SCIENTIFIC ABSTRACT MILONOV, O. - MILYUKAS, V.YU.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R002202030005-7
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 1, 2001
• Sequence Number: 5
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

it C31 C 1. Al_~ S I F I E 0 uArE-110EC70
TlTLE--ANlItALk(;;Ar_ iMiATfkIALS IN SUN~ERY -L~--
AUTnOR-(02)-VILC,%LV, fi., PLufKINA, N,,
CCU,vTNY uF INFG--LSSk
~jJ mC E-IN E f, I I S If",S K A Y AGA~ETA, QCfU6EA 2,19701 P3v COLS i--T
DATE PUVLISHED--020CT70
SUr3JECT Ak~AS-610LOGICAL AND MEWCAL SCIENCES
TVIC To~GS-CELLULUSUv BACTERICIOEt FILTRATICN, MACROMOLECULl SYNTHETIC
FIBERv SUIUREt SUkGERYr STAPHYLOCOCLUS
CUsTROIL PIAPJ~ING-NQ RESTRICTIONS
DLCUMENT CLASS--UNCLASSIFIED
PA%5XY FICHE N;J----F070/605037lF09 SrEP
ICIRC ACCESSICN N,]--AN0142466
Ulic 1. A:~ S I v i E 1:1
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PACjPGSI:C A TEChNI~UE OF FIXII.C. fl.EUICINAL MATERIALS IN 5~!'Jl~,iETtc )-,A~EKS-
SUCH VATERIALS AS STREPTOMYCINf GUINOSGILP ETC. CAN Lll:-~ JWVi.ijUCb) IINIC
PUYVINYL Al-CCHOL FIBERS. A "LLTILAN" WfTli iAll6ii .'d.:VlKR0bjC
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ALACEPIC1,11'. B. PETROVSKIYo L. ilLuri(rt..,, El AL. IMENJI41:11,~ADJ AAVE UEYF.Li.;PE,)
VASCULAk PCLYLIHYLENE TERAPHIHALATE , PRUTHESE.$ WITH A 14LVEIR rfiREAG.
TESTS HAVE ShLwN THAT INEIAING if 13ACTERICIDE TkEAT~.I) BY
PATIENTS FUk 5 TO 7 DAYS REOUCED Tlil.' TOTAL WlibER Qj- 5KIN MICAW-IGANISMS
AS ivELL AS THE NLMdEk ~-F STAPhfLJi,:.jl.CIC COLCNIES.
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LJ;:

USSR
UDC 628.165:542.65
KOLODIN, H. V., SEYITKURBANOV, S., and MILONOV, V. V.
"Washing of Ice Crystals in a Washing Column During Deseltnation of Salt
Water by Freezing"
Moscow, Vodosnabzheniye i Sanitarnaya Tekhnika, No 6, 1971, pp 20-22
Abstract: It has been established experimentally that the effe,ctiveness of
ice crystal washing in a countercurrent wash column depends principally on
the height of the washing zone Ilk, the rate of ascewion of ice in the
column v1, consumption of fresh water for tho washing of fice crYstals f
,raph has
and on the dimensions of the crystals be-ing~treated dcr, A nomaW
been plotted from which these parameters could be detemLiLed for given
salinity of the water being treated. Consumption of fresl~ water for wash-
ing the crystals in a countercurrent column is much lower than in a centri-
fugal apparatus. Furthermore, the treatment.of d 6usFe=31an in a field of
centrifugal forces requires a very conplicated appsratu3, adding to the
overall cost of the process.
III

