SCIENTIFIC ABSTRACT RYZHKOV, YU.A. - RYZHKOVA, P.S.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001446520019-9
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 26, 2002
• Sequence Number: 19
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

A~qHOR RYZHKOV N.G. PA
TITU TR`eeasGin_~7of thellectric Curreat in the b e a.
(Izmeremiye elektricheskogo toka vokeane _Riiasiav)
PERIODICAL Doklady Aksdeaii Nauk SS8R, 1957, Vol 113, Nr L, pp 787-7,00
Received 6/1957 Reviewed 7/1957
ABSTRACT During the first,antarctic expedition undertakeA (1955-1956) on- the ship
110B" & group of members of the OceaAographice-1 Iustitute of the Academy,
of Sciexce.of the USbR carried out measur-mests of electric current in
the Indian Ocean. In the sea the strength of telluric currents is much
greater thav~ 012 land. The,deviatiox of the magnetic from the geographical
poles is probably due to the.di3tributiox ofthelcurreate in the oceass. The
current density- measured in the surface layers of the sea is quite insul-
ficiext for,the quantitative explazation of the phemomeza. Therefore the a-
foremeatioxed Institute carried out i-xv-ztigations (which, for, the time be-~
iNg were- only, inf ormitive) of, the deasi-G- distribution of telluric cur-
rents ix varriou3 depths aid in various areas of the oc &Rs. Coisiderible
intereot was arou3ed by,the examination of the electric field in the are"
with the greatest latitudixal component of the electromagnetic field and
within range of the magnetic equator. Keazuremexts were started from the
ice cover in the Davis Sea on the antarctic co&sts',at horizons (depths ?)
of O,loo and 2oo. m. The. second measurement was carried out in the Indian
Oceas in depths of up to 5po a. Within the regiox:of themagaletic.equator
Card 1/2 the gradient of the.potextiais of the electric amperage was measured right

The MeAsurixg of the Electric Curreat iA the Set. PA .3o43
down to thebottom of the.sea. Measurements were carried out by xeaxx of
the electrodes recommended by L.A.KOMPLIAI . Yeasurixg is de,scribed.
The numerical re3-altx of measuresexts are given. With increasing depth,
the potential gradient aid current density increased too. The ir.-egula-
rity of the tidal currents exercided no influence on the.gexerii direction
of the electric current 12 the oceanic regioAs imvestigated. In the earth-
magnetic focus (640 1515 south.latitude &Rd 920 4410 east longitude) the
potextis.1 gradient ox the loo m horizon was 9,0 Wilka, curreat;deusity
2~41.lo9 Ampere/cM2, and the direction of the current was 2670. Further
numerical data, also for the magnetic equator, are given.
(so illustration)
ASSCCIATION Oces.no-Hydrophjaical Institute of the Academy of Science ofthe US6R
RMENTO BY 60"IYUM V,V., -'~Cmber of thn Acadexi of ScieAce-
SUBMITTO 2-lo-1956
AVA114BLE- Lilbrary of Congre3s
Gard 2/2

