SCIENTIFIC ABSTRACT MINSTER, M. N. - MINTS, A.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001134430001-4
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 14, 2000
• Sequence Number: 1
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

KRITSKIY, Ye.L.; MINSTERO M.N.
New metal detectors for ferromagnetic ores. Obog. rud. 8
no.2:27-31 163- (MIRA 17:2)

KRITSKIY~ Ye.L.; MINSTER, M.N.
-1
Industrial television sets for mining, ore dressing and
metallurgical industries. Stall 23 no.10:956-957-0 163.
(KIRA 16:11)

XRITSKIY, Ye.L.; MINSTER, M.N.
Inatrments and devices for controlling the leve2 of hopper
loads. TSement 29 no.4:/+-5 n-Ag 163. (KIRA 16: 11)
1. VaeooyuzW nauchno-iogiledovateltakiy i proyektWy
institut mekhanicheekoy obrabotki polesnykh inkopayemykh.

BAROCHINAP B.Ya.; KATUSHKINI V.P.; MINSTER. V,Sh.1 PITINOVAp L.V.1
PAROVA, L.N.; TRUSOVA, T.S.' ~" ~-- ~' " '
Testing of a unit for the recover7 of carbon disulfide.
Xhim, volo)r. no.4:69-73 163, (MIRA 16:8)
1. Vvesoyuznyy nauchno-iseledovatellskiy inatitut iakuset-
vennogo volokna. (for Barochina, Hatushkin, Mnster).
2. Kalininskiy kombinat iskusstvennogo volokna (for
Pitinova, Panova, Truso-a).

MIN'TA, Przemyslaw
Peritonitis fibross. ancapsulans. Pol. przegl. chir. 37 no.8:797-
798 Ag 165.
1. Z Oddzialu Chirurgicznego Szpitala Powiatowego w Bystrzycy
Klodzkiej (Ordynator: dr. Z. Lelusz-Lachowiez).

BAROCHINA, B.Ya.: KATUSHKIN, V.P.; MINSTER, V.Sh.; ABOVSKIY, B.TS.; .
ALEKSANDROVICH, I.F.; ZERNOV, P.N.; SCRINAY Ye.M.; DOWOVA, I.M.;
POZI111, Z.S.; WfKCV, B.A.
Recovery of carbon disulfide from the steam-air mixture from
centrifugal machires. Khim. volok. no.4:69-70t 164. (MIRA 18:4)
1. Vsesoy-uznyy nauchncissledovatellskiy institut iskusstvennogo
volokna (for Barochina, Katushkin, Minster). 2. Mogilevskiy zavod
iskusstvennogo volokna (for all except Barochina, Katushkin,
Minster).

MINTARSKI. B.; BELCHN. M.
X-ray examination amd x-ray pictures of severe Intestinal
obstruction. XhIrurgil&, Sofia 10 n0-2:130-138 1957-
1e Dulgarsim boluitsa - gr. mlnidzhu, korels. G1. lekar:
G. Mitrow.
(INTISTINAL OBSTRYCTION, dIag.
x-ray diag. %Bul))

MINTATMKIt B -~ ~X~LCHW# M.
Roentgenographic Pxaminatlon and roentgenogranhic picture of the
d1gestive tract. Xhirurglia, Soft& 10 no.12:1093-1099 1957.
1. Balgarsks bolnitsa-gr. sinidshm, korela. GI. lelmr: G. Hitrov.
(GASTROINTMTINAL SISTS. radiography,
roentgenoscopic & roentgenographic methods (Bul))

RMMWChemistZ7 of High Molecular Substances.
Abe Jou-": P&11-erat- Z:'tLrDal 1~himiya, NO 10, 1958, 34879.
Author : i. Minvor, Simone Birnbaum.
last, : Ot g1ven.
Title :Determination of Molecular DIstributIon Function In
Caprolactam by Selective Resolution Into Imiscible
UquId Systems.
Orig Pub: Plev. chim.0 1957, 8, No 4, 271-278.
Abstract: The.molecular distribution of j?0lycaprolactam by its
resolution into 2 ternary syste= u6ing cresol-gasoline
and phenol-gasoline mixtures was studied.
Card 1/1
a closed vesseif h20 being present in the reaction mouium.
Also the hydrolysis of polycaprolactam in a closed vessel in the
presence of tracev Of H20 is described.
Card 1A

~MJA
M XL /Chemical Technology. Artificial and Syn- H-32
R
thetic Fibers.
Abs Jour: Ref Zhur-Khimiya, No 23, 1958, 79817.
Author MintAr, T
Inst LNot given.
Title The::PolyamideLRalon Fiber and Other Synthetic
Fibers.
Orig Pub: Tehn. noua, 1958, 5, No 151, 3.
Abstract: An experimental unit producing the polyamide
OV ralon fiber from a polycaproamide began its op-
eration in MIR (Rumanian People's Republic).
A combine with an ouput of 2,000 tons/year of
ralon shall begin its operation in 11959(start-
ing stage - phenol). There are some experimen-
tal units being built for the production of poly-
Card 1/2
104

41

'Distri 4E2c(j)

&W utla Cocoa".' Amd: rip. po Idarc Rolit4e, SWU

Taw"
!
-A
19&4
CIICN
117
6% Cli
ter no. ,
.
aq.
).
j;
:sola. was Mutinuously I Into it ghm app. at a rate'of SM
5
ml./b:,. with the temp. kept sevtiul hro. at 26-M*. EV
Acb6scles of-60-90% were obtained for polymers of mot.
'wt.' 100,000. The polymerlutiou was Initiated by 1,570

~T KjSA + 0.5% KsSA and catalyzed by a 0.1%soin. of Fe-
(N114WOUP at P11 2.15. An atm, of N or M is ad-,

tried as initi
Neither HA
tor not Cu" tried &a
L YW
.
a
.
ih Oatoyd gave Mccesdul Mults'.7 7 1+ - " - I

Distr: W60)
Lb a to Wks pwuctl Wfth & ATas doic FA
Oll"GONO
v

-a c: add w[th
QQW;6i W And
:Ulm
wbo

M it. 2Murandicarboxylk (1) adY and ltx
by ox(dizIng furfad to,
qd
-
th
ti
h
l
M
t
M
t
g
id

ac
ovorn
a
e
e e%
er
t
c
t
ter,
va; t
t er,
, uter
lying
y
d Id" g the aCHt uoup with UNGe.. ThIs (I pazt$
was then converted to the di-Me csW. m. 1120; &ad uteri.,
fied with sIrl (9 Pau) fit the pruezee Of ZU'dittAte (0.1% -
based o4 1 at 210*. this temp. being ottafned gfadvAUr
in a bcs. On Mmoval of the glycol. 6=denftd yutw~
kh
f
t
V
'Wasm
use
u
"Vered as CL URDI&C MaterW Wh
May
'asa
............... --
..

W a

~MITER,_L_ ---_
Preparatt.;:i of some w-liydroxyacetoplicriones I,y a reacti)n of hydroxyacetylati
of pheriols with Flycoloid! rile. P. 111.
STUDII SI URUTARI DL CFII~`E
Vol. 4, no. 1/2, Jan./June 1956
Runarda
Source: EAST ERI)PEM. AC(;L-'zSI)-:S, (FEU), Library of Coneress. Vol. 5, ?Fo. 10.
Oct. 1956

MINTSt A., akademik, laureat Leninskoy prerdi, Geroy Sotsialistichaskogo Trud&
A powerful tool of the scientists. Radio no.SiW-21 Ag '65. (MIRA 1817)

BYKOV, N.A.; MINTS, A.A.
Collaboration of track machinery stntions and the division. Plat'
i put1khoz. 8 no.8:28-29 164. (YJRA 17:9)
1. Nacballnik Ternopollskoy distantsii Llvovskpy dorogi (for Bykov).
2. Nnehallnik putevoy mashinnoy stantaii No.126, stantsiya Ternopol',
Llvovskoy dorogi (for Mints).

