The global community of climate scientists, endorsed by their respective National Academies of Science or equivalents, is solid in attributing the warming to fossil-fuel emissions.
Near the end of the 15th century, Leonardo da Vinci observed that air offered resistance to the movement of a solid object and attributed this resistance to compressibility effects.
This solid deformation was attributed to the heat-induced relaxation of a non-equilibrium stretched state of the polymer fibers formed during the electrospinning process [Alhazov et al., 2013].
The structural diversity of the various solid frameworks is attributed to the choice of metal, its ability to exist in multiple oxidation states exhibiting different coordination geometry and multidentate nature of organic ligands.
Significant red shifting of absorption onset (Δλabsonset ≈ 85 210 nm) and emission peak maxima (Δλem.max ≈ 175 nm) at solid state is attributed to the formation of more rigid planar interdigited π-stack 3D structure.
The obtained impedance diagram (Nyquist) contains a depressed semicircle and such behavior characteristic of solid electrode is attributed to surface roughness and inhomogeneities of metal electrodes [13, 15, 32].
The transition from liquid to elastic solid has been attributed to ECM deposition that essentially locks cells in place.
The differences with reports from solid tumours were attributed to use of a syngeneic model.
Interestingly, APRIL expression in a number of solid tumors was attributed to infiltrating lymphocytes, while scare tumor types, especially cutaneous carcinomas, overexpressed the ligand [ 44].
The desolvation is succeeded by a small endothermic peak prior to the melting and is attributed to solid-solid phase transition (molecular reorientation) to a new polymorphic form which melts at 158°C, 165°C and 140°C in solvate II, III and IV respectively as no mass loss has been observed in this range in TGA.
