This message is sent to precursor nodes.
Holographic interferometry is applied to precursor films to determine their biaxial stresses.
Its physical origin remains elusive, but it is linked to precursor structures for crystallization.
During the wet chemical reaction, mineral phases were loaded on bacterial cellulose fibrils, leading to precursor hybrid composites.
The effects of the heated water stream to precursor solution flow ratios as well as reaction temperature were studied.
The heteroatoms doping content and porosity parameters have been tuned by varying the synthesis temperature and activator to precursor ratio.
Sensitivities of the 24-h average PM2.5 concentrations to precursor emissions were investigated based on the baseline 2019 emissions forecast.
Thin films with compositions ranging from SiO2 H to SiO2C4.7H7 were prepared by varying the oxygen to precursor ratio.
But addition of more ethanol to precursor solvent leads to the formation of larger particles with broader size distribution and weak ferromagnetic or super-paramagnetic behavior.
At a higher ratio of crosslinker to precursor, the vulcanization accelerated and the gel point was reached sooner, thus resulting in a shorter gel time.
Results indicate that different morphological and high quality nano carbon structures were obtained using different weight ratios of catalyst to precursor.
