SCIENTIFIC ABSTRACT GLAZUNOV, P. - GLAZUNOV, S.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000500020010-3
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 17, 2002
• Sequence Number: 10
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

-A
S102016211441002,10231028
11101 Bi 10
A. V. , Glazunov, P. Ya. llikhaylov, N. V. , Rafikoll,
3. Toki~rova, ij. G., Toe t 1. in, 13. L. , Ind SllfLb),y(,-in , I'll - V.
of or*~ntu,~ Structur~_,3 it. radlation-induced poly-
:.-.eriz,a,_'on of vinyi monomerj on fibers.
L: A v P.-,.iya nauk SSSR. Do"Dady, v. hj.1, no. 2, 1962, 362 - ~6')
to obtain oriented pollymers by polvmierizing the
:7.ade
froz, Cas phase on orien'.,A :,-;:cromo)eculc-,s of fibers acting as
ts were ma,le -,-,,ith a tvio-chamber a~-Dmratus as Used
,.Dr jr_f~ poy!-~r_,ZaLlon of vin.yl on zijneral PLrtL(.-Lt?,,3 (cf. B. L.
ot al '2r. 2-.-o Vsesoy-uz,-,. soveshch. po radiatsionnoy khimii, '1zd.
, C', -,) 0 ontained caprone cord fiber heated to 800C,
1,04J. ne Chamber c
~L",.d 20., completely anhydroug acrylorcitv:Lle (400C). I r i,ad i-
15 '1) ,
ios e ra te, 3 * i 0 . Ejec) for 3
a,_on mude with X-rays V/Cm - 6 hro at
4 5 H -. The vreirht of the Ciber increased by 15 - 33 1;1.. The
ICU I ;Ll- d'4.chroism in the a tre tching vilmLtions (2235 cm-
Card 1/2

S1020162/1,14/00"'lo" 5/0"'D
a -,r, of orien ted s cruc tures in . . . BIOI/Bl 10
by. z;~)--.Lro2copy, ,rovef4 thf~ zol7zi(-r. Experi-
and non-orlur.L(,,~:
fiber as vwli as with liquid
acr-,Ionitrile and oriented fiber showed no dicliroisLa. The liquid mono.-,er
... o-cuies are aszuimed to prevent orientat-lon. Fur th or experiments with
z o,,Y7,ers, andl naturaL fibers used as I'matrices" are under way.
Th.ore 4-3 1 fiE--~re.
ASS 017.1,1:0~. --nstit.ut el,2r.-,,~ntoorganicheskikh soyedineniy Ai-.ademii nauk
SJSR (InstituLe of Elemental Or-anic Compounds of the
0
Academy of Sc~~encvin U,35R). Vqesoyuznyy nauchno-
',cnrt (All-Union
s-s edovatellskiy inatitut iskusstvennorlm volo. -
Scientific Research -Lrs-.i-,ute of Synthetic Fibers)
january 19, 190'21 by V. A. Kargin, Academician
SU3:,:1~2TED: danuary 12, 1962
C~.rd 2/2

FLAX, L.S~-, LAVROVSXn ,K.P., aLAZUWOV, PJA.
Ridiation thermal cracking of petroleum Wrocarbow and its
co~rcial application.
Report to be summitted for the SbU World Pstmleva Congresso
Frwiffurt, 16-26 jww 63

or from, 1.a
Pa,j ion-- indu-ld r1", p(dym-, t'
!J k n fl, 03
I t s' tz
vul kria "'or f, t mon t 0-
orj;ari c !I(, J ki: A 1; for
1 i, "u "I z : ~:f;o:jkov tk!. im'. AN 1,11110V

