SCIENTIFIC ABSTRACT RUKMAN, G.I. - RUKOVSKIY, N.N.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001446020003-1
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 22, 2000
• Sequence Number: 3
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

26426
'1r' , 2- 1/0 2
S/C' ~50
The possibility of recording ... BW2/B'41`3~
is modulated up to 103 cps (power consuqption,, i0 W). By aIpp q.;.ng
suitable filters, the noise temperature car; b~--.- redused -..3 300~jK. For
an oscillating system like that, a BaTIO m?"Would be
4 0
necessary on the condition that The au,,~hors zhar.-k P--cfessor
V. V. Mligulin and S. A. Akhmanov for diecussJor-E. Th~-_z are 5 r--ferences:
4 Soviet-bloc and I non-Soviet-bloc.
ASSOCIATION: Moskovskiy gosudarstvennyy universitet
(Moscow State University)
SUBMITTED: May 11 1961
Card 4/4

I
1723 A
;,ACCESSION NRt
i, , h cr bed"
"forces7was performed by Sys am lie v_ai ''do-a' -- I
In
an.'alectron c
an- earlier~paper (Zhetf 1-43, 1 (7) 50;'-- 1962) -TheA-factor of"th
Y a test masses as :.'d a t h
-,,#ntiphase vibrations a f h armin rom- t a', res-~,
-onance c -.3 Iti~--the'.:.secbnd-*exoOriment* "two- Ma
ur*ve, :w
as 25
~were fixe -In engthi and,.the-.r d Vas
Sea.- d toga ho;izon,tal, rod. 80..~:cm -1 0
.,a w'i ri
-Sul
ipended from a .401 cm_,-In--1~e,ngt a,'!-The.naturtl frequency o f,: 0i
ons visa 1: 13' x 1071~ 8 ac
~W,T:torsional vibrati 3 7 ec
tpe rioa
lip a
!,iai 15 -2
of the torsiona vibrat onvl _,....h6:.,61ectro icf"biLent'at on
t 'w a U'h---.. as,;.to,.change ~sigfiifi Ant!
f the-4xes*of the:
0 wo masses. a c __y
a gravi -1 r -rasp
th 81 of ecei4ers.;,Jin`
tationa a c t
-directional diagiai the., ~, 1. - - : I,
ion
.starsl as," a b diurnal. rot-at
..to thei sun,-and 'the :inf Luence y a -,of
t a dur-in'-g,-which ~the_ a
-0 _ rupo a's
h earth In three,h&urw arth ',ind;~f- ad 1
ated 45* aaxima ~nd the ~-mifi ima ot t- h a :di gr' T r I a r g a r,,
A
-rot the r a am o
par a solid Angle e*chan The'r'ef o!" - 'h
t of the tot 1 ge,,...places, re,,, t a i- ti-w~`
presence oVa localized 'exte rna-1 iou rce ivi
"' I -, , -, ` .- - _t - " sei :4hich
-the,-vibration o t a as -mast
could.~' ause ~a difference: a. .4 t
may be detected by-~ compa;ring- -statistical" characteristics . of such- *I
ti
'bration's. Statistical redtmeni~ 'of the ''experiment At- dat~'~~.shows "'th'a
-74 j
Card

CCESSION,NRo
A
h Lab Ii.
'Of !'thi,~mea, -Squai ~t e-Yar e qrse c~
neither,'a variation' n. re,_o 2)
---:ing antiphase vi rat on"' -t e -qua rupole.-,(F. i 0 r
b i s~-of - h gravitational d
M 0 ce . -caus ing t, orsl~nal-V V r
i:~Variation o f the- ean square. , f,,the~ f o' r*
tions could,.~ke I consid6ie&~iignificanto` The romalleit-11rAlue.:6f ~hii, 'i
F2)~ which oti d',have-be n~A
change e e tected: in':.the: experimev~ia_111
ca d the-.:mean-, aq .uare,.o., Oe- A u
lciilated'from'the~ ioper6ion of cll,
(P2)!
InteractLions va' the tes t masse was de-
t e rm L n e me t .;to-.
thatAt-was possible in the :first experi n
-3
SUP ) was equal- to :9.4-10,-, ,dyne'and in the second~experi-,.Jj 11
~,Ment to 'detect that 6(V,7~ Was 4 2.10-7`dyne I
e4ual.to: n.-bothAdk--
wa t m to:be 0.95.- In.,a 'I J
periments the. reliabiliti, ' -s.'~44 A ated a te. r.
d* eriment
variation of the secon e'x'p t e,,test-masses were ncr6Aii~
tan~ce between the' to. 2.7 m,- The c V
to 10.kg and the dis m machani'a
at.a
.1acket ressure.
system was'placed in.,a ponmagnetic,
41.5 x'10-2.mm H 'U d .--these 'conditions -t-he smallest
I ~ner changii)
that.c uld be-detecgNd a : detirmined ~:to 'be -61P 2 "x 107.7
01 dyn
o a mechanical power of 1 6 x 10 'e'rgtsec~ T h a -
t
corresponding
.,.natural freque'ncy of vibration-ok.the system was ~24 x 10-13, cps;...,,, t e
.t
-factor was 2201. The !largest value'(upper limit) of,' h Fouri
e
Card 3/~

