For normally cooled spun fibres, the shrinkage and microstructural changes may be respectively divided into two steps with increasing temperature.
The peaks centered at 284.6, 286.4, 287.8, and 289.3 eV may be, respectively, attributed to C C/C=C, C O or alkoxy, C=O, and O C=O groups.
The small activation energy can be attributed to the additional nonradiative centers originated from relatively poor crystal quality.The physical mechanism responsible for the measured ∼1342 nm and other three longer wavelengths emissions may be respectively result from strong Mgi donor level to valence band transitions and other defect-related radiative recombination occurred in the Mg2Si films.
For example, in the figure we contemplate 3 populations (i, j, k) that may be respectively composed of a number of individuals (for instance 100, 50 and 150, etc).
Each curve may be edited respectively.
Recovery subnets and monitors are designed for unreliable resources and strict minimal siphons that may be emptied, respectively.
These frequency components may be related, respectively, to the propagation and to the excitability of the uterus.
For an interior point P of a triangle (ABC), let D, E, F denote the feet of the perpendiculars from P to BC, CA, AB (may be produced), respectively.
The adsorption of micro-organic compounds and dyes may be related respectively with micro- and meso-porous properties, whereas copper adsorption efficiency is due to an ion-exchange mechanism as demonstrated by exchange with Ca2+ ions contained in the raw water sludge.
Although the rejection of the T-axiom seems odd at first, owing to the factive nature of knowledge, Sadrzadeh is not working with knowledge and belief, but with their weaker relatives, appearance (things appear to α to be thus and so) and information (α receives the possible false information) from which knowledge and belief may be gotten respectively if certain extra conditions are imposed.
Furthermore, using Equations 17 and 18, the overall reflection probability, R γ (E), for an electron incident in the γ eigenmode and the total electronic reflection probability, R(E), from all the eigenmodes may be expressed, respectively, as follows: R γ ( E ) = ∑ γ ′ Γ R γ, γ ′ ( E ) and R ( E ) = ∑ γ Γ R γ ( E ). (19).
