DAVID H. SHOEMAKER - LIGO - Caltech

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4) R6fdrences Rilirences Billing'78: H. Billing, K. Maischberger' A. Rtdiger, R. Schilling, L' Schnupp, and W. Winkler: A uidc'band lascr interleromcter lor the d'etection ol gravi tational rediotion, Ninth Texas symposium on Relatvistic Astrophysics, Munich 1978, rapPort interne Max'Planck MPI-PAE/Astro 175 Billing'79: H. Billing, K. Maischberger, A. Rffdiger, R. Schilling' L' Schnupp, and lV. Winkler: An argon lascr interlerometer lor the dctection ol grauitational radiation, J. Phys. E: Sci. Instrum. 12 (1979) 1043-1050 Biraben'79: F. Biraben: Eficaciti dcs systimes unidirectionnels utilisables d'ans lcs laser en anncau, Optics Comm. 29 (19?9) 353 Born'75: M. Born, E. Wolf: Principlcs ol Optics, Pergamon Press, Oxfcrd (1975) Brillet'83: A, Brillei et P' Tourrenc, dans N. Dereulle et T' Piran: Ragonncmenl G ravitetionnel' North-Holland ( f 983) Butler'84: J. Butler, D. Ackley, D. Botez: Coupled''mode analgsis ol phascJocked injection laser arrcyo, Appl. Phys' Lett. 44 (1984) 293 Callen'51: B. Callen. T. Welton: Irreuersability and Generalized ffotsc, Phys' Rev' 83 (1s5r) 34 Clark'79: J. Clark: The role ol binarics in gravilational waue production, dalrs Sourccs ol Gravitational Radiation,6d. L' Smarr, Cambridge University P ress (1979) Danielmeyer'71: H. Danielmeyer: Eficcts ol Drift and Difusion ol Excited States on Spatial Hole Burning and Laser Oscillotion, J. Appl. Physics, 35 (197f) 3125 Danielmeyer'75: Il. Danielmeyer: Progress in Ntl:YAG.tcscrs, dans Lasers, a Serics ol advances,6d. A. Levine et A. DeMaria, pub. Ivlarcel Dekker, New York et Basel (1972) lEB
180 Linsay'83: P. Linsay, P. Saulson, R;-$,-., A study ol a long waue basetine antcnne gravitational system, MIT, Cambridge MA (l9g;) Livas'8S: J. Livas, R. Benford, D. Dewen A. Jeffries, p. Saulson, R' weiss: D. Shoemaker, Thc MIT prototypc grauitationar wave detector,dans Proceedings ivrG4: of ihe Fourth Mariel Gro""ma;il;;, tiviry, on 6d. General R. Ruffini. Rela- Rcrme 1985, Elsevier Livas,8?: (19g6) J. Livas: limits _tlppcr lor gravitational rad,iation sourcea, Jrom some Thbse, astrophysical IVIassach uset'ts Institute of Man,84: Technology (1982) C.N. Man, A. Brillet: [njection locking of argon-ion (1984) lascrs, Opt. 333_334 Lett. g Michelson'87: E' Morlev; American "t'"n"t;Xi1li',ton' Journal of science 94 (rss7) 3sJ P.F. Michelson: The low ternperaturc grauitationar waue detector a.t lord' univcrsitv, stan- dans Gravitatron a n^a;"r;.", i* ior.h"" 1gg2, 6ds. ",.n"1];li1iife, r. piran, North-HortanJ pu;i:-;:. i,;r) 46s_4?4 P. Michelson, J. price, R. Taber: Resonant-Mass ti.onal Detectors Rad,iation, o/ Gradta_ Science 2S7 150_1SZ (1982) IVIisner'71: W. Misner, K, Thorne, J.. Wheeler: Grauitation, Company, W. Il. Freeman San and Francisco (19?3) Morse'68: P' Morse, K' Ingard: Theorcticer Acoustics, (le6E) r\fcGraw Hilr, New york Nye'60: j:jl:r " o"Url propcrties ol crystals,Oxford University press, t1960) London Owa'86: S. Owa et al. dans MG4: proceedings of the Fourth lVlarcel on Grossmann General Relariviry, oa. ,ornjYni-lt'"4 n. nunn.i n.-"inrr, Elsevier(los6) R, Pound: Rev. Sci. Instrum. 17, (1946) 490-805 Quinn'67: J.. vulnn: comrnunication priv6e. T I
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ORSAY n'd'ordre: UNIVERSITE DE PARI
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Il est un vrai plaisir d'avoir I'op
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Table des Mati€res 0) Introductio
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Partie 1: Spdciffcation du problenr
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I )- LZ Un pctit pcn de Relatiuiti
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t4 La oroduction d,es ondes dc grcv
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16 La prod,uction dcs ondes de grav
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lt- t8 La prod,uction d,ea ondcs d.
