SCIENTIFIC ABSTRACT ALEKSANDROV, V. V. - ALEKSANDROV, Y. B.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000100830013-5
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 5, 2000
• Sequence Number: 13
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

Automation of Production (Cont.) SOV/4022
Ch. III. Automation of Open-Hearth Furnace Processes 18
Ch. IV. Automatic Control of the Thermal Reg:Lme of.Open-Hearth
Furnaces Outside the USSR 22
1. Electric control system 2
2. Pneumatic control system 29
3. Hydraulic control system 31
Ch. V. Automation of Rolling-Mill Operation in the USSR 33
1. Automation of the electric drive control 33
2. katomation of rolling-mill mechanisms 9
1
3. Automatic.gaging of rolled stock 5
Ch. V1. Automation of Rolling Mill Operation Outside the USSR 53
1. Automation of the main electric drive control of hot
rolling mills 53
2. Automation of eleotric drive control oj,'* auxiliary
uleohanisms 59
Automation of the oold rolling-mill control, 63
Automatic O'entrol in rolling-mill oper&tion 70
Card 3/,5

Automation of Production (Cont.) sov/4on
Bibliography 74
The Present Level of Automation in Nonferrous Metallurgy.
Abramov, 1. V. and I, K. Bronshteyn,
Ch. 1. Automation in Mining Miterprises 77
Ch, II, The Level of Automation in Ore Conoontration Mille 85
Ch. III. The Level of Automation in the Metallurgical Industry 91
Ch. IV. Automation of Processes in Working the Nonferrous
Metals 102
BibliotTaphy 107
The Use! of Control Computers in Automation of Production
Froceszes. Aleksandrov, V. V.
Introdu.ction 108
Card 4/ 5

Automation of Production (Cont.) SOV/4022
Ch. 1. The State of Development Outside the USSR (General
Valuation)
Ch. II. Problems Solved by Computers in the USA
Ch. III. Problems Solved by Computers in Great Britain
Ch. IV. Problems Solved by Computers in Other Countries
Ch. V. The State of Development in the USSR
Corolusions
Bibliography
AVAILABLE: Library of Congress
Card 5/5
log
110
116
119
120
129
130
VK/lnb/,ec
9-16-60

LOSKUTOV, V.I.; ALEKWDROV, V.V., inzh., red.; BARANOVAy Z.S.J, inzh..,
red. izd-va; MODEL', B.I., tekhn. red.
[Control computeral'Uprayliaiushchie matematicheskie mashirq.
Mo--kva,g Mashgiz., 1962. 387 p. (KIRA .15:10)
(Electronic calculating machines)
(Automatic control)

PObTNOvy Anatoliy Vasil'yevich, kand. tekhn. nauk; ATLAS., Boris
Aleksandrovich., kand. ekon. nauk. Prinimali uchastiye:
SHAPOSBNIKOV, le.M.,, kand. tekhn, nauk; RATSVEYKO, A.N.$
inzh.; STOLBOV, A.G.v inzh.) GDAURICH, S.9~;
ALEKSA14D V.V.. inzh.: NEVOLIN, V.1f.. in*h.,.jzetsenzgnt;
!)ROZDOV, B.M.., nauchn. d
OVA, LMr-Nmt1ge~n re
MAKRUSHINA, A.N. , red.
(Use of ~:omputing techniques in water transportationj Pri-
menenie vychislitellnoi tekhniki na vodnom transporte. Mo-
skva, Transpert, 10,65. 215 p. (MIRA 28:7)
1. Kafedra ekspluatatsii Vovosibirskogo instituta inzhenerov
vodrogo transporta (for Drozdov).

SIREVCHENKO, N.F.,,, RYBKIN., Yu.F.,, ALEKSANDROV, V.V.
Vorrinarison of aaidity values of buffer solutions 1y the metbod
of volt poten;*Iial differpnote. Zhur. anal. kYi.,n. 20 no.-!-,26-
30 165. (MIRA 18:3)
1. Kharlkovsldy gosudarstvermyy univeraltat imeri GorIkogo i
Vsesoy-azny- L.u
y nauchno-!,ssledovatelIskiy Instit t monobxistallov,
staintillyatsionnyl-fli materialov i osobo ~!histykh'kh~icheakikh
veshr,hestv.

Bi,:?,UGL-fY. V~D.,- SPTV4K, L.L, L N.
R 0114 , m.
measurements in a nAhanol - benzene - wat,--r mixtjre.
u r , f k h 3 9
(MIRA 18:8)
r k(; gasudar9tvennyy
-fia Vs-M lrlsl,itu~~ Inono -
lov.

iFBF.D', V,i.,, m:ns/(NvRGV V,V.
.-I. ~. ".., - , 5
Temperature dj~pendenas ~f tho thormdynalric Characteristiez.
of hydration of ions in some electrolytes. Flektrokhizlia I
tio.11:1359-1362 N 165. (MLRA Mill)
1. Mharlkovskly goaudsrstvenn~7 univernitet.

AMIKSANDROV, V.V.; LEBEDIO V.I.
Temperature relationships of entropies, energies, and geats of
hydration of hydrogen chloride, hydrogen bromide, and hydrogen
4-odide. Zhur. fiz. khim. 39 no.4:942-946 Ap 165.
(NIFA 19-1)
1. Khartkovskiy gosudarstvennyy universitet imeni Gorlkogo.
Submitted Dec. 14, 1963.

t
L 3343-1--66 E 117 ( -n ) /EVP k i1 Jf:lc D3 /?,Y,/j~,V/J?1D /~W
/0068/0073
ACC'NR, AF6_d_i_0_55_~_ SOURCE CODE: Wo414/66/ooo/001
AUTHOR: 'Aleksandrov, V. V. (Novosibirsk); Koney, E. V. (Novosibirsk);
Mikheyev, V,'F. (Novosibirsk); Khlevnoy, S.__S._TNovoiT_1birsk) 6 0
ORG: none
TITLE: Surface temperature of.~.urning"nitroglycerin-elpowder
SOURCE: Fizika goreniya i vzryva, no. 1, 1966, 68-73
TOPIC TAGS: -nitroglycerine, combustion temperature, solid propellanti
combustion, combustion research
ABSTRACT: The surface temperature T 9 of nitroglycerine powder H
burning in air was measured as a function of the initial temperature
of the powder To (ranging from -25 to 125C). A thin (--5p) manganin-
constantan the mocouple located between the compressed powder specimen
and an ebonite;substrate cemented together with acetone was iLsed for
the measurements. The tabulated and graphed results show that the
surface temperature of the powder is practically independent of the
initial powder temperature and varied between 275 t 21C at To - 20C
Gnd 281� 11C at To = 116C. The average T 6 is about 275C and, apparently
is the boiling temperature of the nitroglycerine and dinitrotoluenel
1/2
UDC: 536.46+541

