A multifunctional solid-state electrochemiluminescence(ECL) sensing platform based on poly(ethylenimine)(PEI) capped N-doped carbon dots(NCDs@PEI) as novel co-reactant of Ru(bpy)32+ nanosheets(RuNSs)
As excitation processes of electrochemiluminescence(ECL) fundamentally depends on energy of the excited state,multiple electrochemiluminophores can be distinguished by not only their wavelengths of th
Electrochemiluminescence(ECL) functionalized nanomaterials have both electrochemical luminescence activity and the special properties of nanomaterials.
Here,we developed a visual electrochemiluminescence(ECL) ratiometry based on a closed bipolar electrode(BPE) with CdTe quantum dots and Luminol as the ECL emitters(seen in Figure 1).
In recent years,bimetallic nanoclusters(NCs) have attracted special research interest in electronic,optical,and catalytic aspects due to its synergetic effect of two atoms and super performances[2,3].
Quantum dots(QDs) as the booming nanomaterials have appealed many researchers to study their feature and property for further promoting their application in biology,energy and environment.
In order to combine excellent electron transfer properties with enhanced ECL efficiency simultaneously,a novel ECL probe has been synthesized rationally by employing the Mo2C nanotubes as nanocarriers