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Patrick Janot edited Higgs properties at 240 GeV.tex
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\subsection{Measurements at $\sqrt{s}=240$ GeV}
At $\sqrt{s} = 240$ GeV, the TLEP instantaneous luminosity is expected to $5\times 10^{34} \cms$ at each interaction point (IP), in a configuration with four IPs. The total integrated luminosity accumulated in five years, assuming running for $10^7$ seconds per year, is shown in Table~\ref{fig:HiggsCross}, together with the corresponding numbers of Higgs bosons produced.
The numbers for the ILC baseline programme at $\sqrt{s} = 250$ GeV are also displayed in the table, for a direct comparison.
\begin{table}
\begin{center}
\caption{Table~\ref{tab:HiggsCross}: Integrated luminosity
for and number of Higgs bosons produced with TLEP at $\sqrt{s} = 240$ GeV (summed over the four
IPs) IPs), for the Higgsstrahlung process and
the WW fusion. For illusration, the corresponding numbers are also shown for
the baseline ILC
programme at $\sqrt{s} = 250$ GeV,
in the baseline programmes. No beam polarization is assumed for TLEP. The total numbers of Higgs boson produced are also indicated. The ${\rm e}^-$ (${\rm e}^+$) beam of ILC is supposed to be with beams polarized at a level of 80\%
(30\%), leading for electrons and 30\% for positrons (leading to a cross section increase of 40\% for the Higgsstrahlung process and 134\% for the WW fusion, with respect to the unpolarized cross
sections. \label{tab:HiggsCross}} sections.\label{tab:HiggsCross}}
\begin{tabular}{|r|r|r|}
\hline Collider & TLEP 240 & ILC 250 \\ \hline
\hline Total Integrated Luminosity ($\small \inab$) & {\bf 10} & 0.250 \\