Characterizing Jordan centralizers and Jordan generalized derivations on triangular rings through zero products

Let $\T$ be a $2$-torsion free triangular ring and let $\varphi:\T\rightarrow \T$ be an additive map. We prove that if $\A \varphi(\B)+\varphi(\B)\A=0$ whenever $\A,\B\in \T$ are such that $\A\B=\B\A=0$, then $\varphi$ is a centralizer. It is also shown that if $\tau:\T\rightarrow \T$ is an additive map satisfying $\label{t2} X,Y\in \T, \quad XY=YX=0\Rightarrow X \tau(Y)+\delta(X)Y+Y\delta(X)+\tau(Y)X=0$, where $\delta:\T\rightarrow \T$ is an additive map satisfies $X,Y\in \T, \quad XY=YX=0\Rightarrow X \delta(Y)+\delta(X)Y+Y\delta(X)+\delta(Y)X=0$, then $\tau(\A)=d(\A)+\A \tau(\textbf{1})$, where $d:\T\rightarrow \T$ is a derivation and $\tau(\textbf{1})$ lies in the centre of the $\T$. By applying this results we obtain some corollaries concerning (Jordan) centralizers and (Jordan) derivations on triangular rings.