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No material particle can be accelerated from a speed less than c to a speed equal to or greater than c.
Thus, although to the best of our knowledge, it is a law of nature that (L) no physical object can be accelerated from a velocity less than that of light to a velocity greater than light, (L) is not, according to a manipuability theory, a causal generalization.
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As in plasma immersion ion implantation ions are accelerated from a spherical plasma sheath edge which surrounds the target, a distribution of angles of ion incidence can be expected on a non-spherical target.
The 12C4+ beam was accelerated from an input energy of 0.4 MeV/u to an output energy of 7 MeV/u by the IH-DTL operated at 200 MHz.
Protons could be accelerated from 0.04 MeV to 2.4 MeV (the β range is from 0.0092 to 0.0714).
That is, accelerate from a dead stop to speed and decelerate from speed to a stop should be slow, even and gradual.
Ions were accelerated from the plasma by a high-voltage pulse (−20 kV, 100 Hz, 50 μs) applied directly to the substrates.
The ions are accelerated from the plasma by a low pulsed negative bias of −0.4 −3 kV, which is similar to the cathode potential of conventional plasma thermo-chemical diffusion processing.
We can see how the flow is accelerated from rest and quickly reaches a steady, fully turbulent, state.
Beam acceleration tests were performed using Al ions, and beams were accelerated from 20 to 750 keV using an radio frequency power of 15 kW.
However, a severe problem takes place when the metabolic rate of an organism is accelerated from the RMR to the MMR around 5- to 10-fold greater than RMR (in fact, MMR of mammals scales with the 0.88 power of W, which is significantly different from 3/4 power scaling of RMR).
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