FusionWiki - User contributions [en]

TJ-II:Role of isotope mass on the radial width of Zonal Flows

2019-01-27T19:08:36Z

U6576: /* Name and affiliation */

== Experimental campaign ==
2019 Spring

== Proposal title ==
'''Influence of isotope mass and heating scenario on the amplitude and radial width of Zonal Flows'''

== Name and affiliation ==
Ulises Losada (Ciemat) and Carlos Hidalgo (Ciemat)

== Description ==

Time-space properties of the global potential oscillation, which is related to the low frequency zonal flows, have been investigated in two plasma scenarios produced by ECRH and NBI heating schemes that are characterized by different mean radial electric field structures.

The width of the oscillating structure strongly depends on the heating scheme <ref>T Kobayashi, U Losada, B Liu et al., Nuclear Fusion (2019) in press</ref>. Preliminary results roughly suggest that the radial width of LRC increases with the ion mass in NBI scenarios <ref>U Losada PhD Thesis (2019)</ref>. Those results show, for the first time and with unprecedented detail, how sensitive are the properties of zonal flows to plasma conditions, providing a key experimental guidance for model validation.

The current database has about 20 discharges (10 in NBI and 10 in ECRH plasmas). As we need to asses the reproducibility of the previous results, the goal of this proposal is to expand the existing database of the width of zonal flows with special emphasis on the isotope mass effect.

Reference plasma pulses: 43702-09; 44202-11

== collaboration ==
collaboration with
NIFS: Tatsuya Kobayashi (Japan) and
ENN: Bing Liu (People's Republic of China)

== Description of required resources ==
Required resources:
* Number of plasma discharges or days of operation: 2 days
* Essential diagnostic systems: dual edge probes, dual HIBP
* Type of plasmas (heating configuration):ECRH & NBI, H and D operation
* Specific requirements on wall conditioning if any: same as during the reference discharges
* External users: need a local computer account for data access: yes (if visitors)

== Preferred dates and degree of flexibility ==
Preferred dates: 20-23, May, 2019



== References ==
<references />

<hr>
[[TJ-II:Experimental proposals|Back to list of experimental proposals]]

[[Category:TJ-II internal documents]]
[[Category:TJ-II experimental proposals Spring 2019]]

TJ-II:Role of isotope mass on the radial width of Zonal Flows

2019-01-27T19:08:20Z

U6576: /* Description of required resources */

== Experimental campaign ==
2019 Spring

== Proposal title ==
'''Influence of isotope mass and heating scenario on the amplitude and radial width of Zonal Flows'''

== Name and affiliation ==
Ulises Losada (Ciemat)
Carlos Hidalgo (Ciemat)

== Description ==

Time-space properties of the global potential oscillation, which is related to the low frequency zonal flows, have been investigated in two plasma scenarios produced by ECRH and NBI heating schemes that are characterized by different mean radial electric field structures.

The width of the oscillating structure strongly depends on the heating scheme <ref>T Kobayashi, U Losada, B Liu et al., Nuclear Fusion (2019) in press</ref>. Preliminary results roughly suggest that the radial width of LRC increases with the ion mass in NBI scenarios <ref>U Losada PhD Thesis (2019)</ref>. Those results show, for the first time and with unprecedented detail, how sensitive are the properties of zonal flows to plasma conditions, providing a key experimental guidance for model validation.

The current database has about 20 discharges (10 in NBI and 10 in ECRH plasmas). As we need to asses the reproducibility of the previous results, the goal of this proposal is to expand the existing database of the width of zonal flows with special emphasis on the isotope mass effect.

Reference plasma pulses: 43702-09; 44202-11

== collaboration ==
collaboration with
NIFS: Tatsuya Kobayashi (Japan) and
ENN: Bing Liu (People's Republic of China)

== Description of required resources ==
Required resources:
* Number of plasma discharges or days of operation: 2 days
* Essential diagnostic systems: dual edge probes, dual HIBP
* Type of plasmas (heating configuration):ECRH & NBI, H and D operation
* Specific requirements on wall conditioning if any: same as during the reference discharges
* External users: need a local computer account for data access: yes (if visitors)

== Preferred dates and degree of flexibility ==
Preferred dates: 20-23, May, 2019



== References ==
<references />

<hr>
[[TJ-II:Experimental proposals|Back to list of experimental proposals]]

[[Category:TJ-II internal documents]]
[[Category:TJ-II experimental proposals Spring 2019]]

TJ-II:Role of isotope mass on the radial width of Zonal Flows

2019-01-27T19:07:17Z

U6576: /* Description */

== Experimental campaign ==
2019 Spring

== Proposal title ==
'''Influence of isotope mass and heating scenario on the amplitude and radial width of Zonal Flows'''

== Name and affiliation ==
Ulises Losada (Ciemat)
Carlos Hidalgo (Ciemat)

== Description ==

Time-space properties of the global potential oscillation, which is related to the low frequency zonal flows, have been investigated in two plasma scenarios produced by ECRH and NBI heating schemes that are characterized by different mean radial electric field structures.

