SCIENTIFIC ABSTRACT LAPINA, E.A. - LAPINA, L.V.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000928610019-5
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 93
• Document Creation Date: November 2, 2016
• Document Release Date: August 31, 2001
• Sequence Number: 19
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

24(0)s 50); 6(2) FMASE I BOOK EXPLOITATION SOV/2215
Vsesoyuznyy nauchno-looledovatellakiy Institut metrolosLi Iment
I D.I. Mendeleyeva. ~
Referaty nauchno-looledovatellskikh rabot; sbornik Wo.2 (scientific
Research Abstracts; Collection of Articles, Mr -4) Moscow,
3t&ndartglz, 1958. 139 P. 1,000 copies printed.
Additional Sponsoring Agency: USSR. gomitat standartov, mar I
ImseritelInykh priborov.
Zd.v S. V. Reshatina; Tech. Ed. 2 M. L. Kondratlyevs.
PURPOSE: These reports are Intended for scientists, researchers,
and engineers engaged in developing atandard3. measur"a, and
gages for the various Industries.
COVERAGEs The volume contains 126 reports on standards of measure.
tent and control. The reports were prepared 'by scientists of
Institutes of the Komitat standartov, mer I jzmerltel~nykh
priborov pri Sovete Miniatrov SSSR (Commission on Standards.
Measures, and MclaurIng Instruments under the USSR Council or
Ministers). The Participating institutes ares VNIIM -
Vaesoyuznyy nauchno-issledovatellakly metralogii Imani D.I.
Mendeleyeva. (All-Union Scientific Research Institute or met-
rology Imeni D.I.-Mendeleym,) In Leningrad; Sverdlovsk bra.nch
of this institute; VNIIK - Veasoyuznyy nauchno-looledovatel'okly
Institut Komiteta standartov, war I I=eritel-nykh prioorov
(All-Union Scientific Research Institute of the Commissloti
on Standards* Measures, and Measuring Instr=ents), created
from MOIKIF - Moskovskly goaudarstvennyy Institut Or I
ImmeritelOnykh priborov (Moscow State Institute of Measures
and Measuring ln*tr=enta) October 1, 1955; VNIIFTRI -
Vaesoyuznyy nauchno-lasledovatellakly institut fiziko-tekhnl-
cheaklkh I radio tekhnichemkikh imnerenly (All-Union Scientific
Research Institute or Physic otechn It al and Radlo-enginee ring
measurements) in Moscow; KhGIMIP - Khar-kovskly gosudaretvennyy
lnstltut mer I I=erltollnykh priborov (Khar-kov State Institute
of Measures and Measuring In3t~ents); and XGXXIP - Novosl-
birskly goaudarstvenyy Inatitut mer I I=eritellnykh priborov
(Novosibirsk State Institute of Measures and Measuring instm-
No personalities are mentioned. There are no references,
Stan
6.0,gArd Optical Pyrometers for Meaauring Temperstuz~s up to
C 76
trsxle!~~~- (KhGIMIP). Investigation of Radiation Pyro-
meters In Order to Increase the Accuracy of Their Calibration 77
_XA201A._Y_Y., V.A. Kovalevskly, Xc__L__LupaaUo, Gjj~. lq~Le
and P.L -k' a on,
_1YQnU CX01HrFT.--V5ih8 Objeetivo Photometry in the
R
epro
'notlon of Temperature Scalea by the Optical Method in the
1063-3000'C Temperature Range T7
Designing and Studying Standard Tungsten
78
Lapina, E.A., A.M._QQXdo_Y, and T_I. XLrqtlkQx (VXIIM). Deslgnlnlg
a Standard Color Pyrometer 79
Gordov, A.M., I.I. Kirankov, and E.A. LapL-ja (VNIIJI). Devolop1bg
a Now Method or Checking Optical Pyrometere 79
Card 16/~7
I- ~
L-1
C__
a

