datamatters24/research-document-archive huggingface dataset:
ee mn ae Technical Protocol for the MEG Investigation Approved For Release 2003/09/09 : CIA-RDP96-00789R003000260001-0 V REVIEW OF STATISTICAL POWER —aaoo The power of a statistical measure is defined as the probability of a significant observation given that an effect hypothesis (H1) is true. Define the value of a dependent variable asX. Then, given that the null hypothesis (Hp) is true, a significant observation, is defined as one in which the probability of observing X 2 Uy + 1. 6450p, where pig and 09 are the mean and standard deviation of the parent Ho distribution, is less than or equal to 0.05. Figure 3 shows these definitions in graphical form under the assumption of normality. The Z-Score is a normalized representation of the dependent variable and is given by: _ = Ho) 7 ? 9 where x is the value of the dependent variable and pg and oo are the mean and standard deviation, re- spectively, of the parent distribution under Ho, and z is the minimum value (ie., 1.645) required for significance (one-tailed). The mean ofz under Hg is zero. The mean and standard deviation of z under Hy are pac and ogc, respectively. 5% of Area Power ZAC=BAC Figure 3. Normal Representation of Statistical Power 15 Approved For Release 2003/09/09 : CIA-RDP96-00789R003000260001-0
Approved For Release 2001/03/
CIA-RDP96-0&£87JR0005001 30003-2
/ d>
international,
long- term
s cientific
p r o g raift
'"W~h i"t h
coordinate
the work
o 1
spe c! a~l ists
of
various
countri §.£.
oTt
'
t he
solution
o r
k e v
p r o .b Lema—Q-f
R olar-ter rest r i a l.._2JlXS-Lc-s' •
"CO tlip
1' & hens i"ve
stud ies
of
solar
activity,
ionospheric
processes
and
geomagnetic
fTel
s" fequire
coin
p
1 e x
,
large-scale
experiments
and
regular
observations
over
long
periods
of
time,
using
a
network
of
observa-^
tories
located
in various
geophysi-
cal
settings
around
the
globe.
(The photograph
shows
seven
anten-
nas
of
the
institute's
radio
tele-
scope
installation
located
in
the
foothills
of
the
Sayan Mountains.)
C dfmn ittee
for
Science
and
Technology.
They
discussed
questions
of
the
fur-^
ther
development
of
trade
and
economic
ties,
and
the
expansion
of
scientific-
technical
cooperation
between
the
USSR
and
Canada.
Comments
and
additions
or
deletions
to
the
distribution
list
should
be
addressed
to
:
SGI
I
Tit le:
L.
KOSTANDOV MEETS WITH
HEAD
O F
FRG’S MANNESMAN
FIRM
Primary
source:
Pravda,
June
4,
1983,
No
.
155
( 23681)
,
p
.
,
col.
Entire
text:
On
June
3,
L.
A.
Kostandov,
deputy
chairman
of
the
USSR Council
of Ministers,
received
a
prominent
representative
of
busi-
ness
circles
of ^' e
Federal
Republic
of Germany,
E.
Overbeck,
and
had
a
conversation with
him
concerning
questions
of
the
further
advancement
of
economic
ties.
Title:
THR EE OFFICIALS
CONFER WITH
CANADA’S
TRADE MINISTER
Primary
source:
Pravda,
June
4,
1983,
No.
155
(23681),
p.
4,
col.
Extract:
On
June
3,
M.
S.
Gorbachev,
member
of
the Politburo
of
the
Com-
munist
Party
Central
Committee
and
secretary
of
the
Central
Committee,
received
D.
Regan,
Canada's minister
of
international
trade,
who was
in
Moscow
in connection with
the
hold-
ing
of
the
third
session
of
the
Soviet-Canadian mixed
commission ^on
economic,
industrial
and
scientific
technical
cooperation.
Talks
were
held between
D.
Regan
and
N.
K.
Baybakov,
deputy
chairman
of
the
USSR
Council
of
Ministers
and
chairman
of
the USSR
State
Planning
Committee,
and
G.