The width of the oscillating structure strongly depends on the heating scheme <ref>T Kobayashi, U Losada, B Liu et al., Nuclear Fusion (2019) in press</ref>. Preliminary results roughly suggest that the radial width of LRC increases with the ion mass in NBI scenarios <ref>U Losada PhD Thesis (2019)</ref>. Those results show, for the first time and with unprecedented detail, how sensitive are the properties of zonal flows to plasma conditions, providing a key experimental guidance for model validation.

The current database has about 20 discharges (10 in NBI and 10 in ECRH plasmas). As we need to asses the reproducibility of the previous results, the goal of this proposal is to expand the existing database of the width of zonal flows with special emphasis on the isotope mass effect.

Reference plasma pulses: 43702-09; 44202-11

== collaboration ==
collaboration with
NIFS: Tatsuya Kobayashi (Japan) and
ENN: Bing Liu (People's Republic of China)

== Description of required resources ==
Required resources:
* Number of plasma discharges or days of operation: 2 days
* Essential diagnostic systems: dual edge probes, dual HIBP
* Type of plasmas (heating configuration):ECRH & NBI, H and D operation
* Specific requirements on wall conditioning if any:
* External users: need a local computer account for data access: yes (if visitors)
* Any external equipment to be integrated? Provide description and integration needs:

== Preferred dates and degree of flexibility ==
Preferred dates: 20-23, May, 2019



== References ==
<references />

<hr>
[[TJ-II:Experimental proposals|Back to list of experimental proposals]]

[[Category:TJ-II internal documents]]
[[Category:TJ-II experimental proposals Spring 2019]]

TJ-II:Role of isotope mass on the radial width of Zonal Flows

2019-01-27T18:57:20Z

U6576: /* Preferred dates and degree of flexibility */

== Experimental campaign ==
2019 Spring

== Proposal title ==
'''Influence of isotope mass and heating scenario on the amplitude and radial width of Zonal Flows'''

== Name and affiliation ==
Ulises Losada (Ciemat)
Carlos Hidalgo (Ciemat)

== Description ==
If applicable, enter contact person here or write N/A

Time-space properties of the global potential oscillation, which is related to the low frequency zonal flows, have been investigated in two plasma scenarios produced by ECRH and NBI heating schemes that are characterized by different mean radial electric field structures.

The width of the oscillating structure strongly depends on the heating scheme <ref>T Kobayashi, U Losada, B Liu et al., Nuclear Fusion (2019) in press</ref>. Preliminary results roughly suggest that the radial width of LRC increases with the ion mass in NBI scenarios <ref>U Losada PhD Thesis (2019)</ref>. Those results show, for the first time and with unprecedented detail, how sensitive are the properties of zonal flows to plasma conditions, providing a key experimental guidance for model validation.

The current database has about 20 discharges (10 in NBI and 10 in ECRH plasmas). As we need to asses the reproducibility of the previous results, the goal of this proposal is to expand the existing database of the width of zonal flows with special emphasis on the isotope mass effect.

Reference plasma pulses: 43702-09; 44202-11

== collaboration ==
collaboration with
NIFS: Tatsuya Kobayashi (Japan) and
ENN: Bing Liu (People's Republic of China)

== Description of required resources ==
Required resources:
* Number of plasma discharges or days of operation: 2 days
* Essential diagnostic systems: dual edge probes, dual HIBP
* Type of plasmas (heating configuration):ECRH & NBI, H and D operation
* Specific requirements on wall conditioning if any:
* External users: need a local computer account for data access: yes (if visitors)
* Any external equipment to be integrated? Provide description and integration needs:

== Preferred dates and degree of flexibility ==
Preferred dates: 20-23, May, 2019



== References ==
<references />

<hr>
[[TJ-II:Experimental proposals|Back to list of experimental proposals]]

[[Category:TJ-II internal documents]]
[[Category:TJ-II experimental proposals Spring 2019]]

