SCIENTIFIC ABSTRACT IVANOV, A. - IVANOV, A.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000619020004-9
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 10, 2001
• Sequence Number: 4
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

KORL1,1AKO) A.S.; K10*111SHEZ'Y11, L.I.; PEIRUVSKIY, S.D.; 07SHFOU19
G.I.I.; BAKHANOV, V.Ye.; Frinimal uchastiye YENTSP P.M.;
IVAN.N..A.P.,,prof., retsenzent .. I
(Preparation of a course project on the theory of mecha-
nigms and mchines] Kursovoe proektirovanle po tooril me-
khanizmov i mashin. (By) A.S.Koreniako i dr. Izd.4., pa-
rer. 1.,;oskva, Leningrad, 1964. 324 p. (MIRA 17:9)
14!
d. h;
101

10MC TAGS: juhricatijil- lit lii Additive, fl-'etal cor I..
v~ vi rn F-r i i Le. r W~ (1 1); 4) rld ni n3-hour cyde.t;
w a.~~

'A"ere also obtained with alk-r1resorrinol and the acid -stor -f gehitafti add A P:11'~k:-A-h
Cord 2/2
j!

L 2789!-66 DIM) 1JP(c)
ACCESSION NR: APS025091
UR/036 /~~/003/003/0238/0247
S35,37
IrIj ~Ir
AUTHOR. Zege, E. P.; Ivanov, A. P.
J,
TITLE: Nonlinear luminescence of a plane-parallel- layer
SOURCE: Zhurnal prikladnoy spekhroskopii, v. 3, no. 3*, 196,5, 238-247
TOPIC TAGS: luminescence, nonlinear effect, light absorption -absort)tion pump'
bonlinear optics
ABSTRACT: It is shown qualitatively that the intensity of i~adiation governd :the
optical parameters of a substance, especially its absorptivity. : Variation In ab-,
sorptivity causes a nonlinear relationship between the luminescence.intensity and
pumping power. This paper treats a plane-parallel layer of thickness 1 illuminabed
uniformly from one direction by an infinitely thick, parallelbean of intense,radia-
'tion. An elementary layer within this 'volume is studied. it is assumed that'lumL-
nescence is proportional to absorption. On the basis of nonlinear optics this pr43-
.portionality holds as long as the induced transitions are not coTmr-nsurate with the
spontaneous transitions. Luminescence emitted upward and dounward was calcxWited
:Card 1/2

L 27891-66
ACCESSION NR: AP5025091
on a computer as a function of the position of the elementary layer within the
volume. The resfiltant data are then used to construct curves of 1-Luninescence,
as a: function of other parameters, which reveal the exis 'tence of an optinum
layer thickness. The effect of pumping intensity on luminescence is discussed in*
detail in relation to light transmission and reflection. Simple expressions are
-derived for luminescence of a layer that 1) absorbs radiation weaklyt .2) s-tmvng:LY9
and .3) for the luminescence of an infinitely thick layer. The errors involved in
the calculations are estimated. Orig. art. has: 15 equations, l.table, and 4' fi
!ures. IM
;ASSOCIATION: none
:SUBMITTED: 16Nay65 -ENCL.- 00 SUB CODE: OP
SS
,NO REF SOV: 009 OTHER: 004 ATD PRE
7
Card 2/
17 u
7

_ACC_NR.- Am,60-2827 (0 -
Monograph
Smirnova, J~'I'uza A'K'onstantinovnaY#, Sokolov, Boris Pavlovich;
Yakov Ser&eyevich; Ivanov, Aieltsey Pavlovich
UR/
Sidorin,
Strength of fiber,lass reinforced plastic ship hulls (Prochnost,
korpusa sudna iz stekloplastika) Leningrad, Izd-vo "Sudostroyeniye"
1965. 331 P. illus., biblio. 2700 copies printed.
TOPIC TAGS: shipbuilding engineering, plastic, laminated plastic,
reinforced plastic, plastic strenrlth
PURPOSE AIM COVERAGE: Tlits book is intended for workers of design and
planning organizations, enterprises, and scientific-research insti-
k,ut-es; it can also be used by students attending shipbuildinG insti-
tutes of higher education and technical schools.- The back describes the
peculiarities of fiberglass-reinforced plastic as a new construction
material, and presents data on its physicomechanical properties and
methods for determininr, them. In addition, the basic principles for
desi.mning and calculating the stren6th of fiberglass-reinforeed-
plastic ship hulls is presented. Chapters I, IV, V, and V! were
written by M. X. Smirnova-on the basis of experiments carried out
by her together with B. P. Sokolov, L. N. Vinogradova, V.
Mikhaylov, I. A. Yelsukov, V. M. Tsy-anenko, N. N1. Mal-carova,
0. P. Gurlyanov, N. A. Shadrinova, and L. 0. Vinogradova. Chapter 11
-Card 1/2 uDC: 629.12-011-678.5

1ACC NR, . .....
A146032827
was writteii by Ya. S. Sidorin and A. P. Ivanov with the assistance
of S. F. Glasov. Chapter III was written by B. P. Sokolov. There
are 76 references, 34 of which are Soviet.
TABLE, OF COWENTS (Abridged):
Introduction -- 3
Ch. I. Fiberglass-reinforced plastic used in shipbuilding -- 9
Ch. 11. Strength and deformation characteristics of fiberglass-
reinforced plastic -- 49
Ch. HI. Ef f ect of reinf orcing on the strength_ and def ormation
Q~
characteristics of fiberglaaB-reinforced plastic -- 159
Ch. IV. Basic principles for designing joints of ship hulls from
fiberglass-reinforced plastic -- 212
Ch. V. Several results of strength tests of hull structures of
fibeiZlass-reinforced plastic,-- 220
Ch. VI. Calculation methods and strength standards -- 266
References -- 327
SUB CODE: 11, 13/ SUBM DATE: loju165/ ORIG REP: 033/ OTH REF; 044/
k;~ 2/2

ACC NR: M16032064~ Monograph7--- Ua/
t
Gevorkyan, Ashot Mushegovich; yanqy, Andrey Pavlovich; Metelkin, Aleksandr
Fedorovich; Moikalev,Mikhail Aleks'a_n__diO-`v_i'ch---
i
Technology of aircraft enGine construction; a manual for thesis writers (Tekhnologiya
aviadvigatelesiroyeniya; uchebnoye posobiye po diplomnomu. proyektirovaniyu)
Moscow, Izd-vol"Mashinostroyeniyett .1 1966. 174 p. illus., biblio., tables. 9200
copies printed! Textbook for students at aviation schools and faculties.
TOPIC TAGS: aircraft engine production engineering, industrial
management
IMPOSE AND COVMAGE: The book is intended for students writing theses on aircraft
engine technology, for teaching 6taffs in aviation institutes, and for production
I
engineers. It,can also be useful to other machine building specialities. A
systematic presentation is given on the planning of thesis writing on aircraft
engine production, production management, introduction of new methods, new
machinery, quailty control, production automation, and equipment replacement and
repair. Included as appendices are several tables dealing with productiQn control
and production-management. There are 36 references, all Soviet.
Card 112 um 629.13-003.3 (075-8)
H1 IIIIF ;111 11 11 1 H 1 1

TAELE op conrorsi(Abridged):
Introcluction - 3 1
Ch. I. Content o4 diploma project - 5
Ch. II. Methodica,Ll presentation of production study and fulfillment of basic
branches of thd technological part of the diploma project - 21
Ch. III. Design ~,ortion of the project - 52
Ch. IV. A methodical indication on technological plant planning 63
Ch. V. Economic.o.rganization part of the project - 104
Ozqer of consultation and defense of the thesis - 143
Appendices - 147
References - 172
STUB CODE: 21, 1 ORIG P": 036/
sm DATE: o7may66/
Card 2/2
FF~ J-11 I-

132-59-7-6/13
AUTHORS: Enenshteyn, B.S., Ivanov A Rybakova, Ye.V.
TITLE: Method of E13Ctromagnetic Sounding of ("teological Structures
(Metodika elektromagnitnogo zondiroveniya goologicheakikli
struktur)
1105
PERIODICAL: Razvedka i okhrana nedr, 8~.~r 7, p-p 31-~7 (USSR)
ABSTRACT: The authors describe the functioning principle of the me-
thod of electromagnetic sounding of geological structures.
This method, still in its initial sta8s, is being devised in
the Institut fiziki Zemli (The Ins'~Ltute of Terrestrial
Physics) under the leadership of A.N. Tikhonov. A short
des~iriptlon of a generating station and of analytical and
graphical calculations is given. There are 4, graphs and
2 Soviet references,
ASSOCIATION: Institut fiziki Zemli AN SSSR, (The Institute of Terrestrial
Physics of the AS USSR)
1. Geophysical prospecti-ng-Equipment, 2. Electromagnetic waves
--Applications
Card 1/1

