1.
Relationship between Brain Iron Deposition and the Change of the Proteins Related to Brain Iron Metabolism and Circulation Iron Level Induced by Cerebral Ischemia;
脑缺血诱导的脑铁沉积与脑铁代谢相关蛋白及循环铁变化的关系
2.
The Study of Non-motor Symptoms and Brain Iron Deposit Using MRI in Parkinson Disease
帕金森病非运动症状及核磁脑铁沉积研究
3.
Determination of brain iron content in patients with Parkinson’ s disease using magnetic susceptibility imaging
磁敏感成像检测帕金森氏病脑铁沉积(英文)
4.
Susceptibility-weighted Imaging in Detecting Brain Iron Accumulation of Parkinson's Disease at 3.0 Tesla MRI
3.0T磁共振磁敏感加权成像在帕金森病脑铁沉积的研究
5.
MR progress on excessive iron deposition in chronic nervous diseases
慢性神经系统疾病脑铁过度沉积的MR研究进展
6.
Correlation Study of SWI Signal Values of Deep Brain Gray Nucleus and Age in Volunteers;
正常人脑深部灰质核团铁沉积与年龄关系的SWI研究
7.
The risk factors for globus pallidus iron deposition in patients with ischemic cerebrovascular disease
缺血性脑血管病苍白球铁沉积的危险因素MR诊断价值
8.
essential pulmonary hemosiderosis
自发性肺含铁血黄素沉积症
9.
Study on Preparation and Character of Nano-iron Coating by Electrodeposition;
电沉积纳米镀铁层的制备和性能研究
10.
Electrodeposition and characterization of Fe-base lead dioxide electrode;
铁基PbO_2电极的电沉积制备和表征
11.
Electrodeposition of Fe-Co Alloy from an Ionic Liquid
离子液体电沉积铁钴合金工艺的研究
12.
Preparation and Properties of FeS_2 Film Electrode from Electrodeposited Fe Film by Sulfuration
电沉积铁硫化制备FeS_2电极及其性能
13.
Study on iron–nickel invar alloy prepared by electrodeposition
电沉积制备铁-镍因瓦合金的工艺研究
14.
The term "hemosiderosis" is used to denote a relatively benign accumulation of iron.
含铁血黄素沉着表示铁的相对良性积聚。
15.
More hematite designates cold and drought sediment environment, and indicates sediments grain size is coarse.
而较多赤铁矿的存在则指示干冷的沉积环境,反映沉积物颗粒粗。
16.
EXHALATIVE SEDIMENTATION AND HYDROTHERMAL SUPERIMPOSITION-TRANSFORMATION CHARACTERISTICS OF THE XIANGSHANNAN PYRITE DEPOSIT, ANHUI PROVINCE
安徽向山南硫铁矿的沉积-喷气沉积与热液叠加改造特征
17.
INFLUENCE OF ELEMENTS Fe, Ni, Co ETC ON METAL MANGANESE ELECTRODEPOSITION
铁镍钴等元素对金属锰电解沉积的影响
18.
Progress of Preparing Ferroelectric Ceramic Films by EPD Technique
电泳沉积技术制备铁电陶瓷薄膜的研究进展