SCIENTIFIC ABSTRACT MIGACHEV, B.A. - MIKELADZE, A.G.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R002202020013-9
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 1, 2001
• Sequence Number: 13
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

USSR
UDC 539-434+539-370'
MGACHEV, B. _A,, and VOROWYEVA, E. L.g Urals Scientific Renarch Institutin of
Ferrous Metals
"Temperature-Velocity Relationship of 14stal Resistance to ElAustio Deformation"
Moscow, Stall, Ho 12, Doe 73, pp 1108-1109
Abstracts The advantage of using orthogonal rotation plaimq of an exparlment
for the mathematical description (and study) of *is tomparature-velocity
relationship of metal resistance to plastic defornation in Wiownt The defor-
mation relationship itself is a furation of three Independent, viw!lablesi
teaperature-(t), magnitude ( 6 ) wA vslooity ( f ), arA bas tho form In
99 (lit t , ln E l t). An emprical. formulim we,s derived, from Wa relation-
ship for determining the deformation resistance and has the general forms
0'- At a Cr b j -et. Values of Al a, bp end c are given f*r 21, steals,
3 heat-realatant alloysl and white cast Iron, Thivo tableso six bibliographic
references.
1A

--i 0~0~~
Ac~-. Sr:'A A6 04484~~ HAL: C040:
PRIW.RY SOURCE: Klinicheskaya Medits na, 70, Vol 43,
Nr pp
THE DIAGNOSIS OF INTRAPIORACIC NEOPLASN4 ON"THE BASIS
OF MATHEAATICAL ANALYSIS:
K. i. wyshkill', L.,4. Migal"
Summary
The problem of the ~carch ci now differential diagri)~is sit.-Vis injjatp,0,,,c;c
neoplaarps is still pr--n.;,jn,,f in the ab-,ci've 13,f njdl!o&i; of
Asoneoi the new udic:e
; -, a Vd.,11,A411 i. i I
complex of tuanors and cy,ti vi I)., 1111""HIS I.,4dipeti olibora-tei
scheme the author-~ coded flie e.a.,e 1:h~torio, oi NO pati-ei! cpi,~rp,-L!6 fut 1ho
diseases. The dita derived m!alcd on tht~ i~.Ivdroii co-rpoil,.- tUsw-'2-- ThiS msk) I'MA I n
the cfcjtion of a diii(.,rential t.Aie ba.,ed oft the lbo ~ijtr, tou', of
weight value3oi 1!,,e I'last 4N,rrploms 5e1,o-cW,d bv th~! contputer. With cue ct:nsi-
deration of the critcal value the L~W.2 enabk~i to Ims"ver 11hroo :iwt i innortant llract,cal que-
3tions: inafi~gnant or b~aApn char-~tzter of the disea--c' tualor o~ op"il, "whilonal-V Ir eqapulrna-
nary loc3lizalkn of Cit! 11,1! Value 0i tile tj1)1Q wj!, vi~~rifllnil by of
the preoperative and po~,,operatro~ diognows. Th4! ren%iW ti.,ikiiy to the p~r5pccfii-e c4t,-,re
of the method Propuied for the dia"'40sis of qphcrcid o~ irdratiwscic Jqcto rat!Qn.
REEL/FRAME
119F "Ar 7 17 0 Z

Art it I. by TU. ts. V- I in. X., .4. MI it. 1, A I e~oandroy. S.
F.
wr
IaLCAzY Vag rogittod by the f*Jtde Trar; ~,rt r~ntl-~ in a zr_2*,-.f A--
Vault, .~_ d.-.Lt;4m t4=;:erAt-jr-- -I the 2avars wt= onA 6zu* c
Ow initial trAine -c~tr*tiona deftnt~ig %he Y*TIMIA vtti,;
the Itatts of 4.1-6,0 0tll*.Xr==1=3, -4 t= =4--atzat't oft-ntation -an 11M.
41hr crivtoll--phtc Ineerfectlems Attains in erl(extal aarvantm were t.di..i
x-ray lorr~n t*p0XrAph7 ullhP. -7=xttttc ari Wm~
rim variation of tim 42414caZi= etrvt1wFA Lit obatz-ved 60 a fmnctt~ vf
*"raxturxtj~n at carAtent deposition tamorrecurm.rnv **all Aadins coacenue-
a
tims the diOnratiumv, A" %9rAteA im thee I.Takmit tan.la)r r vith an tnereAve 11)
supartaturation these dI*l*cmxIoft% Amp- tiamforued by vItAlag into a systas Of
halt lofts fastwnbd in the film~*uhatratt J~tticn. Clamad - loops are also
tteta,f. A furtist inc,reast In tedio* concentration 1ea4s to the 41400twarance
of the 4A*1&:&z1on9. Th* ArlstIca of the avPtaltta. temperature shifts the
dto,rth-4 pieturt Along t-,* 4c*10, An RMSIY*iw Of the t*po,
tnr dapagl%imat t.spefatutes of M ind 55Q* C in Ltj
Jav.r. dialocetions -Ith the -III- Asia "twodtt'sior to thi dub4tring surf.
pre4mainaze. end at &00* C-60% dialocAtlams.
1. thi* V"#T tho mchantem of the formattaft of dtalocattme In the
Inttgn and thd causes of Cho evolution or t" dtslo~cmctm ocruccura, as a
function of ou"rosturation *A4 towerstwo Ars divcvmpvw4.

t-()el~Elotjv--GN filolss9oov oblo
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WDIk'AOM '0AIflOdY!:)':) Wi)]IqAoo.-Isvb(j lmnodwo,-) wnib3) 491VI33V--SOVI 2~IdOl
fs Sl 40161
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600

19MINI I I -
-7-7-
2/2 009 UNCL ASS IF I E D PROCES14NUG PATF-,-()4DEC7()
C IRC ACCESSION NCJ--AP0136204
4BSTRACT/EXTRACT--(t)) GP-0- 13STRAC THE C G M P 1. E XN c, 0 1;1 r E. R V At. -.' T C -
PRj AND ND WITH E I L:- ,
- ACO PRI'lFiNEGATIVE W,%S s'rui)[E.D PCITENTJOAErRiCALLY IN AQ.
ET(?I-f SUNS. , CONTG. 0-80 WT. Pj:j..Cr,.tjr Lvripi, STA 8 11, 11 It i:, (j,,,4 5 r s . o i: r H
OM L A
FORMED COMPLEXES (LN(ACO) SWIN PRIME-3-N ARE TAWlL,A'rF.D. on
TO NO INHIBITION OF THE FORMATION OF ACETATE (:04PLEX PlITS, WA3 011-SERVE0.
THIS PHENOMENON MAY BE USED FOR SFf)G. LAt CEp AND, PR FIA03 NO AS IELL AS
OTHER LANTHAMIDES AND ALSO FOR SEPG. KIXTS. U LA, CE, AND PA INTO rl-irE
SEP. ELEMENTS. FACILITY: KISKINEV. GOS. UlNLV.t KISHINE--V, USSR.

AND rNMEMLS of Itt"XPIUAIAL LATF:n r;r
!Ariizie bt 11-1. V. P. L, N. Ak,k.xzer_.,
t2i !;t-rt~_ r~ Pj7r-to-- "k. 9
is
Latta= was rr*11R04 VY %" io4idw Lesoebert ftactIon In 0 lmal&4
n.- &P.41tloft tt-.rersturva, of Ote 1-y-ra -t* Vi*. SVI a4d 4!~ul
CTW Uxtuat t,4!i-m 4.$I.t.# Cup Tzrind, i-t=
tl,t kivit% of willIgi4ax/cal. and the substlace orlentatt-t we, (11ij,
The crrit.;I~trm-hlt gmerfactimas Axisimit in atitaxist jer-At,t.. -" t~4ie,4
br a-gav xamem tavatravhy u9j"r byamotrIc and "voortric xur~vu.
Ttw vnrtatim of the Colotatfon structure is observed go a fwtcti
at comstanc, ~e--,,tj_-r& tz"Oersturk.."T se,ati tdine c=rtz",:f
tt-~* tk*- 44.1-ma-Lans, ave -1-cated An the tra"t-t-, imr, 1",r- tth _" to
sarsft.t.fktlm~ th-** disIc*tIftS are trinsform*4 by #1141ag late a 9yette ~f
halt km~~* f*qteoe4 In OW file-au,%etrate $unction. Cloved Imars are 0100 tie-
tv t*4. A rurviev inctmaxe in iodine cvrtc"tT*t&&n I**" to c4o 41*avsmaxam~
The variation of the dwo"ItIon t"Parsturs shifts -~k%
A---Ftp.A picture &Aanz tht *%a-"-%u,ottm scale. An analyst% of the t-m-
Bra" deft'"Atrated thot for deposition tswr~tstwt** of ~Gd dwj 554, C L. Vte
lm~t. diviocayione with the 411P Axis vorVandtLular to the substrate 4*11-mo
OV64-alnets. and at 60' C-60'. dI*IOV4tIM*-
cats paper the sachanlom of the formation of di2locstEvat 1% t"
twncum sed the cawass or the wwatution at the dislocation *tructort a
fungtion if O"Porsagwrstion and ratels Gra diocumovd,

USSR UDCO' ISPO-793-27
LW M~L'CIIEVSHIY, Ye. G.P AFK)N61 V. i., 1, P., IL-Al
P., st-ate scientiric ;'~~azetz-ch and PLqx~n:lriL; llwtitlute of F-ire
Metals Industry
"Corrosion Resistance of Vanadium and Its Titanium Alloys in a 3% NaC1
Solution"
Moscow, Zashchita Metallov, Vol 7, No 6, Nov-Dec 71, pp; 69-9-'Too
Abstract: The corrosion resistance and ii,,echanical propertiez of Va alloyed
with 5-20% Ti -were investigated. Ingots weighing 10-:L:l lq~, v!jelted in 1.11 elec-
tric furnace, were fo--t-ed and rolled to 41 and 0."-niin-th1i.,k sheets.
An incroa.;cd ij,ho com":Mil,
natumlly anr~~41-e,.l -:~lu~.Ao.n. TOo corra:7ion vv!-e o::' th.o
5 Ti is consider-bly 10-.'17er 0,001
standard li.,,-iit of J- ,al corrosion rcni.-,tance ~ff et S. -."Iectro-
chemical out jyj -1 11:1' oratr(I 3
HUI-solution re- e -,led th-7~t Va n.nd itn -illoyzt, 1-101.-
0 ~ -i-,rjj to a normr~l h:-dro-
sivated at noten~-4-11,_- o:6 0.05-0.7 v relr.-,~
of tLc
gen electrode, bu-- .vith in-Greasin,g Ti-conteni; L~.
anodic current Diace. Accordinn, to of,
nary electrode pot-enlu-inlst .11 of potwit-JL-n1r, 0--:' 7a
its alloys tua",-ces i-,1 tine. One illuntr,j one i;:nble.
11111i Ili. 111111 IRM 1121111111151

WON "1"111M
Transformation and Structure
USSR UDC:
X., and M:
VEDEWEY VA, 1H. A. ZNUK, N. P. , Jj=JKOV, K. L.
"Effect of the Structure of PASNIOT Steel on Its Ancdi(i Behwrior"
Moscow, Fizika i hhimiya Obrabotki Materialov, no 6, trou--Dec To,
pp 128-131
Abstract: '111his paper deals with the effeot 0t.0 the otrvl!~Larc of 1,1118NIOT
steel subjected to electromagnetic (=axim= strixir~ rate) wiLL explozive
., (a -'OW-:r1L1,e Strain)
forming on its anodic behavior. 1~vdrastatic faiiai.ng
was selected for correlation with the high.-rate utrain. typeo. A
graphic exauination of the structure of steel deformw!d 1,qy nietholi;
indicates no size reduction of the grain. Therewerc, n, fro,m: riLlf'Ober IZ).;,
twins in the ateel following explomive axid e1actrctnaF-,.-.e1t,c forming than
after hydrostatic forming,which poirL',S to the coritrlb~xtion or twir--IiL& to dic-
plastic flow of the raterial under tliene mothada of X.-ray
diffraction ex=ination has shown that followir4,, either alectrozzignetic
or explosive forming, there is a greater widening ol" inturferwica 1-i ties ,
with an increase in deformatioa rate, than after hydras'Latic forning.
1/2

USSR
VEDENEYEVA, M. A. , et al, Flzika ;t Khiziya Obrabc,0:1 no bo,
Nov-Dec 70, pp 128-131
1he analysis of the anodic polari"tion chirves for 10,16NIOT ;v:et! indic,~Ittni
T
that both the type of forndnj,!~, and tile r4te of deVo:ruati'.,)'n hit-vit lul
can'. effect an the curve shape in both the trans-Ition jtx;d rop~o_a2ivtitian
regio4s and have hardly any effect on the tatal panoivj.ly
theY siF~nificantlv affeet the cill-1:ent depisity with 1:11(~
region. With an increase in delfw-.,~aticin rate, the ciinn!nt deti~3`,y ia t lic
total passivity region in the specilnena after explosiviii and,
forming increases; in specimens with an equal cx~eat o:(' deformar,44on after
.., the current clctllsity Ln r2le total 1~111-1,1;ivLty ri!~iiw 1.13
hydroutatic forming I
much greater thtur that; in apacimana after expJoa!ve fbijoiing. rt 1.:j al:31)
ahawa thal, tha Capacity of X)i1dA1(r1' ateel to chazige too ti pwiilva i;;twr;e In
solutions to independent of the nwatier of dal',ictil and typc a~'
their distribution in the structuroit or th(p inot4d. but djij-,-tjn%,JA oll LN.
amount of the a -phase, vhich increases tho heteirci, ei~:wi ty (,:t the strut:^,ure
and impairs tile protective propurtlea of the film on oteel Inthe pilsid,ve
state.
2/2

USSR
UDC 620.193,5
L., KO-LOVA, N. N., LYAPRIN, A. I., ?IWCHEYS.~'[Y, Y1. G., BEKETOV,
GA - i
"T scientific institute of the Rare Metal Xndust~ry
"Oxidation of Heat-ResistanL Steels -and Alloys"
Moscow, Zashchita Iletallov, Vol 8, No 6, 1972, pp 722-723
Abstract: A study was nade cf the oxidation rate of several standard and ex-
perimental steals and alloys in a current of tedinical a):jq;en in,! in a calr; air
atmosphere at 1000'. Sheet speciriiens 2 rin thick were ttsci'A to ~et:erzdne the
oxidation resistance by the increase in Li;ass after oxidacEon ait.", its loss after
removal of the scale.
The difference in oxidation resistartce of Cie invet;I:Igated nateriaLs in
a calm air atmosphere is not so great as in technical oxyl;Cn. The Kh25NN)S2
chromiuri-nickel steel alloyed with silicon is the WaSt oiddation resistant,
and materials alloyed with alu:dnun were the rxst oxidation reaLstant. Analog-
ous results were ot3tained durizag prolonsed experineents in the air for 50010-
10#000 hours [3. N. Kozlova, ot '11., Strul-tura i
.... .. ............... --- ----
19671. (JP))
lichenktkii materialov, .1orcow, Nalikil, 31,5F)
d Kh,745'f
it ni Tan I u (EIP 747) a,lloyli sp~jringl-jf .311.oyad wiLh rii&-.cL
had the greatest o.,:idation r(fststance in oxy(ren and air.

