SCIENTIFIC ABSTRACT MIKHAYLOVA, M. M. - MIKHAYLOVA, N. F.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001134110001-9
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 14, 2000
• Sequence Number: 1
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

PHASE I BOOK EXPLOITATION SOV/5405
Avduyevskly, Vaevolod Se.rgeyevich, Yuriy Ivanovich Danilov, Valentin
Konetantlnovich Koshkin, Professor, Igor' Nikolayevich Kutyrin '
Kilitsa Mitrofanovna Kikhaylova, Yurly Sergeyevich Mlkheyev, and
Oleg Sergeyevich SerCeYT
Oenovy teploperedachl v aviatsionnoy I raketnoy tekhnike (Principles
of Heat Transfer in Aeronautic and Rocket Engineering) Moscow,
Oborongiz, 1960. 388 p. Errata slip Inserted. 8,800 copies
printed.
Sponsoring Agency; Kini5ter5tvo vy9shego I srednego spetsiallnogo
obrazovanlya RSF3R.
Gen. Ed. (Title page): V. K. Koshkin, Profesaor; Ed. (inside book):
A. S. Oinevskly, Candidate of Technical Sciences; Ed. of Publish-
ing House: E. A. Shokhtman; Tech. Ed.: V. P. Rozhin; Managing
Ed.: A. S. Zaymovskaya, Engineer.
PURPOSE: This textbook is Intended for students In aeronautical
Card: 1/20.

Principles of Heat (Cont.) SOV/r4O5
schools of higher technical education. It may also be useful to
engineering and technical personnel and aspirants specializing In
aircraft and rocket heat-exchange problems.
COVERAGE: The book presents the fundamental problems of heat ex-
change in modern aircraft and rocket engineering. Data were taken
from both Soviet and non-Soviet sources. Problems of high-speed
and high-temperature gas flow in the presence of chemical re-
actions In the boundary layer are discussed,and hydrodynamic meth-
ods of heat protection of s,irfaces and heating problemis in
winged flying vehicles are included. Attention is given to
principles of heat exchange In rarefied gases and in nuclear power
reactors. No personalities are mentioned. Chapters VIII to )-rv
are based on non-Soviet literature. ChB. I and II were writtpn
by Professor V. K. Koshkin, Ch. III by Docent M. M. Kikhaylova,
Ch. IV by Docent 0. S. Sergell, Chs. V and VI by Docent Yu. S.
Mikheyev, Ch. VII by Docent 1. N. Kutyrin, Chs. VIII to XVI by
DDcent V. S. Avduyevskiy, and Ch. XVII by Docent Yu. I. Danilov.

HIKhAYWVA.0 H H and RUDNEVO G. P.
"Evaluation of the effectiveness of biomycln in treating brucellosis,," appears in TABO(W
of "Biomain (Nasr4Wtal Study and Clinical use of Blomycig) , edited by A. F. 8111blal,
Moscow 1954.
SO: Tranglation-417, 2-1 Jun 1955.

14IKI[AYLOVAO M.M.; HUDNEV, G.P.
-
Urgent tasks in the clinical aspe.-ts and treatment of brucelloais.
Lech. infekta. bol'. no.3:140-155 157. (RUA 14: 5)
(BRUCF,UOSIS)

RUDNEVP G.P., prof.; HLWA~14VA,_14.1-6
Peculiarities in the clinical aspects and antibiotic thernIrl in the
wier-all treatment of present-day brucellosis. lach. Infekta. boll.
no.4sl64-188 160. MIU 14:5)
1. Deystvitelln),y chlen A14N SSSR (for Rudnev).
(BjiUCFLLOSIS) (ANTIBIOTICS) (ACT11)
(CORTISONE)

GURSKf 0 lu.N.; 141KHAYLOVA, H.M.; SRGHERFAK, Yu.F.
Use of axytetracycline for Intra=,scular administration in the
treatuent of chronic brucellosis. Antibiotiki 5 no.2:110-114
160* (KM l4t5)
1. Wedra infektsionnykh bolezney (zav. - deyetvitellnyy chlen
AMN SSSR prof. G.P.Rudnev) TSentrallnogo instituta usovershenstvo-
vwdya vrachey, Moskovskaya qorodskaya ordena Lenina klinicheskays
bollnitsa imeni S.P.Botkina k lavnyy vra,.-h - prof. A.M.Shabanov).
(LRUCELLOSIS) ~TLERRAMYCIN)

K-:UIZIKOVA, V. I.; LMfONOSOVf,, 11. D.; t-IARUSHKINA, V. I.; ~L,'OASEVICH, Y-- E.; L'ITb;j:C)VA, ',;.V.
MIKHAYLOVA, M. M. ; OVCHINTIIKOVA, L. P.
"Study on the intensit., of brine resjirat',~.,. ,,rinw iLr.
report submitted for Eurjpean Mtkr, Meat Res WorKers, Rockt] ie, -, ..,. ..
I.,
'k-4 1

I ~.: A': I,T; A, V.: .
[ ollrik *.' T~ - , , I , (: . . , 1. . , . . . I . . , ~ f., h ,
trttnsft~ r, 1 3* t ~, : -~ I v~ .,Irt, i t c !. i j - !, , , - - - : ! t. - a ~ (, 'bell ~ 61 ~e-
, - ~ v ': , ~'f ?. . h '.. , , ; j :,y T~-t r . " . ~' T-1 Z I I, t. -
-edhche. '. ,
kicizl~, - ~ I (~ : ,~ 1-:1

NIX=Y&V, L.V.; MMIAYWVA, M.P.
Quaternary system FeCl HU - R20 - (G2H5)20- Izv. Sib. otd.
AN S= no. 3.46-53 'a-@ (24IF-4 14: 5)
1. InBtitut noorganichaskoy khimii Sibirokogo ot-deleniya AN SSSR,
*Iovosibirsk.
(Iron chloride) (Extraction (Chemistry))

NIKOLAYETi A.V.; MIKHAUMAq H.P.
Diagram of the extraction of feurio chloride with ethyl other*
Dokl. AN SWR 136 no.2s364,365 161. (PURA 14: 1)
1. Institut neorganicheskoy 1-himil Sibirskogo otd. ileniyu Aks--nii
muk SSSR. 2. Chlen-korres ndent AN SSSR (for Molve').
(Ether) Mon chloride)

IIIKOIAYEV9 A.V.; IIIK.HA-YW-Vk, -M.-P--
Hethod of determining the composition of an extracted complex. Dokl.
AN S33R 136 noo5tUO2-1-103 F 161* (KMA 14 r 5)
It Institut noorganicheakoy khimii Sibirskogo otdalenlya AN SSSR.
2. Chlen-korrespondent AN SSSR (for Nikolayev),
(Extraction (Chealstry)) (Couplex compounds)

TAUTS, Ya.[Tauc, Je .), prof.;_141~~, ~F~Jtnwslatarj;
KOLOKITETS, B.T., rad.; TELESNIN, N.L., red.; REZOUKROVA,
A.G., tekhn. red.
I [Photoelectric and thermoelectric effect in semiconductors]
Foto- i temoelektricheakie iavleniia v polupn)vodnikakh.
Pod red. B.T.Koloniitsa. Moakva, Izd-vo Inostr. lit-ry,
1962. 250 p. 04IRA 16:5)
(Semi conducto ra)

37933
S/181/62/(;G4/005/322/055
:a .3
e~OV, r, 6 0' 06C"ikaV,
.,L)Io~--,ne, ic ef-ect anu in 1r;
i V e 11%. 0 0
L~Ila, V. 4, na. 19,j -,27-11252
-)m ~'n e C e 11 f-ct ar-i t:.c of n-tyi,e
;ni
a. 1,'U-506 0A for cirri~~r concen*.rmuiono of n=6.4-1016
-.7
.0 e force ~t 5',6
X Uij to
oe linourl"', ..,.e field s1ren&th. 7.1 e
-netic,11y ir,~'4ce'~ ;',",Gtotjiectro.,~,o-~ive force of an electron
viiL.. i ~Llrities is V I *ii"" Itr'j) with L -
0 ~' r-I
-~-Ie photoconjuctiViLy iS tnen V I /
p 0., ;~O ~ 1, tn, anc t denote
I r.-tr, Lnd thickneq:; of trx D i.; trio diffusion conf;tant. The
i f e t ime s '~ Pm and -1j)c are '.o be daturminud from priotoziakmetic effect an,,i
.;;-.otoco:,ductivity, respectively. The 1,'-'otoeI(,ctro.-.-,otive force decreaues
V, 4tn decreasing temperature. At the same time, photoconductivity increases
Card 1/2