I.
Marchuk,
deputy
chairman
of
the USSR
Council
of
Min
isters
and
chairman
of
the
State
(continued
next
column)
Approved For Release 2001/03/26
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‘termite A a » oo 8 Approved For Release 2001/03/26 : CIA-RDP9G A078 7R00B200130006-9 Approved For Release 2001/03/26 : CIA-RDP96-00787R000500130006-9
Approved For Release 2000/08/09
: CIA-RDP96-00789R003600330003-4
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"T - Approved For Release 2001/03/26
: CIA-RDP96-00787R0005001 30007-8
ise-W-oiz-'
fixed and movable antennas
(five-element
system in Cambridge/UK,
radiotele-
scopes with North-South or East-West orientable antenna in Parks /AUSTRALIA )
,
and millimetric-wave interferometers
(two-antenna interferometer on Hat Creek/
CALIFORNIA, two-antenna interferometers
in Jet Propulsion Laboratory/CALIFORNIA
and on Table Mountain/UNION OF SOUTH AFRICA, two—antenna interferometer in
Bordeaux/FRANCE)
,
Figures
9;
tables
1;
references
39:
6 Russian,
33 Western.
[125-2415]
'
UDC 523.164:621.396
METRIC-WAVE AND DECIMETRIC-WAVE APERTURE
. SYNTHESIS SYSTEMS
(REVIEW)
Gorkiy IZVESTIYA VYSSHIKH UCHEBNYKH ZAVEDENIY : RADI0FIZIKA in Russian Vol
No 11, Nov 83 pp 1394-1402
’
ILYASOV,
Yu.
P.,
Institute of Physics imeniP.
N.
Lebedev, USSR Academy of
Sciences
[Abstract]
Aperture synthesis systems using metric or decimetric waves
are
adequate and promising for astrophysical study of extragalactic
radioemission
sources,
operation with metric waves being characterized by destabilizing
effects
of the ionosphere and thus requiring special methods of data processing.
Methods of closure phase and closure amplitude have been proposed and then
successfully implemented in very-large-baseline radiotelescopes and multi-
element interferometers,
respectively.
Several radiotelescopes have been
developed which operate
in the supersynthesis mode, with rotation of the earth
used
for filling the space-frequency plane.
Further achievements
include the
Swarup system
(Uti/INDIA) with phase-stable interferometer,
the Jodrell Bank
system
( Manchester/UK)
,
the Palmer MERLIN multielement system
(UK) with CLEAN
procedure and C0RTEL telescope correction algorithm,
the VLA system
(USA), and
the international giant equatorial radiotelescope.
Figures
3;
references
25:
T Russian,
18 Western
(l in Russian translation).
[125-2415]
CROSS-SHAPED APERTURE SYNTHESIS SYSTEM
UDC 520.27+520.874
Gorkiy IZVESTIYA VYSSHIKH UCHEBNYKH ZAVEDENIY:
RADI0FIZIKA in Russian Vol 26
No 11, Nov 83 pp 1403-1419
SMOL’KOY,
Q ... ife-
»
Siberian Institute of Terrea±rlal Magn etism.
Ionosphere an d
Radiowave Propagation ,
SiberianTJepartment
,
USSR Academyof^Sc^SflS®-^
[Abstract]
A radiotelescope with a cross-shaped parallel-sequential aperture
synthesis system is being installed in Siberia for the purpose of radiohelio-
graphic research, particularly for study of solar active regions and bursts.