SOV/21+-59-5-24/21+
AUTHORSt --jvanovj A P and Enenshteyn, B.S (Moscow)
TITLE: Calculation of the Commutating Capacitance and Cathode
Inductance of a Parallel Inverter,with Resistive Load
evi
PERIODICALs Izvestiya Akademii nauk SSSR, Otdeleniye tekhnicheskikh
nauk, Energetika i avtomatika,1959,Nr 5,pp 194-196 (USSR)
ABSTRACTs In order to make the output current wave shape of an
inverter as nearly sinusoidal as possible, the resistance,
inductance and capacitance of the load should be such
that its natural frequency is near to the forced
frequency imposed on the inverter by grid control; the
commutation conditions will then also be right. if
there is no need for the output current to be sinusoidall
in determining the commutating capacitance it is
necessary to investigate the current wave form in the
inverter load, see for example, Fig 1. If the inverter
load current wave shape and the extinction time of the
valve are known, a value of capacitance may be chosen
Card such that the anode potential of the valve passes
313 through zero at the appropriate moment. However,
inverters are often required to operate over a very wide
range of frequencies ranging from hundreds of cycles tl~~

SOV/2~-59-5-24/2k~
Calculation of the Commutating Capacitance and Cathode Inductance
of a Parallel Inverter with Resistive Load
hundredths of cycles per second. At very low frequencies
the current cannot be made sinusoidal by increasing the
capacitance of the oommutating capacitor. In this case
the transformer connection of the inverters cannot be
used and the bridge circuit is used, and it is then
possible to calculate the value of the capacitance from
analysis of the load current shape. This brief article
describes a method of estimating the value of the
commutating capacitance and the cathode inductance by
another method that requires information only on the load
resistance and the voltage of the d.c. source. The bridge
inverter circuit with resistive load,lshown diagrammati-
cally in Fig 2, is considered. Eqs ), (1+) and (5) are
derived from which the value of capacitance that is
required for commutation may be calculated using Eq (6).
This capacitance is calculated without allowing for the
shunting effect of the load resistance which must be
Card considered separatelyi formulae (6) - (9) are derived
2/3 from which the final value of the commiltating capacitance
may be determined by Eq (10). Eq (12) is then derived

IVANOV, A. P. (Moskva); NIKITINA, V. H. . (Moskva); ENHWIWITIYU, B. S. (Hook-7a)
Calculation of the current wave form in the load of a real inver-
ter. Izv. AN SSSR. Otd. tekh. nauk. Energ. i avtom. no.6:191-195
N-D '59- (MMA13: 8)
(Electric current converters)

IVANOV A.P. (Moskva); VIKITINAt V.N. (Moskva)
Establishmaht of periodic operating conditions in an inverter.
Izv.AN SSSR. Otd. tekh. nauk Energ. i avtom no.1241-46 SA-F 161.
(MIRA 14:3)
(Electric current converters)

40225
S/169/62/000/007/073/149
0 D228/D307
AUTHORS.- Enenshteynm B. 3.1 Ivanov, As P. and Invanov, 1,1.*A.
TITLE:- Station for frequency electromagnetic soundings
PERIODICAL: Referativnyy zhurnal, Geofizika, no. 7, 1962, 33, ab-
stract 7A215 (V ab. Vopr. teorii i praktiki elektro-*
metrii, M., AN SSSR, 1961, 3-11)
TEXT: A frequency sounding station is described. It is intended
for high-frequency amplitude and phase measurements over a wide
range of frequencies and consists of a-generating and a receiving
set. 14easurements are made in two cycles -- operating and calibrat-
ing. During the operating measurement cycle current of set frequen-
cy enters the power dipole AB from the generator, and the current's
adplitude is recorded. Impulses of the current's initial phase are
transmitted to the receiving set along an ultrashort-wave radio
channel. The signal received by the electric or magnetic dipole DIN
is amplified and filtered from interference; then its amplitude
,and phabe are recorded. The true magnitudes of the amplitudes and
Card 1/3

S/169/62/000/007/073/149
Station for frequency ... D228/D307
the phases of the signals received thereby remain unkn6wn, since
the amplification factor and the natural phase angle of the ampli-
fying-recording channel are not known. These-values are'determined
during -the second calibration cycle of measurements. This consists
of sending rectangular voltage of known amplitude with a frequen-
cy, strictly corresdonding to that of the current in the dipole AB,
from the output of the calibration apparatus to the input of the
amplifying-recording cl~annel. The circuits are given togetherwith
a description of the arrangement and the performance of the generat-
ing and receiving sets. The generator has a power of 33 kilowatts
and operates in the frequency band 0.04 - 250 c/8. It is a thyra-
tron commutator and gives out alternating current, whose amplitude
and form depend chiefly on-the resistance of line AB, the capacity
of the commutating condenser, And the commutation frequency* The
generating set is supplied from a gasoline A6q-A/1-NO (AB4-b/230)
unit with a power of 4 kilowatts, a voltage of 220 v, and a fre-
quency of 50 c/s. The receiving set, as is pointed out, must ensure
that the amplitudes and the phases can be measured very accurately
_0 and 1% re8peotively), Since the signal received is strongly com-
Card 2/3

S/169/62/000/007/073/149
Station for frequency D228/D307
plicated by interference.t a composite selective amplifier with a
wide controllable transmission band and a high (about 3 x 108) am-,
plification factor is used to amplify the low (of the order of un-
its and tens of,/uv) reception signals and to filter them from inter-
ference. The chosen system of seriea filtration on aperi6dic 3elec-
tive elements, distributed between several amplification stages,
and the choice of amplification factors allows the time of trail-
sients in it to be reduced maximally. This is especially important
wlien operating on infralow frequencies. The amplitude and the phase LX
of the receiving signal are measured simultaneously by two mutually
controlling methods: by means of an indicating instrument and
through recording the-signal on the film of a loQp oscillograph. It
is pointed out that tests of this station prototype have shown that
it satisfies the requirements resulting from the method's theory
and from the practice of field experimental research. Z-Abstrac-
ter's note: Complete translation.
Card 3/3
1j:

S/169/62/000/007/078/149
D228/D'307
AUTHORS: Enenshteyn~-B. S. Ivanov, A. P. and Invanov, M.-A.
TITLE: Generating set for frequency soundings
PERIODICAL: Referativnyy zhurnal, Geofizika, no. 7,.1962t 34, ab-,
stract 7A220 (V sb. Vopr. teorii i praktiki elektro-'
metrii, M.) AN SSSR, 1961, 12-31)
TEXT: The generator set is intended for generating alternating
currents with a frequency of 0.04 to 250 cls. Current of up to 50
amp. is generated at an active load of 30 ohms. It is possible to
get direct current of up to 100 amp. by employirtg a doubling cir-
cuit. The frequency and amplitude stability equals 1% over the
whole range of 24 fixed frequencies. The equipment is mounted on a
3MJI(ZIL) vehicle in two sectiona -- equipmental and generating.
The station's outtit 'also includes a special vehicle for winding
and unwinding the wires. Direct current from n1j-9S'(PF-45) genera-
tors is converted into alternating by a thyratron commutator. The
~._~hyratrlon commutator is a bridge circuit that guarantees almost
Cara 1/2

S/169 62/000/007/078/149
Generating set for ... D228YD307
square current pulses at frequencies below 3 cls. The form of the
commutated current is substantially distorted as the frequency in-
creases. The commutator is automatically swi-tched on at a given
d.c. voltage. A blocking device guarantees the connection sysUem.
A d.c. gasoline-set with a voltage of 220 v and a power of 4 kW
is provided for supplying the station's electronic equipment. The
station is controlled from a panel. The work of this station iii-
cludes two cycles -- calibrating and measuring. The eguipmetit
described is acceptable for commercial utilization. complete
translation.-7
Oard 2/2

~J 9 1 1~ 11 ! ! i :I j i I ; ~, I : I .
ENEMSHTI-M, B.S.; YAROV-1-A.F'.
Plethod of continuous frequency soundings. Izv. AN 555R. Ser. geofiz.
no.11:1655-1658 N '(1. (MIRk 14:11)
1. Akademiya nauk SSSR, Mapitnaya latoratoriya.
(Electromagnetic prospecting)

ACGMION M APW30337 S10049164100010031035W0359
AUTHORSt Ivanov. As Pej Nikitiaas V, N,j Skugarevskayas 0# A,
TITLEt Frequency interpretation of curves for the establishment of an dleotri-A
field
I SOURCES AN SSSR. Izvo Sere geofix.,, no* 3o 1964o 354 -3 59
TOPIC TAOSi electric field, frequency 0oundingo geophysical yrospooting., field
buildup
ABSTRACT: A method for setting up electrical fields for purposes*of geophysical
;,'prospecting, with simplicity o1" equipment and techniques as primM7 objectivoss is
considered, This method is dititinguished by the use.of alternating current "Ugh~
r' broad., almost continuciLs., range of frequencies from tens of cycles to.
2tveady currents The field is siaplv establishedi ijudden witching of direct
current into a grounded electrical dipole, The entiro procoaa of field buildup t
is recorded by a DO anplifier in a short intexval of ttaej an the order or.a few,
tons of secordso.. As the field,typreads through the growAp it is attenuated
irregularly by variations in the ground,, azA phase akdfts give a t1w factor to il
-1/2
TIM

Selectlon inri seed cultlv.~tion of f!,eld Fel~,-hoz lit-ry, 1,~J.
sk6r-i.cz,-1Astvermy1;h tekhrdriuvia,
576 0. 'Uchebnili i u&.ebnye _-osobiie dlip sel'

rvIANOVI A. P.
Seed Industry and Trede
Seed culture on the Stalin Collective Farm. Soto. zMv- 14 no. 15, 1-952.
9. Monthl List of Russian Accessions, Library of Congress, July -1956,2Uncl.

