… We may therefore apply ideas from kirigami to graphene sheets to build … graphene kirigami
as a simple yet powerful and customizable approach for fashioning one-atom-thick graphene …

… as the 2D constituent material of choice for the kirigami at a … on kirigami with armchair edges
along the ^x direction as the stretchability is improved regardless of the chirality of graphene …

… In this work, we introduce the notion of graphene kirigami… graphene. Specifically, we show
using classical molecular-dynamics simulations that the yield and fracture strains of graphene …

… structures of macroscopic lattice kirigami inevitably relax to … graphene sheets embedding
various forms of lattice kirigami … of graphene disks that embed two elementary kirigami prim…

… Therefore, the number of graphene and paper can be obtained as γ graphene = (19.4/0.066)
2 … Since γ paper is larger than γ graphene in this study, the current paper kirigami could be …

… of the thermal conductivity by tailoring sizes in graphene nanoribbon kirigami (GNR-k) is …
of magnitude lower than that of the pristine graphene nanoribbon (GNR) (around 151.6 W m−1K…

… characteristics in graphene kirigami. Our results reveal that graphene kirigami structures …
Interestingly, we show the possibility of tuning the thermal conductivity of graphene by four …

… , kirigami techniques have inspired the design of graphene-… here we propose a graphene
kirigami that exhibits remarkable … and fracture strains of graphene kirigami can be enhanced by …

… For an ideal graphene, it is not an in-plane auxetics 5 . In recent years, graphene kirigami
(GK… As we tailor a kirigami of the 2D material into a re-entrant honeycomb (Fig. 1a) 6,26,27,28 , …

… Kirigami, a traditional Japanese art of paper cutting, has recently been explored for its
elastocaloric effect (ECE) in kirigami-… Importantly, the feasibility of a nanoscale graphene kirigami …