SCIENTIFIC ABSTRACT KELLO, V. - KELMAN, V.M.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000721510013-1
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 13, 2000
• Sequence Number: 13
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

'oil If Ac ons rams
jv~e a
blethod and experimental technique. V. KellTv. 7.110,
Will- A. TW (Slovenski vvvAi Akoll~ :RnMT-W%,
)7 ~
t!rtll..Ln
z-velli 13, 5 ) trinan sun=Lry).
-Lubricating oil rilstillatcs from bely (Slovakla) efurle oil
were evaluated as taiv inaterials for cable oil by means of
the it-d.-mul. wt, tiletll(id, clinnentary analysiit. v1scosity atid
vlwosit~, inal", d1clec. losses and dleirc, con5t.. instif4ting
t L.
proper s. and Inframd abstrvtion qpcctrcx%cr)py. All tcits
Ii I ch.onlatolfraphic: fractions of th~ distillates.
Ivere apple( to
-ArL -1
For kinetic studies by Itift A spectrowripy, axIchitlon of
thin hydiocurbon layer (I min,) was useti. Jon Mj~ka
P

KE: L L 0
IT - - --------
Distri 4M(J)14~b
V mean tits d free faakali'll'a* solid nattiral rubber. K. - C1,0- va
_____4W and KdETSoWElan Coll. Technol., BmtW&Vr
Y.ech.). &A. r . $3, =11-20(l )I- d. CA Y_tl
40, (IMA: SO, 63177'"1 7J.-Poe radicals were gener- 4
ated In solld films of natural rubbed si th~k_k jqaPL
W-c-s-w-rhe-n-fiest-e-d hi K6_ve_Tb_r-1000 min. at 140*.
mean life of the free radical was detd. by a kinetic an-
alysis of the subsequent oxidn. reaction. Radicals of
relatively long life tcrazed only, In the presence of natural
antioxidants. In the absent:eol'antioxidants, heat-treatment
reduced the sensitivity towards o"., a result which w"
ex Wood by cress-Unking with rapid removal of the radl-
. Victor R. Deltz~ I
Z

KRCMERY, Vladimir; FERENCIXt Miroslav; KELLOg Vojtech
Activity of the hydroperoxydaseB in brucellosis. Biologia 14 no.12:
924-932 159. (EEAI 9:7)
1. Statny vedecky veterinarni ustavp Bratislava a Xatedra
fyzikalnej chemle Slovenskej vysokej akoly technickej, Bratislava
(BRUCE=SIS)
(HYDROPEROXMASES)

TKAC, Alexander, doe.,, dr., inz.; Kgq, Vo~tech, prof., dr.
Problem of polyiooprene stability from the viewpoint of radical
processes. Chem zvesti 17 no.4:237-247 163.
1. Vedecky ustav pri Katedre fyzikalnej chemiep Slovenska vysoka
skola technicka, Bratislava, Kollarovo namesti 2.

CAMHAUNAKIA
UAg A. jjq~~*j HWMVA# J.
DqA. of Ajolea ChsmiSU79 Slovsk Toobnica Univ.9 BMUMM Qw all)
Pnvwt colloGuas of coebasin* chadea CommlesUmap No 20 hb
19660 pp 551-M
"On the theavy of amondleal tondwtione Port 4s Mochmin of
tormumum of mororadle"9*0
Vni'
M

KHASYMSKI, M.j KEWHm. (Kelm,, M.1; SHIDLOVSKATA, S. [Szydlowska, S.1;
GURAK, B. [Horak-~13.1; RIKHTER, V.
From loublic reports of the heads of the delegations of sociallut
comtriew. Tekh. ewt,* 2 no.8s7-11 Ag-165. (MIRA 18:9)
1. Direktor TSentra P~~74hlennoy estetiki, khudozhestvennogo
proyektirovani. i konstruirovaniya Narodnoy Respubliki Bolgarli
(for Khan= 2. Predsedatell Soveta po khudozhastvannomu kon-
atruirovwdya Germanskoy Demokraticheskoy Respubliki (for Kellm).
3. General'W eakrotarl Soveta po tekhnicheskoy estetike pri
Predoedatele Sovets. Hinistrov Pol'skoy Narodnoy Respubliki, (for
Shidlovskaya). 4. Zamentitell min-Istra promyBhlennosti tovarov
shirokogo potrebleniya, samestitell predsedatelys. Sovets, po
tekhnioheakoy eatetike Chekhoelovatskoy Sotsialistichaskoy
Respubliki, (for Gorak)a 5, Direktor TSentra khudozbestvennogo
konstruirovaniya v Zagrebe Sotsialisticheskoy Federativnoy
Respubliki Yugoslavii (for Rekhter).

KELIM) M. [Kelr., M.]
Induatrial design at the lmipzig &-ir of 19615. Teki.. est. 2 no.S:
28-31 Ag 165. (MIRA 18:9)
3 . Predoodatel I Saverta pu kbudozbe-otyennom konctruirovani-ya;
direktor TSentrallnogo instituta khudo",houtvennogo konstruirovanip
Garmanskoy Demokratichookoy Reopuhl.1ki.

MASIKO, N.Ye., inzh,; KELIMA, L.Ya., inzh.
A now evaporator couler for thermal deaerators. Elek. sta. 33
no.8:71 Ag 162. (Steam power plants) (MA 15:8)

PETROV, D.G., dotsent, direktor Livovskogo mulchno issledovateliskogo institute,
perelivaniya krovi.; LYSINKO, Z.V.; KELIMAN, A*A., kandidat meditsinskikh
nauk, direktor L'vovskogo oblastnogo o'~~1-61j:kchqskogo dispansera.
Plasmotherapy of inflammatory diseases of the fqmale genitalia. Akush.i
gin. no.2:45-47 Mr-Ap 153. (MI-HA 6:5)
1. Llvovskiy nauchon-isaledovatellskiy institut perelivaniya krovi. 2.
Llvovskiy oblastnyy onkologicheskiy dispanser. (Gynecology) (Blood-
Plata&)

MIKO, A.A, kandidat meditsinskikh nauk (deceased): KRUKIYAR. M.D.
Antitoxic function of the liver In cancer of the cervix uteri dur-
ing radiotherapys Klinsmed- 33 no.4:85 Ap '55- OWA 80
1. Is LI-vovskogo oblastnogo, onkologichaskogo dispansers. (glavmy
vrach - kandidat maditainakikh nank A.A.Kellman)
(RMTGEN HATS, effects,
on liver funct., in ther. of cancer of cervix)
(MVIX, UTIRINN" neoplasms,
ther*, x-rays, liver funct. in)
(LIVXR FMICTIOIT TZSTS, in various diseases,
cancer of cervix, in x-ray ther.)

KRYLOVSKIYJ Soso; KELIMANJ A.B.1 OSTROVSKIY, A.N.
Firing refractory raw materials in a fluidized bed. Ogneupory 29
noolt13-17 164- (MIRA 170)
1. Gosudarstvennyy institut po proyektirovaniyu predpriyatiy po
proizvodstvu, stall.

iTELIRAN) A.B.; PETROVA, Yu.I.; RZ111"Iyy) Ii.A.; I,E.`~ESADA, I.I.P.
Mixing burner for natural gas. Ogneupory 30 no.P:"-9
165. 110:P-)
y institut mptallurgcheskoy
1. Nauchno-isodedovatellskiy i froyk,,ktn3r I
promy-nidennosti (for Kellman, Petrova). 2. Sim- tny-,- zavcd- "Fras.-jima
Zvezdall (for 14u-.hnyv, Peresada).