L 33437-66
-kC-C-NR. ~_P_6020553
mixtures in the presence of nitrocellulose and decomposition Product
Data on the burning velocity of H'powder at To < 20-40C, calculated
on the assumption that Ts is equal to the boiling temperature of the
mixture, are in good agreement with published experimental data on
the dependence of the burning velocity u on the initial powder tempera-
ture in the same temperature range. The results indicate that the
evaporation of the volatile components plays a great role in the burninj
of nitroglycerine powders. To explain the u(TO) dependence, it is
suggested that at To < 40C, u is determined by the solid-phase reaction
and at To > 40C, u is determined by the reaction in the gaseous or in
the serosollphase. The author is grateful to A. A. Koval*skiy for his
advice and also to all his coworkers at the Laboratory of tRe combustior
of condensed systems of the Institute of chemical kinetics and combus-
tion6Siberian branch, AN SSSR for their discussion of the work.' Origo
art. has: 4 figures.-il tabl;,~__and*2 formulas. [PSI
SUB CODE: 19/ SUBM DATE:
ATD PRESS:not
l5Nov65/ ORIG REF: 008/ OTH REFs 001/
Card 2/2 L)L/--

AVDEYEV, A.B.; ALEKSANDROV, V.V.
Studying the operative capacity of the 200-20 six-ply truck
tires. Kauch. i rez. 23 no.9:19-22 S 164.
WIRA 17:11)
1. Dnepropetrovskiy shinnyy zavod.

DERKACH., V.P.; AIEKSAIMROV, V.Ya.; ZGIMOVEPTS, L.Ya.
Using electroliminesconce in mimic flowsheets. Av-tom.i prib.
no.3:74 R-S 162. -(mMi 16:2)
1. VychAslitelInyy tsentr AN Uk37SSR.
(Electrolumineseence) (Electric controllers)

fell I j 8 1 0 1 0 1
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AND 1111MIll-ts "I
The F rM I I of the Chifin of some larva
Riot. Zhur 3 41*-W7' Ch~. Zmtr. 1036. 1. 1-139~
11. &MIJjy investigations by a new method on larva
-rme
cuticula of 3 kinds of diptem indicated wide differences in
the various spirciLs (Chiroxemus PIRFriejus. GbrPtolendijV)
polytomus and rprethra plmmicormaj), the 1~-rrneatnfity
depending not upon the thickrics% of the t-hifin t wicola but
more probably upon its phys. anti chtro. propcrfie%. The
nbTane, allowing
cuticula behave% as a %entipermeable met
11OAc and N11,011 to pass through readily, but iq lm~ per-
meable Ito strong acids and bases. The perincability.al,li
depends in large degree of the solu.. Dicin-
rustation incream-9i he to air.. llgC].., IIOAL
and NILOH, but reduces it very much for neutral r(A.
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ALEEKSANDROV, V. Ya.
"On the Origin of Bioelectric Potentialsil (p. 1) by Nasonov, D. N'. and
Aleksandrov, V. Ya. (Moscow).
SO:- Advances in Contemoo ary Biolo (Uspekhi Sovremennoi Biolo,gii) Vol. 17, 1944, No. 1

ti U-~- ~C, '~ i A I ., - ! ~~ ~~ VI
AIEXAfMR0VJ* V. 3.
I- ,
"A Reply to D. L. Rubinstein's article "Cell Permeability and the Theory of Bioelectric
Potentials".. (p. 109) by I;asf;onov,, D. N. and Alexandrov, V. .
SO: Advances in Modern Biol (Uspekhi Sovremennoi Biologie) Vol. XX, No.1, 1945.

J, V.
ALEXANDROV, V. J
"Proteine Demoturation in Physiological Processes" (p. h5) by Alexandrov, V. J.
SO: Advances.'in Modern Biology, (Uspekhi Sovremennoi Biologie) Vol. UDIV, No. I.,
1947 (JulY-AUETs-tT-

ALEKSANDROV, V. Ya.
"Reaction of a Cell to Destructive Action." Priroda, No 1, 15h8.
Stalin 2nd Prize. 191L2, publ.
IN All-Union Inst. Exvtl. vled. imeni Gorlkiy, -1943--
4 -

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Denaturation and the response o( cells to external
TeAce ts. . A .14n-h.A..ee po If,-Ikm. to
I&T Naa !#h Somiftrexti. I'pokowulek -
"I-wr.Swdmexiyam) 1948. 95- P) 1.
(of t lie theory I ILA( the resix1f1w (if a cl-11 to curroal stillue- rv 0
Io jil flor fit druaturation 44 ifs protrills. F. xf. L. roe
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tjjj ~ A ~,j .4
, - I.,
holoatno sectedons of the
C)'Ophyslawgkol
n !M. A01' Asandray and Z. 1. Krp-
sebaceous glands.
ken. Due, Objkrkd Mot. (J. Gem. Biol.) 10. 43-9
11949).-Living cells In rabbit sebaccous tiands were
sulnot with neutral dy". e.g., Sudan 111. flistoWcal
eximn.showed thit as seention proceeds, tell drpidation
4. %ccompsmi" IncM.,ting %soocialitation in cell twhA%+w and
Alnorl"t down (it tvllulnr sellvity. Cell% renmin active
up to a (Tit. %A1 wrtliml. twy4mki %hik-11
necrosis sets in. Nrcrntlc cells show the usual parAne-
crotic signs of dyi"g. C.C.. diffuse coloring of the nucleus
und cytoplasm, and empstation in the nuclei%%.
111lian P. 91111111
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AASONOV. D. 13. ALUSANDROV, V-Ya.-
Effect of resumed transverse resection on the Injury. current of
skeletal muscles; criticism of the membranous tbeory of bioelectric
currents. Fiziol.zh.SSSR 36 no.6:666-672 Nov-Doe 50. (CWM 20:6)
1. Department of General Morphology, Institute of lb-perimental Medi-
cine of the Academy of Medical Sciences'USSR.

ALEKSANDROV, V.Ya.
ftperimental analysis of the concept of sensitivity; effect of temperature
on damage of cells by ultraviolet ra7s. Izv. Akad. nauk SSSR, Ser. biol.
no.4:89-119 July-Aug 1952. (CLML 23:2)
1. Presented by Academician A. I,* Oparin. 2. Institute of &perimental
Medicine. Academy of Medical Sciences USSR.

AUSSMOV, V.Ya.
-------
Relationship between heat resistance of protoplasm and enviroamuntal
temperature. Doklady Akad. nank SSSR 83 no.1:149-152 1 gar 1952.
(01KL 22:1)
I.;Prosented by Academician A. D. Speranakiy, 14 January 1952.

