SCIENTIFIC ABSTRACT SOLNICKI, H. - SOLNTSEV, V.K.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001652210012-1
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 25, 2000
• Sequence Number: 12
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

4,@Croflol, jxli-os. 1.
V @-, i .I-, '!o. 27, ll'oland
10- 10. October 1957. Uncl
U. c- of' Eu rorc.-in Accesv -ions

- SOLNIC-KI,- Renryk,-Lno-.
Influence of applying divided brushes upon the degree of sparking
in the LKa-450 tjpe motor. Przegl elektrotechn 38 no.72312
il 162.
1. Instytut Elektrotechniki, Warszawa.

Salaam, Z.
SOISICKOVA, Z. New forns of planning, supply, and consumption as a means of improving
consumers' goods supply of the population. p. h82
Vol. 7, no. Up 1956
PRUMYSI POTRAVIN
TECHNOLOGY
Praha, Czechoslovakia
Sot East European AcceaBiong Vol. 6, No. 2, 1957

CH OP ILITY@O 0 tit 1221.
9!5j, It @Wv Z&O* Ir,- T" been WS
a Mcra OUPO If M
senutl prectice to dotermino the ec;e and Suitability of alls by their
ffoponificatlon and acid valuos, the limits beirr, set at varloW (tCurds in
different cuuntrta,% Thcro are, tiovivver, orhor efraldemlons, in
pamlcular, formation of Cum. and w5pMitenw *-g t- ;-lynerIzzatlom F
(wpoliffIcatAon ar4 Bold Valuo) - (&in contert) - (wnttnt of M4-d
aspMlten")1& V values "$ Wloato ro,*d olla, 3&-.r,;' rills nhlch are
satlefactoM SC-70 ollaL to be used In elergatoy or-ly, and atuvo 70 usalca-i
an lubricant nd Injurious to aq ontine. Utimatlun of F is =do
according to odIfIed Bdd-POUG mechod# rh1c)) lit described.

SOLKIMSKY, G.L., professor; BZRISTNSV, V.A.
Regarding the concepts of the strength of polymer materials. Khim.
nauka i prom. 4 no.4:543-541i 159. (MIRA 13:8)
(Polymers) (Strength of materials)

.L @9613-66 EEC (k)-2/F.;T (0)/F��-2-
ACC NR@ )UP0010779 5CURCE COM: b-it/0146/661'C)09/001/0119/0124
Aurinim: Voroblyev, V. G.k Sollnitsev, R. 1.
U13: Leningrad Electrotechnical Institute im. Ul-yanov (Leningradskiy
elektro hnichoski-v instifut)
TITLE: Simulation of nonlinear gyroscopic systems
SOURCE: IVUZ. Priborostroyeniye, v. 9, no. 1, 1966, 119-124
TOPIC TAGS: gyro, gyroscope system, gyroscope motion equation
ABSTRACT: A simulation method combined with a method of harmonic linearization is
suggested for investigating nonlinear gyro systems. Some motion parameters obtained
on a s:Lmaii-ator are substituted into the implicit equations that connect motion
paramot-ors and instrument parameters. Other motion parameters determined analyticallyf
are used as checks for the simulation results. Thas, the formulas resulting from
the harmonic linearization serve to determine the direction of further simulator
studies intended to find optimal instrument arameters. The above approach requires
p
evaluation of the simulation error, particularly in the problem of the stability
i range in the controllable-parameter space and in the problem of gyro drift due to
5-,,aU disturbances. The above -method is illustrated by numerical example of a two-
Qrrestabiliser mounted on a Aftxed base. Orig. art. has.- 3 figures
and 16 fomuila-5.
Card 1/1- sup com j7 I Sam DAT-E- 24ju164 I (ZZ-1 CG2
M3

TSOY-, S.V.; IVANOV, P.Pj SOLNDISYN, B.P.- =HOW,, V.I.
Automatic circuit breaker. Trudy Inst.gor.dela AN Kazakh.SSR
8@184-186 261. (MM 15:4)
(Dust collectors) (Automatic control)

RUMANWMorphologj of Yan and An'rylls -
(Norml antl Patliologic), PathologIc Anata=Qr.
Abs Jour : Ref Zhur - Biol.) No 3) 1958; 12485
Author : Serbanescu, C., Draghici, D., Solnitzky, A.
Inst :
Title : The Effect of Intravenous Aluminum Hydroxide on Experimen-
ta.1 Animals.
Orig Pab : Bibliot. stiint Ints. Patol. si igiena &aim. Ministerul
agric. si silvicult-, 1955, No 5, 25-33
Abstract : Various laboratory anir-Is (mouse, rat, guinea pig, rabbit,
dog) sacrificed 3 hours after an intravenous injection of
0.1 ml of a 10% suspension of aluminum hydroxide displayed
reactive changes in the lwigs, the liver, the spleen and
the kidney. There vas a dil.itation of the capillary bed
and a perivascular infiltration by histiocytic and, to a
lesser extent, lymphoid elements. The intensity of the re-
actions differed in various organs (maximal in the lungs,
mini 1 in the kidney).
Card 1/1

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the protein 6.78% was wil. in Ifgo; 12,226% in WIC S.0 -00
0 a ttln.; 61.42% In 4OX""t S&Olf -0113- &Wf 19.34"' WA-
00 m4d. in the above solvents. Prolamin extill. froji flit -00
of 8 weds with " 0% iLk-. u4n. and pptd. with I% %aCl WALL. -00
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ZBARSM p B.Lp prof,,- ZBARSKIY, I.B.; SOLNT=- , A.I.; STEPANENKC)j B.P.,
red.; DENKINA, A., tekhn. red. *'----"-"-------- -- 11 .
(Laboratory mamlel of biological chemistry] Praktikum po biolo-
gicheskoi khimij. Moskva,. Medgiz, 1949. 223 P. (MIRA 15:4)
(BIOCHENISM-LABORATORY IWUALS)

A"
ZRA KIY, Boris 11'ich; ZRA KIY, Il'ya Borinovich;
Ivanovich; STIPAHMO, B.N., redaktor; SUCHIM, K.I., tekhri-
We-sk fy, "r, e-"dak t o r.
CLaboratory manual of biochemistry] Praktikum, po biologicheakoi
khimii. 2-o izd-., Ispr. I dop. Moskva, Goo. Izd-vo mod. lit-ry,
1954. 347 p. [Microfilm] (MM 7:11)
(Biochemistry--Laboratory manuals)

77 - ------7-=
I-SE V@
iux
q rw
p" J11 tb" 1, No-if!"O'. 10 lilt. SDIn. of 4-S 1P.C., W".
Injected intramuscularly in'to P soat @ Mwilremelits 11-Mg,
()u theradizAttivity of Me tlift, mao ire, suid mtdn watidd.,
from the milk show tbat afta 2 lirs. Me activity In t1be milk
was hIXh, and attalned LL trow. tft!-- 6 hrs. 'the manure .

