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In the normal operation conditions, atmospheric dispersion of radioactive material is calculated using CAP88-PC code.
Given the heat flux, and measured temperature gradient in the material, the thermal conductivity of each material is calculated by the Fourier equation.
The depth of traps in this hydrothermal obtained material is calculated to be as shallow as 0.58 eV.
In the second step, the number of scintillation photons due to charged particles such as electrons, alphas, protons and carbon nuclei in the scintillator material is calculated.
The amount of ion-exchanging material is calculated by means of a project post-mortem analysis of a DMFC stack operated for 20,000 h.
In the first part the applied cooling conditions are combined with the crystallization kinetics and the cooling history of the material is calculated.
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Transmission, reflection and absorption coefficients of the material are calculated.
The CSP (F g−1) of PS-FLG-based electrode material were calculated at various current densities from 0.5 A g−1 to 50 A g−1 (Fig. 5d).
The values of "Average Absolute Deviation Percent" for the densities of each material are calculated using artificial neural networks.
The geosynthetic tube material specifications such as tensile strength, ultra violet ray resistance, apparent opening size and fabric material are calculated using suitable design methods.
The composition ratio for B4C/Al composite was firstly designed and the dependence of the neutron transmission on the thickness of the material was calculated.
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