SCIENTIFIC ABSTRACT BASARGIN, M. N. - BASEVICH, A.Z.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000203820001-5
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 6, 2000
• Sequence Number: 1
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

A40MCK NR:
AP4038914
81007316410191005105310555
AUTHOR. BaSUVn# No VfIDAlsbeVas To No$ 8010TIyevap No Ve
TITIZ: Photometric detandtnation of titanium In the presence of
beryllium using
2#7-dicb1ozoebrametroplo *acid
SOUP=: Zhurnial Gn&UtJCheSkW 1rh4aJJ,, V, 29* no- 5P 1 A v 553-555
TOPIC TAGS: titanium analpis, spectropbotmetryo titanium,, berylliums
cbemIcal
ana3,ysis, 2,7 dichlarochrematropLa acid
ABSTRACT: The described method enables rapid and sufficiently
accurate determina- 1
tion of microgram quantities of titanium. (IV) in the presence of
10,000 fold or
greater amounts of berylllum* The success of this method results from
the fact
that beryllium forms a veak colorless complex vith
2,,T-dichlorocbromatropic acid
and also because the optimum VK values for the reaction of this
reagent vith beryl-,
lium and titanium are different. The allay samples vere dissolved In
9C1# heated
on-a hot plate vith 1 *1 of concentrated 22SO4 to fumes., the.pH vas
adjusted to
190 using quinalldlue red and the optical Ity of the solution vas
measured Wpa
addItim of 5 al of 1 solutim of 2#741ablo &dA* PbotametrLo
-7

ACCESSICIN NR: AP4038914
measurements were conducted with a green fUt4p (49D millIvAcrons)
using reagent
solution for compaAson, , The values for the ooncentratIon of Tj
were obtained
from the previously prepared cal -1 ration graph. The time riqquired
for me deteri'
mination Is about, 25 - 30 mine In detminations of 10 x1cxograms of
titanium In
the Prosone of 10,000 103A emose of Be# tba'standard devistionyes
5,6 %0' OA99
art. hass I table and 2 figures.
ASSOa=(V: Institut geoUdzU I analitlebaskoy Mdnii Im. V. 1. VeraWWwSD
AN SSSRP MoWm (Iwt;LU&U* of Geochemi t and Analytloa QMISU7
W#W=: 17JU163.
INCLS 00
MM Cwz: -TC .'10 MW am: 005 cam: 001

.BASARGIN, N.N.; XURISHEVA, T.N.j SOLOVIYEVA, N.V.
---.
Photonetria determination of titanium in the presence of
beryllium with 2,,7-dichlorochromotropio acid, Zhur, anal,
Win. 19 no.5053-555 164, (MIRA 17ig)
I* Institut gockhimii i anaUticbeskoy khimii imeni Verzadekogo
AN SSSR, Moskva,
- - I

BASARGIN, N.N.; PETROVA, T.V.
Spectrophotometric study of the complex formation of
titamium
(IV) with 2,7-dichlorochromotropic acid. Zhur. anal.
khim. 19
no.7:835-841 164. (MIRA 17:11)
1. Vernadsky Institute of Geochemistry and
Analytical Chemistry,
U.S.S.R. Academy of Sciences, Moscow.

KUZNErOVP V.Y.;_BASARGTN, M.N.
Synthesis of halo-substituted chromotropie acids and theiz &so
compounds. Zhur. ob. khim. 35 no.5t879-883 My 165.
(min la,6)
1. Institut geoMixii i analiticheskoy Widi imeni Vernadekogo
AN SSSR.

MARGIN) N.N.; NEMTSE.VA, U.I.
2,7-Dichlorochromotropic acid as a reagent for the photometric
determination of Iron (III). Spectrophotometric study of complex
formation. Zhur. anal. khim. 20 no.91966-975 165.
(WIRA 18: 9)
1. Institut geokhimil I analiticheekoy khimJ.i imeni V.I.
Vernadskogo AN SSSR I Institut fotosintm AN SSSR, Mosk%,ft.

