Thus, the high temperature post-implantation annealing effect on the Cz substrates should to be assessed.
Temperature sensitive repair applications required a technique that avoided the high temperature post-cure of the injection repair resin.
Also the GaN buffer layer grown at low temperature is found to transform into the thermodynamically stable wurtzite structure during high temperature post-buffer GaN growth.
However, ALD is a low-temperature deposition technique, thus high temperature post-deposition annealing (PDA) is needed to eliminate trapped charges and dangling bonds in high-k dielectric films after the deposition process [5, 6].
This paper will discuss the difficulties with implantation of SiC for manufacturing of electronic devices and also describe how the problems have been overcome, for instance by implantation at elevated temperatures and using high temperature post-implant annealing.
Though the necessary wet chemistry approaches provide a facile, rapid and inexpensive route to fabricate the emitter, the constituent CNTs are coated with deleterious vacuum unstable surfactants that can only be removed following high temperature post-deposition treatments which, if not fully removed, would otherwise cause significant out-gassing during FE operation [160].
Seedlings of Shamrock demonstrated a similar resistance phenotype to UC1041 when transferred to a higher temperature post-inoculation.
Furthermore, there is no shift in the peak position, as is observed in films that undergo high-temperature post-annealing treatment.
Usually, high-temperature post-heating treatments or in-situ heating was needed to obtain a better spinel structure and soft magnetic property [11].
However, performing high-temperature post-annealing to obtain a satisfying high-κ film was unavoidable in previous studies [6, 10 13].
High-temperature post-implant annealing will also result in the growth of the interfacial layer at the high-k/Si interface.
