| 词汇 | nanotechnology |
| 释义 | nanotechnology noun[ U ] uk /ˌnæn.əʊ.tekˈnɒl.ə.dʒi/ us /ˌnæn.oʊ.tekˈnɑː.lə.dʒi/ an area of science that deals with developing and producing extremely small tools and machines by controlling the arrangement of separate atoms纳米技术（指通过控制原子的组合排列开发制造微型器具的学科） Inventing, designing and innovation absorptive capacity architect artificer bionics blueprint design designer devise dream something up ergonomic lead time modularization mother non-imitative technologist technology the mother of somethingidiom themed think outside the boxidiom think something up nanotechnology | American Dictionarynanotechnology noun[ U ] us/ˈnæn·oʊ·tekˌnɑl·ə·dʒi/ the science of making extremely small devices the size of atoms and molecules nanotechnology | Business Englishnanotechnology noun[ U ] uk /ˌnænəʊtekˈnɒlədʒi/us the design and use of extremely small machines made of just a few atoms: The event gathered product developers, investors and researchers to talk about commercial applications for nanotechnology. Examples of nanotechnologynanotechnology Technological innovations in the future, we are told, that use nanotechnology will involve products that will be 1000 times smaller. Using electron beams could develop much more toward nanotechnology and much higher density of electronic elements on silicon chips. For example, thanks to nanotechnologies and artificial intelligence, human nature could be enhanced. In reality, nanotechnology will provide us with new methods for releasing drugs and revolutionising our medical procedures. The future of nanotechnology is too bizarre to comprehend. The contributions that really allow people to start thinking and talking about nanotechnologies come from the experienced scientists who try to explain the field. Several fields are most relevant, including genetic engineering, biotechnology, nanotechnology and space travel. The new displays highlight nanotechnology in particular, but also feature miniature aircraft, and emotional machines. We expect our atomistic strain computations to provide evidence of the strain effect in nanotechnology. Those who have been awarded funding range from optical biochips to very fast genome sequencing technologies with common threads - of solid-state and nanotechnologies. On the much smaller scale of nanotechnology, researchers are developing molecule-sized physical machines that have been tested in animals. This can soon change as the potential of nanotechnology is driven home to industry by the continual breakthroughs that are being publicised. They are often used as catalysts in nanotechnology, and may bind polymers like proteins, lipids, and nucleic acids creating assemblies reminiscent of life forms. It has been predicted that nanotechnology will be the world's second largest manufacturing sector at the turn of the century, with, perhaps, the computer chip industry remaining ahead. Nanotechnology applies broadly to any technology that takes advantage of mechanical properties on a molecular scale. These examples are from corpora and from sources on the web. Any opinions in the examples do not represent the opinion of the Cambridge Dictionary editors or of Cambridge University Press or its licensors. |
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