Figures & Tables

$\begin{figure}\plotone{fig1.ps}\figcaption[fig1.ps] {Large field image of the X-... ...ecisely opposite to that from the nucleus to the western hot spot.} \end{figure}$

$\begin{figure}\plotone{fig2.ps}\figcaption[fig2.ps] {Grey scale representation o... ...handra image of the nucleus, jet and western hot spot of Pictor A.} \end{figure}$

$\begin{figure}\plotone{fig3.ps}\figcaption[fig3.ps] {The morphology of the weste... ...applied to the X-ray image). The coordinates are for epoch J2000.0} \end{figure}$

$\begin{figure}\plotone{fig4.ps}\figcaption[fig4.ps] {Profiles of the X-ray emiss... ... of the hot spot in the same directions are shown as dashed lines.} \end{figure}$

$\begin{figure}\plotone{fig5.ps}\figcaption[fig5.ps] {The X-ray spectrum of the w... ... Table 1. The lower panel shows the $\chi$residuals from this fit.} \end{figure}$

$\begin{figure}\plotone{fig6.ps}\figcaption[fig6.ps] {Profiles of the X-ray emiss... ... evidence of X-ray emission from a jet to the east of the nucleus.} \end{figure}$

$\begin{figure}\plotone{fig7.ps}\figcaption[fig7.ps] {The X-ray spectrum of the j... ...ble 2. The lower panel shows the $\chi$\ residuals from this plot.} \end{figure}$

$\begin{figure}\plotone{fig8.ps}\figcaption[fig8.ps] {The broad band spectrum, pl... ...tition magnetic field of 4.7 $\times$\ 10$^{-4}$\ gauss (Table 3).} \end{figure}$

$\begin{figure}\plotone{fig9.ps}\figcaption[fig9.ps] {The observed spectrum of th... ...m shown as the \lq bow tie' (model 3; See Section 4.2.2 and Table 4).} \end{figure}$

$\begin{deluxetable}{lcccccccc} \tabletypesize{\footnotesize } \tablenum{1} \tabl... ... of photons keV$^{-1}$ cm$^{-2}$\ s$^{-1}$\ at 1 keV} \enddata \end{deluxetable}$

$\begin{deluxetable}{lcccccccc} \tabletypesize{\footnotesize } \tablenum{2} \tabl... ...nd errors are as defined in the footnotes to Table 1} \enddata \end{deluxetable}$

$\begin{deluxetable}{lc} \tablenum{3} \footnotesize %% 10 pt \tablewidth{0pt} \ta... ...cal light) & 4 $\times$\ 10$^{-16}$erg cm$^{-3}$\ \\ \enddata \end{deluxetable}$

$\begin{deluxetable}{crccccccc} \tablenum{4} \footnotesize %% 10 pt \tablewidth{0... ...- & $7.7\times10^{20}$\ & $4.7\times10^{-4}$\ & 1 \\ \enddata \end{deluxetable}$

$\begin{deluxetable}{lc} \tablenum{5} \footnotesize %% 10 pt \tablewidth{0pt} \ta... ... Hz and by 11.5 if $\nu_{max}$\ = 10$^{18}$\ Hz.} \par\enddata \end{deluxetable}$