A method, combining micro-contact printing (μCP), wet chemical etching and reactive ion etching (RIE), is reported to fabricate microstructures on Si and SiOx. Positive and negative structures were generated based on different stamps used for μCP. The reproducibility of the obtained microstructures shows the methodology reported herein could be useful in Micro-Electro-Mechanical Systems (MEMS), optical and biological sensing applications
In the 1980’s science and technology have pushed towards miniaturization. In order to interface to t...
We introduce a non-lithographical and vacuum-free method to pattern silicon. The method combines ink...
Surfaces that repel both water and oil effectively (contact angles > 150°) are rare. Here we detail ...
Conventional lithography using photons and electrons continues to evolve to scale down three-dimensi...
Abstract−This paper describes a simple procedure for patterning Si substrate using a combination of ...
In this paper we report a method for layer-by-layer printing of three-dimensional (3D) silicon (Si) ...
A process for producing etched micromechanical structures is provided, using Reactive Ion Etching (R...
Silicon micromachining (1), the generation of three-dimensional microstructures in silicon by planar...
International audienceA simple surface chemical bi-functionalization procedure, involving micro-cont...
This paper reports the deterministic assembly of microscale silicon objects which are thick (>10 μm)...
Microstructures are playing an important role in manufacturing functional devices, due to their uniq...
Effective incident light should be controlled for improving the current density of solar cells by em...
This chapter explores the micromachining of fluidic structures in silicon, and presents several exam...
Is it feasible to fabricate advanced silicon microstructures and microsystems for (bio)sensing appli...
Abstract. The techniques of micro and nano structurization of surfaces of various materials are util...
In the 1980’s science and technology have pushed towards miniaturization. In order to interface to t...
We introduce a non-lithographical and vacuum-free method to pattern silicon. The method combines ink...
Surfaces that repel both water and oil effectively (contact angles > 150°) are rare. Here we detail ...
Conventional lithography using photons and electrons continues to evolve to scale down three-dimensi...
Abstract−This paper describes a simple procedure for patterning Si substrate using a combination of ...
In this paper we report a method for layer-by-layer printing of three-dimensional (3D) silicon (Si) ...
A process for producing etched micromechanical structures is provided, using Reactive Ion Etching (R...
Silicon micromachining (1), the generation of three-dimensional microstructures in silicon by planar...
International audienceA simple surface chemical bi-functionalization procedure, involving micro-cont...
This paper reports the deterministic assembly of microscale silicon objects which are thick (>10 μm)...
Microstructures are playing an important role in manufacturing functional devices, due to their uniq...
Effective incident light should be controlled for improving the current density of solar cells by em...
This chapter explores the micromachining of fluidic structures in silicon, and presents several exam...
Is it feasible to fabricate advanced silicon microstructures and microsystems for (bio)sensing appli...
Abstract. The techniques of micro and nano structurization of surfaces of various materials are util...
In the 1980’s science and technology have pushed towards miniaturization. In order to interface to t...
We introduce a non-lithographical and vacuum-free method to pattern silicon. The method combines ink...
Surfaces that repel both water and oil effectively (contact angles > 150°) are rare. Here we detail ...