SCIENTIFIC ABSTRACT KRAYKO, A.N. - KREMNEV, O.A.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R002201610008-1
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 17, 2001
• Sequence Number: 8
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

!,Mt~
USSR
GRIN' I V. T., IVANOV, M. YA., �a4m, A. No 0941sicow)
"Investigation of the Dynamlon of traking Flow of an Ideal Gaa
With a Closing She-ok Wave"
Moscow, Mekhanika Zhidkosti i Oaza, No 4, Jul-Joig '?I*), pp 23-32
Abstract: The article deals with the problem qw!' uxusleady flow
in an a ially sy=etrical ch&nnal with the ceuf1;*rbofd1r in suprpr-
sonic flow at the inlet and a given pressure Uw:,nsbitnt with
reupect to profile and vcriable with respect to tiinol in the
plane of the outlet. Under stoadT oonditions tiae c;:Iosing shock
wave io altuated below the minimwti profilo (th:11-O&O of the
channol. The calaulaticna wero celirled out by 1k tPlo-dimonoWnal.
variant of c difference method, i.o., the equwj~jonia or unstoady
axially sy=otrical flow wore integrated. At 1,4be name time, thoi
difference network was so selected (ono ool-1. 'botweqin the channel
walls) that the obtained results arow oloser %Q IL UZj:id1A9n3iO11al
approximation. Pop the explanation of a aarl*jo of *rjrects doteot-
ad in the oalculation prooons (resonanas, qk%t,s(j3jA&t:Ao:ji or hilt)j-
1/2
7

USSR
GRIN10 Ve T., &~ al, Mekhanika Zhidkosti i Ga No 4, Jul-Aug
70, pp 23-32 xo,-fb
frequency oscillation), use was made of solutioris obtalned on
the basis of a linear approximation and a nonlicioax, approximation
of the theory of small perturbations. 9 figurpot, 12 biblio.
graphic entrieao

USSR
UDC 681.332.65
N-
"Device for Multiplication of Binary and BCD Code-s by Factorti"
USSR Author's Certificate No 27114, Filed 17/09/60, hibllshcil 19/08/70
(Translated from Referat:ivnyy Zhurnal Avtomatika. Tel-emekharrilka i
Vychislitel'naya Tekhnika, No 5, 1971, Abstract No 5BsIliV)
Translation: There is a well-known device for multipltg~atioii of binary and
BCD codes by a factor, containing binary and BCD coutit4irs, a cycle pulrie
generator, a code input unit and coefficient input unit, a con.tral. unit,
tubes and an operation flip-flop. The output of the 154:11 coumter is conrxete'.1
to the ones input of the operation flip-flop, the outpwIs of which are cor.-
nected to the control inputs of the two tubes. The otber iti,puts of the*e
tubes are connected to the output of the cycle pulse gonerat,or and the
output of the coefficient input unit respectively, whi4c the OULPUES Of d-:0
tubes are connected to tht~ iaput of the BCD counter. 11he irnut of the
binary cou:nter is connected to the cycle pul:5e gener-avir; t11."! OLItpUtS Cr
each digit of this counter are connected to the coefficlIent i.c1put unit;
and the busses of the unit for input of codes are conwicted through the
tubes to the ones setting input of the BCD and binary i:.ounters; the control
1/2

USSR
KRAYKOV, N. N., USSR Author's Certificate No 27114, Filed 17)09/68, IV)-
lished 19/08/70 (Translated from Referativnyy Zhumal Air t omit itika, Tele-
mekhanika i Vychislitel'naya Tekhnika, No 5, 1971, Abiirract Ho 5B22411)
inputs of the tubes are connected to the control unit. The I)Llrpc-se of th~p_
invention is to allow multiplication by a binary c-ode. In order to achlev!
this, the device contains a control flip-,flop and swit~;h, coittrolled by tbe
"0" output of this flip-flop. The 'T' output of the cotitrol flip-flop is
connected to the coefficient input unit. The input of the cj)ntrol flip,-flop
is connected to the output of the operatton flip-41op, the di'.gits of tho
factor register are connected through a svitcl-.i to the inputs of the coef--
ficient input unit, the high-order digit of the fjictor register is connected
to the bus controlling the output of the first flip-M.,Ip of the binary
counter, while each subsequent digit is connected to ;u bus controllLng t~he
output of the next flip-flop in the direction of incremsing digit order.
1 fig.
2/2

