SCIENTIFIC ABSTRACT MIKHAYLYUK, I. P. - MIKHELEV, A. A.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001134110016-3
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 14, 2000
• Sequence Number: 16
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

!30V/126-7-2-26/39
Influence of Alloy Element Additions on tte !Lteratomic Bond ?orces
of the Aluminium Lattice 1. Influence of 11"opper
interatomic bond forces in the lattice of duralumin are
practically identical with those of pure aluminium
(Ref 7), it can be assumed on the basis of the results
obtained in this investiGation, that the influence of
other additions appears to be of opposite sibn. It is
understood that these assumptions require further
confirmation. Thus, the most important alloy element
addition in duralumin, copper, increases the bond forces
in the lattice in the solid solution, and only the joint
influence of all additions leaves tlie bond stren6th in
the lattice practically unaltered; the stren,,tlienint, of
the alloy observed is due to other stren,-Uhenine factors
(Ref 7) which bring about a raore effective eiaployment of
the bond forces existin6 in the lattice.
There are I fi6ure, 1 table and 10 references, all of
which are Soviet.
(Note: This is a slibhtly abrid6ed translatic-i exceEt
for the figure and table captions)
ASSOCIATION: Chernovitskiy gosudarstvennyy universitet
(Chernovtoy State University)
SUBMITTED: October 13, 1957
Card 6/6

83997
Ix to
9/149/60/ooo/oo,~/,~, 121C 1 2,"PJ.
A006/A001
AUMTORS,-. Kushta, G.P., ULaul Uk, :.P.
,,Y
MM=05im
TITLE: The Effect of Alloying Elements on Interatomic Ferces and La*,;,"
Distortion In Solid Aluminum-Base Solutions
PERIODICAL: Tzvestiya vysshikh uchebnykh zavedenly, Tsvetnaya me*ailurgiya,
1960, No. 3, PP. 139-142
TEXT: The effect of alloying elements on the magnitude of interatomic
forces in an aluminum lattice was studied to gather dat% on the cohesion fc~r,ee
and the distortion of the lattice In solid aluminum-base soluticns. These data
will serve to establish general physical and chemical concep'~s -:~f alloyllng al'on
developing alloys with high strength and heat resietance chaaricter4_stlcs. r-le.
authors present some results of an X-ray analysis I-nt.:, the effe,~t of '~u, Mn and
Zn admixtures on the majoitude of Interatomic for.,.es and or, the -,f the
lattice. This effect was studied an alloys with 2, 3 and 4 weight % (-,,, (().B6;
1.29 and 1.8 at %). Radiographs were taken with a VKA (RKD) type ~wrera V r,~~,m
and liquid air temperatures to determine the oharacter!stic temTeratlre :1 f7esn_
1y hardened supersaturated solid Al-Cu solutions with v&rllcus Cu
Card 1/4

83997
S/1491,160/te,c/x3/c
A006/A001
The Effect of Alloying Elements on Interatomic Forces and Lattl~e Distort!Dr in
Solid Aluminum-Base Solutions
radiation of copper was used. The analysis was made )r four 11,nes --f A,
solid solution: (111), (222), (422) and (333) + (511). The re-zul+s z)f '.ee ~&na'.
ysis are represented In a graph and show that the charanter!2t_~? ",np~-ra'lire In-
creases when alloying &luminuffj with copper and attaina a value whIch 6x,4~-45 al.
wsst by 1000C that of pure aluminum. Correlating t",his result wlt~: the fact of the
In V
unchanged magnitude of Interatomic forces when strengthening ccm-mor7ial duralxrl -
um, it is assumed that the effect of other elements or at least of one of u-,em has
an opposite effect. This was checked by a comparative Investlgatlon of '111,ya
with Cu Mg and Zn admixture where only two lines (111) and (3111' we're j,it.lec-~ri
to photometrical analysis (KOU radlatl~:-n of iron). !he alloys were ore~re_-4 -Jf
At2olyt4c
corrmereial "AOd' aluminum, ele r A copper and chemically p-,Lre Zn said Mg. The
characteristic temperatures of the following alloys were determined! 1) witr 0.85:
1.54; and 2.03 weight % N (0.4; 0.7; 0.86 at %); 2) with 1_3; 5, IC -Bind !5
weight % Zn (0.42; 1.26; 2.1; 4.2; 6_3 at %) and 3) with 1.2, 4,A, and 7.4 wr--';Z~"t
% Mn. The results obtained were not different from the aforementlened da*.a. A
regular drop of the characteristic temperature of Al-Zn was stated at a 1"gher Zr.
content attaining 1000C at 15 weight %. An analcgous result was cb,alr.,~d fc- A!-
Card 2/4

83997
3/149/60/000/C~0-"/'~,"2/'~*,~~ 'TY.
AGrj6/AOC, 1
I!-,e Effect of Alloying Elenents on 1weratomic Frr,-es ai,,~
Sol'.d Aluminum-Base Solutions
Mg alloys with the difference that a drop of the ~hara,terist!7 temperal.ure 07
about 1000,-- was observed at 7.4 weight % Mg. These re5711ta are In d1sagrocMer.*.
with literature data whero a change of the characteristic temperature wae n-
observed, probably due to, an Mg concentration not nigher than 1.4%, Th!-~ I,.
crepancy was checked by i:-nization recording of the intenaity of X ray llrl.pr
fsrences. Measurements were made In monochromatized 1TTad:atIOn u-!ng MJ-1-,
t%ST-17) type meters. The results obtained agree with tne ph~txmet-lc,al dqt,,.
Thus In the Al-Mg-Cu myetem an increase in the charac-terlst!~ temperature of
aolutions may be expe:ted, apparently resulting from the preeence of ~opr~~r. 1~116
16 in agreement with data of Reference 10 on the strengthening of tne
alloys merely by the increased effect of hardening but not of the aging effe~l,,
'rqe selection of an optimum composiUcn of the alloy ffrist be made ny takIng IntD
ace-)unt all the strengthening factors. Y.-.e authors dietinguisned *nA vaLuez -f
dynamic and static dtstc~rtlon of tne lattt~e of "ihe ~~-!Id s:,lutIcn: -77- ar I
Vu -76, t. 7ne values for :,btalned were ab-.,,~f 0. 2 A at a h I w.- I ~,r,
Iva i~
ca-rd 3/4

8399?
3/j4q/&0/0GG/-t-1 1r, 12,/C 12 'fJ.
A006/ACC1
The Effect of Alloying Elements or, Interatoml- Fcrces and Latti:e Dis*--::'~ IT.
Solid Aluminur.-Baae Solutions
f)f tho iidm1xf-ur"-4 at a P)w cn,~entratlon (:f Zri a w-I'l
~e'wee' 2 and u6.,, calculated ty V.I.
f cund t .. 'IF u-st Ivercri:ii s forTru.15
11). O.IC6 and 0.098 A respectively for an Al + i% Zn aloy, -ind 0.1511 i-r-,
o.162 i for an Al + 3% Zn alloy). !here is I graph ard 11 Sov.,e*
ASSOCIATION- Chernovitskly gosudarst.vennyy wnivers1le* (Che-rcv"5Y 3*,
University), Kafedra ren*'gen--.rreta11~ftzIk1 B-T-gF7r
PhysIPE of Metals)
SUBK'IMIED: January 21, 19~59
1
cam 414

