Keywords: پراش الکترونی; Eutectic solidification; Solidification microstructure; Differential thermal analysis (DTA); Electron diffraction; Al-Zr;
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Keywords: پراش الکترونی; Strain measurement; Electron diffraction; Image distortions; 4D-STEM; Nanoporous gold;
Keywords: پراش الکترونی; Bone; Mineral nanocrystals; Hydroxyapatite; TEM; Electron diffraction; Heating effects;
Keywords: پراش الکترونی; Single-walled carbon nanotube; Electron diffraction; Intramolecular junction;
Keywords: پراش الکترونی; Twisted graphene bilayers; Moiré pattern; Electron diffraction; Multiscale simulation;
Keywords: پراش الکترونی; Chitosan nanoparticles; Inhalable macromolecule; Micro-scale powder; Insulin integrity; Spray drying; Sugar thermoprotectant; AE; association efficiency; CS; chitosan; DSC; Differential Scanning Calorimetry; ED; Electron Diffraction; EFTEM; Energy-Filtere
Keywords: پراش الکترونی; Ultrathin crystal; Scattering; Channeling; Spectral method; Electron diffraction;
Keywords: پراش الکترونی; Relativistic charged particles; Thin crystal; Scattering; Channelling; Rainbow scattering; Electron diffraction;
Keywords: پراش الکترونی; Electron microscopy; Electron diffraction; Refractive index; Phase grating approximation; Coulomb scattering; Scattering cross-sections;
Keywords: پراش الکترونی; Transmission electron microscopy; Carbon nanofiber; Carbon nanotube; Electron diffraction; Structure characterization;
Keywords: پراش الکترونی; Electron diffraction; STEM; Precession; Strain; Alignment;
Keywords: پراش الکترونی; (S)TEM image simulation; Electron diffraction; Computational physics;
Keywords: پراش الکترونی; Electron diffraction; High resolution electron microscopy; Rhyolitic glass; Nanocrystalline; Simulation;
Keywords: پراش الکترونی; Molecular structure and dynamics; Pseudorotation; Equilibrium molecular structure; LAM; Arsenic pentafluoride; Electron diffraction; Quantum chemistry; CCSD(T);
Crystal chemical characterization of mullite-type aluminum borate compounds
Keywords: پراش الکترونی; Aluminum borate; Mullite-type structure; X-ray diffraction; Electron diffraction; NMR spectroscopy; PGA analysis;
Keywords: پراش الکترونی; Chemical synthesis; Heat treatment; Electron diffraction; Electron microscopy;
Keywords: پراش الکترونی; Electron diffraction; software analysis; Ellipse fitting; Distortion;
Keywords: پراش الکترونی; Graphene corrugation; Flexural phonons; Transmission electron microscopy; Electron diffraction;
Keywords: پراش الکترونی; Molecular beam epitaxy; Scanning tunneling microscopy; Electron diffraction; Vanadium; Oxygen induced surface reconstruction; Segregation; Self-organized growth;
Keywords: پراش الکترونی; Transmission electron microscopy (TEM); Electron diffraction; Correlation coefficient map; Automated crystal orientation mapping (ACOM);
Keywords: پراش الکترونی; Ceramics; Microporous materials; Microstructure; Electron diffraction; Electron microscopy
Keywords: پراش الکترونی; Methylbenzenesulfonate; Electron diffraction; Conformers; NBO-analysis; Anomeric effect; Gas-phase and crystal structures
Keywords: پراش الکترونی; Electron diffraction; Quantum chemistry; 2-Chloro-3-nitrothiophene; Internal rotation; Equilibrium molecular structure; LAM;
Keywords: پراش الکترونی; Electron scattering factors; Electron diffraction; Phonons;
Keywords: پراش الکترونی; Chemical synthesis; Polymers; Chemical techniques; Monolayers; Electron diffraction;
Keywords: پراش الکترونی; Strain measurement; Electron diffraction; Precession; Precision; Accuracy; TEM; STEM; NBED;
Keywords: پراش الکترونی; First stage of tempering; 4340 steel; Transition-iron-carbide precipitates; Electron diffraction; Martensite;
Keywords: پراش الکترونی; TEM; Thin sectioning; Metal shadowing; Negative staining; Vitrification; Cryo-electron microscopy; Electron diffraction; Digital image analysis; 2D crystal; Single particle averaging;
Keywords: پراش الکترونی; Molecular shape; Bond distances and bond angles; Electron diffraction; Molecular orbital calculations
Keywords: پراش الکترونی; Nanostructures; Chemical synthesis; Electron diffraction; Raman spectroscopy; Defects
