SCIENTIFIC ABSTRACT ALEKSANDROV, Y. M. - ALEKSANDROVA, A.V.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000100910001-9
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: March 20, 2001
• Sequence Number: 1
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

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L 157o-66 EW(m)/F_4A(h)
m /o06
ACCESSION KR: M019216 UP/0056/65/049/001/0054
25C19
08
AUTHOR: Aleksandrqv GrUshin, V. F.; V. Leykin M.
_W_ pev qjL__A1; V Y,
TITLE: Photoproduction of positive at photon energy 2110 Mev and
determination of the -yvp coupling constant
SOURCE: Zhurnal eksperiment-allnoy i teoreticheakoy fi2iki, v. 49, no. 1, 1%5)
54-65
TOPIC TAGSz pion, muon, particle production, imgular distribution, meiton inter-
action
ABSTPACT: In view of the contradictory results of earlier measurements) the authore
measured the differentira, cross section and the angular distribution for the photo-
production of v+-mesons from protons at photon energy 230 Me'v for the c.m.s. angles
O~ ~8~ 82~ go, U.61 1.3.8, 146t and IBo-. The experiment was performed in the brems-
strelilung beam of the 2.6541ev synchrotron at FIAH (ftsies Institute of the AcadetV
of Sciences). Tlie experimental set-up is illustrate4k in Fig. 1 of the Eiielosure.
Tbc apparatun and flata-procccBing -)rocedure are In &J-all. nle n+-menona
Of CPVC11 CTICI-gy WrC detected by a method Involving id~,-ntiflcatloii of We particles
f:-om their r.=,entum and range in mat-ter, using a m.-gneLic cpectrometer and a de-
tector of pion stoppivgs, comprising a plastic-scl 11 1,1110,ion-cotmter telescope can-
Card 113
L 1570-66
ACCMSIQ?i TUR. AP5019216
taining a copper absorber of fixed thickness. The charged-particle trajectories
were tTaced by the hot-wire method. Positive pions stopped in one of the countere
were reliably identified from the -n - p decay, which occurred with a characteristic
time -rA -2.55 x 10-8 sec. Momentum analysis of the particles -was performed at 0
and 180*, and at the remaining angles only the stopping detcetor was used. The mean;'
statistical accuracy was Comparison of the exper.'mental data with a cal-
culation based on dispersion relations (M. I. Adamovich et al,) Trudy FIAN Y. 34)
1965, in press) and tlie use of a suitably plotted likelihood function yielded for
the 7np constart a value (0.63 :~ 0.11)ef (e - electron charge, f -- interaction con--~
nn-- -P Vk~ 4-+.~nn+4nn nnnntunt. wpLiq 7f*n1111tJ to polirtl 0.07 � 0.11. A 1

L 157o-66'
AC-CE.SS.ION NR: -- AP5.019216'
JAI
ACC NP, AR6035425 SOURCE CODE: UlVO1,Y[16'U'IODOIC,)91'~01111012
AUTHOR: Aleksandrova, Yu. M. Aleksandrov, L. N.
TITLE: S ce phenomena in the recryintallization of metals
SOURCE: Ref. zh. Metallurglya) Abs. 9176
REF SOURCE: Sb. Poverkhnostyi. yayleniya v raoplavakh i vo?.nikayushchikh iz nikh tverd
fazakh. Vallchik, 1965, 100-107
TOPIC TAGS: metal surface,, metal recrystallization, ourfa,ze property, activation
energy, metal grain, rapt,xre strength, hardness
ABS-LMCT-. A study of recrystp-Ilization processes yields the necessary data for the
calculation of the surface., energy. In the cane of primary recrystallization, the fol-
lowing relations are used:
r
Fig. 1. Schematic diagram of experimental setup. IC lead collimators,
01.1 - clearing magnet, 140 -magnetic spectrometer, xB liquid hydrogen
A
-13 monitor ionI2,ation chambers, Tacintillat
tcxget, ",(1, 1`2-- 1 Ion
counter telescope,
ENCLOSURE: 01

ACCESSION NR: AP5018071 UR/0020/65/1631001/0050/0053
'~KotWnikov.
V. A' Aleksan&ov Yu N11 .-A sin. L*~V
AurH6R:
Dubrovin, Kis
V. Mtl D. trov. G. M.t R
Frantsesson ~'A. If.; Shakovskd~, A.' M.
TI`~',~LE: Radar observations of Venus in the SovIet Union in 1964
SOURCE: AN SSSR. Doklady,.,,r.-l63, no. .1 ,1965, 50-53
TOPIC TAGS
Venus rad Id:
-radio wave reflection' ar observation, radio emission measuiev-_~,,
ment, radar obs
erVation, radio astror-ROW
40 d
ABSTRACT: Radar observations of Venus at m were conducted betifeen 11 an 30 1
June 1964 by the Institute of Radio Engineerin I
g and Electronics of the Academy of
Sciences USSR. Frequercy modulation and periodic linear frequency modulation or
radiated. signals were employed. Paramagnetic and parametric amplifiers were used
.at* the receiver output. Signal analysis was performed by means of a 20-channel
analyzer with a filter bandwidth of 1.2 cps for each channel. The reflected
signal spectrum and measurements of the radial velocity of the motion of Venus
were deteimined on the baBis of the Doppler shift of the signal spectrum of the
central frequency in reletion to the radiation frequency. Frequency manipulation
L~A rd
L 6o859-65
ACCESSION NR: tF5018071
was effected with the radiating signal. shaped ns two alternating telegraphic pulse
Ipackets LA twq carrier frequencies differing either by 62.5 or by 2000 cps . At eaA.
frequency,pulse duration and the intervals between transmissions were 11.096 sec.
Radio wave reflection from the Venusian surface and measurements of the distance to!
Venus were effected with linear frequency modulation. Ilie results of the
measurements of the distance to Venus and of the radial velocity of its motion
are shown In Fig. 1 of Enclosure. with the vertical- sections showing rms error
values, Ahich till 23 June did not exce~_d 15 km for 5 min of observation (at a.,,.
deviation of 4 kc) and after 23 June did not 6xceed 2 km (at a deviation of 32 kc)."
Nelocity did not exceed 2.5 cm/sec. Signal propagation time
Measurement error for I
was calculated with an accuracy of 15 Psec, and Doppler frequency, with an
accuracy of �0-05 cps. The total rms error value for the initial data vas �400 km.
A tj

L - 60859-6.5
MR
i~50
fly

no

ALEKSANDROV, Yu.~.., starshiy propodavatell
Nei; ilembers. Zashch. rast. ot vred. i bol. 9 no.9:58 164.
(MIRA 17:11)
1. Novosibirskiy sellskokhc)-.yaystvenny-y ihstitut.

AlEKSANDROV, Yu.P.
There are many changes in the shop. Mash'nostroitell no-3:40 Mr 161.
(MIRA 14:3)
1. Rukovoditell'brigady ko=unistichqv)tdgo truda Mookovsk6go
avtomobillnogo zavoda imeni I.A. Likhab'bova.
(Moscow-Lutomobile industry)

ALEKSAORUV, Yu.F.
Effoot of aeroools on the Swodish fly. Zashch. rast. ot vred.
i bol. 6 no.5%63 My 161. (MIRA 15:6)
1. Pachallnik Altayskay krayevoy ekspeditaii.
(Altai Territory-Frit fliee)
(Aerosole)

ALEKSANDROIV, YU.P.
Seminar of Siberian forecasters. Zashch. rust. ot vred. i bol. 6
no.12:51 D 161. (MIRA 16--5)
1. Nachallnik Altayskoy skspeditsii po borlbe s vreditelyami, g.
Barnaul.

