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Research 19 2.21 C-1 A-1 2.61 G-1 1.58 (a) 1.55 1.91 (b) 1.45 1.53 2.69 1.87 1.52 2.87 C-2 1.86 2.21 A-3 2.04 C-3 3.05 1.71 1.51 2.56 1.54 2.69 2.08 A-4 3.04 1.54 2.54 1.52 2.92 A-2 1.50 1.93 G-2 G-3 (c) G-4 G-5 (d) 1.48 2.95 C N Figure 18: (a) Different adenines combine with borophene. Distances are in Å. (b) Different adenines combine with borophene. Distances are in Å. (c, d) Different adenines combine with borophene. Distances are in Å. Reprinted with permission from Ref. [120]. Copyright 2017 Elsevier. genetic material, which may be a key step for humans to crack biological genetic code. In addition, when borophene is in contact with gas, its resistance varies greatly, which is promising for gas sensors. In terms of biological application, borophene has excellent biocompatibility but its NIR absorp- tion needs to be further enhanced. Although the properties and synthesis methods of boro- phene have been widely studied, the applications are still less. Moreover, more theoretical work has been conducted but the experimental work is still. At present, the synthesis of borophene suffers from low yield, and the borophene nanosheets are limited to be small sizes. In the future, the researchers need to improve the syn- thesis methods to achieve the large area and high-quality bor- ophene nanosheets. Whether all-boron electronics could be realized in a manner similar to all-carbon electronics should 2.91 1.64 O B HPDF Image | Two-Dimensional Borophene
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