SCIENTIFIC ABSTRACT SHATROV, P. - SHATS, S.YA.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001548720003-1
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 9, 2001
• Sequence Number: 3
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

SHATROV, P.
How to choose skis. Voen.znan. 32 no.11:22 N 156. (MIRA 10:10)
(Skis and skiing)

SHLTROV, P., master sporta.
"Patrol ski racing." Voen.znan.32 no.12:23-24 D '56. (Mak 10:2)
(;Ski troops)

BULIONI V., polk-ovnik; SHATROVI,-P., polkovnik
14ap orientation exercise. Voen. vast. 41 no.5:81-83 My 161.
(MIRA 14:8)
(Russia--Army-Physical training)
(maps, Military)

0
1; ff AT F P . . v avial-Ar !)Ij,:Tii , "I S R
10 V., I " ~ v , -F
N ', ~; 4 ,
1,2.-43 ; MIT fLk te.; , )
Cm,,n-3r,;Hjty~ Votm.,lr,)j-r, 40 nco.,.!~ - &

i-~

SHATROV, R.F.
Improving the performance of defectoscope cirs. Put' i put, khcz.
9 no.2-32 165. (MIRA 18:7%1
1. Nachaltnik vagona-defek'Coskopa Kazakhsko.,,, dorogi, Alma-Ata.

KOZHANOV. M.N.. inzh.; SHATROV, S.M., inzh.
The bunkerless loading of coal. Mekh. trud. rab. 11 no-10*28 0 '57.
(Coal mines and mining) (MIRA 10:11)

SHATROV, S.M.; VIKENTOYEV. I.P.; VAR'YASH, I.G.; ZEMSKOV, M.D.
Efficient solution of a highway and railroad crossing. Avt. dor.
21 no.2:21-22 F 158. (MIRA 11:2)
(Underpasses) (Railroad brid",s) (Road construction)

97-67 M,(dV5,vr(m)/EWPM/T-21'-
ACC NRe
-AP6009258 SOURCE.60DE:'.. UR/0122/65/000/011/0023/0026
AUTHOR: Krutov, V. I. (Doctor of technical sciences,-' Professor);. (En--.
gineer).*
ORG:' None
TITLE; ,Dynamics of*-a diesel with turbos _rcharixer
y2e
SOURCE:. Ve,-',,nik mashinostroveniya, no. 11, 2965, 23-26
TOPIC TAGS- turbosupercharged engine, diesel e ine, compre
ng asor rotor
ABSTRACT: The authors analyze the effect of a self-contained turbomVercharger on the
dynamic characteristics of diesel engines. A formula is derived for.transient pro-
cesse
a in a diesel with~self-contained turbocompressor and curves are given comparing
these processes in the'11D6N diesel enRine\owith and without supercharging. The'results
show that the.inertia of the compressor rotor extends the duration of-the transition
process. Comparison.of transition processes assuming various mcm nts of inertia in
the compressor rotor shows an increase in the time of the transition process by~a facr
tor of 2.5 vhen the moment of inertia is increased by a factor of 3.' This indicates..',l
that if other factors remain constant, the transition process is considerably shortened
by reducing the moment of inertia in the tufbocompressor. Orig. art. has: 2 figurei,l
16.35 formulas.
SUB'CODE: 34L 21/ SUDW-DATE: none/ ORIG REP: 003
ir Card -1/1 '691 hq6- Api r1l C; C; - g;

7
ACC NR: IJ`60' 9 89 5 (A) SOURCE CODE; n/olll,5/65/OC,0/0.12/0051/005~o
Krutov, V. I. (Doctor of technical sciences, Professor); Shatrov V. I.
'(Graduate student)
!ORG: '/,VTU imeni N. E. Bauman
:,TITLE-: Experimental data on the transient processes of a diesel with turbine super-
:charging
!SOURCE: 1VUZ. Mashinostroyeniye, no. 1-2, 1965, 51-56
0 0
:TOPIC TAGS: diesel engine, supercharged engine, gas turbine, engine crankshaPt,
igage, torque, hydraulic device / 1DO'N diesel engine
strains
~ABSTRACT: The authors give the results of an experimental study of diesel engine
:operating conditions where the diesel engine is equipped with a gas turbine super-
1charger. The problems caused by introduction of the supercharger are discussed. One
.of these is the difference between the crankshaft. speed of the engine and the speed
:of the turb-1ne. Such a condition causes insufficient access of air for combustion.
:Thi-*s is not true for mechanically connected engine and supercharger units. Transient,
I Pne and supercharger are experimentally studied in the 1D6N diesel
iprocesses of the en
fengine with a TN-6-,.'~constant-pressure turbine com2ressor~O The LE-4-53 loading unit
:used in the experiment was built by MAI. Standard measuring eq~aipment is used which
1/2 UDC:

ACC NR: id,6olq~,,,qr
.fulfills the requirements of GOST io448-63. Induction pIckups D_ ' ----d inside the fly-
wheel and compressor housings are used to register the rpm of -the engine and the
,zurbocompressor. The pickup signals are fed to an amplifier. Fuel measurement is
,recorded in a like manner. Strain gages are used for recording engine torque. These
are placed on the cylindrical part of the input shaft of the hydraulic brake and
:connected according to a bridge circuit. A low-pressure pickup at the compressor
,,output is used for measuring supercharging pressure. Engine control is set at maximumi
iby setting the spring at its limit. Graphs are given for torque, rpm of the crankshaft'!
land compressor turbine rotor, including supercharging pressure as a function of
!transient -orocess tine. The effect of individual factors on diesel operation are
;analyzed. The results show that increasing the load on gas turbine supercharging
!increases the duration of transient processes in the engine. Orig. art. has:
:3 figures, 1 table, 1 formula.
SUB CODE: 13, 211 SUBM DATE: l2jul65/ ORIG REF: 003

SVIRIDOV, Yu.B., k2nd.tekhn.nauk; SHATROV, Ye.B.; KORSI, Ye.K.
Stereorecording used in investigating fuel consumption processes in
engines. Avt.prom. no.4:14-16 Ap 160. (MIRA 13:6)
1. laboratoriya dvigateley AN SSSR.
.(Automobiles-Rugines)
(Mot-Lon pictures in industry)

SMUMVP Yu.D.; S!"XiMV., Ye.,Fvlo
af steroo-co-Ac" elnaaatograpuc
1 1 ' -E, -4
rcccwUr.,; in tho rumalysis of cox~bustion proceasee. Usp.
n-a-ach.fot 9:210-222 964.
(MIRk 1813-1)

SITIATROV, Yevgt-niy Vasilyevich; LOSTIll. V., rad.; 1JAIJILIHA, ~., tekhn.red.
[Lenin's order] Zakez Illich~a. Moskva, Goe.izd-vo polit. lit-ry-,
1167. 23 P. (MIRA 11:2)
(ElecIrification)

S/196/61/000/00/olb/026
It, 71 Eiq4/E1515
AUTIIORS,, Sviridov, Yu.B., and Shatrov,---,Ye,V.
TITLE,~ The ignition of atomised fuels
PERIOD1CAL. Re-ferativnyy 7hurnal, Elektrotekhnika i energetika,
no.8,'. !961. 7-8,absts-ac" 8G78 (Sb~ "3-a Vses,
soveshchaniye po teorii goreniya" (Third All-Union
Conference on the Theory of Combustion) Vol.2) M.,
iq6o, 65-75)
TL-X---~ The work was carried out because recently there have
vaen very contradictory views on the nature of the process of
;zni'~.4on of atomised fusels. The tests were carried out in a bomb
c-:,.nepl7otographic re::ordi-ng of flame development- A study was
maJa cf preliminary vapor-isation of fuel, of luminosity of cold and
hoz flames, cf ignition mec;hanism, of the relationships of change
c.' Parameters depending upon the temperature, and of the
'-nflaen-e of the fnit-ial conditions of the medium on the ignition
PrC':e33e3. On the basis of the results of 1000 tests, graphs are
of the individual processes. The main conclusions area
7Jn--.'1- the flame is formed the process of fuel oxidation may

