SCIENTIFIC ABSTRACT SHUKHOV, YU. - SHUKOLYUKOV, YU.A.

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• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

SHMOVA, Te. T.
3tudying the dynamics of sleep In hypertension by the actographic
method. Klin,med. 32 no.9:80-84 3 '54. (KLRA 7:12)
1. 1z kardiologicheskogo otdeleniya
nauk M.I.Gorshkov) Gosudaretvennogo
na Kavkazskikh Hineralfnykh Todakh,
(S
in hypertension, dynamic
(HYPPJMNSION. physiology,
sleep, dynamic aspects)
(zav. kandidat meditsinakikh
ballneologichoskogo institute.
aspect)

-SHUKHOVAJ, Ye.V., starshiy nauchnyy sotrudnik
Dynamics of the bioelectrical activity of the cerebral cortex in
hypertension with chronic cerebral circulatory insufficiency under
the influence of treatment by radon baths of varying concentrations.
Uch.zap.Pyat.gos.nauch.-issl.balln.inst. 3;84-95 160.
(MIRA 15:10)
(ELECTROENCEPHALOGRAM) (CEREBROVASCULAR, DISEASE)
(RADON-THERAPEUTIC USE) (HYPERTENSION)

SHUMCIVA, Y
Bloeiect-J -,,i1 actilvity o' the brairl in children ,;irh Bequellie
of enceph.aittis. 2'hLr, nevr. i psikh. 64 no;7:986-989 164.
(MIK 17.-12)
I. jlletskoye otdeleriiye kliniki instituta kurcrtologil
1 ftizloterapii (direktor - kand. me-11J. nau'll Ye.A. Kamenskiy).

SHITHOVITSKIT, A. A.
(The use of artificial
"Pravda," 1951. 22 p.
radio activity in industry; lecture) Moskva,

K01WAXINOV. Vasiliy Ivanovich; MANSUROV, Nikolay Ilikolayevich, SIMONOV,
Anton Fedorovich; PEDOROV-KCROLFV, Anatolty Aleksayevich;
-SHMHOVITSK-11-A-a. redaktor; VOROJUN, K.P., tekhnicheskiy redaktor
[Collection of problems in theoretical electrical engineering]
Sbornlk zadach po teorstichaskol elektroteklinike. Pod obahchat
izd
red. N.U.Nansurova. lad. 2-oo, doo. Moskva, Gou.siner.- -vo.
1957. 175 P. (MLRA 10:10)
(.6lectric engineering-Probleme, exeraisen, etc.)

Deterialruition of th I on of stamIc levills by ill*
line reversal Method. Nitkin aml A. %I. Shukhtin~
Akid. Nauk Ser, Ft.,. 12. T7tVNI(l0lS1,
rise n,.. of atoin, in tile states And 7PIP./, in
C% %,tlxlr under 0.4112 unit OX, unit. 11K were fIctil.. in Ill
Oly d1w1mrge, by tile ImmuLt N&/,V, - Q,ig,), 44-4 r
wh-- A, - Wnrilty dinflence IWI%tcril file * an't j
it - tile 'I'lli'llial "I% ), 11,001 Arlo, 14 11ir Ir
tcml'. 1.. "Ill$ Iltfullmtom. tells.. J file rl~tt.,tl
temp. 1'. and tile cl-tgwl Cotten. 1: fly tile prolm 111rill'.1.
1'. falls unifunuly with increasing pressure aml cUrMit
intensity i; as a fimt Approximation, c Increase% with-
to, faster at Ill lower pressure. With increming i, tile
tfiff!rc between r. Anti 11, diminishes; it ai%o decreams
,,,r
'Vilt'll,Y I Iticrt-AsIng pressure of the Cm vapor; thus,
- I amp. and U.012 tunt. fix, T. - T, - I If%)'K "I
Whereas Willi 0.06 lum. UK It Is ouly Mix. At quilivictit
current IntetWly, T, becomes Identical Willi T,. 'tile
(all," of tile 11(m. (if attn"s In tltg 2 Alwive 11).
ltlAtilft it) tilt Al'S'l. StUtilld State of Cl, IncleaNes with
(. latter at the lower prewire. At the hicher pressure,
it practically rrxses 11) Increase at r - 104. N. Thou

SHUKHT-.rN,, A. H.
USSR/Physics
Spectrum Analysis
Fum-ices
Aug 48
"Excitation Mechanisms of Spectrum Lines in a High-Temperature Vacuum Fupmce,R
S. E. Frish,, N. P. Penkin, A. M. Shukhtin, Phys Inet, Leningrad State TJ, 3 PP
"Zhur Eksper i Teoret Fiz" Vol YVIII, No 8
Shows by spectruOt line conversion method, that in a high-temperature vacuum furnace.,
atoms are equally distributed on excitation level. Temperature corresponds to distribution
within limits of measuring error and coincides with temperature of furnace wall.
Determined, from thisp temperature characteristics of spectrum line excitation in a
vacuum furnace.
PA 9/49T92

ti~m of ape
;tral Unos in a high-tompera a vacuum
N. P-Penkin and A.
5t,t~ Ida
Uptiv. A.A Zhdanow No. 120, Set. Fis. Monk No. 7 28-35:
(1.949); cK Zhur. Ekspil. i Teortl. Ar. 17,.105(t947),., C"I.
42, 1709c, 3781kiefgh, 46, 11932a,-Willi a nimlifiefl King-
type vacuum furnace -6 mm. ptewure) with a W light
source (210()t-2700*KSI and a sell-collintating sPCCIro-
aph with sit nhiminized mirror and it const. local point
F
11OM Infrared to ultraviolet, P. and Sit. studied the ptdrvt I
ofDaittidol'Sr. The studley show that the energy-distribu- I
tion for varlotts, atoms, and ions obeys the Boltzmann thermal
distribution Iniv. The following lines were observed-
-for U15M.60, 5M.30, W8.93, M.3, 6T77.7, 5519,11:
4934.09, 40M.88, 4877.05, -026.45, 470OA5, 4619,98;il
for Sr, 4907.72, 4002.2-5. 4M.01, 4870.07, 4872.48, 48M.74.1
.41355.67, 4632.07. 4216.52. 40T7.7 1. F. H. Rathmann,

USSR/Physics - Density of Gases 1 Jan 52
"Determining the Density' of Vapors in the Positive
'Column of an Electric Discharge by D. S. 'Rozhde-
stvenskiyls Version of -the Crookes Method,"
A. M. Shukhtin
IIDokIAk Nauk SSSR" Vol 82, No 1~ pp 41-43
S)Iuk-htin acknowledges the guidance of S. E. Frish,
Co`rr Mem, kcad Sci USSR, and the use of Prof
G. S. Kvater's interferometric app . He finds that
!despite previous contradictory results there still
230T91
re6iins the possibility of subject detn according
to the "interesting works" of L. A. Sena (of.
AsSympQsium of Articles Devoted to 70th Birthday of
i
-Academician loffeill, 1950). Submitted by Acad
A. A. Lebedev 1 Nov 51-

x 17 i
Dettiminatim-of v
qwr de~nify behind the aziode:40
do of a dischargi
behind the Who n.
A. Zhdan6w Stmte Univ..' L~'
.6"llf
Nauk;SASA,92, 29"1(l R"*:!wL tsitfS6

~~' 2_4 ~W
C~~
SY 4
low)
103
-
i
Zf.S. A
pp.
,
cf. ~C -47; 578&.~ led to det.'AW' -
Expts. ~ Were. con De
effect of discharge c~t un,tiapor d. In the re
skwis
the &no& ind cuthvdii, of - a, dischirge' tst6e.1,.,
-
'
thapporml
NUAR
llmythat
h
othode; Os ~ thc~ iai~
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j havin 110 w!44
Planf-"rA IIA" a
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W at'
~ Thi
ed Int
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en
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n
s w-
a Xoshi6tiAgA~ wItIt a spectro-4
' WhM th
I
e
s
hittifaince frin$cs could b6 obt4ved,
,
'giowins a disperskm curve near the absorption lftsi~ - ViWar
observations 4howtd. that. the switcMuS ols.6f the dhcha
19
current was accompankill.by si seare4ely noticaMe chans-Mr.
-
i
(d
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th
n
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ern
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o
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t
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l ine. , To deti t
he anit. of chiingt in the vipw dt, auncl by
C;
A he Aischiria etirrttlt.' a ~ -,thM*4pb wa3 :made at -the,
boo W- Icing" In -dv~lblet (AX
the sillon 61 the first CR
' '
'
8321 A.) P-milts iod"tej that
ev 1"
thiAhchilt
nV" L
I praftces. practkilly-no"Challge in dit vapur d. bebbid dle'.
a Ise sin
anoclaand,cathade6f d' h tube. For a turrent of S"
-
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ind
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ange
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Is kis that
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delec, ely Vapor dx. arb&f
dl" ir.fil~
$mail thadga
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Jauses C; Hubanbc,
nortn't

77 77-

USSR/ P hys ic s Anal ysis methods
cam 1/1 Pub. 43 15/97
Authors 3 Shukhtin, A. M.
a of normal atoms in a-discharge
Title I Concentration
7
Pariodical e Izv. AN SSSR. Ser. fiz. 18/2, 253-254, Mar-Apr1954
Abstract v The concentrations of normal atoms in a positive column of an.electrical:-_-~_
discharge in cesium and mercury vapors were determined -by the D. -S.,:.
Rozhdestvenskiy method. The role of normal Mat Iom concentritioAgiAn the"
gas discharge process is The factors -bringing about a,realiction
in normal atom concentration in a discharge r :listed Ions ind,J-
..gap a e
cited atorns were foundto constitute only a small part.of.the tota1_nUrhDer_.-,~..'.';.
of- p~o .
of particles present in the discharge gap. The distribution va r &6n it,
y,
in the discharge tube is discussed. Table.
Institution The A. A. Zhdanov State University, Physics Institute, Leningrad:
Submitted ..........

