Sentence examples for irradiation heating from inspiring English sources

Free fatty acid was reduced from 14% to less than 1% in the first step using H2SO4 as acid catalyst after 35 min of microwave irradiation heating.

The PEN fiber was drawn continuously under three drawing stresses, where the neck-drawing point was fixed accurately by CO2 laser irradiation heating.

The growth process of ZnO in solution was studied by monitoring the intermediate products, which were extracted at different stages of the reactions: (i) precursor preparation, (ii) microwave irradiation heating, (iii) natural cooling.

The experimental results showed that during laser irradiation heating, TiC particles were partially dissolved into the melted Ni-base alloy, and the dissolved Ti and C atoms were precipitated in the form of TiC dendrites during cooling.

The results showed that AC with the highest yield (87wtt% of biochar) and optimal adsorption efficiency (28.5 mg of dye/g of AC) can be obtained by performing chemical impregnation at an impregnation ratio of 1 1 coupled with microwave-assisted pyrolysis under microwave irradiation (heating) for 5 min using 550 W of microwave power.

Disinfection includes pasteurization, long-term storage, irradiation, heat drying and heat treatment (US EPA 2003).

The stability and constitution of the nano- and micro-particles were confirmed by UV-light irradiation, heat-treatment, and pH and ionic strength changes.

The aggregated cells could withstand UV irradiation, heat, desiccation, different temperature regimes, H2O2 stress, and starvation with better population growth than non-aggregated cells.

Aggregated Methylobacterium oryzae CBMB20 cells exhibited enhanced tolerance to UV irradiation, heat, desiccation, different temperature regimes, oxidative stress, starvation and supported higher population in media.

The plant growth promoting bacteria, M. oryzae CBMB20 isolated as endophyte of rice plants could form aggregates in media containing high C/N ratio (30 1) and the aggregates grew well and withstand UV irradiation, heat, desiccation, different temperature regimes, H2O2, starvation and grow well in media.

Representative streptomycetes possess the ability to colonize the rhizosphere or endophytic tissues of plants [6, 87], to produce spores resistant to irradiation, heat, and drought [12], and to have an impressive range of metabolites with a variety of biological activities [140].