VOLOvINMTA, V,, kand, tekhn. n&uk; RUBASHEIIIA, S.; POLETATZVO T.;
1ML'14AN,..B.;-M9ft=U. V-
Improving the quality of hams during salting with the use of
phosphates and sodium ascorbatas and glutamates. Mias. ind. SSSR.
30 no.4:48-50 159. (MIRA 12:12)
i.Vseaoywny7 nauchno-iseledovateliskiy institut myasnoy provqshlen-
nosti,
(meat, Bait)

VOLOVINSKAYA, V-, kand-tekhnnaUkVXXL-'KAk!-B-
Determination of the moisture absorption capacity, of meat. Miss.
ind. sssR 31 no.6:47-48 16o. (MA 13:12)
(Meat) (Moisture)
Category ; USSR/Electrons Electronic Optics H-3
Abs Jour : Ref Zhur - Fizika, No 1, 1957, No 1662
Author : Baranovskiy, S.N., Kaminskiy, D.L., Kel'man, B.M.
Title : Double Magnetic Slit
Orig Pub : Zh. tekhn. fiziki, 1955, 25, No 11, 1954-1956
Abstract : Description of the construction and of several char4Cteristics of a
system consisting of two magnetic slits. Experiments have shown that
~ double magnetic alit deflects and focuses an electric beam, forming
~ linear image of a point source.
Card 1/1

91
OSIPOVAO U.N. "LIEMSH, Tar,; MM'Ha, BA.
v
Avaluating the performence of fluldisation kilns. Trudy LTI
ao*54:129-134 159. (KIRA 13-6)
(Fluidization-Akluipment and supplies)

VOLOVINSKAYA, V.P., kand.takhm.nauk; MLIMAN, B.'Ya., m1adshiy nauchnyy
sotrudaik -
P,
Effect of the technological fa6t6ks and various surfaces on
the adhesive properties of the d9tigage meat. Trudy VNIIMP
no.14tlO-20 162. (IURA l6t8)
(Sausages)

VOLOVINSKAYA V.P., kand. tokhn. nauk; KELIMN B Ya mlad3hiy nauchnyy
.9 L.=~ .?
sotrudnik
Developing the method for determining moisture absorbability
of meat. Trudy V111114' tio.1.1:128-138 162. (141RA 18:2)

VOILVINSKAYA,, V.P., kand. tekhn. nauk; KELINAN, B,Ya.,mladBh!y nauchnyy
!iotrudnik
Use of the penetration method for determining the consistency
of back fat. Trudy VNI114P no.12t:L49-156 162. (MIRA I,W)

YTL t~! A-1
el.) otvttstvennotti vozdusi'mogo Perevozc1rika za vred i uby+ki.
(In: Voprosy vozdushnogo pr2,,ra, v. I. Mbskva, 1927. p. 179-219)
Title tr. : Liability of air rarriers for losses 2nO danzFes.
DLG: Law LibrAry
50: Pironautical Sciences :,nd Aviation in the Soviet TJnion, Library of
Cc,ngr,,!ss, 19~5.

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.Sei'man and A & Grisw'cTa Xkim- From.
X
f 3f;-W-16.-T~stj were mu 1~ det. the temp.
000
at which pynte start calting. the to" of 8 thmgh taking,
and mean of preventing It. The wTcral kivAs of pytite
l"led caked at difforent temps. The caked material
Contained mom FeS tMa the tuterial that did not cake in or*
all justaum but In varying degree. (Athevaiiouladdus,
1
ki
d
1
5
um Ca
ng AP-
tried, clay (>16
7#) re
7.) and 51
90 (>
prveiably. Bailer clinker (>10%) prevented caking to.
qrcly. 11owtv-, the use of additives Is undesirable,
goo
since it interferes; with the subseq%eat use of the p0te
f .
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USISR/Pyritcs
Fumace-s- DesiCn
I'Tcn6ency of Pyritc-, to Foril. Clinkurs -nd "IettiodL; of J~.iraina t ion),' I'alirt, ~cllr-wn, Cirigorleva,
2 p Ip
fThind Pronysh't 110 3
DiscusLcs susceptibility of variout types of ore:: (Ilcvdin-~k, 'Relevinok, etc.) , and the
proce5z of burning out sulfur in the harelo-rinnl5h c;treakcd pyrites at various tL,-,'.jxratures*0
A ne-a type of furnace Lhould be perfected 'to Ivarn oat clinkers at a tci.qxrature of about 11w.
PA 1OT35
,5-o'

AMBLIN, A.G.; BALSTIT, A.Virdeceased); IMUTSKUS, Ye.B.; KKLI~~*;
OSMOVICH. R.Ye.; STIPANOV, M.N.; CHMUV dIFNINO-
BAYBTA. M.N.; MIKHALICHUIC, B.T., redaktor; LICOWIYVA, K.D., ro-
daktor; SHPAK, Ye.G., toknichaskiy radaktore
(Methods of analyzing and controlling the production of sulfuric
acid and Buporphosphates) Metody analiza i kentrolia, proisvedstva
sernei kiBlety I superfeefata. Soot. A.G.Amelin i dr. Pod red. -.
D.V.Mikhallahnka. Nonkra. Goo.nauchno-takhn. Izd-ve khim. lit-ry,
1953. 159 P. (nu 9:3)
I.Mescow. HauchVy institut pe udebroniyax I lneektofungisidan.
(Sulphur9c acid) (Phosphates)

AUTHOR: Kellman, F. 11. SOV/z2-24-9-8/53
TITLE: An Accelerated Method for the Determination of Selenium in
Goods of Sulfuric Acid Production (Uskorennyy metod opredeleniya
selena v materialakh sernokislotnogo proi2vodstva)
PERIODICAL: Zavodskaya Laboratoriyal 1958, Vol 24, Nr 9, pp 1061-1064 (USSR)
ABSTRACT: There exist several selenium determination methods, among them
that of M. N. Smirnov (Ref 3)s The latter has the disadvantage
that oxygen is used for the oxidation and that selenium has to
be separated from tellurium. The present method is based on
the thermal decomposition of the sample in the electric furnace
at about 7500, in an air current containing oxides of nitrogen.
Selenium is gasified in the dioxide form, is collected and
determined iodometrically. The time involved in the analysis
is stated to be 1,5 - 2 hours. A diagram of the experimental
layout is given, together with a description and the procedur?
of analysis. The laboratory technicians G. L. Drobinskaya and
G. F. Mikheyeva participated in these experiments. Besides
SeO, 2, Te02 and A8205 are volatilized in the thermal decompo-
Card 1/2 sition, withoutj however, interfering with the iodometric

SOV/32-24-9-8/53
An Accelerated Method for the Determination of Selenium in Goods of Sulfuric
Acid Production
selenium determination at a pH = 0,9 - 1,5. In order to prevent
a possible volatilization of elementary selenium (without
oxidation to SeO 2) it is pointed out that the heating to about
7500 should be carried out slowly, so as to facilitate a
complete oxidation of selenium. Several tables of analysis
results for various materials are given, and evidence is
provided for the advantage over other methods of the method
described. There are I figure, 4 tables, and 6 references,
5 of which are Soviet.
ASSOCIATION: Nauchnyy institut, po udobreniyam i insektofungisidam im. Ya. V.
Samoylova (Scientific Institute of Fertilizers and Insecto-
Fungicides imeni Ya. V. Samoylov)
Card 212
W061i'~"NVQ711 f.P --1-;RU---' zll~:" -W~ '.~ , 7
tM

KELIMAN, P.N.; KIRYUSHKINA, M.S.
- -----
Improved method for determining arsenic in vanadium catalysts.
[Trudy] NIUIF no,164:45 159* (KRA 1585)
(Arsenic-Analysis)

KELIMAN, Faina Natanovna; BRUTSKUS, Yelena 13orisovna; OSHEROVICH,
I..... ~--~Vffr'KgMymRrna. Prinima-li uchastiye: GERBURT, Ye.V.j
MIKHAYLICHUK, B.V.; SHPAK, Ye.G., tekhn. red.
(Methods of analysis in the control of the production of
sulfuric acid and phosphorous fertilizers] Metody analiza
pri kontrole proizvodstva sernoi kisloty i fosfornykh
udobrenii. Moskvap Goskhimizdat, 1963. 351 P.
(MIRA 17:2)

_ KE i flatanovrn; BRUTSKUS, Yelena Borieovna; OSIMOVICH,
~"Ui, Fair,
Rnkiilll khaimcvna; MIKHALICHUX, B.V., red.; ODMERG,
L.N., red.
[Analysis methods in the production control of sulfuric
acid and phosphorous fertilizers] Metody analiza pri
kontxole proizvodatva sernoi kisloty i fooforpykh udob.-
renli. Moskva, Kbimiia, 1965. 3010 p. (MlitA 18:12)

F.E,,TAN, GoYao
4
ToxicologY of paraoxyneozone and IVntox." Kauch. ' re2. 24
no. 8-4 U,,-45 lb5. IMI'R4 18M)
1. Aanit-arno-epldeml. niogipheskaya stiqnt-sl3a MCBI-'vY*

KELIMANJ, G.Ya.
Comparison evaluation of the toxic properties of rubber
antioxidants. Kauoh. i rez. 22 no,12139-40 D 163.
(MIRA 17:9)
1. Sanitarno-epidemiologicheakaya stantsiya, Moskva,

