Nature Nanotechnology is the ability to deliver new materials, tools, and systems by taking control at the molecular and atomic levels and using the properties at which the surfaces appear. It follows from dis simple definition that nanotechnology is not a new discipline, but rather a new approach in all disciplines. For nanotechnology, they have listed applications in areas ranging from food, medicine, medical and biotechnology to electronics, computers, communications, transportation, energy, the environment, materials, aerospace, and national security. Extensive applications in dis field, including social consequences, And its legality has made dis technology a cross-disciplinary field. Although trials and research on nanotechnology have been heavily pursued since the early 20th century, the transformative, miraculous, and incredible effects of nanotechnology on R&D have led to the emergence of nanotechnology in all major countries. As one of their most important research priorities during the first decade of the 21st century. The use of this technology in all medical sciences, petrochemicals, materials sciences, defense industries, electronics, quantum computing, and so on has made nanoscience research a major scientific and industrial challenge for the world. therefore, Iranian scholars, professors, and craftsmen must determine their position, position, and status in a public mobilization, and with a rigorous and expert scientific planning, an active and even competitive presence in the field should be expressed and expressed. To do so, it is inevitable to design a coherent, comprehensive, and comprehensive program.
What are the products of nature nanotechnology?
In the nano-factor, the influence of nature physics impact factor plays an important role. For example, standing lizards on the wall, changing the color of the sun and the beauty of the butterfly wings. Nanotechnology includes two definitions of nano-enabled or nano-enhanced. Any product containing nanomaterials whose function or property is either nanostructured (nanostructured) or nanotechnology-based (nanomaterials), is known as nanotechnology. In general, nanotechnology goods include one of the following:
- Manufactured or engineered nanomaterials.
- nano-enhanced or emerged nano-intermediate product.
- nano-enhanced or emerged nano-finished product.
By the end of year 3, according to the Nanotechnology product definition, more than 3 nanotechnology products have been marketed by 2 companies from 9 countries. Nanotechnology service is a service used to deliver nanoscience or nanotechnology, which can include research and development departments. Some of the impacts and applications of nanotechnology are as follows:
- Production, Materials, and Industrial Products: Researchers will be able to create structures of materials that were not in nature and conventional chemistry could not. Some of the benefits of nanostructures are: lighter, stronger and programmable materials; reduced work-life costs by reducing the number of technical failures; new tools based on new principals and architectures;
- Nanotechnology in Medicine and the Human Body: Increased computational power by nanotechnology makes it possible to map the status of macromolecular networks in real environments. Such simulations will be necessary to improve the biodegradable implanted parts of the body and to discover the drug.
- Sustainability Resources: Agriculture, Water, Energy, Materials and Clean Environment: Nanotechnology is capable of removing small contaminants from water sources (less than 2 nm) and air (below 2 nm) and continually measuring and mitigating contamination in larger areas.
- Aerospace Nanotechnology: this will lead to the development of nanostructures and nanostructures – which cannot be built on Earth – as the space environment has low absorption and high vacuum forces.
Nanotechnology abbreviation is Nt.
What are the raw materials of nano fertilizers?
Agriculture is at the heart of the sustainable development of many countries around the world. The vital role of the agricultural industry in providing food and in achieving food security has made it one of the most important economic sectors of the country. Given the limitations of water resources, arable land, energy, and population growth, the only factor that can offset the resource shortages is the use of new science and technology. Nano fertilizers include:
- Fungi fertilizers
- Nanocodhaea tendon
- Organic Nano polymers
- Natural mineral nanomaterials
- Clay-Organic Nanomaterials
- in intelligent release systems
- Clay-Organic Nanomaterials
Organic nano fertilizers for agriculture use
These problems include increased nitrate accumulation in fruits and vegetables, increased levels of nitrate and phosphate in surface and groundwater, the occurrence of degraded water conditions, reduced biodiversity in aquatic and terrestrial ecosystems, and increased likelihood of greenhouse effects. On the other hand, the effect of these fertilizers on plant growth is low, and large amounts of fertilizers must be used to provide the plant with the nutrients it needs. This indicates that much of the fertilizer consumed remains in the soil or enters aquatic ecosystems, undermining the natural balance and biodiversity of agricultural lands. Therefore, to overcome these problems, it is necessary to adopt strategies such as better management of water and fertilizers, changes in the structure of fertilizers and the use of new technologies. Fertilizer fertilizers can be a solution to overcome the problems expressed by common chemical fertilizers.
best wholesale places to buy nano fertilizers
because they are more reliable and you can safely buy you’re fertilizer and use it on you’re farm. To buy nano fertilizers you can go to the markets for agricultural products and buy the amount of fertilizer you need. But if you don’t trust these shops and fertilizers. You can buy you’re fertilizer from prestigious department stores located throughout the city.
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