About Equation BSJ.2.1.1.1
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\begin{equation*} 
\begin{split} 
& \operatorname{J} _{\nu} (x)\approx x^{\nu} \Biggl(\frac{1}{\Gamma (\nu + 1) 2^{\nu}} - \frac{x^{2}}{4 \Gamma (\nu + 1) 2^{\nu} (\nu + 1)} +  \\ 
& \quad{}\quad{}\frac{x^{4}}{32 \Gamma (\nu + 1) 2^{\nu} (\nu + 1) (\nu + 2)} -  \\ 
& \quad{}\quad{}\frac{x^{6}}{384 \Gamma (\nu + 1) 2^{\nu} (\nu + 1) (\nu + 2) (\nu + 3)}\ldots\Biggr) 
\end{split} 
\end{equation*}
Absolute reference: BSJ:asympt:0:terms
LaTeX encoding
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\operatorname{J} _{\nu} (x)\approx x^{\nu} \Biggl(\frac{1}{\Gamma (\nu + 1) 2^{\nu}} - \frac{x^{2}}{4 \Gamma (\nu + 1) 2^{\nu} (\nu + 1)} + \\ \quad{}\quad{}\frac{x^{4}}{32 \Gamma (\nu + 1) 2^{\nu} (\nu + 1) (\nu + 2)} - \\ \quad{}\quad{}\frac{x^{6}}{384 \Gamma (\nu + 1) 2^{\nu} (\nu + 1) (\nu + 2) (\nu + 3)}\ldots\Biggr)
Maple encoding
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`&sepsequence`(`&nothing`,`&mathseq`(`&operatorname`(J),`&subscript`(nu))(x),approx,nullspace,x^nu*`&delimiter`(leftparens,rightparens,false,`&sepsequence`(`&nothing`,1/GAMMA(nu+1)/(2^nu)-1/2/GAMMA(nu+1)/(2^nu)/(2*nu+2)*x^2+1/8/GAMMA(nu+1)/(2^nu)/(2*nu+2)/(2*nu+4)*x^4-1/48/GAMMA(nu+1)/(2^nu)/(2*nu+2)/(2*nu+4)/(2*nu+6)*x^6,ldots)))
 
 
 
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