MUPAK, N.; KELIKAN. Is-, BWHNIEDY. Ve
Ow experience In modernizing production. Mias. Ind. SSSR 29
n0#6:8-13 '38. (MIRA 11:12)
1.Semipalatinakiy nVasokombinat,
(Meat Industry-Nquipment and supplies)

L h 5 67),- 616 S.00 CS-co di URIC3-181661 o/oo4/0012/0013
ALL M, A 023622 00
AUTHORt Agafonov, A. VA, Osi~ovq L. N.; ROROVI So P.; Uzunkoyan, P. N.; Finolonov
V, P,; Zhandanov5ki~, N. B.1 Forozhiginag 1. Ya.; xelom-ijil-I. V.1 risarenixt Aa 1weir
7','O~Aslyovj V~.L; Khavkino V. A.1 n
0JG1 All-Union Sciontifio Research InBtituto of Potroleum Rafining V3e5oYUTnYY "I'
A K_
nauchno-isslod toj,sE-jy Institut po pnrera 555 55M); &~La~hev P ~t ~i
finery (NoVokuybyshovskiy nefteperorabatyvayushchiy zavod)
TITLOS. Experience with catalytic hLrdrocrackin of vacuum distillatton the hydrofin-
ing assembly of the Novokuybyshev Petroleum Rinfinory
SOURCSI Noftoporerabotka i nortakhImiyal no. 49 1966s 12-15
TOPIC TAGSi catalytic cracking, petroleum produott gas oil fraction# diesel fuel#
Casolino
ABST.-RACTs The VdIINP has davoloped a variant of tho process for procincinG di Sol fue:
involving ono-sten hydrocracking of sulfur-containling vacuum dl.0,111ntes on an Ilumir
num-cobalt-molybd; nun catalyst. The rosults of lAboratory experiments with this vari-
ant woro sncoa3fully applied at,the ex-perinental Indtistrial, hydrofining assombly of
the Novkuybyshov Petroleum Refinery. The operation of the hydrocracking assembly is
described. The food stock for the plant hydrocracking was.vacuum gas,oil obtained
from distillation of sulfur food stock, Distillation of the hydrogenate producedl
Card IA- M0 665.644.2,048,51665.60.-2

L 4567h-66
ACC NR, AP662j6~2
diesel 611 which mot All the requirements of Ga3T 4749-49 for DL frade; a gasoline
fraction characterized by a low sulfur content (0.002-0-03)9 a7in-lativoly hoavj frac-,
tional composition (molting, rango 120-1800), anrl alow octane number (42), and is
rocooviendo~ as foad stock for catalytic reforming; the asoous products methane (49.~
i-rt. P), ethane (29*4%)p propane (17.81P") and butanns (3.4)0. The residue of the dis-
tillation of fuel fractions is rocommmanded as*food stock for catalytic cracking. It
I is concluded that the hydrocracking pf vacuum gas oil on the hydrofining assembly of
NKRZ confirinod the results of work carried out by the VNIINP on pilot plants for the
purpose of designing high-capacity units. Orig. art. hast I figure and 2 tables.
StM COMI Id SIMM niMa Yknna/ CRVI RRVI And OTH RRTI (MI

KRKO, V., kand. tekhn. nauki jMLIMAN,.L.
Separation of dimethyl eaters of pyrogallol and its homologs
by means of paper chromatography. Miap ind SSSR 34 no. 6:
50-52 163. (MIRA 17:5)
1. VseBoyuznyy nauchno-lealedovatellskiy inatitut myasnoy
pramyshlennosti.

KURY.0 I V. f . , kayjri. tokfin. nailk; Khl,'!VN, 1,.F. , mladshiy naut4myy sotrudnik
--. 1.
ql0mical niLtur-E! of onokg compommts. Tridy VITITIIV no-11:IOC-118
I (il) (mls3A 18:2)
1. 6

KURKO, V.I., kand. tekhn. nauk; _KELIMAN, L.F., mladshly nauchnyy sotT-udnik
Phenols content of saunage products as indicator oV their
smokiness. Trudy VNIIMP no.12:83-91 162. (MM 180)

USSPy(Human and Animal Physiology. Metabolism. Nutrition.
Abs Jour: Hof Zhur-Biol., No 12, 1958, 55332.
Author : Belen'kiy, N.G., Krylova, N.N., Chertkov, I.L., Bazarova, K,I,p
Zuyeva, L.D., Sevostlyanov, B.A.,'X,,ellman L.F.
Inst : All-Union Academy of Agricultural Sciences.
Title The Influence of Thermal Treatment od the Assimilation of Meat
Protein
Orig Pub; Dokl. VASKKNIL, 1957,~No 4, 23-29.
Abstract: During a period of 6 days, 26 rats of 180-200 gr body weight each,
received daily 10 gr of beef meat with methionina-S3-1 proteins.
Seven control rats were given raw ground meat. Nine rats were fad-
iround meat which has been heated in an ultrathermostate at 800 &
or one hour, and 10 rats received ground meat heated in an autoclave
at 1200 IG- 7. Two days after the last (6th) feeding, all rats were
killed. & proteins were extracted from their plasma and livers#
and their radioactivity was determined. The assimilation of proteins
in their natural state as compared to those denaturized by heat
Card 1/2 211

USSR/Human and Animal Physiology. Metabolism. Nutrition.
Abs Jour: Ref Zhur-Biol., No 12t 1958, 55322.
did not show any differences. Thereafter, this investigation was
continued on dogs (numbering 8), whereby the nitrogen balance was
studied as well. Here, it was established that natural proteins are
assimilated somewhat better than denaturized proteins. Also, it was
eatablished that the degree of denaturalization does not exert arW
specific influence upon protein assimilation,
Card 2/2

KURK01 V.I., kand.tekhn.nauk; KEL1tg,_k,E-,-xladshiy nauchnyy Batrudnik
Aromatic properties of phenols, products of thermal decomposition
of wood. Trudy VNIIMP no.14:36-48 162. (14IRA 16t8)
(Meat, Smoked) (Phenols)

KURKO, V.I., kand. tekhn. nauk; K~LIMAN, F., miadshiy nauchnyy sotrudnik;
_K
ROGOVP I.A., kand. tekhn. nauk
Some comparative studies of conventional and electrostatic smoking.
Trudy VNIIMP no.12:92-103 162. (MIRA 18:2)
1. Voesoyuznyy nauchno-isaledovateliskiy inatitut myasnoy
promyshlennosti (for Kurko, Kellman). 2. Moskovskiy
tekhnologicheskiy institut myasnoy i molochnoy promysh-
lennosti (for Rogov).

KURKO, V.I., kand. tekhn. nauk; KE41W. L.F.,, inzh.-khimik;
MELITSER, F.R., inzh.-k-hi'-m--1'kj'-'-J&N'ETS .OVAp A.A.p laborant
CmparatJve phenol characteristics of smoking preparations
and uncooked smoked sausage. Trudy VNIIMP no.16:211-220 164.
(MIRA 18:12)

ALIJI(SMROV. S.N.0 insh-, KNLIKUI, L.Ta., inzh; PLISAN. I.G*l inzh;
KAMISKIY, S.K.,lushl-RUTIMSKIT, I.M., lnzh
Improving the feed-water tubing circuit. Blek.sta 29 no.9:58-64
s 158. (14IRA 11:11)
I
1. Pridnaprovskays. gosudaretvennRY& rayonnaya elektrich"is"
stantalya. (BOT LIMS) ~I. k

KFLIMANP L.Ya., inzh.; MAS'KOq N.Ye.
Opbration of ash dumps LI electric power plants. Elek. stat.
35 no.1:1*1-13 Ja 164. (MIRA 17:6)

Kn'W,N, L.Ta., inzh.
Arrangement for feeding TO bollere. 191ek.sta. 31 no.7:85 JI
160. (MIRA 13:8)
(Boilers)

'KELIMAN, L.Ya., inah.; 14AS'KOI N.Y4., inzh,
Use of shot in the cleaning of a feed water economizer in a Bystem oper-
ating on Estonian shale. Eltk. sta. 34 no.11%16-20 N 163.
(KRA 1712)

TAKOBSON, A.N., insh.; TITOT, P.P., insh.; VERM, Te.V., lnzh.; KNLIM".
inth.
Automatic unit for molding ornamental ceramic tiles. Stroi.i dor.
mashinostr. 5 no.3:25-28 Mr 160. (MIRA 13'6)
(Tiles)

