\begin{spacing}{0}

\chapter{Tabular Data for Chapter~\ref{chap:exp_method},~\ref{chap:exp_result_mhd},~\ref{chap:exp_result_beam}, and~\ref{chap:exp_result_velocity}}
\label{app:append_table}
\end{spacing}
%\baselineskip=12pt
\setlength{\baselineskip}{11.5pt}
\ \\
\ \\
\section{Specifications of Optics}

\tabletail{\hline \hline \multicolumn{2}{r}{{\emph{Continued on next page}}}\\}
\tablelasttail{\hline \hline}
\tablecaption{\label{t:spec_optics} Specifications of optical components in optical diagnostics.}

\tablefirsthead{\hline \hline \multicolumn{1}{|p{2.75in}|}{\textbf{Item}} & \multicolumn{1}{p{2.75in}|}{\textbf{Value}} \\ \hline}
\tablehead{\multicolumn{2}{c}
           {{ \tablename\ \thetable{}: \emph{Continued from previous page}}} \\
           \hline \hline \multicolumn{1}{|p{2.75in}|}{\textbf{Item}} & \multicolumn{1}{p{2.75in}|}{\textbf{Value}} \\ \hline}
%\centering
%\begin{table}[!h]
\begin{supertabular}{|p{2.75in}|p{2.75in}|}
$\textbf{Right angle prism mirror}$ & Gold coated, 25 $\times$ 25 $\times$ 35.4, Surface flatness $\lambda$/10     \\
$\textbf{Gradient index lens}$ &      \\
Size & d=1.0~mm, L=2.48~mm     \\
Numerical aperture & 0.5     \\
Working distance & Infinity     \\
Coating & AR coated at 800 $\sim$ 960~nm     \\
Sapphire ball lens & D=0.5~mm, Al$_{2}$ O$_{3}$, Index of refraction=1.77    \\
$\textbf{Retro-reflecting Parabolic mirror}$ &       \\
Diameter & 76.2~mm     \\
Thickness & 12.7~mm      \\
Focal length & 444~mm      \\
Coating & Gold      \\
$\textbf{Microscope objective}$ &       \\
Magnification & 40 $\times$      \\
Numerical aperture & 0.65      \\
Working distance & 0.6~mm      \\
Clear aperture & 5.0~mm      \\
Power & 160~mm (tube length) / f      \\
$\textbf{Optical fiber}$ &      \\
Number of picture elements & 30000     \\
Jacketing diameter & 800~$\mu$m     \\
Picture elements area diameter & 720~$\mu$m     \\
Coating diameter& 960~$\mu$m    \\
Core material & GeO$_{2}$ containing Silica     \\
Coating material & Silicone    \\
Numerical aperture & 0.35     \\
Allowable bending radius & 40~mm   \\
Core diameter & 200~$\mu$m     \\
\end{supertabular}
%\end{table}

\newpage
\clearpage

\section{Mercury Properties}

\tabletail{\hline \hline \multicolumn{3}{r}{\emph{Continued on next page}}\\}
\tablelasttail{\hline \hline}
\tablecaption{\label{tab:property_mercury} Properties of mercury.}
\tablefirsthead{\hline \hline \multicolumn{1}{|p{1.833in}|}{\textbf{Property}} &
 \multicolumn{1}{p{1.833in}|}{\textbf{Value}} &
 \multicolumn{1}{p{1.833in}|}{\textbf{Unit}} \\ \hline}
\tablehead{\multicolumn{3}{c}
           {{ \tablename\ \thetable{}: \emph{Continued from previous page}}} \\
           \hline \hline \multicolumn{1}{|p{1.833in}|}{\textbf{Property}}
           & \multicolumn{1}{p{1.833in}|}{\textbf{Value}} &
           \multicolumn{1}{p{1.833in}|}{\textbf{Unit}} \\ \hline}
%\centering
%\tabletail{\hline \hline \multicolumn{2}{r}{\emph{Continued on next page}}\\}
%\tablelasttail{\hline \hline}
%\tablecaption{\label{tab:property_mercury} Properties of mercury.}
%\begin{table}
%\centering
\begin{supertabular}{|p{1.833in}|p{1.833in}|p{1.833in}|}
%\hline
%\hline
%Property & Value & Unit  \\
%\hline
Atomic number &   80  &  -      \\
Atomic mass &   200.59  &  -     \\
%Number of protons/electrons &   80   &  -     \\
Number of neutrons &  121  &  -      \\
Classification &   Transition metal  &  -     \\
Melting point &   -38.87   &  $^{\circ} \mathrm{C} $     \\
Boiling point &   356.58  &  $^{\circ} \mathrm{C} $      \\
Density &   13.456 at 25  $^{\circ} \mathrm{C} $ &   g/cm$^{3}$       \\
Isotopes &  Hg-194 ~ Hg-206  &  -     \\
Group in periodic table &   12  &  -      \\
Period in periodic table &   6  &  -     \\
Electrical conductivity &  1.06 $\times$ 10$^{6}$ at 25 $^{\circ} \mathrm{C} $ &  $ \Omega^{-1}$  m$^{-1} $  \\
Thermal conductivity &   8.34  &  W \ m$^{-1}$ \ K$^{-1}$ at 27 $^{\circ} \mathrm{C} $     \\
Specific heat  &   0.139  &   J \ g$^{-1}$ \ K$^{-1}$      \\
Heat of vaporization &  59.229  &  kJ/mol      \\
Heat of fusion &   2.295  &  kJ/mol      \\
Electrical resistivity &   961 at 25 $^{\circ} \mathrm{C} $ &   n $\Omega \cdot$ m       \\
Speed of sound &   1451.4 at 20 $^{\circ} \mathrm{C} $ &  m/s     \\
Coeff. thermal expansion &    60  $\times$ 10$^{-6}$  at 20 $^{\circ} \mathrm{C} $ &   K$^{-1}$  \\
Bulk modulus &   25  &  GPa      \\
Dynamic viscosity &   1.552 $\times$ 10$^{-3}$  &   kg \ m$^{-1}$ \ s$^{-1}$      \\
Kinematic viscosity &   1.145 $\times$ 10$^{-7} $  &   m$^{2}$ \ s$^{-1}$      \\
Dielectric constant &   1.00074  &  -      \\
Surface tension &   485.5 (Hg-Air) at 25 $^{\circ} \mathrm{C} $  &   mN/m $^{\circ} \mathrm{C} $     \\
Magnetic susceptibility &   - 2.9 $\times$ 10$^{-5}$  &  -   \\
\end{supertabular}
%\end{table}

