池状的

基本解释 (translations)

cisternal

与池状的相关的网络例句 [注：此内容来源于网络，仅供参考]

Through researching the mechanism of biological nitrification and denitrification and actual project application of the technology and related literature materials, the obtained results are as follows:(1) Anoxybiosis is effective to the removal of COD; after the anoxic process, BOD/COD of the outflow increases, it shows that the degradation ability of wastewater is improved; anoxybiosis is insensitive when shock loading of inflow wastewater varies greatly;(2) It is demonstrated by the operation of inoculation and cultivating that biofilm takes two weeks to succeed in cultivating on packings and the removal ratios of NH3-N and COD get 50% and 70% respectively, when gas-water ratio is 6:1, HRT is 7.3 hour, water temperature is above 15°C;(3) It is demonstrated that gas-water ratio, hydraulic loading, HRT, temperature, pH etc are important factors which influence the removal effect of pollutants, when the gas-water ratio is 6:1, hydraulic loading is about 0.38kgNH3-N/m~3.d, water temperature ranges from 15°C to 27°C, pH ranges from 7.5 to 8.0, the BIOFOR removal effect of pollutants is the best;(4) The operation indicated that, this technology has strong ability of nitrification and denitrification; it has extremely vital significance for reducing the water body eutrophication;(5) It is confirmed the feasibility and the usability of preanoxic-BIOFOR process to treat L-lactic acid production wastewater. The experiment indicated that the treatment effect of this technology is very good and also shows that the technology has many advantages, such as small volume, high treatment efficiency, good effluent quality and strong endurance to load variation, this technology is a new and economical wastewater treatment process.

通过对生物脱氮机理的研究和该组合技术的实际工程应用，并结合有关文献资料，取得如下结论：(1)预缺氧池对L-乳酸生产废水中的COD去除具有一定的效果；废水中难降解的高分子物质经过缺氧工段分解为易于氧化降解的物质，浮状有机物在水解菌的作用下，将不溶性有机物水解为溶解性物质；预缺氧池具有较强的抗冲击负荷能力；(2)BIOFOR接种挂膜过程表明：HRT为7.3h、气水比为6：1、水温保持在15℃以上，经过半个月生物膜即以形成，NH_3-N和COD的去除率分别达到50％和70％左右；(3)研究表明：气水比、水力负荷、HRT、温度、pH等是影响污染物去除效率的重要因素，在气水比为6：1，NH_3-N容积负荷为0.38kgNH_3-N／m~3·d，温度在15℃-27℃，pH在7.5-8.0之间的条件下，BIOFOR对污染物的去除效率达到最佳；(4)运行表明，该组合技术具有较强的脱氮能力，对于减少水体富营养化具有十分重要的意义；(5)经过半年多实际工程的现场调试与运行，验证了利用预缺氧—BIOFOR组合工艺处理L—乳酸生产废水的可行性和实用性，得出该组合技术具有占地面积小，处理效果好，运行费用省，耐冲击负荷能力强等优点，是一项新型、经济的污水处理技术。

Lymphatics from the lower extremities and gastrointestinal tract ascend cephalad to the cisterna chyli, a 5- to 7-cm-long saccular dilation of the lymphatic system, anterior to the first or second lumbar vertebrae.

下肢和胃肠道的淋巴向头部方向流动最终汇入乳糜池。乳糜池是一个位于第一和第二腰椎前的5－7cm长的囊状扩张。

The array chip takes a flexible transparent polyimide thin membrane as the base, the lower surface can form a cross comb-shaped array multimicroelectrode, the electrode group is composed of two comb-shaped microelectrode array electrodes which are mutually crossed but not contacted with the electrical structures not being connected, and the microchannel between the both internal electrodes of the electrode group serves as the service passage; the array chip is inversely buckled on the fusion pool, and the cross comb-shaped array multimicroelectrode on the array chip correspondes to the cell electric fusion pool and falls in the cell electric fusion pool.

阵列芯片以柔性透明聚酰亚胺薄膜为基底，下表面通过蚀刻形成交叉梳状阵列化微电极组，电极组由两个相互交叉、互不接触、电气结构上互不连接的梳状微电极阵列电极构成，电极组内部微电极之间的微通道为工作通道；阵列芯片倒扣于融合池上，其上的交叉梳状阵列化微电极组与细胞电融合池相对应，落于细胞电融合池中。

Konoike's figures with doll-like facial expressions may be seen as a derivation of her career as a member of this team.

鴻池朋子因设计洋娃娃状的面部表情而成名，这也可以被视为她加入这个团队工作生涯的开始。

Results: After cryofixation,basement membranes of skeletal muscle consisted of only one electron dense layer, T tubules were round, core cylinders were observed in terminal cisternae and there were thread-like protein particles on the membranes of terminal cisternae.

结果：冷冻固定后，缝匠肌基膜仅仅由电子密度高的一层组成；横小管为圆形；终池内含有电子密度高的环形物，终池膜上存在一排线状电子密度高的蛋白颗粒。

However after chemical fixation, basement membranes showed 2 main layers: the electron-lucent "lamina lucida" and the electron-dense "lamina densa"; T tubules were flat; there existed only some electron dense particles in terminal cisternae, the feet process projected from membranes of terminal cisternae toward T tubules.

化学固定后，缝匠肌基膜由两层组成：一层电子密度低，另一层电子密度高；横小管为扁平状或哑铃状；终池内仅有一些散在的电子密度高的颗粒，终池膜上有几个脚状突起伸向横小管。

The water at the top of the treatment plant fountain is green from algae that flourish on the organic material in the lake water.

