球状

基本解释 (translations)

globosity  ·  globularity  ·  rotundity  ·  sphericity

与球状相关的网络例句 [注：此内容来源于网络，仅供参考]

The result shows that the vesicle diameter first increase and then decrease with the increase of AOT mole fraction, the change regularity of which is the same with the depth of apparent blue color. The vesicle size increases with the increase of total surfactant concentration at any mixing ratio.

新制备的PTA／SDS=3／7，总浓度为0.01M的样品，负染色透射电镜观测发现了管状和球状结构的囊泡，球状囊泡的粒径在50～200nm之间，管状囊泡结构直径在70～200nm之间，而长度大约为7000nm，但是类似的"管子"在新制备溶液中还是比较少。

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。

The results showed that inclusions were spherical or ellipsoidal, and the cracks initiated firstly in the inner of inclusion.

结果表明：稀土夹杂物呈球状或椭球状，拉伸过程中稀土夹杂物内部最先萌生裂纹。

SEM observation of the earliest skeletal fossils from the late Sinian Dengying Formation in southern Shaanxi, China indicates that the tube wall of Sinotubulites levis is encrusted by phosphate spherical and filamentous structure, possibly reflecting microbially mediated phosphatization of tube wall. Three preservational microfabrics detected, namely mat-like structure formed by intertwining of rigid filaments, densely packed spheres with a distinctive framboidal external surface and hollow centers and tightly packed spherical bodies with extremely smooth external surface, may refer to different types of mineralized cyanopytes.

陕南晚震旦世高家山生物群中骨骼化石的电镜扫描显示，Sinotubulites levis壳壁中具有丰富的磷酸盐化球状和丝状体，可分为3种不同类型的微生物组构：1由相互缠绕的丝状体所组成的藻席状组构；2由外表面成莓球状，内部中空的球状体紧密堆叠所形成的组构类型；3由表面极为光滑的球状体堆叠所形成的组构。

The method includes the following steps: firstly, a spherical neighborhood of present sample points is established by using the geometric spherical-modelling theory and all the sample points contained in the spherical neighborhood are adopted as candidate neighbor points, thus not only preserving the effectivity of the dimension reduction capability when data sets are sparse but also getting the advantages of low-sensitivity to isolated points and good stability of the preserved topological structure; then a data relevance matrix more matching semantics can be obtained by relevance measurement based on route clusters to update the candidate neighbor points in the spherical neighborhood and optimize the regular neighborhood space of the present sample points, thus improving the phenomenon that the dimension reduction of sample sets provided with folded curved faces is apt to suffer the integrated-structure distortion in case of heterogeneous data distribution.

首先利用几何开球原理建立当前样本点的球状邻域，将包含在球状邻域内的所有样本点作为候选近邻点，不但能够保持在数据集稀疏情况下的降维性能的有效性，而且具有对孤立点敏感性不高、保留拓扑结构稳定性好的优点。然后利用基于路径聚类的相关性度量得到更符合语义的数据相关性矩阵，用来对球状邻域内的候选近邻点进行更新，优化当前样本点的规则邻域空间，改善了当数据不均匀分布时在带有折叠弯曲面的样本集上降维容易出现整体结构扭曲的现象。

When the pouring temperature is close to the liquidus temperature of AlSi7Mgalloy, the primary α-Alin the billets of AlSi7Mg alloy solidifies into spherical or nodular grainswhich are small and distributed homogeneously. In order to obtain non-dendritic semi-solidbillets,the appropriate pouring temperature is 615℃. The faster cooling rate,the melt flowing and largersolidification region induced by the near liquidus pouring temperature promotes theformation of spherical or nodular primary α-Al.

实验表明：当浇注温度接近液相线温度时，AlSi7Mg合金中的初生α-Al凝固成球状或粒状，晶粒细小，分布均匀；获得球状或粒状AlSi7Mg合金半固态坯料的最佳浇注温度为615℃；在接近液相线温度下浇注，较快的合金熔体冷却速度、浇注引起的合金熔体活动和大范围的同时凝固促使AlSi7Mg合金形成球状或粒状的初生α-Al组织。

A gene sequence of the anthropogenic adiponectin spherical fragment obtained by the invention absolutely accords with a known gene sequence, and compared with the full-length adiponectin, the hydrolyzed anthropogenic adiponectin spherical fragment has stronger biological activity, fast reaction after dosage, good bioavailability and better clinic application prospect, especially when the diabetes patient receives a recanalization treatment after a myocardial infarction, the anemically myocardial damage of the diabetes patients can be eased by the exogenetic dosage.