SOV/115-5a5-18/36
AUTHOR: Gordov, A.N. and Lapina, E.A.
_Errors of Technical
TITLE: .4 Method of Computing Permissible- -
Optical Fyrometers (0 metodike podsche"M dopustimykh
pogreshnostey tekhnicheskikh opticheskikh pirometrov)
PERIODICAL.- Izmeritelynaya-tekhnika, 1958, Nr 5, pp 40-4~; (USSR)
ABSTRACT: Errors a-rise-from-the critical values of the instru-
mental errors of the pyromete-r-itself-and-the error
limits of' the device used to-graduate and check the
pirometer, in this case a reference temperature tube.
The paper deals -with changes in PS-2 and NS-13 absorp-
tion glass pyrometers , where, both errors being of a
random nature, the end value is determined by the sum
of the squares:
< 7 V / -G, ~2+ , ~g;,x
Detailed analysis showed that the-a-verage quadratic
reproduction error (0) on the internatkional tempera-
Card 1/2 ture scale, with the help of a-II-order reference

SOV/115- -5-18/u
9F 36
-A Method of Computing Permissible Errors of Technical Optical
P-rometers
temperature tube,:can be characterized by the following
valuss: at 9000C 3. 0-1!,-i~ I'l.-I.)
1. Fiziologicheskiy otulel imeni, I.P. ~-&Vlcpvp- elLspe--imentall-
noy medit9iny A-1,111 SSSR.

I*A.
Valuable contribution to experimental neurophyslology; a
review of 0. Sager's book OThe nesepeephalon.0 Fiziol
zhur. 49 no.1:135-136 A 163. (MM 17%2~
1. Institut ekeperimentallnoy meditsiny AM SSSRJ, Leningrad.

DANILOV I I A
P I.V.;.KOSITER"I'SKAYAl 11 A ; Lk.p-jl.T, I - A , ; ~V R-A Vlril',VA, N.P.
Petr StePanovich Kupalov, 2888-1964. Zhjr- v.7s, nenr. de4ai-. 15
no.2,195-201 1,!r--AD 165.
:L8: a)

KUPAMV, P.S. [deceased]; LAPINA, I.A.
Content of sialic acid in lacrimal and salivary secretions in
dogs during conditioned and unconditioned stimilations. zb.;r,
vys. ner~v. delat, 15 no,2:311-317 Mr-Ap 165.
(MIIRA 18:5)
1. Fiziologicheskiy otdel Imeni I.P. Pavlova Instituta sksperi-
mentallnoy meditsiny A1411 SSSR, Leningrad.

LAPPIA Ickra Armenakovna; LICHKO, Aoleas, rel.
-
ij. - -- -1
) ryj I a !3 1e zT~ '
[Physiology of the iafrlmal g]tLnti) rizzoi,
zhele7.,. Leningrad, I-Ileditsim, 1965. 161 p.
I- "O,
('41ilA *'8,.i j

GIMBOVSKAYA, Ye.A.; ZAKHAROV, A.A.; LAPINA, I.K.; KAFMN, Z.G.
Absorption spectra of benzene in 5 - 6 region, WTIGRI no.105:
23-36 '57. (KIRAL U: 9)
(Benzene--spectra)

IAPINA, I. V., Gand Blol Sci (diss) -- "Analysis of the profound staSes of
parabiotic process". Leningrad, 1960. 14 pp (Min Fduc RSFSR, Leningrad State
Pedagogical Inst im Gertsen, Chair of Physiology and Anatomy), 250 Copies
(KL No 11, 196o, 1,o)
P J

AUTHOR: Lapina, I.Ya SOV-26-58-8-36/51
TITLE: A Gigantic Iceberg in Antarctica (Gigantskiy aysberg v Ant-
arktike)
PERIODICAL: Priroda, 1958, Nr 8, P 117 (USSR)
ABSTRACT: A gigantic table-shaped iceberg 70 km off the Shackleton
shelf glacier was seen in March 1958 by members of the con-
tinental part of the third complex Antarctic expedition,
AS USSR. Viewed from an aircraft the ice massif was 90 km
long from east to west and 30 k wide, its height was 40 m
above water. It took in an area similar to 270 square km.
This was the 4th-biggest iceberg seen in the Antarctic in
this century. It is thought that it broke loose from the
.Shackleton glacier. This was confirmed by a comparison of
latest cartographic material with earlier maps. There is
1 photo.
ASSOCIATION: Sovet po antarktiche5kim issledovaniyam AU SSSR Poskva
(The Council of Antarctic Research AS USSR /Moscow)
1. Glaciers--Antarctic regions 2. Ice--Antarctic regions
Card 1/1

