SCIENTIFIC ABSTRACT RYZHOVA, L.K. - RYZKA, S.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001446530006-2
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 26, 2002
• Sequence Number: 6
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

L
137-,1957-12-22995
Translation from: Referativnyy zhurnal, Metallurgiya, 1957,~ Nr 12, p 20 (USSR)
AUTHOR:
TITLE- Separate Delivery. of Various Grades of Raw Ores to the, Plant,
in Order to Increase the Extraction of Metal.During Concentration
(Organizatsiya dostavki na fabriku'obrushennoy'rudy po sortan; s
tsellyu povysheniya izvlecheniya metalla pri obogashchenii)
:PERIODICAL: Izv. AN KazSSR. Ser. gorn. dela, metallurgii i stroymaterialov,
-107
1956, Nr 11, pp 104
'ABSTRACT: In order to reduce fluctuations of the am ounts of the useful com-
ponents in.ores arriving at the plant, it is suggested that, when-
ever possible, the rich ores and thelean ores be transported and
concentrated separately. This method should increase the total
amount of metal by Z-3 percent. These concepts are substantiated
by a. practical example.
A. Sh.
1. I-Ietallurgy-USSR 2. Ores-Separation
Card 1/1

~W-t

p L.O.9 speC;red.; RYZHOVA,,X.S.,,red.; TAROV, Z.X,,.tokhnred,,

RYZIIOVA, N.M.
Corebral circulationduringreflax action. Report Noj:~-Cerebral
blood~supply following irritation of interoceptors of the small
'[with summary in English] Biul. eksp. biol. i med.
intestine
43 no.2:13-16 7,157 (MLRAI 10:5)
1. Iz laboratorii fiziologii.i patologii dykhaniya i krovoobrashchenlya
~~4yedu~,ushchiy-professor M.Te' Marshak) Instituta normallnoy,i
patologicheskoy fiziologii (direktor-deyetvitel'nyy chlen AMN SSSR
professor:V.N-Gheruigovskiy), Moskva. Predstavlena. deyetvitellnym
chelnom AMN SSSR.T.N. Chernigovskim.
:(INTESTINE, SMALL, physiology,
off. of irritation on cerebral circ. rate) (RuB)
(BRAIN, blood supply,
eff. of irritation of small intestine on circ. rate) (Rua)'

USSR
r 'IL--man and Ar-im~aIl Physi-c-log.7

Yhe Ner-VOUS Syst---M-. "-'CC';
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3
r
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Ref Z-hur-Biol. -1. a

Lut: r 131-Lno-4a A Y.
:vr a

LI-st i,
lut
Effects of -fj~-I-ja>.es UDor: Erainis
3100a
Sup"oly. 3-rd R e p ol, i n i f c an c e o S,,.--rj.O.-_ a
, Ut ~6 -011w irl -` -~-t On 0:0~ S-raiij, S*
1
r i % 1
7NO 12
3 -7
-7
In, 2 s c- h aa - e s: of the iae-n-Lulav jo-, 1:~meL-
ur-C
I -
,
speed blood s-cre= (SF-iS) were :Lavestigs -
j

ted. The thermoelect-fiz :;latlhofl-
jr- -las Usec. An ~fr.Lfn

io Of Ocez-*
r --n - ~he s-mull -4-ate st -~ne. -Uyter UorS Was
a
ai +
I;roduced b!r d A. I vJ, -Tn. g wi r. An interocez.or
.J. r r i 'I; i o -a 11 au sez d an i i ic r e a s e 0 f b 1 o c d p r
d 0" 8,221- . In.- Cases, w-'-ich vasod4
sure a; Ilat
~Zmpiilses of synocaro-tid ba-rocertors vrere restric
tea (b-,; of carotia arteries), SBS
became, redulctz-d .--,s 11 occu--rek].. t e 5? a c uf f

r z it~&,,:Lons.
P.1 o o d. Supply in. .1atercicepto 1 r'

