SCIENTIFIC ABSTRACT KANTARIYA, VALERIAN IRAKLIYEVICH - KANTER, E.I.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000520410018-0
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 13, 2000
• Sequence Number: 18
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

RAMISHVILI, Maksim Afanaslyevich
(Viticulture) ~Vinogradarstvo. Tbilisiq Ganatlebal 1965.
4" Ps [In Georgian] (MIRA 18:7)

XAMAROVICH, Aol,, SermV tokkalk.
1;,'W
Cressaut sizing at a production rato of 240.4 meters per soutb.
Gor.shur. so.10sl&21 0 135, (MM 912)
(Irivey
loc-Ires mines 4ad wislag)

GMWDgMOp M.M. I X49UMICHO B.G.
I
In the empilp. for ho<h oonsoiauanoom.* Zdray. B41. 6 noolli46-
47 N 160, (UZIDA-MISTRICT-PUBLIC HFALTH) (MIPA 23#2,T)

sent I 3=, Tom,
Rss.-' Pucental therapy of prowture infants in the first weeks
&tier birth, ZdravBolor, ) no,10:" 0 157, (NMA 13SO
1. Is akusbersko-glookologichoskoy kliniki (say. - prof. L,S,
hrolaulnow) Muskoge maditelaskogo lutitute..
(MAM (PSIVATMM)) (NAM AS I= 02 MIDIU)

.. UrMOVIOR.-l"', doteent
roattransfusion abook reactles from ft-lucospatible bloode
Zdrav.lelor. 4 pa.3t23-25 * 058. (KM 13 r7)
1. Is akumbersko-ginokoleglaheshey klialki (savedtWashohly
Prof. L.Se hrolaninow) Minekogo meditainakogo lnstltut&.
(IN FACM) (SHM)

LQUAROVICH, L L..
Clinical aspects, prevention and treatment of merc=7 intcmication.
Zdiw. bel. 9 nool:48-52 Ja 162. (MM 15:3)
1. Iz kabineta profpatologii (zavedWusbohiy kabinetom L.L.
Y-antarovich 1 klinicheskoy bollnitsy (glavnyy vraob A.I.
Shuba) go Minska.
(MERCURY-TOXICOL-OGY)

)VI
KAWAR(NICHON.S. kandidat seUtsinskikh nauk; VINOWWaV,M., redrJctor-.
UW29W", W.","ttekhnIcheekly redaktor
[Voice hygiene] Glglenm goloma. Moskva, Goo. musykallnoe Isd-vo,
1955. 154 P. (KRA 9 - 1)
(Voice-Care and hygiene)

KLVIAROVICHo Ye.l.
Biochemical Indexes of the condition of liver function in dysenterjr
and some other diseases Inchildren, Pedistrila no.6:73-78 N-D 154*
(mm 8:4)
I* Is Institut& pedWril ANN SSSR (dir.-profoM.N.Usantseva)
(DYMMMY, in Infant and child
liver function blacheme manifests)
(MIAMO DISUSW, piwatoloff
liver fmote, biochem. manifest.)
(LIM P*bioloxy
funct. in dysentery & othero die. in childo, biochowo
manifest.)

rANTAR28 , M.
Iftufaving the Karl Vood-ftpor Combine to a new work
sobo6doe MuleaMAMbelsformes trad I saropUta 3 U0038
27-30 160. (NINA 13 18)
Morl A-S-A-X-VOWPIP ls&~SI7)
tri A.1.2.2.-4ftpor laftetry)
(bwo of Inbor)

FAYNBURGo M., kand.ekgnom.nauk, prepodavatel' politekonomii; XOZWVA, G.P.,
inth., prepodavdel' politekonomit; KANTARZHI-13--R-
Ana3yzing the conditions of mechanization in the woodpulp and paper
industry. Bum. prom. 36 no.?:22-24 Jl '61. (MIRA 14:9)
1. P:rmsk~ politekhnicheakiy institut (for Faynburg, Kozlova).
2. N chal ik lanovo-ekonomiabeskosto'otdola Mariyskogo kombinata
(for Kantarzhi3.
(Paper industry--Equipment and supplies)
(Woodpulp industry--Equipment and rupplies)

KAN TAS, K.
Results and pmapects of Hungarian tellurium research. P. 643 . (Banazati Lapok,
Budapest, Vol. 9, no. 12, Doc 1954)
SO.- Monthly list of East Empean Accessions (EFAL), LC Vol 4,, no. 6, June 1955 Unal

KAWASj K.
Significance of telluric methods in the research on geoloeicel. raw materials; also,,
remarks by E. Vadasz.
p. 295 (Magyar Tudomanyos Akademia. Fluszaki Tudomanyok Osztalya. Kozlemenvei.
Vol. 20, no. 3/4j, 1957. Budapest, Hungary)
Monthly Index of East European Accessions (F-W) LC. Vol. 7s no. 2,
February 1958

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GIHDZIJAUSKAS9 V,,, doktor mod. naukj VIXONITE-VASILIMENZ, D.1,
kand, mod. nauk; I)DRISPICMEp H.; KANTAUSKUS, V. -
RINEMAS., A., red.; ARMIS, J.# tekbn, red,
(Practical bandbook of medical microbiology) Hedicinines
mikrobiologijoo praktinis vadovas. Vilnius,, Valstybine
politines ir ao)dUep literaturos leidyk1a, 1961. 431 p.
OURA 15:3)
1, Akademiya nauk Litovokoy SSR (for Girdzijauakao),
(MICROBIOLOGY)

REDIKM, N.P. (Chernovtoy); GRISHANOVA, A#A*; vraoh-atomatolog (Moskva);
_KAWV4W,_j.A. vraoh (Kaunas); PERGAMIN, A.P. (Odessa);
ULMOT, LA.,7~zh. (Dnepropetrovsk).
Editor's mail. Zdorovle 9 no.10:26-27 0163 WRA 16 tU)