KRNVTSOV,
30) nAzz I soon umm-rics W71163T,
Ak'4001179 mank USE. 9WIskanaya antarktieb"Wa ekspe4ltslya.
Opt ekspediteli no 41solf-elektrokb*de *0b' 1955-1956 1
RxPedition Aboard the Vlssel~leatrlc ship '0b"
1955-19p%t)lonNooaarotuh,olxd-vo AN SSSR# 19%. 237 P. 2#000 copies
printed.
Sponsoring Agencyt Akadomiya cauk 3331- Savot po antarkti he Oki*
141619davanlyan. Chief Ed.: 1. P. Bardlz, Academician; R:6p. 94.
for this V01.1 T.G. Mort, Professor, ch--*:, lot trip or the
Harlem Antarctic Expedition, USSR A4&de=7 ckf Scionceaj Editorial
30ar4t A.A. kfanselyev (Chief, Main Adalzdszratlon of the Northern
1~a RMto, Bea Route, WW),V.Q. Bakaywv (K-slator of Be& Transgort),
F. WArkhan v (Deputy Chief, Ralm Adml=stratlon of the Mort ern
gas Routo), A.A. Zolatuiftin (chief, xx%A aa-m-stratlon or the
Ardramotoorclogleal Ssrvio*), V.0. Zen (P"fassor, Chler'
lot trip or the Marine Antamtlc Zxpodl-tl=, USSR Acadoxy'of
ftlone**). N.M. Sonny (chler, Comblued Azzl=rctlc Expedition,
UM hosdow of Sciences), V. V. Frolor (Md-recter, Arctic
Scientific Research Institute, Main Adxlr-'&-.ratlon of the
Wer6bern Son Route), D. 1. Shcherbakov (Chalra", Council for
Aataratio Ressarche USSR Academy or Scio=*s; Rd@. of Publishing
loutbeg L,I. BprygLnas and B. S. Shakhat; To". Ed.: P. 3. Zaablaa.
PC=Sfft This volume Is laterWI&I for tho Socar4a reader.
coymnas , The Report or the combined A=arwtu Expedition or the
AN ASSR, headed by 0. W. Soucy, contains an account or the work an
Ww first trip or the Diesel-electric aft1p *Ob I a to the Antarctic
and the aims and problems Involved, iwludlzg the establishment of
an observatory at Rirnyy. A major part of the book Is devoted to
scientific research in serology, met*azologr and actinomeati7p
Card
cooperation wi h the MY program. A large Part of
Um observations and prgliairAry findings cited are In the field.
or hydrology and hYdPQchffWistrYP 02rtm S001 gy, geophysics,
the members of the
kgdmgraphy, and hydroblology. A 24P�zor of
expedition together with their spoclallt:186 Is included. There
AM 72 figures, Including we. WlbLIA`gr9phIG re'for"On"S
asegspany separate chapters.
Tam or CCRT307311
1. Purpose or the Expedition and It* PVOV=rgtL= (T.Q..90rt) T
Purpose and problems of the GxPedLtIc=
Pmparatlon of the expeditic
Rxpedltlon personnel 23
card 3/9
IV d" logl cal Studies (F-T. Moro"k&W. X. DO=
V.s. Bassrov, 0. V. RX"Plin U 48
Volmome of work completed (K. V.
48

s/169/62/000/008/029/090
E202/r.392
A Vr I 10 R R zlikov Yu. G.
y
~TITLE: -Kc t -inometri-c-66Wervat ions on the first, Antarctic
voya e df t.*41e D/E "Ob"
PEIZIODICAL: I Ref crativnyy zhurnal, Gcofizika, 81 1962, 22,
abstract 3B167 (Tt. Morsk. 'Zfridi~ofiz. in-ta ANSSSR,
no. 23,1.1961~, 131, 158)
T EXT total solar radiation i carried
r'easurements of the -tere
out duriagg the voyage, usin-, the . pyromet er-ok Yanishevskiy and,
solaroZraph of ~Slliuleylzin- ~ In processing, the e-xperimental data
tile total radiation vras 'determined at 24-hour. intervals. A table
t and grap~t (rivin- t a alatitudinal distribution of insolation from
th a coast I of AntaiKtica to the Baltic Sea .vr ar eprepared. Durlnm
th
c r , ~p e r i o d. - i In, ilie southern hemisphere the maxyium so ar
radiatio:- was-ii:oted'in,the tropical zone (850 cal/cm per
211 ~ hours and t~ e minimum. in the.sub-Antarctic':region (from
11 1:22 Cal/cm per 24 hours). 'The,minimuni 2.n the equatorial
ozone was sharply defined due to the larZe~accumulation of clouds
C" fori-iied-as a result,o evaporation of1water from the surface.of
Card,1/2

ACC NRt _(fi-~_SO U ME-66-D k-,-IFR 1~69YI6-6-16S51-bWlo lb 4/b au
689
AUTHOR: Ryzhkov,, Yu, G..
ORG; none
TITLE: The formation of zones of convergent and divergent ocean currents above the
edge of the continental shelf in the Atlantic Ocean
SOURCE; AN UkrSSR., 111orskoy gidrofizicheskly institut. Trudy., v. 35, 1966,
Gidrofizicheskiye i gidrokhimicheskiya issledovaniya tmpicheskoy zony Atlantiki
(Hydrophysical and hydrochemical research in the tropical zoneof the Atlantic),,104-
110
TOPIC TAGS: ocean current, ocean floor topography, Reynolds, number, thermographic
analysisx,research si,
dp
ABSTRACT: Vertical variations in oceanic circulationare undoubtedly.due tothe,
abrupt change in slope along the edge.of the continental shelf. A most important
problem is the development of . large-scale, vortical . currents with horizontal axes
over sharp breaks in floorl.profilel.,Such as t1he edge of the shelf Data f or t lie
present study came from the 15th voyage of the ship Mikhail Lomonosov. Detailed
soundings were made along 2.5--5 mlle prof1les by an automatic bathythe mograph. Two
traverses made across the shelf of South Am erica and one off the coast Iof kfr3*-ca are
illustrated in the paper.' Vortical currents with horizontallaxes (parallel the coast)
Card