SHUKHTIN,A.M.
Optical determination of density and composition modification of
vapor mixtures in the discharge span. !zv. AN SSSR Ser. fiz. 19
n0-1:15 Ja-F '55. (WRA 8:9)
1. Fizicheskiy institut Leninkradskogo goaudarstvennogo univerni-
teta imeni A.A.Zhdanova
(Spectrum analysis) (Snectrometer)

~7 !. ., , L .
1~1:-(YKHTIEI k and rl~'GOIMV) V. J.) 1.1foscol-I
"The Gbaervation of hnomalous Dispersion In the Momentary Processes,"
u paper pre2ented at Vie 'lli.1rd International Conference oil Ionizution Phenomena
in Gases, Venice., 11-15 jun 57.
I-
SO: -3-3,007,49~E

AUTHORS: Shukhtin, A.M. and Yegorav.,!-V. S. '51-4-25/25
TITLE: -A-n-a-s-s-effb-;7-for obserVation of the,anomal'ous
Card 1/2
in processes of short duration. (Ustanovka dlya
nablyudeniya anomallnoy dispersii pri kratkovremennykh
protaessakh).
PERIODICAL: 110~tika i �pektroskoR&Ya" (Optics and Spectroscopy"
1957, Vol2, No.4, pp.543-544 (UGS-S-B-)'
ABSTRACT: D.S.Rozhdestuenskii's "hook" method (Anomalous dis-
persionj published by the -Acadamy of Sciences of U.S.S.R.
1951) of observation of anomalous dispersion-requires ex-
posures from several seconds-to several minutes' To study
transient processes (e.g. pulse discharges,'sh-o;k waves,
wire explosions etc.) the present authors used the "hook"
method with a stroag-light-source of the pulse type,' ~Thiz
light-source was a glass (30 cm long, 8 mm"dia.) discharge
tube with ho1low cathodes. It was filled with H2 or air at
several mm of Hg. The pulse was produced by 20,W F capacit-
ors charged to-9-11 W. The pulse duration-'was less than
30-50,4tsec. The pulse produced very bright continuous
spectrum from.6500 to 2200 X (it is reported by other
workers that such pulses produce also strohg'iafra-red
radiation). Interference patterns in the visible region
were studied.with a diffraction grating spectrograph while 4*1

AUTHORS: Shukhtin, A. M., , Yegorov, V, S. SOY/48-22-6-18/28
T IT LE: The Obse--m-blon of Anomalous Diapers-Lon in Processes of Short
D,.imtiom (Nablyudeniya ananallnoy dispersii pri kratkovreme1wvkh
protsessakh)
PERIODICAL: Izvestiya Akademii nauk SSSR, Seriya fizicheakaya, 1958, Vol. 22,
Nr 6, pp. 711-713 (USSR)
ABSTRACT: The so-called "orotch" (kryuk) method developed by D. S.
Rozhdestvenskiy concerns the obtaining of speatrograms made in
interferometr.ia systems with low light intensity. The endeavor
13 made here to use this method for spectrometric inTestigations
of-processes ha7ing the character of an explosion and other cases
in ;hi-oh exposure is restricted to some milliseconds. The light
,source used was a)-5ynchronized flashlight source as described in
this paper (Ref I , and the spectrograph used is described by
reference 2. The anthors emphasize the fact that only an experi-
meni wa,,3 intended to be carried out for the purpose of finding
aat whether it is possible to employ the method mentioned. In this
experiment a diacharge tube (Fig 1) was used which was introduced
Card 1/3 irv~o t-he beam of the interferomater. The tube was filled with

The Observation of Anomalous D.Lsper~sion in SOV/4-8-22-6-i8/28
Processes of Shor4. Duration
neon.- or hydrogen gas. A cloud of sodium -7apor w&3 produced in
its senter by means of a heater. These mpors diffused and formed
a meh&I mirror on the gkss surface near the heater. A airreni.
diAchargt- pul-Re (rvS00 A) was sent through -the tuba, which was
synaqrv-D~Lzed with -tha flashlight. The "=otcheal' near th-z lines
of -tbe yallow doublet of aodium v--re photographed Anmediattly be-
fore t*~",a pulse, auri,ng the pi;lse, as well a-s several mioroseconas
after it- On this occasion it wa3 found tha-b the anomaly
-anishes during the a-arrent. impulse, whereaa after 'Che pulse it
is ae7erxal -11-imes greater than before. This is expl.,dmed as a. son-
se,Taenae of thv stripping of Nr. atom from the gla-As eurfa.--.
Moreover, -the lack of ancni&ly during -the pulse is -i.:iplained by
t)ia of aloms to 5tates of higher eneggy az wall' as by
r,he ;-ffei3t of negati,7e dispersion. After the vulse dispersion in-
-reases rapidly and dies down again in the course orf 800-iOOO/A-
seconds. This process corresponds 'o the theor.
y of the concentra-
tion of the excited atoms (Ref 3) . In -the same mariner experiments
Card 213 were carried out with mercury.- and magnesium 7-apor, the results

The Obnorration of Anomalous Diapemion in SOV/48-22-6-18/28
Processes of Short Duration
obtained do, however, not agree with those obtaLned previously
(with Ne). In conclusion the authors stress the necessity of a
further investigation of this problem. There ar-- 2 figures and
3 references, 1 of which. is Soviet.
ASSOCIATION: Fiziche3kiy institut Leningradskogo gos. universiteta im.
A. A. Zhdanova (Physics Institute of Leningraa State University
imen'L A. A. Zhdanov)
1. Spectroscopy 2. Interferometers-Performance
3. Flashlights-Applications 4. Disebarge tubes-Applications
Card 313

9(6)
AUTHons: Shukhtin, A.M., Yegoro-~r, V. S. SOVI'54-59-3-11/21

TITLE: Observation of Anon~alous Dispersion 'by the Method of
D.S. Rozhdestvc-nskiy in the Pulse Discharge in Neon
PERIODICAL: Vestnik Leningradakogo universit-eta. Seriya fiziki i khimiig
1959, Nr 3, pp 6!-66 (USSn)
ABSTRACT: In strong gas discharges +.he atoms are in highly excited state
which may be determined from the energy distribution. The
-ration of the atoms in the various energetic states may
concent
lie determined by various methods, the most important being the
"hook"-method by Rozhdestve-nsk.y. This method was used in the
present paper for condensed pulse discharges. The scheme of the
apparatus is described in an earlj~er paper (Ref 2). The pulse
source for the contivaous spectnm is represented in figure I.
The square pulses and bell-shaped pulses with different
amplitudes were -investigated. Spectrograms were obtained which
correspond to various stages of the pulses, and the concentration
of the absorbing atoms N an& their number f were determined
herefrom. Pigare 2 gives the rasu7 -ts for an atom excitation in
'
Card 1/ 3 the 3p9-level. Maximum dispersiol.1
was attained at the end of the

Observation of Anomalous Dispersion by the Method of SOV/54-59-3-11/21
D. S. Rozhdestvenskiy in the Pulse Discharge in Neon
plane part of the pulse. Figure 3 shows the time dependence
of the occupation of a level after the switching off of the
current for various levels. Moreover, the influence exercised by
the structure of the backside of the pulse on the atom
distribution is investigated. It was found that the change of
dispersion depends on the steepness of the decrease of the dis-
charge current.After the switching off a strong rise takes
place. In the plane range of the pulse, however, no such
dependence was to be observed. In a bell-shaped pulse of a
duration of 16 A. see with an amplitude of 60 a a concentration
of the atoms excited in the 3F2 level of 2.8.jo13/,cm3 could be
observed. Figure 4 shows the variation with time of the
concentration N for various levels. With an increase in pressure
in the discharge tube from 11-4 torr the value of dispersion
increased to a maximum. The concentration of the excited atoms in
the first part of the excitation wave is very low and increases
only in the plane part. After the current has been switched off
it strongly increases. This sharp increase is explained by the
Card 2/3

Observation of Anomalous Dispersion by the Method of SOV/54-59-3-11/21
D.-S. Rozhdestvenskiy in the Pulse Discharge in Neon
recombination of ions with electrons. In conclusion, the authors
thank, S. E. Frish for the supervision of the work. There are
4 figures and 7 references, 5 of which are Soviet.
SUBMITTED: April 14, 1959
Card 3/3

1?. 3 /15-0 -~ 0 1 -7 - t~. -Z 0/ 3 8
AUTHOR: Shukhtin,
TI TLE Determination _ok~ the- ~-Gas Density and 'the Electron Concentration in a
Discharge Using an Interferometric Method
1~
HRlODlC4L:Optika I spoktroskopiya, 1959, Vol 7, No 6, pp 838-839 (USSR)
_-1BSTP.-'.CT: The author determined variations of the gas density and the electron
concentration at the axis of a straight discharge tube (100 am long,
6 cm diameter) filled with argon and excited with square pulses of
-200 1~sec duration and 600 A amplitude. The author deduced these
variations from changes of the refractive index, measured with a two-beam
Rozhdastvenskiy interferometer. The discharge tube was placed in one
beam and a comoonsator - in the other 1;eam. The interferometer M"
crossed vrith a quartz rpectrograph, the discharge tube was illuminated
using a source emitting a continuous spectrum (a capillary-pulse
discharge tube). In the focal plane of the spectrograph an undisturbed
interference pattern was observed and any disturbance In the discharge
tube -was accompanied by displacement of the interference bands. The
spactrograms obtained show successive regiow of diffuse and sharp
interference bands (cf. figure on p 839). The sharp bands occur 'when
Card 1/2 the Interference pattern displucament (due to changes of the gas density,
I Ae, and/or the electron concentration, Affe) amounts to 'an integral tr

(-SFIJKHTIN, A.M,.; YEGOROV, V.S.
Observation of anomalous dispersion by tile D.S.Rozhdestvanskii
method in pulse discharge in neon. Vesf.LO 14 no.-16:61-66
15 ken) (Electric discharge through gases) 04II?A 12:10)

24(40.240)
AUTHOM p.. B.chko,&, 0. P., Zyd.11,
:'
I.'
raw., V. X., tag", To. X., KaLitay-Tow, X
Lipia, I. T.
Ch -1
TITLEo rg.y 9duardorich rriah (Sargoy rduardovich Prish).

of'
let Birthday
b
1
O'
o
On th.