MANTRAS ~V~
Enterprise of Communist Labor. Stroitell no.8:29 Ag '61.
(MIM 14:8)
1. Predsoda.tell zavkoma profaoyuza Akmyanskogo tsementnogo zavoda.
(Lithuania--Cement plants)

RUMANWGeneral S-ction - Metrology. Iaboratory Technique. A-6
Abs -Your Ref Zhur - Fiziks, No 4, 1957, 8368
Author "nntav
I"t --------
Title ",zechoslovak Z&Ibitlon of Ilectrical, Ilectronic and
ILI -",tro-Accoustic Instruments.
Orig Pub Elektrotechniks, 1956, 4, No 8, 385-386.
Abst:-act No abstract.
Card 1/1

KANWI-V, 0. G.
KANTAYXV, G. G. "A dual-acting mechanical press fr-r gluing Itorfoletim"IP
Yekhanizatsiya otroit-va, 1949, No. 5, P. 19.
SO: U-4393, 19 Awpst 53, (Letopis 'Zhurnal 'n:&,h "itatey', 1,,o. 221) 1949).

__ KAUA=T- .
Skill and circuiespoctione Grashd.ay, 19 noo9s2D S 162*
(KMA 16 j 1)
(Aeronautics, Commorcial-Safety measures)

XANTAYRY, Grigorir Grlgerlyev.ich- YXVMICH, A.Y., kand.tokhn.nauke
w" -
SIMI'm kOVA, L.A., red.; PEMON, M.N..
takhn.red.
[Working principle and operation of truck-mounted cranes]
Ustroietvo i skeplustataiia aytonobillnykh kranov. Moskva,
V~es.uchebno-p~dmgog.izd-vo Tradrazervisdat. 1959. 157 P.
(MIRA 13:1)
(Cranes. derricks. ato.)

KANTAYEV Grigoriy Grigorlyevich; OTDELINOV, P.V., nauchn. red.;
~-Lrx
TOKER, A.M.v tekhn. red.
[operator of motor cranes] Mashinist avtomobillrykh kranav.
Moskvap Proftekhizdato 1963. 350 P. WIRA 16t12)
(Cranes, derricks, ate.)

BULGtRIA
Physiology
VATZPAN,CM, A., DONCSITKA, P., KANTCI!"V D , rnstituto of Physiologyg
4,ulgarlan Academy of Sciences
"Characteristics of the Dioclactrical Activity of the Cervical Vagus
in Chronic Experiments
Sofia, DoMady B61garskov Akademil Nauk, Vol 20, No 1, 1967, pp 69-72
Abstractt t4ncllsh articia-7 Earlier the authors carried out (A. Varbanovaq
V. Sokolov, Compto rend, Acad. Mg. Sci., 19, 1966, 73) acute experiments
with cats leadine, off continuous rhythudc background afferent Impulses
from the cervical vagus* To obtain more Information about the character of
this type of impulse and eliminate the side effect of narcotics and of
a.-ants i;-.-,;.iobi 11 zing the animals, they prepared three cats with permanently
implanted electrodes on n. vaSus. Under conditions of no external
perturbation and of a quiet animal In Isolated chambers, there apppar continuous
rhyttunic Impulses boinq led off from the vagus of not very high amplitude
(tinder 50'AV, u3ually 10 to 20 ~AV) which have a relatively stable frequency
comprising two frequency groups (one of 26-33 cycles/sce and another of
56-66 cycles/soc)o Parallel with the monotonous rhythmic impulses of not
too high an amplitude and rather stable frequency, there Is another set of
1/2
2/2

Dmm. N.I.. insh.; ZUMIROT D.Da--insh.; ZWKWIll, V.N., insh.;
mmov, T. go. Insh.; 012=1 , Y~,P,, Lush. (13ologorek)
"I"raff to orpLutmalklan 1n rallroed transportatioe by F.Pe
Zachneve Rewl by NaleDwmwv and others. Zhol.dor.transp.
41 no.22892 1) 159. (NIK 13:4)
(JkUraM6-Tftfflo) (Kwhwv, P.P.)

POLMIN# P*Ieg profel doktor takhn.nauk, red.; GRINBERG, B.G., doteent.
ksnd.tekhn.naukL-~KAWXN~IKS ~Kdo~~sentp kand.takhn.nauk;
ZHAD N, T.T., dotsent# kand.tekhn.ukik; VASILOYST, D,I., doteant,
Imnd.takhn.nauk; T.-ABIM, B.G., dotsent, kand.takhn.neuk,
nanahnyy red.: LAKERIN. Tu.M., prof., doktor takhn.nauk, rateensent;
KITAYTM, V.A., dotsent, kand.takhn.nauk, rateanzent; RAZYGUYET,
A.K.0 inzh., rateensentl TUDIRAg L.A., red.isd-va; RYAZANOV# P.Ye.g
takhn.red.
[Technology of metals] Takhnologiia metallov. Pod obahchal red.
P.I.Polukhina. Moskva@ Gos.isd-vo lit-ry po stroit., arkhit. I
stroit.matarialam, 1960. 46o p. (NDU 14:3)
1. Kofedra sistallovedenlys Moskovskogo avtomobilluo-doroshnogo
institute (for Lakhtin, Ilitayteev, Razygrayev).
(Metals) (Metalwork)

JV'JlT,-,'fllKl S.K.; S11YATKIN, B*K*
Vibration packIng of foundry moldi under htgh prersure, Lit,
proizv, n0.3:31-34 Mr 164. (MPA 18:9)

KA M NIKI S., doteentp kand.tekhnnauk
I Life requires it. VTO 3 no.9-.11-14 S 161. (HIPA 14:8)
1, Rektor Vuesopsnogo, saochnogo yolitekhnicheokogo instituta,
(Technical education) (Research)

KANTO(, Adalbert, dr.; HABAN, Jan, dr.
Rare primary soleroma in the palatine tonsil. OriOletil,105
no.22tlO35-1035 My 31 164.
1. Allami Korhas, Pleatan): (CSSR)I, Dermatologiai Ooztaly es
Orvooi Tovabbkep~o Inteseto Trencin (CSSR), Dermatologiai
Osztaly.

