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This paper explores silicon nanowire technology for ultrathin high-density capacitors, supercapacitors and batteries. Development of such thin power components on glass or silicon will allow integration with other passive components as well as actives such as decoupling capacitors close to locic Ics to form 3D integrated passive and active devices (3D IPACs) that could then be surface-assembled onto...
During a study of thiophosgene electronic spectra, Fujiwara and co-workers observed a broad electronic transition peaked at 37000cm −1 , attributed to thiophosgene dimer. Our dispersed fluorescence spectra of a thiophosgene molecular beam excited at 36000cm −1 reveal several vibrational modes too low in frequency for thiophosgene. We assign them to modes of thiophosgene dimer or their...
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