M.hd..iy
'
'
n
His :. d
tMay ti iyu "yX
d I let
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(k sh.,

~
PSHIODICALs U.pokhl fi.iob.skikh neuk. 1959, Val 69. Ir 1,pp165.167 (USSR) 11:
AASTRAC?,
'
J_ 19th, 1959 the Soviet phy X. YrI.h,
On
":t
';
l
:T zz~__
f
d
I
r himself *specially I-
. a h
and name fo
won '
op. r. op" - M4 the ac. of sixty. Us began his
t
'
*0 i
'
P
is
t
:rk . -mate"tichookay*
t at the fialko
Tatu
i
e
.
.41:
IM
a
otd.l!niy. Loningradskoco In1w.r.itata (Phy.tuo-astboastical
University) under D. S. R.abdo.tv.nakly.
After a P t Ad his univ.roity stndion he continued his work
.. the Go"dars tvanAyy Optloheskiy institut (Optical State
X"ti tut.).RLane 19)4 he hold . chair far optic. &ad a.p.-jo.d
.ark at the Physics Dopartsent, first as dean and 1&%or a.
h-- *led-, t.11-kly fisicb..kil i..titut
s
i
3
-
'Llr.. t r of 1b
card 1/3 ta for Physic* at leningrad
Ino ti ~u
: .
:
31.rl .. rh
.
state University). In 1946 he was appointed Corresponding
Xembert AS USSR, and took entivo part in the -ark of the
A444087. Us 1. deputy chairman of the spectroscopy CoRmItt..'
hint -dllkor or the Periodical -Optik. I spoktroakoplya- and
:
ember of the International Connittoo for spectroscopy at the
UNISCO. He tire% concentrated tan scientific Interest an
&too.
.1~ "rgy. the eyetwastlas of atomic spectra. the Zeeman
ffool:41ant theemodium a" pot"Bins spect" :4 oil as u .
:z" r, &I Pontroamal7tical Investigation .1, 1930 Uo I
starts A a cy 1. or arks, which was devoted to optlawl method.
Of Invest, Honing %be properties of the at
Inw-stleationtof th:oInt.reatlon between
shell lad to he di avory of %be hyp*rfim truature of
spectra). He Investigated the hypertim struoturs of 14 and sat
uparule concerning the interrelation between nualous-opla-
AM parity. Is further investigated the flue structure of
Isotope mixturs-. the excitation eachaniam of the Ultber &tonic
2evelat &EA que.tia" of the Internatlon of *lo"ut4ry
Card 2/~
PLr144I,:;,Y.*AA1Iy ,104 Itidu to a&4* of his pedagogical
"tivIta@Pool ly his course. In p alas ( hich re
partly held together with A. V. Th. r: -
I figure and 42 So"wt reforeacea.
Us" 3/~

69845
S10 51/60/008/03/033/03 8
B20
l/El9l
AUTHORS: Shukhtin, L.M.,-Yegorov, V.S. and Tumakayev, G.K.
TITLE: A Continuous-Spectrum Emission Source Capable of Single
Short-Duration Flashes
PERIODICAL: Optika i spektroskopiya, 1960, Vol 8, Nr 3,
pp 1+23-424 (USSR)
ABSTRACT: The authors describe a. light source with continuous
emission spectrum capable of single short-duration flashe s
of great intensity. The main part of the source is a
demountable capillary discharge tube (Fig 1). The casing
of the tube (13) is a.thick Perspex cylinder inside which
a porcelain capillary (110 of 3-4 mm. internal diameter is
fitted. Electrodes (1) and (10) are attached to the
cylinder and the outer ends of the electrodes are fitted
with windows (2). One of these windows is made of quartz or
glass and is used for transmission of the flashes. Under
working conditions the windows become dimmed by deposits on
them and have to be cleaned or replaced regularly. A lens
Card (5) is used to produce a parallel light beam. An auxiliary
(s.tarting) electrode (9) is placed in the middle of the
1/3 discharge capillary. To reduce the strong inductance of the

69845
S/051160/008/03/033/038
E201/E191
k Continuous-Spectrum Emission Source Capable of Single Short-
Duration Flashes
discharge circuit the electrodes were connected directly
to terminals of a capacitor (0.56jiF, charged to 25-30 kV)
used to produce the discharges. The air pressure in the
discharge capillary could be regulated so that at a given
steady potential difference across the tube spontaneous
discharges would not occur and that when a firing pulse
was fed to the tube the discharge would occur rapidly and
easily. In the tube described here the optimum air
pressure was 130-150 mm Hg. The electrical circuit is
shown in Fig 2. The authors used a.hydrogen thyratron
TG11-400/16-'~,'which ensured that a discharge was produced
about 1 tisec after an appropriate positive signal was
applied to the thyratron grid. Fig 3, 1, shows the
oscillograms of the discharge current (curve a) and the
optical flash (curve 6); the optical flash existed.only
during the first half-period of the discharge, i.e. about
Card 3-5 usec. Fig 3, 11, shows the oscillograms, of the
2/3 optical flash and time marks which represent 1 usee each.
The spectra of the flashes were found to be continuoua

69845
s/o5l/60/008/03/033/038
R201/E191
AL Continuous-Spectrum Emission Source Capable of Single Short-
Duration Flashes
between 2200 and 6500
Card There are 3 figures.
3/3
SUBMITTED: November 12, 1959

YEGOROV, V.S.; --qMJKUTIN. A.~. .
Afterglow and its relation to gas density in a piLlse discharge in
Ne. Opt. i spektr. 9 no. 6:794-796 D 160. (mmA 14:1)
r Ofeoa) Olectric discharges through gases)

SHUKHTINT, A. I.I., Dr. Phys-Math Sci. (aiss) "Interferometric I'Le-
thods and Some Uses of lhem for Investi.,, tion of Plasma," Len-n-
.,,a A.
C-rad, 1961, 12 pp (Len'-n--rad State Univ), 180 copies (KL Supp,
D -
12-61, 249).

4vfeo
s/o 51/61 /oio/oo 4/ool/00 7
Id 4f E032/E514
A TJ T H 0 R: Shu(1h'tin, A. M.
TITLE: Interference Method of Determining Gas Density and
Electron Concentration in a Plasma
PERIODICAL: Optika i spektroskoplya, 1961, Vol.10 Nyo.4, pp.436-442
TEXT: Consider a two-beam interferometer, for example, the
Rayleigh interferometer. Suppose that the interferometer is crossed
with a spectrograph and white light is used. Under thes'e conditions
an interference pattern is observed in the focal plane of the
spectrograph. When the path lengths in the two tubes of the
interferometer are equal, the Itundisturbed" pattern is obtained.
When the gas in one of the tubes is disturbed the interference
bnnds are shifted. Suppose that the gas in one of the tubes is
disturbed so that its density changia-sby The change in the
pnth.length, expressed in wavelengths, is then
k' LA 6, (2)
where L is the length of the gas-containing tube under investi-
gation and the dispersion is assumed to be of the form
Card 1/4

--20726
Interference Method of ... 5/051/61/010/004/001/OP7
E032/E514
n M
If the "disturbed" and "undisturbed" patterns are superimposed,
then, depending on the Path lengths and'wavelengths, there will be
regions in the composite picture in which the fringe pattern will
be sharp arid also sections in which it will be diffuse. The
diffuse regions will occur whenever LA 6(7 = (k + 1/2)%. For two
diffuse uositinnz -r- Pjan- therefore, write the set of equations
2k, + 1
LAdp~ 2 11,
LAAP W,
2 (3)
k2-kl+i.
where- A 1 and can be determined from the comparison spect Um
n lpeCtU~
and Ii is the num9er of sharp fringes between successive diff se i
diff se
/hekn
positions and can be counted directly on the pattern. The, knowns:
OW21
k and k can easily be'determined from Eq.(3) f the
2 fthe
change in the refractive index is due to ionization, the one can
Card 2/4
j.