C_N_R
AT6035089
were observed The currents occur in pairs: downward1currents are found near the
break in slope, at the edge of the shelf; rising currents are found both shoreward
and seaward. The development of one, two, or more vortical, currents depends on the
dimensionless criterion P where V is the wind velocity (in3cm/sec) z is the
ocean depth abovethe break in floor profile.,.and is thecoefficient of kinematic:_
turbulent viscosity (in cm2/sec), This is formally.similar to Reynolds number but
differs in physical meaning,-since it investigates the flow lines. in a known turbulent
regime rather than the transition from laminar flow to turbulent. .In making his
analysis of the data obtained from-sounding, theauthor plotted flow directions for
the various conditions of wind and depth. It was found that similar zones of
convergence and divergence appear for any given value of F. Orig.' art. has:
figures,, 1 table, and 3 formulas.
SUB CODE: 08/ SURIK DATE.- none/ ORIG REF.- 002
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AUTHORS:Cherenkov, A%A~q AlItshulerl A'-.E., Ryzhkova, E.M.,
Golldshteyn, L'.D.~ Shnayders G~.S., USIPOVI L.B.-t-Mad
zhadanovskiy, -IFB,. -6-6/13:
~65
TITLE: Wdropurification of sulphurous petroleum.products on an...
industrial 'installation.. (Gidroochistka serAistykh nefte-,.,,..,
produktov:na promyshlennoy.ustano.vke)'.
PERIODICAL: "Ehimiya i Tekhnolo&iya Topliva i Masel" (Chemistry an&
Techln-573-gy.or ruels and-Lubricants) IV57, blo .6p PP.36-41
(USSR)'.
ABSTRACT: It is expected that~-hydropurification of sulp1mrous pet
roleum products will be-widely used in'the in the
near fuiuref;. - On the basis-d If data.'on the pro Icess--obtained
by VNII NPI.and GLEN NII9 an'industrial iplant -was. designed
.and built by Giproneftezavod on one of the refineries'.:-The
plant is described (fig.1)._:,T11e process is.carried out
Using alumo-cobalt-molybdemm catalyst (developed by VNII
NP) and hydrogen (99%)p obtained by,catalytic Conversion.11
of.hydrocarbon gases ~Straight-rundistillates and second-
ary products.are being treated to,produce Diesel fuel
~(GOST 4749-49) .' Plant operatimg conditions are given in
table,l and th; results of purifieWcion of straight run,:,,
,distillate from a mixture of-Mukhauovskoy, Taymazinskoy-
Card 1/3 Devonskoyland Bavlinskoy crude oils,light,gas qij from,,

Hydropurification of:sulphurous petroleum products.on an
industrial installation. (Cont.. 65-6-6113
catalytic-cracking (from 200-5000 fraction) and-a 1:1
mixture of theabove two distillates in table 2. The
degree of desulphurisation 95'.2-95.K., Theanalysis of
ases obtained during.bydropurification is given in table 3.
e circulating gasI-before'the absorber (with monoethanol-,.
R
amine) contained 0*.7-6.9 volume % of hydrogen sulphide,
after the absorber - O'.19C. The mean balance of the p'rod-
ucts of hydropurification is given in table, 4'.. Hydrogen ~
consumption for straight ran distillate -was 0'.38 wt % and
for gas oil fiom catalytic cracking _rO.71vt %., Hydrogen
used for the reaction was 0'.27% and-,0.60%.respectivelyI The.
sulphur -balance 'is given in table 5'. Up to 0.03%, of
calculated on the raw material used is carried out wit
treated fuel and is-removed by washing with 2-5,-~4% NaOH
solution. The'alkali consumption 0.1 kg per ton of.Diesel
fuel. The working period:of the.catalyst without~regenera_
tion is 8000 hrs, The regeneratio -n of the catalyst is
carried out at a.,temperature not exceeding 5500 under,40 atm'.
pressure with a mixture of an Inert as with air','o Initial
oxygen concentration 0.2 - O~ c!5 ~ol,~,and at the end of the
Card 2/3 regenerating,period~is increased to 1%4%', When the main

