SCIENTIFIC ABSTRACT ZHUKOVA, L.I. - ZHUKOVA, N.A.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R002065010003-4
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: July 16, 2001
• Sequence Number: 3
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

H "IM 11 INTIM It ~11'!i IM qV H lit

USSR/Zooparasitology. Ticks and Insects--Vectors of G
Causative Agents of Diseases
-Abs LTovr Ref Zhur-Biol., No 13, 19582 57944 f
Author ;Andreyev K. P., Zhukova L. I., Anishchenko Ai'K6
Inst :All-Union Scienti ic Researen Institute of
Veterinary Sanitation and Batoparasitology
Title :Data on Parv.sidity of the Gadfly and other pa-
rasitic Inscots in Horses
Orig Pub, Tr. Vsec. n.-i vet..sanitarii i:ektoparazitols,
1957, 11, 221-235
Abstract Results of the studies of the-effect of-attaoks
by gadflies, mosquitos, gnats,,lice, and mites
on horses inthe Gavrilovo-Posadskiy.and Kine-
shemskiy Rayons, I,~anovskaya Oblast, A method
whereby the sanguinorous insects were collected
in hoppers suspened on horses was used for the
Oard 1/2
10

,USSR/Zooparasitolog,v. Ticks and Ins4ets--Vectors,of
Causative Agents of Diseases
Abs Jour Ref.Zhur-Biol., No 13, 1958t 57944
Abstract first time, A method was developed of counting
the insects at the time they began their srAngui-
vorous activity. Names of species occurring in
large number are-giveh. The quantitative corre-
lation of the insects components is clarified'.
The dynamics of-the intensity of their attack'
and their localization on the horse's body
during the sanguisuction were studied.
Card 2/2

p :,11:11 ... I.: ],.,. ! .,-j
~-", I

2zr.umm=
ZHMYA. L. I.
Method for a lAboratory toot ofropellente againat,hoden parmal-
catus ticks. Ked.parazj paras.bol. 37 no.5s621-622 B-0 159.
(MIRA 13:4)
1. Xx outomologichatikogo otdala Iustituta maditsine,koy parasitologit
i tropichookoy maditainy imeni Te,l. Nartalnovakego Iftniateretva xdra-
vcokhranonlya BSR (4tirektor Instit-ata, prof. P.O. Sergim, zavsdVu-
shchiy otdolom - prof' V.I. Meklemishev).
(rN=CT S)
(TICKS)

i:o:,llpl!llr9.l 9; 191m, I-- ~-., 111 ~11 ".1 11 .1 1 ~5. T

AIb=OrEVA, V. V.; BATAYEV, P. S.; STAVROVSKAYA, V. I.; AKSEMKO, G. R.;
BEZZUBOVA, V. P.; VOROB'YRVA,, Z, G.; GLADKIKH., V. F~j ZHUKOVA L I.;
ZVYEVA, N. K.; KDROGODINA, Yu. V.1, KLIMOVAO L.~ P.; KRYD~;;,- ~-S-09
MASLOV, A. V.-,.PEYKPM, A.*E.; SADOVSKAYA, G. Yu.; SMUSKAYA, V. H.;
SOLOVE11 V. Ya.; TURCHINS, M. Yo.; MIAMRAY, A. P.; SHIprTSINA, 11. K.;
SHINKLMCH, M. A.
Field trials of new repellents. Med. parns, i pariz. bol. no-4:
457-464 '61. (MIRA 14:12)
1. Iz entomologicheskogo otdela i. otdela.sinteticheskikh preparotov
Instituta meditsinskoy paratitologii i tropicheskoymeditsirq~imeni
Ye. I. Martsinovskogo Ministerstva zdravookbraneniya SSSR Wir.
instituta - prof. P. G. Sergiyev, zav. otdelami prof. V. U..
Beklemishev i prof. V. I, Stavr.ovskaya)
(INSECT BAITS AND RMMJMTS)

~ 1 .1 1 '1 lf~li .!Illl- 11: il"ll- I'li 11,11 1.. .. " - -. . I - - . - . - , .. . I

VLADIMOV, L.V.; SHULfOINA, M.N.; VASILEVSKArA,,L.S.; ROZAKOVA, N.A.;:
PLETYUSHKIN, A.A.; ZERaPYA, L K j BABINA9 M,D.
Exchange of experience. Zav.1ab. 28 no.5i548-549 162,
(MIRA 15:6)
T
1. Nauchnyy institut, o udobreniyam i insektofungisidam (for
Vladimirov Shullgina5. 2. Gosudarstvennyylnau,,.hno-is.,,,IedovatelI .skiy
i proyekt;;v institut redkometall-tcheskoy pr~omyshlennosti(for
Vasilevskaya, Rozanova). 3. Institut metallurgii,imeni A. A.''
Bakova (for Pletyushkin, Zhukova). 4. Institut.gigiyeny i
profzabolovaniy ANN SSSR (for Babina).
(Metals-Analysis) (Water--Purificatlon)'

137-58-4-6971
Translation from: Referat ivnyy zhurnal, Metallurgiya, 19 58, Ne 4, p 9,3 (USSR)
AUT HORS: Petrov, D.A.
TITLE: The Manufacture of Pure Silicon by Zinc Reduction of Silicon
Chloride (Polucheniye chistogo kremniya metodom vos.stanov-
leniya khloristogo kremniya tsinkom)
PERIODICAL: V sb. : Vopr. metalturgii i fiz. polLiprovodnikov, Moscow,
AN SSSR, 1957, pp 18-23
~ABSTRACT: The reduction of SiC14
by Zn vapors wits performed in 2'types
of apparatus. One variant of the apparatus consisted of an in-
clined quartz reaction tube containing.the Zn, to which the SiCl
4
was brought by H2 as carriergas. The reaction tube was heated
to 950-1050'DC. -in an improved apparatus, SiCl was introduced
4
fromlvaporizer heated to appx. 600 (no carrier gas was necessary)
and Zn from another vaporizer heated to 11000 both into, a hori-
zontal quartz tube. The lead tubes from the Zn vaporizer to the
reaction chamber were also heated (950-9800), as was the funnel
used to pour the Zn into the vaporizer (5000) and the c0 .ilthrough
Card 1/2 which the SiCl 4 vapors passed (650-7000). Ground connection5