The :.gnition of atomised fuels S/ 19b/6 1/000/008/0 1 k)/O-"',-
E194/EI55
Jevelcp according to one of two kinetic mechanisms - two- and
The two-stage me,:hani-gm -,;s r_hara~terised by tiie
'..n-..ti.al Lntrc;duction of oxygen into the fuel molecule, with
subsequent development of a chain exidation process. This procvp~3
-'sr ~~mprobable at high temperatures, The single-stage mechanism -ts
.'_ha-a:.teri_sed by preliminary thermal decomposition of the fuel
m~,)ecules by their collision with molecules of the medium and
3UI-sequen': oxidation of the disintegrated parti:les. This proc-e-;z_
steady supply of oxygen
-.3 --mprobable at low temperatures. 2) A
Ls necessary durLng the multi-stage oxidation mechanism.
3) The high-temperature oxidation mechanism apparently requires z~n.
almost complete and immediate supply of oxygen. 4) Three types cf
ign-it-4on exista kinetic; two~stage ignition in a relatively uni-jarm
mad,_um at low temperatures- diffusion single-stage ignition,
,yp4,~~,al of a non-uniform medium: and diffus--on-kinetiz grad-aal.
fls,w-temperature) ignition in a layered charge.
FAbs-7a~_t-_:r:s noted' Complete translation.
;Oazd Z/2'

239a
S/113/60/000/004/002/007
D249/D301
AUTHORS: Sviridov, Yu. B., Candidate of Technical Sciences,
Shatrov, Ye.B. and Korsi, Ye.K.
TITLE: Stereoscopic recording of fuel combustion processes
in engines
PERIODICAL: Avtomobillnaya promyshlennost', no. 4, 1960, 14-16
TEXT: The authors mention the method of filming the combustion processes
in engines by using high speed and ultra high speed cameras permitting
500,000 and more frames in a seLond to be produced. Experiments carried
out in 1957v1959 disclosed that still better results were obtained when
studying combustion processes when stereoscopic filming of the flame was
applied. In this filming each frame appears in the form of a stereosco-
pic pair (two images) obtained from two different points of view
(Ref. 2: B.T. Ivanov, Stereokinotekhnika, izd-vo "Iskusstvoll, 1956)
and (Ref. 3: V. Pitch, Stereophotographie, HaRle (Saale), Photokino-
verla4 Experiments with stereoscopic filming were carried out in the
Card 1/3

23965
S/113/60/000/004/002/007
Stereoscopic recordingooo D2,19/D301
Laboratoriya dvigateley (Laboratory for Engines) of the AS USSR. Com-
bustion processes were observed in a cylinder having a constant volume.
The filming was done by an AEG camera permitting 16-80000 frames to be
performed in a second. The recording was carried out through an optical-
ly transparent glass j7k,-5 (LK-5), mounted in the rear cylinder cover,
on a perforated film 35 mm wide, having a sensitivity of 200-250 units.
In order to receive a double image on the film, the camera lens (F : 2;
f = 75 mm) was provided with a special prismatic stereoscopic attachp-
ment, having a detachable basis of 65 mm. The distance between the ca-
mera and the object (rear plane of the glass) was 400 mm. The combustion
chamber depth was 120 mm. The frame size for each stereoscopic pair was
18 x 12 nun. A diagram is 4ven, showing how the place of the ignition
nucleus formation is determined. As a rule, flat photographing gives an
erroneous image of the volume of the burned out charge. When looking
at only one frame, it may seem that 50% of the charge is burned out,
while inspecting both images concurrently it becomes evident that only
20% of the volume have been seized by flame. The ignition nucleus are
Card 2/3

23965
S/113/60/000/004/002/007
Stereoscopic recording... D249/D301
actually located in different planes in the combustion chamber.
Demonstrations of stereoscopic films on the screen are carried out with
a tenfold magnification. The spectator is provided with two analyzers
(spectacles); one of them (the left hand analyzer) absorbs the rays
polarized in the horizontal plane, while the other absorbs the rays that
are polarized in the vertical plane. Inspection of these fiIns has
shown that the stereoscopic method provides a picture demonstrating
combustion processes, indicating the places of ignition nucleus appear-
ance, showing the shape of flame and the volumetric development of com-
bustion. Stereoscopic recording permits research of fuel dispersion,
forniation of mixtures and hydrodynamics. For such research an apparatus
is necessary which would permit photographing in passing light. For
this purpose a combustion chamber with two transparent glasses can be
used. (Ref. 5- 1.1. Gerslunan, and M.N. Kukharev, "Avtomobillnaya i
traktornaya promyshlennost"', no. 2, 1956); (Ref. 7: B.S. Stechkin,M-D.
Anashev, Trudy laboratoriyi dvigateley, AN SSSR, vyp. 111, 1957.
There are 5 figures and 7 references: 5 Soviet-bloc and 2 non-Soviet-bloc.
ASSOCIATION: Laboratoriya dvigateley AN SSSR (Engine laboratory, AS
Card 3/3 USSR)~

L 12357-63 EPF(c)/EWr(m)/BDS AFFrC/ApGC pr-h , MN
. 310%" NR: AR300-4024 S/0273/63/000/006/0033/oo33
'0OURQE: RZh. Dvi-gatell vnutreanego sgoraniya, Abs. 6.39.Z72
AUTHOR: Shatrov, Yo. V.,,
--bustion in a
TITLE: Exporimental study of the processos of atomized fuel co
die.7cl bo-.-b of constant volme
CIT~0, SOURC-17: Tr. Odessk. un.-ta. Ser. fiz. nev., 152, no. 8, 1962, 25-20
TM%I~SITATION: Studies vore carried out which consisted of the study of the nature
of aio-azed fuel -coribustion processes in various term--eratt=e zones. 7he result-
ing c.--parLTrental na-tor-lal enc7b1cd the author to use indleattor dlarg-xans, chertical
--nalyscs of trio combustion -products, and motion pictures to establish -the e)dS-
tenco of three essen',pially distinct mochanisms of atorm*zed liquid fuel com-
bustion; kinetic combustion where the orocess is subject to the laws of 1*1=3
propa_v-ation over a homo-encous medium, af-fuzion corOxastion characterized by the
diffus!:%re type of corrfoustion, and intermediate (dlffusivo-kcinetic) ifnere during
ignition a _-real. part of the chargo is "infected" by chemical2y active products,
over ..."CA-ch t U,-o fla--o travel-- at great (sou;id) speed.
BATE ACO: OlJul63 SUB CODE: FFL -rNCL:. 00
Card

LIVANOVA., O,V.;__SHATROVA,,-$,I~__
Concerning the heating-up of the solid rotor of a synchronous
motor during its starting. Elektrichestvo no.2:56-58 F 162.
(YLIPA 15:2)
1. Vsesoyuznyy nauchno-issledovateliskiy institut elektroaner-
getiki.
(Electric motors, Synchronous)

L 46196-66 EWT(I) RO
ACC -N R.
ARO'oo8637 SOURCE CODE: UR/0397/65/000/019/0044/00441
',AUTHOR:
1TITLE:
,aerosol
i
iSOURCE:
Asbbell. S. I.; Kbill, R. G.; ShaTrova, S. P.
Treatment of occupational lead poisoning with a Ca N EDTA~9
a2
Ref. zb. Farmakologiya. Toksikologiya, Abs. 19- 54-338
REF SOURCE: Gigiyens truda i prof. zaboleveniye, no. 3, 1965, 24-28
TOPIC TAGS: industrial medicine, poison effect, lead, chemotherapy,
aerosol
IABSTRACT: 60 workers enEaged for 1 to 13 yrs in welding and
Istraightening of automobile bodies using a lead solder and suffering
Ifrom light or moderate cases of lead poisoning wer- treated in a clinic
:with aerosol(,inhalation of Cua EDTA. For a period of 7 to 10 days
N82
:patients received daily two aerosol inhalation treatments of 5 ml of aL
70 EDTIA solution; 100 ml of a 10"f Ca Ns. EDTA solu-~ion (7 to
1:10, Ca Na.2 /0
i10 E) were used for a course of treatment. A tnerapeutic effect
:expressed in the form of a reduction or disappearance of intoxication
.syir.-ptoms was found in all patients. Ca N82 EDTIA was well tolerated-by
Ipatients, was quickly drawn into the rospiratory passages, was found to
Card _ _112 - ------ -615.92

