SCIENTIFIC ABSTRACT RUBANOVSKIY, V.N. - RUBINA, V.B.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R002202710018-8
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 9, 2001
• Sequence Number: 18
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

"On Stability of Certain hiotions of a Solid Body Containing Elastic Rods and
a Liquid!'
Moscowl Frikladnaya Matematika i Nekhanikat Vol 36* No It 1972P PP 43-59
Abstracti Motion of a free solid body with three pairs of elastic rcds and a
cavity containing a liquid is considered in two canest motion in a central
Newtonian field of forces and in the absence of exteimal forces, Satisfactory
stability conditions of relative equilibrium on a eirculaxorbit and of uniform
revolutions of this system are obtained by using a theorem of V. Y. Rumyantsev.
It is shotm that the presence of liquid ttith five surface Inside the cavity and
the presence of elastic rods on the body has a disturbing effect on stability
of corresponding unperturbed motions of a stable system.. 111atisfactory stability
conditions are also indicated for the cases,.uhen less thwi three pairs of
rods are attached to the body. The obtained stability conikitions at hiGh Yung
modulus in the absence of liquid turn into known satisfactory stability condi-
tions of a solid body. Stability conditions for the case of a body containing
one pair of rods and no liquid are compared with those obtolned by L. I,,eirovitch
and the newness of its method is contested,
JA
I
1M_ ~, A

031 U.'ICLASSI F IL-U PkOCESS I;-) DATE- -131NOV70
P A C1* y
T-ITLE--SP-ECTRAL STUGY -%-,F TiiE E L E f, T RO,-4 D 0 ii u 0 F T F, I E FY i4 0 S R H 1 T
~A~S A mETfiCiD F011? EVALIJATli~G THE PURITY GF, PHOSPHITES ~--U-
'TEYN,. L.M., ,-,OVIKOVA, Z. S. ASHKIP.,Ion, L.D. k!.J;,AsH, VA
--.-AUTHi R-(05)-EPSH E
L.iA KALITSYNA, L.A.
CGUN T RY JF 1~`IFD-USSIR
--._'-S0URCG--IZV. AKA-U. NAUK SSSRi SEA. KIAIM. 19TO, 13) , 689-90
-~DATE PU3L 1.5 HE D. ------- 70
SUaJECT AREAS- CHEMISTRY
TAGS--E-L;-
-'CTRCN DONORt ALKYL PHOSPHITE, CHEMI CAL P:JlR,1TY, HYDROGEN
80;fIl 0 1 IN G rCOMPLEX COMPOJNOt A3SORPTIONI BANi) SPEC TRUM, ETHANOL,
FLUORINATEU GRGAINIC COMPOUND
-CONTROL MARKIING--NO :-'ESTkICTIGN5
WMAENT CLASS--UNCLASS I F [ED
-PROXY REEL/ Fl~tME-300 U0082 STEP l40__UA/0062/7o/0Go/(l(, 3/06;IWOolio
~CIRC ACC E S S I 11M NIC-M-14D 12' j 9 1 f)