VISHANYAK, Mo Mo., kand, md* nauk; UMBSTIAROVAl Go Go V'mlad.
naucbn.
notrud.; RAKWOVA., Go K., mUd. nauabn. sotrud.; GUTZHMAMR,
Mop mlad nauchn. sotrud ; tASARGIN, F. S mlad.-nauchn.
sotrud.; MiFg, A, Rol mia;. nauchn. sotru'd.
Results of bicillin therapy of syphilis in A3ma-Ata. Vast.
dam.
i ven. 36 no.6:57 A 162. (MMA 15:6)
1. Iz Kazakhokogo naucbno-isaledovatellskogo
kozhno-venerologi-
cheako o institute, (dir. - kandidat meditettskikh nauk Mo 0.
om= f
(BICILLIN) (ALMA-ATA-SYPHILIS)

,_WARGIN., P.S.
Case of caloinosis of the skin. Zdrav. Kazakh. 22 no.10:72-71+
f62. (MDU 17 &5)
1. Iz kozhno-venerologicheskogo dispansera, Alm&-Ata.

BASLWIN, V, A,
741.2
Remont zernovykh kombaynov (Repairing grain combines, b7) .64
X- Semenyuk, V. A. Baeargin (i) I. S. Gonchar. Moskva, Bell-
khozgiz, 1954.
295 p. illus., diagre., tables.

GONCHARO ROZII, N.A., red.;
GOR -'aim.
red,
[Repair of grain combines] Remont sernovykh kombainov.
Isd.3-, dop. i ispr, Kooky&, Goe.isd-vo sellkhot.lit-ry,
1961. 310 P. (MIRA 14:4)
Wombines (Agricultural msohinery)--Xaintonance and repair)

BASARGIN, V.A. lnzh.1 GRINEMG, V.L., inzh.; TKHOR,
A.P., inzh.;
ZAZIMKO~ V.N... inzh.
Mechanization of duck breading farma.
Masbinostroenie no,53
83-84 S"O '64 (MIRA 18.-2)

KUTS -1
YN, L*M*p insho; GRINBERGt V#L*j inah,; in5h.
KUT-3,CB mobile food distributor. Trakt. i Bellkhozzaab. noe9240-41
S 165e (MIRA 18;10)

4=7
/HWA(m)-2 LY
_)-2 P(c) as
1. 2271-M
AMMSION NRs ATS007942 UR /00001V 000/000/0600/0603
9~ f.'
AUTHOR: AA~~ ~A. G~; Basaritin. Yu. 1G. ; Zb,4kQy.&
Tuzov
Litunovski , R. N.; Malyahev, Stepanoyjk. V.- V,_
TITLZ: Basic char%3cteristics of the isochronous cyS~ iron ~with
variable particle
energy
SOURCE: intemational Conference on High Energy Acceleratorsi""Dubna,
1963.
Trudy. Moscow, Atomizdat, 1964, WF_RT_
TOPIC ThGS: high enerty accelerator, ion beam, cyclotron
ABSTRACT: At the Scientific Research Institute of Electrophysical
Equipment in.
D. V. Yefremov, a 2.4--meter cyclotron is being developed with a
magnetic field hav-
ing 3--dimensional variation. This cyclotron is intended to
accelerate particles
with Z/A equal to 0.125-1 in a wide range of energies. The limits of
energy varia-
tion, in Nev, are: 7.5-100 (protons); 5-60 (deuterons), 10-120
(alpha-partir-les),
and 10-145 (nitrogen ions). The device is designed to obtain
relatively large ion
currents, which will make It possible to realize experiments with
beans against in-
ternal and remote targets. The principal parameters of the cyclotron
include:
pole diameter, 2400 ma; magnetic structure, tri-sector and weekly
spiral; gaps,
230 an (hill) and-960 mm (valley); magnetic field in center,
4000-17,000 oersteds;
Cori 1/3

