Sentence examples for thrust energy from inspiring English sources
Republicans jumped at the chance to thrust energy issues front and center – and to portray Democrats' response to soaring gasoline prices as raising taxes on oil producers.
Vladimir Putin's stranglehold on Europe's gas supplies and campaign to dismember Ukraine have thrust energy to the top of the international and European agenda.
Comparing a TBM with n traditional disc cutters with one with n newly designed disc cutters over the same excavation length L, the thrust energy consumption drops by λ, expressed as: lambda = frac{{W_{z} - W_{x} }}{{W_{z} }} times 100% = frac{{sumlimits_{i = 1}^{n} {alpha_{i} } }}{{sumlimits_{i = 1}^{n} {left( {1 + frac{{uppi}}{2}} right)} }} times 100%.
Some routines spoke for themselves others needed the help of Rock's thrusting energy.
Without Cockfield's knowledge and thrusting energy this immensely detailed and challenging venture might well have run into the sand.
Nevertheless, the canonic imitations and interplay between the four solo voices, percussion and winds carry Reich's characteristic rhythmic vibrancy, and Australian conductor Luke Dollman maintained a balance that allowed the intricacies of counterpoint to register as well as the thrusting energy.
After he retired Hills directed his thrusting energies to the creation of the University of the Highlands and Islands.
Cleverley's injury sucked the thrust and energy from United's midfield, certainly, and the lack of stability in the partnerships at centre-back is another contributory factor.
Accordingly, the specialized adaptations of their morphological design for drag reduction, thrust production, energy economy, and maneuverability must be highly effective.
For each of six experimental gases – methane hydrogen (mixture), methane, carbon dioxide, air, oxygen, and argon – we will measure thrust, power, energy consumption, and propulsive efficiency.
For the research we use a Computational Blade Optimisation and Load Deflation Tool (CoBOLDT) to investigate the three extreme point designs obtained from a multi-objective optimisation of turbine thrust, annual energy production as well as mass for a horizontal axis wind turbine blade.