SOLODKOV,, Mikhail Vasillyeviobs kand. ekonom. nauk; YANM, A.I.,p
red.j ATROSHCHM, LaTe., tekbn. red. 1%
[socialist capital reproduction under the conditions of the
building of comminj Botsialiaticheakoe rasahirszn~e Too-
Proizvodstyo v ualoviiakh stroiteltstva ko=mizma,, Koakva.,
1961. 28 p. (NarodvVi universitet kulltury. Obshchestvenno-
politichookii fakul 'tat, mo,18) (MIRA 15:3)
(Econmioe)

CRISTOVp A.A.1, XWER, A.L., red,j SAVCMW, Yi.V., tekhn. red.
.11 ... ....................
("The relay racom of commiam] Zatafeta, ko==izzis, Moskyap lid-
vo w2usimis,' 1961* 39 pe (Narodmyi vniveraitst ku.Iltux7l Tokbni o- I 1~:
ekonomiobaskii fakul'tets n0.1) (KM 3-4:9)
(Iffioiency, IndustrW)
I f

TATUR, Sergey Kuzimichp doktor ekonom. nauk; KANTER, A.IJred,~ NAZAROVA,
A.S., tekhnored,
(How wages are paid to the workers of industrial enterprisesl Nak
oplachivaetsia trud rabotnikov na prorVshlcnzWkh predpriiatiiakh.
Moskva, Izd-vo 117minie,". 1961. 38 P. (Narodrjyi universitet kulltury:
Fakutlitet tekbniko-ekonom~chesldi, no.6) NIRA 14:11)
(Wage payment systems)

KONFEDERATOV, Ivan Yakovlsvichp profej KANTER, A,I., red.; NAZAROVA,, A.S..,
takhn, red,
(Present-da:y power engineering) Sovremennais, snargetika. Mo-
skva., lad-vo llm-als," 1961o 39 P. (Harodayi universitat kull-
tur7o Takhniko-ekonamicbeskii fakulltat, no,19) ' (MIRA 15:3)
(Power engineering)

RAKOVSMp MikbailYevgenlyevichl RODOV., A.B.p red.; KANM,, A.1.9
red,l NAZAROVAp A,S.p t4din, red.
(Top priority]Rapravlonis nower odin. Pod obshchei, red. A.B.
Rodova. Wo*va, Isd-vo NZnenl $0 1962. 47 P. (NarodiWi univer-
sitst kullturys Tokhniko-skonomicheskii fakulltet, no.7)
(Automation) (MIRA 15:9)

KASITSKIY, Illya Yakovlovich; "FIV --red.j RAKITIN, I.T...
tekhn. red. A#-"
[On the "industrial virgin landINIO "Promyeblennoi tseline.0
Moskyap Izd-vG "Znsm4e.w 1962. 1+5 P. (Narodr7i univeraitet
kulltury: Tekbniko-Ammicbeskii fakulfteto no.9)
(KERA 1529)
CrrAu trial managwent) (Technological innovations)
I

Z- ". --- -'-- - - -- - -
VIXOTIYZV, Alsksandr Isayevich;KMTER, A.I., red.j NAZAROVA, A.S.p
tekbno red.
[in fu3.1 Moon; informal discussions on modem Soviet eccuomy]
V rastsvete sill bemAy o soyrememoi. sovetskoi ekonomike. 14o-
elm, lzd--yo Oftanies" 1962, 54 p. (Narodmyi universitet kull-
turys Tekbulko-ekonomichaskii fakul'tetp no.11) (KERA 15:12)
(Russia-Economic conditions)

LYUBASHCHOKO, Ivan Grigorlyevich; KANTER,,A.I., rod.; RAKITIN, I.T.,
tekhn. re.d.
(Solid, safe, lasting) Proohnot nadeshnot dolgovechno, Mo-
skva, Isd-vo "ZnaaieN 1963. 31 P. (Marodnyi universitat
kullturys Takhniko-ekonomiohookii fakulitet, no.?)
(MIRA 160)
(Industrial organization)

MEZENTSEV. Vladimir Andreyevich; red.; MKITIN, IoT.p
tekhn. red.
(Our friend, chemietty) Nash drug - khimiia. Moakvap Itd-
vo "Unnies" 1963, 70 P. (Narodvii universitst kulltux7o
Takhniko-eko mmiabookii fakulltat, no.12) (MIRA 17o1)

MDUZDVO Pavel Alokoandroviahj KANTER, A.I., red.; NAZAROVA,
A.S., tekhn, redo -1.1-11-.0",-, '.-
(Economics is everYbodyte business] Ekonomika - delo
kszhdogo, Moskva., Izd-vo "Znanis.," 1964. 78 p. (Na-
rodqi universitets Tekhniko-okonomicbeskii fakulstet,
no.1) (MIRI 1712)

LOPATNIKOV; Leonid Isidorovich; aM, A..~.p red.1 RAKITIN, I.T.p
takhns red& w
(Tacbnology and economical Tekbnlks i okonomika. Moskvap
Izd-vo "Znanie,," 1964. 79 p. (Narodrqi universitet kull-
tury: Tekbniko-ekonomicheskii fakulltet, no.2)
(MIRA .170)

bLIGHt"V, ! I
flotlz Yeflmovich; K i., 1-(Yi:
[Vor progroijiva work normal Za mrl-i t!uda, zovusi,chic
vper!?6. Moc~va. lzd-vo Unanlo," 19H.. 716 r,. O,arcomyi
i!!Avornitet *vi;l-'iur,,. fnkiilltet,
ro.,!) (1-: 1 '.-~ -1 17: 8)

