SCIENTIFIC ABSTRACT KOROLEV, N.V. - KOROLEV, N.I.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000824820001-6
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 14, 2000
• Sequence Number: 1
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

=M/rAPUw -LMIMI&COMe- 21 Sep 51
jo
Infrared Band
IlPhotoluminiscence of PbS in the Infrared Spectrum
Band," L.M. Galkin and N.V. Korolev DAN SSSR, Vol
92,, No 3, py 529-530
Investigated the photol=iniscence of FbS, the sen-
sitivity or vhich reaches 3.5 microns. Found tkw
luminiscence of the sample-particularly intensive
at 2.6 microns by using an interference filter
transparent at this frequency. Presented by Acad
A.A. Lebedev, 20 Jul 53.
26ft9l

Apparatus for cytospectrophotometry.
(spaTILOPHOTOWIM)
Biofizilm 2 no.4:513-517 157.
(KIRA 10:9)
~,V-m M~

SOKOLOVSKIY, V.V.; KOILOLow, N.V.
Detery,,iination of the degree of Inactivation of cholinesterase
by the'histoopectrophotometric method. TSitologiia 1 no.2:
177-182 Mr-AP 159. (MIRL 3,2-9)
1. Voyenno-meditsinskaya akademlya I Gosudarstvennyy opticheekly
inatitut, Leningrad.
(CHOLMSTWAa) (spWTHOPHOTMETRY)

YlMrNOVA, T.N.; XORDLET N.V.: AGROSMI, L.S.
Coacervates containing purine and pyrimidine compounds [with summary
In Inglish], Blofisika 4 n0-1:27-51 Ja '50. (MIRA 12:1)
1. Biologo-apochvenrqy fa)mlltet Hooku7skogo gosuderstvsnnogo univer-
sitets M.V.lomonosovae
.(PURIM,
coacervateB containing purine & pyrimidine epda.
(Rug))
(PYRIMIDDMI
same)

24(4), 24(7) SOV/61-6-6-33/34
AUTHORS Agrooldn, L.S. and Korolov, N.V.
TI TIE Micros cope-S pectrophotematers (Mikroskopy-spektrofotometry)
IE RI ODI CAL iOptilm I spoictroskopiya, 1959, Vol 6, Nr 6, pp 832-833 (USSR)
ABSTRAGT-, The authors describe two variants of a microscope spectrophotameter.
The first variant in called the light-probe method (Fig a). In this variant
the exit slit of a monochromator is replaced by a small aperture 1. This
aperture is projected onto tho object plane 4 bymeans of a semi-
aluminized prism 2 and a micro-objective 3. Light collected by the
objective at the required point on the object (the light-probe) passes
then through a condenser 5 to a receiver 6. The microscope part in
used to observe and position the obj*ct; for this purpose additional
illumination via prism 7 is employed. The light-probe principle vas
used to construct an instrument for measurement of optical densities
of small objects (dimensiona up to I )L2) at visible and ultraviolet
,mavelongths of the mercury spectrum. If a hydrogen lamp is used the
light-probe area is greater than 100 IL2. In the second variant (rig 6)
a monochromatic micro-image Is projected onto an opaque screen 2 vhich
card 1/2 is a concave mirror with an aperture in the contra. Light uhich has
passed through this aperture and through the appropriate point of the

Microscope-Spectrophotometers
SOV51-6-6-33/34
object I reaches a phot=ultiplier 6. For visual observation an optical
system 4 focused on the mirror surface was used. This arrangdment
makes it possible to observe the object continuously during the process
of measurement. The first and second variants may be used simultaneously
in a unified manner as it was done in a prototype of an industrial
ultraviolet microscope-spectrophotometar MUP-4. The following types of
work can be carried out with the microscopo-spectrophotometers described
abovel(l) recording of the absorption spectra in the visible and ultra-
violet regions of biological objecta, dye film, nolution4 in microcolls;
organic and inorganic microcrystals,etc; (2) recording of the fluorescence
11 pectra of organic microcrystals and live water plants; (3) recording of
the ultraviolet absorption spectra of soots on paper chromatogram j
(4) recording of the reflection spectra of individual phases in metals
and minerals. There Is 1 figure.
Card 2/2

28(5) SOV/32-25-8-41/44
-AUTHOR;
TITLE: Device for Emission-micro-spectrum Analysis
PERIODICAL: Zavodskaya laboratoriya, 1959, Vol 25, Nr 8, PP 1014-1016
(USSR)
ABSTRACT: For making localized and micro-spectrum analyses a special
device was designed for the spectrograph. The device consists
of an optical section and of a spark generator. The optical
part (Fig 1) is in principle an arrangement of lenses and
prisms with an aluminized foil through which the rays arrive
to the spectrograph and the observation of a microscopic spark
between one (or twZ) thin wire-electrodes (Fig 2) on the sur-
face to be investigated (cut) is made possible. The observation
of the spark is also possible directly by means of a microscope.
The wiring of the generator is given (Fig 3). A transformer
from the arc generator PS-39 iu being used. The micrb-electrodes
are made of a copper wire (diameter 0.04 mm). The analysis -
results (Table) on dentritic axes and interaxial segregates of
steel castings prove that out of the alloying elements of this
Card 1/2 steel (Cr, Ni, Un, go) go and Cr have the atrongest liquefying
VIM Ma-2
FRI,

Device for Emission-micro-spectrum Analysis SOV/32-25-8-41/44
effect. By means of the described device it is possible to
investigate thin coatings and non-conductors (with 2 electrodes).
For exaaple analyses have been made of the composition of thin
surface layers on fractures of 35KhN3 steel to investigate the
tempering brittleness of second degree. The total quantity ok
va.rious elements which can be determined in the analysis is as
a rule 10-8 - 10-9 g. The sensitivity can be increased to
10- 12 _10-13 g under certain conditions. There are 3 figures
and 1 table.
Card 2/2

YOIIOI,-,,V, N. V., AGROSFITI., L. S., DATfDCVA, 1-1. 1., ZARUBINA, I. L.
11(licroscope-Cytophotomaters for Cytochemical Analysis. (Report Not Prererted.P'
report submitted for the First Conference on the problems of Cyto and
HistocheM4stry, Moscow, 1-9-21 Dee 1960.
Leningrad

AGRDSKIN, L.S.: KDROLIT, N.V
Photometric attachments to microscopes* Pribei takh.eksp.
no.1:140-141 J&-F 160. (HIBA 13:6)
(microscope)

AGROSKIN;N.P.S.; BROSKIT, V.Ta.; GZYWAY, A.B.; KOROLICV, N.V.
j A~- 'Ap it. . .......I...... -
Some problemo in the quantitative spectrophotometrie analysis
of the call. TSItalogila 2 n0-3037-352 YIF-Je t60.
1 (MIRA 13:7)
1. Institut morfologii shivotnykh AN SSSR, Moskva i Institut
teltologil I genettil SIbirskogo otdeleniya AN SSSR, Novo-
sibirsk.
(SPWTROPHOTOxffRT) - (agm)