The design of this
facility takes into account peculiarities of the sun as
a
radioemission source, namely its continuous and sometimes
fast
as well as wide
Approved For Release 2001/03/26
: ClA-RDP96-00787R0005001 30007-8
Approved For Release 2000/08/07 : CIA- UNCLASSIE -00788R001300210001-5 Appendix (U) CHRONOLOGICAL LITERATURE SURVEY (U) (U) This Appendix chronologically displays a collection of the random number generator (RNG) experiments published during the past ten years in the three major U.S. parapsychological. journals: Research in Para- psychology, The Journal of Parapsychology, and The Journal of the American Society for Psychical Research. (U) In most cases a single reference contains several "separate ex- ' periments." We have defined any major change in experimental protocol or variable (e.g., a change of experimenter, type of feedback, etc.) as a separate experiment. A numerical p value is listed in the "Statistics" column for each experiment that is significant at the p S 0.05 level; an ‘n.s." indicates "not significant" for all others. (U) If an experiment (or group of experiments) was published in more than one journal, only one reference--typically the most comprehensive-~is cited in the survey. 43 UNCLASSIFIED Approved For Release 2000/08/07 : CIA-RDP96-00788R001300210001-5
Institute of “ex eo ® Magnetism, the Ilonospnere ane 4) Radiowave ero aedee T arcmin 2) PI oro O Published by FOREIGN TECHNOLOGY DIVISION "— - ee Toms Title: SIBERIAN INSTITUTE'S INFRASONIC MEASURING STATION an tne ne eee a Prinary source: August 14, 1979, p. 3, cols. 1-2 Entire text: Irkutsk -~ The sound of ocean surf can be heard in Siberia, at the center of the Asian continent. This posed no difficulty for TASS’ Irkutsk correspondent A. Gayday. In the taiga clearing of Badara, where -he was, scientists of the Sovetskaya Estoniya, No. 186 (10884), academy oO ecLences’ Siberian Branch have set up an original infrasonic measuring station. Inside the small station one hears the steady hum of electric motors and the measured scratching of recording instruments. Low-frequency sound waves imperceptible to human hearing are being recorded on tape, Scientists will find out later where the waves cane From, when they 'show' this recording to a computer. These waves are emitted by oceans and seas, active volcanoes, earthquakes, hurricanes, and celestial bodies falling to the earth. Infrasonic vibrations possess the surprising property of not damping for a long time. They can even circle the globe several times. "Receiving and recording sounds, inaudible to humans, from the distant Atlantic or Pacific oceans is not a goal in itself for us," says Ye. | 6%, 19 6 6 Ponomarev, head of the high-latitude geophysical research laboratory. "Infrasonic waves caused by storms or other natural phenomena are capable of affecting the upper atmosphere, its structure and dynamics, and, in parti- Cular, the elec most act APREOY 2 iad dt ReIARY shUVORI26 : CHRD Soviet News Abstracts Publication Title: GEOPHYSICIST MEASURES SOIL GAS ANOMALLES TO PREDICT FARTHQUAKES Primary source: Sovetskaya Estontiya, August 14, 1979, No. 186 (30884) é Cleneypucs 7 1 4 p. 3, cols. 2-3 Chet 1 SSDe Abstract: The brief article reperts that geophysicist Yu. Ryaboshtan™oft Donetsk has developed a method for predicting the approximate time, force and place of an earthquake by measuring changes in the gas content of the earth's soil layer. The method involves the use of extrasensitive instruments, which Ryaboshtan designed for coal mining work, to measure small doses of gases that are released in the soil when a focus of stress occurs in the earth's depths. By correlating Measurements made over several years with occurrences of earthquakes, Ryaboshtan discovered a pattern that reportedly has enabled him to forecast the time of major earthquakes to within one or two days, and up to three weeks in advance. It is noted that the method's practicality is being studied by large scientific groups. * * * Author: Borovitskiy, V. Title: NEW AVIATION UNSTRUMENT MEASURES STRUCTURAL FATIGUE me MR PALL GUE Primary source: Sovetskaya Latviya, August 17, 1979, Na. 188 (11091), Pp. 4, col. 1 Entilve text: Material fatigue is a dangerous physical phenomenon which is accompanied by an accumulation in Parts of small faults that are invisible to the unaided eye, and it can Lead to accidents with machine to motor vehicle iy NES... o Poadnrseeonoanatsdasrs: < for diagnosing the imnenAtnn~ a---
S'
•V'
V 5>:a
\ 4Pi
2LM&me3
Title:
SIBERIAN INSTITUTE'S
INFRASONIC
MEASURING
STATION
Primary
source:
Sovetskaya
Estoniya,
August
14,
1979,
No.