Atc. Nr.: AP0046773-
USS't
KRAY.Ml, A. L., Ural Auto Plan",
"A 114-leter for YeasUrt-rC Ralial Forces of Collar Seals"
~Z(:
L j0
Moscow, Avtcr,~'.Illnaya FroryzhIenn--st' Veh-Ir.-le lnt-w,.Alv~. 2-
Translatio-,. A st-l' T;-s of !h--t an-I
fast measure7.ent :~' tliv 7f cel-I.I.at,
-a~,ainst ti~a tac~e! shaft an.1 of th.3 mdial f~rce!i V-tlrt4~ty
(2 illus'ra"17ns)
Y,
-MRm"-

Or
USSR I.W. V];'. 22)1'1~.
KAWINA, L. S. , KRAYNIJK. N., GENE, V. V., and MYL'!C1T0VjV, L. Yt.,
Institute of Smi-co duccors, USSR AcadetrV of Scierces
"Elasto-Optical Effect in Ferroelectric Materials With a Dtlftiscd Phivie
Transition"
Moscow, 17vesLiva Akadtt,.-iiii Nauk SSSIZ, Seriva Fizi.chesk.iv.,-a, 14o], 15, No 9,
Sep 71, pp 1862-1864
Abstract: The authors inve*tlgate the. e1asto-oprical. ~n ferrok?.Iiaccric
materials with diffused PhaSC LransiLio:l
Nb2/303(PZN). I'hey detormine the tia~,nititde ng the half-w.-tv-.1
stresses in the wavelength band of 4000-7000 A and z:icaiiiire Lho varlatioil
with temperature of the piezooptical coetfictents 711`112- ~Tluy L].Sj
find the dependence of the slope of the double refractfi)n Dial on the sizi.
of the mechartical load in the area of diffusion al tht-:! phaso tz%in~;it.ian.
The authors find that a study of the e1apto-vpticifl, prwperric!t; Cif perovl;kitv
Vjpe ferroelectric materials per-nits a better understatidLri~; :d' th., :! na tu re
I - Lransition and emalb,
and character of the. diffused phasL I.C!s d-le res,2.arch4!r
to distinguish the true electro-optical offect in the Cot.11. lltfftxt; they
1/2

USSR
KARZINA, L. S., et al., Izvestiva Akadeaft 341ult SSSR., Seriyjj F4zichcsI'1%--I.
Vol 35, No 9, Sep 71, pp 1862- 864
feel that such inveSLigationi ar-2 of great practical s~'*;.Iiftccani-e. T~Ie
show graphically the temperaLure boundary of diffusioa i-or PIT and PD1.
The article contains 3 illustrations, 1 t4ible, and 4 blibliollra-pivic entrles.
2/2
77

USSR
UDC 621.771.01
VYDRIN, V. N., FEDOSIYLIKO, A. S., and KRAYNOV, V. 1.
"Protsess nepreryvnoy prokatiki" (CA_ti_nu`i~us Rolling Moscow,
Izd-vo ",IIet&Uurgiya," 1970, 456 pp
Abstract: Regularities of continuous rolling on a smoollt barxii]. and in -roll
passes under conditions of cold and hot deformation are disctiaiied un the
basis of a unique methodology. Special features of the aperatIon. of con-tin-
uous mil.Is are considered and algorithms describing the procosa of contitluous
rolling on equipment of various types are -presented. T~I!-~~hnological fo-.Inda-
tionn for the automation of continuous mills are astabli.ahed. F3rticulex
attention is given to processes taking pl4ce in the defo-vnat.Wa source -wkich.
determine the operating conditions of continuous atills.
The book is intended for engineers involved with the tetAinol.c3gy, equipalelit,
and atitomation of rolling mills and also for scientific personnel and stu-
dents at higher educational institutions. 130 figures, 31 t1bAes, 146
references.
1/5

