Copper Oxide Nanochains

Product Overview
Copper oxide nanochains are inorganic materials with a unique nanostructure, formed by copper oxide nanoparticles linked together in a chain-like structure. The nanometer scale of these nanochains imparts distinct physical and chemical properties, giving them significant potential for a variety of applications. These materials show promise in fields such as catalysis, sensing, superconductivity, and optoelectronics.

Key Features

• Unique Electrical Properties:Highly sensitive to environmental factors such as temperature, humidity, and light, making them ideal for improving sensor response speed, sensitivity, and selectivity.
• Excellent Catalytic Performance:Demonstrates strong catalytic activity, particularly in photocatalytic degradation of organic dyes.
• Surface and Quantum Effects:Exhibits notable infrared absorption peak broadening and blue-shifting phenomena, which can be utilized to design tunable light absorption materials.
• Wide Application Potential:Has potential applications in advanced fields such as microwave absorption, radar wave absorption, and stealth aircraft coatings.

Applications

• Superconductivity and Magnetic Phase Transitions:Can be used in superconducting materials and magnetic phase transition technologies, improving the performance of related devices.
• Thermosensitive Components:Due to its excellent thermosensitivity, it can be widely used in the manufacturing of thermosensitive components.
• Photoelectrocatalysis:Used in photoelectrocatalysis for applications such as desulfurization of oils and environmental pollution treatment.
• Sensor Materials:With its high sensitivity and excellent electrochemical properties, it is an ideal material for gas sensors.
• Lithium-ion Battery Electrode Material:With good electrochemical properties, copper oxide nanochains can be used as electrode materials in lithium-ion batteries, improving battery performance.