Hydropurification of sulphurous petroleum products on an
industrialinstallation', (Cont.) 65-6-~/~3
part of the "colie" was burned outp the remainixi& part was,
removed by,increasing oxygen concentration to 296 and pre-
heating the gas to 5M-550~C hours),., Total duration of
the,regeneration process 20 hours'. iThe initial activity-of
the catalyst is completely restored:. When the.plant was
stopped for inspection it was found that the lipper layer of
the catalyst was covered with iron sulphide'. Accumulations
of iron s-olphide were found in.varions placesp i.e., the..
corrosion of the apparatus was,noticeable% i The parts of the
apparatus containing H2S,and H2 at high temperatures were
made from,steel. 15M, the remaining part from mild steel'.
Apparentlythe,.corrosion-resistance ot X5M steel was in-
sufficient*. The precipitation of iron sulphide on the
catalyst has no apparent influence on its activity. There
are 5 tables and 1 figure'.
AS60CIATION: VNII NP;.Orgneft).
AVAILABLE:
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AUTHOR: Barbanel
TITLE; Sorption of Lnd:un dd -Ahlon, e
An xesin.:HDR -ty
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0 7-
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4, i
i=tal. by water and 003-10 N MCI (see Ftg,, I of the Enclosure) vas studied*' The
maximum adsorption was achieved with 5-6,H RCI solutions& and I N or lower can-
Centrated ECI solutions were shown to be usable for desorptAon of In* OrIge arts
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Sov 77-3-4-9/23
AUTHORS: Zhdanov, A.P.; Kartuzhanskiy, A.L.; Ryzhkova,~I.V.; Shur, L.I.
TITLE: The Mechanism of the Sensitizing Action of riethanolamine on
Emulsions (0 mekhanizme sensibiliziruyushchego
Photographic
.
deystviya trietanolamina na f6tog raficheskiye emull.sil i)
,,PERIODICAL.- Zhurnal nauchnoy i prikladnoy fotografii i kinematografii, 1958v
Vol 3, Nr 49 pp 281-282 (TJSSR)
ABSTRACT: The author ca
r
ried.out experiments to determine the hature of
.
.
of triethanolamine on ,photographic,emul-
the sensitizing effect,
,
He found-that-it was effective only up tothe.time of ex-
sions. .
,
poBure and is therefore not connected with the development process.~
Triethanolaminelhas only a very insign ificant, if any, function as:~.
haloid,atoms during exposure. The.experiments con-~-.
an acceptor.o
f
.
.
tradicted the assumptionof the silver nature of~the.centers of
sensitivity but bears out Mitchell',and Mottle hypothesis as to
their nature. The triethan
olaminel.s.alkalinity.i-s essential to
,
its.action.
In areaction of AgRalwith it or with an alkali,.
,
AgOH is formed but-the further reaction - AgOH-~A92 0-+Ag - takes
their participation. I The author finally concludes.
place without.
,
that the end result of the action,of triethanolamine on the emul-,
Card 1/2
- --------- sion crystals is-the formation of subce nters of development sited

AUTHORS: Zhdanov, A. F.$ Kartuzhanskiy) A. 20-118 -4-3316,1
Ryzhkova, I. V., Shur,, L. I.
TITLE: The Action of,Triethanolamine.on Photographic Emulsions
(Deystviye. trietanolamina na fotograficheskiye eraul I s i i)
PERIODICAL: Dolklady Akademii Nauk SSS
R, 1958, Vol. 118, Nr 41
,
pp- 744-746 (USSR)
ABSTRACT: The authors investigated the. influence of triethanolamine.
on the photosensitivity,of an 'emulsion an various
illumination~conditions and used.the so obtained.results
for the explanation of the mechanism of the sensitizing
effect of triethanolamine in analogy.with the other types
of sensitisation. Besides, the action,of.ionizing-particles
upon the same...emulsions was-investigat.ed. ~The authors.
examined the,behaviour~of 7,differentemulsions.:The ex-1
posure was made'by an impulse-like source (duration, of the
flash 1, 2.10-6 see) and by a low-voltage bulb
(Mration,of exposure 5 to,.45 seconds) through a,neutral-,
grey stiepped , a7)sorption wedge with the
constant 0,17. The
Card 1/3 .
exposure with a- and P-rays was made by Po.210 and by a