20726
Interference Method of ... S/051/61/010/004/001/007
E032/E514
proceed in a similar way and determine the electron concentration.
In fact, the dispersion equation for an electron gas can be written
down in the form
n - I
2r.rnc2 (4) (4)
nnd hence for two diffuse positions
LN,e2 2k, + I
'Flt-mo 2
LIV.e2 2k2
Yr. -Me., 2
k2=kl + i.
From these equations one can determine N ev k 1 and k 2' If both
density and electron concentration changes are occurring, then the
appropriate generalization of Eqs. (3)'and (5) will be
Card 3/4

20726
Interference 1-lethod of ... .5/051/61/010/004/001~007
---- E032/E514
LASp + LNez xt =
NMO 2ki + I

LN.e2
LAAp + ~-2 ).22 _
rMc 2
2k
2+t 29
2

I

6)

/
L-4'e' U
+ V
3
k2
LAAp +
2rmc2 3 2
k2=kl+i. k3 k, + j2.
In the latter case three diffuse positions are necessary in order
to determine N e and A E). The method is convenient for studying
both stationary processes and pulsedprocesses.. In the latter case
the.source of radiation must be pulsed in synchronism with the
process under investigation. In the second part of the paper the
author discusses special aspects of the method, such as, the
determination of the direction in which the fringes shift,occurs,
determination of concentrations and density changes from fractional.
fring'e shifts and the accuracy with which N and e can b~,/
measured. The discussion is carried througA in general terms. No
detailed numerical or eXperimental data are.given. AcknowL~dgments:
are expressed to S. E. Frish for discussion and interest.i*/n this
work. There are 2 figures and 6 Soviet references.
SUBMITTED ',%Tay 23, 1960
Card 4/4 j

D 27175
S/057/61/03',/009/015/019
0 0 B104/B102
AUTHORS: Dunayev) YU, A., Tumakayev.. G. K., and Shukhtin, A. M,
-------------------- -
TITLE. Interferenoe method by Rozhdestvanskiy for studying gasdynami~,
processes in shock tubes
PERIODICAL: Zhurnal tekhnicheskoy fiziki, v. 31.. no. 91 1961; ','~19-'t26
TEXT: The authors describe an experimentalarrangement for studying gas-
dynamic processes by an interference method suggested by D. S.
Rozhdestvenskiy (Raboty po anomaltnoy dispersii v parakh metallov (Papers
on anomalous dispersion in metal vapors), Izd. AN SSSR, 1951). They give
preliminary data on the concentration of normal and excited Hg atoms., the
-temperature of the gas flow behind a shock wave, and on values of the
number f for some Hg lines~ Figs. 1 and 2 show the experimental arrange-
ment, The low-pressure chamber was made of copper and had a cross section
of 38 by 76 mm; the distance between the diaphragm separating the low-
pressure from the hi.-h-pressure section of the chamber. and the window was
1250 mm. The shock wave was generated by fracture of 'the diaphragm caused
by the nitrogen or helium pressure of 5-30 atm produced in the high-pressure
Card-tA

27175
S/057/61/031/009/015/019
Interference method by B104/B102
chamber. Differently thick diaphragms were used. The spectral apparatu
used consisted of a spectroscope with a plane diffraction grating and a
concave mirror with a focal length of 175 cm. The authors studied
interference patterns of mercury vapors the shock wave in the spectral
range of 2500-5800 1 for Mach numbers of 6-11-5. The concentration of
excited atoms increased with rising M; this increased the dispersion
around the lines of the secondary series. The number of lines ', near which
hook-shaped dispersion patterns appeared, also increased. Dispersion was
observed for Mv6-5 near nine lines of the secondary series, for MA/B near
14 lines of the secondary series, and for M,-J9-5 near 18 lines of the
secondary series. For M/v14-5 a hook-shaped pattern was observed only
near the lines of the visible triplet. AA this value of M the shock wave
propagated with 2000 m/sec. Table 1 gives the numbers Nk of atoms excited
for M = 6-4-11,7 as determined from the dispersion patterns near the
visible Hg triplet (4047 L 4358 L 5461 1). Table 2 gives temperatures of
Hg vapor for three Mach numbers~ The data obtained permit some statements
on the transition probabilities, or the numbers f:
Card 2/8

SHU-KHTIII, A.M.
Method of superposition of scanned interference patterns in spectral
regions close to the absorption line. Opt. i spektr. 1.4 no.2.
209-213 F 263-, (MIPA 16W
(Interferometry) (Absorption spectra)

,%CC*--':;.';ION Nit: AP-1009479 S/0051/63/015/006/0839/0840
AUTHOR: Yegorov,V.S. ; Kozlov,Yu.G.; Shukhtin,A.M.
TITLL: Concentrations of excited atoms in pulse discharges in a mixture of helium.
and noon
SOURCE: Optika i spektroskopiya, v.15, no.G,.1963, 839-840
'TOPIC 7'AGS: inert gae excitation, energy -transfer, pulse discharge level popu-
lation, helium, neon, optical pumping
ABSTRACT: Earlier two of the authors (A.M.Shukhtin and V.S.Yegorov, Vestnik LGU,
No.3,lt-,5!3 and Opt.i spektro,,9,794,1960) studied the population of the upper levels
of neon at different stages of a pulse dis'charge. The present paper gives some of
the results of a similar investigation, also.,by the Rozhdestvenskiy method of hooks
of pulse discharges in~mixtures of neon and helium. The discharges were realized
in a 15-mm diameter, 60-cm long tube.' It was found that the introduction of He
results in increase of the peak concentration of Ne in the 2p53sX'jstate; at the
same time the population of the ls2s3S of He is reduced. The inferred level popu-
lations for Ke and lie separately at 03 and 4 mm Hg pressure and in mixture with
Card 1/2

AMMEWS20-
ACC.N11- AP4009479
the same pressure ratio are given in a table. The increase in the relative n=bor
of excited Ne atoms is attributed to energy transfer incident to elastic and inel-
astic collisions of the Ile atoms with the other particles of the decaying plasma.
The various possible energy transfer mechanisms are discussed. ' It is concluded
that a number of these mechanisms may play a significant role. Orig.art.has: 8
formulas, I table and 1 figure.

L '1022 6~ EWO (J)
WNAO Da !.
ACCESSION~NR AP4042999,,; ;',,WG/
/09
ABSTRACT: Interferc metrid-- met oft','cind ca'dbijble electild'probw--m.
were usec'I t6 measure,thel~co-nc, ~en-tration 6'f':'.t-h,,e e~at6d-`:,h,`e,ALum -a't'* o
'concen rat ions -'--Of~,thi
at the levels' ls2 S' Sdc-Mls2j the" 4
Y

maximum aensity or severai -aozen apqm;,,~._,was:.~pXoGucea:
I-a 0.8 microfarad capacit-or', .d__ 00,!~250ON4"A
C_
tions eter .atihed -by, --the
of the excited"atotas k6.1 d
RozT
hook methodneak~the Aines ,~` -3,8691.pm ___Tk
'tio -firs . excite evels ob tai. ped w"full
ns of them t
~!.,_concefi~Ex
me: -va

~ul era

~- 771,

L hil,
ACC NR:
i AUTHOR:
-66 OWT (1)
~2-116~-~Jdi;iif6f 2-4--
SCU?a COD-3:
Tibilov, A. S.; Shukhtin. A. M.
ORG: none
TITIZ: Generation of radiation on sodium lines
SOURCE: Ootika i soektroskoy)iya, v. 21, no. it 1966, 122-124
TOPIC TAGS: gas discharge Plasma, sodiu:i, electromagnetic wave generation
AESTRACT : Usina a device analogous to the one described earlier (A. S. Tibilov, Opt.
i spolctr. 19, 833, 1965), the aiithors obtained pulsed generation on
'4s2Sj/243T)?-P1h--)-
the lines Aa I X = 1.1404 p (4s2S, /2+3P'P3/2), X = 1.1382 ~1 1,
contrast to cadmium and zinc, where the generation begins 20-30 psed after the dis-
charge current is cut off, in sodium the generation arises in the discharge itself
approximately 2 tLsec after its start and continues for about 10 4sec. The duration of',
the generation is independent of the duration of the current Dulse if the latter lasts-
less than 10 tisec. This suggests that the time of the generaiion after the current is:
cut off is not equal to the time of Dlasma decay, and that durinS the latter, an un-
favorable ratio of atomic concentratlons arises at the generating levels. In this
connection, a study was made of the variations with time in the Dro-oarties of decayin&
'olasma which affect the character of the generation vrhen the latier'is reexcited. Them
observations were made by using the total radiation of the components of the doublet r-

L 41132-66
r-ACC NR: AFE
1.1404 and 1.1382 p. Generation was found to begin and end on both comoonents siaul-;
klaneously, and the generation pulse amlitude for the strong cormonent proved to be i
many times greater than that for the weak comonent. Reasons for the appearance of
generation on the lines of the indicated doublet with lower levels 3P2FI/2,3/2 and nA,
on other lines are discussed. Authors thank S. E. Frish for discussing the article
and his interest in this work. Orig. art. has: I figure.. [273
SUB CODE: 20/ SUM DATE: 12J&n66/ ORIG W: 003/ OTH FLU: 001 / ATD PRESS:

ACC NR1 APM4136 SOURCE CODE:
AUT11OR: Yegorov, V. S.; Skrebov, V. N.; Shuk-htin,, A. M.
iORG: none
TITLE: Concentrations of excited atoms in pulsed discharges in mercury vapor
SOURCE: Optika i spektroskopiya, Y. 22, no.-1, 1967~ 9-13
TOPIC TAGS; mercury, electric discharge, atomic spedtrum, excitation energy, level
population, radiative recombination
ABSTRACT: Using an experimental setup described earlier (Opt. i spektr. v. 2, 543,
1957) the authors used the Rozhdestvenskiy hook methdd to measure the populations of
the first excited levels of mercury atoms 6s6p3pa :L ~ in different phases of a short-
duration current pulse. The hooks were photogra;Q near the visible triplet of
mercury WS3. - 63po J,1,12) and also near certain lines lying in the near ultraviolet
region of the spectrum and corresponding to the transitions 63D, 2 3 - 63po I _
P . T_
pressure range was 0.01 - 1 mm Hg, with the most complete datalonl the con6enirlations
of the excited atoms obtained at 0.2, 0-5.- and 1 mm Hg. The population of the first
excited levels first increases with the current and the discharge, reaches a certain
maximum value ahead of the maximum of the current, and then decreases.on approaching
the trailing edge of the pulse. At the instant oftermination of the discharge, a
sharp growth in the concentration of the atoms of mercury at the first excited states
is observed. The resultant maximum value of the concentration of atoms is much
1/2 UDC: 537-523/.527: 546.49

