SCIENTIFIC ABSTRACT ROGANOV, S.G. - ROGATNIKOV, L.B.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001445110005-0
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: January 3, 2017
• Document Release Date: August 1, 2000
• Sequence Number: 5
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

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TITM Capture of negative W-as atams in a ebeateal. empsum
I toorsticheakor riSildo V- 46P ft- 119 1909
SOURCEI zhurml
1197-1199
TOPIC TAGGs W400P. Mon earture, effeetivo arnAlty, IRISH MOM
ABSTIRACTs The authors measured the relative probabilities or,ceptured 16160tivs
inuons by atoms in several chemlc4Ll CMPWAW*, vith an &Is at extracting infamt1ft,
necessary- ror the interpretation or other experiments vith mono- Ths results dm
that for the cQxpwMds Inyestigated (Licl, Cael, ZnO, ZrA, snd Alft) the FWUI-
Teller Z-1aw does not describe'the experizent "tIffactorily. An avarals or tb9
avLilable data shows that Coop"" with the PrOUGUOIN Of the Z-lAw, INGS14 StOINS
of the elements vblck beve roUtivelr large electron-affinIty sn"a a" prodmood
with some Mf*rew,~. 7be results sbas, tbat In =at eases, the te"exaW to prefer-
red formation of the "all atom or aw slow" ftfA Was larger slest"M ft"llaw

R 0 f V) V - S
86666
9, to/ '60 P/045/60/019/006/005/012
'2 2 B011/B059
AUTHORS: Yeffseyev, W. S., Komarov, W. J., Kusch, W., Roganov, W.S.9
Tchernogorova, W. A., Szymczak, M.
TITLE: Fast-neutron Scintillation Layer Detector for Measurements
Against a Gamma Background
PERIODICAL: Acts. Physics. Polonica, 1960, Vol; 19, No. 6, pp. 675-682
TEXT: The authors describe a scintillation layer detector with high
efficiency for fast neutrons and low efficiency for gamma rays. The
layer detector is based upon the difference between the range of protons
and electrons of the same energy. The detector is designed for neutron
measurements in the energy range betwPen 5 and-20 Mev and consists of 28
layers made of plastic scintillators (on thebasis of polystyrene), and is
arranged in two sections, one behind the other, In each section, the light
from the even layers is directed into two FEU-29 photom.ultipliers, the
light from the odd layers is led.into.two other FEU-29 photomultipliers.
Card 1/2

86666
Fast-neutron Scintillation Layer Detector P/045/60/019/006/005/012
for Measurements Against a Gamma Back- BO11/BO59
ground
If the electron energy is sufficiently high so that the electron can pass
into,the adjacent layer,then both photomultiplier sets (odd and even)
will produce pulses simultaneously. The electronic circuit cancels.those
coincidences and allows only single pulses (produced in any oi '' the photo-
multipliers) to reach the pulse-height analyzer. In order to characterize
the decrease in counting efficiency for neutrons and gamma rays when the
coincidence circuit (resolution 0.44 see, veto pulse 0.6~L Bee) is turned
on, the discrimination coefficient (ratio of pulses with coincidence
circuit off to pulses with coincidence circuit on, both at the same level
of the integral discriminator) is introduced. For neutrons, this coef-
ficient did not exceed 1.5, for gamma quanta, however, it had much higher
values. The authors thank N. W. Sizov for help in the work with the
Cockroft-Walton-type accelerator, as well as D. K. Akimov and
V. A. Zapevailo for their assiatance in the construction of the electronic
part. There are 6 figures and 6 references: 2 Soviet and 3 us.
ASSOCIATION: Joint Institute of Nuclear Research, Dubna, USSR
SUBMITTED: April 6, 1960
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ROGANOVIi"V. S.
8/089J62/013/006/019/027
-2102/3186
AUTHORS i G. T. and-U. R.
TITLgo, Nauchnsy konforentelys MookovskoSo Insbonerno-fisichookole.,
Inotitut: (scientific Conference of the Moscow Saginsering
Physics Institate) 1962
PERIODIC&Ls Atoonsys. onergiya, v. 13. no. 6, 1962, 603 6o6
i TSXTj The annual conference took place In Way 1962 with more than 400
delegate* ptrtiolpating. A review is given of these lectures that fire
assumed to 9 of Interest for the readers of Atoanaya enorgly&. They are
followings A. I. Leypunskly, future of fast reactoral A. A. Tesil'yov,
design of accelerators for superbigh emorgies7l 1. T&. Poseranobuk,
interact tons at - - -
analyticity, unitarity, and asymptotic behavior of strong
high onergioal A. S. HiSdal,phonamenological theory-for the many-ba4y
*Z*kI -energy antiprotons in
deceleration of sodium
probl ; YU.'D. Ytv
matte;m, I-47V.-Ro-gant r&. A. losil*vskly, theory of the Iftsbauer offset#
M. 1;. Ryasenove theory Of looloation losses In Somboacgenoosis modiuml
Yu. B. I -suboritioal I&@=;
vanovp A.:A.'Rukhad e,.h-f,.pondactIvitj of P
Card 1/4.,

