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start:hype_model_description:hype_tracer [2018/10/11 17:42] cpers [Lake and river ice] |
start:hype_model_description:hype_tracer [2018/10/11 17:43] cpers [Lake and river ice] |
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<m> dH_i/dt=-p_m * T_a </m> | <m> dH_i/dt=-p_m * T_a </m> | ||
- | Ice can be melted from below if the water contain enough heat. This process is limited by a melt efficiency parameter (//me//). | + | Ice can be melted from below if the water contain enough heat. This process is limited by a melt efficiency parameter (//meff//). |
Final ice break-up is defined as the time step when //H<sub>i</sub>//=0. Although it is well known that ice tend to fall apart before it is completely melted, this is not considered by the present model. | Final ice break-up is defined as the time step when //H<sub>i</sub>//=0. Although it is well known that ice tend to fall apart before it is completely melted, this is not considered by the present model. | ||
Line 287: | Line 287: | ||
|:::|//sndens//|//ricesndens, licesndens//|:::| | |:::|//sndens//|//ricesndens, licesndens//|:::| | ||
|:::|<m>p_m</m>|//ricetmelt, licetmelt//|:::| | |:::|<m>p_m</m>|//ricetmelt, licetmelt//|:::| | ||
+ | |:::|//meff//|//ricewme, licewme//|:::| | ||
|Surface water processes|//tcf//|//tcfriver, tcflake//|[[start:hype_file_reference:par.txt|par.txt]]| | |Surface water processes|//tcf//|//tcfriver, tcflake//|[[start:hype_file_reference:par.txt|par.txt]]| | ||
|:::|//scf//|//scfriver, scflake//|:::| | |:::|//scf//|//scfriver, scflake//|:::| |