SCIENTIFIC ABSTRACT MISHCHENKO, V. S. - MISHCHENKO, YU. A.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001134620011-2
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 14, 2000
• Sequence Number: 11
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

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L 04582-61 LWF( I S( Ili DD
ACC NRi AP60331351
A'JTHOR: Mishchenko, V. S.
OR(-,: Laborat(,ry -)f 1,F-vr!Ifprr,,-r7it;,I Phyi;i,,'
AcalerV ~f :'CiF-r! b ' Jk
f I z i o1 ohi y i Ak ade mly F nii~~ lik rSS R)
SOURCE CODE: 'JR"0238/66/012/005/0640/0648
r; r,
)rat,r.yA ,.P. j,y, :nstytutu
TITLE: Changes in external respiration I& I If ty 'A' b 11 K)d to transport oxygen,
and oxygen parameters in young people training for sports
SOURCE: Fiziolohichnyy zhurnal, v. 1?, no. ,, 1966, 64o-648
TOPIC TAGS: human physiology, blood rirculatic)n, respiratory system, pul-monary
ventilation, training
A-K;TRACT: Changes in external respir;tti-n, hemolynam~cs, and the oxygen capacity,
oxygen content, and degree of oxygen saturati,,n f the L)lo(-)d were studied in 60
rowers age~l 111-17 yr. Experiments -showed that traininp altered the entire oxygen
balEuice of the organism. Weight and body measurements both increased as a result
of training. Oxygen consumption during rest per Kg or body weight decreased signif-
icantly, and at 14- 15 yr had reacht!d the adult level. basal metabolism in the young
athletes studied waB near the lower limit of adolescent norms. It was observed that
the minute volume of respiration, also calculated in relation to body weight. de-
creased even more than oxygen consumption. Breathing van less rapid and deeper in thel.
C rd 1/2

~ACC NRi AP6033151
young athletes, almost like that of trained aiult athletes. In addition, the pulmo-
nary ventilation component in the minute volume of respiration increased. Training
affected circulation in the adolesrents by producing bradycardia and decreasing the
minute volume of blood (with some increitse in both systolic and diastolic pressure).
Tests showed that the minute volume of blood, whether adjustefi for body weight or
not, was within norms established for adult athletes trained for endurance. Oxygen
capacity of blood was noted to be slightly r GU 13 H
,r-riter in experimental bje t a com
pared with their untrained conteq),rarf-i~. Ilie gerierally More efficfent respiratory
and circulatory functions observed in y~)king athietes were by smaller
a.mounts of oxygen entering the lur,,;,,q Firil it higher (-c~efficivnt )f utilization of the
oxygen in inspired air. In additi(_.z., *ransp(_rtation nf oxygen by the bIryid was more
efficient and utilization of oxygen Ir-m arterial blood was better. It was con-
cluded that athletic training leadG Ic. niore rapil develctpment ~)f tky,se phy5iclogi-al
systems involved in regulating the .-rgantsm's oxygen regiru~, to earlier improvement
in the efficiency of the oxygen regime, Fuil t( mcre effective utilization of oxygen
by the organism. Orig. art. han: I figure.
SUB CODE: Ob/ SUBM DATE: 03May66/ rjRIG REF: 0361, Cfl'li REF: 006/ ATD PRESS 1 ;0
Card 212 vmb

S/O 7 5/6 2/, 1 7,,'~- ~ 7 /03 1
51 19/! L31 8b
A UThIAS t :AisncnenK0, 'i. T., ana Poluektov, 6. S.
'pectropLotometric determination ol rare eartha in solutions
of etuyiene aiazine tetraacetic complexes
P r, H_1 C A ""hurnal anti! i ticrieskoy xhimil, v. 17, no. 7. 196;, 62') - B50
-, EAI bf,en rare earths are converted to their ethylene diamine tetraacetic
comp,exes otner elements preaent in tne analytic sokution witti a view to
apectrophotometric determination have a disturbing elfecti the ponfliblilty
to eliminsta this efftetwan explored. Tne absorption spectra of Pr, Nd, ,M,
~d, Dy, ho, ;ir, Tu, and Yb compiexen in aqueous solution were ir.-
vestigatea. As compared with tne spectra of non-complex-bound elezents
mozit of these !ipectra snow it 1 - 6 m, anift of the absorption maxima toward
longer wavelengths. Trie r,eight of absorption maxima of complexes is
,.1 - 2.6 times that of tne maxima of free ions. A complexone 11, concen-
tration of 0.1 mole/liter, and a pH of 8 - 9, were found to be optimum
for investigations with rare earth contents of up to 10 mg/ml (referring
to their oxides). A method witt, a sensitivity of 0.05 mg/mi for Pr 6 011
Card 112

S /0 7 5/6 2/G 171/30 7,106 ~,'o -~ 6
Spectropt,utometric dotermination ... B11n/B186
4'ria Ne 0 , qn-! mo~/ml for -I*m 0, wfis developed for determining Pr, No ,
? 5 1
an d Pr ii mf?sj3ured it 4,16 mj,, No at 526. 5 or 747. 5 mo. .~m at 404 and
0 in T NO, when
ii.e error wldtn in much reduced by trio presence of NH A
determining Pr, Nd, ano Sm, and by ammonium acetate when dpterminlrig Nd.
Tnere fir,, 5 1, ~,,ures Find ~ tables. The most important English-langunge
reference iss T. Moeller, j. C. Brantley, Analyt. ~;tium. 22, V5 (19501.
ASSOCIATIDN' .'r,~;titut obsnchey i neorganienooKoy knimii AN USSR,
lavoratoril V -Geese (Institute of General and Inorganic
,:t,emiatry AS ~xrS6R. Laboratories in Odessa)
15, 1,)61
a rd 2.;

ACCrSSION NR: AP4043572 S/00-13/64/009/008/1R22W120
AUTTIOR: Mishchenko, V. T. : PoliwKt(~v. N. '~
TITIJ:: Pol.vnuclear citric acid , fnnjflexe~; -)f the rire carth elements
I
hurna I neorganictieskr)-,, i . v I (16 -1 . I it 2 2 - I '~ :!'I
t%(,S r ire e irth .:i ; ."x, irid romplex. poly Tl t 41 '1 1-
CitrIlte trinu.-iv i- rai #,,i! I,!- lc-, :O,sorptinn Fipe( Ir.i rnnl.-Ir r;i-
)d 1-miolar ierif-q rn(-t~ thnrivirti r,ire
j r irp e-irth citr:ite,
ur-,inium r;ire ri!ritv
i I 'T The ;iuth:)rq ro .in,wd !'~OIT 1",-r h i rn 7,h 11 r-T-. I
m tne f,,) r-ma t inn of ra re e i r, I C 0 tT I - j t t- , ' ~ (I , , ) fT Ip , (- x f, qt r) , ) I , t . i i ni)ne
() til p, )s it ion in d e xten t Of f(1 I 'Tl;i , I M 1), 11 ', T) 11 (-.1 r ', ) FTII)()Iln (1:4 bY i rit e r:i ct ion 1),f
,%&teen .wo rare earth citrate.- The intor;t-tirm )r 0 01-0 IM nolutionq of f,ll+
,)r Y with 0 01-0. 04M t3olu,~oris ( Pr-, Nd. md P"r citrate, and of 1--,r wim
Nd ';rn cltrnte was studle I apectiophoirmietrically at pil 9, uning more thin
Card 1/2

ACCEISSION Nit: AP4043572
2 1 of citrate- metal. Ry the molAr r-,0io and isomolar series methods it was
found that trinuclear complexes hoth elenients in the inner uo-rdln;i-
tion sphere were formed in which Itie elf-rietil with the qryl;ilipr ionic radius united
with the element with the larger ionic r:idimi in -i ratin of 1 2. me~0111'11(313
where Mel is the rare earth elen-nit with the larger, ind Me 11 the r7ire n'irth with
the smaller ionic radius, and Clt.is (lie trinijcle~ir citrate ion. The mixed
trinuclear complex was formed only to the extent of 513-13816, this increased upon
dilution of the solution. Y and Nd lomplexed more strongly than La and Nd
Changes In absorption spectra indicate analgous I uclear citrate cymplexes
po ~4 +
are formed between the rare earth elements and Al rh or UO . Orig
2
art. has: 12 figures and 2 tables
ASSOCIATION: Insititut obahchey i neorganicheakoy khimif AN Ukr&SR Laboratorli
v Odesse (Institute of General and Inorganic Chemistry AN UcrSSR)
SUBMITTED: 120ct63 ENCI,: 00
SUB CODE: I C NO REF SO v1- 0 13 OTHER: 016
C,,d 2/ 2

'q 17,,T (a
NR: A.P4042-U5
AUMOR: MiGhcheako, V. T.; Poluckt-ov, ri. B.
,.j.TjF.: Spectrvphotnmp-trlc lavarAL,,aLlun or eltru ccizp xi)u of U,Q
tz ~, aalkAx-u colutic"a
7- 3C~, r-3.
ccx:..
Ity Ctjl~Citfjil'., C~--Mplbl I)O1,~IL-Cr
r, c t T-, - r
T~- A
L ty c re 3-:. 1,-,
Ly
I't 3,
It oatAibllahod ljy
at pa r 9 Nd cod Er rorm a co--diax viui mLio of
Cord 1/2