AUTHOR: Lapina, I.Ya.__ SOV/26-59-2-29/53
TITLE: Coordination of Soviet Exploration of Antarctica
(Koordinatsiya Sovetskikh issledovaniy Antarktiki)
PERIODICAL: Priroda, 1959, Nr 2, pp 103-104 (USSR)
ABSTRACT: In connection with the InternationalGeophysical
Year, 13 countries are studying Antarctica. For
better coordination of exploratory works, the In-
ternational Council of Scientific Societies created
a special Committee of Antarctic Exploration (SCAR).
The USSR is represented in this Committee by the
deputy director of the Arkticheskiy i Antarktiche-
skiy institut (Arctic and Antarctic Institute) M.M.
Somov. In the USSR, a special Interdepartmental
Commission for the Exploration of Antarctica was
created at the AS USSR, under the chairmanship of
Card 1/2

LLPINA, I.Ya.
I------- ;---
News from Antaraticao P~riroda no.6:64 Je 160.
(MIRA 13:6)
1. Hezhduvedomstvew-Aya komisslys po isucheni7u Antarktiki,
Moskva.
(Antarctic regions)

5/030/61/000/009/008/013
B105/B101
ATJTHORt Lapina, I. Ya.
TITLEs Session of the Commission for the Exploration of Antarctic
PERIODICAM Akademiya nauk SSSR. Vestnik# no. 9p 1961, 118-119
TEM A systemaAic exploration of the Antaratic mainland was commenced
by Soviet scientists five years ago. The pyataya Sovetskaya antarkti-
cheakaya ekspeditsiya (Fifth Soviet Antarctic Expedition) reported on
work conducted in 1960, at the session held by t~e Mezhduvedometvennaya
komis,siya po izucheniyu Antarktiki Akademii nauk SSSR (interdepartmental
Commission for-the-Exploration of Antarctic of the Academy of Sciences
UPSR) on May 24, 1961. The expedition explored the vast region between
1080 east longitude and 400 west longitude extending over about.5000 km
along the coast and reaching 1000 km into the interior. Scientific work
was conducted in the stations I'Mirnyyll, "Vostok", and I'Lazarev", and, for
about three monthslat the advanced stations "Mir", "Druzhball, and
"Pobedall, and during the passage of the"Ob". The following observations
Card 1/2

S/030/61/000/009/008/01'3
Session of the Commission for the 3100101
were made 'at I'Mirnyy", "Vostok", and I'Lazarev"t (1) Geophysical problemst
magnetic phenomena, observations of the ionosphere, of aurora polaris, of
cosmic rayo, of earth currents, and seismological atudies. (2)
Aerometeorological problemst probing the upper strata of the atmosphere,
aotinometry, matiorological observations. (3) Glaciological problemas
temperature measurements in firn, snow-drift-measurements, determining the
rate of ice motion. Queen Maud Land was explored from both the
geographic and the geological side (among its mineral resouroesi rock
crystal and mica). A vast portion of this territory was reproduced in
geological and geomorphological maps, and aerial pictures were taken.
Shelf ice was studied in particular. The island of Pobeda, discovered by
the Second Soviet Aniarotio Expedition was diligently explored. The 1960
expedition found it to be a transitional formation between shelf ice and
an island, not an iceberg. The-aerial observation service based at
IIHiTnyyII and I'Lazarev" discovered the existence of an ice-free coastal
strip.. Valuable ornithological data were obtained. Oeveral colonies of
imperial penguins numbering Zrom 3000 to 5000 were discovered in the
region of the-Gauss azoun-taini Steriorariinae were seen to migrate from
east to west. The evaluation of the expedition material is being
continued.
Card 2/2

CIAPIXA L I. Ya
Now names on map of Autarcticae, Vest. AN SSSR 31 no.2tlO4-105 F
161o. . I (MIM 14:2)
(Antaroti6 regions-Name-By 4ographiqal)

BUGAYEVp V.A., prof., otv. red.; SHWKIY) P.A., prof., red.; GUITV, A.M..,
prof.,, red.; IAPINA I Y - red.; HELIVIKOVA, N.B., red. iod-va;
GOLUB'j S*P*.* . red.
[Antarctica; reports of the commission] Antarktika; doklady komissii
1960. Hoskva., Izd-vo Akad.nauk SSSR, 1961. 85 P. (MIRA 14:32)
1. Akademiya nauk SSSR. Mezhvedomstvennaya komissiya po, izueheniyu
Antarktiki.
(Antarctic regions)