L h6gog-66_ _EW.r_(m)/-rUP(J_) RM
ACC NR; 0/1652
AP6015509 SOURCE CODE: UR/0181/66/008/005/16
AUTHOR: Mansvetov, N. G.; Rukman, G. I.; Savellyev, V. A.
!ORG: none
JTITLE: Transient characteristics of anthracene photodepolarization following brief UV
irradiation
'SOURCE: Fizika tverdogo tela, v. 8, no. 5, 1966, 1650-1652
~TOPIC TAGS: photoconductivity, photoconductor, anthracene, depolarization, UV irra-
!diation
,iABSTRACT: Anthracene specimens 0.05 cm thick with a 3.2 cm2 area were polarized by a
iUIP-l dc source, and irradiated by a,UFO 4 lamp for one min. The depolarization was
performed by an ISP-800 flashbulb which generated UV impulses. The photodepolarization,
signals were obtained flash-irradiation of the positive and negative C141110 electrodesf!
!
I
,amplified by a 103-1 amplifier and observed on the screen of a Sl-16 high-frequency
oscillograph. Within the accuracy limits of these.experiments, the kinetics of the
process that take place in C1010 do not seem to affect the speed characteristics of
~lthe photodepolarization signals. The considerable unipolarity of the signals supports,
i -
ipreviously suggested theories asto the physical nature of the photodepolarization prod
icess. It appears from experimental data that the effect of shallow levels upon the i
Card 1/2

L 06213-67 EWT(1) Gff
ACC'-Nk, AP6028345 SOURCE CODE: UR/0293/66/004/004/064VO6/+7
-AUTHORS: Rukman, G. I.; Yukhvidin,, Ya. A.
ORG: none
TITLE: On the possibility of an experimental check of the relativistic effect of,
setting a "traveling clock" by means of quantum frequency and time standards
SOURCE: Kosmicheskiye issledovaniya, v. 4, no. 4, 1966, 644-47
TOPIC TAGS: atomic clock, general relativity theory, special relativity theory,
gaseous state maser, time measurement, space.time
ABSTRACT: The possibility of setting erimental chg
"pk of the effect of
up aiill TT mic clocksN.
~setting a "traveling clock" is examined. Two ato A and B are considered.
The generators of the clocks., which are in a frame of reference linked with the
earth, are brought together in frequency and phase at the initial moment,, so that
the initial readings of the clocks coincide. The setting of clock B as compared
with the readings of clock A after landing must be:
AT - P27"
wherel 21
L_q-rd 1/2 UDC: 530-12:531-51

L 06213-67
ACC NR: AP6028345
The error in determining time intervals with different atomic clocks, assuming a
linear variation of the frequency of the generators with time.. is
~T. AT).+RT+ AT2
An experimental calculation is made. It is found that an experimental check of the
relativistic effect of oetting a "traveling clock" is entirely feasible. The
Is found to be about 1/1 sec.. Orig. art. has: 5 formulas.
SUB CODE: 14~-O/ SUBM DATE:' 160ct65/ ORIG REF: 004/ OTH REF: 005
Card 2/2

ACC NR,, AP7002629 -7- __SO1WGE_WIjE: UR A137667=1023/01.69/01:69
INVENTOR: Rukman, G. I.; Tager, A. S.; Yukhvidin, Ya. A.
ORG: None
:TITLE: A method for displaying superhigh frequency radiation. Class.21, No.
'SOURCE: Izobreteniya, promyshlennyye obraztsy, tovarnyye znaki, no. 23, 1966, 169
~TOPIC TAGS: superhigh frequency, homogeneous magnetic field, nonhomogeneous magnetic
field
-ABSTRACT: This Author's Certificate introduces a method for displaying superhigh
1frequency radiation by registering the number of particles in a beamof electrically
Meutral paramagnetic particles which are reoriented in a superhigh frequency f
d;nge
iThe procedure provides for highly sensitive display with low set noises.and wid:lr
ituning of the working frequency. The,beam of paramagnetic particles is.fir st passed.
,through a nonhomogeneous magnetic,field for spatial separation and isolation of par-
.ticles with a given orientation of the magnetic moments. The beamthen passes through
la controllable homogeneous magnetic field where the particles interact with the super-
~high frequency field of an induced signal on the paramagnetic resonance frequency.
111he beam finally passes through a nonhomoge Ineous.magnetic field which isolates the
particles directed toward an atomic indicator.
.SUB CODE:,&jO91 SUB14 DATE: 03Mar58
Card

