Sebastian Engmann,Emily G Bittle,Lee J Richter et al.
Sebastian Engmann et al.
Magneto electroluminescence (MEL) is emerging as a powerful tool to study spin dynamics in organic light emitting diodes (OLEDs). The shape of the MEL response is typically used to draw qualitative inference on the dominant process (singlet...
Avoiding concentration quenching and self-absorption in Cs4EuX6 (X = Br, I) by Sm2+ doping [0.03%]
通过Sm2+掺杂避免Cs4EuX6(X=Br,I)中的浓度猝灭和自吸收现象
Casper van Aarle,Karl W Krämer,Pieter Dorenbos
Casper van Aarle
The benefits of doping Cs4EuBr6 and Cs4EuI6 with Sm2+ are studied for near-infrared scintillator applications. It is shown that undoped Cs4EuI6 suffers from a high probability of self-absorption, which is almost completely absent in Cs4EuI6...
Triplet transfer from PbS quantum dots to tetracene ligands: is faster always better? [0.03%]
PbS量子点到四乙炔配体的三重态转移：更快是否总是更好？
Victor Gray,William Drake,Jesse R Allardice et al.
Victor Gray et al.
Quantum dot-organic semiconductor hybrid materials are gaining increasing attention as spin mixers for applications ranging from solar harvesting to spin memories. Triplet energy transfer between the inorganic quantum dot (QD) and organic s...
Ni12 tetracubane cores with slow relaxation of magnetization and efficient charge utilization for photocatalytic hydrogen evolution [0.03%]
具有磁化率弛豫慢和光电催化氢气演化效率高的尼12四立方烷核心
Elias Tanuhadi,Joan Cano,Samar Batool et al.
Elias Tanuhadi et al.
We report two Ni12 multicubane topologies enclosed in the polyanions [Ni12(OH)9(WO4)3(PO4)(B-α-PW9O34)3]21-{Ni12W30} and [Ni12(OH)9(HPO4)3(PO4)(B-α-PW9O34)(A-α-PW9O34)2]21-{Ni12W27} that magnetically behave as Ni12 units clearly distingu...
Taking a closer look - how the microstructure of Dion-Jacobson perovskites governs their photophysics [0.03%]
深入观察 Dion-Jacobson 钙钛矿的显微结构及其如何控制其光物理特性
Simon Kahmann,Herman Duim,Alexander J Rommens et al.
Simon Kahmann et al.
Scarce information is available on the thin film morphology of Dion-Jacobson halide perovskites. However, the microstructure can have a profound impact on a material's photophysics and its potential for optoelectronic applications. The micr...
Correction: Best practices in the measurement of circularly polarised photodetectors [0.03%]
修正：圆偏振光电探测器测量的最佳实践
Matthew D Ward,Wenda Shi,Nicola Gasparini et al.
Matthew D Ward et al.
[This corrects the article DOI: 10.1039/D2TC01224C.]. This journal is © The Royal Society of Chemistry.
Published Erratum
Journal of materials chemistry. C. 2022 Nov 7;10(44):16932. DOI:10.1039/d2tc90220f 2022
Morphology of conducting polymer blends at the interface of conducting and insulating phases: insight from PEDOT:PSS atomistic simulations [0.03%]
导电相和绝缘相界面处导电聚合物共混物的形态：来自PEDOT：PSS原子模拟的见解
Hesam Makki,Alessandro Troisi
Hesam Makki
Having phase-separated conductive and less-conductive domains is a common morphology in semiconducting polymer blends as it exists in the case of PEDOT:PSS, which is a representative example with a wide range of applications. In this paper,...
Investigation of factors affecting the stability of compounds formed by isovalent substitution in layered oxychalcogenides, leading to identification of Ba3Sc2O5Cu2Se2, Ba3Y2O5Cu2S2, Ba3Sc2O5Ag2Se2 and Ba3In2O5Ag2Se2 [0.03%]
通过等价取代法研究层状氧硫属化合物的稳定性因素，并确定Ba3Sc2O5Cu2Se2、Ba3Y2O5Cu2S2、Ba3Sc2O5Ag2Se2和Ba3In2O5Ag2Se2结构
Gregory J Limburn,Daniel W Davies,Neil Langridge et al.
Gregory J Limburn et al.
Four novel compositions containing chalcogenide layers, adopting the Ba3M2O5M'2Ch2 layered structure have been identified: Ba3Sc2O5Cu2Se2, Ba3Y2O5Cu2S2, Ba3Sc2O5Ag2Se2 and Ba3In2O5Ag2Se2. A comprehensive comparison of experimental and compu...
Screening semiconducting polymers to discover design principles for tuning charge carrier mobility [0.03%]
筛选半导体聚合物以研究调制载流子迁移率的设计原则
Rex Manurung,Alessandro Troisi
Rex Manurung
We employ a rapid method for computing the electronic structure and orbital localization characteristics for a sample of 36 different polymer backbone structures. This relatively large sample derived from recent literature is used to identi...
A method for identifying the cause of inefficient salt-doping in organic semiconductors [0.03%]
一种识别有机半导体中盐掺杂效率低下的原因的方法
A Rahimichatri,J Liu,F Jahani et al.
A Rahimichatri et al.
Doping to enhance the electrical conductivity of organic semiconductors is not without its challenges: The efficacy of this process depends on many factors and it is not always clear how to remedy poor doping. In the case of doping with sal...