ALEKSANDROV. Yu.P.
Sugar beet posts in the Altai. Zashch. rast, ot vred. i bol. 7
no.3:26-27 Mr 162. (KRA 1511l)
1. Nachallnik Altayakoy krayevoy ek8ped3Lt2ii.
(Altai Territory--Sugar beets-Diseases and pests)
(DDT (Insecticide))

ALEKSANDROV, Yu.P. (Barnaul)
Forecasting service in the Altai Territory. Zashch.rast.ot vred.i
bol. 7 no.5:46-48 14Y 162. (MMA 15:21)
1. Nac,-,allnik Altayskoy ekspediteii po bor'be s vreditelyami
sel'skokhozyaystvenn7kh rasteniy.
(Altai Territory-Plants, Protection of)

ALEKSANDROV, Yu.P.; ALINOVSKIY, P.G.
Cooperation between science and production. Zashch. raBt. ot vred,
i bol. 7 no*8:4,-6 Ag'62. (MM 15;12)
1. Nachallnik Altayskoy krkvevoy ekspeditsii (for Aleksandrov).
2. Zaveduyuphchiy otdelom zashchity rasteaiy Altayokogo nauchno-,
iss'ledovatellskogo instituts sellskogo khozyaystva (for Alinovskiy).
(Altai Territory-Plants, Protection of)

ALEKSANDROV. Yu.P.; PROKOPYEV, M.A.
Biological detachment of the Altai Expedition. Zaahch. rast. ot
vred. i bol. 8 no.2:58 F 163. (MIRA 16:7)
1. Nachallrik Altayskoy ekspeditsii (for Aleksandrov). 2. Starshiy
agronorA biologichaskogo otryada pri Altayskoy ekspeditsii (for
Prokoflyev).
(Altai Territory--Insects, Injurious and beneficial--Biological control)
(Trichogramma)

ITC.- POV I v a P 0 9 ~--, I!: d, t II [it 11h - P it Dl-"~' IV ~ Yu , ", ,
p
- - I t , - .,.
.t* capa f-T gLa-,j f'~,r nixtu--a'i 'J, ff-*
bui-ldinf,s. Prom. st-ec--. 4,-" n.-0.7:13-17 165,
,
~, I i, , ,-3,
~u

-ACC NRi AP7002088 SOURb--]E-C--0---D-,-&--: -iii~-/~-j7f63-[6-&/000/012/0047/0057
'AUTHOR: Aleksand_r~M_Yu. S. (Leningrad)l Kovshell, M. N. (Leningrad);
:Sorokin, A. V. (Leningrad)
ORG: none
I
TITLE: Method for determining statistical characteristics of phase coordinates in
linear automatic control systems
SOURCE: Avtomatika i telernekhanika, no. 12, 1966, 47-57
TOPIC; TAGS: "aut'o"matic control system, automatic control R and D , statistic
A
analysis, automatic control design, witomatic control technoloGy
iABSTRACT: A method of determining mathematical expectation and cross correlation
functions of phase coordinates is act forth; the method iB applicable only to linear
automatic control systems describable by ~(I) = A(t)x(t.) + B(t)f(l), with this initial
condition: x(j) 11_0 = x0,. where x(t) is the n-dimcnsional vector of phase coordinates
(a single-colunin matrix of phase coordinates); A(t) is the square, n-th order,
Imatrix of coeffAcients that depends on random design parainetera of system k, ; with
i - 1, . .. , m; i(t) is the n-variate vector of external forces; B(t) is the diagonal
matrix of coefficieuts that depends on k,; X, is the n-variate vector of initial values
Card 1 /Z UDC: 6Z-501.IZ

ACC NR: AP7002088
of the phase coordinates. The above system of differential equations is 1jolvcd for
t r- T; and the solutions have these forms:
mathematical expectation, Af[x(T)]- liniM,jx(T)],
c ro as correlation function, K.X(TTI)*=IiMK--q(T'TI)-r
q~
The number of realizations of random vector x(T) needed for determining the
. na
mathematical expectation is: N = H. % whcre n, - number of design parameters,
qj - number of realizations of the i-th design parameter. Thus, the number of x(T)
realizations necessary for determining the mathematical expectation, in the above
method, is equal to I/q"" the number of such realizations needed in the interpolation
method and in the B. G. Dostupov method:. With a I u 10, the above method becomes
close to the Monte-Carlo meth.-:)d as far aa the required amount of calculations is
concerned. OrIg. art. has: 55 fomulas
SUB CODE: 09, 13 / SUBM. DATE; Z5Apr66 / ORIG REt: 008
AP

3/194/62/000/002/086/096
D271/D301
AUTHORS: Aleksandrov, Yu. S. and Utkin, G. M.
TITLE: An oscillator circuit with iM.Droved frequency stabili-
ty
PERIODICAL: Referativny.,y zhurnal, Avtomatika i radioelektronika,
no. 2, 1962, abstract 2-7-160a (Tr. Mosk. energ. in-ta,
1961, no. 34, 172-180)
TEXT: A variable oscillator with improved frequency stability is
studied; a polygona7. approximation of the anode current characte-
ristic is assumed and grid self-bias is taken into account. Stabi-
lity is improved by a conpensating effect of two identically built
circuits. 5 references. ~ Abstracter's note: Complete transla-
tion.-7
Card 1/1

SOMOVp G.P.; SHAPIROV M.1.1 PETROV, A.A.; ALEKSANDROV YUOVQ
Etiology and epidemiology of tick-borne typhu3 fever on the
islands and coast of the Martitime Territory. Trudy VladIEMG
no,2t45-50 162, (MIRA 180)

ACC NR-. ARG034634 SOURCE CODE: UR/0372/6d/000/007/G,)l3/G0l3
AUTHOR: Aleksandrov Yu. V.
TITLE: Analytical construction of regulators for two-channel systems with
antisymmetric cross couplings
SOURCE. Ref. zh. Kibernetika, Abs. 7G76
REF SOURCE: Tr. Kazansk. aviats. in-ta,, vyp. 87, 1965, GG-75
TOPIC TAGS: cross coupling, antisymmetric cross coupling, regulator,
regulator design, two channel system
ABSTRACT: The problem of an analytical design for A. M. Letov regulators is
,generalized for a case of a two-channel system with cross couplings. The equa-
'Lion for the system has the form d (p) xk (p) u,'
;'d(j.1-pn+j1 dpl; (p)
kppo. d. and A-
5-0
are complex numbers; x = x1 + ix2 are the controlled coordinates; u = uI+ ~u2 are
'Ehe actua' tion controls. Control u,1and u2are selected from a condition of the
functional minimum
1/2 UDC: 62-505

ACC N.R. AR6034634
E &7, (P 'X) (P" X) di +
I Necessary conditions for extreme conditions for 'he functional'I are derived. The
I
i procedure for solving the derived equations is discussed. Aa example is analyzed.
There is a bibliography of 4 items. Orig. art. has; 1 figure.
SU13 CODE: 091
card 2 12

YAGODINSKTY,, V.11.; PlUlKspyDROV, Yu.V.; KOLMOCHKA, L.A.
5-;,np2e davice for electroploresis. Lab. delo. no.2:122-123 165.
(I'MIA 18:2)

A-LEKSANDROV, Yu.V. (Sovetskaya Gavan'); KO'LOLOCHKA, L.A. (Sovetskayu Gavul);
t, I YAGOMSHY, V.N. (Sovetskaya Gavan')
Description of the male Macrochelets ouperlma flull., 1918
(Gamasoidea, Macrochelidae). Zool. zhur. 44 no.4:608-610
165. (MIRA 18:6)

ALEKSANDROV. Yu.V.; YAGODINSKIY, V.N.; APOLIDVA, L.N.
. --
A new species of mites Parholaspulus bregetovae, sp. n.
(Gamasoidea, Macrochelidae). Ent. oboz. 44 no.1:217-220
165. (14IRA 18:7)
1. 14editsinskaya sluzhba Tikliookeanskogo flota.

ALEKSANDROV, Yu.V.; KOLODOCHK.A, L.A.
A new species of mites. Farholaspulus jagodinskyi (Gamasoidea,
Macrocheliclae). Zool. zhur. 44 no-5:770-773 165.
(MIRA 18:6)
1. Meditsinskaya sluzhba Tikhookeanskogo flota.

'oiVeZARA"N V-
MR, AT6006214 SOURCE CODE: Ult/0000/65/000/000/0104/0110
AUTWIR, 1e
ksandr Yu. V.; LolkovL V. Ya.
ORG: none
TITLE: Grapho-analytic metliod.for:approximate determination of unctions
from their amplitude-phase characteristics
SOURCE: AN SSSR.j Institut avtomatiki i telemekhaniki. Teklinicheakaya Kibernetika
(Technical cybernetics). Moscow, Izd-vo Nauka, 1965, 104-110
TOPIC,TAGS: automatic control, automatic control system, transfer function determi-
nation
;.$STRACT:: A grapho-analytic method is presented for approximate determination of the"
transfer function of a complex dynamic system on the basis of its attenuation-phase
chpral,teristics. This method can be applied to linear systems of minimu*-phase as
well as of nonminimum-phase types. The transferfunction of the dynamic system is.
~taken in the form of a rational fraction form-hich corresponding attenuation and phase
characteristics (logarithmic ch,aracteris tics) A (w) and ~ (w) as functions of unknown'-,--
time parameters Ti, Tk, Tm, Ts,and parameters Cs and 4m are written. The,problem of A
determining the transfer function is reduced to determining unknown parameters on the
basis of graphs of A (w) and 4 (w). Th,t basic idea of the method consists in the de-
composition of the attenuation characteristic A (w) into characteristics of elenw,ntary~,,

ACC W AT6.0062141
dynqami-c com-ponentd-and.r,~-n-s~-t--ru'--c~ting their asymptotes. The time constants Tio'Tk,T
-1 1;- 'i
Tsare determined -on the.baris of.asymptotic attenuation characteristic of the
components.. To-determine the unknowns
Cs and Em, the system of S.+ m equations-is
derived. The sets of parameters .(TJ.' and (01 define the first approximation of the
transfer funct*ion. To obtain more exact values of parameters of the transfer function,
the method of successive approxivations is applied. An iterative procedure is pre-
sented. The method is illustrated by an example in which the transfer function was ap
proximately calculated from given attenuation and ph"~e characteristics of a certaL-1
stabled)-namic system. It is stressed that this. method makes it possible to calculate
the transfer function witbi any d?sired accuracy and can be applied to systems with
.delay components.-, Or1g..art. has:, 7. formulas.
SUB CODE: 01/ SUBM DATE: 05Nov65/ ORIG REF:~ 003/ ATD PRESS: (pol