YUMIMSEV, Edgar AleksandravIch; KANTIE"'i", A.I., red.
(Awakened.liants; how to search for and find pruduction
potential Ra--buzhemWe bogatyrAi o torn, kak A.-kat' I
nakhodit' rezervy proizvodsfva. Yloukva~ Izd-vo "Znanie,"
1964. 77 Po (Narodnyi univeraitet kulltuxy: Texhnikc~-
ekonomichoskil fakulltet, no.8) OX-MA 17:8)

GOUJBI, Andrey Mntveycvi(.h; &4INTIR, A.I., red.
[Metals for the atomk age] Vatally utomnogo veka. Vc~--
skva, lzrl-vo "Znanle," 1964. 76 p. (Narodnyi univerultet
kulltur-j- Tektjdko-ekoncjrlchet;kii fak~jlltet, nro.11)
WTHA 17: 12)

NEMCIIIl'.'OV,, VFA,iilJy skedemik (deceanedi; KAIJLER~ ,
A.I... rf-d.; WAYAN, V.L., kande okon. naukp M.'
(&onomics and mathematics] Ekeno'mika i matecatika, Mo-
skva., lzd-vo "Znania," 1965, 67 p. (Narodryi universitatt
Tekhniko-okonoodeboo-kil fakulltetv no,6) (MilA 18:7)

FOLUYiUJOV, Viktor Trofimovichl DIYAKOV, Anatoliy Yakovlevich;
]KA--NjIR,-"j red.
[Everybody likes the beautiful# the useful, the durable,
the cheap ('111otto - perfect quality")] VsAm priiatno kra-
sivoe, poleznoes prochnool diahwiom ("Davis - otlichnoe
kacheatvo*). Moskva, lzd-No "Znanie," 1965. 79 p. (Na-
rodn i universitets Tekhniko-ekonomicheakil fakulltet,
n07 (MIRA 18:8)

REYNBERG, MJkliail Garmanovichs kand. tekhn. nauk; LA.NTER A01.)
rod.
(Horizons of computer technology] Gorizonty vychisli-
tellmi tekbniki, 2. dop. izd. Moskvao Znarie. 1965.
93 P. (Warodrqi universitot: Tokhriiko-okonamichookii
fakulltets no.9) (MIRA 18:10)

AUTHOR: Kanter, Boz*
S/139/60/000/03/025/045
9032/9314
TITLZ: On the Injection in the Microtron
PERIODICAL: Izvestiya vysshikh uchabnykh zavedeniy, Fizika,
1960, Nr 3. PP 138 - 141 (USSR)
ABSTRACT: An analysis is.given of the phase stability region of
a microtron and it in shown that the injection system should
ensure a short (less than 300) electron bunahjlon the first
orbit with a narrow (about 8%) energy spectrum. This
requirement Is not satisfied by the injection systetq in
existing microtrons owing to olectrostatic emissio rom
one of the el&ctroden of the resonator. A rough estimate
shows that electron losses on the first orbit can be
reduced by several times if the electrons are suitably
bunched before injection into the accelerating resonator.
Figure 4 shows the suggested scheme for an injector with
preliminary bunching of the electrons. In Figure 1, 1
is the accelerating resonator, 2 is the waveguide,
3 is a coaxial lead, 4 is a phase-shifter, 5 is an
attenuator, 6 is a modulating resonator, 7 is the
Cardl/2 electron Sun and 8 in a deflecting capacitor. The

B/139/60/000/03/025/045
On the Injection in the Microtron Z032/R3l4
-~kam~lls thus modulated in velocity on passing through
the gap of the auxiliary resonator, whose phase can be
regulated and is rigidly related tto the phase of the
accelerating resonator. There are 4 figures and
4 roferences, 1 of which is German, 1 English and 2 are
Soviet.
ASSOCIATION: Tomskly politekhnicheskiy institut imeni S.M. Kirova
(Tomsk Polytechnical Institute imeni S.M. Kirov)
SUBMITTED: May 6, 1959
Card 2/2

Al
KANMO B.Z,
Electron-ray function converter, Izv. TPI 105t2lO-221 160,
(NIPA 1Y418)
I* Predstayleno nauebwn Seminarom radiotakhnichookogo fakulltsta
Tomskogo ordew Trudo*do Krasnogo Znawni -politeMmicheskogo
instituta imeni SoN, Kirows,
(Ileatrosio instruments)

S/275/63/000/002/008/052
D405/A)301
MTHOR: Kanter, B.Z.
TITLE: Injection syntem of microtron
PERIODICAL: Refarativr*7 thurnal, ",31ektronika i eye primaneniye,i
no.'29 L965, 59, abstract 2A350 P (Slaktron. uskori-
tali, Tomsk, Tomaldy itn-t, 1961, 157-IGO (Collection))
TEXT: The injection system of the microtron determines the
energy-, phase and apace dietri~ution characteristica of the elac-
trorLs t,; be accelerated. It was earlier entablished that stabls
electron acceleration will take place in those cases in Which the
pl-Lace o~ electron passage through the resonator gap v4.11 lie in a
reZ~ion of maxim= width of about 300, and the ener-gy will not ditfer
from i-.s resonance value by more thaa 1 4%. These rewalts ti-ere ob-
Ia_-nad for most favorable operatino conditions when the increment
.n revergal time of electrons in the magnetic ife'ld after onc passage
of tl-~e resonator gap is equal to one microwave volLtage period. Yet
.' ; st_'-,Aplest to inject low-ener alectror-ts for acceleration. Tra
__ Ls
_Ic.cessary values of the electron fynjection-phasa into the ro.Gonator
.ard

