Sentence examples for separation air from inspiring English sources

The Philips Ingenuity TF PET/MR Philips International B.V.., Amsterdam, The Netherlands) uses a T1-weighted image acquisition for three-class tissue separation (air, lung, tissue) and body delineation [1], whereas the Siemens Biograph mMR (Siemens AG, Erlangen, Germany) uses a two-point Dixon MR sequence to separate the tissues in four classes (air, lung, fat and soft tissue) [2]-[4].

Cryogenic air separation is the main method for separating air into its components.

The numerical model, originally developed to simulate the kinetic separation of air in a carbon molecular sieve pressure swing adsorption unit, has been extended to the equilibrium selective separation of air over a zeolite adsorbent in which nitrogen preferentially adsorbed, leaving oxygen as the (pure) raffinate product.

Separation of air by adsorption of less abundant oxygen is more desirable.

Perovskite-type Ba0.5Sr0.5Co0.8Fe0.2O3 − δ (BSCF) is considered as one of most promising materials for the oxygen separation from air.

Paper presents the results of simulation of recycle membrane contactor system (RMC) for biogas separation and air dehumidification application.

Finally, future challenges are discussed in terms of competing technologies and potential industrial design directions of perovskite membranes for oxygen separation from air.

As a full example, we treat the kinetic separation of air to produce nitrogen using a fixed bed of carbon molecular sieve.

They reported experimental data from their investigation on oxygen separation from air utilizing BSCF membranes.

The membrane technology has also been researched for oxygen separation from air.

Mendes et al. [19] examined the PSA unit for oxygen separation from air using zeolite 5A through simulations and experiments.