L 2273-66
ACCESSION NR: AT5007942
total electromagnetic power, 2800 kilowatts; electromagnet's
weight, 720 tons; fr*-
quencies of resonance system, 5-22 megahertz; accelerating
voltage in Dee, 125 kilo-
volts; Dee gap 50 mm- high-frequency load, 600 kilowatts;
stability, 10 4 (winding
currents), 10 ~ (frequ'ency of accelerating voltage), and 10-3
(its amplitude). Af-
ter deflection the beam is directed into a commutating magnet
by which the beam can
be directed against targets set up in three experimental rooms:
M high-intensity
b-eams, (II) neutron time-of-flight experiments, and (111)
nuclear precision spec-
troscopy with electromagnetic nonochromator. !on-optical
channeling, focusing and
commutating of the beam are done by six pairs of quadrupolar
lenses, two identical
rotary electromagnets, a monochromator electromagnet, and two
small electromagnets
for correction of the beam in the vertical direction. The
resonance system is a
quarter-wave coaxial line ending with the 180-degree Dee. Tne
resonant frequency
is reset by remote displacement of a plate without disrupting
the vacuun. The fre-
quency is established with an accuracy of 5-18 kc plus or
minus. Smooth high-fre-
quency regulation is provided by two trimmers, pernitting
regulation of frequency
to 2-4%. The high-frequency oscillator has a capacitative
connection with the reso-
nance system. A connecting rod is used, without disruption of
the vacuum, to shift
the Dee in the vertical and horizontal planes, and also along
its own axis. The
accelerator chamber consists of two sections: a high-vacuum
chamber able to ex-
haust , along with the resonant line, the magnetic gap; and a
fore-vacuun section
Card 2 / 3

L 2273-&
ACMSSION KR: ATS007942
installed in the electr-cwmgnet poles. Remotely controlled measuring
probes and
targets for operating with the internal bean are installed in the
chamber. Place-
ment of the ion source is also done remotely; moreover, it is
possible, without
disruption of the vacuum, to shift the cathode and also the source as
a whole.
The magnetic field was modelled with an electromagnet having a pole
diameter of 342
ma, on which several alternative magnetic systems were investigated;
and also with
an electromagnet having a pole diameter of 685 mm, which was used to
investigate
in detail modifications in the weakly-spiral structure. On the basis
of the elec-
tromagnet with poles 685 m in diameter, a star-t has been made at the
present time
on a cyclotron with three-dimensional variation of the magnetic
field, with the
magnetic system of a type described in the present report. The
current cyclotron
will. accelerate protons up to 8 Mev and deuterons up to 4 Mev, which
will permit
investigations into various alternative systems for yielding beans.
Orig. art.
has: 6 figures.
ASSOCIATION: Nauchno-issledovatellskiy institut elektrofizicheskoy
apparatury
imeni D. V. Yefremova GM SSSR (Scientific Research Institute of
Electr!9 hyskc�~
Equipment , GKAE SSSR)___ K ENCL: 00 SUB CODE: NP
NO REF SOV: ODO OTHER: 001
Cord 3/3 FT
-Al- - - - -

.- N 14' ;-Z 7 ---- "-I=Tv! I I tn'L- T "
t I I F, "~. ~ - JTm-. !rc. , I- 1 1. .. , I
1... 11 - -
- /- . '-- - 11 - 4

,)-.~-e
1 jon~jr

ACCESSION NR: ATS015935 UR/3092/65/000/003/0003/0024
AUTHOR: Basarilln, Yu. 0. 1 Belov, V. P. eP-l
TITLE; Some problems of the dynamics of particles moving In a
cyclotron *ith
a spatial yariation of the magnetic field
SOURCE: in
apparatury. Elektroftsicheekaya apparatura; sbornik statey, no. 3,
1965, 3-24
TOPIC TAGS: cvclotron. evatial field variation cvclotron
ABSTRACT. General equations describing orbital parameters and
dy-narnic
phenomena In spacial -magnetic -field -variation accelerators are
written after
H. L. Hagedoorn at al. (Nucl. Instr. and Meth. . 18, 19, 201,
1962), R. S.
Livingston at al. (Nucl. Instr. and Math. , 6. 1, 1959, and 6, 105,
221, Z34, 1960),
and other sources. Unlike in the above sources, the higher-order
terms In these
equations are taken into account, which makes mathematical
transformations
c.,d 1/2

