Reportlinker.com announces that a new market research report related to the Nanotechnology industry is available in its catalogue.
全球碳纳米管市场
纳米技术可以描述为操纵纳米级物质的属性,以在宏观上创建具有新功能的产品。通过剥削这些新功能,纳米级技术可以帮助解决当今社会面临的一些关键挑战。纳米技术本身不是市场。相当;这是一种开发两者的能力:
目前,纳米技术是一个利基领域,但目前很少有行业不受其影响力的影响。纳米技术的承诺更少:较小,更便宜,更轻,更快的设备具有更大的功能,使用较少的原材料和消耗更少的能量。欧洲杯足球竞彩纳米技术提供了巨大的希望;从个人公司的特定商机到全世界的社会福利。然而,要实现这些好处,纳米技术将需要更新或实现的产品和过程才能到达超市架子或工厂的地板。
纳米级技术并不新鲜。多年来,科学家和工程师使用了“纳米技术”一词来表示不同的事情。例如,聚合物科学家将胶体科学视为纳米级技术。欧洲杯线上买球物质科学家们希望,几乎肯定会在纳米级的结构,功能,多功能和基于生物的材料的未来发展。欧洲杯足球竞彩
新的是我们对纳米级可能发生的新型特性的理解,该特性通过测量和表征的发展而显着改善。这导致了利用观察到的新特性的动力,例如表面活性的增加,量子效应开始主导着表现出磁性,光学和电子特性变化的材料的行为,以及自我组装的能力。纳米级材料在〜1nm欧洲杯足球竞彩至100nm之间具有一个或多个尺寸,具有一个或多个特定的特性:
- 高表面积,因此高表面活性
- Quantum effects becoming dominant (such as a change in optical, magnetic, or electrical properties)
欧洲杯足球竞彩在纳米级中具有一维的材料包括薄膜涂层等层。欧洲杯足球竞彩纳米级具有两个维度的材料包括纳米线和纳米管。欧洲杯足球竞彩纳米级具有三个维度的材料包括量子点和纳米颗粒。欧洲杯猜球平台可以将纳米级材料合并欧洲杯足球竞彩到最终组件或系统中(例如,将碳纳米管纳米置含量纳米置材料或化妆品中的纳米颗粒中纳入聚合物基质或纳米颗粒)。欧洲杯猜球平台“自由”的两个和三维纳米材料,例如纳米管或纳米颗粒,以粉末和纳米材料的形欧洲杯足球竞彩式形式,其中包含两个和三个维度的纳米材料(如纳米复合材料)欧洲杯猜球平台是最关心的,当考虑到在产品中以及在产品中的潜在健康和安全问题时,都是最关注的问题。职业环境。
这些材料通常欧洲杯足球竞彩是使用与散装材料的技术不同的技术制造的,需要使用自上而下的技术(例如蚀刻和研磨)的组合开发新工艺,以及诸如电子旋转和自组装等自下而上的技术。要了解材料特性并在制造中实现质量控制,测量是关键。不断需要新技术和工具。示例包括用于在线和在线测量的原子力显微镜和技术。
Usually, a nanoscale material or component will need to be integrated into a final product to realise its value. Examples include electronic devices such as sensors and displays, healthcare devices such as imaging systems, and diagnostic tools. In their widest sense, nanoscale technologies have been used by some industries for over a century. In the semiconductor and chemicals sectors for example, increased knowledge of the relationship between the structure and properties of nanoscale materials has enabled the production of materials and devices with higher performance and increased functionality.
This progress has taken place steadily over many years and the influence of nanoscale technologies on industry, thus far, can be described as evolutionary rather than revolutionary. Also evident is the current production rates of nanoparticles and nanomaterials, which are still small in comparison with current production rates of more conventional materials. Sectors in a position to become early adopters of nanoscale technology are those that are dependent on:
- 高级材料,欧洲杯足球竞彩
- 复杂的分析工具和
- 高级电子设备由高级电子设备启用。
新技术的商业化拥有丰富的基础,以及许多跨部门合作的机会。但是,在开发的哪个阶段也很重要。他们是强烈植根于学术界,是由企业开发的,还是已经在市场上。
三代纳米级技术可以描述为:
- 第一代纳米级技术,例如抗菌涂层,受控释放药物
- 第二代活性纳米级技术,例如朝着组件内的多功能传感器和自组装迈进
- 3rd generation-active systems of nanoscale technologies, e.g. more than one active nanoscale technology within a system.
Current exploitation is very much within the 1st generation, dipping into 2nd generation technologies. Overall the move is towards materials and systems with increasing functionality and multifunctionality. There are already at least several hundreds of products on the market incorporating nanomaterials.1 Many more are in the pipeline and can be expected to enter the market in the near future. Over the coming years and decades, nanotechnologies will continue to make an impact on manufacturing and service industries; on electronics, information technology; and on many other areas of life, from medicine to energy conservation.