186
(10884),
p.
3,
cols.
1-2
Entire
text:
Irkutsk — The
sound
of
ocean
surf
can he heard
in Siberia,
at
the
center
of
the Asian continent.
This
posed
no
difficulty
for
TASS'
Irkutsk correspondent
A.
Gayday.
In
the
taiga
clearing
of
Badara,
where
_he
was,
scientists
of
the
Institute
of
1* f
Magnet ism,
the
lono s‘p‘ffer? anT"Tyr
5a d
o n"
o f
Y
li Af
Academy
ot
Sciences
Siberian Branch
^
have
set
up
an original
infrasonic
measuring
station.
Inside
the
small
station
one
hears
the
steady hum
of
electric motors
and
the measured
scratching
of
recording
instruments.
Low-frequency
sound
waves
imperceptible
to
human hearing
are being
recorded
on
tape.
Scientists
will
find
out
later where
the waves
came
from,
when
they
'show'
this
recording
to
a
computer.
These waves
are
emitted
by oceans
and
seas,
active
volcanoes,
earthquakes,
hurricanes,
and
celestial
bodies
falling
to
the
earth.
Infrasonic vibrations
possess'
the surprising
property
of
not damping
for
a
long
time.
They
can
even
circle
the
globe
several
times.
"Receiving
and
recording
sounds,
inaudible
to
humans,
from
the distant
Title?
GEOPHYSI CIST MEASURES
SOIL
GAS
ANOMAL I ES
TO PREDICT EARTHQUAKES
Primary
source:
Sovetskaya Estoniya,
August
14,
1979,
No.
186
(L0884 ) ,
'
c
p.
3,
cols.
C
Abstract:
The
brief article reports
that geophysicist
Yu,
Ryabosh t an^ot
Donetsk has devel oped
'a
' method Vo
r
predicting
the approximate
time,
force
and
place
of
an
earthquake
by
measuring changes
in
the
gas
content
of
the earth's
soil
layer.
The method
involves
the use
of extrasensitive
instruments, which Ryaboshtan designed
for
coal mining
work,
to measure
small
doses
of gases
that are released
in
the
soil when
a
focus
of
stress
occurs
in
the
earth's depths.
By
correlating
measurements made over
several
years
with occurrences
of
earthquakes,
Ryaboshtan discovered
a
pattern
that
reportedly
has enabled
him
to
forecast
the
time
of major
earthquakes
to within
one
or
two days,
and
up
to
three weeks
in advance.
It
is noted
that
the
method's practicality
is being
studied
by
large
scientific
groups.
*
*
*
Author:
Borovitskiy,
V.
Title:
NEW AVIATION INSTRUMENT
MEASURES' STRUCTURAL FATIGUE
~~
——
——
~
Primary
source:
Sovetskaya Latviya,
August
17,
1979,
No.
188
(11091),
p.
4,
col.
Atlantic
or Pacific
oceans
is
not
a,
goal
in
itself
for
us,"
savs
. Ye
.
(^Q-V
Ponomarev,
head
of
the high-latitude
geophysical
research
laboratory.
>/,
"Infrasonic waves
caused
by
storms
or
other
natural
phenomena are capable
of
affecting
the upper atmosphere,
its
structure and
dynamics,
and,
in parti-
cular,
tha elect
most acti
osi
lere
.
