Copper oxide powder is a kind of brown black metal oxide powder, which is widely used.Cupric oxide is a kind of multifunctional fine inorganic material, which is mainly used in printing and dyeing, glass, ceramics, medicine and catalysis.It can be used as catalyst, catalyst carrier and electrode activation material, and can also be used as rocket propellant, which is the main component of catalyst,Copper oxide Pulveris est late usus est in oxidatio, hydrogenation, nec, co, reductionem et hydrocarbon combustione.
Nano CuO powder has better catalytic activity, selectivity and other properties than large-scale copper oxide powder.Compared with ordinary copper oxide, nano CuO has more excellent electrical, optical and catalytic properties.The electrical properties of nano CuO make it very sensitive to the external environment such as temperature, humidity and light,Therefore, the sensor coated with nano CuO particles can greatly improve the response speed, Sensitivity et selectivity de sensor.The spectralis proprietatibus Nano Cuo ostendere quod infrared effusio apicem Nano Cui dilatat, et caeruleum est partior est obvious.copper et melior est paratus est altius et minorem perficientur Ammonium, quod est superioris et inminuam in Ammonium est in AMMONIUM PERCHORATOR.
Applicationem exempla Nano-aeris oxide
1As Catalyst et Desulfurizer
Cu belongs to transition metal, which has special electronic structure and gain and loss electronic properties different from other group metals, and can show good catalytic effect on different chemical reactions, so it is widely used in catalyst fieldWhen the size of CuO particles is as small as nano-scale, due to the special multi-surface free electrons and high surface energy of nano-materials,Therefore, it can show higher catalytic activity and more Peculiatis Cuo Phenomenon est Cui cum conventional Scalenano-cuo est optimum desulfurization uber, quae potest ostendere optimum operatio ad normalis temperatus, et remotionem mg de H2s potest pervenire in III 000 h-I Airspeed Products eiusdem generis
MRGAN 18620162680
2Application Nano Cui in sensoriis
Sensors can be roughly divided into physical sensors and chemical sensorsPhysical sensor is a device that takes external physical quantities such as light, sound, magnetism or temperature as objects and turns the detected physical quantities such as light and temperature into electrical signalsChemical sensors are devices that change the types and concentrations of specific chemicals into electrical signals.Chemical sensors are mainly designed by using the change of electrical signals such as electrode potential directly or indirectly when sensitive materials are in contact with molecules and ions in the measured substancesSensors are widely used in many fields, such as environmental monitoring, medical diagnosis, meteorology, etc.Nano-CuO has many advantages, such as high specific surface area, high surface activity, specific physical properties and extremely small size, which makes it very sensitive to external environment, such as temperature, light and Umerareapplying eam in agro sensoriis potest valde amplio responsio celeritate, sensus et selectivity sensoriis.
3Anti-sterilizatio perficientur Nano Cui
The antibacterial process of metal oxides can be simply described as follows: under the excitation of light with energy larger than the band gap, the generated hole-electron pairs interact with O2 and H2O in the environment, and the generated free radicals such as reactive oxygen species react chemically with organic molecules in cells, thus decomposing the cells and achieving the antibacterial purposeAs CuO is a p-type Semiconductor, sunt foramina (cuo) +. Non potest penitus cum environment et ludere an antibacterial aut bacterios, ut ostensum est quod Nano-Cui est bonum Antibacterial in Pneumonia et Pseudomonas AerUtuginosa.
Post tempus: Jul-04-2022