Sentence examples for mass generation from inspiring English sources

Scenes like this are becoming more common as the first mass generation of career women reaches the traditional retirement ages of 60 to 65.

We comment on the see-saw and the "bulk-brane" mechanisms of neutrino mass generation.

Detailed analysis showed that soot mass generation in such devices is driven by acetylene-based surface growth, with strong oxidation zones that significantly reduce net soot emissions.

This indicates the source rocks in the deep basins with low TOC concentration are the result of the mass generation and expulsion of hydrocarbons and can be taken as effective source rocks under certain conditions.

Taking advantages of environmental benign biocompatibility, chemical stability and potential for mass generation, the α-Fe2O3 HNSs described in this work are believed to have a wide range of applications including catalysis, gas sensing.

It applies to the study of heat transfer in a one-dimensional geometry with moving phase-change boundaries, internal fluid flow and mass generation, including steep temperature and density profiles, as frequently encountered in combustion.

The main goal of this paper is partial automation in data processing and collection with minimal administrative efforts, enabling mass-generation of annotated visual data of construction materials, which can potentially advance cognitive computing within the domain of construction engineering and management.

After all, the Mass Effect generation would expect nothing less.

High performance analytical instruments like quadrupole-TOF-MS or orbitrap MS offer new analytical capabilities in terms of detection sensitivity, mass accuracy, generation of characteristic fragmentation patterns, and speed.

The stimulatory effects of steroids on muscle mass, energy generation, and neuronal excitability may have accounted for the higher endurance ability of the high-endurance group compared to their lower endurance counterparts.

Slope failure dimensions and bulk density were used to calculate catchment-based sediment mass and generation rates by: (i) failure type, (ii) vegetation type, (iii) slope group, (iv) Land Use Capability unit (LUC), and by (v) catchment.