Vigier - New Hydrogen Energies

8/19/2019 Vigier - New Hydrogen Energies

1/10

New Hydrogen Energies in Specially StructuredDense Media : Capil lary Chemstry and CapillaryFusion

Jean-Pierre VIGIERU ni ve r s i t P . e t M. Curie , CNRS URA 7 6 9

325

Tour 2 2 - 1 2 , 4me ta ge B o l te 1 4 2 , 7 5 0 0 5 PARI S

T h e a n a y s i s o f p r e s e n t y o b s e r v e d f a c t s s u g g e s t stha t ex ces s hea t (above break -even ) and concomitta ntc o d f u s i o n p r o c e s s e s r e s u t f r o m t w o d i f f e r e n tmecha n isms which ha ve a common origin in e m curren tbeha viour in den se media the Amp re forces They bothresu t from a rea dy kn own properties of n uc ea r forcesand quantum mechanics

1 . I

T h e p r e s e n t 1 9 9 2 N a g o y a C o n f e r e n c e c e a r y

i ustra tes the ex istin g ga p between growin g eviden ce ofn e w p h en o me n a t i e d t o t h e p r e s e n c e o f h y d ro g e n a n ddeuterium in va rious ty p s of eectrodes t ca n n ow besta ted

A) tha t on e ha s demon stra ted the F eischma n n Pon s ca imt h a t t h e r e e x i s t s a s i g n i f i c a n t y n o w r e p r o d u c t i b e exces s heat above breakeven 1 ) in e ectro y tic hea vy wa ter phen omen a see their n ewexperiment)2 in s p e c i a y p r e p a re d p a a d i um p a t e s c oa t e d w i t hdeuter ium ox ide a n d god s ee Ya ma guchi et a )3 ) i n g o w d i s c h a r g e s o n d eu t e r a t e d p a a d i u m s e eK uch e ro v e t a )

FRONTIERS OF COLD FUSON

©l993 by Universal Academy Pess, Inc.


2/10

36

T h s p o p e h a s a s o b e e ob s e e d z c a m e c : h e mo s s k g b e g g s e b o z e s e e B a ab s h k K ab e a Ap pa e he e s

gowg edece h a h e a o ep o d c b o s c h

e x p e me s s e a e d a s s h ow b K ab w h de e c s

c c k s e c c e a sa mp e s z e d ha e x ce s s he a g o ws w h c e e s e s e w h c o d c e e c o s s a d w h c e a s e d oa dg o he e ecode wh hea wa e o de e m

h a a pp e a s w h a m e d e a a g o mm es o ho s a e he oa dg ea co s a s h a d e o h e a e o m a e a e d d oe so es om kow chemca eacos

B T h e o b s e a o o e s m a q a e s o " s o a s he s e e o s He 3 , He , m a d c h a g e dp a c e s b h e e s s e a a c e m a s

1 h a h e e s a s b e e e d b he a ho o m

a e a d k o w c e a e a c o s ( D+D e c t h e s e a r en o t , by ve y fa , i n s u f f c e n q a n t t e s t o e xp l a nt h e o b s e v e d e x c e s s h e a t

2 ) h a h e s e s o e a c o s o c c c o d o s o e m p e a e w h e e h e e s o a p p a e p o s s b oe x p a h s w a h o w h e c o e s p o d g o s o e c ome h e C o o m b e p s e b a e h e c e h e a m e c o s o

3 ) h a h e e s e e e e s s a a p p a e c o e a o b e w e e e o p o d c o w h e h e c o o s o b s s w h h s e x ce s s he a p o d c o

C h a h e e x c e s s h e a p h e o m e a a s o a p p e a s n t h Et o t a a b s e n c e o f f u s o n a s h e s a o s s e p g h d o ge a d o d a g h w a e I o m e o h e e h e B a ab o s h k - K ab , S a a s a a ama g c h e x p e me s T h s e w a c e d e c a o b e x p a e d b s o m e ch a s m s a d mp e s ha pp ea a c e e d o H a d D p o p e e s o a e w s k ow c h e m c a p e o p h e om e a T h e a c s A B C e d e mp h e o o w g s e o mm e d a e e d e q e s o s :

) Whee does he excess hea come om? Fo hea waeo s a b e c o d c o s s c h a s d e e m h m e c F O gh wae o h doge? Ha s he s a me og o o?


