Specifically, in the present work, from two asymptotic considerations, at high and low photodetachment laser irradiation energy E, and using the relevant physical hypothesis, a scalar parameter S is introduced as a quantitative criteria characterizing the threshold between unsaturated and saturated regimes present in the photo-excitation process.
Leibniz also turned his mind to natural philosophy, having finally been able to study some of the works of the moderns; the result was a two-part treatise in 1671, the New Physical Hypothesis (Hypothesis physica nova).
It is based on the physical hypothesis that the maximum adsorption capacity consists of a monolayer adsorption, that there are no interactions between adsorbed molecules, and that the adsorption energy is distributed homogeneously over the entire coverage surface.
This suggests it is the merits of the view itself, that it is the most likely physical hypothesis about the underlying structure of matter, and not simply a general restoration of Epicureanism, that leads him to atomism.
His meditations on the difficult theory of the point were related to problems encountered in optics, space, and movement; they were published in 1671 under the general title Hypothesis Physica Nova ("New Physical Hypothesis").
Yet, for all of the forward-looking, seemingly modern, aspects of Descartes' physics, many of Descartes' physical hypotheses bear a close kinship with the Aristotelian-influenced science of late-Medieval and Renaissance Scholasticism.
Still, this is only an appearance, an appearance due to a certain advantage that the corpuscular hypothesis has over other physical hypotheses: it is the theory best suited to our sensory capacities and understanding.
It is based on the physical hypotheses that the maximum adsorption capacity consists of a monolayer adsorption, there are no interactions between adsorbed molecules and adsorption energy is distributed homogeneously over the entire coverage surface [43].
Born agreed, writing that summer that 'not only new assumptions in the usual sense of physical hypotheses will be necessary, but the entire system of concepts of physics must be rebuilt from the ground up'.
In the present work closed form relationships for the power losses in rubber V-belt CVT are obtained, together with expressions for the axial thrust on both the driving and driven pulleys, starting from simple physical hypotheses.