#0 *wits A~
T1TLZt Thaw-radiatioi ormaki
SOURCRt Neftekhimiyas TO, St. 6" 4$ :1963J. 615-64
"PIC TAGS t propano'crackIng,*' ther'so-radistion *r'1h6kLNj;j
thermal cracking, ionized, irradiation-
7
ABSTRACTt Authors studied themo radiation or mviane' ~MOO
J.- -to a much lighter hydrocarbonland which In used 0.14a
material, The experiments ware, conducted at tem W A tull.-Ots: between 00
and 700C. Propane gives a fairly good convers '"it a ~ a~~Marativsly
simple composition of gessous,produote when an li%L-Omsivit ~radlatioti
dose Is
applied during the thermal-radlation prodail.s., as liall an d~ir-
ing thermal cracking. The results ot theriso-radlMilon dzhokins of
1propane and their comparison to thermal cracking uv~dsr th-4 same con- j~
-1ditions. ave presented. The yields of Hs CH4,1 Cjk%,~ arAl. CA, an a
Card 1/V

L 15478-63
fI H,~i
ACCESSION IM t AP3M49
function of temperature are'iljo givedo The I'Lai wl*Ny at lhw
I.- propane thermo-radiation armakiza procose. Is all 40, Ibis th6.iA*ti**t.14in,
energy of the chain propagation during the=141 V4*jW ::The applAca'.
tion of ionized Irradiation for.the Initiatioli 0;bwsin ~;:r OtIon Or-
T'
-out of the propane.orack iiilo
mite the carrying ing p alf i Perat as
which are 100C below ordinary thermal oraoking sadl:Ulth~gaod conv*0_
sion; The experimental abd chemioalyields underAhe cianilucted. %v.
were approximately 108
perimental conditions molviviles polo 100 av.
Orig. art. heat 5 figures ind 3 tables.
ASSOCIATXONt Institut fixichookoy khlnli AN 818831 Lull, Ute of
nhveical ahemistrv. AN SSSR). inatitut neft "-Mig
ekhW41h
AN SSSR 10.
kN SSSRT-
SU&M=ED t
Sts COD92
1qDec62
CH
-jxilstitute of petrooll4livicifit 4vntheeie:
DATH ACQt 063op63
No MW 30V 004

PIKAYEV, A.K.; GLANNOV, P.Yn.; YAKTIBOVICII, A.A.
Radiolysis of aqueous neutral solutions of nLtratm-n at, filgh
I
dose rates. Kin. i kat. 4 no.6:835-843 N-D ~'3.
(MIRA 17:1.)
1. Institut. fizichoskay khimli AN S!:cIZ.

J:
AUTHORSt Troltaklyi 0. A.j Glawwvj P. Ya. j Uklrbwa p V. 1%
IM 11.1 =-I- al 'Pb
TITLEi Kffect of prell4nery eleatton iri-aMldoik upon ths mitzen(gth of idne *Dotted
with fusible eutectie
SOURCEs Fizika metallov i metallovedenlys, v# 15, noi 4, 190p -534-!13?
TCPTC TAGSt electron irradiation, zinep eutectle , 7n--Sn, &I-Cd, 2)n#-Pb
ABSTRAM The adsorption effect of fusible metallic or-OJngil on the imehanicel'
properties of relatively harder-to-ru" metaln han been simdi.ed. Tho experiment
involved an electron irradiation of polyeryntalline zinc samI.Aes coa-Led with ftSILble,
eutectiest Zn-Sn (85 atorde % Sn), Zn-Cd (73.2 atoide % Cd):l and ',In..Pb (97 atomic
% Pb). The elect-on energy used was 1-1,2 Mey. The elec-h-oiit dosoit OWned frDm- a
lirepr accelerator varied from IoI6 to 3.7 x 1017 olectromi/I .A2. !Ibo irradiatIon
doses were deterTdned by the intensity of the electron flwr, the irrodiation eirea
at a given d'stance from the accelerator window, and b.-r thi.4 Lzradiatton tire Inter-
vals The relstion between the relative hardenIng and the Art~edlatlon time at
tempi~ratures of POC rind 200-2200 wto determined, F-s was the t-olni-Ion botiveen th.e
reintlve I-vardcning and temperature. The autbors conelmde Limit tl-i~ irradinilon of
Card 1/2

