Keywords: رسوب فاز بخار; Vapor phase deposition; Fluoroalkyl silane; Wettability; Contact angle hysteresis; Adhesive force; Work of adhesion;
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Development of a PDMS-grafted alumina membrane and its evaluation as solvent resistant nanofiltration membrane
Keywords: رسوب فاز بخار; Grafting; PDMS; Porous alumina; Vapor phase deposition; Solvent nanofiltration
A vapor phase deposition of self-assembled monolayers: Vinyl-terminated films of volatile silanes on silicon oxide substrates
Keywords: رسوب فاز بخار; Vapor phase deposition; Self-assembled monolayers; Silanes; Vinyl group; Microelectromechanical systems
Advances in top-down and bottom-up surface nanofabrication: Techniques, applications & future prospects
Keywords: رسوب فاز بخار; Nanofabrication; Lithography; Self assembly; Vapor phase deposition; Nanocomposites;
Two-dimensional ordering of pentafluorobenzenethiol self-assembled monolayers on Au(1 1 1) prepared by ambient-pressure vapor deposition
Keywords: رسوب فاز بخار; Pentafluorobenzenethiol; Self-assembled monolayers; Scanning tunneling microscopy; Structural order; Vapor phase deposition
Effect of laser irradiation on thermal and optical properties of selenium–tellurium alloy
Keywords: رسوب فاز بخار; 61.43.Dq; 67.80.Gb; 71.35.Cc; 78.60.Ya; 78.20.−eAlloys; Crystallization; Vapor phase deposition; Glass transition; Radiation effects; Chalcogenides; Laser–matter interactions; Optical spectroscopy; Absorption; Lasers; Radiation; Calorimetry
A comparative study of the functionalization of mesoporous silica MCM-41 by deposition of 3-aminopropyltrimethoxysilane from toluene and from the vapor phase
Keywords: رسوب فاز بخار; Mesoporous silica; Functionalization; Vapor phase deposition; Aminopropyltrimethoxysilane; Fluorescamine
Surface biofunctionalization of nanostructured GeSbSe chalcogenide glass thin films
Keywords: رسوب فاز بخار; 87.85.fk; 81.15.kk; 77.84.Bw; 47.20.Km; 77.84.Jd; 36.20.Ng; Biosensors; Vapor phase deposition; Chalcogenides; FTIR measurements; Polymers and organics;
Characterization of CdTe films with in situ CdCl2 treatment grown by a simple vapor phase deposition technique
Keywords: رسوب فاز بخار; 81.15.Kk; 81.15.âz; 81.05.Dz; 68.37.Hk; 68.37.Ps; 61.05.cp; In situ CdCl2 treatment; Solar cells CdS/CdTe; Vapor phase deposition;
Microstructure and dielectric properties of La2O3 films prepared by ion beam assistant electron-beam evaporation
Keywords: رسوب فاز بخار; 77.55.+f; 81.05.Je; 81.15.ef; 81.40.TvElectrical and electronic properties; Films and coatings; Vapor phase deposition; Processing
Infrared and photoelectron spectroscopy study of vapor phase deposited poly (3-hexylthiophene)
Keywords: رسوب فاز بخار; Polythiophene; Vapor phase deposition; Silver; Infrared spectroscopy; Photoelectron spectroscopy;
Influence of oxygen partial pressure on the properties of undoped InOx films deposited at room temperature by rf-PERTE
Keywords: رسوب فاز بخار; 73.50.-hConductivity; Vapor phase deposition; Optical spectroscopy; Indium tin oxide and other transparent conductors
Substrate holder biasing for improvement of microcrystalline silicon deposition process
Keywords: رسوب فاز بخار; 81.15.Kk; 78.30.âj; Silicon; Vapor phase deposition; Raman spectroscopy;
Determination of the crystallization ratio in a series of Fe-containing vitroceramic products by means of XAFS spectroscopies
Keywords: رسوب فاز بخار; 61.10.Ht; 87.64.Fb; 78.55.Qr; 78.70.DmIII–V semiconductors; Silicon; Crystal growth; Heterojunctions; Conductivity; Chemical vapor deposition; Laser deposition; Plasma deposition; Sputtering; Vapor phase deposition; Oxynitride glasses; Nuclear and chemica
Isothermal and non-isothermal crystallization kinetics in amorphous Ni45.6Ti49.3Al5.1 thin films
Keywords: رسوب فاز بخار; 61.50.âf; Alloys; Nucleation; Vapor phase deposition;
Selective dissolution of Agx(As0.33S0.67−ySey)100−x chalcogenide thin films
