A novel liquid-liquid phase transfer method was employed to prepared nano titanate organosol.

通过液-液相转移法制备了纳米氧钛有机溶胶。

Penicillinase,hematein and nano gold colloid were immobilized,as a modified membrane,on a plane Pt electrode by glutaraldehyde-bovine serum albumin.

用戊二醛-牛血清白蛋白交联法将青霉素酶、纳米金胶和氧苏木精同在铂极上,制成流型学生物传感器。

Among transitional metal oxides,nano NiO is one of the relatively few metal oxides with p-type semiconductivity,which has stable and wide band gap.

纳米氧过渡金属氧物中不多见的p型半导体之一,具有稳定而较宽的带隙,作为一种新型功能材料受到人们关注。

A novel liquid-liquid phase transfer method was employed to prepared nano titanate organosol.

通过液-液相转移法制备了纳米氧化钛有机溶胶。

Penicillinase,hematein and nano gold colloid were immobilized,as a modified membrane,on a plane Pt electrode by glutaraldehyde-bovine serum albumin.

用戊-血清白蛋白交联法将青霉素酶、纳米金胶和氧化苏木精同时修饰在铂极上,制成流型化学生物传感器。

Among transitional metal oxides,nano NiO is one of the relatively few metal oxides with p-type semiconductivity,which has stable and wide band gap.

纳米氧化镍是过渡金属氧化物中不多见p型半导体之一,具有稳定而较隙,作为一种新型功能材料受到人们关注。

A novel liquid-liquid phase transfer method was employed to prepared nano titanate organosol.

通过液-液相转移法制备了纳米氧化钛有胶。

Penicillinase,hematein and nano gold colloid were immobilized,as a modified membrane,on a plane Pt electrode by glutaraldehyde-bovine serum albumin.

用戊二醛-牛血清白蛋白交联法将青霉素酶、纳米金胶和氧化苏木精同时修饰在铂极上,制成流型化学生物传感器。

Among transitional metal oxides,nano NiO is one of the relatively few metal oxides with p-type semiconductivity,which has stable and wide band gap.

纳米氧化镍是过渡金属氧化物中不多见的p型半导体之,具有稳定而较宽的带隙,作为型功能材料受到人们关注。

A novel liquid-liquid phase transfer method was employed to prepared nano titanate organosol.

通液-液相转移法制备了纳米氧化钛有机溶胶。

Penicillinase,hematein and nano gold colloid were immobilized,as a modified membrane,on a plane Pt electrode by glutaraldehyde-bovine serum albumin.

用戊二醛-牛血清白蛋白交联法将青霉素酶、纳米胶和氧化苏时修饰在铂极上,制成流型化学生物传感器。

Among transitional metal oxides,nano NiO is one of the relatively few metal oxides with p-type semiconductivity,which has stable and wide band gap.

纳米氧化镍是属氧化物中不多见的p型半导体之一,具有稳定而较宽的带隙,作为一种新型功能材料受到人们关注。

A novel liquid-liquid phase transfer method was employed to prepared nano titanate organosol.

通过液-液相转移法制备了米氧化钛有机溶胶。

Penicillinase,hematein and nano gold colloid were immobilized,as a modified membrane,on a plane Pt electrode by glutaraldehyde-bovine serum albumin.

用戊二醛-牛血清白蛋白交联法将青霉素酶、米金胶和氧化苏木精同时修饰在铂极上,制成流型化学生物传感器。

Among transitional metal oxides,nano NiO is one of the relatively few metal oxides with p-type semiconductivity,which has stable and wide band gap.

米氧化镍是过渡金属氧化物中不多见的p型半导体之一,具有稳定而较宽的带隙,作为一种新型功能材料受到人们关注。

A novel liquid-liquid phase transfer method was employed to prepared nano titanate organosol.

通过液-液相转移法制备了纳米氧化钛有机溶。

Penicillinase,hematein and nano gold colloid were immobilized,as a modified membrane,on a plane Pt electrode by glutaraldehyde-bovine serum albumin.

二醛-牛血清白蛋白交联法将青霉素酶、纳米金和氧化苏木精同时修饰在铂极上,制成流型化学生物传感器。

Among transitional metal oxides,nano NiO is one of the relatively few metal oxides with p-type semiconductivity,which has stable and wide band gap.

纳米氧化镍是过渡金属氧化物中不多见的p型半导体之一,具有稳定而较宽的带,一种新型功能材料受到人们关注。

A novel liquid-liquid phase transfer method was employed to prepared nano titanate organosol.

通过液-液相转移法制备了氧化钛有机溶胶。

Penicillinase,hematein and nano gold colloid were immobilized,as a modified membrane,on a plane Pt electrode by glutaraldehyde-bovine serum albumin.

用戊二醛-牛血清白蛋白交联法将青霉素酶、胶和氧化苏木精同时修饰在铂极上,制成流型化学生物传感器。

Among transitional metal oxides,nano NiO is one of the relatively few metal oxides with p-type semiconductivity,which has stable and wide band gap.

氧化镍是过渡属氧化物中的p型半导体之一,具有稳定而较宽的带隙,作为一种新型功能材料受到人们关注。

A novel liquid-liquid phase transfer method was employed to prepared nano titanate organosol.

通过液-液相转移法制备了米氧化钛有机溶胶。

Penicillinase,hematein and nano gold colloid were immobilized,as a modified membrane,on a plane Pt electrode by glutaraldehyde-bovine serum albumin.

用戊二醛-牛血清白蛋白交法将青霉素酶、米金胶和氧化苏木精同时修饰在铂极上,制成流型化学生物传感器。

Among transitional metal oxides,nano NiO is one of the relatively few metal oxides with p-type semiconductivity,which has stable and wide band gap.

米氧化镍是过渡金属氧化物中不多见的p型半导体之一,具有稳定而较宽的带隙,作为一种新型功能材料受到人们关注。

A novel liquid-liquid phase transfer method was employed to prepared nano titanate organosol.

通过液-液相转移法制备了纳米氧化钛有机溶胶。

Penicillinase,hematein and nano gold colloid were immobilized,as a modified membrane,on a plane Pt electrode by glutaraldehyde-bovine serum albumin.

用戊二醛-牛血清联法将青霉素酶、纳米金胶和氧化苏木精同时修饰在铂极上,制成流型化学生物传感器。

Among transitional metal oxides,nano NiO is one of the relatively few metal oxides with p-type semiconductivity,which has stable and wide band gap.

纳米氧化镍是过渡金属氧化物中不多见的p型半导体之一,有定而较宽的带隙,作为一种新型功能材料受到人们关注。

A novel liquid-liquid phase transfer method was employed to prepared nano titanate organosol.

通过液-液相转法备了纳米氧化钛有机溶胶。

Penicillinase,hematein and nano gold colloid were immobilized,as a modified membrane,on a plane Pt electrode by glutaraldehyde-bovine serum albumin.

用戊二醛-牛血清白蛋白交联法将青霉素酶、纳米金胶和氧化苏木精同时修饰在铂极上,成流型化学生物传感器。

Among transitional metal oxides,nano NiO is one of the relatively few metal oxides with p-type semiconductivity,which has stable and wide band gap.

纳米氧化镍是过渡金属氧化物中不多见的p型半导体之一,具有稳定而较宽的带隙,作为一种新型功能材料受到注。