USSR
VYDM, V. N., et al., "Protsess nepreryvacy prokatiki" ~Cont~nuous RoIlIng
Process), Moscow, Izd-vo "Metallurgiya," 1970, 456 pp
Table of Contents
From the PublIsher 5
Forevord 7
Symbols 9
Chapter 1. Distortion and Kinematics of the Deformatioiji Cente-v
Geometry and kinematics of the deformation center 15
Area of contact surface 23
Velocity distribution in the deformation center. :114tape. of
a critical line and surface 30
Slip an contact surface 38
Spread distzibution along the center of 4eformatio 41
Rolling radius and forward slip in rolling in rol.11 passics 45
Chapter 11. Basic Regularities of the RQUing Process
Deformation resistance of a metal 53
Contact friction forces 58
215 Strength of internal forces 68

USSR
VYDRIN, V. N., et al., "Frotsess nepreryvnoy prokatiki"' (Con.~ijiuous Rolling
Process), Moscow, Izd-vo "Metallurogya," 1970, 456 pp
Sliding friction strength on a contact surface
Other strength aspects in rolling ,
Basic equations in the rollinS process
Chapter III. Ro.Liing With Tension and Support in One Stand
79
86
88
Sy - trical rolling 95
Classification of rolling processes under couditloas of
continuous rolling 105
Particular cases of rolling ill
Interstand deformation 130
Chapter IV. General Regularities of the Continuous RoILIng Process
Classification of continuous rolling mills 135
Special features of the continuous rolling process 137
Review of basic studies an the theory of continuouil; rolling 143
Mathematical description of the continuous rolling proccvs 157
General properties of a continuous mill 102
3/5

USSR
WDRIN, V. N., et al., "Protsess nepreryvnoy prokatiki" (Contimuouts Rolling
Process), Moscw, Izd-vo ".Hetaliurgiya," 1970, 456 pp
Chapter V. Steady Process of Continotous Rolling of Siml,,11e Shapes
Basic equations 206
Continuous cold rolling of sheets 213
Continuous rolling of thick strips 229
Chapter V1. Continuous Rolling in Roll Passes
Rolling in diamond-shaped and square roll passes 248
Rolling in box---jhaped roll passes 255
Rolling of ovals in round and oval roll passett 261
Rolling of shaped roll passes 265
Steady process of continuous rolling In roll passes 267
chapter V11. Dynamics of the Process of Filling t"- [jefti,=tion
Center Witb Metal I
Basic regularities of the filling of t4e defoizatirn, cenrier
with metal 294
Filling of the deformation center at coustant frictl,;~n folrees
and deformation strength .305
4/5

USSR
V. N., et al., "Protsess nepreryv*oy prokatiki" (ContInuous Rolling
Process), Moscow, Izd-vo "Metallurgiya," 1970.1, 456 pp
Experimental invest1jatinn of the process of fillim$ the
deformation center with metal 315
Chapter VIII. Dynamic Processes in Continuous Mills
Two-stand mill 331
Three-stand mill 347
Multi-stand mill 350
Dynamic properties of multi-stand continuous utill 355
Chapter IX. Experimental Investigation of the Operation of
Continuous Hills
Investigation of a continuous light section mill opiaration 398
Investigation of the operation of a laborAtont cont:Lnuowr,
two-stand mill 413
Chapter X. Automation of Continuoum Hills
Basic principles of automatic control of sorting MOIS o1jeratioll 424
Automation of continuous cold sheet rolling mills 430
References 45.1