LAPDA, 1.7a.
A sesoion of the Committee for Studying the Antarctic Regions.
Vest.AN SSSH 31 no.9-118-119 3 161. O-MU 14: 10)
(Antarctic i-agions-Russian exploration)

BUGAYEV, V.A.p Prof., otv. red.; SJIUMSKJY, P.A., prof.,, red.;
GUSEV., A.M.y prof., red.; LAPIlJA,.;.Ya.,,Fed.
[AntaretiCB; reports of the Commission, 1963] Antarktika;
doklady kou-issii, 1963. Moskva, Nauk-a,, 1964. 174 p.
(MIRA 17%11)
1. Akademiva nauk SSSR. Mezhduvedomstvennaya komissiya po
izuehaniyu Antarktiki.

BUGAYEV, V.A., prof., otv. red.; 3HLR4.,')KjY, P.A., prolf.j red,;
GUS-EV, A.M., pro-P., ren.; L~ I.Ya., red.
[The Antarctic; report;3 of the rloimd.s5lon, 119Nl A-nf.ark',-ika3
N J. .11
doklady kmissii, 196.4. Mookira, Naidca, (Nm-tA ',

Use of novocalne, bromine, and calcium electrophoresis In bronchial
asthma in children. Vop.okh.mat. I det. 4 n0-5:28-32 S-0 f59-
(MIRA 13:1)
1. Iz Klinicheskogo otdela (zav. - doteent N.P. Savvatimskaya)
Gosudarstvennogo nauchno-issledovatel'skogo pediatricheekogo insti-
tuta (dir. - kand.med.nauk A.P. Chernikova, zameetitell direktora po
nauchnoy chasti - prof. H.R. Shastin).
(MOTROPHORESIS) (ASTHMA)

LAPINAq K. V.9 Doc MED SCIV "ROLE OF ELECTROTHnRAPYi.
At/vI
IN CHRON lp,CHILDREMp' MOSC0,Wq 196
.IP PNgUMONIA V
366

1APINA KseA4,a-Vladimirovna; SARYLOVA, K.V. red.1 MATVE;YEVA, M.M.,
tekhn. red.
(Chronic pneumonia in chl~dren and the role of p1wsical
methods in its compound treatment] Khronicheskaia pnevmo-
niia u detei i roll fizicheskikh metodov v komplekenom ee
lechenii. Moskva., Medgiz, 1963. 279 p. (MIRA 17:2)