L 4r)ijo-no
ACC NR- AH6008637
p
circulate for a prolonEed period in the blood, and was excreted with
urine. Under the influence of Ca Na2 EDTA, an increase of lead excreted!
:by the kidneys wa.s observed indicating mobilization of lead deposits*
:Cq N82 EDTA is recommended for treatment of lead poisoning. S. K.
!ZT-ranslation of abstracL7.
iSUB CODE: 06
Card

MCLYAKOV, Dmitriy Stepanovich; SHATROVA, T., red.; TMEGINA, T.,
tekhn.red.
[Financing the industry of regional economic councils]
Finansirovanie promyahlennosti sovnarkhozov. Moskva, Goefin-
izdat, 1960. 86 p. (MIRA 13:11)
(Finance) (Russia--Industries)

ZHEVTY.,~K, Petr Naumovich; 3ASMANOV, V., otv.red.; SHATROVA, T., red.;
L.-IBEDEV, A. , tekhn.red. -
LFInancial planning in an industrial enterprise] Finansovoe
planirw,ranle us promyshlennom predpriiatii. Moskva, Gomfinizdat,
196,0- 133 P. - (MIPLA 13: 7)
(Machinery industry-FiriBnce)

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action of hot soap soIns. arr the importMit hvwr, ill the .00
olurability of dyed fibm. Tits effects of Oil- v tri thic-it
.1 ~rics of dyci are tabuttled. Nhr,hall Sittig

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POPOV, I.P., kandidat biologichookikh nauk; RUBINSETETIT, R,L., inzhener;
SHATROVA, Te.S., redaktor; GUROVA, 0., tekhnictieskly redaktor.
[Dyeing and redyeing.] Okraska i perakraska odezhdy. Moa".a, Izd-7o
Ministerstva kommanallnogo khoziaiatva RSM, 1952. 84 p.
(Dyes and dyeing) (MLRA 8:1)

Fastrien of dyes to light and weather. F. 1. Sadov and:
H. S. -.Shatrova.- Nauch. Isikdoowd. rrudy Vaskor.:
Tek-WI. Zn-s?-*M, 32-46(1954); Referas. Zhur., Fis. 1095
No. 12545~Art exposure app., constructed in the hr.Z
textile institute in 1941, consists of a metal cylinder 600 mm.~
in internal diam. and 1100 mm. high, provided with quArtz-
mercury lamps, a water jacket for controlling temp., and,
mean for moistening and circulating the air inside the app.,
The app ' giv;s results for fastuess and for hues produced
with certain dyes that differ from the results obtained an ex--
posure to sualight bemuse the light from the quart2-mercury:
lamps Is 30% ultraviolet. and that of sunlight only 1%.
ultraviolet. Tests made by exposure to.suntight give utii-~
form results on!y under standardized conditions, and require .
20-100 times as long as do tests in the app. described.
-Mariorie Ketner

A -Tt~

SOKOLOV. Ct.V..i33zh.; LABUZOVA, Z.I.; GENKIM, M.L.; R&KHLINA, S.S.,kand.tekhn.
nauk; ~!~QVA~Yo.�,.,kolorist 1-y kategorii; TAIANINA, A.S.,koloriat
1-y kateg.orii; TANVEL', A-Ya.,kand.tekhn.nauk
"Processing of artificial fibers" Translation from the English
by D.I.Venedik-tova, K.K.Lupandina. Book review by G.V.Sokolov
and others. Tekst.prom. 19 no.2:71-73 F '59. (MIRA 12:5)
(United States--Textile fibers, Synthetic) (Technology--TranBlating)
(Venediktova, D.I.) (Lupandina, K.K.) I

v n

S/114/63/000/003/002/005~
E191/E435
AUTHORS: Arkad'yev, B.A., Khlivnyak, G.G., Shatrovskaya, G.N.,
Engineers
TITLE: 'The solution of problems in-nons tationary heat
conduction with digital, computer
PERIODICAL: Energomashinostroyeniye, no.3, 1963, 12-15
TE,XT: The so'Lutions of problems such as those arising from-the
equations of nonstationary heat conduction'with the help of
digital computers favors the method of "elementary balancesll,~
described by B.M.Kagan et al in their book (Resheniye inzhenernykh
zadach na avtomaticheskikh tsifrovykh vychislitellnykh mashinakh
The solution of engineering problems with automatic digital
computers - Gosenergoizdat, 1958). The method permits the
solution of the problem of transient heat conduction in homogeneous
and non-homogeneous bodies with heat conduction coefficients and
specific heats which depend on temperature and with any form of
boundary conditions. The method is stated to possess a clearly
expressed cyclic algorithm suitable for.digital computers and is
extended for use with more than one surrounding medium so as to
include cooled designs. Some modifications are introduced to
Card 1/3

S/114/63/000/003/002/005
The solution of problems ... E191/E435
increase the tinte interval without loss of the stability of the
solution. The stability criterion is the progressive change of
temperature at each computing point. This condition leads
mathematically to a formula from which the time interval in each
successive step of iteration is found from previous results.
An example was computed with the help of the single address
computer "Ural-111 with fixed decimal points which has a computing
rate of 100 operations per second and an operative memory of
1024 bits. The low capacity memory imposed the following
limitations: The body has no internal heat sources. The physiEral
properties are linear functions,of the temperature but independent.
of the coordinates. The boundary conditions are independent of-
time. The number of surrounding media does not exceed four.
The shape of the body can be rendered by a system of equal cubic
elements. Some problems-of programming are discussed. The
computation procedure was applied to the initial period of hea-ting-
up a turbine stator component. Symmetry considerations made it
possible to compute an element which constitutes one twelfth of tfie
complete component and so permitted the use of Cartesian
coordinates. Under assumed heat transfer conditions the time
Card 2/3

S/114/63/000/003/002/00~
The solution of problems E191-/E435
variation of temperature is illustrated in a graph giving'a family
of curves for a number of important points in the component. The
loss of accuracy, compared with co 'mputations using a constant time
interval, is shown to be small. The possibilities of improved
computers are mentioned. There are 5 figures.
Card 3/3

f. 3V83-66 rqil
ACC NR. AP6024819 SOURCE CODE: UR/0096/66/000/008/0050/0052
AUT]HOR: -Arkad'yev, B. A. (Engineer); Shatrovskaya, G. N. (Engineer)
ORG.,Kharkov turbine plant ( ar'kovskiy turbinnyy zavod)
TITLE: Calucaltion of natural convective heat transfer in turbine cavities using
a digital computer
SOURCE: Teploenergetika, no. 8, 1966, 50-52
TOPIC TAGS,: convective heat transfer, turbine, turbine rotor, turbine design,
ABSTRACT: A computer program based on finite difference equations was developed for
calculating natural convection in turbine rotor cavities in which the convection is
caused by centrifugal force and depends on the distance from the axis. As an
example, convection was calculated of a cavity 1.23 m diameter with temperatures of
300 and 350C at the ends. The limitations of the method are discussed. Orig. art.
has: 3 formulas. [PV]
SUB CODE:iVC/ SUBM DATE: none/ ORIG REF: 006
Card

