SCIENTIFIC ABSTRACT ROZHANSKAYA, N.N. - ROZHANSKIY, V.N.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001445710003-6
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 19, 2001
• Sequence Number: 3
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

/Rolanskaya, Yu. A. 6
of Euclidean geomefij.' M6skov.'-.,Oblasf Peda-
-909
Inst. U Zap. Trudy.Kafedr Mat. 20 (1954), 59-123.
(Russian)
The article i's of an expositoty- nitur6,161lowing Mlbert
but with some deviations, e.g. the 6nfinulty axioms are
used at an earlier stage, and spatial geometry is treated
concurrently with plane geometry. Special emphasis is
laid on the concepts of completeness ar A consecutiveness.
The latter means obtaining the full implications ol the
axioms in one set (like those relating to incidence), before
addine new concepts, Worth mentioning are; a detailed
proof of Jordan's curve theorem for polygons on the basis
of the axinms of incidence and order alone; an axiomatic
discussion of affine geometry with respect to consecutive-
rle,Ss (where the first set of axioms cons sts of the incidence
and parallel axioms) ' separating out tae axioms referring
to one straight line (where it turns out that they are
complete in the euclidean, but not in the affine case);
relating the concept of completeness to group theory so
that the automorphisms of a certain group correspond
to the different realizations of a set of axioms.
H. Busemann (Lot; Angeles, Calif.).
i
7 Tt~ in

53
Construct'lon D~-,si;ms
Constr-
action 1. I-an 'us
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or Year,"' G. and V. B, Ludrii]
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m oil' -.11 r
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y of ?Of
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4'_-,M: tcr-s er l,-Ca G;vos shotcl-,es of' --ouzan,:r arrful;~ci:mn'u of maiin ic
1on4i'.1-,-_':jnjl SeC4~40n Vith
anci dir-onsions, tan~,~ gencral pi ar, with seclonda-2-v struict-L-res of
I-FIFS slals and preffa-br- cated in f ced-
s .:I r ~ d, tyl-cs. .,,'1o,in.1 is of 2,types: Ts -or,,
concrete slabs. Foundations are concrete, Amil, I-er-ins are pre."-aLri-ca'i.ed.reinf6reeti
c oncre e , and v -all s . are bricIr wit"'hout 1---lastuer or cinder 11ceRs with pilaetercd surface
,rcc--;,~On-olltput plants, a pressuro tmter reservo-ir 1,a-s -,eon dosigned.~to =rlace
For the 4C,
s.-.d und~arr-c~.nd rosc-1-70 Tese'r~rolr 'Vi`. tmTer. Viiere
.0 CM=Nll~- U C -Z7 ZC S fUll'O
rco,.i.blo, centrally, 're-,tin;7 of s tancluird plants is 7 r c r: o,,:e d b dist.r'~ct ~catir~'r~
T-1 7L_~ C.~ ~,,rl ~-usC.
26~2 .117

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clla,~ furoacr h~ tn ix u~~ i h-im
plant-gra,tkv jrtxn~tpotwz !'I K~L-. ton ~f 6 , 2j 4 -
:1tUct, as of le-an Kit, pt. -Aim-d frnm peat'vvi f--un.I tL,
shoken the time of the melt b 1 14-28% alid tn efler! fuel
crotioin ies of 11 ~3-4 of kcvorifing t~ a tu, voy ~f 4ant I r2c
tice rn oper-ation ww, pea. g.u, -rcvLsuin is ziadt f- inject-
in liquid ftml3 wn,en am--~y c, fortify a C~ deteriarating
in quislity-
Di9tr: 4E2c/4E3d/4F4c

(Factory management)

AUTFORS' Zakharikov, N. A., and Rozha 72-1-2/3-3
TITLE: The Increase of the Luminescence and Enrichment of the Torch in
Glass Smelting-Furnaces (Povysheniye svetimosti i obogashcheniye
fakela v steklovarehnykh pechakh).
PERIODICAL." Steklo i Keramika, 1958, mr 1, PP- 4 9 (U55R)-
ABSTRACT; The, scientists Costa, 1. M. Koburneyev, R. Scherman, V. F-Koj~rtov.-.
and A. V. Kavaderov (references 1, 2, 3) as well as the Inst .itIutIe
for the utilization of-cas of the AN Ukrainian SSR are' of the opi=
nion that a luminescent-to.rch in glass smelting furnaces transmits
less,heat to the glass mass than a non-luminescent torch. Experi=.-
ments, however, which were carried out inglass smelting furnac ,es,
produced different results. Wi-th gas- and air consumption being
equal,,the heat current rose by lo O/o in the case of the lumines-
cent torch. In the glass works of Kiyev this led to an increase of
themass output from 6oo - 700 to 700 - Boo kg/m~k per day an~to a.
decrease of the specific fuel consumption by 15 - 18 o/o.'The same
opinion is express ed. by M. G. Stepanenko and 4. A., SheludyalCOV
(reference 1). After several methods, for the enrichment of low-calc--.
rie generator gases had been investigatedland rejected, the most
ith an addit
Card 1/3 rational method for the combustion of, these gases. W3- ion