S/185/62/007/011/013/019
(0 1 k- ~+ AYL D234/D303
AUTHORS: H-JA. - - I I.P., mlykhallchenko, V.P. and Kusta,
TITLE: Temperature dependence of the intensity of X-ray
interference in aluminum and in chromium ferrite
PMIODIGAL: M=ayinslIcyy 'Lizychnyy.zhurnal, v. 7, no. 11, 1962,
1246-1250
TEXT; If the thermal dilation of the lattice is taken
into account, the Debye-Wallcr factor depends linearly on the aux-
iliary temperature TB defined by
0 (xT) (LO ) 6)-2 T , TB (8)
q, (Xo) aT
so that
12h2Z h?,P(x
In JT z __ 3. 0) (T
Jo mka2()2 B TO). (9)
Card 1/2 0 0

Temperature dependence ...
S/185/62/007/011/015/019
U234/D308
In the experiments the lines (333) and (422) of CuKl were used for
jU and (552), (532) of _1-1oKxl radiation for (Fe + 12'/Q Cr). The tem-
perature range was 239 9200 K. Wove 7500I( a deviation of
IrL(JT/io) - f(TB) from linearity is observed in Al, which indicates
that there are other factors beside volume expansion affecting I-1.
Fe-Cr satisfies the relation (9), and its characteristic X-ray tem-
perature obtained from the latter is 508 � 290K at room temperature.
There are 2 figures.
ASSOCI,'ZION: Chernivetskiy derzhuniversytet (Chernovtsy atate
University)
SUBMITTED: April 14, 1962
Card 2/2

-MIKHAYLYUK, I.P.JHyMailiuk, I.P.]j MIKIIALICHENKO, V.Y. [Mykhallehenko, V.P.)
Use of the X-ray diffraction method in studying the anharmonicity
of thermal vibrations of atoms in crystal lattices. Ukr. fit. zhur.
8 no.lsl25-133 A 163. (MIRA 160)
1. ChernovitBkiy gosudarstvannyy universitet.
(X-ray diffraction examination) (Crystal lattices)

MMUICHERKO, V.P.; 14110faLYUK, I.F.; KUSHTA, G.P.
Calc4ating the anharmonicity of the thermal vibrations of a
crystal Uttice during the experimental datelminaLion of the
integral intensity of X-ray interferences of polycrystals.
Fiz. met. i metalloved. 16 no.3:343-348 S 163. O-MA 16:11)
1. Ghernovitskiy gosud&rstvenny universitat.

q& _;. P
___,~gHMU~
Effect of temperature on the vibration spectra of crystals.
Fiz. met. i metalloved 20 no*33339-344 S 165.
(MIRA 18: 1-1)
1. Chernovitaldy gondaratvennyy universitet.

MIKHAYLYUK, I. V.
Cand Agr Sci - (diss) "Formation
conditions of Moldavia." Odessa,
culture Ukrainian SSR, Odessa Agr
given; list of author's works at
10-61 sup,222)
and pruning of rape vines under
1961. 20 pp; Mnistry of A~7ri-
Inst); 250 copies; price not
end of text (12 entries); (KL,

C
jAYEV, P.T., A nzh..; ZELINSMY. V. M., :11KHAYI-CA, N.T.
A. P.
Remote contro ~ rf b 7nT,s ~%'no ira
~ 6-8
stroi. 8 ric,
Vseso3njonry ij7
T-, pi
rozhdeniy JlavtLjen1.r-)n rl 3
pr i ya t i y q!r, t ~ iwy ! r* !: y, (,qp~ ?'.
shakhtnr)e-.) strzlt,--Pqt-iu Z-I~Irj3j,.4j'). A -
r-udprc,m kono3opsk r)i!,. f, i(~),.
li,it (for MikhavlFik, i!uknar, S(--;A,hu).

MIKHAYUUK).T.P..; YERM4B, S.F., red.; LAPIDUS, M.A., red.;
--- I. - 0 OIX='A I Z.I., tekhn. red.
[Work practice of production administrntions) Opyt raboty
proizvodetve=ykh upravlonli. Moakva, Sellkhozizdat, 1963.
334 r,. (ML(A 16:12)
(Agricultural administruttion)

1. MIKHATLYUKO 11. V.
2. USSR (6oo)
4. Agriculture
7. Agrotechnics of hybrids - direct producers. Kishinev, Moldavgiz, 1952
9. Monthly List of Russian Accessions, Library of Congress, February 1953, Unclassified.

GSLIFANDp F.H,p inzh,,l HARKMANp L.D.p inzh,j IRIKBMDIN9 S.g tekhnik;
9 takWk
I
The RPM-2 bit for the rotju7 boring of holes in rocks. Shakht.
stroio 5 no. 3sl2-14 Mr 161. WIPA 14:2)
1. Karagandinskiy nauchm-ivuledovatellskiy ugolln~7 Infititut.
(Boring machinery)

li~ ( . i -~.k , V.t . JI
Nl.JiALT,li'I
Tho censoliLlfttion c-f beer, a
1 -.4.-
. I - 1 '63. . -FiA ' '.': 1 u)
Famintnev. zhm I ~ :-.1:77-7' ( -1, .
1. t1prFtvlyaju.,ihrhly aptpkoy No.69, Yarraoiintsy, le,ollnlt,skoy oblasti.

PoNoMkRE!jKQf P,'KPA'f'.YUY, Y,-I,'. I
Me CharllCal c I e&n' :,g I,* we I'led Ss!R79 3-'ag a rd e.r-'Fl5h.
AV tom. 8v ar . 1'7 rin , ~-4 i -"~4 -7 '6,. , 'MI ~ A ', - . -. '
1 . Donol.sk~7 ts~ ~ I -,I-j '- 4'. ~e *,.Y'3

A case of pneumonia in a cat caused by rAgration of newtode larvae.
Madepares, i paras.bol. 26 no.2:176-177 Mr-Ap '57. (MI&A 10:7)
1. Is kafedry patologichookoy suatomil Toronezhakogo zooveterinarno-
go instituta (zav. kafedroy - prof. A.A.Avrorov)
(PUNUKOVIA. etiol. and patbogea.
nemotode larvae migration in cat, pathol.)
(HOUTODE INYNCTIONS. compl.
pneumonia in cat, pathol.)