6 ". 8 1 /62/~64/~~ rll~2 2 5
-.oto.-. _,,notic effect and j 5/3138
-1 :.-.0 t,_-r, t 4 me -i fre,uencie.,; of
1 -6 Cy C,-2 s 7,e electron lifetime at uOK i's 1.7-10-5-2 sec
j 2 6
s i on
.0 sec. i,e dil'fu.
:~,O ::A nority carrier,.; is , 5.
1 on,L e .,-.olai; increases wl-~:, i-icreasir.L; temper,ture. i I
life' ime
ture ~eLende:~ce is caused by tne decreas. of hble
.Q-~eral~ure. e.-Ct,-On lifetime increases witr. oubsidinc
-_,~arv are t- f..C;ures. 1h most important Engllisn-langua,~e
C. B. Ho'aman.iP odeedings International Conforence
I I
on -,.,:,ico.-,uuctor -!,.yoicLj. ',-,ra(;uo, I.Io[.
0 - *. e K L., 1 1 Cin3ti'~ut imeni A. F. :offe AN' 6~-.-
z jki
_,eninL~rad institute imeni loffe
,,S :,eningrad)
Lecomber 20, 1961

MIKHAYUNA M.P - NASLEDOV, D.N.; SLOBODCHIKOV, S.V.
Temperature dependence of current carriers lifetime in indium
arsenid:!. Fiz. tver. tela 5 no.8t2)17-2323 Ag 163. (KIRA 16:9)
I. Fiziko-tekhnicheskiy Institut im. A.F.Ioffe AN SSSR, loningrad.
(Indium arsenide--Electric properties)

ACC NRi 06029038 SOURCE CODE: UR/0413/66/000/014/0055/0055
111"FEN'TORS: Mikhalov, 1. 1.; 11ovikov, A. 11.; Dogdanov, A. S.; Kontyrov, V. ii.;
Ilikhaylova, It. P.
ORG: none
TITLE: A method for producing an elastic hoat-rosisting glaod joint In metals and in'
nonmetallic construction materials. Glass 22, flo. 183858
SOURCE: Izobrot prom obraz tov zn, no. 1J,., 1966, 55
TOPIC TAGS: metal gluing, glue welding, gluo, construction matorial, rubbor
I ABSTRACT: This Author Cortificato prosonts a mothod for producing olastic hoat-
rosisLing glitod joints in metals and in norimotallic const'ametion matoriala, with
prnsmiro applied in the courno of glv)ng, and with the tiso of two different hoat-
ro~.isting, glim. To inaiu-o tho -ntiaity of a gluad Joint widor low gluing prosourog
a :dxturo of two types of glues in used. Ono of the glues in characterized bv low
viscosity and frangibility (for instarco, phenol polyvinylacotal), while the lower
layer is made of an elastic glue (such as ph-3noLic rubber).
SUB CODEj 13p U/ SUBM DAT93 27Jan65

L 10794-67 LNT(l) IJP(c) ... LT_
ACC NR, AP7003510
3CU:_%C__, CODE:
%,7aycv Ya- - Di;Lrdukov, Yu, I. XII'Ithailova. X_ P.; Na~,Icclov
o o (I " I I Z-1 3:v -,
L'13 :lr,:l ~; 1c z~! -Te z,,,n 11c al 1 n St i tu Lc J".C adc my 9 f Scle rc e 1; Tn
Yobillty of current carriers in irL~%s
AIN lzvestiya. Scriya fiziko-tekhnichcr;?_ikh, khi.-,.ic'I--,c3;Ukh I
nauk, no. 4, 1966, 11-15
TC,P:C TAGS: sc:,iiconrluctor rc5caxch, 3pace charrc
kn attempt is made to relate the e)9orimentally ob5crved tc,-.poratura
bc,'.avior of mobility in a number of 3anploo of n- and )-typo 1;7 't~,a
rC3Lnco of an additional scattorinG mochanis;i, on the spaco-chargo rcZ'.on3.
-.110 50:.ii-anpirical Gosslck4loisberg rolation a&Tits a largo nw-iber of varia-
X') - no . ' w-
fa.- 5-,;ch nobility when it is compared with c , crimont. So;.ot:L,, 5 "
:L-.possibility of doscribine, the obsorvod tc;-~,,)oraturo behavior and
ro--, 6c'niconductors of the typo of known mob:Llity
t, "0
;-..o als makos this zochanl= h- j:~ijy applicable to 'U*Ao r, t or o ' a ' J r. o f c a rta'.n
cy~-or:~r,ental facts. Orize art. has 2 fizi. and 10 ropas Orig. rt. h st
a a
2 figures and 3 formulas. CTPRS: 38,69g
SU3 CODE: 2C / SUBM DATE: l5tlar66 / ORIG zZ?: 002 / GTH RZFt 00�
-C,ird.-- U,)C; 5)9.293;54u.289

I
MIIGUYLOV -.. M. P. Innfl. Phynicom,th Picl.
DiEsertation: "On the theory of the Plpne-Psirallel St;~ble Motions of Gat."
28/12/50
Sci. Res. Jnst. of Mechanics and Mathemntice,
Moscow Order of Lenin 'Iti,te U. iment
M. V. Lomononov
SO Vecheryava Moskva
Sum 71

USSR/Physics - Sydrodynamics, Shock Wave YA%r 53
"Influence of Viscosity and Thermal Conduction on
the Flow of Gas Behind a Strongly Warped Shock
Wave," L, L Sedoy,"k. P. Y'khaylova, an&'b. G.
Chernyyl, Chair of Hydromechanics, Moscow U
Vest Kos Unly, Ser Fizikomat i Test Nauk, No 2,
PP 95-100
State that during circulation of supersonic flow of
gas around small-sized bodies with the formation of
the main shock wave, one can expect that the con-
siderable velocity and teup gradients behind it,
arising in consequence of the great curvature of
the shock wave, now require that greater atteri-
tion be paid to the influence, mainly on dis-
continuities (jumps), of those term In the 25WW
relations that depend on the gas -,iscosity and
heat conductivity. Attempts to evaluate such
influence in the case of sy=jetrical circulation
of the supersonic flow of gas around a body of
reyolutioa or profile with the fouation of the
main shock wave ahead of the body.

69294
S/l7q/6o/ooo/oi/oo5/o34
E031/E535
AUTHORS: Ham-Zelikovich, G.M., Bunimovich, A.I. and Mikhaylovj%,M.P.
(Moscow)
TITLE. The Motion of Slender Bodies V at Large Supe
Velocities
PERIODICAL: Iz,,eattya Akademii nauk SSSR, Otdeleniye tekhnicheskikh
nauk, Mekhanika i mashinostroyenive, 1960, Nr 1,
pp .13-40 (USSR)
ABSTRACT: In Rof I (near sonic velocities) Karman and in Ref 2 (high
suloeisonic velocities) Taien diqcu-gsed the flow round
slander bodieslassuming it to be plane or axisymmetric,
potenti- and isentropic. The discussions of these
authors, which were not strict because of the assumptions
that the flow was potential and isentropic, clearly did
not correspond to the physical properties of the flow. In
the present paper Tsien's results are generalized to the
case of three-dimensional motion, taking sliGck waves and
vortices into account and it is shown that the problem of
the steady flow round a slender body of a gas at large
supersonic velocities can be reduced approximately to the
problem of the unsteady motion of a gas in a space with
Card 1/4 one dimension fewer. A comparison of the results obtained
L)(/'

69294
S/179/60/000/01/005/034
E031/E535
The Motion of Slender Bodies at Large Supersonic Velocities
with exact soluti,~ns establishes the limits within which
the theory may be applied. Euler's equation, the equation
of continuity and the adiabatic equation referred to a
fixed coordinate system are transformed by changing the
system to one rigidly attiched to the body in which the
x-axis is opposite to the direction of motion. Non-
dimensional coordinates are introduced and simplicati,3ns
are made in accordance with the amsumption that the body
is slender. A parameter K = M is introduced
o
(M0 is the Mach number ref6rred to the Velocity Of
sound in the undisturbea fluid, 6 is a linear parameter
characterizing the cross-section and b is the chord
of the body). The question of nhock waves j,. discussed.
It is assumed that the directioa of the tangent to the
shock wave makes a small angle with the x-nxis. Velocity,
pressure and density on the shock wave are obtained in
non-dimensional form. It is now clear that K and x
(ratio of the specific heats) are the only parameters of
Card 2A the flow. It is now shown that the above approximate

b929L
S/179/6o/ooo/ol/005/034
E031/E535
The Motion of Slender Bodies at Large Supersonic Velocities
formulation of the problem is the same as the formulation
of the problem of unsteady motion in a space of one
dimensiou fewer. The limits within which the derived
similarity criteria may be applied are obtained by
comparison with exact solutions. The first example is
motion of a wedge in the direction of the x-axis at
supersonic velocity. Good agreement is obtained for large
Mach number and small wedge angle. As a second example
the axisymmetric problem of the motion of a right circular
cone in the direction of the x-axis at supersonic velocity
is considered. Again agreement improves as the Mach
number increases. The paper concludes with a determination
of the functional form (de-eading on K) of the lift and
d.-ag forces for a wing of infinite span and an axisymmetric
body,
(Note: This paper was published in a small number of copies
in the Symposium "Teoreticheskaya gidromekhanikall
(Theoretical Hydromechanics), Nr 4, 1949, where it
was
Card 3/4 mentioned that it repre-ented a report read at a seminary
/'X'

