Sentence examples for be recovered efficiently and from inspiring English sources

AlCl3 could be recovered efficiently and reused multiple times without substantial loss of its catalytic activity.

Thus, a part of waste heat of boiler exhaust can be recovered efficiently and the amount of steam required for drying could reduce by 30 40%, which would significantly reduce the work loss of steam turbine brought by drying steam.

An ammonia-water combined power and cooling system is proposed and investigated in this work, in which the waste heat contained in the jacket water and exhaust gas of an internal combustion engine can be recovered efficiently to generate power and cooling energy simultaneously.

It was concluded that chromic acid and metal ions can be recovered efficiently from their mixed solution leaving behind the uncharged organics and can be reused as their corresponding acid and base apart from the purifying water for further applications.

Whole mtDNA genome sequences can be recovered efficiently by amplifying the entire ∼16 kb genome in one or two fragments, which also serves to reduce the chance of inadvertent analysis of segments of mtDNA that have translocated to the nuclear genome ('numts') [27].

Our findings pertaining to potassium contents in Table 6 reflected that optimum potassium median contents have been recovered efficiently through vermicomposting amid to all other strategies for the process of mineralization of organic substrates.

Kinetic phenomena as well as electron transport physics can be recovered accurately and efficiently.

Moreover, an efficient expansion of TILs from the ocular melanoma patient #15765 was achieved (8.4 × 10 cells starting from 1.5 × 10 cells with an increase of 560 times) as well, thus indicating that the possible anergic state of T cells isolated from ocular suppressive tumor milieu can be recovered ex vivo and such lymphocytes efficiently expanded.

The research results show that the organic materials, indium and glass of LCD panel can be recovered during the recovery process efficiently and eco-friendly.

In contrast, detection of luminescence within the middle ear cavity appeared to be more sensitive than culture, which could be related to the presence of a subpopulation of adherent cells that would be recovered by lavage less efficiently.

More than 60% of the thermal input can be recovered as high-temperature heat, which could be efficiently recovered for producing electricity.