MIKHAYIZUKOV, N.D., prozektor
Pathologicoanatomical diagnosis of Aujeszky's disease in
sucklIng piglets. Veterinariia 38 no.7:53-54 JI 161.
(MIRA 16:8)
1. Voronezhakiy zooveterinarn3ry institut.
(Voronezh Province-PBoudorabies)
(Voronezh Province-Swine-Diseases and pests)

GELIPGAT, D.B.; OSHNOKOV, V.A.; ORLOVP B.N.
Investigating the strength of the cab of the ZIL-130 motortruck.
Avt.prom. 29 no.1:12-14 Ja 163. (WRA 16:1)
1. Gosudarstvennyy sqyuznyy ordena Trudovogo Krasnogo Znamni
nauchno-isoledovatellskiy avtomobillnyy i avtomotornyy institut
i Moskovskiy avtosavod imeni Likhacheva.
(Notortrucke-Bodies)

;ef - - 1; t., .v ;. .1 ,., . ;, " , I ~ . .. . ; - . 'I ~ : , :j . , .
. . - Y. , "' , ?I . , . ; I
I . - , - , r.A! , .1 - . - I - - .
., ifi - I " - - ; .1 . I
I Z . .
i ',( - i"l. I f i . . .

DANIYELLO, L. , prof.; TIYIOK, I., dotsent; MIIUIAYU, V.
Pseudotumoral forms of bronchial tuberculosis. Probl. tub. 38 no-3:
23-25 160, (MIFLA 14: 5)
1. Iz bronWiologicheokogo otdoleniya Ftiziatrichookoy kliniki
v Kluzhe (dir. - prof. L.Daniyello).
(TUBERGULOSIS)

141waa-MYLO, 11. H.
29319 X kliniko-anatmichaskoy kbaraktortatike pervichnykh opukholey brvu~bWi.
Voprasy oaologil L rentganologii,, No 1-2, 1948, S. 68-74.
SOs lAtepall Zhurnallaykh Statey, Vol. 39, Moskov, 1949

.. .. . i . ~il , ,
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BOGOPOLISKIY, R,,I.; /~.F.
PosaLbi-Ilty rf Lho dccw%tjn4jiL1r;r, rf crAl e/F ~.rat-,ry
anoordIng to the data cf* gecphp~ -~~al researih met:-.c(.Is In C-.re-
less drilling, Ramde gooftz, no.4!138-147 t 65. f ~ '---'A , I : I I

P. e,,n an t. U 1, if F;,
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6 p - 3 '! -e 4 -
UMHEM09 Valentina Pavloyna,for Doctor-of Medioal Scions,60 on the basis
of Vqp dissertation defin-ded 22 Septa"*v 59 In tw Council of Ove
Khar'kow Modlowi Insti44", entitled$" 4-dwe of Certain Hormonal
Faators idAhs Muscular and Vascular Reaction of the Uterus".
(Euvisso USSR, 2-619 20)

Kos-2.P., do teent
.,etin to paturients to vrevent
Intravenmis administration of str
intrauterine aanhyxia. Alnish. I gin. 35 no.3:70-75 Mr-Je '59.
(KIRA 12: 8)
1. 11 laboratorii normallnoy i patologichookoy fiziologli (sav. -
prof.U.L.Garmaheva) Instituta Akusherstva I ginakologit (dir. -
chlen-korrespondent AM SSSR prt.P.A.Beloshapko) AM SSSR I
kafedr7 alciaherstva, I ginekologit (zav. - prof V-F.ffhtveyeva)
pediatricheskogo I sanitarno-gigiyenicheskogo fakullteta Kharl-
kovokogo meditainskogo inatituta.
(YETUS
asphyxia, in utero, prev. by sigetin, in-
travenons admin. (Rua))
(ESTROGENS, ther. use
sigetin, Intravenous admin.. In prev. of
fetal asphyxia in utero (Ruo))
I

HINHEDKOO V.P.
I
Effect of pregnancy and labor on corticosteroid content in
adrenal gland tissue and in the blood of rabbits. Trudy Ukr.
nauch.-Isel.inst.eksper.endak. 18t237-243 161. (MIRA 16ti)
1. 1z otdela gistofiziologii Ukrainskogo instituta edsperimen-
tallnoy endokrinologii i akushersko-;ginekologicheakoy kliniki
Khargkovskogo meditainskogo 1natituta.
(ADRENAL GIANDS) (CORTICOSTEROIDS) (FMNANCY)(IABOR(OBSTETRICS))

1/11KIEDKO, V.P. [Mykhedko, V.P.], doktor med.nauk
Some observations on the ~,roblem of defining the segments of the
fetal head in relation to the spiall pelvis of parturients. Ped.,
akush. i gin. 23 nD.4j55-56 '61. (MIRA 1711)
1. Ukrainskiy nauchno-issledovatel'skiy institut okhriny materins-
tva i detstva im. Geroya SovetskM Soyuza P.M.Buyka (direktor -
kand.med.nauk O.G.Pap [pap, 0,141 -

14(l SCV. '10
ALITHORS j Basyrov, Z. B., Engineer, Mikhedow, V 3. , Lngin-!r-r
TITLE: The Capability of Detonating a Mixture of Acetyiez,e and
Lubricating Oil With Liquid Uxygen
PERIODICALj Kislorod, 1959, Nr 59 PP 1 - 6 (USSR)
ABSTRACT: Since atmospheric pollutions in air-separatiGn ;;!ants ca4se
explosions by acetylene and lubricants again and again the
above mixtures were investigated. F. Polllitz~.r ~Ref 1), S. N.
Nikitin (Ref 2), and G. A. Gitsevich (Ret" 5) hsd assumed
that the lubricant and its "distillates" accumulnteAin the
apparatus which cause an explosion in li,iuid oxy;_,eu w(-diu~:.-
The liquid and light gaseous hydrocarbons form with'the I:-
quid oxygen the explosive oxyliquites. This trie(_ry, h1nvPver,
could not be verified. On the contrary, it was found that
both the solid acetylene and lubricating oil in particular the
formerfproved to be highly explosive substances. For this
purpose , the critical parameter Of a steady detonation mix-
ture of the components mentioned was determined (at differ-
ent concentration). Further, it was found that mixtires of
Card 112 lub-.icants and stnle oils with oxygen can h~raly t)e di-

The Capability of Detonating a Mixture of
keetylene and Lubricating Oil With Liquid Oxygen
stinguished in their detonation effect. The nccumulation
of pollutions consisting of lubricating oils, especially
in the form of fat droplets, in the neparation plants prov(-d
to be dangerous on the basin of the inventigri t Ions carried
out. Data are given in tables and figures , ths? t(-t;t i n4 appa-
ratus is shown in figure 1. T. K. Zhmakov, Engineer, nnd N.
A. Kotikova, Laboratory Worker, participated In th" tegtF;. 2
There are 2 figures, 2 tables, and 12 rul"(~rences, '. f whicn
are Soviet.
Card 2,12

lmwv~

'I JI
f.edr-

MIKKEIGHLY, T.S.. assistant
Yield test@ of the SVV-l optical distance coter. Trudy YIIGAIK
no.34:129-130 '59. (MIRA 13:5)
1. Wookovskly inatitut inzhenerov geodezU, aerofotos"yemki i
kartografit.
(Range findere-Testing)

