INFRARED AND MILLIMETER WAVES
CONTENTS METAL–ORGANIC FRAMEWORK-BASED ELECTROMAGNETIC WAVE ABSORPTION MATERIALS BRIEF INTRODUCTION TO METAL–ORGANIC FRAMEWORKS PREPARATION METHOD OF MOF MATERIALS SOLVOTHERMAL METHOD MICROWAVE-ASSISTED SYNTHESIS METHOD ELECTROCHEMICAL SYNTHESIS METHOD ULTRASONIC METHOD MECHANOCHEMISTRY METHOD STEAM-ASSISTED CONVERSION METHOD FLUID CHEMISTRY METHOD MOF-DERIVED EMW ABSORPTION MATERIALS MONOMETALLIC MOF-DERIVED ABSORPTION MATERIALS MULTI-METAL MOF-DERIVED ABSORPTION MATERIALS MOF-CARBON COMPOSITE ABSORPTION MATERIALS MOF-MXENE COMPOSITE ABSORPTION MATERIALS MOF-CONDUCTIVE POLYMER COMPOSITE ABSORPTION MATERIALS SUMMARIZE AND PROSPECT REFERENCES 2D MXENES FOR ELECTROMAGNETIC WAVE ABSORPTION INTRODUCTION TO MXENES PREPARATION METHOD OF MXENES TOP-DOWN STRATEGY HF ETCHING IN SITU HF ETCHING ALKALINE SOLUTION CHEMICAL ETCHING ELECTROCHEMICAL ETCHING MOLTEN SALT ETCHING BOTTOM-UP STRATEGIES CHEMICAL VAPOR DEPOSITION THE PROPERTIES OF MXENES MORPHOLOGIES AND SURFACE CHEMISTRIES MECHANICAL PROPERTIES ELECTRONIC, TRANSPORT, AND BAND GAP PROPERTIES THERMAL STABILITY PROPERTIES ELECTROMAGNETIC WAVE ABSORPTION PERFORMANCE OF PURE MXENES CONTENT FUNCTIONAL GROUPS AND DEFECTS SIZE INTERLAYER SPACING DOPING SELF-TRANSFORMATION CLASSIFICATION OF MXENES IN EMW ABSORBING MATERIALS COMPONENT OPTIMIZATION DIELECTRIC MATERIALS MAGNETISM MULTIPLE LOSS MATERIALS STRUCTURAL REGULATION 3D MICROSPHERE FIBER SANDWICH STRUCTURE HIERARCHICAL STRUCTURE THE APPLICATION PROSPECTS OF MXENES IN EMW-ABSORBING MATERIALS HIGH-ENTROPY ELECTROMAGNETIC WAVE ABSORPTION MATERIALS THE CONCEPT AND FEATURES OF HIGH-ENTROPY MATERIALS THE DEFINITION OF HIGH-ENTROPY MATERIALS BROADEN ELEMENTAL COMBINATION AND MICROSTRUCTURE DIALECTICAL VIEW OF SINGLE-PHASE SOLID SOLUTION PROPERTIES THE THEORETICAL APPROACH OF PHASE SELECTION IN HEM FOUR CORE EFFECTS OF HEM “HIGH-ENTROPY” EFFECT “LATTICE DISTORTION” EFFECT “SLUGGISH DIFFUSION” EFFECT “COCKTAIL” EFFECT THE SYNTHESIS APPROACH AND ADVANCED CHARACTERIZATION OF HEM HEM SYNTHESIS TRADITIONAL TEMPLATE SINTERING METHOD HIGH-TEMPERATURE “THERMAL SHOCK” METHOD HEM SYNTHESIS STRATEGY UNDER MILD CONDITIONS ADVANCED CHARACTERIZATION OF HEM HIGH-ENTROPY ALLOY HIGH-ENTROPY OXIDE HIGH-ENTROPY SULFIDE THE CHALLENGE AND PROSPECTS OF HEM NOVEL MICROSCOPIC ELECTROMAGNETIC LOSS MECHANISMS NOVEL DIELECTRIC LOSS MECHANISMS SYNERGISTIC EFFECTS OF SELENIUM-SULFUR CO-DOPING-INDUCED DIELECTRIC POLARIZATION SYNERGISTIC EFFECTS OF HYBRIDIZATION STATE-INDUCED DIELECTRIC POLARIZATION SYNERGISTIC EFFECTS OF TWIN STRUCTURE-INDUCED DIELECTRIC POLARIZATION SYNERGISTIC EFFECTS OF 3D ORBITALS UNPAIRED ELECTRON-INDUCED DIELECTRIC POLARIZATION INTERPRETATION OF ENERGY BAND THEORY IN DIELECTRIC LOSS DEFECT-INDUCED POLARIZATION LOSS IN MULTI-SHELLED SPINEL HOLLOW SPHERES NOVEL MICROSCOPIC MAGNETIC LOSS MECHANISMS MAGNETIC LOSSES INDUCED BY THE SEQUENCE STRUCTURE OF METALLIC MAGNETIC CHAINS MULTI-MODEL