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Chromatographic separation of a phenol mixture was demonstrated using the dual-detector system, with each detector producing a unique chromatogram.
Co-confinement of LiBH4 Ca(BH4)2 mixture was demonstrated at temperature as low as 100 °C, much lower than the reported bulk eutectic melting temperature.
In addition, successful one-step patterning of microchannel (the width is 500 μm) and macroporous structures from the macromonomer (MW 5000 -VF-096 mixture was demonstrated on 2D flat surfaces.
The adequacy of the options finally retained, especially the SFE16 readout and the use of a Ne C2H6 CF4 gas mixture, was demonstrated in a set of beam tests performed on a 26×36 cm2 prototype.
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Biodegradability of a partially photo-oxidized pesticide mixture is demonstrated and the effect of photo-Fenton treatment time on growth and substrate consumption of the bacteria Pseudomonas putida CECT 324 is shown.
Inductively coupled plasma (ICP) etching using an Ar/Cl gas mixture is demonstrated to remove sub-surface damage of mechanically processed surfaces, whilst maintaining macroscopic planarity and low roughness on a microscopic scale.
Feasibility of the proposed model for predicting surface tension for multicomponent (ternary) mixtures was demonstrated.
Self-sustained combustion of hydrogen and air mixtures was demonstrated over a wide range of fuel/air mixtures and flow rates for equivalence ratios from 0.2 to 1.0 and chemical energy inputs from 2 to 16 W. Depositing platinum on gamma alumina on the internal walls enabled catalytic ignition at or near room temperature and self-sustained operation at temperatures to 300°C.
Operation of RPC with environmentally friendly gas mixtures is demonstrated for streamer mode while avalanche mode operation needs more complex gas mixtures.
The performance and limitations of the method when employed for the analysis of complex mixtures are demonstrated using both simulated data and experimental data characterizing amyloid aggregation.
Here the promotion of flame acceleration and deflagration-to-detonation transition (DDT) using the distributed photo ignition of photo-sensitive nanomaterials suspended in fuel/oxidizer mixtures is demonstrated for the first time.
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