UC知道这里是一个篇头翻译，帮我好好翻译一下，谢谢，最好不要只有软件翻译的那点，得改通一下，好的话追加50分
来源：百度知道 编辑：UC知道 时间：2024/05/30 06:10:10
Dilute magnetic semiconductor (DMS) has attracted wide interest and there has been a major effort to produce DMSs with Curie temperatures (TC) at or above roomtemperature. However, synthesis of such materials has been a challenge. DMS is usually produced by doping semiconductors with transition metals (TMs). ZnO and GaN were theoretically predicted to be ideal candidates
for room-temperature DMS [1]. Even though ferromagne-tism has been observed in a number of systems, experi-mental studies on TM-doped ZnO have producedinconsistent results and the mechanism of ferromagnetismin TM-doped ZnO remains unclear. It is speculated thatTM dopants in ZnO form clusters or secondary phases,which are detrimental to applications of DMS. This pro-moted search for DMS based on alternative dopants.
for room-temperature DMS [1]. Even though ferromagne-tism has been observed in a number of systems, experi-mental studies on TM-doped ZnO have producedinconsistent results and the mechanism of ferromagnetismin TM-doped ZnO remains unclear. It is speculated thatTM dopants in ZnO form clusters or secondary phases,which are detrimental to applications of DMS. This pro-moted search for DMS based on alternative dopants.
稀磁半导体（简称DMS ）已引起广泛的兴趣和有重大努力，目的地管理系统与生产居里温度（热电偶）或高于室温。然而，这种材料的合成一直是一个挑战。生产管理系统通常是由掺杂半导体与过渡金属（汤姆逊） 。 ZnO和GaN的是理论上预测是理想人选
为室温管理系统[ 1 ] 。即使ferromagne -主义已经看到了一些系统，实验性研究商标掺杂ZnO有producedinconsistent结果和机制ferromagnetismin商标掺杂ZnO仍不清楚。据推测thatTM掺杂氧化锌形成集群或中学阶段，这是不利于管理系统的应用。这有利于moted搜索管理系统的基础上替代掺杂。
有些翻译不到。是不是打错了。