TJ-II:Role of isotope mass on the radial width of Zonal Flows

2019-01-27T18:56:34Z

U6576: /* Description of required resources */

== Experimental campaign ==
2019 Spring

== Proposal title ==
'''Influence of isotope mass and heating scenario on the amplitude and radial width of Zonal Flows'''

== Name and affiliation ==
Ulises Losada (Ciemat)
Carlos Hidalgo (Ciemat)

== Description ==
If applicable, enter contact person here or write N/A

Time-space properties of the global potential oscillation, which is related to the low frequency zonal flows, have been investigated in two plasma scenarios produced by ECRH and NBI heating schemes that are characterized by different mean radial electric field structures.

The width of the oscillating structure strongly depends on the heating scheme <ref>T Kobayashi, U Losada, B Liu et al., Nuclear Fusion (2019) in press</ref>. Preliminary results roughly suggest that the radial width of LRC increases with the ion mass in NBI scenarios <ref>U Losada PhD Thesis (2019)</ref>. Those results show, for the first time and with unprecedented detail, how sensitive are the properties of zonal flows to plasma conditions, providing a key experimental guidance for model validation.

The current database has about 20 discharges (10 in NBI and 10 in ECRH plasmas). As we need to asses the reproducibility of the previous results, the goal of this proposal is to expand the existing database of the width of zonal flows with special emphasis on the isotope mass effect.

Reference plasma pulses: 43702-09; 44202-11

== collaboration ==
collaboration with
NIFS: Tatsuya Kobayashi (Japan) and
ENN: Bing Liu (People's Republic of China)

== Description of required resources ==
Required resources:
* Number of plasma discharges or days of operation: 2 days
* Essential diagnostic systems: dual edge probes, dual HIBP
* Type of plasmas (heating configuration):ECRH & NBI, H and D operation
* Specific requirements on wall conditioning if any:
* External users: need a local computer account for data access: yes (if visitors)
* Any external equipment to be integrated? Provide description and integration needs:

== Preferred dates and degree of flexibility ==
Preferred dates: (format 20-05-2019)



== References ==
<references />

<hr>
[[TJ-II:Experimental proposals|Back to list of experimental proposals]]

[[Category:TJ-II internal documents]]
[[Category:TJ-II experimental proposals Spring 2019]]

TJ-II:Role of isotope mass on the radial width of Zonal Flows

2019-01-27T18:55:15Z

U6576: /* Ulises Losada */

== Experimental campaign ==
2019 Spring

== Proposal title ==
'''Influence of isotope mass and heating scenario on the amplitude and radial width of Zonal Flows'''

== Name and affiliation ==
Ulises Losada (Ciemat)
Carlos Hidalgo (Ciemat)

== Description ==
If applicable, enter contact person here or write N/A

Time-space properties of the global potential oscillation, which is related to the low frequency zonal flows, have been investigated in two plasma scenarios produced by ECRH and NBI heating schemes that are characterized by different mean radial electric field structures.

The width of the oscillating structure strongly depends on the heating scheme <ref>T Kobayashi, U Losada, B Liu et al., Nuclear Fusion (2019) in press</ref>. Preliminary results roughly suggest that the radial width of LRC increases with the ion mass in NBI scenarios <ref>U Losada PhD Thesis (2019)</ref>. Those results show, for the first time and with unprecedented detail, how sensitive are the properties of zonal flows to plasma conditions, providing a key experimental guidance for model validation.

The current database has about 20 discharges (10 in NBI and 10 in ECRH plasmas). As we need to asses the reproducibility of the previous results, the goal of this proposal is to expand the existing database of the width of zonal flows with special emphasis on the isotope mass effect.

Reference plasma pulses: 43702-09; 44202-11

== collaboration ==
collaboration with
NIFS: Tatsuya Kobayashi (Japan) and
ENN: Bing Liu (People's Republic of China)

== Description of required resources ==
Required resources:
* Number of plasma discharges or days of operation: 2 days
* Essential diagnostic systems: dual edge probes, dual HIBP
* Type of plasmas (heating configuration):ECRH & NBI, H and D operation
* Specific requirements on wall conditioning if any:
* External users: need a local computer account for data access: yes/no
* Any external equipment to be integrated? Provide description and integration needs:

== Preferred dates and degree of flexibility ==
Preferred dates: (format 20-05-2019)



== References ==
<references />

<hr>
[[TJ-II:Experimental proposals|Back to list of experimental proposals]]