112 016 UN%.L ASS I F I ED PROCESSING DATE-043CT rO
TITLE--bEHAVIOR OF CHLORINE IN THE ELECrROLYSIS UF COPPER AND Itjs1jLUL3L"-_
CLECTAOLY' E AT HEGH CURRENT oi:Nsi'rIES
ANODES AND AIR AGITATION OF IHE iT I
AU.tHUK-I05)-bUZHINSKAYA, A.V., MIGINAM A.1.4 ZitATKINAY ~T.F.p MIKHAYLUVA,
606ROVo A. U.
COUJ%TRY Of- INFG--USSR
471/
SOURCE-ELEKTROKHIMIYA 1970, 61311 315-17
VATE PUBL ISHED--70
SUaJECT AREAS-MATERIALS
JOPIC TAGS-COPPER ELE(JRULYric REFINMs 41LECTROLVITit fLEURWEPOSITIONt
EXTRACTIVE METALLURGY, CHLORINE
'CONTRUL MARKING-NJ RESTRICTIONS
DOCUMENT CLASS-UNCLASSIFIED
PROXY REEL/FkAME-1995/1382 STEP NO--UR/O.~oii/'10ti)Ub/03310.1151\)311
CIRC ALCES.SIGN fid-AP0116831

212 016 UNCLASSIFIED
~CIRC ACCESSION NG-AP0116331
-.ABSTRACT/EXlRACT--lU) GP-0- AbSTkACr. Pi THE tLECTROLYSIS OF A SIJL'4.
CONTG. GU 45-50v H SU62 SU SU~$4 90-100, NISU SU84 SMA)LLER THAN UR EQUAL
TO 20, AND CL NEGATIVE (AS NACL) 50-500 G-UM PRIME3 AT 500EGREESs T14E
'ELECTkOLYTE WAS AGITATEa BY AN AIR FLUW OF 10 I.-Cli PRIMV.4'! OF
INTERELECTRUDE CROSS SECTION PER HK* THE RATIO Of CL. IN NE ATM. TO
THAT IN SULN. DOES NOT CHANGE jillEN *THE C.D. IS INCRE,11SED FROM 1000 TO
25OU A-M PRIMEZ. A CONCN. OF 0,5-1*5 C, FECL SU03-0'11 PRIML-3 IS
SUFFICIENT IN THE HYDROMETALLURGICAL TAEATMENT OF CLAENT ICU A'10
SUaSEQUENT ELECTRODEPUSITION OF CU FROM tOLN. FACILITY: GO$.
NAUCH. ISSLED. INST. TSVET. METAL.# MOSCOW* USSR.
won

1/2 016 UNCLASSIFIEO PROCESSING UATE-09011
J10
TITLE--8EHAVIOR OF CHLORINE IN THE ELECT14OLYSIS UF C01-71PER AND INSOLWILE
ANODES AND AIR AGITATIUN OF THE ELECTRULYTI: AT HIGH CURRENT DENSITIES
AUTH0A-I05)-dUZHINSKAYAj A.V.t 141GINA# A.,I..t ZHATKINA, T.F., .41KHAYLUVA,
:0.1.r BOBROV, A.B.
COUNTRY OF INFG--USSR
.SOURCE-ELEKTROKHIMIYA 1970p 6(ile 315-17
DATE PUBLISHED----70
'L:-.SUBJECT AREAS-MATERIALS
TAGS-COPPER ELECTROLYTIC REFINING, ELECTROLYIEt ELECTRODEPOSITION?
EXTRACTIVE METALLURGYt CHLORINE
CONTROL MARKING-NU RESTRICTIONS
OUCUMENT CLASS-UNCLASSIFIED
*10~/030103LI
PROXY REEL/fkAML-1995/1382 STEP N0--Uk/0364/T(:lt'J00~(.
C14C ACCESSICN NO-AP01168301
uNc LASS U- I Cu

2/2 016 UNCLASSIFIE0 PRQlESSlNl; 0ATE-09OCT70
CIRC ACCESSION N(;--AP0Lt683l
ABSTRACT/EXTKACT--(U) GP-0- AbSrRACT. IP4 THE LLECTR.ULYSIS OF A Sal-N.
CUNTG. GU 45-50t H SUB? SU SUb4 90-100, NISU SUB(o SHALLEA THAN U.R EQUAL
TO 201 AND CL NEGATIVE (AS NACL) 50-500 G-OM PRIME3 AT 5-ODEGREESs THE
ELECTkOLYTE WAS AGITATEO BY AN AIR FLUW OF 10 I.-CM PRIHIE2 OF
INTERELECTRODE CROSS SECTIUN PER HR. THE RAY10 OF CL IN THE ATA. TO
THAT IN SULN* DOES NOT CHANGE iiHEIN THE G.Us 15 INCK~':ASED FROM !OOG TO
Z500 A-M PRIMEZ* A CUNCN. OF 0.5-1.5 G FECL S(JG3-0;4 PR14E3 15
SUFFICIENT IN THE HYUROMETALLURGICAL TlifAIMENT,OF CEMENI' CU AND
SUBSEQUENT ELECTRODEPUSITION OF CU FROM SOLN. F41LITY: GOS.
NAUCH. ISSL60. INST. TSVET. J4ETAL.v MOSCOW* USSR.

112 023 UNCLASSUIED PROCESSINC9 DATC--30OCT70
"TITLE-EFFECT OF MOISTURE AND SURFACE ACTIVE '%GEN'rs Wl THE TENSILe
, STRENGTH OF CHROME TANNED LEATHER U-
AUTHOR-(03)-MIGLYACHENKO* A.F.v MIKHANOSHAr YE.S., TSMALL-hIKOf A.A.
4.~CGUNTRY OF INFO--USSR
JSOURCE-IZV. VYSSH. UCHEB. ZAVED*# TEKHNOL. LeGK. PROPlo 1970. (1), 91-3
DATE PUBLISHED 70
SUBJECT AREAS-MATERIALS
JOPIC TAGS-SURFACE ACTIVE AGENTo LEATHERt TENSILE STRENGTH, TANNING
J4ATERIAL/(UlOP7 SURFACE ACTIVE AGENT
CCNTROL MARKING-NO RESTRICTIONS
DOCUMENT CLASS-UNCLASSIFIED
PROXY REEL/FRAME-2000/0950 STEP NU--IJR/0323/70/Lloo/CtOl/0091/0093
CIRC ACCESSIEN NO--AP0124610
Ut-ALLASSIFILD
....... .. .........

ism
212 023 UNCL ASS I Fl ED PRIX'ESSING DATE-30OCT7C
CIAC ACCESSICN NO-AP0124610
AUSTRACT/EXTRACT--(U) GP-0- ABSTRACT, SAMPLES Of CH14"IME TANNED LEATHFIR
WERE COMPLETELY SOAKED IN DISID. H SUB2 0 014 IN A 0.,-!iPEK(;h.Nr AQ. Sutil.
OF SUKFACTANT OP-U AND THE DEPENDENCE Or THEIR t~-NSIXE '-,jTll'.ENGl*HS' ON It
SUB2 0 CONTENT WAS DETD. AT H SU5Z 0 CONTENTS LARGtk THAN OR EQUAL 10
12OPERCENT (COMPLETE SATN)j THE STRENGTH OF TPE SAMI'LES WAS UNLY
SLIGHTLY GREATER THAN THAT OF DRY LEATHER. THE STR'[--NGTFI ENICREASEV
UNIFGRMLY AS THE H SUB2 0 CONTENT WAS REDUCED TO 4;0;Pl-.RC&!NF (FOR DIST0. H
SU82 G) OR 20PERCENT (FOR OP-Y SOLN.Js AND THEN FELL SHARPLY. THI-:
STRENGTH VALUES WERE SLIGHTLY HIGHER FOR SAMPLES WEIrTED WLTH DIS'10. PI
SU82 0* THE MAXe VALUE OF TENSILE STRENGTH OCCURR EQ AT THE POINT OF
JRANSFER OF BONDING OF WATER FROM MECH. Til PHYSLOCGQ~HER. TYPE BONDING.
FACILITY: KIEV. TEKHNOL. INST. LEPK. PROH.o KgEV# USSRa
UN f. L Al)

USSR uDc: 621-375-421
j9~G_0NLq,JL,__P., KUNITSKIS, N. Ya.
"Effect Of Phase-Atplitude Res-ponse on the Distortion,-, in 9Ingb.--_Bnnd Ampli-
fiers"
Tr. Nauchn.-tekhn. konferentsli "HwUoelLktronika". T. 6 (W,)rks i~f thL, Scj~wj_
tific and Technical Conference an Radio Electronics. Vol. j;) , Kmvmas, 19710,
pp 29-32 (from RZh-Radiotekhnika, No 5, May 71, Abstract Kv, 5D,,6)
Translation: The paper presents the results of studies of I~he ,,fj'eQt whic~n
the phase-amplitude characteristic has oD distorticns of single-bmid sigr*~11;
in linear am-olifiers. Resumt".

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JLI IVO $".1 S7 TXJI ztj

212 027 )47
L .4 S S L r -T
1 L L E S ti I C-i N A j 112 5 J 7
S T C 7
It
YAL,; Yt,f:,i i rRIL E I C ~[.t UL Af* T fl!.)L YM V-- P I,;
f; %I I T
THt P,'~LSENCE OF Fi P I P, !S I T I V E A P: H S U 112 ~: S U . 2 -1.)
CUMPA~ v-). V I ~'!' 1-- 11 F%E F C~ F: 0 11 Y ', I S 'r: OF i~ T, S 'I
I TH I I~U~f . 3 ,
144C N I AND THE I- I I V, I X1 S o~ C A.,~L SUB2 liATHS FM I
'4 Y,-
PKJPENTIES CF POLV--til S!?L'4S. ARF A L T -WdJ G H G ~, -1 f~ T
I I F RS gil- . U,'-AlSArlNVlkCl'fP4q f: [ f~ S YI
T f~ f
1-11 1~11XTS. kXCFE9FJ I f, I B f ;~ S I N AMt~ASIJN RESISIANCE, A\l'- Lld-%dl
'STA61LITY. THE MOISTURE A651)RPTIVITY OF THE I P~ f: R S- W I
THAT OF CUTTON.
U,14(, C A S 5 1 F: I J.-'D

1- wi~-'
w
0046383-
V~ I '-' U11 0482
Soviet Inventions Illustrated, Section 11 Bleat~rical, Derwem
242505 VOLIAGE CJMARA.TOR suitAble for use In tht
coi*uter -knd MJe*A'fiUrit% fi*104 aA4 self-
adjusting and optimum syntelas.at "to".t1c c,*ntrol
hAs the transistor bases with diffarent contactiN,
characteristics are connacted throogb rosistws tc,
the sources of the tLniiionv and tb13 c*xkeCtQr$ ap+
connected to an element with relay!
16.2.68. as 12l9007A8-24.S.K.VA51LXV,vt
MOMIRSK11 MLITARY 01C.ACA0.04.9.605ul 151'Pl.
4.69. Class 42m5. rnt.CI.G 06j.