ACCESSION NR: AP4033134 S/0120/64/000/00210138/0141
AUTHOR: Zhukov, A. G.; Rukman, G. I.
TITLE: Functioning of a thermal receiver which records radiation from slightly
warm bodies f
SOURCE: Pribory* i tekhnika eksperimenta, no. Z, 1964, 138-141
TOPIC TAGS: thermal receiver, bolometer, temperature measurement,
ABSTRACT: An experimental investigation is reported of the effect.of the
temperature of a thermal receiver (bolometer) upon a signal in its circuit when
the temperatures of the test object, the surrounding medium, and the bolometer
itself differ only slightly. When the bolometer temperature is highe!r than that of
the object, a rise in the bolometerts temperature results in an increase of its-,,
signal. A vacuum low-inertia (0. 02 sec) bolometer with a sensitivity of 7 x 10 w:
A
Card 112

_T_
,ACCESSION NR: AP4033134
;wad used for the registration of modulated-at-10-cps test-object
res within 186-300K and 300-400K. A theoretical estima-
.temperatu
,;t1on based on an analysis of~thefradiativeheat exchange between
:the bolometer and the object was shown to be in.satisfactory agree -
:ment with the experimental data. It was found that thebolometer's
~usable signal can be raised by the bolometer's own temperature,
~which is essential when'the'object temperature is close to ambient.
'"The authors wish to thank A. M Ollkhovskaya for her help in carry-
iing out the experimants."i Orig: art. has: 1 figure, a formulas,
and 2 tables.
!ASSOCIATION: none
SUBMITTED: 28Apr63 DATE'ACQ: llMay64 ENCL: 00
:SUB CODE -rD NO REP SOV%1 0102 OTHER: 001
Card 2/2

GAYEVY P.T.,, fruh.; ZELIN3KH,.N.M.~ HIIKIIAYLYUK~ N.T.k- RUKIMAN, G.L.-.3'OLOMIA,
A. P.
Remote control of immers-ible p,,-,.,rrjs d-uring min-, dra-4nage. Shakh~
stro-J. 8 no (M-r
.3. 6-8 Rr '64. RA Y'341
1. Vsesoyuznrr trest po osush.-h,:.iriyu oblrodnezinykIi ugol'nykhmac7to-
rozhdeniy GI.avtsenl~rosh-,L-.ht~osfro,7a Min-1-steratira, stroltell 'ztWa pred-
priyatiy ugol-lioy promyshlennost.i SSSR.,~,",.,- Gq.yev). 2. VS650yu7nyy
nauchnc-lssledovatel Skiy inst.-Aul-, organixats-11 1.
11g.LA-
shakhtnoac strciteVstva (for Zeiinskty). Inst Avtoira~
rudpro-n konasopskogo elektromekh-ar-Icheskoga zavada "K-rasiTf me-ta-11-
list (for 1*,Ii-khaylyuk, Rulcman,, Solloklu.O.

(IJ

(c. 10 AD 16 4~j
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7. EXAM" 3fillfrom"I
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.-p= usbuittedfor MwCAwkmu&Ulft*tlnaar ths 601MAIrIG Taboue"I owlev at
P.R. M.61M.WIMMA X1mWW1mIC0WmftI"tl~ 30- A- a- yc"v (TWM),
a-le J'Ams.

