a.tex

\begin{matrix}
\text{aacute} & á \\
\text{Aacute} & Á \\
\text{abreve} & ă \\
\text{Abreve} & Ă \\
\text{ac} & ∾ \\
\text{acd} & ∿ \\
\text{acE} & \operatorname{∾̳} \\
\text{acirc} & â \\
\text{Acirc} & Â \\
\text{acute} & ´ \\
\text{acy} & а \\
\text{Acy} & А \\
\text{aelig} & æ \\
\text{AElig} & Æ \\
\text{af} & \\
\text{afr} & \mathfrak{a} \\
\text{Afr} & \mathfrak{A} \\
\text{agrave} & à \\
\text{Agrave} & À \\
\text{aleph} & \aleph \\
\text{alpha} & \alpha \\
\text{amacr} & ā \\
\text{Amacr} & Ā \\
\text{amalg} & \amalg \\
\text{amp} & \& \\
\text{and} & \land \\
\text{And} & ⩓ \\
\text{andand} & ⩕ \\
\text{andd} & ⩜ \\
\text{andslope} & ⩘ \\
\text{andv} & ⩚ \\
\text{ang} & \angle \\
\text{ange} & ⦤ \\
\text{angle} & \angle \\
\text{angmsd} & \measuredangle \\
\text{angmsdaa} & ⦨ \\
\text{angmsdab} & ⦩ \\
\text{angmsdac} & ⦪ \\
\text{angmsdad} & ⦫ \\
\text{angmsdae} & ⦬ \\
\text{angmsdaf} & ⦭ \\
\text{angmsdag} & ⦮ \\
\text{angmsdah} & ⦯ \\
\text{angrt} & ∟ \\
\text{angrtvb} & ⊾ \\
\text{angrtvbd} & ⦝ \\
\text{angsph} & \sphericalangle \\
\text{angst} & Å \\
\text{angzarr} & ⍼ \\
\text{aogon} & ą \\
\text{Aogon} & Ą \\
\text{aopf} & \mathbb{a} \\
\text{Aopf} & \mathbb{A} \\
\text{ap} & \approx \\
\text{apacir} & ⩯ \\
\text{ape} & \approxeq \\
\text{apE} & ⩰ \\
\text{apid} & ≋ \\
\text{apos} & ' \\
\text{ApplyFunction} & \\
\text{approx} & \approx \\
\text{approxeq} & \approxeq \\
\text{aring} & å \\
\text{Aring} & Å \\
\text{ascr} & \mathcal{a} \\
\text{Ascr} & \mathcal{A} \\
\text{Assign} & ≔ \\
\text{ast} & * \\
\text{asymp} & \approx \\
\text{asympeq} & \asymp \\
\text{atilde} & ã \\
\text{Atilde} & Ã \\
\text{auml} & ä \\
\text{Auml} & Ä \\
\text{awconint} & ∳ \\
\text{awint} & ⨑ \\
\end{matrix}