69294
S/179/6o/ooo/oi/005/034
E031/E535
The Motion of Slonder Bodies at Large Supersonic Velocities
on hydromechanics at the Moscow State University in
March, 1948).
There are 7 figures and 8 references, 2 of which are
Soviet, 2 German and 4 English. LX
SUBMITTED: August 26, 1959
Card 4/4

3/0 'ag/005,/O 10;0-
I/ 13-~ " BOO ~4B,06
AUTHORS; Klochko, hl A., Mikhayl.ova, M. P.
TITLED Thermal Analysis-of
- Lstem.~ Formed From Hydrazine Witt,
Acetone, Sulfur, and L,.thium Chloride
PERIODICAL; Zhurnal neorkanicheskoy khimil, 1960, Vol. ') 4r, .0
pp~ 2519-2524
TEXT: "he authors de3cribe an investtgation of' the Plectri-All
conductivity of systems, ore component of which in hydrazine. To determine
t.ie conditions under vhich the components form homogeneous liquid phases,
they studied the binary bystems hydrazine - acetone, hydrazine - sull .ur, Ix
hydrazine - hydrogen aulfido, and hydrazine - lithium chloride by thermal
analysis. The system hydrazine - acetone was studied in the ont1re
concentration range (Table 1, Fig. 1) Compr-und N2"4,,2(CH5)2CO with the
melting point at -37.60C is formed. Tne crystallization temperature of
the eutectics could not be exactly determined due to the high viscosity
of the solutions. In the system hydrazine - sulfur (Table 2 Fig- 2)
Card 1/-C,

Thermal Analysis of Systems Forme~ From S/~8~8710/00~/ 6 10/ o , '~1021
Hydrazine With Acetone, Sulfur, and Lithium 13004/BO67
Chloride
compound N2H4S (melting point +11),00C) is formed. The system has tw,,
eutectics, one at 33 mole% S (melting point -78.00C) and the other at
65 mole% 3 (melting point -23.31C) Since hydrogen sulfide is frrmed when
adding sulfur to hydrazine, also the sy9tem N2H 4 - H2S was studied
(Table 5, Fig. 3). Crystals having the composition 3112H4.2H23 are formed;
they may be conserved only in H25 atmosphere, and melt at +44-50C. A H25
content higher than 41.8 mole% cGuld not be obtained in this system. The
eutectic with 21.0 mole% H2S melts at '8.0'C- The Pystem N2H4 - L,171 wis
studied up to a content of 60 mr,'~e% LiCi (Table 4 - ."g. 4 ). C.-)mi
3N2H4'LiCl (melting point .56,701) and 2N2H'I
L i C I ( m e I t 1 r,; r t
are frrmed, The system shows three pUtect 1r :1 . one with 1 ~.7 ai( ',e3t
(crystallizatic;n temperature 16.00C), one with 29.~ mole% L:Cl
Icrystallization temperature and -P with 59.0 mnlP% Li-i
~crystallization temperature +67 0011) There are I figures 4 t ~t t.'I u 9, it
10 references; 3 Soviet . ') US. iiri(i 4 3ormail.
SUBMITTED. October 9, 1958
Card 212

1327
AUTHOR3 Mikhayjpx&,-JL2- (Moscow)
S/040/60,/024/OC5/016/026
CII1/C222
TITLEj Motion of a Spherical Pis!on With a Constant Vel,~city in an
Inhomogeneous Medium
PERIODICALi Prikladnaya matematika i mekhanika. 1160 TD1,24 No~',
pp.919-922
TEXT: The author considers the gas motion bs~hind a spherical piston
which is extended with constant velocity in a medium the ~ of' whi,-n is
variable:
(1) 3 51 z
where z is the Cartesian coordinate f is a qmnI I parameter, 4e, are
constants.
Using the spherical coordinates r 9,1?, there exist three dimensicniess
variables: Vp 1 t2 If
A . 51 r2 ex , - Q;
where f- c p/CV so that the sought veloc,,tY ~:mpunent,, the prs?.39ure
Card 1/5

S/040/60/N4/005/016/0~8
C-111IC222
Motion of a Spherical Piston With a Constant Velo~;ity in an Inhomogeneou-
Medium
and the density can be sought in the form
v IV E V I ( r. 9) 1
- 1: v,( r
t t 0
r r
(2) P r )2 0
t P'( r o)
I f, v P N 'I, i~-, the --f the prob,em for 0
f (Ref.2)) then it helds
V, - v vo o) v VO( C) P ~p
r
0 0
R'-R0 )+ Ro( ~, , o)
where V0, v0etc are sought with the arrangpmen'
r a
C a r d I', /"~

87793
S/04 60/024/005/016/028
C1 1 1YC222
Motion of a Spherical Piston With a Constant Velocity in an inhonogeneous
Medium
00 00
v0 P (Cos 9),V(V) R0 11~'P
r r Z- V(ccs
vao Iva 0
(6) 0 OD OD dP,/
P
7- )(COs vo V,
P )p
V-0
where P (cos 0) is a Legendre polynomial. By a repeated series
arrangement for V(4), R(-J) etc. and after the consideration of the
r
boundary conditions the author finally obtains:
Card 3/5

877'Y3
S/)40/60/024/005/016/'v28
C111/C222
Motion of a Spherical Piston With a Constant Volocity in an Inhomogoneous
Medium
r IV,+ + +
v -LL 3lion 31 Pon
F JjPOO (2
x(I -V0)(- 111(I-VO)j)
too + d1t(l) (I - V.)j 3cos 0 sin 0 [!n (I - V,,)+ I
311,
P P1 P, (.1cos' 0 I)Jx
(I - V.)
V,,~] In 0 - V,,)-~ 1 4- (t - V,))~
3
Ron + IL [boi (0) + -L bol ('2) (3,.,' 0 x
P P1 2
>: - Vj j I n (I - tl~) (I - 110))
+ (3 coO 0 1)] (1
+ IL
r20 4- 1C0 + L r' (3cos, 0 - t)]
Card A15

6775,-~,
5/()40/60/024/005/016/028
C1 - I IC-222
Motion of a Shperical Fiston With a Constant Velocity in an InhorogeneouEl
Medium
where the unknown constants can be obtained frc-m the conditions for
the shock wave, r2 is the local vector of the shock wave, the index oo
relates to the piston.
The author mentions V.P,Karlikov, There are 2 figures and 3 references,
2 Soviet and 1 Italian.
(Abstracter's note: (Ref.2) concerns L.I.Sedov, Similarity Methods and
Dimension Methods in Mechanics
SUBMITTED: October 7, 1959
Card 5/5

MIKHAYWVA, M.P.
Piston moving in an inhcmogen.,-,cus nediizu al, ecrBtp-.nt speed.
Dokl. All SSSR 141 no.4:826-828 D 'Q. 'MIRA 14: 11
1. Predstavleno akademikan L.I. Sedov-ym.
(Piston.q)

MIKHAYL4)VA. M.P,
Kotion of a gas behind a nonsymetrical piston. Dokl. AN SSSR
148 no.lt6l-63 Ja 163. (MMA 16t2)
1. Predstavleno akademikom L.I. SedoTa
(Fluid mechcuiice

AMMION NR: AA033h15 3/0202/64/000/001/0013/0016
KUT11ORS: Agaye'~, Ya.; 'Mikhaylova, M. P.; Slobodchikov, S.
TITLE: Ptic.,;omagnetic properties of p-InAs
SOURCEz AN TurkmSSR. Izvestiya. Seriya fiziko-tekhnicheskikh, khimichoskikh i
Geologicheskikh nauk, no. 1, 1?64, 13-16
TOPIC TAGS: photomaonetic effoct, p indium arsenate, di.rfusion length, step up
transformer, preamplifier, ampLifier 28114, voltage analTser AN 1 50, monochromator
Z;-2t 2, globar lamp, sodium chlorid-3
ABSTRACT: The spectral distritution of photomagmetic effect in p-InAs was studied
experimentally at various temperatures. From the data obtained, estimates were
made of the diffusion length for migration in n- and p-t.ype InAs in the temperature
range of 80-300K. The method iLsed for the photoma¬i( measurement was the one
used by M. P. Rikhaylova, D. N. Nasladov, and S, V. Slotodchikov (FTT, t-5, vy*p.
8, 2317, 1963; FTT, t.IV,-vy*p,,5, 1962). The signal wp, fed into the step-up
transformer of the preamplifier and then*into a measuring amplifier 28 IM and a
voltage analyz N-1-50. The specimen was placed in a g:.ass cryostat with a
sapphire window. It was possible to vary the magnetic Mild fron 0 to,8=
Card 1/2

