- 更多网络例句与树枝状组织相关的网络例句 [注：此内容来源于网络，仅供参考]
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The primary phases of Al-10% Cu, Al-20% Cu Al-40% Cu alloy are nearly equiaxed spherical or rose spherical by semi-solid processing. Compared with the coarse arborization of Al-10% Cu, Al-20% Cu Al-40% Cu alloy of conventional casting, the structure of alloy is extremely improved and the appropriate grain size for the engineering application is obtained.
结果表明：利用半固态加工，可以使Al-10%Cu、Al-20%Cu、Al-40% Cu合金的初生相呈近等轴的球状或蔷薇球状，与普通铸造Al-10% Cu、Al-20% Cu、Al-40%Cu合金较粗大的树枝状相比，合金的组织得到显著的改善，达到了工程应用晶粒大小。
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The results indicated that the microstructure of the transition layer is a structure of fine columnar crystal-cystiform dentrite-dentrite.
结果表明，梯度过渡层的组织形态为细小的柱状晶-胞状树枝晶-树枝状晶。
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Through the research, we found that the appropriate readjustment India ore and the Yangchun ore allocated proportion, uses the iron material match level 4 to carry on sinter under the unchanged iron material and craft condition, produces the much calcium ferrite and fayalite, obtains the melting corrosion structure and the granular structure as primarily sinter which may enhance the strength.
凡在烧结时能产生较多的液相，冷却时不是形成结晶较差的玻璃质，而是形成充分结晶的针状或树枝状、棒状铁酸钙；磁铁矿不是以块状孤立存在，而是被粘结相交织固结成熔蚀结构、粒状结构或共晶结构；气孔较少，且分布均匀；粒度较细；组织结构均匀的烧结矿均能提高质量。
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The results of heat treatment indicated: that dendritic structure starts to homogenize after heating to 1000℃ for 50 min. Uniform F+P microstructure is available at 1100℃ for 70 min.
热处理试验研究表明：1000℃保温50 min，树枝状组织开始均匀化；1100℃保温70 min，可以获得F+P为主的均匀组织。
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According to the theory of recrystallization, the reasons of dendritic formation are analyzed, and measures to improve are proposed.
依据材料的再结晶理论，分析了热轧带肋钢筋中树枝状组织产生的原因，给出了定性的改进措施。
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In this review, basically classified by the chemical construction of dendritic skeleton, mainly focusing on the polyamidoamine, polypropylene imine, polycarbosilane, polyether and polyester systems, the recent advances in the rationally designed syntheses and their self-organized superstructure of side-chain LC dendrimers have been summarized and commented.
本文按树枝状大分子骨架的化学结构分类，对侧链型树枝状大分子液晶的设计合成、液晶相行为及其自组织超结构的最新研究进展进行总结和评述，重点介绍了聚酰胺-胺、聚丙烯亚胺、聚碳硅烷、聚醚以及聚酯树枝状大分子液晶体系。
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The results show that the undissolved silicon particles in the melt become the cores of primary silicon precipitated in solidification and there is a close relationship between the shape of primary silicon and undissolved silicon particles. The growth of silicon follows not only the twin plane re-entrant edge mechanism, but also layer mechanism as well. Meanwhile, the shape of primary silicon also relies on kinetic surroundings, such as the transmitting of solute. At higher overheating temperature, the shape of primary silicon becomes the star-shape and tree-shape.
结果表明：重熔过程中熔体中未溶解的硅相粒子，在凝固过程中可成为初生硅生长核心，并且未熔颗粒与初生硅形状之间存在明显对应关系；初生硅的生长机制不是惟一的，既可以以孪晶凹角机制生长，还可以以层状机制生长，初生硅最终形状还要取决于溶质传输等动力学环境；随着熔体过热温度的升高，凝固组织中初生硅形状由多边形向星形及树枝状转变。
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AITL, diagnosed based on lymph-node biopsy, was characterized by damage to normal structure of lymphonodus, proliferation of immunoblastic cells, and arborescent supervascularization. Immunophenotypes were observed in mature peripheral T-cell lymphoma. CVP regimen was the most commonly used chemotherapy. Fifty-eight percent of patients had a good initial response to chemotherapy. The 3-year survival rate was 25%, with a median survival time of 20 months.
确诊依据淋巴结活检，病理组织学呈淋巴结结构破坏，免疫母细胞增生，树枝状血管增生的特点，免疫表型全部为成熟外周T细胞性。12例均用CVP为主的方案化疗，总有效率58%。3年生存率为25%，全组中位生存20个月。
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The coating exhibited a typical dendritic and equiaxed microstructure, and the grain size decreased with NbC content increasing.
当NbC的质量分数增加时，熔覆层的枝晶组织明显变细，主要以树枝状、等轴晶的形态存在。
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The results show that dendrites in casting are converted into directional micro-crystals, and then recrystallize and grow into spheroidizing grains.
结果表明：铸造状态下的树枝状组织在挤压预热过程中形成了带有方向性的小结晶，之后再成长为显微结晶，观察到了变化为球状的结晶粒。
- 更多网络解释与树枝状组织相关的网络解释 [注：此内容来源于网络，仅供参考]
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bronchial tree：支气管树
肺组织分实质和间质两部分.肺内支气管的各级分支及终末的大量肺泡为肺的实质,由浆膜伸入的结缔组织及其中的血管,淋巴管和神经等为肺的间质.肺实质的特点表现为支气管有肺内的反复分支呈树枝状,故称为支气管树(bronchial tree)(图15-5).2,
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arborescent powder：树枝状粉末
arborescent crystal | 树状晶体 | arborescent powder | 树枝状粉末 | arborescent structure | 枝晶组织,树枝状组织
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arborescent structure：枝晶组织,树枝状组织
arborescent powder | 树枝状粉末 | arborescent structure | 枝晶组织,树枝状组织 | arbour | 心轴
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dendritic structure：树枝状组织
dendritic spherulites,fibrous 纤维状桠球 | Dendritic structure 树枝状组织 | Denier 丹尼值
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treelike drainage pattern：树状水系
treeing 树枝状组织 | treelike drainage pattern 树状水系 | treenail 定缝梢钉
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Treeing：树枝状组织
tree-protector 井口保护装置 | treeing 树枝状组织 | treelike drainage pattern 树状水系
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Treeing：树枝状晶体 树枝状组织 不规则金属淀积 丛生
treeincrementplot 树木生长标准地 | treeing 树枝状晶体 树枝状组织 不规则金属淀积 丛生 | treeingbreakdown 树枝状击穿