L 34366-66 EWT0n)/EWP(0/ETI ijp(c) JD/JG
ACC W ! AT6008411 SOURCE CODE: UR/3136/65/000/957/0001/0032
AUTHOR: Aleksandrov Yu. V. ; Aleksenko Yu. N. ; Batalov, A.A. V. I
1 9 , Buynitskaya,
Kochenov7,- A. a ; mar c?MV-,W. A.
ORG 1. V. Kurchatoy (Institut atomnoy energfl)
11
TITLE: The study of the influence of the porosity of beryllium eflegtor on the now of
thermal neutrons in horizontal beams
SOURCE: Moscow. Institut atomnoy energit. Doklady, IAE-957, 1965. looledovaniye
vliyantya skvazhnosti berilliyevogo otrazhatelya na potok toplovykh netronov v gorizon
tallnykh puchkakh, 1-32
TOPIC TAGS- reactor reflector, neutron beam, neutron flux
ABSTRACT: The intensity of strong neutron fluxes (10 20-10 11 n/cm3- sec) at the exit of ex-
perimental reactor beams is In part determined by the flow of thermal neutrons at the header
of the beam and by its cross section. In turn, these depend on the properties of the reflector
Since the authors were unable to Imitate on the critical stand the active zone with the requirei
spectral composition of the neutrons, they imitated the "thermal" active zone by establishing
the appropriate distribution of the thermal neutron flux within the beryllium reflector. This
was achieved by placing a 0. 6-mm, thick cadmium filter between the active zone and the re-
flector. The present article describes the critical stand used and the methodology of the
Card 1/2

L i16878-66 (1)/FCC CV1
ACC NRt AR6ol628,j
SOURCE CODE- UR/0269/66/000/001/0027/0029
AUTTIOR: Aloknandrov. Yu. V
TITLE: ~reiiec_t?'ion by a plane semi-infinite a1moBt dispersive atmos-
phere
SOURCE: Ref. zh. Astronomiya, Abs. 1,51.237'
ItL- --z(,,TRCE: Vestn. Kharikovsk. un-tat no. 4, sor. astron., vyp. 1, 1965, 103-1(77
TOPI IC ''AGS: atmosphere, light scatterin6ilight reflection, light diffusion,
Logendre polynomial, appr_o_x_b~moH-_
ABSTRL ~'T: Approximate expression:3 are obtained for functions in terms of which the.
inten.,lity of radiation diffusely reflected from a semi-infirxite atmosphere is ex-
pressi:d. It is assumed that the scattej~ing indicatrix has the form
where r is the scattering angle; .Pn(coa Yi'Legendre polynomials. It in also assumed
that -he survival of a quantum in the presence of scattering is close to unity,
x1mations of the t of Eddington and Schwartzschild-Schuster are used. V. 1.
Zfi-aslation of ab6trac7t
SUB CODE: 20, 04, 03
~~ard UDC: 5230'035.18

L o635o-67 &?T(l) GW
- k~_AA~~13404
ACC N
SOURCE CODE: UR/0269/65/0QR/011/0060/0060
AUTHOR: Jkleksandrov, Yu. V,
G
TITLE: Determination of the optical parameters of the p12,not from observations.
near opposition
SOURCE: Ref. zh. Astronomiya, Abs, 11.51.514
REF SOURCE: Vestn. Khar1kovsk. un-ta, no. 4, 1965, ser. astron., vyp. 1. 99-102
TOPIC TAGS: planetary atmosphere, optic moasuromont, optic property, Jupiter planot
ABSTRACT: It is noted that for small values of planetary phase angle the use of i
the least squares method to determine the optical parameters of the planetary atmos-
phere and surface leads to a very poorly specified system of normal equations. A
mothod for determining the optical parameters of the planets from observations near
opposition is proposed which, in the author's opinion, allown this difficulty to be
overcome. This method is based on the use of dispersion analysis and permits find-
ing the most prol-a-ble values of the optical parameters and also the greatest number
of parameters which can be determined from the observation data. Some results of
data analysis of photographic photometry of Jupiter are presented as an example.
L. Lisina ZTranslation of abstrac-t7
3131M COM 03
Card 1/1 /A PF- UDC: 523-40

ALEKSAITDROV, Yu.Ye., kapitan 3-go ranga
Carry--ng out a maneuver. Mor. sbor. 47 no.4:58--59 AP 164',
(MIRA 18: 7)

ALEKSANDROV-DOLINIK, M., kand.yurid.nauk
Legal bases for the organization of transportation operations.
Avt.transp. 40 no.2:15-17 F 162. (KIF-~ 15:2)
(Transportation, Automotive--Laws and regulations)

AL)CMUIDROVA, A.; GLINKA, 11.
Determining the wgar content of liquid hematogen by means of a sacchari-
meter. Mias.ind.SSSR 24 no.3:87 My--Te 153. (MLRA 6:7)
1. Teningradskiy wjasokombinat. (Hematogen)
(C-n, 47 no.21:11)00 15))
-1

ME-YEROVICH, L.A.; ZELICHENKO, L.G.; ALEKSANDROVA, A.A., red.; URAZOVA,
A.N.J. tekhn. red. -
rpulse techniques) Impul'smaia tekhnika. Moskva, I?A-vo
L
"Bovetsk4e radio," 1953. 829 p. (MIRA 16:7)
(Pulse techniques (Eleetronies))
I

SIVRRS. Ark-adiy Petrovich; SUSLOV, Nikolay Aleksandrovith; AIMANDROVA,
A.A., redaktor; KGRUZKV, IT.U., tekhnicheakiy redaktc;i'."--~'
[Fundw.entnls of radar] Osnovy radiolokatsit. Moskva, lzd-vo
"Sovetakoe radio, 1956. 246 p.. (MLRA 9:5)
Ondar)

, i I-- A ,
z 1 -1 - A . 1*
-1 -.:%:o it z, . - - - -------
VAYNSHTICYN. lmov Allbartovich; AlaKSAiTLR-.---- A.A redaktor; KORUZZV, N.N.,
-
tekhnicheekty redaktoi7' - _lw-
[Slactromagnetic waves] lilektromagnitnyo volny. Moskva, Izd-vo
"Bovetskoe radio.' 1957, 580 P. (MIRA 10:9)
(Slactric waves)

GINZBURG, Tera Hoiseyevna; BELOTA, Inessa Nikoleyevna; M;RKSANDROVA.
A.A., red.; WIROT, B.V,, te;dx..-d-
.....-
(Calculation of parabolic antennae] Raschet parabolicheekikh
antenn.- Izd-vo *Sovetakoe"radio,O 1959. 249 p. (MIRA 13:2)
(Antennae (Electronics))

SHISHONOK, Nikolay Andrayevich; REPKIE, Vasiliy Fedorovi,~h,
BARVINSKIY, Leonid Llvovich; Prinimald uchavldye
LVER11F21, V.Yu.; LASTOMMIKO, Y.M.; KttM-D,.TS9-,, B.P.;
USHAKOVY I.A.; BARZILOVICH, Ye.Yu.; SMETSKIY, S.A.;
ALEKSAISTROVA, A.A.., red.; GUTCIIINA, N.Ya., red.;
13~6BIMOVAP T.M.., red.
[PriTeiples of the theory of the reliability and opera-
tion of radioclectronic apparatiml Csrovy toorii nadenh-
nosti i ekspluatatsii. radio (-I ektronnoi tekliniki. Mfoskva.,
Sovetskoe radio., 2964. 550 rj. (Mr-lA 18:2)

BERGELISON, I.G.; DADERKO, N.K.; PAROLI, N.V.; PRTUKHOV, V.11.;
ALEKSANDROVA, A.A., red.; SMUROV, B.V., tekhn. red.
(Receiving and amplifing tubes with increased reliability]
Priemno-usilitel'rWe lampy povyshennoi nadezhnosti; spravochnik.
Moskva Izd-vo "Sovetskoe radio.," 1962. 647 P. (MIRA 15-.7)
Nlectron tubes--Handbookes manuals.. etc.)

