cathode coupling

The Coupling of the Electric Power Market of Network Level and That of Province Level;

网级与省级电力市场的藕合问题

The author applies the results to study the synthetic effects and the final responds with the scale enlargement in watershed,hence implies the adjustment and exchange rule of rainfall and runoff after forest systematic coupling.

为研究森林系统对降雨径流的调节、转换和再分配功能,根据生态系统的结构,分层次设置监测系统,监测单因子或单项因子在生态系统中的变化趋势,揭示各因子在生态系统中的"独立"作用;随着流域系统的扩大,研究因子的组合作用,以及对流域系统的终极响应,由此可揭示森林系统藕合后对流域(区域)径流的调节、转换和再分配规律。

Research progress in the composite cathodes of SOFC;

SOFC复合阴极的研究进展

Studying on the properties of Ni-P/Co-Ni-P(La) chemical plating composite cathode;

化学镀Ni-P/Co-Ni-P(La)复合阴极的性能研究

Ag-YSB composite cathodes for intermediate temperature solid oxide fuel cells;

中温固体氧化物燃料电池的Ag-YSB复合阴极

Electroless Ni-P/Co-P complex cathodes show good electrocatalytic activity for hydrogen evolution in basic solutions, but they are less stable in prolonged electrolysis and reverse-current test.

化学镀Ni P/Co P复合阴极具有很好的电催化性能 ,但在稳定性方面尚有欠缺 ,在内层引入稀土Pr后 ,由于稀土元素特殊的外层电子结构 ,促进了内层非晶化过程 ,提高了镀层的致密性和耐蚀性。

After the influences of complex cathode on reflectance,transmittance and phase of reflection was compared,the microcavity effects on complex cathode and single layer metal cathode were analyzed,and the optimum light outc.

通过在金属微腔的阴极加入介质层形成复合阴极,比较复合阴极对反射率、透射率和反射相位的影响,并分析了微腔效应对复合阴极和单金属阴极器件的影响,得到了最优化的光外耦合率。

The microstructures and thermal expansion properties of LSMO3/CGO and LSMO7/CGO composite cathodes were investigated.

分别将LSMO3和LSMO7粉体与CGO粉体以1:1的质量比均匀混合,在300MPa下冷等静压成型,并在1500℃烧结2h,制备了LSMO3/CGO和LSMO7/CGO复合阴极材料。

Microstructures, interfacial resistances, and activation energy of the symmetrical composite cathodes [50wt%(La0.

90(SDC)为电解质,用交流阻抗谱研究了烧结温度和原料粉体制备过程等因素对复合阴极[50wt％(La0。

Composite cathodes consisting of 50 wt.

用硝酸盐浸渍法制备了应用于中温固体氧化物燃料电池的复合阴极LSM-SDC[50Wt。

"Xifeng had already sent round a flowered lavender curtain, satin quilts and embroidered mattresses."

"一面早有熙凤命人送了一顶藕合色花帐,并几件锦被缎褥之类."

Cluster supply chain is the coupling organizing form between industrial cluster and supply chain.

集群式供应链是产业集群和供应链之间的藕合组织形式。

Prediction of construction lands by Gray-Markov models;

基于灰色-马尔可夫藕合模型的区域建设用地需求预测

Discussion of the creation reason of ecosystem;

论生态恶化之成因——侗族文化转型与生态系统藕合演替

The Linearization Method for Uncertain or Interconnected Systems by Dynamic Feedback

利用动态反馈的不确定或藕合系统的线性化方法研究(英文)

The sampling method by coupling criticality source direction biasing and the exponential transform is established for duct shielding calculation.

建立临界源方向偏倚和指数变换相结合的藕合抽样方法，用于反应堆孔道的屏蔽计算。

The common method to compensate the coupling loss is to make various reference blocks according to the material of workpieces, obviously it consumes time and labor.

目前常用的补偿藕合损耗的方法是根据材质制作对比试块，但该方法费时费力。

Application Research of Combining of A/O and Electrolysis Catalyzing Process Using in Treating the Alcohol Wastewater of the Sugarcane Sugar-refinery

O/A及电解催化藕合工艺在甘蔗糖厂酒精废液生物处理中的应用研究

The application of two-dimensional and unsteady model combined surface water with ground water in South-North water Transfer Project

地下水和地面水二维不恒定流藕合模型在南水北调地下水预测中的应用

Effects of S3307 on Photosynthetic Characteristics and Production in Lotus Root

S3307对籽藕光合特性及产量的影响

Studies on the Carbohydrate Metabolism and Starch Characteristics in Lotus Rhizome;

莲藕根状茎碳水化合物代谢及淀粉特性的初步研究

Study on Hemostatic Effect of Rhizoma Nelumbinis,Nodus Nelumbinis Rhizomatis and Their Charcoal Decoction Pieces

莲藕、藕节及其炭制品止血作用的比较

The Characters of Polyphenol Oxidase in Lotus Root and Prevention of Discoloration of Lotus Root

莲藕中多酚氧化酶的特性及莲藕的护色

Effects of Circumstance on the Growth and Physiological of Lotus (Nelumbo Nucifera Gaertn) Tissue Culture and Physiological and Biochemical Study during Rhizome Swelling;

莲藕组培苗生理变化及膨大藕体生化物质研究

Study on the Processing Technique and Characteristics of Lotus-root Starch and Super-fine Whole Lotus-root Powder

藕淀粉与超微全藕粉的制备技术及性质研究

Studies on the Technique of Extract and Purification and Its Anti-oxidant Ability of Tannin from Nodes of Lotus Root

莲藕藕节鞣质提取纯化及其抗氧化活性研究

Comparison Analysis of Granule Structure between Lotus Starch and Super-fine Whole Lotus Powder

超微全藕粉与藕淀粉颗粒结构的比较研究

Jade lotus plant: It's made of high quality jade, craving very detail. Lotus plant has the meaning of never part away always together.

岫玉莲藕：此岫玉莲藕用上等岫玉为材料精雕细刻而成，莲藕有着细脉相连永不分开的寓意。