This paper emphasized on the theory basics of HGMS and the principle of its application in waste FCC catalyst separation.
重点阐述了高梯度磁选的理论基础及其在FCC废催化剂中的应用原理，并详尽介绍了其工艺流程。
It is very important to study further mechanism of floral development and male sterile line of HGMS as well as its practicality.
这对进一步深入研究同源异型突变的花发育机理、雄性不育机理以及应用价值有着十分重要的意义。
Because blooming hysteresis of the floral organs of HGMS and the lesion of its pistil and aging stigma resulted in bad natural fecundity.
不结球白菜同源异型突变雄性不育系hgms由于花器官开裂滞后，雌蕊损伤、柱头老化致使自然结实性较差。
Further intercrossing HGMS and AMS, the results showed that the gene loci of causing stamen carpelloid identity of HGMSa and AMSa were the same.
相互杂交研究表明，引起HGMS和AMS雄蕊心皮化突变的基因位点是相同的。
Results indicated that the concentrating times of iron oxides by HGMS treatment was negatively correlated to the ratio of magnetic fraction extracted.
结果表明：土壤胶体经hgms处理，氧化铁的浓缩倍数与提取率呈负相关。
The principle, the application, and the advantages of HGMS in wastewater treatment were analysed. The prospects of its development were also discussed.
分析了用高梯度磁分离技术处理废水的原理、应用及该技术的优点，并对其在废水处理中的应用前景进行了探讨。
SLON-100 vertical ring pulsating high magnetic separator is used to do the experiment of the wet HGMS preliminarily desulphurization and demineralization of coal powder.
利用SLon-100立环脉动高梯度磁选机对煤粉进行了湿法磁脱硫、脱灰的试验研究。
SLON-100 vertical ring pulsating high magnetic separator is used to do the experiment of the wet HGMS preliminarily desulphurization and demineralization of coal powder.
利用SLon-100立环脉动高梯度磁选机对煤粉进行了湿法磁脱硫、脱灰的试验研究。
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