COMMENTS AT CLOSE OF CONFERENCE ON NONDESTRUCTIVE TESTING

• Document Type: CREST
• Collection: STARGATE
• Document Number (FOIA) /ESDN (CREST): CIA-RDP96-00787R000500180023-5
• Release Decision: RIPPUB
• Original Classification: S
• Document Page Count: 7
• Document Creation Date: November 4, 2016
• Document Release Date: September 1, 2000
• Sequence Number: 23
• Publication Date: August 28, 1982
• Content Type: OPEN

~iQoa'3 9
Approved For Release 2001/03/07 : CIA-R
CPYRGHT
Author: Klyuyev, V., Professor, vice-
president of the 10th International
Conference on Nondestructive Testing
f Title: COMMENTS AT CLOSE OF CON-
FERENCE ON NONDESTRUCTIVE TESTING
Primary source: Izvestiya, August
28, 1982, No. 240 (20221), p. 3,
cols. 4-5
Extract: From August 23 to 27, the
10th International Conference on
Nondestructive Testing was held at
the Moscow International Center of
Trade and Scientific-Technical Ties
with Foreign Countries. Scientists
from 40 countries of the world took
part in it.
In our country, a great deal of
attention is devoted to the devel-
opment and introduction of means of
nondestructive testing and diagnosis.
Specialized institutes have been
created: the Scientific Research
Institute of Introscopy (Moscow),
the Institute of Physics of Metals
of the USSR Academy of Sciences'
Urals Research Center (UNTS AN SSSR),
the Belorussian Academy of Sciences'
Institute of Applied Physics, and
others. Scientists of the USSR
Academy of Sciences, industry re-
search institutes, educational in-
stitutions and industrial enterprises
are pursuing a broad front of research
on methods of nondestructive testing
based on the use of all types of
physical fields and radiation. We
are proceeding to the conprehensive
evaluation of the quality of products
according to numerous parameters
simultaneously, through the use of
various physical phenomena and analysis
of results by computers.
Held in conjuction with the con-
ference was the international exhibi-
tion "Introskopiya-82", in which.
more than 35 foreign firms that
manufacture and develop instruments
and equipment for nondestructive
testing participated.
Author: Kulinich, S.
4 Title: NEW NONDESTRUCIVE TESTING
EQUIPMENT FOR AVIATION AND INDUSTR)
Primary source: Moskovskiy
komsomolets, August 31, 1982, No. 199
(13469), p. 4, cols. 8-9
Abstract: The article reviews ad-
vances in the development of acoustic
and other advanced types of control-
-and-measuring equipment for industry.
Particular attention is devoted in
this connection to accomplishments
o f the Ssjg e .h -lust Itut
of Tn rnGrogy in oscow This insti-
tute's developmen are said to include
a non-standard ultrasonic thickness
gauge no larger than a pocket cal-
culator. This instrument operates
with materials ranging in thickness
from 1.5 millimeters to 1 meter.
A number of other developments of
the Moscow institute are mentioned,
including a pulsed X-ray unit which
permits the study of various processes
taking place at high speeds (such as
the operation of a nozzle or the in-
jection of fuel into the combustion
chamber of an automotive or aircraft
engine). Some of the institute's
developments are said to have no
foreign counterparts, including an
optical reflexometer for.. monitoring
the structure and homogeneity of heat-
proof and durable coatings; a multi-
parameter eddy-current unit for
measuring operating characteristics
of products manufactured from several
layers of metal; and a vibration
diagnostic complex for monitoring
the strength of stressed structures
in shipbuilding, aviation and other
industries. Another original devel-
opment is.an acoustical flaw detector
for aircraft building. The zone of
a flaw in adhesive joints of multi-
layer structures is shown on a panel
by this instrument, which is about
the size of a cigarette pack. Unlike
the best foreign models, the Soviet
flaw detector is said to be capable
of revealing defects at depths as
great as 20 millimeters.
Doctor of Technical Sciences,
Professor Vladimir Vladimirovich
Klyuyev, the director of the intro-
scopy institute, claimed that the
USSR is keeping abreast of the most
advanced countries in the fields of
nondestructive testing. The Moscow
institute has assumed leadership in
the development of a number of methods,
according to Klyuyev. Many of the
approximately 30 instruments developed
each year by the institute are said
to surpass their foreign counterparts.
Approved For Releaseu 1/03/07 : IA-RDP96-00787R000500180023-5
 A~0brVf dTbr Release 2004-q3 M7: CIA-R
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2
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CPYRGHT
Author: Klyuyev,Vv'V., Professor, vice-
president of the 17th International
Conference on Nondestructive Testing
Title: COMMENTS AT CLOSE OF CON-
FERENCE ON NONDESTRUCTIVE TESTING
Primary source: Izvestiya, August
28, 1982, No. 240 (20221), p. 3,
cols. 4-5
Abstract: The article reviews ad-
vances in the development of acoustic
and other advanced types of control-
and-measuring equipment for industry.
Particular attention is devoted in
this connection to accomplishments
of the Scientific Research Institute
of Introscopy in Moscow. This insti-
tute's developments are said to include
a non-standard ultrasonic thickness
gauge no larger than a pocket cal-
culator. This instrument operates
with materials ranging in thickness
from 1.5 millimeters to 1 meter.
A number of other developments of
the Moscow institute are mentioned,
including a pulsed X-ray unit which
permits the study of various processes
taking place at high speeds (such as
the operation of a nozzle or the in-
in-
jection of fuel into the combustion
j
nondestructive testing and diagnosis.