L 143o4-63
ACCESSION NRt AP3000096
the polyerystallino EinC SaMple" Wfll"d by hArd mitectl a aj:[4jjry alb Me "Md+1,j fil
a M"imum hprdenirg of 15%. The ale-otran irrndiation aetivill-miji thin pist)oems Of
melted coating penetration into t~e voids of thD crystal.Uno JJ~.ttiw), t1mv 0ausilliff
hrrdening up to 40%. The M-Atest irradlation aff"t to ob.,wrimd Di tho 2ki-Sn
coated samplen, because VAn eutectle bms a rmiter iturfPce acil1vitor tim 2h-C-d atd
a-Pb _I ~tin a~. ~Orig. art. has 1 1 f igimms.
ASSOMITCN: Tnot1tut fizichenlroy kh1r,11 Pq VqR (yratitilte ol!' Plmd i1 chotdo
Acadery_of Sciences, SSS
SUMTTEDr Wlay62 DATE ACQi 12.Tun63 INCLI 00
:SUB CODEt 11L, PH NO W SM 009 OTM 000

RYAI$GHIKOVAj G.G.; SIBIRSKAYA, GAL; CjLAZ?J,'I,,V, k,Yti.; GjUj(,)l!,V, A.I.
Semiautwaat.ic proljortimir4,, Vor i;ao chron", tograj;fiy~ Zav. lat'.
29 no.2;243-24). 163. *L'tj:5)
i. Iristitut fiziciajukoy Kidrili, lu'l
(G~~, chrowtography) (N-oportlord.nL;

RYABUJUKOVA, G.(~.; ~~Ibll(~;KAYAY G-LI G11MV, A.I.
Apparatus for selecting t:as Bamplev during cla-mitographic analysis.
Zav.lab. 29 nu.2.244 t63. (-NIRA 16:5)
1. Institut fizichoskoy Ichimii Ali 6S,~R.
(Gas ohromat:)j~raphy)

YERSHOV, B.G.; PIKAYEV, A.K.; GLAZUNOV, P.Ya.; SPITSM, Vtkt.l., likademik
Electron paramagnetic resonance spectrum of a ]Vdr&ted electron
in irradiated frozen alkaline solvitions. Dokl. AN SSSR 149
no.2:363-366 Mr '63. NIRA 16:3)
1. Institut fizicheskoy khimil AN SSSR.
(Alkitlies-3pectra) (RAdintion) (Electrons)

PIKAYEV, A.K.; GLAZUrIOV, P.Ya.; SPITSn- , Vikt.I., akademik
Mcchanigm inderlying the radle)l,/tic ox1dation of U'valn-lit iron
in aqaeou3 sulfuric acid gollit.tong oontaLning oxygen whan the
absorbed dose. ig high. Dokl. All SiSR liO no.11:10'17-11080 Je
163. (HIRA 16:8)
1. In.9titut fizic.-he.9koy khimii AN 333R.
(Iron compolindi) (Rridl,~.tion) (O)d(Ifition)

PIKAYFV, A.K.; G1,AZU1107, P.Ya.; SH"';YN, akrido!~fi-LK
Approximate values of the rate -otmt,inti c,f rad:iatlon rorictir~ns whon.
a hydrated electron Is Involvi-d. Dokl. Mll SSSR 151 no.6:138'l-1339
Aj, I (A. (MIRA It" ': 10)
1. ln:~Uf,u~ i'Lzicii-ik~31Y ~ AN

YERSHOV, B.G.; PIKAYEV, A.K.; GLANNOV, P.Ya.; SPITSYN, VI),,t. I.,
akadrjrrJ k
Electron paramagnetic resonance method used for proving
the participation of the trapped electron in the radlochemical
reactions taking place In frozen aquoown solitU.c.-3. DOU. All
SSSR 154 no.1,*899-902 F 164. (MDRA 17:3)
1. Institut fizielipskay k1iiiiiii All SSf-7e.