L Z122 -6 5
ACCIr,151(21 TIR: AP40421-15
amowit of citr-ic =id requiml to fona clear rrLm, car" oalLa 1z ii..
va-, ar.:-,u-..td r, 3.2 Me.Cit coapl= =V a,~o he for-mad. T'ne de6ruc o,' L! A. L, it
a--~l tho appruxi=at-c value of the cLp-,xw-tmt Luatability con Lart of tLa
wrL.,; calculated. Since the Litter la fairly constaat at low cC---p;.ex cut-,
b-,A incroased 2-3 tizes vith incrcaao in concentraLicLa (frcca O.Ui tu cj.u,~~, ~f Lac
c=plox, it waD uuWested that the ccLmplex c=pouad polymerized to (XeCit.' ' Q
Orig. art. Lon: 8 rigums WA l table.
AZ30CUMM : Inctitut obahchay I neonraniabackoy kh1,nji AN UkrS6ii( Lrij*,ii~t,-, if
General and Inorganic Chendstry AH UkrSQt)
sumftTm; o7ju163 ; I E21CL: 00
3VB CODE. GC No FW GOV 1 0 10 DIMM 1 009

ACCES.SION N11i APhOhh893 S1003216VO30100911-05511057
AUTHORS1 flikonava, M. P.; Riolichanko, V. T.1 Poluaktoy, N. S.
TITi,Et Spoctrophotometric dotorminntion of praBoodymium and noodyinium impuiritias
in coq)ound8 of the cGrium sub(;roup
ZavodfikiVa Inhorntorlya, v. 3:), no. 1961to 105fj-10"~7
TOPI A, n tioc t. rty, if, t.omnt r-
y, rm (t ii-irl-i i ot. t ;if j(i r n '7.
ri im c: n r r. 10 (1 1,c t r r) i mn r
A
WI; it,
ro,-'
~,u-,Lq wnr- -,.i W 'r- I- I) j 'I"
hand with riaxl-n,m ;0, Y -i W I t.:I ;i it L
762.5 m/K. Graphn worn plotted to (3huw (Iopor,limco of optical lumILY (at, tho.30
maximum) on the concentration of solutions (chlorides of puro rare earths). The
Card 1/2

ACCESSION IM, APhO4h893
calibration graphs are rectilinear. The presence of large concentrations of the
base element had no substantial affect on the height or position of the absorption
in the spectrum. Little di-fficulty was encountered in determining Pr or Nd In
preparations of La and Co. But some difficulty was encountered with Sm compounds
because of the coincidence of the weak absorption band of Sm (h43.0 mLx) with the
Pr band (" mtx). Results were obtained by comparing densities of h43 with 416
in Sm, hcweverl. Haximm errors of determination ranged from 5.3 to IN. The
sensitivity in some determinations is Greater than with the spectrograph, and the
technique is ainpler. Orig. art* hasi 3 figures and 1 tables
ASSOCIATIONt Institut obahchey i noorganichaskoy khimiJL Akademii naukUkrSSR
(Institute of Oeneral and Inorganic Chemistry of the AcsdanW of Sciences, uKrsm)
SUBMITTM 1 00
ENCL 1 00
SUB COM OF NO RiF SOVt 003 OTHERo 002
Card 212

LIP
"WWWO3636 SOURCE'dODE: UR/0079/65/010/010/2275/2291
AUTHOR: Poluaktov, N. S ; Mishchooko. V. T.
ORG: none
TITLE: Nixed sulfosalicylate complexes of rare earth elemental.44,
SOURCE: Zhurnal nearganichaskoy khimLI, v. 10, no. 10, 1965,* '275-2291
TOPIC TAGS: terbium compound, europLum compound. lanthanuu compound,
noodymium compound, arbium compound. yttrium compound, fluorescence
spectrum, spectrophotometry
ABSTRACT: The formation of mixed polynuclear complexes (rare earth
complexes) with sulfosalicylic acid in neutral and weakly alkaline medi
was studied by spoctrophotonstric and fluorometric methods. The absorp
tion spectra of sulfosalicylate solutions of noodymium and erbium chang
in the presence of such complexes of other rare earths (yttrLum and Ian
thanum were employed). The greatest change Is observed In absorption
bands having peaks at A a M.5 so (9d) and $23.0 no (Er) In chloride
solutions. These bands wore used In the study. The data obtained for
the properties of complexes studied spectrophotometrLcally portain to
the pH range of 5.5-9.5. It was found that In a mixed sulfosalicylat*
UDCs 546.65 : S41.49
cam 1/2

ACC NRs AP6003636
0
complex, the element with the smaller ionic radius (Y, Rd) stands In th
ratio of 1:2 to the element with the larger radius (Nd, La)q 1. e.s the
mixed complexes formed are trinuclear. A fluorometric study of the
formation of mixed complexes by terbium and europlum In sulfosalLcylic
acid solvions GPved that the formation Is due to a transfer of energy
from TO to Eu , as indicated by the phenomenon of sensitized fluo-
rescence of europium In the presence of terbium. Orig. art. has: 12
figures, I table.
SUB CODE2 07/ SUBM DATE: 05Feb6S/ ORIG RM 008/ OTH REF: 002
2/2

LW 468746 )/~w WP(b) UP
MIKI ow 00%~ P0 swn VDIE UR/0075/65/020/010/1073/1081
-50
AUTHOR: Mishchenko, V. T.; Lauer, R. S.-; Yefryushina, M. P.; Poluaktov,-N. S. -Z"
ORG: Institute of General and Inorganic Chemistry, AN VkrMit. Odessa Laboratories
(Institut.obshchey i neorganicheakay khimii AN UkrSSR, Laboratorii v Odesse-1-
TITLE: Extractive-photometric determination of certain rare earth elements wi%h
thencyltrifluoroacatone -~1' 5S
SOURCE: Zhurnal analiticheskoy khimii, v. 20, no. 10,, 1965, 1073-1081
TOPIC TAGS: rem earth element, photometric analysis, benzene, complex molecule,
praseodymium, neodysium, samarium, dysprosium, holmium, erbium, thulLum, ytterbium,
absorption spectrum
ABSTRACT: A niethod of detemining ram earth elements from their absorption spec-
tra in solutions of complex compounds in organic solvents is described. It was
found that complexes with thenoy1fluoroacetone were suitable for extractLve-photo-
metric determination of rem earths in benzene solutions. Analysis of the absorp-
tion spectra of thencyltrifluoroacetone complexes of praseadyuLum, neodyaLum. asma-
Card 1/2

L 14687-66
ACC NR: AP6005880
61
rium, dysprosium, holmLux, erbLus, thulium, and ytterbit= in benzene showed that
the peak heights of many absorption bands of the ram earths increase by a factor
of 1.1-4 as compared to the peak heights of solutions of chlorides. In the case
of Ho, Er, and Nd, this factor is 21.1, 9.9, and 8.0 respectively. Optimum condi-
tions for determining Pr, Nd, So, Ho, and Er in mixtures of rare earth elements
were determined. The calculated sensitivity of the method is (in micrograms per
milliliter, based an the oxide) 2.5 for Ho, 3.5 for Rd, 5.5 for Er, 13.0 for Pr,
and 90 for So. Orig. art. has: 10 figures, 4 tables, 3 formulas.
SUB COM 07 SUBM DATE: OSAug64/ ORIG IMF: 012/ OTH REF: 013
.140
Card 212j&4

L 30244:&6 VIT (m)/EV; P (t )/ET IIJP(~) JD/J(-,
ACC NR, AP6013003 SOURCE CODE: UR/0073/65/031/011/1111')/1197
AUTHOR: Mishchenko, V. T.; Lauer, R._S.; Tef!nshina, H. P.; Polue)rtov, N. S.
ORG: Odessa Laboratorlen, Institute of General and InTgani-c- Chemistry, AN UkrSSR
(Institut obshchey I neorganIchealoy-)cb1mll M ukrS'SR, Laboratorl! V Ooenne)
TITLE: Absorption-spectrophotometric determination of rare-earth elements in tri-
butyl phosphate extracts 10
SOURCE: Ukrainskiy khimicheskiy zhurnal, v. 31, no. U, 1965, 1189-11q7
TOPIC TAGS: rare earth element, spectrophotometric analysis, phosphate, solvent ex-
traction , Cov ~(Xf\civvwko~\kvc VA %OUN
ABSTRACT: The object of the study was to work out a rapid and convenipnt meth"i of
determining rare earth elements dirvctly in tributyl phosphate an(i it- -;nlutionn, fol-
lowing the separation of mixtures of rare earth elements by this extractling apent. To
this end, the absorption spectra of tributyl phosphate complexes of Pr, Nd, Sm, Eu, Gd,
Dy, Ho, Er, and Yb were investigated. It wan found that during complexing in tributyl
phosphate solutions, most of the absorption band maxima are displaced toward longer
wavelengths by I to 10 mu. A shift of certain abgorption peaks toward shorter wave-
lengths, e. g., that of Eu, is also observed. At the same time. the peak height of
many absorption bands frequently increases by a factor of 1.1-3.5 and more. The con-
UDC: 546.651535-243:5141.49
.-Card-4/2

L 30244-66
ACC NR, AP6013883
ditions for the determination of Pr, Nd, Sm, Ho, and Er In a mixture of rare earth
elements of the cerium and yttrium subgroups in tributyl phosphate were established:
(a) in concentrated solutions of rare earth elements (up to 130 mg/ml 1)aned on the
oxide) and W when the concentrated solutions were diluted both by tributyl phosphate
itself and other solvents. The sensitivity of the method is (in mg/ml based on the
oxide): for neodymium, 0.03; holmium and erbium, 0.04; praseodymium, 0.06, and sama-
rium. 0.18 for a cell length of 2 cin. Orig. art. has: 10 figures, 4 tables.
SUB CODE: 07/ SUBM DATE: llJun64/ ORIG REF: 006/ OTH REF: 004
Card 2/2