------- - --------
ZELINSKIYP V.M., kand. tekhn. nauk- RUKMN G L . inzh.; FELIDMAN, G.B., inzh.;
DENISENKO S.A.,:inzh.; SMO nIzh.; KOSTOGRYZ, P.L., Inzh.-
IOFFE, I.M., tekhnik
Experience in introducing remote control of pumps iwdrainage- boraiwles
at the S.M.Kirov mine. Shakht. stroi. 9 no.10:27-28 0 165. (MLRA 18:9)
1. Vsesoyuznyy nauchno-issledovatellskiy institut organizatsli i
mekhanizatsii shakhtnogo stroitel'stva (for Zelinskiy, RukMan,
Felldman). 2. Institut Avtomatuglerudprom zavoda "Krasnyy metal-
list" (for Denisenko, Smolina, Kostogryz) 3. Yakovlevskoye stroltellno-
montazhnoye upravlonLye tresta SoyuzshakhtooiuqhenLy-. (for IoCfa),

j/"194/6'c'/",U~UU.,"Oi2/02'u'/101
D201/D308
kUTHORb: Zeiinskiy, V. M., Rukman, G. L. and Pedorov, A. V.
TITLE: A telecontrol syqtem.for deep pumps
PLRIUDICAL: Refera~ivnyy ZhUrnal, Lvtom.ttika i radioelektronika,
no. 12, lc)62, 65., abstract,12-2-130 ye (Tr. Ukr. n.-i.
in-ta organiz. i mekhaniz. shakhtn. str-va, no. 13,
1962t,- T07-118)
TEXT: A descrip~ioh of telec Iontrol (TC) system of deep pumps.of,
the water drainage system of the pits ofthe Yakovlev iron ore de-
posits. The TC is'-based on ate-by-step selectors (S'O*) and uses'a
S3 n-le 2-wire communIcation line..TC makes it possible for the dis-
patcherto choose the output point (OP) and to remotely control the
pump motors and also tolneasure the water level, pump output and
motor loads. The dispatch colntrol.desk, designed for transmitting
five commands to any of the 99 OP I has a signal coder in the form
of, a telephone disc number uelector, 3 blocs of SS, duplicated for
self-checking of the 68 operations ~it the-control OP arrangementag
Card 1/3

5/194/62/000/012/028/101
A telecontrol system ... D201/D308
a set of relays, a signalling light panel, level meter,, output me-
ter, ammeter, ring-off,button and a selenium rectifier..The pit.
control apparatus consists of tILree SS units, a set of relays and
a selenium rectifier operated from th-- pump power supply circuit.
By dialling a two-divit number of the OP two groups of pulses are
C:)
transmitted along the line..%Ihen the first group is received, the
SS of the 1st decade.at all OP. areshifted by the number of steps
equal to that of received pulses and as tile result the set is made
ready to receive tile 13S pulses of tile -2nd decade at all 10 co:dtro]L
devices, while the receiving circuit -for the 1st decade,is opened.
After the second group has been received by the control~device,
the number of.which was called., the SS.decoder circuit is made
ready and connects the comm nd execution circuits for Ithe recep-
tion of.the third group which.carriesthe command made. Executive
circuits in all.other control devices,remain disconnected. The
type of pressure transducer to be chosen is discussed. A short'
description of the level meter developed for the purpose is given*
The level meter is based on the Eiction of a membrane, the motion of
which changes the value of inductance in.the arm of the bridge air-,
Card 2/3

t;/194/62/000/012/028/101
telecontrol system ... D201/D308
cuit. A short description of a tachometer-type output meter with
rotating vane is also given. The parameters of transducers make it
possible to transmit the indications to distances of the,order of
10 km, with a microammeteras a secondary-indicator. In an experi-
mental set-up the load.transducer.was in thejorm of an inter-
stage transform,er, connected in the feeder current circuit of the.
pump meter. Calibrated curves of trIansducers are given. I!bcperi-
mental analysis of a 2-point telemetering system proved that the
system, adparatus and transducers can operate satisfactorily.
Abstracter's note: Complete translation..,7
Card 3/3

.41 -4-
L22880-65 EED- d2 (1) 06~ IP Pq-
'AObffj5
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NR P" SOV.* 003 ? on= . 00 a .
Card 2/2

-C L A"
X
81992
S/12o/60/000/03/025/055
Vol ~36 0 Eo4l/E521
AUTHORS: Sokolovskiy, V.V.. Rukolayne, G.V.. Radkevich, !*Ao and
Rezvyakov, N.S.
SolUti
TITLE. High Re on Counting Circuits~)
PERIODICAL.- Pribory I tekhaika eksperimenta, 1960, 3
pp 92-93
ABSTRACT: Two counterSrare described which are stable and are
used in multichannel time-of77flight na1YqPyR,* Fig 1
shows a binary.unit based on the 6Zh9P valve including
driver and output.stages The driving pulse amplitude
must lie between 8 and 10 volts and lastL0.1 lisec. The
rise time is about 0.02 jisec and thedelay is exponential.
The upper frequency limit is 7 Me/s.- The corre L cting,
inductances shownLare Lwound over standard high-value
resistances. Fig 2 isla simpler circuit usingL6N6P
valves. Anode triggering is US ed at.-40 volts.
Operation is stable against a 20-25% variation in all
parameters. The resolving is about 0.3 jLsec The
upper frequency limit is at lea at 1 Mc /S The output
1/2 voltage is aL~110-120 V pulse. The triggering voltage

