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Table 1.

Summary of the parameter space used and results from the time dependent footpoint heating cases computed with LareJ.

Case td tw QH0 Behaviour TNE cycle Heating cycle
(s) (s) factor period (h) period (s)
1 62.5 62.5 2 TNE with condensations 2.25 125
2 125 125 2 TNE with condensations 2.5 250
3 250 250 2 TNE with condensations 2.75 500
4 500 500 2 TNE with condensations 2.75 1000
5 1000 1000 2 TNE with condensations 3.0 2000
6 2000 2000 2 TNE with condensations, global cooling & draining 3.5 4000
7 4000 4000 2 Global cooling & draining 8000
8 8000 8000 2 Catastrophic cooling with global cooling & draining 16 000
9 125 375 4 TNE with condensations 3.25 500
10 250 750 4 TNE with condensations 3.25 1000
11 500 1500 4 TNE with condensations, global cooling & draining 3.5 2000
13 1000 3000 4 Global cooling & draining 4000
13 2000 6000 4 Global cooling & draining 8000
14 125 875 8 TNE with condensations 3.75 1000
15 250 1750 8 Global cooling & draining 2000
16 500 3500 8 Global cooling & draining 4000

Notes. From left to right the columns show the case number, the heating duration and waiting times that comprise a single heating cycle, the amplification factor for the peak heating rate (QH0) that is required to ensure the average total energy released is equivalent to the steady footpoint heating simulation, the characteristic simulation behaviour and the periods of the TNE and heating cycles, respectively.

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