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1. Introduction
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Dissertation
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List of Tables
List of
MDL Examples
2.1 Definition of new
MDL
functions
2.2
C++
header file template for an
MDL
Model
class
2.3
C++
source file template for an
MDL
Model
class
2.4
UNFUG
tuple file template for
Model
extension libraries
2.5
UNFUG
tuple file template for
Parameter
extension libraries
2.6
UNFUG
tuple file template for function extension libraries
2.7
VMAKE
makefile template for
Parameter
extension libraries
2.8
VMAKE
makefile template for
MDL
function extension libraries
2.9
VMAKE
makefile template for
Model
extension libraries
3.1
MDL
comments
3.2 Setting environment variables
3.3 Usage of environment variables in
MdlString
expressions
3.4 Include statements for
Unix
compatible systems
3.5 Include statements for
Windows-NT
compatible systems
3.6
MdlString
Parameters
and literals
3.7 Literal notation of user defined
Parameter
types
3.8 Conditional expressions
3.9
break
and
continue
statements
3.10
Interface
definition
3.11 Static
MDL
class parameters
3.12 Aggregation of
MDL
classes
3.13 Multiple inheritance of
MDL
classes
3.14 Prefixing
MDL
class names
3.15 Prefixing
MDL
class names manually
3.16 Access to
Parameter
documentation
4.1
PROMIS-NT
process temperature
Model
4.2 A sample
QuantityListModel
4.3 A sample
QuantityListModel
4.4 A sample
ChargeStateTableModel
4.5 A sample
CoefficientSetupModel
4.6 A sample
SegmentPreProcessingSetupModel
5.1
PROMIS-NT
input deck for the analytical implantation simulation
5.2 Global parameter declarations
5.3 Simulator setup for the five species pair diffusion model
5.4 Quantity setup for the five species pair diffusion model
5.5 Device setup for the five species pair diffusion model
5.6 Pre- and postprocessing setup
5.7 Coefficient setup
5.8 Quantity initialization and postprocessing
5.9 Coefficient
Models
(part 1)
5.10 Coefficient
Models
(part 2)
6.1 Definition of a new
MINIMOS-NT
mobility model
6.2 Selection of the new
MINIMOS-NT
mobility model
6.3
IPL
file for the
Levenberg-Marquardt
optimizer
6.4
MDL
file for the
Levenberg-Marquardt
optimizer
A.1 The
VMAKE
project definition file
vmake.prj
A.2 The
VMAKE
makefile
vmfile.mk
A.3
C++
source code of a tiny
Algorithm Library
application
A.4
UNFUG
tuple file for a tiny
MDL
function extension library
A.5
VMAKE
makefile for a tiny
MDL
function extension library
A.6
C++
header file for the definition of
MDL
Parameters
A.7
C++
source file for the definition of
MDL
Parameters
A.8
UNFUG
tuples for these
MDL
Parameters
A.9
C++
header file for the definition two
MDL
Models
A.10
C++
source file for the definition
MDL
Models
A.11
UNFUG
tuples for these
MDL
Models
A.12 The
MDL
input deck
C.1 ``Just in Time'' compilation of an
MDL
class
D.1 Using
TMA Suprem-4
TIF
files for device descriptions in
PROMIS-NT
Robert Mlekus
1999-09-14