ACC NR& AP6022026 SOURCCCOD.tt WO id766/006/"3Y01:82'/01e4
'AUTHOR: Rukoleyev, S. I.; Bazhenov, V. K.
;ORG- Tomsk Polytechnical institute (Tomskiy politekhnicheskiy Institut)
!TITLE: Agenerator of magnetic field markers in the 3.2-3.7 koe range
SOURCE: Pribory i tekhnika.eksperimenta, no. 3, 1966, 182-164
TOPIC TAGS: electron paramagnetic resonance, nuclear magnetic resonance, electronic;
test equipment, magnetic field measurement
ABSTRACT: A calibrator of markers for a slowly varying magnetic field, based on the
phenomenon of nuclear magnetic resonance and designed for use with an electron para-
t onance spectrometeris described. The calibrator makes it possible to
graduate the electron paramagnetic resonance spectra in the range from 3200.to, 3700
oersted with 10 markers which are separated from each other by 50 oersted with an ac-
curacy of at least 0.01 oersted. The detector of the nuclear magnetic resonance con-
sists of an autodyne with electronic frequency tuning (with a stability of 5-10-5)
providing for the necessary frequency coverage (.1rom 13.65 to 15.8 Mc). The calibrator
circuit utilizes vacuum tubes with solid state diodes. The control voltage is taken
from a divider by means of a step switch. The high frequency voltage is detected by
a grid detector and the resulting signal is amplified in an audio amplifier and used
UDC: 539.28.078
Card 1/2

ACC NR:: AP6022026
!to trigger a flip-flop. The poiitive pulse from this flip-flop is fed to a synchro-
nous detector which is also supplied with a 87 Hz modulationvoltage through a,phase
inverter and a phase shifter. AHelmholtz coil and a ZG-10 generator are used for the
low frequency modulation of the magnetic field. The signal from the synchronous detec-;
tor is limited, differentiated and is used:to trigger,a flip-flop whose positive
pulses are integrated by an RC circuit. As soon as the voltage across the integrating
network exceed a certain level, a multivibrator is switched and the contacts of a re-
lay which feeds the stepping switch are opened, thereby changing the frequency of the
autodyne. After 10 markers are obtained, the system returns it to its initial state.
Another group of relay contacts closes the input to an electronic recording potentio-,
meter and calibration markers are recorded an the chart. The maximum rate.it which
the field is covered is determined by the sensitivity and by the reaction time of the
system, by the frequency of modulation and by the distance between markers and is ap;-
proximately 1.5 sec 1. The accuracy of the' markers depends on the stability of the
autodyne frequency and is 1-10 7 oersted when the stability is'5,10-5. The circuit
diagram with all component values is shown as well as.a typical recording of the elec-
tron paramagnetic resonance spectrum. Orig. art. hase. 2 figures.
SUB CODE: 20,09/ .$UBM DATE: 'lOHar65/ ORIG REF: 002/ OTH REF:
Card -2/2

SKROBAN,'q[IT, Georgiy,Georgiyevich, prof., doktor takhn.nauk; KOZIN, N.Ist
prof., zasluzhen~,yy deystell nauki i takhniki, retsenzent;
SMIRNOV, V.:5.. zasluzhennyy deyatell nauki i tekhniki, retsenzaiLtl-
(deceased]; GRYUM, V.S., prof., retsenzent; CHISUAKOV, F.M.9
retsenzent; CHOGOVADZZ, Sh.K., dotsent, retsenzent; IHIKHOV, G.S.,
prof.', retsenzent;,_=O3=V-.--A.N., dotsent, spets.red.; KOL-
CHINSICATA, N.A.,.red.; SUDAK, D.M., takhn.red.
LIntroduction to tha study of foodstuffs] Vvedenie v tovarovedenie
prodovollstvennykh,tovarov. Mosk7a, Gos.izd-vo torg.lit-ry, 1959.
210 p. (MIRA 13:10)
1. Moskovskiy institnt narodnogo khozyaystva im. G.V.Plekhanova
(for Kozin).
(Food)

Ofeal)

-1. - - . . , - ~E,, ~'
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ACCESSION NR: AP5011387:
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to Professor or:
N. A. Prild have va_and N G.- Preobtazbensi=~_f
a discussion of the results and for help.' Original'artiole ba 8
4 figures and 5 formulas