[[Category:TJ-II internal documents]]
[[Category:TJ-II experimental proposals Spring 2019]]

TJ-II:Role of isotope mass on the radial width of Zonal Flows

2019-01-27T18:45:59Z

U6576: /* collaboration */

== Experimental campaign ==
2019 Spring

== Proposal title ==
'''Influence of isotope mass and heating scenario on the amplitude and radial width of Zonal Flows'''

== Name and affiliation ==
Ulises Losada (Ciemat)
Carlos Hidalgo (Ciemat)

== Ulises Losada ==
If applicable, enter contact person here or write N/A

Time-space properties of the global potential oscillation, which is ascribed to the low frequency zonal flows, have been investigated in two plasmas produced by ECRH and NBI heating schemes that are characterized by different mean radial electric field structures.
The width of the oscillating structure strongly depends on the heating scheme <ref>T Kobayashi, U Losada, B Liu et al., Nuclear Fusion (2019) in press</ref>. Preliminary results roughly suggest that the radial width of LRC increases with the ion mass in NBI scenarios <ref>U Losada PhD Thesis (2019)</ref>. Those results show, for the first time and with unprecedented detail, how sensitive are the properties of zonal flows to plasma conditions, providing a key experimental guidance for model validation.
To goal of this proposal is to expand the existing database of the width of zonal flows with emphasis on the isotope mass effect.

== collaboration ==
collaboration with
NIFS: Tatsuya Kobayashi (Japan) and
ENN: Bing Liu (People's Republic of China)

== Description of required resources ==
Required resources:
* Number of plasma discharges or days of operation: 2 days
* Essential diagnostic systems: dual edge probes, dual HIBP
* Type of plasmas (heating configuration):ECRH & NBI, H and D operation
* Specific requirements on wall conditioning if any:
* External users: need a local computer account for data access: yes/no
* Any external equipment to be integrated? Provide description and integration needs:

== Preferred dates and degree of flexibility ==
Preferred dates: (format 20-05-2019)



== References ==
<references />

<hr>
[[TJ-II:Experimental proposals|Back to list of experimental proposals]]

[[Category:TJ-II internal documents]]
[[Category:TJ-II experimental proposals Spring 2019]]

TJ-II:Role of isotope mass on the radial width of Zonal Flows

2019-01-27T18:45:25Z

U6576: /* collaboration with NIFS (Japan) & ENN (China) */

== Experimental campaign ==
2019 Spring

== Proposal title ==
'''Influence of isotope mass and heating scenario on the amplitude and radial width of Zonal Flows'''

== Name and affiliation ==
Ulises Losada (Ciemat)
Carlos Hidalgo (Ciemat)

== Ulises Losada ==
If applicable, enter contact person here or write N/A

Time-space properties of the global potential oscillation, which is ascribed to the low frequency zonal flows, have been investigated in two plasmas produced by ECRH and NBI heating schemes that are characterized by different mean radial electric field structures.
The width of the oscillating structure strongly depends on the heating scheme <ref>T Kobayashi, U Losada, B Liu et al., Nuclear Fusion (2019) in press</ref>. Preliminary results roughly suggest that the radial width of LRC increases with the ion mass in NBI scenarios <ref>U Losada PhD Thesis (2019)</ref>. Those results show, for the first time and with unprecedented detail, how sensitive are the properties of zonal flows to plasma conditions, providing a key experimental guidance for model validation.
To goal of this proposal is to expand the existing database of the width of zonal flows with emphasis on the isotope mass effect.

== collaboration ==
collaboration with
NIFS: Tatsuya Kobayashi (Japan)
ENN: Bing Liu (People's Republic of China)

== Description of required resources ==
Required resources:
* Number of plasma discharges or days of operation: 2 days
* Essential diagnostic systems: dual edge probes, dual HIBP
* Type of plasmas (heating configuration):ECRH & NBI, H and D operation
* Specific requirements on wall conditioning if any:
* External users: need a local computer account for data access: yes/no
* Any external equipment to be integrated? Provide description and integration needs:

== Preferred dates and degree of flexibility ==
Preferred dates: (format 20-05-2019)



== References ==
<references />

<hr>
[[TJ-II:Experimental proposals|Back to list of experimental proposals]]

[[Category:TJ-II internal documents]]
[[Category:TJ-II experimental proposals Spring 2019]]