137-58-4-6971
The Manufacture of Pure Silicon by Zinc Reduction of Silicon Chloride
were made between the.vario,us components. Ts. V.' grade zinc (99. 199 per-
cent Zn) and technical SiC14 purified by distillation in a quartz fractionating
column (middle fraction) were used for the experiments. , Spectrographic a-
nalysis indicated that fractional distillation diminished the Ca. Mg, Cu,arid B
contents by one order of magnitude, and,~th,at.i.t.rzduced the Fe and Ti.conteni
below the sensitivity threshold of the analysis. T~e, first apparatus made it
possible to obtain crystalline Si, single crystals of which, extracted by Cho-
khral'skiy's method, showed a-resistivLty q of tip to I ohm/cm. 'treatment
of the -powder with a mixtu,re of HF and HZS04 before 14C1 smelting raised the
to 3 ohm/cm. Single c rystals grown irorn the powder obtalned in the sec-
of up to 10 ohm/cm and more.
ond apparatus reve.ale'd
Yu.-Sh.
1. Silicon--Production 2. Silicon chloride--Reduction--.Applications
Gard 2/2

EV, I )/EWT (m)/r/EWP (t)/ETI IJP(c) AT/JD -
Ait6ft6572
ACC NRs
SOURCE CODZ*.~ 0
(66T~o WMWM4
AUTHOR: Polikanov, Yu. V.; G. F. Mukova, L. M4
~ORG: none
Radiative recombination n the bpace-charga: ivej `~ of a T'p-n Junction
SOURCE: Fizika,tverdo*go tejA-.0- v*,8j, ~no~ 6p~ IS". lq);6.1,C)5)0
TOPIC TAGS: ~silicowcarbide., ~.radlatjve ~rcc'ombinationp ph'~Junctionp space chargep
forbidden band semiconductor carrier, elec Ition,trapping
ANG1TRACT: - The authors extend the theory of Sahy Noyce, I a.Lfid Shockley (Proc., nE v.
45, 1228, 3.957) p which explains.:the* pr6perti6s'of p-n Junctions 4n materials with
lariSe width of.the forbidden band and.low effective lifetime of nonequilibrium.car-
Tiers.* to, include the case ofrecombination in the space-charge layer in the presence
,of several recombination channels. Expressions are obtained for,the current: density
through the junction In terms of the densities through the Individual recombination
traps. This theory was checked by testing the volt-ampere characteriatIcs and the
dependence of the capacitance on the voltage of epitaxial diffusion p-n junctions
produced in silicon carbide'. Capacitance tests have shown that the wjdtb of the
junction was (I - 5) x 10-5 cm at V = 0, and the contact potentlea Vas 2.4 2.5 ev.
The dependence of the radiation, intensity on the temperature and Ion the turrent was
measured and compared with the calculations based on the theory. The agreement be-
tween theory and experiment vas catisfactory, and. the therml activation eneirgy Of

YLASOTA, Antonina Alskeendrovi2a; DRUGALRYA. Zinaids Samtilavns:
Larissa ~Kikho~ylovxuq GOLUBETA. K.A., insh., retsen-
.~k
i:ant;IK4ASiLZ8IrT'.. .~ aeg iu orezv retionsent; ZOKOT, P.A., kand.
ekon.nBuk, red.; SMFINOTICH, B.Y., red. vypuska-, 39LYAKOY,
Hiff., red.; ROZFjMM. I.Aotr kond*akon.nauko red..; SHIMTS-
I'LlY, Ye.K., k6nd.okon.nauki red.; SUSTAYOT, M.I.. inah.0 red.;
WGIIii.N.A., tekhn.red.
[How to increase labor productivity] Kok povysiO proizvodi-
tellnost' truda. Moskva, Kashgiz, 1960, 37 p. (Biblioteka
imbochego mashinostroitelia: Seriia *Os.novy konkrataoi ekono-
miki, 'I no. 6) (MIRA 14:5)
-(Machinery industry--Labor productivity)

GORYACHEVA, R.I.; ZBUKOVA, L.M. PJESMEYANOV, A.N., akadenik, glav.
red.; TOPtHlv.EV, A.V.p ukademik, zam. glav. red.;-ISAKOVAO
O.V., otv. red.; LIKHTENSHTEYN' Ye.S., otv. red.; SMKOV,
V.I., otv. red.SHMURBAKOV, V.K., red.izd-val DOiOKHINA,
I.N., tekhn. red.
'Nikolai Ivanovigh Vavilov, Vstup.~,statlia P.A.Baran.ova,
Bibliografiia sots. R.I.Goriachevoi i L.M.Zhulcovol. . Mo-
skva, lzd-vo Akad.nauk SSSR, 1962. 88 p. (Materialy k bib-
liografii uchenykh SSSR. Seriia biologicheakikh nankp no.6)
(miak 16:6)
1. Akademiya nauk SSSR. 2. Chlen4orrespondent AN SSSR (fw
Shunkov).
(Bibliography-Vavilov) Nikolai Ivenovich, 18V-1943)..

