Which source rules at slow flows?
- Diffusion
- Hopping lag
- Eddy paths
What marks a clean baseline split?
- Resolution 0.5
- Resolution 1.0
- Resolution 1.5
Eddy spreading stays about flat as flow changes.
Circle one: True False
Why does the curve rise again past the best flow?
- Eddy paths vanish
- Hopping lag grows with speed
- Diffusion returns
Peaks at 100 and 106 seconds, widths 4 and 4. Type the resolution.
Answer: ______________
Where is the best flow on the curve?
- At the lowest dip
- At the far fast end
- At the far slow end
A fair gap with wide peaks is best fixed by a longer column at the best flow.
Circle one: True False
Two peaks overlap with almost no gap. What is the best fix?
- Run the same column much longer
- Change to a more selective phase
- Push the flow to maximum
Splitting peaks at the best speed W1-mt_RUjdSb5Rgw-s1
- Diffusion · Slow flows let diffusion spread peaks most.
- Resolution 1.5 · At 1.5 the peaks just separate fully.
- True · Path differences ignore speed.
- Hopping lag grows with speed · Fast flows outrun hopping between phases.
- 1.5 · Two times 6 over 8 equals 1.5.
- At the lowest dip · The dip balances diffusion against hopping lag.
- True · That pattern marks an efficiency problem.
- Change to a more selective phase · A near-zero gap needs selectivity, not length.