S/137/62-/ooo/ool/226/237
A154/A101
AUTHORS: Poluektov, N. S., Mishchanko, V. T.
TIVISo The present state of the analytical chemistry of lithium, rubidium
and cesium
PEUODICALs Aeferativnyy zhurnal, Metallurglya, no. 1, 1962, 9, abstract 1K59
(V ab. "Metody opredeleniya I analiza redk. elementov". Moscow,
AN SSSR, 1961, 37-56)
TEXTi A review describing qualitative reactions and methods of isolation,
separation and determination. There are 269 references.
N. Gertaeva
[Abstracter's note: Complete translation]
Card 1/1

3/,137/62/000/Wn/232/237
A154/A10l
AUTHORS: Poluektov, N. S., Mishchenko, V. T.
Tl=t The present state of the analytical ohemlatry of atrontium
PERIODICALs Beforativnyy zhurnad, Metallurgtya, no. 1, 1962, 11, abstraot lX73
,(V sb. "Ketody oprodelonlya i analiza redk. elementov". Mosoow,
AN SSSR, 1961, 108-127)
TF=1 This review contains information on: Qualitative reactions on Sr.
Methods of separation and determination, Flame-photometric determination In
minerals, oves and rooks. Chemico-speotral determination of admixture-^ in Sr and
Ba,, Flam*wphotometrio determination of Ca in adltB of Sr. There are 275
referenaes.
B. Melantoyev
[Abstracter'a note: Complete translation]
Card 1/1

BRUVFR, Ye.A.; MISHCHPIKO, V.V.; S."URNOV, Y,i.T.
I,' ! r 0- x ') -&' r
Yficient groups ~f Oorthcles in rotary ' - : 1 ! r Y
workings. Uch. Zap. 'Al~',IMS& nr.,.7:2)3-239 '62. (MIRA 2 ~: --)
1. Sredneaziatskiy nFiuchn(~-L-,qi,e,loviitAllskiy lns'lt,i~ '. m'. no!-
rallnogo syrlya, Tashkpnt.

W.%ICInIKO, ".V.
Tdanic%il and ecoronical siffectivenoss of rprA-r-r mearq of mmctArIz-A*.!on
in sinking exploratory holes i- hnrd rocks. Uch.zap. SA13IMS& no-IOW3-
137 '63. 'KIRA 11:2)

.1 r IfI.
MEDVEDFV, V.V.; 141 ")HC!";MO "IM, I I . I. .
. - 9
1)craper romnval of r-ks Ir rinking t,., rizortal prr.,!ipmcting -Ir'll.ing
rf qmnll sections. "(-h.zap. SAI-,:K-,& nc.!,):141-1411 163.(MIRA I'W

. I.: i ilY "' . '. . I . . : I .
- I : 1 1 ~ . - I ~ , . . I . 1 , . . . . I
~!~ .) . , I . . ~ I . ''. .1 1 . 1.. 1) . . ..
~, . - s ( 1*1 , I., . I I I I I .

YkROVII-blo T.V.; j-u5IfCfMNK0, V.V.,' YALLNUVA 9 1.A.
Somo clinical and anatomical comparlsono in rhoumatic Nver.
Zdravookhranonie 3 no. 5:5-9 S--G 160. (MIRI. 13: 1 r ,
1. Iz kafedr gospitalIncy terapii (zav.- prof. M.A. Polyukhov)
i patologichosko-y axiatoniii, (zav. - dotsent V,Kh. Anestiadi)
Kishinevskogo meditsinskogo instituta.
(RIIET MAT: C FE~Kk)

FOLYUKHOV, M. A,; Y I aCIIENKO, V.V. ; BAlAYIMICITNA, 1 .0 rod.; I., V. ,
tekhn. red.-
[brucnllonio In the Voldnvian a nhort orsay on P c 4 1., 1 : a ~
aspects, treatment and prev(3 r't ion'l brutsellez v Voldnvqkoi ',:U";
kratkii ochork kliniki, lecheniin i profilaktiki. Kishinev, Kartia
roldovenitinke, 1961. 86 ~. ~ I, , , ,

AL:-:KSAIiD.J)V , N. I.; 6EK- I':, ',,.Yo. ; GAM: 10, K''~.
LkUZ-.-VA, Ye. S. ; 1,':J- S.
Aerosol Im,=ization vacz,%
No.6: 32tudy of the in~.Unclovic
aerosol imnunization witt, opriy vaccin-s
anthrax an,; pariit) in an, ZI,) ki r, a
no.7:56-62 J-
(.AG,;~':;AT1G:;"I k, -C -~O L.~
U.;.I CABL.I. -I-jL V 1C.'.

ALEKSANDROV, N.I.; GEFEN, N.Ye.; GAPOCHKO, K.G.; GARDI, N.S.;
MASLOV, A.I.; )USHCMKO. V.V.
Aerosol Immunization with dry powder vaccinee and anatoxins.
Report No.10: Clinical study of postvaccinal reactions to
aerosol immunization with dry brucallosiB vaccine. Zhur.
mikrobiol., spid. I Immun. 33 no.11:31-37 N 162.
(MIRA 17:1)

ALEKSAYDROV, GEFEN, ?.Ye.; GAPOCHKO, K.G.; GARDJ, N.S.; MASWV, A.I.
MISHCHIR;KO, V.V.; SIMIRIOV, M.S.
Aorosol i-munization with dry powder vaccines and anatoll-ns.
Report No.9: Further study of, the reactivity and irmurologicrl
effectiveness of the method of aerosol imnunization w-th b--ucel-
losis powder vaccine. - I i i. :- ~r-33.nc-12-c"~:L".D IQ.
(BRUCELLA) (VACCINES) (AERGSOL ','IERAPY) (~UR-A Ii i~)

'~HUMAKOV, I.D.; M:SHCHEIIKO, V.V.; NAZAROV, L.V.; SM:RIVI, '!,,A.T.
Results of experimental work on the electric "%, ..-.
solid rocks. Biul.nauch.-tekh.inform "':MS nc.l:-O--3 1 t, 3 -
(MI RA 18:, ,
1. Sradneazin tnk ly naucht-10- J lilt lodovit to I I ak ty I ra, - I tij t poo lop I I
I minerallnogo syrIya, 'rashkent.

W.IrSYNA, L.A.j VEJUIPIKO, V.V.
Elvatz"n absorption spoctra of Wnos of -tWc -oxycarborWl
coupounds. Zhur. arg. Alm. I nn.4t,,l'i-624 Ar 165.
(KIM 18t 11)

ACC NR, AP7004748 SOURCE CODE: UR/0413/67/000/001/0039/0039
INVENTOR: Gvosdev, V. D.1 Mishchenko, V. Z.
ORG: none
TITLE: Simulator of aircraft bumping. Ciaa~ 21, No. 189920
SOURCE: Izobretenlya, protayahlennyye obraztsy, tovarnyye znaki, no. 1, 1967, 39
TOPIC TAGS: aircraft control equipment, automatic control, aircraft automatic pilot,
vibration simulation
ABSTRACT: An Author Certificate has been Issued for a simulator of aircraft bumping
which contains a white noise generator, operational magnetic amplifiers, a step-by-
step selector, comparator units, and an automatic pilot. To test th'! aircraft with
the automatic pilot, and to evaluate the performance of the automatic control System
directly on board the aircraft, operational magnetic amplifiers are connected In
series to the output of the white noise generator. One of these amplifiers is loaded
with the smp-by-step selector, to the contacts of which a set of resistors Is connected,
linking the output of the amplifier with the Input of the automatic pilot through the
comparator units; to theme autopilot pickups are also connected. lip)
SUB CODE: Ol/ SUBM DATE: 29Sep65/
t card 1/1 UM 621.3,078

ACC NRI AP7005691 Ani CE COM LIR/0413/6T/000/002/0160/0i60
1NVEMR: Matveyev, V. N.; Gvozdev, V. D, Mishchenko, V. Z.
1
;ORG: None
TITLE: A device for simulating "buffeting" on an airplane. class 62, tic. 190802
SOURCE: Izobreteniya, promyshlennyye obraztey, tovarny-ye tnaki, no. 1`, 190, 160
TIOPIC TAGSt aircraft test, aircraft simulator. automatic control equipment
ABSTRACT: Thin Author's Certificate Introduces a device ror simulating "burreting"
Ion an airplane. The installation includes a unit whIch simulates variation in the
1,motion parameters of an aircraft withput a control system during flights In "Irtugh
lair". This unit consists of a "whijto'" noise generator, adders and filters. The in-
stallation also incorporates a system for automatic control of the aircraft with an
iautopilot, c~)mputvr unite and pickups. ',The device is designed for approximately
devaluating the operation of a system ror.lautomatic control of an aircraft under actual
"buffeting" conditions. The filters in the simulation unit are connected throligh the
adders to the input of the autopilot together with the pickups in the system for auto-
atic control of the aircraft.
UB CODE: F~1~ SU13M DATEt 1lJan65
Card 1/1 UDC., 62,9,1.3,011~061