' .,J'/275,/(j,'!,/000/002/008/032
Injection system of microtron D405/1)301
can be obtained by determining the transit angle of the electrons
through the gapt th-;! acquired energy and the first-orbit transit
angle of electrons in the mapetic field, by integrating the equa-
tions of motion of electrons in the microwave field of the resonator.
The resalts are given of calculating the injection phase of clec-
trons for a 10 eta wavelength, a resonator pap-width of I cm, a rea-
Onator voltage amplitude of 530 ItV and a nka,-,nctir fielcl' strength of
L0,70 oc-I.-Sted. From the graph for the in tho resonator
nt the morie-nt oAl" the second clectron paisave throuO tl-,c middle of
c..ccclerating, gap veraus z-,lectroii en,'.,rgy dcviationG from the res-
,ion of
Wiance value, expressed in percent, one Octerrunez, the reg
phase- and energy characteristics which correspond to stable accel-
eration. Electrons sinich start their motion in the rosonator gap
in a ~Pltiase interval of approximately 55 to 750 can ),:! ac,7:clerated
stable. In microtron injection dueto evaission from one. of
the resonator electrodes, the max'Mum f:',cl.d emisnion current occurs.
at a phas-_ of 900 of the sinusoidal;!7esonator voltage, %,.rhcreas the
wid,,-,h of the current pulse from the cold cathode ~G 40-500, There -
Card
2/.3

S/275/63/000/002/008/032
Injection system of,microtron D4051D301
Accelerated, whereas the major part of the electrons is wasted.
Several ways are irAicated for incroaoing the efficiency of the elec~-
~ron acceleration process: 1) in6reasing the range of stable input
ihases; 2) broadening the current pulac o,-- the injected electrons;
shifting the current pulse of the injected electrons towards the
fegion of stable input phases. The range if stable input phases
can be i.,ridened by reducing the magnetic0field strength in the reg-Lon
of the first orbit. Thereby a GtabL3 clec-:ron acceleration with
input phases from approximateLy 45 to 750 becomes permisaible. A
V-shaped tungsten cathode vdth a fil=cn4.- 0.1 mm in dianeter and
4 = in length, and an anode-cathode distance of about 1 =, gave a
current of uD to 400 mA at 18 W. 4 refen--tneao.

KANTER, B.Z.; LERMONTOVv V.V.; NDSKOVv D.A.1 YUSIJKOV, Yu.G.
A 5 Mev. microtrone Izv. TPI 122s45-49 162.
(MIRA 17s9)

4?, 342 0'
AUTHOR: Knnter_L_U_,~__
TITLE: A study of the
accelerated by
resonator
30387
S/139/62/000/001/013/032
E032/ElI4
energy spectra of electrons
the electric field of a microtron
PERIODICAL% Izvestiya vysshikh uchebtiykh zavedeniy,
Fizika, no.1, 1962, 84-87
TEXT: It is pointed out that the injection of electrons in
existing microtrona is achieved by field emission from the
surface of the electrodes in the accelerating resonator. In a
previous paper the author showed that the length of the inJected
current pulsei~ is about 1/10 of the period of the high-frequency
field and that these pulses are in phase with the latter. This
method of injection sufCers from certain disadvantages, namely;
the field emission from the cold surface of the electrodes
cannot be controlled and varies with time, and, secondly, owing
to the large width of the energy spectrum, only a small fraction
of the otal number of electrons enter the second and subsequent
Card 64

A study of the energy apectra of #00
S/139/62/000/001/013/032
HOWLUA
orbits. It was shown that the situation can be improved by the
use of field emission from a hot cathode. The present work was
carried out in order to determine the form of the electron
energy spectra obtAined with field emission from hot and cold
cathodes. The energy spectra were measured in the microtron of
the Tomskiy politeklinichoskiy institut (Tomsk Polytechnical
Institute), using the method illustrated in Fig-3. The resonator
2 was located within the uniform magnetic field, whose magnitude
was chosen so that circular electron orbits corresponding to
maximum energy lay inside the vacuum chamber 4 of the
microtron. The hf power was fed into the resonator from a
magnetron oscillator through the waveguide 1. The electron
current was measured by the tantalum collector 5 fixed to the
end of the movable cyliadrical rod 6, which in turn was
connected to the electrometer 7. The magnetic field was about
150 oe. The cathode 3 was in the form of a tantalum ribbon.
The results obtained are illustrated in Figs. 4 and 5- Fig.4
shols the energy spectra (collector current versus orbit
dianiter in cm) for2,'& tantalum cathode at room temperature
Card 2/4

A study of the energy spectra of ...
Fig-3
Fis-5
5/139/62/ooo/ool/013/032
E032/E114
Fig.4
~L7-
J00 V',
Card 4/4

IAXTr' - Zo
. ~s
Uso of a thersionle eathode It a microtron. Xxv. 0 UM Ow.
f.1s. 26to.n$1353-1356 1 162. (MU 15222)
(Partials aecelentam) (Therwdonic adasion)
(Cathodst)

ACCESSION NRs AR4022439 S/0058/64/000/001/A037/AO37
SOURCE: Rzh.,Piaikao Abs. 1A339 J
AUTHOR: Kanter, B. Z.t Lertmontov, -V. V.; Noskov, D. A.; Yushkov,
Yu. G.
TITLE: 5-MeV microtron
CITED SOURCE; Xzv. Tomskogo politekhn. in-ta, v. 122, 1962, 45-49
TOPIC TAGS: microtron, microtron characteristics, microtron elec-
tromagnet, particle accelerator, accelerator, electron injection
TRMSLATION: The S-MeV microtron of the Tomsk Polytechnic Institute
is described (RZhFiz, 1963, lA401--403). The high frequency section
of the amplifier includes a magnetron oscillator, two phase shifters,
an absorbing load, and a toroA~-dal cavity With 0 of approximately
2000. The electromagnet poles had a diameter of 55 cm and the mag-
Card
1/2

ACCESSION NR: AR4022439
netic core had a cross section 30 x 12 cm. All the main units of
the accelerator were constructed in 1959. During the starting,
problems involved in the optimal coupling between the resonator and
the waveguide were investigated, along with the possibility of using
,an incandescent cathode for electron injection. The current.attained
;to date on the ninth orbit (5 MeV energy) is several microamperes
,,per pulse. K. Belovintsev,
!DATE ACQs 03Mar64 SUB CODE: PH, SD ENCLt. 00
Card 2/2

5lUlZU,b4iO()U/O()4/C)OZ8/0031
T he r e skilts of re mode- I i n o4

mlelexrun, -for which the authoru are gratoW. Oriz. art. h"!

