Sentence examples for prior to practical from inspiring English sources
Controlling oxidation rate, oxidation temperature, and reaction enthalpy is important parameters prior to practical use.
As a consequence, prior to practical application, every new batch of indicator washcloths has to be characterised in order to provide the accurate sensitive range.
The present model scheme can be helpful in the design and performance analysis of a complex hybrid-power system prior to practical realization.
The proposed PV simulator will facilitate the design aspects of PV systems and help in behavior assessment of newly developed controllers prior to practical implementation.
Practical reason, on the internalist account, is the capacity to work out the implications of the commitments contained in one's existing subjective motivational set; the upshot is that motivation is prior to practical reason, and constrains it.
a-Si, p-Si, semiconducting metal oxides, nanowires, and organic semiconductors are promising candidates for the active channel, but several challenges - including rigidity and electrical performance issues - must be overcome prior to practical uses.
System's performance has been evaluated using a virtual machine prior to its practical use through test bed experiments and the results confirms our expectation that the virtual hardwares will work as efficiently as actual ones.
The proposed system performance was evaluated prior to its practical use with a virtual machine and by making it possible to re-deploy resources and to recycle idle resources, we expect that the costs and resources involved could be reduced once such processes are applied to the existing systems.
Nevertheless, a number of challenges concerning the use of nanofluids must be investigated prior to their practical use.
The seismic performance of the precast columns needs to be investigated and verified prior to the practical application of these connection designs.
Amorphous silicon (a-Si), low temperature polycrystalline silicon (p-Si), semiconducting metal oxides, nanowires, and organic semiconductors are promising candidates for flexible electronics from a materials perspective, but several challenges must be overcome prior to their practical use.
