SCIENTIFIC ABSTRACT SMIRNOVA, K. - SMIRNOVA, S.V.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R002203110008-4
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 1, 2001
• Sequence Number: 8
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

UDC 556,16:551.461.25(262.6)
kI:S1HICT4ON of Kwur 114T0 YHE KARI-111111-1.1 BAY Ml Till 11111R1 LILL F Till
~;Ikspm%
[Article b i.-~.-;rnov USSR Hydrometeorological Scleati.fic Research
~erkter; 0 car ya I ridrolaillya, Russian, :,a 12, 1q71. submitted
J'Ine 1971 1 ; - - ) .i
It Is derorrtrated that the restriction of runoff into t1w
'-:ar=-Bogaz-GQI Bay to 5 ln3/ycar will load to an increase
In the level of the Caspian Sea by 25 cm in the year 2nnO
under the condition at Increased river runoff ano by 3U kin
Vitli additional consideration of the tr4n5for of the run-
off of the northern rivers to the Volga basin.
distharre of watur frova the Caspian Sea into the Kate-Baga-z-Gol
~~s yEakes place through the narrcr4 Karabogar. Strait. The depth of the strait
E b.5-4 "5~ meters The mean flov velocity in the strait varies from I to 5
-/gec. It the wa~.rfa 1, 6~m from tbo hend, the flow voIncity Increases. In
direction of the bay, the flow velocity also increases as a function of
t-pt% of the strait and. Its bottom sl&pe. The slope In the strait ~4 not-
P al in dotor=kned by the difference in levolz between the sea and the
.1y, surge rhonaricna and variability of the, sandy bed of the straic. In the
Ose of hi;~h stan4inp of the sea lavel, the sea-hay level difference does not
xceed I mvtrr with respect to observations over many yearR; the runoff from
~his'%"O'J'Itialta the bay has reached 25 km3/year. The length of the strait was
6"z in this case.
With IM-erinp of the level of the Caspian sea w"th a
in tht su-tface Influx of water to th~ son). the difference in the sea-
!.~y lcvc2.s inzr"&e.1 1. 2 motors In 1.)4r5 2,
. d alMoSt . meters OBO cm, ) bv 1957.
fll.'Jcn;~t~ cf: to 11.5 ~--. liz-wi;3xh decreaaad
and this xtro became deeper.
Wit'.. vnriatioA of the morphomet*ric characteristics of the strait, the
~ur-'"f f-.cz tte,ac4 Lato the bay.deer"O" to (-7 km3/-
'ecr. With furthe'T
~:iweri-ng of the sea level, the level of the bay licSan to drop moro intensely.
-~e titizerance In sea-bay levels Increased. the slope increased and, consequent y
the flow rate incrazia" in the strait which led again to an IncrOA110 in runoff
- 76 PRS S5-331
.A r~)*A I Z

USSR imc 633-11+582-285.2
SbODET19YA --L,,_A., Candidate of Biological Sciences
"The'Role of Resistance of the Zoned 1&eat Variety in the Formation of
Uredupopulations of Sten, Rust Pathogens"
Moscow, Vestnik Sel'skokho2;yaYstvennoy Nauki, NO 7, 1,072, Pp 16-19
Abstract: The populations of P. gramd.nis f. op. tritici causing sten rkist on
wheat dinplay two characteristic trends in the percent conposition of the var-
ious races of that pathogen. On suscept-ible wheat.st'rains (Wesskaya 16,
Dne-provskaya 440, and Kiyevskaya 893),~the predoninant races are 34, 14, 21,
11, and IVx. On resistant wheat strains, es.peciallyl~the Pezostaya 1, t1le
prevalent race is lk, while the concentration of races 34 and 14, is consider-
ably smaller. This chan.-e in the biotype t.,o=osition of -the fung-us population
consistently develops after each infection of the Be-mostaya t-rith the rdxed
~pathogen. It is dite to the fact that this wheat strain, though -egarded as
resistant in general, actually has a specific resista.nce to only some rust
Zungus races and lacks this resistance!to other. biotypes.