SEQUENCE STRUCTURE FOR IMPROVING MAGNETIC LOSS ENHANCED MAGNETIC COUPLING IN HOLLOW POROUS CARBON THREE-DIMENSIONAL MAGNETIC NETWORKS ENHANCED MAGNETIC COUPLING THROUGH CORE–SHELL STRUCTURAL DESIGN CONCLUSION AND OUTLOOK BRIDGING MECHANISMS BETWEEN MICRO AND MACRO INTRODUCTION TO MICRO FACTORS DEFECTS INTERFACES CONDUCTIVITY DIPOLE SATURATION MAGNETIZATION REGULATION OF MICROSCOPIC ATTRIBUTES CONVENTIONAL REGULATION PHYSICAL EXTERNAL FIELDS REGULATION THE CURRENT STATE AND FUTURE POTENTIAL OF BRIDGE MECHANISM BETWEEN MICRO AND MACRO LEVELS NEW DIELECTRIC PHYSICAL MODELS FOR ELECTROMAGNETIC WAVE ABSORPTION DIELECTRIC MICROPHYSICAL MODEL DIMENSION DISTRIBUTION-INDUCED INTERFACIAL POLARIZATION MODEL THREE TYPES OF POLARIZATION SITE MODELS ELECTRON HOPPING AND ELECTRON MIGRATING MODEL THREE-DIMENSIONAL CONDUCTIVE NETWORK MODEL IN FOAM DISORDERED STRUCTURE ON THE ATOMIC SCALE–HIGH-ENTROPY MODELS PHYSICAL MODELS RELATED TO STRUCTURAL DESIGN HIERARCHICAL STRUCTURAL MODELS FOR IMPROVED IMPEDANCE MATCHING CORE–SHELL STRUCTURE MODEL DOUBLE-SHELL STRUCTURE MODEL INTELLIGENT OFF/ON SWITCHABLE MODEL INTEGRATED FOAM-TYPE ELECTROMAGNETIC WAVE ABSORPTION MATERIALS CARBON-BASED FOAM FOR EMW ABSORPTION PURE CARBON-BASED FOAMS COMPOSITE FOAMS FORMED BY CARBON MATERIAL COMPOSITE FOAMS OF CARBON MATERIAL AND MAGNETIC METAL COMPOSITE FOAMS OF CARBON MATERIAL AND METAL OXIDES COMPOSITE FOAMS OF CARBON MATERIAL AND CERAMIC MATERIALS COMPOSITE FOAMS OF CARBON MATERIAL AND MXENE FERRITE-BASED FOAM FOR EMW ABSORPTION SIC-BASED FOAM FOR EMW ABSORPTION CONDUCTIVE POLYMER COMPOSITES FOAM FOR EMW ABSORPTION INTEGRAL GEL ELECTROMAGNETIC WAVE ABSORPTION MATERIALS DIELECTRIC LIQUID MEDIUM GEL ELECTROMAGNETIC WAVE ABSORPTION MATERIALS PROGRESS IN THE APPLICATION AND RESEARCH OF HYDROGEL EMW ABSORPTION MATERIALS PROGRESS IN THE APPLICATION AND RESEARCH OF IONIC AND ORGANIC GEL EMW ABSORPTION MATERIALS PROGRESS IN THE RESEARCH OF POLY(IONIC LIQUID) GELS PERSPECTIVES ON DIELECTRIC LIQUID MEDIUM GEL EMW-ABSORBING MATERIALS DIELECTRIC SOLID MEDIUM GEL EMW ABSORPTION MATERIALS CERAMIC-BASED AEROGEL EMW ABSORPTION MATERIALS PREPARATION METHOD OF CERAMIC-BASED AEROGEL EMW ABSORPTION MATERIALS CERAMIC-BASED AEROGEL EMW ABSORBER APPLICATIONS AND RESEARCH PROGRESS POLYMER-DERIVED CERAMICS AEROGELS: EMW ABSORBER APPLICATIONS AND RESEARCH PROGRESS METAL-BASED AEROGEL EMW ABSORPTION MATERIALS PREPARATION METHOD OF METAL-BASED AEROGEL ABSORPTION MATERIALS METAL AEROGELS: EMW ABSORBER APPLICATIONS AND RESEARCH PROGRESS COMPOSITE METAL-BASED AEROGELS: EMW ABSORBER APPLICATIONS AND RESEARCH PROGRESS PROSPECT OF INTEGRAL GEL EMW ABSORPTION MATERIALS THIN-FILM ELECTROMAGNETIC WAVE ABSORPTION MATERIALS INTRODUCTION FILM ELECTROMAGNETIC WAVE ABSORPTION MATERIALS CARBON-BASED COMPOSITE FILMS MAGNETIC METAL FILMS THIN-FILM MATERIALS COMPOSITE WITH METAL OXIDES MXENE FILMS THIN-FILM MATERIAL COMPOSITE WITH SULFIDE THE CONCLUSION AND PROSPECT