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For flow velocities between 0.09 and 0.17 μm/s, the separating rate for polystyrene particles reached 95% and the separating rate for magnetic particles reached 85%.
The separating rate was greater for larger distance increment and smaller average distance between the electrodes.
The separating rate of the magnetic beads increased as the electric current increased and flow velocity decreased.
When the flow velocity was 0.333 μm/s and electric current was 1 A, the separating rate was 90%.
For magnetic particles, lower flow velocities corresponded to larger separating rates with a maximum separating rate of 81%.
When the designed channel and optical tweezers were used, the polystyrene particle separating rate was as high as 94%.
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Life time experiment yields larger magnitude of charge separated rate constant for the fullerene/1 species in toluene.
Since the reaction rates are expressed in different units, we separate rate constants into three classes based on the number of reactants and assume that monotonicity of β k 's holds in each class of reactions.
Since 3 pairs of genomes are not separated while the other 7 are separated, the separability rate is 70%.
There is one supplier where we have 30 or 40 separate rate cards.
Having a separate rate not only perpetuates income inequality, it also creates vast tax avoidance schemes.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com