USSR uDc 633-3-1:632-4:582-285-22
SI-MiOVA L. A., North Caucasus Scientific Research Tnstitute of Phvtopatholoj_i
"The Use of 14onoge-nic Nhheat Strains of the Marqu.-ise Variety for the Detection
of Biotypes of the Pathogen of Stem Rust"
Moscow, Biologicheskiye Hauki, No 6(10~), 1972, pp 3.04-106
Abstract: In the differentiation of Domlations of Puccinia graminis -L. S-0.
tritici Erikos. and Henn. that causes stem rust of whes'l- in the Eoethiarn
Caucasus, a method for the detection of biotypes of the :ftmtrus OP. monogenic
wheat strains that had been proposed by Canadian was applied.
f
Strains o' the wheat variety Mrquise with thc genes Sr-(, Sr8, ST,)a,
SrlG, and Sr1l were used. %he reszLlts showed that V-ic:rc-L"ho-~1 in qucstion czm
~y 'lie
be used for the detection of sten rust bio1*,y-,..,es viraleat -crvz:x-ds a varict t
,anic of the vrheat
resistance genes of which are Imown. The imst heter~o(,,
-C and 0
strains investigated that occur in 11orthern Caucaslas were L , 34, - 4 , on
which avirulent biot-~Tes of the fungus were found mcs-~5 Prequently. A-.~;a-inst
these bioty-pes aLmost all of the resistance Zcnes were effective. Or~ th~a Otiier
'/5 8,0a
hand, fun.,,;us bi-ot-,Tpes -~dth the vkrulence for?!rulas and
9b,10;11 were detected, which would be virulent -w!11(,-.at -;tm-ins -irLua a
resistance based on the genes Sr5-SrIO and Sr7-Srll, ve,spectively. '!he ratio
1,12

SIUMOVA L
Biolo--icheskiye 1, i, No 6(102), 1972, pp 1.--34-106
of these two biotypes in ure-dopo-pulatl ons of t1le fun--jus did not exceed 0.7-
2.0%. Biot.~mes ca-oable of overcoming tbe resistm-Ace dl--- to the presence of
the geenes Sr6 and Sr3-l were not found in a~single ini;tomce; hence, one c--1-i use
"orthern Caucasus as a basis for resistance.against ste,-ii heat
in the ll U rust wl
strains vrith the gene combination Sr6 + Sr.U.

X.L.alnc racnoiogy
USSR UDC 633+632.938
N ANPILOGOVA, L. K., SOLOV'YEVA, A. I. (Deceased), RUD-UIOVSMA,
4 -Union
0. A. RASSADINA, Ye. G. , CHUMASOV, A. Ye., and J10Y, V. A., All
Scientific Institute of Plant Protection, Leningrad, 1~orth Caucasian Scientific
Research Institute of Plant Pathology, Krasnodar, and Central Asian Scientific
Research Institute of Plant Pathology, Tashkentskaya Oblast
Formation.in Puccinia graminis Pers. f. sp. tritici in. the USSR"
Leningrad, Hikologiya. i Fitopatologiya, No 6, 1971, pp 494-499
Abstract: Besides discussin.- the current status of the problem of the race
composition of stem rust of wheat, the article synthesizes the latest data
embodied in reports slent to the Journal Mikologiya i fitopatolo;;;iya for pub-
lication. 1fore thati 100 racce are now knoviii, many discovered in thc last 1.0
years. During this time the main races of P. grartinis,- vere fairly stable,
with changes occurring only in their quantitative correlations in different
years and geographic zones. Despite their great varfeity, only a few are found
in almost all zones, i.e., 11, 17, 21, and 34. The s(LY_ual process, heterok-
aryosis, and. mutatic.-is play a major role In ti-le origirt -of new races of the
agent of stem rust of wheat. The factor most responsible for the formation
of new virulent races is the presence of resistant wheat varieties grmin for
6 long time over large areas.

