TJ-II:Proposal template: Difference between revisions

TJ-II:Proposal template (view source)

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 == Proposal title ==
-'''Impurity injection by laser blow-off: influence of main ions charge/mass on impurity confinement and transport'''
+'''Enter Title here'''
 == Name and affiliation of proponent ==
-B. López-Miranda 1, B. Zurro 1, M. Martínez 1, E. Hollmann 2, A. Baciero 1, M. Ochando 1, F. Medina 1, K.J. McCarthy 1 and TS and TJ-II Team.//
+Enter name and affiliation here
-  Laboratorio Nacional de Fusión, CIEMAT, Madrid, Spain.
-  University of California, San Diego, La Jolla, CA, USA.
 == Details of contact person at LNF (if applicable) ==
-B. López-Miranda:  belen.lopez@ciemat.es
+Enter contact person here or N/A
 == Description of the activity, including motivation/objectives and experience of the proponent (typically one-two pages)==
-Motivation.
+Enter description here <ref>A. Einstein, Journal of Exceptional Results (2017)</ref>
-In previous experiments of impurity confinement in TJ-II plasmas we have investigated the behaviour of impurity confinement with the mass composition of the main ions and with charge/mass of the injected impurities [1]. Now we want to extend our study to He plasmas.
-Proposal.
-Within the present proposal, we plan to inject light and heavy impurities into TJ-II ECRH plasmas by means of laser blow-off. We plan to study the behaviour of impurity confinement with the charge/mass of the main ions on the relaxation of emission of light and heavy impurities injected in TJ-II. For that purpose we want discharges in He and study the impurity confinement as a function of effective mass.
 == If applicable, International or National funding project or entity ==
-This work was funded by the Spanish “MINECO” under Grant No. ENE2014-56517-R. B.L.M. would like to acknowledge her scholarship, Grant No. BES-2015-075704.
+Enter funding here or N/A
 == Description of required resources ==
 Required resources:
-* Number of plasma discharges or days of operation: We would need at least two operational days: one (compatible with other experiments) to adjust all the variables of the laser blow-off system and another day to perform the experiment.
+* Number of plasma discharges or days of operation:
-* Essential diagnostic systems: Main diagnostics will be radiation diagnostics (bolometers, X-rays, VUV spectrometer, etc.) and ECR radiometer data as well as other diagnostics with good time resolution.
+* Essential diagnostic systems:
-* Type of plasmas (heating configuration): We need standard configuration plasmas (100_44_64).
+* Type of plasmas (heating configuration):
 * Specific requirements on wall conditioning if any:
-.	We want discharges in He in order to study the impurity confinement as a function of effective mass.
+* External users: need a local computer account for data access: yes/no
+* Any external equipment to be integrated? Provide description and integration needs:
-.	We need discharges with solely ECRH and good control with constant density along discharges. Lower densities appear to give more stable target plasmas; however, we wish plasma electron densities that are sufficiently high to ensure good Thomson scattering profiling of the target plasma.
-* External users: need a local computer account for data access: N
-* Any external equipment to be integrated? Provide description and integration needs: N
 == Preferred dates and degree of flexibility ==
-Preferred dates: (XX-03-2017)
+Preferred dates: (format dd-mm-yyyy)
-We would like to perform the experiment during March 2017.
 == References ==
-<references />1.	ZURRO B., HOLLMANN E., BACIERO A., OCHANDO M.A., MEDINA F., McCARTHY K.J. et al., “Transport studies using laser blow-off injection of low-Z trace impurities injected into the TJ-II stellarator”, Nuclear Fusion 51 (2011) 063015 (9pp).
+<references />
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