteristics of the motor. The conditions of stable
operation are given by Eq (2), the solution of which gives
the uppor limit of syn,-.hronous motor field current.
In a mixed field synchronous motor whose field is controlled
Card3/5 according to the stator current, the control does not

S/024/6o/ooo/ol/015/028
'J~'HEJg5Control
A Synchronous Motor with Valve-contac e
directly correspond to changos in load on the shaft,
whereas in the present scheme the field is varied
directly as the load angle. This offers the possibility
of improved field control of synchronous motors driving
variable loads. Starting of the motor is then described.
The controlled and the uncontrolled rectifiers may both
be supplied from one tapped istepdown transformer.
An analysis is then made of -the operating conditions of
a cylindrical-rotor synchronous motor with field control of-.:-
the kind described. The mean value of rectified current
depends on the control angle and is determined by
Formula (3). The law of field control as a function of
load angle may be expressed in relative units in the form
of expression (4) or expression (5). This law of field
control is then easily expressed as a function of the load
on a shaft and Eq (7) characterises the law of motor
field control as a function of load whem7d� contact-
breaker and rectifier combination. Eq (9) may be used
tocalculate the reactive power of the motor for a given
Card4/5 ishaft output and to determine the power factor at different

S/024/6o/ooo/ol/015/028
A Synchronous Motor with Valve-contact Fiel�10040M
loads. It will be seen that litith this method of field
control the overload capacity of the motor increases with
increase in the load on the shaft, thus ensuring a reserve
of static stabililty.
A field controller of this type was built in the laboratory
and brief details are given. Experimental investigations
confirm the correctness of the above analyses. The
operating characteristics of it synchronous motor without
field control and with the neir field contro~L are plotted
in Figure 3. It will be seen that the new type of excitation
makes better use of' the motor torque and ens~xres stable
operation during sudden changits of load. The scheme is
simple and reliable. There are 3 figures and 3 Soviet
references.
SUBMITTED: November 25, 1959
Card 5/5

6 (3), 8 (5) S/105/60/000/02/005/024
AUTHOR: Petelin, D. P., Candidate of B007/BO08
_Ti_0_hn1c-a1__Sc-iences (Moscow)
TITLE: Small Scale Stability of the Excitation Control System for a
qLn-c h r -on o u UhLolt 2-r .0,
PERIODICAL: Elektrichestvo, 1960, Nr 2, PP ;'5 - 27 (USSR)
ABSTRACT: An automatic control of the excitation is applied for motors
with changing load to improve tae mode of operation and to in-
crease the stability of the synchronous motor and the feeding
system. An automatic ,ontrol of the excitation of the synchron
ous motor according to the angle 0 (Ref 1) is very suitable in
many cases. The small scale stability in such SYSteMS is in-
veatigated here. The diagramma'~ic circuit scheme of a system
for the automatic control of tae excitation of a synchronous
motor is shown in filpre 1. The equation characterizing the con-
trol process in the i3yatem is derived: differential equation (11)
and its characteristic equaticin in the form of (12). On the basis
of the theory of tho construcl;ion of automatic control systems
with high accuracy, developed in the papers (Refs 3,4), it cart
Card 1/3 be said that the control system investigated here will only

Small Scale Stability of the Excitation Control S/105/60/000/02/005/024
System for a Synchronous Motor B007/BO08
remain stable in the case of relatively small amplification
coefficients. The critical valvie for the amplification ooeffi-
cient of an open control circuit can be obtained by an analysis
of the stability of linear control systems. In this connection,
a feedback is introduced into the system. This covers the links
with the greatest amplification coefficients. The parameters of
this feedback are determined, iror which an unlimited increase
of the amplification coefficient is admissible without distur-
bance of the stability. The differential equation (14 for the
system with feedback and the c:niaracteristio equation ~15) of
this differential equation are obtained. The solution of these
equations produces a system of the automatic control which re-
mains stable at whatever great values of the amplification co-
efficient. A computation and experimental investigation of a
concrete control system was carried out on the basis of the ex-
planations given here. The oscillograms of the transition
processes at an increase of the motor load are shown in fig-
ure 3 for the case where no stabilizing links are available
Card 2/3

Small Scale Stability of the Lxcitation Control S/105/60/000/02/005/024
System for a Synchronous Motor B007/BO08
SUBMITTED:
and for a second case where 8tabiLizing links with computed
parameters are available. There are 3 figures and 4 Soviet
references.
May 29, 1959
Card 3/3

