The proposed solvent screening method is exemplified for the extractive desulfurization process.
The occult blood test, another principal screening method, is known to save lives but gives many false positives, all of which must be followed by colonoscopy.
A screening method is presented for selecting optimal configurations for plate heat exchangers.
If more than one screening method is effective, the least intrusive technology or technique should be used.
The preferred screening method is the fasting plasma glucose test, in which a small amount of blood is drawn after the patient has fasted for at least eight hours.
In order to remove potential leakage LEDs in modules, additional screening method is necessary to be performed occasionally.
In order to review potential chemical synthesis routes, a rapid screening method is developed to detect andto classify all combinations of reaction steps using mixed integer programming.
Furthermore, a four-step reservoirs screening method is advanced: technical screening, economic screening, fine feasibility evaluation, recommendation of optimal gas flooding blocks.
Examples show that the screening method is able to successfully determine the set of optimal configurations with a very reduced number of exchanger evaluations.
A rapid, sensitive, and specific screening method is needed for in-field or bedside testing of AI virus to effectively implement quarantines and medications.
In this paper a screening method is described for ionophore-based polymeric membrane heavy metal ion-selective electrodes (IBPMHM ISEs) to determine heavy metal ions (Cu2+, Pb2+, Zn2+, Cd2+, Hg2+ and Ag+).
