1) functional anaplasty
功能性成形术
2) functional magnetic resonance imaging
功能性磁共振成像技术
1.
Brain Imaging is the main research technique in cognitive Neuroscience, and the functional magnetic resonance imaging has become the most advanced and widely used among all the imaging techniques.
其中功能性磁共振成像技术已成为当前最先进、使用最广泛的脑功能成像技术 。
3) fMRI
功能性磁共振成像技术
1.
Functional Magnetic Resonance Imaging(fMRI) and Positron Emission Tomography(PET) are fast-developing technologies in the field of brain research.
在脑研究方面,功能性磁共振成像技术(fMRI)与正电子断层成像技术(PET)是当前快速发展的脑成像技术,这两种脑成像技术原理不同但功能互补。
4) formability
[fɔ:mə'biliti]
成形性能
1.
Weld-bead Migration and Formability of Tailor Welded Blank Based on Variable Blank Holding Force;
变压边力对拼焊板焊缝移动和成形性能的影响
2.
Investigation of formability for tailor-welded blank box based on variable blank-holder force over stroke;
随行程变化变压边力拼焊板盒形件成形性能研究
3.
Experimental study on formability of blanks after laser welding;
激光拼焊板成形性能的试验研究
5) forming property
成形性能
1.
Density and hermeticity were measured, relativity between forming property and density was investigated.
结果表明,添加硬脂酸和诱导铜不会带入杂质,能改善钨粉的成形性能,可以获得组织均匀、致密度高的W-15Cu复合材料。
2.
Density and hermeticity were measured and the relativity of forming property and density was investigated.
结果表明,添加硬脂酸和诱导铜没有带入杂质,能改善钨粉的成形性能,可以获得较高致密度的W/15Cu复合材料。
3.
With the dynamic explicit finite element method and the Hill's anisotropic yield criterion,which is widely used in the current finite element analysis,the influence of various kinds of process parameters on the forming property of cup-drawing is analysized, and the developing trend is also predicted through the numerical simulation.
采用动态显式有限元方法和目前在板料有限元数值模拟中最常用的Hill各向异性屈服准则对筒形件拉深过程的变形情况进行了分析,得到各种不同的工艺参数对板料成形性能的影响,从数值模拟方面预测各参数对简单筒形件拉深中的变形影响。
6) forming performance
成形性能
1.
Application of variable blank-holder pressure controlling technology in improvement of forming performance of splice-welded plate;
应用变压边力控制技术改善拼焊板的成形性能
2.
The function of the blank holder force(BHF)as well as its influence on the forming performance and forming accuracy of combined stepped-hole were analyzed.
分析了压边力的作用及其大小对这种复合台阶孔成形性能和成形质量的影响。
3.
The function of the blank holder force(BHF)as well as its influence on the forming performance and forming accuracy of workpieces were analyzed.
分析了压边力的作用及其大小对成形性能和成形质量的影响,提出了适用于这种冲锻组合工艺的压边条件,并进行了工艺试验验证。
补充资料：功能性垂体切除术
功能性垂体切除术
functional hypophysectomy
功能性垂体切除术，系指切除正常的垂体腺，以达到治疗依赖激素癌的骨转移性疼痛之目的。如乳腺癌、前列腺癌、甲状腺癌、卵巢癌的骨转移性疼痛等。其方法包括经颅内额下进路、经颅外蝶骨进路行垂体切除术、鞍内注射乙醇行垂体溶解术。有肝、脑、骨髓弥漫性转移者一般禁忌。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条