Sentence examples for shaping problems from inspiring English sources

We illustrate the implications of our results by applying the method of stationary phase coupled with the Gerchberg Saxton algorithm to beam shaping problems arising in the remote delivery of beams and pulses.

The sensitivity shaping problem is reduced to a finite-dimensional constrained nonlinear least-squares optimization problem.

The proposed approach is applied to address the thermal spatiotemporal dynamic shaping problem in a tubular chemical reactor.

A sensitivity shaping problem is formulated as an approximation problem to the desired frequency response with a function in a class of sensitivity functions with a degree bound.

The dynamic shaping problem is addressed via error dynamics regulation between the governing PDE and a target PDE which describes the desired spatiotemporal behavior.

A state-of-the-art application is given in which the proposed linear trajectory control law satisfactorily solves a common trajectory shaping problem for a class of numerical predictor-corrector guidance.

Using the uncertainty principle we prove various rigorous lower bounds on the functional; these lower bounds estimate the L2 error for the beam shaping problem in terms of the design parameters.

This approach uses six sequential questions, (see Appendix 2) to analyse how dominant discourses shape problems contained within policies.

However, apart from the stated advantages, biological synthesis suffers from poor mono-dispersity, random aggregation, non-uniform shapes, problems in scale-up, etc.[13].

For these complicated shape problems, some more fine control technology, such as fine multi-zone cooling and fine roll profile optimization need to be further studied.

The Rietveld refinement was plagued by peak-shape problems due to stacking faults.