FD-1334
ca-r'd 1/1 Pub 33-32/25
Author Aleksandrov,- V. Ya. and Paribolf-1, V. P. (Leningrad)
Title
Effects o alcohol narcosis an absorption of dyestuff from intestines
Periodical Fiziol. zhur. 4, 466-471, Jul/Aug 1954
Abstract Experiments were conducted on white mice to determine the effects of
ethyl alcohol on the capacity of the walls of intestines to absorb
dyestuffs. It was discovered that cellular elements in the walls of
intestines impede discharge of these dyestuffs into the blood stream
when alcohol is injected through the rectum. This is due to the fact
that cells of the mucous membrane of the intestines of expermental
mice are vashed by greater concentration of neutral red solution than
can be observed in the control group of mice. The effects produced
after subcutaneous injection of alcohol are due to great extent to re-
sorption action of alcohol and not to its local deposition in the cells
of intestines, Chart. Table, Graphs. Four Soviet references.
Institution
Submitted July 7, 1953

~LWANMOV. T.Ta.
-i ,~ ":; 1:-....;
Si*plified method for permeating plant tissues. Bot.sbur. 39 no-3:
MY-Je 154. (NLU 7:7)
1. Botaniohasidy institut in.
Leningrad.
(Plant o4tlls and tissues)
V.L.Ionarova Akademii naut SSBR,
(Stains and staining (Microscopy))

ALEKSANDROV, V-Ya.
Cytophysiological evaluation of various methods for determining the
viability of plant cells. Trudy Bot.inst.Ser.4 no.10:309-355 '55.
(KLRA 9:5)
(Plant cells and tissues)

ALMANMOV, V.Ye..
K__
Conversion of plant calls to animal cells and vice versa. ("His-
torically evolve& path of development of the animal cell in the
light of the new dialectical materialistic cellular theory.0 V.G.
Shipachev. Reviewedl by, Ma. Aleksandrov). Bot.zhur. (MLRA 8:7)
40 no.2:241~-250 Mar-Apr 155.
1. Botanichosny inatitut imeni V.L. Komarova Akademii nank SSSR,
Leningrad. (Shipachev, V.G.) (Cells)

ALIKSARDROV, V.Ya,; SVJCSHNIKOVA, 1.N.
.. ;,
fluoreacence microscopy in paleobotany. Biofisika 1 no.4:390 156.
(MIRA 9:9)
1. Botanicheskiy inatitut AN SSSR, Leningrad.
(FlUORBSCENCE MICROSCOPY) (PALICOBOTANY)

v ~ -
N
USSR/Optics Optical Engineering. K-4
Abs Jour Referat Zhur - Fizika, No 3, 1957, 7646
Author Aleksandrov, V.Ya., Sveshnikova, I.N.
Inst
Titie Use of Fluorescent Microscopy in Paleobotanics.
Orig Pub Botan. zh., 1956, 41, No 2, 2o6-212
Abstract No abstract.
Card 1/1 - 14 -

AIMANDROV, V.Ya.
-------
Cytophysiological analysis of the he-at resistance of plant calls
and some tanks in the field of cytoacology. Rot.xhur.41 U0,7:
939-961 Jl 156. (MLRA 9:10)
l.Botanichaskly institut imeni V.L.Iomarova Akademii nauk SSSR.
(Plants, Iffect of temperature on)

U""M/General Biology. Cytolo-,y B
I.bs Jour Ref -6hur-Biol.. , No 13, 1.- 50, 57056
kuthor Aleksandrov V. Ya-., ~*trronet 7. 1
Inst No-f _~ -------
,,,ive-n
Title iLdenosine Trinhos-i-ftate Causes -ove,iient of
Cilia of tne ~'cintillatin,,.,~ Zi)itbeliu-i Killed
by Glycerine i,xtraction ("cell model")
Orig .`ub Dokl. AN 59SR., 1956, 110, Uo .3, !~5?_L~50
Abstract "ections of the Dalate faucus of a fro,-,, 7nd a
toad, --.s ell as V-.e trachea of i rabbit --.nd
r~~t --?ere -.)l-.ced vi,iile chilled in -n e-tracting
solution (45.'; .-lycerine, 0.12 :'- YCI on a nhos-
:~hate buffer -a -1.)11 ?.2). "everal days later
the sections were gradually transferred into
a vor!-ing solution (0.12 " E.01 0.005, " MgC12
Card 112
6

ALIKS-ANMO7, V.Ta.; nMIDRANO N.L.
Studying the increase in the resistance of cells as a reaction to
high tewperaturee [with si, ry in Inglish]. 13bt. zhur. 43 no.2:
194-213 F 158. (MIRA 11:5)
I Botaniaheskiy institut im. T.L. Komarova Aka&3mii nauk SSSR i
Institut tsitologii Akademii nark SSSR, Ieningrad.
(Plants, Iffect of temperature on)

ALXKSANMV, V.Ta.; LYMTA, M.I.; Y.MLiDW, N.L.
Seasonal variations in the resistance of plant cells to the action
of different agents. TSitologlia, I no.6-.672-691 N-D 159.
(KM 13:4)
1. Botetuicheskiy institut im V.L. Komarava AN SSSR i Institut
tsitologiia AN SSSRq Leningrad.
(PLAN CIM AID TISSMS) (PLANTS-nnINESS)

PMYANMIY, Yu.I., otv.red.; AT, SANMOV, V.Ya.. red.; GIIWSINSKIY, A.G.,
red.; ZHUKOV, Ye.K.,-re`d-,-; OfI-RMWM:IY, A,V. # red.: KARASIK, VA.
red.; KIRO, M.B., rea.; LOZINA-LOZINSHY, L.K,,, red.; NIKCLISXIY,
N.N., red.; PARUCK, V.P., red.; ROMOV, S.N., red.; SVEMV,
P.G., red.; SCKOLOV, I.I,, red.; TROSHIN, A.S., red.;lUSHAKOV,
B.P., red.; SHERSTOBITOV, O.Ye., red.izd-va; PUMM, R.S.,
tekhn.red.
(Problems In cytology ana general physiology] Voprosy t31tOlOgU
i obahchei fiziologii. Hoskva, Izd-vo.Akad.ne-uk SSSR, 196o.
398 P. (mMA 14:1)
1. Akademiya nauk SSBR. Inatitut taitologii. 2. Institut evo-
lyutsionnoy fiziologii im. I.M.Sechenova AN SSESR, Leningrad (for
Ginetsinskiy). 3. Fiziologicheakiy institut in.. A.P.UkhtomBkogo pri
Leningradekom universitete im. A;A.Midenova (for zhukov). 4. Insti-
tut ekBperimentalinoy maditsiny Akademii maditsinakikh nauk SSSR,
Leningrad (for Karasik). 5. Institut tBitologii AN SSSR, Leningrad
(for Kiro, Paribok, Sokolov). 6. Institut fiziologii im. I.P.Pavlova
M SSSR. Leningrad (for Romanov). 7. Laboratoriya embriologii
Institute eksperimentelinoy maditsiny AMN SSSR, Leningrad (for
Svetlov). 8. Laboratoriya fiziologil kletki Institute taitologii
M SSSR, Leningr&d. (for Troshin). 9. Laboratorlys sravnitallnoy
tsitologli Institute tsitologii M SSSR, Leningrad (for Ushakov).
(07TCLOGY) (PETSIOLOGY)

--:~~I;~ANDROVp V. .; GRUZOVA, M.N.
Microscopic structure of the nuclei of the epidermis cells of the
bulbs of Allium copa L. TSitologiia 2 no.4.389-395 JI-Ag 160.
(MIRA 13:9)
1, Laboratoriya tsitologii i taitoekologii Botanichaskogo instituta
i Laboratoriya morfologii kletki Instituta tsitologii AN SSSR,
(PLANT CELIS AND TISSUES) (OHIGNS)

