SCIENTIFIC ABSTRACT LEBEDEV, YA.S. - LEBEDEV, YE.N.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000929030008-0
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 31, 2001
• Sequence Number: 8
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

Calmdation of the electron paramagnetic resonance spectra -on an
electronic computer. Part Z: Asynmetric lines. Mmr.strukt.khime
4 no.1:22-Z7 A-F 163. (MIRk 16t2)
1. bstitut khimicheskoy fiziki AN SSS&
(Spectrum analysis) (Klac@ronic computers)

-SIMM-M, V.F,; LEPEDEV, Ya.'@.-, TLSFPAI@OV, V.--.,,
Elect.ror, Para-muogne .,.n -3cnanze cipf,@,@tru ,-, i
14.
in the 1:@quld pha3e. Zhor. f':_z. kh*-'.m. 38 oy
1. 'Ingtittif, kh-lm-';-h(,-skoy i'lz-Iki AN iqj M a i -h
28, 1963.
m

LZBEDEV, Ya. S.
Dissertation defended fur the degree of C:.ndidate of CheLdcal Sciences
at the Joint Acadeidc Council on Ghemic@@.l Jciences; Siberian Branch
"Structure and Reactions of Free Radicals in Irradiated Polyrirlers
(Electron Paramagnetic Hesonance Investigation Using :;lectronic
Computers for @ipectra Analysis)."
Vestnik Akad. Nauk, No. 4, 1963, PP 119-145

ACCESSION HR: AP3006755 S/6190/63/005/009/1339/134:
'AUTHORSt Heymang Me Bel Fedoseyeval To 5.1 Chubaroval Go Vol Buchachenko, A& L61
Lebedev, Ya. So
TITLEt A study of the radicals in Irradiated polyformaldehyde
.SOURCEs Vy-*aokomolekulyarny*ye ooyedineniyal v. 5# no. 99 19639 1339-1.544
TOPIC TAGSs free radicalf polyformaldehyde, electron paramagnetic resonance,-chain'
ipolymerp gamma irradiationt polymer chain/ EPR 2 IKhF spectrometer
;ABSTRACT: Structural and-kinetio characteristics of free radicals in'irradiated
tpolyformaldehyde (PFA) were investigated. Powdered PFA was placed in soldered and
60
ievacuated ampules and was subjected to gamma radiation from a Cc sourCeo The
study of electron paramagnetic resonance (EFR) radical spectra at low temperatures
6
:was conducted on PFA irradiated at 77K with doses of 5 x 10 and I X 10 roentgens.
:Spectra were recorded on the spectrometer EM-2 IKhF# A special ampule was used for.
.room temperature radiation experiments. The ampule wan connected to vacuum equip-
;ment to allow varying gas concentratione-around the specimens. Means w1ire provided
for oontrolling the.ambient air temperature, Teat results indioatedi, 1) two types
Card 1/2

4CCESSION NRs AP3oo6755
of radicals are present, the stable - 0 - CH - 0 - radical and short-lived radicals
@from polymer chain ru
pturej 2) for the stable radical, defrosting of internal
motions of the molecular chains occurs at temperatures below -196K. The recombina-,
.;tion reaction is desoribed by a second-order equation with the constant rate of
Ci-7 exp(-19 OOO/RT) =3/seo. The value of the annihil
recombination given by It
-than in a racuum and Aepends
;tion rate constant of radicals is higher in oxygen
:linearly upon the preamwes k__ -10_9k-_'h0_,7 exp(-17 000/RT),cm'/eec. Orig. art.
P
:has' 4 formulam, 8 equational and 6 figures,
ASSOCIATIONs Inatitut kbimlobeskoy fiziki AN SSSR'(Inatitute or Chemical Physiost
AN SSSR)
iSUBMI=t 19Feb62 ENCLt 00
:SUB CODEt GC NO REY SM 008 O`TMM t 003!
Card 2
/2

LEBEDEV, Ya.S.; TSVETKOVj Yu.D.; VCJYE;VODSKIY, V.V.
Free radical reactions in irradiated polytetrafluoroethylene.
Part 4: Reactions of fluoroalkyl radicals with molecules
from the gaseous phase. Vysokom. soed. 5 no-10:1500-1506
0 163. (MTRA 17:1)
1. Institut khimicheskoy fiziki AN SSSR i Institut khimd-
cheskoy kinetiki i goreniya Sibirskogo otdeleniya AN SISSR.

LEBEDEV, U.S.; TSVFTKOV, Yu.D.; VOTEVODSKIY, V.V.
Free radical reactions in irradiated polytetrafluoroethylgne.
Part 5s Discussion of the reaction mechanism. Vysokom.soed. 5
no.11:1608-1614 N 163. (MIRA 17:1)
1. Institut khimicheskoy fiziki AN SSSR i Institut khimicheskoy
kinetiki i goreniya Sibirskogo otdeleniya AN SSSR.

LEBEDEV, Ya.S.; TIKHOI-1,IROVA, N.N.; VOYEV(,,DSKIY, V.V.. otv. r-erl.-
TERENTIYEVAY E,N., redaktor
[ktlas of electron paramag@etic ressonarce spectral At-Las
spektrov elektronnogo paramagnitnogo 7ezonansa. Moskva,
lzd-vo "Nauka.11 No.2. [Theoretically calculated symmetrJcal
spectra with a complex hyperfine structure] Teoreticheskie
rasschitanwie F-1-metrichnye spektry so slozhnoi sverlchtonk-oi
strukturoi. 1,64. 197 p. (MIRA 17:7)
1. Akademiyti nauk SqSR. Institut khijaicheskoy fJ.ziki. 2. La-
boratoriya khimicheskoy radiospektrookopii Instituta khini-
cheskay fiziki AN SSSR (for Lebedev).

J:. ACCESSION NR: AP4016517 S/0195/64/005/001/0064/0070
'AUTHOR: Lebedev, Ya. S.; Tsepalov, V. F.; Shlyapintokh, V. Ya.
TITLE: Measuring the stationary peroxide radical concentration in the cumene
oxidation reaction by the EPR method
SOURCE: Kinetika i kataliz, Y. 5, no. 1, 1964, 64-70
TOPIC TAGS: peroxide radical, concentration determination, cumene oxidation,@
peroxide radical formation, liquid phase oxidation, recombination rate, cobalt
stearate catalyst, azobisisobutyranitrile, dicy clohexylpe rcarbon ate, EPR
analysis, cumyl peroxide
ABSTRACT: A study of the liquid phase oxidation of hydrocarbons showed that
the peroxide radical recombination rate constant is approximately the same for
olefinic materials, and 1- 2 or de r s higher for aromatic hydrocarbons. Cu-
myl peroxide was selected for further study since it has the smallest recornbina-'
tion rate constant. The oxidation of cumene was then effected in the resonator
Card 1/2

ACCESSION NR: AP4016517
of the EPR spectrometer. The reaction was eatbalyzea with cobalt stearate or
initiated with azobialsobutyron it rile or-with dicylohexylpercarbonate. In chang-
ing the concentration of the latter from 0. 02-0. 55 mol. /1. , at 68-90C, the ini-
tiation rate changed by a factor of 50, from 5x 10-6to 2.4x10-4moVi-sec. The EP.R
spectra, determined by the cumyl peroxide radicals,are identical, although
oxidation was initiated by different radicals. The peroxide radical concentration:
measured in this work essentially approaches the values calculated from the
known rate of initiation and the recombination rate constant. The slightly lower
measured values are explained as due to experimental errors such as insuffici-
ent 02, incorrect placement of the ampoule in the resonator, etc. Orig. art.I
has: 2 figures, 4 equations, 1 formula
ASSOCIATION- Institut khimicheskoy fiziki AN SSSR (Institute of Chemical
Physics AN SSSR)
SUBMITTED: 26Apr62 DATE ACQ: 18Mar64 ENCL- 00
SUB CODE: CH, PH NO REF SOV: 007
OTHER: 013
:Card

L 26657-65 E1W'G(J)/FWT(l)/EW1 (m)/EPF (a )/EWA(d)/EPR/FWP( ')/F-,M(t)/7,?1P(t)/L?TdP(b)
PC -747P_r_-_L7Ps -41/Pad/Peb IJP(c)/RPL %M/W/JFV1/JD/M1Ar3/G S
ACCESSION NR: AT5002264 S/0000/64/000/GO010190/0195
AUTHOR: Lebedev, Ya. S.; Tsepalov, V. F.; Shlyapintokh, V. Ya.
TITLE: Use of electron Paramagnetic resonance for the study of active centers
ir. liquid-phase oxidation reactions
SOURCE: Soveshchaniye po%izicheskim metodam issledovaniya stroyenLya molekul
organicheskikh sovedineniy i khimicheskikh Protsessov. Frunze, 1962, Trudy.
Frunze, Izd-vo Ilim, 1964, 190-195
TOPIC TAGS: electron paramagnetic resonance, liquid phase oxidation, active
center, EPR spectrum,.p&raxidi@ radical, cumene oxidation
ABSTRACT:' This investigation was undertaken to determine the steady concentra-
tions of peroxide radicals in liquid-phaseoxidation reactions by means of EFR
spectra. Experiments were conducted on anfthF_2 spec rometerl'@ith a high-fre-
quency modulation field. The instrument recorded the first derivative of the EPR
line of the peroxide radical, simultaneously with the signal from tme standard
sample (carbon)& The reaction was conducted directly in an EPR resonator of the
spectrometer. For this purpose, an ampule of cumene was placed in the resonator
and heated with a stream of hot air. Oxidation was catalyzed by cobalt s earate
ord inj@jated by azodiisobutyronitrile (1) or dicyclohaxylpercarbonate
car

L 26657*-65
ACCESSION NR: AT5002264
perature was measured with a thermocouple immersed in the ampule. Oxygen was
Tem
bubbled through the sample. Free-radicalsqwere observed and identified, from
their spectra, as cumen@_, peroxidegra-d-icals: Experiments on the measurement of
the steady-state concentration cf1cumene peroxide radicals were conducted at 68-
90C and with concentrations of I df 0.02-0.55 mole/liter. Initiation speeds
varied from 5xl0-6 to 2.4xlO-4 mole/liter.sec. With I, the speed was calculated
frora wizl.2xl.58xlOI5. e -30800. Absolute values of the experimeni:al concentra-
RT__
_.tions of perokide radicals-lay within 5xlO'5--4xlOI6 radicals/em3. Calculated
and measured values were close. Orig. art. has: I table, 2 figures and 3
f ormulas.
@ASSOCIATION; Institut khimicheskoy fiziki AN SSSR (Chemical physi.-s institute,
AN.SSSR)
SUBMITTEDi .19Jun64 ENCL: 00 SUB COJ)E: GCS V?
NO REF SOV: 005 07MR: Oll
Card 112

ZHURAVLEVA, T.S.; LEBEDEV, Ya.'S.; SIIUVALOV, V.F.
Distribution of spin dersity in radicals of' nitrilc derivativez.
Zhur. strakt. k1lirl. 5 no-5-2786-789 S-0 1641 (MIRA 18:1)
1. Fiziko-khir-Ir@he9kiy @mstitut im;-ni L.Ya. Farpvva i Jrstitllt
fizlcheskoykhLmil JQI SSSR.

