Characterization, Thermal effect on Optical band gap energy and Photoluminescence in wurtzite ZnO : Er Nanocrystallites, Proce.
12.
It exists in various wurtzite BN modification is similar to lonsdaleite and may even be harder than the cubic form.
13.
Endeavors for enhancing the piezoelectricity of the individual nanowire also led to the development of other piezoelectric materials based on Wurtzite structure.
14.
Due to this, wurtzite crystals can ( and generally do ) have properties such as piezoelectricity and pyroelectricity, which centrosymmetric crystals lack.
15.
The "'wurtzite crystal structure "', named after the mineral wurtzite, is a crystal structure for various binary compounds.
16.
The "'wurtzite crystal structure "', named after the mineral wurtzite, is a crystal structure for various binary compounds.
17.
Moreover, while the Wurtzite substance's decomposition is strongly base catalysed, whereas the solidified diatomic species is not strongly affected at all.
18.
In particular, materials with very different lattice constants or different crystal phases ( wurtzite or zincblende in this case ) are difficult to combine.
19.
Determination of optical band gap energy of wurtzite ZnO : Ce nanocrystallite, Physical Science International journal, 5 ( 2 ), 2015, 146-54.
20.
In most of these compounds, wurtzite is not the favored form of the bulk crystal, but the structure can be favored in some nanocrystal forms of the material.
