${\mathit{\Gamma }}_{3\mathit{g}}\otimes {\mathit{\Gamma }}_{2\mathit{u}}:$	${\mathit{\psi }}_1^{4\mathit{u}}$	${\mathit{\psi }}_2^{4\mathit{u}}$	${\mathit{\psi }}_3^{4\mathit{u}}$	${\mathit{\psi }}_4^{4\mathit{u}}$	${\mathit{\psi }}_1^{5\mathit{u}}$	${\mathit{\psi }}_2^{5\mathit{u}}$	${\mathit{\psi }}_3^{5\mathit{u}}$	${\mathit{\psi }}_4^{5\mathit{u}}$	${\mathit{\psi }}_5^{5\mathit{u}}$
${\varphi }_1^{3g}{\varphi }_x^{2u}$	$0$	0	0	0	$1$	0	0	0	0
${{\varphi }_1^{3g}\varphi }_y^{2u}$	0	$-\sqrt{2}/\sqrt{3}$	0	$0$	0	0	0	$1/\sqrt{3}$	0
${{\varphi }_1^{3g}\varphi }_z^{2u}$	$\sqrt{2}/\sqrt{3}$	0	$0$	0	0	0	0	0	$-1/\sqrt{3}$
${\varphi }_2^{3g}{\varphi }_x^{2u}$	0	0	$-\sqrt{2}/\sqrt{3}$	$0$	0	$-1/\sqrt{3}$	0	$0$	0
${{\varphi }_2^{3g}\varphi }_y^{2u}$	$1/\sqrt{6}$	0	0	$1/\sqrt{6}$	$0$	0	$1/\sqrt{3}$	0	$1/\sqrt{3}$
${{\varphi }_2^{3g}\varphi }_z^{2u}$	0	$-1/\sqrt{6}$	$1/\sqrt{6}$	0	0	$-1/\sqrt{3}$	0	$-1/\sqrt{3}$	$0$
${\varphi }_3^{3g}{\varphi }_x^{2u}$	0	0	$0$	$-\sqrt{2}/\sqrt{3}$	0	0	$1/\sqrt{3}$	$0$	$0$
${{\varphi }_3^{3g}\varphi }_y^{2u}$	0	$1/\sqrt{6}$	$1/\sqrt{6}$	0	0	$-1/\sqrt{3}$	0	$1/\sqrt{3}$	0
${{\varphi }_3^{3g}\varphi }_z^{2u}$	$1/\sqrt{6}$	0	0	$-1/\sqrt{6}$	$0$	0	$-1/\sqrt{3}$	0	$1/\sqrt{3}$