3/10

327

) Why are such experiments no always reproducble witha p p a ren tl y s i m l a r s a mp l es ? D o es th s res u l t f ro mstructured differences the same products? or not?

Why s thee a delay time?

4 ) What i s the or gi or the obse rved eergy bursts ? Whyare they correlated wth neutron bursts?

5 If excess heat does not come from fuson ad/or kowchemica react ions i varous types o f el ect rodes whatis ts ature and its reaton wth observed fusonprocesses?

n the presence of such facts a d quest os twomai heoret cal atttudes are poss ble .

We are observing s omethg ent ir ey ew i n thenuclear domain the presece of codesed matter : . e .f u s o n s t e d t o s o me s r u c t u r e d p r op e r t e s o fpal adum ( loaded wth deuterum o r heavy water ) reatedto ts attce reactos ( . e phoo propagatio etc )or col ect i ve resoance react ons of fus ng p lasmaeclosed wthi lattice st ructures Ths s the lne nowf o l l o w ed by mo st th eo reti ci a n s s ta rt g w i th Pro f .P Yeparata o ths panel .

My crtcsm of ths is that ths lie does otto my owledge) expla in pot C ) 2 that t does otexpla the gap bewee the uantty of fuso ahes)( . e . nuclear fusion reacitons ) observed and the excessh ea t ts el f .

2 that (wthi of course the preset eergy tervalutlzed )

the prese t nucle theory s vali d : c ludg theva rous branching rations of the D+D reactios

- that the preset quantum mechacs formal sm s asovald that feld

that the terpretat io of the facts A) B ) C ) to explaiA a d C] s mu l t a n e o u s l y t h u s i mp i e s t h eobservaton/acton of ew specifc physcal propertested to the geometrcal structure of the electrodesandor absorpton oad mater ial .

A) modfes both H + H ad + D reactions n orderto obta excess heat terms of a new chemcalypereact io compaible wi th quantum mechancs


4/10

328

B xa muaouy h aaro ( ry ma qua of h obrd fuo rao : a afor ry ow y urr_

C ad o raoab rd o for w y ofxrm

& 1 C h a rg d a r C o ra o C a a ryCoduor

h h ar fram m r hr omfa ad a um o whh ( my o o houd brodud a foudg o of a forhomg dodmodel of the (presentl y kow acts preseted a th isNagoya Cofr Th fr a of w fa owxrma y rad wh w urr ror od d ma r ha b ow a d of rmd forom m . hy ar ow o a a oquof h ao of h " Ar For " mr a y

d ord og ago by Ar ( 1 8 2 3 ) a d r yrd ju fd by Graa , Ph , Rambau adV g r ( 3 ) ad ry r y by Saumo h for(whh do o orad ry ow aw of a a ad quaum rodyam for fr hargdar rr h o rao ofhargd urr m ( of a mxur of oo wh orb a ad odug ro r hw rmarab harar of rodug uow( ow of rmd by xr m oguda rufor bw oar urr m r huua oao (DFm a woa for of ruo( f o or arao ( f ga bw wour r m of gh d ad d ad a g

u r r a d r y . T h a g o fao bw h m E ad a ad � arh ao of h o h da orr w ha

= - . L. �.(2 OS t-3 co


5/10

329

Th s ng udna e n gaeus qud and s dndus has been shwn (a s usaed n he wfollowing igures ( 1 ) and ( 2 ) to c i s t", hQ u SCI cur� " ' .:e

F g

F g . shwng hw a ungsenndu s u n peesaed usuay (beads" . Theungsen we s phgapheddung he uenpause( Uppsaa expe mens ) .

.