70mikly P-olftekhnfche.FikiV r'.91A .1 --..L
ampla-wo-dow"m Ns

I Isom,
OEM 4.1-21,01
I

ACCESSION NRI AP402449.3 B/0142/64/007/001/0098/009
9
AUTHOR:
TITLE. Adjustable-waveguide attenuator for high power level
.SOURCE: IVUZ. Radiotekhnika, v. 7., no. 1, 1964, 98-99
TOPIC TAGS: microwave attenuator, waveguide attenuator, high power
attenuator, water cooled microwave attenuator, high power microwave
attenuator
ABSTRACT: The attenuators t83tcd were glass cyliMers 380 mm long, with
conlcal-en6; 1=ier diameters of th~ conter doetion raMed from 8.3 to 9,7n5,-.
Power lossez;ln the vavegulAe were absorbed as lisat by water cirmaatiic
through an inner glass tube in the cylinder. The attenuation pro-
is
duced in a 44 x 72 mm rectangular waveguide could be smoothly varied
by moving the cylinder from the waveguide wall toward its center.
The SWR did not exceed 1.08. The attenuator was tested with pulsed
power up to several megawatts. The power absorbed could be measured:,
with a differential thermocouple registering the difference in the
iplet arld outlet water temperature. Orig. art. has: *2 figures and
forroula,
Card - 1/3
- ----------
-- ----------

ACCESSION NR:
AP4024493
ASSOCIATION: None
SUBMITTED: 25Mar6.3
CODE.: SD
Cad ?/3
DATE ACQ: 15Apr64 ENCLt 01
NO REF SOV:. 000 OTHn: 000.

ACCESSION NR AP4024493
4
Construction of variable
wavegtade attenuator
1-glass cylinder, 2 - conical
cylinder ends, 3 - waveguide
4 - tube with cooling water
Card 3/3
41
Fmquency characteristics of altenuatows
~dth diffemnt dwmters

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KANTER, B.Z.; YUSHKOV, Yu.G.
.- -4-
Design and characteristics of a 5 Mov. m1crotron. Prib. i takh.
ekap. 9 no.4;28-31 JI-Ag 164. (MIRA 17:12)

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KANTER, D. To. ENGINEER
Cand Tech Sci
Dissertations "Obtaining Colored Viscose Silk by Introduction of
Stabilized Suspensions Into Viscose Spinning Solutions."
27 Oct 49
Moscow Textile Inst
SO Vecheryaya Moskva
Surn 71

Af,~f
sum hibm.- a U
, c
" 1. wr
.w A
inw. is ON*"
dw . fths"Not -1"
Z;~-"Tbbl-l od AM" -0 i 11: w
im , -

Ivm_ n 0, naucbWy votradnik; XMMASOTA, T.A., uauchW sotradnik;
WWSIM, O.M.. kbimik
Choice of dyes to be used to dyeing rayon. Tekst. prom 18
ne.9tl6-17 8 158. WRA 11110)
1. YeemoyusWy saacbso-insledovatel'skiy Institut Iskumstvannoco
volokna (for Kanter. Nskrasova), 2, Derbonevskiy kbimicbeekly
sayod Iment Stalins, (for Golovenke)o
Orea and dreing-Raron)

KARM, D*T8j NIMSOVA~ TOA,
0=WANNM--*W
Partioular prooodurve for dyeing ohlorlde silk. Xhime volok.
noo2:72-74 159~ (JaRA 12:9)
loVessoyusnyy nauchuo-Issledovatelskly Institut Inkumstrennogo
voloku.
(Byes and dyeing-Textile fibers, Synthetio)

KAJMR, D.TS.; HIEWOVA, T.A.; XARXANCITA. N.D.
oft-
DetermThing the concentration of acetone-soluble dyestuffs in
a fiber and.in the spinnirg bath. Xhim.yolok. n0-3:61-62
059. (KIRA 12111)
Is Tsesoyusnyy mobno-lesledovatellskiy institut iskusatwennogo
,wolokm (TRIT).
(Dyes and dyeing-Textile fibers, Synthetic)

All -
43_1
4~
NO, 0 a.. .-SIR
iz.
RUH
-vr. 9 tog
: .
g
N D ;1 1:2 0
Jl~ I ;I
i 0 Id
'iT 3 1.1 N _.
a
I
all 1 1.52 Out
ma

S/183j60/OOO/OO4/010/014/XX
B004/DO75
AUTHORS: Leyni, A. A., Sokolova, 0. N.
TITLE: The Properties of Dyes Soluble in Acetone
PERIODICAL: Khimichaskiye voloknal 1960, No- 4, PP- 31-39
TEXT: To a growing extent, dyes soluble in acetone are used for the dyeing
of acetate rayon. Thearrecently have been synthesized in the Derbenevskiy
khimicheskiy zavod (Derbenevskiy Chemical Plant). Here, hydrophobic dyes
with a Cr or Co 1:2 complex and the series "Orazoll", "Telazoll", and
toIrgatset" were concerned. For the practical utilization of these dyes, theft
solubility must be known. In the preceding studios made in the physico-
chemical laboratory of the authors' institute by means of an electron micro-
scope with a resolving power of 50 A, V. P. Kovaleva has found that the
solution of these dyes oontains
20go visible particles. The authors discuss
the solubility of the dyes at C. The test portion of the dye 0-10 g,
in some cases up to 30 g) was dissolved a) in 50 ml of acetone; b) in a
50-ml mixture consisting Of 5~ water and 95~ acetone (the data obtained did
not differ from those of a)); c) in a 50-ml mixture consisting of 10%
ethanol and 90% methylene chloride. Solubility was determined gravimetrical-
Card 1/7

