EIRENE - Revision history

Admin: /* References */ Added link

2023-04-19T20:48:06Z

References: Added link

← Older revision		Revision as of 22:48, 19 April 2023
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	* [http://www.eirene.de D. Reiter, The Eirene Code User Manual, Version: 11/2005]		* [http://www.eirene.de D. Reiter, The Eirene Code User Manual, Version: 11/2005]
	* B. Braams. Computational Studies in Tokamak Equilibrium and Transport. PhD thesis, Rijksuniversiteit Utrecht, June 1986		* [https://inis.iaea.org/collection/NCLCollectionStore/_Public/18/038/18038616.pdf B. Braams. Computational Studies in Tokamak Equilibrium and Transport. PhD thesis, Rijksuniversiteit Utrecht, June 1986]
	* [http://iopscience.iop.org/0741-3335/33/13/008 D. Reiter, H. Kever, G.H. Wolf, et al. Helium removal from tokamaks. Plasma Phys. and Contr. Fus., 33:1579, 1991]		* [http://iopscience.iop.org/0741-3335/33/13/008 D. Reiter, H. Kever, G.H. Wolf, et al. Helium removal from tokamaks. Plasma Phys. and Contr. Fus., 33:1579, 1991]
	* [http://www.sciencedirect.com/science/article/pii/S0022311506800140 D. Reiter. Progress in 2-dimensional plasma edge modelling. J. Nucl. Mat., 196– 198:241, 1992]		* [http://www.sciencedirect.com/science/article/pii/S0022311506800140 D. Reiter. Progress in 2-dimensional plasma edge modelling. J. Nucl. Mat., 196– 198:241, 1992]

	[[Category:Software]]		[[Category:Software]]

Rkba39f8: dead link

2023-04-16T20:44:17Z

dead link

← Older revision		Revision as of 22:44, 16 April 2023
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	The EIRENE neutral gas transport code (...) resorts to a combinatorial discretisation of general 3 dimensional computational domains. It is a multi-species code solving simultaneously a system of time dependent (optional) or stationary (default) linear kinetic transport equations of almost arbitrary complexity. A crude model for transport of ionized particles along magnetic field lines is also included. EIRENE is coupled to external databases for atomic and molecular data and for surface reflection data, and it calls various user supplied routines, e.g. for exchange of data with other (fluid-) transport codes. The main goal of code development was to provide a tool to investigate neutral gas transport in magnetically confined plasmas. But, due to its flexibility, it also can be used to solve more general linear kinetic transport equations, by applying a stochastic rather than a numerical or analytical method of solution. In particular, options are retained to reduce the model equations to the theoretically important case of the one speed transport problem. Major applications of EIRENE are in connection with plasma fluid codes, in particular with the various versions of the B2 code. The semi-implicit iterative coupling method of B2- EIRENE and it’s implementation (code segment: EIRCOP) are also described. (Extracted from [http://www.eirene.de The Eirene Code User Manual]).		The EIRENE neutral gas transport code (...) resorts to a combinatorial discretisation of general 3 dimensional computational domains. It is a multi-species code solving simultaneously a system of time dependent (optional) or stationary (default) linear kinetic transport equations of almost arbitrary complexity. A crude model for transport of ionized particles along magnetic field lines is also included. EIRENE is coupled to external databases for atomic and molecular data and for surface reflection data, and it calls various user supplied routines, e.g. for exchange of data with other (fluid-) transport codes. The main goal of code development was to provide a tool to investigate neutral gas transport in magnetically confined plasmas. But, due to its flexibility, it also can be used to solve more general linear kinetic transport equations, by applying a stochastic rather than a numerical or analytical method of solution. In particular, options are retained to reduce the model equations to the theoretically important case of the one speed transport problem. Major applications of EIRENE are in connection with plasma fluid codes, in particular with the various versions of the B2 code. The semi-implicit iterative coupling method of B2- EIRENE and it’s implementation (code segment: EIRCOP) are also described. (Extracted from [http://www.eirene.de The Eirene Code User Manual]).

	Extensive documentation about the code can be found in the EIRENE Code [http://www.eirene.de EIRENE home] page, including the manual and [http://www.eirene.de/~~html~~/~~relevant_reports~~.~~html~~ reports] on its coupling to transport codes.		Extensive documentation about the code can be found in the EIRENE Code [http://www.eirene.de EIRENE home] page, including the manual and [http://www.eirene.de/cgi-bin/eirene/write_temp.cgi?temp_dat=Publications/publications&sort_attrib=authors&asc_desc=asc reports] on its coupling to transport codes.

