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MAST Data

These pages provide an access point to publicly funded MAST research data. By selecting a Program or Objective, and then a specific experiment number, you can request the related underlying shot data if it is available for release.

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List of Data Objects within the Data File

Shot:
24517

Date:
2010-02-17

Time:
11:37:00

Programme:
Dimensionless beta scan of energy transport in H-mode

Objective:
Produce 2 plasmas with different beta by factor of 1.6 while keeping other main dimensionless parameters, rho*, nu* an q constant.Today: obtain the low beta plasma.EXTRA:* 1 Ohmic shot for C. Michael: testing HM4 gas valve for CXRS background.* 5 ELM-free H-mode shots for D. Temple/M. De Bock: edge Er and Jphi measurement

Class:
amm

Description:
Output from EFIT's wall model: calculated induced currents in toroidal vessel elements for input to EFIT

Filename:
amm0245.17

Format:
IDA3

Size:
18

Pass:
1

Search the list of data objects using keywords (case insensitive):

Signal Name Description
AMM_VERTW1 (Outer) vertical wall: R=2, Z=1.8
AMM_VERTW2 (Outer) vertical wall: R=2, Z=1.4
AMM_VERTW3 (Outer) vertical wall: R=2, Z=1.0
AMM_VERTW4 (Outer) vertical wall: R=2, Z=0.6
AMM_VERTW5 (Outer) vertical wall: R=2, Z=0.2
AMM_VERTW6 (Outer) vertical wall: R=2, Z=-0.2
AMM_VERTW7 (Outer) vertical wall: R=2, Z=-0.6
AMM_VERTW8 (Outer) vertical wall: R=2, Z=-1.0
AMM_UHORW1 Upper horizontal wall: R=0.1, Z=2
AMM_UHORW2 Upper horizontal wall: R=0.3, Z=2
AMM_UHORW3 Upper horizontal wall: R=0.5, Z=2
AMM_UHORW4 Upper horizontal wall: R=0.7, Z=2
AMM_UHORW5 Upper horizontal wall: R=0.9, Z=2
AMM_UHORW6 Upper horizontal wall: R=1.1, Z=2
AMM_LHORW1 Lower horizontal wall: R=0.1, Z=-2
AMM_LHORW2 Lower horizontal wall: R=0.3, Z=-2
AMM_LHORW3 Lower horizontal wall: R=0.5, Z=-2
AMM_LHORW4 Lower horizontal wall: R=0.7, Z=-2
AMM_LHORW5 Lower horizontal wall: R=0.9, Z=-2
AMM_LHORW6 Lower horizontal wall: R=1.1, Z=-2
AMM_P2UDIVPL1 Divertor plate for the upper P2 coil: R=0.278, Z=1.503
AMM_P2UDIVPL2 Divertor plate for the upper P2 coil: R=0.384, Z=1.503
AMM_P2LDIVPL1 Divertor plate for the lower P2 coil: R=0.278, Z=-1.511
AMM_P2LDIVPL2 Divertor plate for the lower P2 coil: R=0.384, Z=-1.511
AMM_P2UARM1 Armour for the upper P2 coil: R=0.284, Z=1.4596
AMM_P2UARM2 Armour for the upper P2 coil: R=0.353, Z=1.4596
AMM_P2UARM3 Armour for the upper P2 coil: R=0.439, Z=1.4596
AMM_P2LARM1 Armour for the lower P2 coil: R=0.284, Z=-1.4654
AMM_P2LARM2 Armour for the lower P2 coil: R=0.353, Z=-1.4654
AMM_P2LARM3 Armour for the lower P2 coil: R=0.439, Z=-1.4654
AMM_INCON1 Centre column inconnel: R=0.1791, Z=-1.815
AMM_INCON2 Centre column inconnel: R=0.1748, Z=-1.695
AMM_INCON3 Centre column inconnel: R=0.1745, Z=-1.575
AMM_INCON4 Centre column inconnel: R=0.1745, Z=-1.455
AMM_INCON5 Centre column inconnel: R=0.1745, Z=-1.335
AMM_INCON6 Centre column inconnel: R=0.1745, Z=-1.125
AMM_INCON7 Centre column inconnel: R=0.1745, Z=-0.7969
AMM_INCON8 Centre column inconnel: R=0.1745, Z=-0.4
AMM_INCON9 Centre column inconnel: R=0.1745, Z=0.0
AMM_INCON10 Centre column inconnel: R=0.1745, Z=0.4
AMM_ENDCROWN_U
AMM_ENDCROWN_L
AMM_RING1
AMM_RING2
AMM_RING3
AMM_RING4
AMM_RING5
AMM_RING6
AMM_RING7
AMM_RING8
AMM_RING9
AMM_RING10
AMM_RODGR1 Rod graphite: R=0.1981, Z=-1.568
AMM_RODGR2 Rod graphite: R=0.1979, Z=-1.350
AMM_RODGR3 Rod graphite: R=0.1944, Z=-1.134
AMM_RODGR4 Rod graphite: R=0.1907, Z=-0.915
AMM_RODGR5 Rod graphite: R=0.1907, Z=-0.696
AMM_RODGR6 Rod graphite: R=0.1905, Z=-0.480
AMM_RODGR7 Rod graphite: R=0.1907, Z=-0.2544
AMM_RODGR8 Rod graphite: R=0.1907, Z=0.0
AMM_RODGR9 Rod graphite: R=0.1907, Z=0.2544
AMM_RODGR10 Rod graphite: R=0.1905, Z=0.480
AMM_RODGR11 Rod graphite: R=0.1907, Z=0.696
AMM_RODGR12 Rod graphite: R=0.1907, Z=0.915
AMM_MID1
AMM_MID2
AMM_MID3
AMM_MID4
AMM_MID5
AMM_MID6
AMM_MID7
AMM_MID8
AMM_MID9
AMM_MID10
AMM_MID11
AMM_MID12
AMM_SUBSTEPS
AMM_TCUTOFF
AMM_TOLERANCE
AMM_PASSNUMBER
AMM_STATUS
AMM_TOPCOL
AMM_BOTCOL