Dehydration
CA 4(k.-
of the 3 title co-Pds- Proceeds to tetrahydrofuran d-i-. V:
through Intermediate formation of alltenols. Reaction of
MeMgBr with WICOSE0, Iva- 34
m. Ttas (6-6 z.) t-ted with aq-
HSo~ (pH 1.0) on distn. ga%re 42c/0 J.
ol, bu &3.5-4*, dw OAM, KW 1.4439. which distd. with a
drop of H,,SQ, gave 44%
b. d6 OM89, sV 1.4014. EtMgBr and ateto-
1,+4moxedW, N 118~19*
propyl aIc- p- 33% 4-eWky1--
0, ~PH 1.6) gave IN,
mV 1.4571, which distd. ft- aq- H,,S
T-8 . and 15% A16-
bu X
EJC:CffCHsCffgO1j, bn 76-5-414. du O-E417, zV 1.4494;-
which heated with a drop Of HtM ILAVC the tctmmethyP
tetrahydrofumn. b. 121-2', du OJ=- , tsV 1.4190. Aceto-~
and BuMxBr gave 30% 44~h*l "ddAdid)
Pyl slc~ frorn
144-5*. do 0.9158, it 1,4573i ivhich distd. aq.
i a& 2-
---a% Maur- CH-
DIG uq~ . ~W - f " M -
524,
-100% OjM4, 1.4
CHjCHOH (1), bt, 09.6 .,~-A -
I distd. vrith a drop of HiSO4 gave the fiwap deriv. above.
Oxidation of the latter vMh KMnO. in 7 days gave
B,6.CH,.CHCO- -14% which with NH%OH~
th, 113
and A9N.% gave the A g- --h 10~r 44a.
MtCOB-4.audi
which was aualYztd--X:~With XMA04 1PVe- I
-2
77-

USSR/Crganic Chemistry Theoretical and General- Questions E-1
nic Chemistry
on Orga
Abs Jcur Referat Zhur Klaimiya, No 2,.1957.1 4239
Favorskaya, T.A. Ryzhova, N P.
Author
of
Title Mechanism of Dehydration of Ca=a-glycols. ii~Study
4-Meth
Dehydr Iation of,,2,5-Dinethylhexandiol-2,5) y1hexan-
diol-I 4 and 4_Methyloctanediol-ij4.
Orig Pub Zh. obshch. khimii, 1956, 26, No 2, 425-426
Abstract similarly to other primary-tertiary gamma-glycols con-
tainin-, fatty randicals (see 'Co'rununication I, RZhKhim'
1956,,19133) 4_amethylhexanediol-l, 4 (1) and 4-methyloc-
tanediol-1,4 (II) are dehydrated according tothe same
mechanism as the di-tertiary ~,57dimethylheyanediol-2,5
by forming or- distillation with F12SOI, (pH 1.6)
first beta-unsaturated alcohols which are then isbmerized
to derivatives of.-tetrahydro'jurane: From I was obtained
1 1 e P75-5-760/12 mm,:
4-methylhexe,ne--3-6 - :(IV), Yi ld:15%,,B
Card 1/2 - 19

-- -- Z~- - -, - j- V, -4 V
-1:i '- V
- .,I I .. I )

L 40027-66 EWT(1), ~GW
ACC NR.- AP6004990 SOURCE CODEi. UR/0611/66/000/002/0003/00 9
AUTHOR: AleksanGrov, K. S.; Belikov, B. P.; Ryzhova* T. V
I
----------
ORG: Institute of Physics9SO ANSSSR, Krasnoyarsk (Institutfiziki SO AN SSSR); IGEM
AN SSSR, Moscow
TITLE: Calculation of elastic parameters ofAr S on the basis of~mineral composition
SOURCE: AN SSSR. Izvestiya. Seriya~ geologiche-skaya, no. 2j 1966, 3-19
''TOPIC TAGS. elastic modulus, propagation vel6city,.porosity, multiphase rock 4VAJER41-
ABSTRACT: Elastic moduli of rocks with uniphdse and multiphase were investigated on
the basis of quantitative evaluation of their'cQmposition. The data were compared
with tbe.experimental values obtained from soT ne selected rocks. Because the errors in
the deterrfiination of the elastic properties of minerals usually range from 3 to 10%,
the Voigt-Reuss-Hill method, described'in,8etail-by.Belikov (1964), wasemployed for
studying un-iphasle rocks; it was assumed that a multicomponent aggregate is elastical1y
isotropic. A formula V,
A
A,
was used for the evaluation of the mean elastic modulus W) of an aggregate, where Vi
is the specific volume.of i component and Ai is thelelastic modulus- -of,. imixture com-
ponent. Some experipmental values of the elastic,properties.were obtaineld~-usi.ng the
Card I /n UDC- qql) 113+