ME? MR
9/089J62/013/006/019/027
~i Nauchnaya konforentmiya... 5102/BI06
Too Ye. Lov*tskiy, A. k. Rukhadze, electromagnetic waves in nonhomogensous
A. plasma; Yu. D. Katov., 1. L. Rozentall 9 the origin of fast 'cosmic suone
Yu. M. Ivanov, muon depolarixotion In 4olIdv_j__V._q,_jjrlaSov, Tu. M. Grashw!
B. A. Dolgashein, V. 0. Kirillov-Ugryumov,ci:~E.~--R~-e-anovj k. V. Somoylov,
capture by various nucloil V. So Desidov, To Go K1rfllov-V&ryuaov9
mesons at
a A. Ko Ponosov, V. P. Protesov, F. M. Sorgey*v, scittering of X
5 . 15 Hey in a propane bubble chamberl S. To. Mikitin, M. So kynutdinov, S
Ya. M. Selektor, S. M. Zombkovokly, A. F. Grashin, suon production In I
interactions; B. A. Dolgoihein, spark chamberal 1. G. Volkov, V
V. K. Lyapidevskiy, I. M. Obodovokiy. study of operation of a convection
chamber; K. G. Finogenov, production of square voltage pulses of high
amplitudeal G. N. kleksakov, problems of color vislong To K. LyapIdevskiye-1
relation between number of receivers and number of Independent colors;
Ye. No Xudryawtsevg No No Sobolevv No I. Tisengausenj L. No Tunitakivo
F. So Payiulov, determination of the mozent.of electron transition of
aillator forces and the widths of the Schuhman-Runge bands of molecular
oxygen; Do Too Gavrilov, A. To Zharikov, To I. Rayko; decosposItIon of the
volume charge of Intense ion boamial To. A. Kramer-Ageyevrp,To So Trooblet
measurement of neutron spectra 1 9. go Dorosheako, now methods of fast-
neutron recordingi To 1. Ivanovi, doolmetry teftimologyl. I o, X. To"mkov I
CarA ./4.-. .. . . . , ". . .
2

WN i
SOURCE CODE: LR/0056/66/05C)/,)011/0877/08891~',C-.
'0
A 17 '(3 ~-i Babayev, A. 1. Balal~s 14. ~Yrt- N~rUsishchqvZ -G. Obi*~bpv~,__Xp,
Ov,
Roganov,
OR~- instil.ute of Theoretical and r;qw.,rimentfll (InrLitut, terr4A;ch-,-fkOy i
T IT I,E: E)cItcrimental invest[Gation oi' Hievnica) _muon-IUM
".)URCF: Zhurnal ek--
perimt~ntul'noy i fizi?i, v 50 no.
877-889
TOPIC TA(Wl: mitlonium, positron, aiig-,tLar distrlbuLIon, cLt;".
action, atonic Onjonium, positron diz-tribution
[J~STMCT : "Lle asymmetry coeffici-!n't,; in the
enitted in ji-e-decays were mQas*ur,.,c1 ~,,Pr a nun~wi-r M i
ture~ . 'flne rate constant for ititevacrioll bk;!twee" ~,he 'O'c-mic
cornpute(; on the bwis'of the rc:,ull-3 obt,air.cd, r"eti!o I o" oc,~rps-,.0
for parallel reactions was caiplo~re6 with Lhe ai'm r,.il'sing tt,~~
r
~s and elucidating the mechanism of the proces:.cs. The depenoei--cen of
m
ent.
asymmetry coefficients on the magnetic field weie mea~;ured foi- 6-
compounds. The data were discussed within the f rzLnewor,, of. the cu-,- I
with muonium. The authors express their tpf~nks te.i A~a6vi:i cl~ tAns A. 1
Cord 1/2

AT6031145 SOURCE CODE! UR/3138/65/000/388/0003/0028
AUTTIOR- Babavey, A. L; Myasishcheva G. G. Obukhov, Yu. V. -Roganov, V. S.
Firsov, V. G. Balats. M. Ya.
ORG: none
TITIE: Experimental investigation of the chemical reactions otmuonium
SOURCE: USSR. Gosudarstvennyy komitet po ispollzovaniyu atoranoy energii.
Institut teoreticheskoy i eksperimentallnoy fiziki. Doklady, no. 388, 1965.
Eksperimental'noye issledovaniye khimicheskikh reaktaty myuoniya, 3-28
TOPIC TAGS: inuonium, muon chemical interaction, muonium interaction, atomic
muonium, assymetry coefficient, angular positron distribution, binary mixture,
competing acceptor method
ABSTRACT: Measurements were made of assymetry coefficients in the angular
R
distribution of escaping posi rons for several compounds and their binary
mixtures. The results obtained were used to compute the constants of the rate of
interaction between atomic muonium, and substance. To augment the accuracy of
the results and to clarify the mechanism of the process, a method of competing
Card 1 2

L 01240-67
AT6031145
acceptors was used for reactions in parallel. The dependence of the coefficient of
assymetry on the intensity of the magnetic field was determined forseveral com-
pounds. The data are discussed from the point of view of the chemical interaction
of muonium. The authors thank Academician A. 1. Alikhanov and V. A. Lyubimov
for their interest in this work, V. 1. Volkov for his assistance in carrying out the
measurements, and A. 0. Vaysenberg and L. N. Kondratlyev for their helpful
evaluations and discussion of the work. Orig. art. has: 4 tables and.11 figures.
[Based on authors' abstract] [SP]
SUB CODE: 07, 20/ SUBM DATE: 150et651 ORIG REF: 006/ OTH REF: 012/
awm
Card 2/2