Entire
text:
Material
fatigue
Is
a
dangerous physical phenomenon which
is accompanied by an accumulation
in
parts
of
small
faults
that
are
invisible
to
the unaided
eye,
and
it
can
lead
to accidents with machine
for diagnosing
the
imnor.a
-f
J ^ -
en A Approved For Release 2001/03/26 : CIA-RDP96-00787R000500130048-3 Pail LS 2QIC@1H> : J Vers ELECTRICITY AND MAGNETISM oF MAR SF 2. STRONG SCATTERING OF PARTICLES IN RANDOMLY INHOMOGENEOUS MAGNETIC FIELD “ascow ZHURNAL EKSPERIMENTAL'NOY I TEORETICHESKOY FIZIKI in Russian vol 81,,No 5(11), Nov 81 (manuscript received 7 May 81). pp 1723-1730 pf md AYNSUTEYN, S. I. and KICHATINOV, L. L:, tLe the Ionosphere and Radio Wave Propagat nes ot Scilences j ER im, © bo tAbstract] A kinetic equation is derived that describes propagation of charged particles in an electromagnetic field with random inhomogeneities in intense seattering. The formulated problem is analogous to the theory of strong «cattering of electromagnetic waves, and to the problem of hydrodynamic turbulence, where there is no spgil parameter. Solution of the problem is based on Orszag's approach [see S. A. Orszag, JOURNAL OF FLUID MECHANICS, Vol 41, 1970, p 363], which yields the Kolmogorov spectrum in hydrodynamic turbulence theory. At the weak scattering limit, the derived equation is automatically transformed to pre- viously found results. The proposed method improves on Orszag's scheme in the -act that an equation is derived for the memory time of the system t, rather than merely assigning this parameter. The proposed kinetic equation is valid even when the particle scattering angle on the correlation length of the magnetic field is not small. An examination is made of the diffusion approxi- sation with consideration of particle acceleration by a stochastic electric ‘teld. References 12: 6 Russian, 6 Western. 78-6610] a Approved For Release 2001/03/26 : CIA-RDP96-00787R000500130048-3
Approved For Release UNEP A COE Beer 300210001-5 ‘QUOTS UOTIeTAep soueyo Aq petand00 YooFFo pearesqo oy. 4ey) ALTLTTqeqoad ey4 uey. sseT 40 01 Tenby” °s*u Jae TF TUSTs ‘s°u z-Ol X OL°T z-0T X 00°T *s*u g-Ol xX 00°T "seu g-OT X 00°2 g-OT X 00°T z-OT X 00°T g-0T X 09°T 4 ‘ Tensta :yoeqpeey poouryuy 84e14U90 pue s101Tpne -U0d 04 jou poyse szoeCqng °q o1BIZUSDUOD 01 payse szoofqng °e yoeqpeey A1oyTpny uoT 1 Tus0001d/s Tsou TxOyoOA Sq UoOT4 TUs09 01g UOT Tpuoo patryer1duon UOTLFpuoD perTTayetg BUT}2} TpouuON SUT LCF TPON qUsUTIEdxe YyoRoryo0D quoutiedxe 74%9 ATAWNS AGALS ONY T I Bizsueg SoUTyo eM qUudTeyTIG ATL eusse4UlL pue SUOTLTpuog yUeTeATNbY ATTBO -TsoToyoAsd WAT sqyse, Tsd se yueg apPTWYyos _SU0T1 Fpuog perzeyorduoyn pue peiieyeig Jepugn Sutaz0cog yd sPefqng 3urze7 Tpouuoy se ued SB1eN SNSI39A SUTLEL TPO sutaeduogj juowtsz9odxy yd V 2tacud tnba oOTUOTZOSTA GTM 4S90L Md V +P Tuyos pspoefans se 4PTUyOS (ny) -V eTqeL xtpuoddy gou FuOTZ Tpuog Ad | ¢Z6T sTeuTuy Y}TM squeutsedxy yd | OL6T ‘44 UNCLASSIFIED Approved For Release 2000/08/07 : CIA-RDP96-00788R001300210001-5
Approved For Release 2001/03/26 : CIA-RDP96-00787R000500130048-3 69 2 oO FLUID DYNAMICS ee sf A , | d 7 | - SO - ODC 541.124/128 NONEQUILIBRIUM VIBRATIONAL MOLECULAR EXCITATION BEHIND SHOCK WAVE FRONT IN GASES ; Novosibirsk ZHURNAL PRIKLADNOY MEKHANIKI I TEKHNICHESKOY FIZIKI in Russian No 5(129), Sep-Oct 81 (manuscript received 25 Jun 80) pp 49-54 ~ DOBKIN, S. V. and SON, E. Ye,, Moscow [Abstract] Previous research has shown that when a shock wave propagates through a light gas doped slightly with a heavy gas, the length of