XMTHMV. G.B.. dote.; XELIMM, Y.I.
- ~,.,
Var:iations,-LL-"Tle-V-ero4p,ment of leg'museles In different duck
breeds* Uch.zep. XHGU 52:245-263 154, (KIRA 11:11)
1. Kafedra zoologii pozvonochny)d~ llar~lkovekoga goeudaretyennogo
universitsta (save - prof. LB. Tolchanetaki
W.
(Duck breeds) (Ibctremities (Anatomy))

&. 2 X,G --0 0 - - W, rUY nXIEWA(h) (1W-
ACC NR: AP5026229 SOURCE CODE: UR/0048/65/029/010/1,8(;5/18r,9
AUMOR: Glikman, L.G.; Keltman, V.M.; Yakushev, Ye.M.
/5
ORGAN: Institute of Nuclear Physics, Academy of Sciences, KazSSR (I titut yadornoy
ns
fiziki ademit nauk
TITLE: On the electromagnetic mechanism of cosmic ray acceleration /Report, A:4--UnicT
Conference on Cosmic Ray Physics hold t Ap tity, 24-31 August 1964/
SOURCE: AN SSSR. Izvestiya. Seriya :fizicheskayn. v. 29, no. 10, 1965, 1865-1869
TOPIC TAGS: Primary cosmic r particle acceleration, altornating magnetic field,
relativistic P~-rt~iale
ABSTRACT: The relativistic equations of motion of a charged particle moving in the
plane of 2ntisymmetry of a varying axially syr=etric magnetic field are solved for t
case when the azimuthal component of the vector potential in the plane of antisymmet
has the form f(r/(t - a ))/r, where f As an arbitrary function, r is the distance fr
the axis, t is the time, and a is a constant. Numerical solutions were computed for
a field which alternately increases and decreases between finite limits and remains
constant for a time at each limit. For the computations it was assumed that the fie
strength oscillates between 1.0 x 10-5 and 1.2 x 10-5 W with a period of 3.5 x 105
see. Some of these solutions are presented graphically and are discussed. The camp
tntions show that the ratio of particle energy to field strength is not constant and
Card 1 /9

ACC NR& APS026229
that particles can be accelerated to high energies by variable magnetic fields which
do not increaso indefinitely in strength. Orig. art. has: 19 formulas and 4 figures.
SUB CGOR., Alk- SUBM DATE: 00/--Oot65 ORIG. FM: 006 OrH REF: 000
Card 2/2

-__-EWT(d) (1) L- -_-JJP.(Q)-- - -04
6-66
j
028313 SOURCE COM: UR/0057/65/035/011/1997/9003
10 7'
AUTHOR: Glikman, L.G. - Kellam Yakushev Ye.14.
V. 01;
ORO: none tit.
TITLE: Solution of the nonrelativistic mations of motion for a charged particle
in a certain class of v Ing electro5Metic fields
SOURCE: Zhurnal tekhnicheskoy fiziki, v.35, no. 11, 1965, 1997-2003
TOPIC TAGS: charged, particle, motion equation, electromagnetic f leld, mathematic
met-hod
A13STRACT: The solution of the nonrelativistic equations of motion for a certain
class of notions of a charged particle In a certain class of varying electromagnetic
fields is reduced to quadratures and eliminations. The electromagnetic fields con-
sidered are those that are axially symmotric, have a mcdian plane which Is a plane
of symmetry for the electric field and a plane of antisymmetry for the magnetic field,
and for which the radial and axial components of the vector potential vanish in the
median plane (in the gauge in whizh the scalar potential vanishes) and the 0
2 ayinuth I
component of the vector potential In the median plane has the form F(r A + bt +
d))/r, where r is the,distance from ithe axis, t to the time, a, b, and d are con-
stants, and F represents in arbitrary function. The mot,.!ons considered are those ta
which the particle renains In the median plane. Tka.-partlcular form of the vector
Card 1/2 UDC: 537..133.3
't UP-01"k
L 10664-46
ACC NRs AP5028313
potential Vas investlg:ated because it leads simply to an Integral of motion. T%e
treatment Is different depending on whether the polynomial at2 + bt + d does or does
not vanish during the motion, and special discussion is required for the came in
which the particle pagises through the point r a 0. go applications are suggested
for the results obtained. Orig. art. has: 38 formulas.
SUB CODE: 20 SUBM DATE: 12Apr65/ ORIO.REF: 003 OTH REF1 001
Card 2/

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Apr 51
"PrOlem of Beta-Spectrograph Construction Based on
Analpip, With. an 'Optical Spectrograph," V. M. Kel-n,,
D. L-Kaminskly., Leningrad Physicotech InstAcad
Sci iISM
"Vaur Eksper i Teoret FiZn Vol
XXI) No 4, PP 555-561
Authors criticize speclograyb by Klemperer (cf.
"Phii Mag".26`545)-193 as not similar to opt instr
andl i-.6naider its dispersion as zero. Authors design
new spectrograph amlogous to opt and det its disc
persion and.line-vidth.
1"109
LIC
- - - - I
I cx-j i ~uj 7

U-RIUMMIcs zlectron optics Dec 31"'
"~Idtlon of Charged Particles in a MAgnetic Field of
Linear Current-and in tb-'Electric Field of a
Cylindrical Condenser,~' , m. xeizan, :r. v. Rod-
nikova, Leningrad Phys T"_I Inst, Acad Sci USSR
"Zhur Eksper i Teoret Fiz" Vol XXI, No 22,
YP 1364-1369
Derives expressions in form of quadratures, dotg
,Motion of charged particles in a constant electromag-
netic field of. a cylindrical condenser, vith 11rear
conductor along its axis.i At certain ratio of field
tensior and initial velocity of particles a system
USSR/khVics Electror Optics Dec 51
(Contd)
has the property to focus bundles, of charged. particles. 1
Shovs that linear charged conductor acts on notion, I
6f cbarged particles vith initial velocity per-
,pendicular to conductiog as deviating electrooptical
,element. Submitted 5 Jan.51.
jq8Tl03-

KNIXAN, V. X.
"--wa/tuclear Pbysics. - Nlbctron Lana
Apr 52
Discussion: Modeling the Notion of Charged Par-
ticles In Axial-Symetrical ftnetic Fields,"
D.L. 'Kaminakiy, V.K. Kelman
"Zhur Tekh Fiz" Vol XXII, No 4, pp 703-7o6
Authors criticize article by I.I. Tsukerman
(Z,hxxr Tekh Fiz" Vol XXI, 599, 1951) who states
that,an axial-symetrical magnetic field scatters
electrpns similarly to a concave optical lens.
Althouglait my occur in very particular cases,
authors ct=ider it impossible to construct a
magnotic scistteriv4 lens. Received 11 Doe 51.
216m

USSR/tualear FMwics XOaeling Motion MAY 52
of Particles
"Xodeling the Motion of Charged Particles in a
Tm-Dimensional Electric Field Taking Into Ac-
count the Voi=etric Charge," B. V. Bobykin,
Y. K. Kelman, D. L. Kanins-My
OZhur Tekh Fiz" Vol =I, No 5, PP 736-743
In order to find trajectories of charged particles
in a plane free of space charge, the-tralectories
Sze Considered to "~~ those of bal I rolling on a
rubber me ran ~cf. P. ICLywn, Philips Tech
2=65-
Bev, 2,231, 1937; v- K. Zvorykin et al. "Pro-
558, 1939). Author modifies
ceedings of IRFn 27,.
t.31is method for the case of space charge. Re-
ceived 14 Feb 52.

