The present 1D DMFC model is a useful tool for attaining a better understanding of complicated physical phenomena in DMFCs, which assists in optimizing the operating conditions of such cells and material/design parameters.
Moreover, this solution casts no thermal shadow on its surrounding components, further assisting in optimizing the thermal performance of the entire system.
It is expected that this study will assist in optimizing the experimental conditions and approaches for roll-to-roll NIL and step-and-flash NIL.
It was hoped that in providing an understanding of HCPs' behaviours, this study could assist in optimizing the implementation of TDT in clinical consultations in South African PHC or in similar contexts.
This scoring system is based on tumor volume, tumor involvement of anatomic sites, and N category, and it could screen for patients who are at a high risk of relapse, which would assist in optimizing individualized treatment strategies.
The model can assist in optimizing the use of existing refiners and in developing improved refiners.
This study could assist in optimizing the processing parameters to fabricate composite coatings for specific applications.
The results of this review contribute to a better understanding of CVL and should assist in optimizing the development and implementation of control policies.
Test results are provided in a format suitable for estimating design criteria for larger thermal stores, and a design parameter – the resistance ratio – is proposed to assist in optimizing encapsulation tube parameters.
This study contributes to the optimization of the radiation shielding of JET and, furthermore, provides information from JET experience that may assist in optimizing and validating the radiation shielding design methodology used in its successor fusion devices ITER and DEMO.
Here, we perform a computational simulation of (18) F positron imaging using this modality to better understand how radioluminescence signals are formed and to assist in optimizing the experimental setup and image processing.First, the transport of charged particles through the cell and scintillator and the resulting scintillation is modeled using the GEANT4 Monte-Carlo simulation.
