The particles don’t make any agglomeration,and show us an excellent monodisperse property. The maximum saturation magnetization can reach to 79.3emu/g,and the particles show us an excellent magnetic response.
产物的饱和磁化强度最高可达79.3emu/g,显示出极佳的磁响应性。
参考来源 - 溶剂热法制备纳米四氧化三铁研究·2,447,543篇论文数据，部分数据来源于NoteExpress
The microspheres were characterized by IR, TEM, TG and XRD and their magnetic response property was tested.
用TEM、IR、TG、XRD 等方法对复合微球进行了表征并测试了复合微球的磁响应性。
Their surface morphology, size distribution, characters of swelling, adsorbability for drug-carried and magnetic response were studied.
研究了上述两种微球的表观形态、粒径分布、溶胀性、载药性能和体外磁响应性。
This correlation is contrast to the loess deposits on top of profile, which shows the mechanism of magnetic response towards paleoclimate changes in lacustrine sediments is unlike that in loess.
这种相关性与顶部的黄土堆积刚好相反，反映了二者之间磁化率不同的变化机制。
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