L 00942-66
ACCESSION NR: ATS015935
more complicated but yields more accurate results. The more
accurate formulas'
are desirable for analyzing medium-energy cyclotrons that use
magnetic systems 1
with few periodic elements and deep radially nonuniform azimuthal
variation
General formulas for the equilibrium orbit, linear radial and
axial oscillations,
period of particle orbiting, and isochronism condition are
derived. These
formulas are also given in simplified forms suitable for quick
rough estimates.
The accuracy of the general formulas was verified by comparison
with the results
obtained on a computer for an easy-spiral 3-sector cyclotron with
magnetic-field
parameters defined an analytical functions of its radius. Orig.
art. has:
71 formulas and I table.
ASSOCIATION: none
SUB)AITTED: 00 ENCL: 00 SUB CODE: NP
NO REF SOVt 004 OTHER: 007
Qrd 2 / 2
T71MMI r M 1

;c
(M) /EWP 1

AP6035633
iSOURCE CODES UR/0089/66/020/005/0429/0436

'Yevs V. No;
AUTHORt Alekseyevo A. G Barkovskly, V, No: Basassin, Yu. Go; Vasil

Nikolayev, V "Sfoibafiov, As V,
Litunovskly, R. No; Minyayev, Oo As,

ORGs none

TITLES 68.5 cm
sector-focused cyclotron

SOURCE: Atomnaya energlya, v. 20, no. 5,
1966, 429-430

XY,

TOPIC TAGS: cyclotron, deuteron, proton

APSTRAM A
sector-foculing cyclotron that can deliver protons of 7.5 to 100

I*v
and deuterons of 0.5 to 4.0 11,16v Is described, The acceleration of
molecular

Ions underscores the epsential rx>16 of the process of
proton dissociation.

UAW certain oonditions'.Intrinsic to the
sector-focusing cyclotron where the Ions

ac~leve several hundred
revolutions, this process can Interfere with obtaining the

inlensity
of the i3n beam aj finit energies, if the vacuum in the accelerator
chamber

J,

is ass than 1o10- mm H& cm- OrIg. art. has% 3 figures. (NA]

SUI CODES 20 SUBH BATES 04 Sep 65'1 ORIG REF: 002 1 OTH'REFs 001

-7;

A

Card 1/1 fv uDcl 621.384.611

0 17Z 003'.15

SUSIJDVj likolay',Ivinovich, lush.; GROOPRItil..Aplesu Dmitriyevich,
k&udk'fekhn.naukj PDMNOVt Igor' Vaniodnovich, insh.1
SUSOIOVA, Valentina Ivano", insh.; KMTNIKOV, Uvgenly
PAVUviaht insh.1 MDHMKAYA, Valentina-Iyanovua, lushq
USAWINAj, Tanara Vasillyevna,, iuzh.'j~ZAYTSEV.' Pavel
Alekseyevich,, insh.; PODOLISKIY, retsenzent;
IMIK9 A.I., insh., reteensent; R&SAMINA, T B insb.,
reteenzent; UGIN, Tu.I.,, insh., retsenzent; KAf N.A.j reds
[Nonmetallic materialslNemetallicheskie materi&ly; spravochnik.
Pod red. N.I.Suslova. Moskva, Mashgiz, 1962. 360 pe
(MIRk 16:3)
(Nonmetallic materials)

SUSWV, likolat 1~ IvAnovich,, insh.; GROGPR'i*T.-49ls9u Dmitriyevich,
kud' tAbnonauki PIMWV, 1pr' Vonissinovich, Inshol
entina Ivano ', insh,j XMTNMV, Yevgeniy
PEAvD~;A 0' Val wj4
.ht insh.; MDRMKkTA, Valentina.Ivanovna, insh.;
"' Tamara VaaWya=4 insh. j - ZAYWEV, Pavel
Alskseyevich, insh.; PODOLISKIY, A.V.,,-inzh., reteentent;
IM119 A.1.9 insh., retsenzent; BASARGINA, T.B., insh.0
retsenzent; BAGIN, Tu.I., insh., retsenzent; DUGINk, N.A.,, red,
Nonmetallio materials]Nemetallichookis materialy; spravochnik.
Pod red. N.I.Suslova. Moskva, Mashgisp 1962. 360 p.
(Nonmetallic materials) (MIRA 16:3)

