While current directed evolution methods are capable of producing such molecules, they are sometimes prohibitively time-consuming and expensive.
These methods are capable of bringing significant improvement in the cavitation erosion resistance as reported elsewhere.
Both methods are capable of parametrically identifying nonlinearities from measured frequency response functions.
By comparison, pyridine-IR and NH3-TPD methods are capable of providing only qualitative information of the overall acidity.
Both methods are capable of simulating transient flows and exhibit oscillatory behavior due to the propagation of pressure waves.
The numerical results clearly demonstrate that the present methods are capable of accurately tracking rapid spatial and temporal transitions.
However, few of these methods are capable of tracing the material displacement, such as the Material Point Method (MPM).
This paper describes the work performed and concludes that these methods are capable of yielding highly efficient results.
The results suggest that these predictive methods are capable of capturing the measured behavior with reasonable agreement.
It is acknowledged that no one method or combinations of methods are capable of identifying all design errors.
Finally, based on engineering practice, these mathematical methods are capable of evaluating gas reservoirs during underbalanced drilling.
