1) socket
[英]['sɔkɪt] [美]['sɑkɪt]
接受腔
1.
Prosthesis socket computer aided design and manufacturing system;
假肢接受腔计算机辅助设计与制造系统的研制
2.
Methods The Prothèse Tibiale Kegel(PTK) crus prostheses with EVA soft socket and silicone socket were made and dressed by one patient who was familiar to dress crus prothesis.
目的分析悬吊方式和步速对两种小腿假肢接受腔悬吊的影响。
3.
With the advanced stress measurement instrument，the stresse s are measured on the residual limb/prosthetic socket interface.
应用先进的应力测量设备，对残肢／接受腔界面的受力情况进行了实际测量通过对所测数据的分析，总结了静态和动态步态周期各阶段残肢表面的受力情况，并将实际测量结果与理论分析进行了比较。
2) prosthetic socket
接受腔
1.
It is an important approach for CAD/CAM of prosthetic sockets to establish digital model of residual lower limbs from amputees.
应用新技术进行截肢患者残端精确测量及数字化建模,对实现假肢接受腔计算机辅助设计及制造(CAD/CAM) 显得日趋重要。
2.
Objective: To provide a scientific basis for prosthetic socket design,and to find the biomechanical interaction between the residual limb and prosthetic socket,the idea of reconstructing the residual limb and prosthetic socket and performing mechanical analysis was proposed.
目的:对残肢与接受腔进行三维重建及力学分析,寻求残肢与接受腔间生物力学交互作用,为假肢接受腔的设计提供科学依据。
3.
Taking a transtibial residual limb as object,three dimensional finite element(FE) models of the residual limb and prosthetic socket were constructed.
以小腿残肢为研究对象,建立了残肢与接受腔三维有限元模型。
3) Lamb socket
假肢接受腔
1.
A kind of cutter location point arithmetic of manufacturing lamb socket mould;
一种加工假肢接受腔阳模刀位点算法的实现
4) prosthetic socket
假肢接受腔
1.
Three-dimensional reconstruction of bio-mechanical system of below-knee residual limb in a prosthetic socket;
小腿假肢接受腔-残肢生物机械系统三维重构
2.
Computer_aided design and computational modelling of lower_limb prosthetic socket;
假肢接受腔的计算机辅助设计和应力分析模型
3.
AMT based Prosthetic Socket CAM System;
基于AMT的假肢接受腔CAM系统
5) socket modeling
接受腔建模
6) computer assisted socket design
计算机辅助接受腔设计
补充资料：π接受性配位体
分子式：
CAS号：
性质：具有对称性匹配轨道(如烯烃和CO的反键π轨道，有机化合物中P的空d轨道)的配位体，能与过渡金属形成π键，往往其π电子影响比σ电子的影响更重要，该配位体呈显接受电子的性质(路易斯酸性)，称为π接受性配位体，如NO、CO、PCl3等。
CAS号：
性质：具有对称性匹配轨道(如烯烃和CO的反键π轨道，有机化合物中P的空d轨道)的配位体，能与过渡金属形成π键，往往其π电子影响比σ电子的影响更重要，该配位体呈显接受电子的性质(路易斯酸性)，称为π接受性配位体，如NO、CO、PCl3等。
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