1) ZnO content
ZnO含量
1.
High power NiZn ferrite materials were prepared by using conventional ceramic technology,and the effects of dopants,ion substitution and ZnO content in the principal composition on the properties of NiZn ferrites were analyzed and discussed,respectively.
采用传统陶瓷工艺制备大功率NiZn铁氧体材料,分析了ZnO含量、离子替代和掺杂对材料电磁特性的影响。
2) fly ash containing ZnO
含ZnO飞灰
1.
Study of performance of sulfate aluminum cement improved by municipal solid waste incineration fly ash containing ZnO;
采用含ZnO飞灰改善硫铝酸盐水泥性能的研究
3) ZnO quantum dot
ZnO量子点
1.
Fabrication of Hexagonal ZnO Quantum Dot in Cubic ZnMgO Matrix by Chemical Solution Method;
立方ZnMgO基体中六方ZnO量子点的化学溶液制备技术
2.
The results show that ZnO quantum dots have the best luminescence properties at n∶nZnO=1∶4.
本文利用溶胶-凝胶法在非水稀溶液中制备出SiO2包覆的ZnO量子点。
3.
ZnO quantum dots has unique photoelectric properties,especially can be used in UV laser devices related with the exciton characteristic,therefore, it is very important to study the ground state properties of exciton of ZnO quantum dots in theory.
ZnO半导体量子点材料与体材料相比具有崭新的光电特性,特别在紫外激光器件方面,与ZnO的激子特性密切相关,因此理论上对ZnO量子点中激子的基态特性进行研究就显得十分必要。
4) ZnO quantum wire
ZnO量子线
1.
BaTiO_3/SrTiO_3 artificial superlattices deposited by pulsed laser molecular-beam epitaxy, high UV reflecting Cu/Ti superlattices fabricated by DC magnetron sputtering and ZnO quantum wires made by hydrothermal technique are introduced in this paper.
主要论述了低维材料的制造方法、特异性能及在光电子和微电子器件领域的应用,包括介质超晶格、金属超晶格和一维量子线;介绍了我们分别采用激光分子束外延制备的BaTiO_3/SrTiO_3介质超晶格及其介电性能、直流磁控溅射法制备的强紫外光反射的Cu/Ti超晶格和宽禁带的一维ZnO量子线;描述了低维材料的发展前景。
5) ZnO/Al2O3
ZnO/Al2O3(质量比)
6) ZnO/MgZnO quantum well
ZnO/MgZnO量子阱
补充资料：iron zinc oxide (fe2zno4)
CAS：12063-19-3
分子式：Fe2ZnO4
中文名称：氧化铁锌
英文名称：Iron zinc oxide；iron zinc oxide (fe2zno4)；diiron zinc tetraoxide
分子式：Fe2ZnO4
中文名称：氧化铁锌
英文名称：Iron zinc oxide；iron zinc oxide (fe2zno4)；diiron zinc tetraoxide
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