U.SA-UCI B.
Method for solving tactical tasks; professional
instniction for
reserve officers. VORTI GLASITIK. (Juf-yoslavenska
narodna
arrIja) Beograd.
Vol. 9, No. 6, December 1955
SUJRCE: East European Accessions List, (KAL),
Library of -
Congress, Vol. th No. 12, Decenber 191r5

BASARINO R.A.; GOLOSHCHAPOVO A.M.
Changing the design of the reducing valve. Sbor*rateepredlevnedro
v proizv. no*5:5~-55 160. (KUA 14:81)
1. NDvo3ipetakiy metallurgicheskiy savod.
(Valves)

BkSAM.. 0.1 insh.
---------
The BR5Qxl6DO radial drilling machine. Mashinostroene n
no.7/8:
23-24 Jl-Ag 162.
t,

59or2. ON THE CONTROLLUK; FACTOR OF PLASMA
.,'D ON 7MF fNFl UTENCE OF
/~5yl. LA ri(),41 PROPER nES A'
TliF PROI t p T! t P BASArjy,

MALINSKIr, V:Ladimir Davidovich; VEREVKIN, Tu.Ye. , prepodavatel
retsenzentj USOV, Yu.Ye.s prepodavatellp retsenzent;
~SATL%_ Ye.V. . red.
[Collection of laboratory papers on amplifying and radio
receiving systems) Sbornik laboratornykh rabot po usili-
tellriym i radiopriemnym ustroistvam. Moskva, Vysshaia
shkola, 1964. 176 P. (MIRA 17:12)

ZAYCHIK, Isay Yurlyevl2hp inzh-g USDV. Sergey
Nikola7evioh, inzh.;
CHISrYAKOV N.I.., doktor telch~o mak, prof.,
retsen-zent;
BUUNOV, Yu.A... prepodavate1w, -Inzh.0
retsenzent; ERAMM,
Yu.A., kand. tekhn. nankp riawhn. rel.; BASAVDA,
Ye.V.,
red.
(Textbook on amplifying and radio receiving
devices) Za-
dachnik po usilitellnym al radiopri.emnym
ustroistvam. Mc-
skvap Vysshaia shkola:, 1965. 315 p. (MIRA
3.8:11)
1. Moskovskiy elektr,,tekhnlL:!heskiy instit"
svyazi (f(..r
Chistyakov). 2. Moskovski-y teklm-Akum
avtomatiki i teleme-
khanik! (for Ralanc.-v).

SAVMOV~ V.M.j prepod,j SWRAKOVp V*V.p prepod.;
RASAVINA, YeqVqv
red.; KU2VETSOVA, LeGat reds
[Programing for the "Minak-I 42ectronic digital
computerj
methodologioal manual for atudents of the
oorrespondence
aection of the department of machine accounting
and comput-
ing operations] Programirovanie dlAa ETsVM
"Minsk-l"j
ucbebno-motodicheekoe posobie Me. studentov
zaochnogo ot-
deleniia fakullteta mekhanizataii ucheta i
vychislitellmykh
rabot. Moskvap Vysehaia abkolap 1964. 244 p.
(MIRAIS:7)

P
KOWITANTINOV, Vasilly Ivanovich; SIMONOV, Anton
Fedorov!ch;
MUKRIEV, lu.P., prepodavatell, retsenzent;
zij-j~ red.
[Collection of practical, examples and proMems
in general
electrical engineering] Sbornik praktichatow1kh
primerov i
zadach po obshchat elaktrotek.hn-4ke. Mosk-vh,
Vys--Iiala
shkola, 1965. 226 p. (MRA 18.8)
1. TSentral'Wy zaocla*7 lesoteklinichasMy
-I.ekYxiVuu. (for
Mikheyev).

BRAMMER, Yurly Aleksandrovich; PASHCHUKj, Inna
Nauzwvna;
MAKHONIN. V.A..,.kand. tekhn. nauk, ret9enX=t;
REYMW ,
L.L.., prepodavatell., rstssnzent.~ BASAVINA,
Ye.V.., red.
[Pulse techniques) Impul'snaia tekbnika. Moskva#
Vysshaia
shkola, 1965. 283 p. (MIRA 18:7)
1. Institut problem peredaohi informatsii AN SM
(for
Makhonin). 2. Moskovskiy radiomekhanicheskiy
tekhnikum
(for Reyfman).

