Dataset for the project of high TD density QWs grown on Si, published here. The different sub-datasets are named after: the measurement technique, from [ Atomic Force Microscopy (AFM) ; Cathodolumine
For the development of efficient μdisplays, CEA-Leti is developing a new “InGaN” substrate. This new substrate is made of a 200 nm InGaN layer which is patterned into 5 μm mesas. The patterning allows
Dataset for the project of high TD density QWs grown on Si, published here. The different sub-datasets are named after: the measurement technique, from [ Atomic Force Microscopy (AFM) ; Cathodolumine
Dataset for the project of high TD density QWs grown on Si, published here. The different sub-datasets are named after: the measurement technique, from [ Atomic Force Microscopy (AFM) ; Cathodolumine
