Matches in SemOpenAlex for { <https://semopenalex.org/work/W2608260087> ?p ?o ?g. }
- W2608260087 abstract "The electron microscope has been a powerful, highly versatile workhorse in the fields of material and surface science, micro and nanotechnology, biology and geology, for nearly 80 years. The advent of two-dimensional materials opens new possibilities for realising an analogy to electron microscopy in the solid state. Here we provide a perspective view on how a two-dimensional (2D) Dirac fermion-based microscope can be realistically implemented and operated, using graphene as a vacuum chamber for ballistic electrons. We use semiclassical simulations to propose concrete architectures and design rules of 2D electron guns, deflectors, tunable lenses and various detectors. The simulations show how simple objects can be imaged with well-controlled and collimated in-plane beams consisting of relativistic charge carriers. Finally, we discuss the potential of such microscopes for investigating edges, terminations and defects, as well as interfaces, including external nanoscale structures such as adsorbed molecules, nanoparticles or quantum dots." @default.
- W2608260087 created "2017-05-05" @default.
- W2608260087 creator A5001060363 @default.
- W2608260087 creator A5015903779 @default.
- W2608260087 creator A5034109377 @default.
- W2608260087 creator A5038699346 @default.
- W2608260087 creator A5048975208 @default.
- W2608260087 creator A5083290745 @default.
- W2608260087 date "2017-06-09" @default.
- W2608260087 modified "2023-10-14" @default.
- W2608260087 title "A two-dimensional Dirac fermion microscope" @default.
- W2608260087 cites W1608637350 @default.
- W2608260087 cites W1831995679 @default.
- W2608260087 cites W1848192875 @default.
- W2608260087 cites W1912751209 @default.
- W2608260087 cites W1971744807 @default.
- W2608260087 cites W1976572470 @default.
- W2608260087 cites W1986583880 @default.
- W2608260087 cites W1991859775 @default.
- W2608260087 cites W1992506968 @default.
- W2608260087 cites W2001610838 @default.
- W2608260087 cites W2007130057 @default.
- W2608260087 cites W2011222989 @default.
- W2608260087 cites W2018949714 @default.
- W2608260087 cites W2021442722 @default.
- W2608260087 cites W2029165465 @default.
- W2608260087 cites W2031654810 @default.
- W2608260087 cites W2031747952 @default.
- W2608260087 cites W2032940712 @default.
- W2608260087 cites W2044185713 @default.
- W2608260087 cites W2048151518 @default.
- W2608260087 cites W2049923364 @default.
- W2608260087 cites W2052294811 @default.
- W2608260087 cites W2064068542 @default.
- W2608260087 cites W2068824512 @default.
- W2608260087 cites W2082711367 @default.
- W2608260087 cites W2085641982 @default.
- W2608260087 cites W2086053470 @default.
- W2608260087 cites W2087863452 @default.
- W2608260087 cites W2087980253 @default.
- W2608260087 cites W2088714261 @default.
- W2608260087 cites W2097037640 @default.
- W2608260087 cites W2101322998 @default.
- W2608260087 cites W2101593555 @default.
- W2608260087 cites W2102415385 @default.
- W2608260087 cites W2105685140 @default.
- W2608260087 cites W2108102346 @default.
- W2608260087 cites W2115255578 @default.
- W2608260087 cites W2118492507 @default.
- W2608260087 cites W2120106292 @default.
- W2608260087 cites W2126317291 @default.
- W2608260087 cites W2132515584 @default.
- W2608260087 cites W2133987216 @default.
- W2608260087 cites W2139879156 @default.
- W2608260087 cites W2148934103 @default.
- W2608260087 cites W2149620126 @default.
- W2608260087 cites W2153523500 @default.
- W2608260087 cites W2153926024 @default.
- W2608260087 cites W2163532395 @default.
- W2608260087 cites W2170539287 @default.
- W2608260087 cites W2176168052 @default.
- W2608260087 cites W2177001687 @default.
- W2608260087 cites W2179508392 @default.
- W2608260087 cites W2204674631 @default.
- W2608260087 cites W2219394964 @default.
- W2608260087 cites W2230768341 @default.
- W2608260087 cites W2273530384 @default.
- W2608260087 cites W2274990302 @default.
- W2608260087 cites W2289231535 @default.
- W2608260087 cites W2291505136 @default.
- W2608260087 cites W2350938626 @default.
- W2608260087 cites W2472743773 @default.
- W2608260087 cites W2512626051 @default.
- W2608260087 cites W2520817432 @default.
- W2608260087 cites W2525081265 @default.
- W2608260087 cites W2553569199 @default.
- W2608260087 cites W2586161362 @default.
- W2608260087 cites W3101025532 @default.
- W2608260087 cites W3102967799 @default.
- W2608260087 cites W3103107222 @default.
- W2608260087 cites W3105833478 @default.
- W2608260087 cites W3106420389 @default.
- W2608260087 cites W3121711201 @default.
- W2608260087 cites W3141201028 @default.
- W2608260087 cites W4211172053 @default.
- W2608260087 cites W650380298 @default.
- W2608260087 doi "https://doi.org/10.1038/ncomms15783" @default.
- W2608260087 hasPubMedCentralId "https://www.ncbi.nlm.nih.gov/pmc/articles/5472770" @default.
- W2608260087 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/28598421" @default.
- W2608260087 hasPublicationYear "2017" @default.
- W2608260087 type Work @default.
- W2608260087 sameAs 2608260087 @default.
- W2608260087 citedByCount "70" @default.
- W2608260087 countsByYear W26082600872012 @default.
- W2608260087 countsByYear W26082600872017 @default.
- W2608260087 countsByYear W26082600872018 @default.
- W2608260087 countsByYear W26082600872019 @default.
- W2608260087 countsByYear W26082600872020 @default.
- W2608260087 countsByYear W26082600872021 @default.
- W2608260087 countsByYear W26082600872022 @default.