KIBALICHICH, O.A.; KINTS, A.A.
Some problems of the transformation of nature and the sconoor of
western Kazakhstan. Top.geog. 28:102-113 132. (MM 7:5)
(Kasakhotan-loononic geography) (1conoule geography-
Kazakhstan)

1. KIBALIGHICH, 0. A.: MINTS, A. A.
2. uSSR (6oo)
4. Irrigation - Kazakhstan
7. Storage water irrigation in West Kazakhstan.
Izv. Vses. geog. obshch. 84,, No, 5, 1952,
9. Monthly List of,Russian Accessions, Library of Congress, january -1953. Unclassifie(

IMM, A. A.
Acad Sci USSR, Inst of Geography
MTS, A. A.- "The humid subtropics of the Georgian 65R (geographical outline of
agriculture)." Acad Sci USSR. Inst of Geography. Moscows 19560
(Dissertation for the Degree of Candidate in Geographical 5ciences.)
SO: Knizhnaya Letopis' No. 13, 1956
ow

LILITMOM, D.A.; HIMS, A*A*
- -
Scientific conference of young scientists of the Institute of
Geograpby of the Academy of Sciences of the U.S.S.R. Isv.AN SSMR.
Ser.geol. ao.1:157 J&-P 156. (MMA 9:7)
(Geography)

KINTS, A
~
*Georgian S.S.R.; physical and economic geographr.0 G.G.Gvelosiazi.
S.A.Klopetevskii. Reviewed by A.A.Mints. Geog. v shkele 19 a9j:
76-78 My%,-Jo $56. (KLVA 9t9)
(Georgia-Geography) (Ovelealazi, Georgil GrIgorlevich) (91spetevskit,
B.A.)

/I* I - - . "~-;
i . " /, , 1w / ~ "
HINTS, A.A.; ORMT, V.I.-. ROSTOVTSBV, K.I.
r -------- ftft~w--
Goortllnfttlon conference on Ifte geography of the Soviet Union,"
1xv. AX SSSR. Ser. greag. no.5:62--Ah S-0 057. (Knu lls-2)
Oeographical research)

X)
AUTHOR MIN196AA.Tandidate of Geography. 30-7-28/36
TITLE -Un- the-further Geographic Investigation of the U.S.S.H.
(Issledovaniya, po geografii SSSR - Russian)
PERIODICAL Vestnik Akademii Nauk SSSRP1957,Vol 27,Nr 7,PP 105-lo6(i.S.S.R.)
ABSTRACT This is a report on the consultation of the Institute for Geogra-
phy of the Academy of Scienceswhich was held from April 2 to 4,
19571 E.K.Murzayevs, (Physical geography) and S.NbRyaonteeva (econo-
mic geography) reported on the work done hitherto.In the post-war
time a number of physical-geographical characteristics of Kazakh-
stau,vestern Siberia and of the European north were published.At
present the Institute works on extensive physica-geographical
treatises.0Z special importance in this connection are the problems
of methodology and the formation of distrieta.Many delegates parti-
cipated in the discussion in which the importance of a rapid edi-
tion of the treatises was emphasized.Morsover it was suggested to
the Institute to work out the characteristic of the climatic con-
ditions of the U.S.S.R. in 12 great physico-geographical districts.
From time to time consultations of coordination of the geographers
of the Baltic Sea regiontTranscaucasia and Siberia will be held.
ASSOCIATION Not Given.
PRESENTED BY
SUBMITTED
AVAILABLE Library of Congress.
Card 1/1

ki //Y 5/ "
MINTS, A.A.
few owm--~--
Win features of the agricultural use of the huzid subtropical
area of Gborgia. Vbp. geog. no.41:177-192 157. (MIR& lotl2)
(ftorgia-Agriculture)

MIXES, A. A. and KHOREV, B. S.
"Questions Concerning Economic-Geographical Typology of Socialist Cities
Exemplified by Central Industrial Regions of The European Part of the USSR."
paper presented at the 4th Conference of Young Scientists of the Institute
of Geography of the USSR Academy of Sciences, 1957 (Izv. AN SSSR, Ser Geog,
1958, No. 2, P 151-53, GORBUNOVA, M. N.)

AUTHOR: Lil'yenberg, D.A., Yints, A.A. SOV-10-56-4-27/26
TITLE: A Conference of Young Scienti-SAUs of the Moskvoretskiy Ray-
on , Moscow (Konferentsiya inolodykh nauchnykh rabotni-
kov moskvoretskogo rayona g. Moskvy)
PERIODICAL: Izvestiya Akademii nauk SSSR, Seriya geograficheskaya,
1958, Nr 4, pp 152 - 154 (USSR)
ABSTRACT: From 7 to 11 April 1956, a conference of young scientists
was held by the Komsomol organizations of scientific re-
search institutes and the Moskvoretskiy RK VLKSM in Moscow.
A.I. Verchenko, Secretary of the Moscow Gorkom and Ye.I.
Borisov and S.I. Udachina, Secretaries of the Moskvorets-
kiy RK KPSS and RK VLKSM participated. Nobel Prize Winnert
Academician N.11. Semenov and Academician D.I. Shcherbakov
addressed the conference. The following reports were heard:
A.M. Grin and D.A. Liliyenberg on "Young Scientists of the
Moscow Region Striving For a Worthy Celebration of the 40th
Anniversary of the Lenin Komsomol"; Yu. P. Veredchenko,
I.A. Sokolovq Ya. Ya. Motuzov and B.A. Zimovets on the
origin of the classification and agro-physical character-
istics of soils and questions of geo-chemical zoning of
Card l/ 3 the south, East Siberia and the Far East; Ye.S. Bazilevs-

SOV-10-58-4-27/28
A Conference of Young Scientists of the Yoskvoretskiy Rayon ., voscow
ka, Ye.V. Zamorina and V.A. Molodtsova on chemical and
mineral compounds of sediments in the irrigation system,
and on questions concerning the improvement of soil in
the cases of Central Asia; B.P. Gradusov on electronic
microscopic research of soil colloids; R.V. Nikolayeva on
the continental discharge system of the Caspian Sea; L.K.
Malik on methodical questions of calculating the maximum
floods in the basin of the river 011; S.S. Savina and Ye.
N, blinayeva on peculiarities in the formation of the hy-
dro-meteorological system during the vegetation period in
the south-eaet European part of the USSR; Yu.11. Shvareva
on the influence of local physical and geographical fac-
tors on the Kolkhida climate; V.F. Klimova and N.S. Kazarska-
jm on the botanical and geographical profile of the Bar-
gruzin syncline and the Amuro-Zeysk lowland; N.S. Blago-
volin on the structure and geomorphological peculiarities
of thr Herch' -Taman Oblast I; D.A. Lili~renberg on the
form and character of the reflection of the latest tecto-
nic movements in the East Caucasian relief; V.P. Chicha-
gov on the morphology of the south-east Baikal region;
T.M. PiotrovskWaonthe formation of the relief of the Patomskoye
Card 2/3 highlands and the conditions for gold-bearing sand;

SOV-10-58-4-27/28
A Conference of Young Scientists of the 74oskvoretskiy District, Moscow
II.V. Ryabkov on the importance of geo-morphological re-
search for planning hydro-electric constructions; K.O.
Lange on theoretical questions concerning the formation
process of the banks of big water reservoirs; I.P. Sko-
rodumova. on theoretical and methodical questions concern-
ing the problem of economic zoning; A.A. fillints and B.S.
Khorev on the results of analyzing the territorial connec-
tion of various mountain types; V.S. Makarov on the in *ve-
stigation of technical and economic indicators of iron ore
deposits in the Urals; G.P. ?.',atveyev on the agricultural
problem of the Chuvash ASSR: V.L. Gorovoy, D.A. Golovkin,
and A.V. Tikhonov on the economic and geographical feat-
ures of various regions; G.A. PrivalovskWaonthe economic
and geographical zoning of the Kostromaforests in the Vol-
ga region; Ya.M. Berger on the geographical conditions for
the development and distribution of cotton growing in com-
munist China.
1. Scientific personnel--USSR
Card 3/3

