本文研究的另外一个内容是通过胶凝性能实验，探讨钢渣粉磨的机械力化学效应对钢渣性能的影响。
The other contents studied of this paper is the cementitious properties experiments and discuss the mechanochemical effects of the steel slag ground influence the capability of the steel slag.
在非铁磁性磨粒的分步沉积方法的研究中，主要是通过实验来验证分步沉积法从理论到实际应用中的可行性。
In the research on the method of fractional precipitation, we mainly verify the possibility from theories to physically by experiment.
通过对实验结果的分析，论证了高能球磨法制备石英纳米粉的可行性。
The feasibility of the preparation of nano-scale quartz powder by high energy ball milling is demonstrated through an analysis of experimental result.
本文通过理论分析和实验测试方法研究了立式超声珩磨装置的温度场。
Temperature field of vertical ultrasonic vibration honing device is investigated by theoretical analysis and practical measurement.
通过实验室型和工业型试验，研究了湿式搅拌磨细磨天然沸石的工艺技术。
Through laboratory test and commercial test, the processing technology of ultrafine grinding of natural zeolite is investigated.
通过对芙蓉绿花岗石石材细磨、精磨、抛光的实验研究，找出了适合于芙蓉绿花岗石石材加工的最佳工艺参数(压力、给水量、时间等)。
Optimal technics parameter fit in lotus green granitic stone is found by the study on skiving fine milling and polishing of lotus green granitic stone.
通过用柱形水力旋流器对漂白化学热磨机械浆进行筛分的实验，获得了分流与流场相互关系的新认识。
After research on the fractionation of softwood BC TMP pulp fiber by a cylindrical hydrocyclones, a new knowledge of the relationship between split ratio and flow field in hydrocyclones was gained.
本文建立了辊筒磨的力学模型，探讨了辊筒磨对物料的粉碎力、以及物料钳角、单位质量能耗等问题，并通过实验进行了验。
The paper set up mechanics model of roll cylinder mill, inquired into crushing stress of materials by mill and materials clamp Angle and energy requirement problems.
通过实验研究，坡缕石矿物纳米化制备的合理工艺方案为：干湿式球磨，可得到纳米化率较高的球状或短针状的纳米粒子。
Through the experimental study, the proper process about making nano-palygorskite material is dry-wet milling process. Get higher rates of nanometer spherical or short needle nanoparticles.
本实验试图通过氨气熏蒸法及氢氧化钙浸泡湿磨法来降解或去除玉米中的黄曲霉毒素。
So, studying on the methods or technology to degrade or remove aflatoxins in corn has gradually been the research focus.
本实验试图通过氨气熏蒸法及氢氧化钙浸泡湿磨法来降解或去除玉米中的黄曲霉毒素。
So, studying on the methods or technology to degrade or remove aflatoxins in corn has gradually been the research focus.
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