ACCF.&SION NR: APLO33415
oersteds. The plots of the speztral distribution G" Lhe phromagnotic effect
and the photoconductivity were recorded by the monoCL.-onzalir Zi-A-2, and a globar
lamp was u-sed as a source of radiation. The entry ana 4xit gaps in the monochro-
mator were about 0.5 mm. The L.near dispersion of the iastrument at a wavelength
of 5 1" was - 1.2 /,X/m. The results showed that the cur-re of spectral,
distribution of photomagnetio effect sh-afted along the wavelength domain wit4i
temparature increaso. The photcmagnetic effect was very small at low temperatures,
reaching a maximum at , 250K and then falling. The p-cU-ffusion length also
increased with temperature. It reached a peak of - l2p-, correspor4ing to a
temperature of 270K and then fell sharply.- The n-diffusion length decayod
uniformly with temperature. Orig. art. has: 4 figures and 2 equations.
V16XIATION: Fiziko-takluxichesk:Ly institut, AN Turkmenskoy &1M (Physico-technical
Institute, All Turkman SM)
SbMITTED: IlDec63 DATE ACQ: 28Apr64 1QdCL s 00
SUB GODE: SS, EM NO REF ~OV: 002 OTHERs 003
C.,d 2/2

~~TWVAIJJ*Ea4 PODGOMNOI!, V.V.
Differential inequalities for equations with delayed axguzent.
Dif. urav. I no.9:1183-1199 3 165. (MIM 18 . 1,
1. Udmurtskiy gosud%ratvennyy pedagogicheskiy iristitut.

ifie,'Tavele. t
In-.: the-
ir wits
Vt U4811

0 S

04 791-6 7 L,.'T " i) I EWT (ino I LWI 'ET [.~p tL) .,Di A F
At'C-144, AP6024'.-.2 SOMa WLE: UR/0181/66/008/007/2(Y44/20147
lova . M. N I
ALMIOR: Gutkin,, A. 'A.; Magerrwn-3v, E. M.; Mikhay asledov. D. N. 1; -1
UIKU:IPhysicotechnical Institute im. A. F. loffe, N1 SSSRI_ LeningLu (Fiziko-
tekhnicheskiy institut AN MSS9_'___
TITLE: Photosensitivity spectra of p-n junrtions in InIks, in the photon energy range
U.9 - 5 ev 1 ?-7 .1
SOURCE: Fizika tverdogo tela, v. 8, no. 7, 1966, 2044-2047
"10PIC TAGS: pn junction, photosensitivity, internal photoeffect, indium ocurpound
:)ptic material, arsenide, spectral distributioti, absorption ovefficient, quantw yield'
WMAM This is a continua
tion of earlier wor1c (M v. 8, 712, 1966), where it wass
()bserved that the spectiNA distri;_)ution of Wic qudnt= yield of the internal photcef-~"
rUC _7
;7ect in the short-runue region is ccnnected with sinEulardties of t1r_ band at _uri
'T GaAs. The preSent ViDri( extenchl the investigation to InAs. Mie InAs p-n junctions
1~ere obtained by diffusion of CA ,-n n-type material with el(-ctrcn density (0.5 - 1)
17 CM-3 and were produced at it depth of several microns. M-te hole oDnoentration
0
1
in the illuninated surface of the sample was approximately 1.018 Cm-3. Several p-n
inaLions illuminated f-mm, the n-Eide were also tested. The long-wave part of the
s)ecrtral charucteristic of the junction wav plotted widi the aid of a J,(R-2 rrcwiL)-
ciromlor, and Ova ineasurvxiento at hie)ipr energien were by the procedure rLoscribed in
t1ve earlier paper. The measurements shoi4ed a narrow long-wave photosensitivity peak,
Cu rd 1/2

04791
/ -67
ACC NRt AP6024462
cionnected with -the change of the absorption coefficient near the edge of the gmund-
~ate band, followed by a region of weak variation, a faster gruoth at -.0.7 - 1 ev
.[hc,. - energy, a revemal followed by iainirnum near 3.2 ev, and a renewed growth at
;-igher ~_ -rgies. The results are shovin to be connected with the vaHation of the
(juantum y1 1,1 of the internal phctoeffect as a result of secondary ionization. M-ke
-threshold energy of the photon, starting with shich the quantum yield begins to grow,
-Ls found to be 0.7 - 0.8 ev at 293K and 0.9 - 1 ev at 100K, in agreement with theo-
ratical calculations by others. The various sections of the spectrum are interpreted
u-i this basis, and it is indicated in the conclusicn that the actual quantum yield
nuy not be as large as what follows fmm theoretical considemtions, since account
nust be taken of the probability -ratios of the different electronic transitiow. ZM
acithors thardc N. P. Yesina and N. N. Sminwva for preparing the InAs p-n junctions.
CtAg. art. has: 3 figuive-s.
SUB COLE: 20/ SUBM DAM 03Dac65/ OIUG JWX: 002/ OM IWX: 006
2/2 af-

,; I Kt, .* . , . - . ; V ;' ~, i -A ~ 'A-', A , V. 4 .
: ~ rn,jry ilys '-f,m6 ~.y, I r,.~ L I r -,- .- ''- -,r
i , . -"C WN no.-I Sr.-. khIm. nit i,, I J.: .
V , 1. i. '. P,
'. ~ n -4 " : '. -: *1 ~~ ~ -- - i~,~ -. . r, - ~ ~. -. " e - . :,~ . . : : , : -,~; , , k-- - - , -1r, .1"',
A. \ , N v ~. 1 , 1 , " - ~~ , .

"I E.C"'A , ". P. ; :.
photc.. ~ - * , . . i
*1 vf 7. *., . !: , , . ;

00
0.4.
~a
101i
UV 6%10 Os 2,-.
Val CO 'Pogo,
Vol, t160V ,u
06 vV.
WIWI C'IUT \'re .0 Vr ges~ 010~
O's Ovo 5
of.
era r0.
'tpe
~'a-j ~ ~'011 a, 9
6'e 3f, 160 0010
4.11 C ,, 1 0~~
e '.TV- 3~1. 0a S,9,91 00
J~O~ tic
dA 0~ e, ec, %0
'QjV ji, s
r u! 0 'tte
't'oe 0."0 \XTe e 0
q0 VII OeeV6 ,kp9e 0t 11.0 Os 81-6V
4 0o t 0,30 Vre
VITA 08 136t'a AeVe
ve 6-eve e 00 ST
C'GO b'4% o
jPO~ 9 "O'n
19110 4.A e66 00
arA vriass,
tA'g 1e Y~vs d"3 rs
eel% a t
*e"a .10sJ11 No~y' CLO ';(~G
-Vot-m to Os wx 0t Orved to
6~4ev -es -'4 00 00 '.AP
-Ck"- oo S:N& ture
-cog'-' -fe 051 in t,mper,
hik "As
lin %o Ove k:L%S% o be due to
S1 %8 ~ 110 - amf may
sev, v VA sj~js ..'3 C jcjpati-On
0,1V mas to tj) throUgA part Orig- art-
000 .1-el
decr a, -atures row
0%1 a-. It. volve, of elect
7K- iv ~~ vs;&
at a 9 6 near thos'
InCTO
Of Ili& t i1ft. ILO F. lof fe All SSSR lAningrad
,Iha5: t'tU CLt 00
'C-9 Ell
.0-tekbnict SSSR)
Asso "IAI nical 1wtitute AN
J.GOO OVF'RI 003
(Mrs ,0a
SuBtaTTVI 2jDec63 110 REF sovs 001
SUB CODZI
12/2
C,.-d

S/02C/62/143/001/014/00
B104/1310(3
A' U- Hop's Gel I fand , I . M. , Corresponding 14ember AS USSR, Grayev , M-
I Zuyeva , 11 . U. , Mikhaylova, M. S. , and Morozov , A. I
T 1 1 L-E- of a tcroidal maenetic field hE.vJng no maiTnetic
surfaces
~kadeniya nauk SSSR. Doklady, v. 143, no. 1 , 196~, hl-(13
T E-X.' ;The existence of maCnet.''c surfaces can be proved and their exact
eqUiLtions derived only if the relevant magnetiC field has some symmetry
in L.nsymv..etric magnetic fields, the equations of these surfaces can only
be ipproximated. An unsymmetric magnetic field with the scalar potential
qj- z , h,/. (3r) !,in 3 ((p - z) ~- hj, (3r) sin V
has :)eon calculated numerically in a previous study (Zh'rF, 51, no. 10
(19E')). The magnetic surfaces of such a field were shown to decompose
at h.., - 3, ho . 0.125- In the present study, this phenomenon is
inveEtigated in detail. The course of the lines of force is calculated
Card.1/2

S/020/62 4
E;:anple of a toroidal magnet:,,c B104/B108
a.,d it is shown that the lines of force which should form the magnetic
surfaces do not lie on a cloned curve. Accordingly, no magnetic surfac;l,
e)ists in this case. 7here tire 3 figures and 3 references: 2 Soviet and
1 non-Soviet. The reference to the English-language publication reads as
1:1 !aw,-j :M. Spitser, Proc. (-f the II. Geneva Conference on the Peaceful
U:3es of Atomic Enerey, 1956,
SUBMITTED; December 11, 1961
Ca.. :1, 2/2

11 1 Y 'I 4~
HO rl
..irieA with or rind wooillz..-, .,.(-n-z
ry r l,' 'k

S/020/65/'48/006/009/023
B112/B166
AUTHORS: Gel'fand, 1. M., Corresponding Member AS USSR, Grayev, M. I.,
Zuyeva, N. M.., Mikhaylova, M. S., Morozov, A. I.
NTLE: The structure of a magnetic toroidal field having nr
magnetic surfiLCOS
PERIODICAL: Akademiya nauk SSSR. Doklady, v. 148, no. 6, 1965, 1286-1269
r-EXT: A large number of force lines of tne field
Y3 + yo , H z + h,1 (5r)sin 3(~ - Z) -- n I (3r)sin 5z
0 j 3 0 0
have been calculated numer:.cally for Ho . 1,h3 hC~ ~ 0.120, 0.125,
0-130. From their plots a series of qualitative and quantitative
properties of fieldswith collapsing magnetic surfaces are derived. There
are 3 figures.
SUBMITTED: October 30, 1962
Card 1/1

ZUYEVA, N.M.; MIKHAYLOVA, V.S.; MOROZOV, A.I.
Example of the structure of a magnetic field with disinte-
grating magnetic surfaces. DokI. AN SSSR 153 no-4:801-W3
D 163. (KRA 17: 1)
1. Predstavleno akademikom M.A. Leontovichem.

