1) encephalic pathological tissues
颅内病变组织
1.
Two-step magnetic resonance electrical impedance tomography(MREIT) algorithm based on radius basic function(RBF) neural network was used to reconstruct the electrical impedance distribution of the encephalic pathological tissues on the three-sphere and realistic head model.
在三层球和真实形状头模型(包括头皮、颅骨和大脑)上,采用基于径向基函数(RBF)神经网络的两步核磁共振电阻抗成像(MREIT)算法,对颅内病变组织阻抗成像进行了仿真研究。
3) Intracranial lesions
颅内病变
1.
Methods Intracranial lesions in diameters between 0.
目的 :探讨脑立体定向开放手术治疗颅内病变的效果。
2.
Objective To evaluate the value of intraoperative sonography guided microsurgery to resecting the intracranial lesions and its merits.
目的探讨术中超声显像对颅内病变显微手术中定位、实时监测及引导切除的应用价值及其优缺点。
4) Intracranial lesion
颅内病变
1.
Clinical application of FLAIR in the diagnosis of intracranial lesion;
高场FLAIR技术在颅内病变诊断中的临床应用价值
2.
The neuronavigation system has been applied for microsurgery in 50 cases of intracranial lesions since January 2003.
应用神经导航系统进行颅内病变显微手术50例。
5) Internalcranial
侵入颅内组织
1.
The Surgical Treatment of Internalcranial Invaded by Scalp Carcinoma;
头皮恶性肿瘤侵入颅内组织的外科治疗
6) encephalic tissues electrical characteristic
颅内组织电特性
1.
Encephalic tissues impedance is the main parameter of encephalic tissues electrical characteristics.
颅内组织电特性主要参数是颅内组织电阻抗。
补充资料:彘颅
1.见"彘首"。
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
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