1/2 026 UNCL ASS IF] ED 13A(:)~:CSSING 0ATE-13NOV70
TITLE--TREPONEMA PALLIUUM lM,'40%3ILIlAtICN TEST WITH FRVSH I.;1LOOD -U-
AUTHOR-FILGNOVAt T.I.
CCUNTRY OF INFO-USSR
SOURCE-VESTNIK DERMATOLOGII I VENEROLOGIli 19701 NR 41, PP,56-58
OATE PUBLLSHED---70
SUBJECT AREAS-BIOLOGICAL AND MEDICAL SCteNCES
TOPIC TAGS-SKIN DISEASE9 VENEREAL DISEASEt TESTt 010NOSTIC METHODS,
;WHOLE BLOODP BLOOU SERUM
CCNTRCL MARKING-NO RESTRICTIONS
DOCUMENT CLASS-UNCLASSIFIED
PROXY REEL/FRAME--1990/0938 STEP
CIRC ACCESSICN NO-AP0109095
UNC LA SS I F I f: 0

212 026 UNCLASSIFIED PROCESSING 0ATt--L3NQV70
CIRC ACCESSICN NO-AP01.09095
ABSTRACT/EXTRACT--(U) GP-0- AB STR A c'r. THE 61.000* AMVE ANJ INACTIVATED
SERUM FRO14 323 PATIENTS WITH SYPHILIS, $UBJECTS rxAMINED FOR SYPHILIS
AND PA TIENTS WITH DERHATIC DISEASES 6ERC- lE$TED lN PAPALLEL BY THE
MELANGEUR METHOD OF TREPONEMA PALLIDUM IMMOBILIZATION TEST. 1%
COMPARATIVE EVALUATION OF THE RESULTS 08rAINE0 WAS CARRIED OUT REVEALING
NO CCPPLETE DEVERGENCE 8ETWEEN THE RESULTS (IF TE$TS ON THE: BLOODs ACTIVE
AND INACTIVATED SERUM. YHE HIGKFST PER CENT' Of 1PARTIAL DEVERUNCES WAS
FOUND IN COMPARISONS BETWEEN rHC- BLOC() AND INACrINATE.10 SERUM. THE
RESULTS OBTAINED SUGGEST THAT TPIT MAY BE RECOMMENDED TO BE PERFORMED IN
MELANGEURS LSING THE BLOOD AND ACTIVE, SERUM. FACILITY.' OTDEL
MIKROBIOLOGII TSENTRALINOGO N l.KOZHN0 VERNEADLOGICHEt)KOGO INSTITUTA
MINISTERSTVA IDRAVOOKHRANENIYA SSSA* MOSCOW.

USSR ux 669.7'.L6:621.777.2
BARAMMOV) V. M., UMV, Yu. P., GOROJUJOV, V. S., I'llasco, S. 14.,
ZAhTAROVl M. F., KMOIADNA, 0. U., MAI IU(Ot V. F#j-tutd**TIS-'W7-V 1""
RE, 11, .. , .
"Development and InvestiCation of the Process of llremtilmj~, Rolls and Shapos
of Aluminum Alloys with Libricant 14-thout Press-'1~4tsldue"
Yetallovedemiye Splavov kgkikh ILI-.taIlov-6bonik, Moscow, "NatiIa", 1970,
pp )29-137, resume
Translation: A number of problems related to the investij,,ati(in of the 3)rOCOSS
of pressing aluminum alloys vith Itibricant ml the invaitl.;-atlon of ii)icharicai
properties, rncrostruC4 Mro, and gearnvtrie &Jirnnsions of -,pxoducts are discussed.
Technological- e conomi Cal data on the process are pres-entcrd. Five figures, nine
tables, seven bibliographic references.
1/1

