Sentence examples for models for radiation from inspiring English sources

Simplified approximate models for radiation are proposed to study thermal effects in low Mach flow in open tunnels.

The development of transport models for radiation shielding design and evaluation has provided a series of deterministic computer codes that describe galactic cosmic radiation (GCR), solar particle events, and experimental beams at particle accelerators.

This computational analysis, exercised on a simplified cluster dynamics model, demonstrates the ability to design predictive surrogate and reduced-order models, and provides guidelines for improving model predictions within the context of forward and reverse engineering of mathematical models for radiation effects in a materials' microstructure.

Models for radiation response of preclinical tumour models after peptide receptor radionuclide therapy based on the linear quadratic model are presented.

LNCaP and PC-3 cells, isolated from prostate cancer lymph and bone metastases respectively, have previously been used as models for radiation sensitivity [ 17, 18].

Over recent decades, various expert groups have adopted linear no-threshold dose-response models for radiation and cancer, based on review of epidemiological and biological evidence.

The set of equations studied here constitute a base model for radiation hydrodynamics.

A theoretical model for radiation heat loss calculations is experimentally validated with the help of a laboratory CVD prototype.

To assess the implications of seeded plasma impurities on DEMO design, we have developed an impurity radiation model for radiation inside the separatrix.

There is no perfect model for radiation biodosimetry and biomarker development: radiotherapy cancer patients are limited in terms of fixed fractionation doses and confounders of chemotherapy and underlying disease whereas the large cost of NHPs largely precludes developmental and systematic studies for many research groups.

In this paper, we focus on the radiation exchange simulation on an urban scale, considering different types of cities. Observing that the matrix representing the view factors between buildings is sparse, we propose a new numerical model for radiation computation.