F224 Thermal Characteristics in a Layer of Corroding Iron Powder : Effect of Water-Absorbent Polymer
Keiji MURATA, Atsushi OOKAWA, Yohsuke MAEJI, Aiko Yoshizawa, Koichi ARAGA, Yukio KOMATSU
Abstract
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Keiji MURATA, Atsushi OOKAWA, Yohsuke MAEJI, Aiko Yoshizawa, Koichi ARAGA, Yukio KOMATSU
Abstract
Open-access reader
This paper presents an investigation on the thermal characteristics in a layer of an exothermic powder mixture that is utilized in body warmers, hot compresses and so on. The research objective is to develop a manufacturing process that enables the exothermic temperature to be controlled in order to prevent cases of low-temperature bums. Absorbent polymer powder including saline solution is added into the exothermic powder mixture, and its effects on the reaction velocity and the thermal characteristics are examined experimentally.
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This paper presents an investigation on the thermal characteristics in a layer of an exothermic powder mixture that is utilized in body warmers, hot compresses and so on. The research objective is to develop a manufacturing process that enables the exothermic temperature to be controlled in order to prevent cases of low-temperature bums. Absorbent polymer powder including saline solution is added into the exothermic powder mixture, and its effects on the reaction velocity and the thermal characteristics are examined experimentally.
Key concepts: Exothermic reaction, Materials science, Polymer, Layer (electronics), Exothermic process, Thermal, Chemical engineering, Composite material