An Analytic Orthotropic Heat Conduction Model for the Stretchable Network Heaters.

ABSTRACT: Compared with other physiotherapy devices, epidermal electronic systems (EES) used in medical applications such as hyperthermia have obvious advantages of conformal attachment, lightness and high efficiency. The stretchable flexible electrode is an indispensable component. The structurally designed flexible inorganic stretchable electrode has the advantage of stable electrical properties under tensile deformation and has received enough attention. However, the space between the patterned electrodes introduced to ensure the tensile properties will inevitably lead to the uneven temperature distribution of the thermotherapy electrodes and degrade the effect of thermotherapy. It is of great practical value to study the temperature uniformity of the stretchable patterned electrode. In order to

SUBMITTER: He Z 

PROVIDER: S-EPMC9318218 | biostudies-literature | 2022 Jul

REPOSITORIES: biostudies-literature