19781553

7'7"
AA,0046333
AUTHORS: Vasil'vevz S. K.; Le ilov, N, S.;
Voyennaya Inzbeneraava Akadem~ya in. F, E. lIzerzfdr.skago
19781554

USSR Tj DID 62:1
ALf:Sl--V
A.V., 2LTHCRUEOV, A.F., 1:4ZERICY, 5.11.
y 'Spretidim-1 01' The LA~--ht Fit,313-1 E-nui-Ey 1-7i-th 1,L:n-
"Limitati.on Of Tntensit 'rd
Stetionury Them~.ul Dof ociw -1vir,"
Kyantovayu clelArcniku El. 1~c 11 r~:,IAC 0, M1,1";C m; , NO r;
Abstract: Th,~i mio-olts .re rvqorte~, ol' exrnr4~mntn ci-t tho
ti!uo dittorti(jr,3 C-P rnd;.Alon of' n xonon
a eel) with Lin Eiliccrben.11. I lliti L!" (I,, I c ul-ol Tvo u (1-1 1" 1
r. f- ur t ht: f i r::' t,5
the enerry cmi limit~,-.itlcn C,f, thl r-1 1. -Iltm I Epr`- zlf4 5-v ......
a n C. r py w I ~1 n h- c 1, u I; ~; I.,
An ct- ricnilmi.r I; yulr(l LiLol
r-~4ttcrn 0 uncrry c: e r It; i I.,,, (1*-.--A.!-i1v,,t1c,.n; tho frol"Ji CA, tjw f;l I
r-,, c t? _i!. V
diameter; L,,e of-
ground to thr, of' it din-.!.,xA,(jr devan(lo-11, Oil ti-w tolkl.A 11,11
as a nodestal for the i%!! ntict. in r-ccordf,rcri I;All t,~Ii it re
0i, of the pul-'e nt. the lle~,O 01111rjw(A. A dool-otIL112 1c.1 t, r- i..
st nrted ~,fter -I~ i 1wid, or th --h 0!-i I 1 1, 1

AL-'-'SI;K---VICH, V. It., et %.I e It'
1f the cncrl7o- o'. tl'-~ le.: --e 0:": c]- cd Cne
tntion of ti%o rcn]. intcw;ity OncourtA.
F re 9er4-.cd. re it s w~ltl
i c a 1 e v a v r1 Z? L t, h 11 TKU tkz~L~.Gl-
useftil disc-,iocAo:,,j
fj Receivt7d I,,.- ci~` Acr~
vantovsya
2 /2

83050
/,d ;411199) Al 514 *102~1
AUTHORS: Skorin, B. I., Migulim, I. Ht. , 11 Ya
TITLE: A Self -Stabil i zing Amplifier ultto Arount), Trlt_~,x.~titcrs
U
FERIODICALi Byulleten' izobreteniy, 1960, No. 12, p~ 23
TEXT: Claso 21a2 P laol. Blo. 1292313 26, 19~-?).
This self -stabilizing amplifler built arotaid tranfliota:l'o 11w; ccvib:.neil, Sjoi3l-
tive and negative feedback. It hav the followin(,- ape(::jal featuirol to
balance the currents of the triades connected in tlaxallel, ii-10
circuits of the triodes are connected the specia)_ winiJ.jn-.,i ci~ outp'dt tralls-
formers for forming a voltage on them proportional to the meiin Current of
the triodes, in opposition to the voltageo in -Aw Tiaslztanoei5, ~Ls 'Vell
resistances for forming negative feQdback voltage:s pr,1,qortL0j-__~1 to the
emitter currents of eqoh triode.
Card 1/1

scvietds TIS per
Tlz3 follmin:3 !Int
r "q," '171
and clectroaic
compiled on th,2 -):f erA
Soviet 'Oeriodica":-, l.-Il ::;";,~:~d r: ........
Se 1-,.- j3r;l?. r,
y4

Al
%,Zqu:LVAUI,t Circuits arA Para-meters ~~Comdkxat4r Jqnql~joi Trinili4stom
IJ
I N MJ ;ulin, in a work dated 23 ~hrv-i 1956, cowidered a ojste~ji ful.
-B
lovi or I li-frequency pam,,eters of semiconductor 4uiiaf~.Ion trilz~si;5tora
permitting the theorj of sericanductors and tui>e amplifiera to be
A shmple interpretation was given of the fraquenc.i? -f -,Ix,
~,ara-.:eters of a trausi~wov. TLe eqal,valt-,,.T.t
dicated, and the
Zep 56s pp 46-53)
lot 'a
-10

"Coil t""Co
-roillt
ow Vol 17, NO I-,,,
ta- t
!:,o J
c I k-) I )I-
... .. . te
n,j cl, of
cons.equ~~ncQ:, i-. (I i-c cn c, f 1~ i.'! ty of this cffect r1rc!
ill

i J~ ~77--
USSR uDc: 6l6*lP--008-3l5-M:616.OOiA'r
rv~
RIGULOA, M.A., KALIBERDIN, G.V., and FOMIN, V.S.
"Dynamics of the Phases of Myocardial Contraction Upon Expoijure t1:) lUgh,
lemperatures"
Moscow, Voyenno-Medit3inrkiy Zhurnal, No 2, 1970, PP 38-40
Abstract: Exposure of eig)it =01es 22-24 years of age to 801:~! for hour
every third day for two weeks produced distinct functiotv3,1 ohifti; Ln Inyo-
cardial contractility - increased duration of the conbraction petIod,
shortening of the ejection period, decrease in mechanteal ziptale arid hemo-
dynamic index. Repeated exposure to the same temperattwe mt 2-11) day
intervals for two months did not result in adsptation. or compenwition.

1/2~' 039 UNCLASSIFIED
-;TITLE--THF- FUNCT10N OF THE EXTERNAL RESPIRATION
LIMINAL ANGULAR ACCELERATIONS -U-
,.AUTHOR-(02)-FOMI,'4t V.S.r MIGULINAP M-A.
Maio.
OF INFO--USSR
/Vl
~SOUXCE-VESTNIK UTORINOLARINGOLOGIIt 1970r NR 3p
':DATE- PUBLISHED ------- 70
liUBJECT AREAS--BIOLOGICAL AND MEDICAL SCIENCES
P; ING~ OATE-140070
R 0 c f i s
IN PROIAIAGEG ACTION OF
PP 04-89
TOPIC TAGS--RESPIRATIONt BIOLOGIC ACCELERATION EFFECT* YESTtOULAR
APPARATUSP ANGULAR ACCELERATION
E.CCINTROL MARKING--NO RESTRICTIONS
~JEICUMENT CLASS--UNCLASSIFIEU
PROXY REEL/FkAME--19d9/1249 STEP NO--UR/0607/70/14),')0/1)0.~/OOa4/01)ii9
CIRC ACCESSION NQ--AP0107725
UNCLASSIFIED

2,/9 3., UNC I- AS S I F i (ED pl~ ac
CIRC ACCESSION NC--AP0107725
ABSTRACT/EXTRACT-1U) GP-0- AliSTRACT. THE CONTINUULlS A(:Tll*;lq CF CJNSIANT
POSITIVE (UP TO 3 MINUTES) AND NEGATIVE (UP TO, 3 14.1N~A)FES) li'sGULAi
ACCELERATIONS ( 3 PR IMEO-SEC PR IME-21 1.1 VERSUNS WITH A HIGH YES( 16ULAR
NG TO OATA C0.14141i,b,IC141 DORIN,,; THC
STABILITY (ACCORDI, OF A MEDICAL FLJ(~fil`
FIRST SECONDS CAUSE0 4 STATISTICALLY SIGoi[FIC,'Nr ACCLj..-:.~AF[i.R4 OF TW:
ACTIVITY OF THE FUNCTION OF EXTEkINAL RESPIRAlION (AN INCRE'ASL LIC THE
VOLUME ANU RATE OF INSPIRATIUNp FREQUENCY OF RESPIRATQ!i~'Y MOVEMENTS). A
GRADUAL INCREASE OF THE DURATION OF ADEQUATE STIMULARION OF Trii:
VESTIBULAk FUNCTIONS RESULTED IN A PROPORHONAL RISE OF INDILES OF THE
FUNCTIO.i OF THE EXTERNAL RESPIRATIONP ESPECIALLY UF THE MINUTE
RESPIRATURY VOLUME. A MAXIMAL RISE OF THE- MINUIF. VOLIAIL (3Y A!4 AV;-kA1;j'
OF TWO TIMES) WAS NOTED AT IHE ENU OF THE Tfill~o MINUIL OF AIJIUN OF
NEGATIVE ANGULAR ACCELERATIUN. ATI'E%1`10~4 4AS OR,.'WN TO Thl'i MAfl,F0
OISTURB4NCE OF THE RHYTHM (REGULARIIYI OF THE IN$PlRAfl.'wi0' VOLUME AND
RESPIRATORY MOVEMENTS AT THE END OF ACTION OF POSITIVE IAN AVt:RAGE r~r- 2
ONE HALF TIMES) ANDs ESPECIALLYP NEGATIVE 4AN AVERAG~ !if: 14 oNE' HALF
TIMES) ACCELEmATIONS. CLOSING OF THE EYES WAS CfJNOUCIV~ lu A oisTINCT
INTENSIFICATION OF rHE FUNCTION OF THE EXTERNAL RESPIRATLON IN THE
PROCESS OF ROTATION IN COMPARISON WITH THE EFFECr IN OPEN EYES OF THE
EXAMINEES.
UNICLA5S [F

112 025 U14CLASSIFIED PR0Cl'.-!j,S 1 ING! DAT E-090C r 10
OF SYSTULIC PHASES UNM THE ACTION OF 1.116H I`l.'-MPbwUA(
_U_
AU THOR-103)-MIGULINA, M.A., KALIBERUIN, G.V,v FUMIN, V.S.
own--
,-COUNTRY OF INFO-USSR
SOURCE-VUkNNU-MEDMINSKIL ZHUANALt FEB. 19YOo 1970w Pf. 33-40
~._DATE PUaLlSHE0------70
-..SUBJECT AREAS-810LUGICAL AND MEDICAL SCIENCES
tOPIC TAGS-MYOCARDIUM, HEART RATE, oiArouusm METHODS, BIOLOGIC THERMAL
EFFECT TEMPERATURE CHAMBER
[CLNTRGL MAKKING-NO RESTKICTIONS
DOCUMENT CLASS-UNCLASSIFIED
PROAY kEEL/URAME--199010929 SfEP NU--UR/0177/701(;I(:10/(','(;i)/OU38/0040
C14~'L ACCESSIU."' NL-AP0109066
U14C LASS I F JE 0

212 025 U,%"-L ASS I FIED PR0(,F:!j5lNG OAT~--090CT70
CIRC ACCESSICN NO-AP0109036
.A8SrkACT/EXTRACT--(U) GP-0- A35T14ACT. SNUY 01: TltE OYNAMICS UF SYSTULIC
PHASES IN A GROUP OF 8 HEALIHY kALE SU6JECTS CLI14FIN14) IN ti VHERIAOCHII.MBER
EVERY T141RD DAY AT A TEMPERAWRE (IF 80 DE4 C FUR 50 Ul 70 WIN UVEK A
PLRIOD OF T40 WEEKSo tiV. GVEk A P6MUO UF ~ MUINTHS W1,11:1 PJTKhISSILN~ OF
110 DAYS AND I HR DAILY EXPUSURES TO 50 UEI; C WRING VNE it~n-iRmissiopi
PERIODS. AIN ANALYSIS OF POLYGRAPHIC CARDIAC PHASE Rl;(XmD1WGS 1'%DIcArES
ALTIVIrY IN.ME '4Y0CAK0ll:l:M UF lHE SUBJECTS,
A SLALKENING OF THE SYSTOLIL
wr I A

no:=p BERM
9LL) 41r."A
26
IT; 2
Ali,
"HI
:;2A
C6

USSR
UDC 514.2
GENKIN, M. D., GOLUBEV, V. S., ORLOV, A. I.
"Technique and Equipment for Studying Three-Dimem tonal of 'Rcutting
Parts of Reducer Installations"
V sb. Dinamika i akustika masbin (Mactline Dynamics and Accl,):i-ic-a --- Collectlc,n
of Works-), Moscow, "NauRa", 1971, pp 41-57 (from M7,h-rIzika, No 3., Mar '12,
Abstract No 3Zh479)
Translation: A technique for usIng accelerometers 'to stijdy
vibrations of rotating parts conri.--ting of solid bodl[es is jre.,ii!Ptcd in
form. The essence of the mothod consists of deterrairting, the con[x)I,.(-ntS oil
translational and angular displacements of the part in a apace (if tliree
ments. These components are detarmined in a coordinate i;yntcm callrl,.~Cted -,I~Ih
the part from readings of a group of accelerometers Fasteriol to the part-, ]!I
some way. Mathematically, the problen reduces to the sol~ition i.& a systell or
algebraic equations defined by the readingn of the. Equipment
errors in a transformation of coordinates are analyzed. Authovi; abstract.
31
BI- ~rnw ~ W11

USSR UDC: 621-374-522
MIGUNOV, L. V.
"Some Froblems in Computirg Superconductive Coaxial- Tri~nijmission
Lines"
Kiev, Izvestiya VUZ - Radielc!ktronika, vol. lit, 'so. 5, 1971,
PP 581-582.
Abstract: This brief communicat-ion cozisidvrs thu, ulffcotl of the
dielectric losses on the nai-ai,,ieters of suT,)ererjndueti-.,e coaxial
transmission lines. An exoression is obtained fcr tfe -tran-fer
characteristic of such a line, and thd e.-~atnplt~ of' a
coaxial line made of niobium and lead with the. dimun-
sions of r, = 0.125 mm and r2 = 0.4 imil and with
resin filling to compute the attenuation of the for -a line
2000 meters long. The losses in the dielectric are aj.!;o computE-~d.
Curves of the line's transfer chr.-tracteristic with an-1 withoui the
dielectric losses taken into account are given. It ij noted thst
neglecting the dielectric losses for lines loneer than 500 m leads
to erroneous results in -4he linele computations.