.KHAN-MAGOMTOVAt Sh.D,; GUTKINA, A.V.; MEYSELI, M.N.; AGROSKIN, L.S.;
KOROLEV9 N.V.
Ultraviolet fluoreocence of some animal organs and its change after
irradiation. Biofizika 5 no. 4:4.46-~49 160. (MIRA 13:12)
I* Institut biologichookoy fiziki AN SSSRq Moskva.
(ULTRAVIOLET RkIS--PHYSIOWGICAL EFFECT)
(X RAYS-PHYSIOLOGICAL EFFECT) (FLUORESCENqE)

FEDIN, Leonid Andreyevich; PAPIYANS, K.A.,.,kand. fiziko-matem. nauk..
retsenzent; K049&~~,, bnah.p retsenzenttIOFFZtG*AotraO,;TOKARI.,V.N,,
red. izd-vi~; -ORESHKNA, V.I., takhn. red.
[Manual on microscopes.. their accessories, and-Niiies) Mikro-
skopy,, prinadlezbnosti k nim i lupy; epravochnald`)miga. Pod
red. G.A.Ioffe. Moskva, Goo. nauohno-tekhn. izd-vo Oborongiz, 1961.
251 P. (Microscope) (MiRA 34:10)

AGROSIIN, L.S.;-. KOHOLETp N.V.
Microscope-spectrofluorimeter for the ultraviolet region Biofizika
6 no.4s478-485 161. ?MIM 14:7)
(FLUORESCENCE. OFMCOPY) ,

AGRDSKIN, L.S.; KOROLEV, N.V.; KUIAYEV, I.S.; POWSHCHNIKOVA, N.A.
Fluorescence of nucleic acids in solution, Dokl*AN SSSR 136 no.l:
2-2&-229 ja 161. (MIRA 14:5)
l* Predatavleno Wmdwdkom N.M.Simakyanomo
(Racleic acids) (Fluorescence)

KOROLEVI, N. V. and LEVIN, S. V.
wThe Use of Micro-Objectives as Dark-Field Condensem" pp.
State Optical Institute imeni. S. 1. Vavilov, Laborator7 of Cell
Pbysiolog3r of the Institute of Cytology of the Academy of Sciences USSR
SSSR.
of Sciences U.95Rq Lbstracts of Peports)j, Ieningrad* 190 68 Ppe
JPRS 2o,634

sludy r-.C objects i~y mpan3 of
wit '-n. W 1 5 no . 5 -5T S-0 "63,
(I-II-RA 17:4)
3u t, Lai- 7 -a- r- ya L
:IR rZ~ 4

AGROSKINP L.S.; KOROLEVV -N.V.
Monochromator3 for microspectrophotometers. Prib. i tekh. cksp.
8 no.,4:135-138 Jl-Ag 163. (MIRA 16.12)
1. Gosudarstvennyy opticheskiy institut.

KOROLEV, N.V.; FAYVILEVICH, G.A.,- GROMVA, G.P.; LEEEDEVA, S.B.
Investigating nonmetallic. inclusions by the microspectral method.
Sbor. trud C-
,,T.'.,mrICjlM no.32:138-IJl 163. (MIRA 16:12)

KOROIEV., N.V.; RYLINIKOVAJ, A.G.
Developing methods to determine the mineralogical composition
of nonmetallic inclusions in reflected polarized light. Sbor.
trud. TSNIICHM no-38:76-85, 164. OAIRA 18:3)
:0. R-1

L 14315-65 PU-4 FjSD/AF'D(M)-3
ACCESSION NA:" AT4048060 8/0000/64/000/006/0117/6M
AUTHOR: Koro1ev,_N._V._j Gorbanov, S. A., Bogdanov, A.q., Naduteako, G.Pa
TITLE: Redistribution of impurities: in titanium mi Its alloys during oxidation 1<
d
SOURCE: Seveshchanlyepometalturpii, metallovedeni I rimenenilutitanai yeffo
-splavov. 5t _Moscow, 1-963. Metallovedenlye titana (rdetallography of titanluE)~
E
truOv* soveshchanlya. Moscow, fzd-va Nauka, 1964, 117-123
distribution,
TOPIC TAGS~ titanium impurity, titanium alloy impurity, Impurity re
titanium oxidation, titanium hardness
ABSTRACT: The possible stribution of Impurities between the surface layers and -77
the basic mass of titanium specimens during oxidation in air was studied on technically
pure titanium (composition kao%m). and some alloys after heating at 800-i2OOC; carbon,
nitrogen, Iron, aluminum, silicon, calcium and magnesium were determined. The
distribution of microbardness was studied on polished sections through the gas-saturated
layer. Spectral analysis and occasional local analysis were performed. Standard
values, obtained from noa-o)ddized specimens, aerved as controls. Spectral analysis
and measurements of microhardness showed that the gas-saturated layer in specimens
Gard 1/3
41
_4R"N

I,- 1431~-65
ACCESSION Nil: AT4649
oxidized at 1100-1200C, is a solid solution which includes not only oxygen,. but also car-wl
bon (to 1%) and nitrogen (to-3%; bes'ides,~ some enrichment of the surface layerby iron,
silicon and aluminum was observed... At these temperatures, the content of nitrogen In
the surface layer was increased slofficantly by the interaction of titanium with the
nitrogen from the air. The thermodynamic c-deulation of the dependency of the Isobaric
potential of formation of the oxides of impurities and allaying elements on temperature
confirmed the probability of redistribution. of these elements during oxidation.
Spectral analysis showed enrichment of the gas-saturated layer by alloying elements
after oxidation in the following binary alloys: Ti-M-o- Ti-V Ti-Cr Ti-Mn Ti-Sn an
Ti-Culc&taining up to 10% alloying elements; thus~.~t dertwtemp~~?atuies2.-Rhmqk
of M-o-, V and Cr exceeded the initial content 2-3 fold, and almost pure tin and copper
appeared on-the surface. The study also led to the discovery of an uneven distribution
of impurities not only In different melts but within different specimens of the same
melt; thus, the calcium and magnesium content exceeded the average 5-6 fold in some
specimens. Unreported admixtures were also found. Orig. art. has: 3 figures, I
table and 2 formulas.
ASSOCIATION; none
2/3
Q rd