-'(c )'/9PF(n)_2/EWP'
Lar)io8_65 x-WG(j)/z7WM_ (MVEP3
Peb/Pu-4 -RPL - VFd/J1--W/GG/MU-1
AWMION IM; AP5002728 S/0195/6h/9C6/006/1020/1027
AUTHORSt Mikhay-lov, A. I.; Lebedev, Ya. S.- Buben, N. Ya.
TITLE2 Stepuise recombining of free radio in irradiated crganic orbstanoes
I .-- I
SOME: Kinetika i katalizp ve 5. no, 6, 19642 1020-3,027N
TOPIC TAGSt irradiation, fast electron, free radicalj kinetics, decay scheme,,
glycine., malonio acidp acetic acid, palmitic acidp naphthalene/ EPR 2 IKh F AN
SSSR spectrometer
ABSTMOTt A systematic investiCation performed on free radicals obtained by
irradiation with fast electrons sho-ded that under isothermal corditions these red-
icals recoubine in a stepwise manner. The general characteristics of the process
were determined by the study of radical decays in @ @cine;@malonic acid, acetic
1 acid, palmitic ecid., phenol, naphthaleneAetc., involving @qpid and Blow crystal-
ea cooling.
lizations of liquids in boiiing ni ogen 6r at 0.3 - 0.5 degr@as/minut
Nonpaired sping were measured with the EPR-2 IKhF AN SSSR spectrometer between -160
and 4150C. Ruepwise recombin-ing occurEi in wide temperature rangest glycine (-140
to +1300)s =Ionic acid (-140 to +70C), phenol (-160 to +5C). The concentration of
radicals is a function of temperature and not of the thermal treatment (sae Fig. I
Card 1/3
wnzpg@

-_J L 2%1o8_65
ACCESSION Wt. AP5002798
-Ion the Enclosure)j while the time of attaining the condition of equilibrium may
,vary from hours to a fwoi seconds, Uniform crystals and frozen substances take-
longerv. V, V. YoXavadskiy and Yus N. Molin took part in discussions of the resultai
.1. 1. Chkheidse provided the necessary substances,
ASSTI IAT ION t Institut khimiohaskoy f i ziki All SSM (Inst itut e of Cheale al Physics
SUBMITTED t IlDea63 EIM - 01 SUB CODE t OC's /VP
1"'o RZF Sov 1 018
OTHER& 009
card 2/3 ----- -

1 29108-65
19.
ArG=I()N NR# AP5002728 FMLOSIJREt 01

1CCESSION NR: AP4017634 S/0190/64/006/002/0241/0246
AUTHORS: Fedoseyevat T. S.; Kuzlminakiyp A. S.; Heymano M. B.; tuohachonkot A. L.;
Chortkovs.9 V. F.
TITLE: Effect of three-dimensional network on free radical annihilation process in
elastomoro
.SOURCEz Vy*sokomole)culyarnjr*yo soyedineniya, v. 6, no. 2, 1964, 241-246
TOPIC TAGS: free radical, sodium-butadieno, thermal vulcanizate, EPR spectra,
irradiated specimen, chain segmento activation energy, pro-exponential factor
ABSTRACT: The kinetic properties of free radicals formed in the @-irradiation of
thermally vulcanized nodium-butadiene of various degrees of croes-linkages have
been investigated by the EPR method. The thermal vulcanizate was obtained by pro-
li=inary heating of the purified polymer in the press at 220C and under 50 Vc@:d
pressures from 5 to 60 hours. The specimen was irradiated in vacuum at -196d-from
a co6o source of 25 Urad done. The EFR spectra of the irradiated specimen were
obtained on the EPR-2 1KhF AN SSSR'inatrument at -196C in 20 to 1000 intervals. it
.is shown that formation of a three-dimensional network prolongs the lifetime of the
Card 1/2

,'ACCESSION NR: AP4017634
'captured radicals. The rate of annihilation of these radicals decreases with
,increase in the number of cross-linkages. The rate for the same network density is
'limited by the mobility of the various chain segments. Furthermore, the activation
emergies and pre-expon:ential factors for the annild I ion of free radicals in
mobile" and "sluggish" regions of the chain have been determineds Orige art* h"s
'5 figures and 1 table$
'ASSOCIATION: Institut Ichirnicheskoy fiziki AN SSSR (Institute of Chemical Physics
;AN SSSR);,Nauchno-ionledov~Ltellskiy institat rezinovoy promywahlennosti (scientific
@Research Institute of the Rubber Indus
try)
ISUBMITTED: 13Hov62 DLTZ ACQj 23UAr64 EXCLj 00
@SUB CODE: CH NO REP SOVx 005 DIUMt 000
Card 2/

!ACCESSION NR: AP4042191 S/0190/64/006/007/1308/1312
S., Lebedev, Ya. S., Buchachanko, A. L..)
I AUTHOR: Nuz'minskiy, A. S., Fedoseyeva, T.
Zhuravskaya, Ye. V.
TITLE: Nature of the free radicals formed in irradiated polydimethylsiloxanes
SOURCE: Vy*sokomolekulyarny*ye soyedineniya, v. 6, no. 7, 1964, 1308-1312
TOPIC TAGS: polydimethylsfloxane, phenylene derivative, hydroxyphenylene derivative,
Irradiation, free radical, Gamma irradiation, electron paramagnetic resonance, EPR
spectrum, polymer radiation effect
The mechanism of action of irradiation on polydimethylsiloxane and Its phenylene-
and hydroxyphenylene- containing derivatives during the formation of free radicals was
Investigated by subjocting tho polymers to *@' -irradiation (C060 = 10000 g. equiv. Ra.) at -196C
In vneumn at a doso or 25 Mrad. Electron paramagnetic resonwice spectra showed that two
types of radicals (singlet and triplet) are formed corresponding to
CV-Ad_ 1/3

ACCESSION NR: AP4042191 CH
2
I - 0 and Si 0 e-"
CH3 CH3
The formula for determining the relative concentration of both types of radicals in
polydimethylailoxane is given as:
J,
st -0-
-till,
In phenylene-contaWng polydimethyls1loxane, the radical
Is found, the spectrum of which Is determined by the Interaction of the unpaired eloqtron
Card, 12/3

ACCESSION NR: AP4042191
with the ortho and meta protons of the phenylene ring. The kinetic properties of these
free radicals were found to depend on the mobility of the polymer chain segments. "The
authors wish to express their gratitude to A. L. Mebanskiy and B. B. Dolgaplosk for their
continual attention and assistance in this work." Orig. art. hai@ 3 figures, I formula and
5 chemical structures.
ASSOCIATION: Nauchno-issledovatellsldy institut rezinovoy prorny*s'hiennosti (Scientifle
Research Institute of the Rubber Industry); Instittit khimicheskoy fizW AN SSSR (Institute
of Chemical Physics, AN SSSR)
SUBMITTED: 28AUg63
SUB CODE: OC
NO REP SOV: 002
ENCL: 00
OTHER: 002
:3/3
Card.

EEC
L 366 ZWT(1)1 (t)SEC (b) 2 Pi_4 IJP(a)
64-6Z@ -
AP566 /6@86/65/000/oo4/0040/004o
-7384
OR,
tebedev, Ya. S.; Taranukha, 0. M.
TITLE ,Transducer for s-nectrometerr. of electron Paramagnetic resonanAClass 21, No.
.68347
SOURCE- Byulletent izTobreteniy i.tovarnykh znakov, no. 4, 1965, 4o
PIC TAGS: spectrometer transducer, electron paramagnetic resonance, EPR spectrom-
er
ABSTRACT: This. Author Certificate introduces a transducer for a spectrometer of
electron paramagnetic resonance. The transducer consists of a cavity resonator and
an ampul containing the specimen. To localize the shf field witoin the specimen, a
spiral made of a conductive substance is wound around the ampul.' Orig. art. has: 1
-figure. [Owl
ASSOCIATION: none
_'SMMr.VE; l6Mar64 00
ENCL: SUB CODE: ECNf@
FIEF, SOV: .000 OTHER: 000
ATD PRESS:, 3221.

