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of borophene [41]. They found that borophene has high optical transparency and electrical conductivity, making it a promising candidate for transparent conductors used in photovoltaics. Xu et al. [42] combined high-throughput screening with a First Principles method to demonstrate a novel growth mechanism of borophene from clusters, ribbons on Ag(111) plane. In analogy with the research focus shift from graphene to GNRs mentioned above, it is compelling to study the electronic and magnetic properties of borophene nanoribbons (BNRs). BNRs might be realized either by cutting the synthesized borophene, or by patterning epitaxially grown borophenes. These methods have attained considerable success in making the graphene nanoribbons (GNRs). [23-25]. Since borophene is highly anisotropic. The orientation of BNR is expected to play an important role. In addition and in general, the impact of dangling bond of the edge atoms (i.e., the edge states) must be taken into account. To date, the works on BNRs are notably sparse. We in this work conducted a systematical study on the geometric, electronic and magnetic properties of BNR. The size effects, namely the ribbon width effects on the geometric, electronic and magnetic properties, are carefully examined. We compared the pristine and hydrogenated BNRsPDF Image | Magnetic Properties of Borophene Nanoribbons
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