FETELIN# D.F._(Ijoskva)
Ievs governing the static control of the angular velocity of a
synchronous motor. Izv.AV SSSR. Otd. tekh. nauk Energ. i aTtc--
no.1:68-71 Ja-F 161. (MIRA 14:3)
~E~ectric motors, Synchronous)

ECKM... DAwr Prokof I ilk; NEVRAYIKV, Volues, red,j LARI(MUVp Gjs,v
tekbnersde
[Automatic control of the excitatiov of synchronous motors]
Aytomaticbeekos regulirovanie vozbumbdemils. sinkhrovMkh
dvigatelei. Hoakray Goa.en9rg.izd-voj, 1961. 103 p. (Biblioteke.
po avtomatikep no*30)o (KMA 140)
(Electric notorep Synchronous) (Automatic control)

Ip
fit
jr~ p
V ff
pug!
I c wig.
Q a - g . I. F k
SUMENq
fit
ILE
-Ug!
Hij. G " F : 1r
k
1, a
n lip
Ora

NEVRAYEV, Vaevolod Yur'yevlch;,FFTELlN, Diner Prokoflyevich;
DOMANITSKIY, S.M., red.; BORUNOV, N.I.., tekhn. red.
[Automated a.c. drive systems) sisteff.7 avtomatizirovannogo
elektroprivoda peremennogo toka. Moskva, lzd-vo "Energiia,"
1964. 103 p. (Biblioteka po avtomatike, no.94)
(MIRA 17:4)

PETBLIJI. D.F.,_kand.tekhn.nauk (Mosk'va)
I
Stabilit7 with small error constant in the excitation control
system of a synchronous motor. 31nktrichestvo no.2:25-27
F 160. (MRA 13:5 )
(Electric motors, SynciLronous)

PBTRLIN, G.; GUSINSKIY, 11.
Closing the ranks. Sav.profsoiuzy 7 no.22:57-58 H 159.
(KRA 12:12)
L Predesdatell TSentralinogo koml.teta profaOYU2a rabotulkav
gosuchreshdaniy (for Petelin). 2. ZaveduyuBhchiy tozhdunarodnym
oldelom TSentrallnogo komitata profsoyuza rabotnikov gosuebrezh-
do;niy (for Gusinskiy).
(Trade unions-CongresBes)

PATIUN, G.
Taslai of trade-union organizations o:! government instituttions.
Fin. SSSR 19 no.5t27-33 Yzr 1.58. (MIRA 11:6)
1. Predoodatell TSantrallnov kondtola profoorizzu rabotnikov
g o sj.daristvennylffi uchrozhdomLy.
01.rads Unions)

KONDRkTY,EV, K. Ya.; BLWOVA, M. P.; MIKHAYLOV, V. It.; GRISHECHKIN, V. S.; PETELIN, G. M.;
OTrO, A. N. ; KMONOVA, Z. F. -
"Complex of spectral apparatus for the invest:.gation of the short wave radiative
field in Vhe -atmosphere. "
report presented at the Atmospheric Symp, Leringrad, 5-12 Aug 64.

ACCESSION NR: AT4033370 S/2960/63/000/002/0067/0086
AUTHOR: Kondrat'yov, K. Ya.; Burgova, M. P.; Grishechkin, V. S.; Mikhayloy, V.V.;
Petelln, G. M.
TITLE: Investigation of the spectral distribution of shortwave radiati()()
SOURCE: Leningrad. Universitet. Problemy* fizikl atmosfery*, no. 2, 1963, 67-86
TOPIC TAGS: meteorology, atmospheric physics, meteorology, short-wave radlation,
spectrophotometer, direct solar radiation, scattered solar radiation, spectrai
albedo
ABSTRACT: Specialists at the LGU (Leningrad State University) are carrying out
ail extensive program of study of short-wave radiation; various aspects of this
program at the Kafedra fiziki atmosfery-.'r (Department of Atmospheric Physics) are
described. The atmospheric optics labcratory :)f this department has been develop-
ing a special set of spectrophotometric apparatus for measurement of the Spectral
characteristic:. of direct and scattered solar radiation, integral sky radiation
in the short-wave region of the spectrum and tie spectral albedo of underlying
surfaces. This article gives a brief descriptio~i of the mentioned apparatus. A
high-speed autonatic spectrophotometer, shown in Fig. I of the Enclosure, has been
dgvelyv&d for measurement of the spectral characteristics of direct solar radia-
Cor

