内覆组织

基本解释 (translations)

endothelium  ·  endothelia

与内覆组织相关的网络例句 [注：此内容来源于网络，仅供参考]

The result of the study shows that every single piece has its own title and implied style which inspires children's imagination towards music. Besides, the length of music is often kept within 48 measures, which is short enough to maintain children's attention during practicing and performing. The spreading range of fingers is set within sixth during the music, which suits children's palm shape. Also, the music is mainly based on ternary form which provides a simple structure with motivated composing strategies of repetition and sequence. All the above shows that he successfully grasped the characteristics of beginner and intermediate piano learners and adopted the regularity and pure nature of music in composition which tends to attract children's interests.

结果发现：每首乐曲都有标题，可藉由标题与提示风格开启儿童对音乐的想像空间；乐曲篇幅短小，多在四十八小节内，配合儿童有限的专注时间，便於练习与弹奏；乐曲中，手的扩张幅度以六度内为主，音程跨距适合儿童手的大小；乐曲结构单纯，曲式组织以三段体为主，动机写作手法以反覆、模进运用最多，也显示卡巴赖夫斯基掌握初、中程度学生的特徵，运用音乐规律性与单纯本质写作易为他们所喜爱的作品。

Its inner pulp contains the blood and nerve supply for the bonelike dentin, covered in the crown by enamel , the hardest tissue in the body.

牙髓内有血管和神经，为骨质的牙本质提供营养，由牙釉质包覆在牙冠中，牙釉质是身体内最坚硬的组织。

The nuclei were oval, round without alypia, and rate of mitotic activity was evident1 Psudopapillary structure with a fibrovascular core was remarkable Hemorrhage, foam cells and cholesterol crystals were often found.

肿瘤细胞围绕纤维血管覆层排列形成假乳头突起，常见肿瘤细胞的退变、出血、泡沫细胞和胆固醇裂隙。1例见肝脏内肿瘤组织转移。

Tight alloying layer with undulation and without visual pocket and inclusion has been obtained by experiment.The alloying layer is metallurgically combined with the matrix.

试验结果获得了致密、无肉眼可见气孔、夹杂、熔覆表面有一定起伏的合金层，合金层与基体间完全冶金结合；熔覆合金层由单相Fe3 Al构成，覆层组织为粗大的柱状晶团，柱状晶团内包含大量极细小的板条状Fe3 Al晶粒，一些相邻的板条晶之间具有基本相同的晶体学取向。

The results show that from the interface to surface the microstructure of the cladded coating is composed of plane grains,tiny grains and fine dendritic grains. The two main compositions of Ni and Cr homogeneously distribute in the section.

结果表明，熔覆修复层的显微组织从界面往上依次由平面晶、细晶层和中部细小的树枝晶构成，主要元素Ni和Cr在截面内均匀分布，原有Cr层与熔覆层内的Cr元素呈连续状，构件修复区以外的铬层与基体的结合未受激光熔覆的影响。