411111
UM
xw"
-i'DjWftly
-liaids d1scualled MM--
ooW 'that 1-may-irery. lidlyi- ;The
son. "I' pQtqlztlal-'-V o(waiiis
i -*~6130 )iilk 3(9 a) + hot'
Indricol."46oordinst'"'.-and Ito. Is a-firametii* -:The fleldx vex
&-s r 6:40 i5+20.-
01C
V4 tie
'ho

4
41
w
om throa pe
V114 prodons. -tias 4*
0
6 ~rogl betwee
1496 on
tO'r ~ouUlde tb*
Viointo Olf VoInts
an the
k.: -t tion OW aid
'he um the
A
-3nd rences
4deflned In t1w rote'
Moti We
u3Lat Tbose, fi
.,,,Wers WIP14844
jkvi In the PJN66nt -Ps
per.
but is nft
are:- tude
-tat
pow the
-or-
t
TO
b1i Oit
-A -thowlt
lid idtyj-
-thowe
o,tr"VOW to p"Iodio NOIU
OU
'goal. Y AsIde ths;
_t4j4~_~-od 2A/3-_
I ),Iroi
-tho ~rstjLowa polAta
Oi
tivo exuptic Points on the
ibOW2 *; --96i:-_b~; I .. -- -- -- 3L sqpmrstrix~.
SwRi-AL40
WO; thicy.
-bri :,aid Proam* - GMAWO
very. a 17
bn Ot the,sopera
tax suft
*vw
140
Orx a"
--yo
;Katteri-,tounbed qpon In
m
d -for
-3
hj* Papeiar
a
'_"f
9

1
,
7

a" 49
Iftters Pountim
Voultatim cmaitims In the Ups, River In Tula
S. 1. Oweenev, K. V. Kikhm7lova, ?as
Obl"t Lab of Sonitatim and Hyglons, 4 pp
**Is I son- go
as notor of the Upa River ezudned Is contoolmated
1W ~iclpal sewage systems., faat"7 sowajp, ut
eirtses drainage. IMustrial sewsp water frus
w-tall-urcleal, sumer. an& taming factories das
wt oMly with the st=Aard for tba- smomt of
ms"aw Natter (OW 1324-47) establIalwt for
65/4"
V"&Iolne - asnitatim. (cantQ ift 49
ao"-cUoo watArways mmh aa the Upa River.
SoMpsto necessary mavxreo for Iwaveow-it.

NIKITIN, V.N.; VOLKOVA, L.A.; MIKHATMVA. 14.V.; BAIMAGINA, Tu.G.
Two ar7stalline modificatioua of 1,4-trans-polybutudiens. TFOokom.
"oed. 1 no.7:1094-1099 JI '59. (KrRA 1?:11)
1. Inotitut vyst)komo1ekuIyarrqkh soyedinenly All SSSR.
(%tadiene)

A "THC P Mikhaylova, V.7.
TTTLE: Several F'e(.-Ai13r,4tieq of thr "ppc-r ."--irassic In tne
ZOBt4rMPkxrt(jI' the -rimenn V.ountsins fNelotoryye -,s-.,~-ennostl
verkhneyurskikh o,.I-zhtIniy vostochnoy chaste ',crncgo "'ry7ra,
Pytilleten' nl~!ihchestva i9rytate' e y p rr- 1y
',-'el P7
ARSTRAIT: Thio is f) summary of a -,port giver. *Y tno, n r 9 Pi n -
ference of the ',.oacox 'ociety ef
7he '.pper -irassic 4eposits ir, t~.,
Belororsk region c3nqist of --allovian, 'xfcr~iqn Rni
mc.,i;,,inn-TLthonian sediments. The author subdivileg them
into lower, medium nnd ipper deposits, and distingulght~.s
between two zones in this region: tre 3cuthern zone repre-
sented chiefly by clay and siltstone, an~ 11-~e nor*~,err, zone
consisting mainly of conglomerates, sanistone ani II-mestone,
sometimes alternating with clay.
I. Moiintains..-Geology 2. Geological
"ard 1/1

MIKHAYWVA. M.V.
:itructurn and fo;-mfition nf Oxford bloherma nour Suditit.
lzv.VY3.uchmb.zalr.; gool.i razv. 2 no-5:52-60 It 159.
(141AA 121:12)
1. Moolcovskly go)logorazvedochrWy institut In. S.Ord-.h,)nlkldze.
(Crimea--Goolo(7. Struttgraphic)

MIICFO-YLOVA, M.V.; SOLOVIMCV, A.V.
Types of carbonatt reservoir rocks in Ciacauc&aia and the Northern
Caucasus. Trudy VIIGNI no.34:219-229 161, (AURA 15:7)
(Caucasuss Northern--Petroleum geology)
(Caucisus, Northern-Gas, Naturi-l-GeOlogv)

MIKHALICHENKC, V.M. [Mykhn._.'chenko, V.M. 1; MISNICHEW.0, C.M. ;
VARCHENKC, T. I MIKHAYLOVA, l/. Y. [Fykhai lova ~'. 1. 1;
SHVEDP M.P.; 6.05"'APEWCO, R.G.[O'Stapenko, M.H.J;
BULDEY, I.A.; MARKIN, M.S., glAv. red.; CSTAPENKO, M.G.
(Ostapenko, 1A.H.1, otv. za vyp.; MINEVICH, M.L[Minevych,
M.I.), tekhn. red.
[Soviet trade in the Ukrainian S.S.R.; statisticil
abstract] Radlanslka torhivlia v Ukrainslkii FiSR; statystyc-
nyi zbirnyk. Klriv, Derzh. stat. vyd-vo, 1.963. 318 p.
(MIRA 16:9)
1. Ukraine. Statistichakkoye upravleniye. 2. Otdel statistiki
torgovli TSentrallnogo statisticheskogo upravleniya pri sovete
ministrov Ukr. SSR (for Mikhallehenko, Mianichenko, Marchenko,
MikhaylovR, Shvod, Ostapenko, Buldey). 3. Nachallnik TSentrall-
nogo statistichoskogo upravleniya Ukr.SSR (for Markin).
(Ukra~ne--Commerce) (Ukraine-Statistics)

HWOZOV. V.P., inzh.;_1~114&YLOVA, M.Z.. In-th.; KUSIKHIN. K.K., Inzh.
Results of testing molding and forming arAchines used In the
manufacture of peat Insulating boards. Torf.prom. 37 no.4125-27
l6o. (NDU 11:7)
1. Lengiprotorf.
(Peat machinor7-Tosting)
(Insulating materials)

ORANSKAYA, 14.A.; 14IKIIAYWVA, N.A.
Dissociation prmsoure and vapor proHeuro of palladium Chlorti-.
Zhur.noorg.khim. 5 no.1:12-15 Ja 160. (14IRA 1j:5)
(Palladium chloride)

14IKMYLqiA, N. A., ~.rinc' Med ';ci (dtfla) -- "I'he rale of pr~yc,,oq#-TIt(, frictor'.1
In the development and clinical manifestations of Invol ition psyrnofiis-.
Lenlni-,rad, 11~51,. 1~ pT (State f)r,.`)pr of :i~fnln Inst, for tn(- AJvanc(-rJ "reinin.-
of Physicians Im S. ML. Kirov), ?(G corl"s (n., No 'e, 1-,(.0, IP"~)

USM/ Hydrology - Turbidity sep/Oct 50
Turbulence
'Influence of large-Scale Turbulence on Turbid-
ity Pulsctionr.n M. A. Velikanov, N. A. Mikhay-
lova, Inst of Geog, Acad Sci USSR
OU Ak Nauk SSSR, Ser Geograf i Geof iz" Vol XXV,
No 5, pp 421 - 425
Discusses problem of turbidity pulsations in
turbulent stream c&rr-jing solid particles.
Study made by high-speed photography with sub-
sequent calpr-ulation of correlation coefficients
of turbidity &long stream. Results obtained
166TJ~_
USSR/Hydrology - Turbidity (Contd) Sep/Oct 50
pointed up conclusion that turbidity pulsations
are close to periodic, a result of the presence
of large-scale structural formations in the tur-
bulent stream. Submitted 29 Mar 50.
166T34