1 39976-65 /EvrP,( b) d /31-rr /i7t,' 1, jjp(c)
WCESSION NIR; -AT4048088 S/0000!64/000/000/0294!0301 317
AUTHOR: Korolev N. V.; Gorbunov, So A#; Bogdanov, A. S.
rITLE: Application of optical emi2gj2n
.microanaYysis to the study of 4amlmn~
Illoys
3OURCE: Soveshchaniye po metall urgii,;metallovedeniyu i primeneniyu titand i yego
.~'iplavove 5th-,-'r'Aoscowi--1963-.--Vtetallovedentye- titan& (Hetallograph f --titanium);-.
'rudy soveshchaniya.
-Moscow, lzd~ovro ilauka, 1964, 294-301
COPIC TAGS:., titanium, titanium alloy, titanium alloy optical analysis,-titanium
illoy microanalvais optical emission microanalysis, emission spectrum
7-7
USTFACT: The moJ ization-of emission microanalysis units has made possible
inalyses in an atmosphere of Inert gases and the amplification of the Intensity of
R I locally weakened microspark.. Hicrospark analysis in argon is used, for example
Ln the analysis of alloys for nitrogen and oxygen. The optical system of the mo-
Jernized unit is shown in Fig. 1 of the Enclosure. This unit provides for the use
~)f a guide groove in the quartz,plate for sparking the sample surface* By the use
Df a weakened microspark and a guide groove it is possible to localize electrical
1/4

L 39/076-65
WCESSION NR;
:harges to an area with,a*am_eter*up, to, 0.05.mm, with a minimum depth of the
Jamaged layer of 10 microns. '.The wiring diagram,of the generator for obtaining
-ither a strong or weak mi spa k,-i
'cro r s included in the paper. Hicrospectral analy
iis is commonly used forinvestiga-ting titanium alloys, since it has several ad-
-rantages in comparison,with conventional.spectral analysis. Oneof-the advantages
I.s the possibility of analysis without destroying the sample. The'described me-
hod and appliances may be used'for:microspeatral analysis of gaseous inclusions.
"hey may also be used for analyzing thin layers of the material on copper plates.
Hicrospectral emission analysis of surface layers is irreplaceable for finding
i:he causes of defects arising due to variatj".on of alloy content. Layers up to
0.1 micron in thickness may be analyzed.- The guide groove on the device allows
na to localize the changesduring microspectral analysis and thus determine the
"
'Istribution of alloying elementsAn. grains of the cast alloy Ti+S%.AI+2% V& Mi-
(rospectral analysislis also used together with etching of the microstructure .j for
J nstance, for Ti +5~/,,Al+O.LI7.'Ho Ti+5% AI+0.8% Fe, and Ti+5% AI+2% V, indicating,
the presence of beta phase brittleness in these alloys. Hetallographic analysis
(f inicrosections, both in themsual way and by polarized light, should precede
Caii d 2/4

T, 30976-65
ACCI 1. S SION, M, AT4048088
Mic~.-ospectral analysis ,-since this enables one to determine the 'alloy structure -_an~d::
est'.mate the quality of the existi*ng chemical heterogeneity. The best wayof doing
8
thi; is by forming a layer of TiO2 300-750 A thick. A 260-460 A layer is yellov,
480,530 A is purple, and 600-750 A is blue. Prior to microanalysis, the surfaces
crai:ks, breaks and other defects should be oxidized and observed under a micro-
scopt with different magnifications in polarizc!d light. Orig. art. has: 5 fig-

r-a
n:5

Micro5pentral methrm of' studying nonmetallic inclusions.
Zav. lab. 30 no.,4:557-558 '64. (KRA 1?:5)
~g

I
.IAZIKOv, M.I.; KOROLEV,, N.V.
Automat'Lo deposition with a large diameter electrode. Avtom.
svar. 18 no'.5w35-37 Yv 165.; (MIRk 18%6)
1. Ural'skiy politekhnicheskiy institut im. S.M. Kirova.

23
24~4)
S/019/59/000/22/283/439
Db03/DOO2
AUTHOLI: Korolev. N.V.
TITLE: A D Microawci8 e With Polarizing Optic System
PER.I(;DICAL: Byulleten' izobreteniy, 1959, Nr 22, p 66 (USSR)
ABSTRACT: Class 42k, 48- Nr 124191 (600785/26 of 30 May 1958). A
microscope fitted with an additional diaphragm with a
cylindrical lens, designedilYacilitate the investigation
of the optic properties of microscopic grains of minerals
and technical materials in specimens in reflected pola-
rized light with large light beam angles (up to 750).
Card 1/1

23(5) SOV/19-59-9-206/362
AUTHOR: Y, N.V.
TITLE: An Ultra-Violet Lur.-iinescent 1.dcroscope-Spectrophoto-
meter
PERIODICAL: Byulleten' izobreteniy, 1959, Nr 9, p LQ (USSIJ)
ABSTRi1CT: Class 42h ' 14 . Nr 119697 (600635 of 28 May 1958)
To enable mic2;specturophotometric work to be carried
out by the light probe method, a concave mirror,
illuminated from its reverse side by a monochromator
and having a transparent area whose image appears in
0
the object plane in the form of a small light spot
probe, is installed in the plane of the intermediate
-i,,,.ae;e of the object.
Card 1/1
P-5412

Z-
0,7]
-11V we of f1twreticent nI cr,-) 3 In pl-,ileobotany ~,au proposed by V.
fit. t1tj g A 'd 1. N. SveNzik~~vti of the Botanical Inatitute of the
V
Ae---ademy o~ Science.* USM. A report to the further deyelopment
of ultraviolet microscopy was g1ver- iij Ye, 14. Brumberg of the_q&Ate-GjL--
tlcz~a Inistitute in which he de~;-rilje-, a method of light tran;3formation
workel out in 1940, Brumberg a1up r,~Vorted -more recent work done in con-
Junction with X. V. Korolev on an .14~Ureet method of obaervation in. which
thin ultraviolet M& To prcject',-~d on a floorc6eent screen, A special
apectrographic apparatus for the analysis of the chemical
.1unpositioa of cells, constructed b-y? Br=berE und A. Ger r1n, was
al~;o mentioned,
Confer ft'de on Vew Microscopic Methods Held by the TnsUtule of
Biological Physics, Academy of Sciences USSR and the State
Drdeti,6f 1enin Optical Institute, held in Hoscovj, 21-23 Dec 55
(Prioroda, vol 45, tio 6,, Jun 56 pp 42-47)
Wt CIA, FUD SumarY No. 1137,, 28 November 1956,, confidentiai.

-:7 60- pot 1,t%-AU
l
it 00-
by !Nne of Urn
itizt* In Zen.., el., tho -4 or
A --dod-Ma 6d9[-*-I-of-
from the
of
-41SICUSSea la '.ae lafrare~'. ~L=1--e-,
ais papar the ctiaracttriatics iaf
-,once of lead suLfide, a phen=enon which he discovered tageth-er with-L.
B. M. Nosenko,, L. S. Revzin, and D. Ya, Yaskolko discussed
.,ht- characteristics of phmphora bated OQ COS04, particularly of the phas-
Phor ca-504 -~111, the capacity of Vaich to accumal4t* light eaergy &rter
bein, exposed to ezaitation Vy hard or corpuscular radIatiou makes it
suitable for use as. a oear.Mve dosimeter, ~Yu. IL Mwank6 Z. L. Korgenv-
zihtern, aad L. 1-1. Sbsmovskiy- inviestlapAted the chargateriatics of pliosphors
based an pot,139itm iodide which bad,been aetimtted. Vith, titO AVALOP Of
thallium) i.e., indlum and 1pitlitin. Investigati6a of tha luminsucenice
L'iill= ~4-I- ittl
I - 'M tin
it-& ie 404r:M A-
~ov to de-reloV, a a-imple mithed for tbe 4wil'i -tv ir
n mnerals, ories. and -water .