swim, oil 111-11,
Pr P,
L 56001-65 e4G(j)/EY,T(m)/EPF(c) Pc- -4 'A
AUTHORt Lebedev, Zai.-@S._(Candidate of chemical sciences)
!d physiconuclear metbods in chemistry
TITLE: Santinar on radiochemia4g a
GOURCt: AN SSSR. Vastniks no. 6t 19651 107-110
.:TOPIC TAGS: chemical conference, radiation chemistry, nuclear physics, inorganic I
chemistry, organic chemistry, nuclear physics conference
-A'p .66 v'6-t_e dt' 6 'ai p p I c a o n sof nuclear physics in chemistry a
ABSTRACT: - _S_,minar nd
Ao the problems of radiochemistry vias held on 16 and 1 It March 1965 at the
institute of Chemical Physics, Academy of Sciences USSR. The seminar
jo!_T@ii'y__s-pon_s__o_ red by the Deparl-mcni *of General and Industrial Chemistry,
the Department of Nuclear Physics, tile Scientifik- Cotincil on the-Chenil .0.L-V
of Hitili-Ener icl@s and the State Com-mitie the Use of Atom,, j(;
'USS
__9Y_'_ -SR-, --T'hi-.Ae ape rs -and -12-shcw t-note G--w ere- pres@qaxit
ed-
at,
-,t e--senunar
U.1@ -Wetings Avere
0-PI B 1-,fiff6r'mation.dn-bAsic@.pro lems_-oft-a iaton-arid--ii
chemistry.-. es'
and'to illustrate theje pro lems with shortnot6s on'the lat t,

L -16001-65
['AGMSIO14 NR: -01035-
developments in the field. In the first two meetings the following papers
noted.
1.0n radiochemical problems
were
!V..-L.-Tallroze (Institute of Chemical Physics, Acaderny of Sciencefi USSR)
; reviewea-p-ro-b'lems connected with the elernentary radiochen-lical processes'
iand singled out vibrational energy transfer and several other processes in
c ensed stat
ond Le as- the leas. t known processes,
Pilayev (Institute of Physical Chen@itjM) reported on the solvated
:.r-lectron, which is one of the newest chapters of Inorganic radiochemistry.
lectron was proved directly and
!Recently, the formation of the solvated P
i1constants for its reactions with acceptors were determined. These facts
;were. felt to be of great importance for the theory of radiolysis of polar
i1systerns.
f, N. A. Bakh (Institute of Electrochemistry, Academy of Sciences USSR)
presented,-a -eview of the problems of organic radiochemistry, stressing
;the problIem of correlation be.tiveen molecular structure and radiation sta,
bility. The role of the EPR method was particulary emphasized in solving
the pro)31ems.

L 56001-65
ACMSION HH: AP5M5833,
IV. L. Karpov (Karpov Scientific Research Physicochemical Institute)
I treated the radiochemistry of po uclear radiation has an accelerating
effect on polymerization. especia y Irl lid phase at low temperature. Ion-
11 TSH(I
izing radiation is being used for synthes s of graft polymers and modification
i1i'Of the properties of macromolecular compounds. The problem of radiation
stability of synthetic and natural polymers was indicjited as being particularly
V. 1. Spit (Institute of Physical Memistry, Academy of Sciences USSR)
- - --a 4;1-1 d 's@6
elaborated an th; feet
e
of the radioactivity of stances on their cata-
r4
lytic activity. Continuous irradiation of Catalytic systems by means of radio-
!.active. type 05 isotopes incorporated into the systems made possible accele-
ration of chemical processes, which does not occur by external irradiation.
i The mechanism of catalysis with internal irradiation wag proposed by the
'author and proroked a lively discussion.
T. V. Tsetskhladze devoted his pap;er to chemical
reactions Initiated by
nuclear transformations of the type LO (na) T or He(n, p) T. For example

L 56001
65
-
ACCESSMN M "=5635
!
iii-m "hot" to- - tfiis-0e6d@z ed Irk
Ir u a Ms c eract Tith hydrim"Awbons adsorbed on'
the surface of irradiatedsubatance. A coramunicationbya team of authors
R- '[unnamed] on the preparation of oxidic and fluorintited compounds of noble
@
gases by 0 decay of iodine and bromine served to illustrate chemical reactions
,
caused by radioactive decay of nuclei.

11-G. Dzantiyev (Institute of Chemical Physics) described energetic chemo-
nuclear processes based on transformation of the energy of fission fragments A
-tions. The feasibility of
into the energy of endothermic chemical reac
4
chemonuclear processes, such as nitrogen fixation, was confirmed ex-peri-
mentally, but many connected problems still remain unsolved.
The second part of the seminar was devoted to the utilization of isotopes,'
anti radiation in the study of the chemical properties and transormations of
:suk,stances.

V. 1. Golidan4kiy (Institute of Chemical Physics) discuss:ed the problems-of
i -resonance spectroscopy (Mossbauer effect), the use of whichts being constantli j
nded in various fields of chemistry, Me recoillead nuclear gamma-
a
t@@p
- - W.
V
4 ;1

L 56001-65
ACCESSION UR9 AP5025835
esonance fluor*6scence was given as one of the most strildni examples of
the successful application of nuclear physics in chemical studies. This is
j1he only method of struQtural chemistry which gives the most important data
on intramolecular electric and magnetic fields, and the nature of the chemi-,
cal bond in complex and organoelemenW compounds.
Biological applications of the nuclear gamma-resotmnee spectroscopy,
treated in another paper. include recording of biomechanical vibrational
-processes.
V. V. Golikov (kint Institute of Nuclear Research), M. G. Z@e
@l @nov (Kur-
chatov Institute of Atomic Energy) and others investigated by physicochemical.
i1properties of crystals and liquids by means of the scattering of slow neutrons.:
a Ohio- @(Ihstltttt,6 ot-neorett -and-
V
. -F 7 cal -Exper
trod
the chemistno of the new Ongfifist atoms containMa A-mu., -6 q1
_T qqn_qr po
card

__L 56001-65---
ACCMICH KRI AP=5833
in place of a proto@n. the' -application of these atoms is the
raeasuring of the absolute rate constants of ultra-rapid chemical processes.
Meastying was made possible b@r the "physical standard of time" of the order
of 10 sec, which is based an the presence offpositronium in the.-system.
ASISOCIATICHt WnO
FIM11 1 00 SUB OODE: GO, NP
'SUBUTMI 00
Mv REF SM: 000 OTM: 000 -ATI) PRESSt 4027-F

LEHEDET,)@S.; TARANUKHA, O.M.
Use of moderating packings in the recording of electron paramagnetic
resonance spectra. Teoret. i eksper. khim. 1 no.2:260-264 MX-Ap 165.
(MIRA 180)
1. Institut khimicheskoy fiziki AN SSSR, Moskva.
j".

T. 39tiq5@5 =(6)/WMAWT-W@ N-4*,`x1r_L
AMSSIMI IM: APS006772 S/0195165/QOU/001100 0055
AUTHOR: 141khaylovo A. r,; Lebedev, Yas G.; Buben, 11. Ya.
TITM: "Step" recombination of ftao radicals @n irradiated organic compoun(la. 11.
r-ramination of a formal-kinetic model and af a' method of evaluating kinetic con-
stants
ISOM=-: Klaet'@ka L katalit, V. 6, no. 1. 1965, 48-55
!-,oprc T&cs: recombination, recombination reaction, free radical, orgdnic iriaterial
@ABSTPUkCT: Several models of the "step" recombInation of free radicals in d solid
aT"- discussed. The results of a fornal-kin@etic calculation are coarpared with.
e.i,?erim,antal data. An experiment is proposed to perrdt 3udgPent as to tlie apdtial
of frce rddicals. The frilloving hypotheticdl models are advanced to
e_xplain the origin of a qua I-atationary "step" in the recombination of radical's in,
a solid phase: 1) radicals located in zones (crystailitea) with different Soften-
in& temperatures; 2) radicals fLxed In traps with different ener-gfes of stabiliza-
-on; F_-d 3) the probabilit- recambination of a pair of vadica13 depends on
y of the
the dist-3nce between them. "In. coaclusion the authors consider it their pleasant
'duty to express gratitude to V. V. Voyevodskiy and Yu. H. Molin for their frequent
t
i Card 1/2

L 39695-65-,
ACCESSICH MR: ApW6772
analysis. of--tho( t4ouLts pf the Vork," OrIg'! ext'. hast 2 fLgures, I table, 12
equations.
ASSOV!IATILK: Inatitut khWcheakoy fiziki AN SSSR (Institute of Chemical Phystes
Academy o."' Sciances SSSR)
SUBHITTEM IlDec63 ENCL,,, 00 M COM G uc
Fm FXF- Sov: 008 OTHEKI. 006
IF
7

LEBEDEV, Ya.S14
Diffusion kinetics of bimolr--ular reactions in the solid phase#
Reaction of Immobile centers with mobile components from the
het,arophas--. Kizi.i kat. 6 no.3.,522-531 My--Je 165. (MIRA 18:10)
1. Tnstitut khimicheskoy fJ.zi.ki AN SSSR.

lj-r,@a of Jr. d problems of di -t! on
y rill
1 n ti III e2sci.,,n. Th5t.0 SEZR 35
chemietry; 13 M I Put, 3.828)
J,3

L@--5 -E
E LU
:It_ EviT.(m)l
ACCESSIOh'NR: AP5023371 UR/002o/65/164@wl/0140/0143:1
AUTHORS: MikI)aylov, A. I.; Gaponova, 1. S.; LabedevL Yas S.
TITLE: Migration of radical groups in the solid phase
SOURCE: AN SSSR. Doklady., v. 164, no. 1, 1965, 140-143
TOPIC TAGS.- free @radical, radical migration, epr spectroscopy, free radical
formation, free radical generation
.jq in several organic powders was
ABSTRACT: The migration of We ra4A!La
investigated. The radicals "gere - ieffi-e-Fare*' on the surface of the powders by means
9
of a high frequency Tesla coil discharge, and the accumulation of free radicals
was observed by epr spectroscopy. The experimental results are presented
graphically (see Fig. I on the Enclosure) and are compared with a theoretical
expression for the accumulation of free radicals. The theoretical expression
n
' th Otlk2t) + RO I-L Y7r;-y =--rT)I'
IT- =-- L
L
is derived on the assumption that the migration of valence takes place via a
11hopping" mechiaUsm and that the radicals decay according to a second order rate
law. Here n and n. are the total and the limiting surface concentration of free
[Car -1/3

