求高手帮我翻译一下子，谢谢，不要用软件！！！

来源：百度知道 编辑：UC知道 时间：2024/06/18 13:01:11
本文通过表面改性和原位合成等手段，在保持四针状氧化锌晶须（T-ZnOw）原有四针状结构的同时，制备了在其表面生长有磁性纳米材料的改性氧化锌晶须（M-ZnOw）前驱物。在此基础上，通过焙烧处理，制备得到M-ZnOw。用SEM、XRD、ICP及磁性能测试等分析方法对原料T-ZnOw和产物进行了系统的表征，结果表明，反应生成的纳米粒子均匀附着在T-ZnOw的针体表面。
在此基础上，研究了不同实验条件对M-ZnOw前驱物微观形貌的影响。结果表明， FeCl2与T-ZnOw及PEG各种物质的量比以及制备工艺，后期的T-ZnOw的焙烧工艺等因素对产物形貌和性能有较大影响。在本文的实验中，发现通过不同配方所制得的样品产物成分，元素含量和磁性能大有不同。
用MPMS-XL磁性能测试系统对产物的磁学性能进行了分析，结果表明M-ZnOw前驱物具有超顺磁特性，M-ZnOw具有铁磁性，并对磁性的来源进行了探讨。通过调节反应物的用量和焙烧工艺可以对M-ZnOw的性质进行调控。

部分手工

In this paper, surface modification and in-situ synthesis, and other means to maintain the four needle-like zinc oxide whisker (T-ZnOw) needle-like structure of the original four at the same time, in the preparation of the surface growth of magnetic nanoparticles of zinc oxide modified Whiskers (M-ZnOw) precursors. On this basis, through the roasting treatment, prepared by M-ZnOw. By SEM, XRD, ICP and the magnetic properties of testing methods for analysis of raw materials such as T-ZnOw and product characterization of the system, results showed that the reaction of the nanoparticles attached to the uniform of T-ZnOw needle surface.
On this basis, the study of the different experimental conditions on the M-ZnOw precursor morphology of the impact. The results showed that, FeCl2 and T-ZnOw and PEG ratio of the various types of materials and preparation process, the latter part of the T-ZnOw the baking process, and other factors on the performance of morphology an