\addcontentsline{toc}{section}{ADDITIONAL FRONT MATERIAL}
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{\textbf{ADDITIONAL FRONT MATERIAL}}
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\begin{foreward}
Material after the Contents, List of Figures, List of Tables, and the Acronym list may include any or all of the following sections and should begin on an odd-numbered page in the order listed below:
\noindent{FOREWORD {\color{blue}{\emph{[Note: Spelling is not ``FORWARD.'']}}}\\
\noindent{FOREWORD {\color{blue}{\emph{[Note: Spelling is not ``FORWARD.'']}}}}\\
\noindent{PREFACE}\\
\noindent{ACKNOWLEDGMENTS}\\
\noindent{EXECUTIVE SUMMARY OR SUMMARY}\\
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Footnotes may be used in addition to the author-date citation method, in which case, the footnotes provide additional information to the text, not bibliographic citations.
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@@ -137,16 +139,12 @@ Material after the Contents, List of Figures, List of Tables, and the Acronym li
\flushleft\caption[All figure captions are 10 pt, bold, Times New Roman.]{All figure captions are 10 pt, bold, Times New Roman. \textmd{If you have a two-line or more figure caption it is flush left. Only the first sentence of a figure caption is bolded.}}
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%Begin text here.
Text can go in between figures. LaTeX will pretty much place the figures wherever it wants unless you explicitly command it to do otherwise.
@@ -413,25 +398,36 @@ Flanges used in ultra-high vacuum service are commonly closed with metallic gask
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. 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.
\paragraph{Fourth-order heading}
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.