ACC NR, AE70041,36
larger than the corresponding value in the discharge itself, after which, with in-
creasing distance from the trailing edge of the pulse, the population of the levels
decreases more or less rapidly. The results are interpreted on the basis of data
previously obtained by the authors (opt. i spektr. v.' 20, 382, 1966) regarding the
mercury vapor density and the density of the charged'particles in different phases of
a pulsed discharge. A numerical estimate (-10-10 cmV-sec) is obtained for the coef-
ficient of volume recombination at thetypical values of the other parameters of the
experiment. In addition to measurements by the hook method, the concentrations of
the charged particles~ the temperatures of the electron gas, and the time variation
of the luminescence of rhany spectral lines of the mercury were also measured. These
observations have shown that although the populationlof the different excited levels
of mercury in a decaying discharge plasma is determified essentially by impact-
radiative recombination, there are other mechanisms.influencing the population of at
least some of the levels. The relative liportance of these processes calls for fur-
ther study. Orig. art. has: 3 figures and 2 formulas.
SUB CODE: 20/ SUBM DATE: 19J%~5/ MG MW: :004/. 0TH MW: 004
Card 2/2

SHUKHTINq Ivan Mikhaylovich
L SMU-9s-pec -f-t-he-k-unctioning of the economic law of payment in
accordance with work done on collective farms] Nekotorye osobennosti
daistviia. ekonomicheskogo zakona. rasprede-leniia po, trudu v kolkhozakh.
Leningrad, Ob-vo po raspr. polit. i nauchn. znanii RSFsR, L&DIW.
otd-niet 1959. 36 P. (MIM 14: S)
(Collective farms-Income distribution)

SIIUIQiT---rA, U_~nd --ad Sci-(LILiss) aractcri-r-tics of thr, course of
(,,.ccording to 4izr polyclinical da-ta) .11
Lon, 1S~53- 16 1) YJ (JAII of Ife.-Ith IRSFSR. First Lin ed Inst im Acad I.P. Pav-
1 ov), 200 copios 26-53 118)

SffUKHTINA. A.M.
Yeatures of the course of hypertension in young aduIta; polyclinical
data. Sov.med. 22 no.3:37-42 Mr 158. (MIRA 11:4)
1. Iz fakulltetskoy terapevticheskoy kliniki (zav. - prof. T.S.
Ictamanova) i terapevticheskogo otdeleaiya polikliniki I Lenin-
gradskogo maditainskogo instituta imeni akad. I.P.Pavlova.
(HYPERTERSION, manifest.
clin.manifest. in young adults (Rua))

"~SI~ITINAL A.M,_(I~eningrad)
Electrocardiographic charges in hypeertenslon in young persons.
Kaz. med. zhur. no. 4:87 J1--JIg '~-O. (FJRA 13:8)
(HYPERTEMION) (E~14,CTROCARDIOGRAPHY)

SHUKHTINA, A,M,; YEDIJNAq Ye.A.
Changes in the fundus oculi in the early stages of hypertension.
in young persons; from polyclinical data. Sov.med. 24 no.3:55-59
mr 16o. (KUM 14: 3)
1. Iz fakul I tetskoy terapevticheskoy Icl J ni Id (zav. - prof . T.S.
Istamanova) i poliklinlkJ I leningradskogo meditsinskogo instituta,
imeni I.P.Pavlova (glavnyy vrach - kand.med.nauk A.M.Shukhtina.
(HIPMEMON) (EYE.-DISMES) -

i--27.2-66- EWT(-I)/EWT(m)/EPF-(rL)~~.Z/EWP-(-t)/j3z]L-
JD/_WW/_JG_____
ACC NR, Ap6o1155o SOURCE -CODE: im 0051/66/020/003003-92/03%
AUTHOR: Yegorov.0 V. S.; Skrebov, V.-N.; Sfi6M*in, A. M.
ORG: none
TITLE: /Concentrations of normal atoms.in the case of a pulsed disci~rge in metal
ya
~20r
SOURCE: Optika i spektrookopiya, v& 20p no- 3j 19660 382-386
TOPIC TAGS: metal, vapor state., dc dischargej atomic propertyp mercur7p, cesium.,
pbysical diffusion
ABSTRACT: This is a continuation of earlier work (Izv. AN SSSR sere fiz. ve 19j, 35p,
1965 and earlier) on the effect of a dc discharge in'metal vapor on the concentration,
of the normal atoms on the axis of the discharge gap. The present' study, aimed.at
determining the rate of variation of.the concentration of. the normal- atoms after the
discharge current is turned on, is devoted.to.measurement of the concentration of:
the normal atoms of cesium and mercury vapor.in different hases of 'a current pulse
WO
of duration 5 - 20 psec and at current densities 1 arca; 0 The Hook method was., 4.
used to measure the concentrations,of the normal atoms. The experimental setup Was
4
described elsewhere (Opt. I spektr. v. . 5~3, 1957). Under certain conditions,'an..-I,
appreciable decrease in the concentration of the normal atoms and of the density, Of
matter in the axial part of the discharge tube were observed upon passage -of the-
current pulse. It Is assumed that the most likely cause of this decrease is Ioniza,
V2
Lgard UDC 537-523/.527 + 539-18

4~---27052-66

SHUKHTINA, G.G
- Seasonal variations of the thermostability of the cells of some
plants of the Khibiny Mountains. Bot.zhur. 47 no-1:100-105 Ja
162. (MM 15:2)
1. Polyarno-Allpiyskiy botanicheskiy sad Kollskogo filiala
JUI SSSR,, Kirovsk.
(Khibiny Mountains-Flant temperature)

SHUMINAV G.G.
Effect of enviramental temperature on the leaf cell therzo-
stability of Catalpa specioss, Warder and some other plants.
Bot* , -zlrur. 50 no.9:1310-1331 S 165. (MIRA 18:10)
1. Botanicheskiy institut Imeni, KowxoTa AN SSSR, Leningrad.

KURKUDYM, F.Ye.; URAYEV9 R.G.; BELENIKIY? M.S.; ZAVALIq L.A.; KOVALEVA9 M.Tj-
SMEToVs, V.N.; SOKOLOV, A.V.; SHUKHTINA, I.A.
Professor V.V.Guk on his 70th birthday. Vop. kur.. f~'Zio'tqre i lech.
fiz. kullt. 25 no.2:184-185 Mr-Ap 160. 13t.9)
(GUK, VADIN VASILIEVICH, 18 q-)

npofTAJIMA VASOTW XAMOR CtCtXX
flaENAPHNE 3ACEILANNO
sc-
A. IL =I-
A"s
k 10 14
a IL C""
K
A. A. ff.--m
n , .~-
AL JL M~
K--l- of om.-" r-p."&
MW CS"GMW *Mtb4 Or tbb IkIS"IfIf T"*Aleqlftl aftlet, f
Sam mostmewt" I" slostrl"I cawmmdwtl~ Is. A. 4. pbpw (TOM), W...
5.12 0- 7

KHGT."YAJUV, L.K., professor; ,>HU.KIN, B.N., dotsent
'0~
Problems of injuriee--,Tr-o-mmaterials of the eleventh session of
the general meeting of the Academy of Medical Sciences of the
U-3zS.R. Vest.AMN SA."SR 12 no.4:9-19 '57. CmrtA IO:lo)
I. Chlen-korrespondent, A',4N SSSR (for Khotayanov)
(ACCIDENTS-PREVENTION)

Fic(ZHANUTY, V. N., GORUNOV, a. v., sVmjrdii,_, i!; PL9LT,1,20V, KN. V.
chouliaLry of Ulu Acad. Sci., WSR, 1,108COV.
N16scbw Univer6ity, Insti-tute Of PrIYdICC-Lr
"Unhomoge-neous Plastical Deformation and the Effect of Surface-Active
Mediums on the Mechanical Ooperties of Crystals."
r8er submitted at
~a
gram of the Conference on the Non-Metallic Solids of Mechanical Properties.
May 19 - 206, 10,58.

A-
by Z. G. Pinsker ("Easis-bf diffractional
methods of investigatf6h-6f Pj"erfe_"c._t crystals"), B. 11.
Rovinskiy and L. M. Rybakova ("Investigation of d7e~bhdenoo
properties on characteri 'stios of structure
of metals"-), L. 14. lftey�~kiy and P. 1M.. Usikov ("Application
U- re of alloys"),
of microscopy in investigation of structu
A. A. Pradvoditelev and N. A. Tywoun, na ("Role of repro-
d-u~-t-i--o-,n-"-o"f-ci-!7sl-oc-a--t-lons iiT'~i_6cess of plastic flow"), A. Va.-
Pertsoy, 1%1-~ Partsov and E. D. Shukin "Self -producih-'
P. na
in_'~Z_rnal dispersion of metafs_und7e~r_ac*tion of strongly
.superficially-ac4u*ive:metallic melting"-) and 1. L. Hirkin
("Probalams' of structural investigations adv_an_,d-e-d-Yy--
requirements of progress of technology"5.
renorts presented at the 3rd Intervaz Conference on Strength and Ductility of
Metals,, Petrozavodsk State University, 24-29 June 1963.
(reported in Fizika Metallov i Metallovedeniye, Vol. 16, No. 4, 1963, P 640.
jpRs 24,651 19 may 1964.