TVANOV, A. 11 .
Alfalfa
Practicz~s for producing an abundant yield of alfalfa seed. Sel. i sem. 20, No. 3,
1953.
9. Monthl List of Russian Accessions, Library of Congress, June 1953, Uncl.

IVANOV, A.P., kandidat sellskokhoxyaystvennykh nauk.
Agricultural sbience in China. Hauka 1 zh12U' 20 no.11:41-43 N '53-
()IL9A 6:11)
(China-Agriculture) (Agriculture--China)

IVANOV, A. P..comp.
Grain*crope; wheat, rye, barle , oates.
387 p. (Populiarnye monografM
Moskva, GoB. izd-vo selkhoz. lit-ry, 1954.
. i j"

IVANOV, A.P., red.
(Lectures on crop cultural Lektaii po rantenievodstvu. Leningrad,
1958. 184 p. -1 (MIRA 12:4)
(Field crops) -
I . ~: ; I , J!t! 1~ ; !I-
. : . , .!; . : ; . i,
I .. . I

IVAHOVI-Aleksandr Pavlovicho kand.seliskokhoz.nauk; ALEKSEYKV, Yu.V.)
red.; BARANGVA, L.G., tekhn.red.; FRID1011y Z.Lop tekhnoredo
[R,ve] Rozht. Leningrad~ Sellkhozizdat, 1961. 302 p.
(R,ve) (MIRA 15:5)

IVAYOV, Anatoliy Petrovich; GASTEVA, G.A., red.; FOINALINA,
[Chemical analysis of fishe3 and their feeds; practical
manual for pisciculturists] Khinichoskii analiz i-Tb i ildi
koiT,iov; praktiche,!koe i%kovod5tvo dlia rybovorlov. Moskva,
Rybnoe khoitiaistvo, 1963. 36 p. (rIDU 16:1.2)
(Fishes) (Feeds--Analysis) (biochemintry)
Lill"

--al ;,i-.
b-t '.1-ling (if
ot
Farml ng the R'l
p and
',ViiRA

SOV/124 - 57-7 -7582
Translation from: Referativnyy zhurnal. Mekhanika, 1957, Nr 7, p 17 (USSR)
AUTHOR: Ivanov, A. P.
TITLE: On the Use of a Dynamic Link to Investigate the Dynamics of a Slider-
crank-type Press (K issledovanivu dinamiki krivoshipno-shatunnogo
pressa sposobom dinamicheskogo zvena)
PERIODICAL: Tr. Leningr. voyen.-mekhan. in-ta, 1955, Nr 3, pp 48-53
ABSTRACT: The problem of the motion of the punch of a slide r-crank -1ype press
is examined in terms of a linear approximation.
S. G. Kislitsyn
Card 1/1

124-57-2- 1913D
Translation from- Referativnyy zhurnal, Mekhanika, 1957, Nr 2, p 63 (USSR)
AUTHOR: Ivanov,
TITLE- An Outflow From a Rectangular Orifice in a Thin Wall and Forms
of the Entry of the Flow Into the Tailwater (Istechenive iz
pryamougol'nogo otverstiya v tonkoy stenke i formy sopryazheniya
v nizhnem b'yefe)
ABSTRACT Bibliographic entry on the author's dissertation for the degree
of Candidate of Technical Sciences, presented to the Leningr.
politekhn. in-t (Leningrad Polytechnic Institute), Leningrad, 1956.
ASSOCIATION- Leningr. politekhn. in-t (Leningrad Polytechnic Institute),
Leningrad
1. Fluid flow--Analysis
Card 1/1

SOV/ 137-58-7-14017.
Translation from: Referativnyy zhurnal, Metallurgiya, 1958, Nr 7, p 5 (USSR)
AUTHOR: Ivanov, A. P.
TITLE: The Plan for the Olenegorsk Plant (Proyekt OLenegorskoy
fabriki)
PERIODICAL: [ Tr. ] Vses. n. -i. L proyektn. in-ta mekhan, obrabotki
poleznykh iskopay'emykh, 1957, Nr 102, pp 49-65
ABSTRACT: Descriptions and drawings are .presented of certain cross
sections of departments an~ structures of the plant (the coarse-
and medium-comminution building, the fine-grinding building,
the third crushing section, the crushed-ore hopper, the con-
centration department, the building for table concentrations,
the concentrate - dewate ring storage, the drying department,
the dry-concentrate storage, the concentrate loading hoppers,
the coal dump. Tailings disposition economics, power, heat
and water supply, process control and automation, and the
personnel required to serve the equipment are described.
1. Ores--Processing 2. Industrial plants--Equip- A. Sh.
Card 1/1 ment 3. Industrial plants--Organization

SOV/32-24-10-25/70
AUTHORS: Danilov, T. L., Ivanov, A. P., Kroshkin, A. A., Razov, I. A.,
Shevandin, Ye. I. Le
TITLE: Investigation of the Bending of a Broad Sample in Classifying
the Deformability of Metals (Ispytaniye shirokoa, proby na -.agib
dlya otsenki deformatsionnoy sposobnosti inetallov)
PERIODICAL: Zavodskaya Laboratoriya, 1958, Vol 24, Ur 10, pp 1233-1236 (USSR)
ABSTRACT: Testing the bending strength in the cold state serves to classify
the plasticity of steel. According to OST 1683 a certain ratio
between the width and the thickness of the sample must exist
in the bending tests of sheet iron and other sectional materials.
Under actual conditions 'the width of the sheet of metal exposed
to bending exceeds, however, the thickness by ten- to one hundred-
fold. For this reason the testing of sheet iron is carried out
with broad samples at present. The new steel types(tXh14,091? 2,
MK have a higher resistance to brittle breaking. The use of a
wide sample in cold bending tests makes possible the classi-
fication of the deformability of steel under rigid limiting
conditions, close to real ones. The testing of the broad sample
Card 1/2 with respect to bending is to be arranged for sheet iron of

SOV/32-24-10-25/70
Investigation of the Bending of a Broad Sample in Classifying the DeformabiEty
of Metals
any thickness. The results obtained are called satiBfactary If
the sample can be bent by 1200 in the case of a special mandrel
diameter, and if the sample does not break into two pieces on a
further bending to 1800. From a diagram It may be seen that the
extent of the maximum deformation of steel of type S)GiL1 de-
creases to a great extent with increase in the span width (Ref 2).
According to a suggestion by A. P. Ivanov and S. S. Kanfo-- and
parallel to tests with samples of normal width teSts oi. !;rcad
samples with cores were also carried out. In papers by E. S.
Volokhvyanskaya (Ref 6) tests of samples with grooves and
numbered cores are deacribed. It was found that the bendinc
tests according to OST 10'83 concerning the narrow
b=2a) should be followed by those for broad swample-3
=width; a=thickness). There are 2 f1gure-s and 06 refir-rc-S,
R
5 of which are Soviet.
Card 2/2

IVANOV, A P.
_-.. -_.,_-I- Making thick-walled blanks on pipe-rolling mills. Metallurg 4
n0-3:28-31 Mr 159- (MIRA 12:4)
1. Nachallnik truboprokatnogo tsekha Chelyabinskogo trubopro-
katnogo moda.
(Rolling (Metalwork))

!(e7
S/02 61/141/003/015/021
B1 O1YB1 17
AUTHORS: Piotrovskiy, K. B., Ivanov, A. P.j and Dolgoplo8k, B. A.p
' --k6 *
Corresponding Member
TITLE: The role of compounds of metals of varying valency in tho
thermal stabilization of polysiloxanes
PERIODICAL: Akademiya nauk SSSR. Doklady, v. 141, no. 3, 1961, 677-678
TEXT: Assuming that the stabilizing effect of ferric oxide and other
similar compounds was due to a formation of stable complexes with the
active centers of the siloxane chain, the authors studied the effect of
oxides of Fe, Co, and Cu on the anionic polymerization of octamethyl
c,vclote'frasiloxane (cyclic tetramer). The anionic polymerization of the
tetramer was conducted at 1400C under the action of 0.007eyo by weight of
KOH in 112 atmosphere. The initial product had a boiling temperature of
640C/4 mm Hg, d'o = 0-9575- The tetramer was mixed with 100 by weight of
4
Fe 20 3' or Cc 20 39 or CuO. At regular intervals, samples were taken,
weighed, dissolved in benzene, the polymer preci.pitated with methanol, and
Card 1/3

