Abstract Design and production of α-MnO 2 structures over carbonaceous material is
considered as potential strategy for improving electrochemical performance of …

A silsesquioxane based on a silica matrix and 4-(aminomethyl) pyridine group was
successfully synthesized using the sol–gel process with the proposal of two different …

Miniaturized pH sensors have attracted the attention mostly due to their applications for
monitoring chemical and biological processes. The modification of electrodes by Layer-by …

In this manuscript, we describe the synthesis and electrochemical characterization of
polyaniline—gum arabic nanocomposites and graphene oxide (PANI-GA/GO) modified …

Particulate matter and volatile organic compounds pose severe threats to human health.
Therefore, in this study samples of polypropylene/graphene oxide with varying compositions …

We report the first attempt to use a naturally occurring biopolymer, such as humic acid (HA),
as modifiers to prepare a new organic-inorganic composite film with the 3-n …

A novel kind of multilayer films consisting of graphene oxide and a cationic zinc
phthalocyanine complex (ImZnPc) were fabricated through an electrostatic layer-by-layer …

The fabrication of electrochemical sensors requires the electrodes coating essential to
integrate functionality, chemical and physical stability, and high sensitivity in devices. The …

Much attention in scientific community in silsesquioxanes (SSQs) during the recent years
has been attracted by the design of hierarchical structure and hybrid composite. The wide …

This chapter provides an overview of current research on electrochemical supercapacitor
materials fabricated by the layer-by-layer assembly technique. Emphasis has been given …