Surg M-
USSR UDC 616. 132+616. 13 ]--89.2, 8-07: 616.151. 5-07
PETROVSKIY, 7-3. V., K,-~A7EV, 1,11. D., KOBLOV, L. F.,
SUL21U4h,v~L. A., Scientific Research Institute of
-7
.Surgory, Tr"71'~stry of Heall."i LISSR
"Hemostas-is After FeDair Operations on the Aorta
Electroconductive Prostheses"
Moscour, Kardiolo-iya, No 4, 1971, pp 9-14
S'FI.-P,'-N-)Vl G. and
Clinica I alict Expi~rimeL-,Eall
.ln.d Major Arteries Using
Abstract: Vascular r)rcstlic-,..---,es- woven with silver t`i:raaI715~ wer,-- im-.11--inte'! in
30 pat-A-mits with 01:7C]AI-Sioa (du-, to lmid c-id:lrtl,rLei-i.Li.*.~,) oi
the tcrunina- o' U c
- , t - - L " -orta and. iliac arteri,-!i or mi-t urysms o' dw!
aorta). ,~ lliAll of panlc~nts ~-,,i0 sit-d-lar lo!-.'
ductimt ik v, u-rcoa( gulab I Id ~;as chiuactur:~-L",:: c-~
t, 1. ~ L
0 f i Cn- S b C~. S Uz gc ry be causc ci hic, li -:~r` nogen c-3- c-21, '-r,,
grouns
c ct JI-i c rca,-, !d ;~n t -~Lf iL ri. n,,-) 1--!-s in ac L -i%! a r.
nc*,,c,. D . S 11-l-,11-7, L
slm- blocc, z,. v of th~ 1: 0 '1- z -I
clectrocomit;-
rcejuii:ed
ther-ap ;.-,cst of wao reccived a tcaryl~;ric nrostl-,u..~ds
y
and several developed thrcm--- rJ.S
signs of lil.p~rccn~,- L
the of

USSR UDC S76.8Sl(Providencia)+616.935~-0.39--O
AVDEYEVA, T. A., SMIRINOVA, L. A., TIKTINA, Ye. G., and
KAPKOVA, A. G. , 4.ffRTIn"g`FWW"7ff9T-2.`tute of Epidemiology and Micro-
biology ismeni Pasteur, Lenin~grad City Sanitary Epidemiological
Station, and Leningrad 11eva District Sanitary Epidemiological
Station, Leningrad
"Biological Characteristics of Providencia Bacteria in Connection
with Their P055ibIC Eti,ological Role in Group Outbreaks of
Dysentery-Like Diseases"
Moscow, Zhurnal ttikrobiologii, Epidemiologii i Irimunobiolociii,
Vol 48, No 2, Feb 71, pp 120-123
Abstract: Strains of Providencia (Enterobacteriaceae) isolated
in the summer of 1968 from children 7-14 years old in connection
with a study of dysentery-like diseases with a single alimentary
source of infection were subjected to serological typing. A
study of 88 isolated strains of Providlencim indicated that these
strains had common cultural and enzymatic characteristics, but
1/2

USSR
AVDEYEVA, T. A..,. e--t a1l, ZhurnallhlOmabi.ologii, Epkdemiiologii i
Immunobiologii, VoL 4'8',, Na. Z, Fb~U, 71,~ pp 120-123
could be subdivi-ded' Lnta six serotogi:cal types on the basis of
reaction5 With rabbit: OH-immune:s-e-mm.. Five of the s.ix serologi-
cal types, compris-ing the majority-- of' the strains, were- closely
related with raspect t:o- G- or H-ant~kge-ns. - Within. each of- the
six O-groups, i-ndependent-ly- af t-he- number of strains- i7i the
group, the strains had an. ident-IcaL. fl-antigen, i.e..., they
belonged to tim sziae- sa:rotypa,. Tbe:sw- serological characteristics
differed considerably- from those mt-tablished for,Providencia
cultures of diverse. arigin...
2/2

;PROCESSING DATE--230CT70
112 020 UNCLASSIFfED
-,riTLE--ELECTRICAL CONDUCTIVITY OF LITHIU-,%i ALUMINOSILICATE GLASSES AND
.~THEIR STURCTURE X(Ll SUB2 O.AL S062 0 SU133):TIMES (1-1x)SIO SOB2 CROSS
AUTHOR-(02)-KOt%,DRATYEVt YU.M.j, SAIRNOVAl L#A..
COUNTRY OF INFO--USSR
-7
SOURCE--IZV. AKAD. N4UK SSSR, NEORG. MATER. 1970# 1. 6(3)o 524
,~,,:DATE PUBLISHED ------- 70
SUBJECT AREAS--MATERIALS
;~LUMINOSILI CATE GLAS'.'
TOPIC TAGS--ELECTRIC CONDUCTIVITY, LITHIUM GLASS,
STRUCTUREt THERMAL I)EGRAcATIONi ALOMINUM OXIDE
,CONTROL MARKING--NO RESTRICTIONS
CLASS--UNCLASS[FIEO
PRnxY REEL/FRAME--1997/0593 STEP NO--UR/0363/70/006/003/0524/0527
CIRC ACCESSION NO--AP0119511
WNRC L A ;S I E_LE-f)__--