24M B= EXPLOITATION 3CV/%T00
60T. vaiveraitet
'
Eat"141Y X V&PICAM90 moveshehanlya po spoktrookopil, 1956
1. M. AtOWumya apektrookoplya (Materials of the 10th All:Unloa
tromoopy, 1956. Vol 2: Atomic Spectroscopy)
an-
makoso unly., 1 58. 568 V. (Serless Its3
Mzm'. l
OakLY 4bOrftIk, V".4(9)) 3!000 copies Vftntod.
Additional Sponsoring Agency: Akadexly& nauk 333R.
zoodaslya PC
.
svektroakovll~
Edito rial Boards *.a. 7-ndeborg, Academician, (Rasp. Z5.);
E.A 1. Noporent, Doctor of Physical and Mathematical Saiomc*~;
X.Y - Fabelinskly, Doctor of ftsysLoal and Mathematical SciOnctm;
T,A . ftbrikants Doctor of "icai and Mathematical Sciences;
T.G. 19orltalcly, Candidate of Technical 3clancesS S.X. Fayakly.
Candidate of Physical and Technical Sciences; L.K. ICIImovskaya.
Candidate of Phyalcal and Mathematical sci
s
S
MIlI
Knchuk
V
ence
.
.
;
Y
(Deceased). Doctor of Physical and Mathematical Soleness; A.Te.
Glassbou%an. Doctor of Physical and Mathematical Sciencess;
Rd.9 S.L. Gazerj Tech. 113.3 T.V. 3aranyuk.
-- _4
Thla back Is Intended for scientists and ressamhorm ln~
the field of spectroscopy, as wall as for technical pez-aannal
using ~Pectruis analysis In various industries. -
COTEUMI ThIs volume contains 177 seltntiflo and technical studies
Of atcade spootrography prevented at the 10th All-Unlon Confor-
once an Spectroscopy In 1956. The studies were carried out by
2~b~Pf Of GolentLflo and technical Instituted and include
WMamillve bibliographies of Soviet and other sources. The
StUd.108 Cover
pha
sea of spectroscopyl spectra of Part eLfths.
=
:
*19atrostagnoti sdatton, physicochessIc&l. methods for controlling
uranium production, physics and technology of San discharge,
Optics and spectroscopy, abnormal dispersion In metal vapors.
spectroscopy ad the combustion theory, opectruin analysis of area
and minerals. photographic methods for quantitative spectrum
f meta-Is and alloys, spectral deteradnation of the
4OntQnt of metals by means of Isoto
s
tabl
s
And
EE*
e
pe
.
,
f
pectral lines, spark spactroeraphic analysis,
Statistical study or variation in the parameters of callbratlon
:
GUrVeOs dot 2%Lnatlon of traces or metals, spectrum analysis In
ustalluriff, thermochatalstry In metallurgy# and principles and
practice or apectroahaosiaLl ansayals.
Card 9/32
Materials of the loth All-unloss Conrerence kuonz.)
outgrman, S.A., and ya.D. RatkAbaum. Use of RadlOactivO
--Indicators In Spark D1 Charge studios 250
Mal,tsev. X.O., y#.A, ptitsyna, and K.I. T anov. Same
J-
M
set zlectrlo
h
Constant "Iola CNiCracterlotice or
spark Sampling in Spectrum Analysis 252
Morbato A.M., N.C. Ralltsev, and K.I. T&gLnow. Irfoct Of
Tortl&ry Components in Spectrum Analysis With ZIoctrIO
3astpl.lng 255

lab. A.B. %frget of &lIor Structure an the Results
ey
"
Spoctrum Analysis of Cost Iron 257
Podmoshenakly. 1.Y., and a'W* Lakin&. XetLI Xlectrods

Zroalon In a Low-vo-~P-~ 262
P%Ilmonov. L.X. Relation of the CO=VQ31t1On Of the Sample to
the volasion Cloud In light Sources for Spectrum An&lYsts 265
Card 16/31

LAPINA, L. G.
"A Study of the Composition of the Population of Winter Wheat,
Liurabll Variety, for the Purpose of Developing Methods of Improving
This Variety." Cand Agr Sci, Leningrad Agricultural Inst.,
Leningrad, 1953. (RZhBiol, No 2, Sep 54)
Survey of Scientific and Technical Dissertations Defended at USSR
Higher Educational Insitituions (10)
So: Sum. No. 481, 5 May 55

IUMN, I.Ya.; UPIKA, L.I.
Effectiveness of the use of natural gas in the cement industry.
Gaz.prom- 5 no.6:35-39 JS 160. (KLU 13:6)
(Gas, Natural) (Cement industries)

LAPINA, L. M. Cand Chem Sci -- (diss) "Thermodynamic Study of
Gaseous Selenium and W theFBinary SystemjSulfur-Sel=ju~m.111
Moss 1957. 19 pp 22 em. (Min of Chemical Industry USSR, Scientific
Inst for Fertilizers and Insectofungicides im Profffies-Or Ya. V.
Samoylov), 110 copies (KL, 26-57, 105)
- 19 -

The blna-Y sTat- �_u!f_--seIcnIum In the regtoll 'of low
Iseienium comestrations. T.. NI T-ap;na. K-him. feauka i
2 52e-7(1957). -The c6i~c!_'7rT_SMand 5 i" t1le `V~r
I~w nairrent (,5-6 oil./udn.) of N

- iii -.
ant -th6 Tiquid 5 could thus be r
~
)y a Imalov&tIng tdumn equiv. U
a r.eAux J10, of one. -- I
.L
D'stri Mij
11
.;/W
-I
-
k
~w
Lz- .
I

