STATE OF CHARGE DEPENDENT EXCHANGE CURRENT DENSITY AND VOLTAGE HYSTERESIS IN SILICON ANODE LITHIUM CELLS

In this study, three types of silicon anode-based coin cells—porous, nano, and bulk—were fabricated and subjected to lithiation-delithiation cycling tests. A notable capacity difference was observed between the start and end points of the battery cycling loop. This discrepancy was mitigated using a side-reaction correction technique applied to the exchange current density via the Tafel

COMPARATIVE STUDY OF HEATING TECHNIQUES ON THE THERMAL DEFORMATION OF SHIELD MATERIALS

This study explores the thermal deformation behavior of a laminated thermal shield material, specifically a fiberglass composite polymer with a phenol-formaldehyde matrix, under conditions of uniform and one-sided heating at rates up to 600°C/min. The investigation focuses on the kinetics of thermal deformation in response to elevated temperatures and high gas flow conditions reaching 2500°C.