86079
11"(0115 55 S/180/60/000/005/030/033
E193/E183
AUTHORS: Agafonov., A.G., Go omolzina Yu-A- Rgellberg. I.L
dand Shpich3metskiy, Ye.S., (Mosow
TITLE: bCrystallization of GraDhitelbon the Surface of
Technicar -Purity Nickel A
PERIODICAL: Izvestiya Akademii nauk SSSROtdeleniye tekhnicheskikh
nauk, Metallurgiya i toplivo, 1960, No.5, pp. 223-224
TEXT: The object of the investigation described in the
present paper was to determine the causes of the formation of black
spots on annealed nickel sheet. To this end, specimens of nickel
sheet, containing 0.03-0.10016 C, and small quantitieB Of.Si, Mg
and Mn, subjected to vacuum annealing for 3 hours at 800 OC
followed by cooling at the rates of 2-3, 10-15 and 150-200 6c/Min'
were studied. The results of electron diffraction analysis showed
that the black surface film (estimated to be 10-6-10-5 cm thick),
formed under these conditions9 is pure graphite. Microscopic
examination confirmed this finding and revealed that graphite is
first precipitated at.the grain boundaries and then spreads over
the surface. In analogy to the hyper-eutectoid steels, presence
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86079
3/180/60/000/005/030/03~
E193/E183
Crystallization of Graphite on the Surface of Technical Purity
Nickel
of silicon in nickel intensified the crystallization of graphite.
The rate of cooling after annealing had a marked effect on the
phenomenon studied. At the cooling rate of 2-3 OC/mi-n. the
formation of surface graphite film took place when the carbon
content in nickel was -;> 0.04%~ When the cooling rate was
increased to 10-15 OC/min, the minimum carbon content leading to
the formation of thesurface graphite film was found to be 0.06%.
No graphite film was formed on the surface of specimens that,
after annealing, had been cooled at the rate of 150-200 OC/min.,
-Crystallization of graphite on nickel su Aace can take place also
when annealing is carried out in a rredue-i-ng atmosphere, In this
case, graphite is crystallized also from the ga3aras phase,.
It has been shown experimentally that in the absence of carboa
in nickel, no formation of the surface graphite film takes place
during annealing in a reducing atmosphere, This indicates that
when such film is formed under these conditions on nickel
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86079
S'/180/60/000/005/030/033
E193/E183
Crystallization of Graphite on the Surface of Technical Purity
Nickel
containing :?. 0.04% 0, graphite-particles precipitated from the
metal act as crystallization nuclei for carbon which condenses
from the gaseous phase during cooling.
There are 1 plate (opposite page 222) and 8 references:
4 Soviet and 4 non-Soviet.
SUBMITTED: May,26, 1960
Card 3/3

KIRILL.OV_UGRYUMOV, V.G.; KROPIN, A.A.; ROGANOV, V.S.; SAMOYLOV, AN.
Anfnilar and enerwy dispersion of 1-1-mesons in a scattered magnetic
field of a six-meter synchrocyclotron. Atom. energ. 11 no-3:
245-246 S '61. (MIRA 14:9)
(Mesons--Scattering) (Synchrotron) (Magnetic Fields)

20685
S/12o/61/000/001/02o/o62
E032/C314
9 9
AUTHORS: ~Yevseyev' V.S.0 Komarov, V.I., Kush, V.Z.,
Roganov, V.S., Chernogorova, V.A. and Shimchak,
TITLE: A Multilayer Scintillation Detector for the
Recording of Neutrons in the Presence of y-rays
PERIODICAL: Pribory i tekhnika eksperimenta, 1961, No. 1,
~pp. 68 - 72
TEXT: A description is given of a neutron detector having
a high sensitivity to neutrons buta low sensitivity to
y-rays. The detector is designed for the energy range
5-20 MeV. The detector is similar to that reported by Baker
and Rubbia (Ref. 4). The multilayer detector is based on the
difference between the ranges,of protons and electrons of the
same energy. The detector consists of a number of thin
scinttliators, each having a thickness h The scintillators
are separated by opaque part.-itions. The device is so arranged
that scintillations from layers 1, 3, 5, etc. are re-,orded
by one photomultiplier.and scintillations from the remaining
layers by another. If the energy of an electron is sufficient
Card 1/4

Card 2/4
20685
~S/12061/000/001/020/o62
A Multilayer E032/E314
for it to penetrate into a neighbouring layer, then coincident
pulses will be produced in the two photomultipliers, The
electronic circuitry employed is such 'that itrejects coincident
pulses. Non-coincident pulses arising in either of the photo-
multipliers are analysed by a kicksorter, In this way., one can
separate recoil protons,from electrons due to y-rays. The
multilayer detector con--dsts of 28 discs (diameter 80 mm,,
h = 4 irim). The discs are made from a plastic based on poly-
styrene with the addition of 20/0 p-terphenyl + 0.2% aNPO.
The neighbouring discs are separated from each other by pieces
of black paper, 0-05 mm thick, The detector consists of two
identical parts placed in series. in each part,scintillations
from "even" discs are collected through perspex light pipes
by the corresponding to multipliers, wbilst the scintillations
from the "odd" discs are collected by two other photomultipliers.
In order to prevent the light from the "even" discs from
entering the photomultipliers belonging to the "odd" discs
(and conversely), the side surfaces of the discs are separated
into four equal parts and two (opposite) of these are covered

