Sentence examples for quantitatively design from inspiring English sources

Determining the rates of increase in these important variables and the time period to reach critical limits (safety response time) permits the engineer to quantitatively design effective safety systems.

However, the complex three-dimensional cascading nanoslit-like structure embedded in the membrane makes it difficult to interpret and rationalize experimental results, quantitatively compare with the traditional membrane systems, and quantitatively design new membrane structures.

Accurately determining the rates of increase in these important variables and the time period to reach critical limits (safety response time) permits the engineer to quantitatively design effective safety systems.

We demonstrate the parameter-free predictive power of this model as a function of the copy number of the TF and the number and affinities of the available specific binding sites; such predictive control is important for the understanding of transcription and the desire to quantitatively design the output of genetic circuits.

However, this strategy can be used with any channel (especially potassium channels) for which openers and closers are available, and the above data show that it is possible to use the Goldman-Katz equation to quantitatively design a strategy to rationally modulate transmembrane potential.

A reactive constant volume diafiltration VLP assembly process was systematically and quantitatively designed to maximize VLP yield.

Our studies provide a powerful platform for quantitatively designing and engineering heterostructure interfaces for a number of applications, including fuel cells/batteries and optical/magnetic devices.

On the basis of evaluation items, the structure of the model was systematically established and the method for the model was quantitatively designed.

Based on the Gibson Ashby model, quasi-static compressive properties can be quantitatively designed and tailored with respect to relative density to match those of human trabecular bone.

Despite the efforts and progress thus far, no definitive guidelines or solutions are available worldwide for quantitatively designing a monitoring network in response to river chemical spill incidents, except general rules based on administrative divisions or arbitrary interpolation on routine monitoring sections.

The theoretical results indicated that (i) the moving reaction boundary (MRB) can be quantitatively designed in free-flow electrophoresis (FFE) system; (ii) charge-to-mass ratio (Z/M) analysis could provide guidance for protein concentration optimization; and (iii) the maximum processing capacity could be predicted.