SSOCIATION:- Itilt imon
InB~
Sibir6kiy~fiziko-tekfihi~
:

V. D. Kuznett3 T
-.(Sibdridh"'PhysidotedhfileAl'
-Instituti)
ova:
,

SUBMITTED:
5
26Sep( OD
53

NR REF SOV: -,:OTHER'.
008

Car9
7-

The ComIttee on SWin PrIzes (of the Cmmcll of 91n1sters USSR) in the flelds of
aclence and inventUms anniounces that the fol1oving rialentific warks, popuLar sclen-
tific books, and textbooks have been submitted for crAVeUtIon for Stalln Prizes for
the years lgc;2 and 1953- (Sovets~ga Kult Ybecow, No. 22 -40'v 20, Feb 3 Apr 1954)
Nam Titl! of Work Sminated
Bvkulev, A. 11.
Gulyp-yev, A. V.
Kochergin, I. G.
Busalov, A. A.
Me-shalkin, Ye. 11. "Rotes on Clinical ODerative Second Mo5cow Medical Institute.
Zhurar, V. A. Surgery" I-LIU-11i I. V. Stalin
Gerp-simova, A. V.
Vlasove., Ye. F.
Meshalkin, 1. It.
Rukosuyev, S. G.
SO: W-30Wit 7,july 1954

RUKOSUTKV, S.G., professor; ABIWIOVA, S.F.
Use of S.I.Spasokukotskii's mixture with an anesthetic in
surgery of the gastrointestinal tract. Vest.khir.76'no.10:
39-46 N '55. (MIRA 9:1)
1. Iz kliniki obahchey khirurgit (zav.--prof. S.G.Rukosuyev)
Yaroslavskogo meditsinskogo Instituta.
(GASTROINTESTINAL STSTI24, surg.
use of Spasokukotakii nutritive infusion into small
Intestine),
(INFUSIONS, PARENTERAL
Spasokukotakii nutritive infusion into small Instestine
in surg. of gastrointestinal system),

(FIWM--MCTURB)

F-[,Klk2,-,X-YTIlVj V.S.; PROBATOVA, N.A. (Moskva)
PreFeration of freshly.frozen sections at room temperature.
'Arkh. pat. 27 no.6:82-83 165. (Y'lAA 19. 1)
deystv:ltel'nZr
1. Laboratorlya patologil starosti (zav., y.chlen-
AMUT prof, I.V. Davydovskly) Instituta morfologil cheloveka
SSS'R i Kafedra patologLc~esko-y anatomii (zav. - deystvitell-
nyy chlen AMN SSSR prof. LV. Dwiydovskly) 11 Moskovskogo med'l'-
tninsko,u.o bistituta imen:i N.I. Pirogova. Subndtted Felva-vielry 8,
196".

DIKKER, G.L.; DRUZHININA, L.N., kand. tekhn. nauk, dots.; ISKENDEROV, A.A.,
kand. teklm. naukq dots.; KLYUYEVAt T.K., kand. tekhn. nauky dots.;
LOGOTKINI I.S.9 kan4. tekhn. nauk; MELIMAN, M.Ye.p kand. tekhn. naukp
dots.; MISNIKp I.A.; kand. tekhn. naak; RUSH, V.A.1 dots.;_,RUKOSUYEVAv
A.N-,,, _dots., red.; KAFKA, B.V., prof.p retsenzent; FMITMANP G.I.? Clots.1
retsenzent; SOBOLEVAq M.I., dots., retsenzent; BUDNITSKAYAq R.S., kand.
tekhn. naukP retsenzent; VOLKOV9 Ye.11.9 kand. tekhn. naukv retsenzent;
AREFIYEVv I.I.v inzh.g.retsenzent; KHARITONOV9 A.F.y retsenzent; GUREVICH-
GURIYEV, Ye.S., retsenzent; KUZIMINSKIY, M.M., retsenzent; INIKHOV, G.S.9
prof., retsenzent; KHOVIUTOV, B.I., dots.,.retsenzent; BCRODINA, Z.N.,
dots., retsenzent; BORISOVA, G.A., red.; MMRISH, D.M.f tekhn. red.
(Starch, sugar, honey, confectionery produ Icts, condiments, fats, milk,
and milk products] Khrakbmal, sakhar, med, konditerskie, vkusovye to-
vary, zhiry,,moloko i molochrqe produkty. Moskjja, Goo. izd-vo torg. lit-
ry, 1961. 750 p. (MIRA 14:7)
(Food industry)

1~1-F r6i Y-1
j V~
pA. 26 no, 508-41
I
Lv bora ~oriya t-logii s ti z av. d~,ys tvi tel lnyy
kn.im-t AN'll SSSR ;u-af. I.V. Da-wiclovskiy) In.,;tIttiLa mo f i
chtwllnvo~ka (direkt'nr c III en-%k 0i- 1~t~S r),Llll d till L illlit' SSSYR prol".
A.P.

