Sentence examples for continuous slowing from inspiring English sources
No difference in the absorbed doses delivered to the kidney cortex and medulla was assumed due to the long range beta particles emitted by 131I: an average continuous slowing down approximation [CSDA] range of 0.41 mm and a maximum CSDA range of up to 1 mm in water [24].
The third term on the left-hand side of (2) represents the continuous slowing down operator, where S R is the restricted plus collisional radiative stopping power.
The CSDA (continuous slowing down approximation) range of 687 keV electrons is 0.31 g cm−2 of graphite [ 18], which is equivalent to a wall thickness of approximately 1.8 mm.
The continuous slowing of τendo with increasing stimulus number in the 10 100 AP range predicts that the value of τendo for single AP stimulation (i.e., the predicted intercept in Figure 1B) would be the fastest of any stimulus.
For instance, the variance of a given participant can be made up of a continuous slowing down of the reaction time over the length of the task (slow frequency variability - SFV), and the quick changes occurring on a moment to moment basis (fast frequency variability - FFV).
The Frascati Tokamak Upgrade (FTU) continuous (slow) data acquisition system has been redesigned to allow easy monitoring of the status of the plant.
Launched last year after a $5 million donation to Cornell's David R. Atkinson Center for a Sustainable Future from energy expert Yossie Hollander, the Village Scale Pyrolysis project has progressed to building an experimental kiln -- the first continuous slow pyrolysis unit at a U.S. university.
This study investigated the effects of continuous slow infusion of cholecystokinin tetrapeptide (CCK-4), a neuropeptide with panicogenic properties, on functional hemispheric differences, as indexed by quantitative electroencephalographic (EEG) asymmetry and coherence measures.
It is concluded that the improved electrochemistry results from the continuous, slow deposition of the metals onto the cathode surface leading to a "clean" surface with significantly different properties from electrodes fabricated from the same metal.
Experiments on adsorption kinetics indicate that after a fast surface adsorption process a continuous slow uptake occurs which may be explained by incorporation via surface dissolution and reprecipitation processes.
Due to the slow movement of solutes in the unsaturated zone, the mass of the solute in the unsaturated zone, which reached up to 10% of the total mass in some cases, constituted a continuous slow release of solutes to the saturated zone of the beach.