-ALIKSANDROV, V.Ya.
Cellular adaptations. Biul,KOIP, Otd,biol. 65 no.3:142-143
Ity-Je 160. (MIRA 13.-7)
(PLANT CELLS IND TISS"S) (ADAPTATION (BIOLOGT))
(HMAT--PHYSIOLOGICAL IMOT)

AUKSANDROVP V.ya.; Y-AMULUMV, A.
Boat hardening of plant cells under natural conditions. Mitolo~riia
3 no.6:702-707 161. (1-11,
,iA 14; 12)
1. Laboratoriya tsitofiziologii i tsitoekologii Botanicheakogo
inatituta AN SSSR. Ldningrad i Sektor genctiki i taitologii
Instituts, botaniki Ali Turkmen3koy SSR, AshkJiabad.
(PLI14TS) EFe= OF ili= 011)

ALEKSANDROV, V.Ya.
Autoregulation in cytology; organization of mitotic call division.
TSitologiia 4 no.1:3-17 Ja-F 162. (MIRA 15:4)
1. Laboratoriya tsitofiziologii i tsitookologii Botanicheskogo
institute AN SSSR,, Leningrad.
(CELL DIVISION (BIOLOGY))

ALASANDROV, V.Ya.
Use of media which operate to improve the microscopic image in the
study of plant cells in vivo. TSitologiia 4 no.1:84-88 Ja-F 162.
(MI,U 15 - 4)
1. Laboratoriya'tsitofiziologii i tsitookologii Botanicheskogo
instituta ANI SSSR, Leningrad.
(MICROSCOPY--TECMIIQUE) (PLANT CELLS AND TISSUFIS)

M',EKSANDROV, V. YA.
"The relation of resistance ofl plant cells to the action of
different agents in the light of cytoecological problems."
UHFZI,'O - International Svwpoqj-zj on the Rolo oC Coll Re,--ictionj In Adaptations
Of KAnz0ft to T~nvlromiavtal Temperature,,
Leningrad,, USSR, 31 v,,Nl - 5 Juno 1963

Aleksandrov, V. Ya.
it Toughening by Heat or Reactive Increase in the Resistance of Plant
Cells to the Action of High Temperature.
Botanical Institute imeni V. L. Komarov of the AcadejW of Sciences
USSR
I'= a Konferellt3uya 1115tituta Taitologii All 3SSR. Teziny- Lk2:~!.d2v
T 1-! -ec ErR-FZ;Rrq-mnc6 of the 1,1stitute of Cytolopr of the AcadevV
of Sliciences UISR,, Lbutracts of Reports), Dani%;rrad., 15-62 Hi I)p.
jpyzi~ n,631,

ALEKSANDROV V.Ya.
Cytophysiological and cytoecological studies of the resistance
of plant cells to the action of high and low temperatures. Trudy
Bot. inst. Ser. 4 no.16:234-280 163. (MIRA 17:2)

ALEKSANDROV, V.Ya.
Rxeitation of living cells as a displacement of the steady
state of open systems. IwAr. AN SSSR Ser. biol. 28 no-4:
621-64-9 Jl-Ag'63 (MIRA l6t-11)

TROSHIN,A.S.,, otv. red.; ARRONET,N.I., red.; BEY"IER,T.V., red.;
Z1i1FMJNSKIY,A.V., red.; KUSAY,114A,A.A., red.; PROSSER,
K.L., red.; LOZINA-LOZINSKIY,L.K., red.; P01YANSETY.
Yu.I., red.; SUKHANOVA,K.M., red.; USHAKOV,B.P., red.;
FELIDMAN.N.L., red.; ALEKSANDROV, V.Ya., red.
[Cell and the temperature of the iedium; transactions]
Kletka i. temperatura sredy; trudy. Foskva, Nauka, 1964.. 303 p.
(MMA 18:1)
1. International Symposium on C~rtoecology, Leningrad, 196.5.
2. Institut tsitologii AN SSSR, Leningrad (for Troshin,
Arronet). 3. Laboratoriya kosmicheskoy biologii Instituta
Usitologii AN SSSR, Leningrad (for Lozina-Lozinskiy).4. La-
boratoriya tsitofiziologii i tsitoekologii Botanicbskogo in-
Etituta im. V.L.Nomarova P14 SSSR, Leningrad (for Aleksandrov).
5. Laboratoriya sravnitellnoy tsitologii Institute tsitologii
AN SSSR, Leningrad (for Zhirimnskiy, Kusakina, Ushakov).
6. Laboratoriya. tsitologii odnokletochnykh organimov Instituta
tsitologii AN SSSR, Leningrad (for Sukhanova). 7. Botaniche-
shiy institut imeni V.L.Komarova AN SSSR, Leningrad (for Arronet).

ALEKSANDROV., V.Ya. (Leningrad)
Biological sense of the correspondence of the thermostability
level of proteins to the temperature conditions of living
species. Usp. sovr. biol. 60 no.lt26-44 il-Ag 165.
(MIRA 18:6)
1. Botaniche-kiy institut im. V.L. Komarova AN SSSR.

J
mmade us
st IZ6 v6b~ e therefore

J-4

Aocml

bilk
Diackm 0u ex

-66
SOURCE CODE:
AUMOR: Alsksandrov, V. Ya. (Leningrad)
ORG: B AF=n cal InqtWAi___:Lq. V. L. Komarov AN_SSSH S
_(Botanicheskiy institut AN SSM)
TITLE: Biological meaning of the correspondence of the level of thermal stability of
proteins to the temperature conditions of existence of the species
MUDIME: Uppekhi sovremennoy biologii, v. 60, no. 1, 1965, 28-44
TOPXTAGS: proteinp macromolecule, biologic metabolism, biochemistry
.ABSTRACT: -M-k closely related species, differing in temperature ~oi~tions
oi exiifinc'o) correspondence is detecLed between the thermal stability of
analogous calls and the thermophilic characteristics of the species. The
difference in the thermaphilic, characteristics of species m~V be manifested
in different latitude or altitude of the habitat, the selection of emlogi
'niches, and a -dif ference in the calendar peri ode of the liZe cycles., and In
different anatomicalp physiological, and behavlor characteristics., InflAilencinil
,the temperature of the tissues of the organism. During the process oZ evolu-1
tion, species' divergently ariBe with fixed different- levels of therml sta,-
bility of the cells j. iihich very accurately reflect the difference in the ma=
,temperature of the onviroramto Specie3 differences in the therml stability
of plant and animal cells are detected especially distinctly under the action-t I
of str9ng rapid heat;ing. The theory that the death of cells during intenes.,-4
heating is caused by thermal denatueL~ -Df the protoplasmic 1-nateins is dis-
icussed. The authors believe that the thermal stability of proteins in cozz
Ilated with a definite level of flexibility of the protein molecules, upon
iwhich the posvibility of accomplishing conformational rearrangements, so- 'J
companying their bio, chemical activity, dc-pends - It is hypothesized that in-
Card 1/2