A M M, N
USU/0"Aysics sand Waves Jan/Feb 52
"Mechanism Governing the.,Formation and Motion of
Sand Waves," N. A. Mikhallova, Inst of Geog,
Laboratory of Waterways, Acad Sci USSR
"Iz A Nauk SSSR, Ser Geofiz" No 1, PP 47-56
Kechanism of formation and motion of sand waves
was studied by means of movies and still photog-
raphy. It was established that the dimenvions of
prima y sand vayes are of the order of macrostruc-
tural formationa,i.e., one and one half to twice
the stream dep-th. During further developuent the
vave length reaches the 20-fold depth. T~irbidity
pulsations cbmige In presence or sand waves;
SpliBittod 25 Ato 51. MT42

KI

&(A Mfg
to
w

1~1,777777=

KFIHAYLOVA. 9-1 -
Pe,-.rology and Petrography
Diosertation: "The Petrography of the Givetian Deposits of the Urrl-Vol_A 011-PeArine
Arita and the Paleography of the Time of Itp Formation." Cmi Geol-Min Sci, Inet of
Pe,,roleum, AcAd Sci USSR, Oct-Dec 1951. (Vestvik kkademil Nikuk Moscow. Mar r,4)
SC1: SUM 21?, 20 Sep 1954

MIMAYIDVA, N. A.
USSIVGeophy3ics - Sand ',uves
C..(- t 5 -1
I'Thf "Itz%cture of' a Current in the Presence of ;and le.'aveB," 11. A. IAkh8,Ylovrj and 1. no
Nayc.enova, lab of Rivor Bed Processes, :section of 3ci Soiutiori of ~jater-D~onorr~y FrAdems,
Acad Sci UIISR
17 ,-k Nauk SSSR, Ser Geof'-z, No 5, pp 1,45-450
StLilied nature of current and turbidity distribution in the Lnder-ro!~' of 3and waves
whJ.,h are in the process of forming. Used a motion-pictLre camera and a glass-bottcmed
co;Ltainer partially submerged in water for the investigation. Established that the
ve'.)city in the upper part of the currsnt reaches a X.&x L-nectlately above the roll,
thus narrowing the currentI3 true cross sEct'lon. Ackmowledgfi advice of ". A.
Corr-Meia Acad Sci USSR, and E. A. Fridman.
,?T77

I/IFFAI'LOVA, N. A.
YIEPAYLOVAP N. A.--"Investigation (,f the Transfer of Solid larticles by
a Turbulent Stream." Acad Sci USSF. Marine Hydrophysirs Inst. Moscow, 1~'75.
(Dissertation for the Eegree of Candidate of PhysicomatI ematical Sciences).
SO: Knizbnaya Letopis' No. 2', 2 July 1955

MEW
1W 4~~~~- ~L~
give
Mob

AUTHOR: Mikhaylova L__96_____ 2o-12o-2-.-~
/67
TITLE: New Traces of Volcanic Activity in t..e Devonian of t%e
Volga-Ural Ret;ion (0 novykh sledakh vulkaniche.,311:oy deyatell-
nosti v devorie Volgo-Urallskoy oblanti)
PERIODICAL: Doklady Akad(!mii naik, SSSR, 1956, Vol. 12o, Ilr 2,
pp. 3go - 39" (US-.,)
ABSTRACT: In connection with explorin,- borini-s in the re--ion of the
Rusal aya plttform several finla of rccks ariont; the DevoniLn
and older daiosits were reported which are In connection with
volcanic processes (Refere-.cei In Bachkirija and Taiarlya
the author ir. the cores found inter-ic-d-ate layers of ash-tuffa
in different horizons. T'.eir ~hickncss was not lar-e and -lid not
exceed 5-7 cr . T'ie co::-.Position of these tuf!'o In ie!;c,-iled. T:ie
author concidors the followin - facts worth mertionir:,;- 1) The
described i1,t0r'-.0diLta layers are decosited 1,etween roc'.:s of
different a,,,e: Upper Givetian and L:,wer Frannian. T.11s indicates
a repeated occurrence of volcanic prccecoen diirin, the se,limen-
tation of the terri; '-eneous mass of t~e !.!id,ile and Upper De-
vonian in the re,-ion of Uralo-Povolzhlye. 2) T,.t:- r,:,_-.position
Card 112 of the eruptior prD,Iucts is in all cases equ-. r-nd corresponds

New Traces of Volcanic Activity in the Devcni,.n of ;GVI 2o-12o-2 J
the Vol6a-Ural Re~,ion
to lava of nn andefiite-bacalt t,,~e. 3) The sedi-,e:.tation of
the ash material took place in water, This ii inliratel by
intermediate carbonate layers v7it~~ r. marine fau:.,a and qnell
splinters. 7he deposition of ash evidently took place (_-o-,,;ara-
tively fast, ite amount wao concideiable, ..s an _-Omxture of
splinters of sedimentary oric;In is ro-~A)~f!tpiy a~~oent
in almoit rill tuff'3. 4) All iliv-sti rit-I t1'-(.;eG of
considerable secondary cha,~ on ~-hic. , t 1~ n:.,turc
of the tuffc. There -;.re 4 Soviet references.
ASSOCIATION: Inntitut nefti A!:aIe:.,iii OS.';h 1,11etroleum 1.
l'!'ESEUTED January 2 1 , 1 15 I)G , by 3 , IMi Y, -.iov . "10--; - or ,!C .....
Scie:ices, UESR
SUBLIMED: January 6, ilj~e
1. Volcanoes---USSR 2. Geologir-al timo--Determination
Cari 2/2 3. SedimentalAon-APP11 ca ti one

V MAYLOVA, 14. A. (Moscow)
"R.perimental Verification of the Theory of Flow ~arr-jirlg Suspendt--.1
edi.ments. "
report presented at the First kLi-Union Congress on and ApI,1111"d
:vechanics, Moscow, 27 Jan - 3 Feb 1)60.

LEVIN, B.m.0 assistent; RIKILtTLOVA. S.A., kand.fiz.-me.tem.nauk
Use of Orlov's balhometer in measuring turbidity under
laboratory conditions. Trudy MIIT no.107:47-69 160.
OGRA 13:7)
(BathometerJ (Turb14ity)

YATVNM, X.Y., Ispoinyupwhchly obvazamosti dotipenta. kand.tekhn.mulk;
MIKHhTWVA, N.A., kand.fiz.-matem.nauk
Investigating local channel deformations La the after ber.
Trudy KIIT no.3,07:70-& 160. (KIR& 13:7)
(Hydraulica)

SARKISYAN, Sergey Galustovich; kLI_PgIAV4,_Nel-l-i-.A-lc-ksandrovna~ Prini-
mali uchastiye: NIKITINI, R.G., naucbmyy Botr.; IROPIVIU, I*Ao,
nauchnyy Botr.; FEDOROV, S.F., otv. red.; STOLYAROV, A.G.,
red. izd-va; VOLKOVA, V.G., tekhn. red.
(Paleogeography of the period of the formation of the ter-
rigenous Devonian stratum in Bashkiria and Tatar A.S.S.R.j
Paloogeografiia vremeni obrazovanlia terrigernoi tolshchi do-
Vona Baahkiril i Te,texii. Monkva, Izd-vo Aked. nauk SSSR,
1961. 231 p. (MIRA 15:1)
1. Chlen-korrespondent AN SSSR (for Fedorov).
(Bashkiria PaleogeograplW) (Tatar A.S.,'~.R.--Pnleogeography)

MIKHAYLOVA, N.A. (Moskva)
Problems in th* experimental investigation )f bottcm laler of
suspension in stroams. Izv.kN SSSR.Otd.tekh.nnuk.Me~h. i
mashinostr. no.4tV&-180 J1-Ag 162. (MIRA 15:8)
(Hydrodynami.-,s)

04-
ALa
84
9-08
a,-
lo-
FA 41"~
Cp-
Ov-
Aa
Is
A a or-"
Met" ed""A rw go ceaumu" me"fog at us ats"Uto %dwaftleal saflar of
rAdw ftsisimmolf" as 110morts" cmMoaftitolmi is. A. a. at"O mmm), allow,
@-In Joan. ifs-I
41,

