Sentence examples for suitable lifetime from inspiring English sources

However, mixture models of some suitable lifetime distributions, have the potential to highlight such interesting feature.

These structural materials have to be of a low activation kind (decay to low activation level within ∼100 years) and have to achieve a suitable lifetime (∼5 years, i.e. ∼150 dpa) when used for DEMO blankets and divertor and when considering the large neutron affluence in DEMO.

It can be concluded that the suggested Weibull mixture with an arbitrary but finite number of components is suitable for lifetime data approximation.

In addition, for a device to be useful practically, the system must be thermally, photochemically and electrochemically stable to provide a suitable operational lifetime that may be several years for typical display applications.

Typically, biological oxygen sensors are built around Pt or Pd porphyrins, which possess high emissivity and suitable triplet lifetimes, but very low two-photon absorption (2PA) cross sections.

This paper focuses on the evaluation of a microchannel-plate photomultiplier tube (MCP-PMT) as a candidate detector, suitable for positron lifetime studies.

This distribution could be obtained from the distribution of the so-called "time to the next reaction", as generated by the SSA [23], [24], however requiring a suitable definition for lifetime as a function of it.

The aim of this paper is to formulate and validate an alternative design approach suitable for predicting finite lifetime of mechanical assemblies subjected to constant amplitude (CA) fretting fatigue loading.

And if the highly emotional testimonies leave us back to the starting point regarding this specific allegation, the rational side of me turns to the only objective question at hand — does his behavior, temperament, tone and clear antipathy toward Democrats make him a suitable candidate for a lifetime appointment to a body that is supposed to be an impartial branch of government?

Subsequently, the reliability of three different design methodologies suitable for estimating fatigue lifetime of metals subjected to variable amplitude multiaxial loading was assessed quantitatively by using a number of experimental results taken from the literature.

The emerging technologies compel scientists to relentlessly seek innovation in designing new processes and new techniques that are more efficient, more practical, offering longer lifetime or suitable for use in adverse conditions, with higher constraints or in corrosive settings where temperature gradients are extreme.