SHUKIN, M.N., inzhener.
New developments in Soviet diesel locomotive construction. Blek.
i tepl. tiaga no.2:5-7 F '57. (ML.RA 10:5)
1. Ifachallnik Takhnicheekogo upravlaniya Ministeratva transportnogo
mashinnatroyaniya SSSR.
(Diesel locomotives)

181V~
Investigation of some semiconducting compounds of the type 8 I-VI
2
L. 1. Berger, N. A. Bullonkov (10 minutes).
investigation of solid solutions InSb-InAs.. I. K. Shukina
-~a
T. 1. Kholmakova, V. G. Vinogradova, 0. V. Mloi-z~es ~ 'Yu. V.
Oboznenko, L. M. Skhol'niko.va
Report presented at the 3rd National Conference on Semiconductor Conpounds,
Kishinev, 16-21 Sept 1963

SAVITSKAYAJ, N.V.,;_SHUKINA,__!i.N.
Synthesis of 3-(p -aminoethy*ndazole. Zhur. ob. khim. 31
no.3:1015-1018 Mr 161. (MUM 14:3)
1. 7sesoyuznyy nauchno-iss'Ledavatellskiy khimiko-fqrmAtsev-
ticheskiy institut imeni S Ord2honikidze.
(Indazole)

U~M/Ibdioim patholow ja
Societies
"In the-Mosoov Society of Pathaphysiologists,ft
I.T. Rho Ina, Secy, 1 p
"Arkh Patol"Ic,
At metings of 28 29 Too 48,, among the reports
rea&were: I. M. Neymn's "The Pathoyhysiologloal
Significance of a Seat of Acute Inflammationpw
and.I. A. Arshavskly's "Physiological Xechanisims
of Age Reactivity . Inflammatory Reaction and
Natural limunity.in OAtogenesis." Other speakers
vere; V. P. Kikheylov, A. A. Terekiam,
/50T",
UM/146dicini Pathology (Conti) Jul/Avg 49
N. N. SirotinIn, jr. D. Rozanoval 1. X. CharVy.,
S. M. isytes, and S. Pavlemko.
1/50TU'.

SHIT1111 IS) ~J. 7 .
-r - "Investigatiop of alder 'ar-miins. " Lnst o~ Che--ds'ry and Chemical
I III
- - , . . I. U
Technology, Acad Sci Lithuanian SSH. Villn~.-us, 1956
(Dissertation for the Pegree of Candidate in Chemical Science)
So: ruiizIhnaya letopis' No. 2h, 1956

21(s) 5(0)
aTHOR! I-
L_A_ 50T/55-59-3-29/32
TITI.St i;s I~rs% ln~Vnton Conference ef Universities "I Colloorrs
R.dt..h-itit~y
univlorsitet- Sorlya matemat'ki, mekhaalki,
roacrit', fioilkt. khtmil. 1959, Ir 3, p7 221-223 (USSR)
LWAACT: conference vs. convened by the irltisti- of thr
labor&tortya r&diokhl=IL k1hictichosdogo fakul 11-ts. I-D (L~~crx-
tory of RadLochomllatry of the Departaltat Of Chemistry of koso*w
State UniveraLty) and - hold In 2cooop from April 20 to
April 25, 1959. tt woo attended by prof-sors, toortars, -1
44 4fic collaborate.. or 32 unIvornitiom and cOl1_'v6#s of
"
l
' 3.3-s, ~"Ov.
th!
.t.Iunion. In his op-itle d4-.'
no
_
Doctor of Chemical. Ulon-ot. tr .... I the Import-. of
ob-iottry. 50 lactu~ros were delivorei by =o=b*ra of t*.*szv

Ity: boretirty. y.4-moy fitiki (LAbor. ry .7
!Irv 1.
UCI at ".-Ico)- .1.7 Bu4eftko. A..,1-v&jt'7&n v ?roluctiau of
Or,- 1-7 tl *4, -cii (T.2c): 1.31, , 3 P.2ud.mkc:
Prolucti.. of R.d2OA"L,. Iso-opes by F-zt.^ct.'on as P-21k*to~..
Card 1/4 Litbo-Atoriy. ralickhImit. (Ltboratory of Sttdit,Chomistry). AEL
S.paratlon of Rail..

rndl.%.o. of Colla'.1stl
h
A- T~C!k-drt-a*
X.Poiawk. 3.5h,k',- S.conlaxy llp.ctlojis .fthe Recall Liz..
.d_82Ar.An.X#Ihyt Bromido.1 1-2.3%rk,lov,
T.T. R*AztiO44 or 'lot'
Th. State of
_'n Utro,coly :11%tv Salutzaal uaSa
Radlloattlva 133-~P*3 .
Meaty or %he Cop-mipitation
.;v: Gone.
Radlo.4ti". 7ilh ex7st.111a.
-tvt
C.pr-4t;.'t.tIj1. of ?rzt.zt!,_-mz: Itth
Xb, and Tel T.U.7,4zo.y..,
Application Cb=t;maVcer&phq-j 5. To.
tibclttck~, 1-chIL ~- A:ca-l.tloci -;I
~~tA, U, .1~_ k9.
tjOO of A.:*%l Alone an -.he $a.-.. of' the E."ItI. 3A224
_5oP-r&
,
"4 It. 401 9.3.Zatounk,t, I.A.3i 'k "
"
Y"i
Card 214 L.L41cikk~" Ap;j!jO4t!o-_ of the a-zstlon jj;i4.
r
.a
Za,aetlof.11c, of :h, 1rxO.f&=.:Ion of 3.11i4., V.r.321t.y.,
K.J.Zaboronki, 4.1-1.3aboahkin. L A.Rod"havai of
x'Z.b.r.,.ko, A.U.B.I.4hkIn
net.rcpoly.- d
1
Xp,xl.,k Ior ?t&dL._-j X.3..1&bzr.nk
:t
rY
K.~.bk,4 I 111-T.-Iftloal Itt.rol-tio. of "rallm iY U-stl.
a, 11-14'r --". "lotis. Do Dyk.%!~:Partial
'."r Pra...- or Cc in All.With X13 yik.:
-,, I
IoYlll, 'he 3ehO,I.r or
5.
't hnikcv, A,_I
ri., to.
am
,
~
1
F
J

.I.
..
7 --1 Vapor P.-ur. ,fI
.Upt~xkly 1. X.Stja..
_--
.Idol x4.A.Likh.ch '.rin.
Coo at etion. of the S-IntIll.tIon It-a-Chmact to the A7;amtua

he ype S. X.f.%Ir. an,,I-%I,h.,kcy ktilioll (Chair of 95
ft
.,
yticaI Cha.l.t17);
Ao . 8.4io..tilrot Tr*-*-el '.A.Botly-kay. ku
Szr;t--on of Zr by Ion 3-haWrs; A.I.Bu-.
.'Ilk o1 Th, Us. of C.pla. Ton P..dlo-
.at."r.dr. khi-li (Chair of Incri.-tietc.
ry
Ch..
l at rx
Card 514 cB!.I~At
,; "it% '4l~. or
Lo-oiloo.o. ?1 7.1. SpIt.y=:_-G ~ ..... the Atil'aactil.
Radiation, of Soll4s an Tholi. ?tzp6rtI*aj
I, T..UIkhAEjr.Uj, T.I.SpItly.: !.ctop.- "_h&z,:. In the 3y.%..
i2so 4 - 503 "~!gh Tomporatur- KafQlT& khlmlchs"cY "nw%IkL
(Chair of Chemical Kinetic.): L.,L- M-M
th, F.rp... of
Applic-I.. of T-1. Z h
DittormInIne the V,oluzI%J Ccrstalts of it,* Swp4r&tizn of Organ-
hydroger. Compounds, An.N.Jonzo.-unov doltv-4 A ditailloA
R&4toch4miceL Iastm4tlou
the ch In I; rim tits . ..Ie ... Iti.o.

SHUMA, B. N.., NESMEYANOV, A. N., FILATOVE, E. S., BORISOV, Ye. A. (USSR)
"Isotope Effect and Secondary Reactions of Bromine Recoil Atoms Accompanying
(ri)df) Process".
paper submitted for the Symposium on the Chemical Effects of Nuclear Transformation
(IAEA) Prague, 24-27 Oct. 196o.

