human knee
英
美
[网络] 人的膝盖
双语例句
- On articular surface equations of the human knee joint in sagittal plane
矢状面内人膝关节啮合曲面的刻划 - The results show that for human knee joints the failure torque is 69.9 ± 9.7 ( Nm), and the failure tension is 1412 ± 117 ( N).
结果表明：人体膝关节的破坏扭矩为69.9±9.7Nm，破坏张力为1412±117N。 - On the basis of human 3D knee models, we measure the parameters and then do some statistics and analysis. Ultimately, a standard model database of human knee joint is established. 4.
基于人体膝关节三维模型的基础，测量膝关节各部分参数，并对所测得的参数进行统计与分析，最终建立标准人体膝关节模型数据库。 - Joint between the femur and tibia in a quadruped; corresponds to the human knee.
四足动物大腿骨和胫骨之间的关节；与人类的膝盖对应。 - Conclusion ① The model set up in this project belongs to three-dimensional human knee joint basic dissection models, which matches the virtual anatomy of human knees so that it can be reliably used to analyze the stress distribution condition of human knee joints.
结论①本实验所建模型属三维人膝关节解剖基静力模型，与人膝关节解剖实际相符，能很好地用来分析膝关节的应力情况。 - Objective: Analyze the X-ray manifestation of synovial osteochondromatosis in human knee in order to know more about the disease and find its early expressions through X-ray.
目的分析膝关节滑膜骨软骨瘤病的X线表现，进一步提高对滑膜骨软骨瘤病的认识及其在膝关节的早期X线表现。 - The human knee meniscus is also an opening system rather than the balance at any time and any where.
人体膝半月板在时间和空间上也是一个非平衡的开放系统，能形成和保持耗散结构。 - The Biomechanical Properties of Human Knee Menisci Measured at Tri-dimentional ( 3 right angle) Directions& An Experimental Study
人膝半月板三维生物力学性能测定的实验研究 - In order to obtain biomechanical parameters of human knee joints and tolerance transfer relationships between human and rhesus monkey knee joints, torsional and tensional tests were conducted in 10 human and 10 rhesus monkey knee joints in vitro.
为了获得人体膝关节生物力学特性参数及猕猴和人体膝关节间耐受性的传递关系，分别进行了10例离体的人体和猕猴膝关节扭转和张力实验。 - Objective To study the MR imaging and 3 D reconstruction of articular cartilage of normal human knee, and to provide clinicians with anatomical basis in diagnosing and treating the articular cartilage diseases.
目的研究正常人膝关节软骨的MR成像和软骨三维重建方法，为临床诊治关节软骨病变提供科学依据。