(Yactor.v management)

': -- .., I 'I L~7-1
~ I z , - M f~ -, -1 1 J_ A
rL,

~Ffltlf
I 1 11 1V- I -
141111 a
t4
HIP
Ig
1 .82 Be
tie
T it
Ir
5s,
F. .
11~9114
rl 93
It
14

S/035/60/000/007/00 31018
AOO1/AO01,
111'Anslation from- Referativnyy zhurnal, Astronomiya i Oeodeziya, 196o, No,~ 7P
P. 34 6151
Zhukova, L.N.
AUTHOR:
-TITLE: observations of Star Twinkling With the ACW~5 (ASI-5) Telescope at
Pulkovo
PoVeshchaniya po issled mdr-tsaniya zvezd 1958 Moscow-Lenin-
PERIODICAL. Tr, 0 P U. - I
qad AN SSSR, 1959, pp. l1b_l2_3_'_UisCus. 1bl-181r.
TEXT: In 1956-1958 Photoele'atria and spectral Iobservations Iof star twinkl
ing were carried out at Pulkovo by means of a 250-mm telescope witha slitless
spectrograph. Observations in monochromatic light were madeat the slit width'of
o.4 mm placed in the spectrolgraph focal plane, and in integrated light by means,
of moAnting a plane mirror in front of-the spectrograph prism. The root-mean-
square amplitude IT and maximum amplitude of twinkling were! eatimated, For this
purpose, a special device was used in the oscillograph.in addition to the records
of twinkling. This device made it possible to determine the 6' value directly.
Spectral photographic observations were reduced to obtaining -the traces of'3tellar
Ca:rd 1/2

S/035/60/000/bO7/003,,A) 18
A0OI/A001
Observations of Star Twinkling With the ACV,5 (ASI-5) Telescope at Pulkovo
spectra at a atopped clock0ork. 'The resolving power of a trace'for a star, near,
the equator, is /-.,ji/4 sec.~ The law of twinkling amplitude variixtion with zenith
distance was determined: C. b.l~ x secZ, at the input objpctive~aperture D=65 MM
and 15~-O,)10 (secZ)1,3 at D--2_90 mm. These values oflexponents of secZ agreewell
with the theoretical ones. 11'rhe twinkling amplitude at the zenith increases
approximately twice at theltransition from D-250 = to D-65 mm. *The twinkling
amplitude decrease, observed in integrated light at zenith;dIstances Z > 6701is
explained by chromatic twinkling. The amplitude of luminosity changes In the
region X;L 5aOO - 700 is equal, ~ according to photometric data of Arace measure-
ments, to O~~. The investigation of spectral tracesand spectra, recorded
photoelectrically by a consecutive recording'of various spectral regions, has
shown that at z < 650) chromatic twinkling does not affect the energy distribution
in the stellar continuous spectrum, distortion being great~only at Z > 750, 'There
are 7 references.
A.N. Demidova
Translator's note: This is the full translation of the original-Russian abstract.
Card 2/2

30)
AUTHOR: Zhukova L.N. 30V/33-36-3 24/29
TITLE: On the Chromatio Scintillations
PERIODICAM Astronomio'heskiy zhurnal,1959,Vol 36,11r 39PP.548 9~
-54
ABSTRAM For the itwestigation ot~the ahromatic,ucintillations~thd,
spectral trails of stars!were photographedrin Pulkov6'Jn March
1956 with a 250 mm reflector. The photometric measurlemlenfs were
carried out in the region;kk 5800 - 3800 1., The measurements
showed that the'a'mplitudes of the oscillations of theibri7ghtness
M m no
are 0 a3 -,0., T because of scintillations. For z;~,st5'
correlation between the changes of the brightness i&different
regions of the spectrum for AX 200 -,~IOC-o 9 was found. The
author mentions a former paper of G.A. T,ikhov,'f-Ref i_7.
There are 2 figuresp and-2 references# 1 of whioh is $oviett
and I American.
ASSOCIATION;Glavnaya ast'ronimicheskaya, observatoriya Akademii nauk SS!3R
(Main :Astronomic-C- Observatory of the AS USSR)
SUBMITTED: July 7P 1958
Card 1/1

30)
AUTHORS3 Tatarskiy,_ V., I.-, Zhukova, L. N. i SOV/20-124-3-20/67
TITLE: On the.Chromatic Scintillation of Stars (0 khromatiAeskom
mertsaniizvezd)
PERIODICAL: Doklady Akademii nauk SSSR, 1959, Vol 124, Nr 3, PP 567-570
(USSR)
ABSTRACT; The present papercalculates chromatic scintillation~ori the
basis of the wave equation and the representations bf.the
theory.of-local 18otropic-turbulence., Because of the~weak
dispersion of the-atmosphere, rays of different color's are
also diffracted differently. The layers near the surface,of the
earth exercise no essential influence on -the scintillation of
stars, but the higher layers do. The-thick ness of the-layer .
reeponsible for the scintillation of~'stars may be estimated aa
amounting to 10 to 15 km,'in which case the'upper part of the
layer plays the main role. For calculating chromatic,'
scintillation it is sufficient to calculate the coefficient of
the correlation between the fluctuations of the amplitude in
such an idealized case in which two plane 'monochromatic

Card 1/'
(with the wave lengths and propagate in one
waves ~)

On the Chromatic Scintillation of Stars SOV/.1.10-124-3-20/67
direction through the atmosphere without, diffraction. The
points of observation in the plane which. is vertical to, the
rays haird the distance f)(AX, 0). Here 0. denotes t he zenith
distance of the light wave. The whole investigation is based on
2
the equation 2ik-- _+ 2 k n 0, which
+ + Xv Yt Z
C" . I
Z. j x
describes the perturbations of the amplitude A and of the
phase 5 of a monochromatic wave.propagating along,the x-axis.
Here it holds that
Re lnA SM X , IM S is k = 2, ri-,~
nj(x, Y, Z) I denotes the fluctuations ofI .the refradtion.index.
Conditions for the validity of equations are writte A down. The
above-mentioned equation can be solved by spectral decompositicns
of the random fields n, (X, Y, Z) a-ridjr(x, y9 Z). In this way
the pro'olem. may be,reduced also to,an ordinary differential
equatioa. . The. course of the computation I a followed step by
step. Next, the coefficient of the correlation R (6 ;61 19
between the fluctuations of the logarithm of the amplitude
Card 2/3 for the waves of the lengths 1 and 2 1is determined, A