-2/2 03 1. W,1CLASS1 FIED PRIXESSUl' 0ATE---I3f.QV70
CIRC ACCESSION
.AMTiZACT/EXTRArT--(tJ) 6P-0- Al~Tp.ACT SINCE THC F~IRWATIWI -:IF H
RE T W E E PJ E TO H A,`4 0 P 10 E T ) S) 16 34 E S tj L TS I IN A H C014PLFX WHICH GlljES AiN,
~4&SGIRPTIGN BA' D AT 3560 C' P-,IME NEGATIVEJ WITH A SIIOULM~R AT 3 it 8 .3 CM
4
196'~) THF APPEARAN-Cf- ~A _%
W I' E N-E GAT I VE I ( E. , ET AL OF TqE LITTF8 HAD 3EEN
SUGGESTED TO BE T)i= c
~,_SQLT 0F 2 TYPES Of: SUCH C0,',1PLEXES. 30CH A
SHOULDER AAY 6E CAUSE0 BY A SIMALL AUMIXT. OF ET SUa3 P01 SIJ;54 NiflCli
CANNOT BE O~:TECTED 6Y THL SPECTRAL METHOU UIRECTLY. CARE:FULL)l PUMPIED
P(OET) SU'F33 A-Na ETJH GAVE AN IR SPECTRUM: IN WHICH TH1 liul BA~ AS
SY.'-ViETR I C , i~'JT A B-4, I i-_F C~jNITAC, T ~,-i I Tki Al R K ESULTED I I HJUL 1-k F13WIM I ON
AT 3460 C'11. P-4'11JEE NlLG,`JIVFl ~T THE Fl~E%QUCNCY AT e,11-1101 IHE FTi7;H
I Vi 4 1 S
kONS WL-Rk~ 14AUE ANU 'W'3 P1 S064 A!
A
il ANO T i E SU I TAi 1_~ r '1 0.07
LE S - L - 'RESULTS 1"" Mr. SHt_*UL,,)Gk W: THE i~AMQ AT IZ-50 CM PRIAE ~I'EGIITIVE1
--'S-L- THIS CAIN I
WHILE Af 0.01-0.0r~ "ICLL I I N11 L'QNrji`R BE blif THE
W~ 01 PRIME NEGATIVE[ IS STILL CLFAALY VlSli3LF_.
ACE
CF SU33 CH SUB2 GH IN PLA OF ETrfH ALLOWED SPECrKOSCOPIC DETECTION 13F
ET SU63 P2 SU34 EVEIN AT 0.(~035 M(XES-L. THE INTE-',1SITY OF THE
6A-10 (-,,F THF C;l'j,','PLEA 2F voyii t,tc;E,r) SUB3 (3 TIMES 10 L. il
r I _ - I H
CM YMS SMALLER THAN THAI or Erwi ,~ir
HUGET) SU83 (3.5 TIMES 10 PRIMEtt); CF SUd3 CH SUB"? 0H GAVE SIMILAR
PESULTS. THoS PICET) Su-2,3 IS LESSEFFECTIVE ELECTRON 0r])Nfl,, (N iit.ESPEi',T TO
ALCS. THAN IS HMET) SU33. FACILITY: I NST . FLEMENTOW%.
SMM.Nj, MUSCOW, USSR.
W,"" L A VI E 1)

)41. 183:66. o q'i,. 4
USSR UDO 621.52;r
DOI-11ITSKAYP, M.A., PERSHINA, YE.I.,
"Activation Of Palladium 1!embranea By Titanium Hydride With Tit-- Cbject C-~
Reducingr The Temperature Off Ths Procese Of DiffuPion Clei~ning Of Hydrogen~'
V i3b. EIovo e v t1ekhn. poluprovodn. proiz-va (New Semiconductor Producticri
Technol ogv--C. ollect ion & Voronezh, Voronezh Unlvereity,11071,PP 89-
(from RZh:Zle1,tronikn i yeye prizoenenive, No 4, April 1972, Abetract. ~Io 4;,48)
Trsnslat-on; It is established that at a temperature of 150' 0 parzae5bil ity of
an activated membrane to hydroper, ic five times loaer that-. that (if a nonactivat-
ad membrane at a temperature of 5COO 0. At a temperature Of 17-700 C, C- dual
coating of a merabrane f-if com--aercial palladium by titanium., hydridv, O1)tEiin--3,.1 by
free deposition of' ti hydride 18yer wath oubpequont brazinji and repoqi~cd hycrc-
genation, enauroG perr"aubility to 1~ydroj,,,en commem.,urata wi.tli the c,~rrlclsbllity
of co=erelal nalladium at a temterature of 250--;M' C. A decrease of the
permeability to hydrogen during v;~---Xation oP the membrene for approximately
three monihE doe.- not exceed 22-2113, percent from the initial valUe. ref.A.F.

USSR
UDC 621:382.002
FqkP91N, B.L., PERSHM, YE.I., DMMITSKAYA, M.A., ZAVA-LISHIN, A.A.
OActivation Of Palladium Filters For Cleanin Of Hydrogen"
9
Elektron. tekhnika. Nauch.-tekhn.sb. Tekhno14 i organiz. ,proigva (-Electronice
Technology. Scientific-Irechnical Collection. Technology And Crganization Cf
Production), 1971, No 5(4r,', pp 81-85 (from RZh:Elehtroni1:a i yveye nj~izenenivel
.31
No 2, Feb 72, Abstract No 2AI2,1,)
Translation: A Drocedure is developed for deposition of titanium hydride on
palladium Flates-, with the object of assuring their hydrogen permeability at
reduced temocraturee. It is established that a positive effect gives the only
method of deposition which aseuree a porous covering, with the thickneas of
the covering not affecting the perfomance of the membrane. 8 ref. A.F.
71

