Sentence examples for depth of exchange from inspiring English sources

Different column design parameters like depth of exchange zone, adsorption rate, adsorption capacity, etc. was calculated.

Different column design parameters like depth of exchange zone, time required for exchange zone to move its own height, adsorption rate, adsorption capacity etc. were calculated.

The Bohart and Adams sorption model was employed to determine characteristic parameters such as depth of exchange zone, time required for exchange zone to move its own height, adsorption rate, and adsorption capacity, useful for process design.

The modeling results indicate that the depth of the exchange layer and raindrop induced water transfer rate are two important parameters for the simulation results.

Before beginning to rate any study tape, every rater had to reach the following concordance criteria with the validating test: 85% for the rating of the forms of the utterances, 67% for the functions, 83% for the blocking behaviours, 71% for the psychological depth of the exchanges and 60% for the content categories.

Core challenges for integration included intellectual and external challenges such as lack of knowledge of other disciplines, knowledge transfer, reaching depth, supervision, lack of exchange with other students and time demands.

The objective of this paper is to determine the degree of early supplier involvement (ESI) that exists between a multinational electronics company and its key suppliers, in terms of depth of integration, information exchange and buyer supplier relationships.

If China wants foreigners to trade its currency, it cannot be too fussy about where they do it.London can boast great depth of experience in foreign exchange and a convenient time zone.

Because nocturnal gas exchange has not yet received the same depth of attention as daytime gas exchange, far less is known about the plasticity of gn to environmental factors.

The extensive discussion captured the attention of the auditorium and stimulated an in-depth exchange of ideas on some of the most urgent issues in basic and clinical cough research.

The most common approach employs a mass transfer coefficient or bioirrigation coefficient, α, to describe the rate of exchange between overlying water and pore waters at depth.