L 2930-66
ESSION NR: AP5023371
k.
radicals respectively,
is the depth at which ionizing electrons give rise to
free radicals, L the specific surface area, A - the lattice constant, k. - the
second rate constant for radical decay, K. - the hopping frequence.,It s = l/k2n,
and t the time, It is concluded that the observed results are best explained
in terms of a free radical migration mechanism. Values for estimated migration
rates of free radicals, the limiting concentration ne, depth of migration for a
period of 1 hour, and K. for a munber of orgaac powders are tabulated. Orig.
art. has: 1 table and 3 graphs.
A
ASSOCIATIONt Institut *khimicheskoy fiziki Akademii nauk SSSR (Institute for
@J
I Chemical F@Ykcb, Academy of Sciences SSSRi
Iffeb65 SUB CODE: OG., -93
SUBMETTED - ELICL: 01
LC-a- -rA

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rr/\[ JOS paq?Tnolvo sn-eoTqeaoeqq -q
fouezueq Ijoueqd -9 'at-0- -e
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JOT SaA.Mo orqdtom-cule x--Gut --e -T ;VT
T M
9 9
Ir
Zb

LEBEDV, Ye.
Development of Soviet tranaportation and commmicantions ("Soviet
transportation and comminications." Reviwed by 3. Iebedov). Vop.
elron. no.2:82-,98 F '58 iCommunication and traffic) (MIRA 11:3)

GATAULLIN, M.F., red.; PETROV, K., red,, LEBEDEV, Ye.Ati- red.; RUMYkNTSEV,
V.P., red.-; SMILYANSKAYA, KUZLUVSKAYA, G.M., red.;
BERESLAVSKAY-A, L.Sh., tekhn. red.
[Modern Letanon; a handbook]Sovremennyi Livan; spravochnik. Mo-
skva, Izd-vo vostochnoi lit-ry, 1963. 222 p. (MIRA 16:2)
1. Akademiya nauk SSSR. Institut narodov Azii.
(Lebanon--Guidebooka)

KUVYK1119 Aleksandr Stepanovich; BELORUSSOV9 Vladimir Olegovich;.,._LEBEDEV,
Yevgeniy AlekseyevIch; KA1MIEV, N.P., red.; ZAYNULUNA,
red.
[Controlling circulation losses in Bashkir oil-fields] Bor'ba a po-
gloshcheniiami. promyvochnoi zhidkosti na neftepromyslakh Bashkirii.
Ufa, Bashkirskoe knizhnoe izd-vo, 1961. 97 p. (MIRA 14:6)
(Bashkiria-Oil well drilling fluids)

KUVYKII,,, Aleksandr Stepanovich; GELIF@!All, Gari Nisonovich;
;!@BEDFV, Yevgcniy Alekseyevich
[Using high-strength gypsum in drilling] Primenenie vyso-
koprochnogo gipsa v burenii. Moskva, Nedra, 1964. 122 p.
(MIRA 17:5)

sl i 2P,/6 i/rAo/o,L 2/g,, 'Vorjiz
A004/A127
A V11HO33 x Spasskiy, A.G.; Pikunov, M.V.; Kurdyumov, A.V.; Lebedev, Ye.A.
T=; Removing films from metals by filtration
PERIODICAL@ Liteynoye proizvodstvc, no. 12, ig6i, 22 - 24
TEXT.- The authors point out that quite a number of alloys during melting
and pouring are considerably contaminated with oxide films which reduce their
technological and mechanical properties and the quality of components. They
enumerate a number of metal purification processes and report on tests which
were carried out to remove films from aluminum alloys by filtration. These
tests were carried out during the semi-continuous casting of Ingots of the A 16
(D16) andAR6 (AK6) alloys by A,G. Spasskiy, M.V. Pikunov and AN. Kurdyumov.
Prior to the casting process, filtration was studied by simulating metal fil-
tration with water with pieces of paper representing the films. Lumps of
crushed magnesite bricks were used as filtering agent. The filtration result's
showed tha4-
@ a lump filter of 50 mm thickness holds back 50 - 70% of particles I
x I aLm in size, while a filter of 100 mm thickness detains 90 - 95% of such
particles, During the filt;ation of the D16 alloy, melted in a graphite cruci-
Card 1/4

S/128/61/000/012/C,03/004
Removing films from metals by filtration A004/A127
ble at 750"30, the lump filter was placed In the spout, which was preheated to
70)OCc 5 - 7 ingots 50 mm tn diameter and 150 mm high were cast in succession.
The number @@f films and their total area were counted on the fracture. Three
lo@s of inzots were oa@-t - wit.nout filtration, with filtration through lumps of
magnesite brick of 5 - 10 lLump size and with filtration through lumps of a melt
eopsistIng cf equal pir@B ca-jt@-,iLm and magne-=@Ium fluorides of the same lump size.
A:@ a result 4:;f 'he-ae te-zt=- 1,, was found that ingots cast without filtration
ccn,al.ned 12% impuritle-a, tnc5s, witt Tnagnesite filtration 3,Z and with fluoride
,@:..'Ltration 1%. Th.'s filtratinn mez@hcd was tested under service conditions: with
LK6 a--L-'ov, the 1--z-ina carried cut by Yu.1. Birrevaya, L.A. Ka,.s, S.A-
Bararovskiy and A.M. Babar-Akina. Eltven Ing-r.S 110 mm in diameter were cast at-
a C-11 15, rm1min from meel-Ing Purnace at 750CC". T'he f@@-!Iowing
@r - an al- cy of cqual parts of r@all -
,.I.-.'--r1ng ma,,erial wa-@; maxn-zt--ite brick, -1 -
c,.um and magnesiiim flucrid-c@i- and magnesite brick Impregnated with liquid flux
--f the 41@1% N&F, 60% Na3AlF6,, No. 2 - 64% NaF, 36%
Na,?'. The following f1-!*.cri.n,7 rec@llts weri@ obtalned-@ average impurity wlth:,Ut
flit@reti-,n 5%.@ wiln ft1tratirin @tirclugh magnesite 1.5%. with filtration
through magneBite lmpr;@gnated w@,.h W-,. 1 flux 0.9A .@ idem with No. 2 flux 0.5%
gh this filtraz":n m
and fI1tr,,3.!:.1Or1 *hrcugh the f hjorid,@ @Y 0,3%@ All thzu eth-
Card 2/4

f-'- " - ;-, "
-:
P
A004/ A l?-7
t wh:@ C
ms from metals by fIltra' 'Ion t1ii insuff icien s r,
e,@ioving fil j +y was through the
I Pur
results the meta I after P,3L5sing Pnot" I c-; P
)rjel,jed 900d hat the meta j aminating With '.'P"a1rtjCIpa-
c,d and eOnt @j 'Je f 1 1. -
the fact t with where -
explained by . oxidizing again 1. yev Y Te"-
thu du5trial 0011d"'Ons 1, Ger
fl_OWJ d 1.
,asheyev 31 . Oxidation o'
an open under in y t the
rried out 1yevay 14*0' J, preven lami.ation
seriem was ca V..V. Solov such a way as 1. con, t- obtained
,ged in 5 average ,
14a-cdaXOv'
Th,. th,
system was char
tinder these CO"c"t"onil-raticn- filters in
trat-Ion filtration o 04% with f lump -derab'y
,,ratjon and tion @hrcugh rity Cons"
al after Lt fill I I W-r
to 1.7% witho" onclude that filtra lie metal Pu funnelp -Ile
1loys improves t ibutin-g lucride
ma,Xe it possible to el aluminum abe placed 11@ the di5t' 1pregnationj and f are
.,sting 01 aj-,1.-V 5
th,)ut flux ir,
Conti lter should Furt er
nuous The fi with or wi fluoride
,,,,,ds film, either Magnesite an' t- 1,000-@@-
Ma-.0'rial, reaction up FIWunov.
nesite bricl-@, I
crushed mag filtering h.mical tIng by 14,V*
is no C Ls fj-% r
.1joys can be used as pressure cE ty of this. --ratICT,
he.a. than aluminum and there it during 1 pplicabill R 3q
ters carried OIL howed t1le a - kJ19B (PLq-V), A -
th lump f1l f 5 Pl-alloys , iy zav,::d
te wi, - SPassXl@ L-rious MoskOvak
a -Lebedev and A.G y at the . ) CV'I-n.-d m3g,'
ye.Ya@ for pres3Ure Casting. -t in this wa plant,@
151, were ca= ce5@nt car
method a Smaj, -DisPla-
pLj,14,q p,-,A)iCh) and other-E, - J-
kh V toMobiley 140SCOW
Ca.rd 3/4
Removing films from metals by filtration S11281611rjrjr,1()121
site brick in lumps of 12 _ A004/A127
filtering material 15 mm, calcinated p
r a -411 -, r1or to Use at 90C)GC
Also the filtration Of th UAM4-i
a considerably Improved me-ta -sAM 4-1) zn.-
arr 7 tef,@rences:, pul
lty@ Thv@re are 8 fl8urp-,.@, I
4 30vil3t-bloc and 3 non-goviet-bloc.
@@-ard )L/4

LEBEDEV,,__IejA._- _GUDIITA, V.N.
Lubrication of die-casting dies.
(Metal-working lubricants)
Lit.proizv. no.1.1:41-42 N f6l.
(IMIRA 14. 10)
(Die casting)

