All Stories
- ArticleMorphological and Structural Modifications of Si-Based Nanostructures Synthesized from Metal Silicide Templates in IP6, Acid and Metal Chloride Solutions
- ArticleSynthesis of crystalline Si-based nanosheets by extraction of Ca from CaSi2 in inositol hexakisphosphate solution
- ArticleOrdered CaSi2 Microwall Arrays on Si Substrates Induced by the Kirkendall Effect
- ArticleSynthesis and structural property of Si nanosheets connected to Si nanowires using MnCl2/Si powder source
- ArticleAmorphous/epitaxial superlattice for thermoelectric application
- ArticleVertical gradient solution growth of N-type Si0.73Ge0.27 bulk crystals with homogeneous composition and its thermoelectric properties
- ArticleCharacteristic Modification of Catalysts by Use of a Chloride Source
- ArticleSyntheses of Powders Consisting Si-based Nanosheets Using Silicide Powders as Templates in Acid Solution
- ArticleSynthesis and structural control of silicon and silicide nanowires/microrods using metal chloride sources
- ArticleHigh Power Factor of Ga-Doped Compositionally Homogeneous Si0.68Ge0.32Bulk Crystal Grown by the Vertical Temperature Gradient Freezing Method
- ArticleObservation of Point Contact Visible Luminescence from Ga-Doped ZnO Layers
- ArticleUltraviolet-emitting ZnO thick layer grown by thermal oxidation with gallium
- ArticleReactive vapor deposition and electrochemical performance of nano-structured magnesium silicide on silicon and silicon carbide substrates
- ArticlePreparations of Nanostructured Silicide Bundles andOxide Arrays
- ArticlePreparations of Nanostructured Silicide Bundles andOxide Arrays
- ArticleSyntheses and Structural Control of Silicide, Oxide and Metallic Nano-Structured Materials
- ArticleAnalysis of dissolution and growth process of SiGe alloy semiconductor based on penetrated X-ray intensities
- ArticleTime-resolved ultraviolet photoluminescence of ZnO/ZnGa2O4 composite layer
- ArticleThe (011) Twin Structure Periodical in Monoclinic ZrO2 Nanofiber
- ArticleFormation of Si-based nanosheets by extraction of Ca from CaSi2 layers on Si substrates
- ArticleSynthesis of Si nanowires using Au catalyst accompanied with silicide nanoparticle formation
- ArticleSynthesis of Mg2Si nanorod arrays by the heat treatment of Si nanorod arrays under Mg vapor
- ArticleSynthesis of Mg2Si and MnSi1.7nanowire bundles using Si nanowire arrays as templates
- ArticleSYNTHESES OF NANOSTRUCTURE BUNDLES BASED ON SEMICONDUCTING METAL SILICIDES
- ArticleGrowth of MnSi1.7 Layers on MnSi Substrate by Molten Salt Method
- ArticleGrowth of CrSi2 Nanostructures Using CrCl2 Powder on Si Substrates
- ArticleShape modification of Si nanowires by using faceted silicide catalysts nucleated in Au-Si catalyst solution during the growth
- ArticleCorrigendum to “Syntheses and structural Characterizations of CrSi2 Nanostructures using Si Substrates under CrCl2 vapor” [Journal of Crystal Growth, doi: 10.1016/j.jcrysgro.2012.12.031]
- ArticleSyntheses of a Variety of Silicide Nanowire and Nanosheet Bundles
- ArticleSyntheses and structural characterizations of CrSi2 nanostructures using Si substrates under CrCl2 vapor
- ArticleEffect of Cu or Co addition on β-FeSi2 growth by molten salt method
- ArticleElectronic Transports for Thermoelectric Applications on IV–VI Semiconductors
- ArticleMid-temperature thermoelectric performances in PbS and PbTe
- ArticleFabrication of magnesium germanide nanorods from Ge nanorod templates
- ArticleSynthesis of Mg2Si/MgO Nanofibers Using SiO2 Nanofibers in Mg Vapor
- ArticleGrowth of Cu-Oxide Nanowires on Cu Substrates by Thermal Annealing
- ArticleGrowth of MoSi2 by Molten Salt Technique Using Mo-Based Compounds
- ArticleSimple synthesis of ZrO2/SiOx core/shell nanofibers using ZrSi2 with gallium
- ArticleGrowth of homogeneous polycrystalline Si1-xGex and Mg2Si1-xGex for thermoelectric application
- ArticleSyntheses and Electrical Properties of Hexagonal Phase Group VI Metal Silicide Powders, Sintered Compacts and Bulk Crystals
- ArticleEffect of Na Addition on Electric Properties of Ca 2 Si Sintered Compacts
