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How good is nano knife ablation? Which hospital does more nano knife tumors?
Nanometer knife ablation effect on the body of small trauma, small side effects, reduce recurrence, our hospital is the country's earlier introduction of "nanometer knife treatment tumor" hospital, tumor location is not good how to do nanometer knife? Our hospital nano-knife center Niu Bo main knife, nano-knife especially pay attention to the "puncture" skills ......
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What are the places in life where nanotechnology is used?
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What places in life use nanotechnology? Baidu.com
There are many places in life where nanotechnology is used, such as biological treatment, electronic technology product development, and polymer synthesis technology.
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Where is nanotechnology used
Where can nanotechnology be used Where is nanotechnology used Medicine, cars, glass. Write a reply*** 53 replies Healer 201211 LV.1 Chat Follow Become the 3rd fan Nanotechnology is now successfully used in many fields, including medicine, pharmacy, chemical and biological testing, manufacturing, optics, and defense, to name a few. This entry is a general outline of nanotechnology applications, including the following fields: 1. nanotechnology in new materials 2. nanotechnology in microelectronics, electricity, and other fields 3. nanotechnology in manufacturing 4. nanotechnology in biology and pharmacy 5. nanotechnology in chemistry and environmental monitoring 6. nanotechnology in energy, transportation, and other fields 7. nanotechnology in Application of nanotechnology in agriculture 8. Application of nanotechnology in daily life Clothing Adding nanoparticles to textile and chemical fiber products can eliminate odor and sterilization. Chemical fiber cloth is strong and sturdy, but there is annoying static electricity phenomenon, adding a small amount of metal nanoparticles can eliminate static electricity phenomenon. Food Using nanomaterials, refrigerators can be antibacterial. Nanomaterials made of sterile tableware, sterile food packaging supplies have been introduced. The use of nano-powder, you can make the wastewater completely into water, fully meet the drinking standards, nano-food color and aroma, but also beneficial to health. Live The use of nanotechnology, so that the wall paint can be 10 times more resistant to scrubbing. Glass and tile surfaces coated with nanometer thin layer can be made of self-cleaning glass and self-cleaning tiles, no need to scrub. Building materials containing nanoparticles can also absorb ultraviolet rays that are harmful to the human body. Row Nanomaterials can enhance and improve the performance index of transportation. Nano-ceramics are expected to be ideal materials for engine parts of automobiles, ships, airplanes, etc., which can greatly improve engine efficiency, working life and reliability. Nanosatellites can provide traffic information to drivers at any time to help them drive safely. Medical Micro drug delivery device made of nanotechnology can carry a certain dosage of drugs, which can be guided by electromagnetic signals outside the body to accurately reach the site of the lesion, effectively play a therapeutic role, and alleviate the adverse effects of drugs. Micro-robots made of nano, which are smaller than red blood cells, can unclog blood clots in cerebral blood vessels by injecting them into the patient's blood vessels. Remove fat and sediment from the arteries of the heart, but also "chew" the stones of the urinary system. Nanotechnology will be a good helper for healthy life. Nanotechnology application prospects are very broad, the economic benefits are very huge, the United States authority predicted that in 2010 the nanotechnology market is estimated to reach 1,440 billion U.S. dollars, the future application of nanotechnology will be far more than the computer industry. Nano-composite, plastic, rubber and fiber modification, nano-functional coating materials design and application, will give the traditional generation and products into the new high-tech content. Experts pointed out that textiles, building materials, chemicals, petroleum, automobiles, military equipment, communications equipment and other fields, will not be exempted from a nano-triggered by the "materials revolution" Now China's nano-materials and nanotechnology registered companies have nearly 100, the establishment of more than 10 nano-materials and nanotechnology production lines. Nano-fabrics and garments have been mass-produced, such as computerized work clothes, non-static clothes, anti-ultraviolet clothes and other nano-fabrics have been launched. New paint with nanotechnology is not only more than ten times more resistant to scrubbing, but also non-toxic, harmless and odorless. Nanotechnology is improving and enhancing people's quality of life See all 28 answers PANPOWER nano blackboard supports a variety of writing styles, waterproof and stormproof The nano blackboard adopts automatic sensor recognition technology, the surface of a large amount of water can still be normal touch! Nano blackboard flat appearance, with signal splicing conversion function, single-screen, dual-screen free combination Suzhou Pan-Pro Technology Co. 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This is generally the case is a lot of food, clothing, housing and transportation will be used like some of the clothes we wear are made of nanometer materials. 243 Browse17542020-03-05 Nanotechnology is used in those places, the United States military, Japan medical. China is currently an Enron Nano company, used in civilian applications. 