financially supported by the National Natural Science Foundation of China (51102200);the Humanities and Social Sciences of Chinese Education Ministry Foundation (09XJC820016);the Natural Science Foundation Project of Chongqing CSTC (2009BB0135);the Education Committee Foundation of Chongqing City (KJ100105), China;Higher Education and Teaching Reform Project of Chongqing City (113127);Graduate Education and Teaching Reform Project of Chongqing City (yjg110304)
The surface of individual, relatively dispersed Fe304 nanospheres is coated with a thiol-terminated silane, then the thiol on the Fe304 particles' surfaces treats with nano-Ag colloidal solution to form Ag-modified F...