PRMESSING DATE--23QCT7C
1/1 009 UNCLASSIFIE0
TITLE--SYNTHESIS OF 0 HIPPURY% DCLTA GUANJDI~tC ALI)NA C HY'OKOXYMERIC ACIC
0 HIPPURYL L AAGININIC V (D -U-
AUTHOR-( 03 1 -KRAI NOVA *L.t KIPORENKO# S.Sto CHAMANt YE.~Se
COUNTRY OF INFO--USSR
SOURCE--ZHs 08SHCH* KHIM. 07 ev,44'0131*9 708-9
DATE PUBLISHED ------- 70
SUBJECT AREAS-,-CHEMISTRY
TOPIC TAGS--ALIPHATIC HYOROXV CARBOXYL AC10o GUANIOINEw IIENZENE
DERIVATIVEr AMINE DERIVATIVE
CONTROL MAKING--NO RESTRICTIONS
DdCUM61T CLASS--UNCLASSIFIEU
PRbXY REEL/FRAME--1997/2OL5 STEP NO--UR/00791*il'(',,1104r~)1003/070$/0109
CIRC ACCESSION NO--AP0120658
UNCLASSIFIED
1".01, WIN flat

USSR
UDC 621.32.032.75
RODICHEIrp Yu.-M~Js CHE11.9iRIS, A. N1. , pERI:~uMMov, G. I. ) MEPYANOVICH, K. K. ,
PoMoiNYCI'. N. , KRAYNOVA, E. A. , (Kicv)
"Supporting Power of Spherical Ceramic Shells Under Ext~!rnal Prc:1-,!;urL!"
Kiev, Proble-.,n Prochnosti, No ,;, 1.9-2, pp ?6-29.
Abstract: Results are presenteJ fro%] tests of sphel,C3 of 'Irl all,"llil"17n
Under external pressure conditions. It is established tlu~ the "IniMll
~ tecl,
geometric imilperfect ions of the sholls, characteristic for ~:C,ramit. '11olo"")"
have just as great an iaflu-Ince oil tho slability of CO-romic On
)i strength of thc 11111rd,11111a Cerx-,11C in ~.ile
metallic spheres. The hif I
evie,enced both wilh sin,lv.-cycle and rqncatcd-q,,,,Io appliciizion!; o!' c."J k, I'll"
pressure, is noted. IL 1:5 thit an earlier vork
"Design l1;IrU)!Ctcr:; for Glas-~ rind cerainic Onderviater
Vol 81, No 6, 19631 reco:ivierids that k- tic tahnn .1!; 0.$' ill fIle zol].J for;-:11111
for critical prcs~,ure. The rcstilts of t1lis study show t1wil the vilitm, of k-
for spheres with deviations typic-al for ce).1111lic tedlixdo", !Y 1,11IN, Cso
follow-ini ior'nula i,~ recc-i-In-nded Car aluminwa ceramic Fq,;hnt.~vs
of 40: 0.31"0. .10 2.
cr
112

USSR DOC 621.32.032.7$
RODICHEV, Yu. M., CHBIERIS, A. N., PEREVORUKEOV, G. 1.~, NXIV,YANOVICII, K. K.,
PODGOWM, L. N., KRAYNIOVA, E. A., Kiev; Problemy Prodinosti, No 8, 1972,
pp 26-29.
The ceramic spheres are -Iound to be capable of wlt~sturidin-
stresses of up to 701, of the ultimate strength wiLho t r si ual changes in
shape or dimem;ions, as long as the walls of the iph(-.ras do not have signi-
ficant thickness variations.
82

USSR UDC 621,32.032.7S
RODICHEV, Yu. M. , CHEMITTS, A. M. , PrREVOMMOV, G. I A~_r
PODGOP,'qYY, L. IN. , KRAY.NOVA E. A. (Kiev)
"Supporting Po-~er of Spherical C-2ramic Shells Undcr PrCssare"
Kiev, Problemy Prochnosti, No 8, 1972, pp 26-29.
Abstract: Results are presented frwi tosLS of splieras t1,,- ari
unJer external Prc'ssure cwiditioas. It is established Elie, iiiltial
geometric inpcr[et:,,.:iuns of tfic slic.11s, chiracteristic for c,-r;u;6c
have just as great an inflncnce on the stability o-," ci:rzwii~c as 0!l
metallic spherez-, .The 5trength of the alumintmi co]1116," irl t?iv Sh"lls,
evidenced b0th 1~illh 5ingIC-C)'ClO 4nd
pressure, is notcd. it is v~! thal 3"1 Carlier work,
"Design Para:.v~toi-s for Glass apd Cei-amic Widerwiter Corx:;Ac J~..Q."
Vol S!, Nto 6, 1965] rcCOM,:~!L'iids that IL bi~ taken as 0,7 ira tho fori~,'_'11
ft-r critical prc.,~sure. The resulis of Lhis Study shoti thii-At *kllq- %'alue C.-I, 2;
foz spheres With dclviati oils t:.Piczll for Ceramic techilology may be lower. 'Jjl~
foliowino rarmm;.t is for alumilim ceramic ,,,Iwhillores ~_Ijth NJO'~ r,ltios
of 40: 0.35-0.40
cr
Z
Orl
- 11