NESMAIDY, An.N.; BORISOV, Ye.A.: FILATOV B.S.; KONDRkTENKO, V.I.;
GHZHAN TSZE-SYAN[Chang Chieh-hai;ngj; PAM, K.;,�gUKLA. B.V.
Secondary reactions of theracoil atoms bromine-82 and bro-
mine-80m in bromomethanes. Radiokhimiia 1 no.6:712-716
'59. _04IRIL 13:4)
(Bromine--Isotopes) (14ethane)

2A'11
169 1c; " !oon'
A005/A; 130
AUTHORS: B.'.-,vas, S., Lavaker, P.Dzh. , Nilakanzan, K.A.
TITLEi T~itL enat-gy api_-3trum of heavy nuclei -.)f
iiiation
PERIODICALt Referativnjry zhurnal, GGofizika, no. 6, ji~'6';' i2j, ac
6G84. (Tx. Mezhdunar. konferentsii po
T, 3. Moe-,ow, AN SSSR, 196o, 116-125)
TEM Th,~ aut~i-jra studied the energy spectrum of --f
(6:!SZi:-~y) an,_~ gr;)ur H(Z>-10) within the energy range 0.~-9
T-'-e pile was exposed over Iowa (USA) on Maro~-;. a
A 2-
4 Y-m (6. ! /cm ). The energy of the ~hay:gei rar-'
az of ..' 9 t- __
wE,s d-itarmijed by the 8 -electron method, i.e., from the deneity
of and; energy of 6 -electrons. The integral enGrgy
Mazy- nuclei haa the form. W>.-E) - C/(I+E)M, Wh8rr' N tb,.a
ev
e whose kineiie energy (expressed B
higtiez than. E, C 4-9 a o-instant. and m = !.65 1 0.30 for Ersup M a-'
..7r3 t 0.35 f._-:x. H. the values of the exponen-,s
Card 1/2

0~
TLe ar.--rz of heavy nuclai ... A00'
.r. the 1xi ti .)f ttle experimental uncertainty, a
1.7
, 0� 0 .5 for the heavy nuGle.4 of grolir: 7f7--!,
er.ergy range 0.23-9 Bev/nu,--leon. This of m ic,
obtained ftj~- (X-part--cles (m=1-5). Therefore it is -,ha*
ponent6 of the nuclei of primary cosmic radiati-,j-, havzi t1--
value of ~,.x:poy-,ent Y,. The minimum energy of
characterf-z-as the gt~,~:nagnetic: outaff tv-reshold a-6
eauai ~o 250 B~v/Lacleon. For the stream of haa,~.-,~,
the bou-naarl; oF ~he atmoephere the owin,,,~-
I(M) -1-sterad-ian-1
9.7 m s ii; , I(H) (5.5to.
and, (S' = (!5.-9�1.0) m-2-seo-l-steradian-l. The' s f P-:
wan abo-uL 30o -'-,war than This decrea-se: of th:- ~t~r-: --f
n3clei is ObVI!,utIly jonnected nith tile large fl!~QrO,A-( of
Forbush type chat was observed in Lhe neutron -,?mpoa~x f
the earth Is surfa,;e d--ring the carrying t)at -f exper--m~;..
N. Kam-i-nc~~
Abstrautor's Oomple-~e translation.]
Card 2/2

SHWMETSOV, Y.T.; MOSOV, P.M., dotsent, nauchnyy red.; MIMASHEY, A.A.,
red.
(Organizational and economic consolidation of collective farms,
And the rise in the material prosperity of the collective-farm
peasantry from 1953-1957; based on data for Novosibirsk Province]
Org,3nizatsionno-khoziaintyenpos ukreplenie kolkhozov i pod"em
materiallnogo blagosoatoianiia kolkhoznogo krest'ianstva v 1953-
1957 godakh; po materialam Novosibirskoi oblasti. Moakwa. Izd-vo
YPSh i AON pri TsK KPSS, 1960. 65 p. (MIRA 13:5)
(Novosibirsk Province--Collective farms)
I

FAMYGIH, Leonid Hikhaylovich; 31M,4 . redaktor; PITEMN, Ye.L.,
_J.,AA,
redaktor izdatellstva; KkRABIK, N.F., tekhnicheskiy redaktor
[Science of wood and forest products] Drevesinovedenie i lesnoe
tovarovedenie. Moskva. Goolesbumizdat, 1954. 346 p. (MLRA 9:8)
(Wood) (Lumber)

KHUMYA]ISKIY, Pavel Hilcolayevich, doktor tekhnicheskikh nauk; SHMINI A.V.0
redaktor; FEDOROV, B.M., redaktor; KARASIX, N.P., tekhnicheskiy -t-6=-
daktor.
[The strength of wood] Prochnost' drevesin7. Moak-m, Goslesbumizdat,
1955. 150 P. (MIRA 8:4)
(Wood testing)

LAPIROV-SKOBLO, Samuil Yakovlevich, prof., doktor sellskokhoz.nauk.
Prinimal uchastiye SHIRNOV, A.V., kand.tekhn.nauk. SUDNITM,
I.I., dotsent, retsenzent; RRP~MH, A.V,,, red.; SHAKHOVA, L.I..
red.izd-va; PARAKRINA, N.L., takhn.red.
[Forest products; a co=ercial guide] Lasnoe tovarovedenie.
Izd.2.. parer. i dop. Moskva, Goslesbumizdat, 1959. 435 P.
(KIRA 13:4)
(Foreqt products)

SHUKLIN, B,G.
Case of a leiomyoma of the stomach simulating a perforating ulcer.
Sbor. trud. Kursk. gos. med. inst. no.16:380-382 162.
(MIM rf, 9)
1. Iz kliniki gospitallnoy khirurgii (zav. - prof. A.V. Kholod)
Kurskogo medi.sinskogo instituta.

KHOLOD, A.V.; ASTAFIYEV, V.I.; FIRSOV, Ye.F.,- SHUKLIN,, B.G. (Kursk)
Diagnosis and treatment of diaphragmatic relaxation. Klin.
med. 41 no-4:25-32 Ap 163. (MIRA 17:2)
1. Iz kafedry gospitallnoy khirurgii (zav. - prof. A.V.
Kholod) Kurskogo gosudarstvennogo meditsinskogo instituta,
Oblastnoy klinicheskoy bollnitay No.1 (glavnyy vrach L.A.
Chunikhin) i Oblastnogo onkologicheskogo dispansers.
(glavnyy vrach T.S. Kondrasheva), Kursk.

- ?I
SHUrI B.G.
Methodology of transbrorichf-'al aspiratim puncture of bifurc~--,-.-Ion
!,-mph ncdes under intravenous anesthesia -Ath the use of mLs3le
relaxants. Sov. med.. 28 nL,,".,- 10 Mir
(IMIA -18: 10)
1. OcsPitalir-ava khIrl-u-gicheskaya klin;,~~a Kur3kogo TE-edits-Inskogo
-'stituta (zav. ~;'b- striaya kI-'n-,-,heskaya
bollrditza (Rlavnyy vrach

T I IN, K. K. ; KONYUKMV, G. I.
"Abstracts of Soviet modical literature" nos,12 and 13, 1954.
Reviewed by K.K.Shuklin, G.I.Koniukhov. Sov.zdrav. 14 noo5:
51-52 S-0 '55. (KLRA 8:12)
(MIDIGINS-PARIDDICALS)

SHUKLIN, N.F., vaterinarnyy vrach (g.Kirov (obl.)).
Iforse-drawn disinfecting apparatus. Yeterinariia 31 no.2:55-57
-F 154. (HLRA 7;2)
(Disinfection and disinfectants) (Spraying and dusting,equipment)

SH M IN, N.F., vat. vrach (g.Kirov, oblastnoy)
- -
Pathogenetic therapy of saborrheic eczema in horses. Yeterinariia
35 no.11:45-47 9 158. (KIRA 11:11)
(Horses--Diseases and pasta) (Eczema)

Stru-KO.V.D., SKURA-*OV, S.M., Docent. STREPIKIOYEV I A.A., Prof, MIUROMOVAt R.S.) XACIIVSYAYA)O.N.,
BRYKINA,YE.P., SHTREKKER,S.M.
"The Heat of Combustion of Lactams and Amino Acids," a paper
given at the All-University Scientific wonference "Lomonosov Lectures,"
Vst. Mosk. Un., No 8, 1953
Translation U-7895 L Mar 56

I -
D. - , . .,.- ~- . - ~ ; , - . . I .
if -1. - ~! - -7 *,'al n , !I P---*--,-T,%, -. ::, 1
3- - .- -1
11,11, frn,l -3 * 7~ " , T-,qtj 11 llr-- d
i 1 1. - .
.. - '. I

j . .1 1
klutpit of "a ariA Jons frog, the ext-.7,,rnal seg7merA6 r t-rial
phuLorec-Q.,"Zors under the influence of. illumination and viltamin
Dok],. AIN S~;SR 156 no. 4:979-981 Je 164. (MIPk 17:6)
i. instiltu~ ~,-x-%Putoiomioy Vizitologii ityl. I.M.Spchenova AN
S -`I: F .Precio,,aviono alh-idernikaip II.M.Chernii7ovsk-iin.

*t. arvi AIK, Jr. L
, KO , )Y, t I . ,
"Tne lsotopic Composition of Potassium From, L%eteorite5" Dolka. MN 333a, 94,
Jo. 4, ppc',67-669, 1951
Translation J 1182382

D,,k 'awt SS-sti, Vol. ni`i-, 541~ F-I 11,issian.
m1graph analyses of a nurpbtr of elorrents found in
given isotnpc c.-impusitirns wltr,-n the vanatiens
sp~cxuien~~ .)4 lhos-~ P~Aazii;iL~;L c!
mctcoritp crigin L;aes nut aj~papLr to have been previouily iwdled
Nvith-a mass ~pectiograPh. ExperiMental detalfsare outlined ana
-ed r rvically. Some 70- 100 dEEerrabnations-d the Kr`: K"
'iscusc
ratio were carrzed yat for eat, of thaae, mewontes ard -- value ,jf
i 0 1 (0-0- wa-~ found. A detprmination Of-the ratio
!:Dr une nmet,~Orile 23so gave the szole value as for K c-f
wrre,tr

SHUKOLYUKOV, Yu.A.
Applica~-tlbvi of the argon method to a nomogram and slide rals
for calculating the age of rocks and minerals. Inform.abor.
VSEGEI no.1:142-145 155. (14LRA 9:12)
(Radloargon dating)