_~--2/F.Pk -2
11-111-65 EWT(1)/W(k)/EPA(sp)' M AEOW/T/Ek(by-~Mtilk(M)~~2
Po_4/Pz_6/Pab_lo ijp(e) AT
ACCESSION NR: AP4044844 S/0051/64/017/003/0340/0342.1',.~.
AUTHOR: Rukosuyeva, A, V. 4-
TITLE: Determination of the atom concentration and of the degree
of inhomogeneity of an arc discharge by the linear absorption
method
SOURCE: Optika i spektroskopiyao v.:117*:.'no~* *31 1964, 346~342-.
-TOPIC TAGS: atomic spectroscopyt. .atft, concentration, dc ,ard, Aine
absorption, arc discharge
The geneiilize -t eory-, oJL- he_zidihod~ --of linetar-'absorptill
wn
Iwith account of the plasma i cin6ityloas presented hi N. G.
Preobrazhenskiy (Opt. i spektr. v. 14, 342, 1963), is used as the
basis of the present research. The optical system employed is shown
in Fig. 1 of the enclosure. The authors calculated the absorption
L-jrves R intensity of line with account of reflection
I-Card
J/

L.- MU-55
:,---F;CCESSION NR AP4044844

L 11311-65
ACCESSION NR: AP4o44944
SUBMITTEDt 24Jun63
SUB CODE OP. HP
31-4
MR RRF SM 014
ENCL: 01
GTHERs 002
97

L13-311-6
ACMWICN ?Mt AP4044844

Bfxlxsmt 01

i9. L %*I cal dt&AWD of

1 - adirat wi th F = 200 mm
2 - actu-Troti c lnrNse, f100 nn

~~~ z,= - 2 -1 1 - T7 "
.-t" -11----,~--~-!~
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co-i 4/4
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t
_i

ACCESSION NR: AP4039704
J,
AUTHOR: Rukosuyeva, A. V.
TITLE: Method of linear absorption for "n" partially overlapping
components of a spectral line
SOURCEs Optika i spektroskopiyal' va 16j.'n'o. 6o 1964, 963-966
l' al analysis, spectral line split-
~TOPIC TAGS: spectrum, ine, splectr
ting, spectral line component
li"STRACT: The analytic results obtained by N. G. Preobrazhenskiy
j; (Opt. i spektr. v.1,14, 342, 1963) are generalized to include the case
iof an,arbitrary number of non-overlapping line components.- It is
shownthat from.the usual data on'the line structure (distances
ll'between components, relative intensities of the components) it is
;possible to calculate readily thd value of.the aboorption.with the.
aid of the'generalized functions obtained*. -The calculations. are s1jft-i
Card 142._
77

7
:~ACCESSION NRs AP4039704
roducts
of tables for the
the availabilit
lified b ex
of the
p
y
y
p '
tial and Bessel functions.' "I am grateful to N.
ponen A. Prilezhaye
V&
and K. G. Preobrazhenakiy.for valuable,,advice and inte rest in 'the
work." Orig. art. bass, 9 formulas.

!ASSOCIATION: None

SUBMITTEDs. 24JUn63 ODATE ACQs '24Jun64 00
ZNCL#
.
rSUB CODE: OP REP SOVt ),003 OTHERs 001

2/2-

96-3-26/20
AUTTIOR: Rukovanov, B.I. (Cand.Tech.Sci.)(Jfaoo~g6~.of the EasternBr&nch of
the All-Union Thermo-Technical Institute)
TITLE: Eastern Branch of the All-Union Thermo-Te,chnical'Institute
,
(Vostochnyy filial VTI)
PERIODICAL: Teploenergetika~ 1958, No.3. p-95(USSR)
ABSTRACT: This brief note states f3hat to intensify scientific-technical
assistance to power stations in the.Urals and Eastern Power systems
and also to develop in these power syste s sciebtific investigations
m
in thermal power engineering, and Eastern Branch of the All-Union
Thermo-Technical Institute has been set up in Chelyabinsk., Five
departments are working at present:. boiler-fuels, turbines ' water-
chemical, automation of thermal processes and metals. These
divisions and laboratories are temporarily located in premises in
the building of the regional management of Chelyabinsk Energo,
Chelyabinsk Heat and Electric.Power Station and Chelyabinsk Regional
Power Station.~ It is proposed to build a main laboratory block and
living accommodation. This year the organisation, in addition to
giving technical help to power stations, carried out a number of
investigations, including work on the economic combustion.of high ash
coal, power-technological use of fuel, the use of ultrasonics to