USSR UDC 621.32.032.75
RODICIIEV, Yu. M. , CHEMERIS, A. N., PERE VOR UII IOV, G. L, A-1-I-F.WYANO'-.ICIT, K. K.,
PODGOP,,'IYY, L. N', KRAYSQVA, E. A., Kiev, Problciity No US, 1972,
pp 26-29.
The ceramic spheres are found to be capable of withstamiling, camprossive
stresses of ur to 701 of the ultimate strength without vesidual changes in
shape or dimensions, as long as the waII5 of th! spheroi; do vat have sij,,Iii-
ficant thickness variations.
2/2

LGSR LTC
)WRIM-MARKIS, 1. B., 9011=WA, T. V., KRAYTOR, S. It',, an~.It MMII,SKIT, 1. N7.
"The Characteristics of the DlAk Pernonal neutron Tzuolt L"M',metez`
Moscow, Atomnaya Energlya, Vol 34j NO It Jan ?3s PP 13-15
Abstracti Zie cha:mcterlstics of the DIWN porsonad noitro.*.. con-
sisting of t3-ack detectors of flulon frmg4-anta fxaii zmyrnd a 6.1
g/cn2 B10 filter and u235, are inveutIERted. They 1jqijtUa UIC aorxitlvity
of the dosireter, Its reading dejvndences on the dAnt4mce flrui the hul-.aii
body surface and the radiation incidenct iLnd tho IzJ",Lut,~nc-c Of tlt-~
neutron spectrum on the tmck level, The 01' tho .1-11,~A
neutron track dozIL-oter axe shown for f1ve typos of iiotrozi alli
dosimeter locLtions. The averagc value of -the ti*ach liwi,el, 2.3 vMd/LrtL:~%-
mg nV-
'23?, has a dispernion of 48% rixA is sihown to corriwipoY4 to the
value of 2.2 arad/track.-mg, Up-P-37. Four figuxes, boo t.4~lilvuo~ nAx famul4z,
fourteen bibliographic referorica4o

USSR UX 539.--l-OT4-3
K*Yrmj S. N., KWnYEVA, K. K.
"The Scintillition Characteristics of the FS-1 Zinc Bqlfide Lumiphore"
Khar1kov, Moni*ristally, Stsintillayatory I Orgaxicheakiye L~uminofory
Sbornik (Mono4,ryztals, Scintillators, and Origanit~ Lkodmophores -- Collection
of Works), No 5, 1970, Pp 101-105 (from ftferativu" 43uxual, Metrologiya i
IzermitelInayu Tekhn1k , No 12, 1970, Abstract No 12-3~-1501)
Translation: The scintillation characteristics of the TS-1 1uzanoj)ho1-e in
the case of e2zitation by a-particles were meavured vIth i-account ta,!ren of
weakening of the scintillationn in the luninaphore lapLv,~. Xt is chm-n that
In this care the relationship of the scintillation avp:j.:~tude to the ea~r7-y
of the OC-particles is linear in -the rarw,,,e of 2.5-~,,-X' ilev, ourri that the. li(Sht
output of thia range is constant. The rvlationship of the mcintillp-tion
amplitude to the thickness of l=irxOrre FS-1 has been oalcvUated and exper-
izentally measured for C(- partleles with an ener17 of 4,65 Puti 3,03 MV4
The obtained results are comrwed v1th the data of soM otheir works. 4
f1gureas 5 bibliographic entries.
1/1