Specialized institutes have been G chamber of an automotive or aircraft
Specialized engine). some of the institute's
created: the Scientific Research
Institute of Introscop7 (Moscow developments are said to have no
the Institute of Physics of Metals [ foreign counterparts, including an
of the USSR ca of ciences optical reflexometer for monitoring
Extract: From August 23 to 27, the
10th International Conference on
Nondestructive Testing was held at
the Moscow International Center of
Trade and Scientific-Technical Ties
with Foreign Countries. Scientists
from 40 countries of the world. took
part in it.
In our country; a great deal of
attention is devoted to the devel-
opment and introduction of means of
Urals Research Center (UNTS AN SSSR),
the Belorussian Academy of Sciences'
.O InstituteIof Applied Physics, and
others. Scientists of the USSR
Academy of Sciences, industry re-
search institutes, educational in-
stitutions and industrial enterprises
are pursuing a broad front of research
on methods of nondestructive testing
based on the use of all types of
physical fields and radiation. We
are proceeding to the conprehensive
evaluation of the quality of products
according to numerous parameters
simultaneously, through the use of
various physical phenomena and analysis
of results-by computers.
Held in connuction with the con-
ference was the international exhibi-
tion "Introskopiya-82", in which
more than 35 foreign firms that
manufacture and develop instruments
and equipment for nondestructive
testing participated.
Author: Kulinich, S.
Title: NEW NONDESTRUCIVE TESTING
EQUIPMENT FOR AVIATION AND INDUSTRY
Primary source: Moskovskiy
komsomolets, August 31, 1982, No. 199
(13469), p. 4, cols. 8-9
the structure and homogeneity of heat-
proof and durable coatings; a multi-
parameter eddy-current unit for
measuring operating characteristics
of products manufactured from several
layers of metal; and a vibration
diagnostic complex for monitoring
the strength of stressed structures
in shipbuilding, aviation and other
industries. Another original devel-
opment is an acoustical flaw detector
for aircraft building. The zone of
a flaw in adhesive joints of multi-
layer structures is shown on a panel
by this instrument, which is about
the size of a cigarette pack. Unlike
the best foreign models, the Soviet
flaw detector is said to be capable
of revealing defects at depths as
great as 20 millimeters.
Doctor of Technical Sciences,
Professor Vladimir Vladimirovich
Klyuyev, the director of the intro-
scopy institute, claimed that the
USSR is keeping abreast of the most
advanced countries in the fields of
nondestructive testing. The Moscow
institute has assumed leadership in
the development of a number of methods,
according to Klyuyev. Many of the
approximately 30 instruments developed
each year by the institute are said
to surpass their foreign counterparts.
(contin n x colu ) 3
G... RDP96 9978714999699489923 6
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CPYRGHT 1
1
.
Institute of etal Physics in_ ~Ib Title: GEORGIAN SSR STATE PRIZE FOR
Sverdlovsk, the All-Union Institute SYNCHROTRON STREAMER CHAMBER
the Institute of Physics in Minsk, Primary source: Zarya Vostoka-,
the Institute of Electric Welding February 25, 1983, No. 47 (17523),...
imeni Paton in Ki ev and other in- p. 1,-cols. 1-2; p. 3,:cols. 1-2
J
stitutes are. collaborating with
research centers of member-countries
of the Council for Mutual Economic
Aid (SEV) in the development and
industrial. introduction of nondestruc-
tive testing methods. NILIN is co-
ordinating a SEV project entitled
"Development of Magnetic and Electro
magnetic Methods", for example.
Fields of specialization are said
to differ from country to country.
Bulgaria, for example, is specializing
in magnetic-particle flaw detection
equipment for analyzing various types
of cracks in the surfaces of metal
products. No such flaw detectors
are being produced in the USSR, ac-
cording to Klyuyev. He relates that
this type of organization of work
permitted the implementation.of a
program for the development of a
Abstract: The article announces the
names and titles of authors, authors'
organizational affiliations and titles
of works that have been awarded the
1983 Georgian SSR State Prize in the
field of science and technology.
There are three works in the area of
science and one work in the area of
technology.
. Among the works in the area of
science is one with the title:
Development and Construction of a
Streamer Chamber for the Study of
Hadron-Hadron and Hadron-Nuclear
Interactions, and Introduction of
This Chamber in the Proton Synchrotron
of the Institute of High-Energy Physics
(Serpukhov) Within the Framework of
the 'Risk' Experiment.
monitoring and diagnostic instrument- Comments and additions or deletions
complex in the period 1976-1980. to the distribution list should be
This program included 11 major pro- addressed to:
jects.and more than 1.00 assignments.
Asked about long-range tasks of
international cooperation, Klyuyev
stresses the importance of developing
a new generation of nondestructive
testing instruments capable of de-
tecting product defects at early
stages of the production process.
They would be compact, high-speed,
multipurpose instruments with a wide
range of measurements.
Title:. GROMYKO COMMENTS ON STATUS
OF ARMS CONTROL TALKS
Primary source: Pravda, February 24,
1983, No. 55 (23581), p. 4, cols. 5-8
Abstract: The. article is a lengthy.
interview in'.:which A. A. Gromyko
responded to questions of a Pravda
correspondent-concerning the cor-
relation of military forces-between
West and East and negotiations on
arms control. The majority of the
interview is devoted to a discussion
of the status of the Geneva.negotia
tions on limiting medium-rangenuclear
weapons in Europe.
SG1I
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