本发明公开了一种人源性脂联素球状片段用于治疗糖尿病缺血性心脏病药物的应用，本发明所得到的脂联素球状片段的基因序列与已知的基因序列完全相符，与全长的脂联素相比，其水解以后的脂联素球状片段有着更强的生物学活性，而且给药后反应迅速，生物利用度好，有着更好的临床应用前景，特别是对糖尿病患者在发生心肌梗死后接受血管再通治疗时，通过外源性给药，以减轻糖尿病患者缺血心肌损伤。

The bulbs occurring together with the MT structures in the Zhangjiayu Subformation are believed to be body fossils of macroalgae rather than spheroidal MT structures.

对张家峪亚组灰岩中与MT构造共生的球状体进行了详细的沉积学研究，研究结果表明这些球状体不是前人所说的球状MT构造，而是一些实体球状宏观藻类化石，可以分为秋尔藻、寿县藻、塔乌藻和荚藻四种类型。

Explanation: M4 is a globular cluster visible in dark skies about one degree west of the bright star Antares in the constellation Scorpius. M4 is perhaps the closest globular cluster at 7000 light years, meaning that we see M4 only as it was 7000 years ago, near the dawn of recorded human history. Although containing hundreds of thousands of stars and spanning over 50 light-years, M4 is one of the smallest and sparsest globular clusters known. A particularly unusual aspect for a globular cluster is M4's central bar of stars.

M4是一个肉眼可见的球状星团，位于天蝎座心宿二的东面约一度位置。M4可能是最靠近我们的球状星团距离约7000光年，这意味着我们看到的是7000年以前的M4，即人类历史有文字记载的开始阶段，它跨越50光年包含有数10万颗恒星。M4是已知在尺度及包含恒星数量上最小的球状星团。M4独特之处是它中心的棒状结构。

Using an electrostatic particle sampler to collect 200 nm particles for observation under the SEM, it was found that the agglomerates of titanic oxide nanoparticles were isometric and the primary particles were spherical, the agglomerates of zinc oxide nanoparticles were isometric and the primary particles were flake-shaped, while slica nanoparticles were short chain-like shaped and the primary particles were spherical.

结果发现，圆球状初始微粒的二氧化钛之微粒聚集型态较接近圆球状，扁平状初始微粒氧化锌之微粒聚集型态则为扁长型，圆球状初始微粒的二氧化矽之微粒聚集型态则呈现短鍊状。

与球状相关的网络解释 [注：此内容来源于网络，仅供参考]

globular cementite：球狀炭化鐵 球状

globular carbide 球状炭化物 球状炭化物 | globular cementite 球状炭化铁 球状セメンタイト | grain size 结晶粒度 结晶粒度

conglobate：(使)成球状/球状的/圆圆的

congius | 康吉斯(古罗马帝国的液量单位)一加仑 | conglobate | (使)成球状 球状的, 圆圆的 | conglobation | 成团, 球形物

globoid：球状体;球状的

globoid worm gear 曲面蜗轮 | globoid 球状体;球状的 | globosity 球状;球形结构

globosity：球状;球形结构

globoid 球状体;球状的 | globosity 球状;球形结构 | globospherite 团状球雏晶

globosity：球状

globoside /红细胞糖苷酯/ | globosity /球状/ | globular /球状的/小球状的/由小球形成的/

globular protein：球状蛋白质,球状蛋白

globin 珠蛋白 | globular protein 球状蛋白质,球状蛋白 | globulin 球蛋白

globular projection：球状投影

globular jointing 球状节理 | globular projection 球状投影 | globular structure 球状构造

globular structure：球状组织,球状构造

globular shape | 球形,点状 | globular structure | 球状组织,球状构造 | globulation | 成球作用

glomeration：成球状/球状化/球状体

glomerate /成球状的/密集的/ | glomeration /成球状/球状化/球状体/ | glomerine /球马陆碱/

glomerate：成球状的/密集的

glomectomy /球切除术/ | glomerate /成球状的/密集的/ | glomeration /成球状/球状化/球状体/