S/120/Gi/ooo/ooi/o2o/o62
A Multilayer .... E032/E314
by an aluminium foil. Altogether, the detector incorporates
8 photomultiplers of the type (FEU-29). Each photo-
multiplier was placed in a separate magnetic sc~reen made of
soft iron. The light guides were not -in optical contact with
the scintillators,which.reducedthe amplitude of the pulses but
sigplified the operation. Pulses front each photomultiplier group
were amplified and equalised in amplitude. The maximum
amplitude of Co' 6o y-ray pulses was about 0.01 V. The pulses
were then fed into an adding circuit and the pulses from the
adding circuit and those from one of the photomultlpl:Ler groups
were fed into a coincidence circuit and a discriminator, which
-ere so arranged that coincident pulsesviere rejected while
tnose whichwere not in coIncidencewere allowed to pass on into
a kicksorter. Detailed tests carried out on this detector have
shown that its sensitivity to y-rays is lower by a factor of 2
and it sensitivity to neutrons is higher by a factor of 2, as
compared with the detector reported by Baker and Rubbia in
Ref. 4. It is said that this is due io the fact that the
thickness of each scintillator in the present-instrument is
Card 3/4

20685
s/12o/61/000/001/02o/o62
A Dfultilayer .... E032/E314
lower by a factor of 1.2 while the total thickness of the
device is smaller by a factor of 2.7, as compared with Ref. 4.
There are 6 figures and 6 references; 2 Soviet and
non-Soviet,
ASSOCIATION: Oblyedinennyy institut yadernykh issledovaniy
(Institute for Nuclear Researcli)
.SUBMITTED3 February 5, 1960
Card 4/4

C'
AUTHORS: Baranov, P. S., Golldanskiy, V, I., Roganov, V. S. 56-5-7/46
TITLE: The Yk-ld and Angular Distribution of Fast Photoneutrons From
Deuterium and Carbon (Vykhod i uglovoye raspredeleniye bystrykh
fotoneytronov iz deyteriya i ugleroda)
PERIODICAL: Zhurnal Eksperimentallnoy i Teotaticheskoy Fiziki, 1957,
Vol. 33, Nr 5, pp. 1123-113o (USSR)
ABSTRAM The yield of photoneutrons from deuterium and carbon was measu-
red as follows.
Total yield from D Total.yilld.from C dGI dD~
(IleV) in c1D 1028cm2/Q in CC 10 6cm2 /Q
170 0?84 1 0,07 7,2o + o,25 8,58 * oV66
2,o6 + o,o6 .18,90 + 1,35 9918 + 1944
The yields were meisured by means of an effective scintillation
detector for fast neutrons, based upon the reaction G12-(n,2n)C11
(fast value 2o,6 mev) in the volum.of the liquid scintillazor.
In the case of at -energy of 225 MeV the angular distribution
of the fast neutr ns from D changes very intensively since al-
0
Card 1/2 ready a considerable yield of photoneutrons from the photo pro-

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71 Ir -3;cs, n -,-'d kn
Cotton zrow 1rvir-

Re-lonal plni!: the division of our country in rei-,~ions the ic cor-di-
Lion for the imm-oliment in yiel
d of craps.
p(,,I,jr p~, -opr!Nrrcd,-,in -nzenjer-- i lehnicara Srbije)
a
. '! ~ (Drug'vo rolj
Beograd, Yut7,c,s,lavi,-.
Vol. 6, no. 6, Au;~. 1 5 8
list of Lastern E-oropean Accession Index LC vol. b", ~40. 11
Uncl.

USSR/Cultivated Plants - Technical. Oleaginous, Sugar-Bearing.
Abs Jour Ref Mar - Biologiya, J.1o 16, 25 Aug 1957, 69297
Author Rogash, A.R.
Inst
Title Vegetative Hybridization in Selection of Long-Fiber Flax.
Orig Pub Agrobiologiya, 1956.1 No 3, 89-94
Abst A method of vegetative hybridization of flax and follow-
up treatment and choice was established by the flax ins-
tit-ate. Geographically distant forms and wild species
of flax served as stock, and as the scion-- the best dis-
trict varieties of long-fiber flax. The best method of
grafting for flax is joining organically by direct appli-
cation. The grafting is made during the period of rapid
stock growth and in the phase of cotyledonous leaves of.
the scion. Repeated grafts were applied with consequent
proper treatment of the seed offspring of vegetative hy-
brids. In testing this method the increase in height
Card 1/2

in

USSR Cultivated Plants. Commercial. Oil Bearing., M-5
Sugar Bearing.
Abs Jour: Ref Zhur-bioi.!, No 6., 1958, 25142
Author Rogash.,_~~
-Tr
I - oT--k ven
Inst 9
Title The Development of Selection Work*on Flax in the
USSR
Orig Pub: Len i konoplya, 1957-, No 10, B-14
Abstract: No abstract.
Card 1/1

