设A_J∈L(V),i=1,…,m,A_1=A_1…A_m为A_1,…A_m的张量积,称D(A_1,…,A_m)=A_1I…I+IA_2I…I+…+I…IA_m为■A_i的一阶偏导算子,它的正交数值域为(D(A_1,…,A_m))={sum from i=1 to m(A_jv_j,v_j)|(v_i,v_j)=δ...设A_J∈L(V),i=1,…,m,A_1=A_1…A_m为A_1,…A_m的张量积,称D(A_1,…,A_m)=A_1I…I+IA_2I…I+…+I…IA_m为■A_i的一阶偏导算子,它的正交数值域为(D(A_1,…,A_m))={sum from i=1 to m(A_jv_j,v_j)|(v_i,v_j)=δ_(ij),i,j=1,…,m}(要求m=≤n=dimV)。本文给出了(D(A_1,…,A_m))=0,(D(A_1,…,A+m))R及D(A_1,…A_m)为厄米特算子的充要条件。展开更多
文摘设A_J∈L(V),i=1,…,m,A_1=A_1…A_m为A_1,…A_m的张量积,称D(A_1,…,A_m)=A_1I…I+IA_2I…I+…+I…IA_m为■A_i的一阶偏导算子,它的正交数值域为(D(A_1,…,A_m))={sum from i=1 to m(A_jv_j,v_j)|(v_i,v_j)=δ_(ij),i,j=1,…,m}(要求m=≤n=dimV)。本文给出了(D(A_1,…,A_m))=0,(D(A_1,…,A+m))R及D(A_1,…A_m)为厄米特算子的充要条件。