M~ETCHEV, V. YA
MlKHEIMIEV, V. YA--"Cornparative -Anatomical Investigations of the IrtestirA
of Cultivated Fur-Bearing Animals." Min Pdgher Education U55R.
Moscow Veterinary Academy. Moscow, 1955. (Dissertation for the
Degree of Candidate in Biological Science).
50 Knizhanzy letepiB'
No 2, 1956

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luminum, nroved er ective. e al~thors Oelio-I.-
I "i t t ~ e e c- k 0 .!CC ij,e i. ?Ifoctiva -1.3 f-n
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MJLLYY? D.D.; MIKHEL', LM-, red.; BORUSHMDY, 13-9 r"d-; KOVAL'SKAYAt
I.F teUn. red.; VIKTOROVA, Z.N., tBkhn- red'
(Automation and MeChaniration of control operations in the
zatsiia I mekbanizataiia kontroll-
upchinery industry) AvtOmati vk
nykh opemtsii v mashinostroenii; obzor tematidwsk0i VYsta
na VDNKh, IV kvartal 196() 9- (MRA 16:5)
(Misohinery Industry) (Automation)

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2,000 copies printed.
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FAs: I. A. Krongauz, S. I. Babushkina, and L. I. Khores.
PURPOSE: This book is intended as a guide for all engineering, technical,
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COVERAGE: The book disc=ses the design, nanufactuLre, and utilization of
all types of cont&Uwre for chemic*1 products. It Includes technical
date of a natuxe to permit the proper choice of a container in a given
situation. New types of containers developed in the Soviet Unionas
well as foreign experienceare described. The letter designations for
- -5
Cl~~/

Containers for Chemical Products
sov/4657
all such containers are listed. go personalities axe mentioned.
There are 50 references: 20 Soviet, 19 English, and 11 German.
TABIZ OF CONTENTS:
Introduction
Metal Containers
1. Ketal barrels
2. Steel drms
3- Steel fl"kfi
4. Urge steel cans and canisters
5- Small steel cans
6. Steel cylinders
Wooden Containers
1. Wooden barrels
2. Pressed plywood barrels
3- New and improved kinds of barrels
5
39
55
64
71
74
80
80
92
97
Card-274y

AT/W`
P(d)_ JD/J G/
ACC3SS1ON.::qk.-:p~,' AP!W07438 S/0286/65/000/004/0064/0064
Ov *,A
V
AUT."HO.Rt H1hhiich-
TITL E:: _11 'Introducing rifr&cto.rx:_mQta1s into iluminum and- me 11-
-nealum ~Wl Class 40, -no, 168453
SOURCE "u twa izobreteniy-i tove,rnykh xnakov, no. 41, 1965, 64.
s s:''lum,inu m alloy, lloy, refractory
TOPIC TAGO, =m-e$ 1=u ki _metal contain'-
.ing all yo re-frac-i-0ii metal'oddition
ABSTRACT-:--- ;-Thiie-Author-Cartificate-introduces a method of introducing
~refractory-:1airtAiv a o - A uminum-_- -In- order-1-
:to avoid"o-04r,heat tug themetal*being alloyed# a cofisw~Able electrode
;Made of the a9lloy tug refractory component is ere matted-into the ba-se
AZI
alloy*
-,AS SO CIATION I none-
15UHMITT'09f, .14Aull62 OCLI 00 :SUB CODEs MM
Igo REF sovi .000 OTHERt 000 ATD ?RESSI 3.227
r 14
s

c-,,mf)onents in t?~tj uasw- f--xp,)rlmf-,nt. Znur.

V. M.
111,:ethod3 for Suuria~~, the At,w3p.ierc," liu 1, pp U,2-,,4.
(,'-jcteorulogiya i Gidl,olW~iya, .o - 190)
SL: U-321', 3 A;,r 1953

PI, 16 77 ) 5
UM/Yestoorolody - elmdo Jan/Feb 48
Aerology
'Tro0ability of Difrerent Numbers or Cloud Layers
for an Overcast Sky," V. M. Mikhell
"Keteorol i Gidrol" No 1, PP 8548
Daft from visual cloud observations in airplane
flights in Germany, 1936 - 1938. Tables give prob-
ability or encountering 1, 2, 3, 4 and more than 1
layer above an overcast sky ror various lower and
middle cloud types in winter and summer. Data dif-
fers slightly from Pe ler's,(tbr a solid overcast).
Author selected caseept which low and middle cloud-
iness was at least 8. Submitted 7 May 47
Mb
16Tf95

I
Nomograa for locating the value of the Incrementab (or d?) of the
-4,wertical angle S (or X) when projecting It on a vertical plans.
Meteor. I gidrol. no.4:84-M 048. KRA 8: 24
(Nomography (Mathematics))
#o%

Doc 48
Atmosphere
Matiorology
"The Stracture of the Atmosphere," V. M.
Mikhell, 11 pp
"Priroda" No 12
Claims there Is a close relationship betvaen
various meteorological phencmena. Understanding
of this relationship to based on thorough study
of stratified structure of the atmosphere.
Briefly describes the troposphere, stratosphere,,
lonoophore, "vacuum sphere," and "sphere of
dissipation."
MM 25/49Tloe
FA 25/4cTI02

I , I, ,
ZAVARINA, M.T.; MI M L, T.M.
Zxtrapolation of vinds by altituda. Trudy GGO no.32:34-46 '52
(MIRA 11:1)
(Winds)

r ,i-*-,, O-IT ~ ID 7, 20 - X
Z-For Vols. I & II see AID 1 -IJI
BOOK Call No.: AF662858
Author: ALI30V, B. P., BEILIN, I. A. and
Full Title: XUR1!, OF '.LI,-1ATOLOCrY. Part III- CLIMATE3 OF THE Z,'ITH
Transliterated Title: Kurs klinatolo,ii. Chast' III: Klinaty ze%tnogo shara
PUBLISHING DATA
Originating Agency: None
Publishing House: Hydrometeorological Publishing House (GIMIZ)
Date: 1954 No. pp.i 320 No. of copies: 6,000
Editorial Staff
Editor: Rubinshteyn, Ye. S.
PURF03i~ AND EVALUATION: This book was approved by the Ministry of Higher FAucation as
a textbook for state Li:live.-sities and hydrometeorological institutes as Part III of
the generd study of earth climates. The book is considered in Soviet literature
on mete-oroloCr ind climatology as a basic textbook and is frequently refer-red to
as a refeVence,source by other authors. The selection of the material is ex-
cellent and it is well-presented. The book can be favorabl.-r compared with the
following American textbooks: Climatology, General and Regional, by Thomas A.
Blair (U.3, Weather Bureau and Aast, Prof$ of University gL Nebras4a), 1942; JtUL
Climates of the Continents. bv W. G. Kendrewv-
NOTE: See card for ALI3OV, B. F. for pages 2-5.