MSH/FiVaics Spectrometers
Card 1A Pub. 43 10/11
Authors s Kellman, V. bIq Kaminsk4,, D. L,,; and fwmanov) V* A,
Title i Beta-speetro6teter with greater resolving power
Periodical i Izvo AN SSSR. Ser, fiz, 18/1,t 148-154.. Jan-Feb 1954
--Abstract- I -The construction of-a-beta-spectrameter of greater resolving power (With
ayumetrical path of spectrometer consists of an
electromagnet with ecreenq copper LVaCUUU~-chember with t wo, copper tube -0
attached to it- tsio magnetic-lense ource retainer and recording device*
The,componetits of the eleetzical magnet are described. The current In the
coils,is directed In such a w%v that the magnetic current produced by it
in the irou:yokea are 'criented-opposite,each other.- The magnetic current
passes thrmigh the gap between the upper and lower Iran plates of-the yoke
which also owsume therole of poles, Some results obtained with,thir.
beta-apectrameter-are-listed. Two USSR references (19,39-1951). -Graphs--'
drawings,
Institution x Acadeaq of'Sciences USSR, ftsico-Technical Institute
-Submitted I December lVa 1953

/Nuclear
U
SS.Ri Physics - Zl3ctrOn magnstio m1rrors-
Card IA Pub. 43 - 11AL
Authors s Kellmano V."M., and Lyubimov, K. V.
Title Similar trajeotarias of charged particles In magnetic fields
'Periodical I Izv. AN MR,*-Sor* fit-, 18/1$, 1-55-16004an-Feb 1954
Abstract Two aimple 1,;ypes of electim magnetic mirrors were investigated.to deter-
mine their suitability in atudying the trajectory variations of charged
particles It. magnetic fields. Tbo w4potic fields of these mL-rors were
determined by the vector potentVila
-------of-coordlnaten~with-two--a-nd-tbi~ue. egress of homogeneity. The form of
,the trajectolt7 of a charged particle moving in a magnetic field changes
during change in the velocity of theparticle and depemis- also upon them
intensity of thezagnetia field. Three referencess 2-USSR and 1-USA (1933-
191+4). Gr4~s; drawings.
titution s Acade:q of-SiAences USSR,, Flysico-PLachnical Institute
Submitted s December 15s. 1953

USSR/Nuclear Physics Beta -spectrometers
Card I ft Pub. 43 - 4/91
tmthora i Kellman, V. M. ; Kaminskiy, D. L.; and Romanov, V. A.
Title t A larger prism beta -spectrometer with two magnetic lenses
Periodical x Izv. AN SSSR. Ser . -fiz. 1812, 209-214, Mar-Apr t954
Abstract I The construction and testitig of a larger scale prism-type beta -spectrometer
with two magnetic lenses for greater resolving and illuminating power is
announced. In principle this spectrometer is not different from the spec-
trometer model described in a previous report; however, its dimensions
are larger and it was constructed with greater perfection. The structural
and technical characteristics of the prism-type beta -spectrometer are
described in detail. Three: referencea: 2 USSR and I USA (1939-1954).
Graphs, drawings,
Institution .........
Submitted .........

USSR/Physsics Charged particle -motion FD-911
Card 1/1 Pub 153-20/26
Author : Kelman, V. M. and Yavor, S. Ya.
Title : Motion of charged particles in a homogeneous magnetic field on which
the magnetic field of a linear current and the electric field of a
cylindrical condenser are superposed
Periodical : Zhur. tekh. fiz. 24, 1329-1332, Jul 1954
Abstract : Expressions defining the motion of charged particles in a homo-
geneous field on which the magnetic field of a linear current
and the electric field of a cylindrical condenser are superposed
are obtained in the form of quadratures. Numerical integration
is carried out in certain particular cases. One reference, by
the same author.
Institution
Submitted July 29, 1953

USSR/ Physics Electron optics FD-1037
Card 1/1 Pub. 153 - 8/23
Authors Kel'man, V. M. Kaminskiy, D. L., and Yavor, S. Ya.
Title Experimental investigation of cylindrical magnetic electronic lenses
Periodical Zhur. tekh..fiz., 24, 141o-1427, Aug* -)(13-4
Abstract Discuss results of experimental investigation into the electron-
optical properties of the magnetic cylindrical lense whose field
differs but slightly from the field of two Winite rectlinear
oppositely directed currents and also into the systems consisting of
two such lenses. Give graphE showing the relation between object
position and image for various current stren ths. Thanks Diplomat
V. P. Vlasenko. Seven references, 2 USSR X. 1. Shtepa, BhTF, 216,
1952; A. M. Strashkevich, OhTF, 91, 1940).
Institution : - -
Submitted 16 March 1954

FD -41o
USSH/PhysIcs Beta-spectrometer
Card 1/1
Author Kellman, V. M., Dusayev, G. S., Malkiell, G. S., and Nevodnichiy, N. K.
Title Beta-spectrometer with magnetic prism and one magnetic lens
Periodical Zhur. ekap. I teor. fiz. 26, 107-108, Jan 1954
Abstract Describes the construction and testing of a beta-spectrometer similar to
an optical prismatic spectrometer with one lens. Follow the principles
of construction discussed by Vo M. Kel'man and D. L. Kaminskiy in their
work appearing In this journal (Vol 21, 555, 1951)
Institution Leningrad Physicotechnical Institute, Acad Sci USSR
Submitted November 5, 1951

TIVCR.S-ya-; KIL'KAN,V#Moo professor
[Nagnetic cylindrical lenses] Magnitnve tailindricheakie linzy.
Leningrad. 1955. 9 P. (MMA 9; 3)
(Blootrooptice) (Lenses)

6 t2 M A-Al~ i/o
Category : USSR/Electronics Electronic optics H-3
Abs Jour : Ref Zbur - Fizika) No 2; 1957.- No 409
Author :Baraaovokiy, S.N., YAminskiy, D.L. Kallman V.M
1Z Properties
Title :Investigation of the Blactron-Optic of Striight MAgmetic
slits. I .
Orig Pab :Zh. tekhn. fiziki, 1955, 25, No 4, 61o-624
Abstract :An investigation was made of the elec#on-optical properties of many
magnetic alit lenses (cylindrical lenses), having various structural
dimensions. The constructions of these lenses and their properties
are described. A stuhy van made of the qu&litative piettre of the
distribution of the magnetic field in the lens.* A qualitative study
of the distri butionIof the field vas carried out vith the aid.of a
balliatic`gLlvanometer in three planes, oriented at different angles
(-j =qo% i8oP, =A 1350) relative to the surface of the Dole pieces
and intersecting under the central line of the non-magnetic gap Of the
lens. It is shovu that the distribution obtained in the planes AY-- 900
and 1350 are in very close agreement kith the field of the isolated
single conductor) if the current in this conductor is propertly chosen.
Card 1/2

Category : USM/Electronics - Electronic Optics
Abs Jour : Ref Zhur - Fizika, No 2, 1957, No 4279
H-3
it is thus possible to find the linear current prodi4cing a "OqUiVMleUt"
field. Equations for the distribution of the trajectories of the
electrons in the field of the Isolatedlinear current were fAken from
the work by Kelln-n and Rokaikov (Zh. ekaperim. I teoret. fizikI,
1951, 21, 1364). These equations are used to determine the trajectories
which start at the peaks of'a conical'beam and which then fall into
the field of the isolated current.. It Is shown that the field of the
isolated current focuses such a beam, forming focal lines.
The authors describe an experimental camera, in which it is pos-
sible to st6dy the electron-optical 'properties of beams of particlest
emerging from a gun and entkring into the field of the slit lenses
of the above construction. The quality of focusing of the beam Into
a focal line is checked from the image on a fluorescent screen., v4ich
is placed on a mount that can be moved in two mutually perpendicular
directions, so that the screen can be placed in any previously specified
position.
Photographs of the focal line obtained in this nanner are given. *It
Is shown that the results of calculation using the "equivalent" linear
current and the results of the experiments are close to each other.
Card 2/2

XM -MAN, V.M.; LMEDEV, A.A., akademik, redaktor: SMIRNOVA, A.T.
% -1 -- r#R"Wfteskiy redaktor.
(Zlectron'optical HIektronnaia optika. Moskva, Izd-vo Akademii
nauk SSSR, 1955. 163 P. (MLRA 8:10)
(Electron optics)

-FD-3178
USSR/Physics Electron Optics
Card 1/1 Pub- 153-8/21
Authors : Kellman, V. M. and Yavor, S. Ya.
Title : Investigation of a cylindrical magnetic lens with an iron shell
Periodical: Zhur. tekh. fiz., 25) No 8 (August), 1955, 1405-1411
Abstract : The authors investigate the electron-optical properties of a jacketed cylin-
drical magnetic lens encased in iron plates 80 cm, long. After a physical
description of the apparatus they outline its operational characteristics,
expressing the data in graphical form. They give the curve of field distri-
bution, variation in field intensity, dependence of angle of rotation at
various lens-to-object distances, as well as other curves expressing various
interrelationships among these characteristics.
Submitted : March 9, 1955

ULIKAN, VA.; KRASNOT, IJ.
~.~ - -
Rubber diaphragm technique for determining electron current
magnitudes in vacus. Zhur.tekhn.fis. 25 no-MM4-1725 S
15-5. (MLRA 9:1)
(Blectrens) (Blectric discharges through gases)