3. Boh6 1005/0'01/005
S/1-28/62/000
A00VA127
0 Gudinap for pressure casting;
L@,eb@@ '15 aluminum
p-n 15-8 1@
The new no. 5, 1962' 9 10 11.1T_TkVT0PR0IA'
T-IT12. prOjZVodstVOj t the igate the
carriid Outt0ainve It 9B
LiteynOy on tests being d V124A
report lat) an
thors )tOrcycle P jll()-B (P'LILOV) ure casting.
The al@ d (14insx 14( of the Ak used in P S'd te "a a 1OYs
TEY'T motoveloZavo I properties alloys , 4, 5
I-jinE.'Kiy ica 54 (AL151) 4 30 - 35 Y-9/ t of 1, ,
,and mechan d 'kA I @o conten secondary
r L sS) an 6 UP -r
,,sting; ,IV. b cu- S ol an al-
(P,Lgv) I .. system With 9 "d 10% and a basi ved W3 tl-' . A
th PI-Si- 6, 7, 1 ced On t e were .9hie d P,115-8y'
e .of 5, being Pr ate, to
loys Of.j_cOntent alloys 2 d lly desigA the metal
with an testedi these 16 y4Vm coliditiOna ature Of ing tempera-
and 6d were The highest C' h was e et @ increas
?0 - 4. cu whic on i an tal from suspended
AL154 alloys' d-z-5 and t me
f
_9% Si an 0 db these values 0 in
loy of 7 dependence both if ying th
that
shows the found Vor Pur
graph Jt was 0 ed.
ur
be Poured- y being P
ture of allo
-Card
The new AL15-8K aluminum alloy f A004/AJ27
or pressure casting .3/128/62/00o/oo5/ooj/005
inclusions, apart from deadmelting, fluxing and chlorinatings the metal can be
filtered through a lump filter, the filtering layer consisting of crushed magne-
site brick lumps of 12 - 15 mm size. The authors Present a number of graphs and
test results which were obtained in investigating the properties Of the AL15-81(
alloy and Point Out that this alloy, containing on the average 7 - 9% Si, 2.5 -
4_5% Cu and up to 0.6% Mg, 1.2% Zn -
ing properties which are superior to the standard AL3,
1 "5% P and 0-5% Mn Possesses Pressure-cast-
There are 8 figures. AL9 and AL10 alloys.
Card 2/2

LEBEDEV, Ye.A.; OUDINA, V.N.
New lubricants for die-casting molds for casting aluminum parts.
Avt.prom. 28 no.2:36-38 F 162. (MIRA 15:2)
1. Nauchno-issledovatellskiy ir@stitut avtomobillnoy pronWshlennosti
i Moskovskiy zavod malolitrazhrykh avtomobiley.
(Die castirg--Equipment and supplies)

.,LEBE,DEV, Ye.A.; BANATOV, V.?.; CHLOMBIYEV, B.K.; MATVEYEV, D.F.
investigat4nig c'--ay-i.u:i circilatian-lo::z zones in Stavr-,)'po.].
T@.-rritory under c3nditLcns of increasf-d bottom te.-.,@eraiur-es-
Burenie no.11:6-11 1641.
7 . -oznenskoco nef tyanoge na,,@c'
- Stavropoll-@kly filial Gy n
vatellskogo -insti tut-9 1 ob'7yedlneniye "Stavrccollnefteoa@,',,

j3C,,T,',YAN,,jKjy, Vadim Lazarevich; SFAGAL' , Vladimir Ediiardovich;
!Y,BEDEV, Ye. A. , otv. red, ; PZrIjR, I.M. , red.
[Modern Libya; a reference bock Sovremennaia Ii-viip-;
spravochnik. Moskva, Nauka, 1965. 300 p.

KHITAROV, N.I.; ARSENOYEVA, R.V.; LZBEDEV, Ye.B.
Experiments on the fusion of granite in the presence of water. Geokhimiia
no-5:380-384 1 57. OaHA 12:3)
1. V.I. Vernadsky Instituteof Geoebemistry and Analytical Chemistry,
Academy of Sciences, USSR, Moscow.
(Granite) (Fusion)

SOV/7-59-5-1/14
AUTHORS: Khitarov, N. I., Lebedev, Ye. B., Ren7arten, Ye, 7.1
Arsentyeva, H. T.
TITLE: Comparative Characterization of the Solubility of Water in
Basaltic and Granitic Melts (Sravnitellnaya kharakteristika
rastvorimoHtivody v bozalltovom i granitnom rasplavakh)
PERIODICAL; Geokhimiya, 1959, Nr '), PP 387 - 396 (USSR)
ABSTRACT: The laboratory assistants P. V. Boyteov and E. Ye. Filippova
took part in the experiments. An apparatus which had been
worked out by B. A. Korndorf and N. I. Khitarov was used. This
apparatus is described in 3hort (Figs 1 and 2). Pressures of
1000, 2000 and 3000 kg/cM2 and temperatures of 900 and 10000
were used for the investigation. The samples were heated first
up to 1050, then up to 12000 in order to determine water; the
weighed portion amounted to 200-370 mg, the weighing out of the
Pregel tube was carried oat on the microbalance ADV-200. The
sample material was pulverized rock, i.e. basalt of the side
crater Kirp:irich of the Klyuchevskiy volcano from the eiuption
in 1932Y put at the authors' disposal by V. I. Vlo-
davtsev-, Laboratoriya vulkanologii Akademii nauk 55311 (L2bora-
Card 1/3 tory of Volcanology of the Academy of Sciences, USSR); further-

Comoarative Characterizat4on, of t;-e SOJUb4jj@ly 01'
- .. L . 5 07/7-55, -55 -1/14
Wiater in Basaltic and Granitic Melts
more Elldzhurtinskiy granite, a porphyritic biotite granite
of the northern Caucasus. The rocks were investigated under
tile uiicroscope, the chemical cmposition is given (Table 1).
A tatal of almost 30 deterxinitioris were carried out. A series2
with basalt was investigated 2 1/2 hours at 9000 and 3000 k-/cm
the chilled melts contained an average of 3.21,;" water. The 0
samples of the second scries were heated 1 hour up to 1000
then 2 1/2 hours up to 9000, tile pressure amounted again up to
3000 kG/cm2. The basalt of these samples contained an average
of 3.60,fa, granite 6.7/4) water (Table 2). Further investigations
were carried oif; under different conditions (Table 3). The basalt
melt contains 5.4,@,, water at 10000 and 3000 kg/cm2, the granite
welt 5.7;0' water. It is possible that the water content does
not de end an the chemical composition at higher temperatares
(Fig Goro
9 A comparison with the values of anson (Refs 1 and 2)
in figure 5 shows that the values of Goranson are higher by
approximately one half . The values of the authors are probably
more realistic as confirmcd by tile curve of Johns and
Card 2/3 Burnham (Ref T The chilled mclts vere investigated under the

Comparative Churacterization of the Solubilitj of S()'1/7 -59 -5 -1/14
Water in Basaltic and Granitic Mults
microscope; -ranite was transfor.@ied into li-ht--rci glass
with cracks and a small c;,,antity of hev,,atile (Fig 6), basalt
into glass and hornblo-ndc vith a small Quantity of magnetite
0
(Fig 7)- Pyroxene insets iture almost not chanzed at all, the
olivines had a hornbl,:-ide seam (Fig 8). Since hornblende usually
as well as in diabases and doleri'es
does not occur in basalt/ L, @,
it is assumed that the basaltic ma-m-as have only low water
content. Furthermore it is assumed that basaltic ciagma consists
at 9000 and 3000 kg/CM2 of a co-iioaratively easily mobile melt
and olivine- and pyroxene inset;. There are 9 figures, 3 tables,
and 10 references, 3 of which are Sovict.
ASSOCI.L.T ION: Institut geokhimii i analitiche3koy khimii im. V. I. Vernads-
kogo AN SSSR, Moskva (Irstitate of Geochemistry and Analytical
Chemistry imeni V. I. Vcrnadskiy AS USSR, Loscovi)
SUBMIMED: April 15), 1959
Card 3/3

KHITAROV, N.I.; RYZHENKO, B.N.; LEBEDEV, Ye.B.
Determination of the electric conductivity of the solutions of
sodium carbonate and bicarbonate under hydrothermal conditions.
Geokhimiia no.1:41--47 Ja 163. (MA 16:9)
1. Vernadsky Institute of Geochemistry and Analytical Chemistry,
Academy of Sciences, U.S.S.R., Moscow.
(Sodium carbonate-Electric properties)

KHITAROV, N.I.; KADIK, A.A.; LEBEEEV, Ye.B.
1 -
Estimation of the thermal effect of water separation from melts
of acid composition based on the albite-wate'r system. Geokhimiia
no.7:619-630 Jl 163. (MIRA 16:9)
1. Vernadsky Institute of Geochemistry and Analytical Chemistry,
Academy of Sciences, U.S.S.R., Moscow.
(Thermochemistry) (Albite) (Water)

USSR/Minerals Apr 49
Coal
Fuels - Storage
C%
An Experiment in Sto-, 'i,'.G Coals at Thermoelec-
'trio Stati-ons of tbo aii,3 R4,3,)nr'-a institute
of Building Cons true-clon.. " Ye. 1). LtIDeCleY, (@hief,
Thermoelec Stations., Trans caucae ian Tmet of Bldg
Constr. 1 p
"Za. Ekcricz-Ay,-, Topliva" Vol NO
Experimemts in storing Mosocrw -,oala showed that large
piles covered with an ash layer 5 - 8 cm thick were
moat efficient. Ash layear prevented spontaneous
ecabustion, and large pile rsduoed mole-cure of coal.
IM 42/49T79
USSR/MiLerals (Contd) Apr 49
Transportation, covering, and unloading of coal has
been a,@most completely mechanized using caterpillar
tractors, bulidozera.. and bucket cranes.
am
42/49T79