A
Ar
rou
C- C.ion-,

MIKH&L', VA.
51multaneous aeroclimtological processing of pilot balloon and
radiosonde observations. Trudy Tashk.geofiz.obser. no.11/12:62-70
156. (KLRA 10-8)
l.GlavneLya Foofizichaskaya observatoriya.
(Balloons, Pilot)
(Radiosondes)

MI191ELI . VJI.
Motion and intensity vartationo of baric reglont3. Tmdy (-,(i(; r,o.5()-
59-68 156.
(Cyclones')

36-64-6/7
AUMOR: Murbel V. N.
TMX: racre"Ing the Accuracy of Wasuramats and the Aeroclimatic Charac-
teristics of the Holght of Clouds (K voprogu ob utochneall t=eranlya
I aerokllzatlcheskoy kharaktartattkI vysot oblakov)
PEMICAL: Trudy Glavnoy geofiziebaskoy obeamatorii, 1956p ar 641 pp 63-73 (MR)
AWTIUM A rec adation Is made for the better utUlzation of balloon sound-
Ing techniques for single point observations and for more accurate
wasurements of wind velocities and cloud elevations. The as, ~ mi d
rate of balloon ascension Is greatly affected by the dynamic turbulence
of near-surface air muses (several hundred meters thick) , In which
case corrections of vertical velocity deteralned by test balloons
against the postulated theoretical (table) values will be large. In
the majority of cues the corrections am on the plus side. At greater
elevations, 1-2 ka, the b&Uocn Is subject to increased macroturbulence
which involves irregular up-and-down tossing-sof the balloon, In
order to Improve measurements It is necessary to have corrections for
the Irregulax rate of vertical velocity which leads to corrections in
Card 1/2

36-64-7/7
AUTHOR: muchel I V
TITLE: Minasurement of Wind Above Clouds and Cloud Height by Means of Test
Balloons in Patches of Clear Sky (I=ereniye vetra nad oblair-1 I
Ikh vysoty metodom sharov-pilatov pri nalichii prosvetov v oblachnom
pokrove)
PERIODICAL: Trudy Glavnoy geofIzicheskoy observatoril, 1956, Nr 64, pp 74-83 (USSR)
ABSTRACT: This is a description of the procedure and computations used In measur-
ing wind above clouds. Planned (tim distribution) release of
balloons and a corresponding plotting am suggested. The altitude
of clouds is determined by transit observations and by using the
transit as a nephoscope. Test balloons, transits, and plane tables
am mentioned. There are 3 figures, 3 tables, and 5 references,
4 of vh1ch are Soviet.
AVAILABLE: Library of Congress
Card 1/1

SOV/124- 57-3-3252
Translation from: Referativnyy zhurnal. Mekhanika, 1957, Nr 3, p 89 (USSR)
AUTHOR: Mikhel', V. M
TITLE: On the Problem of the Displacement and Variations in Magnitude
of Pressure Areas (K voprosu o dvizhenii i izmenenii moshchnosti
baricheskikh oblastey)
PERIODICAL: Tr. G1. geofiz. observ., 1956, Nr 56, pp 59-68
ABSTRACT: The problem of the displacement of moving cyclones and anticyclones
is examined with a view toward the utilization of the steering-current
rule for forecasting. The altitude of the lower boundary of the
steering current is detcrmined; the altitude at whi.:h, in the author's
opinion, the steering current provides the most accurate characteri-
zation of the displacement of pressure arcas is given. Other well-
known eiii"pIrral laws, which are equivalent to the law of the steering
current, are also presented. The author also examines the results
of computations verifying the validity of the rule on the convergence
and divergence of high-altitude winds for the purpose of forecasting
the evolution of pressure centers. Bibliography: 16 references.
Card 1/1 K. G. Abramovich

SO~."W*AW'- , _ppauvww-
, ilit w4linon measure-en', cf windt, %nd their ape-od ab---r ilryllip
eps In tne c1cmd cover. Trudy GV,
i-i -ie Tireience of clear p L
-9, '56. ~ KLRA t - - 7 )
- --,: 7L j
(Winds-Measurecent (dallocns. Pilot) (Clouds',

VORONTSOV, P.A.; MIKH&L', V.M.; E=R. A.A.
Utilizing model airplanes guided b7 radio for aerological studies of
the lover layers of the atmosphere. Trud7 GGO no.73:107-115 158.
(MIRA 11:9)
(Atmosphere) (Airplanes-Modelo--Radio control)

3(7)
PHA3E I BOOK EXPLOITATION SOV/3497
Mikhell, Vasiliy_Mlkhaylovich
Voprosy metodiki sharopilotnykh nablyudeniy, Ikh obrabotka I prak-
ticheskoye primenenlye (Problems in Methods of Pilot-Balloon
Observation, Analysis and Application of Data) Leningrad, GIdro-
meteoizdat, 1959. 226 p. Errata slip inserted. 3,000 copies
printed.
Reap. Ed.: M.P. Nakorenko; Ed.: T.V. Ushakovs; Tech. Ed.:
A . N. Sergeyev
PURPOSE: This book is Intended for so-lentific workers In the fields of
meteorology and aerology. It may also be useful td advanced
students in these fields and to scientists interested In the physics
of the atmosphere.
COVERAGE: The author studies methods of pilot-balloon observation
from one-position~based on the assumption of the constant vertical
speed of the balloon. Methods of graphical and analytical process-
Ing of the observations are presented. It is pointed out that be-
Card 1/7

Problems in Methods (Cont.)
SOV/3497
cause of Its relative low cost and simplicity, pilot-balloon ob-
servation is being extensively used in the study of such important
phenomena as the spatial and time changes of wind and the altitude
of clouds. The growing importance of pilot-balloon observations In
the Soviet Union is evidenced by the Increase in number of pilot-
balloon observation stations from 58 in 1930 to 456 In 1950.
For the organization of aerologic observationb in poldr regions,
where It is difficult to ensure a regular supply of hydrogen for
the balloons, the choice of the most efficient method for genera-
ting hydrogen is of particular importance. In this respect, the
method described by I.M. Dolgin (1958) is especially valuable for
polar regions. It consists in the use of powdered aluminum which,
reacting with water in the presence of a very small amount of caus-
ti c soda yields hydrogen. Separate chapters of the book deal with
methods of processing the observational data and with problems in
the practical application of the results of pilot-balloon observa-
tions. There are 199 references: 144 Soviet, 37 German, 14 English,
3 French and 1 Spanish.
TABLE OF CONTENTS:
Introduction
Card 2/7