3 0 -,-f'7
S/1020/61/1 41/003/015/021
The role of compounds of ... B101/B117
dried in vacuo at 1000C. The following was found: addition of Fe2o 3'
Co 20 31 or CuO completely inhibited the polymerization, also when the
oxides were added at a later stage of the process. This is taken as a
proof that the presumed formation of stable -.omplexes between metal oxide
and active centers did really occur. This constitutes the basis for the
stabilizing effect of metal oxides on polysilcxane rubbers at high
temperatures. This also inhibits the pol~-.,iierization process and the
destruction process at high temperatures. A report by M. Wera, M.
Jelinek, I. Lanikova, K. Vesely delivered before the International
Symposium on Macromolecular Chemistry USSR. 1M., July 14-18, 1960, Dokl- i
avtoref., sekts. 2, 1960, p. 232, is mentioned. There are 2 figures and
6 references: 3 Soviet and 3 non-Soviet. The three references to
English-language publications read as foll3ws: British Patent no. 658640
(1950); US Patent no. 2558561 (1951); British Patent no. 643018 (1950)-
ASSOCIATION: Vsesoyuznyy nauchno-isaledovatellskiy institut
sinteticheskogo kauchuka im. S. V. Lebedeva (All-Union
Scientific Research Instit!i~r 9,,.nthetic Rubber imeri
Card 2/3 S. V. Lebedev)

30727
S/02o/61 /1,11 /003/015/021
The role of compounds of ... B101/13117
SUMITTED: July 26, ig6i
i
rd

USSR/Physics - Spectral analysis
Card 1/1 Pub. 43 - 51/62
Authors j Girin, 0. P.; Zhidkova, Z. V.;-Stepanov, V. I.; Blanovi A. P.i ands
Toporets, A. S.
Title I Determination of the true absorption spectrum of diffu~iOn colored:objocts
by the spectrum of their diffusion reflection
Periodical I Izv. AN SSSR. Ser. fiz. 18/6, 726-729, Nov-Dee 1954
Abstract I Esperimental and theoretical investigations were conduatdd to deteiminij the
relation between the coefficient of diffusion reTlection andl the Taxtors
(internal and external) connected with the Characteristios of the, repwoiq
layer and the conditions of illumination. The method employed in ntear-uring
each component individually was based on the different properties of these
comDonents in relation to polarization. Results obtai=i are listed in
detail.
Institution : .............
Submitted :
i M1, ;]MuL qn, Pa.. W.
uq V!

tt 0 11

USSR/Physics Luminescence

Card I/i Pub. 146-4/18
Author Ivanov, A. P.

Title Intensity of luminescence of powders of luminophors
Periodical Zhur. el:sp. i teor. fiz., 26, pp 275-280, ~~r 1954
Abstract The author treats theoretically the problem of the dependence of
luminescence intensity of powdered luminophors upon the degree of
disj?ersion connecting the medium and thickness of the luminescing
layer. On the basis of the assumption that the absorption, scatter-
ing and radiation are continuous functions of the layer thickness, the
author obtains expressions for the intensity of luminescence of the
layer from the excitation side and from the opposite side. He analyzes
the formulas obtained and discusses the problem of the optimum thick-
nesses of the luminescing layer. The author thanks Prof. M. M. GurevJch,
who Dosed the problem, and A. V. Luizov. Six references, 1 Western
(1905) and 5 Russian (e.g. A. A. Gershun, Tr. GOI, 11, 99, 43, 1936;
Tr. GOI, 4, 38, 1, 1928. Z. Boda, Acta Phs. Acad. Soc. Hungar, 1,
135, 1950).
Institution
Submitted August 3, 1953

TIVANOV, A.P.; TOPORETS, A.S.
441
Spectrophotometric analysis of mixtures of powdery subatancas.
Opt, i spektr. 1 no.6;802-806 0 156. (MLRA 9112)
(Spactropbotometr7) (Glass--Optical properties)
RTTT . I P. " - - _ 1
H -, . 11 - -
9NWR - .", -- --l- , -

~~ -I-,I P~ C\ 0~,I, K-5
USSR/Optics Physical Optics
Abs Jour Referat Zhur - Fizika., No 5, 1957, 12976
Author Ivanov, A.P., Toporets, A.S.
Inst
Title Investigation of Diffused Reflection with Application Of
Polarized Ligh~- I.
orig Pub : Zh. tekha. fiziki, 1956, 26, No 3, 623-630
Abstract : During diffused reflection from dielectrics, the reflec-
ted flux comprises two components, an external, reflected
from the surface, and an internali, reflected from the in-
aide. I~A an earlier work by one of the authors (Toporets
A.S., Zh eksperim. i teor fiziki, 1950, 20, 390) it Ims
proposed, that the external component retains the polari-
zation state of the incident stream, and the internal be-
comes depolarined. The degree of polarization of the in-
ternal component, depending on the angles of observation,
was investigatt-.d theoretically and experimentally both
Card 1/3
USSR/Optics Physical Optics
Abs Jour
Card 2/3
Ref 2hur - Fizika, No 5, 1957,
129(b
K-5
as well as for a reflected one-
for a transmitted flux kinds of
a of the investigation were Various
The object both matte and Polished. For po-
paper and opal glass, calcu3A-
lished opal glass) the results of theoreticEL1
tions axe in good agreement Vit'a the experimental value"
ae range of observation angles. In dull speci-
over a vi heoreticml and e,,per:L-
the agreement between the t
Dens) Lm to angles of 500-
mental results is observed only' at greater angles of Ob-
-epancies that take place
The disc' ! fact that no account was
servatiO33, are explained by the t
ulation of 'the "ahadaw-ingt of some
made during the calc the case of a transmitt,ed fluxP the de-
areas by other. In of the beWW scattered at various an-
,ation and
gree of polari7 with increasing angle of Observation
e of 45 EL value Of
gles increases .0
for example, at an 5ugl ion of the de-
reaches, ~ux the direct determinat Ossi-
in the reflected fl: , 1 COMIDOnent is :LMP
gree of polarization of the interna ble,

MIN
Rp!

AUTHOR: Ivanov A.P. 51-4-18/25
TITLE: 1,"er 21L~;~r;o~bms of spectrophotometry of light scattering
media. (liekotcryr voprosy spektrofotometrii svetorasseivayu -
shchikh-sred). .skopi (Optics and Spectroscopy)
PERIODICAL: 119mt-ika-i �RgkAArO -ye
-1957,7fo-11.2, No.4, pp.524-529 (U.S.S.R.)
ABSTRACT: For disperse media a diffuse reflection. spectrum is often
the.only obtainable spectroscopic characteristic. Reflection
coefficient R of such media will depend on many parameters:
particle size t , refractive index n and absorption co-
efficient k of the particulate medium, sample thickness x,
and so on. Representing a disperse layer by a system of iden-
tical parallel-sided plates of size Z Bodo (Acta Phys. Acad.
Sci. Hungar., Vol.1 Wfinds for R
, P-135, 195( .......
I + r2__ t2 1 + r2 - t2
- 2r 2r
where r and t are reflection and absorption coefficJPdhts
of single plate given. by
ro(l-+ e-2kl - 2r e-2kl) (1-rn)2e-kl
0 t
2 -2kl 2 -2kl
Card 1/3 roe roe
Ci
Card 2/3
51-4-18/25
etry of light scattering
Certain probleMs Of spectrophotOM
medi&- (COnt')
eficient of reflection at one surface Of an
where 06' -0-0 tivity in detemination Of k fl-om
elementary plate. Seasi
R is defined by I I I dR
_dR
Sk = k dk d in k1 for various
f the dependence of Sk On the vjider the region
Calculation r0shows that the,lower r0 ~he limiting value of
values of remains cOnStaat; I
of R in which Sk )ut half the Value Of
small r0 is o.16- Thisis abc hich is
Sk for very sparent homogeneous bodies (r0 ~ 0) V f spectro-
Sk for tran a best conditioas sensitiVitY 0 t
I under tt i's only twice as small as tha
0.366. Thus ring media hi 911
photometry for scatte is small for
ent ones. The sensitivity Sk
for traaspar If sucb-Values obtain for a disperse
and low values of R. improved by charge of the degree
medium the sensitivity can be binding media (change of r )~
of dispersionj introducti0a Of with a mbite One- The
f sayp a dark powder ing - 109 R2
or mixing 0 1 la detail. After try the author
method is discussed * k in terms of R)
and 1/R as representations of
r

51-6-16/26
AUTHOR: Ivanov, A. F,
TITLE: On the Effect of Re-Abaorption on Luminescence Kinetics.
(0 vliyanil reabsorbtsii na kinetika lyumJ-nestsentsii.)
FEHIODICAL: Optika i Spektroskopiya, 1957, Vol.I1, Nr.6,
pp. 800-808. (USSR)
ABSTRACT: A theoretical paper. The author gives an approximate
treatment of the effect of re-absorption on luminescence
kinetics when the emission and absorption bonds overlap
(see also Ref.1). The approximation used is valid when
re-absorption is small and energy yield in the region of
overlap of the emission and absorption spectra is small
compared with the yield for external radiation. The
following two problems are discussed: (1) kinetics of
emission of an infinitely thin layer; (2) emission
intensity in a layer of finite thickness due to both
the exciting radiation and to re-absorption of
luminescence. The formulae obtained give the
Card 1/2 dependence of the intensity of primary and secondary