Keywords: پراش الکترونی; LEED; Bi films; Vicinal surface; Wetting layer; Electron diffraction;
Keywords: پراش الکترونی; Computer simulations; Transmission electron microscopy; Electron diffraction; Titanate nanotubes; X-ray powder diffraction; Debye formula
Keywords: پراش الکترونی; Glass; Electron diffraction; Scanning transmission electron microscopy; Short-range order; Medium-range order;
Keywords: پراش الکترونی; Electron diffraction; Structure determination; Zeolite; MOF
Keywords: پراش الکترونی; Carbides; Precipitation; Molybdenum carbide; Diffusion; Electron diffraction; Transmission electron microscopy; Degradation; Plasma damages;
Keywords: پراش الکترونی; Electron diffraction; Scanning electron microscopy; Aluminum; Recrystallization & Recovery; Subgrain growth
Thermoelectric properties of ternary and Al-containing quaternary Ru1âxRexSiy chimney-ladder compounds
Keywords: پراش الکترونی; Transition metal silicides; Thermoelectric; Crystal structure; Electron diffraction; Semiconductor compounds;
TEM study on a new Zr-(Fe, Cu) phase in furnace-cooled Zr-1.0Sn-0.3Nb-0.3Fe-0.1Cu alloy
Keywords: پراش الکترونی; Zirconium alloy; Precipitates; Transmission electron microscopy; Electron diffraction; Crystal structure;
Characterising the polymorphic phase transformation at a localised point on a Cu6Sn5 grain
Keywords: پراش الکترونی; Cu6Sn5 intermetallic compound; Polymorphic phase transformation; Electron diffraction; Time-temperature transformation; High-voltage TEM;
From electron crystallography of 2D crystals to MicroED of 3D crystals
Keywords: پراش الکترونی; MicroED; Electron diffraction; cryoEM (electorn cryo-microscopy); electron crystallography;
Electron microscopy study of the formation mechanism of catalytic nickel-rich particles and the role of carbonyl sulphide in the suppression of carbon deposition on 20Cr-25Ni steel
Keywords: پراش الکترونی; Carbon deposition; Catalyst poisoning; Sulphur adsorption; STEM-EDS; Electron diffraction;
Pseudo-conformer models for linear molecules: Joint treatment of spectroscopic, electron diffraction and ab initio data for the C3O2 molecule
Keywords: پراش الکترونی; Molecular structure and dynamics; Large amplitude motion; Linear bending; Equilibrium molecular structure; Carbon suboxide; Electron diffraction;
Silver iodide nanowires grown within tubular J-aggregates
Keywords: پراش الکترونی; J-aggregates; Silver iodide nanowire; Semiconductor nanowire; Templated growth; Tubular micelle; Electron microscopy; Electron diffraction;
Polymorphism of crystalline complexes of V-amylose with fatty acids
Keywords: پراش الکترونی; PROA; propanoic acid (C3); BUTA; butanoic acid (C4); PENA; pentanoic acid (C5); HEXA; hexanoic acid (C6); OCTA; octanoic acid (C8); DECA; decanoic acid (C10); DODA; dodecanoic acid (C12); TEDA; tetradecanoic acid (C14); HEDA; hexadecanoic acid (C16); OCDA
Crystal polymorphism and structure models of Poly(dimethylsiloxane)
Keywords: پراش الکترونی; Crystal structure; X-ray diffraction; Electron diffraction;
Investigation on Properties of Collagen Nanowires Quasiepitaxially Grown on Mica Lattice Plane
Keywords: پراش الکترونی; Collagen; Epitaxial growth; Biomineralization; Nanowire; Electron diffraction;
EELS and electron diffraction studies on possible bonaccordite crystals in pressurized water reactor fuel CRUD and in oxide films of alloy 600 material
Keywords: پراش الکترونی; Alloy 600; AOA; Bonaccordite; CIPS; EDS; EELS; Electron Diffraction; FIB; Fuel CRUD; Oxide Film; PWR; TEM;
Structure determination of a new phase Ni8Ti5 by electron diffraction tomography
Keywords: پراش الکترونی; Shape-memory alloys; Crystal chemistry; Nanocrystalline structure; Powder metallurgy; Electron diffraction;
Accurate determination of lattice parameters based on Niggli reduced cell theory by using digitized electron diffraction micrograph
Keywords: پراش الکترونی; Niggli reduced cell; Unit-cell determination; Electron diffraction;
Structural investigation of phase segregation in Mn2CrGa-based alloys
Keywords: پراش الکترونی; Heusler alloy; Spinodal decomposition; Electron diffraction; HRTEM; Mn2CrGa;