Probl,?ms in Methods (7int.) SOV/3497
Ch. I. Measurement of Wind In the Free Atmosphere and the
Altitude of Clouds by the Pilot-Balloon Method
A. The pilot-balloon methid with measurement of tho subtended
angle. Combined method 6
1. Essence and theoretical basis of the method 6
2. Micrometric eyepiece 9
3. Technique of observations 12
4. Computation of altitude and horizontal distance of pilot-
balloon 15
5. Theoretical evaluati)n of errjrs of the method 18
6. Test results of the method 21
7. Comparing the method of measuring the altitude of the
pilot-balloon by its angular diameter with the suspended-
base method 28
8. Combined method of measuring the altitudes of radiDsondes
and radiopilots frim the subtended angle of the balloon
and suspeilded base 35
9. Error in measurement of vertical velocity of the pilot-
balloon 38
B. Further Improvement In the method for measuring the wind
in the free atmosphere and the altitude of clouds 42
Card 3/7

Problems In Methods (Cont.) SOV/3497
10. Aerological teodolite of ImproveJ type 42
l1-. Prospects for.improving the pilot-balloon method and
some other methods fir measuring atmospheric wind and the
altitude of clouds 47
Ch. II. Method of Preliminary Processing of Pilot-Balloon Obser-
vati,)ns and the Errors of the Pllot-Balloon-Method
A. Methods for processing pilot-balloon observati)ns 59
12. Graphical method of processing pilot-balloon observations 59
(a) Instrument for graphical processing of pilot-balloon
obnervations 61
(b) Instrument for more accurate graphical processing of
pilot-balloon and radiopilot observations 66
13. Semi-graphical method of processing 72
14. Analytical methods of processing 75
15. Impr6vement In processInE base pilot-balloon observatIons84
(a) Computing base altitudes from a formula obtained by
projecting the pilot-balloon on a horizontal plane 84
(b) Computatiin of base altitudes obtained by projecting
the balloon on a vertical plane 87
Card 4/7

Problems in Methods (C)nt-)
SOV/3497
(c) Comparison of vanous mecr.)Js and schemes for prDees-
sing base _)bqPrvat,1 Jr!3 91
16. Logarithmic circle 94
17. romputing levice 97
18. Four-place logaritlanic tabies of numbers anJ tr1gonome-
tric functi-,ris 98
19. Five-place logaritnmlc tables 101
B. Errors of pilot-balloon mttiod when balloons are observed
from one posltloa log
2~_ State of tr-e proble,,ii log
21, Errorsin measurl;~g wind velocity at a given altitude 112
22. Error In mebsuring winJ lirection 118
23. Errors of wiiil velocity components along north--south
an,1 west--east axes 120
24. Some results of the analysis of the errors of the pilot
balloon method 127
25. Graphical and other errors resulting from large-scale
processing methil as accuracy charqLeteristics 133
(a) Errors of graphical processing of pilot-balloon
observations 133
Card 5/7

Problema In Methods (Cont-) SOV/3497
(b) Errors of the me*_ti~_-J of observation from one position
resulting from st~:-J_stlcal processing 134
Ch. III. Some Problew of Pra-t1cal Application of Pilot-Balloon
Observational Dar,:-,
A. Appllcaatlon of pilot-t-illloon observational data In aero-
climatology 139
26. Accuracy of aeroclImatological data on the aititude of
the lower limit of clouds 139
27. Accuracy of aeroclipiatclogical data on wind at high
altitudes 148
~a~ Wind velocity 148
b Wind direction 154
28. Combined aeroollmato-iogical processing of pilot-balloGn
and radiopilot obse-vqtion3 157
B. Some problems in utilizing pilot-balloon observation data
for weather forecasting ani In aeroclimatology 160
29. Leading current 16o
30. Convergence anl J_,vergence of winds at high altitudes 174
Card 6/7

Problems in Methods (Cont.)
SOV/3497
31. Some in,ilcations for short-range forecasting of precipita-
tion by utilizing a complex of synoptical, aerological
and iicai (.. .!' 177
32. Droughts ani Iry winds (sukhovey) 191
Summary.Conclusions 194
Bibliography 199
Appendixes 207
AVAILABLE: Library of Congress
TM/jb
Card 7/7 5-25-6o

HIRTM I V. 14.
Variations of the lover limit of low-level clauds. Trudy GOO
no.88:59-68 160. (KM 13:8)
(Clouds)

MRMLI 0 V.r.
Some characteriatics of horizoatal and vertical =.rticns in the
atmosphere. Trudy GGO no.123:3.10-3-18 161. (141RA 1418)
(Winds)

MHEL'O V.M.
Short-range precipitation forecasts and changes in the intensity
of pressure fields. Trudy GGO no.148:122-132 163. OURA 16:6)
(Weather forecasting)

GUSHCHIII, Go.,jrinadiy Petrovich; MIIKIIEL', V.M., otv. red.; ASAJKOVA,
Me., red.
[ozone and acrosynoptic conditions in the atmoEpherel Ozon
i aerosit.,:.pticheskie usloviia v atmoefere. Laningrad,Gid-
rometeolzdat, 1964. 340 p. (141RA 17:5)

LiMULOV, Aleksandr Mi.khaylovich; 141KIIEL' , V.1%, doktor geogr. nauk,
retsenzent; VAYTITMI,
(Front clouds and flight conditions through ther.) Fron-
talInye oblaka i usloviia poletov v nikh. Leningrad,
Gimiz, 1964. 237 p. (VIII(A 17:6)

YIIELI
A. V-itirdervorm iind ex,-f-,pt',kra: to d.'z--xtfc-'2 &:'A
IntMulty tn tim raglan of loin ~.rqywl. T;nAy GGO n3.17636c- -"
165o
C,2JL,mtuOIuj0.e! nf frcnt3 ard t rf.. I r
ev,:dutlon in relation t,-, P-,td preclpl.fatlon in come
regi,mm -I-f* the IN~Arc-Vjotr '&-r~ torS- ot' t~.j 116S.S.Ro lb!d,s114-1:,9
(MIRA 18:8)

ACC-'NR,__AP70004l8_1 ------
SOURCE CODE: UR/0012/66/098/005/0461/0463-7
AUTHOR: Mikhell, V, M,; Borushko, 1. S.
ORG: none
iTITLE: Session of the Scientific Council of the Main Geophysical ob-
servatory, dedicated to the memory of A. I. Voyeykov
SOURCE: Vaesoyuznoye geograficheskoye obahchestvo. izvestiya, v. 98,
~no. 5, 1966, 461-463
!TOPIC TAGS: meteorologic conference, microclitnatology, bioclimatology,
t
i at no spheric C0ATAM,,Jr4'rj0,j . heat balance, heat biologic effect, frue atnosphere,
latmospheric temperature, atmospheric circulation, climatology
-ABSTRACT: A meeting of the Scientific Council of the Main Geophysical
I
~Observatory (GGO) was held in Leningrad on 2-6 March 1966. Some 250
climatologists and meteorologists from the GGO and 27 other organizations
were in attendance. Twenty-six papers were presented in three main
!
isessions: heat balance, atmospheric circulation, and applied climatol-
iogy. Of these, the following are of interest to users of the CBE Factors-
reportse
[Card 113 UDC: 006,3g550.3

