Sentence examples for long lifetime to from inspiring English sources

Robert S. McNamara had a long lifetime to spend "wrestling with the... moral consequences" of Vietnam.

The combination of the optimised tool geometry and the cutting conditions entails a high surface quality, a good dimensional accuracy of the machined material and ensures a long lifetime to the drill.

Whether they know it or not, readers and lovers of Schulz the world over owe a debt to the Polish poet and writer Jerzy Ficowski, who has devoted a long lifetime to the tracing and collecting of Schulz's letters, stories, drawings and biographical reminiscences about him.

The reason for the high ignition energy needed to initiate disproportionation of trifluoroethylene was considered to be that the flame kernel needed to have a large size and a long lifetime to propagate the disproportionation reaction because of its lower frequency factor of producing solid graphite.

Indeed, TyrD-O of PSII may attribute its long lifetime to movement of a water after acting as a (hypothesized) proton acceptor.

Beyond that, it could be promising to resonantly couple other systems, such as excitonic or molecular systems, which intrinsically exhibit quite long lifetimes, to plasmonic dipole antennas and create narrow Fano resonances.

Previous observations [ 18, 39] and the present live cell imaging of exocytosis (Fig.  5e) suggest that many of the release events have sufficiently long lifetimes to be captured by this protocol.

Moreover, the formation of c ions from cleavage next to Y11, S5, T30, T71, and T137 in EDD of [ M−23 H]23− ions of BASP1 Δ121 216) suggests that radical side chains of tyrosine, serine, and threonine may also have adequately long lifetimes to allow for structural rearrangements analogous to those in Schemes 2 and 3 (see Scheme S2 in the Supporting Information).

Polymeric materials, being capable of high mouldability, usability of long lifetime up to 50 years and availability at low cost properties compared to metallic materials, are in demand but finite element-based design engineers have limited means in terms of the limited material data and mathematical models.

However, we are finding many GMCs both on spiral arms and in interarm regions, indicating their long lifetime comparable to galactic rotation timescale.

High quality ultrathin transition-metal dichalcogenide films and their Vander Waals heterostructures are very promising for fabrication of optoelectronic devices for their superior photovoltaic performance, extreme flexibility and long lifetime due to suitable band gap and excellent light absorption capability.