USSR
UDC: 621-31t:62i,.M.833
MIGUI-IOV, L. V.
t'A Wide-Band Coupling Device for a Measurement Line"
Dokl. Vses. nauchno-tekhn. kprzfi~rentsii 1 (r.
ports of the All-Union Scientific and Irechni-coA :m
ing Measurements, Vol. 2), Rovonibirtik, .1970, pp (i'yy)jjj
No 12, Dec 70, Wtvract No 12AA:~)
Translation: To reduce nonhomogenei ties and maintain consttint wwa, iml-e-
-j'a-nce of a coaxi al-to-s trip coupler, a special channel line with different
transverse dimensions is designed by calculation and experiment. J121 ex-
periments-1 investigation of one coupler specimen qhc)wed it to a stand-
ing wave ratio of 1.06 or less in the range of 0.65-3 OZ. 'Ihe de!:,igTI is
comparatively simple and may be used in varIoUs, pieces of' GRF eqjipment.
Bibliography of one title. E. L.
1/1

USSR LrDC t53T. 312-62
WqMOV, L. V.
"Some Problems in the CFLlculation or Superconducting Transt-ission Lines"
Tr. GorIkov. politekhn. in-ta Norks, of Go;rlkiy Folytechmical 2"nstitute),
1970, 26, No 7, pp 19-22 (from RM-Radiotekhnika, No 1, ran TI, Abstract
T
No 1D551)
Cffo abstract]

Ir7~'
. 113 043 UNCL AiS I F I Fb PRh(:FSS1'Jr, DATF--02,",-T70
:TITLt--MEASUREMENT OF TOTAL FLECTRJN CONCENTRATMN IN THE PJLAR
cTEKIIINFC, FROM SIGNALS OF THE THIRL) ARTirriclAL EARTH WELLITLI
:~ I& - Clf;'~ 0 A CV
~AUT!A-)P-,.'04)-S-3LODUVt4lKOVo G.K.9 MISYURA, V.A., 41GUR3Vt Y.M,,
,CQUNTRY UF [.',IFU--USSR, ANTARCTICA
,S0Uk%".E--?,-',tjSCOwv GEOMAGNETIZIS I AERUN13MIYAP VOL Xo 00 2v 19709 PP 334-336
DATE PUBI. IS14ED ------- 70
,SUBJFCT AREAS--ASTRO-NOMY,ASTROPHYSICSI ATMOSPHERIC SCIENCESt SPACE
TECHNOLOGY# NAVIGATIUN
T0PI' TAGS-- IONOSPHERE# POLAR AREAv FLECTRON I)ENSIT'Yt SOLAR ACTIVITY,
ARTIFICIAL EARTH SATELLIT'Li ANTARCtlCi STATIONt SJ;GNAL
RE:EPTION/(U)SPUTNIK 3 SATELLITEt (U)MIRNYY ANTARCTIC STATION
CGNT4CL MARKING--NO RESTRICTIONS
~DGCUMENT CLASS-UNCLASSIFIED
PAJAY HkEL/FRAME-1990/1662 STFP 411--UR/0203110/010/002/0334/0336
CIRC ACCESSIU"N NO-001096ib
UNCLASSIFIED

213 043 UNCLASSIFIED -PROCCSSiNG DATE--020CT70
CIRC ACCESSION NO--AP0109656
A65;T:kACT/LXTRACT--(Ul GP-0- ABSTRACT, THIS PAPER GIVES THE RESULTS OF
DETEkMINATIONS OF THE TOTAL ELECTRON CONTENT IN THE POLAR IOINOSPHfRE 3F
BOTH HEMISPHERES DURING THE PERIOD OF HIGH SOLAR ACTtVITY 3N rHE BASIS
OF DATA UN THE FARADAY EFFECT OF SIGNALS OF rHE T,HIA,.*) ARTIFICIAL EARTH
SATELLITE AT A FREQUENCY OF 20 MC-SEC REGtSFEAED AT INIURMA4SK &ND MIRNYY
DURING THE PERIOD MAY-JULY 1968. AES SIGNALS WERE PICKED UP WITH PLAN
POLARIZED ANTENNAS. DATA FRJM 210 ORSERVATIONSM H04MANSK AND 106
OBSERVATIONS At MIRNYY WERE PROCESSED. THE RECORDS 111ERE DISTIMCTLY
DIFFERENT FROM THOSE FOR THE MIDDLE LATITUM-S. WHERfAS FOR THE MIDDLE
LATITUDES THERE IS USUALLY A CLEARLY EXPRESSED Mia-NOTONIC VARIATION OF
THE ANGLE OF ROTATION OF THE RADIO WAVE POLARIZA11ON PLANE PHI SUBPHI*
THE POLAR REGIONS ARE CHARACTERIZED BY A NONMONOTUNI" CHANGF 114 PHI
4'
SUBPHI AT DIFFERENT TIMES OF DA'Yr REGARDLESS OF SATELLI'TE ALTITUDE.
THIS NONMONOTONIC VARIATION OF PHI SUHIPHI NOICATES THAT THE POLAR
IONOSPHERE CONTAINS EXTRIMELY STRONG INHOMMENEOIES (11. ULFC1994
C9NCENTKAIIUN DURING BUTH OAYTIME AND NIGHTTIME. MEASUREMENTS WEPE
CONVERTEU TO THE TOTAL NUMAEk OF ELECTRONS IN A 'VERTICAL COLIJ44 OF THE
IONUSPHERE OF A UNIT CROSS SECTION IN SUHO)* THE N $U-BO VALUES WERE
USED IN CONSTRUCTING DAILY CURVES OF THE DEPENDEN",*E OF TOTAL NUMBER OF
ELECTRONS IN A VERTICAL COLUMN AS A FUNCTION UF 'FIME OF DAY. THESE
CURVES ARE FOR 64DEGREES N AND S. CURVES WERE CONSTliUCTED ONLY FOR
THOSE ORBITAL SEGMENTS INTERSECTING 64DEGREES, 'IHIS LARGELY EXCLUDED
THE LATITUDE EFFECT. IN RUTH HEMISPHERES THE N SUBO MAXIMUM WAS AT
APPROXIMATELY THE SAME TIME, ABOUT 1400 LT.

3/1 043 Ur.CL ASS IF I En PIROCESSING DATE-020CT70
;CIRC ACCES~'IUN Na--AP0109656
AB9TR ACT/ E:XTPACT--DUR ING IHF COURSE OF T4E DAY N SUB) IN TIF S010THERN
HFMISPHEkt: CHANGES fiY A FACTOR OF AriOOT 4, THIS CAN11:11 6E ITTt-~,HUTE-) Tri
DIFFEFENCES IN SATELLITE ALTITUVE SINCE I-N ALL ChSES 17 ViAS A3JVE- T14E F2
MA Y 1,*-'L:.A THE DIFFEPENCE CAN PR06AHLY HE ATT'RIG01+0 It) THk F)IFrf:RF14CE INI
SEASfjhS IN THE TWO H[.*4[SPHFkES. DURING LOW ACtIVITY N S0J IN THE P3LA.0
LATITUOLS 15 APPROXIMATELY THREE TIMES LESS THA'N WRING HtSH A'CTIVITY.
IN THE MIGULE LATITUDES THESE CHAN,;FS ATTAIN A FACTOP, (IF 7. Otl:l ING
BOTH HIGH ANU LOW ACTIVITY N SU60 IN THE MIDDLE Wirpjo~s IS 145-2 TIMES
GREATER THAN IN THE POLAR REGRINSo
UN' LA 5 5
F -1-:F-0------

Ussi
UDC 576-852-~!,`J-097-,!9
DAUN, X. V., 1, FISHI, N. G., PQL'mkR, A. ~11).' -told 1111NI'"15KAYA, Ye. A.,
Moscow Institute of Vaccines arml Sera ;Uzon~. Xroc4n~ilcov. 4a:J1 So~ia Institute of
Epidemiology and hicrobioloa
"Heterogeneity of a Specific Toxin in a F11trate of Carynebact".ariuz dip;atlhariaen
Moscow, zhurnal Mikrobiologii, Epidemiololrii j Znmunobioloo-i~, No 7, Jul 70,
pp 125-118
Abotract: In an earlior ;;tudy. the author5 showe-A -4haL -wjx~n -n fil'rates of'
Corynabacteriuln diphthoriao s~,raj_n PW-6 m,ay consiat. noL *:a1y proteizit; wit6 a
sedimintation rat,,~ of about 45, 'rj,,it also of Lar,,ror bi 1.-ho Praziont
work, tho rolacular coirq)oziLio" of toxic filtri~.tus fAma -L:-.u ;a4id
chu5vtta varietici ara cu~rparod aria L110 Of j'i1Lr.,U!; ObLair.1A -at dif-
ferant ti:mos of culturir4 1_- anidyzoll. C, diphtharlao 41t~raiu Li 1,tab
culture productA two t7pQ* o~ ~upooific toazin ir. tho .11411;raLu-.~l
with a :;wimemt-ation raLFj of about 6 to 11s; ,~rd with a
tation rata o.0 about 4-4.3 a.~~j po.;.sojzsirq; 6reator ti)zic~ty ani anLibindiiiij activity
(attrib;utud to prutoolysis of rho moloculos of s-puciflc tfaxin &,iriri4
The macromolocular toxin appoarcd in the filtratas t. Caw hours afl..or the
start of growth and persisted throughout (36 hours). I't is timmatively 14entified
as i~rlichls "Loxon.h

IMP"
.J-% - -A,-. aA.W
MIGWOVA G. I. SHIRSHOV, A. U.
"Numerical Solution of the Problem of flow of a Viscakii; Liquid in a Channel with
Sudden Constriction"
V sh. Chislen. metody rascheta techeniya vyazko), zhidkosti v kanalakh (Numerical
Metho of Calculating the Flow of a Viscous Liquid in Channels--coll action of
works), Moscow, 1971, pp 17-25 (from RZIi-Nekhanika, No 11, Wov 71, Abstract No
11B509)
Translation: A study was made of the problem of turbulent flow around an off-
set in a flat channel. The problen was reduced to solvinp the system of equa-
tions for the current and vortex function. It was aus=ed that the kinematic
transfer coefficient of the momentum is constant. Tbe sticking conditioni;
were taken is the boundary conditions on the wall. II-ha absimice of tanj,,ent
stresses was assumed on the upper wall; of the channel. The problem Wns solved
by the buildup nethod using the explicit difference t~clicnxrl. PI ill Le-dif ference
relations, the approximating equations and boundary i~.ondition.,,; are. prosentet'.
-the calculation was perforined on a fine grid in the 111cinity of the offset and
a larger grid in the rest of the area. The finite-differance equation for de-
termining the pressure field is also presented. The resultil from calculating
the pressure function, the pressure dial,,ram and the Longitudinal velocity com-
C~
ponent are presented.
45 -

6
USSR
MOt 52
XMIMINt 1. V., and higOOVAl L. V.
"A Mathematical Model of Municipal Traffic Control"
Pribory I s13teMV sytomatikis Reep, mezhvedo temat. zauch.-tokhn. sb.
(Automation Devices and Systems. Republic Interdepartmental Thematic Scientific
and Technical Collection)l 1973p vyp 27# pp 10-14 (ft-cm Wh-Fatematika, No 9,
Sep ?3# Abstract HO 9V596 by the authors)
Translationt The problem of the public transportation load on a routa Is
examined by the method of queuing theory. A modelfor tbo novement of a conveyance
and filling with passengers Is constructed In the fomm of differential
equationag the main parameters of the model being trmific Intensity and the
intensity of passenger flows. The law of distribution of Wsenger streams
is arbitrary.
1A

AA00398271" al 11 tzt-:5 K UR 048:2
Soviet Inventions Illustrated, Section I Chemical, Dervents
31i0
r237914 ?M2LLTSED' SIY~U PROOK-Tto4 usen ho&ted
air- for -onterCtig and heated rdducinl~ SAO-
at controlled waste gas pressure. To upgra4e the
end product and prevent second4ry axidatio*., kho
reducing gas temperature (heattd to 3Z0000 Is
reduced to 1000C at a rate of 30-50 dogrees/oLn.
The gas Is heated in regenerative checkers thevisel-
vas boated by the ainterLng air re-circulating.
After the charge has,been placed on 'the throat
grid, it is fired and aintered, koop'tng gali lpr4s-
sure above 1.0 atm. 4b*. The fine. tow-s4plhur

AA0039827-
end product occurs as cake whose upper part-L3
at 1000-13000C. The reducing gas is passed through
the bed. also under controlled pressure. Te vnin-
ation of this reducing blow operatOn Is dignif-
ied by the cems4tion of ferrous oxille reduction
ad the sinter cake cools back to 300-1000C. and
thus prevents xecondgry oxidation. 1.4,67, as 1145585/
22-2. MIKHALEVICH. A.G. ot &L 1.11. DardLn Ferrous
Metallurgy Roo. Inst, (11.7.69.) Bril.9/20.2.69.
Class 18a. Int.Q. C21b,
Buliarcm A. A*
G 4 V. G. I
vich A. Voskobo ni its . Y
1~
AUTHORS: M~ ale D - 7, h v r go It - i ~ i
-na t, O_V_.L_O - and 'Nachev V- V-
::4' holertinOV V, 1-t!
kia~ m . ~..~O"
Antonoy V, P