51-6-16/26
On the Effect of Re-Absorption on Luminescence Kinetics.
SUBMITTED:
AVAILABLE:
Gard 2/2
luminescence on physical optical parameters. The
author thanks P.P. Feofilov for suggesting the subject
of study. There are 5 figures, and 5 references,
4 of which are Slavic.
November 27, 1956.
Library of Congress.
!-P

SUBJECTs USSR/Luminescence 48-5-47/56
AUTHOR3 Ivanov A.P.
TITLE: Investigation of Regularities of Luminescence in Fine-Dispersed
Luminescent Media (Iseledoyaniya zakonomernoetay evecheniya
molkodisperanykh lyuminestairuyushchikh ared)
PERIODICALi Izvestiya Akademii Nauk SSSR, Seriya Finicheskayaq 1957, Vol
21t #5, p 756 (USSR)
ABSTRACTs This investigation discovered regularities in the dependence of
luminescence on degree of dispersion, indices of absorption and
refraction, thickness of the layer, etc. It was found that the
grinding of a luminophore powder led in certain cases to an
increase of luminescence brightness and in other cases to a
decrease, depending on the source of excitation.
A problem of finding the optimum condition determining the
maximum intensity of luminescence was studied.
The theoretical formulas obtained were checked experimentally
on powders of the ZhS-9 glass,the grains of which were of 5
Card 1/2 to 1,000p~ in diameter.

if!
AUTHOR: Ivanov, A. P. 48-11-7/13
TITLE: Investigation on Rules Governing the Luminescence of Fine-Dispersed
Luminescent Media (Issledovaniye zakonomernostey svecheniya melko-
dispersnykh lyuminestsiruyushchikh sred).
PERIODICAL.' Izvestiya AN SSSR Seriya Fizicheskaya, 1957, Vol. 21, Nr 11,
pp. 1503-1504 (USSR).
ABSTRACT: The dependence of the illuminating power of the luminescence of the
optic parameters of the dispersing layer is investigated. starting
from the approximated conceptions on the continuity of dispersion)
absorption, and radiation in dependence on the thickness of the lay-
er, formulae were obtained which characterize the intensity of the
luminescence both from the side of the incidence of the exciting ram
diation and from the opposite side. The derived equations are appli-
cable not only with an excitement of the luminescence by ultra~vio-
let light, but also with an excitment by elementary particles (a-,
?- particles). The rules governing the illumination in dependence
of the dispersion of the medium, the indices.of absorption and re=
fraction, the thickness of the layer, etc. were determined from the
calculation-analysis. It is shown that the different character of
Card 1/2 excitement with a crushing of the luminophor-powder, increases in

AUTHORS," Ivanov, A* P., Toporets, A. So 48-11-6/13
TITLE: spectrophotometric Investiga~~ons on Mixtures of Powdery,
Objects (Spektrofotometrichfi~bye issledovaniye smesey
poroshkoobraznykh obftyaktav).
PERIODICAL: Izvestiya AN SSSR Seriya Fizicheskayal 1-957, Vols 21, Nr 11,
pp. 1502 - 1502 (USSR).
ABSTRACT! Investigating this problem it was tried to approach it from the
angle of those elaborate studied which take account of the real
characteristics of the light-di3peraing medium and its discon-
tinuity. The used object& was glass-powdere, Starting from the
conceptions developed by Bodo (refer6nce IL),, and Girin., Stepanov
(reference 2), a new method for calculating coefficients of re-
flection of the mixture based upon known constants of the initial
components, was suggested* The vilues of the coefficient of rem
flection obtained by this method, agree with the testdata, Fur-
ther it was stated in this,context that the appearance of the
spectroscopic reflection-curves does not only depend on the com-
Position of the mixture, but alao on the dispersion of the pan-
Card 1/2 dera, With mixtures of the same composition, but of different

Spectrophotometric invesbivationzi Mixtures of Powdery Objects. 48..LI~6/1'
0
sizes of the particles, tha curves cannot coincide with respect
to the position of both maxima and minima,
There are 2 Slavic references.
AVAILABLE: Library of Congress.
Card 2/2

Investigation on Rules Governing the Luminescence of 48-11-7/13
Fine-Dispersed Luminescent Media.
one case the illuminating power, whereas it decreases it in an other
case. The question of finding optimum conditions which determine
the maximum intensity of luminescence was investigated. The results
of investigation make it possible to judge according to the measured
spectrum and the output, the real spectrum and the real o-etput, the
real spectrum and the real output of luminescence of the substance.
Simultaneously with the calculation, the present problem was solved
also experimentally. It is shown that the results agree in both ca-
ses-*
There is I figure.
AVAILABLE: Library of Congress.
Card 2/2

to

..; ) HI I r I li; I 11 ~j i ji I I! I I I I ; I ~ 5 -1 ; i I I . ~; 1 1 1 : I ;! I I I i : I : : t : ? , : !
. I I
IVANOV, A.P.
Sensitivity of spectrophotometric methods for the stud7 of light-
scattering media. Inzho-fiz.zhur. no.5:30-33 MY 158 jWRA 12t1)
(Spectrophotomet )
(Light-ScatteriZ

investi,,~at-ion of Luminescefide*Rules"of
TIAE: The o re u.L
Dispersed Luminescent Objects. (leeoreticheskoYe
issledovanniye zakonomernostey svecheniya dispergirovanny1ch
lyuminestsirayushchikh ob"yektov.)
P.L~,IdCDICAL: Optika i Spaltroskopiya, 1958, Vol.IV, Nr.2, pp.225-235
A3STRACT: The author discusses plane-parallel luminescing disperse
layers vith a binder of refractive index different fron
that of the surrounding nedium. In this case it is
necessary to take into account reflection of both the
excitin- liGht and the lurninescent light at the layer
surfaces'. For the special cases of 'C1) emission by
non-scatterin,6 luninescing layer, (2) enassion under
the action of strongly absorbed radiation, (3) emission
under the action of weakly absorbed and scattered
radiation, the author L#ves tables and graphs for
determination of the luminescent intensity from the
optical constants (coefficient of absorption, scatterinS,
CoeIL"ficient, refractive index etc.) of the layer. The
effect of the individual optical constants on luminescent
Card 1/2 emission is analysed. The problem of determination of

51-.4. -2-13/28
Theoretical Investi6ation of Luminescence Rules of Dispersed
Luminescent Objects.
an optimal set of the optical constants in order to
obtain maximum luminescence from the layer is discussed.
The paper is entirely theoretical. There are 9 figures,
2 tables and 2 Soviet references.
ASSOCIATION: state tipa ftisti~vute imen StI. Va~ilov. (Gos.
op-tichesa 'inistl in. S.I.' Mi ova.
April 1, 1~57,
1. Ialminescence-Theoi7
Card 2/2
11T Ii lm'. 1'.

AUTHOR: Ivan ov , A. P
TITM: icperimental Investigation of of
DiBpetssd IxziAeacint, - -- , Objects. (Eksperimentallnoye
issledovaniye zakonomeraostey svecheniya dispergirov-
annykh lyuminestsiruyushchild~ ob"yektov.)
PERIMICAL: 01)tlka i Spektroskopiya, 1958, Vol.IV, Nr.2, pp-236-244
(VISSR) .
ABSTRACT: The preceding paper (Ref-1) gave a theoretical analysis
of the effect of the optical constants of disperse layers
on the intensity of luminescence. The present paper
gives the results of an experimental investigation of
the same problem. The apparatus used is shown in Fig.l.
A. PRK-4 lamp was used as the excitation source. This
lamp was supplied with d.c. (130 V) from accumulators.
A photomultiplier with a d-co amplifier was used as the
receiver. Powders of glass Zh3-q were used as
disperse luminescing objects. 18 powders with particles
from 10 to 1000 p in diameter were used. The light-
scattering layers were prepared from powders by
deposition from solution. The results*are shown in
Card 113 Figs.2-10. From these results the following conclusions

51-* Ar-2-14/28
Experluental Investigation of LumirAwinc* Raleis of Disporsod
.Lwaimacezit Objects.
were made: (A) When the exciting and luminescent light
are both cn the same side of a powder layer, the intensity
of luminescence increases: (a) on increase of the
luminescent yield, the absorption coefficient for the
exciting light and the thickness of the layer..
(b) on decrease of the absorption coefficient for
luminescence. Increase of the relative refractive
index for the layer and of the size of the articles
composing the layer may either increase or georease the
lumineacent intensity depending on the values of other
constants of the layer. (B) When the exciting light and
luminescence are at the opposite faces of the layiir, the
luminescent intensity increases: (a ) on increase of the
luminescence yield, and of the particle size, (b) on
decrease of the-absorption coefficient for luminescence
.L -he
and the relative refractive-index. Increase o' t
absorption coefficient for exciting light and of the
layer thickaess may either-increase or decrease the
luminescent intensity depending on the values of other
Card 2/3 constants of the layer. The results obtained agreed well