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043

L 389~~-46 EW(l)
-4=8 low M I Am 17494 MV030/65/902/00611006/0549
A a 16< 535:Mw.~" f /0 1
AUTHORs Krasayinp Vs 4'.; malkov jo A. i Hishchen1w, Leo -
TITLE: Measurement of the density of the radiation spectrum of a pulsed source in
the far ultraviolet region
24
SOME: Zhurnal priklaftoy spektroskopli, v. 2,, no* 6. 196% 546-549
TOPIC TAGS: UV spectroscopy, emission spectrum, flash ImW
ABSTRACT: This to a continuation of earlier work by the authors (PTE No. 2, 138,
1965) on measurements of the q)ectrum below 100 nmp where the radiation from a
pulsed source with repetition frequency, 50 cps and duration 2--3 asec was described.
i The original apparatus employed an FEU-29 photomultiplier with a luminescent sodium
calicylate screen, and the average current was measured with a microameter (H-59).
In the present Investigation the apparatus was Wray" by using a more sensitive
photomultiplier (MI-39) and replacing the microammeter with an automatic recording
peakroltmeter. The recording circuit consists of two blocks, a cathode follower
with a set of integrating cells, and the peak voltmeter.with its independent power
supply, The peak voltmeter circuit is briefly described and a saWle of the spec.
trum in the 90-20 am region to given. The described circuit has high sensitivity
'Card 1/2_

L 3891-66
AccEssioN mRl- - AP5617494
and a resolukion of 0*01 na over the entire region of the qpectrum. Orig. aft.
has t 2 figures md 3 forumUss
ASSOCIATION$ 'none
0
SIMMITTEW 038ep& ENCL: 00 SUB CODRI OP
m mw Bawl 002 OTM 1 002
.cc 2 2

L 266o4.66 19W(1)
ACC XRS AP6010431 SOURCS 00M USI/030/66/004/003/0267/0269
AUTHORSt Hishchenko, Ye. D.; Kulikov, 3,.-A.1 Startsev,, O.P.
ORGs none
iTITLE: Cathodolumineseent receiver of the
ultraviolet'radiation
,SOURCE: Zhurnal prikladnoy spektr6skopli,,
open type for' shortA
v. 4, no- 3. 19660 267-269
TOPIC TAGS: cathodoluminescence, uv radiation, uv receiver,
electron multiplier, secondary electron emission, luminophor,
quantum yield
ABSTRACT: The authors describe a radiation receiver which begins to
operate stably at pressures 1 N'/m~ at relatively low supply voltage,
of the order of 600 V. At 200 V Its sensitivity becomes equivalent
to that of a secondary electron multiplier of the open type. The re-
ceiver Is based on the principle of electronic conversion of light,
wherein the ultraviolet radiation Incident on the cathode imocka out
electrons that are fooused by an Immersion objeotIve onto a.oathode
Card 2h VW1 621.383#4

b 26604-66
""I'I'Add-NR:
---AP601045i'
Fig. 1. Diagram of radiation receiver.
1 Brass cylinder, 2 -- focusing rod,
3 control electrode, 4 -- focuoing
diaphragm,, 5. anode,, 6 -- cathode# 7
light pipep :---.cathode luminophorj, 9
photomultiplioirj.'~10.,,,~I!,-~high. voltage.-..,
JC;'
.01

mpg=

L 26604-"
ACO NR: AP60104511 0
luminophor. The glow of the luminophor excited by the electr,)ns Is
recorded with a photomultiplier. The main difference betwe(-.j this
rricient
receiver and the scintillation receiver is the use of an et
.~..,luminophor and the absence of an aluminum layer on the lu)'.11nophor. The
photocurrent is linearly related to the incident light flux and its
'sensitivity depends on the voltage applied to the electrodes. The
sensitivity depends little on the pressure. By using different
,
,
,
.,.
~I,Iuminophora it Is possible to modify the properties of the receiver
:for individual applications (registration of constant and pulsed light
hux without afterglow
, registration of pulsed light fluxes against
,
!the background of strong electric Interferencef and others). The
,,!spectral dependence of the quantum yield can be modified by using
and I'
~,--different cathodes. Orig. art. had$ 3 figures, I formula,,
,
table.
`
-
SUM DATICS'90065/` OTH
-Rart 003
CODS1
2
/
,
-
-
.
.
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I . . .
, I- ", r f . " , t-
.1.1 1 1 "'.. 11 , - ~ ~ - I I I I
I
. . I
,," . I . : t , , ., ; '. - ., '. . .. . !, 1. '-, i I , . F. I . . .
I

HC 1i F N K C) Yt. F
1')POIORY -if n'"'Ic 1-' 12 ~74
219 214 1 I'M) f I- ----)
11) 1 he gi till-v of t 'J., t-1- 1, 1
of flip If ;phrrr S'. Alrk,;-indrov I Nf,1' 21163).
161 1,51 (1947), thr- Rt-v 0. 4V- 1 -nd K.,I,I.in ranq
Arn,-r Math 1-4,c 62. 21R 771 (1917). Of, w Rrv Is6 I
have trifro,hic"I ;:T-if- 1,,r a ~td--t I.
of S* In flip notation of i~ 0,, k:,. jl,
it- D'F. Aq Well P; 11h( K111111- kv-1, 't"j
lo, projection ( yclci with (nrnpm t ~ j '. , " ."
li.ii twerf I,N twoh A44~mdrov atid K' 14 in is 1,,
whrthrr or not 1)'/-. mil A.'/- fit- Aw iv- ! ),,
amhor %how% timt t1w% ite not alw.tv% i-tn,,Ipjo, I-
exhibstm a exaniple in Y with P'F.,O in,( A.'/ - (I
Aft example i~ abio ethibit"I of a oml--t A "t N' 0", 1,
4L,on it) Ibr nofatinr of Alpk~mdrov, j, i I up,. y') I ko
WhoSC (OMI)IVITIP111 Ili not 4 ( IV) pI I. I- I %, f

130,M-9/54
Hishchankp, Ye. Yj 0 and Pantryaginp L. S.g Yamber-Corraqwdent of
'SM AGOO s Or USSR
I Periodic' solutions or systems of differential equations near the
-.Points of dis'Gantinuity
Vok. AN SSSR 102/5, 8819-891, June-11, 1955
I A'perlodia -solution Is scuot f6r # system of differential
sqgations of the following tA* 19 4 am I
14,11A670 the
In &,a=" positive paramter, The a lotion Is f6und nmw the points
of discontinuity and is given up to O(E) precision. A method of do.
termining the period T In presented. Two USSR references (1947-1951).
ilixttt6blcin i TheAced. of So., USSRj V. A. Steldow Institute of Mathowtical goo,
Submitted i April 1, 1955

r
Call Nr: AY 1108825
Transactions of the Third A11-union Kathematical Congress *(Cont.)!~
I I -1,1(.Y ,, V .. .'-' - . f~ T,* S7,.;8i
Lyashchenko, N. Ya. (Moscow). Problems Concerning Stability
of Solutions of the System of Ordinary Differential
Equations. 223-224
Mltropol'skly, Yu. A. (Kiyev). Non-stationary Processes
In Non-linear Oscillating 13ystem3. 0;~ 14
__1
Mention is made of Kryl ov and Bogolyubov.
Klah.ah.eiiko, Ye. F, (Moscow) and Pontyagin, L. S. (Moscow).
Periodic Solutlon of the Systems of Differential Equations
W1*h Small Farameters at the Derivatives. 2"14
Mospyenkov, B. 1. (Kiyev). Transverse Oscillations of
Double Rigidity Rods Under Transient Rotation Conditions. P24-225
Mention Is made of Krylov, N. M. and Bogoiyubov, N. N.
Tolmachev, V. V. (Moscow). Distribution Functions With Time
Correlation in the Statistical Mechanlc3 of Classic Systems. .-,25-226
Card 75/80

PONTRYAGIU, L.S.; KISHC -Z-
Pavel Sergeevich Lleksandrov; on the occasion of the 60th anni-
vers&ry of his birth and the 40th anniversary of his scientific
activities. Usp.mat.aauk 11 no.4:183-192 JI-Ag '56. (KLRA 9:11)
(Alakes.ndrov, Pavel Sermovich, 1896-)
(BiblioKraphy--Kathematies)

A
AUTHORt MISFICHENKO, Te.F.
TITLEs AfyymTtotic Cajciilat~r~n rf -f
Dif forenti a l Eall at i0 I ~q '1"i tt. ". ',mal ?arrtmpt Pr f - - 711' -
iveo (Animptntichaskoye vy,.hislentye p(-rir,,h-lieqkik,. r-q~oniy
9 1 .13 tPM 11 j ff^ ren tS j a I' ny,'~ I- .,-'I Vn0!. 1 qr),:--r7,hn0,h'0 malyye ;t-
ramf-try pri
PERIJDICALs Izveatiya Ak&d.Nauk,Ser-.Mn'
ABSTRA,,Tj Let 1.hp q:,.qtem
f~ x I Y,
be given, w~iprp x in a k-li-~Pnal,,nal ir.-1 y ir. -).na
vector rind ~en(~Aps a an .1, :,aramot-r.
Rk+ 1 0 f le I n t , t r~- r-c t f k- i 7i-na i
Al space X (x% 'x FL r, d m - n r, 7-. a !3; a - e
yl(y . . . . . . I f .qa n i r P 9 41 n a
from ~he s,.rfr~r.e x 'y 0, thr-n the vect-r x ,rnr, r
III i C I-- I FITd a 1 -'-'71 1 T. f -. r!1 ~ FL- 7- Kl7pt-.. T. y a
y
assumed t'. bo~
y y
'ARD /4 -m, bp k .1i
:- x y

