Weak attraction strengths ε are considered, including the region around the compensation point εc (the depletion/adsorption threshold) where the partition coefficient of polymers K=1.
We measured the relative concentration of dimers and monomers for a range of attraction strengths.
Unlike larger shapes, we can control the arrangement of monomer types within these shells through the set of attraction strengths ε ≡ {εAA, εAB,...}, as discussed below.
Increasing the magnet's axial length can increase its magnetic field strength and attraction force to some degree, but we found that a magnet with a length/diameter ratio of 2.0 is optimal, as no significant force increase is achieved by longer magnets (data not shown).
We show that, upon elimination of the degrees of freedom of the orientation, the nematic interaction reduces to an effective attraction whose strength increases with the stiffness of the polymer chain.
For each of the models, we discuss the transitional and limit dynamics (as usual in growth theory), the set of attraction, and the strength of fluctuation (cf. Sect. 2.4) and derive the predictions of structural change for developing and developed countries.
Yes, how other people view a potential mate influences our own, personal feelings of attraction, but the strength of this influence depends on precisely who the members of this peanut gallery are.
Indeed, a part of the reason why orbitals differ in energy is that the electrons that occupy them are likely to be found in different regions around the parent nucleus and hence experience the latter's attraction with different strengths.