SOLMSEV, A.I., Irandidat biologichaskikh nauk.
Rolm of vitamins A,D,BI, B.2, and B1.7 in stockbreeding. Izv.
TSKhA no.2:187-192 156. (MLaA 9112)
(Vitamins)
(Stock and stockbreeding)

SOLNTSAV, A.I.,kandidat biologichookikh nauk.
-
Pyrophosphatase activity in the blood of cattle. Izv.TSW no.3:236
156. (MLRA 10:3)
(Blood-Analysis and chemistry) (Pyrophosphatanes)

"Concerning Calciuip Metabolish in Ruminants in an IuvestigL-
tion Using CalciUM451" by A. 1. Solntsev and 0. V. Filatov,
2%ivotnovodstvo (Animal Hu_sBWn_M:y @,;o@ , l95_r,,-pp_5J-_55_
'P iya, Biologic
m eferatina Zhurnal -- Khim. icheskaya
o
1(himiya No b, 25 Apr 57, Abstract No W61, by A.
Verloochenko, P 63)
"Three-ml solutions of Ca45C12 containing 500 mg Ca were adminis-
tered intramuscularly Into goats. Two hours after this injection, the
amount of Ca45 excreted per ml milk equalled U6.4 thousand impulses per
min,t ; seven hours after the injection, the activity per one ml milk
@e
5 thousand impulses per minute; and 24 hours after the injection,
it amounted to 60.1 thousand impulses per minute per ml milk.
"Subsequently, calcium radioactivity in the milk commenced to de-
crease gradually, and in two months it equalled 0.6 thousand impulpes
per minute per ml milk. During this same period, twice as much Ca45
was excreted with the milk as with the feces." (U)

_QL -V A,I.,
ZBEIEBTSOV, 11. 1. , NTSL
k7i nd I d,i t i o 1,::,, t L- f k@,.
7"if act of alcotirlic acil mw_-L', Afj- !r. @Izllmals. Izv.TSXhA
:140-144 157. (MA 10: 7)
(Metqbolism) (Ilicotlnic acld)

U'Zoll
/General I-Iiyrtral. (31m.dc-nl MoIx, b
Abe Jour Ref Zhur Diol., lio 6, J-959, 23481-
AuthDr S,,:)Intsev, A.I.
11'st A@,ricultvral Acader4 tmeri K.A. Tiuiryazevd
Title On the Chemical Nature of Enzymes.
Ori,, Pub : Dokl. Mosk. s.-kh. akad. im. K.A. Timiryazeva, 1957,
vYP. 30, ch. 2, 46-52
Abstract : Review of old and new literature on the protein natoxe
of enzyLm . The role of coenzymes (c3carbooxylase and
codehydrases I and II and coenzyme A) ard cytochromic sys-
tem in tissue respiratiou is pointed out. The participa-
tion of some vitarLtas and metals Fe, Cu and Zn - ia the
structure of enzymes is noted. V.A. Dorfma
Card 1/1

SOLHTSV, A.I., dots.,kAnd.biol.nauk
-,
- i @- @ 4 @! e,--A
Chemical nature of ferments [with summary in Englich). 1xv. TSXhA
no-5:217-222 158- (MIRA 11;11)
(Fermentat ion)

ZHEREBTSOV, F.I., prof., doktor biol. nauk; SOL14TSEY, A.I.. dote., kand. biol.
nauk.
Role of ascorbic acid In the metabolism of anim organism [with
summary in Inglish]. Izv. TSKhA no.6:177-182 '58- (MIRA 12:1)
(Ascorbic acid--Physiological effect)
(Metabolism)

SAKIN, I.L.; RESHINA, I.I.; SOIJITSEV. A.I.@
1. - ."Tt'.A.-
Double monochromtors. Opt.-makh.prom. 25 no.4:2-8 Ap '58.
(MIRA 11:10)
(Monochromators)

ZHEFMBTS(YV, P.I., doktor biologicheskikh nauk) prof.- SOLNTSEV, A.I.,
kand.biologicheskikb nauk, dotsent
Role of riboflavin in the metabolism of ani-Is. Izv. TSKhA no.2:
213-216 160. (MIRA 3d,:41
(Riboflavin) (Metabolism)

SOLNTSEV, A.I., kand.bilogicheakikh nauk, dotsent;
Present-day views on the biochemistry of milk carboby4rates. Izvo
TSKhA no.6:198-201 160. (MIRA 13:12)
(XIIE-COMPOSITION) (CAPMOHn)RAnS)

ZHEREBTSOVy P.I.9 prof., doktor biolog.riauk; SOLNTSEV9 A.I., doteent, kand.biolog.
nauk.
Fermentative activity of aIn ioclated section of rimon. Iswe T "-
no.1:9#-96 161. (*Awn) (min 140)

&WisKry, bol-IS 11"'ich, prof.[deceased]; ZBkISKIY, Illya Borisovich;
SOU"TSE1.1, AleksarAr Ivf,novich; DELM, S.S., red.; EULIL',IAY_"., ,
,11.k. @ tekhn.. red.
(Labovatory work in biochenistry] Praktilaita po biolooicheskoi
khimii. 3. izd., ispr. i dop. 14oskval Medgiz, 1962. 279 p.
(MIRA 15:7)
1. Kafedra biologicheskoy khimii Pervogo Floskovskogo meditsin-
skogo instituta (for Zbarskiy,B.I., Zbarskiy, I.B., SoIntsev).
(Biochemistry--Laboratory manuals)

ZHEREBTSOV, P.I., doktor biologicheakikh nauk, prot.;
SMRSEV,.-A.I., kand.biologicheakikh nauk, doteent
Studying lipolysis and the m Imum ftem at wbroom
fat in the rmen of calves. Izv. TSKHA no.2:214-217
,62. (MIRA 15:9)
(Lipolysis) (Calves) (Ruz@en)
i

SOLNTSEVY A..I.,, kand.biologicheskikh nauk, dotsent; MUKIIINA, N,A.;
PIIWHCUK, M.Yu.., aspirant
Role of lactose in animal feeding. Izv. TSKHA no.3:228-232
162. (MM 15:9)
(Feeding) (Lactose)
I

ZH&REBTSOV, P.I., doktor biolog. nauk.. prof.; SOLINSEV, A.I., kand.
biolog. nauk., dotsent
Vitamins in animal busbandry. Izv. TSKM no.1:79-90 :63.
(MM 16:7)
(Vitamins) (Veterirary physicict-,y)

3OIjI,-2SLIvf A.I., kand.biolog. nauk, dotsent; SLSOVA, II.I., assistent
I;itrogen metabolism in the runen of ricdnanta, lzv, TSKIM no.3:
234,236 163. (141RA 16:9)
(Fitrogen metabolism) (Rumen)

,_4N75EV, A.I., kand. b1olog. nauk;
UMMOV, P.L.AlAter hielog. nauk; .0
MWIINAP N.A., kand. biolog. nauk, dotoent
Carbohydrate metabolism in the rumen of ruminants. Izv. TSKHA
no.4:134-143 163. (MIRA 17:1)

C V r@ G
ya

dL)"tL,r biol. n :t, krnd.
--auk;
nxak
-:7@f r,11-rates on ',@e org&-nisr-a of m-uhnants. Izv.
n';-C'048-155 164
i bickhL--ii sells-kolkhoz.
Klf,@dr-i fiziologii
l.o,irovokoy ordena Lenarm sel Iskokliozy-uys-tvEmnoy akud,@i.--.l. Imen i
K.A. Timix-yazeva.

