$N[1535]$ Two Body Decay Vertices(8)

There are 8 vertices in this part

Vertex 9: $\gamma^{0}_{\nu }~({p_3})~-\overline{N[1535]}({p_2})~-N[1520]^+( {p_1})~$

$$\begin{eqnarray*} &V_{9}=g~(\gamma_5{\hat {p_3}}\gamma_\nu {p_3}_\mu f_{451}-\g... ...nu }f_{450}i \\ &+ \sqrt{{p_2}^2}\gamma_5g_{\mu ,\nu } f_{450}i) \end{eqnarray*}$$

Vertex 10: $N[1520]^-({p_1})~-N[1535]({p_2})~-\gamma^{0}_{\nu }~({p_3})~$

$$\begin{eqnarray*} &V_{10}=g~(\gamma_5{\hat {p_3}}\gamma_\nu {p_3}_\mu f_{451}-\... ...nu }f_{450}i \\ &+ \sqrt{{p_2}^2}\gamma_5g_{\mu , \nu }f_{450}i) \end{eqnarray*}$$

Vertex 11: $\gamma^{0}_{\nu }~({p_3})~-\overline{N[1535]}({p_2})~- \Delta[1232][+1]^+({p_1})~$

$$\begin{eqnarray*} &V_{11}=g~(- \sqrt{{p_1}^2}g_{\mu ,\nu }f_{310}i+ \sqrt{{p_2}... ...nu {\hat {p_3}}{p_3}_ \mu f_{309}+\gamma_\nu {p_3}_\mu f_{310}i) \end{eqnarray*}$$

Vertex 12: $\Delta[1232][+1]^-({p_1})~-N[1535]({p_2})~-\gamma^{0}_{\nu }~( {p_3})~$

$$\begin{eqnarray*} &V_{12}=g~( \sqrt{{p_1}^2}g_{\mu ,\nu }f_{310}i- \sqrt{{p_2}^... ...nu {\hat {p_3}}{p_3}_ \mu f_{309}+\gamma_\nu {p_3}_\mu f_{310}i) \end{eqnarray*}$$

Vertex 13: $\gamma^{0}_{\mu }~({p_3})~-\overline{P}({p_2})~-N[1535]({p_1})~$

$$\begin{eqnarray*} &V_{13}=f_{139}g~(-\gamma_5{\hat {p_3}}\gamma_\mu +\gamma_5\gamma_\mu {\hat {p_3}}) \end{eqnarray*}$$

Vertex 14: $\overline{N[1535]}({p_1})~-P({p_2})~-\gamma^{0}_{\mu }~({p_3})~$

$$\begin{eqnarray*} &V_{14}=f_{139}g~(\gamma_5{\hat {p_3}}\gamma_\mu -\gamma_5\gamma_\mu {\hat {p_3}}) \end{eqnarray*}$$

Vertex 15: $\gamma^{0}_{\mu }~({p_3})~-\overline{N[1440]}({p_2})~-N[1535]( {p_1})~$

$$\begin{eqnarray*} &V_{15}=f_{136}g~(-\gamma_5{\hat {p_3}}\gamma_\mu +\gamma_5\gamma_\mu {\hat {p_3}}) \end{eqnarray*}$$

Vertex 16: $\overline{N[1535]}({p_1})~-N[1440]({p_2})~-\gamma^{0}_{\mu }~( {p_3})~$

$$\begin{eqnarray*} &V_{16}=f_{136}g~(\gamma_5{\hat {p_3}}\gamma_\mu -\gamma_5\gamma_\mu {\hat {p_3}}) \end{eqnarray*}$$