Study on the Colloidal Nutritious Material in Eutrophic Seawater; a culture medium containing whole blood as the nutrient. 富营养化水体中胶体有机营养物质研究由血液作为全部营养物的培养基。
Using close-packed colloidal crystals-silica as the template, a novel 3D well-ordered and long-ranged periodic macroporous material MnO_2 has been prepared by colloidal crystals template methods. 以单分散SiO2胶态晶体球形成的三维有序结构为模板,利用胶体晶模板技术合成了三维长程有序的二氧化锰大孔材料。
Study on Controlling Coal Spontaneous Combustion at Semi-progressive Working Face by Macromolecular Mixed Soluble Expansive Colloidal Material 高分子复混溶胀胶体材料防治半前进式工作面煤炭自燃技术的研究
In A stage, most of soluble organic material is removed by biological metabolism of prokaryotic bacteria, most of suspended and colloidal organic material is removed by biological adsorption and flocculation settling. 在A级,废水中的溶解性有机物主要通过原核细菌的生物代谢作用去除,悬浮有机物和胶体有机物则主要通过生物吸附和絮凝沉淀去除。
The preparation of graphite Raschig ring by a sintering process using the colloidal graphite as main raw material is reported in this paper. 本文选用胶体石墨为主要原料,采用烧结工艺制备石墨拉西环。
With three-dimensional ordered periodic structure, colloidal crystal now become a quite important material known as photonic crystal, which has the behavior to light just like the semiconductor to electrons. 由于具有三维有序组装结构的胶体晶体在光电研究领域的特殊意义,近年来这种材料作为光子晶体己成为人们研究的热点。
The ferrofluid consists of colloidal suspensions of single domain magnetic nanoparticles and base liquid. It has the magnetism of the solid magnetic material and the liquidity of the liquid, so it may be considered as a new type of liquid. 磁流体是由单畴结构的磁性纳米粒子构成的胶质悬浮液,它兼有固体磁性材料的磁性与液体材料的流动性,是一种新型的液体功能材料。
The colloidal carbon spheres were firstly prepared using glucose as a raw material in the experiments. 实验首先以葡萄糖为原料制备出胶体碳球。
The magnetic fluid is a colloidal solution that consists of magnetic nanometer particles coated with surfactants and a base liquid. It is a kind of magnetic material in which the nanometer magnetic particles are dispersed in the base liquid homogeneously. 磁流体是磁性纳米粒子包覆表面活性剂后均匀地分散在某种载液中而形成的胶体溶液。
The basic idea is to self-assemble a colloidal suspension of monodisperse microspheres and use this crystal as a template for introducing a higher refractive index background material, such as metals. 其基本思想是利用单分散的胶体微球自组装,利用排布的光子晶体作为模板,在其空隙中引入一种更高折射率的背景材料,例如金属。