1~ 03QO4-67 FV (I V Ad'! -2
SOURCE CODE: UR/0141/66/009/005/1030/1032
JTHOR: Alekseyev, V. A.; Kroti..rov, V. -D. yu-. nik-haylova, N. B.
P orf ir ~ev A Ryazanov, V. :1. ; Seige eva, A. I. �-t re thneva,,_ K. M. ; Tro T ikly.
V. S.; Shmulevich, �-. -A.
01C* Scientific Research Institute of Rad~h sics .:)r'e.:.y University (Nauchno-
issledovatellskiy radiofizicheski.y institut pri Gor'kovslkon universitete)
TITLE: Results of measurements (if lunar radio-emissioas at wavelengths of 7.93,
11.0, 14.2, and 20.8 cm , 1, 1
SOURCE: IVUZ. Radiofizika, v. 9, no. 5, 1966, 1030-1032
XPIC TAGS: radio astronomy, parabolic antenna, Aradio emission y ALINAe
AESTRACT: The mean effective temperature of the moon was measured in 1964-1965
at Zimenki Station an the 7.93,11.0, 14.2, and 20.8 cm wavelengths. The basic
measuring equipment included a raJio telescope antenna 4 m in'diameter and two
receivers operating on wavelengthq of 7.5-15 cm and 15-30 cm. The fluctuation
sensitivity threshold of the receiving equipment was from 0.4* to 0.7* at a time
constant of 16 sec. The radio emission of the moon was cour,-)ared with the referenc
emission of a disk (diameter, 380 cm) coated with absorbing material. The disk wa:
placed in the Fraunhofer region, 230 m from the telescope aperture. The results of
measurements of the phase-dependence of the moon's effecti-re tempfrature are shown
UDC: 523.164.34

L. DL?04-62
ACC. NR, AP6033291
Ila
Fig. 1. PhaE.e dependence of the mean
~effective temperature of the moon
greej~
ISO
Ord grees,
(4,1
114 QkJdegmEs
in Fig. 1. A small change in the Tkan effective temperature as a function of the
lur~ir phase was noted on the 7.93 :m and 11 cm wavelengths. The rms dispersion of
the experimental points in regard to the approximated r,.irves is W. The variable
porcion of lunar radio emission should theoretically be 3.5--4K for the 14.2-cm wave-.--
length. Sin(. . the rms dispersion of experimental points appr(admately equals thIs " value.
I Card. 2/3

AIX NRt AP6033291
F ig. I . shows only the val ue of LIN(-' C Qrist.,'mt (owponent (if the mean effe(tlw tempuratiar UaZjvW
,.hich was 221K. Measurements on the 20.8-cm wavelength were conducted during the
-artial phase cycle. The ronatxit component ef ~.e rean ef fecLive tVTIperature for
art.. han:
this wavelength was 225K. Error did not excued t0-5'. Orip 1 formula,
I table, and 1 figure.
!,UB CODE: 03/ SURM DATE: 25Feb66/ ORIG REF: 003/ ATE PRESS: 5099
awm
Lf.ord 3/3

L 05131-67 LVT'%a0/EWP( t)/Fri L T11( c JD/ IG
ACC NRj AP6027737 SCURCE CODE# UP400201661169100108821OW3
AVIORt klikhoyovp N. B.; Shmanonkc,vap 0. L
O"Col Biophysics Institute, Ministr7 of Health, SSSR (Institut biofiziki Ministerstva
zdravookhraneniya SSSR)
TITID: Adsorption of cosiumland rtbidium on amonium chlorien from siolutionB In
orginic solvents
SCG~ZM All SSSR. Doklady, v. 16q, no. 4, 1966, 882-883
TGPIC TAG32 cesium, rubidium.adsox-ption, ar-amonium co-ipound, chloride
'-' R
A
E-~'k ACTt The kinetics of adsorpt~.ojj of cesium and rubidiun rrom alcohol and P, ''0' ]a
actiOno ooliitions on finely divided ql~4M were studied by means of the radloiscti:n17
and Cs137. The adsorption of Co is exrxos5orl by th,3 or 'iiaLion for n(1.5OrT)Ucn -~i-
nalAcs on homogeneous surfaces, ln"'C-C,.) = In(C -C ). wh.:)re C Is the initiai Cs c, -
ck,wratiori, k a constant, C the concentration o? t-ho radioisolopo at tiro t anc -, its
c, cj;, c ent ration. when the adziorption iiquilibr'.~,im, has I-)ccn r3achad. The advor-ptict. k,.:,1t-
of Rb are more complex in ch4riictor: the adsorptio:-, Is fantost In tho bocl~
!_-n slows down and incrnason again *'oward the end of th) procons. To
bolinvior, the reversibUity of the adsorption of Cs and M) on Nii~~Cl was
It -as found that Ca Is adsorbed rtiversibly ;~nd Rh partl~y Irrovorsiblv. T~n sdsor-~--
Llwii is thought to occur on contern of at least two typos: on the first ty;)e, .1- 1
:. :f__1 / 2 ~xj

1, .'5131-67
ACC NR- - AP607737-
!:~,r ed rapidly and reversibly, axd i, tho v to
irroveroibly. On the contrar',,, 1",,. 1,9 adscr'-,---' 3n!y on ccantor3 of the -.-t tyl)(), co
tha--. its adsorption is rrver~tl-'v, " stu~~ tht, co~ rystall,zatioll kn'i C-9
w - t , W-~,Cl led to the conclusion th;Lt the r,-,i - so of the cocr-yatallizat Is not d-trjr-
minE,1 by. the entire adsorDtlon nro~iiss but rivilv by It., f ast Stap'o. T~)o nwior was nnn-
s-tiI.Dd 'by Academician SpItsyn, W. 1. , 18 i,1zy C5. Orig. art. h. 1 2 Vzuros.
51:, 'ODSS 07/ SUM DAT~;l 13,""Y 6",,' ORIU RLF: 003/ OU RETI 001
C.,d -2/2

L 05~,.11-67 Ew,r(m) /Evp(t) /E'r ilip( J D/JG'
ACC 14Rt AP6030021 SOURCE CODE: UR/0020/66/169/005/1099/1101
AUTHCA: ___Mikhey~!v, N. 3.; Shmanenkova, G. I.
ORG: Institute of Bioehysics, Ministry of Health SSSR (Institi~t biofiziki ministeptva
zdro%-.)okhraneniya SSSR)
'/I /V1
TITLE: Separation of rubidiur~contafflnant from cesium by the chromatographic method,
,usinj; crystalline deposits from organic solvents
SOURCZ; AN SSSR. Doklady, v. 169, nc. 5, 1966, 1099-1101
TOPIC TAGS: rubidium, cerium, chromatographic analysis, adsorFtion chromatography.
tracer study
ABSTRACT: Chromatographic separation of rubidium from cesium was studied by radioac-
tive tracer technique. The object of the work was to deve-Lop E.n efficient separation
tecNiique for chemically similar elements. Two crystalline stationary phases were
used: NH4Cl and (NH4)2SO4. In the first case, a saturated solution Of NH4Cl (contain-,
ing 1:s137 or Rb86 or both) in 91.5% E.cetone was pasqed at 0.5 nil/min through a column
0 cir in length and 0.5 cm in diameter) packed with crystalline NHLCl. The tota-1
~
Ivoluie of the liquid passed was equal to 1/3 of the void space of the column. Then,
24 ml of 97.5% acetone was passed at a rate of 0.5 mi/min. A E-imilar procedure was
used in the case of (NH4)2SO4 column except that a 90% ethyl alcohol was used as a
L_SaLd- 1/2 _UDC. 5 3_54U_1

L 05F,i)-61
F~Cc
'4R: AP6030021 C)
solvent. It was found that the adsorption of rubidium, on b.)th rtationarf phases was to
!a greiit degree irreversible. This rivversibility increasel the adsorption duration.
IFor Pi5 minute adsorption duration,-the separation coefficient a = KadsRbli(adsCS) was
!equal to 41.0 in the case of (NH4)2SOI, packing and it was only 14.8 for N114C1 packing
1when -.he adsorption duration was 160 minutes. Orig. art. has: 1 figure, 2 tables and
2 formulas.
:SUB CODE: 07/ SUBM DATE: 060ct65/ ORIG REF: 001/ OTH REF: 006
Card. 2/2

S/573Z62/000/007/009/015
3o,~7,
D201/D308
,AU'.'HO'6' Bartmer, ii.Ye.. , I-Iilrhaylova,.-N.D. and Chen,,yshev,
V.Ye.
TI-LZ: Digital converters for the elimination of non-lin-
earities in teleneter-ing
SOURCE: A-.ademiya naul: SS""R. Institut elektrome%haniki.
Sbornik rabot po voprosam clektromckhaniki. no. 7,
1962. Avtomatizatsiya, telemehhanizatsiya i priboro-
stroyeniye, 31.4-322
TZ:',T: The authors show that tho linearization of the fre-
quency type of measuring traiiF;ducers may be achieved by the api)lica-
ti(,,n of telemetering of a digital frequency meter. Such a frequency
me':er consists of a reference crystal oscillator, two counters and
a coincidence circuit, in which the frequency is measured by count-
iN! the number of periods of Nroltage over a calibrated time inter-
val. By introducing certain constants into the two counters, their
initial readings and their slopes become changed. If the output
Ca:r-d 1/2

S/573j62/000/007/009/01-5
Digital converters ... D201/U308
frt!quency from the transducer is a nonlinear function of the measur-
ed quantity, the introductiort of constants makes it possible to re-
produce a function which is inverse to the transducer function.
The reproduction can be made either in pieccwise approximation over
a ceetain (small) frequency range or, to any required de"ree of
accuracy, over the whole frequency range by meanG of expanding the
inverse function into a power series. ~4cperiments with a digital
frequency meter have proved the validity of the above mentioned.
There are 5 figures.
C ard 2/2

m1K1'1P%YL-O\/H' (*~'.
kijh~i _A['_D __
9
Diagnosis of t, aors of the head of pancreas and Teter's aqxlla. Savet.
mod, No. 2:11-12 Yeb 52. (CLM1 21:5)
1. Of the Propedeutic 'herapoutic Clinic (Director-Prof. V.Kh.
Vasilenko), First Moscow Ordur of Lenin Medical Institute.