The Action of Triethanolamine on Photographic Emulsions 20-118-4-33/61
P-radioactive.sensitometer. Besides, anexposure~,with
recoil-protons of.,a Ra-Be - neutron source.was made.-The
development ins perf=ed 1xWerthe . usual conditions I and the.,
densities were,measured by tht--.photoelectric microphoto-
~meter Mt -.2. A.diagram.illust.rates the dependence of the
sensitivity on the concentration of the triethanolamine for
all the investigated emulsions..All emulsions become more
sensitive the lower, the photosensitivity
of the original emulsion is; in the caseof,a few emulsions.
with low sensitivity this increase~amounts to .1,5 orders
of magnitude-The action.of the triethanolamine always is;,
somewhat stronger for the initial.domain (i.e. for the
bigger emulsion crystals). Theoptimum .concentratio nfor the
sensitivity increase is 1-24. A further increase of the
concentration doe's not.increasethe s,ensitivity,.but the
blurring. A bathing in triethanolamine does not give any,
increaseof the sensitivity and therefore the action
of triethanolamine is not connected with the process of
development. The:dependence.of the sensitivity of one of'.
these nuclear emulsions on thec'oncentration of tr~ethanol-
Card 2/3 aminefor the various sorts of.radiation is illustrated in

The Action of Triethanolamine. on Photographic Emulsions: 20-118 -4-33/61
a diagram-The increase of the sensitivity is~in case of
long-lasting exposure always greaterthan.in case ~'of a
short light. impulse. The action of triethanolamine is
restricted to the formation of highly effective centers
for the fixing of the conduction electrons which form in
~theemulsion crystals.under the~action.of radiation.
4 more rules governing this action are given.
'There are 2 figures, and 5 references, 4 of which are Soviet
PRESENTED: July 13, 1957, by A. P. Vinogradov, Member, Academy of
Sciences USSR
SUBMITTED: July 11, 1957
AVAILABLE: Library of Congress
Card 3/3,
~7

5(4)~ 23(5) SOV/2o-,123-57,29/50.
AUTHORS: Zhdanov, A. P.9 Kartuzhanskiy, A. L., Ryzhkoy,a. 1. V.f'ShuryL.I.
TITLE: The Conservability of.a. Latent Ima-e and of Sensitivity in.
0
Nuclear Photoemulsions Sensitized by Triethanolamine
(Sokhranyayemdstl.skrytogo izobrazheniya i chuvstvitellnosti
v yadernykh fotoemul.'siyakh, sensibiliz.irovannykll,tri~tanol-
aminom)
PERIODICAL: Doklady Akademii nauk SSSR, 1958, Vol 123, Ur 5, PP 874-877.1 11
.(USSR)
ABSTRACT: The treatment of, nuclear photoemulsions with triethanol-
amine increases their sensitivity for any kind of particles
(also forielativistic particles). Subeenters are' formed,lin.
the reactions of:triethylamine with AgNal inthe. emulsion.,
crystals onthe sensitivity,centers. The conversion of these,.
subcenters into centers of development proceeds with a.marked-
:ly higher efficiency than,,the formation of such-centers in
the absence of subcenters..The present paper gives,the corres
ponding experimental results together with the results of
Card 1/4 experiments which.were~carried out in order to explain

SOV/20-123-5-29/50
The Conservability of a Latent Image and of Sensitivity in Nuclear Photo-.,,
emulsions Sensitized by Triethanolamine
some details of the mechanism of the sensitizing of tri-.1
ethylamine. The experiments wer carried out at temperatures.
of 50-60 on various specimens,of the' emulsion ITIKFI type 'R
which were irradiated by relativistic electrons. The first
table gives data concerning the regression andthe degree of
conservation of 2 specimens of emulsions. An increase of
triethanolamine in concentration does not cause an essential
increase in density of the turack. The.trac,k increases
slightly (-10el.), if, density. The data of.the.first tablemake
itpossible to.draw the following conclusion:Tlie sensitivity
and the latent ima,~e of emulsions sensitized by triethanol-
amine are totally conserved within the investigated time
intervals and within the corresponding experimental errors.'..
This property of triethanolamine is as essential as its sensi-
tizing effect. The second table gives data which confirm,
the conclusiori'(Ref 4) tthat'.Ahe sensitizing effect of tri-
Card 2/4 ethanolamine is 'not due to its presence.in the emulsion

SOV/2o--123--5_2V5o,
.The Conservability of a Latent Image and of Sensitivitv in Nuclear Photo--
emulsions Sensitized by Triethanolamine
during the irradia~ion(and especially not due to the ab-,
sorption of the.halogen separated out by the radiolysis.
of AgHal)..Beginning with the formation of subcenters,
the presence of triethanolamine in the emulsion is not
of,essential.importance andAhesubsequent variation
the properties of the emulsion is-determined by..the presence
of.subcenters in the crystals. The decrease of'triethanol-
amine in alkalinity (by adding acids which do not react
with AgHal) diminishes its.sensitizing,effect. The experiments
discussed in the present paper prove the sensitizing and also
the stabilizing effect of triethanolamine in complete-agree-
ment with the mechanism of 1 s interaction with the crystals
tables and 7 references,
.of the photoemulsion. There are 3.
5 of which are Soviet.
ASSOCIATION: Radiyevyy institut im. V. G. Elilopina Akademii nauk SSSR
(Radium institute imeni V. G. Khlopin:of the Academy of
Card 3/4 Sciences, USSR)

