$f_2[1950]^{0}$ Two Body Decay Vertices(6)

There are 6 vertices in this part

Vertex 7: $\overline{K^0}({p_3})~-f_2[1950]^{0}_{\alpha ,\beta }~({p_2})~- K^{*}_2[1430]_{\mu ,\nu }~({p_1})~$

$$\begin{eqnarray*} &V_{7}=-\epsilon_{{p_1},{p_2},\mu ,\alpha }g~({p_1}_\beta {p_2}_\nu f_{157}+ g_{\nu ,\beta }f_{156}) \end{eqnarray*}$$

Vertex 8: $\overline{K^{*}_2[1430]}_{\mu ,\nu }~({p_1})~-f_2[1950]^{0}_{ \alpha ,\beta }~({p_2})~-K^0({p_3})~$

$$\begin{eqnarray*} &V_{8}=-\epsilon_{{p_1},{p_2},\mu ,\alpha }g~({p_1}_\beta {p_2}_\nu f_{157}+ g_{\nu ,\beta }f_{156}) \end{eqnarray*}$$

Vertex 9: $f_2[1950]^{0}_{\mu ,\nu }~({p_1})~-\overline{K^{*}[892]^0}_{ \alpha }~({p_2})~-K^{*}[892]^0_{\beta }~({p_3})~$

$$\begin{eqnarray*} &V_{9}=g~({p_1}_\alpha {p_1}_\beta {p_2}_\mu {p_2}_\nu f_{116... ...}g_{\nu ,\beta }f_{112}+ g_{\mu ,\beta }g_{\nu ,\alpha }f_{112}) \end{eqnarray*}$$

Vertex 10: $\overline{K^0}({p_3})~-K^{*}[892]^0_{\alpha }~({p_2})~- f_2[1950]^{0}_{\mu ,\nu }~({p_1})~$

$$\begin{eqnarray*} &V_{10}=-\epsilon_{{p_1},{p_2},\mu ,\alpha }f_{59}gi~{p_2}_\nu \end{eqnarray*}$$

Vertex 11: $f_2[1950]^{0}_{\mu ,\nu }~({p_1})~-\overline{K^{*}[892]^0}_{ \alpha }~({p_2})~-K^0({p_3})~$

$$\begin{eqnarray*} &V_{11}=-\epsilon_{{p_1},{p_2},\mu ,\alpha }f_{59}gi~{p_2}_\nu \end{eqnarray*}$$

Vertex 12: $f_2[1950]^{0}_{\mu ,\nu }~({p_1})~-\overline{K^0}({p_2})~-K^0( {p_3})~$

$$\begin{eqnarray*} &V_{12}=f_{31}g~{p_2}_\mu {p_2}_\nu \end{eqnarray*}$$