Keywords: رسوب فاز بخار; 77.84.Dy; 52.77.Bn; 07.79.LhChemical durability; Composition; Vapor phase deposition; Chalcogenides; Atomic force and scanning tunneling microscopy
Fluorine incorporation in silica glass by the MCVD process: Study of fluorine incorporation zone, evaluation of optical properties and structure of the glass
Keywords: رسوب فاز بخار; 42.70.C; 42.81; 52.75.R,81.15.G; 82.60:61.18.F; 78.20.COxidation reduction; Optical fibers; Chemical vapor deposition; Vapor phase deposition; Laser–matter interactions; Nuclear magnetic (and quadrupole) resonance; Optical spectroscopy; Defects; Absorptio
Fabrication of nano-gratings in arsenic sulphide films
Keywords: رسوب فاز بخار; 85.40.Hp; 81.16.Nd; 61.43.Fs; 68.37.−dFilms and coatings; Vapor phase deposition; Chalcogenides; Scanning electron microscopy; Monte Carlo simulations; Radiation
Selective wet-etching and characterization of chalcogenide thin films in inorganic alkaline solutions
Keywords: رسوب فاز بخار; 77.84.Bw; 81.65.Cf; 91.60.Mk; 85.30.−zFilms and coatings; Vapor phase deposition; Glass formation; Infrared glasses; Chalcogenides; Optical spectroscopy; Atomic force and scanning tunneling microscopy; Optical microscopy; Nanoparticles; Absorption
Ag nanoparticle mediated growth of CdS nanobelts
Keywords: رسوب فاز بخار; 81.15.Kk; 71.55.Gs; 68.37.Lp; 78.55.Et; Vapor phase deposition; II-VI semiconductors; Photoluminescence; Transmission electron microscopy;
Influence of silver concentration in Agx(Sb0.33S0.67)100âx thin amorphous films on photoinduced crystallization
Keywords: رسوب فاز بخار; 81.05.Gc; 78.66.âw; 68.55.âa; 68.37.Hk. 78.30.âj; 64.70.Kb; 81.30.Hd; Crystallization; X-ray diffraction; Diffusion and transport; Vapor phase deposition; Chalcogenides; Optical spectroscopy; X-ray fluorescence; Optical microscopy; Scanning electron
Effect of N2/CH4 flow ratio on microstructure and composition of hydrogenated carbon nitride films prepared by a dual DC-RF plasma system
Keywords: رسوب فاز بخار; 81.15.−z; 68.55.−a; 68.60.Bs; 81.05.−tFilms and coatings; Chemical vapor deposition; Plasma deposition; Vapor phase deposition; Hardness; Indentation; Microindentation; Microstructure; FTIR measurements; XPS
Study on the device characteristics of FePc and FePcCl organic thin film Schottky diodes: Influence of oxygen and post deposition annealing
Keywords: رسوب فاز بخار; 72.80.Le; 73.40.Rw; 73.40.−c; 73.30.+yDevices; Conductivity; Vapor phase deposition; Polymers and organics; Surfaces and interfaces
Micro-cavity organic light emitting diodes for biochip applications
Keywords: رسوب فاز بخار; Chemical vapor deposition; Plasma deposition; Vapor phase deposition; Optical spectroscopy; Electroluminescence; Luminescence; Polymers and organics; Indium tin oxide and other transparent conductors
Planar chalcogenide glass waveguides for IR evanescent wave sensors
Keywords: رسوب فاز بخار; 42.82.Et; 78.40.−q; 78.55.Qr; 78.90.+t; 78.30.−j; 78.66.JgSensors; Planar waveguides; Vapor phase deposition; Chalcogenides
Tunneling in sub-5 nm La2O3 films deposited by E-beam evaporation
Keywords: رسوب فاز بخار; 73.40.Qv; 77.22.Jp; 74.50.+rElectrical and electronic properties; Films and coatings; Vapor phase deposition
Physical properties of ZnSe films prepared by two-source evaporation and a study of post doping effect
Keywords: رسوب فاز بخار; 78.66.Hf; 81.05.Dz; 73.61.Ga; 61.72.VvII–VI semiconductors; Films and coatings; Vapor phase deposition; Scanning electron microscopy; Absorption; Structure; X-ray diffraction
Space charge limited conduction in a-(Ge20Se80)1âxSnx thin films
Keywords: رسوب فاز بخار; 72.80.Ng; Conductivity; Films and coatings; Vapor phase deposition; Chalcogenides;
Morphology and crystal structure of A1-doped TiO2 nanoparticles synthesized by vapor phase oxidation of titanium tetrachloride
Keywords: رسوب فاز بخار; Vapor phase deposition; Nanoparticles; Titanates