Sentence examples for masses are capable from inspiring English sources

He feels the American masses are capable of the transfer from manual to intellectual work.

In addition, the active coupling of cold-based ice with ice-marginal permafrost means such ice masses are capable of deforming sediments and occasionally bedrock to depths of tens or even hundreds of meters and are commonly associated with the development of a range of distinctive ice-marginal landforms including push or thrust moraines and hummocky or controlled moraines.

The groups warned that "the alert masses of the Egyptian people are capable of defending legitimacy and defending the gains of their glorious revolution".

Results show that the thermal mass was capable of storing part of the absorbed solar energy and heat from the burner.

In solar heating mode of operation, results show that the thermal mass was capable of storing part of the absorbed solar energy but the quantities involved are insufficient to sustain night drying.

While it is true that TOF mass spectrometers are capable of routinely producing mass estimates within 5 ppm of the theoretical mass, this is dependent on having carefully controlled operating conditions, which, in practice, cannot be ensured for all of the compounds encountered in high-throughput LC/MS experiments.

High-throughput proteomic technologies using mass spectroscopy are capable of generating millions of peptide mass spectra in a matter of days.

By incorporating cell growth, the model proposed in this work was able to capture the rapid increase in tissue mass humans are capable of, up to 70%% of liver mass restored by 30 days after 70%% PHx [ 28].

This technique as well as the ion microprobe (SIMS; secondary ion mass spectrometry) are capable of analyzing samples in situ, which eliminates the need for tedious laboratory treatment.

A series of benchmark examples congruously demonstrate that the proposed higher order mass matrices are capable of achieving the theoretically derived optimal accuracy orders for structural vibration analysis.

A comprehensive set of operational simulations is used to demonstrate that optimally tuned passive tuned-mass-dampers are capable or reducing tower fore-aft and side-side fatigue loads by approximately 5%and40%0%, respectively.