UEREUPS07Y P. T., Prof. doki,or bi,.,)I. nauk; @rlETSEV, A. t. - dotsent,
kand. blalog. nauk - I
k=oriia moLabolism J.-i r=1nantu. rzv. TSKHA no. 1.1145-149
t65 (MIRA 19tl)
1. -afedra fiziologii -1 blokbimil sellgkokhozya,
ystvennfth
zhivot.nykh Moskovskay sellskokhozyaystvennoy ordena Lenina
akademii Imeri Timiryazeva.

A kit
L 1@ @1-
3
.i jo cn
f rv. r@- L 1 ZL"T
a,;,.-xeto 31"It'a
rosent
Fj,,,jj,3jva Liu= tl@,lt Of tll;b'@r la9Ctr',j7r @ut it is Qxrecv-d a-M
rr-dlr-i3d aj 5^-f3n P-r. -O-J,,jcrI.2p. r.--ethOdg lr-%,c b,7en
-.Cl,,E!(xraulc jrprojalpant:; In Ula spsed aol quality of OK
M. H.CoDo

SOLITISEV, A.M., iuzh.
Rapid sinking of a vertical shaft at the HP-gamak 11ine in the
Kliznctsk Basin. Shakht.stroi. 6 no.4@22-25 Ap :62. (IMA 15:4)
(Kuznetsk Basin--Z'41&ft sinking)

@@ink.lrg at ITo.2 "Abashevskaia" coal mine. S,.akht.
tio.8:21-24 119 '65. (MIRA 19:9)
e.,..mcrovokiy rnrnyy IrWtitUt (for 1,ecntlyev). 2. l'ovokilmetskoye
I'Lt).,Im!TAye (for 3. Nlauchno-1931edovatellskiy
I Wt , tn' t',:; uj7oI'ziyk;., -oz-rxri,dnykh predprlyatiy,
("or

SOINNEV, A. M.
A. M. Solntsev, G. P. Mikhaylov, and Ye. I. Bobrov "Use of Antomatic Three-phase Are
Welding in Car Building.0 Avtogen. Delo, No. 6. 1949.

IV
Ic
a,
IL
Li

10, 119V
TROYANOVSKIY, Vasiliy Vasillyevich; 80 BEV A.K imhaner, retsenzent;
0@
SIDOROV, N.V., inzhener, redaktor; Q@KK., takhnichaskiy
redaktor
[Electric clocks] Ilektricheekle chasyo Izde 3-9, perer. i dope
Moskva, Goo. nauchno-tekhn. izd-vo mashinostroit. lit-ry 1956.
226 p. iMLRA 9:8)
(Glocks, Alectric)

SOLNTSEV, A.M.
Use of monolytic rubber half heels for men's fancy footwear,
Kosh.-obuv.prom. 4 no.12:29-30 D 162. WMA 16sl)
(Shoo mnufacture)

MUMS M.V.; 60LIMEV., A.M.
Acceleration of ions in plasma beams. Zhur. eksp. i to or. fizo
45 no.4:80-849 0 163. (MIRA 16:11)

L 12147-66 EWT(J)/ETC(F)/EPF(n)-: IJP C
i@i 5/i@*/13M
ACC WR. - iF6000188 9/00
AUTHOR: Nizll/ii@-_ M' V. ; Solntsevp A. M.
ORG: none
TITLE: On discrete states of a plasma beam and transitions between them
SOURCE: Zhurnal eksperimental'noy I teoraticheakoy MIMI, Y. 49P no- 5P 1965P
13TT-1388
TOPIC TAGSt plasma beam interaction, plans electron temperature,, plasma oscillation
plasma velocity, plasma instability
ABSTRAM This is a continuation of earlier work (ZhETF v. 48, 123Tv l965 and other
papers) dealipg with jb_t_ynIque Instability exhibited under certain conditions by a
colik plans 'rfc_4W when broached by a beam of accelerated primary electrons. Whereas
the eaw_@li F"aft-aies were confined to limited ranges of the primary and secondary elec-
tron velocities, in the present article the authors studied experimentally the states
of the beam for a great variety of primary/secondary density rations Another purpose
of the investigation was to determine the frequency spectrum of the oscillations pro-
duced in the beam during all its states, and the dependence of this spectrum on the
form of the beam-electron velocity distribution function. The experimental setup
(Fig. 1) was such that the anode could be moved both longitudinally and transversely
to determine the electron and Ion distribution. The plasma source was described in
the earlier paper. Two operating modes were employed, that of the direct arc and of
the reflecting arc. The apparatus is described in detail. 7he magnetic field could

L 12147-66
ACC NR, Ar6oonil
Fig. 1. Experimental setup. 1--
discharge cathode.. 2--discharge
chamber, 3--inaulatorp 4--gas
inlet.. 5--beami, 6--ringp 7--
vacuum chamber.. 8--anodes 9--
virtual'cathode., 10--electron-
beam trajectory at instant of
virtual cathode formationp 11--
4
region of positive potential,
12--accelerated ions.
be varied from 1000 to 5000 oe, and was AW oe in most experimuts. The gas in most
experimnts was argon. The tests showed that the transition from the macroscopically
stable state to the state with virtual cathode is effected in two steps, during whieb
appreciable changes take place in the plamom-particle energiesy oscillation frequen-
., and the beam radial dimensions and potential. These instabilities remain of the
cies
same character when the velocity distribution function of the fast electrons becomes
completely disordered. The results ar ad with those by others and certain aim-
IWities noted. Authors thank A. B-Ik for stimulating discussions and W.
W- 9 figures and 3
PIff1 for taking part in some of e measurements. OrIg. art. bass
fOrMUl&S.
MM CMI 2D/ , SM IMTX: (*Apz65/ MM: MW: 009/ OTK MWt 003

SO T,%T - PI , A - F1 -
53U@,`TSEV, A. M.: "Restorative operations in the Jaw and face re-
-ion usinp cartile@-e fror, ---orpses". Kiev, 1955. Wessa, State
Medical Inst. (Dissertations for the Degree of Candidate of
Medical Sciences)
SO: Knizhnays letopLs IP No. 52, A December, 1955. Moscow.

