PVA-CC biocomposites with various filler contents were prepared by mixing the various amounts of CCs in PVA as shown in Table 1 using a magnetic stirrer and ultrasonication.
Papain was mixed with various amounts of recombinant SiCYS, SiCYS-N and His-tagged SiCYS-C, respectively.
Powders of these elements (Alfa Aesar, >99.9% purity) would be mixed in various amounts with the original Hf and Te powders before the ampoules were sealed.
Fine spherical mesocarbon-microbeads (MCMBs), having average particle sizes of 24.57, 11.69 and 10.74 μm, were mixed with various amounts of solid-resins (with high β-resin contents) to prepare graphite-matrixes in self-sintering reactions.
200 µg of virus at a concentration of 1 mg/ml in 10% DMSO was mixed with various amounts of excess NHS-Fluorescein relative to viral asymmetric subunits (60/particle) in the following ratios: 1, 5, 10, 25, 50, 100, 150, and 200.
In the first, three dyes (AR, EG, BBR) having significantly different absorption spectra were mixed in various amounts and printed.
A concentration of 5 mg ml-1 of PHBHHx nanoparticles was mixed with various amounts of purified GST-B7-2-PhaP fusion proteins, followed by stirring and incubation at 4°C for 12-16 h.
Eight types of asphalt mastics were fabricated by means of mixing binder with various amounts of mineral powder filler.
Use plain nectar or a mix of various amounts of vanilla, maple and cinnamon.
In this study, six different concrete mix designs containing various amounts of coarse and fine crumb rubber were tested for properties important to concrete safety barriers.