L A6151-66
Ar-6034077
-Aed--ki-
the developmerit of a now species adapted to different temperaturo'coinditions
.of existence) genetically determined changes in the primW structure of the
proteins result in a restoration of the disturbed relationship between flexi-
bility air'. rigidity of the macromolecules. This change can be diagnosed
accordinf to the change in the istability of the proteins to thermal densturiMe
Yo the witent that the sensitivity of the protoplasmic proteins determin" the..
primar7 stability of the cello to beating, the change in the flexibility of
the protein molecules in reflected in the corresponding change in the stability,,
of the cells to Intense heating. The thermal stability of cells and proteins. - ~.
;may very regularly.. despite the absence of a corresponding change inthe temp-1
erature in the environment. High sensitivity to temperature influence is
found to be correlated with irtensive metabolism. In discussing Ushakoves
theories concerning the'oorrelation of the thermal stability of cons and
the organism an a whole, the author concludes that the observed facts are
'explained in the light of the theoz7'of-oorrespondence of thenwability
protein molecules to the teVerature of existence. Any functioning proteinj
independent of the level of its.thermal stability, should possess a degree
of flexibility of the macrowlecules correlated with the mom temperature
conditions of life, only if its function involves conformational. changese.
:,The differences in the stability of analogous proteins of close species to
'thermal denaturing. rmationak..
roflect, the differences inthe. ease of. their-confo
traneforma'tions.. Orig. art; has: 1 figure and 2 tables. [JM: 3421861
SUB CODEr 06 SUBM DATE: none ORIG MF: 029 / OrH WW:
034:
iAAj

SOLOV'YEVk, Z.M.-, ~I-E.KS.ANDRIOV~ V.VI.
Technological process of the manufacture of diaphragms for
shaper.-vulcanizers used by the Dnepropetrovsk Tire Plant.
Kauch. 1. rez. 24 no.805-41 165. (MIRA l8slO)
1. Dnepropetrovskiy shinnyy zavcd.

-,- ALEKSANDPOVY V.Ya.
Problem of autoregulqtIon in cytology. Report- No.)- Ppv-+ivp-
inorease in cell reaistance to the action of Injiz.- ous agentB
(adapt&tion), TSItologiJa 7 no.4;447-466 .11-4g It,..
(Mlp,k ISM
1. 'Laboratarlya taitofiziologil I tei'vaekelogli BotanAcheskogo
j
-nstituta AN SSSP, Leningrad.

ALDIKSANDROV, Viktor Yevq2n~ ~vich~ podpolkovnik; SVIRIEOCHKIN, I.I.,
---jxdpnR6-v-nff -
., ied.; SLEPTSOVA, Ye.14.,, tekhn. red.
(Incident in the air] Sluchai v Yozduk-he. Moslcva., Vogn.
izd-vo 14-va oborony SSSR, 1961. 31 p. (MIRA 15:2)
1. Chlen Soyuza sovetskikh pisateley (for Aleksandrov).
(Parachute troops)

ALEKSANDROV, V.Ye., inzh.; SEVRIKOV, V.V., inzh.
Reasons for, the increase in the use of bore bits. Ugoll. Mcr. 7
no.11:25-27 N 163. WIRA 17:4)
1. Upravleniye no burovzryvnym rabotam Donetskogo soveta
navo~nogo khozyaystv-a.

ALEKSANDROV V Ye - ARTSIMOVICH, G.V., kand.tekhri.nauk; GINZEURG, B.I.,
gornyy inzhener
Complete use of mining bore bits. Ugoll Ukr. 7 no.10:27-28
0 163. (WRA 17:4)
1. Nachallnik upravleniya byuro vzaimnykh raschetov Donetskogo,
soveta na;-)dnogo khoz),aystva (for Aleksandrov). 2. Institut
sverkhtverdykh materialov Gosplana UkrSSR for Artsimovich,
Ginzbwg).

ALEKSAbDRON', V.ye.
, gormyy inzh.; SEVRIKOV, V.v., gornyy inzh.;
PIDCORAF V.V., gornyy inzh.
Using a new type of a borehole charge. Vzryv. delo no.54/11:
367-374 164. (MIRA 17t9)
1. Luganskoye upravloniye burovzry-vnykh rabot.

KOIMNICHENKO, I.T.; BAKHAREVICH, N.S.; ALEKSANDROV, V.Ye.1 SMIKOV,
V.V. -,.-
Using the E-6 explosive in Donets Basin mines. Vzrri. delo
no.55/12s126-131 164. 04IRA 17:10)
1. MezHuvedomstvennaya komiesiya pa vary-momu delu.

MINDELI, E.0', doktor teklin. nauk; ALEKSANDROV, V.Ye., inzh.; SETRIKOV,
V.V., inzh.
Efficiency of a wedge cut in development faces of coal mines.
Vziyv. delo no.55/12t,.54-266 164. (MIRA 17: 10)
1. Institut gornago dela im. A.A. Skochinskogo (for Mindeli).
2. ProLzvodstvenno-eksl)erimentalinoye upravleniye Donetskogo
soveta narodnogo khozyaystva (for Aleksandrov, Sevrikov).

SHREY19M, V.P.; AIZIKSAPM Ya.A.
Some exces8os in the construction of power systems
Prom.energ. 13 no.1:27-29 A 158.
(Electric lines-Poles)
(Electric substations)
in towns.
(MIRA 11:1)

ALEKSANDROV, Ya. I., Cand. Chem. Scl. (dies) "Some Regularities
V
of the krocess of Anode Oxidation of Aluminum In Carbonate Elec-
trolysis." Kazan', 1961, 12 pp (Kazan' Chem-Eng. Instif. im
S. M. Kirov) 150 copies (KL Supp, 12-61, 255).

S/153/60/003/006/005/009
B103/B206
AUTHORSt Bogoyavlenskiy, A. F., Aleksandrov, Ya. I.
TITLE: Problem of the ultramicroscopic study of the layer of the
electrolyte close to the anode in the electrochemical oxidation
of aluminum
PERIODICALt Izvestiya, vysshikh uchebnykh zavedeniy. Xhimiya i
khimicheakaya tekhnologiya, v. 3, no. 6, 1960p 1062-1066
TEXT: The authors report on the study of the layer of the electrolyte close
to the anode by means of ultramicroscope in the electrochemical formation
of the protective oxide film on the aluminum anode. Such studies are
complicated by the abundant gas separation at the anode. For this reason
the authors elaborated the carbonate method of the anodic passivation of
aluminum (elaborated by A. F. Bogoyavlenskiy, Ref. 17) and used pyrogallol
as oxygen absorbent. The working solutions were prepared from reagents
of the "Goslaborsnabzheniyell (Gosudarstvennyy trest po proizvodstvu i abytu
laboratornogo snabzheniyal State Trust for the Manufacture and Marketing.
Card 1/3