transla- tional relaxation of the heavy molecules is approximately mco/m, times longer than for the light molecules (where Ta and m, are the masses of the heavy and light components). This is because a large number of collisions is needed to slow down a heavy particle. In this paper, a qualitative analysis is made of phenomena that take place in deceleration of a molecule made up of atoms with masses my and mp in a medium of particles of mass my, (m,;>>mpzmy,) . The fraction of vibrational energy transmitted to the molecule as it is decelerated in the light gas is calculated, and an examination is made of relaxation of the vibrational energy of molecules described by harmonic oscillators in the zone of deceleration in the light gas behind the shock wave front. It is shown that shock wave propagation in such a medium may be accompanied by a process . of "nonequilibrium" excitation of the heavy gas molecules in which the vibrational temperature may rise to levels that exceed the gas temperature behind the shock wave front in contrast to the equilibrium case. An example of calculation of the vibrational energy in a shock wave in a mixture of helium with uranium hexafluoride is given. The possibility of experimental confirma- tion is discussed. Figures 2, references 7: 5 Russian, 2 Western. [70-6610] 6 . Approved For Release 2001/03/26 : CIA-RDP96-00787R000500130048-3
Approved For Release 2001/03/26
: CIA-RDP96-00787R0005001 30048-3
FLUID DYNAMICS
ODC 541.124/128
NONEQUILIBRIUM VIBRATIONAL MOLECULAR EXCITATION BEHIND SHOCK WAVE FRONT IN
GASES
Novosibirsk ZHURNAL PRIKLADNOY MEKHANIKI
I TEKHNICHESKOY FIZIKI
in Russian
No 5(129),
Sep-Oct
(manuscript received
25 Jun 80)
pp 49-54
DOBKIN,
S.
V .
and SON,
E.
Ye.
. Moscow
[Abstract]
Previous research has shown that when a shock wave propagates
through a light gas doped slightly with a heavy gas,
the length of transla-
tional relaxation of
the heavy molecules
is approximately mg/mr
times longer
than for the light molecules
(where
m^, and m^ are the masses of
the heavy and
light components).
This
is because a large number of collisions
is needed to
slow down a heavy particle.
In this paper,
a qualitative analysis
is made of
phenomena
that take place in deceleration of a molecule made up
of atoms with
masses m^ and
m.p
in a medium of particles
of mass
ihl
(m^>>mp>mj
j )
.
The fraction
of vibrational energy transmitted
to
the molecule as
it
is decelerated in
the
light
gas
is calculated,
and an examination
is made of relaxation of the
vibrational energy of molecules described by harmonic oscillators
in the zone
of deceleration
in the light gas behind
the shock wave front.
It
is shown
that shock wave propagation
in such a medium may be accompanied by a process
of "nonequilibrium" excitation of
the heavy gas molecules in which the
vibrational temperature may rise
to levels
that exceed the gas temperature
behind the shock wave front
in contrast
to
the equilibrium case.
An example
of calculation of the vibrational energy in a shock wave
in a mixture of helium
with uranium hexafluoride is given.
The possibility of experimental confirma-
tion is discussed.
Figures
2,
references
7:
5 Russian,
2 Western.
[70-6610]
Approved For Release 2001/03/26
: CIA-RDP96-00787R0005001 30048-3
Monday
Ap ril
11,
1983
ease 2001/03/26': CIA-RDP96-g07^g0005001 30057-3
DailySNAP
Soviet News
Abstracts Publication
Published by
FOREIGN TECHNOLOGY DIVISION
CR/U
COPY
Title
NEW RESEARCH
SHIP
"MOLCHANOV"
TO WORK
IN NORTH ATLANTIC
Primary
source:
Vodnyy
transport,
March
31,
1983,
No.