SOLNTUV, A.M.
1--1 __I__pi;aabricated reinforced concrete formij for the oWport of
vertical shafts. Ugoll 30 no.11:40-41 .3 155. (MIRA 9:2)
l.Trest Chelyabinekshakhtostray.
(Shaft sinking) (Chelyabinsk Basin--Nine timbering)

Pluatic surgery of the helix using, a shaping, membrane.
stomatologiia 35 no-4:34-35 JI-Ar_ '56 (MIRA lo:4)
1. Iz kafedry chelyustno-litsevoy khirurgii (za.v.-prof. M.M
Velikanova) Kiyevskogo instituta usovershenstvovaniya vrach;y (dir.-
zasluzhannyy devatell nauki. prof. I.I. Xallchenko) i I-go
Respublikanskogo chelyustno-litsevogo gospitalya d1ya invalidov
Otechestvennoy voyny (nachallnik M.O. Brudnyy)
(BAR--SURGZRT)

- SOLNTSAV A.M.
Subcutaneous emphysema as a complication following tooth
extraction. Stomatologiia 35 no-5:55-56 S-0 '56 (MI-RA 10:4)
1. Iz kafedry chloy-ustno-liteavoy kbirurgii i stometologii (zav.-
Prof. K.M. Velikanova) Kiyevskogo institute. usovershonstvovaniya
vrachey (dir.-prof. I.I. Kallchanko)
(TXM[--NMRACTION) (LXMTSDU)

SOLNTSEV, A.M., kand.med.nauk, YAMPOLISKAYA, Z.K.
Surgery for lacrimal fistulas, Vrach,delo no,4:425-427 Ap'58
(XIRA 11:6)
1, Xnfedra chelyustno-litsevoy khirurgii (zav. - prof. NA.
Vallknnova) Kiyevskogo instituta, usovershonstvo-vAniya vrechey.
(SALIVARY OLANDS--SURGXRY)
(FISTULA)

SOLNTSHV, A.M.. kand.med.nauk (Kiyev, ul. Lenina, d-50. kv. 8)
I
Ho
moplalitic implantations of different kind of cartilage; experi-
mental investigation. lfov.khir.arkh. no.6:58-62 H-D '58.
(MIRA 12:3)
1. Kafedra patologichoskoy anntomii (ZBV. - 2881. deyatell nauki
Prof. M.K. Dall) Kiyerskogo institute usovershenstroyanive vrachey.
(CARrILAGE--TRANSPLANTATION)

SOLNTSEV, A.M., kand.med,na-uk
Formation of the suricula on an acrylAte framework. Vrach.delo
o (KPK ll-.Q)
6-7:737-738 J1158 I
n
1. Kafedra chelyustuo-litsevoy khirurgii (zav, - prof. R.A* Aleksandrova)
Klyevskogo instituta usavershenstvovAniya vrachey.'
(BAR--SMKRY)

Soa,TSEV, A.M.,kAnd.med.nAuk
- -- . -11 . @ Possibility of using costal cartilqge from cadavers of children in
plastic operations on the face. Stomatoloriia 37 no.2:66 Mr-Ap 158.
(MIRA 11:5)
1. Iz kafedry chelyustno-litsevoy khirurgli (2nv.-prof. M.N.
Voliknnovn) Kiyevskogo instituta usovarshenrtvovAniyn vrachey (dir.-
znaluiliennyy deyntel' nauki I.I. Xal'chenko).
(FACE-SURGERY) (CARTILP.GE--TIWISPLANTATION)

SOLPTSEV, A.M., kand.med.nauk; VOLYNNTS, 0.1.
Observation of marble disease (osteopetrosis) In the lower extrewi-
ties. Trach.delo no.11:1199 N 159a (MA 13:4)
1. Xafedra chelyustuo-litsevoy khirurgit (zaveduyushchly - prof.
N.A. Aleksandrova) Kiyevskogo instituta usovershenstvaTaniya vrachey,
I gorodskaya, klinicheakaya bolluitsa.
(RITHRMITIES, LOWIM--DISYASICS) (BOINS)

SaMSIV, A.M., doteent
Odontogenic thrombosis of the cavernon minus. Tracb.delo no.2:
183-185 7 160. (MIRA 13:6)
1. Kafedra eholyustuo-litnevoy khlrurgil i stomatologii (say. -
Prof. N.A. Aleksandrova) Ilyevskogo inatituta usovernhenstvo-
vaniya vraahey.
(CATIOWS SIMS--DISIASSS)

SOLNTSEVP A.M.; VAYSBIAT, I.N.
----- - -
Medical proced4re in the case of unintentional opening of the antrum.
Frobl. atom. 5:260-267 160. PURA 15:2)
1. Kiyevskiy meditsinskiy institut usoverohenstvovaniya vrachey.
(ANTRUM--SURGERY)

SOLNTSLV, A.M.
Reduction of the fracture pieces in old fractures of the maxilla.
Probl. stom. 5:303-307 160. (MJiA 15"2)
1. Kiyevskiy institut usgvershenstvovaniya vrachey.
(JAWS--FRACTURE)

SOLETSEV, A.M. (Kiyev)
Surgical treatment of odontogenic hi&oritise Problostm 6:
223-230 162, (MM 160)
(HAXILLARY SINUS--DISEASES) (TEETH-DISEASES)

SOLNTSEV, A.M., dotsent
Mandibular necrosis due to circulatory insufficiency. Vrach.
delo no.2:145-146 F 162. (MIRA 15:3)
1. Kafedra chelyustno-litsevoy khirurgii i stomatologii (zav. -
prof. E.A. Aleksandrova) Kiyevskogo instituta usovershonstvovarxiya
vrachey.
(BIWD-CIRCUIATION, DISORDUS OF)
(JAW-DISEASES)

SOLNTSEV, A.M., dotsent
Cheloid of the ear lobe. Zhur. uda., nos. i gorl.bol. 22 no.I:
85-86 Ja-F 162. W RA 15: 5)
1. Iz kafedry alielyustno-litsevoy khirurgii i stomatologil (zav. -
prof. E.A.Aleksandrov) Kiyovskogo instituta usovershenstvovaniya
vrachey. (EAR-TUMORS)

SOLNTSEV. A.M.. dotBent
Some characteristics of odontogenic highmoritis. Zhur.ush.,- nos.i
gorl.bol. 22 no.2:1-1-15 Mr-Ap 162. (MIRA 15:11)
1. Iz kafedry chelyustno-litsevoy khirurgii (zav. - prof. E.A.
Aleksandrova) Klyevskogo instituta usovershenstvovanlya vrachey.
(MAXILLAPY SINUS-DISEASES) (TEETH-DISEASES)

SOLNTSLV. A.M.. inzh,
Sudden rock caving during the sinking of a mine shafte Besop.t;:uda v
prom. 7 no.l.-9-11 Ja 163. (MIRA 16:2)
(Shaft sinking) (mine accidents)

SOINTSEV, A.M., inzh,; ITSENKO, A.S., inzh.
Rapid vertical shaft sinking in the Kuznetsk Basin. Shakht.stroi.
7 no. 5:17-19 1-tr 163. (MIRA 17:4)
1. KiizNlIshakhtostroy (for Solntsev). 2. Stroltellnoys
shakhtoprokhodcheskoye upr"leniye No.1 tresta Prokoplyevskshakhtostroy
(for Usenko).

jGLlvTJ,lV) A@. 1 3 inzil.
: 4
Shaft sinking with tho uso of advcrica boreholo3. Sha;cht. atroi. 8
no.8-.23-25 A,,,s 164. (151U .17:9)
.1. Ilauchno-isslodovtAellskiy institut stroitellstva i rolln*ldi i
4 y
Eornorudny'a predpriyatiy.