MIN S, A.A.
Conference an the Publication of Geographical Studies* IMAN
8581.80r.geog. 50.51250-151 6-0 f 566 (MIRA 11112)
(Goograptw)

X SOV/10---0-4-25/29
~1 U T 1 -103 Velichko, A.A., and Mints, A.A.
TIME: The 'ixth Conference of Young -Scientific of
0
the institut GeoCrafii ,UT USSR (Institute of Geo-
graphy AS USSR)
MRIODICAL: Izvestiya Akademii nauk SSSR, Seriya rreoGrafiches-
kaya, 1959,1,Tr 4, pp 152_154 (USSR)
1B1STPZ.%.CT: The article covers the Sixth Conference of Young
Scientific 7jorkers of the Institute of Geography
11S USSR which took place in mid-March, 1958. 35
reports were :read by the following scientific wor-
kers. 1.-.Gllrach reported on "Some Genetic Regulari-
ties in the jistribution of Atmospheric Precipita-
tion", V.1% Kotlyakov and S.N. Yevteyev cormiented on
structural -methods in snob-., and ice research in the
Antarctic region; L.F. K-unitsyn. spoke on the connec-
tion between the relief and hydrographical network
Card 1/5 and the latest tectonic movements 0in- t he ITIo rt he rn

1.
SOV/10-59-11 -25/29
The Sixth Conference of Young Scientific ','Ior-':ers of the Institut
Geografii AN USO','L (Institute of Geography AS USSR)
Trans-Ural Area. S.P. Ovchinnikova evaluated the
evaporation accordinZ to the water balance method
from the African continent; 1,T.Ya. L-'ironova dis-
cussed evaporation problems in the gulf of 1[ara-Bo-
gaz-G-)li I.111. Lebedeva and Ye.N. Minayeva, reported
on the impact of solar radiation on snow du.-in- its
meltins in the Trans-Volga region; A.V. Yashina spoke
on snow radiation near the Elbrus '17eather Station;
Ye.Ye. Gurtovaya lectured on snow conditions in the
mountains of Central Caucasus; N.N. Orlov reported
on his new method to measure the amount of snow
carried by winds, whereby snow-flakes are recorded
by a photoelectric devicej Yu.L, Rauner, Yu.L. Kar-
pova, and N@I, Rudnev spoke on the heat balance obser-
vations they compiled at the Zagorskaya Scientific
C)
~ U
Station near Koscow; S.V. Bass lectured on spring
water dischar-e and soil washout also studied therei
0
Card 2/5 N.N. Dreyer and I.N.Stezhens-'.-aya lectured on how to

SO-T/10-59-4-25/29
The Sixth Conference of Youno Scientific 71orkers of the Institut
Geografii AN USSR (Institute of Geography AS USSR)
calculate the maximal spring water discharge in the
Yenisey and Lena rivers according to the method of
M.F. Sribnyy; R.V. Nikolayeva lectured on sea levels
of the Caspian sea during the V-XIX centuries and
Z.I. Martynova on the lake levels in the Turgay de-
pression during 1849-1958; L.I. Mukhina reported on
the rivers and lakes of the Vitim plateau; N.V. Ryab-
kov discussed Pliocene forms of relief in the river
valleys of the Kama basin; A.A. Velichko elucidated
on loess deposits in the central areas of the Russian
plain; D.A. Liliyenberg lectured on "Torrent-Like
Phenomena in Daghestan" and A.Ye. Yermakov on "Classi-
fication of Torrents in Central Caucasus"; A.G. Chiki-
shev gave a geobotanic survey of the Central Urals;
N.M. Stupina lectured on the division of the Trans-
Card 3/5 Ural wood-and-steppe area into single relief types;

SOV/10-59-41-25/29
The Si,--th Conference of YounG Scientific -7orkers of the Institut
Geografii AIN USSR (Institute of Geography AS USSR)
M,Ye. Gorodetskaya explained how -the hollovis on the
left bank of the Irtysh river near Pavlodar ori-i-
nated; N.K. Kritskaya gave a short physical and
geo-raphical survey on the Trans-Anr-ara area; N.Ya.
Venzher reported on her work experience in -the ana-
lysis of a map of morphogenetic ground forms riade
by aerial photo-raphy in the Buryatskaya ASSR. D.A.
Timofeyev discussed relief oriSin in the southern
part of the Amur and Zeya rivers area; V.P. Chichagov
compared morphological and morphometric methods to
measure roll coefficients; O.N. Shubnikova and Yu.V.
Morozov gave a zoogeo,7,raphical survey on birds in the
central part of the Yakutskaya ASSR; Ye.S. Shatsilo
reported on the development of the Karagwid& industrial
area; A.V. Tikhonov discussed data on the dintribu-
tion and snecific features in the fishing economy of
the Evenkiyakiy -,iatsional'nyy okrug (Evenki National
Card 4/5 Araa); V.L. Gorovoy and B.S. laiorev reported on the

SOV/10-59-4-25/29
The Sixth Conference of Young Scientific Workers of the Institut
Geografii AN USSR (Institute of Geography AS USSR)
lumber industry in the Arkhangel'skaya oblast'
and Gor'kovskiy ekonomicheskiy rayon (Gor'kiy
Economic District) respectively; N.P. Shtutser
and G.L. Mel'nikova lectured on the physical traits,
population, and economy of the Land Baden-Vluerttem-
berg, West Germany. The conference was also attended
by representatives of the IvToskovskiy gosudarstvennyy
universitet (Moscow fState University), Tsentral'ny '
institut prognozov (Central Institute of Proenoses'~,
Institut merzlotovedeniya AN SSSR (Institute of Perma-
frost Research AS USSR), and other organizations. The
following senior workers of the Institute of Geogra-
Phy AS USSR -cook part in the discusE4-ons: A.P.
~al'tsov, B.L. Dzerdzeyevskiy, L.D. Dol-ushin, A.G.
Doskach, N.B. Dumitrashko, IdI.I. L'vovich, S.N. Ry-
azantsev, M.F. Sribnyy, B.A. Fedorovich, and others,
Card 5/5

3(
AUTHOR: Yu.A. Isakov
SOV/10-59-4-26/29
TITLE: Sixtieth Birthday of Professor A*N. Formozov
PERTODICAL: Izvestiya Akademii nauk SSSR, Serlya geografiches-
kaya, 1959, Nr 4t pp 154-156 (USSR)
ABSTRACT: This is an article in honor of the sixtieth anni-
versary of the birth of Professor Aleksandr ITiko-
layevich Formozov, Doctor of Biological Sciences and
Head of the Biogeogrqi&al Department of the Institut
Geografii Ali oooti (-Lujbitute of Geography AS USSR).
The article also mentions the names of the following
scientists and organizations respectively: Academi-
cian I.P. Gerasimov, Professor V.G. Geptner, Professor
E.M. Murzayev, the Institut priklad-noy zoologii i
fitopatolo--ii (Institute of Applied Zoology and
Phytopatology), the Biologicheskiy fakul'tet Moskovs-
Card 112 kogo universiteta (Biological Department of the f,.!os-

