这份报告由英国皇家环境污染委员会完成，它说，尽管纳米材料迄今为止没有表明有害的迹象，但是对其潜在风险的研究还有“严重的欠缺”。
The UK-based Royal Commission on Environmental Pollution says that while the materials have so far shown no sign of being harmful, there is a "major gap" in research about their potential risks.
我意识到，在理解如何构造无机材料，以及控制它们与环境之间的相互影响方面，纳米技术将拥有巨大的用武之地。
I realised how much nanotechnology had to offer in understanding how to build up inorganic materials and control how they interact with the environment.
而大尺寸石墨烯在性能方面之所以起到关键性的作用，是因为大尺寸石墨烯通过改善阳极材料的完整性，为纳米阳极材料提供了一个高循环稳定性的环境。
The large size of the graphene plays a key role in the performance because a larger size provides a higher cycling stability of the nanosized anode materials by improving their mechanical integrity.
采用苯热法合成环境催化材料纳米氮化铁。
Environmental catalytic material of iron nitride nanoparticle was synthesized by Benzene-thermal method.
如果你想工作在等离子体、纳米材料、甘斯材料、液体等离子体、或等离子体场域组合条件下，你一样能达到你的目的，以特定环境允许的速度。
If you want to work with plasma with nano-material, GANS material, liquid plasma or the field plasma combination, you still get to your destination at the speed of what certain environments allow.
采用嗜热四膜虫模型，探讨在水体富营养化治理中三种铁系纳米材料的环境安全效应。
The environmental safety effect of nano-sized iron materials including Fe_3O_4, Fe_3O_4-zeolite composite and iron-doped zeolite was studied using a tetrahymena thermophila model.
本文论述了以MCM-41和HMS为代表的有序介孔纳米材料的主-客体自组装体系以及它们在化学催化、环境保护、光学等领域的应用。
The article reviews recent research progress on the Host-Guest self-assembly system of ordered mesoporous nanoscale materials represented by MCM-41and HMS.
纳米材料具有大的比表面积，拥有优良的吸附性能，因此在环境分析领域的应用逐渐增多。
Nanomaterials have good adsorbability because of their huge specific surface area, therefore in the foreground of environmental analysis.
通过使用本实验室设计的低温拉伸夹具，测定了纳米二氧化硅改性环氧树脂复合材料在室温和液氮（77K）环境下的拉伸强度、弹性模量和延伸率。
Measurement of tensile strength , modulus and strain of nanometer SiO2/epoxy composite materials was conducted using self-designed tensile testing jigs at room temperature and 77K.
与智能压裂液相结合的纳米材料可作为高灵敏度传感器用于井下压力、温度等恶劣环境中。
Nanomaterials combined with smart fluids can be used as extremely sensitive sensors for pressure, temperature, and stress downhole under harsh conditions.
纳米技术，新材料及结构产品，智能聚合物，绿色有机合成路线，环境工程与管理；
Nanotechnology; New materials & structured products; Intelligent polymers; Green organic synthesis routes; Environmental engineering & management;
在新一代微电子和航天器件的高纯度纳米填充物、涂料、作为全新高效纳米吸附分离材料在环境、制药等领域有广阔应用前景。
The nano polymer ball may find its wide application in new generation of microelectronic and astronautical devices as high purity nano stuffing, paint and adsorbing and separating material.
在新一代微电子和航天器件的高纯度纳米填充物、涂料、作为全新高效纳米吸附分离材料在环境、制药等领域有广阔应用前景。
The nano polymer ball may find its wide application in new generation of microelectronic and astronautical devices as high purity nano stuffing, paint and adsorbing and separating material.
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