The Properties of Dyes Soluble in Acetone S/183/60/000/004/010/014/XX
B004/BO75
ly as well as colorimetrically by means of an 4)BK-M (FEK-M) electrophoto-
colorimeter. 16 dyes were studied. Examples of the principal structure of
these dyes are given. They belong to the following groups: 1) hydrophobic
metal-containing monoazo dyes with Cc or Cr 1:2 complexi 2) metal-contain-
ing monoazo dyes with Cc or Cr 1:1 complexi 3) dyes for acetate rayon which
are dispersed or soluble in fat; .4) a phenyl phthalocyanine dye with four
heptyl sulfamide groups in the molecule. Fig. I shows the dissolution
kinetics of these dyes. In all dyes a dependence of the concentration of
their solution on the teat portion was found. With a test portion of 30 g
in 50 ml of nootone, the dye soluble in acetone yellow r -19K (G-19K) at-
tains a 1301,1'..,ilitY of 436 g/1. For this reason, also the quantity of dye
which remaine-1 unsolved in different test portions was determined. The
proportion by weight between the dissolved and the undissolved portion
is proposed as a new characteristic value for the evaluation of dyes and
the elaboration of dyeing prescriptions. The solutions of dyes soluble in
acetone are polydispereel a partial association occurs, The solubility
of hydrophobic metal-containing monoazo dyes with a 1:2 complex with a teat
portion of 5 g in 50ml of acetone was on the average four times higher
than that of the known dispersed dyes with a 1:1 complex, Introducing
the rhodamine base into the dye structure lowers the aolubility of the dye
Card 2/7

The Properties of Dyes Soluble in Acetone
S118316010001004101010141XX
B004/BO75
in acetonef however, in ethanol methylene chloride it JB con.-dderably increased - In
the NIONK im. K. Ye. Voroehilova (Scientific Research Institute of Organic
Semifinished Products and Dyes imeni K. Ye. Voroshilov) good results were
obtained in the dye fastness test with rayon dyed with these dyes. Reference
is made to papers by Ye. A. Yeller and B. A. Foray-Koshitoo P. V. Moryganov
and B. N. Mellnikov, S. A. Pankova, 0. M. Golooenko, and A. A. Cherkasakiy,
S. M. Lipatov and 1. M. Movahovich, Ye. G. Grimm, and T. A. LTekrasova. The
authors thank Ye. M. Alekeandrova, Professor of the MKhTI im. D. I. Mende-
leyqva (Moscow Institute of Chemical Technology imoni D. I. Mendeleyev) for
discussion and L. G. Krolik, Senior Scientific Worker of the Scientific
Research Institute of Organic Semifinished Products and Dyes imeni K. Ye.
Voroshilov, for synthesizing the phenyl phthalocyanine dye. There are 6
figures, 1 table, and 26 references: 20 Soviet, 1 US, 1 British, and
3 German.
ASSOCIATION: VNIIV,~All-Union Scientific Research Institute of Synthetic
Fiber
Card 3/7

S/183/60/000/004/010/014/XX
B004/3075
Legend to the formulas: a) Blue X for acetate rayonj
in fatj o) Bordeaux K, soluble in alcohol; d) Blue,
e) Yellow Z, soluble in alcohol; f) Orazoll blue 2V.
Legend to Fig. 1; Orazoll yellow 3R (20 9/50 ml); 2.
purified; 3: ditto 10 g/50 mli unpurified; 4: Orange
5: Bordeaux K 5 50 ml; 6: Orange 2)K (M) 5 g/50
mixingp hoursp b Solubility 9/1.
b) Dark red, soluble
aoluble in alcohol;
Bordeaux K (10/50 ml)
4)K(4Zh) 10 9/50 ml;
ml; a) Duration of
Card 4/7

0 NHOI,
4 1
CQ. Q
8 kHCHCHai
OIHHA K% AM AIXMTHOrO WeAU
OH
~.O-N-N-n-CH.
-CHs V-N=N
)KjjpopaCTWpJWWA TeMHO-KpaCHWA
NO,
N=N-
op-OH
Card 5/7
S118316010001004101010141XX
B004/BO75
P N
N-6
ICJ41 N
NH-01(\GJ4)"
_N
C~o
N
0
A Mly6DA d)
RW

NO
0 A, \0
H N
cup~o~mopmwA 6opAo K C)
ci/183/6o/ooo/004/010/014/XX
~B00A/A075-
COCHI
floss N-N-Ik c-NH-cH, X-
cniqffopacTaopmuO weavuA 3
ON-aN-~ C C-CH, (HAC2)2N 0 N(CHjl +
I A
0 6/1 \4~
\/\C"
N
(7>-N 0 ^-COOH
\c/
Card 6/7 HCA -N-N-0-NO,
Opans 28

c4-
4 0 4,,w-v,",dw.,Ve lie
S/163/60/00004/010/014/xx
B004/BO75
Card 7/7

JwT9Rj--DvTSTt-USHAKOVAj A.N.,- SOKOLOVA# V.A#
Waterless combing oil preparation for treating acetate ailk. Mix,
volok. no.6:44-46 161. (.%ff.RA 14:12)
1. Vsesoy"rrj7 nauchno-issledovatellskiy inatitut iskusstvannogo
volokna.
(Rayon)

KANTER D TS I LEMp A.A.; GRINMO Te.G.,; KRAYNOVAq K.M.
)bthod for eteck dyeing of acetate rayon. Xhim, volok. n0-3:
46-50 10. (MIRA 1617)
1. Vossoyusnyy nauchno-ionledovatellskiy institut iskusat-
vennogo volakna (for Nantert leyni). ?o Serpukhovskiy zavod
(for Grim, I.Imynova).
(Dyes and dyeing-Rayon)

