| 1. | Copper oxide is made up of copper and oxygen
氧化铜是由铜和氧组成的。 |
| 2. | Pseudogap effect on the transport in copper oxide materials
氧化物材料中赝能隙对输运性质的影响 |
| 3. | Chemical reagent - copper oxide powder
化学试剂粉状氧化铜 |
| 4. | Chemical reagent . copper oxide wire
化学试剂.线状氧化铜 |
| 5. | Copper oxide photovoltaic cell
氧化铜光生伏打电池 |
| 6. | The production of copper oxide and high purity ferric oxide from low - grade copper ores
浮选机槽内矿浆紊流强度对氧化矿浮选的影响 |
| 7. | Methods for chemical analysis of zinc oxide produced by direct process - determination of copper oxide content - atomic absorption spectrometry method
直接法氧化锌化学分析方法原子吸收光谱法测定氧化铜量 |
| 8. | To date , researchers have successfully tested several copper oxide - based prototypes that have been cooled to near 70 k with liquid nitrogen
到目前为止，研究人员已经成功测试了数种，以液态氮降温至接近70k的铜氧化物原型样品。 |
| 9. | These copper oxide ceramics conduct electricity without loss at temperatures far higher than those needed for conventional superconductors , albeit still far below room temperature
高温超导体采用铜氧化物陶瓷材料，比起传统的超导体，它可以在温度高出许多的环境下传导电流，而且不会耗损，虽然这个温度仍比室温低得多。 |
| 10. | Unlike high - temperature superconductors ( copper oxide materials that superconduct at temperatures as high as 130 k ) , mgb2 seems to be a traditional superconductor , albeit a novel variant
和高温超导体（主要成份为铜氧化合物，转变温度最高可达130k ）不同的是，硼化镁虽然是个新登场的超导材料，看起来却很像传统超导体。 |