On the Chromatic Scintillation of Stars SOV/20-124-3-20/67
diagram sh,o-N6 tIhe val ues of R (A X, for different The
experimental data agrehe satisfac-torily With.the theoretical
curves. By the chromatic s,.Antillation it'is possible tc expLain
also the well-known fact that the intensity of scintillation
(which is observed in integral light when telescopes of
sufficiently.small diameter (6-7 cm) are used), decreases with
increasing zeitith cLititance at > 600. There are 2 figures
and 10 referonces, 8 of w1lich are Soviet.
ASSOCIATION: Institut f iziki atmosf ery AkacL-imii .~nauk ;SSSR (Institute for
Sciences? USS
Atmosphere Physics of.the AcadejV of e
Glavnaya astronomicheskaya obserraforiya' Akademii ~auk~SSSR
-f the A ademy of Sciences,
(Main Astronomical Observatory o 0
USSR)
PRESENTEDt October 1958 by VS; G. Fesenkov i: Academician
SUBMITTED: October 3, 1958
Card 3/3,

I I I. t- I :: I I -- - - I I - I I III I I I I ?I illf .TI 1 11 11 1111 .; I ;1: !~i-N, 1: ` I
- - - - -- -- - - - - - -- .- -
a a-'szm!Aql
,2 lk . I . I . i :R I I :'.

6?
rM86
-go 304 5-59-9-7061:
,3. A5
Translation from: Referativrin, zhurnall, Astronomiya i Geodeziya, 1959, Nr % ~p 29 (USSR)
AUTHOR: 17
tiukova, L.N.
,TITLE: The Registration of the Twinkling of Stars by the Photoalectrio:Method
PERIODICAL: Izv. 01'. astron. obserr. v Pulkove 8, Vol ai Mr 3, r-p 72 ~-'87
195
(Engl. r6sum6)
AMTRACT: In 1954 observations of the twnlaing of stars ive;-) started at tile Pulkol.10.
Observatory with the aid of a 250 mm reflept6~l'i,,Ith~a~photoel4,atjrio!.phot,o-
meter.- There is, a short description of the apparat". used ior~ bbservatioW.. -
the'method used for processing and some resulto (grtl hs and t4bles)'of ob-
p
servations. The continuous variations of'the lumin6sity of a star on
account of the tqinklings*arising fr orn the atmospheric turbulen.ee, were
recorded on a cinema film by a N-10 ~ type. loop oscillograph. Durillig p--o-
cessing the number of the maxima of luminosity per 'second was measured.
From the same oscillograms the maximum and root-mean-square aifiplitudes of the
fluctuations of luminosity were measured. The varihtl ons of th.9se par ameters
were correlated with the zenith distance of the star z under various meteoro-
Card 1/2 logical conditions (velocities of the wind and the gradient of the,temperature)

69856.
SOV/35-59-9-.706-7
Me Registration of the Twinkling of Stars by the Photoelectric 1116tht'A
'The law of thet increase in the amplitude of twinklings wit-h1increased zenit-h /jIstance is
expressed in the form: A - A socd,.s (where, M-1.3 1.41or tbe antranceaparture of
A,
the operating telescope, ~50 m-ioi) . The fMotiozi of the distribution of intersl~y IfluO.Ufl-
tions was calaxilated, which can be oxpressed by the Oaussiat logarithmic law,- Dur~ng
observations of chromatic twinklings, it was found that for z: > 500 the re3ord--Ings of the
6scillograms do not correlate in blue and red rays. The measurecent'of the .:7pectr6,-he-,to-
metric gradients of stars by the awne photoolootrlo mathod, twit with. differentt time
constants of the apparatus (XS 0.01 3 sea,) has shown thatithe twinklirgs do not'add any
considerable errors into the results of the measurements.
N#F. Kuprevich
Card 2/2

'7 Y,K4 Vfi
MELINILOV, O.A., prof., C;v,red,; CBUKHOV, A.M., red.; KOLGIMISKIT,
I.G., kand,fiz.-matonsukoredi KUCHHROV, N.I., ~mndsfiz,-mat,
nauk, red.; BYS,MOVA, I-I.V.# kand.fiz.-mat.nmikj' red&;
KAT-TISTRATOVA, H.A., red.; ZEMOVA, L.N., red.; Wfl=', MOT8.0
+ekhn.rad.
(Transactions of the Conference on the Study of the Scintillation
of Stara] Truky Soveahchanlia po ionlodovaniiii nertasniis ivezdo
Moscow, Izd-rvo Akad.nauk SISM. 1959. 263 P. (MIRA 13:1)
1. Soveshchaniyo p0 iseledovaniyu mertmaniya zvazd. Moscow,
1958. 2. Chlen-korreapondent AN SSSR (for Obukhov).
(Stara-.-Scintillation--Congresses)

. . ........ - ------
ACCESSION NR: AT4012203 8/2797 /63/023 /002/0072/0075
AUTHOM Mallnikov, OfA.; Kuprevich, N.V..; Zhukova, L.M&
TITLE: Photoelectric photometry of theK and H Call lines in the spectra of the
full solar disk and its central regiozi
SOURCE; Pulkovo. Astron. observ. Irventiyo, v. 23i no. 2(173), 1963j 72-75
TOPIC TAGS: astronomy, photoelectric photometry,,phatome,try, solar disk, solar
spectrum, solar telescope
ABSTRACT: In order to study the solar disk, an automatic diffraction spectro--;
graph was mounted on a horisontal solar telescope. The.surface of the dif.-
fraction grating was 80 x 70 mm, 600 lines per mm. For the collimator, a camera
was used with a 200 mm spherical mirror and for recordingj, a polished osdillo-
graph. The speed of the movie film was 20 mm/sec. The three successive r'ecord-
ings which were mad6lwere all similar. Theoretical line profiles were computed,
using precise formulas. In the central parts of the K line, agreement was found
for the number of a~o'ms irom-1.0 to"2.5 - 1018 per gram~6f solar matter. Central
residual intensities, in particular of the X line, indicate that E.-,dO.022 is
independent of the calcium atom abundance,,, A comparison of Me K Call line pro-
Cardjl/2

