Suprem III - Stanford Technology CAD Home Page
Suprem III - Stanford Technology CAD Home Page
Suprem III - Stanford Technology CAD Home Page
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<strong>Suprem</strong>-<strong>III</strong> User´s Manual<br />
MSF110FA Num The orientation factor in orientation silicon for bandgap narrowing<br />
due to lattice misfit strain from high concentrations of phosphorus.<br />
(unit: )<br />
(default: the current value.)<br />
(synonym: )<br />
MSF111FA Num The orientation factor in orientation silicon for bandgap narrowing<br />
due to lattice misfit strain from high concentrations of phosphorus.<br />
(unit: )<br />
(default: the current value.)<br />
(synonym: )<br />
NAME Char The name of the impurity.<br />
(unit: )<br />
(default: the last name specified.)<br />
(synonym: )<br />
NE.0 Num The pre-exponential constant for Ne, the concentration at which the<br />
P+V= pairs disassociate. Used to calculate the diffusivity of phosphorus<br />
at high concentrations.<br />
(unit: atoms/cmˆ3.)<br />
(default: the current value.)<br />
(synonym: )<br />
NE.E Num The activation energy for calculating Ne, the concentration at which the<br />
P+V= pairs disassociate. Used to calculate the diffusivity of phosphorus<br />
at high concentrations.<br />
(unit: electron volts.)<br />
(default: the current value.)<br />
(synonym: )<br />
NITRIDE Log Specifies that the material dependent parameters apply to the impurity in<br />
silicon nitride.<br />
(unit: )<br />
(default: false.)<br />
(synonym: )<br />
OXIDE Log Specifies that the material dependent parameters apply to the impurity in<br />
silicon dioxide.<br />
(unit: )<br />
(default: false.)<br />
(synonym: )<br />
POLYSILI Log Specifies that the material dependent parameters apply to the impurity in<br />
polysilicon.<br />
(unit: )<br />
(default: false.)<br />
(synonym: )<br />
Q.SITES Num Effective density of segregation sites at a grain boundary.<br />
(unit: sites/cmˆ2.)<br />
(default: the current value.)<br />
(synonym: )<br />
SILICON Log Specifies that the material dependent parameters apply to the impurity in<br />
single crystal silicon.<br />
(unit: )<br />
(default: false.)<br />
(synonym: )