1) sediment laden water of the Yellow River
黄河多泥沙水体
3) heavy sediment-carrying reach of the Yellow River
黄河多泥沙河段
1.
To determine the transverse mixing and longitudinal dispersion coefficients at heavy sediment-carrying reach of the Yellow River,a field diffusion trace experiment was carried out at Mengjin reach of the Yellow River.
为确定黄河多泥沙河段横向混合系数和纵向离散系数,在黄河孟津段进行了现场扩散示踪实验。
4) Yellow River silt body
黄河泥沙质坯体
5) Yellow River silt
黄河泥沙
1.
Based on the research of body decoration on the ceramic wine bottle made with Yellow River silt,a series of semi-frit glaze was made.
针对黄河泥沙质陶瓷酒瓶坯体的装饰展开研究,采用低温一次快烧工艺,研制了一系列熔块及半熔块釉。
2.
Ceramic slurry mainly containing the Yellow River silt,a natural waste,was successful prepared for the slip casting use,which were more than 60%(in mass,the same below) of silt.
以大自然废弃物黄河泥沙为主要原料成功地调制了适合于注浆成型的陶瓷泥浆。
3.
The raw material Yellow River silt is one sort of natural waste, which belongs to the silicate mineral material and meanwhile a utilizable precious resources, Manufacturing wine bottle with Yellow River silt can not only benefits the environment, but also economize cost.
黄河淤泥沙是一种大自然废弃物，属于硅酸盐类矿物原料，同时也是一种可利用的宝贵资源，以黄河泥沙为主要原料制造陶瓷酒瓶节约成本、利废环保。
6) Yellow-River sediments
黄河泥沙
1.
By adding high molecular weight flocculants intohigh turbid concentration suspensions with Yellow-River sediments,and by using settling technique and image analysis technology.
在黄河泥沙高质量浓度悬浊液中投加阳离子高分子聚合物,采用沉降技术与图像分析技术,探讨了聚合物的架桥絮凝机理以及不同质量浓度聚合物下架桥絮体粒径发展变化趋势,利用分形特性表征参数“分维”定量分析了不同质量浓度对絮体分形结构的影响,得出:①阳离子聚合物对泥沙颗粒的絮凝作用以架桥絮凝机理为主,电性中和机理为辅;②不同高分子质量浓度下泥沙架桥絮体粒径分布均呈广义的正态分布,不同絮凝阶段絮体存在3个粒径分布区域;③高分子质量浓度存在一个最佳值。
补充资料：处理好黄河泥沙——刘家峡电站排沙
处理好黄河泥沙——刘家峡电站排沙
日 处理好黄河泥沙—刘家峡电站排沙
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
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