USSR,/Medicine Dysentery FD-547
Ca rd 1 /2 Pub. 148 - 10/23
Author Mikhaylova, N.D.; Dmitriyev, A.A. ; anti P-trovn-y, I. N.
Title Treatmen of chronic dysentery with al(,ohol vaccine accordinF to
Chernokhvostov'L methoc.
Periolical Zhur. m1krobiol. epid. I immun. 6,30-31, Jun 514
AbSt:7aCt A vaccine prepare,i front Flexner and Sonne banterin b-i t)-,r? Moscow -ity
Bacteriological InstitLte was used to treat 56 adults and 28 infantE
suffering from chronic dysentery. The vaccine was administered in
progressively larl.7,er doses. After 8-9 Injections, 43 or the adult,,
sufferinp from Flexner dysentery gave negative stool cultures, and were
released from the hospital. Three were cured after a second course of
injections and four, after a second 7ourse plus supplemental treatment
with sulfanilamides, tacteriophage und antibiotics. Three patients
continued to elimLnate the Flexner oacteria. One adult patient with
Smit -Stutzer dysentery did not respond to this treatment. 71-4o 'tonne
dyseitery patients were released after the firist rour,,(- ol.* treatment,
a thi .-d required it sercnd course. The 26 chil,lren were released after
one c)urse, but all of them after various intervals, were realmittel.
None f the adults suffered relap-es. No references are cited!.

PI UUUTLOVA X. D.
Data on phage typing of typhoid favor bacteria in Rostov Province.
Zhur. mikrobiol. spid. I imaun. no.10:99 0 '54. WURA 8:1)
1. is Rogtovskogo-na-Donu instituta spidemiologii, mikrobiolocit
i gigiyany.
(ROSTOV PROV INGI- -SAIMONELLA TTPHOSA)
(BACMIDPHAGE)

MjKR)9'(LD0q, N P EXMnAk K-MCA Sm.16 Vo-, .411 Cancor Jan 56
1.% 111,( jr% , A D. %Ivd. hist I., [oll. %lips.-mv ( prt.:ipa audl 4 !$m, 'd rizrott., M 0
of (of fitc %cristri lotterijbir, fluman tcvt, k1m. %led AltmL
19.5.5. 33/ 3 (7 1 - To I I*a I 1 142
The 4-ther-mollibic frat-111111 (if 1114. %4.1111,1 bilinibill , E.SF I %%,I% Ilwiml.1.1141d M I 'A)
fit' jiml-mlice. It w.1% Iwisiiivi. ill 36 V.11" 11641111.1 (it thc ImI1111.1 (.1 vast, I (.,It .1
the heattl tit the Imitm-as 422). "'ifill IwI mt it is A 1. 1!% 4-f cird 14 ).4% ( 11. %-114 tit- I it I I l.t% Is 1 .3 ~ .i
M.41it'liasit tojinotir (if the liver asid hil'. (11141% ( 11. It is 4:40114.111414-d thai 11 tht-Tv i% .1 1 ..1.-
evoitraCtooo (of ESF ext-veditig 2 ing./ IM ml.. camer 4 like Iwad of the pasicn-.4% 4w
(tit- p:.j)lIIa valk be ilifi-Fred with it fairk. high de-vev tit ca,irtiltidv. The jorAmbIv
of III(- p"Idaictic"I it( the Kil., 4-1 the sinlill bilirijbill k Ant"ttlam Isl
dic 1)ilia" Imid 1raitcorratic tract.

N-?-rffAYWVA. M.D. (Moskva)
~44 lvirf!t~!,:Onl~
*Clinical coprologya by I.A.Alskmeew-Berma. Raviewed by N.D.
Kikhailove. Klin. sed. 34 no.4:93-95 Ap '56. (KJAA 10-1)
(nCIS--ANALYSIS)

KIXHATWVA. N.D. (Koskya)
---.
Chi~cnic retic~o-endcthelicsim. Xlin.ued. 34 no.7:64-67 JI '56
(KlAA 9:10)
1. Is propedevtichemkoy tax-apavtichemkol kliniki (dir. - prof.
V.Kh. Vasilenko) I Nookovsk:ogo or4ena Lanina maditsinskogo
ins t i ttt ta
(MICUL4MOTHRIASE.S. case reports)

HUHAYIDVA, N.D.; MAROLDTA. B.S.
D.I. Fin1ko's *Color reaction of bileO. lab. delo 5 no.1:9-12
JeL-Ir '59. (N3BA 12:3 )
1. 1& kafedry propediavtikL vautramikh bolemay (dir. - prof. V.Kh.
Vasilenko) I Moskovskogo ordena tanina meditainalcogo instituta iment
I.M. Sechenova.
(BILE) (LIVIa-DWRABAS-DIAGNOSIS)

HINIIAUOVI, N,D.j HARGOLINA, E.S.
Reply to "Critical Remarks" of D.I.Finlko. Lab. dalo 6 no-4:31 Jl-
) (MDA 13 -.12)
Ag 160s (Btu) (FIN
I KO, D. I.

41K1 AYLOVA,-Nade-,Ld"ajtjI T4; Ft TAIN, B. F. , red.; FUGH)VA, T. I. ,
tekhn. red. -2L
(Manual for coprologicfil studies)Posobie po kopmlogicheakim
lzsledovanilam. Leningrad, Medgiz, 1962. 145 p. (41RA 16:2)
(FEC&S-ANALYSIS)

AGG NR: AT6008927 SOURCE CODE: UR/0000/65/000/000/0119/OIZ5
AUTHOR: Ambrosovich, V. D.; Bartmer, A. Ye.; Mikhaylova, N. D.
ORG- none
TITLE: Numeral display panel for teleinformation systems
SOURCE: AN SSSR. Institut elektrorrieklianiki. Avtomaticheskiye i
teleinforinatsionnyye sistemy (Automatic: and teleinformation systems). Moscow,
Izd-vo Nivuka, 1965, 119-125
TOPIC TAGS: display panel, signal proceasing, information proce:3sing, pulse
coding
ABSTRA,M A remote character-dis play system is3 briefly considered which uses
a telegraph-type pulse code and is intended for receiving, storing, and displaying
on a pant!l the information sent from a central staLion. The inforicration to trans-
initted, cover a telephone line, in case of emergency or on request from the
Card ! / 2

L ',: 18-~'- t.
ACC NR: AT6008927
display 91:ation. The system comprifies (a block diagram is shown) a control unit,
a shaping unit, a code distributor, a potential distributor. an internal -storage
unit, a lu.minous display panel, and a power-supply unit. Normally, the line is
used for two-way telephone traffic; the latter may be broken for display signal
transmis!don. Principal circuit diagraxr..s of the shaping unit and code distributor
are explained. Orig. art. has; 3 figurea.
SUB COVE- 09 / SUBM DATE- 14Jul65
Card ZI V, .1 ,

KHVIIIVITSKMA, Mariya lositiovn4. Prinimalt uchastiyes ADMIOVAp A.Y.; BO-
GrjMAWVA, V.P.; KALINIINA, Ye.1'.; LIKMITSKAYAO I.I.; MIKIRTUKOVAt
Ye.V.;-MIKHLYIM#-A-T.; NIMVROVAI, O.A.; SAWFIYEV, A.I.; SELIER,
Ye.A.; SOBOLSVA, A.V.; ULqAVOVkg L.S.; XEMSTMAt S.B.1 D,-,YBOt A,G.l
red.; KHARASH, G.A., teklm. red.
(Adjustment of the body folloiring pulmonary resection] 0 prispos(Ir.
bliaemosti organias posle reisektaii legkogo. leningrad, Goe. izd-
vo med. lit-ry Medgist 1960. 170 p. (MMA 14:9)
1. Kollektiv klinicheskogro otAlela Lenipgradskogo nauchno-isaledova.-
tellskogo instituta ekBpertivy trudosposobnosti i organizatsii truda
invalidov (for aU except..MmLlAvitskaya, Dembo, Kharash).
(MO-SURaMU)

Ivan POPOV, Iti.N., kand. tf--kiin. nauk, g2al-nyy red.1
I-IM"YLOVA, N. F, , in -- h. , red. ; -, ":--r 1. S. , karvl. te xnr- nauk,
rod.
[Criteria of ,d4.i:aate resistwice tuic~ tLII.Izate plasticity of metals.]
Kriteril pre(iellnoCo soprotiirlnniia i predellnoi plastichnosti metallov.
Ncvueibirsk, 2o p. (Nolri3lbirsk. E"iek-trotekh-nicheakil inBtitut
aviazi. Uchenye zaliski, riu.2). (I'dRA 173 10)