USSR
MILOSERDIN, YU. V.; BARANOV, V. M. et al
"Procedure and Apparatus for In-Reactor Investigations of Physical and
Mechanical Properties of Yaterials"
Moscow,, Atomnaya Energiya; August 1973o PP 101-104
Abstract: %be procedure and apparatus used for in-reactor dt~terminatijn of
elastic constants., internal friction, and prolonCed hardnels of materials are
described. The procedure is based on the determination of parameters of' ultra-
sonic resonance vibrations for speciinens in the form of dim-_s of 20-run diameter
and 3-mm thickness. The elastic constants are ctilculzted from resonance fre-
quencies, internal friction from the width of t1ho reiscmance curve, and hardness
from the shift in resonance freque-ncy Initiated by Vicktrs-pyzwAd inderktation.
The measuring equipment includes ultrasonic waveguides In tie form of t1iin rods
for transmission of vibrations to and from the spacizeita. '1be electronic
equipment is located in the working area. With the appaxatuii it is possible
to measure the above-mntioned parwrteters on vpecinano3 of strue,,tural and fission-
able materials at temperatures of self-heating (up to 6m)'Oc ) with an accur"Icy
sufficient to detect comparatively small variations of t-lhe naeorded parw-,eters.
7he article includes four equations, two figures, onl on~ tacb1a. 'rhere
are 12 references.
i7i

USSR UDO 6520,172.2-1.05
BAR-kNOV1. V. MI. I r-OR.0 3-TIJI 0. 3rind Y . V.0
U
Moscow Engineering Physics Institute
"Device -for Elasticity cmd Inte3mal Pi-iction. Constants
of Small Specimens in a Wide Temperature
Yosco,,!r, Zavods'~aya Laborntoriy,%, 1101 36, NO 9, 1972,
PP 1143-1144
Abstract: The con-truction of a device for the
of elasticity E, FoisDonln r~7.tio M, nnd the in-ton.!r-.1 friction Q~-!
on circular -'~I,itcn (1--~; rmm thick,10-20 i=n v-.cuLL-.i o--r-
Hg-colur-,Ln iz; deocribed bi, reforence to its
The mearurin- nzinciple 1-~:. b-!.sed on the resi:ina ce-nulsc r,,.vtho~,
Conotants of elasticitey B -,-,rore c;~lci~lated :11::,om :re~ion,--ince fr-c-1-iucri-
cies and values of Q` were dctermined .1~1,0-m tho 1110tq of 'U'r. -"C.-
sonance line or from stindard formulas. The c,-Amullitio t
n vmrc nc~:
1/2

USSR
BARANOV, V. M., et al., ZavodBkaya Laboratoriya, Vol 38, h'-:~ 9, 19721,
i143-1144
o f E rul.d of Q-1 .-;ere 21 5-3 ',,)-Ynd 7-10 "'u, ros-noctivoly. Vrio .:yst-'r'-
Matic error in detcrni~jvjg Q decroasoo '.~dt-;'i Jimm--v-,imi-, C~Iqmot---
Md incMasinr,- mass of the Waues o-L" E !--uad for 'Ib,
Zr, emd Ta, determined, .-rith the help of the d'e-sor-i""A de%'ice'
proved its efficiency at temperatures up to 2200 00. Two
two biblior
graphic references.
212
82

USSR UDC 539.376:O2Q.~j,'1-
N- Ya. V., NABOYCHENW, K. V., C111-BURKOV, V. L, NAUMOV, S.
IAVEYKIN, L, I., BORTSOV, A. G, , MOSOC1.1
"High Temperature Creep of Zirconium Carbide"
Problemy Prochnosti, No 3, 1972, pp 50-53,
Abstracti Results are presented froja creep and Iong-txna sll-l~ngth tk,st~~;
of specimens of zirconium carbide in the 2,430-2,81(i"K tL.:~ip(,rarurc rza~ip-,.
The nature of behavior of the --irconitmi carbide in varicus of Crecl)
and the relationship botween parameters characteri-,ing creep ,inkl the te!;t
conditions of the material are studled. It is deutomstrated Hiat -in the
2,450-2,8100K tei.-iperaturc interval t.,ith strosses of 0.'-;-I.0 hgyrk:n,~, the
stable stage of creep of zirconium carbide is deteiiiiin~td by il diffusion
process with an activation energy of 116 18 kcaUmol-,