自来水厂的水跃池，就是从太湖抽来的原水，顶端呈深绿色，得先加氯和硫酸铝，让池中的藻类和悬浮物，凝聚成泡泡状，再进入金门净水厂特有的浮除池。

This will be the first time any of these beautiful flower shaped urinals will be offered for sale.

这将是第一次花朵状的小便池销售展出，千万不要错过去观看如此罕见而优美的雕塑品。

By using the foam mats for its head fixation and standard head coils for emission and reception,the scanner begin its routine scannings in the position of the axis,sagittal,coronal SE T1WI(TR/TE=476/15ms) and axis TSE T2WI (TR/TE=3647/100ms).The matrix of the scanner is 256×256,the slick thickness of it 5mm and the spacing of it 0mm.1H-MRS is located on the side of the hippocampus by using the T2WI axis.

采用泡沫垫进行头部固定，使用标准头线圈作为发射和接收线圈，常规进行轴位、矢状位和冠状位SE T_1WI(TR/TE=476/15ms)和轴位TSET_2WI(TR/TE=3647/100ms)扫描，矩阵256×256，层厚5mm、间距0mm，1H-MRS采用T_2WI轴位定位于一侧海马选取正方体感兴趣区，体素大小为10mm×10mm×10mm，并在轴位、矢状位和冠状位上观察，使所选择的VOI尽量避开侧脑室及脑沟池内的脑脊液。

Transmission electron microscopy demonstrated that fibroblast was full of endoplasmic reticulums that cisternal-like expanded in the rhEGF nanoparticle group, and collagen proteins were synthesized in cavity.

透射电镜下可见rhEGF纳米微球组成纤维细胞胞质内有大量的内质网，扩张成池状，腔内充满了合成的胶原蛋白。

与池状的相关的网络解释 [注：此内容来源于网络，仅供参考]

carnivorous plant：肉食植物

具捕虫叶的植物,称为食虫植物(insectivorous plant)或肉食植物(carnivorous plant). 捕虫叶有囊状(如狸藻)、盘状(如茅膏菜)、瓶状(如猪笼草). 狸藻(Utricularia vulgaris)是多年生水生植物,生于池沟中,叶细裂和一般沉水叶相似. 它的捕虫叶却膨大成囊状,

cisterna：池

这种类型的内质网常呈扁平囊状,有时也膨大成网内池(cisterna). 滑面内质网的特点是膜上无颗粒,膜系常呈管状,小管彼此连接成网. 这二种内质网可认为是一个系统,因为它们在一个细胞内常是彼此连接的,而且糙面内质网又与核膜相连.

Golgi apparatus：高尔基体

高尔基体(Golgi apparatus)见于一切有核细胞,来自核膜外层,由数列弯曲成蹄铁状的扁平囊组成,在横切面上表现为光面双膜,其末端膨大成烧瓶状. 高尔基体面向核的一面称为形成面,由许多与粗面内质网池相连的小泡构成. 另一面称为成熟面,

insectivorous plant：食虫植物

具捕虫叶的植物,称为食虫植物(insectivorous plant)或肉食植物(carnivorous plant). 捕虫叶有囊状(如狸藻)、盘状(如茅膏菜)、瓶状(如猪笼草). 狸藻(Utricularia vulgaris)是多年生水生植物,生于池沟中,叶细裂和一般沉水叶相似. 它的捕虫叶却膨大成囊状,

oxygen lance：氧枪

酸性平炉的冶炼过程不能去除金属液中的硫、磷有害杂质,故要求使用含硫氧枪(oxygen lance) 将高压高纯度氧气以超音速速度吹入转炉内金属熔池上方,并带有高压水冷却保护系统的管状设备.

micronutrient：微量营养素

40微量元素(必需的)trace eIement(essential)微量营养素(micronutrient)一群异养生物,通常形成芽胞,有清晰的细胞核,词有叶绿素光合作用物质.酵母是单细胞真菌,由芽生繁殖.其他真菌是多细胞和丝状的,例如镰刀霉种类(Fusariumspecies)可造成生物滤池积水,

biting midge：蠓

体和翅上无鳞片,翅脉也与蚊没有同,口器小而不延伸成吸管. 雄摇蚊触角羽状. 黄昏前后在池、河边麇集发出嗡嗡声. 在水中、粪肥中或树皮下繁育. 幼虫水生,蠕虫状,体软,是水生动物(尤其是鱼类)的重要食料. 摇蚊与拟蚊蠓(biting midge)近缘.

cisternal：池状的

cisternainterpeduncularis 脚间池 | cisternal 池状的 | cisternalpuncture 小脑延髓池穿刺

Corixidae：划蝽科

属异翅目(Heteroptera)划蝽科(Corixidae)昆虫. 300馀种. 体扁平,船形;後足桨状,有缘毛. 全球分布,体长不足13公釐(0.5吋),从高自喜马拉雅山,低至死谷,无论淡水、咸淡水中都有. 体轻於水,一般附著在池或河底植物上,靠身体周围和翅下储存的空气呼吸.

rough endoplasmic reticulum：粗面内质网

细胞团外围有断续的基膜(basal lamina),细胞间为桥粒样连接(desmosomelike junction),细胞核相对比较大,有丰富的常染色质及少量散在的斑块状异染色质,最有诊断价值的特征是细胞浆内含有丰富的由粗面内质网(rough endoplasmic reticulum)扩张形成的池和大囊,