The uses of nanotechnology are as follows: 1. Clothing: 1. Adding nanoparticles to textiles and chemical fiber products can deodorize and sterilize; 2. Adding a small amount of metal nanoparticles into chemical fiber cloth can eliminate static electricity. Second, food: 1. Using nano-materials, the refrigerator can be antibacterial; 2. Using nano-materials to make aseptic tableware and aseptic food packaging supplies; 3. Using nano-powder, the waste water completely turns into clear water, which completely reaches the drinking standard; 4. Making nano food is delicious and healthy. Iii. housing: 1. The application of nanotechnology has improved the washability of wall coatings by 10 times; 2. Self-cleaning glass and ceramic tiles can be made by coating nano-thin layers on the surfaces of the glass and ceramic tiles without scrubbing; 3. Building materials containing nanoparticles can absorb ultraviolet rays harmful to human body. 4. OK: 1. Nano-materials can improve and improve the performance index of vehicles; 2. Nano-ceramics are expected to become ideal materials for automobile, ship, airplane and other engine parts, greatly improving engine efficiency, working life and reliability; 3. Nanosatellites can provide drivers with traffic information at any time to help them drive safely. View all 17 answers Tmall Electric City-nano-material battery, long battery life! [Tmall Electric City] Nano-material battery, brand flagship, strong compatibility, strong power, environmental protection and durability, lightning home! What is the advertising micro-nano bubble technology of Hangzhou Hongyi Advertising Co., Ltd.? Nano-bubble generator looks for environmental protection and introduces Japanese scientific and technological services to China? Micro-nano bubble technology mature micro-nano bubble generation technology is used for efficient aeration of black and odorous water bodies, rivers, aquaculture and sewage treatment plants! Aquaculture, black odor water treatment, cleaning, oxygenation and industrial gas mixing field; It is a good helper to save energy, increase production and increase efficiency, and the equipment is maintenance-free! Shanghai Qingxiang Environmental Protection Technology Co., Ltd .. Advertising related issues. What things in all life use nanotechnology? If there is nanotechnology in life, such as clothes made, it may not be easy to get greasy and dirty. 176 Browse 10022020-03-04 Browse 47852020-03- 19 What are the things made of nanomaterials in life? In real life, nanotechnology has a wide range of uses. 1, ultra-micro sensor is one of the most promising application fields of nanoparticles. Characteristics of nanoparticles such as large proportion; Surface area, high activity, specificity and infinity correspond to the multifunction, miniaturization and high speed required by the transducer. In addition, as a sensor material, it also requires a wide range of functions, high sensitivity, fast response, wide detection range, good selectivity, strong load resistance, stability and reliability, and nanoparticles can well meet the above requirements. 2. Catalysts In the chemical industry, using nanoparticles as catalysts is another aspect of nanomaterials. For example, ultrafine boron powder and ammonium chromate powder can be used as effective catalysts for explosives; Ultrafine platinum powder and tungsten carbide powder are efficient hydrogenation catalysts; Ultrafine silver powder can be used as a catalyst for ethylene oxidation; As electrodes in chemical batteries, fuel batteries and photochemical batteries, the light sintered body of ultrafine nickel powder and silver powder can increase the contact area with liquid phase or gas, improve the efficiency of the battery and be beneficial to miniaturization. The lightweight sintered body with ultrafine particles can be used to form a microporous filter as a storage material for absorbing hydrogen. It can also be used as a colorant for ceramics and handicrafts. 3. In medicine and bioengineering, ultrafine particles with particle size less than 10 nm can move freely in blood vessels. In the current micro-robot world, the smallest one can be injected into human blood vessels, and the walking distance is only 5 nanometers. The robot carries out general health examination and treatment, including dredging blood clots in cerebral vessels and removing fat deposits in cardiac arteries. It can also devour viruses and kill cancer cells. These mythical achievements allow human beings to enjoy inexhaustible wealth in the microscopic world invisible to the naked eye. 4. Quantum elements in electronic industry mainly work by controlling the phase of electronic fluctuation, so they can achieve higher response speed and lower power consumption. In addition, quantum components can greatly reduce the size of components and simplify the circuit, so the rise of quantum components will trigger a revolution in electronic technology. At present, the Internet is popular all over the world. If MEMS made of nanotechnology are installed in the network, they will transmit information to each other and perform processing tasks. In the near future, it will operate aircraft, carry out health monitoring, and warn of earthquakes, aircraft parts failures and bridge cracks. At that time, the internet was also dwarfed. 5. "Breathing" nano-fabric. Nanometer is a chemical treatment technology based on nanomaterials. Nano-cloth is a special physical and chemical treatment technology that blends nano-materials into fabric fibers, thus forming a protective layer on ordinary fabrics, increasing and improving the functions of fabric such as waterproof, oil-proof, antifouling, breathable, antibacterial, environmental protection and color fixation, and can be widely used in clothing, household textiles and industrial textiles. What are the 65320 19-08-03 nanotechnology? Where can nanotechnology be used in life? If you master nanotechnology, you can apply it to all aspects of life. Such as tools in daily life, TV and so on. Browse 2882020-03- 16 What other nanotechnology are there in life? There are nano washing machines, nano refrigerators, nano waterproof molds, nano raincoats, nano mobile phones, nano computers and nano robots in life.