ACCESSION NR: AT4033370
tion and spectral sky brightness (in a limit ed solid angle) in the short-wave
region of th~~ spectrum. The instrument con5isitE of four basic uniL5: light flux
obturator, a monochromator wi th a di f fract ion grating, a receivi ng arid record" ng
unit arid a source of standard radiation. 1ho working region of the monocoror-imtor
is 250-1000 millimicrons; phoMmultipliel-S ar-0 L5Cd as radiation detectors; light
filters are placed in front of the photomultipliers to attenuate the scattered
light; the standard radiation source is usied to check the stability of the instru-
ment sensitivity factor; there is a mounting anc base which makes it possible to
point the instrument at any point it) the sky. 1he fluxes of total and scattered
radiation in the 0.29-1.1 ~i region are measured by a SFD-1 monochromator with a
diffraction grating %-A th 600 rulings/mm. The rcceiving part of the instrument
is a spherical photometer 200 mm in diameter. The recording in5trument is a ]-
second EPP-09 electronic potentiometer. The instrument for measurement of 5ky
brightness by the photographic method i5 a modified ISP-51 spectrograph; the work-
ing region of the instrument is 360-600 millimicrons. The method used for proces-
sing the results Involves the use of two characteristic curves, making it P0551-
ble to decrease the measurement error by graphic averaging of the results. The
spactral albedo of underlying surfaces Is moasurod b a ramto-control &pQctro-
motor oporating in tho region 440 mIllin1crons - I Ucron. Some of the results
obtained using these instruments are given In tables and graphs. Orig. art. has:
10 figures and 6 tables.
Card 2/4

I
ACCESSION NR: AT4033370
ASSOCIATION: Laningradskiy univers;tct (Laningrad University)
SUBMITTED; 00 DATE ACQ: 23Apr64 ENCL: 01
SUB CODE: AA NO REF SOV: 013 OTHER: 001
Cord 3/4

ACCESSION HR: AT4033370
Fig. 1 -
ENCLOSURE : () I
Block diagram of a high-speed spectrophotometer with diffraction grating. I -- semi-
transparent mirror; 2 - modulator; 3 - entrance slit; 4 - replica; 5 - cam of oscil-
lating device; 6 - flat mirror; 7 - exit silt; 8 - sp~erlcal mirror; 9 - light
filters; 10 - radiation detectors with preamplifiers; 11 - selective amplifiers;
Card 4/4 12 - recordin device; 13 - wavelength scale ~narker; 14 - source of standard
radiation; 19 - power source for standard radiation source.

1~ Q 0 66451
AUTHORS: Osherovich, A. L.,Petelin, G. M. SOV/20-129-3-19/70
-.- -.__ 1 3 3 1
TITLEs On Measuring the Lifetimes of the Terms 3 S 0, 3 P21 3 D2v 3 Pi
Wd 31D of Noon by the Method of' Delayed Colmidences
2
PERIODICAL: Doklady Akademii nauk SSSR9 1959Y Vol 129, Nr 3t pp 544-546 (MM)
Card
ABSTRACT: The relative values of the trannition probabilities A and of
the oscillator strength f for the a-p-lines of noon were
determined by R. Ladenburg (Rof 1) with the method of anomalous
dispersion. J. Griffiths.(Rof ~,) determined the average life-
time of some noon terms by mewis of a Kerr cell. As
R. Ladenburgla evaluation in only an approximate one# and as
the data obtained by Griffithr, were'determined only by an
indirect method, the authors ondeavored to employ the method
of delayed coincidences. The -aeon was excited by.means of an
electron beam in form of a sequence of rectangular pulses of
the duration of -10-7 see with the repetition frequency of 104
Cycles. In this connectionp the time dependence of the number
of coincidences between the pulses of the photomultiplier
Card 1/4 (which records decrease in luminescence of the neon atoms)
u4 th ts
.1 fe qM 011
ffe'r bY near a of the
One

1 3 66451
On Meacuring the Lifetimoo of the TorwD 3 j 0 P2 :;OV/20-129-~-19/70
33D2' 3 P, and 31D2 of Neon by the Method of Delayed Coincidences
order of magnitude from Ladenburg's evaluation. In the second
table the relative lifetime valueE are compared. When
determining the accuracy of the method of delayed
coincidences with modulation of the electron )eam, various
processes occurring in the plasma, which distort the true
lifetime of the terms, zwaEt be tnken into account. The
development of a method with recording of cascade-transitions,
and the introduction of a delay into the channel for the
recording of the upper transition permits the experimental
evaluation of the correction for -:he influence exerted by the
higher levels. There are I figure, 2 tables, and 5 references, 3
of which are Soviet,
ASSOCIATION: Fizicheskiy inatitut Leningrradsko,�o gosudarstvennogo universitota
im. A. A. Zhdanova (Physics Institute of Leningrad State
University imeni A. A, Zhdanov)
PRESENTED; JuV 16, 1959. by A. 11, Terenin, ficademician
card 3/4 LIKII