Ai3y-,l,- tot i c Calcu In t i -)n ) f t nf, P~* r i ),I i e- 7, (,) 1 11 ' i - T) s-,f -SYntP-1f3 of
'jitY. % '=.!] iara:ipter for t?.P Deryn*.va,
:)iffer,~ntllal Eq,iritlonr , .1
points (x,y") na-i!;fyini, 'he
E i - P' x Y,,)
If, however, thf' imrl,` '01%t AT'prorichs--q tho m;r!a- 1* x, c
then x rind y va ry -t it~ -)f nam- ~Her,
A
posi ti on o f P qii ~, Ii t, r i, j f t.!,.^ syr;tem mn v Po . F-,r
,Prtr t~%erehy eq,iilihr4~im car. be an! a :rnsn
in
vrimatior. -if the motinn cnn occur, whereby *~~P variabl x
chani-e ju i c k 1 y a~~a : n ' --; ;,, I ) I ~.P apTroximation o f P.- r. ^ -.7
position of Pluilibri,.m of '2)). -o t?%e ~oscrihel fact '~,orA
R s To Fi iisc-rtinuous ~qrlu!iori -,f t'ne '--F-Pneral.-~ %;,;IP7~
f
y x IY
there corre-ipondq a trot.;e--tory cnnvistinr ,f twr, partsi
1) Sm(,tions of slow motions whkch lip on the 1-dimpnricral
surface F determine,11 ty '2) Fmd which ;trm r,;n throu.7t. by 1.ho
image point in fir,;t,- time intervals and 2',, qs%ctions of q,.iic?.
CARD 2/4

A., Y-np tot i c Ca I(! u I at i -)n t ~e I o r.,I
Difforential Equa t t,, r,.1 'ai t
motiona vrhi i~ i r i r- a I a-^
termined, by y=r.,)n!3 t ay Fir- "I n-9 tantAr"x,o).9
~Y th- iMlli-rl )cirt . -'~- *i-r. fr- tho% sl, w n
the iiii ck. r)r,-,; I rikpq -i r. t n t q t i r,-; i t :r
he au thor c a t ii ' Ft t - 9'-%er- Pxis~s -t r n -
of a nd t ~,a ti n kr.(,v7n rLnd s 9 - s s

roT ! r t i en :I I - t ~10 I 7-n'!R l';- 5 %a t r i x
0

11 have ,r a I r t s n r. 9
x2
motion; i n t o i r t f d i i - n inui ty t r~ o x 1 .9 1 .9 r, I
one pu rely i -vwi nn ry r,-,t i,~. i I P ,I'' ',P )tuft:- rn,- ' 9 ',:av- ni--
gative real parts. I t r,)vcrl that t I f-i rx e r, i - in 1,1 t i,!
~fi of '1) Pxists, t-,. " i r", t ri 1,; 1 7,

Find i tq period arp (--il 1 it-i i- t-, h f, mrL -n t'i 1!S n

~ r, .., 0 .1 ~ t - r. t ~ a :, i ~i k- ~ f L . 7) . Pc,t-in
F- " r. 6 .- ;'h e i : ' ~
no~w ;,ubl i .- a + i -, r. 1 :, v ~ ~ i i a A " a I . - a? i k-* I , ~1, -1 1~ ," - , .
AS~;jCIATIOII: Kath. Inst. im. V.A. Steklov, USSR Acad. Sc. (Matematicheskiy
CARD 71/4 inatitut im. V.A. Steklova, AN SSSR)

Asymptotic Calcul ati or. nf tKn Ppriol i (-, 7,)1,1 t i'* ';Y n * e'1 .9r, I - C, - ~, 10
Differ,intial Erju a t ions Vd'i th a ;mn ! ' Pr~.-nl'-.- t -r- f r ' ,.- :)-ri vF1 '- '. -.,- -
PRFMNTEDi By P.S. Aleksandrov, AcademiciAn
SUBMI TTM: Ma r
I
AVAILA3LE: ~iTr'n'r7l'rV -,
CARD 4/4

,mls~fc,~ r-lu: -,4." -- T. .- - -
"As~mp* ..c .1 11
. r . -! I -a - t . 1.
~ fl; -7- .'; ",)-I! , , " ~ 1, , .. , , '.', . -. ,q.l , ': -ml! *: ~ .. -. . .

lll.';Hrl4FkVO, '.A. '-,, jor Vhfs Vatn ri -- (li~sj "Asyrr -
met ods I n tlio! theory of relaxat i onsf osc il I -t t i rr~. "
v05 19S8, C--~ ib ;inwip of Acad Sci J 17)R3 12 PT ',Acad Jri
'&'-R. st irn 7.A. :Jteklov) IP', -oi ies. bit,lingri--q
) '.';) t'1 T-D
,
at tAP A nd nf tpxt ( 1 ~4 tit I ms~ ~ K:,, 39-~r , 1()t )
- I -

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A:l
rnp,
1 V,
n -P t
I A !.'ak mm t qjp
f-p

AUTHOR, "I Pontryagin, L.3 , Corresponding 20 120 5-40/67
Member of the Academy ;f S,:Ienoes of the USSR
TITLEi The Proof of Certain Asymptotic Formula* for the Solution3 of
WIfferential Equations With a Small parameter (Dokasatel'OtTo
nekotorylEb asimptotirhoskikh f(,rmul Ilya reohonly differentsia,lInykt,
uraynenly a malyz parazetrc)m)
PERIO'DICLL& Doklady Akademl! nauk 339R, )958- Vol *.20. Nr 5. pp 967-969 (USSE)
A.BSTRACTi In [Ref 27 Pontryagn oal7ula*ed the formal asymptz.tir, expansions
of the solutions, if the Sy3teM
k
f Y
(1) Y 9 zk'y
in the neighborbool f a pot-it. for which det 3 7hose
'i IL
expansions were essenti4ly a plied in /Ref and in the
joining paper of Mishcberko 7Ref 21 In the present paper It
Is proved that these formal expansions really appratimat* the
Card 112 solutions of 'I) w',th the given exactness, The proof consists

The Proof of Certale Asymptet;, F,rmulas for the So'utllcam -f 20 120 5-10/67
Mferezitial Equations With a Sma , PaTumeter
'.n the cons?rj--t--,v f a " i v be 11 1 e. of
neighborhood of cne forma' approximat-lor
tube teads ~-., zer, w-t ~ a a, 0., It Is
v
&.U84, InsicA of the t-.At" the -golution &'.so
I
tube
There are 5 SovIet
SUBMITTEDi Mar:h 6 19r,8
a narrcw clf5sei
T~e ilame+er of the
provel that for initial
runs InbAe of the
Card 212

16(l)
AUTHORSt Aleksandrov, P.J., Misncherko, Ye.F,
TITLE: Lev Semenovich PontryaFin (On the Occasion of hi8 50-th
Birthday)
PERIODICAL: Uspekhi matematicheskikh nauk,195?,Vol 14,Sr
pp 195 - 202
ABSTRAM The authors appreciate the diatint,.Aished merits of
Pontryagin and give a short biography of him. Pontryagin was
born in 1908, matriculation in 1925 -'n 'n'oscow; he was a
follower of P.S. Alleksandrov. The first paper -)f Pontryag-in
was published i-n 1927.
The authors mention A.Y. Kolmogorov, C.V. Tolatova, F.F.
Bokshteyn, V.G. Boltyanakiy, M.M. Postnikov, A.A Andronov.
R,V. Gamkrelidze, Te.F. Mishchenko.
A list of the publications from 1927 to 195-) with 79 titles
and a photograph: of Pontryagin are given.
Card 1/1

16-3400
4 40* 569;.,
AUTHORSs Mishchenko, Te,F., Pontryagin, L.S. 90'1/i8-23-5-2/8
TITLEt The Proof of Some Asymptotic Estimations for the 3olutions of
Differential Equations With Small Parameter in the Derivativen
PERIODICALg Izvestiya Akademii nauk 33SR, Seriya matematicheska a, lq~q,
Vol 23, Ir 5, pp 645 - 660 (USSR~
ABSTRACT% In Z-Ref 1 7 there were obtained formal asymptotic expansions
for the GoTutione of
f I(., .... 11. 1
j
ij ej(x,...,xk,yl,...,Yl) 4
in the neighborhood of the points in which det i
?X 0
I-n the present pa-per the authors prove that these formally
calculated expanarione really approximate the solutiong of (1)
with given exactness. By linear transformation and choice of
a new independent variable (1) is brought to the form
2
Card 1/2

:-i ~;.
The Proof of Some Asymptotic Estimation@ for the SOV/38-23-5-2/8
Solutions of Differential Equations With Small Parameter in the Deri-
vatives
(3) A' P73 i k
d~I (r, - -9) dl~ (P 1 (5 - 7) j - 1, 'l
By means of a Lyspunov function the authors show that, if the
initial point of a solution of (3) lies in a certain small
neighborhood U of the formal solution, the solution does not
leave this neighborhood, the radius of which tends to zero
for
There are 3 Soviet references.
SUBMITTEDs March 11, 1959
Card 212