(8534),
p.
4,
co 1
.
Entire
text:
A new vessel which
has
been
added
to
the
scientific
fleet
of
the
Mv rmansk Territorial Administra-
tion
for
Hydrometeorology
and Monitor-
ing
of
the
Natural
Environment
is
named
after
Professor
P.
A.
Molchanov,
a
founder
of
Soviet
aerology.
This
new
scientific
ship
has
arrived
in
Murmansk
after
completing
its
fifth
experimental
cruise.
Following
a
brief
anchorage
in
its
home
port,
the
"Professor Molchanov"
will make
its
first working
cruise
to
the
North Atlantic.
It
will
take
part
in
a national
program
of
research
of
atmosphere-ocean
interactions
which
are
important
for
the
study
of
changes
in
our
planet's
climate.
Title:
SOLAR OBSERVATORY,
IO NOSPHERE
STUDY
POST
IN
SAYAN MOUNTAINS
V
•v
t ion
)
Primary
source:
Gudok,
March
30,
1983,
No.
(17509),
p.
4,
cols.
1-2
Entire
text:
The
Institute
of
Earth
Magnetism,
the
Ionosphere andPropa-
i/V n a
f- i n n
TIT^rTT^TQ" of
t h e
u s t>
R
gat i on
o f
kadio Waves
oj
r
A ^
JT'ro
^ f
'o'
n n
C
-?
Ac acre my
of
Sciences’
Siberian
Branch
is
called
the
Siberian
outpost
of
solar
science
and
study
of near-earth
space.
This
institute
is
located
in
Irkutsk
Oblas t
.
A
large
contingent
of
science
asso-
ciates
and
engineers
works
here.
They
have
equipment
for
conducting
studies
in
a
number
of
fields.
The
institute's
solar
observatory
is
located
in
the
Sayan Mountains.
It
is
equipped
with
horizontal
telescopes
and
other
instruments
for
studying
the
rotation
and
evolution
of
the
solar
corona,
as
well
as
configurations
of
magnetic
fields
in
sunspots.
An
in-
stallation
for
the
study
of
winds
and
wave
processes
in
the
upper
atmosphere
is
located
in
the
Badary
area
in
the
Sayan
foothills.
This
installation
automatically
records
radio
signals
reflected
from
the
ionosphere.
(Two
photographs
are
given
showing
the
obser vat ory
in
the
Sayan Mountains,
and
G
Mgfjjjhj?! rh
•
a
senior
laboratory
assistant,! preparing
the mirror
of
a
solar
telescope
for
observations.)
Title:
NEW FIREPROOF,
LIGHTWEIGHT
INSULATING MATERIAL
FOR
SHIPS
Primary
source:
Gudok,
March
30,
1983,
No.
(17509),
p.
4,
col.
Entire
text:
A material
which
has
been
developed
at
the
Urals
Scientific
Research
Institute
for
the
Designing
of
Building-Materials
Enterprises
(Uralniis tromproyekt )
possesses
remark-
able
properties.
It
is
one-fifth
as
heavy
as
water,
and
it
is
completely
incombustible.
A
panel
of
this
mate-
rial
only
centimeters
thick
resists
heat
as
well
as
a
wall
of
brick with
a
thickness
of
one
and
a
half
bricks.
To
demonstrate
this.
Candidate
of
Technical
Sciences
G.
Tobol'skiy,
the
head
of
a
laboratory,
brought
a
gas
torch
almost
all
the
way
up
to
such
a
panel.
He
told
me
to
touch
its
oppo-
site
side with
my
hand.
Even
after
five minutes
I
could
feel
no
heat,
al-
though
a
flame
with
a
temperature
of
Ap
(|5Fdvdld
uPbr^&fea§e
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: CIA-RDP96-d6^^ddoS5!)
t
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