Analysis and~Tlexttng
USSR UDC 620.17$
KULBAKJI, A. A. P OlEOIKO, V. N. , atlttl SEMUIOV, 0. D., Moscow
"Method of Performing Cyclical Elastic-PlaEtic Tests ot 14fraqtory Materials
by Twisting at Normal and High Temperatures"
Kiev, Problemy Prochnosti, No 12, Dee 70, pp 51-57
Abstract: This work deals with problems of the law-cycl4i test:Ing of refractory
materials by torsion. A method is described and two inst.allattLatia are studied
which perform repeated tests automat~jcally at normal. wd islevate'd teluperatrares.
The results are presented from the diDformatlon and molyb4i mvum q,t twperatuxes
in the 293-1600*K range,

USSR
U-DC: 621.376.2.34
VILISOV, A. A., VYATKIN, A. P., MAKSMOVA, N. K., .1,11LOSE-RDOVA,
L. I., and PMRSKIY, Ye. N.
"Sensitivity of Gallium Aracaide Detector Dio~lasll
.Kiev, Izvestiya VUZ - Radicelelitranika, vj)I. 1-ij, No. 5, 1971,
pp 555-587
Abstract: This brief conmunication offers the cf re,~,,Llarelj
of the behavior of Point contact an(I Schottky clioides o4
electronic GaAs. in their exzeriments, the measured 'the
sensitivity of th,~ diodes in 7"Whe three-cerltlmi!to
at a power level of 10 Wi' undion, r3hort-circuit ciondUicn.,-.1. T ?I
tuninf..r of the detuctor oecticn or a matchc.,tl produred
it st%nding wave mi.lio leus than or equal ti.) 2 ti,.) 2,1j. 1-im!
tested had an electron 0' from cm--, to 1-IC)IJ
CM-3 fj;,, the,point-contact, 'and a mate~-Ial Of a 1- 1-1616 to
1.2-10 1 cm- for the ~~chottky barrier devices. The two t Y pi~, ~I
of diodes are compared with regard to th~;ir deti!ctcr
iatics. Curves am, giv,~m for the censitivity 01, Lotit type-q as
functions of the bias current and the frequeIncy. Thii experiments
showed that th-- sensitivity of the diodem --ould be
increased by applying pulses of the proper shaped.
ill

USSR
POSTNIKOV, V. S., MILOSHENK01--y--j.11pe" ZOTIOTUIGEIN, 1. V., BRUND, C. YE., and
SKUKHALOV, YE. I., Voronezh Polytechnic Institute
Ifffect of Imperfections on Internal Friction of Suporconductors During n-s
Tmaition"
Leningrad, Fizika Tverdogo Tels., Vol 149 No 11, Nov 72, pp 3W07-3448
Abstract., The article reports on further studies of tkLe low-frequency Inter-
nal ftiction of superconductors by the method of flexurtil vilzations. FTe-
vious articles by the authors reported that the Internal. frintlon peak Q"i Is
detected during the n-s transition and It& value does not vary apprecLasbly
with a change In the number of impurities In polycrystalline iiiobium. The
present article stidies the effect of exterded structural iMpOrfeCtiOn3 on
this peak in polycrystalline and single-cryatal specimenii of niobiuri. The
q"1 peak of a 99.8 percent deformed polycry;iftllina spocinen h.0-ti a vid-th that
considerably exceeds the width of the peak in a single cryetal with a deforma-
tion of several percent. No pe--k is observed experimen-~a,ljy iii a aingle-
crystal specimen annealed at 9500 C for an hour, No tCl poak Its observed In
V2

USSR.
poSTNIKoV, V. S., et al., Mika Tverdoro Telat 'Vol 14o No 11, 110v 72, pp
3447-3448
perfect single crystals, but it Is observed In polyary-MallAno specize::s
(deformed and annealed) and single crystals with all&ht defarnation, relchizz
a width of several tenths of a degree. Ccnolusions Extendvtl stru,~~tuxal im-
perfections axe responsible for such a substantial ex-Ansion of the teitpera-
ture range; theoretical works hive failed to consider the eftect of t~*saron
the character of fluctuations.
2/2
70

