- 更多网络例句与假分节相关的网络例句 [注：此内容来源于网络，仅供参考]
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In Section 1, without assuming operators to be continuous and cones to be normal, we use the Monchs compactness condition to study the existence and iterative approximation theorem of solutions and coupled minimal and maximal quasi-solutions for a class of nonlinear operator equations x = Ax, x under more extensive and weaker conditions than those used in [18] in ordered Banach spaces.
践一节中，利用M加ch的紧性条件，在比文献［18］更广泛的较弱的条件下，在不假潞子连续和拄酬的前提下，研究了Ball''crl空间中一描F线腑子方程X—川巳F）的解和最小最大耦合解的存在与迭代跳定理，并应用到Ban呐空间中非线性VOlterra型积分方程和常徽分方程的初值问题。
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Culm internodes initially pruinose; branches 3–7 per node; culm sheaths densely purple-brown blotched; pseudopetioles glabrous.
Culm节间最初具粉霜；每节分枝3-7；浓密紫褐色弄脏的竿箨；假梗无毛。 29 Y。 mitis 泡滑竹
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For those in control group (n=14), the animals did not undergo any surgery of the nerve fibers and ganglia. In Vi group (n=9), the animals underwent bilateral resection of the nasociliary and postganglionic parasympathetic nerve fibbers. In SCG group (n=8), the animals underwent bilateral resection of supper cervical ganglia. In V1+SCG group (n=9), the animals underwent both surgeries as Vi and SCG group did. In sham operation group (n=11), the animals underwent carotid manipulation with blunt-tipped forceps as well as dissection of nasociliary and postganglionic parasympathetic nerve fibers around the ethmoidal foramen, without cutting any nerves. SCS was performed on rats and CBF was monitored by laser Doppler flowmeter recordings.
SD大鼠分5组：对照组（n=14，不对神经纤维和神经节作任何手术处理）、V1组（n=9，切断双侧鼻睫状神经及其副交感节后纤维）、SCG组（n=8，切断双侧颈上神经节）、V1+SCG组（n=9，切断双侧鼻睫状神经及其副交感节后纤维和双侧颈上神经节）、假手术组（n=11，手术暴露双侧鼻睫状神经及其副交感节后纤维和双侧颈上神经节，但不切断神经纤维或神经节）；给予大鼠SCS，并用激光多普勒实时记录脑血流。
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Culm internodes of young culms not pruinose; branches 10–19 per node; culm sheaths without blotches; pseudopetioles adaxially slightly setose.
Culm节间年轻的秆不具粉霜；每节分枝10-19；没有大块斑点的竿箨；正面的假梗有点具刚毛。 30 Y。 xizangensis 西藏玉山竹
- 更多网络解释与假分节相关的网络解释 [注：此内容来源于网络，仅供参考]
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pseudometamerism：假分节
分节现象的起源可能由低等蠕虫的假分节(pseudometamerism)逐渐演变形成. 它们的消化、生殖等内脏器官成对按体节重复排列,当动物体作左右蠕动时,于各器官之间的体壁处产生了褶缝,以后在前后褶缝间分化出肌肉群,于是形成了体节.
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Sarcoptidae：疥螨科
躯体的分节不明显或全无分节,体表上有部分硬蜱科(Ixodidas) 体形卵圆,背面有盾板,雄虫盾板覆盖背面全部,而雌虫的只达前半疥螨科(Sarcoptidae) 体呈圆形,假头短,基部背面有一对刺或刚毛.