\ \i

\

�, ';" , �,

'0 I I

I :F g 2

Seh f an ay phgaphf deueumfbe fagmenan

has he eden nsequenes f eang sandngngudna uen nena ns n ndus e sp hem n sng f beads whh neup he

uen a hgh nens es . Ths ea n f sngs f( epu s e) uen nena ns espnd hendes f he ngudna sandng waes waeengh n ( w h n n eg e ) w h h a p p ea s b ew een h eexemes f a med uen wh xed end pnssepaaed by a dsane If an eede nans ws apaes he nan need uens husndues (a s a quas sa wae sysem s eaed) hepss b y seenng ef es (whh ndue us, as we sha see, new ne e nn sys ems whhmgh expan exes s hea .


6/10

330

§ 2 . nepeaon o Exess hea n ems o a new ypeo hema eaons

Two een physa onsequenes an be eeom he exsene o he uen beas on he behaou

o on e ons e he eaon o hheoey ghy boun saes H -HTe:l an ]t+ fe- =saes whh oespon o he ombnaon o wo onswhh oae apy n sabe Boh obs aounan ee on squeee beween hem hs new ype heeboy sysem oespons o a new unnown quasmoeuas a e w h e s ab y w b e s u s s e ae ) As w esha now m ouse es hee o a smp e aua on h s oespons o eue um ( aoingo he usua omasm) o bnng eneges o he oe 5 e whh aoun o he exess hea eeasewhou appe abe uson onbuon [hs ea ssuggese by Bau n a pae ommuna on) was as opopose w h he same 5 e bnng enegy ) by

Gyns n Gamo ype anayss Naue 338 989 72 o he oson beween ( H o D ons an aoms) heee on ' s ob aens pepenua o he ne ohe ong ons an be squeee beween hem ansab ·e hee by he su ounng e e on ou .hsmeho o quanaon an he oe o neennge e o n s ex p a n s s o me y p es o o b s e e egu a oe e moons ( e use oa ons ) whh anonan angua, eahea ub onguaonswh h moe oeey an hae been obsee o haesongy enhane by many oes o magnue whn ua pa es ) J hs on gua on n a u a yases when he Ampe oe us he uen no beasin a apay se he suaon o he ons hen

e sembe wha hapens o as gong as whh a shs u es s e y n o ea h o h e u n g a s o w o w n a en) on a moen hghway Th s sua on s ey e e n o m h e u s u a q u a n u m m e h a n a nepeaon o hema phenomena e . o he nomasaes o H1 D + whh ae assume aong o heBonOppenhe me appoxma on) o oe spon o heap moon o he eeon n he e o wo amos x e n u e on e s n eg e s h e s p n a n onses wo masses M wh hages ) oa ng a sane om a mass m hage ) e


7/10

331

g amoa

wc w uad y ua BorSommrfld modfp = w = c = 1 . fd p = -vIhl' tZ/�c 1 rg y v J �fP(z'"1 or aom yd obrvd alu 5 6 9 Ryd

£0 n ryd c o o

or a d : B o r r g y v a r approached by En : - ( C/' 6 )( 0 "I I ') wc 0rrpdo gro und sates of 2 8 1 kev and 5 6 , 2 kev or H2+ an d D2 o cour cud cacuao oud/ca dd

o cd pp ad porb caculaoad ao mad ravc (a dad cacuao ubmd for pu cao u g a ffc v poal

\ / - :L (L 0/ R' 3p 4 (o/ J/� R 3"wc yd vry dffr mmal vau ad /M(Bor radu for proo for A or dacp-p raco grow /3 ( compard o forCouomb raco Sporb raco ( s =e fE(e-S)IMr"� Mo4 (1 /W) are o f the order o f 1 0 kev 4 v for D compara o Couomb poa

a aav or rpv accordg o go f L S z TC ) o a aracv ca ca cra dg rgy oabl w cofgurao ad p fuou g om ca

mod mp vd couc

vdy c a rgy oad w 2 o four of amou obad w 2 a dpd o ur o 2 ad 2 (or g ad avy war 2 ad 1 2 o o a d g o f c ap a r coad crod xc a s crad oyw y ar formd o c a r y mmd a l yc dvdua cap a r ra uao vovw m


