Due to the development of nanoscience, the interest in electrochromism has increased and new assemblies of electrochromic materials at nanoscale leading to higher efficiencies and chromatic contrasts, low switching times and the possibility of color tuning have been developed. These advantages are reached due to the extensive surface area found in nanomaterials and the large amount of organic electrochromic molecules that can be easily attached onto inorganic nanoparticles, as TiO2 or SiO2. Moreover, the direct contact between electrolyte and nanomaterials produces high ionic transfer rates, leading to fast charge compensation, which is essential for high performance electrochromic electrodes. Recently, the layer-by-layer technique was pres...
A novel nanocomposite lithium ion-conducting electrolyte has been developed, based on organically mo...
Some aspects of electrochromism phenomena are presented in this review paper. A deep literature revi...
The aim of this thesis was to study flexible electrochromic devices. They can modulate their visible...
Due to the development of nanoscience, the interest in electrochromism has increased and new assembl...
This review deals with the basis and novel trends in electrochromism, describing the basic aspects a...
The recent progress in application of nanostructures in electrochromic materials and devices is revi...
Electrochromic devices (ECD) are systems of considerable commercial interest due to their controllab...
266 p.La presente tesis doctoral aborda la temática de los sistemas electrocromicos centrándose en l...
Electrochromism is defined as the persistent but reversible optical change (usually transmission) pr...
The present paper describes the immobilization of nanoparticles onto conducting substrates by using ...
Improved electrochromism has been reported from a hybrid nanoheterostructure-based array designed us...
Electrochromic substances supported on metal oxide nanoparticle layers have found application in ele...
Electrochromic materials exhibit a reversible color change that is triggered by an applied voltage. ...
O presente trabalho descreve a síntese e caracterização de nanopartículas de hidróxido de níquel, p...
O presente trabalho descreve a síntese e caracterização de nanopartículas de hidróxido de níquel, p...
A novel nanocomposite lithium ion-conducting electrolyte has been developed, based on organically mo...
Some aspects of electrochromism phenomena are presented in this review paper. A deep literature revi...
The aim of this thesis was to study flexible electrochromic devices. They can modulate their visible...
Due to the development of nanoscience, the interest in electrochromism has increased and new assembl...
This review deals with the basis and novel trends in electrochromism, describing the basic aspects a...
The recent progress in application of nanostructures in electrochromic materials and devices is revi...
Electrochromic devices (ECD) are systems of considerable commercial interest due to their controllab...
266 p.La presente tesis doctoral aborda la temática de los sistemas electrocromicos centrándose en l...
Electrochromism is defined as the persistent but reversible optical change (usually transmission) pr...
The present paper describes the immobilization of nanoparticles onto conducting substrates by using ...
Improved electrochromism has been reported from a hybrid nanoheterostructure-based array designed us...
Electrochromic substances supported on metal oxide nanoparticle layers have found application in ele...
Electrochromic materials exhibit a reversible color change that is triggered by an applied voltage. ...
O presente trabalho descreve a síntese e caracterização de nanopartículas de hidróxido de níquel, p...
O presente trabalho descreve a síntese e caracterização de nanopartículas de hidróxido de níquel, p...
A novel nanocomposite lithium ion-conducting electrolyte has been developed, based on organically mo...
Some aspects of electrochromism phenomena are presented in this review paper. A deep literature revi...
The aim of this thesis was to study flexible electrochromic devices. They can modulate their visible...