@article{oai:repo.qst.go.jp:00076065,
 author = {雨宮, 邦招 and 越川, 博 and 井邊, 真俊 and 八巻, 徹也 and 蔀, 洋司 and Koshikawa, Hiroshi and Yamaki, Tetsuya},
 issue = {18},
 journal = {Journal of Materials Chemistry C},
 month = {Apr},
 note = {Planar near-perfect blackbodies have wide applications ranging from dark-level reduction to light harvesting. Among them, carbon nanotube (CNT) forests have an unmatched mid-infrared blackbody performance, which is favourable for thermal radiation management. However, their inherent fragility against direct contact limits their broader use. Here we present a class of perfect blackbody sheets from elastomers outperforming CNT forests. Nano-precision micro-cavity arrays embossed on a polydimethylsiloxane (PDMS) sheet exhibit an exceptionally low reflectance of ≲0.0005 over the entire mid-infrared wavelengths (6–15 μm). In addition, this sheet maintains high resilience to tape-pulling, repeated bending, and scratching. The key technology is swift heavy ion manufacturing, yielding a highly flawless template of conical micro-cavities having necessary and sufficient openings (a dozen μm) and depths (several tens of μm) to trap ultrabroadband photons. Notably, the just-embossed PDMS sheets are visibly transmissive, whereas pre-addition of carbon black can extend the spectral range of near-perfect absorption as wide as from ultraviolet to mid-infrared wavelengths. Our tough and flexible planar blackbodies offer versatile applications of perfect absorbers/radiators, particularly with respect to thermal infrared management.},
 pages = {5418--5425},
 title = {Perfect blackbody sheets from nano-precision microtextured elastomers for light and thermal radiation management},
 volume = {7},
 year = {2019}
}