- 更多网络例句与胞状的相关的网络例句 [注：此内容来源于网络，仅供参考]
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The microstructure of Sm2Co17-based rare-earth permanent magnets consists of 217R main phase, 15 cell boundary phase and lameller phase.
Sm2Co17型永磁材料的典型显微结构是由217R主相和15胞壁相所组成的胞状结构以及片状结构构成。
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Sequences analysis revealsthat these 54 strains have as high as a 99% similarity in 16S rRNA gene level. Allthese 54 strains could be classified into six subgroups according to six differentregions on full-length 16S rRNA gene. Even if the regional differences are not evidentto distinguish B. thuringiensis from B. cereus, however the data of the 16S rRNA genesequences will serve to broaden the database for Bacillus, and provide someinformation for the classification of genus of Bacillus. Additionally, seven B.
本研究利用通用引物，对54株苏云金芽胞杆菌和蜡状芽胞杆菌的16S rRNA基因进行测序，并对所得到的序列进行简单的分析，发现苏云金芽胞杆菌和蜡状芽胞杆菌的16S rRNA基因的相似性很大，大约为99％，在其全长含有6个区域的不同，根据这6个区域将Bt和Bc分成6个亚群，而Bt和Bc在不同亚群之间交替存在，说明16S rRNA基因上的差异不足以区分Bt和Bc。
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As a result penicillium of Ma Erni humble is double photograph bacterium, mould bacterium colony can discover the broom shape mycelial of diagnostic sex,; of pigment of rose of water-solubility of the generation after sanded Paul fosters 3 days is medullary inside and outside of cell of blood of the week outside mixing all can discover spore;PAS coloring sees bacterium body show circle, elliptic or sausage shape, size is differ, it is 2~8 μ M about, color of afterbirth wall incarnadine and clear and successive, it is thus clear that inside the cell of sausage shape one apparent horizontal stroke is lain between, afterbirth is qualitative not easy and chromatic.
结果马尔尼菲青霉菌为双相菌，霉菌型菌落可发现特征性的扫帚状菌丝，沙保罗培养3天后产生水溶性玫瑰色素；骨髓和外周血细胞内外均可发现孢子；PAS染色可见菌体呈圆形、椭圆形或腊肠状，大小不一，约为2~8μm，胞壁染红色且清楚连续，在腊肠状的细胞内可见一明显的横隔，胞质不易着色。
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The tracheary elements in secondary xylems of Actaea asiatica root and rhizomes were observered with a scanning electron microscope and found to contain abundant types, which mainly included tracheids, tracheid-like vessels, fibriform vessels, and typical vessels. Of these types, the tracheids, tracheid-like vessels, fibriform vessels were first found. Scalariform perforation plates, reticulate perforation plates, mixed perforation plates and simple perforation plates were observed in the typical vessels and the reticulate perforation plates ,mixed perforation plates were first founded the lateral-wall perforation plates, multiple end walls and pit membrane vestige were also observed in the tracheary elements.
利用扫描电子显微镜对毛茛科类叶升麻根和根状茎次生木质部中的管状分子进行观察，发现其管状分子类型丰富，主要有：管胞、管胞状导管、纤维导管和典型的导管分子，其中管胞、管胞状导管和纤维导管为在该类群中首次报道；在导管分子中，存在着梯状穿孔板、网状穿孔板、混合型穿孔板和单穿孔板，其中网状穿孔板和混合型穿孔板为在该类群中的首次报道；对其导管分子上的侧壁穿孔板、多穿孔板和纹孔膜残余也进行了描述。
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It is shown that nanoscale pyramid cone shapes are found on the metal film interface (100), serrate steps are found on the metal film interface (111), and cystiform shapes with terrace structure are found on the cross-section near the catalyst. Other faults have brittleness fracture characteristic with nanoscale clusters are found on the fault surface.
结果表明：包膜(100)界面有纳米级的棱锥状突起，包膜(111)界面上分布着锯齿状的台阶；金属包膜近触媒侧的界面断面表层分布着台阶形貌的胞状突起；断面其它断层断口呈现脆性断裂特征，断层表面分布着团簇状的纳米颗粒。
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The presence of exocytotic vesicles containing reaction products suggests that pectinase shares the same excretive pathway as that used by cellulase for its delivery into the wall, i.e.
