Sentence examples for radiation quantity from inspiring English sources

Thermal equilibrium of soil was studied; relationship between solar energy radiation quantity and thermal storage quantity was discussed.

Named SCINTIREX, the company expects the polyester-based resin to be used as a scintillator, a core part in radiation meters (radiation quantity can be calculated based on the level of luminescence).

Aggarwal (2003) defined resolution as the capability of the system to provide information with the smallest discretely separable amount in terms of distance (spatial), wavelength band of electromagnetic radiation (spectral), time (temporal) and/or radiation quantity (radiometric).

Environmental factors affecting tiller initiation include most known to affect plant developmental events, such as radiation quantity and spectral quality, adequacy of nutrition, extent of oxidative stress, and presence of growth inhibitors.

LET spectra and radiation quantities were obtained for STS-112 and STS-114 missions with TEPC and CR-39 PNTDs.

Radiation quantities are differentiated with respect to the fixed coordinates while the interaction between matter and radiation is described by the comoving frame quantities.

LET spectra and radiation quantities (fluence, absorbed dose, dose equivalent and quality factor) were measured for the space mission with different dosimeters.

Radiation quantities (fluence, absorbed dose, dose equivalent and quality factor) were measured with passive dosimeters composed of TLDs/OSLDs and CR-39 PNTDs for the STS-114 mission.

To accomplish this, macroscopic radiation quantities such as the total rate of photon absorption (TRPA) and the total transmitted radiation (TT) as functions of photocatalyst concentration are experimentally determined.

This paper introduces the role of high LET radiation in radiobiology, the operational principles for the different dosimeters, the LET spectrum method using CR-39 detectors, the method to combine the results measured with TLDs/OSLDs and CR-39 PNTDs, and presents the LET spectra and the radiation quantities measured and combined.

A detailed MARS15 analysis has been carried out focusing on the most important radiation quantities such as displacements per atom (DPA), peak temperature and power density in the coils, absorbed dose in the insulation, dynamic heat load; DPA and neutron volumes, tritium production are also simulated for the ProjectX target, a benchmark of the neutron fission model is presented.