\newpage
\clearpage

\section{Specifications of Hg Pressure Sensor}

\tabletail{\hline \hline \multicolumn{2}{r}{{\emph{Continued on next page}}}\\}
\tablelasttail{\hline \hline}
\tablecaption{\label{tab:property_pressuresensor} Features of pressure transducer (Swagelok PTI-S-AG400-15AW).}

\tablefirsthead{\hline \hline \multicolumn{1}{|p{2.75in}|}{\textbf{Item}} & \multicolumn{1}{p{2.75in}|}{\textbf{Value}} \\ \hline}
\tablehead{\multicolumn{2}{c}
           {{ \tablename\ \thetable{}: \emph{Continued from previous page}}} \\
           \hline \hline \multicolumn{1}{|p{2.75in}|}{\textbf{Item}} & \multicolumn{1}{p{2.75in}|}{\textbf{Value}} \\ \hline}
%\centering
%\begin{table}[!h]
\begin{supertabular}{|p{2.75in}|p{2.75in}|}
Accuracy & 0.5~$\%$ LPC of span     \\
Hysteresis & 0.1~$\%$ of span   \\
Response time     &   1 milliseconds     \\
Process connection     &    G1/2B EN, Internal diaphragm type    \\
Max. working pressure     &  400 bar      \\
Min. working pressure     &   0 bar     \\
Sensor type     &  Metal thin film      \\
%Thread size     &  0.5 inch      \\
Over pressure rating     &    800 bar    \\
Temperature rating(media)   & -30 to 100~$^{\circ} \mathrm{C}$    \\
%     &        \\
\end{supertabular}
%\end{table}

\newpage
\clearpage

\section{Measurement of Events with Pump-Probe Condition}

\ \\

\tablefirsthead{}
\tablehead{}
\tabletail{}
\tablelasttail{}


%\begin{landscape}
\begin{table}[!hbt]
\centering
\tablecaption{\label{tab:measure_pumpprobe} Measurement of disruption length and filament velocity in pump-probe condition with 8 and 16 harmonic bunches.}
\begin{supertabular}{|l|l|l|l|l|l|l|l|}
\hline
\hline
 \multicolumn{2}{|l|} {Condition} & N\footnote{1}, DL\footnote{2}  & A\footnote{3}, DL  & S\footnote{4}, DL & N, V\footnote{5} & A, V  & S, V  \\
\hline
        &  12+4 bunches  &      &    &    &    &    &  \\
Group 1 &  15+5~Tp       &  5   &  19.5  & 4.1   & 5   &  24.4  & 13.4 \\
        &   7~T          &      &    &    &    &    &  \\
\hline
        &  6+2 bunches  &      &    &    &    &    &  \\
Group 2 &  12+4~Tp      &  30  &  19.8  &  6.1  &  19  &  10.2  & 3.6 \\
        &  5~T          &      &    &    &    &    &  \\
\hline
Group 2, Spec. 1  &  700~$\mu$s delay  &  12    &  19  &  5  &  6  & 12.4   & 3.7 \\
\hline
Group 2, Spec. 2 &  350~$\mu$s delay  &  11    &  22.2  & 7.2   &  7  & 8.4   & 1.9 \\
\hline
Group 2, Spec. 3 &  40~$\mu$s delay  &  7    &  17.3  &  5  &  6  & 10.2   & 4.1 \\
\hline
        &  8 bunches  &      &    &    &    &    &  \\
Group 3 &  16~Tp      &   6   & 24.8   &  7.1  & -   & -   & - \\
        &  5~T        &      &    &    &    &    &  \\
\hline
        &  8 bunches  &      &    &    &    &    &  \\
Group 4 &  6~Tp      &   6   & 5.9   &  3.8  & -   & -   & - \\
        &  5~T        &      &    &    &    &    &  \\
\hline
\hline
\end{supertabular} \\

\ \\

\begin{flushleft}

\shortstack[l]{\vrule width 4.5in height 0.4pt\\
        \ \ $^{1}$ N represents number of events for measurement. \\
       \ \\
        \ \ $^{2}$ DL (cm) represents disruption length of jet. \\
       \ \\
       \ \ $^{3}$ A represents average of measurement. \\
       \ \\
        \ \ $^{4}$ S represents standard deviation of measurement. \\
       \ \\
        \ \ $^{5}$ V (m/s) represents filament velocity on jet surface. }
       \ \\
\end{flushleft}