S/153/60/003/006/005/009
Problem of the ultramicroscopic... B103/B206 -
of Laboratory Equipment). Clean aluminum sheets of the typeAMM(ADim)
were oxidized in a 5% Na2CO3 solution according to the methods described
(Ref. 17). The composition of the gas separated at the anode was deter-
mined by means of the instrument by R. K. Gollts (Ref. 18) and amounted to
96-5% 02 as well as 3.5% H2* 1% pyrogallol concentration stopped the gas
separation entirely. The formation of the oxide film was not impaired
thereby in any way. The amount of separated gas was determined as being
6.88 ml per 1 dm2 anode surface. For ultramicroscopic studies the authors
used an eleatrolyzer with a capacity of 7 ml made from plexiglass with a
glass wall. Iron served as the cathode. The authors established in the
currentless state a layer of ultramicrons with clear contours uniformly
distributed on both sides of the electrodes. The colloidal micelles of
the lead hydroxide are in a state of energetic Brownian motion. When
current is appliedp the ultramicron layer is enriched through colloidal
micelles, torn, and forms a peculiar torch, which is directed with its
point towards the cathode (G. S. Vozdvizhenskiy, Ref, 14). No colloidal
particles could be seen in the vicinity of the anode at a 17'0 pyrogallol
Card 2/3

S11 5Y60/003/006/005/009
Problem of the ultramicroscopic... B103 B206
content in the eleotrolyte. The authors explain the presence of the
hydrogen in the anode gas by the processs 2A1 + 20H + 2H 20 ___~ 2A102 + 3H It
this process playing a very modest role in the total mechanism of anodic
oxidation of the aluminum. The oxygen separation (96 to 97"') is explained
. C - e --
on thp basis of the scheme by A. I. Krasillshchikov (Ref 1.1): OH , OH,
OH + OH -4 H 20 + 0 , 0 - e-40, 0 + 0 --1 0 2- On the basis of this scheme
the authors assume that the 0 ions penetrate the anode film at the same
places where it originates and there cause its further formation (in
agreement with Ref. 6). The excess 0- ions are discharged at; the anode and
escape. The pores in the film are apparently formed according to the mecha-
nism of the actual dissolution of the film substance in the eleczrolyte due
to chemical interaction. There are 4 figures and 19 references: 16 Soviet-
bloc and 2 non-Soviet-bloo.
ASSOCIATON: Kazanslciy aviatsionnyy institut; Kafedra obshchey khimii
(Kazan' Aviation Institute; Department of General Chemistry)
SUBMITTEDs January 5s 1959
Card 3/3

ACCESSION NR: AT4043069, S/0000/64/000/000/0089/0097
AUTHOR: AleksandKqv s!~ of,chemica'l sciences, Profesisor);
j_X J~ (Doctor
Bogoyavlenskiyi A..F.
TITLE: Some theoretical bases for the anodic oxidation of aluminum and ultramicrosoopy
of the circumanodic space
SOURCE: Mezhvuzovskaya, konferentslya po anodnoy zashchite metallov ot korrozii. lot,
Kazan, 1961. AnGdnaya zashchita me-LOlov (Anodic protection of metals); doklady*
konferentsii. Moscow, Izd-vo Mashinostroyenlye, 1964, 89-97
TOPIC TAGS: aluminum, anodized aluminum' organic anodization additive, pyrogallol,
hydroquinone, anodic gas evolution, sodium carbonate electrolyte, barrier layer forma-
tion, circumancrJ!c space analysis, ultraniicroscopy
ABSTRACT: The composition of the gas liberated on a carbonate oxidized Al anode (5%
Na?CO3, 30C, 30 min.) waa found to he 96. 5% oxygen and 3. 5% hydrogen by volume.
Addition of 0. 1% hydroquinone or 0. 6% pyrogallol to Uic bath terminated evolution of gas
on the anode, but the forming oxide film retained the charaEteristics normal for a pure
sodium carbonate electrolyte (weight 50. 5 and 58. 0 mg/dm , respectively, VIAM corrosion
test 18-20 min. at. 16-21C, thickness and porosity normal). The authors therefore suggest
Card 1/2

ACCESSION NR- AT4043069
some hypotheses on oxygen evolution during anodization of Al and on the adsorption of
evolving hydrogen In the presence of pyrogallot or hydroquinone in the bath. A series of
oscillographic charge curves was obtained for sheet altuninum electrodes (working surface
1cm2) anodized at 18 -20C in 2, 5 or 77, NaZC03, at current densities of 0. 05-0. 18 a/dm2'
without or with addition of up to 0. 2% pyrogallol. I'he results indicate that the barrier
layer forms in the first 6 or 7 seconds of oxidation. The overall process of anodization is
not affected by tho presence of an organic additive. Ultramicroscopy of the circumanodic
space during anodization (procedure described) in a bath containing pyrogallol established
W4 Absdfib(i 5f)6611oidal pa:cticles. Orig-. arti has:.2 tables, 6 figures and 2 equations,
ASSOCIATION: None
SUBMITTED-. 13M&r64 ENCL-00
SUB CODE: MM NO REF SOV: 016- OTHER: 006
2/2
Card

AISKSANI]ROIr, I
, U;, NOVAKHOMILTA, D.
'. ~
Retarder for gy-psum hardening based on caseln. Stroitell 2 no.8:21
Ag 11 56. Ma 9:12)
(GXpeum) (Casein)

ALXKSANMDV. Ye., inish.-podpolkovalk.
1- ~ .1 The- GAZ-51 electric equipment. Za rul. 17 no.2:16-16f& 1 159.
NIRA 120)
. (Automobiles-SUotric equipsoont)

ALWSANDROV, Ye., inzh.-podpolkovaik
In the insert. Za rul. 17 no.3:16-16a Mr '59,
(MIRA 12:5)
(Automobilea-Batteries)

ALEKSAVMOV Y
arkhitektor; CHUTRO, A.., iazh.; SOLOVIYET, F., inzh.
Bui241ing an apartment house of vibrated brick panels on nettling
Soil,, Zhil. stroi. no. 4:27-29 Ap 161. (MIRA 14:5)
(Kherson-Brick )iouses) (Foundations)

zA -1, :4.4 4 %". I
.
ALEKSANDROV .* . '. ~,- ~ : I*
,~A Ye. . ka d.. tekhn. nauk
,,:.--,, -~=&j N-,n, ~ I I
Contrary to the textbooks. Tekh. mol. 31 no.8:16-.18 163.
(MIRA 16:11)
1. Zaveduyushchiy laboratoriyey udara i vibrataii
Institute. gornogo dela imeni A. Skochinskogg.

1. ALASANDROV0 Ye. A.
2. USSR (600)
4. Castor Oil
7. Introducing new technology for deriving high-quality drying oil froal castor oil,
Masl. zhir. prom., 17, No. 9, 1952.
9. Monthly List of Russian Accessions, Library of Congress, February -1953, Unclassified.

