
最新の出版物:化学気相成長法(CVD)に関する特許
This week: acrylic acid, purification, distillation, crystallization, hydrogen sulfide, scavenging composition, formaldehyde, methanol, conductive modifiers, electrostatic discharge, carbon nanotubes, injection
Chemical vapor deposition (CVD) is a materials-processing technique in which volatile precursor gases are delivered to a heated substrate where they chemically react or decompose to form a conformal solid film or coating. It enables high-purity, uniform, and compositionally controlled thin films (metals, oxides, nitrides, carbides and semiconductor compounds) used across product design, R&D and production for electronics, optics, protective coatings, MEMS and catalysts. By tuning parameters such as temperature, pressure, gas flow and precursor chemistry—and by choosing variants like LPCVD, PECVD or MOCVD—CVD can be optimized for film microstructure, performance, throughput and scalability from lab to volume manufacture.

This week: acrylic acid, purification, distillation, crystallization, hydrogen sulfide, scavenging composition, formaldehyde, methanol, conductive modifiers, electrostatic discharge, carbon nanotubes, injection

This week: pH-responsive, amphiphilic, peptide nanofibers, cytosolic delivery, Hydrogel networks, Side-chain length, Gelation behavior, Mechanical properties, light emitting element, display

This week: photovoltaic, desalination, carbon emissions, battery storage, photoelectric conversion, avalanche diode, dark current suppression, lidar, Kluyveromyces marxianus, microbial agent,
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