'31-1,,'-2-11-1/2CP
"--n(~.T-iLaental Invosti-ation of Luminescence Rules of Vispersed
Liuninescent (70 je cts
-~-,,ith those calculated in the preceding paper (Ref.1).
The author also f'inds the thickness of a layer at ~'-ihich
-the lurainescent intensity, from the side of the layer
opposite to the side on vihich the excitin- li~-ht is
incidoilL ,is iiiaximun. folio author thanks Candidate
O.-C Physico-Mathematical Sciences A.S. Toporets for
hlis interest There are 10 figures and 3 Soviet
references.
ASI-~'WLLT!61i: ~_'-'tate Cptical Institut-_,. (Gos. opticheskiy institut).
'SU "soril 1, 1957 -
1. Luminescence-Intensity-Test results
Card

T 51-, 4 -2-15/28,
xULYI` 1 i oi?,,~i: Ivanov, ik.Pand 1-dosunova, S. U.
On a Relationship Between the Intrinsic and Technical
Ilields of juminosconce of Infinitely Thick
Scatterin~-
0 _, Layers. (0 svyazi mezhdu istinnyui i
te1chnichas1L)-..if.,,i vykhodwA lyuminestsentsii beskonechno
tolstyld-i svotorasseivayushchikh sloyev.)
jl_L~J~j 0j)T~JyjL.: Crotika i Spelt~rozkopiya, 1958, Vol.IV, Nr.2, pp.245-251
In scat-terin- r~edia where luminescence undergoes =Ultiple
roflecUions the final luminescent emission i~iay be con-
-, weahellod and therefore the e-xporiralentually
S id e ra b Id
dotorLd_-,11::d ratio of the luuinescent ener&-y to the
absorbod enier[Zr noL the intrinsic lui2inescence
yield -qi, 'w-t -'U-Iie technical luminescence yield -It.
The author deTivos a fo=ula for -qt in tue-Tns o-.cL' -1i
and tile optical of the luiltinescin- la-par. in
a tuable on, pp . 2'47-~j nuiierical values are Given for -the
ratio of the tLichnical to the intr-Lnsic -iald for various
values oil, U:-I--u absoz.-it-ion and scatterinE; coefficients of
CarJ 1141 L~ivo t.'Le depc~iidcnccs of h -3
IT

51-.4 --2-15/28
On a Relationship Between the Intrinsic and Technical Yields of
Luminescence of Infinitely Thick Light-Scattering Layers.
technical-to-intrinsic yield ratio on the optical constants
of the layer. Experimental verification of the formula
for the technical yield obtained by -the author was made
on powders of uranium glass of two types with different
degrees of dispersion. The apparatus used was described
in the preceding paper. The authors measured the
luminescent intensity of a powder velative to the
intensity of 1~iminescence of a plane-parallel plate
of the same glass from m~iich powder was made. The glass
plate used was sufficiently thin to neglect absorption
of luminescence in it. a1g.4 gives the dependence of
the yield ratio on dimension-, of the powder -particles
for excitation with various wavelengths (265, 334 and
365 m~L). The continuous curves are theoretical and the
experimental results are shown by circles. At 265 mtL
the ratio of the yields is E;reatest and at 365 M~t it is
least, because at 365 m~L the exciting liGbt passes into a
deeper layer of the powder, since at that wavelength the
absorption of the exciting light is mall. Consequently
Card 2/4 in the latter case luminescence comes from a deeper layer

51-'/,, -2-15/28
on a Relationship Between the Intrinsic and Tec1inical Yields of
Iuminescence of Infinitely Thick Iii Sht -Scatt e ring, Iaye rs.
Card 3/4
and therefore it is weakened more on passing through the
layer, leading to a lower value of the technical lumin-
escence yield. The effect of the binder, which can be
air (curve 1), water (curve 2) or alcohol (curve 3),
on the ratio-of the luminescence yields is shown in
Fi6-5 for 365 mp excitation. A9.5 shows that the
technical-to-iiatrinsic yield ratio is greatest in dry
powder and least in the powder immersed in glcohol.
The redson for this lies in the relative refractive
index of the powder particles which is 1.491 in air,
1.130 in water and 1.095 in alcohol. The lower the
refractive index of particles the more weakly the bin-'Aing
medium.scatters light and therefore luminescence is
ptoduced at greater depths with consequent greater
absorption on emission. The intrinsic yield was
obtained by measurements on a plane-parallel plate of
uranium glass in which the absorption of lir,--,ht is
negligibly small;., Knowing the intrinsic yield the
0
authors found -the technical yield of powders. Dependences
of the intrinsic and technical yields on particle dimensions

51- 4-2-15/2(S
Intrin;~ic and Z-c--inical YIolC!:-; Of
L;LuAa-!'-Ic,:;ace of Infijiltely Thick Layers.
are sliovin in FiL~,.6 -for variou:~; e:-.cJ-'U-in- liL,,-ht WaV-:!lL]I-:tIIS
Lj
in Vi-.? for Various birt(Ung Liodia. In both Pi---z,.
6 "Ud 'Z ti---ha continuous curv,~s reproscat t1a)~~
yicids of powdcrs, the dashad ourva-s :dvc tlio
yield for a -lass plate and tho points give 1';.ho iri3'-:rir..I'c.
yield of powders. Figs .6 and 7 shcw that- f or I IV~
intrinsic yield does not change with -~aveL~i-,L~th or
clianGe of the binding- medium and thcLt the povider
Yi,Ad is practically equal to the in-Grinsic yield Oz
thin lass plate. There are 7 figures, 1 table and
5 Soviet references.
&t;ate C~)tical Institute imeni S.I. Vavilov,
(Cos. ol)ticheskiy institut im. S.I. Vavilova).
1, 195?.
1. Luininescence-Effeets of reflecting layers 2. Luminescence-
Measurement-Mathematical analysis

AUTHOR; Ivanov, Ae~F---
TITIS: on the Spatial Dictribution of Emission of Phosphor Powders
(0 pros trans tvennom rasprodelenii izlucheaiya porosh1cov lyuminoforov)
PZRIODIC&L Optilm I Spektroskopiya, 1958, Vol IV, Nr 6, pp 167-M (USSR)
ABSTFAGTt Indicatriees of emission by highly disperse phouphor layers are ^If
interest both from the practical and scientific point of view. It la
Icaomn that if fluorescence is not polarized, then the emission by a
non-scattering element of volume is the same in all direQtIons
(Refs 1, 2). This is knom as Lommelts law. Then fluorescence is
polarized this uniform angular distribution of emission no longer holdis.
Lommel's law is not obeyed by light emitted by plane surface of a
transparent luminescing medium because, with increase of the angle of
observation, the emitted light is partly reflected from the boundary
medium-air and at a certain angle the total reflection occare. To
study the emission indicatrices of elementary contres the substance
studied may be immersed In a suitable liquid or the Indicatrices of
measured emission by a layer may be converted into indicatriceq of
emission by luminescent centres by a suitable calculation. The
Card 1/3 theoretical basis for such a calculation is given in the present paper.

SOV/51-4-6-9/2,1
Ou the Spatial Distribution of Emission of Phosphor Powders
Measurements were made using, an apparatus shown schematically in
Fig 3. A lamp FRK-4 vas used as a source of ultraviolet radiation
(I In Fig 3). A parallel beam of light is reflected by a mirror Z
on to the sample (Obr in Fig 3). A filter Fleeparates out the recBiired
spectral line. The receiver consists of a lens LZ with a diaphragn D2,
a photamultiplier and a d.c. amplifier. By rotation of the optical
system with respect to the sample In the plan of Fig 3,emission at
various angles could be measured. The emission indicatriee3-were
measured for powders of luminescent glass ZI-4-9 of different grain
sizes and layer thicknesses and for non-scattering plane parallel
plates of the same glass ZhS-9. Fir, 4 shows in polar coordinates the
indicatrices of screens of various thickness for the same side as the
incident exciting light. Fig 4: gives also tlia indicatrix for a plane-
parallel plate (curves 4). The effect of particle dimensions In an
infinitely thick povdar layer on the an&ular distribution of luminescence
intensity is shown in Fig S. Fig 5 gives also the angular distribution
for a plane parallel plate (curves 4). The results obtained indicate
that the angular distribution of the intenalty of luminescence of
powders depends both on the layer thickness and on particle dimensions
Card 2/3 and obeys a law -which is intermediate between licimmel's and