~6
0
i .9 h c h P r, k o , Ye . F i o r. *- rya A a I f- -n
T I 7L E: ~ne itatistical problem or. ,-t i mu m r
7 E-. I I- DI -,A:, t Doklady Akadem' i nauk
. A
AB=.RACT: The point z is ca I ed ~on t rr, I : Pd, r r, m
by
n
z z n, j s P, -n-
t ro I parame te r . he po,. r is r-fil 1-d rrird)-. f
bution of *I.e probabilities of i 0 o 3.9 11, , 0 :),-) q i -!- 9 9 X1
fies thge first differential P q..a i f A . Koli m~-,,, r,
41 Ref 1/1 2
a--L i j P
+ b x
+ a ~, x
)X ~x
If the initial ,ositions ( f z ind are kr. wr ro-
hyb4lity that z meets the n P 1, r) r h r, o d "F n f
,~Prtain time irJerval t < t < t.1 1 n it f"I I,, ional -if
I rol V 0 - The ron* rol u~ t ) i n ion t-d an t I mum, i f i ri
functional attains an extreme value. '~.- t 'I F~m r) f ) ~ t --~, j r.
.'a rd 2 -ontrol can be solved, if' +~ie functi-)na. is known. :n t~.P

66154
~ne itatistical Pra~lem on ptimum :ontrol 7/2 3 - ' 2;:, -
prespr.t paper the authr.ra ehow that, .f ZZ is a sphorp
with rnAiun ho :%a ~ t) torm of r*inc inunl hns
the form
k/ 4 ) 6r.- 2yu x
where z the position rf n tha "moment 15 a-ithors
Five *,e ~t' ines cf a scr,eme for the 2a!cu.Ft' n the?
main germ -roof.
There are ' references, ' or --v-ich is soviet,
and 1 Fren--~-..
A.; ::ATI-.NtMatematiche9kiy inst~tit .-..en,.' A.-';t'4k.ova A:-*
/Mathematicp-. Institule im-ni

PHASE 1 BOOK EXPLOITATION XV/5883
eantr7agin, Lev Semenovich, Vladimir Grigorlyevich Boltyanakly, Revez
Volgrianovich Gamkrelidze, and Yevgeniy Frolovich Miahchanko
Matematicheskaya teoriya optimal'nykh protsessov (Mathematical Theory of Optimum
Processes) Moscow, Fizmatgiz, 1961. 391 P. 10,000 copies printed.
F-d~l N. Kb. Rozov; Tech. Ed.j K. F. Brudno.
'his book Is Intended for specialists concerned with the mathematical
I.heory of optimum control processes.
CoVFAAGEi The book contains a systematic presentation of results an the theory
of optimum control processes obtained by the authors during the years 1P%-19t,'1
iome data obtained from other scientists are also included. The authors' so-
,:alled "Principle of Maximum" makes possible the solution of a considerable
number of variational problems of nonclassical ty-pe associated with the Qptl-
mization of controlled processes. The principle Is presented in detail and Is
compared with Bellman's principle of dy-namic programming. A geries of roblem5
on optimum processes Is studied on the basis of general methods of Ihe ~rincipls
Card 1~/#

Mathematical Theory Cont.)
Y~V' ">8F
~, f Rax-Imum. No personalities are mentioned. There are IS references,
Sr
,viet.; 4 English, and I German.
TABU OF CONTENTS,
Introduction
~!h. 1. Principle of Maximum
I. Permissible controls
Z. Statement of basic problem
3 ~Principle of maximum
4, Dincussion of principle of maximum
Examples. Problems of synthesis
t). Prob' 'em regarding nonfixed ends and conditions of transverselity
7, Principle of maximum for nonautonomous systems
8~ Problems with fixed time
9 ~, ltelationBhip between Tr:!,^-ipI'%Cf maximum and method of dynamic
amming
Card 2/6

jc~: ~' 6
c;/569/bl/uO2/uuO/uO2/uOb
1~.kiqoo (1,931, 11.3 2 / 13 1 D29ti/D302
AUTHORS: boityanskiy, V.G., Gamkrelldze, R-V., Y.Ishchenxo, Ye.
F., and Pontryagin, L.S. ~USSE)
TITLE: Principie of maximum In the theory of optimal
processes
SOURuE: IFACp ist uongreeB, Moscow 1960. Teorlya diskretnykh,
optimallnykh I samonastralvayushikhsya sistem.
Trudy, v. 2, 1961, 45-7 - 4,70
TEJLT: ihe general optimum proolem is formulated, as wel. as the
uaB4A.c results obtained by the authors. The n-dimensi--nal pnase-
space Xn is considered, and the controiled object (plant) is des-
cribed by the vector equation
k = fkx, U), t = (f f (2)
.ks the class of allowed controilere is defined as the clase of pie-
cewise i1near functions u(t), t i -sw t t2 *The optimum 1roolem is
formulated as tollows: The two points are 61ven in Xn; it
Cara 1/6

( - '6
S/~)69,, 61/ OU210(ju I
Principle of maAimum in the theory D29o/1)302
is re,i'uIred to choose, among the allowed controiierq, it controlier
Llft)r so that the corresponding tra--ectory x(T) of ~;q. t2;, defln'~l
on the entire interval t ~~ ile--t connects the ;o1nts
2'
kx(t X(t and the integral
1 2 2
t
.2
. f0(xl~lt), u(t,,)dt
tI
Is minimized. Any allowed contro~ier which satisfies the above coii-
ditions, Is called the optimal controiler. and tne corresponding
Lrajectory -- optimal trajectory. Depending on the choice Of Lhe
func-TIon fO(x, u) Integral (,-) may represent The tiwe elapsed, the
ruel, energy, etc. spent during the procebS. Tne necessary condl-
tions which any optimal control-er and Its corresponding ~raiectj-
ry satlgfieB, are expressed by the lollowing oasic theurem
led the principle uf maxiLaum. Preliminarily, the vector x of ~'n
- i)-almensional space Xn--- is introduced, as well as the covari-
ant vector 1P and the scalar luncti-ij
~.,ara 2/6

K
6/56 61/UU2/000/UO2/-08
Principle of waximum In the theory ... D298YI)302
n
H('Tp xp u) -;_ 1Paf"(x, U)
Thereupon the Hamiltonian system of equatiuns
U1 1 0, n
M7, x. _ui 0, n (7)
~xi
is set up. The notation
M(P, X) = 13UP 11( X, U)
is used. Theorem i (principle of maximum): Let u(t) be the optimum
controiler and x(t) -- the corresponding optimum trajectory of (2).
Tnen the nonzero, covarient, continuous runction '11;~t) c be found
Card 3/6

S/569/61/002~00'o'/002/. OR
.vrinciple of maximum in the theory ... V2981D302
so that the coordinates x I and x 0
t2 the Hamiltonian system
u)
and the condition of maximum
satisfy on the interva.7 t t
H(T(t), x(t), u(t)) tl(~(t), x(t)); (8)
thereby M, x ~- 0, and "40 = const 0. It Is noted that the princ-A,
ple of maximum hnids also under more ["eneral assumptions ti.an
Under certain conditions, the problem is equivalent to LagranFels
problem of variational calculus, whereby the principle of maxim-jT
coincides with Welerstrass's criterion. The basic difference be%-
ween both formulations consists in the arbitrariness of the se~
(of the vfLlues of u) in the efise of the principie of maximum. 1
optimum problem for the case of limited phase cnord1nate8 mr-rv ~s
Uard 4/6

~C. 11, E~ v
o/~b9/61/002/1000// 021COB
Principie of maximum in Lhe theory ... D298/D302
that oniy such allowed controilers can be chosen, "or which the
corresponding phase trajectory of ~2) belongs entirely to a fixed,
closed region U of n-dimensional phase space Xn. In this c~ise Lhe
functional 0) is minimized~ Further, a theorem is formulate-' for
optimal trajectories which ile at the boundaries of ~he region G.
In order to uniquely determine the optimum trajectory, a further
condition has to be satisfied by the Lrajectory when It passes froz,
the intenor of G to its bouxidaryi this condition Is --,alled discon-
tinui'.y (jump) condition ~as the covariant funct-'on V may undergo
a discontinuity). Points of the boundary g(x) = 0, which satisfy
cer-.aIn conditions, ,re called point of contiguity (.Iunc-~~on). A
theorem is formuiatea which relates the discontinuity condItI ns to
the points of contiguity. rurther, a statistical problem is 9'ated
The significance, for optimization theory, of the obtained result,
has yet to oe ascertained. It is rioted, that it led already to the
a -lution of a new problem "small prtrameter" for par~ibollc eq -i~tlons.
"he Phase-coor(JInates are denoted ty z. In addition, the p int
with proDabi.ity distribution in the space R, is consiler-ed it is
required to select the controiler u(t) of z so that the iunr~i,t,al

1(. 1, : (
S/569,,6l/,)02/G(~-0, WD2
rrincipie of maximum in the Lneory D2181D,)02
T X, 1, T d T
6 1 T u
)-,q minimized. 'the author obtained an effective formu.'a for
Lln~ Lhe pmoabiilty tuncti, -n V , A discuBelon foi-ovied, A,I. :jurl-
ye ~U~M), Sun-Tayan (Peop.e .sURepubilc of Ch:.na) wer, Laking
cart, 'there Eire io references- A Soviet-bloc and 4 non-~ioviei-r)luc
ihe references to the hngIIsh-iangu;,ge pubilo,iti;ns read as follows:
R-.6. BelIman, u.I; ulicksoer, O.A. (iross, Some aspects of the ma-
Lhematical theory of control provesses. U S,Air Force PrrJe-~. ~-,ANID.
RAND Corporation, California, j58; o,P La Saile, 'ilme optima.
contro. systems. froc. Nat Ac. SC1., V 4", no. 4, ~,~59 7
D. ~y Bushaw, Experimentai towing tanx. oteven- nst! tjle of
i-,gy, hepurT. N 469. Hoboken, N.Y., 1955
Cara L/6

