X()()(/)(ISAS/JAXA)(GSFC/NASA)

XMAXI 20082XGSC : SSC : XCCD()90(1 mCrab/week)2 weeks

X()()(/)(ISAS/JAXA)(GSFC/NASA)

FR II Cygnus A (4.9 GHz, Perlay et al. 1984 ApJ)

()

: vs (IC) : vs ?(SSC)(, Brunetti et al. 1997) (CMB, Harris & Grindlay 1979)

IC X(aX 0.7)(ROSAT, Fiegelson et al. 1995)Fornax A (Kaneda eta l. 1995, Tashiro et al. 2001)

4C 73.08Centaurus B(5)105

ChandraChandra() (i.e. )

XMM-NewtonXMM-Newton

XChandra, XMM-Newton3C 219/Chandra (Brunetti et al.2003 )3C 2233C 284XMM-Newton(Croston et al. 2004): : X

X20(Isobe et al. 2001, 2005, 2006, Brunetti et al. 2002, Comastri et al. 2003, Croston et al. 2004, 2005, etc)0 < z < 2.120.6 < a < 1.1Size < 1 Mpc

29.9 MHz, 100 MHz : Finlay & Jones (1973), 408 MHz : Robertoson (1973)843 MHz : Jones & McAdam (1992), 1.4 GHz : Ekers et al (1983), 2.7 GHz : Ekers (1969), 5.0 GHz : Kuhr et al. (1981)Fornax AaR = 0.680.05aR = aX(Isobe et al. 2006)IC X

SR Jy @ fR Hz SX Jy @ fX Hz (eX/1 keV = fX/2.42x1017 Hz) a (aX = aR) z V cm3() : CMB (Harris & Grindlay 1979) B1+a (SR/SX) (fR/fX)a (1+z)a+3 um = B2 / 8p N(g) (SX/fX)0.5 g -(1+2a) V-1 (1+z)2 g = 1070 eX0.5 = 104 (fR/120 MHz)0.5 (B/1mG)-0.5 ue = (mc2g) N(g) dg ( : g = 103 - 105)

: ue=10um

: ue=10um

FX / FeqFIC : IC XFeq : (Croston et al. 2005)BIC0.7Bmeue 5 umLog (B/Beq)B : IC XBeq : (Kataoka & Stawarz 2006)

Ljet =(ueV+umV)/Tagex(1+k)Tage : k :

23

X LX LjetLjet=(ueV+umV)/TageX LX [1040 erg s-1] Ljet [1040 erg s-1]

FR I FR II BLRG RG ( z > 0.5) quasar(Rawlings & Saunders 1991)

Tcool = 1.6x108 (Iyomoto et al. 1998)Fornax A

IC X : g = 103(0.5-10 keV g=500-3000) : g = 104-105( N(g)g2a+1) ICIC X

5/XIS : 0.5 10 keVHXD : 10 600 keVX50 keV(g=7000) (>5 )Fornax A (AO1,AO2)3C 326(AO2)3C 326(1.4 GHz)

NeXTX20124SXS/SXI/HXI/SGDSXS : 0.3 10 keV SXI : 0.5 12 keVHXI : 5 80 keVSGD : 10 300 keVFornax AEast Lobe3C 452NeXT

GLAST2008g20 MeV300 GeV1990EGRET30

IC XIC X, GLAST, NeXT

3C452ueB ue / um

Fornax A SR,SX(Tashiro et al. 2001)Centaurus B ue/um (Tashiro et al. 1998)3C219 X (Brunetti et al. 2003)