As with figures, tables are numbered consecutively, or consecutively by section, and should follow their call out (see {\color{green} Table \ref{tab:1}}) in the text as closely as possible. (LaTeX automatically floats Tables and Figures, depending on how much space is left on the page at the point that they are processed. If there is not enough room on the current page, the float is moved to the top of the next page.) Tables are formatted using small TNR. To accommodate large tables, the font size can be decreased and, if necessary, landscaped.
\begin{table}[h]
\caption{Table caption is bold, centered, and initial cap with no period at end of title}\label{tab:1}
\item{{\emph Note:} A general note to the table as a whole is not linked to a superscript letter. It is formatted like}
{this note. Table footnotes are 9 pt., or as with larger tables, 1 pt. smaller than the table body text.}
\item{${}^{(a)}$\small Footnote call-outs are lowercase, italic, superscript letters in sequence from left to right, then}
{\small top to bottom.}
\item{${}^{(b)}$\small For multipage tables, the footnote appears only on the last page of the table. Beginning on }
{\small the second page and following pages of a multipage table, {\bf use Table ?. (continued)} as the table caption.}
\end{tablenotes}
\end{threeparttable}
\end{center}
\end{table}
Flanges used in ultra-high vacuum service are commonly closed with metallic gaskets or seals. The geometry of the seal interface is critical for proper function. Experience has shown that flanges subjected to conventional welding techniques distort beyond a point that they can be sealed.
Flanges used in ultra-high vacuum service are commonly closed with metallic gaskets or seals. The geometry of the seal interface is critical for proper function. Experience has shown that flanges subjected to conventional welding techniques distort beyond a point that they can be sealed.
Flanges used in ultra-high vacuum service are commonly closed with metallic gaskets or seals. The geometry of the seal interface is critical for proper function. Experience has shown that flanges subjected to conventional welding techniques distort beyond a point that they can be sealed.
Flanges used in ultra-high vacuum service are commonly closed with metallic gaskets or seals. The geometry of the seal interface is critical for proper function. Experience has shown that flanges subjected to conventional welding techniques distort beyond a point that they can be sealed.
Flanges used in ultra-high vacuum service are commonly closed with metallic gaskets or seals. The geometry of the seal interface is critical for proper function (see {\color{green}Table 2}). Experience has shown that flanges subjected to conventional welding techniques distort beyond a point that they can be sealed.
Flanges used in ultra-high vacuum service are commonly closed with metallic gaskets or seals. The geometry of the seal interface is critical for proper function. Experience has shown that flanges subjected to conventional welding techniques distort beyond a point that they can be sealed (see {\color{green}Table 3}).
\begin{table}[h]
\centering
\caption{Table caption is bold, centered, and initial cap with no period at end of title}