ACCESSION NKs AP4031667 8/O266/"/0O0/0O3/OO3.V0O3J
.,AVMOR:
'TITLE: Optical emission mieroaaalyz*r
,-SOURCE: Walleteal isebrote"y i tovanw%b saskov. no. 5. 1964,
TOPIC TAGS: spectrograpb, spectroscope, micromalys*r, optical omission micro-
analyzer
'ABSTRACT: An optical emission microanalyz*r,' containing a microscope for ezamina-
tions in reflected light, a spectrograph and equipment for photasiectric recording,
and distinguished by the fact that. for the purpose of increased localization and
absolute sensitivity of the emission wicronnalyzer, the optical system of the micron
scope projects a *park image onto a reflector slot of the spectrograph. A micro-
analyzer, as per paragraph above. distinguialrd by the fact that, in order to check
the aligment, of the spectral lines. vitb the 'input slot& of the spectrograph, the
&park ignition system in the device is connected to the line scanning uAl t of a
1television tube. Orig, wto hass I figure.
ASSOCIATION: none
Card

ACCESSION MU AP4027218 S/0286/64/000/Oq8/OO68/OO68
ALTHORs Xa=tw.'.aavj Yee A*1 Vis"takiys A# Lei Gucovo We Nei luxnetsoya# T* 0#1
TITLEt Method for the clootrochemical grindin& and polishing of articles in a drun
(Class C 231b; 48c., 105 No. 161197 from 6 February 1963)
sOUPCE: Byul. izebrote i tovarn. zuskov, not 6, 1964, 68
TWIC TAGS: grinding# polishing, eleatrochemical grinding, eleotroohemioal
po.l.ishing, abrasive
ABSTPACT: 1. Method for the aleatrochomioal grinding end polishing of Lrtioles in
a drum has the spaoial feature that, for the purpose of intensifying the process and..
reduoing the work area, the very artioles being prooossod are used as 'the eleetrodes,
being separated in the drun or vibrating contaaer into two parts by a perforated
separation partition, with the olootrochomical disolution oarried out by moms of
alternating ourrent realizing a oonstant oiroulation of the eleotrolyte, and with
the ourront souroo being switchad.off during finishing treatment.
2* Mothod for aloatroohemloal grinding and poliphing of artioles in a dr= descrited
Card 1/2

L 3905 EWT(m)/T/EW'P(t)/ETI lip(c) JDA!"B
CC NRi jtP6=917 SOURCE E: 6RT6_3W66f6_6_27Coi1020U02 37
AUTHOR: Gorbunov, S. A.; Korolev, N. V.; Tikhomirovo V. 1.
ORO: laningrad State University im. A. A. Zhdanov (Laningradskiy gosudarstvennyy uni-I
Tersitie:W I
TITLE: Participation of nitrosenjin the oxidation of titaniumin air at high tompera-
,~ures
SOU.
, RCE: Fiziko-khimichoskaya mekhanika matorialovp v. 2, no. 2, 1966', 2oo-2o3
TOPIC TAGSt nitrogen, titaniump metal oxidations high temperature oxidation
ABSTRACT: The main purpose of4he work was to determine nitrogen directly in the sur-
face layer of specimens of VT11 titanium alloy oxized in air at 800-12000, using spec-
t,-,-al analysis and microhardness measurements. The surface gas-saturated layer on spec-
iiions oxidized at 1100-12000 was found to have a high nitrogen content (up to 3%). The
m&in cause of the enrichment of the metal surface layer with nitrogen following oxida-
tion in air at 1100-12001 iR thought to be the reaction of titanium with atmospheric
nitrogen. No pure nitride'dompounds are formed; the surface consists of a complex in-
terstitial solid soi~t_ion _~f oxygen, nitrogen, and partially carbon in a-titanium.
This is due to the characteristics of tho structure a-Ti, which has octahedral voids of
laTge size. The particit)ation of atmospheric nitrogen in the oxidation of titanium at
high temperatures affects the entire oxidation process. Orig. art..has: I figure and
Cerd 1/2

30-r'
L 05193-67 041 (1)
~CCNR, AP6012150 SOURCE CODE: UR/0413/66/OOO/Oa7/0069/000
AUTHOR: Korolev, N. V.
ORG: none
TITLE: An interferometer with a quantun, [.;enerator. Class 42., No. 180377
SOURCE: Izobreteniyat promyshlennyye obraztsy, tovarnyye znaki, no. 7, 1966t 69
TOPIC TAGS: quantum generator, interferomoter
ABSTRACT: This Author Certificate presents an interferometer with a quantum
generator (see Fig. 1). To simplify it's design and to increase the moasurement
accuracy, the control surface is semitransparent and established in the same branch
as the investigated system or detail.
Card 1/2
UDC:
L 05193-67
ACC NRi AP60121-50
Fig. 1.
1 - optical quantum generator;
2 - control surface; 3 investigated
system or detail,
Orig. art. has: 1 figure.
SM COLE: 20/ SUBM DATE: 170ct64
A lr~
VI-
4

Popov, A.N.; MARAROV, F-A.; Xojj()j,EV, N.,ye., *Inzh.y retLenzent
[Equipment for the production of concrete and reinforced
concrete pipe] Oboy,,dovanie dlia proizvodstva
zhelezobetonnykh trub. betonnykh
183 P. Moskva, Mashinostroenie, 1965.
M
(M qk :L8:8)

KOROLWx IT. Ye.., :Lnzh.; TLPvtAWpjj, P.10j, inzh.
Equ'Pment for molding three-dimensional reinforced c~mcrete
bath-roams. Stroi* i dor. mash, 10 no.1:25-26 Ja 165
(MIRA 18:2)

KOROLEI/p N.Ye, inzh,
.Automabil:., batch welgi.ers Por cement. Stroi. i dor. imsh. 10 nc,.,..
31-33 F 165. 4
(MIRA 18-.3)