26760
00 39, / 3 ~- *) I !/,~-'
AUT`fORS: Mishcti,-nKa , Ya. F. , Pur,tryagin, L. S. CI,I/,,,444
""ITLEi On a statistical problem of optimal control
PERIODICALt Akademiya nauk SSSR., Izvestiya, Seriya matematicheskaya,
v-25, no-4, 1961, 477-498
Ti~X T The motion of the --.ontrolled point z ~n 't.o ,r,a,,e -;;a(-e
R -~f the variables zl,.-.,zn, be represent-d b.,,,
I n I r,
f (zl,...,z I u .... 9u )9 1. - 1,...,n,
where u - ul,...,ur) Ij the -introlilt.or parameter.
The motion :,,* tnt,~ point QeR be a Jdarkov process. The
irobabiiity density of the fact that the point ;, being in the posi-
"on x at the moment a, takes tne position y at the momentr, be
p(0', x, Z, y). As a function of T and x, p((r, x, T, y) forms the
fundamental solution of the A. N. Kolmogorov equation
2E + a X) + bi (0-1 X) a P - D
va ?Xi ax, i)X 1
One supposes thatt the right nands are continuous in all va-
Card 14

267~~
On a statistical problem... 3/," 6 1 13z 5/:)04/~~() I /_1
C 1 1 1 YC 44 4
riatles and continuously jifferentiitle nith respect to z-1,_zE
!I~e alj(g, x), b'(i37, x), i.j - are defined and L-ntini
o-ig for > 0 and art.,trary x 6 RI al, eigenvalues of the matrix
11 alj( j x)II have a ~-ositive upper and lower bound for tnese va-
laes of the argumentsl b z) do not increase with IxI faster
than eixI
Let, a certain small i,eighborhuod T-2 of z (e. g.a snere with raji-is
;'.) move si th z. Let h( t) be a non- negative f -inction h' t) e-- i , Ie-
fined on the who:e t - axis. Let T-U(G-, x, T ) be the jr~,bibi~lty
the fa-t triat tr,e I,uirit ~, ,,avirg been z. t~.e iosi*i,~n x at *:,e mo-
mn (j~ meets t:,e rieiKn;.orncod t' z it, trie ti ;~P nterva,
.Lr, ;ni tiai i osi t, _):i Z~ G) te V~T.)
m, Determine i," t) sucr, tr,at ti,e I'anctionai
X I s )) d
f
Card 2/L~

2( 7'-L
On a statistical problem... S/05 6 1/0~ 5/0,4/,j6-- /j, 3
C1 1 1YC444
attains a maximum. The control u(t) tnus defined and the correspond.
ing z(t) are called optimal. Thus the problem leads to the maximum
principle which often has been considered by Pontryagin and others
if (7) is inown as a f-inctional of u(t) and z(t). This last prftlem
is considered in this paper The fo',Iowing firial rpoA.It s rlluinvdi
Le t be tne eiK-nva-APS a, a-
n
r) let X, C
X'- Z,((3rj*) Xj Z-'
PXP
Qr Gr)
1,0 X z
67 1 x 'L-n, .,,r'-
'nen 'vo-y X,
Card 5/4

On a statistical problem.
whore
26760
3/0'. A V ,I/
C1 1 IYC444
Oe-
x z G~ X-
ri- 2
2
n-2
Z~
d P CS xf:'f Y b z 0 dy
ar,d -$-being a constant n,)t Jependine .~n the P-iaations of Tot. r, f
z and 4 and being unIq,ie-'y def ined by ~t~e 131ze if the Ps"i j
A"I A.n 2
There are 3ov,.et-bloc referer.-e3 and 1 non-3cv:e-.,
SUBMITTEDt October 14
CP-d 1/4

L 4A W. rs~ d
I Int ornp. t I 7~a I -
Edinburgh Ii, i ~581 Mozr,rl,,~
V ress v E i ir. tAi r
Fizmlttglz, l')h,
and German.
I. Internat I.- nl~ )r,gre i
,,58.
~ma ti :Ihns
r- j (I % I T'i t er.,- h#-
/, " , '. 0( .
;.3 1 1 ri n
,n -
K. " -
h nr h
kMjithprriatlczi--

KOU40GCROY, I.N., akademik; MISHCHENKO, Ye.F.; PONTRYAGIN, L.S., akademik
Probability problem of optimum control. Dokl.,L% SSM 145
no.5t993-995 162. (MIFLA 15: 1)
1. Matematicheakiy institut Im. V.A.Staklova Ali SM .
(Probabilities) (Automatic control)

B T.Tza't -,~,OqKA,6
EN,
.00

UB

ODE KA.
:OTKER9 001 ATD PRESS:
-ii

L 4U69-66 El..!T (c~ )TJT (c)
ACC NRi AP6023964 SOURCE CODE: UR/0376/66/002/004/0439/0452
AUTHOR: Mishchenko, Ye. F.; Nikol'gkiy, M. 5,
ORG: Mathematical Institute im. V. A. Steklov_(Matematicheakiy institut)
TITLE: A small-parameter problem for parabolic diffe ential equations
SOURCE: Differentsial'nyye uravneniya, v. 2, no. 4, 1966, 439-452
TOPIC TAGS: parabolic differential e ation, probability, mathematic space.,
A9A?P4iYiErE,V , '3 P.J) 0 WJ
ABSTRACT: The n-dimensional Euclidean space Rn contains two objects: a k-dtmenalonal
twice-continuously differentiable manifold M changing its form and position according
to the M - K law, and a Markovian-type random point whose probability density
P(Ov XV Tp Y1 satisfies the Kolmogorov equation
()P CIP
all (a, x) bl (a. x) __ = 0
ou ox, dX/ ()X,
It is assumed that the n-dimenslonal i-neighborhood U(M) of M moves together with M.
The author calculates the probability that the random point enters into the neighbor-
hood of U(M) during the time interval o _' S _' T. The paper presents In more detail
the results published earlier (F. Mishchenko, DAN SSSR, 159, 2, 266-268, 1964). The
main term of the probability discussed is derived. Orig. art. has: 84 formulas.
SUB CODE: 121 SUBM DATE: IOJan66/ ORIG REF: 005/ OTH REF: 001
erd UDC~ 517.946.43

YIGOROV, M.N.. prof., MISHCHERKO, Te.D., SYCHEVA , A.F. . KRASKOVA, A.M.
Checotherapy of diabetes mellitus nnd problems of dietothernpy.
Terap. arkh. 30 no.7:18-25 J1158 (HIJU 11:8)
1. Is kliniki lechebnogo pitnniya (snv. - nrof. F.K. Ken'ahikov
Institutn pitaniyA AME SS-11R.
(ANTIDIA~MTICS. therapeutic use.
(Rug))
(DIMS, In vnr. die.
dinbetes mellitue (Rua))
(DIABMINS KELLITUS, thernpy
diets (Hua))

HISHCHITKO, Ye.D.
Uae of royal jelly preparhtion '.r. Ue treAtmert cf scr.-.e card'.c--
vaacular diBe(ABeB. Inforn.bil.l.- mtit.mcloch. no.3171-7 62.
&I'TLA
16 t2 )
1. Pervoye torapevticheskoye otdolenlye klinicheskry bollnitBy
All SSSR - nauchny-y prnf. M 1;. YeForov.
ROYAL JEUY-TTIM!JPOJTIC USE)
RDIOVASCULAR SYSMI-DISFitSES)
M

SHUBARIN, Turly Vanillyrvich; MIGHGIiBIIKO, Tu.A., dotsent, reteenzent,
'21ITHIN. Ta.S., dotsont. retsenzent; TERY-SHCHMIKO, A.I.. dotsent.
otv.red.; BAZILTANSUTA, I.L.. red.; HIEMIIIA. H.I.. takhred.
[Kicroweve Fintennijaj Antenny everkhvysokilch chnstot. Khn r'kcyv,
Izd-vo Xkv,r'kovnkogo gos.univ.. 1960. 283 P.
(MIRA 14:2)
(Radio, Shortwave--Antenn.9a)

,1769
2LI.-i
1190 1
AiTHORS: M ighchenio, Yu A Bc, re -9?,. - -iKFazansk,.y 7
Pariyskiy, G. B
TITLE: Effect of ionizing radiation on the :atalyti- ani ma,:rot:-
properties of t,,tani,;m 11-.oxile
PERICDICAL- Kinetika i kataliz, v 2, nt.,
T EXT ; Several papers published in the course of the last years stulied the
possibility of changing the catalytic propertie5 of soliis --;nler t~~ infil-
ence of high-energy radiation Kohn and Taylor (Refs ', 2' -bservpi a
considerable effect of gamma and neutron radiations or, the cEital.,t,,- ir-.Pzr
ties of Al 0 and of catalysts on SiO basis (Ref in tt.e H - 1)
2 3 2
exchange. It was the purpose of the present study to investigate the effe-t
of gamma radiation on catalytic and magnetic properties of TiO,. The ca~a'y-
tic properties were studied by H - D exchangel the magneti, i,rll "i,ort;es tj
electron paramagnetic resonance The TiO, samples -7Gnsistel of anatase wilt,
2 t,,, c~rjr, ~r,
specific surface of the order 15C M TIC- was heate,'
Card 1/3