L '43ooL~_65 ZUT(m)/S"1P(t)/Z'.,'1P(b) I jP (c JD
ACCESSION IM: A~P5000613 S/0021/64/000/011/149fT/1503
AUMOR: HrytGan, D. M. (Gritsan, D. N.); Sh S!"~q'
atrov L. (Shatrovskiy, G. L.)
TITIE: Elect-rothermographic investigation of electrodeposition of cadjuium
SOURCE: All UkrRSR. DoPovidi., no. 11, i964, 1497-1503
-cadmium clectrodeposition cathode, anode, tempera-.
TOPIC TAGS; electrodepositions P -
ture effect secondary temperature effect electrolysir;, clectrothennographic
method
ABSTRACT: Anew method of investigating electrode processes based on the thermo-
graphic principle is described. The principal circuit for measuring the tempera-
ture effects on the electrodes is shown in Fig. 1 of the Enclosure._The max
local temperature effects on the cathode AT and on the anode Wam kave been
cm
determined by this method in.a Cd/cds04aa/Cd system in solutions of varied coneen-,
tration during an electrolysis* of 4 to 5 minutes. The empirical dependence of
ATcm and AT on the current density i and solution concentration c has been es-
am
tablished with the aid of the electrothermograms and is formulated as follows;
Card 1/3

L 430o4-65
ACCESSION M: AP5000
~-o.44
AT 0.029(1 0.28)C
cm
14LT 0.0291l-33C-0.40
am
"Secondary" temperature effects on the electrodes during longer.periGis of elec-
trolysis have been observed. The electrolysis time necessary for the appearance
of the "secondary" effects depends on the solution concentration and the duration
increases with decrease in solution concentration.. The,"secondax-yl! effects are, ac-
companied by changes on the electrode surfaces. The experimental results show I
that the electrothermographic method could be a valuable addition to existing meth-,
ods for the investigation of electrode processes-and that it can be used also to
ob.tainthe necessary data for calculating the heat balance of electrolytic cells.
Orig. art. has: 2 formulas and 4 figures.
ASSOCIATION: Instytut Khimiyi Kharkivs1koho universytetu (j~n~sltu~te of Chemis- I
try, xhar-kov university)- i
SLMMITM: 27Nov63 ENCL: 01
SUB CODE: GC
NO REF SOV: OTHER. 001
003
C rd 2

GALF.~::'- , '.:.' . -, - I -, 'I I.:;,, L'.JNI. ; .!"'':."i I!,;', "V:;,E~y G.L.
.1 --.-
. :.~ : 1, T ;,:,T: ~ ~- . I- , Il' --' .1 (-f a self-rr; (.0?-a 4 r,
.g ~
I I ".,g rr rjt~e ,
r~c, t -. Zav. 'alb. 31 no. 8, 1 'c27-1028 165. (MTHA 18:9)
!. -,n:,.-e-rs.-Itet LiTreni Gor"Kogo.

"Ri
u
1,
for the electroth;~rmzxr-aphic ir--;eatigat! on 0--' aeta--
I Z2
nm~.I'-!' 8 N-, 8 - N
c; tr
(ICR4 1,8zl2l'
A r,
Na u 1-: hr, 61 S s la J u va t t~ I~i I n !3 t i--i ki i I m R
Z:) s u -I- L r s t Vt) -if, 0 LT I
I

.S;fATROV'-'KTY, L. T
0 mini"al lnykh bazisakh natural Inogo ryada chisel. JI-1-1, ser. -.qaf em. , 4 (1940) 335-340.
SO: Mathematics in the USSR, 1917-1947
edit.ed by Kurosh, A.G.
M
I
arkushevich, A.!.
Rashevskiy, F.K.
Moscow-Leningrari, 194P

]ITIATROVSKIY, [.I.
K voprosu o posledovatellnostyakk, YavIyayushchikhsya bazisom naturalln-go ryada chisel.
M., Uchen. zap. ped. in-ta i-P. LiVicnekhta. 7 (1940), /,1-52.
SO: Mathe-iatics in the US,3R, 1917-10,47
edited by Kurosh, A.G.
M
..arkushevich, A.!.
Rashevskiy, P.K.
Moscov-leningrad, 1948

SHATFOVSKTY, L. 1.
K voprosu o dvul-h teoremakh Erdesha dlya mozhestv tselykh tcchek p-mernogo prostranstva.
1.'N. ser. matem., 5 (1941)p 411-422.
SO: Mathematics in the USSR, 1917-1947
edited by Kurosh, A.G.
Markushevich, ~..I.
Rashevskiy, P.F.
Moscow-Leningra-1, 19,4F

1-1.
PlovZr DAIN
ye obobsicheniya teoremy Davenportla Fillail o slozhenii klassov VY&E!tov. , 45
(10"), 335-337.
SO: Mathematics in the UTR, 1917-1947
edited by Kurosh, A.G.
Markushev-1ch, A.!.
Rashevskiy, P.K.
Aoscow-Leningraul, 1948

SHATR-,-,-VSF.I-Y, L. I.
K teoreme Erdesha-Ra.vkova. ser. mptem., 9 (1945), 301-310.
SO: Mathematics in the U-SR, 1917-1947
edited by Kurosh, A.G.
Markushevich, A.I.
Rashevskiy, P.K.
Moscow-Leningrad, 1948

40497
J~'
S1/20~/621/002/003/009/011
AUTHOR Shatrovskiy, L. 1._(N4oscow) 10401/1219
TIFLE On a numerical method for solving a problem of optimal programming
PERIODICAL Zhurnal vvchislitel'noy matematiki i matematicheskoy fiziki, v 2. no. 3, 1962, 488-49t
TEXT The problem is to find the ni-dimensional real vector function u(t) such that the functional p(.x) is
minimized With the auxilliary condition that the functional q(x) varying monotonically in Wj") has the
salue il(k) =Q for some t = T,2E(t'.i") The it-dimensional vector function x satisfies the equation
x = J(t..x .11) Willi the initial condition I = 0, x = xo. The method is suitable for fast digital computers
and corimsu of the iteratie process ti` "(t) = td')(t) + where 6t4 = KB';..K is a diagonal matrix
with non-positive elements, ).. is the solution of A';. and A.B are the matrices
A B
i"x
rhe same iterative process can he used to verify the minimum condition The method can also be used %-.,hen
supplementary conditions are given of the form 46,(t, x) 0, i L .. r and 2! 0, J..., s
f6t the interval (0: TO)
SUMMITFED January 25, 1962
Card 1/1

SHATROVSKIY., L.I. (Moskva)
One numerical method for solving problems of optimal control.
&,ur.vych.mat.i mat.fiz. 2 no.3:488-491 My-Je 162. (~aRA 15:7)
(Programming (Electronic computers)) (Numerical computation)

KOZYREV, B.M.; YABLOKOV, Yu.V.; MATEVOSYAN, R.O.; IKRIOA, M.A.;
ILIYASOV, A.V.; RYaiMANOV, Yu.M.; STASHKOV, L.I.; SHATI
- ~~ 1, LzF.
9V .
Electron paramagnetic resonance in substituted diphenylpicry]-hydrazy1s.
Opt. i spektr. 15 no-5:625-635 N 163. NIRA 16:12)

ARBUZOV, B.A., akademik; NAUMOV, V.A.-, SHATRUKOV, L.F.
Electron diffraction study of the structure of z93-carene oxide molecules.
Dokl. AN SSSR 163 no.2:355-358 Jl 165. (MIRA 18:7)
1. Institut organicheskoy khimii AN SSSR, Kazan'.