AF6033438 SOURCE CODE:
AUTHOR: Shalimavap K. V.; Xhirins, V. N.; Korolevp 0. 1.
ORG: none
TITIZ: Temperature depend6ce of the aboorptionp reflectionp emissionp and excitation
spectra and of the quantum yield of luminescence in polycrystalline films of cadmium
sulfide
SOURCE: Oytika I spektroskopiyap v: 21p no. 4. 1966p 456-459
TOPIC TAGS: cadmium aulfidep absorption spectrum) emission spectrump "citation Spec-
trump quantum yieldp luminescence spectrum., semiconducting film., temperature depen-
dence
ABSTRACT: This-is a continuation of earlier work (DAN SSSR v. 139.. 938, 1961) on the
temperature dependence of the absorption and reflection of cadmium sulfide filmp
where a photographic procedure was used. In the present study, the tented polycrysthl.
line film were of hexagonal modificationp and were prepared by a thermal sublimation
of the initial substance in vacuum., using a procedure described by the authors'else-
where (Kristallograflya v. 8, 774, 1963). The temperature dependence of the spectra
and of the quantum yield were measured with an optical system based on a: spectrometer
(M-12) j universal monochromator (194-2), a double monochromator (DW-4), mid aphoto-
d
electronic contiuuoua-spectrum recorder (PEP-1). The absorption spectra in the tem-.
perature range Tf - 300K were platted with a recording spectrophotometer 07-10. The
k E
UDC: "5-34 + MOT-096
NRt AF6033438
use of the spectrophotometer In the present investigation made it possible to deter-
mine the absorption coefficient more accurately with allowance for reflection. The
.results show that all the absorption bands shift toward longer" wavelengths with in-
creasing temperature. The shift is linear. In additionp the bands become deformed
with increasing temperature and their half-width increases. The quantum yield was
also investigated by the authors earlier (Opt. I spektr. v. 20p 1063p 1966),. The
luminescence spectrump on the other handp shifts tovard shorter wavelengths.. with all
bands of the spectrum experiencing an equal shift. The relative quantum yield of the
luminescence decreases with increasing temperature. The tenperature dependence of
the photoluminescence -is the sam for different excitation vevelengthal, agreeing veU
vith the Gurney wA Mott reJAtiou. OrIgo art* has:. 3 flgu~ep'and 2 fbrw4A&9~
MM,CMZ: 2D/ OPM WU I.. 07Ayz65/ MWI .'005/ 07H MW: .003
~n
tk

L 42898-66 EV1T(1)/SqT(_m)/EV1P(t)/ETI IJP(c) JD IGG
ACC NRt AP6018447 SOURCE CODE: LIR/0051/66/020/006/1063/1065
AUTHOR- Shalimova, K. V.; Xhirin, V. H.; Korolev, 0. 1.
ORG: none
TITLE: Spectral distribution of relative q2antu~ yield for photoluminescence of poly-
crystalline cadmium sulfide films at 770K_
SOURCE: Optika i a ktroskopiya, v. 20, no. 6, 1966, 1063-1065
TOPIC TAGS: cadmium sulfide, photoluminescence, light excitation, excitation spec-
trum, absorption spectrum, spectrophotometry, quantum yield, monochromator, semicon-
ducting film, polycrystalline film
ABSTRACT: The absorption, reflectance, ex tation and quantum yield of inescence
from polycrystalline cadmium sulfide films~tt liguid nitrogen temperatur (770K) were
investigated. In the corresponding spectra in the 210-360 mti region, four broad bands
with maxima at 330, 290, 240 and 215 mu were observed while a fine structure consist-
ing of 4-5 bands was observed in the 460-490 mp region. The spectral distribution of
green luminescence of polycrystalline CdS films is independent of the wavelength of
the excitation light. The radiation intensity of this lum--nescence is directly propor-
tional to the intensity of the excitation light over three orders of magnitude. These
conclusions are based on a series of measurements carried out by the authors on hexa-
UDC: 535.37

L i2414-w65 PZ.-A., IJP(c) JD
AICEWIM HR. AP5006056
A slol3g/65/000/00110080/0084
Al FMOR: Sballmova, K, V. Mirin. Xbrolev, 0, 1, 2
7-TU:
ne filas of eadmium ejullfide T7K
0-
S(URCE: IVU,.. Fizika* U-t It 1965, 8 8k
TTI 'PIC TAOS: photoluainescence,-Cidmium sulfide, polyerystal, thin film spectral
atmposition, lumine=ewe excitation, fine structure
A] STPACT: A study was made of the spectra of absorption, reflection, emission, and.
11min-escence excitation of polyerystaLtine M films
--n age are.~*f -interest because-a det ed
ail .-study-':.
nescence-of-M - Wsfn-ei-r-er-.ma--de before. The films vere obtained
b3' therMl Sub on. af a an atmosphere of argon or hydrogen sulfide in
L, 1 PP"4* i - I I ~
Iffeu= with subsequent cryatalUsation on heated and unheated substrates. Samples
m blimated on substrates heated below 350C, regardless of the atmosphere in vhich
ttey were prepared, have absorption and emisision spectra of simple form, Films
ai utt4L--- ed on substrates heated above 350C have a fine structure in the absorption,
212

KOROLIV. P., Inzh.
sav for longetudinal splitting of cattle carcasses.
Mias. ind. SSSR 30 no.5:47-49 '59. (MIRA 13:1)
1.Moskovskly takhnologichookly inmtItut myasnoy I molochnoy promysh-
lennosti.
(Meat industry-Squipment and supplies)

KDR046, .
J. I. !,N
IR,Y _. ,
Wholesale centers and local Industry. SOT- torg- n0-10:11-13
0 158. (Shoo Industry) (MIRK llao)

KOROLIV, P.
A wholmmle base nupnliee cities and villages. Saw-torg. 33
no.2:35-38 F 160. (MIRA 13:5)
(Lwov--Roots and shoes)

KOROIEV,.P., inzh.-khimik
How to store herbicides. Zaahoh. raot. ot vred. IL bol. 10
no.103-34' 165. (mrRA 18:3)

P. A.
1945
'A 9VLTk aminst(w V:Ith 7cresa WtIon for Spec-
tnmoplc AbsUals.." P. A. Kbrolov, 2 pp
Wft AGM solo Vol N09
A ~pUt gmmmtcw costrol3ma by a Im-power auxiliary
~.sjmjtv jo2vittIM earefti omtrol &a envarins ma3d-
m rolrodualbillty ct electrIcal cmd1tiom
PA 4TI 20

FAVER, G.L.; KOROLEV P.A., kandidat meditsinakikh nauk, direktor; CIURNYAKOV,
G..i., ispolnyayushchiy obyazonosti glavnogo vracha,
Effect of magnesic solutions of penicillin upon the culture of staphylococ-
cue anrens; author's abstract. Zhur.mikrobiol.epid.i im-min. no.2:53 F '53.
(mT-RA -65:5 '1
1.,Krymakiy institut spidemiologli I mikrobiologii (for Korolev). 2. Ni-
zhegorskaya rayonnaya bollnitea (for Cherayakow). (Penicillia) (Staphy-
lococaus)