- ArticleSynthesis of single-phase polycrystalline Ca2Si powder and sintered compacts
- ArticlePhase selection during calcium silicide formation for layered and powder growth
- ArticleGrowth of Si1−xGex bulk crystals with highly homogeneous composition for thermoelectric applications
- ArticleSr2SiO4 flower-like nanostructures grown by thermal oxidation of SrSi2 with Ga droplets
- ArticlePreparation and electrical properties of Mn silicides by reaction of MnCl2 and Si powder
- ArticleThermoelectric properties of group VI metal silicide semiconductors
- ArticleElectrical properties of Ca2Si sintered compact synthesized by spark plasma sintering
- ArticleHRTEM observation of defect structures of β-Ga2O3 nanowires
- ArticleThe Effects of Gallium Droplets on the Morphologies and Structures of α-Fe2O3 Nanostructures Grown on Iron Substrates
- ArticleCORRIGENDUM: "OPTICAL AND ELECTRONIC PROPERTIES OF M2Si (M = Mg, Ca AND Sr) GROWN BY REACTIVE DEPOSITION TECHNIQUE"
- ArticleNovel ultraviolet photoluminescence of ZnO/ZnGa2O4 composite layers
- ArticleAb-initio calculations for defect energies in Co2MnSi and Co2CrAl
- ArticleOPTICAL AND ELECTRONIC PROPERTIES OF M2Si (M = Mg, Ca, Sr) GROWN BY REACTIVE DEPOSITION TECHNIQUE
- ArticleBrownleeite: A new manganese silicide mineral in an interplanetary dust particle
- ArticleGrowth condition dependence of structural and electrical properties of Mg2Si layers grown on silicon substrates
- ArticleGrowth of manganese silicide layers on Si substrates using MnCl2source
- ArticleMorphological and Structural Properties of β-Ga2O3 Nanostructures
- ArticleGrowth of ZnO Nanowires Using ZnS Substrates with Ga Droplets
- ArticleZnO Belt-Like Structures Grown Using ZnS Substrates with Ga Droplets
- ArticleGrowth of Ca-Germanide and Ca-Silicide Crystals by Mechanical Alloying
- ArticleFull-Potential Screened KKR Calculations for Magnetism of Co2MnSi, Ni2MnAl and Ru2MnSi, Based on the Generalized Gradient Approximation
- ArticleStructural property of β-FeSi2 layers deposited on FeSi from a molten salt
- ArticlePreparation and electrical properties of Ca5Si3 and Sr5Si3 powders
- ArticleGrowth of SiOx nanofibers using FeSi and β-FeSi2 substrates with Ga droplets
- ArticlePreparation of β-FeSi2 substrates by molten salt method
- ArticleSimple Synthesis of a Variety of Nano-structures Using Silicide Alloys with Ga Droplets
- ArticleGrowth of SiO x Nanofibers Using FeSi Substrates with Ga Droplets
- ArticleNarrow multi-walled carbon nanotubes produced by chemical vapor deposition using graphene layer encapsulated catalytic metal particles
- ArticleGrowth of Mg2Si1−xGex layers on silicon–germanium substrates
- ArticleGrowth evolution of Sr-silicide layers on Si(111) and Mg2Si/Si(111) substrates
- ArticleGrowth and structural properties of Mg2Si and Ca2Si bulk crystals
- ArticleHRTEM observation of interface states between ZnO epitaxial film and Si(111) substrate
- ArticleGrowth and morphological properties of β-FeSi2 layers
- ArticleMorphological modification of β-FeSi2 on Si(111) by high temperature growth and post-thermal annealing
- ArticleGrowth of β-FeSi2 layers deposited from a molten salt
- ArticleStructural and electrical properties of β-FeSi2 single crystals grown using Sb solvent
- ArticleMicrostructures of semiconducting silicide layers grown by novel growth techniques
- ArticleGrowth of β-FeSi2 on MnSi1.7 layers by reactive deposition epitaxy
- ArticleFormation of CaMgSi at Ca2Si/Mg2Si interface
- ArticleGrowth of Zn1−xMnxTe films on GaAs(1 0 0) by hot-wall epitaxy
- ArticleLuminescent properties of single quantum well of CdTe on ZnTe grown by hot-wall epitaxy
- ArticleSimple Fabrication of Mg2Si Thermoelectric Generator
- ArticleCharacterization of AlN/GaN Quantum-Cascade Structures Prepared by Hot-Wall Epitaxy
- ArticleFormation of MnSb during the growth of MnSi layers in the presence of an Sb flux
- ArticleLiquid phase growth of bulk β-FeSi2 single crystals using Sb solvent
- ArticleGrowth of Ca2Si layers on Mg2Si/Si(111) substrates
- ArticleGrowth evolution of β-FeSi2 layers grown by Sb mediated reactive deposition epitaxy