SOV/10-59-7- 25/25
AUTHOR: Mintsq A.A.
TITLE: Discussion oz the Journal of Abstracts "GeoGrafiya"
at the Moscow Branch of the Geographical Society of
the USSR
PERIODICAL.- Izvestiya Akademii nauko _'SSR Seriya geograficheskaya,
19599 Nr 59 PP 139-140 (USSR3
ABSTRACT: The above mentioned periodical is published by the
Institut nauchnoy i tekhnicheskoy informatsii AN
SSSR (Institute of Scientific and Technical Informa-
tion of the AS USSR) and it was discussed at the
session of the Moscow branch of the Geograficheskoye
obshchestvo SSSR (Geographical Society of the USSR).
The chief editor of the periodical, V.V. Pokshishev-
skiy, described the periodical as a main source of
information for Soviet scientists and specialists in
many branches of industry. In the ensuing discussions
Card 1112 some criticism wasvoicedby S.P. Khrontov, Yu.K. Yefremou

SOV/10-59-7-25/25
A Discussion of the Journal of Abstracts "Geografiya" in the
Moscow Branch of the Geographical Society of the USSR
N.I. Sokolov and,others on the way in which this
information was issue(L Some members found that
the periodical reviewed too many well-known Soviet
books and articles. V.V. Pokshishevskiy did riot
agree with this. He said that the periodical was
widely read abroad and it would be wrong not to
give extensive information ab..ut the achievement of
Soviet geographical science.
Card 2/2

3(2) SOV/6-59-8-15/27
AUTHORSs Leont I yev, - N. F. Candidate of Technical Science 9, Martynova, Z. I.
Mints, A. A., Candidate of Geographical Sciences
TITLE% On the Atlas of Belorusskaya SSR(Ob Atlase BeloruaskoySSR)
PERIODICAL: Good: eziya i kartografiya, 19599 Nr 69 PP 58-63 (USSR)
ABSTRACT: The atlas of Belorusakaya SSR was published in 1958, It has
140 pages,.and the edition comprises 15000 copies. It contains
8'genei*al and'political administration maps, 56 general
geographical mapsv 8 physical maps, 48 aconomic maps,
9 othnographical maps, and 9 historical maps. The climatio
chart and the map of peat.deposits are excellent. The forest
map and geobotanical map are not entirely in agreement with one
another. The fauna map is highly interesting. A scheme of the
economic relations of the Republic with other areas of the USSR
is also given. The characterization of the population is not
exhaustive in the.ethnographical maps. A particular advantage of
the atlas lies'in the fact that maps of individual oblast' of
the Republic# namely physicall administrativep and economic
maps of each of the oblast' are'also inserted.
Card 1/1 There is I Soviet reference.

HINTS. A.A.- -
CMI wealth of the U.S.S.& Geog.v shkole 22 no.4:72-78
JI-Ag 159. (MIA 12:11)
(Goal)

Miles. A.A.; KHOFXV, B.S.
- Atteigpt at an economic and geographic typology of Soviet
citt"s; based on data for the central industrial district.
Topogeogo no.45:72-88 159o (MIRA 12:5)
(Cities and towns)
OW

- MINTS, A.A.
Industrial geography of Moscow Province. Vop.geog. no.49:16-26
16o. (KIU 13:8)
V (Moscow Province--Industries)

MWINOVAv Z.I.; KIM, A.A.
Geographical atlas of Tambov Provincee Goodst karte noe5s"
jor #61, (JOA 1486)
(Taabov Province-fts)

- MINTS O-AjQkaqy Alakaggpdr v R7AZUTSEVp S.N.0 otvO
R_kc4; MAIAYEVAp S.L.;
red,; YEROn-M, I.A9, red*; KONOVALYUK.9 I.K., mladshiy red.;
GOLITSYN, A.V., red. ker ; VIIENSKAYA, E.N., tekhn. red.
(The Moscow environs; economic and geographical features] Pod-
moskovIe; ekonomiko-geografichaskaia khe akteristika. Moskvaj,
Gos.izd-vo e gr. lit-ry.. 1961. 301 p. (MIU 15:1)
Moscow region-Economic geograpby)

.1
M
IETS A A
Some charac teris ties of the formation and dev-:~Iou.-.ent of the nentnal
region. Izv. jUl' SSJR. 3,or. r-r.;o:,. Ja-~., 161.
14:2)
1. Institut geografti AK SSSR.
(]cone-mic zonin,-)

(~PaNTS, A.A,; IU=d.VSKIY, O.P.
Regional conference of economic geopxaphers of the Baltic Republics.
Izv. AN SSSR. Ser, geog. no.!:lWI60 JTa-F 161. (KIEA 14:2)
(Baltic States-Economic geography-Congresses)

MINTS, A.A.
The Central Region. Geog. v shkole 24 no.4:9-18 Jl-Ag 61.
~MIRA 14:8)
(Central industrial region)

MINTS A.A.
Zoonanio-geographical region&U;.ation of Xbocow Provlzme Vop.geo
no*51*20-26 l6le Obscow Provinarzoonoule geography) (XMA 34-10)

; 1.
DAVnMCH,, V.G.; KOVALEVI, S.A.; MMS .; NAZAREVSKIY.. O.R.;
POEOUSMSKIll V.V.; P&U09F. ~-OAWANTSZVp S.N.,,-
FRZYM# V.G.; KHORZVj, B.S.
Nikolai Ivanovich Ualikovj-, obittway. Izv. AN SSSR. Ser. geog
no.lol66-167 Ja-J 162. (KMk 15%2)
(Lialikovv Nikolsi lvwvich, 1900-1961)

MARTINDVA,, Z.I.; K1975, koA.
Atlas of the Armenlan S.S R.. Geod.i kart. no.4853-6 Ap 162.
(MMA 15M)
(Armenia-Maps)

DOLGOPOIA)V, G.V.; KAWSKIY, H.I.; KRYUCHKOV, V.G.; KAYERGOYZ, I.M.;
inTst A.A.- NAZAREMKIY,, O.R.; PETRIAYEVA, D.A.; POKSHISHEVSXIY,
vev.; FiRIll0i;KAU, G.A.; PULYARKIN, V.A.; RYAZANTSEV, S.N.;
FRZZN, T.G.; KHOREV, B.S.
Gemiadii Petrovich Hatveev; obituary. Izv. AN SSSR. Ser geog
no.69144-1/+5 N-D 262. MMA 15:12)
(Matyeev, Gennadii Petrovich, 1926-1962)

WNTS. A.A.; MALAYEVA, S.L.
........ . .
Main features of the rural distribution of population in the
central -mmw4Mwwwm sons. VOP. 9009. no.56:141-161 162.
(MIRA 1537)
(villages)

KWTS A.A t RYAZANTSEVO S.N.; XHOREV, B.S.
Ways to develop the regions of central Russiao Vope gleog,
no.57:194-214 162o (KnU 15; 10)
(Economic toning) (Russia-Industries)

MARTOOVAP Z.I.;- MINTS, A.A.
Atlaa of Irkutsk Province. Geod. i kart. no-50540 MY '63.
(MIRA 16: 7)
(Irkutsk Province-Maps)

MINTS, Ale= Aleka ndroviohl MALAYEVA, S.L.; LYALIKOV, N.I., prof.,
rex.ownse"'63 aUVIUMUWA, F.A., red.; BORISKINA, V.I., red.
kart; TATURA, G.L., tekhn. red.
(Central Induetrial Region; a study of Ito economic
geography] TSentrallnyi raion; skonomiko-geografichoskii ocherk.
Posobie dlia uchitelei. Moskva, Uchpedgiz, 1963. 180 p.
(MIRA 16:9)
(Central Industrial Region-Economic geography)

DOLGOFOLOV, K.V. j, otv. red. % MIINT~J- A.A., otv. red.; FOE.,-111 S~IflV;K TY)
V.V.) red.
fGeographical problems of developing the important economic
regions of the U.s.S.11,111 Geoc-t-aficheskie problemy ;-azvitiia
krupnykh ekonoiricheskikh ralonov SSSR. Moskva, Viysll, 1964.
517 P. (MIRA 17:10)
1. A-kademiya nauk S!~',R. Institut geografii.

