- 更多网络例句与胞管系相关的网络例句 [注：此内容来源于网络，仅供参考]
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Thirdly, by adopting Lennard-Jones potential model and MD method, we build a MD simulation cell, which contains the information of a Grand Canonical Ensemble, and the elastic collision mechanism, and then simulate the process of hydrogen physisorption in single walled carbon nanotube.
然后，建立一个包含巨正则系综信息的分子动力学模拟元胞和弹性碰撞机制，采用Lennard-Jones势能模型和MD方法，对单壁碳纳米管储氢的物理吸附过程进行了模拟计算。
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The main contents include ? the foundation of MD simulation cell in Grand Canonical Ensemble;? the establishment of elastic collision mechanism between hydrogen molecules and carbon nanotube walls and arithmetic design;? molecular dynamics simulation details of hydrogen physisorption in single walled carbon nanotube arrays and program design;? the acquirement and analysis of computer simulation results, where the influences of tube diameter, distance between tubes, temperature and pressure on hydrogen physisorption in SWCNTA are investigated in detail.
主要内容为：①巨正则系综分子动力学模拟元胞的创建；②氢分子与碳纳米管壁弹性碰撞机制的建立及算法设计；③碳纳米管阵列物理吸附储氢的分子动力学模拟细节及程序设计；④计算机模拟研究结果的获取与分析，重点研究了管径、管间距、温度和压强对单壁碳纳米管阵列物理吸附储氢的影响。
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The establishment of elastic collision mechanism between hydrogen molecules and carbon nanotube walls and arithmetic design;? molecular dynamics simulation details of hydrogen physisorption in single walled carbon nanotube arrays and program design;? the acquirement and analysis of computer simulation results, where the influences of tube diameter, distance between tubes, temperature and pressure on hydrogen physisorption in SWCNTA are investigated in detail.
主要内容为：①巨正则系综分子动力学模拟元胞的创建；②氢分子与碳纳米管壁弹性碰撞机制的建立及算法设计；③碳纳米管阵列物理吸附储氢的分子动力学模拟细节及程序设计；④计算机模拟研究结果的获取与分析，重点研究了管径、管间距、温度和压强对单壁碳纳米管阵列物理吸附储氢的影响。
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The cells were passaged no more than 5 generations,and the cell freezing density is about 3×106 cell/ml, sample numbers of each kind are between 30 and 60, conserved numbers are 150-180 ampules,biological characters of fibroblast were analysed according to the request of constructing cell line. The results were as follows: 1 Cultured cells'morpha is typical fibroblast,which is fusiformate or unregular triangle, cells is radiant,flaming or rotative during growing .Qingyuan flesh chicken's cytoplasmic tubercle is much more and shorter in contrast with Zang chicken and Langshan chicken,that can be regarded as different character from others.
细胞冻存代数在5 代以内，冻存密度为3×106个细胞/ml，每个品种的样本含量在30～60 个之间，保存管数达150～180 支，根据建系要求，对成纤维细胞的生物学性状进行分析，所得结果如下： 1 培养细胞形态为典型的成纤维状，为梭形或不规则三角形，细胞在生长时呈放射状、火焰状或旋涡状走形，清远麻鸡的细胞形态与藏鸡和狼山鸡相比，胞质向外伸出的突起较多，且较短。
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Results: The expression of CTGF protein and CTGF mRNA in the nomal and sham operation group is low in the intracytoplasm of Mesangial cells, renaltubular epithelial cells and renal interstitial cells. Compare with sham operation group, the expression of CTGF protein and CTGF mRNA as yellow particulate in the mode group was markedly increased, and the fibrosis of nephridial tissue is obvious. Panaxnotoginseng could significantly decrease the expression of CTGF protein and CTGF mRNA(P.05), and there was no significant difference between Panaxnotoginseng treatment group and Benazepril treatment group.
结果：正常组及假手术组肾小球系膜细胞、肾小管上皮细胞以及肾间质细胞胞浆内有少量CTGF蛋白及其mRNA的黄色颗粒状阳性反应物，模型组上述部位的CTGF蛋白及其mRNA呈强阳性表达，三七总皂苷组上述指标表达较模型组显著减少，有统计学差异(P.05)，与阳性药物组比较差异不显著。
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In tracheid traits correlation analysis, it has achieved the utmost point level of significance in tracheid length and tracheid width.
木材比重与管胞指标相关研究表明：它们在亲本无性系间达到了显著相关，在半同胞家系间的相关都不显著。
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The young -mature forest correlation in wood density,tracheid length, tracheid width is not notable in clones and its offspring of clonal seed orchards.
管胞长度与管胞宽度相关在家系间和无性系间都达到了显著水平。
- 更多网络解释与胞管系相关的网络解释 [注：此内容来源于网络，仅供参考]
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Pinocytosis：胞饮
(2)胞饮(pinocytosis) 系指通过表膜摄入液体养料. 如某些阿米巴原虫行胞饮时,先在伪足样突起物上形成管状凹陷,然后断裂成许多小泡,将养料带入细胞内. (3)吞噬(phagocytosis) 原虫对固体食物的摄入称吞噬. 有些原虫具有胞口,
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trophosperm：胎座
营养质体;(原生质中的)挥发性油粒 trophoplast | 胎座 trophosperm | 胎管系;胞管系 trophospongium
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trophosphere：营养圈
trophosome 营养体 | trophosphere 营养圈 | trophospongium 胞管系
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Trophospongium：胞管系
trophosphere 营养圈 | trophospongium 胞管系 | trophotaeniae 营养联系带
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Trophospongium：胎管系;胞管系
胎座 trophosperm | 胎管系;胞管系 trophospongium | 营养孢子 trophospore
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trophospore：营养孢子
胎管系;胞管系 trophospongium | 营养孢子 trophospore | 营养孢子叶 trophosporophyll
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ray tracheids：射髓假導管 射髓系統內出現的假導管
ray system 射髓系統 細胞朝徑向生長源自射髓始原 | ray tracheids 射髓假導管 射髓系統內出現的假導管 | receptacle 花托 花莖先端增大托住花部器官