Paper Accepted to IEEE Transactions on Consumer Electronics

Wed, 11 Nov 2026 08:20:00 +0900

Jiyoung Moon and co-authors’ paper, “Rapid Moisture Removal and Low-Temperature Shoe Drying Using a Stackable and Reconfigurable RF Heating Appliance,” was accepted for publication in IEEE Transactions on Consumer Electronics.

This work was conducted in collaboration between BCAS Lab at Hanyang University and Samsung Research (SR), Samsung Electronics.

The work presents a 13.56-MHz RF shoe-drying system featuring stackable and reconfigurable electrode modules and a multi-unit impedance-matching network. The system accommodates different shoe shapes and quantities without additional retuning, achieving substantial moisture reduction while maintaining shoe-surface temperatures below 25°C under the tested conditions.

Journal: IEEE Transactions on Consumer Electronics (IF: 10.9, JCR Top 3.1%)

Accepted: November 10, 2026

Rapid Moisture Removal and Low-Temperature Shoe Drying Using a Stackable and Reconfigurable RF Heating Appliance

Tue, 10 Nov 2026 00:00:00 +0000

Status: In press

Journal metrics: SCIE Q1, IF 10.9, JCR Top 3.1%

Collaboration: Samsung Research (SR), Samsung Electronics

Shoe Drying | BCAS Lab

Paper Accepted to IEEE Transactions on Consumer Electronics

Rapid Moisture Removal and Low-Temperature Shoe Drying Using a Stackable and Reconfigurable RF Heating Appliance