P-5
#4~ ez~
4-

M 6W;'stroutbi ,m
eta"- .0 fro

f qbsoldte'lge
D f
ation
~
IJ -
_~.
.
.
6 ~ Isot po,~ ratid 14. sedimeatouy,-McTs~_ =
Stroutlum-8
'
bAuiZeol.
ad X. Shuk6lvukmrJL4b.-, Vre-CaM
IA-A Q- j-LeWngmd).i,,l7do*hlmtyd lV37i -NO. 4,
l,
v
7777 187-W.-~-Report - o 4 study ~ 6f 'tbe; tomop _empn., Sr
a
h
from 3 aim; -froizi"it, estite 4
n"a~cqwu-gralu -cakitic r

From lhe
?"qoxd Om-tion af. ll~rblesi was'se 7
-pd _b
!
,
c
of im-io ,ix~~ lainxi Rc_U(2.5AV):*" ~
ca w _,4s
a
'
Before.use, the H th eivere
:wash liquid.
'
4
w
l
fa thit
a
First Of
all the-positic
were detd 1~ -wasdet 4 W.
mass Spectm
'
c0 vmi dkd.n'e
washsoli. krimettiftuy --4U p
h
'mid hy~meani6f md;60dii in~' "Sc
vas cmvtrta~
-iftIlate for dettl'-
to the .,MM= $I irkalli Ine,
xvt- Stu/
Stu rafla'was the iameli-all Dakwig-thec'Ourse
-P
A

~otlhi, vroik It was noikid ,tMt -appieciable-bo , fra&," ,
l

UA occuiTed do "Mg- e'vapts.'or tion..
tows.
loniz* 6f Se

Al 'y. 4--
u6*
This W", adoubted! Cause qf:thc,."pm
91=ttiatlow in the b6tovk- c6mon. of S~ fr6ai~ na
-desch
Deta. 0
-,cmdUlaus mo tlatlar
-
-
-
' R
l
s
bbw
e

u
e
ts
u
tbat V~oe
.
than
d Oow
of
veater
the &0/$," isato-pe milo -is a criter;on 6f i6ot smucOnftry
loclastion is a piwitt tia, fe"ble. 17 iifevca~~
t
ys

O'RfK(-)[,-YUKOV, YLI.A., Cand Chen Sci -- (diss) f'Content and n isotopic
composiT,ion of certain products of uranium fission in adnerals."
Prec----.brian
Len, 10,59, 1h pp with dravdn,-:,s ( Acad Sci USSR. Laboratory of/Geology
Len Tech Inst im Lensovet) 150 coDies (IM, 36-59, 113)
- -19 -

ISKANDEROVA, A.D. [translator]; MURINA, G.A. Ltranslatorj; MIRKINA, S.L.
[translatorj; POLEVATA, N.I.-[translatorl, red.; CHMOVA, N.N.
[translator]; SMKOLMKOV, Tu.A. [translator]; KOLOSKOVA, M.I.,
red.izd-va; GODOVIKOVA, L.A., re-a.izd-va; AVERKITZVA, T.I.,
tekhn.red.
[Radiological.--methods fo~ absolute age determination; articles
translated from the Engli)ah and the German] Radiologichaskie
metody opredeleniia absoli'utnogo geologicheskogo vremeni; sbornik
statei. Moskva, Gos.nauchi~o-tekhn.izd-vo lit-ry po geologii i
okhrane nedr, 1959. 181 P. (MIRA 13:10)
'I kGeological time)

GERLING, E.K.;_SHUKOLYUKOV, Yu.k.
Isotope conposition and xenon content of uranium minerals.
Radiokh1miia 1 no.2.-212-222 '59. (MI]Lk 12:8)
(Uranium ores) (Xenon)

GERLING, E.K.; SHUKOLYUKOV, Yu.A.;
Dstermin-~aon--~~be half
from the xenon content of
no.?:223-226 '50
(Urantu';-Decay)
MKAROCHKIN, B.A.
life of the spontaneous decay of U238
umnium mineralg.-Radiokhimlia 1
(MIRA 12:8)
(Xenon)

5(2), 5W
AUTHORS: Gerling, E. K.,-Shukolyukov, Yu. A. SOV/75-14-1-21/32
TITLE. Determination of Micro-Quantities of Xenon by Means of a
Mass Spectrometer (opredeleniye mikrokolichestv ksenona pri
pomoshchi, mass-spektrometra)
PERIODICAL; Zhurnal analiticheskoy khimii, 1959, Vol 14, Nr 1, PP 104-107
(USSR)
ABSTRACT: In the practical application of the xenon-method of determin-
ing the absolute age of minerals (Ref 1) the main problem to
be solved is th,- z-apm--nr.~:Wn and measurement of micro-quantities
of xenon. In this connection the possibility of using the
mass spectrometer MS-2M for the determination of small
quantities of xenon (10- 6 _ 10 -5 cm3) was investigated. For
the purpose of gauging the mass spectrometer standard mixtures
of argon and xenon were produced. Production of these mix-
tures was carried out in a high vacuum apparatus which is
illustrated and described in this paper. By means of the
mass spectrometer the xenon content was determined in arti-
ficial mixtures of varying composition. These mixtures were
produced in the same apparatus that was used for gauged mix-
Card 1/3

Determination of Micro-Quantities of Xenon by SO'1/75-14-1-21/32
Means of a Mass Spectrometer
tures. The mixtures were also adsorbed on active carbon at
- 1830 and were measured after desorption on the mass spectro-
meter. It was found that in the desorption of active coal a
partial separation of argon and xenon occurs because xenon is
more firmly bound. Part of the xenon remains adsorbed ever,
at temperatures of 3200. Complete desorption of the xenon
could be attained only by a reduction of the quantity of
active coal to 0-04 g. Besides, partial adsorption of xenon
occurs in the "cooling traps" cooled with liquid air. As this
effect may be very great, a "cooling trap" with alcohol and
dry ice (-78.5 0) must be used for freezing out vapors. Two
methods were employed for spectrometric measurement: The
pressure method-and the method of relative sensitivity. Both
methods are explained in this paper. Accuracy is approximately
the same in both. In the mass spectrometer pressure amounted
to 1.10-7 _ 2.10-7 torr. Use of the mass spectrometer MS-2M
made it possible to determine 1.10-6 - 5.10-5 cm3 xenon with
an average accuracy of � 8%. For the final checking of the
Card 2/3 reliability of the results obtained the xenon content in the

Determination of Micro-quantities of Xenon by SOV/75-14-1-21/32
Means of a Mass Spectrometer
uraninite Chernaya Salma-was determined. The results obtained
were compared with those of previously carried out xenon-
determinations by the volumetric method (Ref 1), and results
were found to agree-well with one another. There are 3 figures,
2 tables, and 1 Soviet reference.
ASSOCIATION- Laboratoriya geologii dokembriya AN SSSRI Leningrad
(Laboratory.for the Geology of the Precambrium of the AS USSR,
Leningrad)
SUBMITTED: November 25, 1957
Card 3/3

AUTHO'12: E. K., A.
TITLE,

-;.I n t i
~
-;.

e t t, to ~ir, E:11 t,,.) r
(J U1
PERIODICAL: Atomnaya eti cri~lya, 1960, V L Ne 1, 1) 219 (USSR)

ABSTRACT:
The avova.trc! P.-t wz.,utrons per one
riumber
:;Poritaneo,,I~; 1,1-;31011 ir; obtained Crom-
Ali
v2:14
where i!~~ n iL; rwmbur ol. nevtron~;
released b y I 91n Of Ural-11LIM Pel~ unit time and
N Is
2 -',9 n-Amber of ~;pontan:~o;.ir, fl3siono of -1 o f
tiraniUM per Linit time. Ujin,,.:- accepted values for
An = (1.65 + 0.09)-10-2 rieutron3/sec-grri U and
Card 1/3 ~s N238 ~ 211 .U fisslons/h.gm U one C--ets ~7 2 0J = 2.4

GERLING, Erik Karlovich. Prinimali uchastlye., TASHCHIMO, M.L.,
starshiy nauchnyy sotrudnik; TERMOLIN, G.K., starshiy nauchnyy
eotrudnik; TITUV, N.Ta., mladshiy nauchnyy sotrudnik;
AFANASIYXVA, L.I., mladshiy nauchnyy sotrudnik; KOLITSOYA, T.V.,
mladshiy nauchnyy sotrudnik; OVCHINNIKOVA, G.V., mladshiy
uauchnyy sotrudnik- SHUKOLYWOT Tu.A.I--pWehiy nauchnvy
sotrudnik; LEVSKI7. Z, ~ma~sh~i;nau;hnyy sotrudnik; KOROZ(*A,
I.M., mladshiy nauchnyy sotrudnik; KATY31TIVAb I.I., mladshiy
nauchnyy sotradnik; BARKAN, V.G., mladshiy nauchuyy sotrudnik;
BARANOVSKAYA, N.V., mladshiy nauehnyy sotrudnik; VARSHAVSKAYA,
B.S., mladshiy nauchuyy sotrudnik; SERGEYET, A.R., starshiy
laborant; KURBATOV, V.V., starzhiy nauchnW aotrudnik; KRATTS,
K.O., kand.geol.-mineraloauk, otvaed.; ARON, G.M., rsd.Izd-,V&;
WORRY , V.T., tekhu.red.
[Present status of the argon method for age determination and its
use in geology] Sovremennoe sostoianie argonovogo metoda opre-
deleniia vozrasta i ego primenenie v geologii. Mosk7a, Izd-vo
Akad.nauk SSSR, 1961. 130 p. (MIRA 14:12)
1. Radiyevyy institut im. V.G.Kblopina (for Kurbatov).
(Geological time) (Radicargen dating)