Where can you find content about nanotechnology and products?

Information on nanotechnology includes:

1. Ultra-micro sensor. Sensors are one of the most promising applications for nanoparticles.

2. CatalystIn the chemical industry, the use of nanoparticles as catalysts is another aspect of nanomaterials.

3. Medicine, bioengineering. Ultrafine particles smaller than 10 nanometers in size can move freely in blood vessels.

4. Quantum components in the electronics industry. The main reason is that the slap ant works by controlling the phase of the electronic fluctuation, so it can achieve a higher response speed and lower power consumption. In addition, quantum components can also greatly reduce the size of components and greatly simplify circuits, so the rise of quantum components will lead to a revolution in electronic technology.

5. "Breathing" nanofabrics. Nano fabric is to use a special physical and chemical treatment technology to integrate nano raw materials into fabric fibers, so as to form a protective layer on ordinary fabrics, increase and enhance the waterproof, oil-proof, anti-fouling, breathable, antibacterial, environmentally friendly, color fixing and other functions of the fabric.

Advantages of nanotechnology:

1. The essential function of nanotechnology is to directly use atoms or molecules to construct products with specific functions. That is, nano-sized structures are artificially formed through nano-precision processing.

2. The research and application of nanotechnology are mainly in materials and preparation, microelectronics and computer technology, medicine and health, aerospace and aviation, environment and energy, biotechnology and agricultural products.

3. The equipment made of nano materials is lighter in weight, stronger in hardness, longer in life, lower in maintenance cost and more convenient in design. The use of nanomaterials can also make materials with specific properties or materials that do not exist in nature, and make biomaterials and biomimetic materials.

Medical bioengineering holds ultrafine particles smaller than 10 nanometers that can move freely in blood vessels.

There are many products that use nanotechnology technology, such as robots, nano raincoat umbrellas, waterproof clothes, mobile phone chips and other products. The following is an introduction to the specific content of "what are the things of nano products".

1. Robots: There are now some nanorobots that are created with the most cutting-edge technology and can be applied to the medical and military fields.

2. Nano raincoat: Nano raincoat is a special raincoat that can ensure that it is not wet from head to toe, and is made of nanomaterials.

3. Waterproof clothes: Nano materials can also be used to make waterproof clothes, which can effectively prevent the immersion of most liquids and stains.

4. Mobile phone chip: Mobile phone chip is a kind of high-precision electronic product that needs to be manufactured using nano-level technology.

Nanotechnology is characterized by the use of single atoms and molecules to make substances, which is very thin and small. Through the above article, I believe you all know the answer to the question "what are the things in nano products". In general, nanotechnology has been relatively mature, and many end products use nanotechnology, which is not expensive.

The uses of nanotechnology are as follows:1Umbrellas made with nanotechnology, like lotus leaves, not only do not get wet, but also do not get a little mud.

2.After applying a special nano-coating to the surface of the glass, it is difficult for liquids containing water, mold and even oil to adhere to the surface of the glass. 3.

The nano mosquito repellent bracelet adopts nano sustained release technology, which has a longer mosquito repellent time than the general mosquito repellent bracelet. 4.Adding nanoparticles to textile and chemical fiber products can remove odor and sterilize; 5.

A small amount of metal nanoparticles is added to the chemical fiber cloth to eliminate static electricity. 6.Using nanomaterials, refrigerators can be antibacterial; 7.

use nanomaterials to make sterile tableware and sterile food packaging supplies; 8.The use of nano powder to make the wastewater completely clean and fully meet the drinking standard; 9.The application of nanotechnology has increased the washing resistance of wall paint by 10 times; 10.

The surface of glass and ceramic tile is coated with nano thin layer, which can be made into self-cleaning glass and self-cleaning tiles without scrubbing; 11.Building materials containing nanoparticles absorb ultraviolet rays that are harmful to humans. 12.

Nanomaterials can enhance and improve the performance indicators of vehicles; 13.Nano ceramics are expected to become ideal materials for engine parts such as automobiles, ships, and aircraft, greatly improving engine efficiency, working life and reliability; 14.Nanosatellites can provide traffic information to drivers at any time to help them drive safely.

Examples of nanomaterial applications can be cited to many. For example, chemical fiber clothes often produce annoying static electricity when worn on the body. A small inconspicuous electrostatic spark can cause ** and fire on some special occasions.

If a small amount of metal nanoparticles is added in the production of chemical fiber fabrics, then the chemical fiber fabrics made of pure vertical fabrics will no longer have the phenomenon of rubbing trouser finger rubbing. Another example is adding some nanoparticles to textiles such as socks, which can deodorize and sterilize. At present, nano washing machines, air conditioners and sterile tableware that can remove odors, antibacterial gauze, etc., have appeared on the market, and nanomaterials are used in these products.

Nowadays, scientific and technological progress is advancing with each passing day. Many people already have some understanding of high-tech such as "Internet" and "genes". In recent years, new terms such as "nano", "nanotechnology" and "nanomaterials" have become louder and louder.

For many teenagers, the term "nano" seems unfamiliar, and nanotechnology is even more magical and incomprehensible. In fact, nanotechnology has long been quietly integrated into our lives.

A nanometer is a unit of length, and one nanometer is equal to one billionth of a meter, which is really small. How small is it? To use an analogy:

Make a red plastic ball with a diameter of one nanometer (of course, invisible to the naked eye) and place it on a ping-pong ball as if you were putting a ping-pong ball on the earth. Electron microscopy is required to observe the shape and topography of nanomaterials.

The so-called "nanomaterials" and "nanotechnology", simply put, are some ordinary materials made into nano to hundreds of nanometers of particle materials, which are extremely small in size, but have a large surface area and special structure, which will produce a kind of magic and special properties, and apply them. Scientists have summarized the special properties of nanomaterials into four major effects: small size effect, surface effect, interface effect, and macroscopic quantum tunneling effect.

Examples of nanomaterial applications can be cited to many. For example, chemical fiber clothes often produce annoying static electricity when worn on the body. A small inconspicuous electrostatic spark can cause ** and fire on some special occasions.

If a small amount of metal nanoparticles is added to the chemical fiber cloth in the production of chemical fiber fabrics, then the frictional electricity generation phenomenon will no longer occur in the chemical fiber fabrics. Another example is adding some nanoparticles to textiles such as socks, which can deodorize and sterilize. At present, nano washing machines, air conditioners and sterile tableware that can remove odors, antibacterial gauze, etc., have appeared on the market, and nanomaterials are used in these products.

Scientists pointed out that nanotechnology is the common basis for the further development of information and life science technology, a key point in the future development of science and technology, a technological revolution, and will also give rise to another industrial revolution in the 21 st century, which will have a huge and far-reaching impact on human society.