- ArticleTEM observation of β-FeSi2(110),(101)/Si(111) layers grown by reactive deposition epitaxy in the presence of an Sb flux
- ArticlePreparation of CdTe Quantum Structures on ZnTe by Hot-Wall Epitaxy
- ArticleLuminescent Properties of Sb Doped CdTe Grown by Hot-Wall Epitaxy
- ArticleGrowth of epitaxial ZnO thin film by oxidation of epitaxial ZnS thin films on Si(111)
- ArticleShallow junction formation on p-like CdTe crystals by indium diffusion using excimer laser annealing
- ArticleGrowth of epitaxial ZnO thin film by oxidation of epitaxial ZnS thin film on Si(111)
- ArticleEpitaxial growth of MnSi1.7 layers in the presence of an Sb flux
- ArticleGrowth of CdTe islands on ZnTe by hot-wall epitaxy
- ArticleEpitaxial growth of high quality β-FeSi2 layers on Si(111) under the presence of an Sb flux
- ArticleMicrostructure of semiconducting MnSi1.7 and β-FeSi2 layers grown by surfactant-mediated reactive deposition epitaxy
- ArticleStructural properties of zinc-blende MnTe layers grown by hot-wall epitaxy
- ArticleGrowth of Epitaxial ZnO Thin Film by Oxidation of Epitaxial ZnS Film on Si(111) Substrate
- ArticleGrowth of β-FeSi2 and FeSi layers by reactive deposition using Sb-related intermetallic compounds
- ArticleLuminescent properties of ZnO thin films grown epitaxially on Si substrate
- ArticleThe mechanism for the high-quality single-phase growth of MnSi films on Si (111) in the presence of Sb flux
- ArticleHigh-Quality Epitaxial MnSi(111) Layers Grown in the Presence of an Sb Flux
- ArticleMorphology and magnetic analysis of MnSb films grown by hot-wall epitaxy
- ArticleInterfacial reaction and defect microstructure of epitaxial MnSb/Si(111) grown by hot-wall epitaxy
- ArticleGrowth of epitaxial MnSb layers on Si substrates by hot-wall epitaxy
- ArticleEpitaxial ferromagnetic MnSb layers on GaAs substrates grown by hot-wall epitaxy
- ArticleGrowth of MnSb and Mn2Sb epitaxial layers on GaAs substrates by hot-wall epitaxy
- ArticlePreparation of blue-emitting SrGa2Se4:Ce thin films by multi-source deposition
- ArticleEffect of insulating layer structural properties for thin-film electroluminescent devices
- ArticlePicosecond photoluminescence properties of CdTeZnTe superlattices prepared by hot-wall epitaxy
- ArticleStructural characterization of epitaxial ferromagnetic MnSb layers grown by hot-wall epitaxy
- ArticleThe microstructure of MnSb grown on (001) GaAs by hot wall epitaxy
- ArticleGrowth of epitaxial ferromagnetic MnSb layers by hot‐wall epitaxy
- ArticleMisfit dislocation arrangements at (HgxMn1-x)Te/CdTe and (HgxMn1-x)Te/CdZnTe heterointerfaces on (001), ()B and ()B substrates
- ArticleHgTe and Hg1−XCdXTe vapor phase epitaxial growth under controlled Hg pressure
- ArticleCdTe(111) growth on misoriented Si(100) substrates by hot-wall epitaxy
- ArticleUnusual strain caused by the twin boundary structure in CdTe(1̄1̄1̄) films
- ArticlePreparation and Luminescent Properties of SrSe: Ce Thin Films for EL Device by Multi-Source Deposition.
- ArticleCdTe(111) growth on sapphire(0001) substrates by hot wall epitaxy
- ArticleNew approach to the mechanism of strain release in lattice-mismatched epitaxial films
- ArticleNew approach to the strain relaxation mechanism in lattice-mismatched epitaxy
- ArticleGrowth of CdTe(111)B homoepitaxial layers by hot‐wall epitaxy
- ArticleCdTe (111)B growth on oriented and misoriented GaAs (100) grown by hot‐wall epitaxy
- ArticlePreparation of ZnS:Ag,Cl thin films emitting blue luminescence
- ArticleStrain relaxation of CdTe(100) layers grown by hot‐wall epitaxy on GaAs(100) substrates
- ArticleLuminescent properties of CaS phosphors activated by copper and flourine
- ArticlePreparation of SrSe thin films by hot wall deposition
- ArticleGrowth of CdTe on GaAs by hot‐wall epitaxy and its stress relaxation
- ArticlePreparation and aging of sputtered tungstic oxide films
- ArticleElectrochromism of sputtered tungstic oxide films.
- ArticleResistive contrast in R-EBIC from thin films
- ArticleLuminescent properties of blue-emitting CaS:Cu,F thin films