News Finding: Created in part to help the hearing and speech impaired, the new technology can be further explored for various potential applications, such as wearable IoT sensors and conformal health care devices.
Paper Finding: Note that the huge enhance-ment of the SPL is not mainly attributed to the discrepancy in the thermal effusivity of the parylene NMs and PET films.
News Context: Created in part to help the hearing and speech impaired, the new technology can be further explored for various potential applications, such as wearable IoT sensors and conformal health care devices. However, they tear easily and exhibit no electrical conductivity. He adds, "These layers are capable of detecting sounds and vocal vibrations produced by the triboelectric voltage signals corresponding to sounds, which could be further explored for various potential applications, such as sound input/output devices."
Paper Context: As a result, the change in the theoretical SPL as a function of the frequency for both loudspeakers exhibited agreement with our experimental results (Fig. Note that the huge enhance-ment of the SPL is not mainly attributed to the discrepancy in the thermal effusivity of the parylene NMs and PET films. The theoretical calculation of SPL reveals that the influence of thermal effusivity on the SPL is negligible for films with a nanoscale thickness, while the low thermal effusivity enhances the SPL in the case of a thick-film loudspeaker system ( fig.