T. AA,)0A,.r,5 FiIT(I)I~EPF(n)-2/EV~G(m)/EPA(w)-2 Pz-6/Po-4/Pab-j0/pj-4 IJP(c) MWIGSIAT
ACCMS10111 WR: AT50005048
S/0000/64ool-/Ooo/0088/0092
AWMOR: Te-bedev, Ye. F. (Navosibirsk) q,,l
6
ITITLE: RadiolgWaical method of investigation of ionized gas jets
SOUIRM Konferentslya po avItomaticheskomu kontrolyu i metodam elcktricheskikh iz-
mereniy.__3d, Havos r@cE6-gkikh-
izTnereniy; trudy konferentsii, t. 1: Metody elektricheskikh izmereniy. Analiz i
sintez sistem upravleniya, i kontrolya. Elementy ustroystv amtomaticheskogo kontro-
1ya (Automatic control and electrical measuring techniques; transactions of the
con-ference,,, v-, 1: Electrical measuring techniques. Analysis and synthesis of re-
gulation and control systems. Elements of autczatic control devices). Novosibirakpi
Redizdat Sib. otd. AN SSSRj 1964, W-92
;T0PIC TAGS: 171asmatrong microwave flame measurement., plasma diagnostics
ABSTRACT: The author describes microwave measurements of a flame stream from a
pla=atron (flame source in t(hich a flame jet is produced by blowing air at an arc)@
!by a method In vhich a cavity tuned to resonart e to one of ite natural modes is de-
tuned by the flame stream and its q decreased. The measurements vere similar to
Card

L 46284-65--
F
iACCESSION NR: AT5009048
those made by Fe B. Adler (J. Appl. Phys. v. 25, P. 903, 1954). A block di
of the apparatus is shown in Fig. I of the Enclosure. The ionized gas jet flows
elong the cavity axis and is limlted in diameter by a glass or quartz tube. The
cavity and the preamplifier are placed in the box of the plasmtron, and the re-
maining part of the apparatus is on the outside. Typical results for one of the
pi-ssmatron modes are given. The accuracy with which the frequency shifts can be
measured is vithin %. OrIg. art- has; 3 figures and 5 formulas.

YESENOVSM-LASHKOV, Yu.K.;_bKHMLLV,_YeeI.
Stand for testing steel stLrfaces in the pinion-ahaft pair of a
motor-vehicle gear*ox. Avt.prom. 28 no.8:32-33 Ag 162. (@afA 16:3)
1. Gosudarstvennyy soyuznyy ordena. Trudovogo Krasnogo Znameni
nauchno-issledovateliskiy avtomobilinyy i avtomotprnyy institut.
(Motor vehicles-Transmission devices) (Testing machines)

VRUBIEVSKIY, V.I., inzh.; KRYZHANOVSKIY, O.M., inzh.,- ?ANASTUK, L.S...
inzh.; RAVICH, K.S., inzh.; SHCHUR, A.G., insk - GARNAZHENKO,
;,-T-.O., inzh.; ;J@BEDEV, Te.l., inzh.- FSAREV, A.M., inzh.;
9
SAIATSIM3M, V.V., inzh.; SHOKAREV, V.A., inzh.
07er-all mechanization and automation of the compsition of
charge. Mashinostroerfe no.6-.45-47 N-D.-1�2. (MIRA 16:2)
1. Institut liteynogo proizvodstva,AN UkrSSR (for VrublevskiyKryzhanovskiy,
Panasyuk, Ravich, Shchur). 2. Toretskiy mashinostroitellnyy
zavoct (for Garnazhenko, Lebedev Pearev, Salatsinskiy, Shokarev).
(Cast iron-Metallurgy@ (Automation)

L 8211-'66 EWT(1) T.7p(r
ACC NR,@0138665 SOURCE CODE: UR/0368/65/002/004/0377/0380
AUTHOR: Lebedev Ye I Pittsyna. I. G.; Sakharov, A. V.; Blokh, A. A.; Ivanova.'
Eg= &LA.
ORG: Leningrad Society of Optical Equipment Enterprises (Leningradskoye ob"yedineniyo
optiko-mekhanicbskikh predpriyatiy)
@Y,
TITLE: New instruments for molecular spectral analysis in the infrared region of the
spectrum [Paper presented at the Plenary Session of the 16th Conference on Spectro-
scopy, 2 February 19651
SOURCE: Zhurnal prikladnoy spektros@opi,i, v. 2,,,no. 49 1965, 377-380
2j, 911 @'T " )15s-
TOPIC TAGS: 1,R photometer, IR microscope, IR opticysyst
ABSTRACT: The authors describe several new instruments deve IV
dociety of Optical Equipment Enterprises in 1963-1964: the
for mass analysis; @Pe JKS-2 2Uectrophotometer for research on radiation from li-
quid specimens; the'jML-Z_microscoP0 ittachmentVfor a single-beam spectro hotometer
for use *in studvin7 specimens such as fibers and crystals; and the KRT-1-7criakl-e-,
-thickness celOf'or-studying liquidsI.M A photograph of each instrument is given to-
gether wi detailed descriotion of its operation and technical characteristics. A
diagram of the optical s, tem*for the IKS-23 instrument is given and explained. Orig.
Ys
,art. has: 5 figures.
SUB CODE: OP/ SUBM DATE: 00/ ORIG RM ooo/ OTH RM Ooo
nw UDC.- 535.853

LEBEDEV,
Upper Jurausic flora of the Zeya River and its significance in defining
the boundary between the Upper Jurassic and the Lover Cretaceous
continental sediments in the Amur River basin. Dokl. AN SSSR 150
no.1:149-151 My 163. (MIRA 16;6)
1. Geologicheskiy institut
V.N.Sukachevym.
(Zeya Valley--Paleobotany)
AN SSSR. Fredstavleno akademikom
(Amur Valley--Geology, Stratigraphic)

LEBEDEV, Yevgenly Leonidovjch@ VAUFAMEYEV. V.A., ot 'v. red@@ PETIE, A@V.,
9 - Kuzl@fm-jo@A@ reri@' MENNER, V-."., red.;
aktidemik glavnTf red.,
T1140FEYEV, P.P., red.
[Late Jurassic flora of the Zeya River and the Jurassic-
Cretaceous boundary.) Pozdneiurskaia flora reki Zei i
granitsa iury i mela. Moskva, Nauka, 1965. 141 p. illu3.
(Akademila nauk SSSR. Geologicheskil institut. Trudy, no.125)
(MIRA 18:11)

L';T,-7'D-11 Yn. ii. ('/-I?,V ar(I
,,CC 7 'I,r- -k n, f
pirne
Ca-
nL @n@@ al T! In
o@ 13iroplasmost'- 6f I r 2, e s(with 1.7. ALbrarawr, A.A.- Tsaprurij.
SO: IM3, Vol 27, Yo 3, 1950.

IZBEDRV K.--
amples of organ, sms overgrowing ship
Method of taking largO sl
bottoms. Trudy Gidroblol. ob-va 9:367-369 159. (MIRA 12:9)
l.Iaboratoriya tekhnicheskoy blologil Instituta okeanologil
AN SSSR. (Hydrobiological research)

Variability of form In sone sessible rarine organians. Biul.
MOIP.Otd.biol. 64 no.!.-158-159 Ja-F 159. (AIRA 12: 7)
(Harine fauna)
-A

IEBEDEV Y.efIm-Nikhaylovich [Lebediev, 1U.N.), nauclinyy sotr.;
VOROBIYEV, Nikolay Yevgenlyevich [Vorobiov, M.], nauchnyy
sotr.; VIIJIIIT-I-'KIY, S.[VinWtslkyi, S.]., red.; FOLCHANOVAJ.,
tekhn. red.
(Over-all mechanization of crop management] Kompleksna mekha-
nizatsiia dohliadu za posivamy. bdesa, Odes'ke knyzhkove rjd-
vo, 1959. 30 P. (MIRA 15:7)
1. Izmayllskaya opYtnaya stantsiya Vsesoyuznogo naucluio- issle-
dovatel'skogo instituta, kukaruzy (for Lebedev, Voroblyev).
kUkraine-Corn (Vaizc)) kAgricuiwral machinery)

BLAZHEVSKIY, Te.V., dvazhdy Geroy Sotsialisticheskogo Truda; VOVCHENKO,
I.V., kand. sellkhoz. nauk, za&l.,ngrorom Ukr.SSR; VOROBIYEV,
N.Te., St. nauchn. sotr.; GESHELE, E.E., doktor biol. nauk',-
prof.; ZUBRITSKIY, A.A., agronom; KISELIGOF, Z.S., inzh.,
zasl. mekhanizator sellskogo khos. Ukr.SSR; KLYUCffKO, P.F.,
kand. sellkhoz. nauk; KORCHAGIN, A.Ye LEBED St.
nauchn. sotr.; NASYPAYKO, VA., kand. s;@ @hoz.@nauk; @PIKUS,
G.P., kand. sellkhoz.nauk; fGKACH, V.N., doktor sellkhoz.
nauk, prof.; SPIVAK, I.I., zootekhnik; TEMCHENKO, L.V., kand.
sellkhoz. nauk; FEDULAYEV A.A., agronom; YAKOVENKO, V.A.,
kand. tekhn.nauk; KITAYEV I.A., kand. sellkhoz. nauk, red.;
MUSMO, A.S., akademik, red.; VINNITSKIY, S.P., red.;
MOLCHANOVA., T.N., tekhn. red.
(For high corn yields] Za bol'shuiu kukuruzu. (By] E.V.
Blazhevskii i dr. Odessa, Odesskoe knizhnoe izd-vo, 1962.
173 p. (MIRA 16:7)
1. Zvenlye,/by kolkhoza im. Gor1kogo Kotovskogo rayona na
Odesshchine (for Blazhevskiy). 2. Glavnyy agronom sovkhoza
"Bessarabskiy" (for Korchagin). 3. Ukrainskaya akade-miya
sel'skokhozyaystvennykh nauk (for Musiyko).
(Ukraine--Corm (Maize))