66451
On Reavaring the Lifetimes of the Terms 31S0p 33D 29 SOV/20-129-3-19/70
33D2t 31p1 and 31D2 of Neon by the Method of Delqyed Coincidences ll~~
SUBMITTEDs July 4, 1959
Cara 4/4

_L 3773-466 E,, T " m: 01AAP GS
ACCESSION OF: ATSOO?qSO S
13"
ALMIOR: Pavyjovj_t~_ Dorfman, L. G.; Teklmovo V. V. 1 7,81manton, Yt-P.$ Z*Ytj*MSA
In, 1. G.1 Petrunin, V 1.
Nalyshev, I. r.. Petei
_k, repo
2~_;'Trushln, M. Kh. Itbanskly-, Y._~. 1 'Frnne 'qbteylf.~V
TITIXi befUcting system of 5-cov stjj2Wpn hannel
if
SOURCE- International Conference an High Enemy Accclerators. Pubna, 1963.
Trudy. Moscow, AtiiiiFzdii,_f�0_*
TOPIC TAGS: antiproton, high energy particle. particle hem, high enemy ac-
celerator
ABSTRACT: Specific requirements flowing from the applied principle of particle
resolution have determined the choice of the type of deflecting system. During de-
velopment of the device the requirements were also considered from the viewpoint
of the high-frequency power supply system. The creation of a high-power ISO-ftegs-
herts frequency generator that operates with pulses of several milliseconds dura-
tion In a technically complex task. Therefo?,es special attention was given duriv*
the development of the deflecting "stem to its beccomy and offlele". Taking
those considerations Into account, empUtations woft carried aft of a ht"Or of
Cora 1/3

L 3773-66
ACCESSION NR: AT50079SO
alternate deflecting systmR--in the form of a wavegulide or band line operating in
the energy recuperation rvgI"., or In the form of a 9,19tem of many-cavity or single,-
cavity volume resonators. An shown by the computations, It In most experlient to I
make the deflecting system In the form of a ret of independently pbaned renonators
of the quaqitoroldal type, which operate In the fundimental mode of the eltctric
oscillationg, with the use of birh-frequency eloctrical field for deflecting the
particles. The report discu9nes the reqonatom employed In the deflecting system
and their arrangement In the system. The chonen resonator form permits one to ob-
tain a specific homogeneity of the deflecting field In the cross section of a beam I
by selection of suitable dimenslonn. The report diccusees the characteristics of I
the develcped system. The linear dimensions of the apertures In the resonators for
channeling the been ore coomnsurable with the operating wavelength, which fact I
leads to the radiation of electromagnetic energy and to the appearance of a strong
band among the resonators. In order to eliminate this phenomenon and preserve coa-
plate transparency of the channel for the beam of deflected particles among the
resonators. the waveguldie segment@ are provided with Limiting wavelength much low-
er than the operatinji coo, and feedback Is Introdu.-od in the magnetic field. As
shmm by investigations'. the bond awn# the r*sonoto" is almost completely elimi
plated. Cmaidorable, sttiention was paid to the olectrie triMspareney of the reson~
Card 2/~

L 3773-66
ACCESSION MR.- ATS007950
tore. The field strength in the resonator gaps which corresponds to a given mag-
nitu4e of the defle"ing pulse was determined on the basis of the field pictures
that were taken in an electrolytic tank. Corrections were made for the variation
In the bigb-frequency field during the particles' flight: time tbrough a resonator
and for the difference between the static and high-frequency pletures of the field
In a gap. Measures won also taken to eliminate In the resonators the secondary
electron resonanes, discharlp. OrIS. aft. bast 2 figuimts.
ASSOCIATIONI Itstitut *10troffillebtak0y &PV&r4tVrY
Iment 0. V. Itfremova am ISBN (Sclontific-Ressorch lostituto ar zlectroph"Ical
SUMITTEDs May$~
oa Pxr sovi ooo
Urd 3/3
MW 00 8 UN MCI 07
OMNI OW