ACCESSION NR: AT401?203
filei' in the total ffux' with the.center'part of the solar.disk indicates'that
lines average,a over them disk are broader in the wihgs and'narrower in the can-,
tral,part of the disk., This coriresponAs.to the profile variations of a givan
line in the! entire solar disk.. '17his problem is of great' importance in the com--
parison of line profilea in the isun and G2V type stars. *Orig. art. has: 5 fig-
ures, I table and 2 formulas.
ASSOCIATION: Clav"ya astronomicheakaya obnervatoriya A11'!SSSK,.Pulkovo (Main
Astronomical i)bservatory AN SSSk)
SUBMITTED: 01). DATE ACQt 27Feb64 ENCL: 00
SUB CODE: AA OMER: 003
NO REF SOV. 002
Card 2/2

L 2~~327-65
TIM(I)l/rM fit H ii
ail

A C`-

A17HnT, Tf

L 25327--65
ACCESSION Nit: AT5003867
I. c
b
x
W v f 1 4 i, jiI frill-

-lmo(a-ij -44ipm-ital-tAtion ud mtp"It"ttil to Ti lll'~ 1:01L-
uxes ard I N ble.
IF I
,
Nj V
f rM, eY
MR AA
t" f l

MQ
t", rv-7-! mo, -rirt tri

-------------
ACC NRs AP6015206 SOURCE CODEt UR/041 V65 001 16
it jejei!p~LYt. A. 1 Crinhankova, Ye. L.; Golovlovq Ye
_d
L!j orokh V, Ve;
!OHG: Institute of Microbiologyo Academy of Sciences SSSR' 14080010 (Inatitut r
mikrobiol~~e-fi--Vm-Toiar-n-a~~c-SSSR)
TITIS: A study of the mioroflora of sewage of petrolciun refineries
SOURCEs Frikladnaya bickbimiya i. m1krobiologiyal v. it ho- 2, 1065, 163-16.6.
TOPIC TAGS: bacteria, fuel mioroorgnn,-%.i,:1nduatrial waste, Petroleum refininco
yeaetj~ oinatic hydrocarbon, diesel fucl, kerosene
ABSTRACT: The results of a study of active slime from pot~oleum'rafincriea arc given.
Active nilmes from waste phenolic rater iui& from oil trapa' (purified, of petroleum by
six-fold extraction by benzene) wore studied. Recent and old slimes from oil~rollmrj
No. 4 and a sample of slime from the trap of No- 4,woro aldo studied. The ap'~cimeno
were kept in tho aotivb 1ate in Sgnmnls medium at PH 7- t From the q1iMV8' 575
cultures woro extracted, and 145 other cultures wore extracted rrom similar s6urcea*
The mycobacteris were 44~, the baotoria 201'j,.nnd yeast 2(t4. All the bacteria. woroL
gram-negatiVe nonapore-formins. They wore represented mostly by Pseudomonas -Md
lLor the eXtraC
Achromobactaro, The yeasts were Candian and Torulopis. Al tad micro-
oreanisms graw well in pure kerosene, pure paraffin, dieeol-~..iel\\distillatot and
622.35413-1
1/2
Mow
Eli
Ism

, t -36092.&
1 1,1-111t)-ifst ..... ... 4 . 14, 1..", .1. Ill. . I 1 !"71991, !, ITP .
; 1 1 1. 1 4 1H :1 IT IMP ;1 1,11, It

USSi7 flh_ys!~T- ~Spectral analysis
Card 1/1 Pub. 43 - 30/62
Authors Slovokhotova., N. A.; Sat-.iokhvalov, Gl. I.; 1,11ror.611 skaya, M. A. Vakulova,
L. A.; Zhukoya, L. P.; and Freobrazhens'Xiy, 14. A.
Title Spectroscopic investigation or,the mechanism of ciindensation reaction
of beba-lonone with ethyl ether of gmma-bromoarotonia acid
Periodical Izir. AN SSSR. Ser. fiz. 18/6, 692-693, Nov-Dee 1951,
Abstract The products of beta-ionone condensation with e:sters of --=m-bromo-
crotonic acid were investigated in a benzene solution under the.effect
of metallic zinc. It,was established that the reaction is concluded
by totA1 dehydration and formation of unsaturated ester. The product of
beta-io~one reaction with ethyl ether of gamma-bromocrotonic acid was
subjected to rectification in vacuo and the Froperties*of the 22..
fractions obtained there from are described. The baoic condensation:
Froduct was found to be an unstable ester, a product
of anionotropic regrouring and dehydration of the int(Arnediate hyllro2U-
lister. Graph.
Institution The L. Ya. Karpov Physic-Chem. Inst
Submitted

'X6C14k,_'A7'6032988
SOURCE CODEs :VR/2-q46/66/000/149/0071/0084~~,
AUTHORI Zhukova, to P,
.......... ..
ORG: hon ie
TITLE: Results of testing varl schemes 'for numerical ie asting of:vertical
ous c
motions of air
SOURM MoscIow, Teentrallnyy inatitut prognozov, Tndyp no& 149j 1966. Rezul'taty
ispytaniy ratlichnykh sposobov kratkoarochnykh pr6gnozlov pogody (Resulo of:analyses.
of various short-range weather forecastin methods)$ 77-84
9
TOPIC TAGS:, applied meteorology, short ranIgo weather forecastingt numlerical weather
forecasting, vertical motion prediction I evefirnF,- AORC09-5711MC, firMO-SF,~Ieff<
ABSTRAcri Schemes for computing vertical air cu'rrents, proposed by S. AO
Belousov (based on the use of the Influence function) and P6 No
Belov (iteration.miethod) were tested on elettvinic computers by.
pnrPnnnr!1 of HIP T)rllartmtmt of
of
DI.-ItWite- of foret:a3to. Die iptrtil--itL
.computed by_. theas sc~kqaes. were. coVered witli t1was obtained by
2-