USSR
MIKABERIDZE,_..A..A., OCHKIN, V. N., SOBOLEV, N. It.
UDC: 621-375.82
"On the Population of Lower Laser Levels in a Cnxboxi Dloxi(le Laser"
Moscow, Kvant. elektronika--sbornik (Quantum Electrortics--collection of works),
No 1(13), "Sov. radilo", 1973, pp 41-46 (from RZ)i-Fi.-I.ka, 210 8, Aug 73, ab-
stract No 8DI061 by the authors)
Translation: The vibrational temperatures of deformation ,ribrations of CO,
molecules are measured by the method of rotating s-)ectral ,I.ires ir th~, 15-5-tim
region. Comparison of the rewltant vibrational t~InIm--ratt;xes with thq, ca'-
culated gas temperatures shown that the populatIon o1' th(-- lase.- levels
is equilibrium in nature. Parallel meusurement of t1to vib:z-fLtional tempo.,!ra-
tures for antisymmetric vibrations Of C02 molecules vitables determination
of the absolute population of the laser levels ~Lnd inversi;on. The results
are compared with measurements by the inethod of laser signal arplifin-atlion.
Bibliography of 20 titles.
MM

USSR
MELIKADZE, L. D., SHONIYA, D. I., GURGE-VIDU, Z. I.,
BARABADZE, Sh. Sh., and AZKHAZAVA, 1. 1., Gecrgian lristttuLa of Plant
Protection
"Olfactometry to Evaluate Chemical Attractants"
Tbilisi, Soobshcheniya Akademii Nauk Gruzinskoy SSR, No 21, 1.974', pp 473-476
Abstract: A description is given of a device used to test attractants of the
European spruce bark beetle (Dendroctonus micans) and ather i7isects. Unlike
othcr olfactometric methods, it can determine the aptimum coracentratien of an
attractant in the air. Air is fed through a thermostat-contrDlIed heating
coil and bubbler containing the s0stance tosted, The temporature is con-
trolled to keep the vapor pressure uniform. The air saturated to the same
concentration by the vapor of the attractant (workinj; nixture) enters the
working part of the olfactometric unit. Both the contrial and the working parts
of the unit are divided into three chambers. The working mixture after enter-
ing the o1factometer gradually fills the three diambers and throigh openinTs
in the bottom of the third cliamber diffuses along a platform Shere the insects
are kept. An equal amount of pure air f1mis frcmi the control part and moves
along the platform in the opposite direction, creating; a coiicentration
AMI

USSR
MELIKADZE, L. D., et al., Soobshcheniya Akademii Nault Gruziuskoy SSR, No 2,
1972, pp 473-476
gradient along the platform. Depending on the reactlo~i of the insects to the
substance, they crawl into the working or control, part of the olfactometer.
The optimum concentration is determined (a) from a curve shwing the dilution
of the working mixture at the outlet from the third chamber of the olfactometer
and (b) from the dynamics of migration of the insects In tive. The optimum
concentration is that which attracts the most insects.,

USSR
WC 669.26'854'7914620-193.41
TAVADZE, F. N., MAKE, 0. 1.0 RUDOYO A. P.j and WMZXW"Q4-1E, S. N.,
Institute of Hetil-lurgyl- ACOAIPRY of 'Sciences Geoqian S$R
"Influence of Lanthanum and Yttrium an Corrosion Resistance of Chromilml
in Sulfuric Acid"
Metallovedeniye I Teimicheskaya Obrabotka Metallov, No
1 2, 1974, p1) 28-30
Abstract: This work presents a study of the influonce of lanthanum and
yttrium on the corrosion resistance of chromium in sulfuric acid a% 20
and 100* C. The material used in the study was cloctrolytically refin(-d
chromium containing 0.006% N, 0.004% 0, bless than 0.0-1t Si, 0.0()Sf, Ni,
0.01% Fe, 0.006'D' Al, 0.002~ S, 0.00314 Cu. The coritent of the refit in
the chromium alloys was 0.24-1.48% Ui, 0.23-2.83% Y. Ones pectiliarity
of the process of corrosion of chromium alloys wil:h lall1h.111LIm aild Nttrium
in sulfuric acid solutions is that the maximum rate is observed in the
initial period of the test,with svbsequent sitz-bi3ization. Lanthanur.) and
yttrium are anudic inclusions and are etched out in stilkiric acid. The
structure of the matrix does not influence the coi,rosion rcsistant-4! of
the alloys of chromium in 50% sulfuric acid, but does in a 30% solution.
The -introduction of 0.28% Y to chromium activatef; the chromium, while
0.681A La does not damage its passivity at room te,,iiperature.
- I., -

STRUCTUPE AND 11ponnirs or vrmy Pups CA-rLu
-rr-
M-
A -n
g
4-6 Junw. 17.7,31
In thic pz:;;t-r the -czultx of an
the pr.~pertiea of boron carbide obtained L-y
?=a9r. reduction ara praxanto:%. lr~
t,-~W thkscw,3rk it is deronstrated that the r-aterin-1. is
Y-ry pure with r,?rvcct ti ch-rxical. coprcsition,
tha ;:cud,.r Lr. char4c-,4;rI.-a4 by a ro;irWe-d shape
or Ur.~ psaticicar tho cmrracted products hare
s*tisfactory thervnTtqsIc41 propertias. The
r4sh;lts -of an Ifty"tigation of the ph"ic--~-
ch-f-ical pfo~artjes of the m*terial
density. speci!ic surface, micrahardnesn,
Cal Pf;.P-Ztien ior ;~~re..ion rs: sett'-hity)
prosented.
In distinctimn from other m4t~~m
-4* ot th- prep&-
boron carbide mwder, the %zaqne* Lum-thermal method mak-e6p It Mj-
sibl~! to~ 1At.-j", vcry pure material of more ac--urat" atci=hLo~-t-
ric co:-.pcziti;r,
In ='i8 work, the basic charecteristi" of bot,7--, carbide
"dPr ~btisin by r-tans of meqnesium-thernal reduction a--* cr.-
ridered. and the results of an investigation of certain proper-
ties of ftunclithic highly pure boron carbide are considered.
The boron carbide powder is distinguished for its high
degree of pority. The chemical ccupooitLon is given in able 1.

T I T L E - - I'L A i I L I T Y ~j I F I j c-t Mt-'HilkA N I' ST G P 1.1 f A S I I Ii I'l k I,j11) 1 t J
LES I UM -U-
ALTHOR-(02)-NARllR4CSCV, S.Y~., iMIKAOLLYAN, L.G.
CICONTRY ct- 1:,41f-c--IjSSR
S~jURCE-TSITuLLGIYA 1'~M, 12(4)t 505-9
DATE PUIA ISf-tt,u'-----70
SWJELT ARLAS-61OLLGICAl. ANO MEDICAL 5 C I I! N C E !i
TOPLC TAGS--PEk.'AiiAt3lLlTY IMEASURLMENT, POTASSIUM, RIJBICAlull, MUSCLI
TI S SUE
C CN T R C L P Ai~K IG--N 0 k L S TA I C T 1014 S
360ol("~ to 1c, J,(; /0 A),)/0'j O'l
P I I I ISE I 111 11 ME 11. 11 $1 111 HT, d"M .4 Ifliffill 14 1
NO

212 024 k, JNG LA S S I F I F 1) 11 IX' I-.*.,,,;,,.#* 1 1;6 L)A I* )v If)
CIRC ACCLS`~ICN
k W; T R ACT THE I-.USCLE
FIB[Rc~ fitzf,i: '"'FASURC-0 I"i SLA-i,6. Cd.1%. K PAIML 1-1051 1w PAIME
PUSITMI JN CS PRIME R L- L A TIVE 0ERMI:J0 ILI (I) SUJi1*',3-f, SU3:(,
Aj',1D P SUBK) Jif.Pr1',41.jiJ) UN ASYM, IN
RELATIGN TO K PKIME IN CONDITIUNS C.11: ELEC.THO-Ali-;~ii(~ -EX111US11~N
UF NA PiN'11`~C PLSIT[Vt. iMUSGLES ~)ITH A HICH
1-N., THE N'TENfIAL
PUS 1 '11 VE (,dN( .0 . 5 W L: H Eill 1,;41N4 tit i ~- t4 V If F
ME146kiLNE ~,AS LCSS Pf7kNk-A61-L' Tu '(C.NS REPLAL(iNG IN'U1ACf::L1,ULA'i 1;A P;-',I~ML
POSITIVE (K SUJK 5111ALLL'i-, 1-11,04 E SUdRO SMALLEm THAN L A)bf:S v-1JA p SWiX
LARGER THAN P SWIRB Ljw~Q-L.N- THAN 11 SUH(;S) . FACH, [TY. LAB.
PHYSILL. VEG. INERV. SYSF. INSf P i i Y1 CL ,E R E V Ali! U ')':S R

L/2 024 UNCLASSIFIEO
;-T.lTLE--lON EXCHANGE DURING ELECTRUGENIC ACTIVE
,AUTHOR-(02)-MARTIROSOV, S.M., MIKAtELYANO L,G.
~CCUNTRY OF INFO--USSR
q -
SOURCE~-BIOFIZIKA 1970, 15(l), 104-LI
OATE PUBLISHED ------- 70
PRbCESSING DATE--16C]CT70
TRANSPORT Of: IONS -U-
,SUBJECT AREAS--BIOLOGICAL AND MEUICAL SCIENCES
TOPIC TAGS--MUSCLE PHYSIOLOGYP 8IOVOTENrIAL* CELL PHYSIOLOGYP CELL
MEMBRANEr SOOLUM COMPOUND, POTASSIUM CIOMMUND
CONTROL MARKING--NO RESTRICTIONS
DOCUMENT CLASS--UNCLASSIFIED
PROXY REEL/FRAME--1988/0012 STEP NO--UR/0217/70/015./001/0101#/OllI
CAI~C ArCFSSiON NO-APOIO~iI12
ip f t. ASS IF (11 11

2/2 0 2 4 UNCLASSIFIhU PKI)CESSING DATE-IbUCT70
rISC ACCESSION NO--AP0105112
A3STRACT/EXTRACT--(U) GP-0- A6STRACI. MEMBRANE POTIz-14TIALS OF MUSCLE
FIBERS WITH HIGH INTRACELLULAR NA CONGNm )fEkE DET0, IN THE PER100 OF
ELECTROGENIC ACTIVF 101-4 TRANSPORT,, THE MEMB10NE PUTLATIAL DECuEASE WAS
RELATED TO THE INCREASE OF THE K r-RIME,PUSITIVE Cf);,1414. IN THE MEDIUM AND
REMAINED ALMOST CONST. DURING INCRLASE OF THE INTRACELLULAR NA-PRIME
POSITIVE CUNCN, AND SIMULTANEOUS K PRIME POSItIVL-~DECREASE; ATITHL SAML-
TINE, THE DIFFERENCE 3ETWEEN THE DETI). MEMBRANE POVENTIAL ANO s; PKIME
POSITIVE POTENTIAL AEMAINED CONST. IN THE IST INSTANCE, A.ND INGREASE0 IN,
THE 2ND. FACILITY: INSTo PHYSIOL.t EREVAPI, USSR.
UNIC L AS S X P I E 0

USSR UDC:537.226+537.SIL.331:5119,16.04
ARIFOV, U. A., SIMIAELIM V. M. , SINYU OV, V. A., KOROSTELEV, Yu. A.,
LYU`MVICH, A. S.
"Alloying of Silicon by Bombardment With Thermal Neutvions"
Kristalliz. Tonkikh Plenok (Crystallization of Thin I'Llms - Collection
of Works], Tashkent, Fan Press, 1970, pp. 136-139 (Triinslated from
Referativnyy Zhurnal FiziRa, No. 11, 1970, Abstract No. 11 Ye 1100 1)),
T. B. Karashev)
Abstract: Specimens of p-type Si with specific inpad~vnce approximately
1200 ohm-cm were bombarded by a stream of rC3Ctar nouti-ons L8,1013 cm-2-
sec I for one hour. After annealing at 800C for four hotirs, the bombardc-4
specimens had n-t)q)e conductivity and p - 600 olun-cm. Analy:5ts of tbe varia-
tion, with temperature of c(ncentrations and mobilivivs ol~ carriers
showed that the conductivity resulted from the donor AmpuAt:y, giving a
fine level. The alloying effect Is related to -the phosphorur, formed as
1/2
--g-mumnh UrMj

USSR
UDC:537.226-~S37.212.331:539.16.04
ARIFOV, U. A., MUMELYAN, V. M., SINYUKOV, V. A., KOROSTELEV, Yu. A.,
LYUMVIL-11. A. S., Kristalliz. Tonkikh Plenok (Crystallizati-o-n of Thill
Films -- Collection Of Works], Tmshkent, Pan Press, 11,370, pp. 136-139
(Translated from Referativnyy Zhiurnal Fizika, No. 11, 1970, Abstract
No. 11 Ye 1100 by T. B. Karashev)
a result of nuclear transformation. The possibility i)f producing high-
resistance n-type Si crystals with even volumetric pr1>j)ertjes by this
method is noted; this is difficult to achieve by other methods,
212