KHASU07, I.F.; KELIKAN, V.H9
.V" 7.
Rubber diaphragm technique for solving problems an plane diodes
with limited emitting surface widths. Zhur.takh.fis. 25 n@.10:
1726-1734 S '55. (Diodes) MRA 9:1) 1

BARANOVSKIT, S.N.; KAMINSKIT, D.L.; MIKAN, Y.M.
A double magnetic slit. Zhur.tpkh.fiz. 25 no.11:1954-1956 0 155.
(Blectron optics) (MLPA 9:1)

INLIMAN,V.H.; RCMOV,V.I.: NESKKVARISHVILI,R.Ya.
Kensurement of the internal conversion coefficients for L- and
M-imbehells of ThO. Dokl. M SSSR 103 no.4:577-579 Ag'55-
(KLRA 8:11)
1. Leningradskiy fisiko-tekhnicheakiy institut Akndemii uauk
SSSU. Predstavleno akademikcm A.F.1offe
(Thorium--leotopes) (Spectrometry) (Nuclear shell theory)
11

RN
'161
s
m
ggg

Category : USSR/Nuclear Physics - Structure and Properties of Nuclei C-4
Abs Jour : Ref Zhur - Fizikap No 2) 1957 No 3200
Author : Kellman, V.M., Metskhvarishvil~, R-Ya., Romanov, V.A., Rasinov, L.I.,
I Sao-] p- re-v-,- - r. A.
Inst : Leningrad Physicotechnical Institute, Academy of Sciences USSR
Title :Determination of the Ratios of t;he Internal-Conversicn Coefficients for
the Isomeric Transition of ,n114.
Orig Pub :Dokl. AN SSSR, 1956, 107, No 3, 394-397
Abstract :A prism beta spectrometer with a transmission factor .02% and a
resolution 0.04% was used to measure the ratios of the conversion
coefficients at various L subahells and also at thip K, M) and N
shells for the 192-kev isomeric transition in IM114. The ratios are
4.4 Loa;
(0. 24 :t o. ol): (1. 27 ~t 0. 02): 1; L/M --7-
m~n !II.: 6L-t,- 0. 2; JC/L = 1. 32 -3--'0. 02. All'data are in good agreement
with the type of multipole transition assumed (E4).
Card : 1/1

IMOM
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AUTHORS
TITLE
PERIODICAL
ABSTRACT
CARD 1/2
Kellman. V.M.. Utkin, X.G., 57-9-23/40
Toginoval TooKe
A, Sim9lified Construction of a System Containing
a Rub6fir Membrane for the Determination of the
Trajectories of Charged Particles in the Presence of
a Space Charge.
.(19proshohennays, konstruktsiya ustanovki e rezinovoy
membranoy dlya oprodeleniya trayektoriy zaryazhennykh
.chastits v prieutstvii ob"yemnogo zaryada.)
Zhurnal Tekhn. Pis., 1957, Vol. 27, Nr 9, pp. 2092-2096
(USSR)
In the papers by V.M# Kaltman and I.V. Krasnov,
'Zhurnal Tekhn. ?is., 1955, Vol. 25, A4 1714, and P-1726
it was shown that the accuracy with which the trajectories
of charged particles wee determined by means of rubber
membranes could be considerably increased by giving up
modelling particle notion by means of a ball rolling
on a rubber surfaosl and by using only graphic methods
for the construction of trajectories. Giving up using
balls makes it possible to simplify construction oon-
siderablyp because in such a case the pressure modelling
the space charge on the membrane could be brought to

AUTHOR: KELIM",V.M., ROIWOV,V-A-, MECCHVARISVILI, R.JA., PA - 2057
KOLJUNOVt V.A. 152
TITLE: Investigation of Conversion Lines in the 0 Spectrum of an NU
EU154 Isotopic Mixture. (Iseledovanie konversionnych linij Y
P-spektre smeei isotopov Eu 152 1 EU154, Russian).
PERIODICAL: Zhurnal Eksperimentalinoi i Teoret.Fiziki, 1957, Vol 32, Nr 1,
pp 39-47 (U S.S.R.)
Received: ; / 1957 Reviewed: 4 / 1957
ABSTRACT: The authors recorded the lines of the inner conversion on the
K shells as well as on the L- and M-subehells of the SM152 and
SM154 by means of a prism-p-spectrometer of great resolving as-
paoity and determined the ratios of the conversion coefficients
at the energies 122 and 121.,2 keV of the transitions* The re-
solving capacity of the prism spectrometer used here was in-
creased by the following measures: 1) Shielding of the tubes of
the spectrometer against extraneous magnetic fields by iron
rings. 2) The straight gap of the registering device was re-
placed by a slightly curved gap. 3) A certain modification of
the feeding of the magnet and of the lens of the spectrometer.
The L-subsbells of the Sm152 and Gd154. A diagram demonstral
N
the sphere of the P-speotrum of a P-spectrum of Eu152 and SuI
Card 113
-4
MKIZ
PA - 2057
Investigation of Conversion Lines in the Spectrum of an
BU152 , EU154 Isotopic Mixture.
with those lines that were produced by the electrons of the
inner conversion of the T -rays with the energies i22 and
123,2 keV on the aubehells of the Sm152 and Gd154. The condi-
tions under which the lines were obtained as well as the be-
havior of the lines are discussed. The theoretical ratios of the
conversion coefficients agree with the here measured ratios.
The M-subehells of samarium: ' A further diagram demonstrates
the sphere of the :-spectrum with the lines which are pro-
duoed by the inner conversion on the X-subehell of samarium.
The authors found the following ratio of the coefficients of
the conversion on the M-subshells: MI:Mlj:lljjj - 1:(3,4+0,1):
:(3,3+0,2). This corresponds to the conclusions from the
appro;imated calculations of the relative conversion coeffi-
cients. Furthermore L/M - 4,5+00 (L-L,+L,I+Ljjli
M - MI+MII+MIII) was found.
Card 2/3

AUTHDRSi Kel-Iman, Y.m., xetsichvarisnviii, n.ia., aomanovq V.A.
Tuchkevich, V.V.,
TITLE: The Investi gation of Conversion Lin es in the B-Spectrum of IrJ92.
(Issledovaniye konversionnykh liniy v 8-spektre IrI92)
PERIODICALi Zhurnal Eko perim. i Teoret.Fiziki, 1957, Vol- 33, Nr 3, PP-588-594
(USSR)
ABSTRAM With the help of a priam-8-spootrom eter (resolving of 0,04 %) the
conversion coeffioiente and the mul tipole order of the following
t- lines were determineds
Et in KeV K/L K/M multipole order
136,3 (8o+l)% E2 + (2o,;1)% M1
2ol,3 1,8510M (86+2)% E2 + (14;2)% Mi
205,8 1,83�o,o4 E2
295 8 2,35�opo4 8,9�o.2 E2
3o'3,5 2,38�0,o2 9, 5�0, 2 (97�2)% E2 + (3;2)% MI
316,5 2,22+o,o2 9,3�o,2 E2
468,o 3,0 -+o,l lo,2+o,2 E2
6040 4,7 ;to,' (88+2)% E2 + (12;2)% Mi
Card 1/2
The Investigation of Conversion Lines in the Spectrum of Ir192 56-3-6/59
There are 2 tables, 3 figures, and 5 Slavic references.
ASSOCIATION1 Leningrad Physical-Technical Institute AN USSR
(Leningradskiy fiziko-tekhnicheskiy institut Akademii nauk SSSR)
SUBMITTEDs March 18, 1957
AVAILABLE: Library of Congress
IM
Cafd 2/2