RASA
Beat-supply engineering Is an important branch of the municipal
amnonW. Gor. khoze Xoske 34 uo#llt32-33 1 060& (MIRA 13:11)
1. Deputat, samestitell predoodatelys Postoyannoy komisoll komm-
nallnogo khozyaystva Xoskovskogo Soveta.
(.NDscov--Hw.,bing from central stations)

BASAYEV, R.M.; MACHTIMA, K,A.; CHERNYAKOVSKIY, F.P.;
MUSABEKOV, Yu.S.
Electronic paramagnetic resonance of alizarin dyes.
Khim. i khim. tekh. lt259-261 162. (MIRA 17s2)

S/081/62/000/006/040/1,17.
B1O1/B11O
AUTRORSt 2!!!K!Y.L~~Chernyakovskiy, F. P.
TITLEs Apparatus for studying electron paramagnetio; resonance epwtre
with high-frequency modulation of the magnetic field
PERIODICALs Referativnyy zhurnals Khimiyaj noo 6p 1962, 156, abstract
6Ye1O (Uoh. zap. Yaroslavek. tekhnol. in-ta, v. 6t 19619.
249 -.251)
TEXT: A short description is given of a radioapeotrometer for electron
paramagnetic resonanceg straightway type, with 3-cm range and RP
modula-
tion (100 kops). In the spectrometer a rectangular resonator with
piston
is used for the H 012 wave.. The. high frequency feeding is done.by
a...
coupling loop. A similar apparatus has been described earlier (R
1959, no. 20, 71287). [Abstracter's notes Complete.tr&nolation.]
Card 1/1
7j

8253.0
157 C2.9/ 0 S/07o/60/005/oo4/012/012
E132/E36o
AUTHORS: Bashuk, R.P., BAsayev. V. ., Tsadkina, R.B. and
Fayvusovich, S.A.
TITLE: The Hydrothermal Synthesis of Corundum with
Impurities
PERIODICAL: Kristallograftya, 1.960, Vol. 5, No. 4,
pp.666-667
TEXT: The exploltation of paramagnetic materials based on the
corundum structure demands the introduction into the lattice
of
paramagnette ions. Cr can be introduced by the Verneuil
process
but not Fe, Ti nor other elements. Nevertheless, natural
speci-
ments exist with significant quantities of these inpurities.
The hydrothermal methogs successfully used in the USSR for
growing
quartz can also be used for corundum. Specimens made in
thiai&y
were tested radios ectroscopically and by X-ray methods. It
has
been shown that Fe V++ ions entered the lattice isomorphously
replacing the A.]. +++ ions. The concentrations achieved
were one or
two orders of magnitude greater than could be achieved by the
Verneuil process. Spherical seeds gave crystals with the
followIng simple forms: 00.1.1 ~2243 and ~2241.
There are 2 figures and Preferences: 1 erman and 1. Englik.
March 22, l96o

- . - i

~~U"
yo . I
I T
.a.
M

BASAY97, Ta. V.
- -.L.-
Urban telephone comwanications In the U.S.S*R. Vent. svisal
7
no.11:9-10 N 155. (MM 9:1)
I.Nachalluik,Wentral ,nogo telefounogo uprav
wyasi. (Telephone) ,leuiya Ministerstva

BMMCVI-Y&. V.. inshener.
Now developments in communication engineering. Test.sviast 15
no.12:296-30 D 135. (KUM 9.' 3)
(Telecommunication)

BASSEZ ift -16004aflaoaer.
Now Ideas In foreign equipment* Tests eviazi 17 U0#51
31-32 MY '5?. (HLU 10:5)
(Garmarq, Bast-Telecommunication-Zquipmant and supplies)

sov/111-58-4-26/34
AUTHORs Basayevt Ya.V., Chief of the Section of Municipal
Telepbone
Networks at the USSR Ministry of Communications
TITLEt Meeting Vladimir Illich (Vetrechi a Vladimirom
Illichem)
PERIODICAL: Vestnik svyazi, 1958, Nr 4, pp 32 - 33 (USSR)
ABSTRACTt A long-time communication employee tells of his
meeting
Lenin during and after the Soviet Revolution. He mentions
briefly some of the communication equipment used by Lenin.
1. Communication systems--USSR 2. Personnel--Performance
Card 1/1

