Add to ORKGThe use of SnO2 electrically conductive layers prepared either by vacuum deposition or by spray pyrolysis was tested as support for electrochromic layers WO3. Vacuum deposited electrode exhibited better transparency, while the performance of chemically deposited electrodes was quite sufficient
Recently, there has been an important rise in the research and development aimed to improve the prop...
Possibilities to grow layers of promissing electrocatalytic and photocatalytic oxide materials from ...
Tin dioxide, SnO2, is a semiconductor exhibiting good electric conductivity, optical transparency an...
A new method for the synthesis of SnO2 is proposed and thin films are prepared by a dip-coating meth...
Thin-layer transparent electrodes of tungsten or vanadium oxide were prepared and tested in electroc...
Práce se zabývá depozicí vrstev pro elektrochromní prvek různými metodami. Transparentní elektricky ...
In this study, tungsten oxide and vanadium oxide electrochromic thin films were placed in vacuum and...
Thin layer electrodes based on SnO2 were prepared by two methods (sputtering and spray deposition ) ...
This work deals with issues of electrochromism and coating method electrodeposition. Electrochromic ...
Predkladaná práca sa zaoberá problematikou elektrochromizmu a problematikou nanášacej metódy elektro...
The producing technology of transparent conductive layers is the basis for many optoelectronic devic...
Thin layer electrodes based on SnO2 were prepared by two methods and their electrical and electroche...
Recently, thin film transition metal oxides have been an important topic of optoelectronic device re...
Summarization: We present work on the development of advanced materials suitable for use as electroc...
Tin dioxide has been reported to be a direct band gap semiconductor with broad applications. Transpa...
Recently, there has been an important rise in the research and development aimed to improve the prop...
Possibilities to grow layers of promissing electrocatalytic and photocatalytic oxide materials from ...
Tin dioxide, SnO2, is a semiconductor exhibiting good electric conductivity, optical transparency an...
A new method for the synthesis of SnO2 is proposed and thin films are prepared by a dip-coating meth...
Thin-layer transparent electrodes of tungsten or vanadium oxide were prepared and tested in electroc...
Práce se zabývá depozicí vrstev pro elektrochromní prvek různými metodami. Transparentní elektricky ...
In this study, tungsten oxide and vanadium oxide electrochromic thin films were placed in vacuum and...
Thin layer electrodes based on SnO2 were prepared by two methods (sputtering and spray deposition ) ...
This work deals with issues of electrochromism and coating method electrodeposition. Electrochromic ...
Predkladaná práca sa zaoberá problematikou elektrochromizmu a problematikou nanášacej metódy elektro...
The producing technology of transparent conductive layers is the basis for many optoelectronic devic...
Thin layer electrodes based on SnO2 were prepared by two methods and their electrical and electroche...
Recently, thin film transition metal oxides have been an important topic of optoelectronic device re...
Summarization: We present work on the development of advanced materials suitable for use as electroc...
Tin dioxide has been reported to be a direct band gap semiconductor with broad applications. Transpa...
Recently, there has been an important rise in the research and development aimed to improve the prop...
Possibilities to grow layers of promissing electrocatalytic and photocatalytic oxide materials from ...
Tin dioxide, SnO2, is a semiconductor exhibiting good electric conductivity, optical transparency an...