USSR/Cultivated Plants -- Commercial. Oil-Bearing. Sugar-BearinG. M
Abs Jour Ref Zhur Biol., No 12, 1958, 53709
Author ;togash, A.R.
Inst
Title Selection and Seed Growing of Long Fibered Flax in
Belgium and Holland
OriG Pub Len i konoplyn, 1957, 110 1, 45-118
Abstract This article describes the conditions of ilax growing,
the organization of the selection and seed-Growing esta-
blishments,and the metbods of selection work with re-
gard to long-fibered flax. The article gives the cha-
racteristics of the flax varieties suitable for diffe-
rent districts of thesecountries. Varieties promising
as foundation material for selection in USM are noted
in particul-ar. D.B. Vakhmistrov
Card 1/1
90
-- ----------- 71r_fjl:~~ V9 -r'I-eMVt"'
j Ap,S. JOUR, MhBicl., NO, 23 190. 110- 1047-16
AUNIOR Rogesh,
-
NST, ific ;Iesearch Institute of Flax.
IOL Scanft
1
i TITLE Development of Soviit Science in the ,rea of Flax Growing.
I ORTO. PUB. BYul, 118uchno-tekhno inforrii. Vivs. n.-i. in-ta
I'na, 3-6
ABSTjACT N3 abstrnct.
CArLD - 1/ 1
104
"iA ArA77'

KLOCHKOVY V.N., kand. sellkhoz. nauk, MALYKH, P.V., kand. sellkboss.
nauk; ROGASH, A.R., kand. biol. nauk; MaNOVA, Ye.S., red.;
BELOIr, lrrl~171tftft. red.
[Breeding and seed production of fiber flax) Selektsiia i
semenovodstvo llna-dolgantsa. Moskva, Sellkhozizdat, 1963.
189 p. (MIRA 16:9)
(Flax breeding) (Seed production)

-- - - - - -, - --- - - --- - - - - ~

Excerpta Med:ica 3/4 300 16 Apr 55 Cancer
1404. ROCATCHIKOVA T. A. Carcinoma of the ventricular bands of the larynx and
its treaFn-rMffTffWf.VW%IF#P,, . to-ri
/*'V%ft 0 no-laryng. 1954,2 (29-31)
Of 246 cases operated on for laryngeal carcinoma the ventricular bands have been
found affected in 138 cases. Of these the carcinoma was limited to the ventricular bands
only in 3 cases. In all other cases other parts of the larynx were involved. Localization
of the tumour in the ventricular bands, ventricle and epiglottis is considered more
dangerous than in the vocal cords area owing to the abundance of phatic vessels
and loose connective tissue. Combined treatment with X-rays anIrsurgery is re-
commended. Prujansky - Tel-Aviv

SOIT/68-59-7-27/39'
kUTHOR: 110 gate 1
TITL-': -Lethods of Increasing Labo-Lr Productivity at the
Zhdanovskiy Coking Ylork-s
P-1~-RIODLiAL: Koks i 1chimiya, 1959, Nr ?, pp G7 - 68 (USSR)
ABSTRACT: The problem of increasing Labour productivity at the,
works is discussed in general terms.
ASSOCIATIOINT:Zhdanovskiy koksckhimicheskiy zavod (Zhdanovs~iy
Colcing Works)
%Cj'a:r-d 1/1
tool fto

--

NOVOZHILOV, Mikhail Galaktionovich, prof., doktor iekhn. nauk; SELYANIN,
Vitally, Gedrglyevich, kand. tekhn. nauk; THOP, Abram Yefisovich,
prof., doktor tekbn. nauk; Prinimal uchastiye G14HUN, O.S.,
kand. tekhn. nauk; RZHEVSKIY, V.V., prof., doktor tekhn. nauk,
retsenzent;_HDGATIN,.-1j.P., Insh., retsenzent; GEYMAN, L.N., red.
izd-va; ISSHCHOKINA, I. S.., tekbn. red.
(Deep open pits]Glubokle karlery. 14oskva, Gongo'rtekhi.dat P 1962.
275 P. NIZ 16-.1)
(Strip mining)

32192
S/196/61/000/010/011/037
IBIL94/EI55
-a 76. /OSS~ IS
AUTHORSs Marshak, I.S., Vasillyev, V.I.9 Tokhadze, I.L., and,
.Rogatin', N.V.
TITLEs Powerful xenon-tube 'sun' lamps operating without
,ballast
PERIODICAL3 Referativnyy zhurnal, Elektrotekhnika i energetika,
,_no.lov 1961, ILI,, abstract IOV 89. (Svetotekhnika,
no.4, 1961, 8-17)
TEXTz It follows from considerations of the physical
mechanism of impulse discharges in tubular impulse lamps that this
discharge is quasi-stationaryv i.e. it can continue indefinitely
provided that the current supply is not exhausted and the
discharge tube is not thermally overloaded. The discharge channel-
is of considerable ohmic resistance (some hundreds'of ohms), which
depends on its geometry and which alters little with the electric
stress or specitic resistance of the plasma. Because of this
resistance the lamps need no ballast, and the potential difference
across their electrodes is equal to the supply voltage.
Experimental data about the specific resistance of plasma and
Card 1/4

32192
Powerful xenon-tube 'sun' lamps s/196/61/000/010/011/037
E19VE155
permissible mean power-loading on the quartz tube walls permit of
approximate calculation of the length and diameter of discharge
tubes in which discharge, like quasi-stationary discharge in
impulse lamps, could continue indefinitely (i.e. be quite steady)
provided that it,receives.supply from a steady electrical system
without any series ballast resistance. The comparatively high
discharge-extinction voltage in narrow-tube impulse lamps governs
the minimum internal diameter of the tube and, consequently, the
power per unit length in the case of supply from an a.c. system.
From data on impulse tubes fed directly from an &.c. system
(without storage capacitor) with a current impulse for one quarter
of a-,ycle, it is found that the minimum internal diameter and
power mentioned above are respectively 16-20 mm and 95 W/cm-
With supply voltages of 380, 220 and 127 V the minimum power of
ballastless a.c. lamps and their lengths should be respectively
15, 8.5 and 5 kW and 156, 90 and 52 cm. D.c. impulse lamps should
be smaller in diameter and consequently of lower power. These
statements were sonfirmed by an investigation of prototype
discharge lamps of various diameters (16-48 mm), lengths
Card 2/4