ACC NRsAP7000
1) M. 1. Budyko (GGO), delivered a paper on the development of research:
dealing with the role of heat balance in climatology. Emphasis was on
the considerable significance of heat-balance data in bioclimatologicali-
studies, in engineering, and in photosyntheala research.
2) 0. B. Mertsalova (Scientific Research Institute of Aeroclimatology--'--
NIIAK) presented a paper on mechanized computations of the statistical ,
parameters of the free atmosphere used in designing airborne apparatus.
3) M. Ye. Berlyand (GGO) discussed the climatic aspects of research on ,
atmospheric pollution caused by industrial effluents. Several climatic~
indices characterizing the extent of the distribution of atmospheric
boundary layer pollution in the USSR were obtained from extensive theo-,
retical and experimental studies carried out by the Division of Atmos-
pheric Diffusion Research.
4) 1. A. Qol'tsberg (GGO), in a paper entitled "Microclimatic research
and its applied significance," presented the results of work carried
out to determine t'he spatial characteristics and distribution of the
quantitative characteristics of a microclimate due to the underlying
surface. degree of relief dissection, and climatic conditions.

ACC INRs AP7000418
5) G. V. Tsitsenko (GGO) presented a paper on the influence of meteoro-
logical factors on man's body heat. Ila gave a quantitative evaluation
of the heat balance of a man's body in terms of the daytime changes in
the bioclimatological characteristics of various regions of the USSR
during the summer.
6) Ye. S. Selezneva (GGO) presented the results of studies on the chami-
cal composition of precipitation, which gave additional information in
estimating the degree of atmospheric pollution in various regions.
(W.A. 501
SUB CODE: 04/ SUBM'DATEs none
Card 313

ACC NR: Ai,7008890 SWIRCE. UR/o,c f,;~
h e I V
-..G: none
Sc ie nt-i'lic aess ior. "A. 1 . 7c)yeykov and tt-.e present, -day proIGem:j ~f c-
.3 3'.-F E :A,',,* S3JR. izvestiya. Fizika at'-nosfery i okeana, v. 2, no. 1-2, 11)o6,
70P.-C 7AGS: atmospheric circulation, clirratoiogy, atmospheric ther-iodynamics,
... eteorologic co,-Xerence
A sessior. uf t'-Ie -.-e
~7e-:-Vato:-j was hald during Une period 2-6 t-'.arc,,i -966 at Lonir,,-rA-4. e
proErxm revolved around three subjects: the heat balance, at~-o5p:-.er-lc
circulation and applied clizatolop-j. SOMe of tno representative reportz;
were: B. A. Dzerdzeyovskiy discussed dynamic clinatoloa, especially hi5
own studies which have revealed epochal disruptions of the turparaturo
and precipitation fields ove:- extensive areas of the earth. Kh. ?.
PoZosyan pointed out that the Influence of the underlying surface is not
'.Lmited to t:ho troposphere but extends to the lower stratosphere. X.
Yudin told of the stability of fluctuations of the pressure field over
t.~e northern hemisphere revealed by the statistical method. 0. A. Drozdov
Card - 112 UN;

ACC NR: AP7003890
y and 'rydrothe,--al factors in
po'nted out tne role of circulator-
"o r-
nalion and I's change frora nontn to month. iiie analyzed the relatlon-
ship between fluctuations of the levels of the Caspian and Aral 5ca5.
Ye. S. Rubinshteyn and L. G. Polozova gave data on lonZ-terr, chanZes of
-;rperature and the characteristics of atmospheric circulation a.-, a
g.obal scale. .3. P. Khromov analyzed the present status of the probler,
of atnospheric circulation in the tropics. G. IN,. Tauoer described the
characteristics of atriospheric circulation in the southern he:.-,isphere
In dependence on the distribution of land and sea. 0. B. Xertsalova
told of work on automation of computitions of tho statistical character-
Astics of t',e free atmosphere made at the Institute of Aerocli:mato'o[.~j.
A
Ye. Berlyand told of work at the Main Goophysic3l Observat r-
'0 y o n the
.c--,~raphlcal distribution of at:%osphoric contanination in industrial
7
reZions In dependence on turbulent exchanZe, Inversions at the surface
ana a~'oft, r..',-croclimatic chara c teris tics of the relief, etc. F. F.
Davitaya discussed the agroclLmatic resources of the U53R. M. 1. budy4o
and others doscribod a quantitative theory of photosynthesi5 and analyzed
the Influence of motoorological factor5 on the productivity of the veZe-
tation cover. Yo. S. Selezneva and V. X,. Drozdova gave the rosults of
studics or, atmospheric contamination and the chcralcal co;-.position of
prec-'pitation in the USSR. [JPRS: 39,718i
Card 2/2

I S/0051/64/016/004/CGG3/0673
ACCZSSION NIA; AP-',OZ2-"70
AU7.1011:. 1(ilin, S.r.; Mildiolashvili, M.S.; Rozman, LU.
TITM: Concerning radioluninesconco of organic substances. 2. Specific lumines-
conco quonching under excitation by fast electrons
SOtMCZ: Optika i spolctroslcopiya, v.16, no.4, 1934, 663-673
TOPIC TAGS: cathodoluminescence, radioluminescence, luminescence quenching, scin-
tillator, triphenyl derivative, tetraphonyl derivative, triphonylpyrazoline
ABSTPLACT: Parts 1 and 2 (S.F.Kilin, X.A.Kovy*rzina and I.14.Rozman, Opt.1 spolctro.
Sloornik l.Lyuminastsentsiya,p.147,Pub..I&N SSSR,1963; S.F.Kilin and I.M.Roznan, Ibid.
15,494,1063) of the present series of papers were devoted to description of the re-
sults of investigation of the luminescence of alcohol and water solutions of a num-
ber o-,L' organic compounds. Appreciable reduction of the persistence of luminescence
under x-ray excitation as compared with luminescence under photoexcitation was tak-
en as evidence of specific quenching of radioluminescence in these solutions. The
present paper gives further experimental results and an interpretation thereof.
There were studied two-component liquid and plastic (solid) scintillators iA Which
C.,.d 1/2