17 Views1962017-09-12 If you were allowed to utilize nanotechnology where would you apply it in your life? If I were to utilize nanotechnology, I would apply it to all aspects of life. The first thing is to use nanotechnology for daily clothing, food, housing and transportation. We can wear clothes made of nanofibers, which are not only airtight but also waterproof. In addition, we can also use nanomaterials to build houses, which are definitely more solid and reliable, with better earthquake resistance. And cars and airplanes made with nanotechnology will be more solid and less prone to breakage or deformation. 187 Browse5122020-03-15 What are the applications of nanotechnology? Nanotechnology in life is reflected in the application of clothing, food, housing and transportation. 1, clothing Adding nanoparticles to textile and chemical fiber products can deodorize and sterilize. Although chemical fiber cloth is strong, but there is annoying static electricity phenomenon, adding a small amount of metal nanoparticles can eliminate static electricity phenomenon. 2, food Using nanomaterials, refrigerators can be antibacterial. Nanomaterials do sterile tableware, sterile food packaging supplies have been introduced. The use of nano-powder, you can make the wastewater completely into fresh water, fully meet the drinking standards. Nano-food color and flavor, but also beneficial to health. 3, live The use of nanotechnology, so that the scrub resistance of wall paint can be increased by 10 times. Glass and tile surface coated with nanometer thin layer, can be made of self-cleaning glass and self-cleaning tiles, no need to scrub. Building materials containing nanoparticles can also absorb harmful ultraviolet rays. 4, line Nanomaterials can enhance and improve the performance index of transportation. Nano-ceramics are expected to become the ideal material for engine parts of cars, ships, airplanes, etc., which can greatly improve engine efficiency, working life and reliability. Nano-satellite can provide traffic information to drivers at any time to help them drive safely.
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Where are nanotechnology used in life? (at least 3 kinds) - Find answers at Ask A Question
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What are nanotechnologies? Where can nanotechnology be used in life?
Nanotechnology is the science and technology of making matter from individual atoms and molecules, and the study of the properties and applications of materials with structural dimensions in the range of 1 to 100 nanometers. Nanoscience and technology is based on many modern advanced science and technology, it is dynamic science (dynamic mechanics) and modern science (chaos physics, intelligent quantum, quantum mechanics, mesoscopic physics, molecular biology) and modern technology (computer technology, microelectronics and scanning tunneling microscope technology, nuclear analysis technology) combination of the product of nanoscience and technology, nanoscience and technology in turn will trigger a series of new science and technology. For example: nanophysics, nanobiology, nanochemistry, nanoelectronics, nanoprocessing technology and nanometrics. The current research and application of nanotechnology is mainly in materials and preparation, microelectronics and computer technology, medicine and health, space and aviation, environment and energy, biotechnology and agricultural products. Devices made from nanomaterials are lighter in weight, stiffer, longer in life, less expensive to maintain and easier to design. Using nanomaterials it is also possible to make materials with specific properties or materials that do not exist in nature, to make biomaterials and biomimetic materials. Measurement techniques Nanoscale measurement techniques include: measurement of dimensions and displacements with nanoscale precision, and measurement of surface topography at the nanoscale. There are two main directions of development in nanoscale measurement technology. First, optical interferometry technology, which is the use of light interference fringes to improve the resolution of the measurement, and its measurement methods include: dual-frequency laser interferometry, optical aberration interferometry, X-ray interferometry, F a P standard tool measurement, etc., which can be used for the precise measurement of the length and displacement, but also can be used for the measurement of the surface microscopic morphology. Second, scanning probe micrographic measurement technology (STM), the basic principle is based on quantum mechanics of the tunneling effect, which is based on the principle of very sharp probe (or similar methods) on the surface to be measured by scanning (probe and the surface to be measured is not actually in contact), with the help of nanoscale three-dimensional displacement localization and control system to measure the three-dimensional microscopic three-dimensional shape of the surface. It is mainly used to measure the microscopic shape and size of surfaces. Measurement methods using this principle include scanning tunneling microscopy (STM) and atomic force microscopy (AFM). Processing technology Nanoscale processing means processing technology that achieves nanoscale precision. Since the distance between atoms is 0.1-0.3nm, the essence of nanometer machining is to cut off the interatomic bonding and realize the removal of atoms or molecules, and the energy required to cut off the interatomic bonding must be required to exceed the interatomic bonding energy of the substance, i.e., the energy density sown is very large. Nanotechnology with traditional cutting and grinding processing methods