磁性

As a result,room-temperature ferromagnetism of carbondoped ZnO could be derived in proper preparing conditions.

由此表明碳单掺杂的ZnO稀磁半导体在合适的制备条件下，可以得到室温铁磁性。

We have observed the room-temperature ferromagnetism of individual Zn1-xCoxO nanowires by Magnetic Force Microscopy.

这使得奈米线内的氧空缺增加并进一步的提高奈米线的铁磁性性质。

Our further calculations show that hole doping enhances ferromagnetism.

我们的进一步演算表示，孔掺杂提高铁磁性。

It was found that the coexistence of ferromagnetism, charge-ordering and antiferromag.

通过对含Pr样品红外吸收光谱的研究，发现了频率在～530cm~(-1)处的吸收峰，我们分析这一吸收峰跟物质的铁磁性密切相关。

The appearance of the ferromagnetism at low temperature mayresult from size effect.

有关Mn纳米颗粒的制备以及它在低温下具有铁磁性都是首次报导。

The intrinsic ferromagnetism originates from the Zn-C system in the ZnO environment.

这种固有的磁性来自于氧化锌环境中的锌-碳系统。

The results show that the Mn-doped GaN films grown by HVPE have the ferromagnetism even at the room temperature.

测试结果表明使用HVPE方法生长的Mn掺杂GaN薄膜具有室温铁磁性。

No ferromagnetism was observed in stoichiometric HfO2 films, but we observed weak ferromagnetism in highly oxygen-deficient HfO2 films.

对于理想配比的HfO2薄膜，没有发现铁磁行为，但在高缺氧状态下的HfO2则观测到了弱的铁磁性。

At first,the as-preparedsample was annealed in an oxidizing atmosphere,the ferromagnetism of the filmdisappeared.

2磁性研究表明：对于不同Tb掺杂量的样品，随Tb掺杂量的增加，样品的每Tb磁矩先增加。

It is shown that Zn0.75Co0.25O films grown at low temperatures (250 ~ 350 ℃) are of single-phase wurtzite structure and films synthesized at 300 or 350℃ reveal room temperature ferromagnetism.

第五章研究了生长温度对Co掺杂的ZnO DMS薄膜性能的影响。300℃与350℃条件下生长的薄膜显示出铁磁性。

The labia have now been sutured together almost completely.The drains and the Foley catheter come out at the top.

此刻阴唇已经几乎完全的缝在一起了，排除多余淤血体液的管子和Foley导管从顶端冒出来。

To get the business done, I suggest we split the difference in price.

为了做成这笔生意，我建议我们在价格上大家各让一半。