P, Al
20-5-29/60
AUTHOR IL1,AX10N0V,V.V. and LAPINA L M
TITLE Association States of SeNet~z;;* n
,agaA Phase.
(Asnotsiatsionny,ys sostoyaniya sele a v gazovoy faze.-
Russian)
PERIODICAL Doklady Akademii Nauk SSSR 1957, Vol 114 Nr 5,
pp 1021-1024 (U-S-6-R-)
ABSTRACT Acooxding to a wide-spxead opinion, based upon one single
work on the determination of vapor density, there exist
two kinds of molecules in selenium vapors: Be 2 and $06
which are In equilibrium with one another. However,
calculations are contradictory to test results. In order
to solve thip problem, the authors inves'Ugated these
densities by statistical methods in a quartz apparatus.
'The se'.-.e-aium investigated did not 3ontain more than
09004 - 09008 % of non-volatile admixtures and
0,001 - 0,003 % tpllurium. The change of vapor pressure
on rising temperature follows the vapor elasticity curve.
After uomplete ev&poration of the substance the vapor
goes over to the domain of the unsaturated state. By the
method of the nmallest square& the dependence was deduced
as the following formula:
Ig p + 8~0-
CARD 1/4 IM T

20-5-29/60
Association States of Selanium.in the gas phase.
It is aluost identical with Brooks' formula and may
ser-re as a cTi~:erion for the accuraoy of the authors#
measurements. From the pressures of the unsaturated vapor
the V-values (average number of atoms in the molecule)
were calculated by the gasequation of the atate.
Fig. 1 records.the dependences of 'J on P. The form
of the curve allows an evaluation of the character of the
disaociation prooesa in the.systems investigated. In the
case of a simple 4ecomposition
XiF= X nwith, a > 2,
the curves have to have 3--form, as shown by Smith.,
According to the position of their banding point the a-
value can be determined. From the test results obtained
by the the authors it is diffioultt however, to estimate
unequivocally the position of this point. In a qualitative
respect the character of the curves established by the
authors !#-not contradictory to general opinion. But the
constants of simple decomposition S86 3 Be., calculated
according to f*rmula - .6 - v )3 2
CARD 91A K P P , show a
J~ ----4 4

20-5-29/60
Association Btates of Selenium in the-gas Phase.
rising with increasing P at high temperatures. The
decrease of the constants on a pressure drop indicates
an intermediate step between.Se and If.one assumes
that a decomposition 1 9 se6'
So N-c- S e2
'takes place, the following in true; (6-Y )P:4 - P2 +P4:2 and
(V -2) P:4 - P6 +P4:2, where P2,P4 and P6 representing the
partial pressures of the corresponding associates. There-
fore the constant is in reality: P2(2 + x4p 3
2 4(K4 + 2KIP2)
with KI 4 a P 4 : P2 and 6
Kg - P3.
2
From this equation it follows that,the constant shall
increase with a k -increase proportional to the total
a t
pressuref which is Vhe case hate. It may easily be demon-
strated that the vonstants woul& decreas4 if go were
CARD 3/4 1 6

20-5-29/60-
Association States of Selenium in the Gas Phase.
present in the system beside Se2and Se6. The constants
of a 3-step decomposition deooribe o-aly the 7~0-20000
isotherms satisfactorily. The oonBtanto of the 4-steP
decomposition describe all isotherms well. This agrees
with the stability of the oonstantsof simple decomposition
Se6
ASSOCIATION:
PMENTED BY:
SUMaTTED:
AVAILABLE:
CARi 4/4
at temperatures of from 550 to 6500C, in which the influen-
c9 of Be 4-moleoules ia comdpan3ated by that of Sea. In the
selection of constants of a 4-utep decomposition (analogous
to the decomposition of sulfur) the authors arbitrarily
assumed independence of heat effects from temperature, which
it'is true, is not quite correct.
i'Ya. V. SAMOYLOV" Soientifio institute for fertilizers and
inseoto-futgizides.
(Nauohnyy institut po u.dobreniyam i insektofungiisidam im.
Ya. V. Samoylova)
S.I. VOLIFKOVICH, member of the Academy.
24-12- 56.
Library of Congress.