SHATS, A.S., inzh.; MYLINIKOV, L.V., inzh.
Universal assembly, beds used for section assembly and welding.
Sudostroenie 25 no.4:49-51 Ap '59. (MIR& 12:6)
(Ships--Welding)

SHATS, A.S. ; BFJtFjZOVSKIY, A.S.
.9amiautomatic machine for centerless burniBhing of paxts for
nickal plating. Hashinostroitell no.1:7 Ja l6o.
(14IIU~ 13: 4)
(Grinding machines)

SHATS, A.S. inzh.; BMEZGVb-KIY, A.S.
0
Fy-,centric tail-stock clamp. Mashinostroitel' no-3:17
mr 16o. (MIRA 13:6)
(Lathes)

P TIA"E I :L
i 0
and Slatz, ,,dollf Yevelevich
M1nchin) 3amariy Naumovich
Izmeritellnyy instrument I tekhnika izmereniy (Fleasuring Instruments
and Measuring Technique) Mosco,K, Oborongiz, 1957. 198 p.
20,000 copies printed.
Reviewer: Kochenov, M.I.; Ed.: Beyzellman, R.D., Engineer; Ed. of
Publishing House: Bogomolova, M.F.; Tech. Ed.: Zudakin, I.M.;
Managing Ed.: Sokolov, A.I.
PURPOSE: The book is intended to help teach workers and inspectors in
machinebuilding plants, in individual and group training. It
describes ey:istIn1- inspection instruments and devices, their design,
the scope of their application, basic factors in selecting means and
methods of measurement, and also rules for use and maintenance of
inspecting Instruments. The material presented 16 within the quali-
fication criteria for workers of the 4 to the 7th grades.
C ard- -1&

Measuring Instrwiients (Cont. )
159
C'OVERAGE: The introduction Gives a brief historical outline of the
~ievelopment of inspection methods and of their control. At present
the verification and control of measures and measuring devices are
handled by the Committee of Standards, Measures, and Measuring
devices at the Council of USSR Ministers. There arc -.2
TABLE OF
CONTENTS:
Introduction 3
Ch. I. Fundamentals of Measuring Technique 5
1. Concept of tolerance 5
2. Concept of interchanj~,,eability 6
3. Measuring methods 7
4. Fundamental characteristics of a system of measurement 8
5. Classification of means of measurement 10
6. Errors of measurement 11
Ch. II. Measurement of' Overall Lengths and Angles 13
1. Plane-parallej length gages (plates) 13
2. AnGle gages 17
Card---'2/-5

SHATS, A.Yo.. inzhener.
Some remarks concerning "Norms and tachnical spacificatlons for
planning automobile highways." Avt. dor, 20 no.5:30-311 MY 157,
(Road coastruction-Standards) (MmA 1-0:8)

---Sq.,'TS, A.Yn.. imih.
Proviin more procisp specifications for gravel roadbeds in
Norns ane. tecliniral appelfication in highway planning." Avt.
dor. 22 no.7:28 JI 159. (IAIRA 12-.9)
(Road construction)

L4N I KOV, Sergey Sergeyevich; ORLOV, Sergey Timofeyevich; EKKIN, S.S.,
inzh., retsenzent; q4TS,_A.Ye., inzh., red.1 BOGOMLOVA,
M.F., red. izd-va; ORESHKINA, V.I., tekhn. red.
(Patterns and three-dimensional rigging used in the
manufacture of airplanes] Shablony i ob"emnaia osnastka v
samoletostroenii. Moskva, Oborongiz, 1963. 399 p.
(MIRA 16:5)
(Airplane industry)
I

,fTnfluence o, 4.h-a te perature foctor on the puz-i~icat`on nd virulence of variolar
,etritus Lhurmil 'ikrobiologiy. Nos 1/2, pT 131-11-5, 1942.
'1. 7 and Microbiology A.M. Glebova-director,
Form the Molotov Institute of ZTidemiolop
E.I. Karnaukhova - E;,--ientific consult-ant.
SO: Trans. by L. Ddlich.

S I f '~T S' IS 1-' 1 1-: H
,lnutrizavcd4sr.ii khozraschet: pod re(~. 1,~. Kh. Zheb-,-,aka,, ~-.Oscva,
Gosplanizdat, 1947. 5L p.
Factory management.
PLC: IS155.S42
SO: lllanufact!iring and Mechanical Engineerin,- in the Soviet Union, Library
of Com~ressl 1953.

ABRAMSON Hma U am
., Yakov Petrovich; GRACHEVA, Nina Nikolayevna;-S t-las-' S oy-
lovich;__~HERMSKAYA, L.B., !mzh., red.; SHILLING, V.A.,
17a'; GVIRTS, V.'-., tekbn. red..
[Gas carbonitriding of steel parts with triaminoethanoll Gazovaia
nitrotsementatsiia stallnykh detalei trietanolani"nom. Leningrad,
1961. 15 P. (Lenihgradskii Dom nauch.no-tekbnicheskoi propag andy.
Obmen peredovym-opytom. Seriia: Metallovedenie i termieheskaia ob-
rabotka, no-.2) (MIRA 14:7)
(Cementation (Metallurgy))

RubidXVIC111) YW. ),.- Grigorlyevich, .~nzh.; SMS, losif Samoylovich.. inzh.;
L,B,, inzh,, red.; FREGER, D.P., red. lzd-va;
BOLISFK:T, !',.A tekhn. red.
[Increasing the strength and wear resistance of machine parts;
experience of the "Pneumatic" Factory in Leningrad] Povyshenie
procbnosti i iznosostoikosti detalei mashin; opyt leningradskogo
zavoda "Pnevmatika.11 Leningrad, 1962. 20 p. (Leningradskii Dom
nliucluio-teldinicheakoi pvopagandy. Obmen peredovym opytom. Seriia:
Metallovedenie i termicheskaia obrabotka, no.1). (MIRA 15:3)
(MachinerT-Maintenance and repair)

SUTS, M. F.
Parasitic diseases of geese in the Sol'tsy District of Leningrad
Province. Trudy Len.ob-va ast 69 no.4:202-222 147. OCIAA 9:3)
1. Laborstoriya zoologii bespezvonochnykh Leningradskogo gosudar-
stvannogo universitsta, xaveduyushchly professor V.A. Dogell.
(Sol'taylistrict--Paraeltes) (Parasites--Geese)

SFA TS 11 M. M. : Ma s te r C.Scl (,;iss) -- "The iistriblat-lon of ii-ran-fim '-n metecrit-es".
Lenimala~, 15 -in (Radium Innt im V. G. lChloloin Acad Scl MSSE~, 190 copies
I . I
(-n. no 2,

FAASE I POOK CrYLOMTION SOV/42-r
/37--38
Akl-ly. .~k Sr-71. V.Itat ;. -".rlt-
MattorIttka; abomtk statty. vyp. 18 (M4t-rLtlc*j CoVAction of AIrtlelms. lu. 1A)
Knee-, A.4 SSM. 1'460. 1,200 eWt.. pl.td.
Ed,! V,O, ps-k~, r~j-,t, A.,p. Ed, Ya.L. trtmwl Ed. of Pubitabing
House: I.T.. RekhU.; T-b. 91.: A.i.
pjr&=: ThIs p1bUcation is Intended for "troPh"itt"tA. ;=_.re,.d 4-l'.
,late, vwticularly thme i.terested to tn. tuly or ..I." ....
CO"M&rr: This Co tctim of -6 drtj~l.. on p-bl- I. -t-ritic
T~._tlorm ~ EiEbth Xetea-ttle C~f reme vhih to~A pl~:
J,-. 3 - 5. 1953th A; Itt=ductorT -t V-cmts in the M-14.
pm-tl e~lArly lneth~.&;ttor of dterninlAg the mje or 1~11 'I
artic 1.' di th ~u ,pt"1-1 -4 eb-1-1 y,-r-,t en "e a
Th. d-vr .-..d L-Y -I-lrlci-l 1-1--h I'
Lt... Pre .
queed. T.G. rt-A= dsserltes tht ~-Y cm-;'~tfttlms for
a."Ing 1~
detarmiza:g the di,trit-utl= of M-1tt. the
mxc_~ I,.Ultd-l -%I, .
Agam, A llu"-Ga Cm-Arv in the Estoolmo 5-It 26
Bne,, X. (Sofi., p4gm.). The Origin of AsteraidA md X.-.qorltts 32
Vwoblytr, -fl. Stu!y of C-p-l-lon of r,.,ttted. 2. Hoje_jes 55
Pokr ~ftickl, J-7 Pu:-). Tbe Sp"Ific Vvi&%t of xetooritoa 41
J.,aod Lj, Maults of --%a C1-1-11 AnAlyti.
-I "' ,__I ljwjj-mte~~J~e; rr~o t.%* CaLlectLm of t.~je Actde.
.7 of sci.n:*. mm %8
klekse",e,, 1C.I... Sw Nta ou the "lc~ ProTertio. of 3t- X-t-rlte- 63
Det.rul-
.1 z - ~-y -1 1-17
ti- ~t? F=- te ri
Spectrml Amely.... t1te fepc~.) T7
P Li----y Fe-l~ of L-
A.11"I. of Cb-drl t To
Fe~ D%tA Oft the D---A~tl~ a- v*
3
C
S3
l~t-1111ti- of I"
by t
A.P., Aml-ict-,
92
Gerl1rg. -d L.e'. of C--~
wo
OTC .7:y 7
j L
P~1-2). x.t-rjt. Ub 'It.. 106
ltat;tA V.I., ead lu.A. C.". - Y- Th4 Yot-oric D~t tn Z~hll~h
p es LLI
laga_L.,A. rioda of Xeteo-lc ~~t In t-le &m. of the Z-es~~k 3t-e
Xt ... 1" lh-r L13
zd-~tlcre'l -,Ltim met-ltloa In the M-m
IF
of E-th Ulcn- X.C~ at. L19
Cra 4,,~