\end{table}
%\end{landscape}

\newpage
\clearpage

\section{Beam Program List and Disruption Length Measurement}

\ \\

\begin{center}
\begin{longtable}{ccccccc}
%Here is the caption, the stuff in [] is the table of contents entry,
%the stuff in {} is the title that will appear on the first page of the
%table.
\caption{Measured disruption length and beam shot program. Item 1 is shot number. The first digit
represents experiment run day and last 2 $\sim$ 3 digits represent shot numbers of the day.
For example, in shot 2003, 2 represents experiment day 2 and 3 represents shot number 3
of experiment day 2. Item 2 is number of bunches. Item 3 is number of protons~(Tp).
Item 4 is magnetic field~(T). Item 5 is designated velocity of jet shot~(m/s). Item 6 is L$_{disruption}$~(m).
Item 7 is  $\sigma_{disruption}$~($\pm$ m).  } \label{tab:error_disrupt} \\

%This is the header for the first page of the table...
\hline \hline \\[-2ex]
   \multicolumn{1}{c}{\textbf{1}} &
   \multicolumn{1}{c}{\textbf{2}} &
      \multicolumn{1}{c}{\textbf{ 3}} &
         \multicolumn{1}{c}{\textbf{4}} &
            \multicolumn{1}{c}{\textbf{ 5}} &
               \multicolumn{1}{c}{\textbf{ 6}} &
   \multicolumn{1}{c}{\textbf{7}} \\[0.5ex] \hline
   \\[-1.8ex]
\endfirsthead

%This is the header for the remaining page(s) of the table...
\multicolumn{7}{c}{{\tablename} \thetable{} -- Continued} \\[0.5ex]
  \hline \hline \\[-2ex]
  \multicolumn{1}{c}{\textbf{1}} &
  \multicolumn{1}{c}{\textbf{ 2}} &
    \multicolumn{1}{c}{\textbf{3}} &
      \multicolumn{1}{c}{\textbf{ 4}} &
        \multicolumn{1}{c}{\textbf{ 5}} &
          \multicolumn{1}{c}{\textbf{ 6}} &
  \multicolumn{1}{c}{\textbf{7}} \\[0.5ex] \hline
  \\[-1.8ex]
\endhead

%This is the footer for all pages except the last page of the table...
  \multicolumn{7}{l}{{Continued on Next Page\ldots}} \\
\endfoot

%This is the footer for the last page of the table...
  \\[-1.8ex] \hline \hline
\endlastfoot

