Tasks in the 2011 Work Programme

WP11-ITM-IMP5-ACT1

Topic: Adaptation of codes for Heating, Current Drive and Fast Particle Physics for use with ITM tools

Subtask 1 - Priority Support Deliverables:

- Code adaptation up to creation of a Kepler actor (for new codes)

Subtask 2 - Baseline Support Deliverables:

- Code adaptation up to creation of a Kepler actor (for people finishing off their planned for 2010)

Subtask 3 - Priority Support Deliverables:

- Kepler actor and test workflow

- Code documentation for developers and maintainers, and User documentation (Phase IV)

- Adaptation to version 4.08c of the data structures; to be completed within 3 months from the release of version 4.08c of the data structures

Participants

Name	Association	e-mail
Mireille SCHNEIDER	CEA	mireille.schneider@cea.fr
Yves PEYSSON	CEA	Yves.PEYSSON@cea.fr
Lorenzo Figini	ENEA-CNR	figini@ifp.cnr.it
Daniela Farina	ENEA-CNR	farina@ifp.cnr.it
Gregorio Vlad	ENEA-Frascati	gregorio.vlad@enea.it
Giuliana Fogaccia	ENEA-Frascati	giuliana.fogaccia@enea.it
Egbert Westerhof	FOM Rijnhuizen	E.Westerhof@rijnhuizen.nl
Gergo Pokol	HAS	pokol@reak.bme.hu
Christos Tsironis	Hellenic Association	ctsiron@mail.ntua.gr
ARISTEIDES PAPADOPOULOS	Hellenic Association	arpapad@central.ntua.gr
Ioanna CHATZIANTONAKI	Hellenic Association	ioanna@astro.auth.gr
Philipp Lauber	IPP	pwl@ipp.mpg.de
Tony Cooper	Swiss Confederation	wilfred.cooper@epfl.ch
Oliver Sauter	Swiss Confederation	olivier.sauter@epfl.ch
Gergely Papp	VR	papp@chalmers.se
Klaus Schopf	OAW	Klaus.Schoepf@uibk.ac.at
Viktor Goloborod'ko	OAW	V.Goloborodko@uibk.ac.at
Victor Yavorskij	OAW	Victor.Yavorskij@uibk.ac.at
Remi Dumont	CEA	remi.dumont@cea.fr
Claudio Di Troia	ENEA Frascati	claudio.ditroia@enea.it
Gergely Laszlo Csepany	HAS	csepany.gergely@wigner.bme.hu
Seppo Sipila	TEKES	seppo.sipila@tkk.fi
Erik Andersson Sundén	VR	erik.sunden@physics.uu.se
Klaus Schopf	OAW	Klaus.Schoepf@uibk.ac.at
Viktor Goloborod'ko	OAW	V.Goloborodko@uibk.ac.at
Alessandro Cardinali	ENEA Frascati	alessandro.cardinali@enea.it
Roberto Bilato	IPP	rbb@ipp.mpg.de
Antti Snicker	TEKES	antti.snicker@tkk.fi
Emanuele Poli	IPP	Emanuele.Poli@ipp.mpg.de
Otto Asunta	TEKES	otto.asunta@tkk.fi
Nikolai Marushchenko	IPP	nikolai.marushchenko@ipp.mpg.de

WP11-ITM-IMP5-ACT2

Topic: Integration of IMP5 modules with the European transport Solver ETS

Priority Support Deliverables:

- Development of Composite Actors for coupling IMP5 codes to the ETS. -- Develop composite actors for the ETS; -- Develop workflows for testing the composite actors; -- Develop standard test cases for the composite actors.

- Development of datajoiners, i.e. modules merging the information in IMP5 related CPOs. Develop datajoiners of two types to: -- merge two CPOS of the same kind, e.g. from two wave codes writing the waves-CPO for EC and LH waves; -- generate the coresource-CPO by merging the CPOs distribution, distsource and waves.

- Development of modules for workflow orchestration. The IMP5 composite actor should look the same for many types of scenarios. This means that for many ETS simulations not all codes should be run. These routines should provide decision on what codes need running in a specific ETS simulations, i.e. they should take CPO and Kepler parameters as input and output Kepler parameters. Note that these modules are only needed when they cannot be replaced by a simple KEPLER composite actor.

- Application, adaptation and development of the composite actors in 1. for integrated workflows suitable to cross-project integration efforts, e.g. coupling equilibrium reconstruction (from remote data via exp2itm) and HCD chain. -- Develop composite actors and workflows for integration of ITM codes and testing. -- Reports on testing of the composite actors and workflows.