21769
Effect of B i 0 1 /B2 08
t-ours at 1C-5 mm Hg prior tu i rradiat q t7 .S r-,. r
no marked catalytic ~rcj er* 7
rays of C( 60 in vacuo at the temieraturo if liquid nitrogen with
The integral dose was about 1 7 107 r The Irradiated samples showed hgh
catalytic activity at the temperature of liquid nitrogen Tf.e catalyt.-
activity was increased by at least 5-4 )rlers if maenituie HeatIng ~f the
irradiated samples to OOC considerably lecreased the catalytic activity
The constant of the reaction rate at 301 1 hr after thawing was by aboit tv.
orders of magni tudes smaller than at *he t-mi-eratare of 1i r,,.tr, 6en
T1,e T102 samples heated in vacuo at ',CC'C showed n-) aigna: when the Pir
spectrum was taken At the te~mijeraturp of liquid nitrogen. the eamie.9
irradiated gave a signal with well-resolved hyperfine stru~~ture. tc,,ta! willn
400 oersteds, g factor approximately 2 The signal draes not cfRnqe if t~-
sample is stored at the temperature of liq,,Id nitrogen Sh,~rt
room temperature reduced I nt ozans i t y and 1, - shade :,f !hp SiKna'
When the sam~leq Aere i,.e~t f ~;r ' hr at rk,Dm t,~~n;,e ratur- - e F! 1~,n FA 'It'? - ame
stable This parallelism in the changes r-f cata:ytic act:vity 'inj -i~
was also oba*rvable in silica ge: tRefs rind Al',C, /Re-'s
Card 2/3

Effect of ...
?1769
3/1 ) 61 loc 2
B I G' YE238
may be concluded therefrom that irradiation gives rise to the format . on r
centers (defects , radicals) that cause the increased catalytic activity %nd
the epr signal. The authors are now studying more thoroughly the chanKes of
the epr signal and of the catalytic activity in the annealinv, of TiO2 samples
and under the action of various gases. References; 1) H. W .Taylor, E H
Kohn, J. Amer. Chem. Soc., 252, 19571 2) E. H. Kohn, H. W. Taylor, J.
Phys. Chem.,6 500, 19591 ~3 1E. H. Kohn, H. W. Taylor, J. P1.ys. Chem .
966, 1959; 4~'E'- H. Kohn, private communication on the 2nd International
Congress of Catalysis, Paris, July 1960; 5) V B. Kazanskiy, 3 B
Pariyskiy, V, V. Voyevodskiy, Dok" na 7.1 Vgesoyuznom sovesh:hanii
radiatsionnoy khimii (2nd All-Union Conferen,~e on Radiation Chemistry
October, 1960; 6) V B Kazanskiy, Yu I Pecherskaya, Zh_ fiz khim
477, 1960. IrAbstracter's note: Complete translation of the original pnperl
There are 6 L-references; 3 Soviet-bloc and 3 non-Soviet-blo-. The 'I rpfc~r
ences to English language publications are given in the text of the abstract
ASSOCIATION: Fiziko-khimicheskiy Institut im. L Ya. Karpova (Physiro-
chemical Institute imeni L. Ya Karpov)
SUBMITTED: February 15, 1960
Card 3/3

MdSHCHENKC, luriy Andreyevich; VRUBLEVSKlY, A.V., red.; ZUDINA, M.P.,
tekhn. red.
(Detection zones) Zony obnnruzhenlin. Moskva, Voenizdat
1963. 94 P. (MIRA 16:8~
(Radar)

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67

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ar

L 105,66 D1T(m)/EFF(c)/EFF(n)-2/T GOAM
ACCESSION N: M020983 UIV019516510061M*10625106"
541-183:546.u * 541.15 446
AUTHOR: Pariyskiy,. G. B.: MishEhen)w Yu
A.; Kv ski , Y. B.
TITLE: Nature of surface radiation defects in irradiated silica gel. L Mechanism
0
of hydrogen adsorption 't'k,401
SDURCE: Kinetilm i katl,, V. 6p no. 4, 19650 625-633
TOPIC TAGS: radiation defect, silica gel, aluminum impurity, radiation damage,'
hydrogen &dsorption, color center, acid center
ABSTRACT: The irradiation of silica gel markedly affects Ito adsorptional and
catalytic propertiesp since) owing to Its highly developed surface, the proportion
of surface defects in this substance is particularly large. Thus, irradiated
silica gel irreversibly adsorbs hydrogen. The adsorption is accompanied by the
disappearance of the color centers that had formed as a result of irradiation. Botb~
effects are attributed by Kohn and Taylor (J. Phys. Chem. Y. 63, 966p'19591; Y. 66#
101Ty 1962; J. of Catalysis Y. 2, 208, 1963; Nature Y. 184p 630, 1959) to the pre-
sence of aluminum impurities in the specimens; they have not, howeverp been success,*
ful in eotabliching the nature of the attendant radiation defects and the mechanism I
of hydrogen eAsorption. Therefore, to elucidate these questionsp the present or-

L 1435-66
iACCESSION MR: , AP5020983
ticle describes their Investigation by adsorptional, opticalp and radiospectro-
scopic methods. Three varieties of silica gelo each obtained by a different method,
and having a different content of Impurities, were Investigated. The firstp K-5,
was obtained by bydrolysis of a SIC24 solution and had a surface area of 700�50
m1g. The two other specimens were obtained by adding H2904 to solutions of sodium
silicate; the acid was added until a 1N acid solution was obtainedo whereupon the
precipitate was carefully washed to remove the sulfate ion and dried.for 4 hr at
500"C. The surface area of both specimens,, which were tagged silica gels I and 110
was 3Mt5O e1g. The agecimens were Irradiated with a CoPu 7-radiation source
(doses: i66 to 2.5 x lOr r). Thei:r absorption spectra in reflected light were then!
measured with an SFA spectropbotometer and their EPR spectres with an EPR-2 radio-'
spectrometer. It was found that ionizing radiation leads to the formation of free
electrons and vacancies. Part of these electrons way be trapped by the protons of
the acid centers that had formed as a result of the presence of aluminum impurity,
thus leading to the formation of bydrogen. At room temperature the stabilization
of H atoms does not occur, and tb(7. may react with hydro2ql groupap causing de-
hydration of the surface* Following demure of the B atcm,, on the Al atow there
remains an uncompensated negative charge which may be neutralized when the vacancy
on the adjacent 0 atom gets stabilized* Thusp the color centers foraing under the
Card 2/3

L 105-66 1
ACCESSION IM: AP5020983
action of irradiation and due to the presence of Al impurity in the ipecimens re-
present positively charged vacancies stabilized on the oMen Atoms adjacent to
the atoms of Al impurity. These defects are centers of irreversible adsorption of
hydrogen. "The authors wish to.express their sincere gratitude to G. K. Boreskov
for his interest in this project and discussion of the findings." URg,
T figures.* 1 table. (16i
I ASSOCIATION: Institut khInicheskay fiziki AN SSSR (Institute of Cheakical ftsteep
AN SSSR)
sumTTED: 1TFeb64 ENCL.. 00 MB CODE: SS.. UP
IWO REF BOV: 006 or=: o14 ATD PRESS:

L 526546 ~ EWT(m)/RPF(c)APF(o)-2/kU(t)/9.4P(b) IJF(c) JD/0G
ACCESSION NR: AP5026474 SOURCS CODE: UR/0195/65/oo6/005/0842/0 8
AUTHOR:,, 1-4ishchenko. Yu.- A. i Boreskov, G. K.
ORG: Physicochemical Institute im. L. Ya. Karpov (Fiziko-khimicheakiy insti4tu I
TITLE: Nature of surface radiation_dge~ ~/ n irradiated silica gel. Part 2.
Catalytic properties of irradiat&d silica gel and isotope.exchange reactions be-
tween hydrogen and deuterium )'7
SOURCE: Kinetika i kataliz, v. 6, no. 5, 1965, 842-848
TOPIC TAGS: silica gel, color center, deuterium, hydrogen, gas adsorption, EPR
spectrum, gamma irradiation, irradiation effect
ABSTRACT: An attempt is made to establish the nature of the active centers responsible
for the catalytic activity of irradiated silica gel In the reaction of isotope exchange between
hydrogen and deuterium under static conditions. Various types of silica gel samples were
activated by heating in air at temperatures up to 600C, and then irradiated with C060 Y-rays
at -196C. The-catalytic activity of silica gel is shown to depend strongly on Its content of
aluminum impurities and on the conditions of activation and irradiation. Symbatio changes
Card. .1/2 UDC; 541.151.124----
070/ 1.;Ioa

.L 5265-66
ACCESSION NR: AP5026474
0~1
in catalytic activity are also observed with changes in hydrogen adsorption capacity,
intensity of the sextet signal In ESR spectra, and annealing in vacuum and hydrogen. It is
concluded that the color centers observed in optical and ESR spectra and due to the presence
of aluminum atoms participate not only-in the adsorption of hydrogen, but also in the reac-
tion of catalytic exchange between hydrogen and deuterium. Orig. art. has: 4 figures, 6
:tables, and 1 formula. 7 1081
YFSUBM DATE: 2omay64/ 'ORIG REF: 003/ ~OTII REF: 004/
SUB CODE - NP Z
ATD P
61
Card 2/2