%Now the data...
2002	&	1	&	0.25	&	0	&	0	&	-	&	-	\\
2003	&	1	&	0.25	&	0	&	0	&	-	&	-	\\
2004	&	1	&	0.25	&	0	&	0	&	-	&	-	\\
2005	&	1	&	0.25	&	0	&	0	&	-	&	-	\\
2006	&	1	&	0.25	&	0	&	0	&	-	&	-	\\
2007	&	1	&	0.25	&	0	&	0	&	-	&	-	\\
2008	&	1	&	0.25	&	0	&	0	&	-	&	-	\\
2009	&	1	&	0.25	&	0	&	0	&	-	&	-	\\
2011	&	1	&	0.25	&	0	&	0	&	-	&	-	\\
2012	&	1	&	0.25	&	0	&	0	&	-	&	-	\\
2013	&	1	&	0.25	&	0	&	0	&	-	&	-	\\
2014	&	1	&	0.25	&	0	&	0	&	-	&	-	\\
2015	&	1	&	0.25	&	0	&	0	&	-	&	-	\\
2016	&	1	&	0.25	&	0	&	0	&	-	&	-	\\
2017	&	1	&	0.25	&	0	&	0	&	-	&	-	\\
2018	&	1	&	0.25	&	0	&	0	&	-	&	-	\\
2019	&	1	&	0.25	&	0	&	0	&	-	&	-	\\
2020	&	1	&	0.25	&	0	&	0	&	-	&	-	\\
2021	&	1	&	0.25	&	0	&	0	&	-	&	-	\\
2022	&	1	&	0.25	&	0	&	0	&	-	&	-	\\
2023	&	1	&	0.25	&	0	&	0	&	-	&	-	\\
2026	&	1+1	&	0.5	&	0	&	15	&	0.085	&	4.000	\\
3003	&	1+1	&	0.5	&	0	&	0	&	-	&	-	\\
3005	&	1+1	&	0.5	&	0	&	0	&	-	&	-	\\
3006	&	12+4	&	4	&	0	&	0	&	-	&	-	\\
3007	&	12+4	&	4	&	0	&	0	&	-	&	-	\\
3008	&	12+4	&	4	&	0	&	0	&	-	&	-	\\
3011	&	12+4	&	4	&	0	&	0	&	-	&	-	\\
3012	&	12+4	&	4	&	0	&	0	&	-	&	-	\\
3014	&	1	&	0.25	&	0	&	0	&	-	&	-	\\
3015	&	1	&	0.25	&	0	&	0	&	-	&	-	\\
3016	&	1	&	0.25	&	0	&	15	&	No image	&	-	\\
3017	&	1	&	0.25	&	0	&	15	&	0	&	0.000	\\
3018	&	1	&	0.25	&	0	&	15	&	0	&	0.000	\\
3019	&	1	&	0.25	&	0	&	15	&	0.013	&	0.021	\\
3020	&	1	&	0.25	&	0	&	15	&	0	&	0.000	\\
3021	&	1	&	0.25	&	0	&	15	&	0.005	&	0.016	\\
3022	&	1	&	0.25	&	0	&	15	&	0.029	&	0.027	\\
3023	&	1	&	0.25	&	0	&	15	&	0	&	0.000	\\
3024	&	1	&	0.25	&	0	&	15	&	No image	&	-	\\
3025	&	1	&	0.25	&	5	&	15	&	0	&	0.000	\\
4001	&	1	&	0.25	&	0	&	15	&	0.018	&	0.023	\\
4002	&	1	&	0.25	&	5	&	15	&	0	&	0.000	\\
4003	&	1	&	0.25	&	5	&	15	&	0	&	0.000	\\
4004	&	1	&	0.25	&	5	&	15	&	0	&	0.000	\\
4005	&	1	&	0.25	&	5	&	15	&	0.054	&	0.032	\\
4006	&	1	&	0.25	&	5	&	15	&	0.019	&	0.023	\\
4007	&	1	&	0.25	&	5	&	15	&	0	&	0.000	\\
4008	&	1	&	0.25	&	5	&	15	&	0	&	0.000	\\
4009	&	1	&	0.25	&	5	&	15	&	No image	&	-	\\
4010	&	1	&	0	&	5	&	0	&	-	&	-	\\
4011	&	1	&	0.3	&	0	&	0	&	-	&	-	\\
4012	&	1	&	0.3	&	5	&	0	&	-	&	-	\\
4013	&	1	&	0.3	&	0	&	0	&	-	&	-	\\
4014	&	1	&	0.3	&	5	&	15	&	0.007	&	0.017	\\
4015	&	16	&	10	&	5	&	15	&	0.031	&	0.027	\\
4016	&	16	&	10	&	5	&	0	&	-	&	-	\\
4017	&	16	&	10	&	0	&	15	&	0.038	&	0.029	\\
4019	&	16	&	10	&	0	&	15	&	0.062	&	0.033	\\
4020	&	2	&	0.5	&	0	&	0	&	-	&	-	\\
4021	&	2	&	0.5	&	0	&	0	&	-	&	-	\\
4023	&	2	&	0.5	&	0	&	0	&	-	&	-	\\
4024	&	2	&	0.5	&	0	&	0	&	-	&	-	\\
4025	&	2	&	0.5	&	0	&	0	&	-	&	-	\\
4026	&	2	&	0.5	&	0	&	0	&	-	&	-	\\
4028	&	16	&	10	&	0	&	0	&	-	&	-	\\
4030	&	16	&	10	&	0	&	15	&	0.143	&	0.043	\\
4031	&	16	&	10	&	5	&	15	&	0.08	&	0.036	\\
5003	&	4	&	1	&	5	&	15	&	0	&	0.000	\\
5004	&	16	&	10	&	5	&	15	&	0.111	&	0.040	\\
5005	&	16	&	10	&	5	&	15	&	No image	&	-	\\
5006	&	16	&	10	&	5	&	15	&	No image	&	-	\\
5007	&	16	&	10	&	5	&	15	&	0.024	&	0.025	\\
5008	&	16	&	10	&	5	&	15	&	0.031	&	0.027	\\
5009	&	8	&	5	&	5	&	15	&	0.033	&	0.028	\\
5010	&	8	&	5	&	5	&	15	&	0.022	&	0.025	\\
5011	&	8	&	5	&	0	&	15	&	0.084	&	0.037	\\
5012	&	16	&	10	&	5	&	15	&	No image	&	-	\\
5014	&	16	&	15	&	0	&	15	&	No image	&	-	\\