USSR v-)c 621-372.652.1
RUBASIOKPIA, R. G.. STRETERSFA
VOROB'YEVA, V. G., YA, G. 0., KIIABI, V. S.
"A Filter for Suppressing Spurious Emissions of High-poir~-,r Arn-plificT
Ydystrons"
Elektron. tekhnika. Nauch-tekhti. sb. Elektron. SVCb (Electronic TeCh-
nology. Scientific and Technical Collection. SHF Electrwdcs), 1971,
VYP. 3, PP 136-137 (from RZh-Radiot,.-:tkhnika, No 7, Jul 71, Ab.-tract No
7B15)4)
Translation: The paper describes a waveguide filter for ~,;Ilppreszin-
spurious emissions frar. hieji-power nmplifier kly.-trons w~Ah a pas--barid
of two percent. Attcnuatiov of the power of spurious
0, or more thrGughout the entire ranee of operrLtlori of t~!c- wa,1jcjuidi:-.
Klystron power lossr-.-, in the filter on the average frequi!:ncy of the
working bwid cov,,e to pc:rcermitl. I.D.,vAraLions, )f
one title. Resume'.

.7 USSA 511-1-136
N jv~"~Uv
VIM -V,
BAFUNIN, V. I., UDO V., VL46S
' A.
V. M.,
RUBAS'".0-.1, 1,
G. F. ~
~
an,4 TIX-AC~LUAI, L. S.,. Moscow
,
"FL.01 Cells With ion Exchnnve flembranos. buvclopiwnt and Dive!Mgrition"
Vol 8, No 5, mniy 11-2. pp 694-5c,,8
Abstract: Fuel cclh; --~ ru dawribz!d b--sod- on cation ton,~j~ iwz~branc-'.s
vms-ei free of t~.!-Jbnu~A~ ac'Id. 'I"no iv;,o of solicL cluct-roly'6-ri iuipt~4rts cor"'a-Lli
propl---'I'i~~S to all rroces~-C!-' occurinv j.11 tho ful"I cells.
SUCII Of phyfJ.cal acts currorit
generation. Cv-rr~~nt on th,,- surface of the could, rjDt rcz;-
Sibly t"%u -enI-.Ir-i't,,-d no that tho clc!ctxudr,! insic~e th-I
L
cont12-Abut:Lni-, su')--Uiritif-!l1y to cuarrmnt gcnerz'.tiO.'-L'
Sc.-.-z-ral ~1"-O concernii-q
1, this problem, ard a conclusion j.";
-
ir", a --'iYI I-a-Ur 0" Catu;il,'rSt jJlSj.'-'-- t. I
u j

D
0 A:"pu%-'OV, V- I-, et ~ql, Elektrokhir-AYa, Vol. 8, 110 5, ,,,kY 72, pp 694-'98
uquipi---u-'t. Thc princ-111al problem, in thi3 syston, conco-rn-n- uniformity
1-1 of 1-ho ren~oval of water. Both types of current generators -arc doscribud,
podntin~~ out the areas v,h,.Irv developraent is still. needed, inainly in syxith-,--siS
I of ncli zi:a-terials for mombrines.
i

USSR UDC 541. 138
HU17ANIK, G. F. , RU 1'941 11 VLASOV, V. M., GANIN, YE. A., KAKCHEV, Z.
ard POSTANIOGOV, Y. 1%, 1,joscow-"
"Study of the Leakage of Fuel Gases Into Electrolyte Cha"mbers of Fuel Cells1t
trok a, Vol 8, No 5, May 72, pp '90 '94.
Moscow, Elek limiy,
Abstract: It was sho~,n that the average rate of leakage ol" a gas into an
electrolyte is affected to a great degree by such factor's, as current charge,
temperature of the elcments, battery, pressure drop betteeen -the ga!;Scous and
electrolytic si-des of the electrolytes, aml the conc",ritration of th(.~ ele.."'trc-
lyte. Tho type of tho funcft-j.onial (.,urvos obtained all.rue i;t;f-
ficiontly vroll with thase obtained from theorotical Lon5 of diffti5j.on-
leakago, however, und(ir experimental condition,, this effeat :Lit mucth ~Lrozigcr,
asecially in caso of tomperature. The lea-king gas con8it;ts tlmost exclusivaly
of hydroGeri. It was shou-i that gas mobility does not affvi::t 'I'vhs ratu of
loak-p-ge if water vapor tension is kept constant. An incrcasW- rate of the
leakage observed with a higher rate of moisture re-doval from the slxrface of
the electrolytc is evidently due to a shift in the equilibrium :Ln ti'le pores
in presence of 5econdary Dieniscuses.