I T
AUTHORS: Lapina, L. Illarionov, V. V. 78-3-5-PS `9
TITLE: On the Formation of Mixed 1.1olecules of Sulfur-', el eri:--ar-
(Ob obrazovanii sineshany1di moickul sera-scler)
PERIODICAL: Zhurnal Neorganicheskoy Khimii, 1950, Vol 3, Nr 5,
pp 1210-1213 (USSR)
ABSTRACT: The behavior of the mixture of unsaturated vapora of
both sulfur and selenium in temperature intervals from
550 to 9000C was investivated by means of the static
method. The investigation was carried out ir a s-pe-_ia!
device with a compensating manometer.
It was found that mixed molecules of sulfur and sele=
nium are formed during this process. Accordin,_, to in=
creasing temperature the mixed :.iolecules benomic unstable
and dissociate in pure components. The formation rj--7' mi=
xed molecules of sulfur and selenium does not takes pi-ace
by the exchange of trio atoms of the initial co!_,,,)onents,
but by .' individual atoms. Hi~~hcr temperature favors
the .)rocess of dissociat-ion.
There are 2 figures. 11 tables and 17 references, 4 of
Card 1/2 which are Soviet. '

On the Formation of Mixed Molecules of Sulfur- 70-3-5-26/39
Selenium
ASSOCIATION: Nauchnyy institut po udobreniyam i insektofun.-it3"J" '1:1
' 'a
im. Ya. V. Samoylova (Scientific Instittite 'or
lizers, Insecticides and FVAgicides imeni Ya.V. Samoylov
SUBMITTED: AuZust 5, 1957
AUIUBLE: Library of Congress
1. Seleniur-sulfiw vapors-Moleciaux tassociati~,a 2-.
association-Test, results
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AUTHOR: Lp.,pina L. M. 78-3-6-16/30
TITLE: Investigations of the Binary System Sulfur-Selenium in the
Fields of Low Selenium Concentrations (Iseledovardye binarnoy
sistemy sera-selen v oblasti*nizkikh kontsentratsiy selena)
PERIODICAL: Zhurnal Neorganicheskoy Khimii, 1958, Vol. 3, Nr 6,
PP. 1386-1390 (USSR)
ABSTRACT: The binary system sulfur-selenium was investigated in low
selenium concentrations for the purpose of the investigation
of the possibilities of separating selenium from sulfur.
The investi~7ations were carried out on a specially
constructed device for dynamic investigations of the 15inary
gaseous sulfur-selenium system. The dynamic method for the
distribution of selenium in sulfur in concentrations of
0,01-1% selenium was carried out by radioactive selenium
within the temperature interval of from 250 to 2800C. The
distributioncoefficient of selenium between the liquid and
gaseous phase amounts to 2,4. A fundamental possibility
for the purification of sulfur of smaller quantity of
Card 1/2 selenium by fractionated condensation exists in principle.

78-3-6-16/30
Investigations of the Binary System Sulfur-Selenium in the Fields of
Low Selenium Concentrations
Higher values were found for the activity-coefficients of
selenium in sulfur, from which it may be coixeluded that
mixed molecules are formed in this connection. In practice,
separation is connected with a great number of difficulties,
especially on account of the viscosity of sulfur. There are
2 figures, 2 tables, and 11 references, 5 of which are Soviet.
ASSOCIATION: Nauchnyy institut po udobreniyam i insektofungisidam im.
Ya. V. Samoylova (Scientific Institute fox- Fertilizers and
Pest Control imeni Ya.V. Sazd0Y10V)
SUBMITTED: August 5, 1957
AVAILABLE: Library of Congress
1. Binary compounds--Analysis 2. Sulfur--Separation 3. Selenium
--Separation 4. Selenium--sulfur systems--Analysis
Card 2/2

USAGMA, N.I.; LAIPRIA, L.11.
r
Complexometric deten-aination of aluminum Lin the press-nce C.L
phosphorus. Zav. lab. 30 no.lltl331 164 (M-IRA 18i1)
1. 1-1auchno-issledovatOlt.9kiy institut yo udobreniy.-:m i in-
sektofungitsidam.