MARTYNOVA, Z.I.; MINTSY A.A,
A pomprehensive atlas of the Azerbaijan S.S.R. lav. AN SSSR.
Ser.' geog. no-3:119-123 '64. (MIRA 17:6)

~PL6j A. A '
ad"
o4~1
First geog-aphical monograph on the distribution
popula-
tion in the U.S.S.R. Izv. MI SSSR Ser. geog no.4:153-155 '64
(MIRA 17:8)

GEHASIMOVy I.P.; MINTS, A.A.
The 20th Internatimal GOogmphical Cwgrese; looqocn,, Jullv,
20-28, 1964. lzv. AN SUR br. geog. no.6.019-121 -90 !611*ii -`
1 (141M 19: 1) 't

MINTS. A.A.; MARTYNOVA, Z.I.
New compreb6lisive +,las. Geod. i kart. no.12:60-64 D 164 ~MIRA 18:2)
fa

KORZHUYEV9 YEGOROV~ O.V.; NAUMOV, S.N.,-
ZOLINIKOV, V.G.; KARAVAYEV, M.N.; KACHURIN, S.P.;
KOWACHKVI K.P.; Prinimall uchast-iye.- KORONIMICH, R.I.;
D#YAKONOV, F.V.; GERASIMOV, LP.p akademik, red.;,
PREOBRAZHESNKIY, V.S., red.; RIKHTER, G.D.., red.; AERAMOV, L.S.
red.; ARMAND, D.L... red.; GELLER, S.Tu.., red.; ZONN, S.V., red.;
DZERDZEMSKII, B.L.2 red.-, KOMAR, I.V., red.; IAVRENKO, Ye.M.,
red.; LEOIITIYEV:, N.F., red.; LETUNOV, P.A., red.; LIVOVICH,
M.I., red.; NESHCHERYAKOV, Y~a.A.., red:; MINTS, A.A., red.;
MURZAYEV, E.M.,, red.; NAS1111OVICH, A.A p Aia-.--p.TWNISHE;VSKIY,
V.V.,, red.p POMUS, M.I., red.,- ROZOV, N.N., red.; SOCHAVA, V.B.,
red.; FORMOZOV, A.N., red.; YANSHIN, A.L., red.
(Yakutia] Ikkutiia. Moskva, Nauka, 1965. 464 p. (14IRA 18:8)
1. Akademiya nauk SSOR. Institut geografii. 2. Institut geogra-
fii AN SSSR (for Korzhuyev. Vitvitskiy)- 3 yakutskiy filial
Sibirskogo otdeleniya AN S~SR (for Yegorov5. 4. Moskovskly - -
oblastnoy pedagogicheskiy insti-*-*Iut im. li.K.Krupskoy (for Naumov).
5. PochvenrWy muzey P11 SSSR (for Zoltnikov). 6. Moskovskiy go-
sudarstvemyy universitet im. M.Lomonosova (6r Karomayev).
7. Proizvodstvanryy naucluio-Isaledovatellskiy institut stroitell-
stva Gosstroya SSSR (fcx- Kacharin). 8. Institut geografii Sibiri
i Daltnego Vostoka SI-birskogo otdeleniya AN SSSR (for Kosmachev).

MINTS, A. t,
Problems of the comprp'henBive evaluation of natural conditions
and natural resovrn-q i r thp .1 lpht of Onp -- --" - - - 1 4, . - -1- 4-
';-- a 0' ';4V 1*4
I Pograph . Izv. AJVSWR.*-,ftj~"-geeg* no.2 -
165. kmi- -'-d-4)
1. Institut geografli AN S3SR.

GERASIMOV., I.P.; MINTS .9 A.A.; NAZAREVSKIY, O.R.; FEDORGVICH, B.A.
Present stat-- of the geographical science in Kazakhstan (in
connection with the 3d conference of geographers of Fazakhszan).
a
Izv. All SSSR. Ser. geog. no-5:117-119 S-0 "5-
(MIRA 18:10)

- MINTSJ,_A*fi.; MURATOV, VJI,; FPIDUIAND, Vol-I.
Illingarian geofrapbers in t*-,o near.-h of r-,,w way5 L'c.- rractical
application of the resulti of scientific rpEearcb. Izv. All SSSR.
Ser. geog. no.5:120-123 10 165. (MIRA 18:10)

GOKfNAN) I.I.I.; Poi"oj)
V.M.; KOMAR, J.V.; dllff~, A.A.; IMUEZAYEV, E.M.; 1`01-110S
p
K.M,; Nt-'7AREVSlKIY, O.R.
Vadim Viachesl-vovich Pokshishevskii, 1905- ; his 60th L7.rthday.
Izv. PJI SSSR. Ser. geog. no-5:135-136 S-0 165.
(MIRA 18:10)

MINTS A.A
Dincunsion of the methodological plan for dev;raining the effecti-i-e
nes.9 of the location of Industries. Izv. AN SSSSR. Ser. geog.
no.5:11,9-350 S-0 165. (MIRA 18:10)

MDM, A, A.
Fourth plenary session of the Commission on Methods of Economic
Regionalization of the International Geographical Union. Izv.
AN SSSR. Ser. geog. no.6:124,126 N-D 165. (MIRA 18:11)

MINTS, A.G.
Adaptability of young fish to the oxygen content of water.
Top, ikht. no-11:102-115 '58. (MIRA 32:1)
I.Toesoyuzz" nauchme-iseledevatel'okly Institut morskego
rybnogs khosyaystva i oksamografii.
(Fishes--Physiology)
(Oxygen--Phys islogi Cal Offect)
(Adaptation (Biology))

NIENTS A G - KUYRULIU, Ye.N.
organizing pond fish farming in peat banks. Trudy now,
Ikht. kam. no.14:107-112 162. (MIRA 15:12)
1. Voerossiywkiy nauchno-iseledovatellokiy inatitut
prudovogo rybnogo khozyayotva (VNIPRKh).
(Fishponda)
(Fish culture)

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MINTS, Aleksandr L'Vovich
Moshchnoe radiostroenie v SSSR. EPowerful radio construction in the USSR -. (Radio,
1947. no. 11. p. 19).
DLG: TK540.R76
500-kilovattnmLia radlostantaiia. E500 kilowatt radio broadcasting station.7. moskya
SviazItekhizdat, 1934. 50 P.
SO: Soviet Trapsportatig_n AnIj Gom=ujcations, A Biblioemphy, Library of Congress.
Reference Department. Washington. 1952, Unclassified.

MM.S. Aleksandr Llvovich.
The achievements of Soviet radio-engineering for 30 years. Mo3kva (Pravda) 1948.
3' P. (50-19015)
TK6548-R9M5

I~Ihlrs: A. [ ,
ltStalinls hesponsibilit~ Uoncerning the Lievelopment of Radio 'iechnology."
YgZennv7 SYYAziB 0 No 12, 1949.

MINTS ) A.
Mints) A., "Stalin's Responsibililty Concerning the Development of Radio
Technology." Voyennyy Svvazislt, No 12., 1949.