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I ; I ,t- 20 Ld prod,uction des ond
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L'histoire des eforts de ditection
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24 Principe de la ditection intcrld
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26 Principc de la di,tection interl
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Principe de la d,itection interf ir
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30 Principc de la ddtcction intert'
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32 Principe dc la ditection interf
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{ lC) Sources de bruit Sourccs de b
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Sourcce de bruil Les fluctuations d
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Sources d,e bruit 39 Fluctuatione d
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Sources de bruit 4L faisceaux, mais
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" Sources dc bruit 43 oir A.8 est I
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Sources d,c bruit 45 spectrale lini
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I I N - (J (') TI L L L tr lo- J -i
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Partie 2: Solutions particulibres r
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62 La boucle d'asservisscment I Y F
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64 La photodiode boucle; la forme e
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56 La photod,iode ! E 3 q L 5 tr o
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58 Lo photodiode Nous avons mesur6
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60 L'amplificateur de photodiode L'
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L'amplificateur de photodiodc un au
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64 L'amplificateur de photodiod,e +
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66 Les cellules de pockels Un inter
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2El) SystEmes dtisolation sismique
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Systimcs d,,isolation.lsmiguc Pour
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Systdmes d,'isolation sismiquc Ig s
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Systi,mesd,'iaolationsiemiqve 16 qu
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L 4J (!l L A -t l0 z 10 lo to -4 lo
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ou, substituant notre M particulier
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SgstEmcs d'isolation sismiquc 8l Si
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F l CJ (I 5 lo- -t to to3 l -'I I l
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La nicessiti, Ic concept oit zu est
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88 Sgstdmes rialistes problime est
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90 N[ogcns d,e ditection {car le br
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Moyens d,c ditection possbde une pa
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94 lv[oyens de d,itection or) 16 es
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96 ivloyens dc contr6le une diode l
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98 Moyeu d.c contr6le Pour la maque
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l Moycns d,e contt6le lames station
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I IOZ Moycns dc conlr6le un divelop
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o4 Systimes rialistes moteur verre
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06 .9ysfimcs rialistes v- Figure 2C
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108 S enseur oceultation, moteur ma
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lI0 Conclusions Parce que I'axe de
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tt2 \'|th felpcct io lhe 6!sr and i
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l14 t!O.l_ rcrl dA{* , t v y, E --t
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116
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ll8 D, Shocrq.f.s., R. Schiflng, L.
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720 2) Quaarua aoise The two ara! o
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t22 {l € r n-15 2 1o- t6 10-., ra
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724 F .Thc daopiag forccr * a.ll]l:
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?o ! A tota,l path lclgth diEercnce
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t28 S IH a t0-16 a I l0-16 tl 103 F
Page 129 and 130: 130 Appendices A) Ca.lculatioE of t
Page 131 and 132: 132 wldcltelcrib. .rtorr i.tr Fl ao
Page 133 and 134: 134 *-_*1 ll 6: fora 3f ihc tiolia
Page 135 and 136: 130 19 . Eowcver, tha itttedeao4ete
Page 137 and 138: 138 f 2l pq Bjl.:C, K. -Vaircbbcrgc
Page 139 and 140: 140 Caracli,ristiques du systi.ne a
Page 141 and 142: L42 Lcs caractiristiqucs statrques
Page 143 and 144: 144 Pompagc L'efficacit6 de pompage
Page 145 and 146: 146 Pompage Ce chauffage a deux con
Page 147 and 148: f48 Pompagc r 0 0 9 o 6 o 4 0 2 oo
Page 149 and 150: 150 Pompage pompe 606 cristal Nd:YA
Page 151 and 152: 152 pompagc ?r? = l.g5 pmi seion la
Page 153 and 154: 154 Creuz spatiauz de gatn c l o 0
Page 155 and 156: 156 Creuz spntiauz d,e gatn de vie
Page 157 and 158: 58 Creux spatiauz de gain r 5 _. 05
Page 159 and 160: loo L'itat de polarisation sont ind
Page 161 and 162: 162 Risumi R6sumd Nous avons abouti
Page 163 and 164: 164 Les sourcee dc bruit c'est un r
Page 165 and 166: : : a :- I 6 166 L'asserdssement du
Page 167 and 168: 170 Les fluctuations de lri.quencc
Page 169 and 170: 172 Les fluctuahons de fri.quence O
Page 171 and 172: o 6 L CJ C L dJ a c ag L F o c! L o
Page 173 and 174: 176 A fllqucocy-rirbili!.d l€lcr-
Page 175 and 176: L7E a?or"Flr$itilr'ion .*;i'."J:f,i
Page 177 and 178: 180 .l -- o c - L N L F 4 to 2 ro 0
Page 182 and 183: Y taelt oJ: Rildrences 187 F . Reif
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DAVID H. SHOEMAKER - LIGO - Caltech

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