USSR
MIKADZE
~--x ,
UOC 60.71.018.9.4
"Degasification of Aluminum Alloys Under the Pressure oil inert Gases"
Tr. XV Nauchno-teklin. konferentati prof. -p repkidavat. saotavit i nauchn. raborn.
probl. i otrasl. labor. Gruz. politeldin. in-t (Priiceedlogo of Vifteenth
Scientific and Technical Conferencu of Professorial arld. Instructor Staff wid
Scientific Workers of the Special-Reseur~h and Seator!.4il Laboratories of the
Georgian Polytechnical Institute), vyp. 14, Jbilisi, 11170, pp 102-106 (from
M-Metallurglya, No 12, Dee 70, Abstract No 12 C239 bj~ C. $IIODTSrVA)
Translation: A19 aluminum allay underwelit, dagastfica:tlon. The Methad was
based on the decrease in the solubility of.' the gowes (jim.1aly hy4rogen) con-
tained in the metal under the influence of the preasurilt of 4mirt gas cTl tile
surface of the liquid melt. Under argon pressure the fl-si;o1vad gases poss
from the molten metal into the fumace atmosphere and Itre ramoved, Thuo, in
the process of alloy degasification undior ar$an pressuire of 7-10 atm tho-
gases left the furnace with a hydrogen eontent 0,0104 IS/cu in higher titan the
hydrogen content of the argon. The breaking point fiov~ degaijified speci-mens
Increased by 85.7 atm. Five tables.
1/1

Ar
482
'Ah 0039827"* \C UR 0
Soviet Inventions Illustr%ted, Section I Che~gml Derwent,
r23791.4 It!ELALUSED'SIMA ?RMU5.rTj?LN mon heA~zd
aii, for *NinterCtig and he.iktod 914jiQing, Jim$,
at controlled waste gas prassore. To uptrade the
end product and prevent 4econdary Mcida~j.kjn. 'he
reducing gas temperature, (heated to L200!yc) in
reduced to 1000C At a rate of 30-5D dejtr0*s/mU-A-
The gas is heated La regenerative chaukap-j; tbLuswel-
ves heated by the $jqterf,qg *ix xe-cir,~q~LotLwg.
Af tar the charge has been ;placed on tho ~ihroat
grid, it in fired and slp;erAd, kteplng !HILS pvol;-
sure above 1.0 atra. abs- ~Tho fina, lowToulplitir

AA0039827
end product occurs as a cake whone uPpltr part: L3
at 10OU-13O&C. The reducing gas is pq~;4e,.' c1hrough
the bed. also under controlled pressuro. Teuin-
ation of this reducinS blow operation ~s sl8nif-
ied by the cessation of ferrous oxidc :1-aductaon
as the sinter cake ciols back to 300-11,MOC, iind
thus prevents secondary oxiiJatiom. 1.4.67. us 1145585/
22-2. IMIKHALEEVICH. A.C. et al. J.P. B,trdin Ferrous
Metallurgy Res. Inst. (11.?.69.1 Bul. 9i20.'#!. bq. L)
Class 18a. Int.Cl. C21b.
V, Buyaroy A. A.
G.- VOShob
A R.
AUTHC milhaleVich Utsk'v
ZIjuraIM
Bx,Ijaj,OV 0. D..J'- ~Iiev V. V
V. ~J.; arid Tkac 12 i--V-'-
Antonovj,
jagj~e~dqva el'likiv lrist~tut
tra 11 P-v N.Suchno~ t =4-1-
ni I. p.tardina
Chernoy Metallur
197411.188

L2
JI:i
N-A

AV
Wl
.111 " - I
40
All
1, 9n,
All d
J~ T

lo
Is
Vq.'-
41
It

~4
621-316-,530-' 5'6
UDCt
7,95"11'
iula
OBWVA lith I ~ "1o 1,
Lim Based I'll , f ucrl-S
i- _ collecti on ()
9. iwriectle) ranics- 'go 5, Mx),
11study Of vlect
(Quallt= ~ teXhl"i Ctjcl,~
(f rola dcfl~~
'K belir-1- a
Vant
S~e r beWn
v sb - ~~ ten-StaR;1 - q lie
v 1911, dLj 5 j~.retO ..4 H.Par* '11,e
140S CO ,viate 'ILI :[ce .2 A tij.-Cs.
DV5 t ors inv -ob96te al i-ril. O~ ':k
5 h ni J~la C. tv'O
The all 15 Of t
Tjr slation.* . crysta .t tile out-pu t tr$6tiojl13
Ing
stein U~j.JJ7 tuo lane3 Foxir 11jus
sy ed in.,Oltage is I Y'l.
disPlac
controlling
CY
c
C,
7.11 W
oV I . C N1
t3F;
C, WV;
C.I.i C-1 ..I
T,
0-
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43
110"'T
-~IA t! 0 1: qt
.0 VC

USSR UOC 621.375.82
MIKAELYAN, A. L., KOBLOVA, M. M., ZASOV111, E. A.
"Investigation of a Deflection System for a Ray &ised on Utllium Nlcbate Crys-~als"
V sb. Xvant. elektronika (Quantum Electronics -- Collectiom of Wovks), ?;C. 1,
Moscow, 1971, pp 120-124 (from RZh-Fizika, No 7, Jul 71, Abstract No 7DIlzi3)
Translation: A discrete 10-cascade system for the deflection a~ laser radiation
using lithium niobate crystals and Iceland spar was inlrestigited. The beam vas
displaced at the output in two planes, forming a 32 32 natrix. The conwolling
voltage was equal to 1 kv. Authors abstract.
44

USSR
UDC 671.3"15.92
MIKAELYA -A--ir. , ANIKINA, Ye. D. , MINAYEV, V. P. , IIJBIKOV, Yu. G.
"Single-Mode Ruby Laser Witb Ring Resonator"
V sb. Kvant. elektron,-ka (Ouantum Electronics -- Colloz--.ion cf: Vork's), N_-'. 1,
Mosco~~,_1971, pp 13 (from RM-Flzila, No 7, Jul 711, Ah,iarac-~ No 7DIO43)
Translation: A single-mode ruby ring laser operating In a free generatlcn mcde
was investigated. The laser was used to record hologviams on I'Mi~Xat-VIR", f _-L-1 and
on thin metal films. Authors abstract.

USSR uDc: 621.3T3:530.145.6
I L. , KUPRISHOV, V. F. , TURKOV, Yu. G, , A14DREY-TV, Yu. V.
CHERBAKOVA, . A.
"Investigation of Emission From a Ruby Laser With Autoinati(, 4' Switching"
V sb. Kvant. elektroriika (Quantwu Elect roni cs--co llect Ion e,)f works), 111o 1,
Moscow, 1971, pp 102-109 (from RZh-Radiotekhnika, NQ ~5, MiM, 71, Abstract
No 5Di82)
Translation: The paper presents the results of a stuitr of tlie effects of
giant pulse emission in a ruby laser which does not con-lain special
elenents. Automatic Q-switching !L; achieved by usirj#, unstable con fig-Urati or's
of the optical cavity. Seven illustrations, bibliarraphy of five titles.
Resu

USSR uDc: 621.373:530.145.0"
N[IKAELYAN . A. L. , ANIKINA, Ye. B. , MINAYEV, V. P. , TURKOV, Yu. G.
_0~ it
'WAT OSIMS41e-Mode R*tuby Laser With Ring Cavity
V sb. Kvant. elektronika (Quantum Electronics-collaction of' wor?s), rl(;
Moscow, 1971, pp 136-139 (frox 8Zh-HqdioteKhnika, No 5, May 71, Abstract.
No 5D183)
Translation: The paper presents the results ot a study o_e a single-acde
ruby ring laser which operates in the free emipsion ande. The laser is i~sed
for recording holograms on "Mikrat-VR", -filin and thi,6 mr-Au:1 films. F(Iur Il-
lustrations, bibliography of rjlx titles. HesumL
1/1

I
639 UNC" S S, I F I EID- 0ACCEVSING VGATE-~-230CT70
TITLE-COHERENT SUPERPOSITION OF THE EMISSION FIEL01i OF SINGLE Fk~0)ENCY
RUBY LASERS _U_
'4UTHOR-(03)-MIKAOEL AN, A.L., ATNAYEV, V.P., TURKOVP '-'U~rj-
COUNTRY OF INFO--USSR
SOURCE--AKADEMIIA NAUK SSSR, OOKLAYD; VOL.' 191, MAR. 21, 49-10, P. 56,i-567
PATE PUBLISHED--2l.4AR70
SUBJECT AREAS--PHYSICS
40PIC TAGS--RUBY LASERt LASER, EMISSION COHERENCE, LASER kADIATION
CONTROL MARKING--NO RESTRicriotis
"EN'T r_LA'S5--UNCLASS!FfCD
,PROXY REEL/FRAML--1998/0712 STEP t;O--(JR/00200(;,/l':)l 1090/0565/0567
CIRC ACCESSION NO--AT0121371
I
I
t -1 % ~ " L ~ A " 5 1E 0

USSR
HIKADZE M.
UDC 669.71,.018.9,4
"Degasification of Aluminum Alloys Under the Pressure of Imert Qlases"
Tr. XV Nauchno-tekhn. konfereiitsii prcf.-prepodavat. sontaira i aatxchn. rabotn.
probl. I otrasl. labor. Cruz. politekhn. in-t (Procettdings of IFIfteenth
Scientific and Technical Conference of Professorial ;nnd Im.4tructor Staff and
Scientific Workers of the Special-Research and Sectorial liaborill:ories of the
Ceorgian Polytechnical Institute), vyp. 14, Tbilisi, 1970, pp 102-106 (fron
RZh-Metallurgiya, No 12, Dec 70, Abstract No 12 C239 by G. SVOMSEVA)
Translation: A19 aluminum. alloy widerwent deganification, The method waa
based on the decrease in the solubility of tho Mares (maiijily hydvogen) con.-
tained in the metal under the influence of the presourn ol! inent gas on the
surface of the liquid melt. Under argon pressure the dlaaolvw~ Igases pass
from the molten metal into the furnace atmosphere Mkd araremove4. Thus, Ln
the process of alloy degasification. under 4rgon pressure of 7-LO atm the
gases left the furnace with a hydrogen content 0.0104 g/cu m h9gher ti-lan the
hydrogen content of the argon. The breaking p*int for Joigasif9ed specimens
Increased by 85.7 atm. Five tAbles.

All
'AA0039827*0 I X\12X o482
Soviet Inventions Illustrated Section I Chemitua Dervent
r2379l4 KM-I.LtSED-s1w PROU". R sisilm heated
41F for 41.0terfrig ands heat'j-d rqOW Lag, 11ma,
at controlled w"tq gas prissurt. TO UPR~,tde the
end product and prewnt *ecomdary oxid4i4lLvn, t*he
reducing gas temporature (heated to 120W-10 is
reduced to 1000C at a rate of 30-50 depfoes/mUt.
The g4a is heated in regenerative gzheckw~rjj thomel-
Ves heated by the sintertog itir re-cirm.1lating.
After the charge bas beep placed on thierthroaq
grid, it is ELr*4 and sLptereC kaeping Ws pieti-
sure abov-- 1.0 AtM. abs, Tho fin*, lcw-~tiulph%tr
41
1,9741iWV