STALWOUP V.S.; KOSTENKOp A.I., muchnyy red.j ALEKSANDIUVA, A.A.,
red.; BELYAYEVA, V.V.,.tekhn. red. -
[Funaitmentals of the electronics of superhigh frequency cros-
sed-field devices) Osnovy elektroniki sverkhvysoko-chastotnykh
priborov so skreshchennymi poliami. Moskva, Sovetskoe radio,
1963. 365 P. (miRA 16.;~.'
(Microwaves) (Microwave tubes)

BkKUT, P.A.; BOLISHAKOV, I.A.,-,GERASDIOV, B.M.; KURIKSHA, A.A.;
REPIN~ V.G.; TARTAKOVSKIYV G,P., prof.; SHIROKOV, V.V.;
ALEKSANDROVA- A A red.-;--BUYAYEVA, V.V., tekhn. red.
(Problem of the statiekttoal theory of radar] Voprosy sta-
tiqticheskoi teorii radi6lokatsii. [By] P.A.Bakut i dr.
Pod obahchei red. G.P.Tartakovskogo. Moskva, Sovetskoe
radio. Vol.l. 1963. 423 P. (MIRA 160)
(Radar)

MARKOV, Vladimir Vasillyevich, ALEKSMIDROVA, A.A.,, red., OSHERUVICH,L.G.,
retae!jzent;.ULAREKOV,B.A.,rDtsenzent; ALBKSAJ'Di',UVAj~.A. red.;
0
BBLYAMA,V.V.,tekhn.rea.
(Aadio relay lines with a limited number of channels) Malo-
kanal-Inye radiorelpinye linii svia...I. Moskva, IlSovetskoe
radio," 1963. 704 P. (MIRA 17:2)

LUKOSHKIN, Anatoliy Yetrovich., 1~rinimal uchostiyo GOLUbKOV, A.P.,
inzh.; AIMSANDROVA, AL.A., red.
[Radar amplifiers witIh a wide input :3igrkq.J. range] Radiolo-
katsionnyo usilitell s bol'shim diapnzonor. vkhodnykh.sig-
nalov. Moskva, -Iovetskoe radio, 1964. 254 P.
(MILk 17: 10)

BAKUT, P.A.; 13OLIS11AKOV, I.A.; GE!!Al')llk()V, M11URS11A " A. A. ;
REPINI V.G.; TARTAYOVSKIY, G.P., S!!JROKOV, V.V.;
ALEKSANDROVA, A.A.t red.
[Problems in statistica-I rad,-r thieory] Voprosy statistiche-
skoi teorii radtolokntsii [171y) P.A.Bukut i dr. Mnskva~ So-
votskoe radio. Vol.2. 3-96". 1078 1%. (INIAA 1'2:9)

VASILIYEV, Boris Vasillyevich; KOZLUV, Boris Inatollyevichl
TKACHENKO., Leonid Grigortyevich; ALEKSANDROVA, A.A...
red.
fRa21ability and efficiency of redio-electronic devices)
Nadezhnost' i effektivnostl radioeleictrormykh ustroisty.
Moskva, Sovetalcoe radio, 1964. 367 p. (MIRA 17:12)

KATSENDOGEN, Mikhail Solomonovich; ZUBKOV, V.D., retsenzenti
WIRNOV, B.A.# retsenzent;-WK-OANDROVA, A.A., red.
[Characteristics of radar detection] Kharak-Leristiki ob-
naruzheniia. Moskvaj Sovetskoe radio, 1965. 95 P.
(MIRA 18:4)

B.'jUYE-j---C.jj, A.jI,- 'YEV-1YANIOVI, SJ.,1~ AMISANDROVA, A.A.p rel.
(Approximat-ion of nonlinear chai'ac-o-rIstics and the
spe:,Lr-a mider harmon!n action] Aproksima~siia nelinei-
y pri garmonicheskom voz- / ' I
Tiykb khat,akteristik i spektr
dsistv_"A. Moskva, Sovetsk,-.e radio, 1965. 343 p.
(,MA 1Ss8)

ALEKSANDROVA, A. G., AND POLYANSKAYA, V. A.
The Wind-Power Resources of VoronezhskPya Oblast
The purpose of the work is to clarify the veservas of wind energy
In the territory of Voronazhskaya Oblast's. The mean annual velocities
of the wind according to a number of stations in Voronezhskaya Oblast
are reduced to the altitude 24 meters of a wind gauge, and corrections
made for local conditions. "Argest number of days with strong wind
is observed in January and Febivary, the least in the summer months.
The largest nmber of days with calm is observed in summer. The presented
table of mean annual powers of an ideal wind engine, according to data of
the meterological stations of V ronezhskaya Oblast, is computed by means
of the formula N = moMl D2Xnax, in kilowatts, where D is the diame-
ter of the wheel, v is the wind veloalty, and Einax is the maximum coef-
ficiefit 3f utilization of wind energy of the ideal winAmill Emax = 0.593).
The wind velocities chosen were the mean annual velocities reduced to
height 15 meters above the surface of the earth, and corrected for local
conditions surrounding the wind gauge. A table of mean annual p%Ters of
a wind engine was canputed taking into account the frequency of whid ve-
locities from 3 to 10 metersisecond according to the fox-nula: V
1

0.000481 (D2E/n).(qn3+ "-'V?0n3-0), in kilowatts, where the v's are
the operating wind velocities from ) to 10 rmters/second, and the n's axe
the freauencies of the velocities corresponding; n designates the Sum of
the n's* If in the table of the mean annual powers of a wind engine all
the data are multiplied by 0.65 (i.e., coefficient 0-38 is used instead
of 0.593), then one obtains the power of an actual w-Ind engine. (RZhGeol,
No. 5, 1955) Tr. VoronezhSk. "n-ta, 30, 1954, 33-40--
S0: Sum. No. 744, 8 Dee 55 - Supplementar7 survey of Soviet Scientific
Abstracts (17)
2

--- - - - ____ ____ -- - - ___ __ ------ __ ___ - ____ - -
ALIKSANDROYA, A.G.; PI)LYANSXAYA, V.A.
-lis cyclIeof winds in Voronezh and adjoining (Kamensk, 3 elgorod,
and Llpetsk) prmincea. Trudy VGU 42 no.4:77-78 155. (MMA 11:6~
I (Voronezh Province-Winds)

AISKSAMMOVA, A.G.
- - m- -
Vertical atmospherio stratification during glazed frost conditions.
Tmdy GGO n0.75:78-81 157. (MIRA 110)
(Frost)

VOLGINA, X.P.; SHKUR3NA, A.M.; ALIXSANDROVA, A.G.
How methods of cultivating olf fallows affect the content of pro-
tein and the quality of gluten in wheat. Trudy Biol. inst. Zap.-
sib. fil. AN SSSR no-3:245-252 157- (KIRA 13:10)
(Tillate) (Wheat) (Gluten)

ALEKSANDROTA.-A0 G.,
-
13hotocolorimetric determination of phosphoras in vegetable
material by the use of phosphomolyl:dovanadic heteropolyacid.
Izv. Sib. otd. AN SSSR no.6.-108-~1110 162-' (MM 17?7)

SOV/ 137-58-8-16493
Translation from: Referativnyy zhurnal, Metallurgiya, 1958, Nr 8, p 37 (USSR)
AUTHORS: Aleksandrova, A.I., Oyks, G.N., Bannyy, N.P.
TITLE: ManuTTc-tu-rF_oT_5_teel From High-P Cast Iroii (Proizvodstvo
stali iz vysokofosforistogo chuguna)
PERIODICAL: Sb. Mosk. in-t stali, 1957, Vol 37, pp ZSI-304
ABSTRACT: An analysis of 120 e).perimental srneltings performed in
metallurgical furnaces employing air with 25-301o of 02. By
employing 02 the duration of the smelting process is reduced
by 81o in the case of silica-brick furnace crowns (SC) and by
3376 in the case of furnaces with basic crowns (BC); this re-
duction in time is accomplished primarily through a fore-
shortening of the melting and finishing stages. As the content
of 02 is increased from Z5 to 30%, the duration of the smelting
process dinniiiishes continuously by 6.5-10.7% (in case of SC)
and 14-30% (in the case of BC). Introduction of OZ into the
flame, increasing the amount of ore in the upper layers of
friable ingredients, smelting procedures which allow slag to
remain on the bottom of the hearth - all these measures speed
Card 1/2 up the processes of slag formation, dephosphorization, and

SOV/ 137-58-8- 16493
Manufacture of Steel From High-P Cast Iron
saturation of slag with P205; Compared with smelting operations per-
formed without oxygen in furnaces with SC's, the introduction Of 02 irto the
flarne reduced the fuel consumption in furnaces with BC's by 15-1816. Annual
output of furnaces employing 02 increased by 5% in the case of SC furnaces
and by 30.816 in the case of BC furnaces in con-iparison with BC furnaces
employing no oxygen. The production cost of steel smelted in BC furnaces
employing 02 is less by 3 rubles than the cost of regular steel. Employment
of phosphate slags will reduce the production costs by 17.6 rubles. Ad-
ditional capital expenditures connected with the employment of 02 can be re-
covered within approximately four years.
Y e. T.
1. S-Uet-1--Production 2. Furnaces--Operation 3. Cast iron--Properties
4. Ph-)sphorxis--Oxidation 5. Oxygen--Performance
Card 2/2

