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This parameter is used only to compute the cluster size distribution if you didn't enter such a distribution yourself with CLUSTER nor asked HEED to simulate the ionisation process.
This parameter is used only to compute the cluster size distribution if you didn't enter such a distribution yourself with CLUSTER nor asked HEED to simulate the ionisation process.
You may also type MOST-PROBABLE-ENERGY-LOSS.
This parameter is used only to compute the cluster size distribution if you didn't enter such a distribution yourself with CLUSTER nor asked HEED to simulate the ionisation process.
You may also type PAIR-CREATION-ENERGY.
This parameter is not used when clustering is performed according to the HEED model, but it is required for the EXPONENTIAL-SPACING and EQUAL-SPACING clustering models. In the latter 2 cases, the parameter is required even if a cluster size distribution has been entered with a CLUSTER statement.
You may also type N-MEAN.
[No default setting.]
This parameter is used only to compute the cluster size distribution if you didn't enter such a distribution yourself with CLUSTER nor asked HEED to simulate the ionisation process.
This parameter is used only to compute the cluster size distribution if you didn't enter such a distribution yourself with CLUSTER nor asked HEED to simulate the ionisation process.
These coefficients are used for Monte_Carlo drift line integration of ion trajectories.
The diffusion coefficients should be expressed in cm of diffusion over 1 cm of drift.
[Both diffusion coefficients default to 0.]
Formatted on 0108-03- at 04:26.