β tricalcium phosphate-chitosan coatings were deposited on 316L stainless steel substrates applying 260 mA AC, an agitation velocity of 250 rpm, and temperature deposition of 60 °C.
Silicon nitride (SiNx) thin films of various stoichiometries (x) were prepared on Si (100) substrates applying the Nd YAG (λ=1064 nm) pulsed laser deposition (PLD) process from pure Si targets in the "shaded off-axis" technique at room temperature.
The effects of substrate, applied load, frequency and film thickness on coefficient of friction have been studied.
The detailed information about the effect of concentration of electrolyte, pattern of template substrate, applied potential, and surfactant on the formation of Au flower-like microarray is investigated.
This antioxidative potential is known to occur due to the presence of bioactive peptides, which in turn, are dependent on enzymes specificity and a substrate applied in the hydrolysis.
Besides, the influence of electrodeposition and annealing treatment conditions are systematically reviewed; for examples, electrolyte precursor composition, temperature and pH, electrode substrate, applied potential, deposition time as well as annealing temperature, duration and atmosphere.
Using radio frequency reactive magnetron sputtering technique with boron and graphite targets, amorphous B C N films were synthesized on the silicon (100) substrate applied with different temperatures and bias voltages.
100 µL of a separate anti-cGMP antibody was then applied and incubated at 4°C overnight, followed by 50 µL horseradish peroxidase-conjugated cGMP; after incubation at 4°C for four hours, the plate was washed and TMB substrate applied to all wells.
Depending on the substrate applied, the incubation time was: 10 min for CMC; 120 min for Avicel PH101; 30 min for Sigmacell 101; and 60 min for α-cellulose.
Porous silicon produced first by electrochemical etching of a low-resistivity substrate (applying a 40-mA cm−2 current for only 60 s).