J.U.TSEV, AIA-@ey
red.
Nse of ure.,ervid cartilale in i@ltrwltdc facial jurCery] 7.a-
,,tosuvlln;.ia kunserv(w@-!-.@oho !du-ias,.cla .r-y I@Iuztyc@mykh c,-,-,-
rat-Aiakh na uolyc,c1d. K-;iv, 1064. 131
18:2)

A.
Conciu,-tor arir--St@esia in surgc-ry on the ,-Axilla @r y-ning (,Mlaren.
Probl. chel.-lits. khir. no.1:26-29 ft@5.
Pz.-thological anatoirq of ostecryelitl!- c, It ll@@-wlvrn
, of 1,1- rmilla i
Infants and young children.
(VII'l 28-.Ie)

231a-66 LiWT(1)/EI'C/Eg~(n)-2/EPA(,w)-2/4,'Vn(m) IJP(c AT
!ACCESSION NRj AT5022111 6/j136/65/000/855/0001/00i5
yme
1AUTHORSt Nezlinj Mo V,; Solnteevt Ao Mo..
TITLEt On the discrete states of a plasma beam and transitions between them
SOURCE: Moscow. Institut atomnoy energii. /Doklady/# IAE-855, 1965. 0 dinkretWkh
eoetoyaniyakh plazmennogo puchka, i perekhodakh mezhdu nizi, 1-15
'TOPIC TAGSt plasma magnetic field interaotiont plasm beam instabilityp plasma
concentration, plasma instability, plasma research
ABSTRACTs The present investigation is an extension of the work on plasma beam
instability by the senior author (ZhETFP 461 36, 1964). The behavior of a plasm
.beam permeated by a flux of primary electrons at conditions ;&=4 was
investigated. Here and where A
414 ._ 4' 0
are the density and velocity of primary and secondary electrons respectively. The
effect of the primary electron velocity distribution on the plasim stability Mae
l
jalso investigated. The experimental methods used were described previously (see
jabove referenoe)o' @The experimental remdto for the radial ion current density ana
the volt-ampere characteristics of plasma beams at different conditions are shown
Card 1/4

L 2341-M
JACCESSION NRs AT5022111
graphically (see Fig. I on the Enclosure). It is concluded that the plasma is
characterized by three different states: State I -*Q'-P Q29 Ii - q17 q > q2l III
Q 4 Q1 where Q is the amount of argon used in the plasma sources It was found that
Ichanging the primary electron velocity distribution evento the point when the
Ilatter
!The authors thank-A$ B. Mikhaylovskiy
!5 graphs and 2 equations#
Inatitut atDmnoy
ISUBMITTEM 00
,NO REF SOVs 009
become completely random had no effect an the stability of the plasma beam&
for stimulating disoussions, Orig, art. hass
J@@Y' -5-5-
energii ims Ii Vo Kurchato" (Institute for Atomio
BKOM 02 SO CODEt NP
R 004
Card 2/4--,

I L 2341-66
ACCESSION NRt AT5022111

Lt
t
o

a

'Ps
turd 3/4
EXChOSURSt 01
0
0@
A

From Card 3/4
M 'r'o
O

4!- '
C"
Dependence of total anode electron
current !a, electron density Je, ion
density T+, the floating potential of
the ring electrode Ok, the beam
potential in the median plane of the P-3
installation 01 and fo the first
harmonic in the linear vibrational
spectral region, on the amount of
argon used in the plasma source (Q).
VP diacbn ge potential - 200 v, dia-
Anst ge current Ip - la, H the magnetic
field strength - 1400 oerst. P
(o.5 - 1) x jo-5 Efg, L length of
beam 150 cm

cc

ACC tlRt AT6001615 SOURCE C;ODI-.,:
AUTHOR: 5 pozhnikov, G. L; Solntsv.,,L,@._,M.
ORG: none
JITLE: Long-wave electron oscillations in a beam-plasma system
1SOURCE: Moscow. Institutatornnoyenergfi. DoIr-lady, LAE-932, 1965.
1
@Dlinnovolnovyye elektronnyye kolebaniya v olsteme puchok-plazma, 1-29
1
ITOPIC TAGS: electron oscillation, plasma, electron beam
ABST"CT: Afj previous experimental investigations (e.g., G. G. Cutler, Proc. IRE,
44, 61, 1956) of r-f oscillations in electron beams
propagating in vacuum were desultory, the present
,experiments have been conducted to obtain a
systematic picture of the oscillations spectrum,
nature, and excitation mechanism. A beam of
electrons 3 emitted by W heater-type cathode I
(see figure) was accelerated by electrode 2 to a
'few hundred ev and traveled along a strong
LCard_l_/,_3

ACC AT600161',
L
AA7
Experlmntal outfit

ACC @,,R: AT6001615
magnetic field, in an equipotential ripace, along tile a-cis of m( tal-wall cylitider 4.A
movable anode 5 pe rmitted adjusting the beam length within 1(, - 150 cm; othe r
1components: 6 - measurement cable, 7 - needle probe, 8 - grid, R measurement
iresiatance; hydrogen pressure, 10-6 -10-4 torr; magnetic field, 1000-5000 oe.
I'Spectra of electron-cur rent oscillations at the anode and at the probe were measured.!
I
iA plasma was formed as a result of gas Ionization by the beam, the plasma density
'being commensurate with that of the beam. The -spectrum of these non-Langmuir an
loscillations consists of a number of harmonics whose wavelengths obey the formula:
2 L/n (where n is the number of the harmonic and L Is the beam length) and
whose frequenri-q W, are ds,tf@rmincd by the bearn-clectron velocit,,, V in thi.9 WaY.
w,,- K,,V, where K,, . ?, 5ri ;k, . The experiments corroborate the theory of
longitudinal electron oscillations in a homogeneous beam-plasma system having
limited longitudinal and t.ransverse dimensions. Orig. art. has: 11 figures and
20 formulas.
@
SUB CODE: 20 SUBM DATE: none ORIG REF: 008 OTH REF: 009
iC d---3/

L 58"5-65 &iT(1)/EPF(n)-2/EW(jP)/E?A(w)4 Pz-6/Po-.4 a @2.0/Pi-4 *.Wp(c)
/P b
vivi/a
ACCESSION NRt AP5013"i WV0O5j6/65/W/0O5/1237/124i
AUTHORI pezlin, M. Vo; Solutsevj, Ae Me

TiTLE: Unstable plasm beam
SOURCE: Zhurnal eksperjuente.11noy I teareticheakay Mikit vo 481 Do# 50 1965,
1237-124T

Topic TAGst Plamna instabilityp plasma turbulencej, plasma sp@otrvn.. plasma parti-,'
ale ecceleration