BOV/51-4-6-9/24
On the Spatial Distribution of Emission of Phosphor Poviders
Lambert's laws. The angular distribution of lmineacence of a non-
scattering plane-parallel plate is close to the Lambert distribution.
There are 5 figures and 11 references , 7 of vithich are Soviet,
2 French, 1 English and 1 German.
A,SSOCIATIOX: Gosudarstvennyy OpticheaLcly Inatitut im. 3.1. Valrilova (State
Optical Institute imeni S.I. Vavilov)
SUBUITTED: July 22, 1957
Card 3/3

sov/;.-
MOR
J TLE Ievestigation of the Luminescen-as Spectra of Pcnv-ler Phosphors
(Issledovaniye spektrov 1~uminestsentsii poroshkoobraznyh:h
lyuminoforov)
rZialODICA.Li Optika i Spektroskopiya, 1958, Vol 5, Nr 1, pp 7B-82 (USSR)
ABSTRACT: Scattering and absorption of light in disperre (poAbred) phosphors
may alter considerably the luminescence spoctram compared vrith the
intrinsic spectrum of a massive sample. ThQ present paper doals with
the experimental investigation of the effect of optical and Geometrical
parameters on the luminescence spectra of povider phosphors. The
luminescence spectra were measured using the oame apparatus as
described in Ref 7 except for the projection of the emitted light
on to a glass monochromator instead of directly on to a photcoultiplier.
If the dispersion of the monochromator and the spectral sensitivity
of the photonultiplier are known, the multiplier galvanomoter iWicatos
the luminescence spectrum intensity. The author stimlied luminescence
spectra of poWers of various degree of finenevs both in air and using
Card 1/-1 binders. The powders vare made of uranium glass ZM-9 for which the
---- ---- ---- --------------- - ---
I'llir'lA L

Investigation of the Liuminescence Spectra of Poiydor Phosphors
absorption spectrum and the refractive index wa4ra kcnowr.~ Dimensione
of the powder particles -were determined using a micrciicope. Water
a&I mathyl benzoate were used as binders. Both these substances show
practically no absorption in the visible and near ultraviolet ro6lons
of the spectrum. When the povdars ivero in air or water the luminescence
spectra were distorted only due to changes in the aVsorption by the
povider. In methyl benzoate (0645GOVCH73) the luminaseenca spectrum
is altered due to both absorption and scattering (scattering vau
absent at one vavelength at which the refractivi) indices of the glass
powder and methyl benzoatewere equal). Fig I shovs the lumin%pance
spectra obtained for povidered glass in air (curves Z, 3) whi(--h. 7ias
10 single-particle layers thick. Curve 2 was obtained on excitation
with the 365 m~a line and curve 3 using the 265 1v line. A theoretically
calculated luminescence spectrum for a massive sample is represented
by curve 4 in Fig 1, while curve I in Fig 1 represents an experimental
spectrum for a thin glass plate. The effect of the binder on the
luminescence spectrum is shown in Fig 2. The measurements were made
on a powder swaple consistinG of 40 single-particle layers , with
oarticlas 93 ?;~ in diameter. The luminescence was oxzited u-air_g the
Card 2/i ~k 365 m~ line. Curve 1 represents the intrinsic spectrum of the Glass

J-~vusti,(~a'.Aon of tlio J~minascerice Spectra of Povider Phosphors
used, curve 2 represents powder in air and cArve 3 represents powder
in vater. Fig 3 shows the lwainesconce spectra of Elass Do-vider in
met'~,yl. benzoato at various from 20-GOOC (curve 1 roprosents
the intrinsic apocti-wii). Dapondonci) of t*nu spactra of
powdors in banzoato at 20% on particlo size is s'm own in FiG 4.
Garve 1 represents the intrinsic spectrum, curves 2 and 3 repro3ent
~ovders with particle size of 737 ~L and 91 ~L rospectively. A6 4
indicates that the luminescence spectra of powd,3rs duLerL more
s tron ~ly from the intrinsic spectrmi -whan -che particlo size is
decreased. The author also studied the effec-Us of aftlixturer.
on the liminescance spactra. As an admixture povidered blue Glass
SS-1, which does no-b luziinesca and absorbs stron6ly the long -wavol enGth
erld of tho visible raFion, vas used. Fir, 5 uhovs the lu!~inoscance
spoc-ura of mixturou of povidura SS--I and ZhS-D for v~irloas concontva-';iona
Card 3,ti4

InvestiCation of the Luminescence Spectra of Povdor Phosphors
of the latter. With decrease of the amount of the UZ-9 glass
powder the luminescence spectrum chanGes considorably in tho raion
of absorption b-- the blue glass povider 38-1. There 11re 5 fiburos and
8 references, 7 of which are Soviet and 1 American.
ASSOCIATIONs Gosudarritvennyy opticheskiy institut in, . 3.1. VaVilM (3t-'Ito
Optical Institute imeni S.I. Vavilov
SUIIUTTED; June 22, 195-7
Card 4/4 1. Phosphor powders - Luminescence 2. Phosphor romlors - Jpactrc-
graphic anallYsis 3. Phosphor powders - C~ptical propertico
4. Photonatipliers - Applications 5. Spectrm-n analyzers -
Applications

SOV/51-5-4-17/21
AUTHOR: Ivanov, A.F.
TITLE Spectrophotometric Properties of Dispersion Light-Filters
(SpoL-trofotometricheskiye svoystva dispersionnykh ovetofilltrov).
PFaUODI= j Opti~m I Spaictroskopiya, 1958, Vol 5, Nr 4, pp 473-477 (MR~
ABS TRAG T Dispersion filters are made of powders In binders, ithose refractive
index is the saiae as the refractive index of the povider at one
wavelength only (?,0). For this rjavelangth 'No the medium is optically
uniform and light is transmitted through it without loss. Other
wavelengths are scattered and are, therefore, coasiderably weakened
after passage thro4gh such a filter. Dispersion filters were studied
both expariuentally (Refs 1-12) and theoretically (Refs 13, 14).
The present paper reports measurements of transmission, reflection and
polarization spectra, and scattaring indicatrices of dispersion filters.
The filters were made of glass K-8 powders in C6H5GO,2.CH3. The curves
of the refractive indices of the powder and the solvent cut at about
550 m;& (Fig 1) at 250C. 119asurements were made using apparatus
described in Ref 15. This apparatus is basod on a double glass
,ird 1/3

Spectrophotometric Properties of Dispersion Light-Filters
SOV.31-5-11-.17/21
monochromator with an aperture angle at the receiver of 10. 1 polarizer
and an analysor viere used for work in polarized liGht. The apparatas
of Ref 16 was adapted for the purpose of the present paper under the
guidance of A.4. Toporets and Ye.V. Lukiua. Fig 2 gives the angular
distribution of the light intensity after passing through the filter
which consisted of 490 layers of particles of 160~L diameter. Fig 3
shows the transmission spectra of a filter conslati'_aE of 330 layers of
160 ~L particles obtained at various angles of observation froi.1 00 to 200.
Fig 4 gives the trans-mission spectra for two anglas of obsorvation
(00 and 150) and three thicimesses of filters (133, 330 and 490
layers of 160 I-L particles) - The reflection spectra a.-a not 'given in
the oarar since they are not of practical interest lcaiLuaa of t'la
Card 2/3

spectrophotometric Properties of Dispersion Light-Filters SOV/51-5-4-17/21
very low reflactivity of dispersion filters. There are 4 fi&ures
and 16 references , 6 of wiich are American, 5 Soviet, 2 Geruan, 2 Indian
and 1 English.
=0C1ATI0N:Gosudarstvennyy opticheskiy institut im. S.1. Vavilora (State OPtical
Institute imeni S.I. Vavilov).
SUIRMTED. November 27, 1957
1. Optical filters--Materials 2. Optical filters--Performance
Card 3/3 3. Optical filters--Properties

IVANOV, A.P.; IMIDEVA, G.A.
Luminiscence Intennity of two-component powder s7stens.
zhur. no. 6:106-109 Je 158- (MMA 11:7)
(Lumintseence)

SHOZHNIKOT, Roetielav Alakoeyevich; IVAVOV,_.A.P,, ;ea.; 7.HITNIKOVA,
O.S., tekhn.red.
(Theoretical photometry; fundamentals of light intensity
calculations] Teoretichaskaia fotometrlla; onnovy rascheta,
oaveshchaniia. Moskva, Gos.energ.ixd-vo, 1961), 176 p. (KIRA 13:5)
(Photometry)

VANOV, A. P,
Effect of strong illumination on the absorption capacity of com lex
molecules. O~pt. i spektr. 8 no-3:352-358 Mr 160, (Min 14: 53
(Absorption spectra)
(Molecular theory)

IVAITOV, A.P.; KHODOS, Z.B.
Light scattering in media of varying optical parameters. Opt. i
spektr. 8 no.4:556-562 Ar !60. . (MIRA 13:11)
(Light--Scattering)
T11 -F-,,"

IVANOVY A.P.
Light scattering-in discoloring objects. Opt. i spektr. 11 no.6
754-758 D 161. (MIRA 14:11)
(Light--Scattering)