The Increase of the Luminescence and Enrichment of the Torch in 72-1-2/1-3
Glass Smelting Furnaces.
of liquid fuel is suggested, by,which '"a the luminescence af
.the
,
torch is increased.-As liquid fuels petroleum spirit and, where peat
and pit coal with gas:purification:are uskid, peat- and pit coal tar
should be used, which l
eads to a saving of,.gas of,12 -- 1-5
O/o,~and,
,,
,
torch.' At
ina .ddition,Ito an, increase of the luminesc3nee of the
.
the institute forthe utilization o! gastho met-hod ~ as ''well As .-the
necessary equipment for the comb-i.,~.~onvf liquid fuels was worked
out (figure 1). The. liquid fuel -tomizec~, by steam of 3 4 atm.
excess pressure. Figure.2.shows influerce exercisedby the can-
sumption. of vapor.and.of temperature of the.-blast furnace gas upon
the relative output of.sooty,.Car.bon,.which -&as proved by,A. V. Ka=
vaderov in his paper.(reference 1). Various-experiments.carribd out,
with liquid additional:-fuel are.then,descftbed. Figure 3 shows the
modification of the hea17 current impinging upon the continuous glass
melting furnace in dependence on the ratio between the consumption
of petroleum spirit and that of gas. The same results were obtained
also by. AW _V. Xavaderov preference 1). Furthermore,.experiments un=
dertaken for theinvestigAion of the,influence oftorch lumines=.
cence.upon the operation of the furnace are described. Figure 4
shows.the dependence of the.saving of;gas on'the consumption of pe-
Card.2/3 troleum spirit. Experiments were further carried out with a view of
VIC.
ASSOCIATION: Institute for the utilization of C as~, AN Ukrainian SSR (Institut
ispoltzovaniya gaza AN USSR) .

AVAILABLE: -of'Gongress.
Library
Card 13
3

(Glass furnaces)

(Irrigation) (Pamping machinery)

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ACC NRt AP7004500 SOURCE COM UR/0030/66/000/010/0-10?,/0104
ALYHOR didate of phya oo-mathematical aciano
11ozhans.kiyp I Ds (Can os)
ORG. none
TITIO- Investigations in magaeto)Wdrodynamics
O*u SSSR. Vestnik# noo.10, 1966, 102-104
URCE: AN
S
TOPIC TAGS: magnetchydrodynamics, interplanetazy space, magnetoactive plasma, elec-:
trolyte, liquid metal A//C/,5f6?-5 COX)XEA9,F1Uee_
A~STIRACT: A conference on magaetohydrodynam1Cs,(D1HD) has,met in Riga every.even year
since 1958. 'The fifth conference in this series met, on 20-25 June, and, for the first
time, representatives from outside the SSSR were present (France, Poland, Czechoslovakia,
and East Germany). After an opening paper on the origin of magnetic fields in planets
and stars (by M. Steinbe~k of East Germany),.the.conference was divided into four sed-*
tions: IDID in outer space, MED of low-temperature plasma,.MM of liquid metals and
electrolytes, and general'questions,on MED., In the'first section, Do A. Frank-
Kamenetskiy reported onthe physical interpretation of.,MM in describing the mechanism
of.interaction between a sonde and the stream of.pla- it encounters. V. 0. Ge
Go and B. ssed experimental data on near-electroder=
Dro
A. Lyubimov, V. Parfenav discu p
esse's , in an NO chanael.' ~ Us, I.: Ivawv and Yu. I., MikhaylOV 0-3ned the,movement of a
two-phase conducting systen in an electromagpetic field. -In thesectiola,devoted to
Card 1/2

FACC NR-
AP7004500
I-MD in liquid metals and electrolytes, Le A., Vulis and his co-workers reported on the
ow ercurj in an open trough having a transverse magnatio,fields More than 30
.L1 of m
papers Were devoted to consideration of different aspects of induction and conduction
theory in 1QM machines using liquid metal. Much of this work was done in Latvia, and
Esthoniao Application of NO -to industry received much consideration, particularly in
~.ore beneficiation, metallurgy, and foundxy practice.. General papers on MHD:includecl
reports.on stability of M currents, the problem of streamlining masses of ~an elec-
trically conducting liquid ina magnetic-field, solution of two-dimensional~problems
when the on6-dimensional solution gives too coarse* an approximation. It was resolved
that themost significant of. the i6ports be,pixbliahed- in the journal Xagaetohydro-
dynamics, .1.ublished by the Academy of Scienzes'of the Latvian SSR,
SUB CODE; 20/ 5=1 DATE; none
C.rd Z/2

