1) hydrogen storage material of modified Fe3O4
改性Fe3O4储氢材料
2) hydrogen storage material
储氢材料
1.
Effect of ball milling methods on synthesis and desorption properties of nanocrystalline Mg_2FeH_6 hydrogen storage materials;
球磨方式对纳米晶Mg_2FeH_6储氢材料合成与放氢性能的影响
2.
Research on influence factors and preparation of carbon nanometer ball hydrogen storage material;
碳纳米球储氢材料的制备及影响因素研究
3.
Development of research on a kind of new energy carrier-hydrogen storage materials;
新型能源载体—储氢材料研究进展
3) hydrogen storage materials
储氢材料
1.
Experimental study on petroleum coke and anthracite using for hydrogen storage materials;
石油焦、无烟煤用作储氢材料的试验研究
2.
Computational investigation and design of nanostructured hydrogen storage materials
纳米结构储氢材料的计算研究与设计
3.
First-pricinples design on atomic scale for new lightweight hydrogen storage materials
新型轻质储氢材料的第一性原理原子尺度设计
4) modified Fe3O4
改性Fe3O4
1.
Using modified Fe3O4 powder as magnetic seed and modified Fe3O4 particles as magnetic filter media,the combined process of magnetic seed,magnetic filtration and sand filtration was applied for Jiangsu Oilfield wastewater treatment,and the influences of magnetic seed dosage,agitation intensity,magnetic induction and magnetic filtering velocity on oil removal efficiency were investigated.
以改性Fe3O4磁粉为磁种、改性Fe3O4磁粒为滤料,采用磁种—磁滤—砂滤联合工艺处理江苏油田废水,考察了磁种投加量、搅拌强度、磁感应强度及磁滤速度对除油效果的影响。
5) hydrogen storage materials
作储氢材料
6) LiNH_2 hydrogen storage material
LiNH2储氢材料
补充资料：储氢材料
| 储氢材料 hydrogen storage material 一类能可逆地吸收和释放氢气的材料。最早发现的是金属钯，1体积钯能溶解几百体积的氢气，但钯很贵，缺少实用价值。20世纪70年代以后，由于对氢能源的研究和开发日趋重要，首先要解决氢气的安全贮存和运输问题，储氢材料范围日益扩展至过渡金属的合金。如镧镍金属间化合物就具有可逆吸收和释放氢气的性质：  每克镧镍合金能贮存0.157升氢气，略为加热，就可以使氢气重新释放出来。LaNi5是镍基合金，铁基合金可用作储氢材料的有TiFe，每克TiFe能吸收贮存0.18升氢气。其他还有镁基合金，如Mg2Cu、Mg2Ni等，都较便宜。 |
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条