skutterudite
1. p-type skutterudite
p型方钴矿
2. Skutterudite compound
Skutterudite化合物
3. Key words: skutterudite compounds;
关键字: 方钴矿;
4. Keywords filled skutterudite;thermoelectric material;thermal conductivity;figure of merit;
关键词填充方钴矿;热电材料;热导率;热电优值;
5. Keywords thermoelectric material;polyaniline;nanomaterial;composite;skutterudite;transmission electron microscope(TEM);
关键词热电材料;聚苯胺;纳米材料;复合材料;方钴矿;透射电镜;
6. Keywords Chemical methods;Skutterudite;Nano-powder;Thermoelectric properties;
化学法;方钴矿;纳米粉体;热电性能;
7. filled skutterudite compound
填充Skuttenzdite化合物
8. filled skutterudite
填充式方钴矿
9. Keywords filled skutterudite;spark plasma sintering;lattice constant;thermoelectric properties;thermal conductivity;
填充式方钴矿;放电等离子烧结;晶格常数;热电性能;热导率;
10. The Latest Development of Filled Skutterudite Thermoelectric Material
填充方钴矿类热电材料的研究进展
11. The Raman Spectra of Lanthanide Filled Skutterudite Crystals[J].
引用该论文 李丽霞,刘宏,王继扬,徐丽,黄佶,李志峰.
12. skutterudite compounds
方钴矿
13. Keywords skutterudite;filling;substitution;lattice thermal conductivity;
方钴矿;填充;置换;晶格热导率;
14. Keywords Skutterudite;multiwalled carbon nanotubes;electrical conductivity;Seebeck coefficient;lattice thermal conductivity;
方钴矿;多壁碳纳米管;电导率;塞贝克系数;晶格热导率;
15. Keywords skutterudite;thermoelectric material;FFL;low-dimensional;
方钴矿;热电材料;填充限度;低维;
16. Keywords skutterudite compounds;filling;substitution;lattice thermal conductivity;SPS in-situ synthesis;
方钴矿化合物;填充;置换;晶格热导率;SPS原位反应;
17. Keywords Segmented thermoelectric materials;Filled skutterudite compound;Bismuth telluride based compound;Interface;Mechanical alloying;
梯度热电材料;填充方古矿化合物;铋化碲化合物;界面;机械合金化;
18. Keywords thermoelectric materials;skutterudite;low dimensional thermoelectric materials;development;
热电材料;方钴矿;低维热电材料;进展;
19. Keywords thermoelectric material;skutterudite;thermoelectric properties;sparkplasma sintering;
热电材料;方钴矿;热电性能;放电等离子烧结;
20. Keywords thermoelectric material;skutterudite;thermoelectric properties;mechanical alloying;spark plasma sintering;
热电材料;方钴矿;热电性能;机械合金化;放电等离子烧结;
21. Keywords skutterudite;thermoelectrics;structure and property;quantum chemistry calculation;
热电材料;结构与性能;量子化学计算;
22. The author find that the cobalt in ore is in the form of indepent minerals,such as siegenite,cobaltite, skutterudite and Co-bearing pyrite etc.
矿石中钴呈独立矿物硫钴镍矿、辉钴矿、方钴矿和含钴黄铁矿等产出。
23. The result indicates that the CeOs_4Sb_ 12 skutterudite is a Kondo insulator with a c-f interaction of 3.1 meV. The Debye temperature is determined as 317 K.
结果表明CeOs4Sb12中存在近藤相互作用,其作用强度为3·1meV,证实了CeOs4Sb12为近藤绝缘体. 中子测量得出CeOs4Sb12德拜温度为317K.
24. Kondo interactions in the CeOs skutterudite studied by inelastic neutron scattering
近藤相互作用的非弹性中子散射研究