Covalent attachment of functionalized monolayers onto silicon surfaces (see Figure for examples) is presented here as a strategy for surface modification. The preparation and structure of both unfunctionalized and functionalized alkyl-based monolayers are described, as are potential applications, for example, in the surface passivation of Si solar cells and for photopatterning of silicon surfaces
Silicon is an attractive semiconductor material for wide-ranging applications, from electronics and ...
N-Hydroxysuccinimide (NHS)-ester-terminated monolayers were covalently attached in one step onto sil...
N-Hydroxysuccinimide (NHS)-ester-terminated monolayers were covalently attached in one step onto sil...
Covalent attachment of functionalized monolayers onto silicon surfaces (see Figure for examples) is ...
Covalent attachment of functionalized monolayers onto silicon surfaces (see Figure for examples) is ...
Covalent attachment of functionalized monolayers onto silicon surfaces (see Figure for examples) is ...
Covalent attachment of functionalized monolayers onto silicon surfaces (see Figure for examples) is ...
Covalent attachment of functionalized monolayers onto silicon surfaces (see Figure for examples) is ...
Covalent attachment of functionalized monolayers onto silicon surfaces (see Figure for examples) is ...
Covalent attachment of functionalized monolayers onto silicon surfaces (see Figure for examples) is ...
Covalent attachment of functionalized monolayers onto silicon surfaces (see Figure for examples) is ...
Covalent attachment of functionalized monolayers onto silicon surfaces (see Figure for examples) is ...
A very mild method has been developed to obtain covalently attached alkyl monolayers from the attach...
A very mild method has been developed to obtain covalently attached alkyl monolayers from the attach...
Organic functionalization of non-oxidized silicon surfaces, while allowing for robust chemical passi...
Silicon is an attractive semiconductor material for wide-ranging applications, from electronics and ...
N-Hydroxysuccinimide (NHS)-ester-terminated monolayers were covalently attached in one step onto sil...
N-Hydroxysuccinimide (NHS)-ester-terminated monolayers were covalently attached in one step onto sil...
Covalent attachment of functionalized monolayers onto silicon surfaces (see Figure for examples) is ...
Covalent attachment of functionalized monolayers onto silicon surfaces (see Figure for examples) is ...
Covalent attachment of functionalized monolayers onto silicon surfaces (see Figure for examples) is ...
Covalent attachment of functionalized monolayers onto silicon surfaces (see Figure for examples) is ...
Covalent attachment of functionalized monolayers onto silicon surfaces (see Figure for examples) is ...
Covalent attachment of functionalized monolayers onto silicon surfaces (see Figure for examples) is ...
Covalent attachment of functionalized monolayers onto silicon surfaces (see Figure for examples) is ...
Covalent attachment of functionalized monolayers onto silicon surfaces (see Figure for examples) is ...
Covalent attachment of functionalized monolayers onto silicon surfaces (see Figure for examples) is ...
A very mild method has been developed to obtain covalently attached alkyl monolayers from the attach...
A very mild method has been developed to obtain covalently attached alkyl monolayers from the attach...
Organic functionalization of non-oxidized silicon surfaces, while allowing for robust chemical passi...
Silicon is an attractive semiconductor material for wide-ranging applications, from electronics and ...
N-Hydroxysuccinimide (NHS)-ester-terminated monolayers were covalently attached in one step onto sil...
N-Hydroxysuccinimide (NHS)-ester-terminated monolayers were covalently attached in one step onto sil...