-------------
PHASEI BOOK EXPLOITATION. SOV/3746
Rozhanskiy, Lev Lazarevich
Staticheskiye elektromagnitny7e.preobrazovateli chastoty .(Static Electromagnetic
Frequency Changers): Moscow Goseneraoizdat,-1959., 94 P.. (Series: Biblioteka
po avtomatike, vyp. 11) 149000 copies printed.
Ed.: A. M. Bamdas; Tech. Ed.: N. I. Borunov; Editorial Board of Series:
I. V.'Antik, S. N. Veshenevskiy, V. S. Kulebakin, A. D.,Smirnov, B.-S. Sotakov,
Ye. P. Stefani, and N. N. Shumilovskiy.
PURPOSEs This book is.intended for engineers and.scientists engaged in electric
automation, electrical machines., zmd,,other.,branches.of engineeringloonnected
with the use of alternating,current of elevated frequeneye
COVFRAGE.- The author presents the theoretical fundamentals of electromapetic~
frequency changers and discusses theireircuit diagrams, construction'. design
methods, and possibilities of,application. More attention is giVen to frequency
multipliers than to,frequency dividerso which aretreated only briefly. The
author makes, great use.of his,'own experienceand of his published and unpublished
works. He thanks Professor A. M. Bamdas for his help. There are,61 references t
40 Soviet (one of-which is a translation), 14 English, and 7 German.
Card 1/4

Static Electromagnetic Frequency Changers SOV/3746
TABLE OF CONTENTS-.
Foreword 3
Ch. I. Principle of Operation and Circuit Diagrams of Electromagnetic
Frequency Changers ~7
.1. Principle of frequency multiplication
2. Methods of frequency,multiplication 9
3. Single7phase multipliers with thr,eerphase power,supply
4. Three-phase frequency multipliers 21
5. Principle of frequency division with static electromagnetic devices 23
Ch. 11. Application of Static Electromagnetic Frequency Changers
1. Frequency elevation of machine generators 26'.
2. ..Welding with elevated frequency current, 27
3. Induction heating of components 28
4. Fluorescent lamps current supply 30.
5. Power supply to.motors with increased speed 31
6. Utilization of the measuring part of the speed regulator as a
sensitive element 33
7. -Measuring direct currents and voltages with,frequency,doublers 34
Card 2/4

Static, Electromagnetic Frequensy Chang-.~ SOV/3746
8. Utilization of-a frequency doubler as a magnetic amplifier with the
output in, even harmonics 36
9. Other,applications of frequency changers 38,1
Ch. III. Theory and Design of Frequency Multipliers Without D-C Excitation, 42
1. Some design prerequisites 42,
2. Design methods
3. Effect of gaps iii the magnetic circuit 46
4. Effect of capacitive compensation 47
5. Determination of currents'andi voltages of the frequency multiplier
6~ Simplified method of determining voltages and currents of,elevateid,:,
frequency
55
7. Design of frequency multipliers with three-phase pow6l- supply 59

8.
Accounting for,dissipation-reactance 66
9. Selection of the kindl.of steel 67
10. Losses in.steel and copper 69
11.1 Example of designing a frequencytripler 70
~Ch. IV. Theory and Design of Frequency,Multipliers With Direct Current
Excitation 75
1. Theory of frequency doublers
Card 3/4

- I- I - -- - I - 11 ------
Static Electromagnetic F-requency Changers . SO.V3746

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The ana
ly-tical method. uMs'eatod:is~ unitable foruny multiplieltion,", .*I
ratio and works 'With -6- pinh cum cis. =gnetimation durvo-'It'~emblis%
the external wharacteriatio ot the zmatiplier t 'be ca lculetad, irith. ~4"
so Is 0,
-for v6rio a -t-,- 1 d due
00 !.-atisfactory accu= u ~. y
yes of ~ oa a and anables the
0. ,irimry current to -be determined. '.-,The Ormxvloa -given concern a
0
.3
fro-uoney triplar und -The expressions fo:r the,orima
0 it current forum short-circuited secondai~r in~oivo Bossos,functions of the age
-00 4r first kind. Lathamatical appmiices astabl&sh the dcauract o glee,
f t~a
method and juatify.the sim)lificatione introduced.
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(Matveev, Arkadii L'vovich, d. 1956)