5015	&	16	&	15	&	5	&	15	&	0.189	&	0.047	\\
5016	&	16	&	15	&	5	&	15	&	0.18	&	0.046	\\
5017	&	16	&	20	&	5	&	15	&	0.303	&	0.054	\\
5018	&	16	&	20	&	5	&	15	&	0.283	&	0.053	\\
5019	&	16	&	20	&	5	&	15	&	0.204	&	0.048	\\
5020	&	16	&	20	&	10	&	15	&	0.184	&	0.046	\\
6001	&	16	&	4	&	0	&	15	&	0	&	0.000	\\
6002	&	16	&	4	&	0	&	15	&	0.027	&	0.026	\\
6003	&	16	&	10	&	5	&	15	&	0.105	&	0.039	\\
6004	&	16	&	10	&	5	&	15	&	0.105	&	0.039	\\
6005	&	16	&	10	&	5	&	15	&	0.035	&	0.028	\\
6006	&	16	&	10	&	5	&	15	&	0.173	&	0.046	\\
6007	&	16	&	10	&	5	&	15	&	0.028	&	0.026	\\
6008	&	16	&	10	&	5	&	15	&	0.052	&	0.032	\\
6009	&	16	&	10	&	5	&	15	&	0.079	&	0.036	\\
6010	&	16	&	10	&	5	&	15	&	0.074	&	0.035	\\
6011	&	16	&	10	&	5	&	0	&	-	&	-	\\
6012	&	1	&	0.25	&	0	&	0	&	-	&	-	\\
6013	&	1	&	0.25	&	0	&	0	&	-	&	-	\\
6014	&	1	&	0.25	&	0	&	0	&	-	&	-	\\
6015	&	1	&	0.25	&	0	&	0	&	-	&	-	\\
6016	&	1	&	0.3	&	0	&	0	&	-	&	-	\\
6017	&	1	&	0.3	&	0	&	0	&	-	&	-	\\
6018	&	1	&	0.3	&	0	&	0	&	-	&	-	\\
6019	&	1	&	0.3	&	0	&	0	&	-	&	-	\\
6020	&	1	&	0.3	&	0	&	0	&	-	&	-	\\
6021	&	1	&	0.3	&	0	&	0	&	-	&	-	\\
6022	&	1	&	0.3	&	0	&	0	&	-	&	-	\\
6023	&	1	&	0.3	&	0	&	0	&	-	&	-	\\
6024	&	16	&	4	&	0	&	0	&	-	&	-	\\
6025	&	16	&	4	&	0	&	0	&	0.092	&	0.038	\\
6026	&	16	&	4	&	0	&	15	&	0.101	&	0.039	\\
6027	&	16	&	4	&	0	&	15	&	0.095	&	0.038	\\
6028	&	16	&	4	&	5	&	15	&	0.005	&	0.016	\\
6029	&	16	&	4	&	5	&	15	&	0.038	&	0.029	\\
6030	&	16	&	4	&	10	&	15	&	0.044	&	0.030	\\
6031	&	16	&	4	&	10	&	15	&	0.058	&	0.033	\\
7001	&	16	&	4	&	0	&	0	&	-	&	-	\\
7002	&	16	&	4	&	5	&	0	&	-	&	-	\\
7003	&	16	&	4	&	10	&	0	&	-	&	-	\\
7004	&	16	&	4	&	0	&	15	&	0.019	&	0.023	\\
7005	&	16	&	4	&	0	&	15	&	0.036	&	0.028	\\
7006	&	16	&	4	&	10	&	15	&	0.014	&	0.021	\\
7008	&	16	&	4	&	0	&	0	&	-	&	-	\\
7009	&	16	&	4	&	0	&	0	&	-	&	-	\\
7010	&	16	&	4	&	0	&	0	&	-	&	-	\\
7011	&	16	&	4	&	0	&	0	&	-	&	-	\\
7012	&	16	&	4	&	0	&	0	&	-	&	-	\\
7013	&	16	&	4	&	0	&	0	&	-	&	-	\\
7014	&	16	&	4	&	0	&	0	&	-	&	-	\\
7015	&	16	&	4	&	0	&	0	&	-	&	-	\\
7016	&	16	&	4	&	10	&	15	&	0	&	0.000	\\
7017	&	16	&	4	&	10	&	0	&	-	&	-	\\
7021	&	16	&	4	&	0	&	0	&	-	&	-	\\
7022	&	16	&	4	&	0	&	0	&	-	&	-	\\
7023	&	16	&	4	&	10	&	15	&	0.082	&	0.036	\\
7024	&	16	&	4	&	10	&	0	&	-	&	-	\\
7025	&	16	&	4	&	10	&	0	&	-	&	-	\\
8001	&	16	&	4	&	0	&	0	&	-	&	-	\\
8002	&	16	&	4	&	0	&	15	&	0.016	&	0.022	\\
8003	&	16	&	4	&	0	&	15	&	0.024	&	0.025	\\
8004	&	16	&	4	&	0	&	0	&	-	&	-	\\
8005	&	16	&	4	&	0	&	15	&	0.051	&	0.032	\\
8006	&	16	&	4	&	0	&	0	&	-	&	-	\\
8007	&	16	&	4	&	0	&	15	&	0.147	&	0.043	\\
8008	&	16	&	4	&	0	&	0	&	-	&	-	\\
8009	&	16	&	4	&	0	&	15	&	0.132	&	0.042	\\
8010	&	16	&	4	&	0	&	15	&	0.419	&	0.059	\\
8011	&	16	&	4	&	0	&	0	&	-	&	-	\\
8012	&	16	&	4	&	0	&	15	&	0.041	&	0.030	\\
8013	&	16	&	4	&	0	&	0	&	-	&	-	\\
8014	&	16	&	4	&	0	&	15	&	0.107	&	0.039	\\
8015	&	16	&	4	&	0	&	0	&	-	&	-	\\
8016	&	16	&	4	&	5	&	15	&	0	&	0.000	\\
8017	&	16	&	4	&	5	&	0	&	-	&	-	\\
8018	&	16	&	4	&	5	&	15	&	0.027	&	0.026	\\
8019	&	16	&	4	&	5	&	0	&	-	&	-	\\
8020	&	-	&	0	&	5	&	15	&	0	&	0.000	\\
8021	&	16	&	4	&	5	&	15	&	0	&	0.000	\\
8022	&	16	&	4	&	5	&	0	&	-	&	-	\\
