Research of Fibreboard Straw is Modified by Polar Micro-nano Fibril/ melamine 杨木微/纳纤丝与三聚氰胺树脂处理秸杆纤维板的研究
There are different fibril morphologies on the different zones of injection-molded samples. 在注塑成型样品的不同区域,纤维的形态也不尽相同。
All cells have secretory and absorptive functions besides4ibblasts and granular cells in connective tissue, there are myofibril, collagenous fibril and unmyelinated fibers. 结缔组织中除有成纤维细胞和颗粒细胞外还充满胶原原纤维和肌原纤维,无髓神经原纤维也较多。
It is proved that AFM is an excellent technique for the study of collagen fibril. 是探讨胶原光作用机理直观、有效的方法。
Danggui Shaoyao San inhibits amyloid-β 1-42 from aggregation and fibril formation in vitro 当归芍药散抑制β-淀粉样肽1-42聚集和纤维形成
Analysis of difference between fibril angles of radial and tangential walls of coniferous wood tracheids 针叶材管胞径壁与弦壁纤丝角的差异分析
AIM: To investigate the effect of amino acids on the formation, morphology and cytotoxicity of amyloid fibril of bovine insulin. 目的:研究氨基酸对牛胰岛素淀粉样纤维的生成、形态和细胞毒性的影响。
The microstructure of copper clad aluminum wire by drawing at room temperature is vimineous grain as fibril shape from prime equiaxed grain. 经室温拉拔的铜包铝线的显微组织是纤维状细长晶粒,晶界面积增大系数与形变量近似地成正比。
The result would be the observed gradual change in fibril orientation. 结果形成所观察到的原纤取向的逐渐变化。
All of these structures showed low intensity in MRI because their components were fibril tissue and/ or fibrocartilage. 这些结构由于其成分为纤维结缔组织或者纤维软骨,在MRI所有序列均表现为均匀低信号。
A damaging phenomenon of AFM tip to collagen fibril was studied to optimize the imaging factors of AFM. 通过AFM针尖对胶原蛋白样品损伤作用的研究,探索用AFM研究生物大分子的成像技术。
2, Advance the theory of craze fibril's bearing weight and rupture from micro-view. 从微观角度提出了银纹微纤承载和断裂理论,定义了银纹损伤的一般模型。
The spiral fibrous structures of both microfibril and fibril in silk fibre are of left-hand spiral. 丝纤维中存在螺旋结构的微原纤和原纤,均呈左螺旋。
Many broken cartilage cells could be observed and matrix collagenous fibril decreases obviously, but some cartilage cells proliferated. 而超微结构改变以软骨细胞破碎的比较多见,有的软骨细胞则增生,基质胶原原纤维明显减少。
It is suggested that lignin is bonded to cellulose on the outer surfaces of the crystalline part of cellulose fibril. 基于研究结果,提出了木素与纤维素结晶部分外表面联结的结论。
Physical features were including wood density, fibril cystalline index, which was also measured by x-ray diffraction machine. 木材物理特征包括木材密度、纤维素结晶度,纤维素结晶度的测定也采用了x-射线衍射仪;
Negative correlations between fibril angle and temperature. 纤丝角与日照是正相关,与温度呈负相关。
Conclusion: Pulsed-wave Tissue Doppler imaging could reflect mechanistic characters of myocardial fibril. 结论:脉冲组织多普勒技术是一项准确反映心肌纤维机械力学特性的新方法。
At high concentration, the ultrastructure of different collagen fibril was also different. 高浓度下,来源不同,形成的胶原纤维在微观结构上有较大的差异。
The contact of fibrils was weakened under enzyme treatment, then individual fibril was released. 即在酶作用下原纤维之间联系削弱,产生游离原纤维;
The relation between fibril angle and the physico-mechanical properties of Chinese fir has been probed. 结果表明:杉木纤丝角的变异较大,它与力学性质有一定关系。
Three-dimensional Structure of Collagen Fibril of Pigskin 猪皮组织胶原原纤维的三维结构
Methods Scanning Probe Microscope ( SPM) and Transmission Electron Microscope ( TEM) were employed to study the three dimensional structure of collagen fibril in pigskin tissue. 方法应用扫描探针显微镜和透射电镜对猪皮组织胶原原纤维进行观察。
Along with the increase of temperature and rolling ratio, the formation and extension of the fibril were promoted, and the combination of PP phase with LCP phase were improved. 温度和压延率的提高促进了LCP微纤的形成和长大,增强了PP相和LCP相的结合力;
The fibril of cardiac muscle broke and mitochondria swelled; 心肌纤维断裂,线粒体肿胀;
Effects of UV-B on the Morphological of I Type Collagen Fibril by AFM 原子力显微镜研究UV-B对I型胶原结构的影响
Therefore, in character evaluation of Chinese fir, fibril angle should be used as an important factor. 因此,杉木的品质评定应将纤丝角作为重要的因子。
Using a polymeric fibril to mimic the behavior of collagen in vivo is a biomimetic strategy. 用高分子模仿胶原在体内的行为是一种仿生的策略。
Author believes that the model combining the polymeric fibril and SBF solution provided the key information and experiment data. 作者认为这个高分子纤维与SBF仿生溶液的配合模型可以为仿生矿化提供关键的信息和数据。