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The term "substrate clogging" summarises several processes which lead to a reduction of the infiltration capacity of the substrate surface.
The concentration of IGL-time curve was obtained according experimental data, and the time corresponding peak of IGL-time curve is HRT of CW.

The lower coercivity compared with that for a BaFe12O19 single crystal may be due to the fact that a part of the particles in the sample do not have a perfect hexagonal shape, so that structural defects exist, which may also cause the reduction in the sample coercivity.
These data demonstrate that as the hexagonal particles are formed and grow, the sites with high crystallographic symmetry are filled with priority.

In accordance with XRD data [110] growth direction in the film textures was predominant.
Reduction of nucleation density for this sample as compared with other ones grown at 700o C was observed by scanning electron microscopy.

However, although failure has not yet been detected after 25,000 h, slow degradation is observed by a reduction of the Al surface concentration caused by Al inwards diffusion and resulting in the formation of Al rich precipitates within the substrate (see Fig. 2b).
This data correlates well with the weight variation results.

However, for the nanocomposites with 7.5 wt % organoclay, the reduction of failure stress could be due to the defects probably generated during the material processing since it is difficult to fully degas the compound with higher organoclay concentrations.
[14] Nanocor Inc., Technical data sheet

By environmental and public health points of view, the reduction of the economic advantage obtained using unsustainable and unethical practices aims to establish a balance between price and actual sustainable cost.
The raw material’s chemical compositions (data no show) were determined by X-ray fluorescence (X-Ray Rix2000, Rigaku Corporation, Tokyo, Japan).

SC coils can be modelled with an axially symmetrical cross-sectional two dimensional resemblance. 2D models provides good agreement with the experimental data [11].
This results with a reduction in penetration of magnetic flux to the coils.

., and phase change energy storage concrete [6, 7], phase change energy storage enclosure structure [8], phase change energy storage wallboard [9] and heat insulation coating [10] were developed, which can play a positive role in controlling mass concrete temperature crack and indoor temperature, as well as energy saving, consumption reduction, environmental protection, etc.
The DSC and TG data of asphalt-SSPCM blends are shown in Table1.

This peak height reduction was due to the interaction between zinc oxide particles and the carbonyl group of collagen.
It was in line with the data obtained by Maria and Adam [5].

Studies show reduction of particle size with grinding and formation of amorphous aggregates in pyrophyllite containing quartz [10].
Published XRD data showed drastic decrease in the intensity of pyrophyllite reflections and peak broadening caused by the alteration of pyrophyllite structure in the c-axis, conceptualized as partial amorphization [11].