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RESEARCH PAPER · Chemistry of Materials · 2022

Modeling Polyhedron Distortion for Mechanoluminescence in Mixed-Anion Compounds RE2O2S:Ln3+

Feiyan Lin, Xinya Li, Changjian Chen, Xin Pan, Dengfeng Peng, Hongde Luo, Libo Jin, Yixi Zhuang, Rong‐Jun Xie

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Modeling Polyhedron Distortion for Mechanoluminescence in Mixed-Anion Compounds RE2O2S:Ln3+OriginalLiTaO 3 :Bi 3+ ,Tb 3+ ,Ga 3+ ,Ge 4+ : A Smart Perovskite with High Charge Carrier Storage Capacity for X‐Ray Imaging, Stress Sensing, and Non‐Real‐Time Recording92A novel modification strategy for photochromic KSr2Nb5O15-based ceramics by establishing a heterojunction band structure10Improved Energy Transfer in Mn-Doped Cs3Cu2I5 Microcrystals Induced by Localized Lattice Distortion37High charge carrier storage capacity and wide range X-rays to infrared photon sensing in LiLuGeO 4 :Bi 3+ ,Ln 3+ (Ln = Pr, Tb, or Dy) for anti-counterfeiting and information storage applications16Application convenient and energy-saving mechano-optics of Er 3+ -doped X 2 O 2 S (X = Y/Lu/Gd) for thermometry9Principles, properties, and sensing applications of mechanoluminescence materials61(In)Coherent-bond-networks in Ni-rich layered oxides for durable lithium-ion batteries11Recyclable Time–Temperature Indicator Enabled by Light Storage in Particles34Ratiometric mechanoluminescence in LiSrPO4:Eu2+/Eu3+ for stress sensing: Dopant concentration dependent sensitivity15Stress‐Triggered Mechanoluminescence in ZnO‐Based Heterojunction for Flexible and Stretchable Mechano‐Optics70Mechanically induced photons from ultraviolet-C to near-infrared in Tm3+-doped MgF28Experimental and Computational Study of Elasticoluminescence in Gd2O2S:Tb3+: Implications for Mechanoluminescence Origins2Strain-sensitive mechanoluminescence with high stability and self-recovery toward stretchable strain sensor17A broadband near-infrared nanoemitter powered by mechanical action110A sandwiched luminescent heterostructure based on lanthanide‐doped Gd 2 O 2 S@NaYF 4 core/shell nanocrystals24Hole Detrapping-Type Persistent Phosphors of RE2O2S (RE = La, Gd, Y, Lu) Doped with Eu3+–Pr3+ and Eu3+–Tb3+5Visual Representation of the Stress Distribution with a Color‐Manipulated Mechanoluminescence of Fluoride for Structural Mechanics45Heterovalent Doping in CsCdCl3 Enabled Tunable Multimode Luminescence and Photochromism Toward Multilevel Anti‐Counterfeiting54A brief review of characteristic luminescence properties of Eu 3+ in mixed-anion compounds53Data‐Driven Decoupling Structural Feature Correlation for Harnessing Anionic Capacity in Na Layered Oxide4Mechanoluminescent functional devices: Developments, applications and prospects92Enhanced Mn2+ emission from cation disordered substitution in Ba6CaNaYAl2Si6O24:Eu2+, Mn2+ phosphors0Direct recording and reading of mechanical force by afterglow evaluation of multi-piezo mechanoluminescent material Li0.12Na0.88NbO3 on well-designed morphotropic phase boundary7Controllable Modulation of Trapped Carriers in Mechano/Thermo Dual‐Responsive Particles for Advanced Stress‐Encoded Information Storage27Self-Powered and Self-Recovered Mechanoluminescent Electronic Skins for Detecting and Distinguishing Diverse External Stimuli16Mechanoluminescence from CaCl2:Eu2+1Smart mechanoluminescent phosphors: A review of zinc sulfide‐based materials for advanced mechano‐optical applications52Broadband near-infrared mechanoluminescence in Cr3+ doped Mg3Ga2GeO839Characterization methods for mechanoluminescent materials10Interfacial dipole moment engineering in self-recoverable mechanoluminescent platform15Synthesis of SrZnOSe Crystals with Low Phonon Energy for Enhancing Near‐Infrared Mechanoluminescence42Trap Assisted Dynamic Mechanoluminescence Toward Self‐Referencing and Visualized Strain Sensing48Dual-emission-center strategy in Ca 3 Ga 4 O 9 :Er 3+ /Sm 3+ enables color-tunable afterglow for multimodal luminescent encryption materials6Innovations in phosphate phosphors: Bridging structure-property gaps for enhanced luminescence27A Universal Strategy for Multicolor Mechanoluminescence via Radiative Energy Transfer Based on Ultraviolet Mechanoluminescent Material Ca 9 Al(PO 4 ) 7 :Ce 3+36Unveiling Doping Kinetics in Cu(I) Metal Halides for Customized Luminescent Performance0A self-recoverable mechano-photonic phosphor for high-level anti-counterfeiting8Self‐Recovering Multicolor Calcium Phosphate Mechanoluminescent Materials for Wearable Skin and Biomedical Applications12Effect of local structural symmetry on mechanoluminescencent materials4Downconversion mechanoluminescence from lanthanide codoped heterojunctions5Bright Chromium‐Sensitized Lanthanide NIR‐II Mechanoluminescence in a Piezoelectric Oxide20Self‐Recoverable Ultraviolet Mechanoluminescence in Doping‐Free MgF 2 for Stealth Anti‐Counterfeiting6Highly biocompatible mechanoluminescent Mn-doped CaZnOS and BaZnOS semiconductor compounds for tactile imaging2Smart Semiconductors: An Overview of AZnOS (A= Ca, Sr, Ba) Based Phosphors, Multi‐Stimuli Responsive Luminescence, and Potential Application Prospects12Chloride-Activated Addition Reactions for Sulfidation and Oxidation1Regulation of high pressure on mechanoluminescence: Summary and Prospects0High‐Throughput Discovery of Large Birefringence Materials in Mixed‐N Hf‐O Systems0Forecasting mechanoluminescence self-recovery stability via optically-stimulated luminescence0Accelerating the charge carrier release in mechanoluminescent material SrAl 2 O 4 :Eu 2+ ,Dy 3+ by local structural distortion0Mechanoluminescent materials: toward advanced optoelectronic sensing and biomedical applications0Mechanoluminescence in crystalline inorganic materials: local disorder and the elastic distortion hypothesis0Self-powered near-infrared mechanoluminescence for blood oxygen saturation monitoring0Recent advances on zinc- and/or sulfur-containing mechanoluminescent materials and their spectroscopic properties toward diverse applications1Rare-earth dopants for mechanoluminescence: from fundamentals to advanced applications3Defect‐Controlled Photo‐Thermo‐Mechanical Responsive Luminescence in Self‐Activated Phosphor2Uncovering Local Piezoelectric Field Effect in Mechanoluminescent Materials1An Assisting Contact Electrification Strategy for Achieving Self‐Recoverable Mechanoluminescence1

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