PIKAYEV, A.K.; GLAZUNOV, F.Ya.
Radiolysis of aqlier)il.- igoluti-ms (-.X under the r-Cfect
of decimicrosecond edectri)n pulse.,i. Dokl. AN 'S~:if( L54 rio.,5:
1167-11-10 F164. (MIRA :.'?:2)
1. Instltut fiziche5ko,; khimil AN akademikom
V.I. Spitsyrym.

ii
-AdOllS$lOlVNFt: AP40,4008 ij,
i';
ub w" d
tkd
ti'ther~ nonthermoplast a. 41 Oi:; Vri. ti:lf4b
f R adl at i o* if a r~"i ;at
;7
9! A
0ssolc to theradstav,th:0, i f'
4 tho L joi
separ,ttel at 6 if to r out i0m
y
f) IL 11
tron accelerator.; . A1
4 Til
LJ AA~~

P1.6
9009-65 W (J)/~VM
A(~) T
MWAFeT, RPL 60/RK/W/MLK
Sill C
ACCESSION NR:: AT049857--
Yanova L o~ R. ;:D.~c
GIS214MM
AUTHOR:':14aslovskaya R. S.
TITLE: :Pecu I far I t 1,cs; of the ~Jldlol Y, r
0 tho in,:f 64'y -1
S '~N
methacrylate during L~radiatloq 16 Vj-f feriiint~-01
SOURCE: KhImicheskiye svoystva. 1, moiii I k4ts 1"ys odlimerov ill, ~aqdj;
e 8 '.1a
-th modification of olymers), sborojki~tatey. ~~Cwo 1 8
p
r hacrylate, piiil~butyIP46acr I
.TOPIC TAGS: polymethyl et Y. ato, 0: OL-r 04 10 sl~�
polymer molecular weight, polymer streogt
ABSTRACT, kstudy was made of. gas 601hat''i on dlv'rii ng 'I brad l,a
~io ONM
tureLlnterval encompassing both transii1oh 0oi-n6l oc 061 rite
-3: :PBPA). i~n:~ iiL-rfoi~iedl 1,1rig Y"I u! i rand,. I n
nd polybutylmethacr late r
.-y
wlth4l h4t
at r,. ln,~glass ampoules provided or on ic.~oo 11~
merohrane 60-70 microns th;ck: The el ellit jo I
toV The dose was determi ned: by:. 0e', fe0r';osul f kp method ~iknii il~ W` t
ev/g-sec. Samples were f I rs t eo:t~p lft:a~'Yfllcutm for,!Aj ~"':at i. ~-Wro
praiiuro ineci r iii ill,
absorbed gas Gas liberation was jydoed~ b~
df
ofnon~liberated gas was determined, b~.' soloilon,~of thi sW e
addition, rupture and compression tests Were~*m-ade u'nde'r 11!'of
c6ri 1/3
J;

71
L 19609-65
ACCESS ON RA AT4049857
r w_ d fi
'and 4.kg/cm2(POMA) and Molecule e I qeire,:,de~brml,*p~ 2y 0
I e ter.
At 25C
PO ym, rs in an Ostwald viscome 15 0imet uci
rom PMMA, while i ii4Is jl~ I Q ~:aiid Ah 11
f It 80C gas Jllberatibn'iis~ 6t
re~ the~~i'ia ;S N~;' b
.spongy, and at 13Wall qaseous-products~ruptu 0 10
the atmosphere. The radiation yfelorlpil '001.e of*
ing-te"erature lititincreases sharply at- ~ the t ranp t
I . . ~. , _,~'po
CO+CO +CH remains practically ;onswk at: 26, 8$'~ ~aiid.', 140"
t.!,~ sh6'w.'s+1t:h1
drops! wh~ le that of, the monoivier r 11 ies~'sc~iiie"a
fo,rination,in PMFA Is connected preddimbiantly ~44j~ th~- d" ~' I
I'I~ ~ra ;taitT" n
lateraf ester groups in accordance with.~ randii~laio4nd iqot'~Vil
monomeric links as 31 dest~ru~tlon. 11 r r a"d
during therm Uit Ion ~rq i
weights from 3.5xIo7(PMMA) and 7-IMOO(P8111A): t6 J.6~104 ifi~d 1~
t 41b I ghts shbwtio, 4
-when irradiated in a highly elastlc.~state' e
wfi�~Je ori both sides. of the minimo^ 16 the Vltre6us 113nd V; S'Ciilei
nstant and alil.,e. Here, too!;, ih'e,,~;rupt.uviq'~of tht bon:A 1110
were zo
foil I law and''thq ese ropt6140:
chains owed the randoo nober ~of~ th
to the dose. With rising temperatureilof Arr'8dIAtion:'j-~the1`,si;r i1j"fi
ped, reaching a minimum when the material was In 4 highly eh3r'if;
r1s.'ijq. The greatest drop occurred w6n!~tho
polymer was irr
e
-fluid stat6i ::~O'Tfi
0
eldstic,and-not In a visco a0ihor~i exores!s~ 0
Y novskly and M. P. Glazunov f oil, the 'ai 0
LT3-- ;J.
~q
V, I
I aiv'
*40
ries:
M J! I
he cl,, Ot !6f
f I
In tj., nil as
'; '0''1
AOIC of
emil ~_ I
fi:1 lr414~
OC
4ed
610 ixu]
a
jo5,~~
1 eairl 1'rq; H"It'd'um"
iid
04~ J~ i
10
jv b ymjr I:- I
ort ona
rd
d
jodl~ aa! f 'Y P~!
d t6en
a, h
i u to
If ae.:
Mp

