The increased global demand for low-cost renewable energy sources has motivated scientists and engineers to derive and explore novel methods for converting solar energy into electricity.
While past work on μTEGs has focused on fabrication and demonstration, here we derive and explore comprehensive design guidelines for optimizing power output.
We derived AFsepsis and explored the effect of incorporating AFsepsis into sample size calculations.
Conditions for spatially constant non-local currents are derived and we explore two types of locally symmetric subsystems in detail, closed-loops and one-dimensional open ended chains.
Block & Block (Block 1950; Block 1951) were among the first to explore resilience from this angle, introducing the concept of Ego-resilience as derived from psychoanalytic theory and explored empirically through inverse factor analysis of Q-sort (Block 1978) personality descriptions.
The closed-form expressions are derived and related performance analysis is explored.
In this overview, the bio-inspired drag-reducing mechanism derived from sharkskin is explained and explored comprehensively from different aspects, and then the main applications in different fluid engineering are demonstrated in brief.
Most questions were derived from ≥2 theoretical perspectives and explored partnership features, outcomes, and factors that might contribute to outcomes and all were closed to permit easier quantification.
Analytical solutions of liquid water saturation and species concentrations along the channel are derived to explore the dependences of these physical variables vital to cell performance on operating parameters such as flow stoichiometric ratio and relative humility.
The results of the experiments are firstly derived from exploring the fundamental behavior of the CFSDT slender columns under the ISO 834 standard fire and temperature distributions.