PROBST,Abram Yefimovich, prof.,doktor exonomichaskikh naiik,;,_-Qg�~'OYA.
.46LqaW.Jja"vna,; BRODSKIY, Viktor Borisovich,; OVSYANNIKOV'o
Yaailiy Ivanovich.; ROZENTRETER, Avenir Borisovich,-,
[Prospects for developing the production of c4.it iron in electric
furnacos in the eastern part of the U.S.S.R. (Eastern Siberia and
the Far East). Perapektivy rezvitiia vyplavki chuguna v alaktrichaskikh
pechakh na Vostoke SSSR(Vostochnsin Sibirt I Dalnii Vostok). Moskva,
Izd-vo Akad. nauk SSSR, 1958. 151 P. (MIRA 11:12)
(Far EBSt--CaBt iron)
(5iberia,Eaatarn--Csst iron)

ALEKSANDROVA, A. I., (ClandMate of "echnical '(-,enves)
11prosper.ts of Development of Electric Blast Furnace Froduction in
the Ea.-it of the USS.R. (Eas'U-~rr Siberia and the iar Last)".
for this work author received award by the Academy of Sciences of the USSR, 1)57.
Friroda, No. 2, 1258. PP. 113-114.

p
it IL
IM
SL
P ilk
o I
lip, f - m
8 J~!, r
TL
r5 0; 1"1
q !#*[!a IF ~z

ACCESSION NR: AT4010zI8 S/3056/63/000/000/0003/0013
AUTHOR:- Aleksandrova, A. K.; By*zova, N. L.; Mashkova, G. B.
TITLE: Experiments on the dissemination of precipitating con.taminants from a
point source in the lower atmosphere
SOURCE: Issledovanlye nizhnego 300-metrovogo s)oya atmosfery*. Moscow, 1963, 3-13
TOPIC TAGS: meteorology, air pollution, precipitating contaminant, point source
coatemination, lower atmosphere, turbulent diffusion
ABSTRACT: In calculating the diffusion of eitherprecipitating or weightless
contaminants in the boundary layer of the atmosphere, a phenomenon which depends
both on the properties of the contaminant particles and on the turbulence of the
air, the maximum concentration of contaminants and the distance of this point from
the source are of considerable interest. The authors therefore present the re-
sults of 53 experiments. and derive formulas for these parameters an the basis of
2 systems of calculation, assuming' either that the coefficient of vertical tur-
bulent diffusion Increases linearly with height, or that it is independent of
height. For this purpose, 4 types of atmospheric stratification were distinguish-
ed (indifferent stratification and 3 degrees of instability), and inversions were
not considered. As shown by graphs relating the height of the source to the dis-
Card 1/2

ACCESSION NR: AT4010218
tance between it and the point of maximum contaminant precipitation, as well as
the relationshipsbetween atmospheric turbulence and the maximum contaminant con-
centration or length of the containinated zone, the distance from the source to the
area of maximum contaminant density, corrected for the effect of gravity, was
propcrtional to the height of the source within each type of stratification and
within the altitude range of 25-300 meters (error of + 25%). The parameters of
horizontal diffusion were determined by the type of sfratification, whil 'e the
position and magnitude of the maximum contaminant density and the length of the
contaminated zone were determined by the ratio between the gravitationa.1 forces
and the turbulence. At relatively high turbulence, the first type of calculation
yielded better results for the maximum contaminant density, but the second type
of calculation was preferable for' determining the'length of the contaminated zone'.
at relatively low turbulence, the method of calculation was immaterial. Grig. art'.
has: 3 tables, 5 figures and 12 formulas..
ASSOCIATION: noner
SUBMITTEN. 00 DAT EACQ:--2OFeb64 ENCL: 00
SUB CODE: AS NO REF-SOV: 009 OTHER. 001
'2/2
Card

ATWO96TI, 15
003SION lv*R- 8/2937/65/0()0/000/0 5/0159
A,* K,
AUTHOR: Aleks~dndrova
:TITLr,-- A method-of investigating the dispersion of an artificia aerosol in the
surface - laypr
MUME- Izueheniye pogranichnogo sloya, atmosftry* a.300-metrovoy meteorologi-
~cheskoy bashni.. Moscow, 1963., 155-15'9~
TOPIC TAGS: meteorological towerp artificia'"'rosol' polympt4yl methacrylate-
:ABSTRACT: The 300-me-ter; meterological tower has bVen used for an experiment in-
ivolving the.propagation of admixtures in the surface layer. *The admixture used. was-!
t~ges were described
a luminescent polymethyl methacrylate powderwhose advan
An the preceding article in the monograph. A 9~ecial'Ap~~atus., illustratted and
-.described An the text., vas iised for introducing' tiie aerosol into the atm6spheve'.
The apparatus holds 10 kg of powder and can introduce it-int6 t6'atmosphere at
-Jthe rate of-6.2 to 2 kilograms per hour.. The.particles 0ere tiapped at distances
0f-15 to 20.kilom6ters from the tower. -Conclusions are dr' '"concerning the in-
of,the underlying surface on the transport.of the.admixtur43. Particles
,were trapped at 5P to 100 stations at distanced'.of 25-met6rA.'to 1 kilometer
alml-t. The processing method is described. Orig. art. haq:.-5-figures.
Ce-6442
9

ALEKSANDROVA, A.M.
New data on the mothodology of peridural antothesia in gyne-
cological surgery. Akush. i gin. no.2.z26-31163.(MIRA 16tlO)
1. Iz ginekologioheak4y kliniki (rukovoditall - prof. M.S.
Aleksandror) Moskovskogo gorodskogo ordena Trudovogo Krasnogo
Zhameni nauchno-issledovateltskogo instituta skoroy-pomoshchi
imeni 14.V.Sklifosovskogo (dir. - zasluzhennyy vrach UkrSSR
M.M.Tarasov).
(GYNECOLOGY, OPERATIVE) (SPINAL AVESTIESIA)

L FS K
HAMM 01 thO AIAU 911`91311149 In
IV. sffors of Ow guts elem"O 1. Ill. xid.. 11.16-
Hot region in *Ihfina) and In etiffinol-water migtures.
N.A.
Khm. (J. Ocu. Chcist.)* 19. 14M-15(10491~ f. C.A. 41. 0
1 .14111 4- HP.
44g.-In McOU, FtOll, And ill lum'. E !
1
I he CAMM6-n CUl`VCOf th". Ilughtisaild (tic Mac I Fille, mid
Dole glAss clectrodm ill the alk. mion im- Ifirmich it
m&%. With incirusing uint. of FtOII. file imix. movi-, to-
mote strongly alk. values. Ill the acid regiun i IlCh, ilk,
Sixil of the tlcviatk)ll Itoul linearity Itel wivil tliv puteill ial
atilt the fill Is t4wIxVA'tI ill liml Ill Ilit- alk. it-giom Thr
calliltillillijA itrve Iumw4 thimith a iiiiii,mijkli Ijfff~ fit 1,,%
Acid VANC-ii orith mclimmilij atilt, tif HIM. The 1411114'%_
ClImiseLmo i'hcj~'
litrom K - 6.31 X IW"'ill It,(). it iuCfVA~.-1. (M 1111, KIA-1
?f f(ughm Ault of Nfaclntl" atilt I fule, it) S.ij X ill
2J422 X IO-11.rciip., in Alm. McOil.
trtxlr milami, 1wrivetly umi'le in mj%t.. 4.1' .11141
McOll "ith fill), fill, 1411gr I)( R%
ItAtl(MV? -Ill itl"tVA%i1lj9 AIL'. t-0101-111, X. I'llml

01 LEEKS A N
:ki
dw d"Ifede
Aw
In"I" omd Dbkd, A"- N- S'S
A. vjwkf;L it;, IIUSL gig"
Mate VOIT.. I a
1 all-1,300-1111- at'AI'J- Itill
~rtffwlo N in r'N""11cl . I as Ill. hy
4 l1w cl~ I It illy
r 1,1,ctwu ill evil. TIK
is in no,
ht 0.111J. in , All t d'Jisen 0 its
SMWWI %" 1.1180,
'ut Willi a wn*wl . (
. . w IICI and In %4l1 , "W Ivs6ml.
-,CI in 3 -V IICI m nit VIC
Con i
vOll IU
twbav" agerled Ily 01"
t1w 9 Its R. -It lvcn N - Tlm-
Ani &w1 Its R.
cot, I the an is-

tj LF-K' S h J) R V) A. h. ivi.
r ~ 69 abn b SOMOOM
A
49.3), AMIN I u IV (11-11; AM.Nd U.30 N t 1.0 ; 4tcv.Na -
04
ol kaffQN0.01 N40.7)1 AcONS0.1 Y+ IICI
0.1 N Q JIM a 03 (2. ),, HCJ06 0.1 N (2.1
HM .2 u.4); li;i% 0.004 Al' + AcO 10% (0-3
Hs9% 0.007 + A*O 10% (-0.2): HCKN 0. N
ACO 10 I.Q. Is s9. solo.. dectrode I showed a
break
at pH X.-mod 13 a deviation from Unswity to the same
regrion. but In glacial AcOlf both electrodles showed a break
at pH - 1.3. The pDteutkb X of both electm ea varied
tinearly with the pit from 1.5 to ". wit
ApH - WA for (1) mad 58 5 for (U). "P
both dKu were applicable for pill toessufernents
that mnle. Acid hYVA, I . was absent. Titration of
mec4HAO&H With IlbNMej,AcOH In glacial AcOH with
lectrok I gave mpW establisitment of the potentials (2
I . &am Peak a 'IR "am 'he .I. of M,
M
added. N. Thon

The behavior 0( the skes 91~ctrodo 1, no"queous Oulu
V' 'a SlwW &c*tk add N. A. jejuAllt)y
"At M, Whatkor
i-w-'r-'rX A- 2.M.
-'4v C.A. 45.
It. L A[.