intensify theprocess of combustion of,solid fuel, purification of
steam in higb7-pressure,boilers, participation in mastering the

Card 1/2 t running at super-high steam conditions in the Chelyabinsk
equipmen.

MIMS

tit< 1) #/V 6"
AID P. -1179
Sub jec t USSR/Electricity
Card 1/1 Pub. 29 1/27
Authors Mendeleyev,.G. A., Eng., and Rukovanov, B. P.,,Kand.-
of Tech. Sci.
Title Regulation of temperature of superheated steam by
condensate spray
Periodical Energetik, 12, 1-2j D 1954
Abstract The author3 describe the method which is simple and,
economical in operation. Bone diagram.
.Institution None
Submitted No date

-1 "V

AID P -7 2906,
Subject ~
USSR/Electricity
Card 1/2 Pub. 26 3/~2
Authors Burtsev, V. Ya. and Pavlenko, L. I., Engs., and
' B. P. Rukovanov, Kand. Tech. Sci.
Title Combustion of pulverized Donets anthracite culm in
furnaces,with.inclined-horizontaI sole
Periodical Elek.sta, 7.1 9-13J. J1 1955
Abstract The article reports on experiments in operating
.Lurnaces with a simplified system of liquid slag
removal. Data on,boilers, waterwalls, economizers
and other equipment used for this experiment are
given., The operation of furnaces is explained in
detail.
Some'recommendations, i.e. the use of
,
refractory bricks for the Bole, uninterrupted
liquid removal of.slag, etc. are made. Five
diagrams, Itable.

0 VAly c

AC=BXON NRs AA024026

(2)

U. V,

e
n
t

a

Figure, I

M
3
.
LCqrd

S/263/62/000/0041005j009
1004/1204
AUTHORS: Nikitin, B. I., Veit, 1. D. and Rukovishnikova, V. K.
TITLE: Induction (electromagnetic) rate-of-flow meters of the PH (RI) type.
PERIODICAL. Referativnyy zhurnal, oidet'nyy vypusk. 32. lzmeritel'naya teklinika, no. 4, 1962, 27-28,
abstract 32.4.194. In collection "Teplociierg. i k1firnikoteklinol. pribory i regulyatory
MA., Mashgiz, 1961, 134-140
TEXT: General purpose rate-of-flow meters are described, which were developed at NIlTeplopribor intended
for use with sensor calibers of 10, 20, 25, 50 and 80 mm, covering the upper measuring limits bemeen 0.32
to 50 M3/hour. The accuracy class of the devices is 2.5. These devices are intended for the measurement of
rate-of-flow of liquids with a conductivity not below 10-4 ohm- 1cm- 1. The permissible static pressure is
25 kg/cm:!. The value of the useful signal is of the order 2 mV at a flow velocity of 1.5 m/sec. The flowmeter
consists of a sensor, measuring amplifier, se condary meter and a remote control panel for zero checking and
calibration control. The maximum permissible distance between the sensor and the amplifier is 10 in, and the /*
maximum distance between the amplifier and the secondary meter is 100 m. In order to diminish noise it is
desirable to carry the communication cables in iron tubes, at a distance of, at least. 10 to 15 m from the
power line. The electric a scheme of the flow meter is, included. To decrease the dependence of the readings
upon the variations of the line voltage, a saturation reactor was inserted into a feedback network in order
Card 1/2

Induction... S/263/62/0001004/005/009
IOP4/1204
to control the gain by varying the amount of feedback. The excitation winding of the reactor is supplied by
a rectified current proportional to the line voltage. Quadrature noise introduced by the sensor's magnet
is roughly compensated within the sensor by variation of the measurement geometry, and fine compen-
sation is attained in the amplifier by introducing a fraction of the heater voltage into the cathode
circuit of the first stage. A calibrated input signal serves for periodical checking and adjustment of the
amplifier. A complete flowmeter is graduated on a special rate-of-flow measuring stand. It is pointed out
that an exchange of the secondary meters after graduation is undesirable since it affects the overall accuracy.
[Abstracter's note: Complete translation.]
Card 2/2