The exploitation of anomalous diffractometry has illustrated that polyethylene has an intermediate ordered structure.
Nanoheterogeneities generate an intermediate range ordering in the chalcogenide glasses.
The theoretical explanation of the temperature dependence of the thermal conductivity coefficient for glasses in the temperature range above the plateau has been considered on the basis of intermediate range ordering [18].
It is known that the BP in the low-frequency Raman spectra of glasses has also been related to the existence of intermediate range ordering (clusters) [18, 23, 24].
The peak in the static structure factor related to intermediate range ordering is found to be more narrow and located at a larger Q-value in the polymer salt complexes compared to the single peak of the pure polymer.
The basic bilayer structure displayed an intermediate order between those of the gel and fluid phases of DPPC.
Fractals and fractional calculus generate parameters of intermediate order: arbitrary dimensions as well as arbitrary order of integration and differentiation [47, 48].
An intermediate order which 'places the individual at the heart of its activities' can be conceived of as a regional subset of an emerging larger cosmopolitan order.
The discrepancy is interpreted in terms of an additional distinct contribution to the X-ray diffraction pattern of polyethylene, from a third structural component of intermediate order.