MASLENNINOV,, K.N.,, nauchnyy ootrudnikj ZAYTSKVA, Ye.V.,, nauchnyy sotrudnik;
KINTFR, n-T-Q-. ftUchnyy sotrudnik; OBMIOVA,, R.N., nauchnyy sotrud-
nik; BULANOVA, I.G.., nauchnyy sotrudnikI GORDEYET., N.I.; SUMINA.,
N, M,
NXylital 0-15" preparation for the avivage of viscose staple fi-
bers produced by the dattkon spinning method* Tekstoprom. 24 no.ls
40-43 Ja '64e MEBA 1713)
1. Voesoyuznyy nauchno-isoledovatellskiy institut iskusstvenno 0
volokna (for Maslennikov,, Zaytsevat Kanter, Obukhova,, Bulanoval
2* Olavnyy inzho rakhromakoy pryadilirptkatakoy fabriki (for 9r-
deyev). 3. Zaveduyushchiy proizvodstveWy laboratoriyey Yakhrom-
ekoy pryadillno-tkatakoy fabriki (for Surnina),

KUTERp D. TS.
Work of the primary organization of the Mendeleev Chemical
Society of the Ill-Union .9-iontifio Research Institute of
Artificial Fiberse Zhur. Vft,*'),no*5s581-583 16/+ (MIRA 18:1)

SEREBRYAKOVA, Z.G.; KANTER, D.TS.1 ZABRAN.. K.S.; ZHERDEVA, L.G.; POTANIHAp V.A#
X6thods fortesting mineral oils used in the manufacture of
acetate and viscose cord fibers. Khiz. volck. no.lt62-U 165.
(MIRA 18s2)
1. Vessoyusnyy nauchno-looledovatellskiy institut Iskuastvennogo
volokna (for Serebryakova, Kanter, Zabran). 2. Vaesoyuznyy
nauchno-iseledovateltakiy institut po pererabotke nefti i gaza
i polucheniyu iskusetyennogo zhidkogo topliva (for Zherdeva,
Potanina),

PROZOROVSKIYq V.I.# zaal. deyatell naukip prof.0 otv. red.;
ERONNIKOVAO M.A.p prof.0 red.j GRCFiOV# L.Lp profs., redo;
KANTE&_4,L,_pt. nauc" sotr.p red.; KOLOSOVA, V.M.,
-Ntl. nauchn. sotr., red.; KUBITSKIY, Yu.M.j, prof., red.;
MITYAYEVAI N.A.0 at. nauchn. sotr.p red.; RUBTSOV, A.F.p
at. nauchn.sotr., red.j SMOLIYANINOV, V.M., prof., red.
(Transactions of the Fourth All-Union Conference of Forensic
Medical Experts] ~Imrnik trudov chetvertoy Vaesoyuznoy kon-
ferentaii sudebmykh medikov. Rig%# M-vo zdravookhraneniia
SSSRI 1962. 588 p. (MIRA 17:13.)
1. Vsesoyuznaya konferentsiya sudebnykh medikov. 4th, 1962.
2. Naucbno-iB&ledovatellskiy inatitut sudebnoy meditsirV
Ministeretva, zdrwvookhraneniya SSSR (for Gromov, Bronnikova',
Kanter, Mityayevaq Rubtsov). 3, Direktor Nauchno-issladova-
tel'skogo inatituts, sudebnoy maditsiny Miniaterstva zdravo-
okhraneni7a SSSR (for Prozoravski7). 4. Zamestitell Predse-
datelya Uchenogo meditsinakogo soveta Ministerstva zdravo-
okhraneniya RSFSR (for Smollyaninov).

YAMTR) Elie
11,14nIzation ot int-erpravinum zeJlcc-',~-gal 'ab,7ratortcs. Sud,-v d.
3 rx.2134 Ap--T-~ 160. (MTRA, 1936)
institlit. -3udebn,)y meditsirq (dir. -
prof. V.I,Prozc:-o7ekjy) Mr.ster3tVa ziravo-Ahrananiya SSSR.

XOM9 14,; BAWAUROTg T.As
assults of a motive of the chief Imal me"Gal experts of the
Union Republics. led.-Md. okspert. 2 U0.3t96-0 J2-8 059.
(Mlli 1000
1. J~mobuo-lsslsdowatellskly luatitut sudebuoy mdltslzr (dlr, -
prof. V.I. Promerowdely) lialsterstym, sdrevockhranoulys, SM
(MICAL JM~~)

nOZOROVSKIY' T.1.1 KANTIM I STOYAROY, B.S., red.; LTUDNOTSEATA,
N.L. to red,
Lcollooted moterial on organization and methodology In forensic
Sbornik organinstsionno-notodicheakikh meterisloy po sudebuo-
moditainakoi okspsrtise. lzd.2. Koakya. Goo.izd-vo md.lit-ry.
1960* 479 P. (KIRA 14t2)
(MICAL JURIORUIMCB)
Ir

KANTER, E. I.
OrganizAng interprovincial medicolegal laboratories; review of
readerog letters and conference speeches. Sud.-med. ekspert.
4 no.4:43-44 D-N-ID 161. (MIRA 14S.12)
(MEDICAL 1ABOATORIES)

FROZOROVSK119 V.Ioj KWERpS.Io
Measures for the improvement of madicolegal expertise in the
U.S.S.R.; order No.166 of the Minister of Public Health of tLe
Soviet Wont ieffued April 10,1962, Sud,-medsekapert, 6 no,2s
3-8 Ap-.Te'63. (MIRA 160)
1. Nauchno-issledovatel'skly institut vWebnoy mediteirq (dir.
prof.V.I.ProzorovBkiy) Mininterstva adravookbrananiya SSSR.
(MOICAL JTURISFRUDENCZ)

KANTERO E.I.
Conference of the chief sediaolegal experts of the Union
republics. Sud.-med. ekspert. 8 no.203-55 Ap-Je 165.
(MIRA 180)