hgo
- 网络氧化汞;红色氧化汞;肝葡萄糖输出;红氧化汞;三仙丹
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Microstructure and precipitate of low temperature hot rolled HGO silicon steel plate by normalizing
低温热轧高磁感取向硅钢板常化组织及析出相研究
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Results showed that in the oxidative flue gases atmosphere of coal combustion , sulfur can inhibit Hgo ( g ) formation .
平衡分析表明,在煤燃烧产生的氧化性气氛的烟气中,高硫含量会抑制单质汞的排放。
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The electrochemical performance of the two materials was studied by cycling voltammetry in the range - 0.3-0.6 V ( Hg / HgO ), which indicated their capacitive behaviors .
在-0.3~0.6V(相对Hg/HgO电极电位)范围用循环伏安法研究两种材料的电化学性能,结果显示它们具有静电电容特征。
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In order to implement the sensor-less control , a high gain observer ( HGO ) was proposed to estimate the rotor fluxes , speed and time constant using the stator currents and voltages .
为获得无速度传感器控制,提出一种非线性鲁棒高增益观测器。
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Three-electrode system is introduced to test the difference . Ni ( OH ) _2 / NiOOH is used as the counter electrode , CNTs-Ni ( the mass ratio is 1:9 ) as the working electrode and Hg / HgO as the reference electrode .
采用三电极体系,Ni(OH)2/NiOOH为对电极,CNTs-Ni(质量比为1:9)为工作电极,Hg/HgO为参比电极,30%的KOH作为电解液。
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In the active dissolution potential regime ( - 0.95V ~ -0.40V vs Hg / HgO , the same in all potentials mentioned in this paper ), Fe dissolves mainly via a two-electron transfer reaction to a soluble bi-valent iron species of HFeO_2 ~ - ion ;
在铁电极的活性溶解区域(-0.95V~-0.40VvsHg/HgO,本文所有电位均使用Hg/HgO为参比电极),铁主要通过两电子反应形成可溶产物HFeO2~-离子;