i Ir-
&n039827
end ?roduct occurs as a cake whostr QPPe9 part '10
at l()W-l3oOOC. Tho reduckng gas Ls Pastrmil tbrollst,
the bed, also under ConLrolled prossure, Te tplin-
ation of this reducing blow operatioO 11; sigmtf-
icd by the cessation of ferrous oKidc r!!4uctiom
aS the Sinter cake coolll.b4cig to XO-1-0 041C 1 and 51
thus prevents Secondary ClKtdatiem- 1-4,.67. ill; 114558
22-2. mixMLEVICH al. 1..F. 114irdin Verrous
metallurgy Res. 'tr;t' (11-7.69.,1 P.1, 9 12.0. 1. 69. f.,
Class 16a. Int.CL. C21b.
NJ G
h2obpo
Vos .2~
ch A
v" vn(I Tka
qfk al
AS" 2--t---~ -
V OV 0 D
Irn a
~~~NT ~ ino1v
Antonov jc~ -[nStltul:
nov ~1-1'
s e d o"i
V 'Bar4jina
I V 11ch's
VV
Ilur
Cheerno

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1~vantovava
Abutract : 11) opt ::ii .l I,( :,v.i b` y
I J t, j
a goo C. t c-, wave L 'o, iul 0 tu :? -.i~ Tiv, v v f- r d w! c r bo, s O'l) v c 11
Of Etlc:-~ O."i'lir-1.
".A:j f*c,-:j
flat pluLul; the -.-I, rill! ce... :I!' !I- arl-1- -v1-!1t1:"),--,- 'L nd
throzlgh ~ifl end I-1. i30 ;:!. 1!r, ore;
lateml ,:urface.,! iu:~ 1', 1. w! r
renontitui%i Ly tii,o r,-o -:,11":r o r
zl' t ~4 a u n - f, ~~,-I.ln "I" th.)
DW3.

f ormut ion-3 of, Krii ii;c",: v~: 1: ip. 1~-%

USSR UDC: 621.376:530,145.6
MIKAELYM ,i, A. L., KOBLOVA, fit. M., ZASOVIN, E. A.
"Study of a Beam Deflection System Based on Lithium. fliobati! Crystals"
V sb. Kvant. elektronika (Quantiun Electronics--co Ile et ton c)f worl.'s) , No 1,
Moscow, 1971, pp 120-124 (from Fil"h-Radiotekhnika, No 5, Ma.1- 'i'1, Abstract No
5D175)
Translation: The authors investigate a diqcret(, be= defl~-~cticln
system utilizing crystals of lithium niobate and Icelivnd sraLr. The beiam is
displaced in two planes at ~,he output, foming it juitrIx al' 3: 32. Th,-,
controlling voltage is I RV. Four illustratiens, bib.M.)grtir~by of twcl
i/i

... .. ........
7--7,
USSR UDC 621.375.82
MIKAELYAN, A. L., KOBLOVA, M. M., ZASOVIN, E. A.
"Investigation of a Deflection System for a Ray Based on Lithium Niobatc! Crystals
V sb. ,Kvant. elektronika (Quantuin Electronfc~; -- Colk!(~t~;cn of Works.), !:o. 1,
Moscow, 1971, pp 120-12LI (from RZh-Fizika, No 7, Jul '71, Ab~ftract No 7D1143)
Translation. A discrete 10-cascade system for the deflecticn of laser rd,:~iatior
using lithium niobate crystals and Iceland spar iras invastigated. The beam u-as
displaced at the output in t
wo planes, forming a 32 32 matrix. The controlling
voltage was equal -co 1 kv. Autbors abstract.
44
. . . . . . . . . . . .
f, I~All.f 11 1 Il rN JIA,111,111 lilk Hil ljlt~!, lil!l I PII Ill I ~l I ill-, 1:11'.11

USSR
UDC ~',)1.375.82
M1KAELYAN__A_--4r;, ANIKINA, Ye. B., MINAYEV, V. P., T1:.RK0V, Yu. G.
"Single-Mode Ruby Laser With RiTig Resonator"
V sb. Kvant. elektronika (Quantum Electronics -- Collection of Vox,ks), NO. 1,
Moscow, 1971, pp 136-139 (from RZh-fizika, No 7, Jul. 71, A-b*;trac-, Ila 7D1043)
Translation: A single-mode ruby ring laser operating in a free generation mode
was investigated. The laser w"- used to record holcqlrams on "Mik-rat-11F11 film and
on thin metal films. Authors abstract.

USSR UDC: 621.373:530.145.6
dULAZL"U,A. L. It KUPRISHOV, V. F. It TURKOV, Yu. G. , JaID-REYE'V, Yu. V. ,
SHMWMi-KO-VA', "Ir""A.
"Investigation of Emission From a Ruby Laser With Atrtomatic Q-Svitchizie'l
V sb. Kvant. elektronika (quantum Electronics--collet:!%-ion of works), 11o 1,
Moscow, 1971, pp 102-109 (from RZI-Hadipteklinika, No 5, Mv 71, Abs-~rllct
No 5D182)
Translation: The paper presents the results of r. sUidy o-f the effecti;
giant pulse emission in a ruby laser which doe3 riot ll,.ontal.fi speci&l svitchinE
elewnts. Automatic Q-switching is achieved by u3injr, unstu-61ile configurations
of the optical cavity. Seven illustrations, bibliography of five titles.
ResumS.
I hN I 'I' HII 1: Ili 11.111H4 L I.I: IIIIIIIIIIII I HI 111 1114 2111.; 1 it 11H it A-1114'i Mri, ;III 1~11'b i;;':HII!j

USSR uDc: 621.373.-530.145.6
MIKAELY&I, A. L. , ANIKITIA, Ye. B. , MTIIAYh-V -, V. P., TURKOV., Yu. G.
- - IMAPPIONIVIN"
Single-Mode Ruby Laser With Ping Cavity"
V sb. Kvant. elektronika (Quantum Electronics-collection of works), No I.,
Moscov, 1971, pp 136-139 (from PZh-Radiotekhnika, No, 5, blay '11, Abstract
No 5D183)
Translation: The paper presents the results or a study of a single-nede
ruby ring laser which operates In the free emission =de. Die laser is used
for recording holograms on "Rikrat-VR" film and thim inet-14L films. Fauf il-
lustrations, bibliography of six titles. Resume'.

:-'.1112- (339 UNCt.--A I S I F f Eb V~QCE$$ING 0AfE 230CTTo
TITLE--'%-o0HEP%cE?4T SUPERPOSITION jF THE EMISSIUN PIl:L3!; OF SINGLE F~,i~~OENCY
'~: RUBY LASERS _U_
AUTHOR-(031-MIKAJEL AN, A.L., MINAYEV, V.P.o fURKOV4 YU.,(;.
'Ile
COUNTRY (IF fNFO--USSR
,SOURCE--AKADE141 [A NAUK SSSRt 00KL AYD, VOL. 191# MAR 21t 1970t P. 56$-567
DATE PUBLISHED--21MAR70
:SUBJECT AREAS--PHYSICS
TOPIC TAGS--RUBY LASERt LASER. EMISSION C014ERENCE, LASER RADIATIUN
CONTROL MARKING--NO RESTRICTIONS
DOCUMENT ZLASS--UNCLASSIFIED
PROXY Ra_PL/FRAMt--199d/07j2 STEP NO--UR/,~1020/7U/LIUI/OOLI/0565/056?

212 039 UNCLA~SlFleo Pill ~)CFSS I %G DATe--23OCT70
CIRC ACCESSION ?i!J--AT0121371
ABSTRACT/EXTRACT-M) GP-0- ABSTRACT. DESCRIPTION OF _z;XPERIMENIS IN
WHICH THE COHERENT Su~j~~NPQS[Ttorj OF SINGLA- FHEwU~IICY 4:1ELDS
WAS PERFORMED IN TAG 0 '41)UULArEL) C-rUPLED RUBY LASFRS hAIMN" S[41LAR
RESONATOR LENGTHSt THFE-SH(3LD PUMPING LEVELS ANO OT14ER PARAIIETE-15. THE
RADIATION COHERENCE E-14HANCEMENT ACHIEVED BY INIS TECH'11,~UE IS ISCuSSED.

1/2 022 UNCLASSI FJED
TITLE--RECORDING A LARGE NUMBER OF IMAGES BY 'THE PlF-TFjc.,j) OF SIJPERpi~SITIDN
OF tIOLOGRAMS -U-
AUTH0R-(03)-M4.1A_LYAN. A.L., BOBRINEVir V.( s SfJK0k,0'/A# L..Z.
T__
COUNTRY OF INFO--USSR
SOURCE--AKADEMIIA NAUK SSSR, OOKLADYt VOLo 191, A111A. It 1970, 1) 799, 600.
DATE PUBL(SHED -------- 70
SU3JECT AREAS-METWIDS AND EQUIPMENT
TOPIC TAGS--HOLOGRAMt MAGNETIC RECORDINGP PYlOT0Sl__-llJ!;lTflJjTYp SIGIIAL To
NOISE RATIO
UNTROL l4.ARKNNr,--NO RESTRICTION'*t
DOCUMENT CLASS--iJNCLAS~lFll_:0
PROXY REEL/FRAME-21300/1799 STEP
, 1,~ ".l, -, ~r -

212 022 UNCLASSME0 il C PS'S I N A T F - - 2. 7,.~J Al T 0
I'-'Iq.C ACCESSIF.-Ai NO-AT012541.1
A8STRACT/EXTRA.CT-0J) OP-0- Ail 5 TtR e, 1, TS WDY OF THE OF 11.)1*1' S U F
SIMPLE OF3JFCTS DURII'lc; SUCCESSIVE RE.-CORDPIG Of- A LAPGH III:.
lifJLkjGRAmS 1;M FHE SA,'~E OF A S11.14FACE.. T -f
POSS161LITIES OF m[S TYPL- CIF t~i-.(ORDING ARE E'51'/,ML ISHLD, H.To
ACCOUNr IHE EFFEur o~: PimsE ARISING AS i% RESU'Ll, 11- (PAP111".Ess w- T~iE
P140TOEMULSIONS. If IS SHOWN THAT IHIE SIGNALl TO, i0j.SF "ATIO 15
INVERSELY PROPOPTIO:NIAL Til" THE SQUARE OF THE
INCREASES WITH AN INCREASE IN flif: NUMBER OF L.UP-11 S I ~i I 1 1 V(:- E L E 11 S C F
THE PHOTOSENSITIVE MATERIAL, [.,L-.t WITH THE ARI:Ji GF 'ri-117 11' is
CONCLUDED THAT THE MAXIMUM RECORDING DEINSITY OE~;REASI:$ AITH AIN 11"C01-ASE
IN THE AREA OF THE HOLOGRAMa

f/2 032 UKLASSIFI~o fji;WCESSINi~ OATE--2.ONOV70
TITLE--A NE;N METHCO F,3V rhE GLNERATION OF A G I ANT PULSE IN LASERS -U-
AUTf-fi3A-(051-Mj.NWjjYANv A.L, s KUI?Rl$hOV9 V.F.s, WkKOIPs YUoGov ANJREYEV,
-2~_-I~'Yuovaf SfiC'FERBAj(d%1A, A.A.
C CUNT flt Y0 FINFEI--LSSR
SOURCE-VESCC6, PISOML V ZHUKtYAL EKSPERIMENTAONDY t TEUIZIETICHESKOY
FIZIKIv VOL Ili NU 5, 5 MAR 70t PP Z44-246
DATE FUELISHEC--70
SUBJECT APLAS--PHYSILS
,--:TCPIC T,4GS--G1ANT PULSL-D LASER, RUDY LASeRt REFRAVIVE I NDEX
(:CNTACL MAf'%Kl-%G--NO RESTAICTICNS
jOCCUMENT CLASS---UNCLA5S1)`1;O
PAGAY STEP
c 11ir ACCA-.Ss Hill N2--4cc 12 3!~12:18
S S.1 F 11. 13,

212 012 UNICL AS S I F I ED
CI?,C
;P-C- ALI S T R A C f H E A it I' I C. L 1! D L lit:- k F. 6A 11, 1 -10
JI: 614%f PULSES IN A I-'..UIIY L.4SLiR 1011(.vi Ul..-S
FGR THE I IvOl
l.NVCLV1-, fliE INTROGUCTIUN UF 1001TIONAl- 140JULATING. ELEME'11,") INFU THE
CAV I TY. ThE CSCILLATu'r" ijz'S[Gr~ WAS OESCRWL-0 IN AA: EAUILE AP.TIGLE I~Y
THE AUTt~Cl~S. A RUBY CRYSTAL %El'.-i SAPPI-iti~L- E%0PI,[;;C1:S I' ~I~A lil i,'IA14ErEk
AND 120 M~i LCK (TOT "L CRYSTAL LENGTH 157 1IMP IWAI t-KC[TATION WAS
MEANS OF -%N IFP-1200 FLAShLAMP., I
EFFECTED L~Y CAVI'll QF A
FULLY REFLECTING SPHERICAAL MIRROR. T H E G E N E':(ATI(litt 1400E. U& fHF LASI-R
DEPENDS E!~SENTIALLY L'.'N IHE LENGTH Qlz Tkil- CAVEly. LENG17H YALUi S
CJRKLSPLNL'I,Nip' TO THE ~_ITAGILUY R.EGICN Gif YHI: CAV(TY di;',0l,*iAky FREE
GENERATFC~,, TAKES PLACE, ALCUM;1ANlED 6.1 SPIKL~l. AN lhj~KEASE IN VALUES
COKkESPCN0TNG TO THE REGION OF CAVITY. IN$,TAI3rL-Il*Y CHANGES *rmL CHARACTER
UF rHE GLNLkAIION, AN.a,l %61ANT PULSE RAO[ATIGN IS 03SER'lPLO ALUNG WIIH THE
Fr.EE GENER-ATICN SPIKES. If IS SUGGESTEU TIlA,r THE MECHANISM INVULVED IN
',HE UBSLkVEU PHENGMENA IS UUE TO A CHANGE IN THE C*IJURI.E: UF THE IiEAMS !N
THE CAVITY AS A RESULI UF CHANGES 1.4 THE REFI.I.ACTIVE INDEX LF THE RUdY
CROSS SELTIGN ACCORDING TO THE FIELD IN THL (;AVITY. IT' IS NOTED THAT
THE PRINCIPLE OF GIANT PULSE GENERATIO 0EIK CLIFISIDE '11,H) DUES NUT NOT
DEPEND C% ThE RADIATION iiAVELENGTH A14U APPARERILY CAN BE USED FOR
NEOLYMIUM GLASS AND LTHEk ACTIVE 14EDIA WHI(;b GENZiRATE IN THE III RANGE.
-FACILITY: MOSCOW SCIENrif:ic RESEARCH iiisTifixrE OF: INSTRUMENT
BUILGING.

!1= I W
112 027
UNCLASSIFIED PROCESSING DATE-230CT70
TITLE--DESIGN PRINCIPLES OF HOLOGKAPHIC MEMORY DEVICES -U-
130BRINEV# V.I.,
AUTHOR-( 041;.Ll.KAEjLAqjjA NAU140VtS.M.p SOKI)LOVA, L.I.
COUNTRY OF INFO--USSR
SOURCE--IEEE J. QU4NTU,'~', -'---L:-:CTRO rICS USA)t VOL. QC Ot NO. 4p P. 193-8
(APRIL 1970)
UATE PUBLISHEO----APR70
SUBJECT AREAS-b~HAVI ORAL AND SCCIAL 5CIENCESr ELI:~CTRDINICS 14NO ELECTRICAL
ENGR.
TOPIC TAGS--liOLOGRAPIAY, MEMORY ELEMENT, INFORM.ATION ST0kA(;E- AND kETRIEVAL,
HOLOGRAM
CONTROL MARKING--NO RESTRICUONS
DOCUMENT CLASS--UNCLASSIFIEO
PROXY REEL/FRAME--2000/00'72 STEP NIJ--USIOOO(1/70.tl)00/004/0193/0193
C14C ACCESSION -40--AT0123844
AsCrr-frD

