针对我国火电厂灰场扬尘问题日益严重的现象，在大量实验的基础上，合成了一种新型无机—高分子复合抑尘材料来覆盖灰场。
Aimed at the fly ash problem of ash keeper site in power plant, it is composed that a novel inorganic polymeric compound material is covered ash keeper site based on experiment.
可用于金属、非金属、动植物，有机、无机材料纳米级粉末的实验和生产。
It can also be used for experiment and production of organic and inorganic materials of nano-grade fines such as metals, non-metals, and animals and plants.
采用水淬高炉矿渣、烧氧化镁、—水玻璃、氧化钾等材料在实验室条件下能够制备得到一种新型无机复合胶凝材料。
We can use blast furnace slag, light burnt magnesia, alkali - sodium silicate, potassium hydroxide for preparing a new inorganic compound cementitious material under laboratorial study.
开放式实验室对无机非金属材料专业的教学和科研起到了促进作用，取得了较好的效果。
Open laboratory had promotion on the teaching and scientific research of inorganic nonmetal major, and procured preferable effect.
在田间及盆栽试验条件下，以小麦为主要实验材料，研究了干旱下无机营养与作物产量、生长、水分利用效率及抗旱性的关系。
The relationship between fertilizing and yield, growth, water use efficiency and drought-resistance of wheat were studied under field and pot conditions.
在田间及盆栽试验条件下，以小麦为主要实验材料，研究了干旱下无机营养与作物产量、生长、水分利用效率及抗旱性的关系。
The relationship between fertilizing and yield, growth, water use efficiency and drought-resistance of wheat were studied under field and pot conditions.
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