ABSTRACTI This is a continuation of a ArYsteMatic stuOY Of the properties of an unJ
"
;'
stable plasma beamj, started by the authors earlier- (Mff.TY. k% 84o.. 1963 and else- ..
vbere). The purpose of the vorkwas to deterv",e the conditions under vhich tile
of th's
plasata beam becomes unstable,, as a function of such parameters as the energy
fast electrons and the mass of the ions, and to study the electric fields and the
ed;
charneter of notion of the charged particles in a plana with fast ionep produe
by, wi unstable plasm been in a trap vith sagnetic xdrrors. All the experiments
wer
e carried out with the apparatus described in the earlier paper, In magnetic.
in tWo a
fiells ranging from 1000 to 5000 Oe. The experiments mere carried out di

j
L 84h.5-65
AMWSXON NRt AP5013881
chexge modes, continuouai and pulsed., The results show that the plasm turbulent
state is characterized byt a) a broad electric-field oscillation spectrum, which
includes the ion Larmor frequency and which makes it possible to carry out wltipl
(stochastic) acceleration of the ions to kilovolt energies, b) the formation of a
strongly eccentric plasma torch rotating on the "ion" side vith a frequency of
several times 10 kcs., and c) acceleration of the ions not only in the transverse
fbut also in the longitudinal direction. The conditions for the transition of the
betun to a stable state in vhieb particle acceleration does not occur are considereds
The results are compared with data by others* "The authors thank K,__
Ya. Bt
jL@mjq@@erg for useful disoussions
, and Yet._.Kt_IarQsbthenkw"or icipating
part
_
.
1in oome of the experiments*" Orig. art. hast 9 figures and formulas.

IASSOCIATIONs None

SUMITTED t lftecA INCLi 00 SUB COX I MR i
WR IREF SOVI OU QTHXRI 003,

Card ;2/2

_7
7

KEZLINO MOV.j POUITSLV,, A.M.
DIverste, states of a plasm bean " the trurwitions between
thou* Zhureekspe I toorefis. 49 nojolYn-aW N 965.
(MIRA 19sl)

I " in " n- nr
A CC NR1-A--P66`0--5--3-8--5-- --S-0-U--RCE -CO-Dffi- @UR OVi-3766TO-60-7001/0131-10131
INVENTOR: Piskorskiy, G. A.; Polishchuk, V. N.; Solntsev, A. M.
ORG: none
TITLE: Vibratory vacuum type conveyor for air-tight flat parts. Class 49, No.
177751
$OURCE: Izobreteniya, promyshlennyye obraztsy, tovarnyye znaki, no. 1, 1966, 131
TOPIC TAGS: conveyor, vacuum type conveyor, vibratory conveyor
ABSTRACT: An Author Certificate has been Issued for a vibratory vacuum-type conveyo
for airtight parts. To ensure piece-by-piece delivery of flat airtight parts, the
middle part of the vibratory chute is made with holes, and under it there is a
receptable connected with 9.11. the holes by hoses, a dust collector and a pulestory
vibrating contacior with a vacuum pump to provide the pulsatory action of the
suckers (see Fig. 1). Orig. art. has: 1 figure6 [LD)
uDc: 621.86T-26

.1 29378-66
ACC NAt A
J
.r Fig. 1. Vibratory vacuum conveyor for flat air-
tight parts
1 - vibratory chute; 2 - holes; 3 - receptacle;
- hoses; dust collector; 6 - pulsatory
vibratory cantactor', T Vacuum PUMP-
MM CODE: 13/ . SUBM DATE: O7Nfiw63

L 16581-66 N4T(1)/ErC(f)/EW(n)-2/EWG(m) IJP(c) AT
ACCRR: AP6007215 souRcE com uR/oo56/66/050/002/0349/0363
AUTHOR: Nezlin, M. V.,. Sapolthnikov, G. I.; Solntsev, A. M.
ORG: none
71, V0 S-Y@- 2.1, %441
,TITL13: Long wave electron oscillations in a beam-plasma system
SOURCE: Zhurnal eksperimentallnoy i teoreticheskoy fiziki, v- 50, no. 2, 1966,
349-363
TOPIC TAGS: electron oscillation, electron beam, plasma beam, plasma beam inter-
action, longitudinal magnetic field, gas ionization, gas pressure, excitation
spectrum
.ABSTRACT: Long wave electron oscillations excited by an electron beam in a
rarefied plasma in the presence of a strong longitudinal magnetic field are
,investigated experimentally. The plasma is produced as a result of ionization
:of the gas by the beam. The gas pressure 0,10-5 mm Hg and the plasma density is
comparable vith that of the beam. The oscillations observed are not Langmuir
oscillations. Their spectrum consists of a number of harmonics, the vavelengths
of which (Ad obey the relation An 2L/An (n is the harmonic number and L is
Card 1/2

L 16581-66
ACC NR: AP6007215
the beam length). The frequencies wn are defined by the velocity of the beam
electrons (v) and the wavelength: wn I- knv where kn = 2w/2n- It is shown that
the excitation conditions of the oscillations and their spectral characteristics
are in good agreement with the theory of longitudinal electron oscillations in
an homogeneous beam-plasma system with restricted longitudinal and transverse
demensions. The authors take the opportunity to express their appreciation to
Ya. 13. Faynber for his interest in this work and for his useful comments, and
A. Ye. Bazhanova for providing the roots of dispersion equations with the aid
of a c-offifuMe-r-7-Orig. art. has; 12 figures and 6 formulas. (Based on author's
abstract]
SUB CODE: 20/ SUBM DATE: 27Aug65/ ORIG REF: 008/ OTH REF; 010/
iCard 2/2

ACC Nift A0004568 SOURCE CODS1 UR/0036/65/049/005/1377/1388
AUTHOR: Nezl
ORG: n4ne
TITLEt Discrete states of a plasma beam and tho transitions between them
SOURCE: Zhurnal ekspertmental0noy I tooreticheskoy fizikip va 49p no* 5v
1965, 1377-1388
TOPIC TAGSt plasma beamq electron beam, fast electron
ABSTRAM It was shown by the authors In corlIer nrtloloo that'o-
a plasma beam consisting of a cold pInsma column anti a fant oleo-;-
itron stream which permeates thin-column undergoes n tranaltion
Afrom a macroscopically stendy state to n virtunl enthodo nt,ate
'when there Is a decrease In the rntio of tho dennitles of these
.components. The purpose or the exveriments desoribed In the
e State of
present article was to investigate the question of th
the plasma beam In the region of Intermndlnte vniuas or cc , no
.well as to Investigate the frequency spectrum of the onoillational
,occurring.. In the beam In, all its staten nnd the question or the -
.relationship between this spectrum and the form of the voloolty
'distributlon function of the beam electrons. Argon and hydrogen-,.,
'j.r
were used as-the working ganes In the experiments.@ An or1fIced-;t.-.'::
eleotrode'.dhd three @Langmulr probes werg uo'ed, to. measure the
fiaauenor.- spetatrus,, of_,ChtC
Card_. 1/2

