Response to curvature, gradients and temperature in a PPB-fuel cell, with a LED and a Li-B

Journals

Title：
Response to curvature, gradients and temperature in a PPB-fuel cell, with a LED and a Li-B
Author：
Lena J-T Strömberg
Author Affiliation：
Previously Solid Mechanics, Royal Institute of Technology, Sweden
Received：Mar.8, 2023
Accepted：Mar.25, 2023
Published：Apr.11, 2023

Abstract

For 2V and mA, the response to curvature and temperature gradients in a fuel cell device with a LED, is analyzed. Both experimental results and modeling are gathered, and beneficial configurations are deduced.

Keywords

mA, electricity, loads, heat, oscillations, heat-rod, experimental materials, modeling, non-linear, viscosity, flow-current equivalent, 3V, traveling waves, gradients, electro-magnetism, EM, Tti-memory.

Doi

https://doi.org/10.58396/aee020103

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