0 W, 'I, NA 1) v(C )/i:!T','n N --4/
ACCi-;~;SV).-I Nit: AP5001097 S/00:!01(34/l59/GGiI2&1/1363 si
V.A.- For,;IrLilv V.7. (Corr(j3pontllri~,. m~srib,,,r AN 3~jjll)j
n, 3. fj kov Gll?, z a .
TITLE': Ra(li~itjori synthesig of polymerij with t1w base of trimeric cycLic dirne-
thyl Phoi; - C
SOURC lklady, v. 1591, no. 6, 1964, 1361-1363
'J'OPIC TAGS: rndia.tion P.1_1=r ynthesiii, trimeric cychr dun,~thyl phosIphino-
borine, eff, -ctldwear ntrueWre, polycyclic ,Jrurturi!
I
M,1STR.,kCT: It was chown recently (V, V. Korrhak and N. 1. Dekasova, Vy*so-
komol 'ek. Soyr~d. 5, 14,117 (IOG3)) that borasoleG I, are polyrnerizedurderthe action
of ionizing radiation and form polymer products of polycyclic nLrncture. It can
be exp(!rted that irradiation may produce a uimilar effect in cyclic phoSphinobor-
ines, The authora selectod for thia purpone the trimeric cyclic dirnethyl phQs-
phinoborine. Tile irradiation war, accomplished with the electronic acculorator of
C.,u 1/ 2

L .,. 1, , .' --/, -1
tn~, Tir),Aitu! for Ph,-ysiri-il Chemist,--,, AN SSSR it 800 kv with a dose of 6. S x 104
I'aQ J-,Fi IrEui,,a~ion of i x lf)'I 'ev/gni. sec, about 70'ia of the original
monomor ~:as tratitiformed into polymer products of two typ~m, oril~ of which viRs
the other ooluble. Tlwir composition and tli-~rmorneclmni-
Inventigated. It was eutablighed that t1w productB formed
a Iinear nnd of a polycyclic structure. Orig. art. haf;: 2 figures
~S,; 0 1 AT-~ ON: Inmitut ele mentoo rgan I clip i;k Mi soyedinenly , Akmlamil natik
S`~SR (In3tituto of OrC:anoolamAntal Compounda, U#Anmy of' Salancan, 938R)
SUBMITTED: 07JuI64 ENCI,: 00 SUB CODE: GC, NP
NR RET SOV: 001 OTHER: 002
QIU /
Card 2/2