2/2 020 UNCLASSIFIED PROCESSING DATE--230CT70
...CIRC ACCESSION NO-AP0119511
ABSTRACT/EXTRACT--(U) GP-0- ABSTRACT, THE ELEC. CONO. FOR GLASSES AND
POLYCRYST, SAMPLES OF THE SECTIONS XLI'SUB2 Oll-X)SIO 5062, 17LI SU62
O.XAL SU32 0 SUB3 (83-X)SIO SUB2j AND 25LI SUBZ,OXAL SUt32 0 SU63 (75-X)
5111 SUB2 WAS STUDIED UPON THE ISOMORPHIC SUBSTITUTION IN THEIR STRUCTURE
OF (SIG SUGFOUR HALVES) NODES BY THE (AL PRfME NIEGATIVE 0 SJBFOUR
H4LVES)LI PRIME POSITIVE NODES. THE STURCTURE OF GLASSES OF THE
SECTION X(LI SUB2 O.AL SUB2 0 SUB3) TIMES (1-X)SIO SUB2 -REPRESENTS A 3
DIMENSIONAL SKELETON IN THE 1,ST APPROXN. THE DEGREE OF.DISSOCN. OF THE
-(AL PRIME NEGATIVE 0 SUBFOUR HALVES)LI PRIME POSITIVE NODES INCREASES
STURCUTRE'OF HIGH ALUMINA GLASSES
WITH INCREASING SILICA CONCN. IN T4ci
THERE CAN BE OBSERVED (ALO SUBSIX FOURTHS) NOOES-v BEING A RESULT OF
THERMAL DISSOCN. OF ALUMfNOSILICATES AT HIGH TEMP.
C L-A S-Icl-t F- Is ED

Eggs=
1! ;4 4~4 - -- ----- -
USSR
KOLCHURINA, A. A., (Deceased), TARANOVA. G. P., and SKIRNOVA, L. B., 3tate
Control Institute of Meciical and Biological A. Tarasevich,
Moscow
"Some Special Aspects of the Biological Properties of Influenza AZ Virus Strains
Isolated in 1968-1970
Moscow. Voprosy Virusologi-i, No 4, Jul/Aug 71. p 49,2,
Translation: _' control analysis was performed on influenza A2 virus strains
isolated in various years. Changes were found not OILV in antigenic 1tructure,
but also in other biological properties of the pathoE;en. in the process of this
mutation, at first inhibitor -resistant: strains disappeared, arid then inttlibitor-
resistant viruses vanished from a mixed population of straims sensitive to in-
hibitors. Virus particles with reduced sensitivity to inhibitors were found,
but no virus particles completely resistant to the ii6ibitors were observed
in a populettion oA'.* A2 straiiis (1968-1970). The strains displayed a high repli-
cation rate of infectious virus and hemagglutinins-and, a weak capacity to repli-
cate at 400C.
32

USSR UDC 669-24~:538.221
BORODKERA. M. M., PESIN V. S. SMUNOVA L SOSNIN V. V., and
STAROSTIN, Yu. V., Institute oF'TiR~~ision Alloys of tbe Central institute of
Ferrous Metallurtyir imeeni 1. P. Bardin
"bbgnetic Properties and Texture of a Thin Band of Nickel-Iron-l' 1 nLL, Alloy
Sverdlovsk, F-izika Metallov i Metallovedeniye, V01 33.91
No Jun 72, pp 1188-
Abstract: A study was mmde of the imrnetic properties (coercive force, induction,
and the rectanmilarity factor) and the texture of banda of _Ni-Fe-Mo alloys
(75-87%Ni, 0-5-5%1"0) 20, 15, and 2/Um thick. 'rhe optimum coolinlg rate ensuring
the hi.-hest 0, value derends on Nii and Mb contents and the fi-nal red,,!ctie)r value
in rolling. 'The optirlim final reduction increas-es with dec_"easin- thicknesS.
The predominance of tho -~ 111. > or .1100 > texture,~- is (i scentiallv for U in L~e
case of relatively thick bands >
5/,(m). For 20-/Iip-thick tands, there is a
and tl-e
correlation betveen the relation of ~-he _111~> 101 ori
rectanC-alarity factor a,,. For 5-,//"-tMck bands, a correlation it; observed
only at high reduction5, and for 2- Am-thick banda thr::Pa is no correlation.
Tn the thinnest bands, a mechanis,-m which Is indeDendent .-,,f the ma!me toc r,,7stall i ne
aniootropy and which can be,related to orientated lmp~!v"'bctiono ~)roduce-4 by
rolling with high reduction rates, is probably predominant. Six figures, two
tables, twelve bibliographic reforence',s.
HIM OHIO ii[ M diih

