Hi, everyone, I wanna ask you a question about the XPS, is there any different about binding energy for the compound at diffenert state, like crystal TiN and amorphous TiN?
Whether TiN is crystalline or amorphous, it will have Ti-N bonding. So I think that the binding energy will be same.
The bond type is a direct dependent on the materials solid structure type. this hypothesis applicable also on TiN
in Si for example amorphous type bonding structure give the energy gap of 1.6eV approximately compared to 1.1 for its crystalline form. in more details, amorphous formation is is a type of nanoscale particles with a low melting temperature and is has a nan crystalline form of the material
for infomation on nanoscale size particle structures I suggest to see the following power point
Solid Surface and Nanoscale materials Structure
- July 2016
- DOI:
- 10.13140/RG.2.2.31947.59684
- Conference: Charmo
- At: University of Charmo
- Affiliation: University of Salahaddin
- Badges
- Science topic
- Similar topics
- Agricultural Science
- Agronomy
- Crop Science