xl~:
:-ACCESSION NR: AT4049851
tor.4olt ge of 800 kv; current. 4~nsit~ iof ~0~4-6~ 2 mi c~ r a i .Iro- m;
4r r. loll, 43~/ccq! .ez:~ The, ~ Px4oi
an a do e of 2 ~1
thewexperiment I~Proceddrii ate 4jt!kjjjW4: 44~ d1i
tm o.
at a specific lotAd of 0.8 kgt~cwz mat*g~ Of 6111 7 r
Nf
polyrarylaties hav'B a Ugh stabdiii t~4iiO 0i: effect i4~ii
radiation yield ;~of the gameo~i 0iodWits, of Oe~ )~Adiol)41 J;1,( N0~1~ 1,
w 0.02: mole/100 ev, vhich is vl~ch~~fio~it ihan~tjw *fildi~66o!- adfq
ethylene t ate or po ycat4pnstp
late$ do,es, not ~Oiange signif loi4~0*!~6e ii! iol~" 0~0
r
to'~bd noted that, in the:& UC kad~oj '1!J' I
4 11DE
7;
Iand:polycaA6ns1;e (MaUrolon 10ntliifilag i. on~,, P, tr 1411
JOS 11 1
IV Out vt 1,
'of methane are ~L&~RnS. am, 6wp', ~d~W14 th!~~A 4,
Is*
~e all etit v
containing analogous groups mitt iafie~,ts d!le`~Jif I! i
..;- ~ 11h
0
of,the gaseous mixture. From thio, T I t4t~t at-j
e olutio'n is stronger for lWt~i Mid t
gen._ v n ii; is ~,~66 liopw
17 z0 'tho -wo wit IW~;
group in dipWiylolpropsne is stAbili d, bk, h
ip4i
ed1by' thfi;~gjtbup~ra gr# 01 i t1 :.in c ri
The energy of radiation absorb
and is partially scattered# an aj,result hydrog~n,l ~tom~1116,it t!roff'
w
it
Cori 213 ht~~! .
177
.1777"

t 34146-65
VR,- :AT4049851
ACCESSION 4
;J

p -plienyl groups. Ortgo ar'tq-. hot 2, gjgxj~ros ~oj J,I i~
t
h

Nr Insti :'elemento6g oye vo
WaR#h m q
LSSOCUTIO tut
ltll-Ok~~o
ot

~Compound Innitute, AN486R) ;T7-

A

EO I~j 00
SUMUM: 31 s62
_CL,
IB:
NO REP SOY; 005

A

-77 r.T-17..T. F.7

X A ',~ fl-V A K~ '~7
I rnit3fat-J, f rosen
AN khlr,~. no.l1,;v',:-,)r-.

COM

r 04J

00
Sa
10

C
c
M~

6 81-65
ji
CZSZM Iffil 05W6640
AC
.

Av

Fig.. I. The ieUtion, bstw4sW !'y3~qjd
tb#
ji;~!:

t in thisima:
UO a
'a~aaiir4 of the
otia ;i
,
dieiillstlon -owisms with-the bbili~X; 04A~
' d
AtA40G
to t
I
:
the. Vvaw
at"king

oiaalj:iig ~i the
some resatorl:= 1*
0
i
;:
rma, Gracking irL the
i~s p!
:
,
uOlLuniforul teuPwaturs hildl - 4-~,**q
Ue.

p

t
J
;

~ A

if ~fl Id
Oato'Y
Y4

l j.riguru~isuw -

t ASSOCIATIOVI~ U01ke

00
-SUBMITTED'

:005 17

vp

. I -
: x-,., A -C~ , - I

I
I ~ I M-YEV, A. F.. ; :'M I FSKAYA , G. K. ; RYAH(Ail ;-:(')Vi', 7 G.G. ; GI , 1-. Y--..
M i -
Mechanism, of hydrogen peroxide Cormaticn ir. r ),4 "' aqu(jous
solution of sulfuric aeld tit hi~,,h dose. rate (;f' absorition.
Fin. I kaL. 6 ut,-1:4-1-47 la-l" 1~,9. 28:0
L. ln.,3rAU;L C17-Joheskoy khItaii AN

