mucilage canal

mucilage canal的基本解释

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粘液道

与mucilage canal相关的网络例句 [注：此内容来源于网络，仅供参考]

In this paper, we review recent advances on mucilaginous seeds, with emphasis on （1） chemical composition of seed mucilage;（2） morphological characteristics of mucilaginous seed coats and mucilage;（3） biochemical processes in and genetic regulation of differentiation of mucilage-secreting cells, mucilage biosynthesis and mucilage secretion in the seed coat; and （4） ecological significance of seed mucilage.

为此，在广泛查阅相关文献的基础上，该文综合分析了国内外种子粘液的研究进展，并重点探讨了以下几方面问题：（1）种子粘液的化学成分：（2）粘液及粘液种皮的形态特征：（3）粘液细胞分化与粘液生物合成的细胞学及基因调控机制以及粘液的释放方式：（4）种子粘液的生态学意义。

To make the whole plan to exploit Great canal and canal culture , to constract"the scenic zone of canal culture", these works can make Great canal establish a beautiful spectacle of Linqing city·To exploit and utilize Great canal and canal culture, to demonstract its effect regard as the history culture resources, these works can make Great canal severe the Linqing's econcmic construction and socity development.

做好运河及运河文化开发的整体规划，构建沿临清运河河道过境线的&运河文化风景带&，能使运河成为临清城市建设和发展的一道亮丽风景。搞好运河及运河文化的开发和利用，充分发挥历史文化资源的作用，为临清的经济建设和社会发展服务，提高人民的生活水平、文明程度，造福于临清人民。

There were six themes in this study. First of all, the geometry of in-vivo human pinna and ear canal was measured non-invasively. The 3D model of pinna and ear canal was reconstructed and then measured based on the image processed by HRCT. Second, the 2D curvature of in-vivo human ear canal was measured non-invasively. The angles and curvatures of superior and inferior walls of first and second bends were measured. The 2D curvature of ear canal was computed by sine and cosine laws. Third, the in-vivo human ear canal was reconstructed by RE. The distribution of sound field was analyzed by FEM. The data obtained in this study can be the reference for clinicians and audiologists. Fourth, the 3D model of earmold of hearing aids, including the ear shell and the housing, was reconstructed by RE based on the image of in-vivo human ear canal obtained by CT.

本研究主题其四，对於听力受损之患者往往皆须选配助听器帮助其放大声音，其中耳模是助听器的外壳，也是接触到耳朵的仪器，而耳道型助听器系位於耳甲艇及耳甲腔延伸至耳道第一弯道处，在制作耳模必须利用灌模方式来取得紧配之耳模，其中耳模在助听器的使用过程中，常因耳模松脱，无法与人耳道紧密配合而造成漏音，因此，利用活体人外耳道电脑断层影像，重建耳道型助听器耳模之三维立体模型影像，其中耳模包括了耳壳及耳模内部空间，并进行几何外型量测，探讨耳道型助听器之体容积大小，也提供了制作耳模时快速、精确度高、减少翻模及修模次数，可减少误差率之方法。

与mucilage canal相关的网络解释 [注：此内容来源于网络，仅供参考]

mucilage canal：粘液道

mucilage 粘液 | mucilage canal 粘液道 | mucilage cell 粘液细胞

mucilage tube; mucilage canal; mucilage passage：黏液管

"黏液裂孔","mucilage slit" | "黏液管","mucilage tube; mucilage canal; mucilage passage" | "黏质的","mucilagenous"

mucilage passage; mucilage canal; mucilage tube：黏液管

"黏液毛","mucilage hair" | "黏液管","mucilage passage; mucilage canal; mucilage tube" | "黏液囊","mucilage sac"

mucilage canal; mucilage passage; mucilage tube：黏液管

"黏液","mucilage" | "黏液管","mucilage canal; mucilage passage; mucilage tube" | "黏液腔","mucilage cavity"