3 6.57 7
8/123/6R/000/007/009/016
A004/AlO1
AUTHORS; Lapina, L. N., Lebedev, N. A.
TI Ultrasonic cleaning of components of electric vacuum devices
PERIODICAL: Referativnyy zhurnal, Mashinostroyeniye, no. 7, 1962, 32, abstract
7B170 (V sb. "Primeneniye ulltrazvuka v tekhnol. mashinostr.",
no. 2, Moscow, 1960, 96-100)
TEXT: The authors analyze the process of ultrasonic cleaning of components
of electric vacuum devices. It is pointed out that the most effective cleaning
is effected in trichloroethylene, benzene and other solvents destroying rubber
parts. The authors describe the bath design for ultrasonic cleaning. The bath
consists of the casing and the coil pipe for cooling the liquids in the bath.
On the bottom of the latter the ultrasonic converter is located, having a
frequency of 20-kc and a power of 1.5 W, The dirty components are loaded either
directly into the liquid in the bath (if it does not destroy the insulation) or
into a glass vessel with the solvent. It is pointed out that the finish cleaning.
of components is facilitated by washing in the ultrasonic bath after pickling
with acid or alkaline solutions. In this case it is possible to remove the
--Card- 1/3---.

S11231621000100710091016
Ultrasonic cleaning of components ... A004/A101
component burrs (e.g. of klys~tron copper circuits) on the ultrasonic installation.
The components are preliminarily pickled in weak acidic solutions which do not
destroy their surfaces, are washed in cold running water, dried and subjected to
a 2 - 3 min ultrasonic treatment in trichloroethylene. Then they are rinsed in
the same solution, dried for 2 - 3 min in a heating closet and again treated with
ultrasonics for I - 2 min in distilled water, rinsed in water and alcohol and then
dried. The whole treatment cycle, not including the pickling, takes 10 min-.
With such a technology th e-. component dimensions are not Impaired. The possi-
bility is pointed out of using ultrasonics in manufacturing components by the
galvanoplastic method, e.g. nickel cathodes of intricate shape and narrow-channel
waveguides for the measuring systems of the millimeter range. In manufacturing
cathodes, a nickel layer is applied by the galvanic method on the spiral-shaped
aluminum base. After etching away the aluminum, a cathode of the necessary con-
figuration is obtained. The preparation of the aluminum base surface is an
important operation in cathode manufacture. The use of ultrasonics considera-i
Improved the cleaning quality, cleaning taking place within 2 - 3 min with
subsequent rinsing and drying in the closet. The whole operation takes 5 - 6 min.
Then.the aluminum bases are pickled using ultrasonics, which accelerates the
process by a factor of 10 - 12. Then the*pickled bases are washed in an ultra-
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S/123/62/boo/0o7/0oq/0i6
Ultrasonic cleaning of components ... A004/AjOj
sonic bath with distilled water for 5 6 min, rinsed in distilled water and
alcohol and dried in a closet. Ultrasonics can be successfully used in cleaning
componentv of electric vacuum devices after stamping operations and in washing
of quartz,and glass tubes.
Abstracter's note: Complete-*.translation]
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146965-66 N pr- /7-,.tr tr-mt-r TjP 0
__/66/ooo/oo4/0187/0191
Acc-NR, WM24928 CA W) _~OjRcE dobt ~R/2_981
AUTHORS Loktionova, N. A.; 07chinnikov, Yu. F.; flikonorovt Yee A.; Zarmolodchikova,
V. N.; Lapina,, L. V.; Forevozchikov, A. V. P'T
OR G: none
TITIBS Residual stresses in weld joints of aluminum alloys
SOURCES Alyuminiyevyye splavy, no. 4, 1966. Zharoproohnyye i vyaokoproohnyye splavy
(Heat resistant and high-strength alloys)p 187-i91
TOPIC TAGS: tensile stress, compressive stressp aluminum alloy property, weld a
ation Ir
ABSTRACT: The residual stresses in various parts of a welded structure of ATsM alloy
were detekined by a mechanical method, and the influence of the artificial aging and
temperingl~6f the weld joints on the magnitude of these stresses was investigated. It
was found that longitudinal residual stresses up to 10-11 kg/=2 and compressive re-
sidual stresses up to 11-12 kg/rma2 in the transverse direction arise in the zone of
the weld joints. Artificial aging of the weld joints of ATsM alloy for 100 hr at 901
does not change the magnitude and character of the residual stresses in the beat-af-
footed zone as compared to the r dual stresses in the naturally aged state. Temper,
ing of the zone of the weld joint% induction heating to 240-23000 for 4-3 min fol-
lowed by cooling of the heat-affected zone with water increases the magnitude of the
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4404g-44