a5sp
UjUU 539.67+621.317-343
jnosN_=O1_Y._Xe.. ZOLOTWMIN9 I. V1, and POSTINIKOV, V. S.0
Voronezh Folyf-e-cMe Institute
"Device for Measuring the Internal Friction and the Electric.
Resistance of Thin Foils in the 4.2-300 OK Temperature Interval,'
Moscow, Pribory i Tekhnika Eksperimental go 1, Jan-Feb 72,
pp 218-220
Abstract: A device for measuring the internal XxIction. Q-1 tuid
the electric resistance of thin films and f oilo of 1-200/" thick-
ness in the temperature interval of 4.2-300 OX is described by
reference to the schematic diagram of the eryo,.,itat, the gas- com-
muaication schema, and the block diagram. By the deacribed me-
4e of he-
thod, the internal friction can be measured in the ranr
lium temperatures correct within 0.5% at 4.2 OK and correct
within 1% within 300 OK. The electrio resifitanco if; meamired by
the compensation methodi using the P,306 low-obinic potentiometer
1/2

USSX,
KMMHENKO, V. YE., et al.* Fribory i TeRhrLika Eksperimi5ittao No I# Jazi-Flab 72,
pp 218-220
and the M21/4 galvanometer. The Q--I temperatwt,-e dependences o:t
polycrystalline vacuum condensaten of a thin co-pper film and of
the internal friction and the electrio coaduotivi-ty of a niobium
foilt showing a Q-1 may-imum at the transition temperature to the
superconductivity etate, are Illustrated. Five, i2lnstr., four
bibl:Lo a ref s.'
2/2
- 174 -

Acc. Nr. Abstractlng~$erviize; Ri?f. Ca4e
AP0048449' CHENICAL A ~I
at toatectd(: properties (if thin 1wI-ers
'U 'R). F4. rckh. r-iiiupi-eav., l.970,-0,I),
TW-spR-tjFal de .4,cnccuf the
K of thin ~bo layers was in-vest gaW in the, enei-SIP rAng" 1.7-
5.5 eV. at 85-500*K. f4W rK Val#~S 3 x lot-5 x 106 itri-S.
The absorptionspectrum consistsof8 Parts: the 14tj torreig~311d-
ing to straight perinitted transiti(jas; the 2nd, appri,41K,11ruaild b
straight lines in the KOJAW) Coo iulvtm; and jh~! 3rd,.will
Aw < 27 cV, in uingle q,rystals.~ P":uliuritks Di 1(hic SPOttlial
dqxndence of the photoLon (which jE semiflve I:i unriwilitig
d
of the specimen) tLre Idivis phototlec. iaoctiv -'absocoTtilm
med
i3 absent. The obid. absiopt on Iga tht tails i3 rclsql~. to u trunni.
tion between "quasi-smdik-~c' states (at the gmitt 'WU114H40)
and permitted zonts. Alcxlin~dte Fito
11517
A4

USSR m1c. 681.3327.66
MILOSLAVSKIY. G. V.
"A Memory Element Based on MOS 7~%ansistors"
Moscov, Gtkrytiya, Izobreteniyo-, Frcrryshlenryye Obra,.ztsy, q-bvarnyye Zn,:.L-;
No 20, Jul 72, Author's Certificate No 3113306, Division G, filed 7 Oct 7o,
published 22 Jun 72, p 176
Translation: This Author's Cert;:Vicate introduces e- rsit--tzory elenen~. bazed
on 140S transistors. The device C-mtains ft flip-I'lop througil
trilansfer trensi2torr, to a coordimite. trannintor. Aloo incl.113ad Ire a
pulse supply aource, elemunt-stmpling coordinate liues~ it c=iitant
line for the flip-flop, and (lip lace 11' eu corinectei) to the Lransfei
,I t--p- n
transistors. As a distinguishing feature of the Imterit, pounr ecrisunp-
tion is reduced by including two OR gates whor-f-, first Lqrutti are cannecled
to the pulse supply source, while the second inpul.s w*e- conxinctrad to tile
element- samp! i ng coordinate Unes. Tile outp*%Its Of thit! OR gr;~tel; [ire mn-
nected respectively to the gate of Uie cocrainate trawu:lmtor ajid io it*
source.
1/1

