哪位英文高手麻烦帮我翻译一下下边的文章,不要翻译工具纳米科学技术（nano scale science and techenolgy）是20世纪80年代末诞生并发展起来的科学技术.伴其而生的纳米材料是指粉体达到一定细度
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哪位英文高手麻烦帮我翻译一下下边的文章,不要翻译工具纳米科学技术（nano scale science and techenolgy）是20世纪80年代末诞生并发展起来的科学技术.伴其而生的纳米材料是指粉体达到一定细度
哪位英文高手麻烦帮我翻译一下下边的文章,不要翻译工具
纳米科学技术（nano scale science and techenolgy）是20世纪80年代末诞生并发展起来的科学技术.伴其而生的纳米材料是指粉体达到一定细度的材料,性质通常是稳定的,有很多类似宏观隧道效应之类的特性.其具有很多传统材料无法与之媲美的特性及作用 .水热法最初是用来研究地球矿物成因的一种手段,它是通过高压釜中适合水热条件下的化学反应实现从原子、分子级的微粒构筑和晶体生长.本文介绍了纳米科学和水热合成法及其特点,制备的粉体晶粒发育完整,粒径小且分布均匀,团聚程度小,在烧结过程中活性高.并在低温下水热法合成硫化镍微晶体.研究了在水热法合成硫化镍粉体中工艺条件对粒径、形貌的影响.利用X-射线衍射技术（XRD）对其粒径和结构进行了表征.
哪位英文高手麻烦帮我翻译一下下边的文章,不要翻译工具纳米科学技术（nano scale science and techenolgy）是20世纪80年代末诞生并发展起来的科学技术.伴其而生的纳米材料是指粉体达到一定细度
Nano Science and Technology (nano scale science and techenolgy) in the 20th century and the birth of the late 1980s to develop the science and technology.With its nano-materials and health is fine powder up to a certain degree of material nature is usually stable,there are many similar macro-tunnel effect of such properties.With its many traditional materials can not match the characteristics and role.Hydrothermal was first used to study the Earth as a means of mineral causes,it is through high-pressure cauldron of hot water under the conditions for the realization of chemical reactions from atomic and molecular level of particulate build and crystal growth.In this paper,nano-science and hydrothermal synthesis and characteristics of the powder grain of integrity,small size and evenly distributed,small degree of reunion,in the process of sintering high activity.Low-temperature hot water and synthesis of nickel sulfide micro-crystals.On the hot water in the synthesis of nickel sulfide in the process of the powder particle size,morphology of the impact.Use of X-ray diffraction technique (XRD) of its size and structure were characterized.