06mloal Abst.
Vol-
.48 No, 4
Feb. '25# 1954
Rleo~robhemivtZ7'
Vie of: due Atchydo
1-k 2111MIM IT
_4Wv an) 11. M "M_
_4 1_1 . JV63117R.,
1952 ; d. C.A. 46,'49M.-Dver a wide pH. tl~
terval, 2 electrodes were calibrated for inixts. of H30 and 0,
20, 71.9. 88-5. 93.5, and 100% RtOH by wt. A13o I elec-
trode was calibrated for HjO, As. RtOH, and abs. MeOH':
The app. b described, The electrodes were sphere shaped,
like those of Caber but one was made of the glass Used by
Hughts and the other of the glass used by Maclones and
Dole. The pH Of the ale. wins. used was measured by H
electrode and compared against a standard, OAN KCI In
the corresponding soln. Thus, activity was expressed on
hes
Ahe scale pH..i_.t. Potentiali of the electrode of Hq.
glass wereflotted against pH. Ali the curves were Amilar.
In the ml die pH range dianges were proportional, but a
min. occurred somewhere below pH 4 and a -al. somewhere
above pH 16. lit the alk. range a cause of deviation was
t lie differences of the exchange of H ion and Na ion between
glass and soln. for diffefent glass'compas. For each elec-
trode pH.-, and K (conat. of"extbange of ions In glass)
'66ed, X Increased because
were 4 etd. - As ale. content Iner
the activity was changed.. As ale. content incireased. the
straight-line portion of the curve was shortened and this
was the only limitation on the use of the glass gectrode In
nonaq. soins. In the middle pH range H did not depend
on media. When the electrode of HUIX3 lglass was used
with HO, abs. WOH.- and abs. MeOH, thi differences In
j mirves were explained by differences of phase ahd diffusion,
ips-tendals.. When the electrode of-M. and D. Zhiss was
:used with HsO and 88 5% RtOH the mtrVesi wei Identical
wKi;~ polat ;dc. had a --. at a lower - -
until PH 10, after
Point than waft bad. 25 references. HurMa r-tyede

the
WO Mimi, A cut
cf. C.A. 43. 41581d.-To del. the cf-
lect of anions on the cAlbratioil curve W lilt gla!Lq C:tctrode
in nrif1p, Inenvorrintrits were Marle wilb a 11"Shm xhum
Clertmile In all. ShIm. cif MI. 11.13m, and II'm. ITT all
arklS F ". pit cllrve~ P'j&'cd through n MITI . the TKnition of
hich -I ght ..I.- .' --If - - 1)" -- -f , J_
.."I 1~ IT: lp'l. of tht, ,11- ,1 th, 1r, -.I.
PH ov "I,,
In 111110, nt 0.4 pli I75-X)A'~ and ill IjCj nt
(1 2 r1 I ( I-2M). E vs. I.X I; (m - -ra IT I I, it I it, I
"';'()4. 11'14 '1C1 9-~IVV MiII 11 1"R ~') "~ - .111! 11 1 ' 1. -
" " i.x m HO "r" ;' ,, q- 1, 1'- .. -
-T. . 'tiraight title lij.-I v- I I. I
F ut'm IT 1'. ,, I . .1--
,,a '. Ot IIIIII at . lag!.
wit, ronclitiled thnt tbr cirm Ill Ifir $111- In arid,
rmild not in due to the rbavirr III Itir 110, :uii,itv hi th,,
-hm. )lilt rather to thr fik,lih-l fh:i! III, Ow-;, ,,
whiril un nnimi fuuMon to llir I-iimvii I I Imp I imi
Ill nri,14 0jr Occwwk ix-y(mil lilt mill nw-ItA
--77 _7
. . ...... ..

r1a wato~) &d nut 'give satblactory results;
Sb elmtx~es were u-.td satislactorily fcr eletg. thr pH In
lh.~ i-tcrval Df S-q in trjTf_.,ei 1495 4, -ell a, ir riatural
AM M05=

AULKSANDROU, A.! .
-
Frotectivo casing-support for gla?.s electrodsc. Uch.za-pa 1--HRI
71:249-251 156. 4:1.1%_,~ I C,: 9)
(Electrodes. Glass)

ALEKSANDROVA A. M. Cand Ohm Sci -- (diss) "Study of the properties of
Zlraasos ~electrodes in aoid fields and in non-aq-jeous solutions." Kharlkov, 1957.
14 pp (Min of Higher Educhtion UkSSR. Sci Res Inst of Chemistry Khartkov
Crder of Labor Red Banner State Univ im A. M. GorIkiy), 100 copies (KL,. 3-58, 95)
-6-

KRTJPSKIY, N.K.; .~T ~~AOMA,~&-M.; GOYMANI, Yu.V.
Curves of the potentiometric titration of soil suspensions in
anhydrous solvents. Pochvovedenie no. 5:106-110 My 161.
(MIU 14: 5)
Is Ukrainskiy nauchno-issledovatellskiy institut chvovedeniya.
I (soils-44mlysia) (Soil acidityr

KRUFSKIY, N.K.; ALEKSAIM110VA, A.M.; YJIIZFA.MkK, A.I.
Determination of available aluminum in soils. Pochvovedenie
no.10:93-96 0 161. (14IRA 1-4:9)
1, Vkralmkiy navchno-isslodovatellfikly inatitut pochvovedeniya
imeni A.N. Sokolovskogo.
(Soils-Aluminum content)

S/081/62/000/017/033/102
B162/B 10i
AUTHORS: Krupskiyj N. K., Aleksandrova,.A. M., Stefeenko, M. V.
TITLE; Detectign of chloride ion in muddy and colorea ground extracts
PERIODICAL: Referativnyy zhurnal. Khimiya, no. 17, 1962 132, abstract
17D86 (Poohvoledeniyag no. 2, 19621*109
bsummary in Eng~
TEXT: In order'to de~ermjne Cl- in muddy-and colored aqueous ground
extracts, the methods applied are pctentiometric titration of a solution
of the sample'('0-5 ml 2N H SO per 10 ml of sample solution) acidified
2 4
with 0.002N AgNO solution using an indicating silver chloriSe electrode
3
(Pt-vire, covered with a trixed paste of AA 0 and AgCl-(7:1) and calcined
2
at 45000); and visual mercurimettio titration vith diphenyl carbazone
as indicator in the presence of benzene. To 10 ml of the sample solution,
10 ml of water and then a few drops of 1% solution of diphenyl oarbazone
are added, neutralized with a 0.2N HNO solution (till yellow color),
3
.5 ml of benzene is added and the mixture titrated with a 0.01N Hg(NO3)
2
_Uard 1/2

KRUFSKIY, N.K.; ALEKSANDROVA, A.R.; GUBAREVA, D.N.
Determining the pH value in soils of the Ukrainian S.S.R.
Pochvovedenie no-070-78 Ap t62. (MM 15:4)
1. Ukrainskiy nauchno--issledovateliskiy institut pochvovedeniya
imeni A.N.Sokolovskogo.
(Ulcraine-Soil acidity)

VA
MPMATINN N BEKOTOPUt IFEAKNE
N FAMERHUME 3AFAEMM 2 YrAc
KA.M.P~..c.ok ACKA.eve6sapI..N KILO ......
C. A. f* OW-C-XILIMpi".
so
O-Umm Of chomistry am "Mimi wabo1w at Vol..
Fibl. by not. mom, woom Im
66 be Brommob" as above nowtiond assimpsee.