h-,v. AN

IACC Mi AT60 34057 ";OURGE C 0 D,~,
'AMMOR: Morozov, Yu. L.; Vitushkin, N. 1.i UlAzimov, P. Ya.; 14ifllcov, S. R.;
'hhomutcri, A. I.; Tsotiln, B. L.
MGt Tnstituto of Organomotallic Compounds AN s3sp, (InItAtut,
isovedinenly AIN SSSR); Scientific Vosnarch Irvtiti.ito for Fiborglas3 (Ntruchno-
lis;lcidovatellskly institut steklovololow); Iristituto of fbyrile.0- Qiemiztry AN 55.1ift
i(Institut fleichoskoy Idilmii AN SSSR)
UPIEz R-idlation gas phaso graft polynorization on gla5s f.LL)o--!j
S 017H C E: Simpozium po radintilonnoy hhimil pcilimnrcxv. Mkiscww, 1964. Ftiidia t:: ium
kh ind
,y,-, pohmorov (Ridintion chemistry a' poly-r-a-.3m)i dok' dy al-Dipa:-Auma. 21-10scow,
jIzd-,vo Nauka, 1966, 16o-164
'TOP--C TAG5: radAntic-i f,~)Ivmorizatulon, graft copolpior, polpiarization kinotics, ?Iaurl
IfIbor, acrylonitri-le,
i
A-BS) " R A ~ T I'Ilia klnotAcs of ra(Itition gas pha!;o graft. polymor-Amition cnito inor,-,.-uiIc
"rort) lmve~jjgatwl X ray tvibu n5 Uio rad"intIcin 3our(.,fi,
--icr:(Icn',tr'I-j;i iul t1l) rionomor, and throe typwi of gh.,3s flboro ai subatrate-
1) convon~,-nal. riot 1;1111.dinci nonporous glanj f1bor, 6--7 micror, flnmotorl 2) fAno-p-irod
rfoctIvo poril dlantotijr) f1bor irvido by treaUng tho ~aniar vi-th hydroch-lorlo
Cold 1/2

ACC Nrlt A1Y)034057
arld: ;I)-A. -0 ooarso-wred f1bor (40 effective wro diamotor) mado M, acid troat.ns.3nt
!Of sodliim bororillicate fiberglass. Roaction rates wero mqasui,ad directly under tho
beam wAth the ho-Lp of' A McDain typo dovico. Induction of t1io gr4ift pol3inerization
reaction on tho n~~nporour- fiber was sloit; id.th the poroivi materials the induction
V,.,3riod was short, vrith more polymer fonning on the crarser mnLorial. Howuvor whan tho
iporon wore filind, tho grnft polymorlz.RUon roaction rate was al-.)out trio ijame as on tha
I
inon?orou3 surface. TnAiA Tx)lmorization rates on till thron fibers reachad lirdting
ivaluos vith monomer concentrations-at acrylonitrilo vapor presnures woro well under
1100 mm i1g. In the porous samples the process rate isa linear foxiction of the sorbed
monomor concentration; the energy of activation is aboxxt :) )wal/mol. Tho
po:Lymorization rate Is proportional to the square roolt of the dosage for nonporoun
substratos-glasi, fiber, aerosil, powdarad sillea gel. Radical roactAori mochanism WIS
confirmed. 1he polymerization rate is a lAnOAr function of the dosage for Lhe fino
pared material, probably due to sterio hin(Lranco Inside Cho parios ratlier than to a
different reaction mechanism. Reaction Jnitiation on maWillio rixide ani:l ailicate
materials is probably aesociated with' the formation of th-ii ecia,gui ion ritdical under
[ionizing radiation. Qrig. &rt. hast 4 figures.
CODE: 07, H/ SUBM DATE, 25JU166/ ORIG 1W, 007

4
fz TAM At 4 V.J., 1 8, A AL
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-Wit
S N strt., ACA S.
*Tb* Pripwatim 01 Vwxism Alamialum MOTS.
49 F,~r Ow pp,j*mU,'t of 411-w4 -ritinning 2 h', litl'
nium'. a dry fuA. gnAllut mixture (it titula Lod ( 'Ifite w chonnighly "littivi
ry,
into Alumullum jilp'lit rAl girm.) L~fttml In a graphite or ingLornemite crixil:le t~
V. ; a vipruux rwAyni at onve (jcvtjtv, the tt,.,I~tawn, ri4irg 9,,
SO ILMO) -130m), V. Alloys rimlitining a high pr,,1xirtilyn 44 Ittanlitut, (12 14",,) r4) 0
so m nuide by phiving i mixture,A I itAnia. vr)-olite-, and I-4a"mut t It Ln,,t.~ ,it I,
09 -1 inim it -hx~ing. iritihn crupty crucible pmhmt~f to I(K*v I Im C,; c1tr
the first rig,)mus n,ist-titm bas ini6idi-J (incrosaing fit" tt-mlo,raim, w 1:1,41 -1 WIN 0
13", 0, 1'.) jjj(,rr of tbe chAro, may bo fmi in sh m 1y. The jxmritiv. tent1wrt t um
Must not be tirlim MOY C. [A" of alurniniurn by buriling 11 25 30-,) (t4. die
sh4vinp., 5",,taitiflum,
ith ,r . it him wI;Ix-r. A rimthid of Anifb* 4 A tifsaii.m thimirliffif illielm
Kit ell. IA rulerrav" to tho lArmtum aWgwoi- N~ A.
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'47FICT Of' COPPER, MA NESIUM, IRON, AND MAN A 11F31, "N
0