A004,01e 04 TIKHOMIROVA, M.
IMROUV ?.A. ; HARKOV. T.L.,
Result of eradication of an endemic focus of pappataci fever. Nod.
parat. i parax. bole no.4:344-347 O-D 154. (NLRA 8;2)
1. Ix Simforopollskoy protivomalyarlynoy stantsit (glavMy vrach
N.IoTikhomirova) I kafedry infektsionnykh bolesney I apidenialogii
(save prof. V.M.Domrachov) "skogo moditainxkogo instituta twent
I.I.Stalina.
(PAPPATACI FIM. prevention and iontrol,
in Russia, liquidation of endemic focus with DVI & benzine
hexachlorids)
(my,
pappataci favor control)
(Mam HIXAGNMIEB,
papp&taci favor control)

EXCERPTA YEDICA Sec 4 Vol. 10/9, Yicrobiolonr Sept 57
214 8. KOROLEV P A and KOLTYPINA A. P. Infect. Dis. Clin. of the Cri mean Nled.
Inst. _aide Sanit. and Epidemiol. Station, Simferopol, USSR. * C I I n -
ical and epidemiological data on Q fever in the Crimea
(Russian text) Z.MIKROBIOL. 1956, No. 7(10-15)
in 1952 Dr. Teverovckaya reported the first cases of Q fever in the Crimea. In
1954-55 the authors investigated 260 acutely febrile patients. In 24 cases, using
agglutination and complement-f ixation reaction, Q fever was diagnosed. The c I in -
ical picture of the Illness was characterized by moderate severity with a febrile
period of about 10 days and wi 'th no pathological signs in the respiratory organs.
The authors think that the infection with Q fever was acquired through milk and
only in occasional cases through contact with domestic animals. During the period
of the investigation not a single case of Q fever was noted among the workers at
the meat combine, tannery, raw hide depot etc. Among 115 workers in these in-
dustries positive complement fixation reactions were detected in only 4. Among the
cattle, sheep and goats of different areas of the Crimea region, positive reactions
to Q-antigen are found In up to 13.576 of animals, but Incidence in humans is limit-
ed to occasional cases. The authors explain this phenomenon by the small number
of animals which excrete the causative organism into the outer environment and
also by the low infectivity of the organism to man. Kaulen - Moscow

,p)ROLSY. P.A., dotsent
- 9:8o s 156.
i San. 21 no HLRA 9.
Device for workin' with PIPOtt"s- ('19" i .10,
1. is gMskogo "Attaingkogo institUta.
(FTPS"ls)

XCHOLN, ?.A.; KOLOTYGIDA. A.?.
Clinical and spidmiological data on Q favor in Crimes. Zhur.mikro-
biol.spid. I Imun. 27 no.7-10-15 Jy 156. (NM 9:9)
1. Is kliniki infektsionafth bolesney Krymmkogo seditsingkogo
inatituta imeni Stalina I Oblastuoy sanitarno-spidemiologichaskoy
stantell.
(q ymR, spid*njol,
In Russia. Crises)
9 0 Ct A",

vngZpl p.A.; KONSTAMP YeaGo et.
ng brucOll0a,i. vaccine; ButhOr"' 'bt'
or., i..unization with livi 10%103 0 160o
Shm, mikrobiol. spid. j loom. 31 UO- (MIRA 13:12)
Ykb bojqznGy-Krympko9o maditsinDkOgO
.nfekto,onr
1. U,kafedrY J swdtamo-spid 010.gichookol stantaii-
i~"Ivtft j Oblastnoy (ERU=71)

KORoLF-V, P.~.; TOLSTOV~ K.S.
Smoke generator of a multiple effect. Zashch. rast. ot vred. i bol.
6 no.12:9-11 D '61. (MIRA 160)

LUCHINSKIYP G.P., doktor khimicheskikh nauk; TOLSTOV, K.S., kand.tekhnichosklk)l
-Y-.A,
Use of haxachloran in insecticidal fumigantse Khim-prom. no.4:235-
237 Ap 161, (MM 14:4)
(Cyclohexane) (Insecticides)

KOROIZVp P.A.
Lime-sulphur mixture. . Zashch. rast. ot vred. i bol.
mr 161.
(Inaecticides) (Fungicides)
6 no.3:45-46
(MIRA 15:6)

IMO 9V~ P~.A. ~
Herbicideal, derivativON of 2.4-dioblorophenaxPoet" acide 15*12)
Zubehasit,ot vardei bol. 7 no.4147-49 Ap 162s (MMA
(704,-D)

NOROLEV, P.A.; NIKIFOROV, A.M..z SHMIRO, IiD.; VILKOVA, N,A,; DROZDOVSKIY, E.M.
Quoations and answero. Ushch. raot. ot?vred. i bol. 8 no.-21
39~:40 F 163. (MIRA 16.-7)
(Plants, Protection of)

__~OROIq,j.A*z-- ..-
Procedure for testing new preparations* Zashch. rast. ot
vred. i bol. 8 no.3g25 Mr 163. (MIRA 17-1)

XORDLE V 9 -P-A.; HORNAUSHKIN, V.
Questicns and answers. Zashch. rast. ot vred. i bol. 9 no' *3:40
'64. (MIRA 17:4)
1. Inspektor otdola Vaesoyuznogo tsentrallnogo soveta professional'-
nykh soyuzov po proizvodstvennoy rabote i zarabotnoy plate v
sellskom khozyaystve (for Kornaushkin).

KOROLEVP P.A.
Questions and an wers. Zashch. rast. ot vred. I bol. 9 no.1:42
1646 (MIRA 17:4)

KOROLEV, P.A., inzh.-khimik
The acar!cide chloroethanol. Zashch. rast. ot vred. i bol.
9 no.7:33-34 '64. (MIM 18%2)

KALASPNIKOV, K-Ya., kand. sellskokhoz. nauk; BRUDNAYA, A.A., kand. sell-
Ikhokhos. nauk; ZUBOV, M.F., kand. sellskokhoz. nauk; KOROLEV, P.A.,
inzh.-khimik; NIKIFOROV, A.M.
Questions and answers. Zashch. rast. ot vred. i bol. 9
no.804-35 164. (MIRA 17:12)

IrCOSTIYEV, Ivan Ivanovich; ABUKHOV, Ieojktiy GrigerlysTich; KCROW, P. of
redaktor; DASMVA, Z.?., r*daktor; VOLKHDVER, R.S.. tokEWI-CM-MY
rodaktor,
[Beat-wood farnituro production) Proisvodstvo gnutoi meboll. Moskva,
Goslesbumisdat, 1954. 119 p0' (Mm 8:5)
(Furniture Industry)

KOROLEV, P.G.
Work of a geographical study group. Geog. v shkole 21 no.2:57-58
Mr-AP 158. (MIRA 11:2)
l.Shkala No. 689, Hoskva.
(Geography~-Study and teaching)

KORDLET, P.G. [Korollov, P.H.I: PANICH, P.H. [Panych, P.N.I:
Duet protecting device for the land wheel bushing of the P-5-35M
plow. Makh. sill. hoop. 9 no.10:28-29 0 '58. (14IRA 11:10)
1. Ukrainskaya akademiya sellakokhozyaystvennykh nauk.
(Plows)