32192
Powerful xenon-tube 'sun' lamps S/196/61/000/010/011/037
E194/EI5.5
Ooo-34oo mm) and xenon pressures (15-200 mm HS) made with various
kinds of supply (d.c. and a.c. at various voltages) and cooling
conditions (natural and forced wa*ter cooling). The investigation
also gave a more accurate idea of the value of the power load on
the tube walls (for an impulse tube operating for 500-1000 hours)
and the specific resistance of plasma (when used under steady
conditions of low electrical gradient). On comparing these values
of ignition voltage and light output of impulse lamps with those
obtained in the work for tubes of various parameterag a technical
basis was provided for optimum design of ballastless xenon lamps of
20 kW power for a.c. 380 V supply. The principal characteristics
of discharge lamps (compared with 20 kW 0sram tubular xenon lamps
supplied through a ballast reactor, indicated in brackets) arej
current 57 A (75 A); light output 29 lumens per watt (25 lumens
per watt); circuit power factor 1 (0.73); 'overall length 1980 mm
(1900 mm); tube diameter 27 nun ~'30 mm); life over 500 hours
(over 500 hours). A small starting device such as a Tesla
transformer with appropriate switching suffices to start the lamp
instead of the large and heavy starting equipment with reactor
(approximate weighti copper 50 kg; steel 150 kg) used for German
Card 3/4

32192
Powerful xenon-tube 4sun? lamps s/l96/6i/ooo/oio/oll/037
E19VE155
lamps. The Soviet lamps have metal terminals in quartz
(comparatively thin molybdenum foil woufid in cylinders) which are
easier to make and are more reliable. The prInc-Lpal data for
designing similarimpulse lamps for other workinC voltages and
powers were determined at the same time. It was X;,,-,%nd that by
increasing the tube diameter and reducing the supply voltage it
is possible to increase the light output for a given power (an
impulse lamp for 220 V, 16.4 kW has.a light Output Of 33 lumens
per watt). By use of water cooling the electrical gradient can be
increased, still further increasing the light output (with a
gradient of 4 V/cm and internal diameter of 16 mm the light output
of the impulse lamp is 38 lumens per watt). Xcnon ballastless
9sun' lamps have a mainly continuous almost equal-energy visible
spectrum with a weakly expressed maximum at 480 nm (nanometres)
which corresponds to a light temperature of 6000 OK.
9 illustrations. 20 literature refeiences,
[Abstractor's notes Complete translation.]
Card 4/4

ROGATINA, Nina Prokof Iyevna; POPOVA, Zinaida Fedorovna; ARTMANIS, Stella
'-AffdMyOvyItq-MELINrKOVA, Nina Ivanovna; AVDEYEVA Yekaterina Semenovna;
KUZNETSOVA, Irina Pavlovna; ZHEREBIDIA, Anna SemenovI19; VffEVOD]21A,
Aleksandra Dmitriyevna; KOLPAKOVA, Ninell Yevgrafovna; KHAYEVA,
Aleksandra Afanastyevna; DUNDUKCVA, Valentina Petrovna;LAUSTEN, A.G.,
nauch. red.; GABOVA, D.M.9 red.; VINOGRADOVA, G.A.2 takhn. red.
[Women's and children's light dress] Zhenskoe i detskoe legkoe platle.
Moskvap Gostekhizdat, 1962 493 (MIRA 15:7)
(Dress'makinjel

SHANIMP G.G.; F.:A.; SLI11KINA, 11. V.
Blood serum n -act ons in rhoumatic central nervous systerra
dificason in en. Dokl. M BSSR 8 no.7:481-483 164.
(MIRA 17:10)
1. Belorus5k-iy udarvtvonnTj Institat, u9ovurBhenstvovaniya vrachey.
Predstavleno 4"t mikom AN MSR D.A. Markovym.

BOLDINA9 N.A.; ROGATIUSKAYAq F.A.
Changes in the copper level of the blood following treatment of
radiculitis with bee venom. Zdrav. Belor. 6 no. 7:28 Je 160.
(MIRA 13:8)
1. Iz nevrologicheskogo otdeleniya Minskoy oblast-noy klinicheskoy
bollnitsy (glavnyy vrach G.A. TSoyev) i Nauchno-issledovatellskogo
instituta nevrologiip neyrokhirurgii i fizioterapii (nauchnyy-
rukovoditell - akad. ANBSSR D.A. Markov).
(NERVES, SPINAL-DISEASES) (VENOM) (COPPER IN THE BODY)

A
IXONOVICH, A.L.; ROGATINSXAYA, F.A.
Study of globulin fractions in the blood serum of multiple sclerosis
patients by means of electrophoresis. Zdrav. Belor. 5 no.4:36-38
AP '59. (NIRA 12:7)
1. 1z Belorusskogo Tiauchno-issledovatellskogo institute. nevr6logii,
neyrokhirurgit i fizioterapil (direktor Ye. F. Kalitovskly, nauchMy
rukovoditell - prof. D. A. Markov).
(BIOOD PROT3115) (MULTIPLE SGWOSIS)
(ELBOROPHOFMZ)