L oo9hru-66 EwT(m)
CCESSION NR: AnoI5937 UR/3!)92/65/000/003/0051/0063
A
nlovo M. S. IZeytlenok, G. A.. I Li vin, V'.. M. I M~
AUTHOR: Dayl _!ythey. I. F.
shin. No F. Finkel IshteXq,. 1. 1.
I& -G.; PdzMnhu_Y,_L_L'. Tru
TITLE: Problems of constructing the deflecting system of a 5-Gev Antiprotm
channel
SOURCE: Mass-ow, Nauchno-ionledovatellskly_!nistitut elektrofizicheakoy
apDaratury. Elektrofizicheokaya apparatura; abiDrnik statey, no.-'j, 1965, 51-63
TOPIC TAGS:. an.tiproton, antiproton Isolation
ABSTRACT*. The construction principles of an antiproton-toolating r-f deflecting
system are set forth. Calculations showed that 1he most expedient deflecting
system should comprise a set of Independently-phased single-gap quasi-toroidal
resonators operiting at the fundamental wave modet the deflection being
accomplished by an electric r-f field., The deflection system of the OlYal 5-Gev
carj 1/2

L ooqLt-66
ACCESSION, NR: AT50 15937
antiproton channel designed along the above, lines [details given) has these
characteristics.- 16 rectangular -deflecting-area resonatoral resonance frequency
150 Mcj 0-factor, 15000 or higher) shunt resistance, 0.6 Mohmai power lose in Jf.
one resonator in 60 kw and in the entire defleciing'~ system, I Mw at a rated
electric-field strength of 31.2 kv/cm. All resonators gre mounted In a 3-section
14-in long 1. 5-m diameter vacuum tank. The resonators are connected to their
feeders via vacuum lead-ins and two-loop matchers. A separate -excitation 1.5-
Mw vhf oncillator produces 6- j%iec pulses at a ropetition rate of 5 p/min. OrIg.
art. has: 12 figures and 6 formulas.
ASSOCIATION., none
ENCLt SUB COM NP9 18C
00
SUBMITTEM 01)
NO REF 1501n: eiDs OnIMA: -.00
Pw

, 7 C~.
E L."Ll I I
n og, ntie
.1,3:1ficaticn and I~at,
rmfleh. 65 165
1. Fa.Cedra nervnykh bolezileY (Za'IE'.dUTal3hchiy prof 1,,'.,c;. ClCt-
V,= inslitilta
I 3A. ~nV) TSell tj'a 11 "gO
va.

PEMLlN,
E 1 77 Z
prcf.
0 V
vra::hev Moii-ru.
.F

MTUD, L.S.
BlectroWographic research in balneological treatment of polimWelitis.
Vopo*kur. fizioter. I lech. fix. kullt*23 no.6:527-531 I-D '58
(MIRA 11:12)
I* Is nevrologicheskogo otdeleniva (zav. prof. N.S. Chetverikov)
TSentralluogo instituta kurortologii Wir, kandecedenauk G.N. Pospelova)
POLIOMYELITIS)
CTROMYOGRAPHY)
=

PETELIN, L.S., kand.med.nauk (Moskva)
Mud therapy of the sequelae of epidemic poliomyelitis Y-ed.
sestra 22.no.4s27-33 Ap 163. WRA 16:7)
(BATHS,MOOR AID MUD) (POLIOWMITIS)

-ed.; DZIMINA) N.S.t
tekhn. red. 4;.tjj MONIKOVt H.Ye.v i
[YAmgotherapy of epidemic poliomjelitis] Griazelechenie epidemi-
chaskogo poliomielita. S prediol. II.S.Chetverikova. Moskva,
Mod izo 1962, 125 P, (MIRA 1514)
~POUOHYELITIS) (BATHS, MOOR AND HUD)