ACC NRs AT6032988
ubyuk-Lebedevii schem' (based on'i'var`nt of th
using the*Dy a is e eddy
method) presently employed in the Department. The three schemes
'for numerical computations, their mathematical bases, and th ir.
outputs are cliscussed briefly, The use oUthege,data. in for:-~
casting precipitation.is also discussed. Test data made it.
possible-to conclude that: 1) vertical air motions can be,'
computed far morerapidlyand over arger areas on electroaic
computers by the Belousov and Belov schemea th-an by*the manually
computed Dyubyuk-Lebedeva scheme; 2) the'a6curacy with which
amounts of precipitation are forecast, taking into account
verticalmotions in air-masa:source regions and at stations, coa-
ed by the Belo sov- and Be omewhat higher than'
ut u lov schemes, is a
p
that achieved by the Dyubyuk-Lebedeva scheme; 3) the reliability-
of forecasts for "significant" precipitation &ndjor the actual
occurrence of precipitation-ceWuted by the He-Latiaov scheme
was improved by using the data on vertical-notions in the source
regions; and 4) precipitation amounts were-lair ithen data on varti-~
cal motions computed by the Balousovq Belov, nad Dyubyuk-Lebedava
scheme were employed. WA-50& CBS No. 12)
2', :SIM CODE: 04/ SUBN DATW~--none/-:q= IZF: 0031
LqRU2/1

ACC NR, AT6032988 SOURCE CODE: UR/2546/66/000/149/0077/0084
AUTHOR: Zhukova, L.
ORG: hon el
TITLE: Results of testing"various schemes for numekical forecasting of vertical
motions of air
SOURCE: Mokow. Tsentral'nyy institut prognozov., Trudy, no. 149, 1966. Rezul'taty
ispytaniy razlichnykh sposobov kratkosrochVkh prognozov pogody.(Results. of analyses
of various short-range weather forecastiQ methods),77-84
TOPIC TAGS! Applied meteorology, short range weather fdrecastihg, numerical.weather
forecasting, vertical motion prediction jvejqrqffe ~'0RFN-)-57.1,AW,
ABSTRACT: Schemes for computing vertical air currents proposed by S. A.:
Belousov (based on the use of the influence function) and P. N.
Belov (iteration.method) were tested on electronic computers by
personnel of the kepAr!pSi~~.of Shokt-Rangq Weatlier'Forecasti.ng of..
the Central institute of Forii~iipq-.
~oiWu7f- these sq~kqmes.were compared with thooe obtained by
Card

1111! -11, IILIFI. '11 ru .mill if i 111 11, 11111'. -
ACC NRt 'AT6032988
6in'g the 'Dyub~uk-Lebedeva scheme (based on"~ i variant of the: eddy
..method) preseutly employed in the Department. The three schemes,
for numerical computations, their mathematical bases, and their,
outputs, are discussed briefly.. The use of these data in fore-
casting precipitation is also discussed. Test data made it'
possible to conclude that: 1).vertic.al air~motions can be
computed far more rapidly and over larger areas on electronic
computers b the Belousov and Belov schemesIthan by the man 1y
Y ual
computed Dyubyuk-Lebedeva schame; 2) the accuracy with which!;
amounts of precipitation are forecast, taking into account
vertical motions in air-mass source regions,and at stations,~com-
puted by the Belousov and Belov schemes, is somewhat higher than'
that achieved'by the Dyubyuk-Lebedeva scheme; 3) thereliability
of forecasts for:"significant",precipitatiok and for the actual
occurrence of precipitation computed by the~Belousov scheme
was improved by using the data on vertical motions in the sources
regions; and 4) precipitation amounts were -low when data on verti-
cal motions computed by the Belousov, BeIov,,and;Dy;ubyuk-Lebedeva
scheme wer em o d. JF~q 2
-e _;_..CBF. No. 3.

Institution:. ~.:"All_unior 'Scientific~;'Research. ViLaidn Instit
r-esented by'.f' madetalcian -s jufi6 25 1954'
Kn#Yant
r:
-T, ------
qpidgk.'Lo6er;ved:
il, rti,*i7 5~ fo rid !I
p u
Duping): tlq-~
lhe: can-,

W
I
iLl

IN

M-1 a -Li~i Ell 11-1. i
4~1 LZ-LU
121,112.11 Jll-Af-- 1',
Ll LJLE~~:UgLt Mamps ljfff~ju. jjjAnjt L'nj'uffiLLtfluljm
" '1W _U111LE121 if 01

-** 00 00, 0 or *Go$*(# 00. , , i~ 111111 1 - I
I : mi
Ut ... low.
M'd 3//z
SaW of ~dw K prolftlocis. M,~A, Ma"
so*, f 00
X114-(1014) ~la this OXAmiwy o( U Utmt*m fttm*vs
cimbliwd roadia of explarsaflim #Ad mad tistred)1-
*(W,%hc
v y tbo ph"
atadvo it I talser. betbosp and Ober wevtalla 0,01
*4 divitissais Usit Provima av"~.Viotd
the 19 Pcom Ask
ww ilk psirt !Sbakled. Chu. Bunt! .00
00
.00
00,
A
Ire
zoo
be
it. 4 ACIALL"GiCal. 1.11110141UNII CLAMOOK01401
a-:, fat
Islo I . . . --sr I aw bw
U is LO to
14, rot a it It 014 a 1j%4 w miss0
4 .
4 0 0 0-4 4) 0 0
1'O 0 e
0 :~:J* 0 a 4:9 (1-0 0
0 Ole a # a jl~:o 0 # 0 0 0
G-O 0:0 * It 41 0 0:0.0 .0