USSR
VYSO-L SKILY D. A. PETFOV IM. D. REKOV,: A. I.
SEPP, V. A. , SER~BIU]NE.'ll"OVA, V. Ye., lrURTFPOV.--., C,
jnst~,Lute of High" TcMPe-,a-,,.we5S cl t?y4,mA-Q,--7~L,,ly of Sciences UISE,
-4s d Elec~wudc Materials in a Plas~ra Jet"
W. TnStall-atiol an~
"Test Result -
einpe-ratii-p. 11 3: M 4y I..J.un pp 6 3 5 - 69
Moscow, Teplc&lzika,vysoK-ikh, t
Abstract - 7h e character; st,',, s, of ele trodes of silic~m c ar-bide vith
additives of alloyinE metals (Mo, Ti, Cr), i-nterelectro-lic, trisulatcrs cf:7
refractrry cc-7,2rete-s -~-ased on hilh-aluxi-na VC-3, and AIT concrell-es and
magnesian 1--u-, ccrcretc a-,,,d riiodlu-112- insulatic-n waliz3 of 115 concrc-11-n- ~,.,ere
invest-igated in a mrxlel of an NHD gence-rall-or. 'Ile waxirum elecir-cdc-
2300c'K, the
insulators reachEA 21000K and the insttUhation r-ejch--.!d D0'IC,-?..
ture of- sic
7h e s-n-plcs ware by pressing a
J
and t1he Ti , CO wj~-h crgan5.c
and ubse~iuc-nt heat -L-catment at a temperature of ?ICCIOC fc)-- -10--
The 171 the r;-Itcrlals 'were, -estpd cf
CL
1,:-.1 T~T:3; im, a-i
the f c; I 17 -i1 a a
112

'USSR
VYSOTSKIY, D. A., et al, Teplof izika, vys.ok-ikh temippratur, No. 3,
May/Jun 72, pp 635-639
temperature of 30000K, a mixing chamber where an eisily ionized additive
was introduced into the air' flow in the form of putassium or 1/O.q,. 1.117-13; C H-
V3 9 Lg;p
116

USSR
MAUMOVI YU. A.) et al., Tr. VNII dezinfektsii, i steriliz.. 1971, vn 21~ Vol
2, PP 24-30
119-20/0-5, I-h638; C 11,1, 136-7/0-5, 1.466 (2410); cyclohoxyl, Or--7/0-5,
10 05
1-5o26 (300); PhCH2 3&--7/0-5, 1-55q2; Ph, 41-2, 109-10/0-5,
1-5566.1 t-q-~12C6114, 37-8, ---; 11-~`E;Vllp 58--9; O-MeOC6,111~o 75-6; 137-
8/0-5, 1-5640; P-l"'OCAtj 85-6, 0-03~%114, 53-4, ---; P-CIC6-1, 8"-2,
2'4-C2C6'1I 83-4, ---. I-rs and Ms are svnthesized by the reaction of acid.
chloriaes With t-he corresponding alcohols in a medium of -C H F(shown are r-cid)
5
boiling point in rj*nm and n20D first'.or F-T, then foi- TF : caproic acld,-
8
110-3/0.8, 1.458.o; 1P0-2/0.6. ) 1.4400; enanthic aci 1. 8-1,n b, 1-451,85, 1351-
7/0-8, 1-111,23; caPrYlic acid, 328-30/0-8, 1-4580, 137-110/o.8, peit~"-~-'Owc
acid, 118-20/0-5, 1-115901 150-2/2, 1.4469; cnpric acid,-150-1/0,0, 1-4569,
4-0/0,8, 1-11"80; TYromucic acid, 117-9/0-3, 1-5723, 22,14-6/0.8, 1-50~8; benzo-
acid, 146-7/0-8, 1-5h23, 1-47-8/0.8, 1-5251;.pheiiylacatic acid, .120-3/0-8)
0
l.4(027; 135-V0-5, 1-5129; Pheno,-YZCetic acid, 145-6/o.8, 1.5"(9, 170-2/0,1"j)
1-5196; r.-t 11~5-7/0.8, 1.542-3, 3.56-7/o.8, 1-5213, TIe hi~-hcst
reNl1ent ac?~-Lvizy for flevs X. chcopis in pozzass-c-d by 6ia) kyl 0 S of .1 An
a dose of 40 f:/.-;c r." dur-ation of action 8-10 days). of enant.Mc
and benzoic acids nho,~~d repullent ac-tivity for 4-8 days. Under field