KIM Khan Chzhu; MON DaV Son; KOVALEV, V.P. [translator, deceased);
KAZAKMCH~ I.S.p red.; KORDLEV P.Ge red.; ZAKHMATOVA, H.R..,
red. izd-va; BFXZSIXVTS I L.Sh.p tekhn. red.-
[Cooperative agriculture 3.n the Korean People's Democratic
Repub3lcl Kooperiroyanie sellskogo khoziaist-va v Koreiskoi
Narodno-Demokratichookoi Respublike. Moskva,, Izd-vo vostochnoi
3it-r 1961. 131 p. (MIU 14:12)
fkorea3, North-Agriculturep Cooperative)

BELYAYEV, Yu.N. [translator] - KOROLEV P.G. [translator); TIYd!0MLiOV,
V.D.[translator]; Plhjav~'. ~.K.. area.; HILITARM, Yu.E.., red.;
KHARIKOVSKAYA, L.M., tekhn. red.
[National economic development of the Korean People's Democratic
Republic after the liberation)Razvitie narodnogo khoziaistva Ko-
reiskoi Harodno-Demokraticheskoi Respubliki posle osvobozhdeniia.
Pod red. I s predisl. B.K.Pimenova. Moskva# Izd-vo inostr. lit-
ry, 1962. 337 p. Abridged translation from the Korean.
(MIRA 15:12)
(Korea, Worth-Economic conditions)

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OTHER PISTO KINC8. IP.Cle Korol*Ve (Zavadelm7a Labom-
tori7a, 1946. Vol 14, (in luselso). A sb*l
apparatus is described by which the magaltudoe of the alast,
and residual detormatlan of a ring under conevatrated stress:6
can be deteralmod.-409.
fte
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KORCUff, P. G.
Xzparizental-Plotting of curves Indicating the starting and
stoj)pIng of lathe spindles. $tan. I Instr. 25 no-7:10-11 J1 154.
(Lathes) (MM 7:8)
SOV/109-59--4-2-15/27
.AUTHOR: &~role
TITLE: The Possibility of a Purther Generalization of the
Quasi-Linear Theory of Single-Stage Ik,-Oscillators
(0 vozmozhnosti dallneyshego ooobshcheniya v
kvazilineynoy teorii odnokonturnykh LO-generatorov)
PERIMICAL:Rad-iotekhnika i Elel;ptronika, 1959, Vol 4, Nr 2,
pp 262-2?1 (USSR)
ABSTRACT: A simple LC.-oscillator, shovm in Fig 1, is considered.
Here zl, z2 and z3 are constant parameters, Ea and Eg
are direct voltages, ec = Ec cos wrt is the voltage of
an external signal and u = Ecr + V cos. (wt + (p) is the
voltage in the grid circuit. C~ The oscillator can be
described by a system of simplified equations (Ref 1
and 6): av
_6V(l - kP-SB) = P(V'(P)?
d,p
(Tt- Q
where 1 is.the damping coefficient of the
Card 1/4 2PeaC

S
j
OV/109-5 9-4-2--15/27
The Possibility of a Further Generalization of the ,4uasi--Linear
Theory of Single-Stage LC-Oscillators
of Eq (14) are expressed by Eq (l?) and (18). The
variables V and (p in Eq (14) cannot be separated ar-d. it
is therefore possible to determine the transients of
V and 9 only i-f the amplitude of the external voltage
is comparatively small (Ref ? and 8). Under this
assumption, Eq (1) can be represented as Eq (20) where
various parameters are defined on page 268. The
solution of Eq (20) is in the form of Eq (23). This
defines the phase transient in a synchronized
oscillator.but the phase is not defined coiapletely
since the transient depends on the initial phase of the
oscillator. The transient of the amplitude of the
oscillator is expressed by the last equation on p 270.
The author makes acknowledgment to the corresponding
member of the Academy of Science of the USSR
Card 3/4 Mx.B.Yobzarev and. to Professor U.I.Kontorovich for
SOV/109-59-4-2-15/27
The possibility of a l'urther Generalization of the Quasi-Linear
Theory of Single-Stage LC-Oscillat-Ors
reading the manuscript; and- their valuable remarks.
There are 3 figures and. 13 Soviet refe,,.vnces.
SUBMITTED; 25th April 1957
Card 4/4

~-KOROLEVP P.I9
Changing designs of shock absorbers of the EPM-1 rock loader.
suggested by P.-I.-K~~olew Rate. predl. no. 43 W" 1509
(MIRA 14:1)
(Shock absorbers)

.. .. I.
KOROTIV, P. N.
Cardirg Machines
Incree,sing the package of con roving frames RTP-192 Tekst. prom. no. 5, 1952.
9. Monthly List of Russian Accessions, Library of Congress, August 1954 Unclassified.
2
.1

DEMIN, A,I.;-..KORIOL~-_V., ~?-P- _
Portable unit for testing electric measurement instruments.
Rats. predl. na gor. elektrotransp. no.9:58-59 164.
(MIRA 18:2)
1. Trest "Moselektrotrans".
KOF.3-I-EV, 1".F.; SHOSTIYANnV, V.V.
Portable unit for testing relay protection. Rats. predl. na gor.
elektrotransp. no-9:59-61 164. 0-10A 18:2)
1. Trest, "Moselaktrotrans".

ANISKTN, L.; BhEANCHUK, P.LKGIIIjLEV
Anallysis of basic structural parameters of air-heating units
for motcr vehicles. A-vt. transp. 43 no.8:13-17 Ag 165.
(MIRk 18:9)
1. Chel~abinskiy politekhnicheskiy institilt.
ANISKIN, L., kand. tekhn. nauk; KICHTGIN, Ya.., kand. tekhn. nauk;
KOROMV, R., inzh.
JUr heating of motor vehl"'cles outside of garages. Avt.transp. 42
no.3-19-20 Mr 164. (MIRA 17:4)

DAVMMKO, K.-, Kq93--T-t S-; OMNOUBOV- M.; ZMKOT, K., red.;
AIZUpj'K; [jilupietg., K.], tekhn.red,
YAM
[Inaz, the sorthern GIlkI from the experience of the Oliasuyi
WiabrIm Colleatire Pars, Proyll District] Lou - sevornyl
sheik; is opyta kolkhosa wlr&snyi Oktiabr", Prell'skogo
raiona. Riga, latvilskoe goo.i*d-vo, 1960. 72 p,
(MIRA 14tl2)
(Proylt District-flax)
I
B-'LYAYEVA, Z-; BUDJUIIN. V.; VASHENTSEVA, Ye.-, ropTEV, H.; KOROLLIV, S.;
0SHCHIRYAKOV, V.; SSMIN' S.; KONAKOVp Doe otv.red-~';---A6M0,--'V.,
red.; SOSKIN, A., red..
[political economy; 8 mAual Of visual aide) POliticheakaia
ekonomiia; nagliadnoe posobie. '0tvetstvennyj red. D.Korskov.
Moskva, Gos.Izd-vo Polit.lit-ry, 1959. 159 P. (KIRA 13:3)
(Bconomic history) (Audio-visual aide)

KOdOIEV, S., inzh.; LAVRENTIYEV, V., inzh.; ANAGORSKIY, L., red.;
ROMANT1IKOVj F.p red.izd-va; KARZHAVINA, Ye., tekhn.red.
[Build-up welding of standard parts] Naplavka tipovykh de-
talei. Lipets, Lipetskoe knizhnoe izd-vo, 1962. 65 p.
(MIRA 17:3)
1. Svarochnoye byuro Lipetskogo traktornogo zavoda (for
Korolev, Lavrentlyev).