-C,~,rA
IIL-ivesti:,,~ation of the Electrical Conductivibp of Condensers
'Ath the Purpose of Increasing the Accuracy of ~4 31,,,ctrometric
Control of Purity of Steam at High Pressure. " Cpnd Tech Sci,
Moscow Order of Lenin Power 1;n-IneerLn- Inst iriani. V. IM. Molotov,
~Iin 111?her education Q33R, Moscow, 1955, (KL, No 13, V!ar 55)
SO: Sun. 11116. 670, 20, Sep 55-Survey of Scientific and Technical
Dissertations Defended at USSR 111.,her Mucational Inst.1tutions (15)

6

13DOROT, L.T.. 3mnd.tekhn.nauk; LEOBTIYMVSKIT, B.B.; GILIDENBUT, Ta.D..
kand.takhn.nauk; KOHEMISTOT, D.V.; ROSSINSKIT, K.I., kand.takhn.
nauk; EMKIN, I.A., )wnd,,tekhn.nauk; HIMUTMATA, A.A., InAv-,
NISAR-MUKHAMEDOVA., G.N., in2h.: PANOVA, G.M.'s , ixtzh.; ROZMSTVINSKIT,
G.L., inzh.; MMIKOMOV, A.$., inzh,; TSAIMVSKIT, S.V., inzh4;
insh.; GRISHIN, N.M., retsenzent; IRITSKIT, S.N
doktor tekhn.nauk, red.; HENMII K.T.. doktor teklin.iiauk, r'D~:',
GALAKTICNOV, V.D., kand.geol.-min.nauk red.- UVALISHIN I.Bi, insh.,
red.; KAMWEV, N.As, inzh*, red,; A.V., dok;or te6khn6
nauk, red.; PETROV, G.D., insh., red.; R.APCPOF4!1 Ya.D., redeli R=O,
,G.A.. band.tekhn.nauk, glavnyy red.; SIVASTITA110t, V.I., insh., re d.
TITOV * S.V., in2ho, red.; TISTROVA, O.M., red.; LAMONOT, Me.,
tekha.red.
Affydrology and we te,r economy oflho Volga-Don) Gidrologiin i: vodtioe.
knoziaii3tvo Volg6v--Dona.~.Pod red. S.N.Kritskogo:i.H.F.Nenk9llA
Moskva, Gos.energ.izd-vo,.iq6o. 146 P~l AMIRA 13:11)
1. Hoscow. VS6S0YM2nYY proyektno-izyekstei'!a!kiyi tauchno-inaledo-
vatel'sldy institut *Gidroproyaktm imeni S.U.2kink. ~ 2. Deystvitell-
nyy chlen Almdemii stroiteltstva i arkhitektury SSSR (for Griihin).
(Don River--Vater resources development)

~ 1
1 1
ni
~l
Ol
~ 1
=1

. . . . . . . . . . . . .. . . .. ... . . . . . . . . . . . ..
ZHUKOVA, M~ G-.
AID P 5101
Subject USSR/Engineering
Card 1/1 Pub. 110-a. 4/18
Author Zhukova M G.. Kand. Tech. Sail.
Title Determining.the alcalinity of steam by the method'of
conductimetria titration.
Periodical- Teploenergetika, 10, 23-25, 0 1956
Abstract The suitability of the above method Is tested. The
necessity of a preliminary concent37ation of samples
is established, although the conductimetric method
allows the deter~dning of alcalinity:up to 0.1 mkg-
equiv. 7 -tables. 3 references.
.Institution Moscow Power Institute
.Submitted No date

USSR Microbiology Microbes Pathogenic to Rumans F-4
and Animals
Abs Jour: Referat, Zh. Biol., No. 1, 1958, 697,'
Author Zhukova, M.I.
Title Nature of Udder-Protecting Properties and
Bactericidal Activity of Milk From Horn&t
cpttle
Orig Pub: Tr.'Vclogodsk. molocbn. in-ta, 1956,~No. 14,
443-452

lani-till fit laollumillollp '131111111 kifil Off
jjj,g,,&
Z11 MIA
Al
Y'h "I'
Wit mMI
-I! !'111411, loll
J,jIol Pill, p.itTV I
:it of -1 '0;0, tit it
t
it, pqupluu;
4 !~ I I , ; 7;,
Ji;i f
Pl
F ~i I
7_7 i
or
Itit
Jit
IT
j;.iIf.
P
it

V1 ELI
USSR U
COUNTRY ten-ral Problems of Fatholo,;,.y.Tumors9
CATEMORY ::npf~rative Oncology.liuman Fleoplaumn.
ABS . JOUR. : ZZZhBiol., 110. 23 19529, No. tor%36
AUTHOR : Zhukova, M.N.;Repxina, IK,
T W; Some Data On Co herapy of. Tumors of the
Urinary Bladder,
0111G. PUB. Zdravookhr.Beloruasii,1957,No.12,9-11.
ABSTIMT No Abstract*
CARD:

i. j1-11 I I ~ .. 1. .1 1

Wfll
U
ZHUX)DYA, M.P., aspirant
......................
Antratraches'I introduction of medicinal subetanclas during pulmons.ry
tuberculosis, [with summary In French]. Frobl.tlibiv 35 no.40509 157-
1, Iz kafedry tuberkuleza I Hookovs1cogo oirdena lanins'Keditainskogo
inatituta (sav. kefedroy - tooluzhearqy d stell,nauki prof'
ey
F.V,,Shpbancyv)
(STRIPTORYCIN. ther. use-
taberc., pulmo, intratracheal admin. (Rua))

----------
FOLMOV, V,.G.,. -ZWW~M. inzboner-kolorist; CHHUMMUp A*Zo$ Anzbener-
SAVELITEV,.A.V... master--*---
4%
Developme" of the 1+3M phthalocyanogen dye ork fjbwm, TWwtipro*e AO.2:
63-64 F 143. (MRA 16%)
1. Starshiy inzhener khimichaskoy laborat r1i fabriki Bollsh4a
Ivanovskaya manufaktura for Poly Falmdka BolIq*k
Ivanovskays manufaktura Mr Zhukovaj Qhertomordik)* 3* Fachitnaya
laboratoriya fabriki Boltshaya Ivanolskaya maniOnIctura (for Smtellyev)o
(Dues and dyeing-foxtile hbers)