AUTHOR: DOLUATOTA, K.A., KELI MAN t Y.M. 20-6-26159
TITLE: A Longitudinal 0=3PMTMMMr with Compensated Spherioal Ab-
erration.
(Prodolinyy 0-spektrome tr a kompensirovannoy sferioheskoy
aberrateiyer. Ruslan).
PERIODICAL: Doklady Akademii Nauk SSSR, 1957, Vol 113, Nr 6, py 1244 ~ 1247
(U.S.S.R.)
ABSTRACT: The spherical aberration described in the paper under review Is
compensated by a tranavorse magnetic field of the field strength
H Hl/r. The additional F is generated by a winding which oou-
oentrates in an annular focus the ions which fly out of the
souroe in a wide solid angle. No diffioulty is encountered.in
computing the eleotrous paths in the range of the homogefteous
field. Also in the range where the homogeneous magnetio field is
superposed with a field of the fieldstrength H w H/r, the dif-
ferential equations of the motion of the electrons are reduoel
to quadratures. The present payer contains the revalent formulae
for the differential equations and for their solutions. The oom-
peneating field was applied in the neighborhood of the apex of
the orbit. With the aid of these formulae a form was found for
the boundary of the inhomogeneous field which guarantees an
annular focus of aberration (if a point source is use&). Thi
Card 1/3 focus coincides with the linear annular focus which is form:d
20-6-26159
1 Longitudinal P-Speotrometer with Compensated Spherioal lb-
erration.
by an infinltely small bundle of the ions f Ilying away under an
angle of 30 .
The longitudinal field was generated by a coil of a length of
110 cm and of an internal diameter of 33 om; this coil was wound
on a copper tube. At the same time, this copper tube also served
as chamber of the spedrometer . Additional improvements in the
homogeneity of the field were achieved by the use of correcting
ooils. Almost evirywhere the form of the coils was in agreement
with the computed form of the boundary of the field. The radio-
active source was glue& to a fastener which was introduoed into
the vacuum chamber through a Wilson oompession /?/ and through
a vacuum tap. A counter (G-M5) with a window of a diameter of
90 mm served an deteotnr. Employment of a compensating field re-
duoes the width of the annular projection by about 2.5 times
as compared to the width of the projection in a homogeneous
field. Further investigatic,.s were conducted with the aid of a
radioactive source (active Ti'l-preoipitation) with the dimensions
of I X I mm. A brief discussion of the results is given.( 4 re-
Carl 2/3 productions).

AUTHOR:
TITLE:
PERIODICAL:
ABSTRACT:
Card 1/2
Kellman, V.,.M., Doctor-,of Physical-f%r.,j SOV/30-58-7-13/49
Mathematical-Sciences
New Magnetic Beta-Spectrometer (Novyy macnitnyy beta-spek6trometr)
Vestnik Akademii nauk SSSR, 1956, Nr 7, PP- 75 - 78 (USSR)
The magnetic prism deflecting the electron beam, must be con-
sidered as the most important part of this spectrometer which
was developed in the Physical-Technical Institute. The parallel
electron beam striking the deflection maanet, must remain parallel
also after its deflection. This condition, however, can only be
satisfied if a deflecting magnet as reprecented in figure 1, is
used. The construction of the P-spectrometer is given in figure
2 and is then described in detail..The conversion line of y-
quanta of different energies is given in figure 3P 'being a section
of the spectrum of conversion electrons which are produced in
the decay of Ir192. The conversion lines of the I and Ia active
sediment RdTh are given in figure 4. A further perfection of the
new P-spectrometer is to be achieved by an improvement of the
deflection magnet, the electronic lenses and by shielding

Ifew Magnetic Beta-Spectrometer
SOV/30-58-7-13/49
the electrons against the action of random magnetic fields.
It is further suagested to uae magnetic material of higher
quality and to pay more attention to the atabilization of the
mannotic field. Thio kind of work ic cardod out ett pronant
in the Physico-Technical Institute. There are I figures.
Card 2/2

AUiHORS: ice I&XIT U. Peregud, B. 11. , 57-28-5-26/36
tova
Dolmatoz. ~K.
I
TITLEs Accelerators 'lith a Radially Growing Leading Field and Addi-
tional Electron Optical Elements for Securing the Vertical
Focussing of the Beam (Uskoriteli a radiallno narastayushchim
veduahchim polem idopolnitelInymi elektronnooptioheskimi
elementami, obeapechivayushohimi vartikallnuyu fokusirovku
puchka)
PERIODICAM Zhurnal Tekhniche Skoy Fiziki, 1958, Vol. 28, Nr 5,
Pp. 1056-1o64 (USSR)
ABSTRACTs The application of a radially decreasing field in modern weakly
focussing accelerators is determined by the necessity of a ver-
tical focussing of the beam of the accelerated particles. The
new possibilities, which have been proposed from various sides
(reftencee 1-8) immediately attracted the interest of resear-
ohers. Reoently, numerous experimental and theoretical inve-
attgationa were conduoted dealing With the applioAtion ot theme
proposals in different types of accelerators (references 9-22).
All these methods have the following in commont 1) The -vertical
Card 1/4 field component is not constant in the middle plane and periodi-

Aco'eleratore With a Radially Growing Leading Field and . 57-28-5-26/36
Additional Electron Optical Elements for Securing the Vertical Focussing
of the Beam
oally changes its value, or, with respect to the azimuth# even
its direction. 2) The functions of the leading and of the fo-
ousaing field are performed byone and the same field, which
only formally can be regarded as a superposition of two fields.
This fieldp howeyerg is created only by one magnetic systeml
3) The magnet poles must possesSan accurately workedp compli-
cated profile (method by Thome and the spiral-sector variant)
or the field must be created by a great number of accurately
placed sector magnets. A series of shortcomings attached to
the new acialerator constructions are a result of these oir-
oumstanoes. The authors propose another method. The focalization
is affected by supplementary electron optical elementat with
cylindrical magnatlenses or magnet gaps, The method guarantees
the stability of the radial as well &a of the vertical betatron
oscillations and can be employed for the construction of cir-
cular accelerators of different types. In this paper the possible
conatruotional variants of the focussing system are drawn into
consideration and the electron model is described. The pedulia-
Card 2/4 rities of the proposed method differentiating it from earlier

Accelerators With a Radially Growing Leading Field and 57-28-5-26/36
Additional Electron Optical Elements for Securing the Vertical Focussing
of the Beam
ones, are as followst 1) A separation of the functions of fo.
calization and of leading the beam between two elements - the
magnet and the focussing system. This guarantees the free choice
of the shape of the leading field and facilitates its creation.
As a result of the separation a facilitated leading of the beam
and a slackening of the restrictions imposed upon the produc-
tion and the mounting of the constructional nodes of the aoce-
lerator can appear. This is the case in particular, if small
adjustments and-a flexibility of the elements of the focussing
system during the mountinjof the accelerator are provided for.
2) The compar4tiyely low weight of the electromagnet creating
the leading field in comparison to the weight necessary in ear-
lier methods. This is connected with the fact that the magnetic
circuit of the focussing system is not closed by the yoke of
this magnet- 3) An increase of the copper weight and of the
neoese,ary power. 4) A more simple construction of the electro-
magnet-oonsisting of the possibility of employing a closed ring
magnet with a low number of magnetizing coils and no sector
Card 3/4 magnet. An electronic simulator was built for experimental exa-

Accelerators With a Radially Growing Leading Field and 57-28-5-26/36
Additional Electron Optical Ele=ents for Securing the Vertical Focussing
of the Beam
ASSOCIATIM
SUBMITTEDi
mination. A schematic cross section of this model is shown
in figure 2. At present the model is prepared for experimenlp
The authors thank G.A. Grinberg, Yu.V. Vandakuroy, D.G. Al-
khazoy and D.M. Kaminker. There are 3 figures and 29 references,
lo of which are Soviet.
Fiziko-tekhnicheskiy inctitut AN S33H, Leningrad (Laningrad
Physioal-Technical Institute, AS USSR)
July 11, 1957
1. Particle accelerators--Design 2. Particle beams--Focusing
Card 4/4

KELIMAN, V.M.,doktor fisiko-mat. nauk
-. ~ -'e,
New magnetic bats-spactrometar. Vast. AN SSSR 28 no. 7:75-78
Jl 158. (MIRA Ils7l
(Spectrometer)

SOV/56-35-5-7/56
'YTHORS: Kellman, V. M., Kolyunov, V. A., Karpov, Y.
-rITLE: The Application of Magnetic Slits for the Creation of
Circular Trajectories of Charged Particles (Primene~niye
magnitnykh shol(eley dlya formirm.niya krogovy1:1, trayektoriy
zarya%hennykh chastits)
PERIODICAL; Zhurnal ek8perimentalinoy i teoretichosko,! fi~iiki, 1950,
Vol 35, Nr 5, PP 1113-1115 (USSR)
ABSTRACT The authors of the present paper investiGated an electrur-
optical system consisting of mat~netic slits with a ma,,.-netic
field in-reasing rapidly In the direction of the periphery
but not to in -I whiell
bends the trajectories cf --articlen, renicrin.:, -;,-.e-%
circi-,lar . The vector :-.oien4 i,-.3 ir. point P of this
has t~ie forn
A .1 In (r/a) 2n- 2(rZa)' coH 11,P + 1; Ar = A 0, A=A
z c (r/a) 2n + 2(r/a )n coo nT + I z
(I current in every conductor, r = di-elance between "he axiu
Card 1/3 of ote eyotera 0 and P, a - diotance from 0 to conductor,