KOV-rIIM'iA, A.F, KM
,; KO,,-OLLATy S.A.; KCCI--'ES:OIS A, T.N.; IAFIOFCV, M.P.;
MARTY111-1-21KO, L.M.; SAMIYEEV, Ye.;,..; KOZLOV, G.A., otv.
red.; SOSKINI A.M.0 red.
(Album of visual aide on economics; the section "Sosialism."I
Allbom nagliadnykh poaobii po politichaskoi ekonomi:i; razdel
"Sotsializm." Leningradp Gospolitizdat,, 1960. 40 plates
WIRA 15: 11)
(Sconomice-Audio-visual aids)

VOLKOV, M.I.,, dots.; JOEOLi3f.#- S.A. ;, JAFNJLW~V. G.,tdots.; TOYJR:t,;V,A.P.;
Y~OZLOVA, G.A., prof., red.; KOKOSHKO, A.G., red.;MARTYNOVA,
M.N., tekhn. red.
[Socialist means of production] Sotsialisticheskii sposob
proizvodstva. Moskva, Izd-vo "Mysll." No-3-[Funds of
socialist enterprises and the formation of net income in a
socialist enterprise] Fondy sotsialisticheskikh predpriiatii
I Obrazovanie chistogo dokhoda v sotsialisticheskom khoziai-
stve. 1964. 186 P. (MIRA 17:4)
1. Kommunisticheskays, Partiya Sovetskogo Soyuza. Vysshaya
1mrtiynaya shkola. Kafedra politicheskoy ekonomii.

6) V.- - ~
63-55C6-
r66-6766VEMYinoW
F07F.7 To I
AU17HOR:
TITLE: Synthesis of circuit's that check the fulfillment of relation Jx- YJ :5 A
SOURa: Ref. zh. Avtomatika, telemoldianika i rjchislitcl'naya teldirlika, Abs. 9B20
-,:IF SOU
RCE: Sb. Vycbisl. tekh. Y mashinostr. Minsk, 1966, 77-83
I-IOPIC TAGS: circuit theory, computer design, binary n-wrnbcr, Boolean function, computer
osic, ao=~%~r switching
JOSTRACT: In solving various problems it is frequently neccasarf to check whether the
condition JX-YJ :~ A is satisfied; here X and Y are n-digit binary numbers of the
:,"orm X - 2 n-1 xn + ... 2i-l x, +.... + X11 Y = 2n-l + ... + Y11
Yn
xi and yi are binary variables which take on values 0 and 1, and
A - 2,-1 + ~,2 + ... + 1 . 2, _ 1.
This problem is usually solved by using adders and coriparison circuits, which are quit
complicated devices. A procedure is discussed for the synthesis of circults that chea
the foregoing conditions and are based on universal fluid jet switches, which realize
'!unctions a - ex and b - cz, using OR elements and coinumnications. The
the two Boolean L
procedure described for the synthesis is based on the general method of synthesizing
,-card V2 uDc: 661-142.1
ACC NRs AR603
xiitching networks, developed by A. Sh' B10kh- 1 table- Bibliography, 4 titles.
G. V. [Translation of abstract)
1
S'UB CODE: 09/1-k

-7 7-
j
j-
Milt
~L4UP65-;' lAw0i
, (dp) GG
ACCESSION MR: AP4045689 8/0250/64/008/008/0501/0504
AUTHOR: Kbrolev', SsA.
VME.- Elyntfiw's of optems designed for pnematle mvitchea
AN BIM 8:v N' -6 '1%64 601404
SOURCE.
"J"
TOPIC TAG& automation, control system, pneomatle control system, pneumatic swit6h,
system desigm
ABSTRACT: A pneumatic switch with a single controlling Input, which was develop6d
at the Inatitut Avtomatfld i Telemekhanild AN SSSR (Institute of &tomatlon-and
Tellemechanics), can be used to, em-ry ouffWo- 9661-ea-a operations. These EmAtches
can Fe c-o-Off-e-d so as to represent more complicateA Boolean functions by uBin& a
canonical truth table described by A. Sh. BIokh in earlier papers. An example of such
a ftw--tfon- Is given together with Its representation in a canonical table and a schematic
&witching dlaUam. An expresalon in also given for the number of Mt-ches required as
the dimensionality of the Boolean fimetion goes to infinity. In discuBsing other examples,
it, is oointed out that the table can be constructed either from the bottom upward or from
Lh-e top downward. Wben the function can be factored, all canonical tables reduce to one
Cardl/2

6 7,65 - ------ --------- ----
8
7
ACCESSION XR: AP4045666
table, and tha synthesis otikelt &-table is carried out from the bottom up. ThecozahiWt-
m eod of sygtheals may atio be u1sed, by dfvldl~g tfie table Into two parts a~d syn-
thealzIng one, part from the top down and the other from the bottom up. An exmpte at
tMa Mnd is then Oven. "'The author thanks A. 94. Blokh for suggesting the problem and
ii-,, `iis constant advice." Orig. art. haBI, 4 tables,_2 TA-gures and 4 ecpiatlona.
ASSOCMT1041~ Inatitat matematW i vy*ebialitellnoy tolIffinfld AN BWR (Ri4tute ot _j
Mathematics:and Pmputers Techw1ogy, AN RMR)
SUBMI=D: 3ONovG3 ENCL. 00 SUB CODE: IE
N 0 RE 9 OV. M OMER: 000

KOHOLEV. Sergey ArIll-ad'yevich: ASTAKHOV, V.D.) red.; NAUMOV, K.14.p
tekhn. red.
(Development of collective farm property at the present
stage of the building of communism in the U.S.S.R.]Razvitio
kolkhoznoi sobstvennosti na sovrezennom, etape korzunistiche-
skogo stroitellstva v SSSR. Moskva, Izd-vo VPSh pri TsK KPSS,
1962. 103 P. (MIRA 15:11)
(Collective fams-Interfarm cooperation)
(Property)

KOR'DU'V, 1"). 1.
"0 nekotorykh metodakh sravnitellnogo izucheniya. sovremennogo obshchestva."
report submitted for 7th Intl Cong, Anthropological & Ethnological Sciences.,
Moscow, 3-10 Aug 64.

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