14 14 Abscorption of Antic-ra arde whISh gw~wrati
S W6111. L an
LjmiW=~ d
ova. lion u . aux

.--C4WM
.45. 1 Ir rays wet. studied by
lament of till app. consh ot4rw cou ntati(I); beet'.
Cher4cal AbstractB

thick of
-of abso(ber P, a 56-cm. layei. Pb (
transition d. effect), a 2nd of
nd a block to eliminate the:
Pb conig. an as.
Vc)l. JA $0. 5 sernblage of counters of which every other one was con-
nected in parallel to. form imp'll
while the renutinder
Mar. 10, 1954 ,
were connected in parallet to form stoup. M. - Neigh
boring
'
t
[1111
1f
Nuclear Phenaftna counterso
and]
wet sepd.by4crn.
Pbortnort.
groups
The counters were armuled to 1096W only when alf 3
groups were excited SIMUltaneOLWY. Only eleetm-nuclear.
showers getterniTcl, In the almorber by partleles having en.
crik-t cl 10,000 m.e.V. of tance vreft fislstert& -The no.,
of showers observed per hr,. the no. of toun" of 1111111t"
11 tuiti III ckcited, the av. abourptiod valoe
X, Sild X'n' we
b
l
l f
h
bs
b
hi
C
1;7 atei
or t
e a
eirs
la
u
or
te)
(stup
(2A g./sq. cru.). Pb (W 9,1s - crnJ, add Ph (M
z./sq - = J. )w being the av. five valu
geouictricai nuck4w -ad sectiod. I e eatrespand
t wu tobel ing to the
ddid i6t
the tratisidw3l: d, effect ivat a bseist, Disi nteghttlis
g
weft present &Mon the e*W taw AbsinAlon
Inp
b was less than In an 6qu Stan. 76. . Atnti; Oil C, Fej
Ahd. Pb ecuti. eWt, h6i. of khoWtt-WhetMint tities
Pits
(k.) - sM*ed the witne d 61
W_ L!
hax. *ai about I kit Cqre, d Ph:
.
,

USSR/~6clear Physics - Nuclea active particles FD-2211
Card 1/2 Pub 146-16/25
Author Ryzhkova,,K..P., and Sarycheva., L. I.
Title Measurements.of the coefficient of absorption of nuclear active particles..,
of high energy
Periodical Zhur.*eks iz.~28, 618_619,
p.J teor. f MaY 1955
Abstract The authors state tha,t,the problem of the mechanism,fover.nin5 the colli-
sion of nuclear active p articles of high enerky.(10 . to 101 eV) is pres-.
ently of considerable interest;,the data on thei~lementax:y act of colli-~,~.~
sion' of high-energy.particles being obtained,on.the basis.of.a.study of
the dependence of the coefficientlof absorption of such particles upon
their energy (G. T..Zatsepin,jbid,.I9.,iq4q). They performed corres-
ponding measuiementslin the autumn of 1952 at two altitudes (.3860 meters,
(Pamirs) and at sea level (Moscow)) with similar hodoscopic arrangement.
They describe their attempts to obtain sufficient statistic data for the
recording of nuclear active high-energy particles by the use.of a,de-
tector of great thickness, which they.describe, Theauthors thank.G. T..

USSR/ BioloV.
'_E tal: moiph6l6gy
xperimn
__G937d 1/1
:22
Pub~ 52/56

-Authors: Ik6~~

Ummskiy, E.
a
Ma I i gnan t growths Ari ari.-akol6ti~- _ca
cholanthrene cry6t

''ok
-D6c
:D. AN]SWR, - 64.. 11

b The ffec
e f. riethy cho
~c
qp~
_ ~
ir*estigated.~---Resu owed th; t
6,~ sh a
fedt of meth~rlcholari ne-.
..