87158
S/144/60/000/008/005/oo6/xx
:EO41/E335
Scaling of Static Frequency Multipliers
where B and H defined in Eqs. (4), are,constants
k k
for a material. The method used in Refs. 1, 3 chooses
instead and H as reference quantities. Table 1
a 3
g3--%res Nalues of these constants f or se-eral materials.
Normalized.representations of a magnetization curve and a
permeability characteristic are. given in Figs. 2 and 3.,
respectively, The little squares and -rircles,;, etc~jn
F�g. 3 relate to the entries..in Table l_. Substituting Eq. (5)
in Eqs..(l), (2), we obtain.Eq. h'ich leads to the
7 w
scaling criteria of Eq., (8). There are 15 conditions, of which
8 may be chosen arbitrarily and'7 used as criteria-proper.,
The latter are t (time);. i., ing T 2 (currents in -,the input,
bias and output windings, respectively); r (resistance of
n
Iz 2 (t-Ime constants of bias and output,
,.bias.wi.nding); _C' n
Fi . 4 is the circuit of.a frequency doubler ~wi th
9
a common*load and bias wi-ndIng The only addi-tion-al cr! terlon
Card 5/10

(BLOOD VOLUME). (COLTS)

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tance in the pipeline under investigation -7of 7 sup -to.466.bars -A;-w6rking.Uq
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,gion pipeli~ea.' Both laminar and turbuleb.t flow conditions were~-Ana
,results are presented and discussed in graphic and tabular form. The study re-
veriled good agreement with certain well ktiown theoretical functiqua and-express
77

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1 -11
ROZIII. MIKIY, f-U,) st,arsIrl'.) 'MILIchin-y sotrudii'k; BOGLANOV, LV., .1-:3pirart;

GILELES, Ley Khatskqlevich; KOKIF, Georgiy Mikhaylovich, prof.; MITIN,

e
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6511. 2sculiarities of,the change saf crystalline structure of a metal:,on -00
deformation insurface-active madia. X. K. I Rozbenskiik T. A..Amfiteatroys an(
"rl 7~' - -0 )-6
J F. A. Rabinder. Dokl. Akod. Nnuk,
SSW 1 76-M 97-8 (1951
see
Russian.
60 o3
Thin Cu wire was stretched in a 0.5% solution of eloic acid and in
a a
a 0.5% volution or cetyl alcohol, both solvents boing "caroaene. The degree
so 3
of plastic deformation wus found to be greater than that occurring in an
inert medium. Tje num or of grains also increased. It to thought that in 0
a surface--aCtiTO medium crystallittis break dorm moro acally into smaller
gra ins and cove more easily ralatiire to one another. A. L. Mckay
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With Intermittent deformition of metalll[c sinEle enstals,
V. N. Razlianskil, Yu. V. Goryuaov, and 0. D. Shchukid
(M. V. Lomonosov State Univ., Moscow). Da"yAkad.
N4uk S.S.S.R. 105, W-2(105); Sovid Research Phys.
1956, 5-7(Engi. lndatlon).-~-S~ gle of 99.99% ~zn
tm
under tension i
were subjected to intemittent
and tbe resistance was tnestsured. No evidence was found of
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kdTHOR: Shchukin,,Ye. D., Pertsov,,1\T. V., and Rozhanskix, V. N..'
TITIE: A Method for the Investigation,of Irregularity of Plasti -c,
Deformation. (Metodika Issledovaniya Neravnomerno.sti
--plasticheskoy Deformatsii..)
ivl
PERIODICAL: Pribory i Tekhnika -Eksperimenta, 1957, No. 2,
pp. 98 - 102 (USSR).
ABSTRACT: Jump-like deformation of metallic, mono-crystals at
constant loads is.fully discussed in References 1 - 3.
The results of previousinvestigations have shown.thas. in
order to obtain more accurate data for the,investigation
of the effects of.evalanche shear, the sensitiv*
Ity of
the channell.and the frequency pass bands of the channe
R should be increased. In,the present article the authors
describe a method of continuous registration, of SmAll,
sample deformations with an accuracy of down to 50xand
frequency pass band of the channel 0 -.2000c/s, and of,
simultaneous small changes,of the sample resistance with
accuracy down to,O-5 x 107'j, ohm and frequency band from,
a fraction of acycle to 1000cls. A schematic diagram
of themechanical.part of~the apparatus is~given in..
Figure 1. It is,assembled on a vibration.proof and
temperatureinsulatediplate, the sample used is a wire
Card 1/2 0.5mm diameter,,3.30mm long., The. channel of the., register