To investigate this process and mitigate the asymmetry, an analytical view factor model based on the analogy between metal sputtering and diffuse thermal radiation was constructed.
An experimental set-up in the synchrotron radiation beam was constructed for performing wide angle X-ray scattering (WAXS) on-line measurements, during high speed spinning of poly ethylene terephtalate) (PET).
Combined with a pre-calculated effective dose equivalent (EDE) database, a virtual radiation environment was constructed in VR authoring software, EON Studio, using 3-D mofels of a real nuclear power plant building.
A total radiation knowledge score was constructed, ranging from 0 to 71.
Finally, no Radiation Hybrid map was constructed for this microchromosome [ 10].
The standard radiation survival curve was constructed and the mean lethal dose (D0), which represents the dose required to reduce the fraction of surviving cells to 37% (1/e) of its previous value, was calculated by fitting the data with the multitarget-single hit model and linear-quadratic model [ 17].
A panel of radiation hybrid cell lines was constructed using the methodology described previously [ 22, 46].
An adjusted multivariable model that included risk factors such as gender, age at diagnosis, treatment era (in five year increments between 1970 and 1986), cardiac radiation dose, and anthracycline dose was constructed to evaluate the independent effects of each factor on each cardiac outcome among survivors.
An approximate causal solution was constructed in the radiation zone and matched to a numerical solution obtained using a finite differencing scheme in the inner zone.
A whole physical map of the region was constructed by integrating Radiation Hybrid (RH) mapping, BAC fingerprinting data of the INRA BAC library and anchoring BAC end sequences on the human genome.