KRYLOV, A.Ya.; SHA'-'S,
Certain regidarities in the migration of uranium in waters
of northwestern US.S.IL Ti-ady Radiev.inst.All SSSR. 8:262-273
158, (MIRL 12:2)
(uranimn)

STARIK, I.Ye.; PETRZHAK, K.A.; SHATS, M.M.; SEMENYUSHKIN, I.N.; UK, M.A.
Isotopic composition and abundance of uranium in meteorites.
Meteoritike. no.16:126-130 158. (MIRA 11:8)
(Meteorites) (Uranium)

30)
AUTHORS: Starik, I. Ye. , Correaponclini
_; wember, SOV/20-123-3-11/54
Academy of Sciences, USS'~, Shats, '..:. M. , Sobotovich, E. V.

TITLE: - ---------
On the Age of Meteorites (0 vozraste meteoritov)
PERIODICAL: Doklady Akademii nauk SSSR, 1958, Vol 123, Nr 3, PP 424-426
(USSR)
ABSTRACT: The data on the content of uranium, lead and on the isotopic
composition of lead in the meteorites permit a successful
investigation of some cosmogonic problems, especially the
determination of the age of the meteoric bodies and of the Earth.
From the data on the amount of
Pb 207 and Pb 2o6 in meteorites, C. Patterson found the value of
4.5-109 years for their age. This value is now considered to be
the most reliable one. The determination of meteorite age from
the data on other lead-uranium isotopes is also of considerabld
interest. The results of some special investigations of the
amount of uranium in meteorites are given in a table.
The concentration of uranium in stony meteorites and in pallasite
Card 1/4 olivine amounts to 2.10-7g/g, but in iron meteorites it is

On the Age of Meteorites
SOV/20-1 23-3-11 /54
10-8jz/a. Accordina to the authors' results. the content
of uranium in the majority of the troilite, schreibersite, and
Silicate inclusions in iron meteorites is higher than their
concentration in the iron-nickel mass of the meteorite. The
content of uranium in the iron-nickel mass of the meteorites
Sikhote-Alin' and Chinge is lower than n.10-9g/g (n is not
do-finod, it seems to be a number 1_---~n-< 10). All the hitherto
available otone motooriter. have approximately the same lead
content and the lead content of iron meteorites is by 1-2 orders
higher than that of -,;toiiy meteorites. A diagram gives the ratio
Pb 207 /Pb 204 as a function of the ratio Pb 206 /Pb 204. All the
hitherto available data on meteorite lead (with the exception
of Norton County (Norton Kaunty)) are on one straight line
(isochrone) the inclination of which corresponds to an age of
b6llion
4.4,5�0. 5&vz?ars. The anomalous isotopic composition of the
meteorite Puovo Laredo requires additional investigations. The
second table gives the values for the age of stony meteorites
which were deduced from the ratios Pb 206 /U 238, Pb 207/U235 , and
Card 2/4

On the Age of Meteorites SOV/20-123-3-11/54
Pb 207/Pb 201 . For the chondrites Forest City (Forest Siti)
and Modok anomalous high values (> 20.109 years) were found,
which are probably due to too low values of the uranium content
in these chondrites. The authors determined the contents of
these elements and carried out a mass-isotopic analysis of the
lead taken from the same meteorites. The lower values of the
age, which were due to the ratios Pb207/U23~nd espec.ially
Pb 206 /U 238'are within the error limits of the determination of
U and Pb(;k 30%). The above discussions lead to the following
conclusion: Xor the investigated meteorites, the isotopic
composition of lead does not display any noticeable anomalies
and aloo the content of uranium and lead in them is
approximately constant. The age of the meteorites deduced from
these experimental data agreeswith the modern hypotheses about
their age. The authors thank the Komitet po meteoritam(Committee
for meteorites) which put the samples at their disposal, and
Card 3/4

On the Age of Meteorites SOV120--123:-3;-l 1/54
also--B.. B. Piotrovskiy and S. I. Rudenko for their helpj
There are 1 figure, 2 tables, and 11 references, 3 of whildh
are Soviet.
ASSOCIATION: Radiyevyy institut Akademii nauk SSSR ( Radium Institute of the
Academy of Sciences, USSR)
SUBMITTED: July 26, 1958
Card 4/4

STARIK, I.Ye.; SOBOTOVICH, E.V.; WVTSYUS, G.F.; IOVTSYUS, A.V.; SHATS, M.M.
Determination of the lead content and of its isotope composition
in iron meteorites. Radiokhimlia 1 no-5:596-602 '59.
(MIRA 13:2)
(Lead--Analysis) (Meteorites)

.AT:T'F(-RS: T
arLk -.Ce E ob ot, ov--', cn .7. Zhat S-
T'LT--.E: Cl-.-_ the Problem of the .'.ge o' Tektites
-T-E-.IC:DIC,*-L-: izvest-iya Akademii naulk SSSR, Seriya j~~-eologi-
cheskaya, 1959, Nr 9, pp 90-91 (USSR)

AE~-')TRACT: I
The origin of tektites ias not yet been det-er-
mined. Some geolo~7ists suppose that the tektites
u
are of cosmic origin. Their absolute age, deter-

ii-red by 'he K-Ir method by I.K. Girifng ar-A
u
T 1 7. 3---:106
Yashclenko, i~- between 1.7x 0 and
Years, that is cops iderah7-y less tha-n the absolute
o' stop'? The ca;~tl:or-
a,,-re of -a ~ek'ite 1-1 the lead me+:,)d. -re-
'u'liat t1i,~ tektite -'s of cos::,.ic ori-jr.L
CD
:7~-. -, tuh or s f --- x e dits a,re between 4.7x!09 a- 3. x' 0 J
yetirs. C!-,. the other hand, -)resumin- that it is
of '11~--reslri~ll and is a T,-roduct of remelt-
o f S o M e e d i m e nt ar - ro ck s , a. nJ t a _C4
-;ion ar-- c-,

T-ktites
1 -2 a
--o2- -X~ tektite
0~1
e-'.,,t f t e s
--l 71

30 )
JIT"ORS: Starik, I. Ye., Corresponding Member, SOV/20-128-4-14/65
AS USSR, Sobotovich, E. V., Lovtsyus, G. P., Shats, M. M.,
Lovtsyus, A. V. - I . I - - ~.-- .7 ;';.,
TLfTLE: Isotopic Composition of Lead in Iron Meteorites
"r," 1959, Vol pp 688-690
1--HODICAL: Doklady Akademii nauk SSSR, 126, Tir 4,
USSR
C. Patterson et al. (Refs found the same composition
1,3)
with respect to lead isotopes in 3 different meteorites,
i.e. Pb 204 1; Pb 206 9.5; Pb 207 10.4; Pb 208 29-5- His data are
in good accordance with the theoretically predicted isotopic
composition of lead in iron meteorites. Several authors
theoretically computed the isotopic composition of the original
lead, extrapolating back into the past (4-5 billion years) the
change in the isotopic composition of the lead of varying age
found in ore. The values obtained in this way are close to
those established experimentally by Patterson. The authors
intended to carry out a close investigation of the problem
mentioned in the title. They first examined the lead content
Card 1/4 of the Sikhote-Alin' and Chinge meteorites (I. Ye. Starik,
7-1