00 PROPENT[t,S AND STR',ICTVRE OFZIINC SILNIN. S. G. GLAILINOY (ViEST. PU~D.

NAUK S.S.S.R., 1943, (Tokhn), (11,42), 7 8.80 Brit. ALs-, JOIR46, 01), 39).-- a
0 (in Itussian) The ratio iron; manganese in an al.vnin0in ollay oontainin r zinc
Go a: 10 ami silicon 0% must Lu about 2.1 flin tonalln strcmr.Lh of analw-.0til um
oe~ alloy Qontalning sinc.10, silicon 6, maziraLnisti 00 ir.)n 0.h~: is
00 raised L,Y 0.6-08% of copper frcin 17 to 19 kg./sq-ym., wid. by U.8% of
I
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- Coo
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~i~ See

00
RITALLURGICAL LITCRATURI L-SIMICA110.
Pie 8, too

Ott 1 0 *(tits U. 11 a 0 A Aj a
o 4 0 a
0

WaRRART, John L.; Q.WUNOV,S.G., [translator], reduktor; LUZENIKOV,
L.P.,[transiatorl''re at,&tor; ARKWIGIVSKAYA.M.S., redFJctor;
WMSOD,I.M., tekhnicheskiy re&Lktor
[Titanitm and titanium allys. Translated from the llngliah]
Titan i ego splavy. Pereyod a ajigliiskogo. Moskva, Gos.naxchno-
takhn.izd-vo lit--ry po chernoi i tBvetnoi metallurgii, 1956.
138 P. (14LTU 9:3)
(Titanium)

1, 1 ts , (-
"Titanium," by A. D. McQuillan and M. K. Mcquil-Lan kftir York 1956,
466 pp), reviewed by S. G. GlazunT~, N=e nig:L za ubezhom
Seriya B, Tekhnika, No 3, E
ar 57, pp 40-42
The book is the fourth edition in the series Metall of Rare Metals.
LEE I 'I
The chief editor is H. M. Finniston, head of the netallur&r sectior of the
scientific research atomic center at Harwell. The book is much nore com-
plete than the short handbook by INerhard (Titanium and its juloxs) recently
published by Metallurgizdat in Russian translation. The scientific level
of the book is very high and the latest achievements in physics, c'.' metals
are included. The translation of this book is &Irmly undor way by Met-
allurgizdat and the action taken is much approved by the reriew.-r. (U)
U

KALtTjIN, Viktor Filippovich; BABIIY, Vyachesj4v Kupriyanovich;
GIA-Z-UNOV, Sergey Georgi.yevich; KUZMA, Tamara Sitepanoviia;
POPOV, Boris Nikolayevich; OGURTSOV, Aleksandr I,rz=vich;
OLISHANSKAYA, I.V., inah., ved. rdd.; PONO~IARLV, V.A.,
tekhn. red.
[Technology of ingot forging and the continuous rolling of
large-size, commercially Fure, VTID t1tanhun shoat. Over-all
mechanization Qf the loading and unloading of ingots from
holding furnac;s] Tekhnologiin kovki alitkov i neprer%yv-noi
prokatki krupnogabaritnogo lista Iz tnlzhnichoaki chintogo
titans. VTlD. Komplaksnain mekhanizataiia protoewsov wgniz'ki
i vygruzki zagotovok iz metodicheskoi pechl. [By] A.I.
Ogurtsov. Moskva, Filial Vses.in-ta nauchn. i tel