110 Hurfst At CL-j
2. USSR (600)
4. Television
7-- Soviet radio engineering dUring the pant thirty-five years. Radio no. 11, 1952,
9. Monthly List of Russian Accessions, Library of Congress, rebruary -1953. Unclassifiec

SAVBLIYBT, V.; INNOTANDY, V.; MINTS, A.
Ion traps. Radio no-12:39-41 D 155. (MW 9:4)
(Television--Pletye taboo)

-XT Y .1, 1. ( ~ I; , z -
"MTS, A.L., J,.;!. , - -i- ".11,
R.F. system for the 680 MeV machine
Uffli-Sympos-im, on High Energy Accelerators and Pion
physics
Geneva 11-23 Jime 56
1n Branch "5
N

INUITS, A. L. (U. S. S. V12J)D!I:?,S!I-IY, V. V. , EC,WUI, _7 - G.
Basic considerations on the 7 GeV and 50-60 GeV 0
A.G. proton synchrotrons.
CEIIIIII-Symposium on High Energy Accelerators and Pion
Physics
Geneva 11-23 June 56
1n Branch ff"5

1~1 1 ST 1), , M - ~' .
SUBJECT USSR / PHYSICS CARD 1 / 2 V PA - 1480
ZRJAKOV,M.C. UINC A.L .,
AUTHOR EFRELIOV,D.V., I'M66E DZELEPOV,V.P.,IVAITOV,P.P.
KATAEV'V.S.' KOMAR,E.G., VIALAEV'I.i., IAOITOSZON,11.A.,
NEVA~SKIJJ.CH., POLJAKOV,B.I.p 6ES'n?OJ,A.V.
MILE The 6m-Synchrocyclotron of the Institute for Nuclear Problems in
the USSR.
PERIODICAL Atomnaja Enorgija, 1, faeo-4, 5-12 (1956)
Issued: 10 / 1956 reviewed: 11 / 1956
The 5m-synchrocyclotron, which was built in 1949, was rebuilt in 1953 by the
addition of a new vacuum chamber with a diameter of 6 m of the poles of the
electromagnet. The energy of the accelerated protons was thereby increased to
680 MeV and the average amperage in the exterior orbits now amounts to 0,3
microamp6res. Also a new high frequency resonance system was built. The synchro-
cyclotron, after being reconstructed in the manner described, now furnishes in-
tense bundles of positive and negative pionB (up to 400 MeV) and of neutrons up
to 600 MeV. By a minor modification of certain elements of the resonance system
it is possible to obtain also deuterons of up to 420 MeV and a-particles uf up
to 840 MeV.
The individual parts (electromagnet, resonance system high frequency generator,
vacuum system, ion source, emission of particles), the arrangement of these parte
and control of the synchrocyclotron are described in detail.
The main items of nuclear research carried out by means of this instrument are:
The elastic scattering of protons by protons, of neutrons by protons, and of

Atomnaja Energija, 1, faso.4, 5-12 (1956) CARD 2 / 2 PA - 1480
neutrons by neutronsi the production of charged and neutral pions on the
occasion of collisions between nucleons and nucleons; the interaction of pions
rith nucleons. Furthermore, the interaction of nucleona and pions with atomic
nuclei is studied
Summary: This acc;16rator is at present the largeat of its type throughout the
world. It is used systematically by ten physical and chemical institutes of the
Academy of Science in the USSR for purposes of nuclear research. The accelerator
works regularly for 100 to 105 hours a week. It is possible to work out investi-
gations of 13 bundles of protons, neutrons and pions of high energy.
The accelerator is the product of the work performed in the course of several
years by numerous scientists, engineers, and constructors. It was built by the
cooperation of many, particularly electrotechnical factories. In connection with
the development of various of its parts a considerable amount of physical,
electrotechnical, radiotechnical, electronic, and vacuumtechnical research work
was performed. Many difficulties could be foreseen, others were overcome in the
course of initial work. The upper energy limit for this method of acceleration
is apparently near v 1000 MeV.
INSTITUTION:

tj ~ ~4 Ts' A - ~_
SUBJECT USSR / PHYSICS CARD 1 / 2 PA - 1508
AUTHOR VEKSLER,V.1., EFREMOV,D.V., MINC,A.L., V1EJSBEJN,14~M,
BODOPtJANOV,F.A., G.A6EV,h1.A:9 ZEJDLIC,A.L., IVANOV,P.P.,
KOLOMEJISKIJ,A.A.; K0MAR,E.G , MALY6EV,L.F,., MONOSZON,N.A.,
NEVAZSKIJ,I.CH., PETUCHOV,V.A., RABINOVIC,M.-S., RUBCINSKIJ,S-M,,
SINELINIKOV,K.D., STOLOV,A.M.
TITLE The 10 BeV Synchrophasotron of the Academy of Science in the USSR
PERIODICAL Atomnaja Energija, .1, fasc-4,22-30 (1956)
Issued: 10 / 1956
A short survey of the most important parameters and components of this accele-
rator is given. At first the share taken by various institutes in the develop-
ment and construction of the accelerator is dealt with. The equipment of the
accelerator is ready, and final work is in the act of being performed, The fre-
quency of the accelerating voltage is modified in a manner that is proportional
to the velocity of the protons (autophasing). The annular magnet consists of
4 quadrants separated by straight intervals of 6 m length (with an average dia-
meter of 28 m). One of these intervals contains a device for the introduction
of the particles, two others contain the accelerating electrodes, One of the
intervals serves as an outlet for the particles., The photons are previously
accelerated by means of a linear accelerator of from 8,5 to 9 MeV, after which
they pass through a straight stretch of 10 m length and are then introduced
into the chamber of the synchrophasotron after a revolution of'75 0. The orbit
fluctuates slowly round the respective immobile equilibrium orbit passing

Atomnaja Energija,.L, fasc-4, 22-30 (1956) CARD 2 / 2 PA - 1508
through the center of the accelerating chamber and the particles perform rapid
fluctuations round the respective orbit. In the case of a relative error of the
frequency of + 0,1~ the rad�al shifts of the particles can attain 8 r= + 6 cm.
The amplitude of the radial phase oscillations was damped from 510 cm at ;he be-
ginning to 1 cm at the end. A domain which is free from resonance was acertaiaed.
On the other hand the resonances with free ost-,illations, which are extremely
dangerous in connection with the proceas of acceleration may in some cases be
used for the improvement of the effect produced by the injection- Several prob-
lems connected with the construction of the accelerator are mentioned.
The electromagnet and its feed system. A system based upon the accumulation cf
energy in working loads serves the purpose of feeding the electromagnet. After
the maximum field strength of 13.000 /rstedt is attained, the energy accumula.-
ted in the electromagnet is now transformed back into kinetic energy of working
loads by the synchron machines which now act as motors. The main parameters of
the system are: Maximum capacity 140-000 kVa, maximum amperage 12.800 a, maximum
energy 11.000 V, four aggregates with parallel operation, 96 valve ignitors.
The vacuum system is based upon the two-vacuum system with an inside high
vacuum chamber and exterior pre-vacuum chambe=. In conclusion the high freg-aency
system as well as the control of the injection processes and of the acceleration
of the particles are diecussid.
INSTITUTION:

SUBJECT USSR / PHYSICS CARD I / 2 PA - 1509
AUTHOR VLPIMIRSKIJ,V.V., KOMAR,E.G., MINC,A.L., GOLIDIN,L.L.,
KOS AREVID.G.~ MONOSZOlipli.A., Zarff1r1r'-JA-, RUBENSKIi'S.M.
SKAtKOV,S.11., STRELICOV,N.S., TARASOV,E.K.
TITLE The Uain Characteristics of the Projected Proton Accelerator
for 80-60 BeV with Strong Focussing.
PERIODICAL Atomnaja Energija, 1, fase. 4, 31-33 (1956)
Issued- 19.10.1956
The maximum energy selected is certainly sufficient for the multiple production
of mesons and for the production of the antiparticles of all known types of
elementary particles. With a particle energy of from 50 to 60 BeV the kinetic
energy in the center of mass system attains 9 nucleon masses on the occasion of
the collision of a proton with a single nucleon. The peak power used for feeding
the magnet is about 100 megawatts. The weight of the magnet system is less than
22.000 t. For the stabilization of the phase near transition energy a system
for the compensation of the oscillations of the length of the particle orbit is
used in this project by means of which the critical energy is shifted to in-
finity. With this compensation process the enforced oscillations of particles,
the energy of which is distinguished from the equilibrium momentum, are used,
E/very eigth magnet has an inversely directed magnetic field, and the order of
this magnet in periodically changed. This compensation system makes it possible
to attain rather high frequencies of the transversal oscillations of the par-
ticles, viz. 13,75 and 12,75 per revolution in the ease of radial and vertical

