Alternative Equation Formats

The equation on this page is available in multiple formats. Depending on your browser, some formats might not render correctly.

MathML

(V_{j}^{h})_{l_{1} l_{2}} = {\begin{cases} v_{j}^{2} n_{l_{1} j}^{h} (n_{j}^{h} - n_{l_{1} j}^{h} d_{j}^{h} (n_{j}^{h} - d_{j}^{h}) (n_{j}^{h})^{- 2} (n_{j}^{h} - 1)^{- 1}) when l_{1} = l_{2} \\ - v_{j}^{2} n_{l_{1} j}^{h} n_{l_{2} j}^{h} d_{j}^{h} (n_{j}^{h} - d_{j}^{h}) (n_{j}^{h})^{- 2} (n_{j}^{h} - 1)^{- 1} when l_{1} \neq l_{2} \end{cases}

Math Rendered as SVG

Math as LaTeX Source

\[ (\mb{V}_ j^ h)_{l_1 l_2} = \left\{ \begin{array}{l} v_ j^2 n_{l_1 j}^ h(n_ j^ h-n_{l_1 j}^ h d_ j^ h(n_ j^ h-d_ j^ h)(n_ j^ h)^{-2}(n_ j^ h-1)^{-1}) ~ ~ ~ \mbox{when } l_1=l_2 \\ -v_ j^2 n_{l_1 j}^ h n_{l_2 j}^ h d_ j^ h(n_ j^ h-d_ j^ h)(n_ j^ h)^{-2}(n_ j^ h-1)^{-1} ~ ~ ~ \mbox{when } l_1 \neq l_2 \\ \end{array} \right. \]