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A practical model of crystalline silicon-wafer solar cells is proposed in order to enhance the light absorption and improve the conversion efficiency of silicon solar cells.
These differences were successfully interpreted on the basis of mechanical series model of crystalline and amorphous phases, where the modulus of the bulk sample is dependent sensitively on Young's modulus of the crystalline region.
Even the trace of Nd in EDS of the other samples doped with different concentrations of Nd, the former researches confirmed that Cd hardly congregated in the nanocrystals, which also indicated that none of the Nd ions were incorporated into the β-PbF2 crystalline phase [22, 24, 25]. Figure 4c shows the EDS line scan for the ideal spheric body model of crystalline β-PbF2 in GCs.
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In the present paper we describe the theory and methodology of the supercell approximation for the modelling of crystalline structures with compositional (i.e., chemical) disorder.
The Cauchy Born (CB) hypothesis has been widely used in multi-scale modeling of crystalline nano-structures.
The present work is concerned with the application of an atomistic-continuum field theory (AFT) in modeling and simulation of crystalline materials.
The physical properties of the polyethylene are usually described using at least a two-phase model consisting of crystalline blocks in an amorphous matrix.
A three-component model, consisting of crystalline, oriented non-crystalline, and unoriented non-crystalline components, is required to describe completely the X-ray scattering properties of the fibers.
The analysis was based on a three-phase model consisting of crystalline (type B and single helices), amorphous, and network (physical entanglements and hydrogen bonds related) environments.
This char model consists of crystalline and amorphous phases, which are heated and cooled during the simulation of the carbonization process.
The heterogeneous stress distribution in the CF has been evaluated quantitatively on the basis of the complex mechanical model consisting of crystalline and amorphous phases.
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