8029	&	16	&	4	&	7	&	15	&	No image	&		\\
8030	&	16	&	4	&	7	&	15	&	0	&	0.000	\\
8031	&	16	&	4	&	7	&	0	&	-	&	-	\\
8032	&	16	&	4	&	7	&	15	&	0	&	0.000	\\
8033	&	16	&	4	&	7	&	0	&	-	&	-	\\
8034	&	12+4	&	15+5	&	7	&	15	&	0.208	&	0.048	\\
8035	&	12+4	&	15+5	&	7	&	15	&	0.152	&	0.044	\\
8036	&	12+4	&	15+5	&	0	&	0	&	-	&	-	\\
8037	&	12+4	&	15+5	&	7	&	15	&	0.16	&	0.044	\\
8038	&	0	&	0	&	7	&	0	&	-	&	-	\\
8039	&	-	&	-	&	0	&	0	&	-	&	-	\\
8040	&	-	&	-	&	0	&	0	&	-	&	-	\\
8041	&	12+4	&	15+5	&	7	&	15	&	0.203	&	0.048	\\
8042	&	12+4	&	15+5	&	7	&	0	&	-	&	-	\\
8043	&	12+4	&	15+5	&	7	&	0	&	-	&	-	\\
8044	&	12+4	&	15+5	&	7	&	15	&	0.253	&	0.051	\\
8045	&	12+4	&	15+5	&	7	&	15	&	0.165	&	0.045	\\
8046	&	12+4	&	15+5	&	0	&	0	&	-	&	-	\\
8047	&	12+4	&	15+5	&	7	&	0	&	-	&	-	\\
9003	&	1	&	0.25	&	5	&	15	&	0	&	0.000	\\
9004	&	16	&	4	&	5	&	15	&	0.064	&	0.034	\\
9005	&	16	&	4	&	5	&	15	&	0.082	&	0.036	\\
9006	&	16	&	4	&	5	&	15	&	0.215	&	0.049	\\
9008	&	16	&	4	&	5	&	15	&	0.08	&	0.036	\\
9009	&	12	&	3	&	5	&	15	&	0.108	&	0.040	\\
9010	&	8	&	2	&	5	&	15	&	0	&	0.000	\\
9011	&	-	&	-	&	-	&	-	&	0.068	&	0.034	\\
9012	&	10	&	2.5	&	5	&	15	&	0.04	&	0.029	\\
9013	&	-	&	-	&	-	&	-	&	0.04	&	0.029	\\
9014	&	12	&	3	&	5	&	15	&	0.078	&	0.036	\\
9015	&	16	&	6	&	7	&	15	&	0.162	&	0.045	\\
9016	&	16	&	4	&	7	&	15	&	0.109	&	0.040	\\
9017	&	12	&	3.32	&	7	&	15	&	0.005	&	0.016	\\
9018	&	12	&	3.64	&	7	&	15	&	0	&	0.000	\\
9019	&	12	&	3.78	&	7	&	15	&	0.04	&	0.029	\\
9020	&	12	&	5.1	&	10	&	15	&	0.079	&	0.036	\\
10001	&	16	&	4	&	0	&	0	&	No image	&	-	\\
10002	&	16	&	4	&	0	&	0	&	No image	&	-	\\
10003	&	16	&	4	&	0	&	15	&	0.188	&	0.047	\\
10004	&	16	&	4	&	5	&	15	&	0.202	&	0.048	\\
10005	&	16	&	4	&	5	&	15	&	0.128	&	0.042	\\
10006	&	18	&	4	&	10	&	15	&	0.038	&	0.029	\\
10007	&	16	&	10	&	5	&	15	&	0.258	&	0.051	\\
10008	&	16	&	15	&	5	&	15	&	0.291	&	0.053	\\
10009	&	4	&	6	&	5	&	15	&	0.154	&	0.044	\\
10010	&	2+2	&	6	&	5	&	15	&	0.184	&	0.046	\\
10011	&	2+2	&	6	&	5	&	15	&	0.294	&	0.053	\\
10012	&	4	&	6	&	5	&	15	&	0.228	&	0.049	\\
10013	&	4	&	6	&	5	&	15	&	0.182	&	0.046	\\
10014	&	4	&	6	&	5	&	0	&	-	&	-	\\
10015	&	2+2	&	6	&	5	&	15	&	No image	&	-	\\
10016	&	8	&	6	&	5	&	15	&	0.155	&	0.044	\\
10017	&	8	&	6	&	5	&	0	&	-	&	-	\\
10018	&	4+4	&	6	&	5	&	15	&	0.25	&	0.051	\\
10019	&	4+4 	&	6	&	5	&	0	&	-	&	-	\\
11001	&	4	&	1	&	0	&	15	&	0.029	&	0.027	\\
11002	&	16	&	6	&	5	&	15	&	0.202	&	0.048	\\
11004	&	4	&	6	&	5	&	15	&	0.26	&	0.051	\\
11005	&	4	&	6	&	5	&	15	&	0.246	&	0.051	\\
11006	&	4	&	6	&	5	&	15	&	0.239	&	0.050	\\
11007	&	4	&	6	&	5	&	15	&	0.174	&	0.046	\\
11008	&	4	&	6	&	5	&	15	&	0.122	&	0.041	\\
11010	&	4	&	6	&	5	&	15	&	0.194	&	0.047	\\
11019	&	16	&	10	&	10	&	15	&	0.167	&	0.045	\\
11020	&	16	&	3.5	&	10	&	15	&	0	&	0.000	\\
11021	&	16	&	3.8	&	10	&	15	&	0.062	&	0.033	\\
11022	&	16	&	15	&	10	&	15	&	0.158	&	0.044	\\
11032	&	16	&	20	&	10	&	15	&	0.218	&	0.049	\\
11033	&	16	&	30	&	10	&	15	&	0.214	&	0.049	\\
11034	&	16	&	30	&	15	&	15	&	0.164	&	0.045	\\
12001	&	4	&	5	&	0	&	15	&	0.201	&	0.048	\\
12003	&	4	&	5	&	0	&	15	&	0.238	&	0.050	\\
12004	&	4	&	5	&	0	&	15	&	0.273	&	0.052	\\