N
USSR
NAU141OV, 'YU. A., et al., Tr. VNII dezinfektriiistoriliz., 1971, vYP 21,
'Vol 2,- pp 24-30
conditions satisfactory rep-allence of mosquitos of the genus Aedes is afforded
(when applied to the tissue in the proportioa of 20 g1mg) by dipro-Pylamide,
piperidid and hexamethylene-imide of pyromucic acid and by TFEs of benzoic ',
phenasyacetic, enanthic and pelargonic acids factor of repel-lent action for
S
the first few daY 76-871~, duration of action 6-10 days; activity referred to
standard kDETA) mas 0-5-0-81-

USSR uDc 632.95
VASHKOV, V. I., DEWV, V. S., DIMMUIA, V. P., AMTPI OSIPYAN, V. T.,
MASLIY, L. K., KOCHANOVA, A. P., and.14ARKINA, Y. V.
"Entomological and Toxicological Characteristics of a New Rep-allent
Carboxide"
Tr. WTII dezinfektsii i steriliz. (Worka of All-Union Scientific Research
Institute of Disinfection and Sterilization), 1971, VVP- 21, Vol 2, PP 30-37
(from RM-Khimiya, No 14, 25 Jul 72, Abstraet No 14.N,465 by T. A. Belya)reva)
Translation: Carboxide is an effective repellent for mosquitoes, nid(7,es, and
some species of horseflies and mites. As creams and ointym!nts are made,
protective filn-f=ing substances must be put in since carboxide. ir, absorb-
able through the skin. Refined carboxide, when used in its varlous forms
(ointment, cream etc.), causes no lesions on exposed areas of tJie body and has
no side effect on the human organism. Use of.unrefined (industrial) carboxide
to make various forms of the repellent can Induce skin irritatioxi.

UDC 1 21. 79 1
USSR
-GENKINI, A. III. Cc-indidate of Technical Scielcs, SMIl"'NOVA, S. V.
and I6'TAIiIOW,., .1. 2., Engineer
S' SLO
vieidia- a,-7 -L.L3,is From E1702 Alloys K, 49T 1 F 4 t I
Moscour, Svarocimioye ?roizvodstvo, No 76, Pp 44-45
.1 initJal bellowrs :,`II:!d bu~;d c,[
AbstraCL. T; c _k
Elf 7 02 1 oy wJ zli KlS',9T ;ti:. ~,,J
L"he joiilt c t o - ATi
arc--,vell the boilM."i With fro-,;. alloys proved t I
producing a high-qua lity Tlis -.o a uA_,i-i vay-' ant o a t
which t"he bellows wera j oin'-d 1.71 ~111 th'a f L r 1, by au tomat 2, c a I-C n i~
ftL-,i-nf;s wore joined wich bot]v by `.-Jct~on wclding. A
t J, 7de d of Z- 70 Kh 18`1~--.' ccin i r-med the possibi" k-y ci,
-s5 weld by frict-Lon we_!dJ!-",,-,. Metallograp, ic an-11.1
dease f I a.,, I is C(:
reEabil-, cne fusion of: boltIll :.-.atarials in tine bellowti. i% i.
the cy 0
the u u s wc r c v a ruu m ze s t ed a `-,~cure of air and helium. Lue i:-_ -i
d 2.-. ion ad chat argon art- wi,! "ng im:ures sLr
ength and
Ile-
ILS.
ret,
79