Whitehead, D. E.,Pemble, M. E.,Yates, H. M.,Blanco, A.,Lopez, C.,Miguez, H.,Meseguer, F. J.

2002

June

Journal De Physique Iv

Advances in the use of MOCVD methods for the production of novel photonic bandgap materials

Validated

()

12

Pr4Pr4

63

6863

We describe the use of novel MOCVD methods designed to infill templated structures based upon synthetic opals in order to provide increased refractive index contrast necessary for the creation of full photonic bandgap materials. The method employed is illustrated by considering the production of structures containing III-V material GaP and using this example, we demonstrate the ability to achieve levels of infill higher than any previously reported. We describe the use of novel MOCVD chemistry in the creation of a potentially new class of inorganic material, potentially capable of direct luminescence from within the photonic bandgap system.We describe the use of novel MOCVD methods designed to infill templated structures based upon synthetic opals in order to provide increased refractive index contrast necessary for the creation of full photonic bandgap materials. The method employed is illustrated by considering the production of structures containing III-V material GaP and using this example, we demonstrate the ability to achieve levels of infill higher than any previously reported. We describe the use of novel MOCVD chemistry in the creation of a potentially new class of inorganic material, potentially capable of direct luminescence from within the photonic bandgap system.

1155-43391155-4339

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