: 11 - 11:1 A . ; I I !- ". , . . -.-" -- 1- 17111. .7, 1-1'. ~, .;I - - , ;

N 11,11117"IET, 11,11"UM 1BINWINIKET! of.- 11117,13 11111111t 11! 113U1,14111 rill ilill If Mill if fil 1111111 E111119113111 11111111111tillill 1 ILIUM Will IN I If I I

ZliUKCVA, M.P., kand.med.nauk
Quota of patients vith chronic fibrolus-cavernoun pulitanary tuberculosis
and their treatment under dispensary conditions. Probl, tub. 41 no. 10-.
32-37 163. (KRA 1719)
1. Iz Moskovskogo nauehno-issledovatellskogo Inatituta tuberkuleza,
(dir. T.P*.Mochalova, zamestitall direktora po nauchnoy chasti. - Prof.
D.D.Aseyev) Ministerstva zdravookhraneniya RSFSR i protivotuberkuleznogo
dispansera No.16 Moskvy (glavnyy vrach P.A.Zal!runin).

- 141ijkal,
lip
,211,1111,
~ U 14"1117111111111 IUVF IM I III UIII 111111111111111 Ifill 11,11311 11111
--mmEwIllosm I I wja"
--Zr"T---T ~ ii-,-- - r4 --- -
-- - .-. -- 1 3 - ! - i _-_, .

0

T . I V I ll,.F 1 , 1-~ I I
. 11 [1 [P ill 111,11! -Ifli ill 1,41.
0 ! ; 10 1,11 '1711117 . , , .

8/0078/64/00/002/04
ACCESSION NR:: AP4012452:-'.
"AUTPORS:'Zhukova,~:N. A.;'.Lebedeva L. 1.
n e" iactiombetween.ir n num
n
-.TITLE: 1 0 111) and:moly~de (VI) i :slightly
acid.,solutions
"I SOURCE: Zhurnal neorge khim.', v. 9, no. 2, 196,*'4l 00 46 2
!TOPIC TAGS: iron) malybddnum).forric molybdate',a io~i
ai~i um molybdato
n
..terri~ molybdate complex solubility, jiron III-molybdenum VIA teraction
~ABSTRACT: This,is a:continuation of the work'
done by~- the same,. authors'~
who ivvestigated the interaction between iron 1I and molybd4num
'using "indirect colormetr ".Method which requir~es the introduction
an additional'addend' (Yaame journal, 15, lb3V;(l9G3))- In the pro-
s&nt article the interaction is studied on thp~!bazis of increased
_~Arric mol~bdate solubility. in an excess of mothonium molybdate dile to
'the formiatloh of comple ies., Fot'comparis 6~her addend3 auch
X on,
.'*'onium nitrate and ammonium sulfate were used to.0tain the solu-
:.Pility.. data for the const.ruction of logarithmic curves,and the deriva-
410
1/2

'ACCESSION.NR:AP4012452
..tion of formulas. The -conclusions: are that ferric inolybdat6 'solu-
bility abruptly rises inthei presence of antmonium molybdate.' 41n.
the solution a complex of Fe(III) with Mo(Vl)-is formed and.it i3'
aetermined,that when n - 1 (-number of MoO the unQtability. constant'.
'
~
-
+
4
(K unstable) of the rea

'
* ej
+
.~n (Moo
ction in FeWoO )
F
;:~~
'
n
i
A
is 1. 26 X 10-3.
rig.:
o
art*; has: 1,Fi~
rei rdmill
as p 1 tab
ASSOCIATION: None
SUBMITTED:.:,05Jun6
.3 DATE CQ: 26P6-664 ENCL~: 00
A
SUB CODE: CH 'i-
NR-REF SOV MER:,
001
007
.
..
i

V!

5(2) S07/32-25-4_10/71
AUTHORS: Budanova, L. M~, Zhukova, H. A.
TITLE: Determination of Beryllium in Aluminuift Alloys and,A116yn Voith
Berillon II (0predeleniye berilliya vialyuminiyevSkh' splavakh
i ligaturakh a berillonom II)
PERIODICAL: Zavodskaya Laboratoriya,'1959, Vol 25o Nr 4, PP 411-413:(USSR).
ABSTRACT: If the content-of aluminum surpasses that of, beryllium by.1000
times,.colorimetric methods of analysis twith'organia.reagents
are most reliable for the determination of,beryllium.:In.'the
'
;beril-
present paper, quinalizarin (Ref 3)f azofuchsin (Ref 4),
lon I and berillon Il.(Refa 5-7)., and'quinizarin, which react.
with Be in a strongly alkaline mediums, were examined..The' best
analytic results were obtained with berillon II. Thousandth
parts of percent of Be can be determined at a ratio.of
Do i Al a I 1 50000. ABU only reacts from pit u 4 onvard I ana
the maximum color intensity can be aftaiaed at PH - 6.5 .-~ 7 and
PH = 12 - 13.5 (Figure), the pH of the solution should be par-
ticularly noted. In order to examinelthe influence of. some ions,
a caustic soda solution was added to an acid solution of,mix-
Card 112 tures of the beryllium,imagnesium, And aluminum salts, and

SOV/32-25-4-10/71
Determination of Beryllium in Aluminum Alloys and Alloys Jith Berillon I!
beryllium determinations were carrio.d,~out with bex-illon II at
aliquot quantities of the solution (Table 1). Before*,thu colori-
metric measuring the pH of the solution was raised to 12 '!- 413.
Comparison analyses-of beryllium-contain-ing aluminum alloys
with berillon II, azo~uchein, and according to the method of
admixtures were also carried out (Table 2) ' Greater quantities of
Be in Al-Be-alloys can also be determined. by. the described
method (Table 3). A course of analysis is indicated. There are
1 figure, 3 tables, and 7 Soviet referenceu.
Card 2/2