2/2 027 UNCL,ASSIFIEO PROCESSING DATE--230CT70
CIRC ACCESSION NO--AT0123844'
I J -RAcT. TiiO MET400S OF
,A6STRACT/EXTRACT--(U) G13-0- A,-st
IN A HOLOGkAPHIC MEMORY OEVICE ARE DISCUSSED: C.O.NiSECUTIVE STOR4GE OF
INDIVtOUAL BINAKY NUMBERS LIN THE SAME HOLOGRAMt 4141) llil,RALLEL STORAGE UF
PASSES OF BINARY NUMBERS ON INOIVIDUAL HOLOGRAM1,1. 131-~TICAL SETUPS OF
kESPECTIVE MEMORY DEVICES ARE DESCRIIIEU. EXPERAMENTAL RESULTS OF THE
INVESTIGATION OF THESE SErUPS, ARE PRESiENTE0. FACILITY: A.S.
POPOV SnC. RADIO ENGING. AND TELECOMMUNICATIONS, MOSCOW, USSR.

USSR
4 L,
I L. KUPRISHOV, V. 1"KCV, YU. 'QIERE'YO, Yu. V.,
L"
&BAKOVA .4. A., MOSCOW
ac ient if ic ~.eseiixcn ln:irituLe of in-
C~nd SH
strument Building
"A New Method for -z;he Generation of a Giant Pul*-,~ in lasers"
Moscow, Pislma v Zhurnal Eksperimentallnoy i Teoreticheskoy Fiziki,
Vol 11, No 5t 5 Mar 70, pp 244-246
Abstract: Tne article de.~.,crives a new method Xpr the generation of
giant pulses in a ruby laser which doea not involve -~he introducLion
of additional modulating elemeats into the caviLy. The oscillLtor de-
si4n was described in an earlier article by Lbe aur-hors- t~ -ij*Dy crys-
tal with sappnire endpieces 7 mm in diameter ar4 120, xam IonC Atoral
crystal length 157 rm) was used. Excitation effected by ineans of
an IFP-120U flashlamp. The cavity consisted of a ft;illy reflecting
spherical mirror, The generation mode of ~he lasor depends esi3en-
tially on the length of the cavity* With lenj,,Lh loiluaz 1:iorrespondirig
to the stability region of the cavity ordinary ;free generation tkike3
1/2

USSR
MIKAELYAN, A. L., et al., Pisima v Zhurnal Eksperimemrallnoy i Teo-
reticheskoy Fiziki, Vol 11, No 5o 5 Mar 70, pp 21*4-246
place, accompanied by spikes. An increase in vailues corre-spondin,- to
the region of cavity instability changes the cMi*acter of che --,enera-
tion, and giant pulse radiation is observed alorij, with thu 1'ree-gen-
eration spikes. It is suggested that the mechhir)ism involved in t'ne
observed phenomena is due to a change in tae couxse of the beams in
the cavity as a result of changes in t~e refracl,,ive index of Ole
ruby cross section according to the field in tho caii:j.~y. it Is notcd
that the principle of giant pulse generation be!Lng oonsi-dered does
not depend on the radiation wavelength and appa,reatly can be used for
neodymium glass and other active media vhich getterate in the 1~.
range#
2/2
-- - 45)

USSR UUla- j4d, 522
GRIGAS, B. P.,
"Growing Single Crystals From the Vapor Phasa by 4 DynallliC PJ-OCCIUre'l
Moscow, Neorga niche skiye Materialy, Vol 6, No 1. 19-10, pp 14J.-L44
Abstract: In view of the deficiencies in existing zu~thi3:ls of
crystals of trio AZ VBj VI type from the vapor phase, the IIIItho4-Z;
dynamic procedure for growing such crystails by means of It Is LU
obtain large, uni-form single crystals. 'Zhe basis for tLits itoi~tliod is Li,-- cro-k,~;Lufl
of identical physical cor4itions on the ary3tallizatiozi 1'ront. duriiig Of
the single crystal along its entire length by maint.;Lji~Ajq; corlstant ttjnj;,iraLLIru~i,
temperature gradient. vapor phase composition (continiiijus ronewal of thu ev1por-
ating material). and saturated vapor preasure in Uie airippulo on L~.o Cry5t:i-LiiLa-
tion front. Evidence is presented whicu demanstriLt.$Z thiLL oy usa.:-41; tan pr,.)pvsea
procedure it is possible riot only to obtain high-qujlity, Lir-ro ainglu cry.,;Lals,
but also to control their physical properties by varyinj; tho prc:;Sure of L..,j
saturated vapor of the volatile component. Singlib cryatLitls of ibil, 5L;al, arizit
5b S were grown with several different temperatures of preIJ=Lnary hez4tVI,:- of
the
Initial material and temperatures of the ovaporator 2ioviiig with respect' Lo
1/2
irb,

USSR
GRIGAS, B. P., et al, Neorganichoskive Materialy, Vol 6, iio 1, 1970, Pp 1141-11+2
the ampoule at a rate equal to the growth rate of the crystal froa the vapor
phase. It Is pointed out that it is necessary to creato conJilions suut, LraL no
admixtures are transferred along the evaporator. A gra;'ph is presented saowxr~
the specific resistance of Sb2Se3 single crystals a.% a ri;mctulom of the pressure
of the saturated selenium vapor ihan growing Sb2Se3 siql;le, cryistals.
2/2

USSR UDC.691.,327 -.666. 972. -S2:666.17;. 015.6
TSULUKIDZE, P. P. , BURCHULAME, Sh. V. , RLL~.~,' , yu. ~1.
"Influence of Age of Water-Engineering Concrete on Its Strength and Defor-
mation Properties Under Conpression"
Moscow, Gidrotekliniclieskoye Stroitel'stvo, No 11, Nov 73, pp 16-18
Abstract: Complex physical and chemical processes occur in the concrete
used in dams as it ages, significantly changing its struc;ar(~. Concirete
specimens were taken from several dams in the Georgi.an SSIZ at different
times following pouring and tcsted under compression. Cubic speciiL-ois and
cores were used. Compressive strength was found to incro.ase over the 28-
day strength approximately according to the formula
Rt ir R7ti(O.1's .0 0.591oil!),
where t is the age of the concrete in days. Comprvs3ibil:ity was fourld to
increase very slightly with increasing age, in spitc- of the increasing cc; '-i-
pressive strength. Modulus of elasticity lncmasei with transverie
deformation factor decreases. Ultrasonic wave tran-mission velocitV in-
creases.

USSR UDC 53:2-7
T,YAN- G. S.
mmmm~p
"On Locally Finite Sylow Classea of Groups"
V sb. ~ht- issledovaniya (Mathematical Revenrch -- Collect.4'on of Wo---:ki;), Vol
6, VYP- 3., Kichiiiev, "Shtiijitsa," 19'11, pp 65-91 (fri:w; No 2,
Feb 72, Abstract No 2A3Ck3 frorm withor's abstract)
Translation: The article continixes the study of' Sylow ciass~is of rroups tk-,I~vun
by A. G. KUROSII, A. P. DITSMIN, aud A. 1. UZKOV. A ~Iascription if; CivcIi Of
all Sylow classes consiuting of locally finite grotAp;. Ait jnrermcdjw~,-~ rusult
that is obtained is a description of Sylw classes of fini-,F-,

USSR UDC 539-67
TIAVADZEIP P. N., and MM iALZ J.. Go
"Brittleness and Abnormal rnternal Friction in Pure lxior~l
Sb. "Vnutrenneye treniye v m-tallicheskikh materialalch" (Internal Friction in
Metallic Materials), Mloscow, Izd-VO "Nauka", 1970; PP 56-61
Abstract: Results are presented of an investigation of iran refined b,,r nor-
crucible zone melting in ahydrogen atmosphere. The tempeiuture depondence
of internal friction in pure iron after annealing at rore O.hM 6500C, which
differs from the curve of a sairple aamealed at less tlilm 6500c, was stadied
in a magnetic field. An abnormal drop in dampiuS deox(ment, vas obcerred at
about 860C. The abnormal internal friction is expLmined by a shan, decrease
In the number of defects in the grain volume and appeared as the effect of
directed ordering of impurity atom in:a magnetic field. 5 figurets, 5 refer-
enceee
1/1

1'/ 3 029 U14CLASSIFIEO PRUCESSING, DATE--185EP70
TITLE--INTERNAL FRICTION OF IRON BORON ALLOYS -U-
AT ul
r
_AUTHOR-051-METREVELIP Y.SH.9 TSAGAREYSliVJLl9 G*Vti
.~ ZOIDZE* N.A-v DARSAVELIDZE* G.Stio
:COUNTRY OF INFO--USSR
SCURCE-METALLOVED. TERM. OBRAB. METAL. 1970v (1) 21-4
DATE PUBLISHED ------- 70
SUBJECT AREA S--MATERI AL S
TOPIC TAGS--INTERNAL FRICTIONs IRON ALLOY# 30RON ALLOYi ACTIVATEON
-.1 ENERGYr THERMAL EFFECT# TEST METHOD
CONTROL MARKING--NO RESTRICTIONS
DOCUMENT CLASS--UNCLASSIFIED
PROXY REEL/FRAME--1980/IZ64 STEP NO--UPtOIZ9~/tG/~100/001/0021/0024
CIRC ACCESSION Nn--AP0049427
ki"' LAS" IF LED
L L

2/3 1029 UNCL ASS I F I ED PIROCESSING L)Arf---18SEP70
CIRC ACCESSION NO--AP0049427
ABSTRACT/EXTRACT--(Ut GP-0- ABSTRACT. INTERNAL FRICT101 WAS INVESTIGATED
OF.PURE FE, CRYST. 8, AND FE-B ALLOYS AFTER VARIOUS 1AEkMAL T'REATMENTS.
INTERNAL FRICTION WAS MEASURED ON WIRE SPECIMENS (0.7'5-0.8 4A IN DIAM.
AND 100 MM LENGTH) WITH DIRECT AND INVERSE TORStON PENDULUM IN A
PERMANENT MACNETIC FIELD OF 300 OE AT TEMPS. MINUS 140-6000EGREES IN AN
INERT ATM., OR AT 10 PRIME NEGATIVE4 TORR. INTERNAL FRICTION OF
ANNEALED FE (300 HR AT 700DEGREES IN WET H) OEPENDS LITTLE ON TEMP. AT
MINUS 190-70DEGREES. ONE PEAK AT MINUS 75DEGREES WAS 035D. TWO WEEKS
HOLDING AT ROOM TEMP. DID NOT EFFECY THE HEIGHT OF THE PEAK. THE PEAK IS
REMOVED BY HEATING TO 150DEGREFS, WHEN FftEQUFNl,',ll 15 [NCREASEO 1-3.5 Hit
THE-PEAK SHIFTS SIMILAR TO 12DEGREESo FROM THE PEAK SHIFT T14C
ACTIVATION ENERGY WAS OF-TO. AS 6.4KCAL.-MOLE, OURIN.Ci INVESTIGATION OF
"AK AT 260DEGREES WAS
TEMP. DEPENDENCE OF INTERNAL FRICTION OF 8v A Pl~
REVEALED. ACTIVATION ENERGY DETO. FRU14 TEMP* SHIFT WAS 20 PLUS OR MINU!
2KCAL-MOLE. IN FE SPECIMENS CONrG. 0,004-0.016:PERCffiT 0 THE PEAK OF
INTERNAL FRICTION WAS AT 40DEGREES. DEPENDENCE OF INTERNAL FRICTION ON
8 CONTENT IN FE-B ALLOYS WITH GRAIN SIZE 70-100 AND 10-20MU IS GIVEN.
TEMP' DEPENDENCE OF INTERNAL FRICTION Of- A SPECIMEN CONTG. Oa2PERCENT 8
IS G;VEN. I
U,NCIL-ANS-s-i r~ ty)

:3/3.- 029 UNCLASSIFIED PROCES!iING DATE--ISSEP70
CiRC ACCESSION NO--AP00494ZT
ABSTRACT/EXTRACT--ON A SPECIMEN QUENCHED FROM 7Z00E(;,REElv ;! PEAKS 'l6EqE
OBSO,: ONE AT 40DEGREESt ANO THE OTHER AT 340OFMI-EES. A~:TER ANNEALING
At 500DEGREES, THE LOW TEMPo PEAK DISAPPEARED* Tlir' HEIGHT OF THE HIGH
TEMP. PEAK REMAINED UNCHANGED. TEMP. 0EPENOENCE Oi~' INTERNAL FRI('TICIN OF
THE SAME SPECIMEN RUT STKAINED TO 10-15PERCEPIT DEFORMATA"ON ANU ANNj:ALED
AT 500DEGREES REVEALED A PEAK AT 240DEGREESt THE PEAK At 340DEGREES WAS
INCREASED. THE ORIGIN OF 40DEGREES PEAK IS ASSOCO. WITH MIGKATION OF
INTERSTITIAL B ATOMS UNDER STRAIN. 8 DISSOLYES IN ALPHA FE AND GIVES
MAX. OF INTERNAL FRICTION AT 40DEGREES. THIS MAX. IS INCREASED WHEN B
cnNTENT IN FE IS INCREASED; BUT DECREAM WHEN THE BOIRAOCS APPEAR IN THE
STRUCTURE. IT SEEMS THAT BORIDES ENHANCE PPTN. OF 6 14TUMS FROM SOLIU
SOLN, THE PEAK AT 240DEGREES CAN BE EXPLAINED BY INTERACTION OF
DISLOCATIONS WITH 8 ATOMS; THE MAX. 1;NTERNAL:FRICTION AT 340DEr-oREES iS
RELATED TO OCCURRENCE OF BORIDES.
UNC L AS$ I F I EO