Atomnaja Energija, 1, fase-4, 31-33 (1956) CARD 2 / 2 PA - 1509
oscillations respectively. The maximum field strength in the orbit is from
10.000 to 12.000 Orstedt and the length of the orbit is 1483 m. The main
parameters of the orbit, the tolerances for the accuracy of the magnetic
field, the data concerning the feeding of the magnetic system, and the moat
important data concerning the high frequen.-.y system are shown in tables.
Among others the following values are given: Total number of magnets: 120,
radius of the curvature of the principal magnet: 166,1 mi permitted deviation
of momentum: 0,5%; permitted deviation of field strength: 0,25~; duration of
the increase of the magnetic field: 3,8 sec, 6 cycles per minutel maximum
strength of ezoitation current: 12 000 a; maximum voltage: 8 000 V; peak
power: 96 000 kVAi frequency of the accelerating field at the beginning and
at the end of the cycle of acceleration: 2,624 and 6,068 megacycle respective-
ly. The magnets must consist of 5 parts weighing 38 t each, but they have one
common winding. The total weight of the magnets together with constructional
elements amounts to 22 000 tons. The peak power of 100 megawatts is generated
by means of generators with flywheels. A linear accelerator for 100 MeV serves
as injector. The proton absorbs - 100 keV per revolution.
INSTITUTION:

/'V
109-5-1/15
AUTHOR: Mints, A.L.
TIM: Fadio-1agineering and Electronics Problems Associated With the
Righ-Power Cyclic Accelerators for Heavy Charged Particles
(Probleny radiatekhniki I elektroniki moshchnykh taiklichaskikh
umkorlUlay tyashelykh zer3%zbennykh Gb>Its)
PERIODICAL: Rkdiotskhnika I elektronika, 1956,Vr5, pp. W-559 (WSR)
ABSTRACT: Essentially, the article cOnmists of two parts: The first put (Pan 1-5)
describes the principles and given a historical outline of particle
acceleration and accelerators; The second part (pare 6-8) describes
the electronic equipment of 3 Soviet built or designed high-polper
particle accelerators.
The first part sets forth the well-known facts of Western origin. The
only claimed Soviet achievement is referred to (para4) as an moutstanding
discovery of a Soviet physicist V.I. Vskeler made in 19"" v&o
*managed to eliminate the limitation Gf maxim= energies of ions in
oyalotronew. (V.I.Vokslar, - Now Method of Acceleration of FislatiVIstjo
Particles. DAN SSSR, 1944, vol. 44, p, 393).
The second part detailed below describes In general features the eleetroftle
equipment of the-700-May synchro-eyelotron, the jo-BeT proton-synchrotron,
Card 1/6 and (the design stage of the) 5o-Bay proton-synchrotron.

109-5-1/15
Radio-Engineering and Electronics Problems Associated with the
High-Power Cyclic Accelerators for Heavy Charged Particles '
The 700-Mey synchro-cyclotron built at the Institute of Nuclear Problems
(Institut yadernykh problem, AN SSSR) has the following characteristics:
D-c electromagnet pole diameter 6 in; pole gap 600 mm; field Intensity i's
the center of the gap 16.800 oersted; slatromagnst weight 7.000 metric tons;
radius of the useful magnetic field 278 on; volume of the vacuum chamber
30 K3; operating pressure In the chamber 6xlO-6 mm Hg; high frequency of the
electric field 26.0 to 13.6 jac throughout the acceleration cycle; accele-
rating voltage at the duent 15-20 kv; duent capacity to chaMer 1.300 pf;
reactive power within the duant system 20.000 kwa; frequency of acceleration
cycles 1,00 a/sec. The oscillatory circuit includes a frequency variator.
The characteristic impedance at the duant edge is 7.5 ohms, at the trawals-
sion line 10.0 ohms. The neximum frequency used with the proton acceleration
Is twice an high as thftt used with dauton and cDe-partlolee accelerati6n.
Both are still at a safe distance from the frequencies of spurious oscilla-
t1ons. I. Kh. Nevyazhokly and B.I. Polyakov helped In solution of this
problem. A special timing device allows to synchronize the operation of varioum
equipment used in nuclear studies with the functioning of the synchro-
cyclotron. The magnetic field pattern was explored with a specially developed
beat-frequency Instrument having a carbonyl-tron Pore probe that showed the
Card 2/6 sensitivity of :t 3xlO-4 at 17.000-oerated field.

109-5-1/15
Radio-Engineering and Electronics Problem Associated with the
High-Power Cyclic Accelerators for Heavy Charged Particles
The 10-Bey proton-synchrotron built at the Electro-Physical Laboratory,
Academy of Be., USSR (Elektrofizicho8kaya laboratorlya AN &WR) has the
following characteristics:
The a-c ring-shaped electromagnet has III-shaped cross section and a 400-m
gap in the center of the middle log; pole pieces are 2 m wide; the ring
orbit for particles has the radius of 28 a. The ring electroniagnet is
divided into 4 sections, between each two being a straight-line S-z long
gap for Injection equipment, accelerating electrodes, and particle
extractors. The ring orbit is 200 m long. The gap magnetic field intensity
growe from 150 to 13,000 oersteds over the acceleration cycle. The protons
malm about 4.5 million revolutions, i.e. tra781 about 900,000 km over the
acceleration cycle. The vacuum chamber is exhausted by 56 high-vacuum
steam-oil pumps located around its perimeter; chamber pressure is kept
under 2 to 5110-6 mm Hg-
Four a-e generators with aggregate capacity of 150tOOO kva supply the
electromagnet. Each generator has 55-ton flywheel for recuperation of
energy and smoothing out the bumps on the power-supply system. The vacuum
chamber has the volume of 160 m3. Five acceleration cycles are possible In
Card 3/6 one minute; each cycle takes 3.3 sea.

109-51-1/15
Radio-Engineering and Electronic Problems Associated with the
High-Power Cyclic Accelerators for Heavy Charged Particles
A number of electronic problems were solved In connection with the 10-Bev
proton-synchrotron. A special master oscillator was developed for
frequencies 150 kc through 1.5 mo controlled by the magnetic field intensity
with accuracy better than :t 13-3. Transit-tube type 200-kw power ampli-
fiers were developed. New precision methods for measurement of instantaneous
frequency values and instantaneous field intensity values were developed.
The stability of modulation characteristic of the master oscillator testod
for 100 hrs Was found to be better than t~o.oO%; the slope of the characte-
ristic 70 kefi. The relative level of spurious modulation in the 600 to
2 000-c range at the harmonics of the supply~network frequency was under
It 7
5iclO while the spectral density of the noise modulation was under 0.05
02/0. Two alternate devices were developed for the magnetic-field intensity
control of the frequency; S.M.Rubehinakiy and F.A.Vodoplyanov were leading
in the latter development.
Power amplifiers were developed under the direction of L Kh. Nev"zhakly
by Yu.M. Lebedev-Krasin, G.N. Drabkin, and V.F. Trubetskoy.
The injection and the acceleration of h-f field bad to be switched on with
the accuracy t 5 to 10 microseconds. Special devices insuring that accuracy
Card 4/6 were developed by S.M. Rubehinskiy, M.M. Veyabsyn, and A.A. Vasiyyev.