L 40M-66
ACC NR. AP6004920
velocities of propagation of transversal and longitu Idinal waves in selected specimens
at zero pressure. As Isuming that the elastic properties of rocks are'determIned mainly
by the elastic properties of their components, (with porosity and structure playing an
insignificant role) the elastic moduli of multiphase rocks collected in.various parts,
of the Soviet Union were determined using a methoddeveloped by,Aleksandrov and
Nosikov (1956). The data*were Icompared with the values obtained from the velocities
of propagation of elastic waves in selected rock specimens.' The data show that for
the unipbase rocks, tfie deviations of the experimental values from the calculated.ones
generally do not exceed 5%, and the mean square deviations are 3.12% and 5.30% for the
longitudinal and transversal waves, respectively;.however, the elastic moduli haven
somewhat larger mean deviations from the calculated values in comparison to-the veloci
ties of propagation of elastic waves. Ingeneral, if there is no great degree-of
porosity, the elastic properties of these aiinerals,can be well evaluated with,.the
application ofthe Voigt-Reuss-Hill'method. The study:c;f the multiphasei.minerals
shows that the velocities of.propag~tion of elastic waves agree well with the experi--:
mental data and do not deviate more than 5%,-even for the porous rocks. The computed
elastic moduli of the multiphase rocks~do not deviate more tban.6-7% from their exper-
imental values. The authors thank theii~'colleagues Korobkova.at the Insti-
tute of Physics and I. A. Gartman, L. P.--. --Solodova. -Ye. A. 2"ina'and. 7. Q. Xhajistnva
at IGYeM, for assistance in carrying,out-Ithe work. The-authors also.thank.personnel-
of the mineralogical museums of thd,-,AN SSSR, MGRIj~Leningrad Mininj'Institute and
LIvov Universi for providing the, -mir ~eral--S~ ecfimens.,--, Acknowledgement is also
p

L-4002!i-66

6-58-2-5/21
AUTHOR. Ryzhciva V. A. Candidate,of Technical Sciences
TITLE: Determination of the Coordinates of Topographic Points on
Terrestrial Photographs by-Means of the Axonometric .11ethod
(Opredeleniye koordinat toebek.meatnosti,po nazemnym snimkam
tri')
metodom aksonome i
PERIODICAL- Geodeziya i Kar.to grIafiya, 1958, Nr 21 pp. 18 23 (USSR)
ABSTRACT: Tbe axonometric method consists in the following: The photo-
graphed area is transferred into a rectangular coordinate
system which is closely -connected with the object to be
photographed. Therefore, , this rectangular coordinate systel-I
riust be obtained on the photographs. If the coordinate system
Ox YZ is, chosen in.the space thereproduction of the axo-
nometric system 0 X Y Z is obtained on the left,photograph
'
'
N
l
on the right-On the other side a
and 0 x Y z is o
in
e
a
2 2
2 2
three dimensional coordinate system corresponds to the axo-
nometric coordinate system 0 1X 1 TI Z1and 02X 2Y2 Z2 chosen on
Card 112 the leftland the right phot.ograph.:A detailed description of

USHAKOVA, K.U., starshiy nauckinyy sotrudnilc; POPOVA, A.V., --Tilads)2iy
rauchnyy.sotrudnik; KLJZI,MINA, G.F.; N,IKOLAYEVA, Z.V., maldshiy
hauchnyy sotrudnik; KATSEREUNBOGETITI, A.M.; RYL-110,VA.., V..N.,, inzh.'
Industrial processing of 90 Tm acetate.silk in the Imit,goods
industry. Tekst. prom. 24 no.9:35-38 S 164.
6' MIRA 17:11)
1. Vsesoyuznyy nauchno-issledovatellskiy institut, iskusstvennogo
volo~zna (for Us.hakova, Popova) . 2 Rukovoditell syrlyevoy gruppy
Vsesoyuznogo nauchno-issledavatellskogo instituta trikotazhnoy
promyshlennosti (for' Kuz,IdLina).,'3. Vsesoyu~nyy nauchno-issledo-
vatellskiy institut trikotazhnoy promyshlennosU (for Ilikolayeva).
4. Rukovoditell, syrlyevov gruppy Nauchno-issledovatellskoy labo-
ratorii trikotazhnoy fF-brLki im. Dzerzhinskogo (for Katsenelen-
bogen). 5. Nauchno-issledovatellskayiL laboratoriya trikotazhnoy
'fabriki im. Dzerzhinskogo (for Ryzhova).