NR: AP7004568
rho article shows that the trnnsltlon occur.-g an the reault of two--@).S--'-'
Jumps between.three disorete'states, during which there In A sig- `411t
nif loont Increase In, the energles of the plnsma pnrtiolon nnd the.."'
4
radial dimensions of-the bonm hnd Its potentiale The oscillation
spectrum Is. shown to connint of n line section and a continuous
section, with an Inorenno In onollIntion frequencies during the
transition @Umps. It lu*foiind thnt there in no signifiennt chnnge.
In the oscillation spectrum In nny of the three dinerete plasma W.".
beam states, even IC the fnnt electron velocity distribution fune-,
tion becomes disordered. Th1n rnsult In of Interent In conneotlo
with the question an to whether nnd to what extent the plnsma beam .2
pstability here under considerntion Is narociated with the "ordl
pryll beam Inatnbility which occtirs In the presence of "order" In.
@electron motion In a volocItY apneo. A definite answer to this
U.estion requires an Investigation of high-frequenoy electronic.--.
'Langmuirll) oscillations In R11 three plasma beam otatest and
T
such an Investigation in under way at the present time by the authormi
The authors express their apprectntion to Ae B* HIKHAYLOVSKIY
IP FL f or ha Ing taken pq@rt
Mstimulating d1sousslonall and to,V,, PI
some at-the measurement a -1 Orig. art. has% 9 figures and 3 formulas.
MPRS: 3496517
SUB CODEt 20 SUBM 11ATEo 21Jul65 ORIG REFs- 009 GTH REFt 003
car
2/2

- W J@ @ I . . s r,
BURIUTKOVA, N.I., inzhoneri inshener.
New dredging pump. Kekh.strol. 14 no-3'038 Nr 137. (YLItA 10:4)
(Dredging machinery)

SOLNTSEV, A. V., Cand Geol-Min Sci -- (diss) "Subterranean
waters of the eastern Dart of Akmolinskaya Oblast." Alma-Ata,
1956. 15 pp (Acad Sci Kazakh SSR, Inst of Geol Sci), 107 coPies
(KL, 35-58, 106)
_19-

SOLIJTSEV, A.V.
Ground water in the alluvial deposits of Akmolinsk District and
prospects for its utilization in water supply. Vest. AN Kazakh.
SSR 14 no.1:62-70 Ja 158. (MIRA 11:2)
(Akmolinsk District--Water, Underground)

SOLNTSEV, A.Ve
14Dthod of determining water inflows in mining. Trud7 Alt@GMNII
AN Kazakh.SSR 12:152-156 162., (MM 15:8)
(mine water)

- , -. , 1, 1 . 1 1.
-1 .. - . I . I .- ( , :' * . . - ; :. - 7 . . . I
@ : . . I ", , . , - ;, , : p r .
. . 1: @ . . 7 . P, i . : - , " . . I . .

SOIJITSEV, A.V.
Fortration of the chemical composition of underground wat-ers
in the TSelinograd region. Trudy Inot. geol. nauk Ali' Kazakh.
SSF no.14:194-202 165. (ARIFUt 19: 1)

06540
9(2,3) SOV/142-2-2-16/25
AUTHORS: Voroblyev, A.A., Solntsev, B.A., and Titov, V.N.
TITLE: The Application of an Electroae"Electric Field for
Electron Acceleration in a Synchrotron
PERIODICAL., Izvestiya vysshikh itchebnykh zavedeniy, Radiotekhnika,
1959, Vol 2, Nr 2, pp 246-247 (USSR)
ABSTRACTg Coaxial cavity resonators found the most wide-spread
application as electron accelerators in electron'syn-
chrotrons with annular electromagnets. They were
first used by F.K. Goward and D.E. Barnes in 1946,
Resonators of this type occupy a part of the pole gap
of the electromagnet. Therefore, the outer conductor
cannot have sufficiently large dimensions compared to
the inner one. Further, bending of the resonator can-
not be avoided. These conditions reduce the resonance
to a considerable degree,, The introduction of high-
quality dielectrics into the resonator cavity ZR-ef 1,
2, 32 does not produce a considerable increase of the
parallel resistance. In 1948, at the Tomskiy poli-
Card 1/4 tekhnicheskly institut imeni @3.M. Kirova (Tomsk Poly-

065ho
SOV/142-2-2-16/25
The Application of an Electrode Electric Field for Electron Ac-
celeration in a Synchrotron
technic Institute imeni S.M. Kirov) the suggestion was
made to use for electron acceleration the electric
field created in a gap between conductive coatings
inside the chamber, as shown by figure 1. With a
sufficient thickness of the conductive layer, the
configuration of the electric field will not be dif-
ferent from the shape of the field created in the ac-
celerating gap of a coaxial resonator. In 1955, a
20 mev synchrotron was built at the Tomsk Polytechnic
Institute with the application of the aforementioned
electrodes. For feeding high frequency power to the
accelerating gap two metal rings were used which were
placed on the accelerating chamber, as shown by fig-
ure 2. The capacitance component of the input imppdan-
ce of the device was compensated by a parallel-connect-
ed inductance, as shown by the equivalent circuit in
figure 3. The aforementioned device occupies little
space in the pole gap of the accelerating electromag-
Card 2/4 net and provides optimum operating conditions. The

06540
SOV/142-2-2-16/25
The Application of an Electrode Electric Field for Electron Ac-
celeration in a Synchrotron
parallel resistance of tile accelerating gap may be
higher than with coaxial resonators. Frequency ad-
justments may be easily made., Special matching and
balancing systems for the coupling with the 11P gener-
ator are not required. The manufacture of such an
accelerating device is considerably simpler than that
of other accelerators. Figure 4 shows a general view
of the accelerating device in the chamber. The elec-
tromagnet of the .1.5 mev betatron of the Tomsk Poly-
technic Institute provided the magnetic field. The
accelerating device was excited by a push-pull genera-
tor, composed of metal-ceramic tubes GI-12B, produc-
ing approximately 20 watts at a frequency of 350 mc.
With such a power, 150 volts were obtained at the
accelerating gap. The basic characteristics of the
synchrotron with this accelerating device were the
same as those obtained with a coaxial resonator, The
Card 3/4 gamma radiation had an intensity of 2 roentgen at lim

06540
SOV/142-2-2-16/25
The Application of an Electrode Electric Field for Electron Ac-
celeration in a Synchrotron
distance from the target. There are 2 diagrams, 1
photograph, 1 circuit diagram and 3 references, 1 of
which is Soviet and 2 English.
This article was recommended by the
Nauchno-issledovatel'skiy institut yadernykh iasledo-
vaniy, elektroniki i avtomatiki pri Tomskom politekh-
nicheskom instituteimeni S.M. Kirova (Scientific Re-
search Institute for Nuclear Research, Electronics
and Automation at the Tomsk Polytechnic Institute
imeni S.M. Kirov).
SUBMITTED: July 119 1958
Card 4/4