USSR
ARDELYAN, N.G., YILOTIN, D.D.
"Phase Gharqcteriatice Of A Type U11-21'0 T471"
62_l.-,85.6'2
EleVtron. tel~hniks._Nauchno-tskhn. fib. Elektron. SVCh (Zlcctronica 'technolaIT'j,
Scientific-Techn ical Collection. 'Microwave S~O-C-~rl_(~7~s), 19i'O, %.o 2, pp 146,149
(from RZh--Elektranika I )~~3Le ict 11. eiLl 0
!t, No 8, Xuruat 19'~(Ij Abetri 'o 4
Translation-. Vine results are presented of an experimental Imvaati(-,utiDn of the phase
arecteristice of a Type UV-230 TWTI sophich Is usad in 1-0111y iappuriltll(3. Sevaral mod-
els of tubes were investigated which made It possible to jwdgo tht rec~,rrarce of
characteristics. The &2pandences were 41so uiauoqrod ce' tho pb~jafi o;!' tno output aii-nal,
on the power supoly voltage and the input power, The olopo M' tha depon.-40no-a Of the
phase characteristic or, the voltaire of thft daceleroting evatitai aniounta to C,.q 1.2
degree/volt, for the anode voltu~!_o' 0.1 4. 0.;1 degrao/voit,'an:1 for, tlie voltu,-) .,he
focusing electrode 0.95 -t 1.1 dagree/vokt. :WItli a rhango of -14e voLtuir..] irl ti,.a de-
calarating system corresponding to a + 700 pho 9 achaiigej, th9 0-itput poweir iu e;Funged
by ti. %0 3 R A 7 TS Y
OATE i'UBL ISHED--------70
S U Bj E C T A,,-k E- A S --BIOLCGICAL ANU M~OICAL SCIENC(-:S
TOPIC TAIGS-PATEN1 , LAUG'At-TOKY EQUI P-MUNT, MULI JTAAI.,~#, RlEL0f*(.')PJ"lr 61i'lLOGIC
LABOKATORY
CONTRIjL
DOC UM C,', T f-. ~ A '52 S- -C LA S S 11
PROXY Wi:lp [10- -GR /04i 82 AU (E,,G

p r
212 0 ?- 0 UNC LAS S I F I ED, i~ 5 SI M6 0,j1 TE-- I 3N 0 VC
C I R C A C C ES S I JN A A 0 12 1 d 70
ABSrRACTP~XTRACT--(U) A!1!; T RA C T[NCLUDING /I
P04E,MA~Y VALUI-ES CF SLO.k.y C I '~'; I NG IALMC~Sf LI'MAQUATI)k
BLUCK 15, i-:ITTED ~.iITH I-lilt AVLI'~'AGED CUT
VALUES, FOR IINSTA~%'CE A 1:-1-JA XJh),AGE
INCLUDES AN AMPLITUDE DISC~%11141NAT!:I~Ar STANDARD
SU'!~'-IAT P ANO STC'~-AGE- ELLII'~'.Nrv ANO AN AVERMGE AM!PtK'I(,1:JL- CH4;1.~,~EL fo~CLUOING
AN INTL.~RATOR AN'D STURAGE UU~MEIIJ. M(5 AtAo',S INOICE.S iiillt-l
RATES OF CHANGE TO BE RECUR01:3 014 A CAo,RIj:kj, fl-11-ii,E IS ALI)I) A
Cc.,~jm,!L 14PULSE GFNERATUR TO SYNCIVONISE ANO r;EC.130111) 1001CC-S IN A
s E Q u Pla, C E F A C I L I T YK A UN A S S K I Y M Eu I T !) I N ~ K 11 Y 111 ~ r I T L) T