SOV/112- 59-5-8517
Generalization of the Results of Testing the Gas-Air Channels,
obtained from the test's and subsequently reduced to proper terms. Data
tabulated for all boilers shows that the overall gas resistance is excessive only
for,TP-230-2 because this boiler has an unsatisfactory design of gas passes,
insufficient cross -section of the flue, and inadequate -layout of ash collection.
The overall resistance of the air, channel is nearly equal in all boilers., -The
specific energy consumption by induced draft is 1. 5 -2.7 kwh/ton for four
boilers and 5. 35 kwh/ton for the TP-230-2 boiler. The specific energy
consumption by forced draft is 3 kwh/ton for TP-230-Z, 2 7 kwhIton for the
once-through boiler, and 1. 4-1. 7 kwh/ton for the other boilers. InIaddition to
the actual boiler tests, air-channel models were tested. These tests showed
that the gas channel of the TP-230-2 boiler requires remodeling and that the
boiler cannot operate normally oIn wet co als. As a result of actual and model
tests, certain general alterations in the layout and construction of.the air.-
channel elements are recommended.
B.P.Z.
Card ZIZ

U V f-4
USSR/Chemical Technology. ~Chemical Products and Their Application Treatment of
solid mineral fuels, 1-19
Abst Journal: Referat Zhur iya No 2 '5444,
1957,
Author: Kuk-harenkol, T. A.) Ryzhova, Z. A.
Institution: laboratory of Coal Geology,.Adadwy of Sciences USSR.
'Title: Investigation of Changes in'domposition of the Organic-Mass of
Mineral Coal.During the process of Its Erosion
original
Publication: Tr. Labor. geol. uglya AN SSSR, 1956, No 6, 183-188
.,Abstract: Investigated were changes in composition otthe organic mass of
lustrous coal (PZh grades containing 90-92% vitraln) during erosion.
As erosion pro eoses there are observed a sharp decrease in sinter-
gr
ing capacity of the coal and its complete elJmination prior Ito the
formation of humic acids (RA). HA oferoded coal, as compared with
HA.of brown coal,. are characterized by a lower content in H, higher
optical density and.s. lower value of coagulation threshold; at the
same time their x-ray photographs resemblethose of'noteroded coal.
Card 0)
----------
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NEDENKRI, Sergey Grigorlyevich, prof.; YINITSKIY, Lazar' Yefir"ovich
kand. tekhn. nauk; LUKIYANCHIKOV, Ivan Kuzlmch, inzh.;
RYZHOVA, Zinaida Alek5eyevna, kand. teklm. nau-k; SITKOVSKIY,
h-j-=bT.1,-IMATCffTK-, Ye.I., red.
(Polymers in railroad transportation) Poliffery z.hel.eznodorozh-
nomu transportu. (By] S.G.Vedenkin i dr. Moskva, Transport,,,
1964. 91 p. (MIRA 18:1),
1. Vsesoyuznyy nauchno-issledovatellskiy institut zhelezno-
dorozhnogo transportal otdeleniye polimerov (for Ryzho,va).
2. Glavnyy konstruktor,VsesIoyuznogo nauchnoI-issledovatell-.
skogo inW,tuta zheleznodorozbnogo.transporta (for
Sitkovski)). 3. Rukovoditell otdeleniya polimerov.Vsesnyuz-
nogo nauchno-iss.ledovatellskogo instituta zheleznodorcz4nogo
transporta (for Luklyanchikov). 4. Rukovoditell laboratorii
ko--rozii otdeleniya ispytaniya materialov i konstruktsiy
Vsesoyuzndgo nauchno-issledovateliskogo instituta zhelezno-
dorozbnogo transporta (for Vedenkin). 5.,Rukovoditell labo-
ratorii reziny otdeleniya polimerov Vsesoyuznogo nauchno-
issledovatellskogo instituta zheleznodorozhnogo transporta
(for Vinitskiy).

80123
S/141/59/002/06/004/024
AUTHOR: Rvzhsov. Yu.A. E032/E314
TITLE: The Hamilton Method in the Electrodynamics of An1sotr-opic
Absorbing Media
PERIODICAL:, Izvestiya vysshikh uchebnykh zavedeniy, Radiofizika,
Vol 2 Nr 6, pp 869 - 875 (USSR)
Ginzbux-g (Ref~l) has developed a general method for findings
the fields, due. to point sources in,anisotropic media,which
has been given-the name of the "Hamilton method". The
method is very convnient in.,the solution of a number of
problems. Kolomenskiy (Ref 2) has extended the Hamilton
method to.the.caseof a gyrotropic medium. The present
paper Is concerned w:Lth'the extension of the Hamilton methodl~
to the,case where absorption is present. The field equations
!fo- potnt sources, taking into account conduction currents,.,,.
:are of the form given.by Eqs (t~gnd (2), in which the
magnetic permeability i., ie unity and the subscript
tkf: refers to the',k-th point source., For-simplici-ty,
it-Is assumed that the principal axes of the dielectric
constant F, and conductivity, a teiLsors colnelde.
ik lk
Cardl/4