Participants

Name	Association	e-mail
Mireille SCHNEIDER	CEA	mireille.schneider@cea.fr
Yves PEYSSON	CEA	Yves.PEYSSON@cea.fr
Lorenzo Figini	ENEA CNR	figini@ifp.cnr.it
Alessandro Cardinali	ENEA Frascati	alessandro.cardinali@enea.it
Emanuele Poli	IPP	Emanuele.Poli@ipp.mpg.de
Roberto Bilato	IPP	rbb@ipp.mpg.de
Thomas Johnson	VR	thomas.johnson@ee.kth.se

WP11-ITM-IMP5-ACT3

Topic: Benchmarking and validation of codes

Priority Support Deliverables:

- Deliver report including a detailed description of verification or validation procedure and results.

- Publications, or conference contributions

Participants

Name	Association	e-mail
Mireille SCHNEIDER	CEA	mireille.schneider@cea.fr
Yves PEYSSON	CEA	Yves.PEYSSON@cea.fr
Remi Dumont	CEA	remi.dumont@cea.fr
Lorenzo Figini	ENEA CNR	figini@ifp.cnr.it
Sergio Briguglio	ENEA Frascati	sergio.briguglio@enea.it
Claudio Di Troia	ENEA Frascati	claudio.ditroia@enea.it
Roberto Bilato	IPP	rbb@ipp.mpg.de
Emanuele Poli	IPP	Emanuele.Poli@ipp.mpg.de
Seppo Sipila	TEKES	seppo.sipila@tkk.fi
Thomas Johnson	VR	thomas.johnson@ee.kth.se
Torbjorn Hellsten	VR	thel@kth.se
Gregorio Vlad	ENEA-Frascati	gregorio.vlad@enea.it
Giuliana Fogaccia	ENEA-Frascati	giuliana.fogaccia@enea.it
Philipp Lauber	IPP	pwl@ipp.mpg.de
Antti Snicker	TEKES	antti.snicker@tkk.fi
Erik Andersson Sundén	VR	erik.sunden@physics.uu.se
Otto Asunta	TEKES	otto.asunta@tkk.fi

WP11-ITM-IMP5-ACT4

Topic: Development and integration of models for synergies between heating schemes and self-consistent coupling of IMP5 heating codes

Subtask 1:

- Synergies: Fokker-Planck modeling including both sources of beam ions and alpha particle and interactions with ICRF and LH wave fields.

Subtask 2:

- Synergies: Fokker-Planck modeling including interactions with EC, LH and ICRF wave fields.

Subtask 3:

- Quasilinear coupling of wave and kinetic plasma model by inclusion of a non- Maxwellian in the plasma susceptibility. This includes both the evaluation of the dielectric response from a general distribution function taken from the DISTIRIBUTION CPO and adaptation of wave codes to use this response.

Priority Support Deliverables:

- Actors and source code with documentation; all stored under Gforge-svn. Documentation of tests verifying the functionality of the source. Source code should follow good ITM practice.

- Workflows for performing modelling of synergies and self-consistent coupling between codes.

Participants

Name	Association	e-mail
Remi Dumont	CEA	remi.dumont@cea.fr
Mireille SCHNEIDER	CEA	mireille.schneider@cea.fr
Roberto Bilato	IPP	rbb@ipp.mpg.de
Gyorgy Steinbrecher	MEdC	steinbrechergyorgy@yahoo.com
Antti Salmi	TEKES	antti.salmi@tkk.fi
Thomas Johnson	VR	thomas.johnson@ee.kth.se
Torbjorn Hellsten	VR	thel@kth.se

WP11-ITM-IMP5-ACT5

Topic: Code development and datastructure evaluation for global stability analyses of Alfvén Modes in realistic geometries and in the presence of non-perturbative fast ion excitations

Priority Support Deliverables:

- Complete code debugging of numerics and physics

- Evaluation of suitable datastructure for energetic particle distribution function, with reference to initial particle loading and after nonlinear saturation

Participants

Name	Association	e-mail
Gregorio Vlad	ENEA-Frascati	gregorio.vlad@enea.it
Sergio Briguglio	ENEA-Frascati	sergio.briguglio@enea.it
Giuliana Fogaccia	ENEA-Frascati	giuliana.fogaccia@enea.it
Fulvio Zonca	ENEA-Frascati	fulvio.zonca@enea.it

WP11-ITM-IMP5-ACT6

Topic: Development of codes calculating nuclear reaction rates

Baseline Support Deliverables:

- Source code with documentation; all stored under Gforge. Documentation of tests verifying the functionality of the source. Source code should follow good ITM practice.

Participants

Name	Association	e-mail
Mireille SCHNEIDER	CEA	mireille.schneider@cea.fr
Simppa Akaslompolo	TEKES	simppa.akaslompolo@tkk.fi
Otto Asunta	TEKES	otto.asunta@tkk.fi
Erik Andersson Sundén	VR	erik.sunden@physics.uu.se
Klaus Schopf	OAW	Klaus.Schoepf@uibk.ac.at
Viktor Goloborod'ko	OAW	V.Goloborodko@uibk.ac.at
Victor Yavorskij	OAW	Victor.Yavorskij@uibk.ac.at