AIXIBAIMOV Te.A.;. -GOIIJB, I.V.; KULIKOV, L.Ya.
Processing the hydration precipitate in preliminary settling tanks. Xasl.
-shir.prom. 18 no.5:24-25 My 153. (XLU 6:5)
1. Saratovskiy maelosavod Xo.l. (Oils and fats)

A LWA IOV YO.A.
VIM __ -
Computers and accounting machines made in Czechoslovakia. Pri-
borostroanie no.1:28-:)o Ja '56. (XLRA 9:8)
(Czechoslovakia--Calculating machines)
(Punch card systems)

AINMANDROY, , Ye.A. ; SHTBYIMM, Ta. 1.
._wAwMMwbw--
Gauges used for checking the shape and location of complex
cross-section contours. Stan.i instr. 28 no.4:21 Ap '57.
KRA 10:5)
(Gauges)

AMIKSANIROV, Ye.A., inzhener; YAKOVLEV, Tu.M.. Inshener.
Conveyer srotem in finishing opee~tions. Der.prow. 6 no.6:18-19
is 157. (MLRA 10-.8)
l.NoTgorodskays mobeltnaya fabrika.
(conveying machinery)
(Wood finishing)

ALMANDROV, To.A., insh.
Effect. of surface smoothness of plates made OfWO-Dddust on their
voneering quality. Der.prom. 7 no.9:7-9 S '58. (14IRk 11:11)
1. TSnntrallnyy naucbno-iseledovatellskiy institut makhanichoskoy
obrabotki drevesiny.
(Veneers and veneering) (Hardboard)

ALICKSAMOV, Ye.A.
Technological conditions for coating boards made of compressed
wood. Dereprom* 8 no*3.-6-7 Mr 159- (MIRA 12:4)
(Hardboard)

ALEKS j--,XpoAq; ATABEKOV, G.I.; YABLOKOV, V.D.1 OBRAZTSOV, V.A.;
%.
KAZAKOVA, V.A.; GAGORINA, N.P.; SUKHM.NKHOV, V.F.
Inventions. Energ. i elektrotekh. prom. no.2:45 Ap-Je 165.
(141RA 18:8)

ALEKSANDROV. Ye.B.; OLBW, Ya.A.
Investigating the photodielectric effect at high frequencies.
Prib. i tekh. eksp. 6 no.2:152-157 Mr-Ap 161. (MIRk 14:9)
1. Gosudarstvennyy opticheskiy institut.
(Dielectrics) (Photoelectricity)

9.,13oo 611d1S,11Yb
; ;~ -~' I
AUTHORS:
TITLE:
PERIODICAL:
S-S-)
Oksman, Ya. A.,
Photodielectric
temperatures
Fizika tverdogo
20782
3/181/61/003/'003/007/030
B102/B214
Burlakov, A. V., and Aleksandrov, Ye. B.
properties of polyery3talline CdSe at low
tela, v- 3, no. 3, 1961, 729-735
1
TEXTt The present paper is the continuation of two previous papers (Oksman,
Burlakov, FTT, 11, 1960, p. 1818 and p. 1884) in which methods have been
discussed for the separation of the photoconductivity from the complex ol
phenomena causing a photodieleotric. effect, and where it ha3 been shown that
above room temperature and at frequencies ~~200 kc/sec, the photoconduoti-fity
is responsible for the photodielectric effect (ph. d. .) in CdSe. The re-
laxation time which determines the frequency dependence of the Debye diaper-
sion of the complex dielectrio constant was determined to be 9 - As U/kT
where A is a constant and U the height of the barriers separating the equi-
librium states of the localized carriers. A study has now been made of the
steady and transient, frequency dependences of ph. d. a. at tae temperature
Card 1/6

20782
S/181/61/003/003/007/030
Photodielectria B102/B214
of liquid nitrogen and for a large range of frequencies, using the results
obtained in the two papors mentioned above. First of all, the dependewio
of the conduction components of a photodielectrio capacitor on the wavelength
of the exciting light and the excitations intensity was determined. The
samples and the apparatus were described in the previous pa-ers. Fig. I
shows the frequency dependence of the increment of the acti,i'e conductivity
of a photodielectric capacitor filled with a mixture of CdSe powder and
polyester resin nH-1 (PN-1) in the weight ratio 1j5. The f1gures beside the
curves give the excitation intensity in ~6 (100% - 5000 lux). The frequency
is that of the applied potential. The curves were taken at room temperature,
Fig. 2 shows the dependence of the inorement of the active conductivity of
the photodielect.rio capacitor on the wavelength of the exciting light at the
temperature of liquid nitrogen; Fig. 3 shows the same dependence for the
capacitive conductivity. Fig. 4 compares the dependences or the active and
reactive components of the photodielectrio'bapacitor on the excitation in-
tensity at nitrogen temperature. At this t~emperature and at high frequen-
cies, the ph. d. e. shows the following characteristics~ 1j* ari- increase of
the excitation intensity at constant frequency lifts the st&tionary level of
Card 216

20782
S/181/61/003/'003/007/030
Photodielectrio ... B102/B214
the capacitive component of conductivity (wC~) and lowers that of the.aative
component . 2) With increasing frequency the steady increment Gp tends
from a negXive to a positive value. 3) The rate of growth of 6GP and of
the decrease of aCp with increasing frequency increases in the first stage
of relaxation. 4) At high frequency and low excitation, the osaillogram
a0p(t) shows a smooth increase of the active component up to the steady-state
C2
value. The active component of conductivity is given by GP 0 2:and
2 z:2 (C+Co)2
the reactive one by oC Cco C0 U-, where 0 is the capacitance of
p C+00 (C+CO)3
the semiconductor, Cc the capacitance of the passive dielectric, Ethe elec-
trioal conductivity of the semiconductor, and ?i the angular frequenoy. The
results of the investigation may be summarized as followst 1) The ph.' d. e.
in polycrystalline CdSe at nitrogen temperature is caused by localized car-
riers. 2) Optical excitation in the region of maximum photoconductivity
leads to consecutive filling of the local centers beginning with the lowest.
Long or short wave radiation changes the concentration of the 1*ow-level car-
riers- 3) In the course of relaxation (after switching off the excitation),
Card 3/6

20782
S/161/61/003/003/007/030
Photodielectrio ... B102/B214
the nonequilibrium carriern fill the low-lying re'combination oonters. There
e
are 6 figures and 6 r ferencest 4 Soviet-bloo and 2 non-Soviet-bloo.
ASSOCIATION: Gosudarstvennyy opticheakiy institut im. S. I. Vavilova
Leningrad. (State Institute of Optics imeni S. I. Vavilov,
Leningrad) Zt,
SUBMITTEDt May 14P 1960
Fig. I
Card 4/6