	== References ==		== References ==

Daniellopezbruna at 14:58, 18 July 2014

2014-07-18T14:58:56Z

← Older revision		Revision as of 16:58, 18 July 2014
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	~~[http://www.eirene.de EIRENE home]~~

	The EIRENE neutral gas transport code (...) resorts to a combinatorial discretisation of general 3 dimensional computational domains. It is a multi-species code solving simultaneously a system of time dependent (optional) or stationary (default) linear kinetic transport equations of almost arbitrary complexity. A crude model for transport of ionized particles along magnetic field lines is also included. EIRENE is coupled to external databases for atomic and molecular data and for surface reflection data, and it calls various user supplied routines, e.g. for exchange of data with other (fluid-) transport codes. The main goal of code development was to provide a tool to investigate neutral gas transport in magnetically confined plasmas. But, due to its flexibility, it also can be used to solve more general linear kinetic transport equations, by applying a stochastic rather than a numerical or analytical method of solution. In particular, options are retained to reduce the model equations to the theoretically important case of the one speed transport problem. Major applications of EIRENE are in connection with plasma fluid codes, in particular with the various versions of the B2 code. The semi-implicit iterative coupling method of B2- EIRENE and it’s implementation (code segment: EIRCOP) are also described. (Extracted from [http://www.eirene.de The Eirene Code User Manual]).		The EIRENE neutral gas transport code (...) resorts to a combinatorial discretisation of general 3 dimensional computational domains. It is a multi-species code solving simultaneously a system of time dependent (optional) or stationary (default) linear kinetic transport equations of almost arbitrary complexity. A crude model for transport of ionized particles along magnetic field lines is also included. EIRENE is coupled to external databases for atomic and molecular data and for surface reflection data, and it calls various user supplied routines, e.g. for exchange of data with other (fluid-) transport codes. The main goal of code development was to provide a tool to investigate neutral gas transport in magnetically confined plasmas. But, due to its flexibility, it also can be used to solve more general linear kinetic transport equations, by applying a stochastic rather than a numerical or analytical method of solution. In particular, options are retained to reduce the model equations to the theoretically important case of the one speed transport problem. Major applications of EIRENE are in connection with plasma fluid codes, in particular with the various versions of the B2 code. The semi-implicit iterative coupling method of B2- EIRENE and it’s implementation (code segment: EIRCOP) are also described. (Extracted from [http://www.eirene.de The Eirene Code User Manual]).

			Extensive documentation about the code can be found in the EIRENE Code [http://www.eirene.de EIRENE home] page, including the manual and [http://www.eirene.de/html/relevant_reports.html reports] on its coupling to transport codes.

	== References ==		== References ==

Daniellopezbruna: /* References */

2014-07-18T14:45:23Z

References

← Older revision		Revision as of 16:45, 18 July 2014
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	[http://www.eirene.de EIRENE home]		[http://www.eirene.de EIRENE home]

			The EIRENE neutral gas transport code (...) resorts to a combinatorial discretisation of general 3 dimensional computational domains. It is a multi-species code solving simultaneously a system of time dependent (optional) or stationary (default) linear kinetic transport equations of almost arbitrary complexity. A crude model for transport of ionized particles along magnetic field lines is also included. EIRENE is coupled to external databases for atomic and molecular data and for surface reflection data, and it calls various user supplied routines, e.g. for exchange of data with other (fluid-) transport codes. The main goal of code development was to provide a tool to investigate neutral gas transport in magnetically confined plasmas. But, due to its flexibility, it also can be used to solve more general linear kinetic transport equations, by applying a stochastic rather than a numerical or analytical method of solution. In particular, options are retained to reduce the model equations to the theoretically important case of the one speed transport problem. Major applications of EIRENE are in connection with plasma fluid codes, in particular with the various versions of the B2 code. The semi-implicit iterative coupling method of B2- EIRENE and it’s implementation (code segment: EIRCOP) are also described. (Extracted from [http://www.eirene.de The Eirene Code User Manual]).


	== References ==		== References ==
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	* [http://www.eirene.de D. Reiter, The Eirene Code User Manual, Version: 11/2005]		* [http://www.eirene.de D. Reiter, The Eirene Code User Manual, Version: 11/2005]
			* B. Braams. Computational Studies in Tokamak Equilibrium and Transport. PhD thesis, Rijksuniversiteit Utrecht, June 1986
			* [http://iopscience.iop.org/0741-3335/33/13/008 D. Reiter, H. Kever, G.H. Wolf, et al. Helium removal from tokamaks. Plasma Phys. and Contr. Fus., 33:1579, 1991]
			* [http://www.sciencedirect.com/science/article/pii/S0022311506800140 D. Reiter. Progress in 2-dimensional plasma edge modelling. J. Nucl. Mat., 196– 198:241, 1992]

	[[Category:Software]]		[[Category:Software]]

Daniellopezbruna: /* References */

2014-07-17T15:17:15Z

References

← Older revision		Revision as of 17:17, 17 July 2014
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	== References ==		== References ==
	<references/>		<references/>

			* [http://www.eirene.de D. Reiter, The Eirene Code User Manual, Version: 11/2005]

	[[Category:Software]]		[[Category:Software]]

Admin at 10:34, 15 August 2012

2012-08-15T10:34:09Z

← Older revision		Revision as of 12:34, 15 August 2012
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	[http://www.eirene.de EIRENE home]		[http://www.eirene.de EIRENE home]

			== References ==
			<references/>

			[[Category:Software]]

Dinklage at 12:17, 22 October 2009

2009-10-22T12:17:39Z

← Older revision		Revision as of 14:17, 22 October 2009
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	[www.eirene.de EIRENE home]		[http://www.eirene.de EIRENE home]

Dinklage: Created page with '[www.eirene.de EIRENE home]'

2009-10-22T12:17:26Z

Created page with '[www.eirene.de EIRENE home]'

New page

[www.eirene.de EIRENE home]