TJ-II:Role of isotope mass on the radial width of Zonal Flows

2019-01-27T18:43:39Z

U6576: /* Ulises Losada et al., */

== Experimental campaign ==
2019 Spring

== Proposal title ==
'''Influence of isotope mass and heating scenario on the amplitude and radial width of Zonal Flows'''

== Name and affiliation ==
Ulises Losada (Ciemat)
Carlos Hidalgo (Ciemat)

== Ulises Losada ==
If applicable, enter contact person here or write N/A

Time-space properties of the global potential oscillation, which is ascribed to the low frequency zonal flows, have been investigated in two plasmas produced by ECRH and NBI heating schemes that are characterized by different mean radial electric field structures.
The width of the oscillating structure strongly depends on the heating scheme <ref>T Kobayashi, U Losada, B Liu et al., Nuclear Fusion (2019) in press</ref>. Preliminary results roughly suggest that the radial width of LRC increases with the ion mass in NBI scenarios <ref>U Losada PhD Thesis (2019)</ref>. Those results show, for the first time and with unprecedented detail, how sensitive are the properties of zonal flows to plasma conditions, providing a key experimental guidance for model validation.
To goal of this proposal is to expand the existing database of the width of zonal flows with emphasis on the isotope mass effect.

== collaboration with NIFS (Japan) & ENN (China) ==
If applicable, enter funding here or write N/A

== Description of required resources ==
Required resources:
* Number of plasma discharges or days of operation: 2 days
* Essential diagnostic systems: dual edge probes, dual HIBP
* Type of plasmas (heating configuration):ECRH & NBI, H and D operation
* Specific requirements on wall conditioning if any:
* External users: need a local computer account for data access: yes/no
* Any external equipment to be integrated? Provide description and integration needs:

== Preferred dates and degree of flexibility ==
Preferred dates: (format 20-05-2019)



== References ==
<references />

<hr>
[[TJ-II:Experimental proposals|Back to list of experimental proposals]]

[[Category:TJ-II internal documents]]
[[Category:TJ-II experimental proposals Spring 2019]]

TJ-II:Role of isotope mass on the radial width of Zonal Flows

2019-01-27T18:41:16Z

U6576: /* Proposal title */

== Experimental campaign ==
2019 Spring

== Proposal title ==
'''Influence of isotope mass and heating scenario on the amplitude and radial width of Zonal Flows'''

== Ulises Losada et al., ==
Enter name and affiliation here

== Ulises Losada ==
If applicable, enter contact person here or write N/A

Time-space properties of the global potential oscillation, which is ascribed to the low frequency zonal flows, have been investigated in two plasmas produced by ECRH and NBI heating schemes that are characterized by different mean radial electric field structures.
The width of the oscillating structure strongly depends on the heating scheme <ref>T Kobayashi, U Losada, B Liu et al., Nuclear Fusion (2019) in press</ref>. Preliminary results roughly suggest that the radial width of LRC increases with the ion mass in NBI scenarios <ref>U Losada PhD Thesis (2019)</ref>. Those results show, for the first time and with unprecedented detail, how sensitive are the properties of zonal flows to plasma conditions, providing a key experimental guidance for model validation.
To goal of this proposal is to expand the existing database of the width of zonal flows with emphasis on the isotope mass effect.

== collaboration with NIFS (Japan) & ENN (China) ==
If applicable, enter funding here or write N/A

== Description of required resources ==
Required resources:
* Number of plasma discharges or days of operation: 2 days
* Essential diagnostic systems: dual edge probes, dual HIBP
* Type of plasmas (heating configuration):ECRH & NBI, H and D operation
* Specific requirements on wall conditioning if any:
* External users: need a local computer account for data access: yes/no
* Any external equipment to be integrated? Provide description and integration needs:

== Preferred dates and degree of flexibility ==
Preferred dates: (format 20-05-2019)



== References ==
<references />

<hr>
[[TJ-II:Experimental proposals|Back to list of experimental proposals]]

[[Category:TJ-II internal documents]]
[[Category:TJ-II experimental proposals Spring 2019]]

TJ-II:Role of isotope mass on the radial width of Zonal Flows

2019-01-27T18:40:49Z

U6576: /* Proposal title */

== Experimental campaign ==
2019 Spring

== Proposal title ==
'''Influence of isotope mass on the amplitude and radial width of Zonal Flows'''