ACCZSSI01N ITR: AP4032370
the solute molecules are acceptors of the electronic excitation energy acquired by
the solvent molecules. Data, in the form of curves of the luminescence yield and
persistence as a function of the solute concentration, for 2,4,5-triphcnyl-l,3-oxa-
zole in toluene, 1,3,5-triphenyl-6?-pyrazolino in toluene, 1,1,4,4-totraphonyl-1,3-
butadiene in polystyrene and triphenylpyrazolino in polyvinyl toluene under excita-
tion by ultraviolet UG5~ R) and fast electrons from C14 arc presented in figures.
It is shown that in the care of stimulation by electrons there is evinced an added
dynamic quenching of tho acceptor lunincaconce. A phenomenological theory of the
affect is proposed; this leads to the correct relationships between values of the
persistenco and yield of radioluminoscence (cathodoluminesconce) and of photolumi-
nascence. It is noted that such added dynamic quenching is exhibited not only by
r,ood sintillators, but also by organic substances in water and alcohol solutions
8 figures and 1 table.
(sea second reference above). Orig.art.has: 38 formulas,
ASSOC IAT 10' N: none
SUBMITT M: 0lJunG3 DATE ACQ: 07May64 ENCLi 00
SUB CODE: OP NR REF SOV: 010 antER: oos
Card 2/2

L 20215-65 ttIT(l),/E'.Yr(m)/EPF(C)/EIVP(J)/~EC(b)-2' PC-4/Pr-4 IJP(c)/API/
AEDC(~)~Af~WW,.~:SD/M(mp)-2/ESD%'gr, )/ESD(t) RM
"ON NR: AP- 0 971
1 8/0051/64/016/006/1063/106
ov
.W n
AUM, Min, 11. MAW jas tV_12j~
colicarnimalc,;tronic excitatinn energy transfer in liquid solutions
1 -1 spoktrosholAya, v.10, 964, -1063-1W0
SO=": Opti w noo6o 'i
-TIGS1.1" iinorgy tra, nsfcr energy migration , dilfusions sc~'ntiiiator Flyluminescence-
id
luminescence j 0
.7
'-Tlu&-"~The~ '-of r sonanco trnimfer of excitation energy in luminescent so-
14cory a
--ittonsi - d~VdIo--id 1)!, 7~i.l:,-~rster-(Zs.Haturforsclx.,4a,321,i94!-3) and U.D.Galinin - "._-L
okspA'tcor.fi7.,2
-*,,M5,1955) yields results that nre In (;ood agreement with
aqwftents*for v1scous solutions', in the casq of solutions with lcm viscosity, how-
Uverj- expe
jAmentAsually Indicates a higher migration efficiency thnn predicted by
the-Forster-Galinin theory. It has been hypothesized that the reanons for tne diver-
gence -.are molecularAilfusion and transfer incident to molecular encounters. Yu.A.
"ku-r~i Band A-~sAffiaffii~a~nenko~- -13-i5l
oft-a 9pawr-o-.-;a-,64xi rb d.. -_ ~A.
If,;2) atteMp'trid to solve the problem of energy transfer, taking into ac(iount both
t.10S.; 'Z'actors, but their treatments were not carried far enough to permit direct
Card /2

L- 20215-(b
-.CCOSIOlf Nlt~ AP4030711
VXPOAMon ".Oeordingly~t tho7
-;"nerst work-1ho-authors-calculatod
the-- excititiorf- doony--law-akd- -quantum--f luorancence- yield f or Aonor- moleculan. in a low
viacoslty.~solqtionIn which there occur.both diffusiLon:and resonance transfer, on
the basis of the method proposed by V.V.Antonov-Romanovsky(Phys.Re .125,1,1901:)
v 7ba
calculation rosults for the relative
quantum efficiency as a function of the uccep-
tur concentrgLtion for different values of z pitramoter S (which is defined in terms
of the numbe.r of donor molebules, the excitation lifetime, and the resonance trans-,
-iw-tlw-lormi-o"urves.-'Me-results-o:f--s "Luau
-fo - trJ nd - tri nonyl.-AF
calculations. k"- p i -pyraz2~lneiin toluene, antliracene in
bunzene alid diphanyloxazoloqin xyleno are compared with the experimen al (flu torsi
values--and--g;ovu,the,-Ilterat4re) -data- mainly-to-evalutite-the-S Ignificance-or-ttie-dir-
fusion vechanisi&' "rho authors thank id.M.Agroot and his co-workers for carr-$Ing
out thenumeiribal computittiona on a Ural computero" OrIg. art. hast 8 fuwalas, 2
figures and I'table.
%SSOCIATIONt:none
SUBM t7l~ 1ISQpS3. ML t 00
SUB CCV9 i OP
--NR REP SOVI 007-- OME R 00 9
Cuid 2/2'-
--j

, , , , " ; 1 T ,- -111 1 11 . . ~ I . , I. '.
I'll f" ! m- , , . ~, , ., . , : I " . , ;!, r- - -, pu r, I n n' trrger, oxide ,
, It , J. " '. . .~ ."p, 11 1 (K,',~A 1814)

SHUMATNV. Fedor Grigorlyevich; MAKLYUXOV. Illya Ivenovich; HIKHXLSY, A,A
dotsent, rateenzent; MOVITSKIY, B.F., dotsent, reteenzent:
GINZBURO, A.S.. professor. spetaredattar, EDGLINITSKAU. A.Z.,
redaktor; KISINA. Ye.l.. takhn'Acheakiy redaktor
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Pishchapromisdat. 1957. 353 P. (MIRA 10:11)
(Ovens)

MIUMM. A.A.
Rsducivg ventilation losses In IM and UTSK tray-type traveling ovens.
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1. Kiyevskly tekhnologichaskly InstItut pishchevoy promyshlennosti
imeni A.I. Mikoyara. (ovens)

MDaBUSV, A-..A. -
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1. Kiyevskiy takhnologichookiy institut pishchavoy promyshlennosti.
(Bakers and bakeries)

MIKHZLBV, A.A.
Ways for the utilization of secondary power resources in bakery
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IV71 A-W,6-
ROYTJM, Isaak Menashevich; RAM -XIROVA. Kira Aleksandrov-
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(Bakers and bakeries)

KIKHULV, A.A.
Temp4ratur" 41stribution It broad during baklrA. Inzh.-fis.
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1. Takhnologichastly Institut pishchovoy pronyablennosti.
KIYOV.
(BakirW) (Temporaturo)

!"IKJEL,,.V, A.A., Joc Tech 'ci - (dis,~) 11~;t dy ot procc-::cii iii L o
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&iev, 1,~-,9, il pp (1.1ir, of idr~,ier L-ducaLian kdev
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I
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- 36 -

MIEHM, A.A.
Analytical InvestI&ILtions of the teMmrature field in the Initial
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LL30VENKO, A.T.; MIKHELEV, A.A.
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1. Tekhnologicheskiy inBtitut pishchevoy promyshlonnosti, g.
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(Recording instruments)

MlKHELEV, A.A.; KAZANSKIY, M.F.; DUSHCHOKO, V.P.
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(Ginzbtrrg, A.S.)

LISOVENKO, A.T.L_MIKIIFL~11,_~LA__
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(Bakers and bakeries-Equipment and supplies)

RUDEMKO-MTSYUK, O.A. [RW~ftko-Hrytsiuk, O.A.]; HIKHELEV, A.A. [Mikhellev,
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1. Kiyevskiy tekhnologicheskiy institut pishchevoy promyshlennosti.
(ovens)