ZATARMKAYA, T.A.- Prix-:'-ma' -ac-~hastlyoQ D-1, R(
Li O-LA ATA.' V.; TSEMOVSKAYA, D.;
ZEVAKDI) 1,1~ RISIOEVA, Ye.~
Inve.stigations in the field of titanium tetrachloride purification.
Titan Jl ego .5plalry no,.-,,'L95-200 '61. KIRA 15:2)
(Titanium chluride)
(DIALAllation)
i"Vapcr-liquii equilibrium)

ACC NRs Ap6ol7957 SOURCE CODE; uR/o413/66/m/010/0025/0025-
INVENTOR: Lebedev, G. N.; Serebryakova, A. V.; Starshenko, V. A. A.;
Pundrovskiy, V. P.; Kh1opkovj L. P.
ORG: None
TITLE: A method for removing phosgene from gases. Class 12, No. 181621
SOURCE: Izobreteniya, promyshlennyye obraztsy, tovarnyye znaki, no. 10, 1966, 25
TOPIC TAGS: phosgene, gas, filtration
ABSTRACT: This Authorts Certificate introduces a method for removing phosgene from
gases, particularly from waste gases in the production of titanium tetrachloride.
The degree of purification is increased by adding hydrogen to the vapor-gas phase at
a temperature below 50O*C-
SU CODE: 07/ SUBM DATE: igmar64
C rd uDe; 66.o74.66

ACC NRs
10150009948 (A) Monograph UR/
Vartanesyan, Vartges Agaronovichl Gqykhman, Emmanull Shlewvlchj.,~~Yqpj, MLkhaU
Ivanavich
Iiadio &L'rection finding (Radiopelengatsiya), Moscow, VoGrenizdat M-Ya cbor, WSR,
i966j 24*17 p. illus., biblio. 11,000 copies printed.
TOPIC TAGS. guidance systern, radio guidance, radio antenna, radio wre, direction
finder receiver sensitivity
PURPOSE AM COVERAGE. This book presents theoretical principles of radio direction
finditLg, principles of operating various types of radio'direction finders$ as vell
as problems of practical application of ground devices. Special attention is given
to the precision of radio direction finding and sensitivity of the devices depending
on the conditions of radio vave propagation and on the scheme determinations of
antennae and receiver-indicator systems. The various uses of radio direction finders
are shmm. Shia book is recommended as a textbook for preparing for the cadre of
raoiio direction finding in secondary technical education.
TABIZ CIF CaMNS (abridged) t
Card 1/2,; UDct621-396.663.0013(07)

'-'ACC-'~R1"-- --
AMSOM9948
a... 1. Basic concepts and directions in radio direction finding - 5
Ch. II. propagation of radio wwes - 11
Ch. III, Antezuia-feeder systems and elements of Input of radio direction finders
-- 40
Ch. IV. Raddo direction finders vith a smnll base and their recelver-indicator
devices -- 85
Ch. V. Radio direction finders with a large base .- 127
Ch. VI. Sensitivity of radio direction finders and precision of radio direction
finding -- 151
Ch. VII. Several mDdern radio direction fInders and automtic systems for detera
mining the position of directed objects m. 183
~Ch. VIII.. Prdbleme with the use or ground radio directIon finders 2W
suB cam SWK DATE: Ogrews MIG MW: 046 OM MWs 032
Card
IT 14

BCRIBOV,A.I., inzhener; MUMOVA.K.F., inzhener; ROGATKIN.N.S
kandidat telchnicheekM nauk; SEMSKIY,Ye.P.,
tekhnicheskikh nauk
MechRnizing the selection and preparation of cut peat samples
on a TP type peat loader. Torf.prom.32 no.5:20-21 '55.
(mm 8:10)
1. Moskovskiy torfyanoy institut
(Peat machinery)

(Corrosion and anticorrovives) (Ketal cladding)

41"u once olAmmonlum ffAlts an the Col
-Copper,. A. _V, PoxfiDsovi, M N. R6zaMin,
Cf. L and P., ibid., 1949, M SN; M~44,
99-92% Cu powder were pb4coed in a beAv
also held-in'mpamto beakers---an N14sa
weight of salt taken was.that7contg., I -g
rosion of the Cu was detertnined by,meam
vicight-after 12 hr. at W. 0-5! 0.: Mo
of:tbo 0
g.jgjday)
ohlorlde 42,66, bmmid6 - 34-03j, l6dlilo'~ 34
acetato "1.-0, nitrate' 8-68, c~honato 239
and secondary ~hoxphmte: 11-68, -The cox
Welmem of -the 114.
th; surface of thr, metal and thii amount 01
dLwlvod in It; it should therofore b e I
lower-themal stability. The'volalility 0
the anl6a of thasalt Is therefore the-main
Its corrosiveness (this Is oonfirmed ~y. cm
and
the
mrW
bp.'.of
acid for e.
of sefda). - The
of the X14 salt

Ae -
A_
-
, I
I
e1
I
l
i

ectro
n.
el
s
a
cooling
or
Va
aipadtion of xWc -A T Leyin A Potposav, and T~ N

RZr-W~- .. 24, ~ 124.5-51(l P1
m
Zh
a.
at Al 'coonrig'coUs ww Investigated under
. T,
e.co
I
art-
eral eondW6 , follud in celb for the electrod&..
nswhkh