== Ulises Losada et al., ==
Enter name and affiliation here

== Ulises Losada ==
If applicable, enter contact person here or write N/A

Time-space properties of the global potential oscillation, which is ascribed to the low frequency zonal flows, have been investigated in two plasmas produced by ECRH and NBI heating schemes that are characterized by different mean radial electric field structures.
The width of the oscillating structure strongly depends on the heating scheme <ref>T Kobayashi, U Losada, B Liu et al., Nuclear Fusion (2019) in press</ref>. Preliminary results roughly suggest that the radial width of LRC increases with the ion mass in NBI scenarios <ref>U Losada PhD Thesis (2019)</ref>. Those results show, for the first time and with unprecedented detail, how sensitive are the properties of zonal flows to plasma conditions, providing a key experimental guidance for model validation.
To goal of this proposal is to expand the existing database of the width of zonal flows with emphasis on the isotope mass effect.

== collaboration with NIFS (Japan) & ENN (China) ==
If applicable, enter funding here or write N/A

== Description of required resources ==
Required resources:
* Number of plasma discharges or days of operation: 2 days
* Essential diagnostic systems: dual edge probes, dual HIBP
* Type of plasmas (heating configuration):ECRH & NBI, H and D operation
* Specific requirements on wall conditioning if any:
* External users: need a local computer account for data access: yes/no
* Any external equipment to be integrated? Provide description and integration needs:

== Preferred dates and degree of flexibility ==
Preferred dates: (format 20-05-2019)



== References ==
<references />

<hr>
[[TJ-II:Experimental proposals|Back to list of experimental proposals]]

[[Category:TJ-II internal documents]]
[[Category:TJ-II experimental proposals Spring 2019]]

TJ-II:L-H Transition and Isotope Effect in low magnetic ripple configurations

2017-02-03T16:47:39Z

U6576: /* Description of the activity, including motivation/objectives and experience of the proponent (typically one-two pages) */

== Experimental campaign ==
2017 Spring

== Proposal title ==
'''L-H Transition and Isotope Effect in low magnetic ripple configurations '''

== Name and affiliation of proponent ==
T. Estrada, U. Losada, C. Hidalgo and the TJ-II team
Laboratorio Nacional de Fusión
CIEMAT

== Description of the activity, including motivation/objectives and experience of the proponent (typically one-two pages)==
Experiments using deuterium as working gas have been carried out during the last experimental campaigns to study the isotope effect strength in TJ-II plasmas. The dependence of zonal flows on the ion mass was studied in low density ECH plasmas and no pronounced differences were found when comparing D and H plasmas [1]. More recently, higher density NBI heated plasmas have been studied and very similar values of zonal flow intensity in H and D have been also found at the L-H transition [2]. In these experiments, no signatures of isotope mass dependence were found at the L-H transition, neither in the radial electric field profile evolution nor in the turbulence reduction. In all cases experiments were performed in the standard magnetic configuration
In order to investigate the impact of the magnetic configuration on the isotope effect we propose to perform similar experiments in a magnetic configuration with lower magnetic ripple, that is, with lower plasma volume.

[1] C. Hidalgo et al., Isotope effect on zonal flows: experiments in the TEXTOR tokamak and TJ‐II stellarator. 19th International Stellarator Heliotron Workshop, Padova, Italy, 2013.

[2] U. Losada et al., L-H Transition and Isotope Effect in TJ-II. 16th CWGM, Madrid, Spain, 2017.

== If applicable, International or National funding project or entity ==
National funding project: ENE2013-48109-P

== Description of required resources ==
Required resources:
* Number of plasma discharges or days of operation: To prepare the experiment we need to search for L-H transitions in low volume plasmas. We propose to explore configuration between 100_26 and 100_30 to keep the iota profile in between the low rational surfaces 4/3 and 3/2. Once the proper conditions are found, we require two consecutive operation days, the first one with D and the second one with H.
* Essential diagnostic systems: Doppler reflectometer, Langmuir probes, microwave interferometer, Thomson scattering, visible spectrometer, Hα detectors, diamagnetic, Rogosky and Mirnov coils, SXR, bolometry.
* Type of plasmas (heating configuration): NBI plasmas with plasma target created by ECH
* Specific requirements on wall conditioning if any: Fresh Li is required for a good density control using external puffing
* External users: need a local computer account for data access: no
* Any external equipment to be integrated? Provide description and integration needs:

== Preferred dates and degree of flexibility ==
Preferred dates: (format dd-mm-yyyy)

== References ==
<references />

<hr>
[[TJ-II:Experimental proposals|Back to list of experimental proposals]]

[[Category:TJ-II internal documents]]
[[Category:TJ-II experimental proposals]]

LNF:Organization

2015-11-24T10:09:39Z

U6576: /* TJ-II Experimental division */

== Laboratorio Nacional de Fusión ==

Asociación [[Euratom]]-[[CIEMAT]]: see [[Laboratorio Nacional de Fusión]].