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Where is nanotechnology used in life?

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Where do you use nanotechnology in your life? Baidu Netdisk

Nanotechnology is applied in many places in life, such as biological therapy, electronic technology product development, polymer synthesis technology and so on.

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Where is nanotechnology used?

Where can nanotechnology be used? Where is nanotechnology used? Medicine, automobile, glass. A total of 53 answers were written. Dr. Ren Xin 201211LV.1Talk about becoming the third fan. At present, nanotechnology has been successfully applied in many fields, including medicine, pharmacy, chemical and biological detection, manufacturing, optics and national defense. This entry is the general outline of nanotechnology application, including the following fields: 1, nanotechnology application in new materials 2, nanotechnology application in microelectronics, electric power and other fields 3, nanotechnology application in manufacturing 4, nanotechnology application in biology, medicine and pharmacy 5, nanotechnology application in chemistry and environmental monitoring 6, nanotechnology application in energy, transportation and other fields 7, nanotechnology application in agriculture 8. Chemical fiber cloth is quite strong, but it has annoying static phenomenon, which can be eliminated by adding a small amount of metal nanoparticles. Using nano-materials, refrigerators can resist bacteria. Sterile tableware and aseptic food packaging products made of nano-materials have come out. By using nano-powder, wastewater can be completely turned into clean water, which fully meets the drinking standards. Nano food is full of color, fragrance and health. The application of nanotechnology can improve the washability of wall coatings by 10 times. Self-cleaning glass and self-cleaning tiles can be made by coating nano-thin layers on the surfaces of glass and tiles without scrubbing at all. Building materials containing nanoparticles can also absorb ultraviolet rays harmful to human body. Nanomaterials can improve the performance of vehicles. Nano-ceramics are expected to become ideal materials for engine parts such as automobiles, ships and airplanes, which can greatly improve the efficiency, working life and reliability of engines. Nanosatellites can provide drivers with traffic information at any time to help them drive safely. The micro drug delivery device made of nanotechnology can carry a certain dose of drugs and reach the focus accurately under the guidance of electromagnetic signals in vitro, which can effectively play a therapeutic role and reduce the adverse reactions of drugs. Micro robots made of nano-materials are smaller than red blood cells. By injecting them into patients' blood vessels, cerebral vascular thrombosis can be dredged. Remove fat and deposits from heart arteries, and also "chew" stones in the urinary system. Nanotechnology will be a good helper for a healthy life. The application prospect of nanotechnology is very broad, and the economic benefit is very huge. American authorities predict that the nanotechnology market will reach144 billion dollars in 20 10, and the application of nanotechnology will far exceed the computer industry in the future. Nano-composite, modification of plastics, rubber and fiber, design and application of nano-functional coating materials will inject new high-tech content into traditional production and products. Experts pointed out that in the fields of textiles, building materials, chemicals, petroleum, automobiles, military equipment and communication equipment, a "material revolution" triggered by nanotechnology is bound to occur. At present, nearly 65,438+000 companies in China have registered nanomaterials and nanotechnology, and more than 65,438+00 production lines for nanomaterials and nanotechnology have been established. Nano-fabrics and clothing have been mass-produced, such as computer work clothes, anti-static clothes, anti-ultraviolet clothes and so on. The new coating with nanotechnology not only improves the washability by more than ten times, but also is nontoxic, harmless and odorless. Nanotechnology is improving people's quality of life. See all 28 answers. The popular nano blackboard supports a variety of writing methods. Waterproof and riot-proof nano blackboard adopts automatic induction recognition technology, and a large amount of water on the surface can still be touched normally! Nano-blackboard has a flat appearance and has the function of signal splicing and conversion. Suzhou Fanpu Technology Co., Ltd. has single screen and double screen. Liyang Chaoyang advertisement is a spherical activated carbon factory with direct delivery on the same day. Chaoyang activated carbon is a professional spherical activated carbon, which provides activated carbon for sewage treatment and decoloration/deodorization/adsorption. Chaoyang columnar waste gas treatment activated carbon, with large specific surface area, fast adsorption and long average service life, is an honest manufacturer. On that day, liyang city Chaoyang Activated Carbon Factory delivered all advertising related matters. Where are nanotechnology used in our lives? How is nanotechnology realized? Nanotechnology has been applied to refrigerators and paper in our lives. Nanotechnology is realized through science and technology. 6 1 Browse 5 1892020-03- 17 Where will you apply nanotechnology in your life? Where is the application of nanotechnology in life? Generally speaking, you will need a lot of clothes, food, shelter and transportation. For example, some clothes we wear are made of nano-materials. Browse 17542020-03-05 the application of nanotechnology in medical treatment in the US military and Japan. China is currently a enron nano company, which is used for civil use. 17 Browse1962017-09-12 If you were allowed to use nanotechnology, where would you apply it in your life? If I use nanotechnology, I will apply it to every aspect of my life. The first is to use nanotechnology in daily life. We can wear clothes made of nanofibers, which are not only airtight, but also waterproof. In addition, nano-materials can also be used to build houses, which will certainly be more solid and reliable and have better seismic performance. Moreover, cars, planes and the like manufactured by nanotechnology will be stronger and less prone to damage and deformation. 187 Browse 5 122020-03- 15 Where is nanotechnology used? The application of nanotechnology in life is embodied in food, clothing, housing and transportation. 1. Adding nanoparticles to textiles and chemical fiber products can deodorize and sterilize. Although chemical fiber cloth is strong, it has annoying static phenomenon, which can be eliminated by adding a small amount of metal nanoparticles. 2, the use of nano-materials, refrigerators can be antibacterial. Sterile tableware and aseptic food packaging products made of nano-materials have come out. By using nano-powder, wastewater can be completely turned into clean water, which fully meets the drinking standards. Nano food is delicious and healthy. 3. With the application of nanotechnology, the washability of wall coatings can be improved by 10 times. Self-cleaning glass and self-cleaning tiles can be made by coating nano-thin layers on the surfaces of glass and tiles without scrubbing at all. Building materials containing nanoparticles can also absorb ultraviolet rays harmful to human body. 4. Nano-materials can improve the performance of vehicles. Nano-ceramics are expected to become ideal materials for engine parts such as automobiles, ships and airplanes, which can greatly improve the efficiency, working life and reliability of engines. Nanosatellites can provide drivers with traffic information at any time to help them drive safely. Extended data:

Nano-materials are new materials developed in the mid-1980s, which are 50 years ahead of negative oxygen ions. Due to the unique structural state of nanoparticles (1- 100nm), small size effect, quantum size effect, surface effect, macroscopic quantum tunneling effect, etc. This makes nano-materials show special functions, such as light, electricity, heat, magnetism, absorption, reflection, adsorption, catalysis and biological activity. Nano-materials have many unique functions, but the dosage is very small, but they give materials unexpected high performance and high added value. Nano composite polymer materials, nano antibacterial, fresh-keeping and deodorizing materials, etc. Because of their small size, they are more than 1000 times smaller than red blood cells in blood and dozens of times smaller than bacteria, and the diffusion speed of gas through them is thousands of times faster than that of conventional materials. Nanoparticles have a strong interaction with biological cell membrane compounds and can easily enter cells.

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What is nanotechnology? Where can nanotechnology be used in life?

Nanotechnology is a kind of science and technology that uses a single atom and molecule to make substances. It studies the properties and applications of materials with structural dimensions ranging from 1 to 100 nm. Nano-science and technology is based on many modern advanced science and technology, and is the product of the combination of dynamic science (dynamic mechanics) with modern science (chaotic physics, intelligent quantum, quantum mechanics, mesoscopic physics, molecular biology) and modern technology (computer technology, microelectronics technology, scanning tunneling microscope technology and nuclear analysis technology), which will lead to a series of new science and technology such as nano-physics, nano-biology and nano-chemistry. At present, the research and application of nanotechnology are mainly in the fields of materials and preparation, microelectronics and computer technology, medicine and health, aerospace and aviation, environment and energy, biotechnology and agricultural products. The equipment made of nano-materials has lighter weight, stronger hardness, longer service life, lower maintenance cost and more convenient design. Nano-materials can also be used to make materials with specific properties or materials that do not exist in nature, and to make biological materials and bionic materials. Measurement technology Nano-scale measurement technology includes: precise measurement of nano-scale size and displacement, and nano-scale surface topography measurement. There are two main development directions of nano-scale measurement technology. One is optical interferometry, which uses interference fringes of light to improve the resolution of measurement. Its measurement methods include: dual-frequency laser interferometry, optical heterodyne interferometry, X-ray interferometry, F-P standard tool measurement and so on. It can be used for accurate measurement of length and displacement, and also for measurement of surface micro-morphology. The second is scanning probe microscopy (STM), whose basic principle is tunneling effect based on quantum mechanics. Its principle is to scan the measured surface with a very sharp probe (or similar method) (the probe is not actually in contact with the measured surface), and measure the three-dimensional micro-stereoscopic morphology of the surface with the help of a nano-scale three-dimensional displacement positioning control system. It is mainly used to measure the micro-morphology and size of the surface. The measurement methods using this principle include scanning tunneling microscope (STM) and atomic force microscope (AFM). Processing technology Nano-processing refers to nano-precision processing technology. Because the distance between atoms is 0. 1-0.3nm, the essence of nano-machining is to cut off the bonding between atoms and realize the removal of atoms or molecules, and the energy required to cut off the bonding between atoms must exceed the bonding energy between atoms, that is, the energy density of planting is very large. Using traditional cutting and grinding methods for nanotechnology.