Th6':j6s
ca6e:,of -caudate*

-growths-- 6 puqn-, atpr-
duced
grp for
-and-
Tw br6~ erences* ~11_'USSk ~!I
e ref
-IhStitUt6L6
on: .........

ke sente
d b2~:
sov''-46A6b,
:Academician:-A.-I.:_Abrikd
i&.b
Y~,
on, -e
V6:1 eI
s
195
of __t1
t, of I
or -Cal
Ist ge
omo

FASE I BOOr EXPLOITATION SOV/4017
c-sta3.1--aheskil lavad. , Ot-lel takhnicheakoy irtrarmatoli
XB31ed)varaya e2ez~t-rtov parovy:ch 1 gA--ov*h turbin I osevykh kompres.
the Comp!)nenls or Steam and Can Turbine
and _P1 Cc-p-e sors) Flo3cow, MashSI., 1960. 488 P (S riess
its s , Sborn:-_,.c, ~o_ 6) E~-Lta slip inftrto4. 3,200 cople; Printed.
11,.worLng AGer..:3rj lenlrigNA,13kLy ekonomitheakly administra-
tiv*,rrj S-vrvt ra-ro,.Liceo khozy%7ztv&. Upra lerdya tyazhelogo
ndidatt or Technic al Scienceal.
Ed. t A.S., =11beman, Ca. _ Eds.~or
Pub*-' 5h_-zq 7%s*_:1yvv& ar.1 r..Z.'- SimoncVskly; Tech.
Z:. t C.V. S.-tramtksys, Maz~.g~ng Ed. for 1.1terature.or the D"lgn
and O,,):mt_12n cf Ma-?t1_-,es Wetalon, Kaahgiz).- F.I. Pati-
sov, I_Iglz~etr; V_tortftz Bzmrd a? Sarlest A.S. Zll'btrman, Can-
d1dile cf Scienoe3l M.M. Koren' ~ Engineer, V.K. fla=ov,
CmulLdatt o' Toc!L-~ital aitencenj ivid Z..11. Shlbalov, Enginear.
PURPOSE i a 1~011- t tioz of articles I* intended for engineerin;3
ft=d t h-_1 r.rjc=t1 of turbine-eq.-i3truction clants and
"I r-V also be Uft-d -_7 angi. esr and tach-
;:"t-J employing 5tq= ard gin turbines.
C(7nMGEt. 'Lle vortains 43 ";Ort3 ;W%~ rre3ent the
mathc-43 v-1 :rnr;_1ts of Izva:tip~lo". 0: the working process
and the slit-*c% tr~4 d~-ui:-Az c th-! operation or turbine and
AxILI-f-aw cc,=;-*:jcr c7mrcnsrts. Also described are tent
5,stu;s, eevic6%3, aLrI vpt--Lvis. vn~ arat ps-rt at the o6ijec-
tiOn. eAftla wl.-i -6.A &A:~3Iy-.Ar%.Qa of turbint and compressor
comonsn's. =~l followinaz members of the an-od7nw1c, compressor,.
and tv-7"ImA lZbOr=cries took M- Ln the warx; D.M. Hashet-ko,
V-1- &V27a=&,V-7, Ye.A. RUSSkOYd, the techn~jciana T.?a. Kiyanovao
V.I. Karthr-_11 X-2, Y'90MVA, and innovat6ra N.K. Tutayev, and
I.I. oellmnar:, -.0. r-cond pewt or -he 0012#ctlon consists of
reports ~hlc% 121-ust-als of the work of the laboratory
(Central lAborut=7 of the - Design Office far Ste= and ass Tur.
bines or -he lenLr:gral Metal Plant) concerned with the study
I art I
Of vibratlons of turbines and their COMPOrentS, p - cularly
ttt blades. - '.%e following members. of the vibration laboratory
participated I-- the worki Engineers I.D. KovIkova, G.L. Lyudin,
and V.I. Mol-nt-7e*.-A, technicians and workers A.H. rrmahcrdnnIkQv,,
FAZ!A7;_Lnd je.P. r.:(Lrravtsev. ,..The third part
Ir zorvirned wl-th 'he Calculation and experimental study or the
.12"? or 2.1:1 the deformatlon3 cf.turblne componanto. Milo
Work " b*j the T%_rbIne-C7mpcnent Laborator7. Person-
&II-Its mention-' are tht h,2L! or this latorator-1 M.H. Koren',
&.gin-ers 'Ze.S. &r.! 1.V. Uriznnoa techniciananand wor1kers
I
3.P. Ser.-hpnok, and Z.X. Cial-ons. The a3t part cc tains arti-
21t! d9al-InG e-th Irstr1=-?r."2, ap;arat-.13: and tdst setups. At
V~e.er_l or vl" cmll~~tlcn nqtholl for,produalng rotating parts
azJ zonpr*63ors am. presented. Person-
or
aa Ile! "_ntlonll hr3 th~ tup~_-Ilaorj of the shop Of the laboratory
N.N. Prolois, and. J.P. the leading Innovators Ye.V.
3x.! V.P. ',-o7rLLk."a. Referonzes are to
be fc-zri -it "ir t--. :f r4 cf 43 artia
A.Z., Car,-_-dst~ %1 ~qZ Scientei. Msisurt-ent, of
-In hc1or BlOdia sx.1 Cther Turbine Components
'U=der Cytrallng Ccn1itior_1 169
h~~74 L.5 ~_A -er. ln-re5tigatlon of the Vibration
c adoj a. a F-H-S-sle Axlaa-Plow CompressO
al N.I. ?Z-rjN, "Mr-itf6n,
Practi-i
X ng* .a;
~~TFllard zt:ttr 1 c, 3ja -n& 20ro
C%ndi!a-3 of &-len-es. Ta$drg Into
A_C_3v_jn_t, e Stlffntss Obtained b7 tAning Wires In the Determina-
tiOn of i~.%dlng. ar-' O-ior_-Ii Targr~~jj Vibration of Blades 222
Card 6/12