Sff/~6-35-5-7/56
The Application of Mn,-,netic Slits for the Creazion ~f CirCtIlar T2-ajCCtGTiC-9
.,of Ch~~r,~ed Particles
j,he polar angle). For
2n - the number of conductors, anti T:
Vie momentim holds thn~ P DL/O-* + a A 0 ri + eA
const; the LaCranlian L 4-
2
c h o m a c a I drawin- of svic"I :.t .Ilicl! c;-.n be Ito-.-d
a i id
in an ,-,ccelex-ator witn a conu'.tmt. field are ";Iverk
('Pil-ls 1, 2). The e-qcrimento carried oIL wit'i this dovice are
described. The devi,.c coruji.-ited --.,f 1S jmcles arran~:c~d in a
circle and having 200 windin,,.,-.- isch; V!e diotance I)etween the
,,~un anO, the edge of the poloo cocillation
of the ordar of 2 cm and v,!.,7 t1(;n I c:,cJ I I i tionn w;.. Thi;
electron etiergy rmounted to I-, 11-Cl (I-, .. I0 P. Tlie "I 71.1nell EIII-Irl,
depended in a high de.-ree cn, ti,,c ]!ctaa:,-2 ~,atuveen -lun rand
pole. The phenomenon had tl-ie el!.a.-3 of a (nirved band
of I - 3 mm breadth and 10 - 20 Y.m. hei:-11it. _-'.n arrari~,-em,-nt con-
sistin- of 32 poles gave similar re!~ults. There are 2 fi:~ures
nnd 4 Soviet references.
Curd 2/3~

SOV/56-35-5-7/56
The Application of Magnetic Slits for the Creation of Circular Trajectories
of Chorged Particles
ASSOCIATION: Leningradskiy fiziko-tekhnicheskiy institut Akademii nauk SSSR
(Lenincrad Physico-Teclinical Instituieof the Academy of
Sciences,USSR)
SUBMITTED: May 16, 1958
Card 3/3

21 (13) SOV156-35-5-51156
,,'.,UTHORS Kollmant V, Mog Poinklivnriahvili, R. Ya. , Proohrazhanak-iy, M."
V. V.
TITLE: The Investigation of the Spectrum of Conversion Electrons of
the Isotopes of Littatiun Ylith Houtron Deficit (Issledovaniye
spektra konversionn kh eloktronov neytronodefitsitnykh
izotopov lyutetsiya~
PERIODICAL: Zhurnal eksDerimentallnoy i tooreticho3koy fiziki, 1958,
'101 35, fir 5, pp 1309-1310 (USSR)
A"ISTRACT: The in,;esti,-1ation of the radiation of greatly deformed nuclei
furnishes material for the further development of the collective
nuclear riodel. It is just from this point of vieNi that the
isotopes of lutetium are of interest. ReGently several papers
(Refs 1-4) have been published which deal with lutetium
isotopes vith neutron deficit.,- but the data given by these
papers do not convey a clear idea of the decay of those iso-
topes. Additional investiCations are therefore necessary. The
authorn of the present paper invesfi-ated t1ho conversion spec-
trum of the isotopes of a lutetium fraction, which had been
separated from a tantalum target irradiated with fast (660 1,10)
Card 1/3 protons. The method employed for separation has already been

'"'0V/56-35-5-51/56
The Investigation of the Spectrum of Conversion Electrons of the Isotopes
of Lutetium With Neutron Deficit
described (Ref 5)- Mea-suremen'te were carried out by raeans
of a priam-P-spectromater and by means of a double-focusing
spectrometer. The spectrum of the convergion electrons con-
sists of many lines, which belong to Lu169 (half-life le5 days)t
Lu170 (~,2 days), LuM (_ a days), Lu172 (~,6-7 days),
Lu 173 rv200 days). Belonging of lini!s to the various cor-
respon~ing isotopes was determined from the half-life. A
table gives the energies of y-transitions the conversion
lines of vhich decrease with the period -1-5 to 2 days.
The second table contains the energies of the 1-transitions
with the period 6.7 to 8 days. The energy of these transi-
tions was ddtarmined from the energy of K- and L-conversion
linen. There are 2 tables and 6 references, 4 of which are
Soviet.
ASSOCIATIbN: Leningradakiy fiziko-tekhnichaskiy institut Akademii nauk
SSSR(Leningrad Physico-Technical Institute of the Academy
Card 2/3 of Sciences USSR)

PHASE I BOOK EXPLOITATION SOV/3514
Kaltman, V.M.sand S'S.Ya. Yavor
Elektronnaya optika (Rleldtron Optics) Moscows Izd-vo AN SSSRp 1959. 372 p.
3vOOO copies printed.
Sponsoring Agencys Akademija nauk SSSR. Fiaiko-tekhnicheakiy institut.
Ed.t L.A. Artaimovioho Academician; Ed. of Publishing Houses Yu.K. Imshenetskiy;
Tech. Zd.s A.V. Smirnova.
PURPOSEs The book is intended for students of electron optica.
COVEUGEs 'The book deals primarily with geometrical electron optics and does not
discuss wave properties of electrons. In addition to the theory of focusing
particle beams in fields with symmetry of rotations the theory of focusing in
electromagnetic fields with arbitrary space distribution is presented. Cylin-
drical electron lonses and various kinds of deflection systems are discussed in
detail. Much space is devoted to calculations of the motion of charged particles.
The last two chaptera are devoted to applicatioas of electron optics. No per-
sonalities are mentioned. There are 277 references, 119 Soviet (17 are transla-
tions), 88 English, 48-Garman, 13 French, 3 Chineses and 6 Scandinavian.
Card 1/6

Electron Optics SOV3514
TABLE OF CONTINTSi
Introduction
3
Ch. 1. General Methods of Solving Problems of the Motion of Charged
Particles in Electric and Magnetic Fields 5
1. Motion equations in the Newtonian form 5
2. Lagrange equations is
3. Hamilton-Jacobi equation 28
4. Analogy between the notion of charged particles in electromagnetic
fields and propagation of light in transparent media 35
Ch. 11. Approximate Methods of Determinizig Trajectories of Charged Particles
in Electric and Magnetic Fields 42
1. Numerical methods of integrating differential motion equations 42
2. Graphical methods of constructing trajectories 52
3. Modeling of fields and trajectories of charged particles 60
Ch. III. Flusing a B4= of Charged Particles 82
1. G.A. rinberg's general theory of the focusing action of electric
and magnetic fields 82
Card 216

Electron Optics SOV3514
2. Focusing in an electric field 94
3. Individual cases of the focusing of charged particles 98%
Ch. IV. Electron-Jptical Properties of Fields With Rotational Symmetry 107
1. Fields with rotational symmetry 107
2. Motion of electrons in fields with rotational symmetry 113
3. Basic equations of electron optics 115
4. Obtaining images in fields with rotational symmetry 120
Ch. V. General Properties of Electron Lenses 126
1. Classification of electron lenses 126
2. For=tlon of images in electron lenses 128
3. Approximate methods of calculating trajectories in electron lenses 137
4. Experimental methods of deter-mining the location of cardinal points
of electron lenses 141
5. Thin lenses 145
6. Object in the lens field 148
Ch. VI. Electrostatic Lenses 150
1. Diaphragm with round opening 150
2. Immersion lens 155
Card 3/6

Electron Optics SOV/3514
3. Unipotential lane 161
4. Cathode lens (immersion objective) 165
5. Electrostatic electron mirrors 172
Ch. VII. Magnetic Lenses 178
1. Long magnetic lens 178
2. Short magnetic lens 180
3. Accurate integration of trajectory equations for certain types of
magnetic lenses 185
4. Experimental determination of electron lens parameters 191
Ch. VIII. Aberrations of Electron Lenses 196
1. Calculation of geometric aberrations by the method of the eikonal
ftinction characteristic Hamilton function) 196
2. Characteristic of individual types of geometric aberration 207
3. Calculation of coefficients of geometric aberration 216
I+. Spherical aberration 219
5. Chromatic aberration 228
6. Other kinds of aberration 237
Card 4/6