FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2916828530> ?p ?o ?g. }

• W2916828530 endingPage "262001" @default.
• W2916828530 startingPage "262001" @default.
• W2916828530 abstract "Transmission electron microscopy (TEM) offers an ample range of complementary techniques which are able to provide essential information about the physical, chemical and structural properties of materials at the atomic scale, and hence makes a vast impact on our understanding of materials science, especially in the field of semiconductor one-dimensional (1D) nanostructures. Recent advancements in TEM instrumentation, in particular aberration correction and monochromation, have enabled pioneering experiments in complex nanostructure material systems. This review aims to address these understandings through the applications of the methodology for semiconductor nanostructures. It points out various electron microscopy techniques, in particular scanning TEM (STEM) imaging and spectroscopy techniques, with their already-employed or potential applications on 1D nanostructured semiconductors. We keep the main focus of the paper on the electronic and optoelectronic properties of such semiconductors, and avoid expanding it further. In the first part of the review, we give a brief introduction to each of the STEM-based techniques, without detailed elaboration, and mention the recent technological and conceptual developments which lead to novel characterization methodologies. For further reading, we refer the audience to a handful of papers in the literature. In the second part, we highlight the recent examples of application of the STEM methodology on the 1D nanostructure semiconductor materials, especially III–V, II–V, and group IV bare and heterostructure systems. The aim is to address the research questions on various physical properties and introduce solutions by choosing the appropriate technique that can answer the questions. Potential applications will also be discussed, the ones that have already been used for bulk and 2D materials, and have shown great potential and promise for 1D nanostructure semiconductors." @default.
• W2916828530 created "2019-03-02" @default.
• W2916828530 creator A5012137737 @default.
• W2916828530 creator A5053295195 @default.
• W2916828530 date "2019-04-10" @default.
• W2916828530 modified "2023-10-10" @default.
• W2916828530 title "Understanding semiconductor nanostructures via advanced electron microscopy and spectroscopy" @default.
• W2916828530 cites W1014792713 @default.
• W2916828530 cites W109277971 @default.
• W2916828530 cites W1454851216 @default.
• W2916828530 cites W1517564515 @default.
• W2916828530 cites W1524258788 @default.
• W2916828530 cites W1566206287 @default.
• W2916828530 cites W15740337 @default.
• W2916828530 cites W1876297499 @default.
• W2916828530 cites W1953870125 @default.
• W2916828530 cites W1965294328 @default.
• W2916828530 cites W1966281656 @default.
• W2916828530 cites W1966537667 @default.
• W2916828530 cites W1967856922 @default.
• W2916828530 cites W1967857752 @default.
• W2916828530 cites W1968603722 @default.
• W2916828530 cites W1968972573 @default.
• W2916828530 cites W1969289609 @default.
• W2916828530 cites W1970014398 @default.
• W2916828530 cites W1974259510 @default.
• W2916828530 cites W1976277045 @default.
• W2916828530 cites W1976314358 @default.
• W2916828530 cites W1977195264 @default.
• W2916828530 cites W1977665544 @default.
• W2916828530 cites W1978823040 @default.
• W2916828530 cites W1982280949 @default.
• W2916828530 cites W1983441042 @default.
• W2916828530 cites W1985063847 @default.
• W2916828530 cites W1987769601 @default.
• W2916828530 cites W1988306375 @default.
• W2916828530 cites W1990284773 @default.
• W2916828530 cites W1990752779 @default.
• W2916828530 cites W1993415811 @default.
• W2916828530 cites W1995807228 @default.
• W2916828530 cites W2005706868 @default.
• W2916828530 cites W2007501811 @default.
• W2916828530 cites W2008095423 @default.
• W2916828530 cites W2009231263 @default.
• W2916828530 cites W2009974793 @default.
• W2916828530 cites W2011503341 @default.
• W2916828530 cites W2013105557 @default.
• W2916828530 cites W2013218997 @default.
• W2916828530 cites W2018175413 @default.
• W2916828530 cites W2020296996 @default.
• W2916828530 cites W2020708790 @default.
• W2916828530 cites W2021927974 @default.
• W2916828530 cites W2023089366 @default.
• W2916828530 cites W2023982944 @default.
• W2916828530 cites W2024769494 @default.
• W2916828530 cites W2025222608 @default.
• W2916828530 cites W2025434187 @default.
• W2916828530 cites W2030080777 @default.
• W2916828530 cites W2035029271 @default.
• W2916828530 cites W2035372995 @default.
• W2916828530 cites W2035602610 @default.
• W2916828530 cites W2036300240 @default.
• W2916828530 cites W2036333234 @default.
• W2916828530 cites W2038951574 @default.
• W2916828530 cites W2040503071 @default.
• W2916828530 cites W2042511808 @default.
• W2916828530 cites W2049575273 @default.
• W2916828530 cites W2049752516 @default.
• W2916828530 cites W2053741704 @default.
• W2916828530 cites W2053929251 @default.
• W2916828530 cites W2055790580 @default.
• W2916828530 cites W2060209073 @default.
• W2916828530 cites W2064285265 @default.
• W2916828530 cites W2065164939 @default.
• W2916828530 cites W2065821650 @default.
• W2916828530 cites W2067645364 @default.
• W2916828530 cites W2070311459 @default.
• W2916828530 cites W2071349256 @default.
• W2916828530 cites W2074453759 @default.
• W2916828530 cites W2075364796 @default.
• W2916828530 cites W2075483486 @default.
• W2916828530 cites W2077375015 @default.
• W2916828530 cites W2078291005 @default.
• W2916828530 cites W2078298961 @default.
• W2916828530 cites W2079592229 @default.
• W2916828530 cites W2085033702 @default.
• W2916828530 cites W2088790943 @default.
• W2916828530 cites W2090993504 @default.
• W2916828530 cites W2102310540 @default.
• W2916828530 cites W2103622768 @default.
• W2916828530 cites W2105981977 @default.
• W2916828530 cites W2108294505 @default.
• W2916828530 cites W2112776929 @default.
• W2916828530 cites W2114407360 @default.
• W2916828530 cites W2115407091 @default.
• W2916828530 cites W2126427840 @default.
• W2916828530 cites W2128433998 @default.
• W2916828530 cites W2133159874 @default.

• next