What is the best way to optimise a CVD process ? If all data are available (which is most improbable) it would be possible to achieve accurate modelling of a system with any degree of complexity. In reality, far fewer data exist, leading to a trade-off between system complexity and model complexity. Using numerous examples it will be demonstrated that it is often possible to satisfy the two main requirements. First of all, to provide information for the needs of experimentation, which is a pressing demand, and secondly, to reach a fundamental understanding of the chemistry involved in the CVD process, which is a long and exacting task
Computer simulation has become an everyday practice in thermodynamic and materials research. Advance...
In recent years, considerable effort has been devoted to the development of computer codes being abl...
Coupled thermodynamic and kinetic models rely on the thermodynamic and mobility databases which are ...
What is the best way to optimise a CVD process ? If all data are available (which is most improbable...
A review is given on actual numerical models for CVD equipment and processes. While the basic work c...
After a long period of time during which CVD industrial reactors have been developed only by empiric...
The formalism for the accurate modeling of chemical vapor deposition (CVD) processes has matured bas...
Over the years, the design of chemical vapor deposition processes has relied on accumulated empirica...
Despite of the fact that the existing literature covering the last two decades is plentiful with dat...
A mathematical model that describes chemical vapor deposition in an impinging jet reactor has been u...
A generalized mass transport model is developed for predicting the rate ofdeposition in chemical vap...
Despite of the fact that the existing literature covering the last two decades is plentiful with dat...
Chemical vapor deposition (CVD) is a process for producing solid particles from volatile precursors ...
Abstract. This article presents a general mathematical modd for describing the C M transport phenome...
This chapter deals with the application of chemical reaction engineering and computational fluid dyn...
Computer simulation has become an everyday practice in thermodynamic and materials research. Advance...
In recent years, considerable effort has been devoted to the development of computer codes being abl...
Coupled thermodynamic and kinetic models rely on the thermodynamic and mobility databases which are ...
What is the best way to optimise a CVD process ? If all data are available (which is most improbable...
A review is given on actual numerical models for CVD equipment and processes. While the basic work c...
After a long period of time during which CVD industrial reactors have been developed only by empiric...
The formalism for the accurate modeling of chemical vapor deposition (CVD) processes has matured bas...
Over the years, the design of chemical vapor deposition processes has relied on accumulated empirica...
Despite of the fact that the existing literature covering the last two decades is plentiful with dat...
A mathematical model that describes chemical vapor deposition in an impinging jet reactor has been u...
A generalized mass transport model is developed for predicting the rate ofdeposition in chemical vap...
Despite of the fact that the existing literature covering the last two decades is plentiful with dat...
Chemical vapor deposition (CVD) is a process for producing solid particles from volatile precursors ...
Abstract. This article presents a general mathematical modd for describing the C M transport phenome...
This chapter deals with the application of chemical reaction engineering and computational fluid dyn...
Computer simulation has become an everyday practice in thermodynamic and materials research. Advance...
In recent years, considerable effort has been devoted to the development of computer codes being abl...
Coupled thermodynamic and kinetic models rely on the thermodynamic and mobility databases which are ...