GONCHARENKO, V.M., inzhener-,.-Ib'
. . inzhener.
_W-V
Casting steel gearwheels. Lit. proizv. no-3:25-26 Mr 156.
(Steel castings) (Gearing) (MLRA 9:7)

ow 11--I,- r - /---, /".-
I - - - ;I_ KHAIT,' A. I./. -,- KIRIYEVSKIY, V.D.
/19 @9v'- Y @-M- i
I
Rx@erience in using chemically hardening mold and core mixtures
based on water glass. Stroi.idor. mashinostr. 2 no.6:34-36
-Te '5@- - (MISA 10:6)
(Moiding (Pounding)) (Soluble glaser) (Sand, Foundry)

-1 11.; fill
.01 , - z' - v /-,:-
KiRiYEVSKIY, V.D., inzh.; IZEEDEV, Ye-M., inzh.
New.technIques used in casting sprocket wheels without aftermschining
of teeth, Stroi. i dor.mashinostr. 3 no.3:28-10 Mr '58. (MIRA 11:3)
(Gearing) (Metal qnatings)

KIRlUVSKIY, V.D.Jnzh.; LEBEDEV, Ye.Y., inzh.
Mechanizing the feed of water glass. Stroi. i dor. mashinostr. 3
no. 7:28 Jl 1.58. (MIRA 11:8)
(Soluble glass)

KIRIYEVSKIY, V.D. , insh.; L9BXM, Ye.M., inzh.
Molding In quick-drying molds. Stroi. I dor. mashinostr. 4
no-3:32-33 Mr '59. (MIRA 12:4)
(Molding (Pounding))

LEBEDEY, YeJl-
'tra@
of' J--2.0v a!. -2 i. Eci.
Fr,ujinE 04 An the S,@;;i
Trudy Inst@ ol-an, 49: 11
- I
L@@a of Ehip Lot-
Strait- -Fou I in,- of' ship ,cott.D:-,--)

LEBEDEV, Ye.M.; FERYITIN, Yu.Ye.; KAIRAYEVA, N.I.
Fouling of plates in the Black Sea. Trudy Inst. okean. 70:
270-275 163. (MIRA 17,.?)

LAPIN, S.I.; MMEDZY, Te.M.
Thoracoplasty with preoperative drainage of cavern; preliminary
note. Probl. tub. no.3:39-42 MY-Je 154. (MLRA 7:11)
1. Iz Moskovskogo gorodskogo nauchno-isoledovatellskogo tubnrkulez-
nogo instituta, (dir. prof. V.L.Synis, zav. khirurgicheBkim otdele-
niyem prof. S.I.Lapin)
(COLUM T"Mn,
thoracoplasty with preliminary drainage)

I&BEDEV, Te.M.
--__"Pooleurectomy with single-stage segmental resection of thp lung in
chronic empyema with bronchopleurpl fistula (with summary in French].
Probl.tub, 36 no.6.-103-106 158 (MIRA 11:10)
1. Iz Moskovskoy gorodskoy tsentrallnoy klinicheskoy tuberkaleznoy
bollnitsy (glavnyy vrach - prof. V.L. Eynis, nauchnyy rukovoditell
prof# L.Ke Bogush).
(TUBERCULOSIS, PULMONARY, compl.
pleural empyema with bronchopleural fistula, surg.,
pleuropneumonectomy (Rus))
(PLEURA, fistula
bronchopleural in pulm. tuberc. with pleural emyema,.
surgol pleuropneum6ectomy (Rus))
(BRONCHI, fistula
same (Rue))
(PUM31ONECTOMY, in various dis.
pleuropneumonectomy in pulm. tuberc. with pleural
em*oyema with bronchopleurnl fistula (Rus))

BOGUSH, L.K., prof.; LEBEDEV, Ye.M.
----------- baiwa@
Some particular aspects of intubation anesthesia in various
resections of the lung in tuberculosis patients. Probl.tub.
37 no.4:30-37 159. (MIRA 12:10)
1. Ix Xhirurgicheakoy kliniki (zav. - chlen-korrespondent AMR
SSSa prof.L.K.Bogush) Inatituta tuberkaleza AN21 SSSR (dir.
Z.A.Lebedeva).
(PHEIR40NNCTOMT, anesth. & analgesia
endotracheal intubation in tuberc. patients (Rua))
(ANESTHESIA, ENDOTRACHFAL
in pneumonectomy for tuberc. (Rua))

YE. M. v CAND MED SC I s "OPP-RATI-oN OF THORACO-
LEBEDEV,, -, @" jlq.A,@-
1. 5f.9 , t- 1 1, A
@ 14 - '.
PLAST WITH PRELIMINARY DRAINAGE OF THE -&R-rk-AT AND OIANT
CAVERNS IN PATIENTS WITH PULMONARY TUBERCULOSIS." MOSCOW 1
1960. (ACAD MED SCI USSR). (KL, 3-61t 233).
432

- LEBEDEV, Ye.M.
Shock in anesthesia during pulmonary resection. Eksper. kbir. 5
no. 2:51-52 Mr-Ap t6O. (MIRA 14:1)
(LTJNGS--SURGERY) (SHOCK)

LZBEDEV., Ye. M.
Thoracoplasty vith preliminary drainage of the large and gigantic
caverns in pulmonary tuberculosis. Grud. khir. no.5:68-74 161.
(MDU 15:2)
1. Iz Inatituta tuberkuleza (dir. - chlen-korrespondent AMM SSSR
prof. N. A. Shmelev, nauchnyy rukovoditell - prof. S. 1. Iapin)
AMN SSSR.
(TUBERCULOSIS) (CHEST--SURGERY)

BOGUSH, L.K.2 PrOf-I SEVEMVI V.S.p kand.med.nauk; LEWEV, Ye.M.
Use Of POrOlon filling in partial resection of the lung in the
treatment of pulmonary tuberculosis. Khirurgiia. 37 no.ltl2-26
JTa 1,61, (MMA 14:2)
le Iz khirugicheskoy kliniki (zav. - chlela-korrespondent AM SSSR
L,,K,, Boguoh) Instituta tuberkuleza AMSIS14
(LIHIGS-SURGM)

LEBEDEV, Ye.M.
Use of nL-w anesthesiological, instruments in the surgical clinic for
pulmonary tuberculosis. Trudy NIIEKHAI no-5:250-252 161.
(14IRA 15:8)
1. Iz khirurgichaskoy kliniki Instituta tuberkuleza. AMN SSSR.
(ANESTHES310LIJOY-APPARATUS AND INSTRUMENTS) (TUBERCULOSIS)

TRR vp Ye.,M.p kand. med. nauk* ZHILIN, Yu.N.
Modern anesthesia for pulmonary surgery in tuberculosis. Probl.
tub. 1+0 no.605-6Z 162 (MIRA 16:12)
1. Iz khirurgicheskoy kliniki (zav, khirurgicheskim otdeleni-
yem - chlen-korrespandent AM SSSR prof. L.K.Bogush) TSentrall-
nogo @nstituta tuberkulaza Ministerstva, zdravookhraneniya SSSR
(dir. - deystvitellnyy chlen AMN SSSR prof. N.A. Shmeler).

kand. med. nauk ( Moskva,. prosp. Mira, Bezbozbnyy pereulok-,
d. 19, korp. 18, k7- 529)
Anesthesia with separate intubation of the bronchi in limg,surgery.
Vestn. khir. Grekov. 90 no-4:82-86 Ap'63 (MIRA 17:2)
1. Iz khirurgicheskoy kliniki ( zar.. - prof. L.K. Bogush) In-
stituta tuberkaem P14N SSSR.

LEBEDEV, Ye. 14.
"V1iyaniye deyatellno--ti cheloverka na ra2--rostraneniye =rS1rik,--. orwan=ICIV,
(Chernoye i Azovskoye morya)."
report submitted for 7th Intl Cong, Antixopological & Ethriciogical Sciences,
Moscow, 3-10 Aug 64.

, I F", 7, -L, - M7/3*05
lvim @,4 (4) , mmol
lbeos. Tjstl@,jv tk!@t@h-X@Y.
Oyii@b,jk@y. Vrtb--.--L-7-ntTl; 't-ik (epti-I-T.,t@. -t b-ili-91
callA-ILC3 Or A---.iT@R.) ct-l -jt, 1959. 15,1 P. Its
'11*
11-111 T3 5,150 --,t--
E-Le- -4 T-h..INY,
rnfignar t4 L. P. IA@"Y, DO-icr Of 7`cl'llc@i
P-ru...rj Ll. (r-ld@ b-lt)l T. M. ToMr-, F-1@-lfl 71- Or T'Iblt-.Uu
Bg@ I A. 0. K-nott@; 'N@b. U.1 1. A. p@o,@,jjto-j Zd.t A- 0.
Zay@auys, lallooor.
PURM--It This "IlAction of artteU- to I.t.,A@4 for acitatists =1 Qogi-." I$
PIAAt. -1.4 ION 11 tut@q It vIU &Igo be of intarilt to
etus uto "d to&-.Iwrs c=_ @l Ith apit-I
-.:r is toUsottm of articles m pmblava LA O;Uml lostr-atstim
t@,T,h@*4 by mo,@^rs or tlv @NTJ L-ni 1. 1. rj@-% (Yjgccv alj@w Tqeh-
nic.1 Sb-I t-L N. Z. T@--). lrlllll@-l Sr-.Iclls dig-?' of
sipi.4, and of Ptl-I t..t@- Ot.. E144tias d-Ticts
i- sdllt@lr -1-Mrt -" ol.0 t-.td. rksaa-b cooduated in the school In
1953-IZ7 It mtU..d, sad tbomttml and ."ri-tol Ml.s totd.
Maren."s C@74.7 tnai@la@l arti.l...
_WLaF-R S. (Cmadidsta of T-I.isl Seltuces). 0"rlp7tna of Disport-
od lebitb. -rdistiou With Prim Fdiatim at Diffmatiou-0 rating
badiaU Ba
no aritcl. pnwats sothodo of calculation and snalysis of wpectMI
'Ytical Lnst@atz of ht&h resolving power. 7bn an 12 nguzvo and
U Of hih 6 - S.,dt .d 5 Mualb.
111U, R. S. (CmAldate of ToebodmI.Scianceal Diffmatlon Orating
Okbielette) in tb. Three *.wO-onnt Byste. lok
Tb. -tt. .M.t. . thrv-di-lc@l pV-"h t. tb. dif-
fractica-1gmUng tboar7. More ars 8 flg,@. "t I MLgUh refor-
!OLMId-t- of T-ludml S@L-.J. Avpllmltt- of tb. rle-bot of
0VUooL C=Vgu-tlm Of 1-4p@ghlft In 110-CT@d Coaarat U7
The artLale a-al7wo th. problAu of ea"antlon sod mans of OoVeovsti=
(un"G, KirrOM, MU.) for the Shift Of JXLC*. Opti- yLrmterg for
0--p-anters an smapot*4. 7be- an 4 diagram.
-Ull" I-SiMIrl. OLU-U I= of ftm=tre of tb. Flelative Vatim
f - -@- With Rqoat to tbatAngle of Attuk of a rlj0t-r 125
TbR "Usla Protests the thearl of tha z*IAUvw na%tca or an air
UM%. lbnr* are 10 fl"@, 3 WUl, MA 6 ntgrgs"ll of vhIch 4 an
rzgiiab,