80123
S/141/59/002/o6/oO4/024
EOj2LEjl4
The Hamilton Method in the Electrodynamics.0 sotropic
Absorbing Media.,
Dispersion I s taken into aceaunt by assuming that the
quantities are functions of frequencya The
q* (3),
relation between the electrical vectors,is given by E'
which canbe rewritten-in the form given by kq (3a) if the
principal axes of the tensors coincide. The quantities
and are the principal values of the tensors
a OL
6 and ch are operators acting on-the components.
ik :LIC wh:L
of the electric,field as functionSLOf tiMe.~ If the time
dependence of the electric-field is of the form
iWt
the,effect Qf L thIeoperators 6ik and 4T.k is to
multiply the field by the dielectric constant or the
conductIvity at the given frequencyL From the
continuity equationgiven by Eq (4), thecharge density
can be shown to be given by Eq (5), in which (Q can be
put equal to 0 if'only the,charge,associated With the
conduction current .,I is taken into account. The field
equations are then rewritten In.the more conventional
Card2/4.

8M23
:S/141/59/002/06/004/024
EOj2LE214
The Hamilton Method in the Electrodynamics o sotropic
Abs
orbing Media
-form .given by Eq (1a), in which the apprDpriate operators
are defined by Eq (6). The potentials are then defined
in the usual way (Eq 7)'and, as-,in Ref 1, div A = 0
~the,'latter condition inthe case of 'an anisotropic
absorbing medium is generallsedto the form-given by
A I ^f,

(AMUR RIVER-FLUS)

(SIBMU, XASTXRN--MITICS)

YEGOROVA, Tatlyana Mikhaylovna; KANIVETS, M.A., retsenzent; RYZHYIM,
I.L., starshego, prepod., retsenzent; STEPANOV, S.P.p assistent,
re s nzefit; GEITDEL 'MAN II.I.A., prof., retsenzent; GER-IDELIMAII)
A.M., kand. ekon. nauk, retsenzent; KUROPAT121KO, F.K.,, prof.,
retsenzent; KONTOROVICH, LA.,, starshiy prep., retsenzent;
YEROFEYENKO A.G assisten
retsenzent; DAVYDOV, G.P.) red.;
SIONAROVA, T.A., red. izd-va; SUNGUROV, V.S., tekhn.'red,'
[Topographical drawing]Topograficheskoe cherchenie. Mosk7a
Geodezizdat'. 1961. 158p. (MIRA 15:81
1. Zaveduyushchiy kafedroy geodezii Omskogo, sellskokhozyay-
st.vennogo instituta (for,Kanivets). 2. Zaveduyushchky kafedroy
zamleustroystva.TSe:Linograd~;kogo sellskokhozyaystvennogo insti-
tuta (for Gendellman.. M.A.)*,3. Zaveduyushchiy,kafedroy zemle-
proyektirovaniya i planirovki sel.skikh zaselennykh,meat Be-
lorusskoy*sellskokhozyaystvennoy akadem'i (for Kuropatenko).
(Topographical drawing)~

P/002/61/000/002/001/001
D/001/D101
AUTHOR: Ivanoviska, Wilhelmina, Corresponding Member of PAS
TITLE: Radio astronomy., :Problems and developmental outlooks
in Poland
PETPRIbDICAL: Nauka Polska, no. 2,, 1961, 1?-26
TEXT: The article presents a,general account of radio astronomy.and-
its problems and.mentions briefly radio astronomical.research.in
Poland. The tv,,,o Polish radio astronomical centers are located in
Krak6w and ToruA. A 5 m parabolic,antenna built in 1954 and a37 cm
wavelength receiver,builtat a laterdate became operative at,the
Krak6w center in 1957. The.equipment is use'd for solar.observation,
The ToruA group of radio astronomers Iwas.originally headed b Master
y
Engineer Grze.siak and since'1958 by.Master S..Gorgolewski. The group
received support from Professor S. Manczarski and from Professor J.,
Groszkowski s and Professor S._A~L~'ka~'s departments of the Politech-
nika Ylarszawska (1.11arsaw Polyteclinic Institute) in the form of
Card1l/2