The development of eggs in adults of the second generation was observed 2 days after the first observation of these adults.
However, when the period was 5 min, aerosol generation was observed in every drop impingement.
Interestingly, aerosol generation was observed for surface roughness (RMS) ranging from 1 to 10 μm.
Higher concentration of VFA generation was observed in the biofilm reactor.
In MV2+, hydrogen generation was observed with light irradiation (λ > 440 nm) under an argon atmosphere.
Successful droplet generation was observed below a critical dispersed-phase velocity.
Temperature variation in the OTFT package was recorded for the different input power and significant heat generation was observed in the confined active layer.
After an annealing treatment, the photocurrent could be improved to 2.7 mA cm−2 at 0.78 V vs. RHE, and a substantial hydrogen generation was observed.
In accord with our strategy, no RCA generation was observed during the passages when we used the E1 (3.2 kb -deleted Ad vectors containing a more than 3.0-kb -deletede expression cAdsette in the E3 region.
Singlet oxygen generation was observed when ZnPc-loaded NPs were irradiated at 610 nm within a 45 min time range, despite that ZnPc was not released in the medium.
Tensile intrinsic stress generation was observed during thermal cycling and the depletion of hydrogen and the shrinkage of micro voids existing in the oxide films was postulated as a major control mechanism for the stress generation and was modeled by an energy-based formulation.
