目的制备磁响应性强、粒径小且分布均匀的磁性纳米微粒，为消化道恶性肿瘤的磁控靶向治疗提供一种新型载体。
Objective To improve the method of synthesizing magnetic particles, which have good magnetic property and small size, to be used in tumor target therapy.
无机磁性微粒的性质是影响磁性高分子微球磁响应性的主要因素。
The properties of inorganic magnetic particles affect the magnetism of magnetic composite polymer microsphere.
目的：制备出磁响应性强、粒径小且分布均匀的纳米磁性微粒，为磁共振造影提供一种新型材料。
Objective: to improve the method of synthesizing magnetic particles, which have good magnetic property and small size, to be used in contrast agent for abdomen MRI.
结果表明：合成的纳米复合微粒分布均匀，具有磁性和吸附性能，在磁靶向治疗中具有潜在的应用价值。
The results indicate that the resultant products with uniform size exhibit magnetism and adsorption properties, so they have potential value of applications in magnetic drug targeting.
目的：观察血管内磁敏性造影剂超顺磁性氧化铁微粒(SPIO2)显示急性心肌梗塞灶的可能性和优越性。
Objective: To evaluate the feasibility and advantage of MRI with the intravascular susceptibility contrast agent, superparamagnetic iron oxide (SPIO2), in demonstrating acute myocardial infarction.
磁流体是一种新型的磁材料，它是一种含有均匀分布的铁磁性微粒的稳定的胶状悬浮液，同时仍具有液体的流动性。
Magnetic fluid is a new magnetic material which is stable colloidal suspensions of submicroscopic susceptibilities, yet is fluid-like in behavior.
所使用的图像数据可以是在嗜淋巴细胞的超顺磁毫微粒的静脉给药之前以及之后所获得的磁共振图像数据。
The image data used may be magnetic resonance image data that was obtained before and after the intravenous administration of lymphotropic superparamagnetic nanoparticles.
最后，混合亚微粒显示有超顺磁特性。
Finally, composite sub-micron particles exhibit superparamagnetic property.
在高密度数据存储应用中，所述强磁材料区含有高饱和磁化强度的纳米磁性微粒。
In the application of high density data storage, the strong magnetic material section contains nanometer magnetic particulate with high saturation magnetization.
运用远红外线微粒分子共振所产生的磁波能量，而引起诱热反应，刺激自然抵抗能力、增进细胞抗体。
Excite - the magnetic wave energy is generated the LR Far Infrared ray Molecule resonance. To cause the heat-lead reaction; Excite the nature resistance; Strengthen the ell antibody.
运用远红外线微粒分子共振所产生的磁波能量，而引起诱热反应，刺激自然抵抗能力、增进细胞抗体。
Excite - the magnetic wave energy is generated the LR Far Infrared ray Molecule resonance. To cause the heat-lead reaction; Excite the nature resistance; Strengthen the ell antibody.
应用推荐