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0 000000000**09006000 . . 11 1 - I
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of 4 AND 't, 0
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no WW W-OW of dwcbawa of lummacs in trans.
fenome Wis 6 sw mritooq, -_)r
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,as
Al.
Wtw dw%ww glotentia, on the mdw,. .1
Sim" im WSM100`111MM nE wm studietf by a pbotMajillic
fell meth". As the temp. was miuc,,j below 0- (be initial
Potalm" Awfamord at firlst, viamly, then bd~w
ab-t -3D* jqmgajq0AW~WW below gbmt -45'. when
''they , , smaidsoly'vemin and splivarlm to ap-
P--h 8 C0114. value of shmat 10.5 ky. hf. G. Moore
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are 0
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S/033/63/040/001/003/Oi6
E032/E514
AUTHORS: RYzhb-ova. N.F., _Yegoro'va, T.M., Gosachinskiy, I.V.
qn7d Bys~trovt, '~.V.
TITLE: Absorption of radiation due to the Sag-A source
.by neutral interstellar hydr
ogen;
PERIODICAL: Astronomicheskiy zhurnal, v.40, no.1, 1963 17-22:~:,
TEXT: The largezPulkovo radiotelescope was used in 1961 to
record the continuous spectrum of Sag-A at 21 cm. The beamw:Ldth
at half-power points of this,telescopelwas 0.140 and 50-in the
horizontal and vertical planes, respectively. The
the receiver was. 1- 5. Mc/s. The . average transit curves. for, Sag-A
exhibit the structural details noted.by Drake .(Nat. Rad. Astron.;, ObS6,
USA, Ann.report;-2,.1959)., A receiver with a bandwidth of,8 kc/s,
0
ifas,used to investigate the absorption of Sag-A ~by
the neighbou rhood of the sun and in the
neutral hydrogen in
expanding spiral arm at 3 kpc.froni-the centre Lof the Galaxy.
(v = -53 km/s).~,All the components of the source undergo roughly-
tile same absorption byhydrogen,in-the vicinity:of the sun 'The
ra that ion froML
the L south-western part L Of Drake's ring,
'Card 1/2

L- 50113.Z2 -a /Ewf(
EPR/T-2/EWF(k)/4PA(bb)~!?/Fqs 4)./
AM5013082 WW/EM BOOK EXPLOITATION
eq,~ r u ows,-o
0 Lane~.lno-z.

-, ~.:l -1 -
-- ' . e lee't r on'i.'c-- ~'c -ompi
~~mmeyatdo-,."-.--There~.:

SU,B-COI

USSR/Microbiolo gy. Soil Microbiology F-3
Abs Jour Ref Zhur-Biologiya, No 1, 1957,-561-
Author N. N. Shushkina, P. S.~ Ryzhkova
Inst
Title On the Microflora. of-thd Soil of the
Western Coast.of Novaya Zemlya.:
Orig Pub Dokl. AN SSRI 1957,,106, No 5, 914-916
Abstract From 39 speci-mens,,gathered on the Western
Seacoast of Novaya Zemlya in the zone
of the Arctic tundra and the.zone of~the
Arctic desert 247 strains of bacteria
and 20,strains of actinom,yces (on "MPA
and mineral media of Chapek and Eshba)
were isolated. The total number, of:
microorganisms.was calculated'at-tens.
of thousands of cells. Fungi were found
very seldom. No azotobacteria were
Card 1/2