.J000
Sol
to T.
tos 0 00T-
je laaAl le YO 11-6,
@.O, -roe t
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09. eq 0
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t-re-@@ -qelrte 5 erAG-.%- -.qelt
vto Soo 1c)(.1- O-@ 5 To k 0,
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af 5 eAl 0be via t s 10-
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Ts:ase
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T86

Optical range simulator
S f
obj @ ob k
I
obj @ f 0'j (l
316
S/549/61/00V1303/002/00f,7
DC-2j3/Dll2
ff (D-k)2
MOdpl Ob'
.j kD
(12)
where f',-,bz is the focal lergth of the objective, D is tha target range and
13 .
'tant equal to 's +:"'I
k Is a cons BR where the base of the target,
192
radius of a spherical screer, I io the base of the projected modsl of the
target and A is the lateral magnification of the optical system of the
Card 2/5

Optical r:ange simulator
target simulator. on
get simulator was designed.
potentiometric servosystems.
ator (Fig. 4) and the
tion was 2-5-3-5@f in both
Used,the image quality
rel@tive positions of
illustrated. There are
the basis of
The model
Two
other with two
casesi however,
was better
model and objective.
4 figures-
31653
S/549/61/000/103/002/005
DC33/Dll2
the above calculations.the
and the objective are
systems were used, one with
actuators. The mean quadratic
when only one actuating
due to more.accurate coordination
Both systems are
optical tar-
moved by d.c.
a single actu-
devia-
motor was
of the
described and
Card 3/5

1 @3
S/549A16 000/103/002/005
Optical range simulator DC33_/DI12
P (9)
SM
Fig* 1. Optlical ;3yatem of the nainge Simuldt0r.
Legend- (1)--model of'the target; (2)--first lens; (3) and (4)--main planes
of the first lens; (5)--distance between the target model and the first main
plans of the first lens; (6)--distance between the main.planes of the first
lens-, (7)--distance between the second main plane of the first lens ard the
image of the target model projected on to the plane (9); (8)--distance be-
tween the target model and its image in the plane (9); (q)--the plane onto
which the first lens projects the image of the target model; (10)--2nd lens;
(11) and (12)--main planes of the second lens; (13)--spherical screen.
Card 4/5

Optical range simulator
Figs 4* Blook Diagram of the Variation of the Optical Range Simulator
with a Singla Actuating Motor. Legend: 1--motor; 2--common shaft; 3 and 31-,
-threaded cams fixed on the shaft (Abstracterla note: "31" appears erroneous-
ly in diagram as 114"]; 4 and 5--carriages; 6--potentiometer; 7---'dog;
8--clutch; 9;;reducing gear
Card 5/5
31653
S/54Y61/000/103/002/005
D033 D112

31654
S/549/61/000/103/003/00-5
oe-orll A9 r@ D033/D113
AUTHOR: Lebedey Candidate of Technical S-,ience3
_, Ye. N. ,
TITLE: A correcting unit for an optical target simulazo7
SOURCE: Moscow. Vyssheye tekhnicheskoye uchilishche. rTrudy]
no. 103, 1961. Opticheskoye priborostroyeniye, 48-62
TEM The author describes a two-component correcting unit to be used in
optical target simulators (Fig. 1). The device, developed by the MVTU, coM-
pensates for the blurring of the image and changes in the image magnifica-
tion, both faults being caused by the eccentric position of the reflecting
mirror. Formulae are developed for the correct calculation of the parame-
ters and ratios of such optical correcting units. The transversal magnifi-
cation of the optical system of the corrector [Abstracter's no4e, All sym-
bols not explained in the text are to be found in Figs. I and 2 -1 @ila@
I -
Pcor) = C SI + D
Card 1/8

31654
S/549/61/000/103/00,21/005
A correcting unit... D033/Dll3
where C + d --focal length of the f-rst
1 2 TlT2@' Yl @ _.? ) -I
f1 i
main plane (H 1H of the optical components of the csrrectoz; q 9 @ -1 ;
I I f2
f __ focal length of the second main plane (H H oompcnent_4
2 2 2) :)f +"'a Opt'Ca'
of the corrector; d -- distance between the 2 main planes- 9, distan,;o
between the plane of the object (tareet) and the plane I.T H D
The distance S is equal te AS fB (AS +-B), -vhere A-l-d
2 L Cor
F'S, Tf
B- - d . The distance
the screen sphere,- k vit!win- ar.:@"u thc :;-d tic
displacement of the center of suspension of the panoTami-_ mirrar_ :-r.. r4spect
to the center of the screen sphere. The distance S, @f:-OT the tiqrge-c tr@
Card 2/8

A correcting unit-
the plane H1Hj) is equal to
3@654
S/549/61 000/103/003/005
D033/DI13
+- 2
a A RI JRj@
+b 1
+ -(c +d RI), where a 2( Poor-')+ Y2L
2 4 1
A 1 Poor TFT2
b T2 ol cor-1)2 + Acor '@2 L
Poor T, T2 Pcor-71 (poor .11+12)
12
(poor 'fl+12)
From these basic equations all other relationships between the optical
powers of the correctorfs components are developed. Two sets of curves for
different values of Poor are given. The basic formula expressing S11 as
Card 3/8

A correcting unit ...
f
a function of the angle 1. is
a +bl V R2+h2- 2 Rh B in
S1 +
D033/D!13
+ 2 2 AF-7-72 _77
n -R
(.,+bl)T R h 2Rhsin v I 4-di @-h -2'Rhz.,
2
The latter formula and th eauations dQ L-4, RI S'_t'
S (T + Ife - - - 1- 11
d @cor 1 2) + /3@or @:P_n be ased to calculate other
cor 12 (11 Sl +_ 1)
relationships such as t - f d=f In practice,
2 2 and A).
the graphical-analytical meth@@d of the.-e prametlers iT rer-oLimended,
Card 4/8

-9/54 ' 000/103/003/005
A correcting unit ... D033 AD113;
whereby Sl, d, t, St, in that order, should be calculated as functions of
2
YVI. A table shows the values of d and t corresponding to 16 types of dc-
I
sign with varying 11 and T2 values. The table covers the values of TV
within the range - 900 to + 900, 11 being 1250 mm, L = 375 mm, Pcor = -6.24
and h/R = 0.4. The same values are shown graphically. The folio-iing con--
= f
clusions are drawn: The character of the curves S TI) only slighilY
v
deviates from the rectilinear law, within a fairly wide range of variations
of the @_' angle. The intersection point of the curves with the axis of the
V
abscissas depends only on the 12 value. The inclination of the curves
toward the axis of the abscissas markedly depends on the 1 1 value. Graphs
show variations in the relative error Pcor as a function of the
/3 cor
angle I., for 2 design variations. The analysis of the graphs proves that
Card 5/8

A correcting unit...
S/54 61160'05' 103/003/0DIc:
D033YD113
by correctly selecting the a 0 and b0 coefficients,sufficiently low errors
can be obtained in the magni f ication of the corrector within a given ran_'.e
cf variations of I where S = a + b I Equationt are developed for
TV ) 1 0 0 Yv
solving the inverse problem of determining the optical powers of the
and q 2 components of the corrector. L.P. Lazarev (Sb. trudov V-VTU
Oborongiz, 1955) is mentioned for his study dealing with the calcuiati-@r-
of basic parameters of the flight of a fighter attacking a target flying in
a 8traight line. There are 7 figures, 2 tables, and 1 Soviet reference,,
Card 6/ 8

A correcting unit ...
Fig.l. The spherical screen
in a target simulator pro-
vided with an optical cor-
rector
Legqnd:(l)-- mirror; (2)--
image of the simulated target;
(3',I--'fh-- horpontal viewing
angle; (4)--'J@ -- vertical
viewing angle; (5)-- eye;
(6)-- optic--! axis of the
projector of the target
simulator
Card 7/8
31654
S/549/61/000/103/003/005

3 6 4
3/549 61100OV10310031005
A correcting unit ... D033YD113
Xpan
-------------
IN
t
d
Fig.. 2. The basic scheme of a 2-component optical corrector to be used in
the arrangement shown by Fig.l.
Legendi (l)-- spherical screen; (2)-- image of the simulated target
Card 8/8

LEBEDEV, Ye.N., kapitan 1-go ranga zapasa
War with German submarines in the wide blockade zone of the
Northern and Norwegian seas. Mor.sbor. 46 no.5228-34 Yx 163.
(MIRA 16:4)
(World War, 1939-1945-Naval operaUons--Submarine)