The bandstructure of photonic crystals offers intriguing possibilities for the manipulation of electromagnetic waves. During the last years, research has mainly focussed on the application of these photonic crystal properties in the telecom area. We suggest utilization of photonic crystals for sensor applications such as qualitative and quantitative gas and liquid analysis. Taking advantage of the low group velocity and certain mode distributions for some k-points in the bandstructure of a photonic crystal should enable the realization of very compact sensor devices. We show different device configurations of a photonic crystal based on macroporous silicon that fulfill the demands to serve as a compact gas sensor
Photonic crystals have achieved a lot of research significance due to their projected applications. ...
A carbon dioxide sensor based on a photonic crystal of macroporous silicon and measurements of its r...
In this paper, we report the benefits of working with photonic molecules in macroporous silicon phot...
The bandstructure of photonic crystals offers intriguingpossibilities for the manipulation of electr...
The bandstructure of photonic crystals offers intriguing possibilities for the manipulation of elect...
The bandstructure of photonic crystals offers intriguing possibilities for the manipulation of elect...
The bandstructure of photonic crystals offers intriguing possibilities for the manipulation of elect...
In this paper we study a compact gas sensor based on a photonic crystal built from macroporous silic...
In this paper we study a compact gas sensor based on a photonic crystal built from macroporous silic...
Photonic crystals (PhC) have a unique band structure that opens up a lot of possibilities in terms o...
Photonic crystals (PhC) have a unique band structure that opens up a lot of possibilities in terms o...
A macroporous silicon photonic crystal is designed and optimized theoretically for its use in gas se...
A macroporous silicon photonic crystal is designed and optimized theoretically for its use in gas se...
[ANGLÈS] The band structure of photonic crystals offers many possibilities for the manipulation of e...
[ANGLÈS] The band structure of photonic crystals offers many possibilities for the manipulation of e...
Photonic crystals have achieved a lot of research significance due to their projected applications. ...
A carbon dioxide sensor based on a photonic crystal of macroporous silicon and measurements of its r...
In this paper, we report the benefits of working with photonic molecules in macroporous silicon phot...
The bandstructure of photonic crystals offers intriguingpossibilities for the manipulation of electr...
The bandstructure of photonic crystals offers intriguing possibilities for the manipulation of elect...
The bandstructure of photonic crystals offers intriguing possibilities for the manipulation of elect...
The bandstructure of photonic crystals offers intriguing possibilities for the manipulation of elect...
In this paper we study a compact gas sensor based on a photonic crystal built from macroporous silic...
In this paper we study a compact gas sensor based on a photonic crystal built from macroporous silic...
Photonic crystals (PhC) have a unique band structure that opens up a lot of possibilities in terms o...
Photonic crystals (PhC) have a unique band structure that opens up a lot of possibilities in terms o...
A macroporous silicon photonic crystal is designed and optimized theoretically for its use in gas se...
A macroporous silicon photonic crystal is designed and optimized theoretically for its use in gas se...
[ANGLÈS] The band structure of photonic crystals offers many possibilities for the manipulation of e...
[ANGLÈS] The band structure of photonic crystals offers many possibilities for the manipulation of e...
Photonic crystals have achieved a lot of research significance due to their projected applications. ...
A carbon dioxide sensor based on a photonic crystal of macroporous silicon and measurements of its r...
In this paper, we report the benefits of working with photonic molecules in macroporous silicon phot...