~<fon; of Zn.' At 320 with- a standard
Zn el"tro(yte i

ret~ence,of 10 mg./I.,of N,
fooza + 100HAOS) the
'
++
++
I+, z2+
+
a+
*
Increased I
Co*
Pb
* and
Cu
%
ye
Bi
'
'
of A wire
from 039 to 0.94 g.1sq.m-1
~fhc ~orroslon rate
'
NO;, Cl-, and, F- iacreased it from
and the anions
i 0.22,- thro - 1.55, to 2.65 g./sqm./hr. At 45" th
ugh e cor
'Viosion~rate in HgSO~i from 100 io'140 g./L~ remaine&,const*,--,
'd did
.at about 0.30 g-Aq.m.1hr., The prest:d6a of silicic am
'isbt affect the corrosion rate Wit did retard the 6fraision ef.;!'

tfect'of F-: - with -10 (in -100 x-A H,60 ) the"
tZ
-
~
ili
i
d
of
id
d
0
t e corros C-n
c
c ac
ecrease
~resenee
1
.
mg.
A. s
rate from 2.72 to 0.52 with 100 mg./I. F7 the
m* 4
20 - i
50 t
b
t
d
d f
t 0
th
f

Y. ro
.
o a
ou
.
n .
ra
e
ecrease
e presence o
.10-50 mg./I. siticic acid and to 0.88 with,100 Mg-A. - Thz,
A.
potential of Al In H%SO4 and [a the standard
i etectrod7
.
etectrol~te In the presence of 10-4000 Mg-A, F7 attained a;
Const. -valve after 60 min. at -0.6w and ~0.765 v., resp;

in
The protective fibn obtained by theu~ means
-vVently bannful-protecti
CaSO4) wa3 found hi ve films; ob
'tamed byanodleoxidation
with a cd
c12A mp-/S Am."O
.
.
i!6 207
HSO, and for 5 min. W= effective. , Increasing
he
h
SO
d
0
ff
e
H
d iK
ec~
Z
e
e
t
e
C
an
e temp. or a 1
t
2
j
70
'
tiveness.
- The effectiveness was further increased by treat
w t-tritnt of the film in asoln. of KjCrO~. Itisc=8uded that;..
'A] Cooling C0113 am suitable for Zn eleefrodeMsition Cells!
gruviding Cl-afid F-areellmlaated and the 46o lsprotected,,'
-
b~
l
l
l
tn o
Y~auodfc &Idation. The corros
Ate w
th a fi
on i

lned und the best Lvaditions was 0.001 0. O.OOT'
er s
003 and
g./sqm;. In 30; 120. and 240 min 1. Briltowitz

POMOSOV, A. V.; PWATKINA, T. N.; T~EVIM, A. I.

137-58-4-6818
Translation from: Referativnyy zhurnal, Metallurgiya, 1958, Nr 4. p 73 USSR)
AUTHORS: Levin, A. I., Rogatkina, T.N.
TITLE: The Effects of Surface-tension Reducing Substanceis_in~the Electro-
deposition of Copper (0 deystvii poverkhnostnoaktivnykh vesh-
chetsv pri' elektr005azhdenii medi)
PERIODICAL: Tr. Ural'skogo politekhn. in-ta, 1957, Nr 69, pp 34-49
ABSTRACT: The speed with which equilibrium is attained in pure and ad-
ditive -containing systems consisting of Cu and Cu ions is stud-
ied. The presence of surface-tension reducing substances has a
pronounced effect on the kinetics of the establishment of equill-
brium. The dep ndence of the potential of the Cu electrode on
e
the time elapsed from the moment it is lowered into the solution
is expressed by the equation q = :k 0.013 log tanh A-P/2b,' +const.
Surface-tension reducing substances exercise a significant in-
fluence upon the wettabitity of cathodic Cu. When combinations
of additives are employed, the polarizing effect is promoted.
Combinations of molecular organic substances and technical or-
ganic substances and technical organic high-motecular intermed-
Ca rd 1/2 iates in conjunction with anion-active additives yield the best

R601ATMAY T. NO
A 187T12

TN

,kJTHOR VORONIN E.3 ROGATNEV I.I. PA - 2570
TITLE The unstable p~-o-ce-s-s -in-a-ul-ogenerator with direct excitation
by radio impulses. (Nestatsionarnyye protsessy v avtogeneratore,
zhestko vozbuzhdayemom rAdioimpullsami.- Russian)-
PERIODICAL Radiotekhnika 1957, Vol 2, Nr 2, pp 144 _ 149 (U.S.S.R.)
Recei-Ted: 4/1957 Reviewed: ~/1957
ABSTRACT For the purpose of investigation a device was constructed which
facilitated studying the adjustmant of the amplitude and the
phase of self-oscillations for the domain of synchronization
as well as for that of pulsation for different working methods
of the generator at different amplitudes and with a different
duration of the influencing radio impulses.
There follows the description of the device.
Experiment showed that on the occasion of the synchronization
of the autogenerator which by the influence exercised by large
signals, is in a rigid state of.excitation, an optimum state
for adjustment of synchronic self-oscillations exists, which
,cannot be explained without taking the line currents of the
lamp into account. Diagrams and a qualitative analysis for
finding optimal conditions for the synchronization of the
autogenerator by radioimpulses are given on the occasion of
the dependence of the latter upon the order of back coupling
CARD 1/2

. . . . . . . . . .

Gr ~. -1 -1 (.,. i n,E - r.,a r, h -I r a i,
I
MINI