First, a small amount of solid carriers (e.g., activated carbon, silica gel, and clay) was supplemented to fermentation broth to stimulate cell growth and H2 production.
Specifically, due to the strong interaction between the carriers and the Co spins, the ferromagnetic state and the insulating paramagnetic state almost degenerate in energy, and the small amount of photoinduced carriers can cause the drastic change from the insulating and paramagnetic surface with the depletion layer to the metallic and ferromagnetic surface without the depletion layer.
Furthermore, a Mott Schottky analysis confirmed that a small amount of increased carrier concentration was induced by the Si doping while the flat-band potential (EFB) is maintained as constant.
Piner et al. reported that adding a small amount of hydrogen into the carrier gas can significantly reduce carbon and oxygen concentrations in InGaN alloy, because hydrogen atoms can interact either with hydrocarbon radicals or with hydroxyl radicals to form highly stable products (CH4, H2O) [44].
Generally, these radiopharmaceuticals are produced at high specific radioactivity, i.e. a high level of radioactivity is associated with a very small amount of stable compound or carrier thus allowing administration and detection of tracer doses of the material in patients.
Furthermore, very recent developments have shown that adding a small amount of O2 in the Ar carrier gas can also suppress the nucleation and promote the synthesis of MoS2 with a large area and high quality [239].
Based on the results, it has been highlighted that POM compounds including a small amount of PP POSS nanocomposite as POSS carrier material can be successfully used in the production of injection molded POM parts because the POM/PP POSS compounds yield much faster molding cycle thus production rate than the POM.
While a small amount of H2 is added in the carrier gas, pits density is gradually reduced and reaches the lowest value (0.92 × 108 cm−2) in sample S3.
At stake for the wireless carriers is no small amount of revenue.
Neutralization failed in the suspension test with four of the five organisms tested, but only one failed (Micrococcus luteus) when the small amount of antiseptic solution was added in the carrier test.