同时果胶酶活性也出现在细胞壁上，尤其是出现在简单或者复杂分枝状的胞间连丝和胞质通道内部或沿着它们附近细胞壁的中胶层分布。
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The result showed that, the body wall most outer layer cuticle assumesthe translucent porodine, the surrounding entire body wall; Close isconnected with the cuticle 表皮层 for 合胞体 the structure, inthe back, the abdomen and its two sides separately adds thick to inprominent Cheng Jizhuang, separately contains the back side,腹侧the nerve and compares to the developed back, the abdomen nerve; Themyo- position to the body wall most inner layer, has the muscle cellto arrange becomes; Between the body wall and the digestive tractcavity is a body cavity; Digestive tract for 肌质 structure, afterinference for roundworm's esophagus.
结果显示，体壁最外层的角质层呈半透明的胶状，包围整个体壁；与角质层紧密相连的表皮层为为合胞体构造，在背、腹及其两个侧面分别加厚向内突出成脊状，分别包含背侧、腹侧神经和相比对发达的背、腹神经；肌层位于体壁最内层，有肌细胞排列而成；体壁与消化道之间的空腔为体腔；消化道为肌质结构，经推断为蛔虫的食道。
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Equiaxed and bigger grains are produced after C.P.Ti is deformed under the high temperature. Besides, many tiny subgrains were found in some of the metallurgical structure. The dislocation reaction caused by the deformation under the high strain rate generates ductile cellular metastructures, while the equiaxed cellular metastructures are generated under the low strain rate. The metallurgical structure of TC4 alloy including lath-shaped hexagonal martensite and trimetric martensite only exists in the higher temperature. The homogeneous, tiny and reticular grain shown after extreme high temperature deformation.
在高应变速率下变形引起的位错反应形成拉长的胞状亚结构，而低应变速率下变形则形成等轴的胞状亚结构；TC4合金在特高温变形条件下其金相组织呈网篮状，显微组织几乎全部为均匀细小的晶粒，同时出现了板条状六方马氏体；在温度尤其高的情况下还形成了斜方马氏体，变形引起的位错反应形成六方位错网络，在1200℃以下的变形易产生孪晶。
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The results show that the grain sizes of nickel platings prepared under different electrodeposition time slightly fluctuate at 21 nm.
结果表明，不同电沉积时间下制得的镍镀层晶粒尺寸在21 nm小幅波动；随着电沉积时间的延长，纳米晶镍镀层的显微硬度存在先增大后缓慢降低的趋势，最大值为472 HV0.01，对应的电沉积时间为16 m in；纳米晶镍镀层的微观形貌为累积长大的胞状结构，电沉积时间为1~4 m in时，胞状结构表面密布着粒径为90 nm左右的二次纳米镍颗粒；本试验制得的纳米晶镍镀层失稳长大的起始温度为283.7℃，峰值温度为311.4℃。
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By means of TEM, the analysis results indicate that the microstructure of metal at crack tip is very different from the bulk metal, and the dislocation substructures are produced.
透射电镜的分析结果表明，腐蚀疲劳裂纹尖端材料的显微组织与基体相比发生了显著变化，形成了胞状的位错组织。
- 更多网络解释与胞状的相关的网络解释 [注：此内容来源于网络，仅供参考]
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cystic：胞囊的
cysti- 表示"囊 | cystic 胞囊的 | cysticerci 囊状虫
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acinous gland：胞状腺
acinesia 运动不能 | acinous gland 胞状腺 | aciular 针状的
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chartaceous：纸质的,纸状的
charophyte 轮藻植物 | chartaceous 纸质的,纸状的 | chasmatoplasson 膨大无核胞浆
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cystidium：隔胞
cystidioid | 似囊状体的 | cystidium | 隔胞 | cystiform | 胞状的, 囊状的
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cystiform：胞状的
cysticercus 囊尾蚴 | cystiform 胞状的 | cystitis 膀胱炎
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cystiform：胞状的, 囊状的
cystidium | 隔胞 | cystiform | 胞状的, 囊状的 | cystigerous | 含囊的, 含囊肿的
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cystigerous：含囊的, 含囊肿的
cystiform | 胞状的, 囊状的 | cystigerous | 含囊的, 含囊肿的 | cystin | 胱氨酸,双硫丙氨酸
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utricular：小囊状的/有小囊的
utricle /小囊/小胞/胞果/ | utricular /小囊状的/有小囊的/ | utriculitis /椭圆囊炎/
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vesiculate：小胞状的
vesiculase 精液凝固酶 | vesiculate 小胞状的 | vesiculation 囊泡形成
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vesicular,vesiculose：胞囊状的
胞核 vesicular nucleus | 胞囊状的 vesicular,vesiculose | 囊胞匍匐苔属(苔) Vesicularia