Radio-Engineering and Electronics Problems Associated with the
High-Power Cyclic Accelerators for Heavy Charged Particles
The 50-Bev proton-eynohrotron is being designed by the Academy of Sciences.
It will be built by 1960 or later. Strong magnetic focusing 1B expected to
reduce the aperture of the electromagnet gap. Thanks to this fact, the
magnet weight and the capacity of its supply generators are expected to
be speller than those of the 10-Bev proton-synchrotron.
The following draft data on the how proton-synchrotron are available:
No. of acceleration cycles per min. 6
Energy gain by protons in one revolution 100 kev
Accelerating field frequency:
initial 2.424 me
and of cycle 6.068 me
Frequency deviation tolerance:
initial 2K10-3
end of cycle 2.6x10-6
Harmonic modulation tolerance:
initial 31xlO_7
and of cycle 12.5xlO_9
Noise modulation tolerance 4.8xlO-3 c2/c
Card,;/6

109-5-1/15
Radio-Engineering and Electronics Problems Associated with the
High-Power Cyclic Accelerators for Heavy Charged Particles
The design of the complex electronic equipment for the Soviet particle
accelerators was done by a group of very experienced electronics engineers
under the direction P.P. Ivanoy and I.V. Tarkovskiy.
Particularly great contributions to the design of the h-f system of
the synchro-cyclotron and the 10-Bev proton-synchrotron were made by
V.M. Lupulov and I.F. Malyshev.
There are 11 figures, 2 tables, and 18 references, 15 of Y&ich are Slavic.
ASSOCIATION: The Academy of Sciences, USSR
SUBMITTED: May 4, 1956
AVAILABLE: Library of Congress
Card 6/6

&
Some Peculiarities and Fundamental Data of 'the Highv-rre-
quency System of a 6-meter Phasotron," A. L. Mints, I. Kh.
N h ki , and B. I. P diotekhnika i EleFtro-
'2~znsld y olyakov, Ra
nika,l No 7, Jul 50-) pp (703-90P
The technical peculiarities, construction) and fundamental parameters
the high-frequency system (26-5 to 13.6 megacycles), of a 6-meter pha-
sotron of the Institute of Nuclear Problems of the Academy of Sciences
USSR are presented.
Participants and their contributions to the project were V. M. Lupu-
.;lov and I. F. Malyshev, dealing with the mechanica-;.problems; engineers
:G. P. Grudinskaya, G. I. Zhileyko, B. T. Zarubin, V. G. Kullman, and A.
Savenkov, dealing with the radio engineering problems; and I. G. Kly-
4taldn, N..K. Titov, and V. F. Trubetskoy, dealing with the construction
Or - tile: hio frequency system -of a5-water'p' otron.

dolloing, System of Frequency of the Accelerating Field
and the Intensity of the Magnetic Field of a 10 Bev Synchro-
phiisotron," by-A. L.-Mints, S. M. R-ubehinskiy, M. M. Vey-
F. A. V and V. A77v_a_r_'c_-_
Goeyn, odoplyanov, A A. Kuz'min,
F-a-droteRfin-i-k-a--I-E-Te--RTr-onika-,-iWo-jT,-Su-I 56, pp 5IU--92T-
The requirements of a system relating f and H of a synchrophasotron
at 10 Bev are considered. The tolerances of the adiabatic instability
of f and N, the parasitic harmonic and the noise modulation of the fre--
quency, and the amplitudes of the accelerating voltage were determined.
The block diagrams of the system are described together with the
prograp frequency regulation with the help of the fundamental or auxil-
iary accelerator electromagnet. The fundamental elements of an integrator,
functional transformer, and wide-;band, frequency-modulated oscillator are
also described.
Persons who worked on the project are Z. A. Budyanskaya, A. A. Vasil"-
N. Kov&3*v.
yev, I. M. Gromev, A. 1. Dzergach,.Yu..F. Dushin, and,N.

MIETS, A.L.; RUBOHIRKIY. S.H.; VHYSBRYN, M.M.; VASILOYEV, A.A.
Injection process control systamis-And particle Ftecelerstion In
the proton synchrotron. -Radiotelth. I elektron. I no.7-.V4-985 J1 '56.
(MIRA 10:1)
(Synchrotron)

CateipDry : USSR/Electronics, - Vacum Technique
Abe Jour : Ref Zhur - I?Jzika.,JNo 2, 1957, No 4386
Author : Hints, A.L , Kristi, N.M.,
Title : Certain Features of Dynamic Vaculan Systems
Orig Pab : Zh. tekhn. fiziki, 3,956, 26, No 8, 1815-1822
Abstract : A disc6sion of problems of pmping out alit-like cavities, con-,
tained within the pmped out volume. It islishown that if the dyv
na*ievacill-,systen contains "pockets", which serves as internal
sources of I*s separation,' it is best to Isolate these pockets as
much as"jossible, rather than open the*.- A method is described for
trinsfirring rotation of high p6wer inside a vacuum volume from a
chamber with forevacuum pressure through a narrow ring M without
H-9
Card

I-MM5 A,L.l NEVYAMS-Mp 1. Kh., POLYAKOV, B. 1.
Ll~llll- =1-
"Radlo-Prequency System for the 680 MsV proton Sinchrocyclotron,"
paper presented at CERN Symposium, 1956, appearing in uclear lnstrumento,
No. 1p pp. 21-30, 1957

M., L-L. p YEFWWVt D. V. MWHCHERYAKOV, M.G., DMIMPOV, V. P., IVANOV, F.P.
W19mv V. S., KOMAR, E. G., MONOSZON, N. A., NMAZHSKIY., 1. Kh.9
POLYAYOVP B. I., CHESTNOY, A. Y.
"The MSR AcadwW of Sciences' 6 Notre Synchrocyclotron," paper
presented at CERN Symposium, 1956, appearirg in Nuclow Instruments,
No. 1. ppo 21-30g 195?

!S~A~q RUBCOMMY, S.M., VEYSBM, M.M., VODOPYANOV, F.A. VASILITEV, A.A.
"56ft Tedmical Chafteteristice of the 10 GeV Proton Synchrotron
Electronic Systemp" paper presented at CERN STaposium, 1956, appearing in
Nuclear Instrumental No. 1l pp. 21-309 1957

I .
^T I --&
A U. MIMS, VLADVIRSM, V. V., KOMAR, E* G.
OProject of a Proton Ring Accelerator for 7 G9Vq" paper
presented at CERN Symposium, 1956P appearing in Nuclear Instruments,
No. 1, pp. 21-30, 1957

MINT9, A. L*, VLADIM IRS KIY, V. V*, KOMAR, E. G.
ft~
"Main Characteristics of a Projected Strong-Focusing 50-60
GeV Proton Accolerator,w paper presented at CERN Symposium, 1956,
appearing In Nuclear Instruments, No. 1,, pp. 21-30, 1957

it, shch 'o 'Science"~~ A. -Mint o"es
ev tr AAi C ponding
Member of the Academy of Sciences USSR, director of the
Electronics laboratory of the Academy of Sciences USSR,
Moscow, Pravda, 11 Apr 57
In the process of developing the new accelerator, "practically a new
branch of science was born: the raliotechnology and electronics of power-
ful accelerators of charged particles."
"The exceptional working conditions and the unusually wide range of
-,,accelerating voltage frequency required the creation of entirely new elec-
tronic devices. Among these was a vide-range, high-frequency generator
with a carefully developed system to maintain the correspondence between
the magnetic field and generator frequency. The generator was developed
by S. M. Rubchinskiy and F. A. Vodoplyanov and had an accuracy of 0.1
percent."
"The high-frequency oscillations of the master generator are strength-
ened by devices with 200-kilowatt output cascades. They feed the accel-
.erating,electrod".. following.a suggestion by Yu. M.Ikbedey-krasin."