大部分生物软组织遵守非线性超弹性变形规律。
Most biological soft tissues obey the nonlinear hyperelastic law.
大部分的生物软组织遵守非线性超弹性变形规律。
The most of biological soft tissues obey nonlinear hyperelastic law.
本文简述了生物软组织力学特性二维动态测试系统的设计。
In this paper is introduced a design of two dimensional dynamic test system for mechanical performance of biosoft tissue.
数值例题给出了典型生物软组织的宏观载荷-位移曲线和应力应变曲线。
Numerical examples give the macroscopic load-deflection curves and the stress-strain curves of typical soft tissues.
生物软组织(例如关节软骨)是由带电固体网络、孔隙液体和带电离子组成的多相复合材料。
Biological soft tissue such as articular cartilage is a composite material consisting of charged solid matrix, interval fluid and charged ions.
针对生物软组织的变形，研究了生物软组织的力学特点：既是材料的非线性，又是几何的非线性问题。
The mechanical feature of soft biological tissue, in view of its deformation behavior, is concluded as a problem of nonlinearity for both material and geometry.
本文介绍一种利用CCD线阵器件研制成的生物软组织二向拉伸变形测量系统，以及利用这一系统进行变形测量的初步结果。
A system for measuring deformation of soft tissue in two direction stretch by using a CCD linear array is developed, and the data measured by the system are also presented.
如果生物体死于一个快速沉积和缺氧的环境，那么软组织残骸实际保存下来的可能性会提高。
The probability that actual remains of soft tissue will be preserved is improved if the organism dies in an environment of rapid deposition and oxygen deprivation.
低氧低酸碱度的环境可能对软组织的留存有所帮助，研究组在这周的《甲壳生物》里这样报道。
Low oxygen and low pH levels may have helped preserve the soft tissue, the team reports in a paper published this week in the Journal of Crustacean Biology.
胶原蛋白或者其衍生物是一种存在于骨骼软组织中的生化物质。
Collagen (or its chemical derivatives) is exactly the kind of biochemical material that one would expect to find in association with bone tissue.
结论皮肤软组织扩张术的应力能诱导大鼠表皮干细胞的增殖与分化，其可能是皮肤软组织扩张术的重要生物学基础。
Conclusion The stress of skin soft-tissue expansion can induce epidermal stem cells to proliferate and differentiate, which probably is an important biological basis for skin soft-tissue expansion.
结论：脱细胞真皮基质充当骨引导生物膜并同时修复骨增量术后软组织不足的临床效果满意。
Conclusion: The clinical outcomes were satisfied that ADM was used as bone-guided biological membrane and directly used to repair soft tissue defect after alveolar augmentation surgery.
同时考虑到临床试验，这种试验可以评估在不经过外科手术或任何综合症特点，应用肌激动器或生物调节器后的面部软组织改变。
Clinical trials, which assessed facial soft tissue changes with the use of either an Activator or a Bionator appliance without any surgical intervention or syndromic characteristics, were considered.
本文通过对软组织生物力学特性的分析，将粘弹性模型应用于手术仿真中软组织变形的研究。
Through analysis of biomechanics property of soft tissue, this paper applies the viscoelastic model in the study of soft tissue deformation in surgery simulation.
本发明不但适于硬组织，也广泛适用于各种生物材料的软组织。
The present invention is suitable for both hard tissue and various soft tissues of biological material.
在拳击运动中，肘关节内侧软组织损伤比较常见，它是由肘关节的解剖特点和拳击动作的生物力学特点所决定的。
In boxing, medial elbow soft tissue injuries occurred commonly. It was resulted from the weakness of anatomic structure of elbow joint and biomechanics demands of boxing action.
系统还配有万向固定支架，可灵活地对人体各部位软组织生物力学特性进行定量在体评价。
The system is fixed on a universal stand so that it can quantitatively measure the biomechanical parameters of soft tissues over the different parts of body in vivo.
推断年龄目前主要依据人体骨骼、软组织、细胞和生物大分子，以及组织中各类物质的物理和化学特性等随年龄增长的时序性变化。
The main methods of age estimation at present mostly rely on characteristic physical and chemical changes of skeleton, soft tissue, cells, biomacromolecules and the other substances.
方法对七种生物材料分别用MTT比色法和软组织皮下埋植试验进行生物相容性测试。
Methods To use the Subcutaneous Implant Test and the MTT Assay to evaluate the toxicity gtade of seven biomaterials.
为基于真实生物体软组织切割力的虚拟手术中力觉模型建模提供了必要的条件。
Necessary condition is supplied for the reality-based haptic model of the virtual surgery.
英国古生物学家们通过牙形石动物的软体解剖学研究，发现眼睛、脊索、神经索、肌肉组织、尾鳍等软组织；
The soft anatomy of conodont shows some soft tissues including eyes, notochord, nerve cord, myomeres and caudal fin.
其中多孔丝素蛋白材料用作软组织修复的研究，是丝素蛋白基生物材料的研究中的一个有特色的领域。
Porous silk fibroin membrane materials have been used as soft tissues, which is a characteristic field in studying on silk fibroin biomaterials.
丝素蛋白是从蚕丝中提取的天然纤维蛋白，具有良好的物理化学性能和生物相容性，因而应用于生物医学领域中的软组织相容性材料制作有着广阔的前景。
Silk fibroin is a natural protein gotten from silk. Because of its super performance and biocompatibility, it can be used as soft-tissue compatible materials in biomedicine.
试验结果表明，这种方法能够实现软组织仿真材料弹性模量的测量，有助于对活体组织生物力学等效性的比较和判别。
The test results indicate that this kind of method can be adopted in testing the elastic modulus of the soft bio-anthropomorphic materials and help to compare and disti…
试验结果表明，这种方法能够实现软组织仿真材料弹性模量的测量，有助于对活体组织生物力学等效性的比较和判别。
The test results indicate that this kind of method can be adopted in testing the elastic modulus of the soft bio-anthropomorphic materials and help to compare and disti…
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