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- An Ag/AgCl reference electrode was placed close to the working electrode surface. 一个银/氯化银参比电极放在靠近工作电极表面。
- The vibrational modes with direction perpendicular to the electrode surface gave a great contribution to the IETS. 研究结果显示，垂直于电极表面的振动模式对非弹性电子隧穿谱具有较大的贡献。
- Linoleic salts adsorption action on the electrode surface of steel 45 isdiscussed. 探讨了亚油酸盐在45钢电极界面的吸附行为。
- Around the corrosive potential, adsorption action was so strong that the passivation occurred on the electrode surface. 在腐蚀电位附近,吸附能力达到最大,并产生钝化作用。
- The up electrode surface temperature appears fluctuating phenomena, and the extent of soybean is lager than tap water. 加热时加热室上极板表面温度出现了波动，且豆浆的波动幅度大于自来水的波动幅度；
- In high cathodic polarization potential region the growth of zinc dendrite is not inhibited due to the additive desorbing from the electrode surface. 在高阴极极化区，添加剂自电极表面脱附，失去对锌枝晶生长的抑制作用。
- The influences of the inlet angle and inlet total pressure of fluid on the temperature of electrode surface and nozzle exit fluid was analyzed. 分析了空气进口气流角、进口总压和等离子化学反应对电极壁面温度及喷嘴出口气流温度的影响。
- Salmonella pullorum antibody was successfully modified on the platinum electrode surface to fabricate the label-free immunosensor by embed technology with gelatin as matrix. 摘要以明胶作为载体，采用包埋技术成功地将鸡白痢抗体修饰于电极表面，制成非标记型鸡白痢免疫传感器。
- The doped polyaniline (PANI) films with different thickness electrodeposited on flat platinum electrode surface have been studied by confocal Raman spectroscopy. 摘要显微共焦拉曼技术被用来研究电化学合成的聚苯胺(PANI)膜。
- The normal Raman spectrum (RRS) of solanesol molecules and surface enhanced raman scattering (SERS) of these mdecules adsorbted on Pt electrode surface are reported in this paper. 摘要本文首次报道了茄尼醇分子的常规拉曼光谱(RRS)及该分子在铂电极上的表面增强拉曼散射(SERS)谱，并对它的谱带进行了初步指认。
- Nano-structured system of myoglobin-alumina template-colloidal gold on the glassy carbon electrode surface has been successfully fabricated by assembly technology. 基于自组装技术在玻碳电极表面构筑了肌红蛋白-纳米氧化铝模板-金胶复合组装体,研究了该纳米复合组装体的电化学性质。
- Rotating electrode remelting ESR is different from the traditional method of rotating electrode formed at the bottom of high-temperature zone near the electrode surface. 旋转电极重熔区别于传统电渣重熔是旋转电极方法形成的高温区靠近电极底端面。
- The adsorption behaviors of non-ionic perfluorinated and hydrogenated surfactants at Hg electrode surface, and their influences on several electrode processes were studied. 研究了非离子型全氟表面活性剂在汞电极表面的吸附行为及对若干典型电还原反应的影响，并与相应的碳氢链表面活性剂作了比较。
- The results are confirmed by SEM, indicating that the competitive adsorption between PEI and uracil on the electrode surface are the main reason for the brightness. SEM结果证实，在镀银过程中，尿嘧啶与PEI之间的竞争吸附行为是形成光亮的银层的关键原因。
- The results also indicate that MTU is vertically adsorbed on Ag electrode surface via S atom, while ATU is adsorbed on the surface via S atom and the molecules leaned to the electrode surface. MTU以S端且垂直吸附在电极表面;ATU也以S端和表面发生化学吸附;但整个分子斜躺吸附在电极表面上.
- The electrochemical oxidation of paeonol is irreversible, which produces a compact insulated polymeric film on the electrode surface, and the electrochemical oxidation dynamic process was studied on an ultramicroelectrode. 氧化产物发生随后化学反应，在电极表面生成致密的不导电聚合物膜。
- The results showed that both TU and PTU can be adsorbed on the iron electrode surface and the inhibition of PTU is better than TU in 0 1mol/L KCl solution. The adsorption mode of TU and PTU is similar in the interaction of S atom and iron surface. 结果表明，在0.;1mol/LKCl溶液中，上述两种缓蚀剂均能吸附在铁的表面，对铁起缓蚀作用，二者在铁表面的吸附模式基本相似，系通过分子中的硫原子与金属铁作用。
- In comparison with the case of Pt electrode, the oxidation peak potential of sec butyl alcohol on Pt surface modified with Sb was negatively shifted about 100 mV. On the contrary, the oxidation of S adatoms consumes oxygen species on Pt electrode surface. 与Pt电极相比 ;Sb吸附原子修饰的Pt电极使仲丁醇氧化的峰电位负移约 10 0mV .
- It is analyzed that electrode surface sticks dirty spot unevenly and electric field varies irregularly during welding the phosphorized weldment by 3-phase DC projection welder secondary rectification. 分析了三相次级整流凸焊表面磷化构件时,产生电极表面不均匀粘污,从而引起电流场发生畸变的原因。
- MP-11 can undergo the direct and effective electron transfer between its electroactive center and the electrode surface because its short peptide and large exposure extent of the electroactive center. 由于MP-11肽链短，活性中心暴露程度大，可在电极表面和它的电活性中心之间进行直接有效的电子转移。
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- 深远海浮式风电平台 - deep-sea floating wind power platform
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- 京雄高速公路 - Beijing-Xiongan expressway
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- 农业及相关产业增加值 - the added value of agriculture and related industries