12005	&	4	&	5	&	0	&	15	&	0.245	&	0.051	\\
12007	&	-	&	-	&	0	&	15	&	0.039	&	0.029	\\
12006	&	4	&	4	&	0	&	15	&	0.149	&	0.044	\\
12008	&	4	&	4	&	0	&	15	&	0.252	&	0.051	\\
12009	&	4	&	4	&	5	&	0	&	-	&	-	\\
12010	&	4	&	4	&	5	&	15	&	0.103	&	0.039	\\
12011	&	4	&	4	&	5	&	15	&	0.079	&	0.036	\\
12012	&	4	&	4	&	5	&	15	&	0	&	0.000	\\
12013	&	4	&	4	&	5	&	0	&	-	&	-	\\
12014	&	4	&	4	&	0	&	0	&	-	&	-	\\
12015	&	4	&	4	&	5	&	15	&	0.105	&	0.039	\\
12016	&	4	&	4	&	5	&	0	&	-	&	-	\\
12029	&	8	&	15	&	15	&	15	&	0.046	&	0.031	\\
12031	&	8	&	10	&	0	&	15	&	0.368	&	0.057	\\
12032	&	8	&	10	&	15	&	15	&	0.149	&	0.044	\\
12033	&	16	&	30	&	15	&	20	&	0.17	&	0.045	\\
13001	&	2	&	2.5	&	0	&	15	&	0.042	&	0.030	\\
13002	&	4	&	5	&	0	&	15	&	0.129	&	0.042	\\
13003	&	4	&	5	&	0	&	15	&	0.138	&	0.043	\\
13004	&	4	&	8	&	0	&	15	&	0.156	&	0.044	\\
13007	&	6+2	&	16	&	5	&	15	&	0.157	&	0.044	\\
13008	&	6+2	&	16	&	5	&	15	&	0.202	&	0.048	\\
13009	&	6+2	&	16	&	5	&	15	&	0.196	&	0.047	\\
13010	&	6+2	&	16	&	5	&	15	&	0.157	&	0.044	\\
13011	&	6+2	&	16	&	5	&	15	&	0.17	&	0.045	\\
13012	&	6+2	&	16	&	5	&	0	&	-	&	-	\\
13013	&	6+2	&	16	&	5	&	15	&	0.221	&	0.049	\\
13014	&	6+2	&	16	&	5	&	0	&	-	&	-	\\
13015	&	6+2	&	16	&	5	&	15	&	0.167	&	0.045	\\
13016	&	6+2	&	16	&	5	&	0	&	-	&	-	\\
14008	&	6	&	6	&	5	&	15	&	0.061	&	0.033	\\
14009	&	6	&	6	&	5	&	15	&	0.103	&	0.039	\\
14010	&	6	&	6	&	5	&	15	&	0	&	0.000	\\
14011	&	6	&	10	&	5	&	15	&	0.174	&	0.046	\\
14012	&	6	&	10	&	5	&	0	&	-	&	-	\\
14013	&	6	&	10	&	5	&	0	&	-	&	-	\\
14014	&	6	&	10	&	5	&	15	&	0.151	&	0.044	\\
14015	&	6	&	10	&	5	&	15	&	0.261	&	0.052	\\
14017	&	6+2	&	16	&	5	&	15	&	0.29	&	0.053	\\
14018	&	6+2	&	16	&	5	&	15	&	0.239	&	0.050	\\
14019	&	6+2	&	0	&	5	&	15	&	0.127	&	0.042	\\
14020	&	6+2	&	16	&	5	&	0	&	-	&	-	\\
14021	&	6+2	&	16	&	5	&	0	&	-	&	-	\\
14022	&	6+2	&	16	&	5	&	15	&	0.233	&	0.050	\\
14023	&	6+2	&	16	&	5	&	0	&	-	&	-	\\
14024	&	6+2	&	16	&	5	&	15	&	0.119	&	0.041	\\
14025	&	6+2	&	16	&	5	&	0	&	-	&	-	\\
14026	&	6+2	&	16	&	5	&	15	&	0.215	&	0.049	\\
14027	&	6+2	&	16	&	0	&	0	&	-	&	-	\\
14028	&	6+2	&	16	&	5	&	15	&	0.186	&	0.047	\\
14029	&	6+2	&	16	&	5	&	15	&	0.283	&	0.053	\\
14030	&	6+2	&	16	&	5	&	0	&	-	&	-	\\
14031	&	6+2	&	16	&	5	&	15	&	0.138	&	0.043	\\
14032	&	6+2	&	16	&	5	&	0	&	-	&	-	\\
14033	&	6+2	&	16	&	5	&	15	&	0.189	&	0.047	\\
14034	&	6+2	&	16	&	5	&	15	&	0.383	&	0.058	\\
14035	&	6+2	&	16	&	5	&	0	&	-	&	-	\\
14036	&	6+2	&	4	&	5	&	15	&	0.032	&	0.027	\\
14037	&	8	&	4	&	5	&	15	&	0	&	0.000	\\
15001	&	8	&	4	&	5	&	15	&	0.014	&	0.021	\\
15002	&	6+2	&	16	&	5	&	15	&	0.228	&	0.049	\\
15003	&	6+2	&	16	&	5	&	15	&	0.117	&	0.041	\\
15004	&	6+2	&	16	&	5	&	15	&	0.259	&	0.051	\\
15005	&	6+2	&	16	&	5	&	0	&	-	&	-	\\
15006	&	6+2	&	16	&	5	&	15	&	0.245	&	0.051	\\
15007	&	6+2	&	16	&	5	&	0	&	-	&	-	\\
15008	&	6+2	&	16	&	5	&	15	&	0.2	&	0.048	\\
15009	&	6+2	&	16	&	5	&	0	&	-	&	-	\\
15010	&	6+2	&	16	&	5	&	15	&	0.103	&	0.039	\\
15011	&	6+2	&	16	&	5	&	15	&	0.188	&	0.047	\\
15012	&	6+2	&	16	&	5	&	15	&	0.26	&	0.051	\\
15013	&	6+2	&	16	&	5	&	0	&	-	&	-	\\
15014	&	6+2	&	16	&	5	&	15	&	0.195	&	0.047	\\
