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Cato edited Payam and DNA.tex
almost 11 years ago
Commit id: 2b9ad159e8c0e2e5341fae6c5d4d52c687cedcf7
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\item In \citet{Rowghanian_Grosberg_2013} page 5, second column, they use dimensional analysis to justify a steady-state approximation used in the paper: the time taken to establish the fluid velocity profile around a section of DNA must be much shorter than the time taken the DNA to ``move past''
the velocity profile. that fluid.
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\item I want to try to do a better job than Payam's scaling argument: what are the coefficients in the ``$\# \ll 1$'' relationship? This might be interesting because of a problem acknowledged in Payam's other paper: his predictions do not fit the experimental data.