A'2 6 0 13 56 CODE: Ult/0120/66/000/002/0212/0214
A I:T'l 0 it Butak-ov. L. D.; Solntsev, B. A.
ORG: Scientific Resea TniqtUU1_Q_of Nuclear Physica, Ejndj@jnnlEa,
and Autoinalkon, TPI, Tcrsk (Nauchno-iseledovatelskiy
y-adernoy f iziki, elektroniki i avtomatiki pri TPI)
TITLE: Pul e generator of 100-kw and 40 usec
SOURCE: Pribory i tekhnika eksperimenta.- no. 2, 1966, 212-214
TOPIC TAGS: pulse generator, thyratron., P&,A-sL VN-vore_
ABSTRACT: A diagram is given in the original article of a square pulse
generator of 100 kw and 40 psec. Pulses are shaped by the partial
discharge of a capacitive accumulator through the thytatron. The front
pulse and the clipped pulse are 0.3 and 3 usec. respectively. The lay-
out provides for increased efficiency of the thyratron quenching cir-
cuit. Orig. art. has: 4 figures. INT]
SUB CODE: 14/ SUBM DATE: 07Apr65/ ORIG REP: 002/ OTH RM, 001/
U I- 'f< UDC& 621.317.'765.4

ACC Noo AT7003996
SOURCE CODE: UR/0000/66/000/000/0098/010
@'AUTHOR: Butakov, L. D.; Lashuk, N. A.; Solntsev, B. A.; Tolmachev, V. I.
,,ORG: Scientific Research Institute of Nuclear Physics, Electronics, and Automation,
..Tomsk Polytechnic Institute (Nauchno-issledovatel'okiy institut yadernoy fiziki,
@'elektroniki i avtomatiki pri TPI)
TITLE: High-frequency system for operating an electron synchrotron as a proton-
'@synchrotron
:SOURCE: Mczhvuzovskaya konferentsiya po elektronnym uskoritelyam. 5th, Tomsk,
11964. Elektronnyye uskoriteli (Electron accelerators); trudy konferentaii. Moscow,
VAtomizdat, 1966, 98-104
;TOPIC TAGS:
synchrotron, proton
;ABSTRACT: Wide passband and high voltages do not permit using conventional proton-
,Isynchrotron-tape aperiodic accelerating systems. Nor can drift tubes or accelerating
!transformers be used. Hence, two variants of a special accelerator are proposed:
(1) Two closely coupled and shunted toroidal resonators (see Fig. 1) and (2) A system
4of ring electrodes (see Fig. 2). The entire frequency deviation is 9 Mc, and the
I
;'frequency by the end of the cycle is 36 Mc. The hf channel is divided into two
Isubchannels: a 1. 2-Mc one covering most of the cycle and a wide-band one covering
the initial part of the cycle. In the ring-electrode design, all long lines are supplied
;_Card1

FACC NR,
m,%
Ga zZ 7tFc
F
o5c
iiig. Two-coupled resonator hf system Fig. 2. Ring-electrode hf system
:@y a common feeder system. Some details of the electronic equipment are given.
*Orig. art. has: 8 figures and 6 formulas.
SUB CODE: 09, 20 SUBM DATZ: 06Mar66
AT70'03996------'-

ACC NR: AT7003997 SOURCE CODE: UR/0000/66/m/000/0ios/oin
AUTHOR: Lashuk, N. A.; Solntsev, B. A.
ORG: none
TITLE: Transients in a pulsed hf system
SOURCE: Mezhvuzovskaya konferentsiya po elektronnym uskoritelyam. 5th,
Tomsk, 1964. Elcktronnyye uskoriteli (Electron accelerators), trudy konferentsii.
Moscow, Atomizdat, 1966, 105-111
.b - d
TOPIC TAGS:.. cyclic accelerator, transient phenomenon 'kt@r
ABSTRACT: The transient time of an accelerating voltage largely depends on the
parameters of the accelerator resonator because the latter's Q-factor is
considerably higher than that of the oscillator circuits. Principal and equivalent
circuits of excitation of the resonator conventionally used in the vhf band are
carcl 1 /Z

ACC NR: AT7003997
shown. Solution of a differential equation that describes the equivalent circuit
yields formulas for the output voltage t--.-l (settling) time. The transients in
amplifier stages can be reduced by prf - -u modulation in the output stage.
Also, a formula describing the phase variation of oscillations under transient
conditions if; derived. The effect of other circuits on transients is allowed for by
introducing an exponential exciting ernf. Under resonance conditions, only
amplitude transients occur in the oscillatory system; both frequency and phase of
forced oscillations are established instantaneously. Orig. art. has: 5 figures and
ZO formulas.
SUB CODE. 09, ZO SUBM DATE: 06Mar66
Card Z/2

ACC 14R, AT7010-1003 SOURCE CODE:___Uk/00 001661ooolooo/02491025@__7
UTHOR: Butakov, L. D.; Lashuk, N. A.; Solntsev,, B. A.
ORG: none
;'TITLE: Shaping the long steep-front pulses
SOURCE: Mezlivuzovskaya konferentsiya. po elektronnym uskoritelyam. 5th, Tomsk,
4964. Elcktronnyye uskoriteli (Electron accelerators); trudy konferentaii. Moscow,
'Aton-dzdat, 1966, Z49-Z53
TOPIC TAGS: pulse shaper, pulse shape, particle acceleration
ABSTRACT: A method is described of shaping high-power steep-front long pulses
intended for anode modulation of a hf oscillator (e.g. , in a synchrotron accelerator).
'Millisecond pulses are shaped by discharging a storage into a load via a hydrogen
thyratron (G. W. Wheeler, Rev. Sc. Instr. , v. 32, no. 10, 196 1). To ensure short
time and high efficiency, it is suggested that storage I (see figure) be discharged via
a thyratron directly into grounded load 2. In this case, the thyratron is to be
quenched by a pulse supplied by auxiliary oscillator 3. The expected pulse-rise time
@Card 1/Z

ACC NR,AT70040O.'
is 20-100 nsec; efficiency, near 100116. The quenching-
pulse duration must be 50-5001diiec. Principal coanecticzx
diagrams of such (100-kw) pulse shapers are supplied, as!
are four oscillograms of the pulses. Orig. art. has:
7 figures and 1 table.
SUB CODE: 09 SUBM DATE: 06Mar66
ORIG REF: 001 OTH REF: 001
2

S G L'
I-Azil-lolulo- ust:@Oistvo 31'a kontrol; a
it -.,-atlus "or th@ fl-@ of
-1 ;ctrie 17 -- ",ions -1, -t-, 1@152-
@viaz ,:I,
Li t of, Vol. ",o. 2, '.a', l';,**3

SOLNTSF,V, B.K.. inzhaner.
-::@
Yrequency calibrator. Test.eviazi 14 no.1:12-14 Ja 154. NLRA 7:5)
1. Nachallnik laboratorii nauchno-iseledovatellskogo instituta Kini-
Aerstva svyati. (Radio measurements)

SOIMSEV, Boris Kuzimich, inzh.; SHTRYURCK, G.Yu., inzh., vedushchiy red.;
filITSTM-0i.-B.-I.,-kand.tekhn.timuk, red.
[SCh-VII frequency standard] StarAort chostoty SCh-VII. Moskva.
Filial Voss. in-to nmuchnoi i tekhn.inform., 1956. 19 p. (Pribory
i standy Tome 6, no.P-56-471) (MIRA 11:3)
iFrequency measurements)