15015	&	6+2	&	16	&	5	&	0	&	-	&	-	\\
15016	&	6+2	&	16	&	5	&	15	&	0.173	&	0.046	\\
15017	&	6+2	&	16	&	5	&	0	&	-	&	-	\\
15018	&	6+2	&	16	&	5	&	15	&	0.157	&	0.044	\\
15019	&	6+2	&	16	&	5	&	15	&	0.132	&	0.042	\\
15020	&	8	&	16	&	5	&	15	&	0.341	&	0.056	\\
15021	&	8	&	16	&	5	&	15	&	0.165	&	0.045	\\
15022	&	8	&	16	&	5	&	15	&	0.236	&	0.050	\\
15023	&	8	&	16	&	5	&	15	&	0.26	&	0.051	\\
15024	&	8	&	16	&	5	&	0	&	-	&	-	\\
15025	&	8	&	16	&	5	&	15	&	0.175	&	0.046	\\
15026	&	8	&	16	&	5	&	0	&	-	&	-	\\
15027	&	8	&	16	&	5	&	15	&	0.313	&	0.054	\\
15028	&	8	&	16	&	5	&	15	&	-	&	-	\\
15029	&	8	&	6	&	5	&	15	&	0.066	&	0.034	\\
15030	&	8	&	6	&	5	&	0	&	-	&	-	\\
15031	&	8	&	6	&	5	&	15	&	0.068	&	0.034	\\
15032	&	8	&	6	&	5	&	0	&	-	&	-	\\
15033	&	8	&	6	&	5	&	15	&	0.026	&	0.026	\\
15034	&	8	&	6	&	5	&	0	&	-	&	-	\\
15035	&	8	&	6	&	5	&	15	&	0.021	&	0.024	\\
15036	&	8	&	6	&	5	&	0	&	-	&	-	\\
15037	&	8	&	6	&	5	&	15	&	0.115	&	0.040	\\
15038	&	8	&	10	&	5	&	15	&	0.08	&	0.036	\\
15039	&	8	&	8	&	5	&	15	&	0.053	&	0.032	\\
15040	&	8	&	8	&	5	&	15	&	0.054	&	0.032	\\
15041	&	8	&	6	&	5	&	15	&	0.008	&	0.018	\\
15042	&	8	&	6	&	5	&	15	&	0.007	&	0.017	\\
15043	&	16	&	6	&	5	&	15	&	0.027	&	0.026	\\
15044	&	4	&	12	&	5	&	15	&	0.043	&	0.030	\\
15045	&	4	&	12	&	5	&	15	&	0.027	&	0.026	\\
16001	&	4	&	2	&	0	&	15	&	0.082	&	0.036	\\
16002	&	4	&	10	&	4.1	&	15	&	0.068	&	0.034	\\
16003	&	4	&	12	&	4.1	&	15	&	0.205	&	0.048	\\
16004	&	4	&	14	&	6	&	15	&	0.222	&	0.049	\\
16005	&	8	&	12	&	5	&	15	&	0.136	&	0.042	\\
16006	&	8	&	12	&	5	&	15	&	0.208	&	0.048	\\
16007	&	8	&	12	&	5	&	15	&	0.189	&	0.047	\\
16008	&	4+4 	&	6+6	&	5	&	15	&	0.212	&	0.048	\\
16009	&	4+4	&	6+6	&	5	&	15	&	0.071	&	0.035	\\
16010	&	4+4 	&	6+6	&	5	&	15	&	0.164	&	0.045	\\
16011	&	4+4 	&	6+6	&	5	&	15	&	0.215	&	0.049	\\
16012	&	4	&	14	&	5	&	15	&	0.229	&	0.050	\\
16013	&	4	&	14	&	10	&	15	&	0.188	&	0.047	\\
16014	&	4	&	12	&	10	&	15	&	0.172	&	0.045	\\
16015	&	4	&	12	&	15	&	15	&	0.144	&	0.043	\\
16016	&	4	&	10	&	5	&	15	&	0.131	&	0.042	\\
17001	&	16	&	6	&	5	&	15	&	0.015	&	0.022	\\
17002	&	16	&	8	&	5	&	15	&	0.125	&	0.041	\\
17003	&	16	&	6	&	5	&	15	&	0.037	&	0.029	\\
17004	&	16	&	6.3	&	5	&	15	&	0.048	&	0.031	\\
17005	&	16	&	6	&	5	&	15	&	0.013	&	0.021	\\
17006	&	16	&	6	&	7	&	15	&	0.093	&	0.038	\\
17007	&	16	&	4.2	&	7	&	15	&	0	&	0.000	\\
17008	&	16	&	8	&	7	&	15	&	0.101	&	0.039	\\
17009	&	8+8	&	8	&	7	&	15	&	0.074	&	0.035	\\
17010	&	8+8	&	8	&	7	&	15	&	0.062	&	0.033	\\
17011	&	8+8	&	8	&	7	&	15	&	0.155	&	0.044	\\
17012	&	8+8	&	8	&	7	&	15	&	-	&	-	\\
17013	&	8+8	&	8	&	7	&	15	&	0.047	&	0.031	\\
17014	&	8+8	&	8	&	7	&	15	&	0	&	0.000	\\
17015	&	8+8	&	7.5	&	7	&	15	&	0.016	&	0.022	\\
17016	&	8+8	&	7.4	&	7	&	15	&	0.086	&	0.037	\\
17017	&	8+8	&	8.4	&	7	&	15	&	0.111	&	0.040	\\
17018	&	8+8	&	6	&	7	&	15	&	0.057	&	0.033	\\
17019	&	8+0	&	4	&	7	&	15	&	0.007	&	0.017	\\
17020	&	8+0	&	6	&	7	&	15	&	0.059	&	0.033	\\
17021	&	16	&	15	&	10	&	15	&	0.174	&	0.046	\\
17022	&	16	&	15	&	15	&	15	&	0.148	&	0.043	\\
17023	&	16	&	29	&	15	&	15	&	0.18	&	0.046	\\
17024	&	16	&	29	&	10	&	20	&	0.23	&	0.050	\\
\end{longtable}
\end{center}