Inotopic composition of Lead in fron Meteoriteo SOV/20-126-4 -14/65
E. V. Sobotovich, G. P. Lovtsyus, Ref 2). The lead content
of these meteorites in the metallic phase is less b., at least
one order of magnitude than that published by Patterson for
the Ca-non Diavolo meteorite (3.7-10- 7 g1g). The isotopic
comDosition of the troilite and of the metallic phase of the
'Sik~ote-Alinl meteorite are entirely different from the
Pattercon data. Because of this discrepancy the -!uthors
analyzed the meteorites examined by Patterson. The meteorite
sa,mples were chemically separated and the lead was pyro-
chemically removed (E. V. Sobotovich, Ref 4). Table 1: degree
of impurity of the meteorite caused by foreign lead. This
impurity caused by foreign lead is only 10-24';;:;. ~Issuming that
iron meteorites contain original lead, the impurity by ordinazy
lead must be at least 1000,'4 of its cosmic content. These
experiments confirmed the results obtained on content and
isotopic composition of the lead in the analyzed iron meteor-
ites and they made possible to introduce a correction for
the foreign-lead impurity. Table 2 contains data on the iso-
topic composition of the lead in 3 iron meteorites and the
Card 2/4 troilites contained in them. According to it the composition

lsoto,~ic Composition of Lead in Iron Meteorites SOV/20-128-4-14/65
of the Sikhote-Alin' and Hanbury meteorites is the usual
and the isotopic composition of the lead in the ore is
analoguous to an age of several hundreds of millions of
years. The results obtained by the authors are factually
valid for the lead contained in the iron meteorite and they
c:-,nnot be explained by impurities caused by ordinary lead
during the analysis. According to the results of the present
paper the meteorites have no common genesis in spite of the
generally accepted theory. Possibly some of them do not
belong to our solar system or they were formed under con-
ditions when lead originating from radioactive processes
was already present. These meteorites therefore cannot be
as old as was previously assumed. If these meteorites do
not originate from our solar system, nothing precise can
be said about them. If they come from our solar system they
have developed 400-500 millions of years ago. The authors
express their acknowledgements to the Komitet po meteoritam
AN SSSR (Committee for Mleteorites of the AS USSR) and the
Estonskiy geologicheskiy institut (Estonian Geological
Institute) for putting at their disposal the meteorite samples.
Card 3/4 There are 2 tables and 4 references, 2 of which are Soviet.

Z-
-Is,,~topic Com.-Iosition of Lead in Iron Meteorites SOV/20-1"B-4-14/61;
ASSOCIATION: iqadiyevyy institut im. V. G. Khlopina Akademii nauk SSSi
(Radium Institute imeni V. G. Xhlopin of the Academy of
Sciences, USSR)
SUB"'ITTED: July 6, 1959.
Card 4/4

STARIK, I.Ya.; SHATS, M.M.
New data on the determination of uranium content in meteorites.
Matr2oritlks no.18:83-87 160. (MBIP 13:5)
(14stsoritnB-Analysis) (Uranium)

STARIK, I.Ye.; SOBOTOVICH, E.V.; SHATS, M.M.
Using the lead-isolope method in determining the age of
meteorites. Metecritika no.18:88,91 '60.
(MIRA 13:5)
(Meteoritea--Age) (Lead--Isotopes)

S/02 60/134/003/0o6/020
Bol gyBo6o
AUTHORS: Starik, I. Ye., Corresponding Member of t-he AS USSR-,
so o ovich,_g. V., Lovtsyus? G. P., S hats, M. M.,
tovtsyus, A. V, ----
TITLE: Lead and Its Isotopic Composition in Iron Meteorites
PERIODICAL: Doklady Akademii nauk SSSRj 1960) Vol. 134, No. 3~
pp. 555 - 558
TEXT: By way of introduction the authors refer to their discovery
(Ref. 1) that meteorites contain lead with various isotopic compositions.
The present article deals with the investigation of all main groups of
iron meteorites (octahedrites of various structure, hexahedrites, and
ataxites). From two to three quantitative analyses were made on all of
the 12 meteorites investigated, and the isotopic composition of lead
was determined at the same time. The results tabulated in Table I show
that in the majority of these meteorites the isotopic compcsition of
lead corresponds to that of terrestrial lead. No intermediate isotopic
composi*ion of lead was discovered. Judging from their composition, the
Card 1/4

Lead and Its Isotopic Composition in Iron 3/020/60/-'.34/003/006/020
Meteorites B019/BO60
12 meteorites can be classified into two groups. The first ~ompr.45eS
four meteorites of the same isotopir. composition of lead as was fiist
ascertained by Patterson (Ref. 2) and later by the authors themselves.
These mete?rites are ,)~;tahedrites of various stru~-tures and ~ontaln
1 - 2-10-7 g Pb'per gram, The second group comprises the remaining eight
meteorites containing lead with an isotopic composition corresponding
to terrestrial lead of various ages. All principal meteoritic groups are
represented here,. All hexahedrites and ataxites thus belong to that
group which contains lead in terrestrial isotopic composition. In them,
the lead conoentration lies at the lower distribution limit of
2 -- 4-10-8 g Pb per grams The same lead content was established for
coarsely structured cetahedrites. A lead content of 2-10- 7 g Pb Der gram
was found for medium-structured octahedrites. The first -roup did not
exhibit any marked inhomogeneity in the lead distribution, while the
inhomogeneous lead distribution in the second group accounted f77 dif-
fiOU1t1e3 encountered in the determination of 'he lead content. There
are cases in whi3h meteoritic surface zones _,ona:n less lead
Card 214

Lead and Its Isotopic Composition in iron
Meteorites B0119/BO60
than the core. Closer studies are required to explain this. No relatiDn-
ship was established between the lead content and the isotopic composi-
tion on the one hand, and the type and structure of iron meteorites on
the other. Reference is made to the one to two times larger lead content
in trcilite inclusions as compared with the content in the iron-nickel
phase. Indications regarding the formation of iron meteorites were in-
ferred from the existence of the two groups. The conclusion is drawn.
from the existence of two analogous groups in stony meteorites that the
analogous groups originate from a parental body. The auth3rs thank
L. G. Kvash and A. A. Yavnel' for their valuable advice. They further
thank the komitet po meteoritam AN SSSR (committee on Meteorites of the
AS USSR), the komitet po meteoritam AN BSSR (Committee on Meteorites of
the AS BSSR); the Tartusskiy geologicheskiy muzey (Tartu Geological
Museum) , and the Leningxadskiy gornyy muzey (Leningrad Mining Museum)
There are 1 table and 5 references: 3 Soviet and 2 British.
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Lead and Its Isotopic Composition in Iron S/02 60/134/0041/006/020
Meteorites B019YB060
ASSOCIATION: Radiyevyy institut im. V. G. Khlopina, Akademii nauk SSSR
(Radium Institute imeni V. G. Khlopin of the Academy o
Sciences USSR)
SUBMITTED: June 4, 1960
V
Card 4/4

STAUK, I.Yo., SOBOTOVICII, N.V.; LOVTSTUS, G.P.; SUI'S, M.M.; IA)V'!.SYIJS, A.V.
Lead aA its isotopic com-:osition in i-ron -:e,veorites. Dokl. AN SSSR
/o.
134 no-3:555-558 S 10 (1111,~A 13:9)
1. Radiyevyy institut im. V.G. Kh1opina Ai~~demii nauk SSSR. 2. Chlen-
korrespondent All SSSi (for Starik).
(Leacl--Isotopes) (Meteorites)