OF
V__ -
4/2 038 UNCLASSIFIEO PIROCE$SING UATE-23OCTIO
tITLE--ELECTRICAL ANJ OPTICAL PROPERTIES VF STRONTIUM WANATE
SEMICONDUCTOR SINGLE CRYSTALS -U-
AUTHOR-(05)-RDZHDESTVENSKAYAP M*V*t SHEFTELt loT.o STOGOVA, V.A.s
KO XaFU*.tj-j"ARAYUKHlNAs E*Kw
COUNTRY OF
SOURCE-FIZ. TVERO- TELA L970i 12(3)r ST3-8
DATE PUBLISHED ------- 70
SUBJECT AREAS--PHYSICS
TOPIC TAGS--SEMIC04Dl')CTOR SINGLE CRYSTALo STRONTIUM COMPOUNO, TITANATE,
SEMICONDUCTOR CONDUCTIVITY# TE14PERATURE DEPENDENCEP ELKTRON M081LITYP
PHASS TRANSITION, HALL EFFECTv IMPURITY LEVEL* C.ER,[UMw NZOGIUM*
PEROVSKITEr AOSOAPTION SPECTRUM
CONTROL MARKING--NO RESTRICTIONS
DOCUMENT CLASS-UNCLASSIFIED
PROXY REEL/FRAME--1981/1994 srep NO--UR/0101/?(D,fOIZ,/OO3/0873/0,378
CIRC ACCESSION NO-AP0105068
UNCLASStFIE0

2/2 038 UNCLASSIFIED PROCCSSING DATE--230CT70
CIRC ACCESSION NO--APOL05068'
ABSTRACT/EXTRACT--(U) GP-0- ABSTRACT. RESULTS ARIZ G[YEN OF THE
HEASUREMCNTS OF THE TEMPo DEPENDENCE OF ELEC, C0140. (SIGMA) AT
300-780EGREESK FOR SRTIO SUB3 CRYSTALS OOPED WITH VARIOUS AMTS. OF CE
AND NO AND ALSO REDUCED IN 14. FOR CRYSTALS DOPEP WITH CEj THE TEMP.
DEPENDENCE OF MOBILITY IS (MC-N.
OECREASE IN 51GMA 1149TH. 114CREASING
TEMP. IS A RESULT OF DECREASE0 M013fLiTY OF CHAROC CARIZI'ERS. tH rz
sAIA 15 RELATEO TO THE
PRESENCE OF BREAKS IN THE TEMP* OEPENOENCE OF SIC
DISTORTION OF THE'LATTICE OF SRTIG SU83 ON COOL[W-Atio TO THE PHASE
TRANSITION AT 110DEGREESK.' HEASWAEMENis OF THE HALL $FFECt Ar Ituapt
TEMPe SHOWED THAT THE HALL CONCNv, 01F CHARGE CARRINNS IN CRYSTALS 141TH
-:0INCIDES W[TH THE IMPURITY
VARIOUS CONTENTS OF CE AND NO PRACTICALLY
CONCN. 0ETD- BY SPECTRAL ANAL# iT IS ASSUMED TIIA,r CE PRIME37POSITIVE
.:PLA;I*E
REPLACES SR FitmEzrasirivi AND NO PRIME5POSITIVE IN' %--S TI
PKIME4POSITIVE [N THEPEROVSKITE LATTICEs THUS CREWTING I FREE ELECTRON,
FOR THIS SERIES OF CRYSTALSi ABSORPTION SPECTRA WCAE 114YESTIGATE0o IN
THE CASE OF DOPING WITH CEo THE ABSORPTION COEFFe CIEPEA40S ON THE C014TENT
OF THE DOPING IMPURITYa AT THE A3SORPTION MAX# 4T WW-LENGtHS Or OoS
AND 192 N119 THE ABSORPTION COEFF# DEPENDS LINCARLY ON tHE CONCN4