USSR UDC
BORTNIKOV, Yu. S., NESTEROV, V. A. , RUBMjjQV
,-I, mo scow
I'Study of Characteristics of the Electric~
!Gas Dynamic Engine"
Zhurnal Prikladnoy Mekhaniki i Tekhnicheskoy Fiziki, No 6, 1971, pp 167-170.
ABSTRAM Results are presented from theoretical and experimental studies of
the electric gas dynamic engine, designed to create the thrust for a flight
vehicle. Calculation relationships are produced, which agree well with the
experimental data. It is demonstrated that the effectiveness of this engine
can be rather high for practical purposes. A number of works have been
written concerning ion-convection pumps operating on this principle!, in which
dielectric fluids are pumped using a Corona discharge. rhe use of the "Corona
wind" in gases allows the creation of an engine capable of operating in any
non-conducting atmosphere. In contrast to the ion enginr,-, the ECD engine
creates thrust due to acceleration of a neutral working fluid (for example,
atmospheric gases) by means of ions, allowing the creation of a significant
thrust, sufficient to support a vehicle in the atmosphere.

--27NOV70
112 030 UNCLASSIFIED PROCE.SS I W; PA T E
:.Tj.TLE--S0ME PROBLEMS OF THE FUEL CELL THERMODYNhMICS -Ll--
-.AUTHOR-(04)-LIDORENKOr N.S.t MUCHNICt G. F . rNOYIKOV, 1.]. p RUBASHOVp I.B.
J
COUNTRY OF INFO--USSR, UNITED STATES
~_SOURC.E-1-4`Tfi ANNUAL U',lT-'l_.,.-'30CfETY ENERGY CONVERSION rENGINEERIMG CONAERENCE
_yASHINGTONj U.S.A.
.-`DAlE_ PUBL_lSHE0-.---
~_SUBJECT AREAS--BEHAVIORAL AND SOCIAL SCIENCES, 1 E PGO C ON VER I GiN
i(NON-PROPULSIVE)t PHYSICS
T.OPI,C TAGS--ELECTRIC ENGINEE-RI-04G CONFERENCEt FUEL CELL P. ELEC f"R()"'~OT I VE
ION EXCHANGE MEMBRA!4E, DIFFERENTIAL EQUATION
ZONTROL MARKING--NO RESTRICTIONS
J
DOCUMENT CLASS--UNCLASSIFIED
_PR0XY.REEL/F,RAME--3006/1701 STEP
CIRC ACCESSION IN1,10--ATD135,297

--2/2 030 UNCLASSIFIED
L)
,CI.RC ACCESSION NO-AT0135297
ABSTRACT/EXTRACT-Ctil GP-0- ABSTRACT D E -S C R I PT r ON 17 T I IF UL C
I-
OPERATION IS GIVEN IN THE LIGHT OF THE
r
NONEQUILIBPIUM PROCESSES. AS A RESULT OF USlNh-3. THE IIA..IPLE OF
EQUILIBRIU1 PROCESS THERMODYNAMICS, THE ATLAS (13F 1-..N~F lVil) EFFICIF-'..'Cl
DEPENDENCE- 0,n T~::.MPERATUREJ FOP, T11F 1,14AfN WORK REfIGENVS C,"P.A:37LE: OF
APPLICATF];N 1'114 IHI~ FUFL CELL CIRCUITS HAS BEEi',.1 llltt[)E~ Y'fl' C!jj~jlz'~:lf O~~ -A--
OPT I MAL WORK I NG P AIR A1,1E T ERS I S I INTRCOUIC ED: AND TH E P0 S S f 3 f 1. 1 TY OF T";if-- I
REALHArION IS DISCUSSED. IN THE SEGONO~ PAPN 'I*lf-- A41N ~Y