more fixes

[lectures/latex.git] / posic / thesis / md.tex

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--- a/posic/thesis/md.tex
+++ b/posic/thesis/md.tex
@@ -407,6 +407,7 @@ With the disappearance of the peaks at the respective cut-off radii, one limitat
 In addition, sharper peaks in the radial distribution functions lead to the assumption of expeditious structural formation.
 The increase in temperature leads to the occupation of new defect states, which is particularly evident but not limited to the low C concentration simulations.
 
 In addition, sharper peaks in the radial distribution functions lead to the assumption of expeditious structural formation.
 The increase in temperature leads to the occupation of new defect states, which is particularly evident but not limited to the low C concentration simulations.
 

+% todo - cut-off effect increases for non-equilibrium processes, thus, to mimic IBS increased temperatures are exceptionally necessary

 The question remains, whether these states are only occupied due to the additional supply of kinetic energy and, thus, have to be considered unnatural for temperatures applied in IBS or whether the increase in temperature indeed enables infrequent transitions to occur faster, thus, leading to the intended acceleration of the dynamics and weakening of the unphysical quirks inherent to the potential.
 As already pointed out in section~\ref{section:defects:noneq_process_01} and section~\ref{section:defects:noneq_process_02}, IBS is a non-equilibrium process, which might result in the formation of the thermodynamically less stable \cs{} and \si{} configuration.
 Indeed, 3C-SiC is metastable and if not fabricated by IBS requires strong deviation from equilibrium and low temperatures to stabilize the 3C polytype.
 The question remains, whether these states are only occupied due to the additional supply of kinetic energy and, thus, have to be considered unnatural for temperatures applied in IBS or whether the increase in temperature indeed enables infrequent transitions to occur faster, thus, leading to the intended acceleration of the dynamics and weakening of the unphysical quirks inherent to the potential.
 As already pointed out in section~\ref{section:defects:noneq_process_01} and section~\ref{section:defects:noneq_process_02}, IBS is a non-equilibrium process, which might result in the formation of the thermodynamically less stable \cs{} and \si{} configuration.
 Indeed, 3C-SiC is metastable and if not fabricated by IBS requires strong deviation from equilibrium and low temperatures to stabilize the 3C polytype.