STARIK, T.Ye.; SOBOTOVICH, E.V., LOVTSYUS, G.P.; SHATS,_M.M.; LOVTSIUS, A.V.
Isotopic constitution of lead in iron meteorites. Meteoritika no.20:
103-1-13 161. (MBA 14:5)
(Meteorites) (Lead-Isotopes)

STARIK, I.Ye.; SOBOTOVICH, E.V.; SHATS, M.M.; LOVTSYUS, G.P.
Uranium and lead in tektites. Moteoritlka no.20,-204-207
(Tektite) (Lead) (Uranium)
161.
OUPA 14:5)

S/534/62/0001/022/001/002
1033/1240
AUMORS): Starik,;I.Ye., Sobotovich, E., Shats,*YJI. and
C ras hank 0, S.I..
TITLE: Thi, ori.,in of tektites
SOURCE: Ak..-~demiya nauk S.5;SR, Komit*et po meteoritam.
Feteoritika. no. 22. Moscow, 1962, 97-103
TEXT- The data on concentration of U and Pb, and the
isotopic composition of the latter, for 7-samples of tektites,
were treated mathematically in order to' determine their age and
possible origin. A few different methods show that the age of
tektites is practically equal to zero. The isochrone equations
calculated by the least squares method
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3/534/62/000/022/001/002
1033/1240
The origin of tektite.9
Pb206/Pb2O4 = 19-397 0.00759 U238/Pb2O4
PbC')07/Pb2O4 = 16.12 0.00343 U238/Pb2O4
lead to this conclusion. The s.-me conclusion was reached by
another inetkiod in which the ,,-e is found from the lower inter-
section of correlated theoretical and experimental curves of
Pb206/4j238 vs Pb207/U235. Thene results contradict the Lheory
of fonnation of tekLites from ii-!,neous or terrigneou3 sedimentary
rocks. However they do not contradict either the possibility of
lunar origin of the -'Uektites or the Taylor-Cherry theory on their
mixed origin. There are 4 figures and 1 table.
Cs.rd 212

STARIK., I.Ye.; VOROBIYEV, G.G.; SOBOTOVICH., E.V.i_~jHATS 1-1 M -
GRASHCHENKO, S.M. J--~
Origin and age of tektites. BiUl.KOM.DO opr.abs.vozr.geol.form.
no.5:26-34 162. (MMA 15:11)
(Tektite) (Lead-Isotopes)

STARIK, I.Ye.; LCVTSYUS, G.P.; SOBOTOVICH, E.V.; GRASHCHEUKO, S.M.;
SHATS, M.M.; LOVTSYUS, A.V.
Isotopic composition of lead in meteorites in connection with their
origin. Biul.Kom.po opr.abs.vozr.geol.form. no.5:12-25 162.
0
(MIRA 15:11)
(Meteorites) (Lead-Isotopes)

STARIK, I.Ye.; SOBOTOVICH, E.V.;_SHATS, M.,',,..; GRAZHCHENEO, S.M.
Problem of the origin of tektites. Meteoritika no.22:97-103
1642. (MIRAL 15;8)
(Tektite)

S/007/63/OW/003/001/00~
AUTHORt Starik vich
I. Ye.,, Soboto
V..x
TITLE: on the problem of origin of meteorites and tectites
PERIODICAL: Geokhimiya., no. 3j, 1963., 2-45-253
TEXT: Article considers experiments in determining the time of formation of var-
ious stages of meteoritio bodies by use of the isotope of lead content.
ences in amounts Of lead iSOtODes detected in Uv groups of meteorites allawed c-
struction of isochrones vdith coordinates of pb2CY7/pb2C4 '$ pb206 pb204. The tangent
of isochrone angle of inclination pezTd-tted estimation of the time required to con-.,...,,
solidate the meteoritic body depending upon differentiation time of the silioate
and metallic phases. Equations for the isochrones are; Group I (Cont'81111.ng pri-
mary lead)-
207/pb2O4 204
Fb 3.32 + 0.75 pb206/Pb
Group II; (containing more radioactive lead)
Pb2C7/pb2O4 9.31 + 0.36 pb206/pb2U4 (b)
In spite of this
the considerable error of equation (a) and present state of
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5/007/63/000/003/001/003
On the problem of origin....
knowledge of the composition and structure Of meteorites do not allow firmly estab-
lishing genetic connections between stone and iron meteoritese
Concluded that in spite of further studies showing the abundance of uranium
thorium, lead, and lead isotopes in tectites, their relatively I
young age doeb not,
contradict the cosmic or mixed theory of tectite origin.
Card 2 of 2

SOBOTOVICH, E.V.; GRASWHENKO, S.M.; ALEKSANDRUK, V.M.; �,RAT_�,_M,.M.
Determining the age of ancient rocks by the lead-isochronous
and isotope-spectrum strontium methods. Izv. AN SSSR. Ser.
geol. 28 no.10:3-14 0 163. (MIRA 16:11)
1. Radiyevyy inatitut imeni V.T. Khlopina, Ioningrad.

SHATS, M.-V.) prof. (Perm', ul.Sovetskaya, d,83,kv.4)
Use of plaster mixed -with streptomycin and penicillin for filling bone
cavities after removing isolated tuberculous foci. Nov. kEir. arich.
no.4:35-42 Jl-Ag 160. (~IIRA 15:2)
1. Khirurgichesko~-- otdeleniye (zav. - prof. M.V.Shats) Permskogo
oblastnogo rotivotuberkuleznogo dispansera (zav. - R.I.Emdina).
tBON;,-6--TUBLAGULQ616) (JTitLFTOFIYk;IN)
(PrIlIcILL11;)

ITSKHOKI, Yakov Semenovichl Prinimali uchastiye: SHATS, S.Ya.; GRIGORIN-
RYABOV, V.V.; VIGLIN, S.I.; OVCHINNIKOV, NUBUM-N, I.A.;
ZABOLOTSKIY, N.G., red.; KORUZET, N.N., takhn.red.
(Pulse machines] Impal'snye ustroistva. Moskva, Izd-vo "So-
vetakoe radio,w 1959. 727 P. (MIRA 12:7)
(Pulse techniques (Electronics))

P. .7 Sha-z -a.;
--!,I crosc
-~i a - c c n C: c c 1:4= o s c t 0 t.
T
canac-~-,O--
-L:e 4
-on cannc-
0 c 1 -1 IL t 0 s u I s _;, 1 -1 all of
of -,,".e top of pul.~cz 4--1 tulie
au"n
u C.V
str--s C 'o C-~ c a-
lre- i uc -
n. c e ef e cf
u;-. .1se -jaT,.- -b
e :,I, c 0 va lue -0
S L e -~C- G_- j U0 11- cs o-n- _;Ie:~
-adz c' -i'-a v "~ 2~ I -, 0 -ese- a- '-e ~c--7:c
r 0. Q u U..
C=J 1/12

2C,")00
-
LJcrosecond bloc! D201 /D `0--
J-
t:L,:,.e its ~Lmrjlitude. '2 n is the ti--e const~:--t c- tne c--l-,--
0 _CZ
the wo, n- imls;:: s o- of tl,,c! tube. Co=idc-rinZ t'w.
cilit
CCU o
Zia
Carc: 2/12

20900
;/10-8/6-1/0, -1 ::,:/011/004/012
A mill-imicrosec-c--.d ',,-!~)cking 3201/D303
and assuming the leakaEe inductance to be zero ~A-bstractorls note:
It does not a-fl~*ect the pulse forming attion as shown in Ref. 1 (Op.
cit.)-7 and writing the voltage equations
Ur = (E. U. n - U,; /z U2.=UI-U.; Ur.=U,-U.),(,1) (1)
the expressions for capacitive anode and grid currents are obtained
ica ~ C.. dU. + Cri LY-- - C", ~L'-u C., dVg-
di dl dl dt
[C., + Cn+ Cis (11 1) + C., (n + c.,!E,;
di di
119 C72 �-. + C. ,U- + C,,~U-- 1+
U +C., T2 1 1 -L)+
Co
dt dt di 11
+ cgs -7 C,~g I + -L ', dU, car) We
dt
Card 3/12