ALEKSANDROVA-, A.N., assistent
Rapid method of quantitative cliemical determinati-M Df
germanium in coal ash. Nauch. trudy MGI no.27s65-69 159.
(Coal-Analysis)
(Germanium-Ananlysis)

GORDON, S.A., starshiy nauchnyy sotrudnik; ALEKSANDROVA, A.N., assistent
Oarmanium determination in coals and their products. Nauch.
trudy MOI.no.27:71"74 939. (MIRA 14:6)
(Coal--Analysis) (Gernianium--Analysis)

ALEKSANDROVA, A.N., assistent
Effect of the rate of
coal oxygen compounds
coals and products of
no.27sI15-122 159.
(Coal
heating on the formation of 2nd type
during the low temperature oxidation of
their preparation. Nauch. trudy MGI
(MIRA 14:6)
preparation) (Oxydation)

ALEKSANDROVA, A.N., assistent,
Study of some gaseous products of the thermal decompositi-m
of coals using a triethanolamine aqueous soluti-)n. Naucb.
trudy MGI no.27:123-128 '59. (MIRA 14:6)
(Coal--Ar.alysis) (Ethan7l)

5'(2)
AUTHORS: Menkovskiy, 74..A., Aleksandrova, A. N. SOY/32-25-2-17/78
TITLE: An Accelerated Method for the Detezmination of Germanium in
the Ashes of Coal Minerals (Uskorennyy metod opredeleniya
germaniya v zole iskopayemykh ugley)
PERIODICAL: Zavodskaya Laboratoriya, 1959, Vol 25, Nr 2, p 161 (USSR)
ABSTRACT: In the method described the coal sample is fused by heating
in phosphoric acid and treated with hydrochloric acid; then
the germanium chloride which has formed is distills& off and
the germanium is determined colorimetrically with phenol
fluorone. In comparison with the analogous analysis of ores
by Strickland (Ref 1) twice as much phosphoric acid and no
nitric acid is used in the present case. Coal samples (brown
coal, types D, G, PZh, K, and.PS) were determined by the method
described and at the same time by a method in which the decom-
position was performed in a mixture of hydrofluoric acid and
sulfuric acid. A comparison (Table) of the results showed a
remarkable agretment. In the presence of larger quantities of
chlorides (more -than 10%) losses of germanium may occur in the
fusion process, as was shown by I. P. Alimarin and B. N. Ivanov-
Emin (Ref 2) in the case of the hydrofluoric acid - sulfuric
Card 1/2 acid mixture. Duration of analysis by the method described:

An Accelerated-Method for the Determination of SOV/32-25-2-17/78
. Germanium in the Ashes of Coal Minerals
1-5 hours. There are I table and 3 references, 2 of which
are Soviet.
ASSOCIATION: Moskovskiy gornyy institut im.' I. V. Stalina (moscow mining
Institute imeni I. V. Stalin)
Card 2/2

MNWiSKIY,, M.A.; AIEKSAOROVA A N
U-=:-z
Using the acid demineralization method under reducing
conditions for determining the characteristics of germanium
compounds in coals. Dokl. AN SSSR 146 no.4:868-870
0 162. (MMA 15:11)
1. Moskovskiy gornyy institut. Predstavleno, akademikom
S.I. Vollfkovichem.
(Coal) (Germanium compounds) (Pyriteal,

AUTHORS I Menlrovskiy, lt.',L; A)vksnndrova, A. 14
~TTTLEi Solection of coal ashing conditions for' germanium deterrvinatAon
'2017RCE: Znvodakeyn laboratorlyn, 4. 29 no.' .71: 13' ~97-Uo
'TOPIC TJAGS t germanium, eermanium datex-H mktion, ns inF,% coal' nshi
rgrp, isi~..ng- temper-
ature" heating rate, ab conterj, Ge
~kfkSTRACTI. TI)o behavior_of_gerjn~~ipm :durling the prpcesb,..of sbJ_ng..of,vsr1o s coal
Jn7 -__J
Shmpi-04-W-A-91, Tinve-s ti-ma- ted DAY
pma-mrs. IniEn"a 6 i.-- hC
o
-contept of o.'C6 Ue mpe
f-mineral Pdrixturva# tho.:tQUa,'M1fiit t~ 81 EM mmftng le ra-,.-p -
--iture, - Five-grom armples of-conl were
P1 med- An a furnece the tenpernttma raised at
rates of 3.5 and TO per- ndrute until a finp! tev.,pernimre'of 550C was reac*hed, at
:wm,.ch the ashing r-,-s continued vntJl co~noeted. The ash was analy2ed for perinmium,,
iand it was foimd thnt- in a brown,coal 8'rripie with .13 4IT-ash the loss -of ngerpm! vir.
iat a MC-Inerease rnte, smunted' to 2.3~. of Its oripAnal'content, whil6 at nn in-
crepse _r Itte-of C pe _7 ri-Kinfe tb6-- I
20 r gormaM um - oin trounte to 0.0%_ -On. the otber
~hnnd as h 8
I a furnnee-type -bitundnous mal With a 4 ff-'
content--lo t -(under identical
ashing..-conditi ons)_2.7%_nnd 6'7~. __r e,spe-etively-. of-Abe -)ri gi n al-- ~ervmniiim- 1e ontent.-.-- In-
cam.

ACCESSUN NRt VI 10042,V
He, to check Ahe~ effect -of Iksh on-, loheI mI-mm
VICI 730111P a-wai- ~separ~hte
-Ohvity, the
Ore floetl to- wspe
! .1 gn . p of, a non -offied fluid, the other settling. The ash content of",.
the: f lontirt, frtctions- of - tbe: sare brovm end Ibituri "Due caOl tssr.Tles anoun+ed to
S -D ng frection.!'
541 and 1-35%. respnetIvely ',n mr Irst- 26 17% , md 38.81% in the settll
Af ter ;.4shIng nt the 3.11C-mte- thelorees of germenlum armunted to 0.4'14 ard 8.44'~ in
he flosting fractions ns egpinst- 2'4-5r 'i!md 0,0 -in the settling frntions, thus
acing, emphnals on the Bind of:coal being ashed. The recormnded. procedure for tbe'~
I
P
as U rg-of--COal--s anplea -for -german
_11_5 .-S. OpPered 1nerease-
vic for v d. -rid dura-,-
empernvi o: at. a miter with a vmxAmm of 7600-FOOCO 1
bast 2 tables
of 1-5--.4 -hoursO, OrIg. art6
Iti6n
-ASSOCT ATI M t VoskovAly Institut. radi oelectroniki, I electromekhmnild,

AUKSANDROVA, Ariadna Nikolayevna,, kand. khim. nauk
(Preparation, properties, and applications of synthetic high
polymers] Poluchenie, svoistva i oblasti primenaniia sinteti-
cheskikh vysokopolimerov. Moskva,, Mosk. in-t radioelektro-
niki i gornoi elektrwekhaniki, 1962. 34 p. (MIRA 17:4)

AUT--S,UTDTRM, A. P.
Aleksandrova, A. P. - "The characteristics of psychosis caused by the ccr-bined action
of two poisons on the organism," Trudy Tsentr. in-ta psikhiatrii, VoL IV, 19419, p.
Z51-58
SO: U-4934, 29 Oct 53, (Letop43 lZhurnal Inykh Statey No. 16, 1949)
1

RAVIIN. I.G.; A~~Yl;~OVA, A.?.; IANDO. L.I.; RODIN. 1.1,
Reactions in chronic schizophrenia to polyvalent antiencepholitle
serum used for therepautic purposas [with summary In French]. Zhur.
nevre I psikh. 57 no.1:87-94 157, (KLPA 10:3)
1. Amuchno-iseledovatellskiy inatitut psikhlatrii (dir. - prof. V.M.
Banvhchikov) Ministerstya zdrivoollchranentya RMR I Institut virmoo-
logil'AHLI SSSR, Moskva.
(SCHIZOPEMIA. ther.
antiencepholitis serum. causing reaction. 1W)
(DOW13 SSRUHS. ther. use
antiencephalitis serum in schizophrenia, causing
reaction, UG)
bLilCTROINCEPHALOGRAPHY, in various dis.
antiencephalitis serum ther. In schizophrenia
causing reaction)

ALERSANDROVA, A.P.; LUXI-'~ANOVI V.S.; BMSHCHIKOV, V.M.,, prof.,, red.
[Problems in the clinical aspects,, prevention, and treatment
of hyWtension) Voprogy kliniki, profilaktiki i lecheniia
gipotonicheskoi, bOle2ni. Pod red. V.M.Banshchikova, Moskya..
zdravookbrane-niia RSFSR, 1960. 83 p. (MIRA 15:1)
(HYPOTENSION)

ALEKSANDROVAP A.P., starshiy nauchiyy sotrudnik
Characteristics of the clinical aspects and course of hypoten-
sion with mental disorders. Trudy Gos.nauch-issl.inst.psikh.
25:407-421 16li- (MIRA 15:12)
1. Klinika sosudiatykh psikhozov (zav. - prof. V.M.Banshchikov)
Gosudarstvennogo nauchno-isaledovatellskogo Instituta, psikhiatril
Ministerstva zdravookhraneniya RSFSR.
(MENTAL ILLNESS) (HYPOTENSION)

BANSHCHIKOVP V.M..,prof.; LILEKSAND'K',! A.F. kand.med.nauk; RYZHIKCYV.,G.V.
--m-A.
Effect of arterial hyl;-,jtension on the clinical picture of
cerebral atherosclerosis; a clinical observation. Trudy 1 0
.-76-84163. MIRL 16L;5
Mg 21 2
I* Wedra. poikhiatrii (zav. - prof. V.M.Banshch:Umv) 1-go
Moskovskogo ordena Lenina maditsinskogo inBtituta im8ni LM.
Seahenova jHYPOTENSION) (CEREBRAL ARTERIOSCLER031S)

ALEKSAhDROVA,_.A.P..,. kand, mad, nauk; RYZHIKOV, G.V,
Results of hemophyrin treatment of kypotension with neuropsychic
disorders. Trudy I-go MMI 25:220-228 163. (MIRA 17:12)
1. Kafedra paikhiatrii I-go Moskovskopo ordena Lenina meditsinskogo
instituta imeni I,M,Seclienova (zav. lafedroy V.M.Banshchikov).