The telephone numbers listed below are extensions; to call from outside the laboratory, dial: +34-91346xxxx, where xxxx is the extension. (When using 4-digit dialing from inside the laboratory: substitute any initial "0" by a "7".)

{|
|-
!width="250" align="left"|Name!!width="50" align="left"|Telephone
|-
| Sánchez Sanz, Joaquin, Director || 6387
|-
| Aranda Nuñez, Doralice || 6159
|-
| Guerard Ortego, Carlos Kjell || -
|-
|}

=== TJ-II Experimental division ===

{|
|-
!width="250" align="left"|Name!!width="50" align="left"|Telephone
|-
| Hidalgo Vera, Carlos, Head Investigator || 6498
|-
| Alonso de Pablo, Arturo || 6434
|-
| Arevalo Gutierrez, Juan || 7916
|-
| Baciero Adrados, Alfonso || 0848
|-
| Baiao, Diana || 0917
|-
| Blanco Villareal, Emilio J. || 7904
|-
| Carralero Ortiz, Daniel || 7917
|-
| Carranza Arias, José Mario || -
|-
| Estrada García, Mª. Teresa || 0845
|-
| Fontdecaba Climent, Jose María || 6642
|-
| García Cortés, Mª. Isabel || 6515
|-
| Hernanz Hernanz, Francisco J. || 6641
|-
| Herranz Marco, Jesús Antonio || 0848
|-
| Jiménez Rey, David || 6578
|-
| Losada Rodríguez, Ulises || 7918
|-
| Martín de Aguilera Moreno, Adriana || 7918
|-
| McCarthy, Kieran Joseph || 0846
|-
| Medina Yela, Francisco || 0847
|-
| Morera Hidalgo, Julio Andrés || -
|-
| Ochando Garcia, Mª. Antonia || 6462
|-
| de Pablos Hernández, Jose Luis || 6374
|-
| Pastor Díaz, Ignacio || 6324
|-
| Rapisarda Socorro, David || 6640
|-
| Rodríguez Fernández, Mª. Carmen || 2611
|-
| Sánchez Gómez, Miguel || 6397
|-
| [[User:Admin|van Milligen, Boudewijn]] || 6379
|-
| Zurro Hernández, Bernardo || 6457
|}

=== TJ-II Operation ===

{| || -
|-
!width="250" align="left"|Name!!width="50" align="left"|Telephone
|-
| Ascasíbar, Enrique, Head Investigator || 6369
|-
| Alegre Castro, Daniel || 0914
|-
| Barrio Villalba, Felix || 6285
|-
| de la Cal Heusch, Eduardo || 6317
|-
| Cappa Ascasíbar, Alvaro || 6646
|-
| Castrejón Moreno, Javier || 6803
|-
| Castro Rojo, Rodrigo || 6419
|-
| Catalán Moreno, Gregorio || 6643
|-
| Chamorro Lastra, Manuel || 6641
|-
| García Gomez, Raúl || 6641
|-
| Guasp Pérez, Jose || 6510
|-
| Jimenez Denche, Andrés Enrique || 6584
|-
| Liniers Vazquez, Macarena || 0844
|-
| López Razola, Justo || 6819
|-
| Martín Diaz, Fernando || -
|-
| Martinez Fernandez, Jose || 6646
|-
| Melón Blanco, Luis Jesús || 6285
|-
| Navarro Santana Miguel || 6824
|-
| Olivares Fernandez, Julian || 6361
|-
| Pereira Gonzalez, Augusto || 0929
|-
| Portas Ferreiro, Ana Belén || 0929
|-
| Rattá Gutiérrez, Giuseppe A. || 7917
|-
| Redondo Redondo, Mariano || 6287
|-
| Rios Marquez, Luis Maria || 6640
|-
| Rojo Lozano, Beatriz || 0916
|-
| Romero Gonzalez, Jesus Antonio || 6317
|-
| Ros Vivancos, Alfonso || 6642 || Sala Control 6828; || Lab. μOndas 6808
|-
| Sánchez Sarabia, Emilio || 6762
|-
| Sebastian Alfaro, José Antonio || 6684
|-
| Tabarés Vazquez, Francisco Luis || 6458
|-
| Tafalla García, David || 0843
|-
| Tolkachev, Alexander || 6828
|-
| Vega Sánchez, Jesús Antonio || 6474
|-
| Velasco de la Cuadra, Gregorio || 6819
|-
| Sala operación NBI || 6851
|}