1/2 008 UNCLASSIFIED 1111.01CEStING L)ATE---30OCT70
TITLE--SYNTHESIS A40 SOLVOLYSIS OF SOME DERIVATIVES OF I (IROAGNET"YL
ADAMANTANE -U-
AUTHOR-(03)-DANILElYKQj G. I . i
CCUNTRY OF INFO--USSR
AKADo NAUK SSS.Rp
PUBLISHED--------70
.SUBJECT AREAS--CHEMISTRY
KRAYUS~!~~.~W. s-
SERI KHItlv.~~9709
SEVO$l*YAN0YAv VIVO
2) 1 1444-5
TOPIC TAGS--CHEMICAL SYNTHESIS, 13ROMINArEO ORGANIC C.(1111POUNOt AOAAltNFANC-*
HYDROXYL RADICALs SOLVENT ACTION
-"~~_(;ONTROL MAkKING--NQ RESTRICTIONS
:-DOCUMENT CLASS--IJNCLASSEFIEO
PROXY REEL/FRAME--lS97/0849 STEP NU--Uil/Ot)~)2/'71)jrOOO/1)1)2/0444/01,(.5
CIRC ACCESSION NO--AP0119i53
UNCLASSIFIED

008 UNCLASSIPIEU PROCI,":SSING DATE-300CITO
CIRC ACCESSION NO--AP0119753
ABSTRACT/EXTRACT--(U) GP-0- A3$TRArr. HGArtNG
ltPHE,NYL#3*ADAMA,"4TAf,iECARaOXYLIC ACID WITH MEQH CONCI)o H SIJ132 So SIJ(34 4
HR GAVE 90PERCENT 4E ESTER, B SU61 14-9-700EGREES, WHH(;H L11ILH Suf3(#--ET
SU82 0 1 HR GAVE 92PERCENT 1,PHENYLP3, (HYDROXYHLTH'f'j,~ AL)AMAiqrANE, 1M.
73-4DEGREES. THIS 45PERCENT HBR IN ACOH GAVE THE 3, tPRC14bViETHYLJ
ANALOGI M. 72-3DEGREES- HEATING liBA08Ut3v (BRE)ROMEIrliYL) ACIAMANTANE I
HR AT 100DEGREES WITH 85PERCENr HCO SU32 H GAVE 85PEILCENI I,HY0k()XVs3i-
(RROMOMETHYL) ADAMANTANEt M 880EGREESo W141CH REFLUXEI) WITH WCL SU132 0.5
HR GAVE lrCHLOROO, (BROMOMETHYL) ADAMANTANEr 14 104DI::GREE.S. I , BROIAO, B,
(BROMOPETHYL) AOAMANTANE~ IN COND. H S02 SO SUB4 wAS TREATED AT
ODEGREES WITH CL SU82 C:CH SU32 AND KEPT I HR At R0014 TERP. TO GIVE
65PERCENT 1t (BROMCIMETHYL) 31 ADAHANTANEACErIC AC109 III IJ4-5DEGAEESv
wHICki WAS CONVERTEE AS ABOVE INTO ME EST~Ftp 0 SV02 1,13-190EGkEES.
KINETIC DATA ARE REPORTED ON THE SOLVOLYSIS OF 3 sjw3uNTED 1.
(BROMOMETHYL) ADAMANTANES IN 80PEARCENT AIJ, 01OXANE AT 15C)DEGFEES ICF. K.
ET AL*,t 1969); KATE CONSTS. (K TIMES 10 PRJME'.$ MIIN PRPQ~NEGATIVEIJ
~i WERE TABULATED FOR INDICATED SUBSTITUENTS." Ho ~.47,' PH., 2.34; Ofit 1.119;
PvC SU02 NC SIJI36 H SU84t 1.43; CO SUI32 tij L*46, P'ALILIIY: I'%sf.
ORG. KHTH. IM. Z'CLINSKOGOP MOSCOWip USSR*
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DATE PU6L ISIHIE-L) - - - - - - -10
SUBJECT AALkhS--EAATH SCIENCi.S M49.) ~W~:A'WCJIRAPIJYt
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