AIEKSANDROVA, A.P.; RYZHIKOV, G.V.
Characteristicu of the clinical picture of schizophreuia with
a background of arterial hypotension; a clinical obtervatior.
Trudy 1-go M41 34:192-197 164. (MIRA 18:11)
1. Kafedra psikhiatrii (zav. - zasluzhennyy deyatell nauki
prof. V.M. Banshcbikov) 1-go Moskovskogo ordena Lenina medi-
tsinskogo instituta, imeni Sechenova.

7-7~7`!
a s j4
Brik A
`7~7-1-~~
AU
kiij -, ___
-.14-N,9
dual. M.

diva lor t~.I- LAU-
analy~)3 ar~---Sn 2SO-o ;tm-i r~j ?J;pq.4. P,

W02 k on Jh,
ibc racum ~'Iuarr ~n-l

24M MM X SOM RMOVAUM WVA700

fttWI&lT X Vg~,OyuZWgQ sove"chattlya pa spektroskayLi. 2956.
4. XZs AtawwWs spektraskoplya (Xst~ri&lo of th
6 e loth All-Vnion
)
. Val 2t Atcal
trosaopy, 195
13.91-vokogo wdv., 1958. 568 P. ( e Spectroscopy
series$ Itoz
V1019ASSkI7 stor-W. vyp.4(9)) 3,000 6OV1*2 pri nted-
50111*017a PO
WdItIon" Sponsoring 3gency: Akadadya nauk 3331.
apektraskopil.
211torl" Acards G.S. Landjoberg. Academician, (Re6p. Ad-);
I'. S. Seporent. ])motor of Physical and Mathematical ftlencets;
:j
old ,
Ath
M. F&"LLnSk1Y, Zbotor of "*Leal matical Sciences;
T.L. Fatrikant, Doctor of FhYsIzal and xathematical sciences;
T.G. Xbrits)dr, CarALdate of Tecitalcal Sclftnc*~$ S-X- ft7sklY,
Candidate or "icai and Technical Sciences; ". Xilmovskaya,
Candidate r ftyaloal and Mathematical Sciences; V.S. MlI7*n0huk
a
(Deceased , Doctor of "Leal and Xathmatical Sciences; A.Te.
G'Mtbft"=, Doctor Of FhYSIGal and MAtheMAtICAL Sciences;
Oaser, Toch. Id.s T.Y. Saranyuk. ................. ...
t This book Is intended for scientists and reseurchors in
the fl 24 of spectradoopyo as well as for technical personnel
'_q =trm analysis in various Industries.
COWMAM This volume contains 177 scientific and technical studies
Of stands ap"trography presented at the 20th All-Union COrLfer-
nos an Speotroscop,7 In 1956. The studies were carried out by

rs of salentIrle and technical Institute$ and Include
=
extensive bibliographies of Soviet; and other sources. The
stuliss cover many phases of spectroscopyt spectra Of rare earths#
el4patrcmwWM~tio radiation, phys ,coehemlc&2 methods for controlling
uranIum pradwtIon, ph7slas and technology of gas discharge,
Optics and spectroscopy, abnormal dispersion In metal vapors,
*P*Otro~OOPY and the combustion theory, spectrum analysis of or*$
Sad Minerals. Photographic methods rar quantitative spectrum
snalYSIN Of metals and alloys, spectral determination of the
-hydrogen content of metals by means of Isotopes, tables. and
atlases of spectral lines, spark spectrographic analysis,
statistical study or variation in the parameters of calibration
survesp determInatlon of traces of metals, spectrum analysis in
talluraY, theratachemixtry In metallurgy, and principles and
-
:
bloe Of spoctrachagical analysis.
Pr:
Card 2/32
mataria" or %he 10%b All-Union Conference (coat.)
Sventitakly, X.3., K.A. 3ukhonkao O.B. Pal'kova, F.P. Giaoncv~
_
K.l. TNL&nov, and M.S.
Mpotov. SpectMm Analysis of
Titanium. X017bdeuum, arA-nelr Alloys for Nitrogen,
Hydrogen, and Qx;ygen 225
,&3_ Y*.X. Vorontsov, and S.S. Rialyand.
rA
Alakeglif
t
a
0;
4
ta so Ganerata~*
Mdelya, Ye.S. 3c&o Aspects of the Rntr7 of Smaple Components
_
ZntO the Discharge With Spark Kxcitation Of Spectra 233
W6176, TS.S. %azure or the 3tr4cture arrect in spectrum
Analysis of Petal Alloys 242
GrIk1t, X.A. Mechanism of the Jtntr7 of the Sample Component
Mato the Analytic Oap and Xothads for 911manstIng Allay
Str%wture 11frect on the Results of SpeetrLan Analysis 244
cam 15/31

AMMMOVA, A.S.; VORONTSOV, Te.l.; RI14LTA14D, S.S.
Using a pulse generator. Fiz.abor. no.4:231-238 '58.
(WA 12 -.5)
(Illectric discharges) (Spectrwe analysis)

ALEKSANDROVA, Ariadna Timofeyevria; BRODSKIY, S.I.; SAZHIN, I.I.;
V.A., inzh., red.; FRIDKI21, L.M.,
tekbn. red.
I
[Technical::equipment for the manufacture of electric vacuum
devices] Tekbnologicheskoe oborudovanie elektrovakuu=ogo pro-
izvodstva. 14oskvaj Gosenergoizdatj 1962. 300 p.
(IURA 15:6)
(Electronic industries-Equipment and supplies)

M-14017342 BOOK EXPLOITATION S/
_4 Timofep-vna; Brodskiyj Solonon Isayakovich.-, Sazhin Ivan
.!j9j%s an dro ya,,_P~
Ivanovich; Shchirenko., GeorgiV Nikolayevich
3quipment for working high-melting metals in the manufacture of electron vacum
devices (Oborudovaniye dlya obrabot'Xi tugoplavkikh matallov v eleotrovakuumnom
proizvodstva)., Moscow., Gosenergoizdat.. 1963, 79 p., illus.j, biblio. 9.,000
copies printed.
TOPIC TAGS: high-me-Iting metal, electron vacuum device, machining, tungsten powder,
molybdenum powder,, wire., rolling, laminating,, ele6tron-beam. melting
PURPOSE AND COVERAGE: T-nis booklet describes the equipment for chemical and ther-
mal treaimen and machining refractory metals used in the manufacture of electron
vacuum devices. The book ic intended as a text for the section of the course
"Mechanical Equipment in the Manufacture of Electron Vacuum Devices* on equipment,
It can also serve as a text for students in similar specialties and can be useful
to engineers, technicians,, and workers engaged in the prodaction of refractory
metals@
TABLE OF CONTENTS [abridged):
Card 1/2

AH4017342
Foreword 3
introdaction - - 5
Ch. I. Equipment for obtaining metallic tungsten and molybdenum powders
Ch. IL Equipment for obtaining compact tungsten and molybdenum - - 13
Ch. III. Equipment for making tungsten and molybdenum wire - - 20
Ch. IV Equipment for rolling very 'thin strip and laminating wire 53
Ch. V. Equipment for obtaining especially puro rofraotory metals 73
SUB CODEt ML SUBMITTED: 10 Jul 63
OTHERs 000 DATE ACQ: 13 mar 64
Card 2/2
NR REP SOVs M6

AT.r"AMROVA, A.V.
Biology of Soopolia tauptimi Kaxim. Bot. zhur. 45 no.11:1667-2672
N 160. (MM 13:11)
1. Zatanicheskiy institut imeni V.L.Komarova AkademU nauk SSSR,
Ieningrad.
(Xontroma Pr'ovince--Scopolia) (Alkaloida)

ALEKSANDROVA, A. V.
Cand "led Sci
Dissertation: "Comparative Evaluation of Various X-Ray Plethods for
Examination of Lungs After Thoracoplastic Operation in the Cast of
Tuberculosis."
21 June 49
Central Inst for the Advanced Training of Physicians
P0 VScheryaya Moskva
Sum 71