=== Fusion theory unit ===

{| || -
|-
!width="250" align="left"|Name!!width="50" align="left"|Telephone
|-
| Castejón, Francisco, Head Investigator || 6504
|-
| Calvo Rubio, Iván || 6739
|-
| López Bruna, Daniel || 6638
|-
| López Fraguas, Antonio || 0850
|-
| [[User:Esolano|Rodríguez-Solano Ribeiro, Emilia]]|| || +44 1235 46 4500
|-
| Sánchez González, Edilberto || 6162
|-
| Velasco Garasa, José Luis || 6434
|}

=== Engineering unit ===

{| || -
|-
!width="250" align="left"|Name!!width="50" align="left"|Telephone
|-
| Alonso, José Javier, Head Investigator || 6639
|-
| Álvarez Benitez, Pio || 6684
|-
| Botija Pérez, José || 6329
|-
| Carrasco García, Ricardo || 7928
|-
| Kirpitchev, Igor || 6337
|-
| Lapayese Puebla, Fernando || 0928
|-
| Medrano Casanova, Mercedes || 6639
|-
| Méndez Montero, Purificación || 6337
|-
| Pacios Rodríguez, Luis || 6644
|-
| de la Peña Gómez, Ángel || 6644
|-
| Queral Mas, Vicente || 6419
|-
| Ramos Rivero, Francisco || 6584
|-
| Rincón Rincón, María Esther || 6637
|-
| Soleto Palomo, M. Alfonso || 6636
|-
| Weber Suárez, Moisés || 6636
|}

=== Technology division ===

{| || -
|-
!width="250" align="left"|Name!!width="50" align="left"|Telephone
|-
| Ibarra Sánchez, Ángel, Head Investigator || 6507
|-
| Hodgson Hampson, Eric Richard || 6202
|-
| Arroyo Macias, José Manuel || 6636
|-
| Brañas Lasala, Beatriz || 6289
|-
| Calvo Pinto, Julio || 6239
|-
| Carella, Elisabetta || 2579
|-
| Carmona Gázquez, Maria Isabel || 2574 || Lab. 6512
|-
| Castro Lobera, Paloma || 0852 ||6153
|-
| Fernández Berceruelo, Iván || 2579
|-
| Fernández Paredes, Mª. Pilar || 2581
|-
| García Gonzalez, Juan Manuel || 7842
|-
| García Sanz, Ángela || 6335
|-
| Gómez-Ferrer Herran, Begoña || 6578 || Lab. 7842
|-
| Gonzalez Viada, María || 2582
|-
| Hernandez Diaz, Mª. Teresa || 2581
|-
| Jimenez Baena, Francisco M. || 6204
|-
| Jiménez Piñero, Fernando || 2574
|-
| Malo Huerta, Marta || 6204
|-
| Martín Laso, Montserrat || 6512
|-
| Martín Martinez, Mª. Piedad || 2581
|-
| Molla Lorente, Joaquín || 6580
|-
| de la Morena Álvarez-Palencia, Cristina || 2600
|-
| Moroño Guadalajara, Alejandro A. || 6372
|-
| Mota García, Fernando || 6578
|-
| Ortíz, Christophe || 2582
|-
| Oyarzabal Vicente, Eider || -
|-
| Palermo, Iole || 6784
|-
| Pérez López, Mario || -
|-
| Regidor Serrano, David || 6584
|-
| Rodríguez Salvador, Diego || 6613
|-
| Roldán Blanco, Marcelo || 2574 || Lab. 6512
|-
| Román Chacón, Raquel || 6203
|-
| Saavedra Aguera, Rafael || 2574 || Lab. Óptica 6578
|-
| Sedano Miguel, Luis Ángel || 0913 || 7913
|-
| Valle Paisan, Francisco J. || 6204
|-
| Vila Vazquez, Rafael Alberto || 6580
|-
|}

=== Support unit ===

{| || -
|-
!width="250" align="left"|Name!!width="50" align="left"|Telephone
|-
| Dabbah Ainstein, Dina || 7851
|-
| Moreno García, Sabina || 6159
|-
| Romero Romero, Eulalia || 6161
|-
| Sánchez Rubio, Cristina || 6738
|}