8/10

33

,o NTR SH O

) NSEC

T�

IO�'tlj5 . b

-_

2 P$

F g Drawng rprt rm t r [ an [ 6 wng t prnpa mnt w r ta p a r n p r mn t p r rm L tH tg r n t a [ F C ng t a N R L ( 9 8 ) 9 6 J D Stan t a R L 9 ( 9 8 7 ) 8

r t t pt t tart an rmatin r w w pan at rt nwa t ntrrg tp Atr m t m tratn tp an t nw mpn m , a t t m r g

nw m t t t n n"

& C Fn r n Capar

n ra tat n m prmnt trt a rratn twn at an ntrnmn an apt t at tat t atr annt p a n t rmr t mp t p t tattrt t a mmn rgn t a rrntnntratn r a Sn t nt tatn ] jt n n t n nt a a ntt t rm t rpi Cm arrr tn pt t ar


9/10

333

um r g m m ( . l r g f r r r f l l d y u l g d l r r : pr d u d y my pr p r ( l upprd y Rmu d myl f

r l f p d m I ll du

r u ly rll/d lyd v r u y l r u r d v d d pl dul rg pr (lr plu y Rmu

- um pr f l r ld ul quum lly ud qumlulr quum fl ulg f yp f d f u m m p r g p l f rr r d f u u r u l r v drr ur m d d u rr p u l f y p u l d p llr fu ( f p my

rgy mly rg frm fup r l r d y r g l y US d ypl lry prm d r (pr l ydvlpd Blgrd u g L ( ND dur y rf r Mr my ugg grg u r f l u g r g u r r y gf l y plu rg ur flu dr g pl lry dm r . y v d lyu fy rul d Kl m m g yLHlgrv d r rprd g . I B lgrd p prm (y l .(RL [ 1 6 ] ) d ur ur f 1 0 2ur f d fr durum r d y g 1 0 f d .vdly ur flu gr l g pr ( - 8 r ) f u r r y T B l g r dprm ugg g ffr uld md 1 rdu m dur f rggrg urrpul 2 ) uld f uppr puurr ( d mmum g f r Amprfr u lf ( fr mmum f g

Clu

rm rf ly drv mrml prpl d rll qu


10/10

334

w x pims a u dd

) d a x p i m s p s d w i a a di wa o wi do d duium

2 ) L o o a c u s i o i c a a d x p i m a

a d oo o a dia io m d b ad 3 ) P u s o w a d m i c o s c o p i cp a a d i u m b o c o o o b o z b K a b i a d c o m p a a d u s u c c s s u s a m p s

s u c u a a a s i s o o c ap i a i s s i

s s m a i c a s u c c s s u

) T i c u i s i s o c u d c h r g v u c d u c g m a i a o s i i c a s x c s s a p odu c i o u s i o a d d c od s o i a s c

B b i o i c a o p m i d d o i s i d dd

) s s a d b i s " H ma i s w mod s c i c i a i xp i c d a s ma o a w i d o s " i d w i d o s o c o d u s i o a s s a b a d i s p s u i

2 s s a d o m o a o b Vu ims "W w a c s a p p a u o i c i a s o u d a d a p i s o s o s a c s o s W a s i a om a coc d sa a o a cs codsdm a

c s

( ) P Ga au mp -wma c oda mics i ma H a d o i c P s s ( 9 8 3 )

( 2 ) T P i pp s P s ( 9 9 ) 6 .

( 3 ) H amb au a d P V i i P s L 9 8 9 ) 7 a d 8 ( 9 9 ) 9

( ) S aumo P s L 6 5 ( 9 9 ) 3 .

( 5 ) S s u m m a o o u p o p o s a s i b M aba P s L 6 9 9 )

Vigier - New Hydrogen Energies

Documents

Transcript of Vigier - New Hydrogen Energies