AUTHOR:
TITLE-
PERIODICAL:
ABSTRACTs
Card 1/2
f,,Basayevg Ya.V., Department Supervisor SOV/111-59-1-8/35
The Automation of the City Telephone Exchange (Avtoma-
tizatsiya gorodskoy telefonnoy avyazi)
Vestnik svyazi, 1959, Nr 1. pp 9 - 10 (USSR)
Aacording to the Ministry of Communications,- the number of
telephones per 100.inbabitants is to be increased by 1.5 to
2 times between 1959 and 1965. This increase will be felt
especially in the formerly-neglected Ukraine, Kazakbatan,
Uzbekistant Kirghizia and Tadzhikistan. In cities with a
population of over 80,000, manually operated telephone ex-
changes will be replaced by automatic ones. Present MB
systems in stations will be exchanged for TsB or ATS sy-
stems. The advantages of automatic systems over manual
systems are shown in table 1, while percentages of the au-
tomatic systems in the individual Soviet republics are
shown on table 2. By now, over 25,000 telephone operators
could be shifted to other work on account of increased au-
tomation. In 1958, improved ten-step ATS-54 (Figure 1)
were introduced with attached, fully automatic testing
equipment developed by KITS, in order to test this modern-

The Automation of the City Telephone Exchange
ASSOCIATION:
Card 2/2
SOV/111-59-1-8/35
ized ATS thoroughly. Cable-laying, pole and mast-erecting,
sheath fault and current leak detecting machinery and de-
vices, among them KM-1, GTI-2, IKP-1, and ZIF-55 compres-
sors for working on hard groundy-will be largely introduoed.
It is intended to introduce ATS of the coordinate system
with electronic control from 1962 on, the high-frequency
devices of type KRR-30/60 in densely populated areas, and
automatic substations of 100-digit capacity for individual
apartment houses. Experiments on cables with aluminumoon-
ductors and sheath material other than lead are being con-
tinued. There are two photos and 2 tables.
Otdel gorodskikh telefonnykh setey Ministerstva svyazi SSSR
(The Department of City Telephone Exchanges of the USSR Com-
munications Ministry)

BASAYEV. Ya. onalInyy pensioner,
The telephone communication system of Illich's office, Vest,
sviazi 22 no.401-32 Ap 162. (MIRA 15:4)
(Telephone)
(TAnin, Vladimir Illich, 187-1924-Massums, relies, etc.)

OLOVYANNIKOV, M.D.; BASAYEVA, G.K.
Use of nylon bushings in sections with automatic block signaling.
Put' i put.khoz. 7 no.9t25 163. (MIRA 16:10)
1. Nachallnik distantsii Bereza-Kartuskaya, Belorusakoy dorogi
(for Olovyannikov), 2. Master opytnogo uchaetka, stantsiya
Beroza-Kartuskaya, Belorusskoy dorogi (for Basayeva).

OLOVYAKNIKOV, M.D.;._BASAYEVA.,q.K..
Performance of ties made from-reinforced concrete. Put' i put.
khoz. 7 no.11:7 163. (MIRA 16:12)
1. Nachallnik distantaii puti, Bereza-Kartuakaya, Belorruskay
dorogi (for Olovyannikov). 2* Master opytnogo uchastka puti,
stantalya Bereza-Kartuskaya, Beloruaskoy dorogi (for Basayeva).

U'CiSSION PIR: AP3001157 s/oigo,/63/005,'OO'C'),10850/085".
A'U -Lq OR VInogradov, P. A.- Basayeva, N. N.
unsatu:-."ea -orpcx-.d- 1-1.iur-dle &.tide
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TOP:,- 'Als, Polymerization, unsaturated nompounds,
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L 12437-63
ACCESSION MR: AP3001-157
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