Fig. 4
(a–c) The normalized charge conductance (\(G_e\)) as a function of E for different values of \(h_n\) in graphene-based F/F/B/d-wave SC junction. (b–d) The conductance \(G_{AR}\) (\(G_{NAR}\)) from conventional (anomalous) Andreev reflection contribution as a function of E for different values of \(h_n\). (a,b) \(\theta _m=\varphi _m=0\), (c,d) \(\theta _m=\varphi _m=0.5 \pi\). We set \(h_m=5\Delta _0\), \(\mu =\mu _n=\mu _m=100\Delta _0\). Here, the black curve for \(h_m=h_n=0\), and the parameters are chosen to be the same as in Fig. 3.