I L N

use -,.ne
re L; r ng o

0 0 L? t, Z,
AUTHOR,. Petelin. IM.I.
TITLE-. On t h e pr ob I vin c i pr o pa ot
wavas in non. ezqui1:Lbriur,-, a(:t3.ve plasma
PERIODICAL~ Izvestiya vyssh3,1th zaveueniy- Vadlofizika,
1961, v. It tic. 3 ~ 45:1,
TEXT, It ha-~ been !3ho%-ni by a authorF (Ref - 3
A-V, Gaponov 1VUZ. Radiofizika 2 450. 836 1959,
Ref. 4 - ib:Ld ZhUF 39, 326, i,)(~o iz- i 5 - Gaponw and
V.,V, Shel esnyakov Report on X11 I A- - w"',.Y 1JRS1 London 1960;
Ref. 6 Zhel Fiznyak,~-v , IVUZ . Rad-t -, f - .,i 3. 5." 1960
Ref. 7 - ib-Ld - 3. 180 1960. Rt-~f~ ibid - 1VUZ, Radlofj,zika
(in print )) that in soraf, systews it te, prodxic;e such
stationa-,y distributions of chargEd that in;3tability
(due to the Vavilov-Cherenkov rad,j.-A- -,o i t,-Ilte place e-en
if the e1ec-trons have a irelocity 1c.-j - ~h--tn lha-k of 'fight.
The investigataon of such distribwl z,- kas -.arried out, by
ZhelBznyakov 1,Rcf& 6-8),, The same vf problem -is congidered
in the follow-,,ng but it is assuinea tti,~ pl-3,ne wave
CArd 1/9

On the problem of
propagate% at tin arbitrary an,~.,le to tho uniform
magnetic field. The wave 3.s in xh~- &xP 10/ - 1 (0 t
ily-active plasma
and thi s propagates in a uni form n;)
for which the elect ron-distribut i.)j; i li,i~ v iori Ls independent of
the roordxnates and Marbitrary -,cr)fC ( pPI) of tile
longitudinal and rran:qvfzrk-,- p, arilP of the
electr-on impulse. The charge of -th.- ~Ilons Ls, fully
r,ompensa,xad by the oppa.,!Pite -;harg~ 1.-3~'1..-A A;: --40LTd3ng -to
Ref. 9 (V.D. Shafzar-wl .. Sbo~rnj.l; p1az~my i. prrbletra uprav-
I.Vaemy!"rh tc.-r..ioyadf--rriy,'Ja realctsij, SISSR., Moijcow, 1958, p.
416) the tensor of the permittivo~ ;T th-~ plisiwt xz in the
form.
Card 2/3

On the prob." em of
COL (w,k) F, G,) 6
00
x v 0t (P~ 06
0
2
~K(e
dj(I
W
t,
�Wt k-(P,tl)dlc
30756
S/ 141/61/004/003/007/020
1-1 92/E382.
IC af kW! f
+ =J x
ap
dt
where v ( (,j is the permittivity of the medium where the
,plasma is situated.
6CL i _q the Kronecker symtiol
N is the electron concontration,
G is the ele-_-tron char&e
p and v are tha impuise and velocity of the particle
at thc- instant t = 0 ,
ir(p, t) is the velocity of' the non.-perturbed electron
Card 3/9 motion in a statJc field It 0 .

On the probl ein of
30756
S/i4l/6jL/004/003/007/020
E192/E382
In the above, it is asstuned that the frequency of the plane
wave is much lower than the gyro-frequency of the ions and so
the ion current is negligabls sompared with the~_",*#Vn
current. In the coordinate system illustrated in Fig. 1, the
tensor given by Eq. (1) can be expressed in the form of,,,
8",;! +
zap (W,k) = S(W)b ap + 1___ dp d.p P f (p 'Plop p
0 a
0 (la)
The wave vector k and the frequency W of the plane electro-
magnetic wave propagating in plasmet are related by the
following scattering equation (Ref. 11 - L.D. Landau.
Ye.M. Lifshits - Electrodynamics of Solid Media, Moscow, 1957):
Card 4/9

0756
S/-1111/01 / 0011/00-5/00"/0~0
On the problem of .... Elj2/E382
d et Fc 2 (IL26 k k 1~)i = 0 (2)
aP a P OP -
where ithe tensor cCL Pis detvrmiried by the electrori-d-istribution
function f 1 f t lie 01 fic r I C)II 11211)U1 s (1.9 11av v t ii
6-distribution as giveri by;
I
f = ---- 6 (P P0 1), 1)
0 2Viy--'
I
the tensor is in -the f orm. VIK
c (W~ k) = E(W)b + i Vt C-1 (W k- P0 PO)
ap
Card 5/9

-If 17 q 6
S1 l It I/ 61/oo/bovow/ 020
On the problem of El 92/ E31 82
For the weakly relativi.stic iy1asma L4iicli t1tat:
V /% C.
V~, C.
the ratio of the electron velocity to the velocity of li,-.ht
can be employed as tiie small parameter for bolving Eq~ (22)
If it is further posE:ible to meet the additional condjxions~
k v (7)
x
k zVk., ~