Photodielectric ...
0,
Fig. 2
Card 5/6
20782
S1181V611003100310071030
B102/B214

Photodielectric ...
20782
S/181/61/003/003/007/030
B102/3214

Figs. 3 and 4 CA

A
4?0 to 60 80 loo

I\
-
I
I

. z0
\,6~00~ 700 800 foo

Card.6/6

AMMANDROV, U.S.
Optical orienlation of rubidium isotopes. Opt. i spektr.
13 no.3:453-49 S 162. (NIRA 15:9)
(Rubidium-Optical properties)
(Radioisotopes)

h3409
S/051/62/013/005/015/017
E039/E420
~AUTHORS: Aleksandrov.,--~., Khodovoy, V.A.
TITLE; The detection of the K40 isotope by means of the
optical orientation of atoms
PERIODICAL: Optika i spektroskopiya, v.13,-no-5, 1962, 751-752
TEXT: In this method the paramagnetic resonance is detected by
a change in optical absorption in the medium. It has been used
previously in the case of alkali metali at va our pressures of
,-- 10-b mm Hg and less. The detection of K E in the natural
isotopic mixture of potassium by means of paramagnetic resonance
between Zeeman components of the hyperfine structure of the basic
state in the Earth's field was shown to be impossible. Thitowas
because of the signal to noise ratio and the fact that the K
is orientated only b l1* ' n with atoms of K I and K39.
An increase in the K~Ocoonltsenlot by raising the temperature of the
resonance vessel is precluded as the vapour then becomes opaque
to r-esonanco rad�ation. This difficulty is overcome by
allowing the K40 atoms to make collisions with optically
Orientated atoms of sodium'vapour. In this case the resonance
Card 1/2

The detection of the K40 isotope ... S/051/62/013/005/015/017
E039/E420
vessel contains potassium with a Na admixture and argon as a
buffer gas. In order to increase the relaxation time the walls
of the resonance vessel are coated with eicosane. At 1800C the
optimum pressure of Na vapour is attained (--lo-5 min iiq). Thn
potassium vapour pressure is then - 10-2 min Jig and hence the K40
vapour pressure is - lo-,6_111m jig. As a result of collisions with
the Na atoms the K atoms,acquire some orientation and as the
number of Na atoms transmitting their orientation to K atoms
increases the transmission,of the vapour with respect to sodium
light decreases. The arrangement of the apparatus is similar to
that of H. G. Dehmelt (J. Phys. rad., 19, 1958, 866). In a
magnetic field of 0-34 gauss, throe resonance signals were
obseryed: the first at 238 Kc/s corresponds to the resonance for
Na, 01, K39 and probably RX with a signal td noise ratio
S = 4 x 103; the second at 158 Kc/s corresponds to 1105 present
as an impurity and the third at 107 Kc/s is the K40 resonance with
S --5- The possibilities*of this method for the detection and
determination of small concentrations of one alkali metal or an
isotope in another are not exhausted. Abstractor's note:
SUBMITTED: I-lay 14, 1962 [Abridged translation.]
Card 2/2

-ALEKSANDROV, YeA., prof.; BRIANTSEV, D. Yu.
Potentiated peridural trimecaine-dicaine anesthesia in gynecology.
Sbor. nauch. trud. Ivan. goo. med. inst. no. 28t365-370 163.
(MIRA 19:1)
1. Iz kafedry akusherBiva i ginokologil ( zav. - prof. Ye.K, Alek-
sandrov-) YF-.roslavskogo meditsi-rskogo instituta (rek.tor - prof.
14. Ye. Yarypin).

ALEKSAMOV le.B.
,p
Q=tum be4:La of resonance luminescence following excitation by
modulatao .1ight, ~ . Opt. i spektr . 14 no. 3: 06-~438 Mr 163. (MIRA 16 11)
(Quantum electrodynamics'',
J

EWT(3.)/BDSr_AMC/ASD
Mj~
0. AM09794 S/0051/63/014/006/0823/0825
V. A.
AUTHOR: Aleksandron To. B.;_ Khodovoy
TITLE: ~Regarding tho Dehmelt' riment
SOURCE: Optllia~ ispokbroskopiya, vo 14, no. 6, 1963$ 823
PIC,*TAGS: :yaramagneticresonancep optical orientation,, spin relaxation,
optical. PUIMping
ABSTRACT: Ho-G. Dehaielt (Phys. Rev. 105#14879 1957) carried out an experitdent
on determining the relaxation time. -of sodium atoms in the process of optical,.,-
orientation,,~ 'Me pres-lent authors question Dehmelt's interpretation and analysis
of his exper.1mcintal results. Debm~lt attributed the appearance of the absorption
signal to inversion of the magnetic field; the authors assert that the absorption
is determined by the probabilities for'optical transitions that do not depend on
the energy of the atom in a weak magnetic field. Accordingly, the absorpti on
should not change with field inversiono The authors repeated the Dehmelt experiLl
ment with partivular attention to the relation between the residual field and the
rate of reversal of the main field. Stray fields were thoroughly compensated*
Theorientation was realized in rubidium vapor. No change in transparency of the
ACard 112
..........

L'17797-63 ivr(i)Aos AmcAsD/ij~ (c) /s.,,r) GG
.~00706511
ACCESSION-NR: AP 3/045/003/0503/0513J.
AUTHOR: Alaksandr ~e~~,,Konstafitinov, 0., V.; Perel' V. I.;
nodovoy,
TITLE: Xodts,lation of scattered light with the aid of parametric
resonance
SOURCE; Zh. eksper. A teore t. fiziki,.v. 45, no. 3, 1963,' 503-510
TOPIC TAGS*. parametric resonance, scattered light modulati -on, cad-
mium vapor, cadmiun,excited.state, scattered light intensity ifiodd-
lation.' rf cadmiumAamp, cadmium luminescence, interference batwd.en
excited states
ABSTRACT- A-theoretical andexperimental study of the resonance.
~qcqttering o! light...~y cadmium vapor in a weak magnetic field hiw
been carried out. Ihe effect examined is caused by the interferedc"a
of two excited states, occurring during modulation of the energy
"interval between th6m.. Linearly polarized light from ah':-rf- cadmium-,.
lamp excited the retionance luminescence of Cd vapor 'at 206C'f"in a
Wood-type horn-shapad vessel. Luminescence with a wavelength of
C .112
ard

Is 17-797-6
~ACCESSION %IIR-.' AP.1007069
3261A was~detectad by A photomultiplier~. The rf magnetic field
(1030 kc) %ras established by a solenoid surrounding the vessel, with;
''additional-,modulation produced by a 30-cps high-voltage signal
which was used'as the b.ase voltage for the synchronous detector.
The constant magnetic field was imposed by a system of Helmholtz
rings. Th.is field was slowly varied to obtain the resonance curvk%.
The excited, siate of the Cd vapor was split into a Zeeman triplet,
and the intensity of scattered light was modulated by the frequency
of the rf Uield an(t.integral multiple's of that frequency. The ex-
tent of modulation and the mean intensity of luminescence showed-
resonant maxima when the difference,of the frequencies of a-com-
ponents was an integral multiple of the rf modulation frequeni,_y.
A possible combination of the effects of resonance scattering of
modulated 'Light and parametric resonance was indicated. When the
modulation frequencies of the field and the light do not coincide,
the-intensity of scattered light will contain combination harmonics.~_____
Orig. art-has: 5 figures and 22 formulas.
ASSOCIATION: Opticheskiy institut,im. S. 1. Vavilova. (Institute of
OP ti c.s).-
SUEKITTED-t O9APr63 ~DATE ACQ-. O8Oct63 ENGM
-,-SUB 00
C QD~ BE PH NO M SM 00 OTW 00r,
Sam