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Therefore the photo-induced carriers can be efficiently separated and transferred to take part in photocatalytic reactions.

We did find that ∼3% of Cdc45, Orc2, or Mcm2 was insoluble (Fig. 2C), but could be efficiently separated and analyzed.

The taurine present in the extract supernatant was efficiently separated and purified using a combination of 732 cation exchange chromatography and crystallization.

The PL intensities of the perovskite film deposited on PEDOT PSS and GO-modified PEDOT PSS layers are significantly quenched, indicating that the excitons of the perovskite films are efficiently separated and transferred into the hole transport layer.

For steady-state operation of photobioreactor, due to the poor flocculability, PFB cells cannot be efficiently separated from supernatant and rush out with effluent from reactor continuously.

In the continuous operation, PFB cells cannot be efficiently separated from supernatant and rush out with effluent from reactor continuously, which increased the effluent turbidity, meanwhile led to increases in pollutants.

When captured by a magnetic field the superparamagnetic cells reached attraction velocities of up to 30 μm/s and could be efficiently separated from complex cell mixtures using standard magnetic cell separation equipment.

While the volume fraction of solvent agent was controlled within a rational range, light and heavy phase could be efficiently separated in a relatively short residence time, and the entrainment rate of solvent agent rates was ensured at a low level.

For three reasons we used FITC and lucifer yellow (LuY) in solution as fluorophores: 1) because the relative brightness of LuY and FITC can be easily adjusted by changing [LuY]/[FITC] in solution, 2) because they cannot be efficiently separated without SU (Figure 1.C1), and 3) because their two-photon action cross-sections are known.

The results showed that U could be efficiently separated from lanthanides with high separation factors (SFU/La = 1.1 × 104, SFU/Ce = 1.6 × 105, and SFU/Sm = 2.5 × 104).

Therefore, the electrons and holes can be efficiently separated, offering enough holes for the degradation of dye molecules.