S/201/62/000/003/001/bO2
1045/1245
AUTHORS. Ivanov, A.P., Berkwskiy, B.M., and Ratsev,.I.L.
TITLE; Calculption of the emission ofa light scattering
layer by methods of non-linear optics
SOURCE: Izvestiya. Akademii Nauk Beloruaskoy SSR.Seriy
fisiko-tekhnicheskikh nauk. no.3. Minsk, 1962,
23-26
Z
TEXT: The authors investigate by m6ans of the Schwarschild-
Schuster method the propR~rtion of radiation of strong intensity
in a turbid, plane-parallel layer, in the case when the negontive
nbsorption coefficient depends on the intensity of the light field.
Conditions for selfexcitation of the turbid layer and an expression
Cz~rd 71~

%Ialculation of the emission
for the intensity of the
rated intensity is given
S W
emit 2
S/210/62/000/003/001/002
1045/1245
of....
-:-enerited lieght nre derived. The gene-
by Sl)2
k o 1 4- bsl-+c (13) Where.
~ T 2 qLsl
W-absorbed ener_,W per unit time; kA-absorption coefficient at the
absence of li.,,fht field; D/_ -parameter of non-linearity (4,5t0)
s-scattering constant; 1-thickness of the scattering lnyer; a,b,
c-constants dependinr on the reflexion coefficient r at the para-
llel boundaries of the scattering layer. jignificant is the fact,
that at r - 0 4,.Semit increases stron,zly with increasing s1, where-
as u-t r-41 it becomes a constant kOl determining the maximum
possible value of the generated intensity. At small r a slight
increase of the lizht scattering substance within the turbid layer
causes a transition from a non-excited to a Selfexcited
There are 3 figures.
Card 2/2

IVANOV., A.P.; BERKOVSKIY, B.M.; KATSEV, I.L.
Reflection and transmission of a pla4-parallel layer within the scope
of nonliziear optics. Insh, -fiz. shur,, 5 no.1008-64 0 162,
(MIRA 15:12)
I* Institut fiziki AN BSSR, Minsk.
(Optics, Geometrical)

in~ MW : ; I - : ~ P !, I 5~ !: 11; , ~ I '~l :11 11 :: I . .' q 1. , ; . I I I I :
IV P_._~STEPANOV, B.I.; BEW0VIKIY, B.M.; KATSEV, I.L.
AN
Calculating the effect of inhomogeneities on the lij!.ht regime of
a parallel-plate layer in nonlinear approximation. Dokl. AN BSSR
6 no.3:147-150 Mr '62. (MIFA 15.-))
1. Institut fiziki All BSSR.
(Optics, Physical)

IVA1141av A.P.
Relation between the optical properties of the layer and the sub-
atzuice in light-diffusing media. Dokl.AN BSSR 6 no.4:217-219
Ap 162. OURA 15 4)
1. Institut fiziki AN BSSR. Predstavleno akademikom A211 BSSR
B.I.Stepanovym. (Optics, Geometrical)

!1111 11 M 11111: 1 111,11 1~ 1
STEPANOV, B.I.; IVANCV, A.P.; BERKOVSKIY, B.M.; KATSEV, I.L.
Radiation transfer inside a plane-parallel Inyer in the approx-
imation of nonlinear optics. Opt. I spektr. 7 no.4:533-536
Ap 162. (MIRA 195:5)
(Radiation) (Light-Transmission)

37227
S/051/62/012/oo4/ol5/01.5
E039/E485
AUT.,-IORS: Stepanov, B.I., Ivanov, A.P., Berkovskiy, B-M.,
Kats-ev, I.L.
TITLE: The transfer of radiation in a plane parallel layer
in the approximation of nonlinear optics
PERIODICAL: Optika i spektroskopiya, v.12, no.4, 1962, 533-536
TEXT: The problem of the transfer of radiation in a plane
parallel layer is considered on the basis of equations for the
transmission of radiant energy with a nonlinear dependence of the
absorption coefficient for dense radiation. The calculations are
for monochromatic radiation (flux So ) propagated normal to the
surface of a layer of thickness U. On account of multiple
reflections between the boundary layers there will be two fluxes
S, and S,) in opposite directions at any point x in the layer,
An expression for the absorption coefficient k is derived
k k0 (2)
1 + a(ST+ S2)
where k0 is the absorption coefficient in the absence of a
Card 1/3

S/051/62/012/004/015/015
The transfer of radiation ... E039/H485
light field and a the nonlinear parameter (a.~, 0). The problem
is only considered for a particular case which allows an easy
analytical solution, namely by putting So equal to zero.
Equations are derived for the change in value of the absorption
coefficient with position in the layer and its dependence on
the reflectivity of the surface. The effect of a supplenentary
field of density u-", due to the thermal background is also
considered and equations derived for the absorption coefficient k
and the intensity of radiation Si4r-n escaping from the layer.
k ko (16)
1 + avux + a (S., + So)
and S (l + avu-"c) ln rkn f- (17)
wcn 2a
where r is the coefficient of reflection and v is the velocity
of light. It follows that the condition for radiation from the
layer is
Card 2/3
jj~ f
IT"
NJ

IVANOV, A.P.
Second Conference on the Spectroscopy of Light-acattering Vzdia.
Opt.i spektr. 12 no.5.664-665 My 162. MU 15 z5)
(Spectroscopy---Congreases)
I ..
- I z ~

IVANOV. A. P.
Colors and absorption spectra of dyes adsorbed on light-
scattering materials. Opt. i spektr. 13 no.6:831-834 D 162.
1 (MMA 16: 1)
(Absorption spectra) (Dares and dyeinR)
(Light-Scattering)

.IVANOT,A.P,j LEYTSYNA, V.G.; PUPLIKOVA, I.N.
Determination of the concentration of several dyes simultaneouslj
adsorbed on fiber. Zhur.anal.khim. 17 no.43511-517 J1 162.
OURA 15-8)
1. Institute of Physics, Academy of Sciences of the Byelorussian
S.S.R., Minsk.
(Dyes and dyeing-Textile fibers) (Spectrum analysis)

IVANOV, A.P.; BERKOVSKIY, B.M.; KATSEV, I.L.
Calculation of the radiation of a light-scattering layer within
the framework cf nonlinear optics. Vestsi AN RqSR. Ser. fiz.-
tekh. nav. no.3t23-26 t62. (MIRA 180)
!:,; C . i;.
. ]: ~7;!

SHEEMIF, I.D.; IVA!~q~~IA.P. [Ivanou, A.P.)
Design of apparatus for studying various properties of light-
diffusing objects. Vestsi AN BSSR. Ser. fiz.-tekh. nav. no.2:
39-43 162. (~RRA 18-.4)

IVANOVI A.P.; RU-DIl.`OV, A.i".
Choice of optimma opera-,Ani7 conditions for flash 'ualbs for attairn-'InIrr
the maxi.-up. disturbance of theviao~iynamic equ.ilibrliva in a substance.
Dold. U.' -1 no.11:740-751 N l,")3. 1,LlA 17 :9)
1. institut Lizili A:~ 3331~. Ilredstavlono ak-udamd1com
B.I. Stepanovrm.

J-yANq,-..A.T.; MAKAREVICH, S.A.
Effect of the width of a beam of light on the depth of its penetration
into a scattering medium. Izv. AN SSSR. Ser. geofiz. no.lltl754-1757
N 163, (WRA 16 122
1. Institut fizik.11. AN BSSR.
Tli ii.,

RUBINOV, A.N.; IVANOVI A.P.
Determining the parameters of pulsed tubes from observations of
nonlinear optical phenomena. Dokl. AN BSSR 7 no.8:524-527 Ag 163,
(MMA 16010)
1. Inatitut fiziki AN BSSR. Predstavleno akademikom AN BSSR
B.I. Stepanovym.

NiBINOVI A.N.;
Determining the self-excitation threshold of a three-level
laser. Opt. i spektr. 17 no.5;759-764 N 164.
(141RA 17:12)

L 17~09-63 FWT(1)/BDS * ISFTCIASDIIJP~QlSib
ACCE-MO NR: AP3005998 S/025O/65/007/005/O3P4/05Zji!I
AUr-HOR: Rabi-mv.. A N.j Ivanar A* P.
TITrEt ?dime J=p, pwamter determination by dWarTaUan, *f vqaltwar 2 Iceil
pbenwena
S01UPOE: AN BSSR. DoklWs V, 7P no. 8j, 1963P 524-52T.
paramIte
TOPIC 12AGS: pulse lamp parwasters, pulse IMP efficiency pAs6 i2z~p' r'
detelmination., pulse lamp temperature determinations, VxUe IM, temperatuv
pulse lamp efficiency determination
ABSTRAM. N simple metbod is presented for determination of the temperattam
and efficiency of Et hiah-power light source from. its effect on the absorlytion
capacity and luminescence of an irradiated sample substacm, It is ass,62-4
i that the efficiency factor remains Practically constant during SMU ChMIL
in the voltage applied to the 3,amp. The spectral density of radiation of ile
sample in its absorption vavelength can be determined expallmnW.1y by Miltsurs.
ing the intensity of the phosphorescence of the sample (ut tiny valteze., t1ral,
obtaining the ratio of corresponding luminescence intensities. Sy the =Wtliod
1-card 1/2
77-7.j-j: j-_'. two EM