电解
- 与 电解 相关的网络例句 [注:此内容来源于网络,仅供参考]
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Treatment of landfill leachate was conducted by means of electrochemical oxidation process in this paper, experimental statistics were analyzed.
本文对难生化处理的垃圾渗滤液用强制电化学电解,并对实验数据进行分析,找出最佳运行参数。
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According to the principle of electrolysis and by using the method of differential electric potential, the apparatus can solve the prob- lem of each layer delaminating from each other automatically.
该仪器根据电解剥离原理,采用微分电位法,解决了各层界面自动分层难题。
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In the case of decorative zinc electroplatings, a further enhancement of the appearance of such substrates in addition to the corrosion resistance imparted is achieved by the passivate film which ranges from a clear bright to a light blue bright appearance simulating that of a chromium deposit or alternatively, a clear light-yellow appearance simulating that obtained by use of prior art hexavalent chromium solutions.
可选择的治疗方法,可进一步遏制卤化物包括氟离子、氯化物和溴化物离子进一步增加了硬度钝化膜以及一个或多个兼容为实现高效润湿剂接触基板对待。现在的发明特别地可适用但是不限制在碱而产生酸非氰化物的锌的治疗使电解沉积传授对被对待的基体改良的腐蚀抵抗和装饰的外表。
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The fluoride in the mealie leaves mainly came from the emission of the aluminum factory,and the pollution level of fluoride in mealie fruits was middle-polluted in the controlling plot,but were heavy-polluted in the rest plots.
因此,研究电解铝厂周边氟化物污染十分必要,但目前研究主要集中在大气氟化物对农作物的影响,大气氟化物对土壤和农作物的影响评价很少报道。鉴于此,本文
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A primary cell consisting of a zinc anode, a cathode of mercury oxide, and an electrolyte of potassium hydroxide.
由锌正极汞阴极氢氧化钾电解液组成的电池。
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The interface between oxide film and substrate is distinctive, but there is no obvious interface between electrolytic coloring film and oxide film, which indicates that coloring metal is deposited in micropores.
图纹处氧化膜较厚,无图纹部分较薄,氧化膜与基体界面分明,而电解着色膜与氧化膜无明显的分界面,说明着色金属是沉积在多孔层微孔内。
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So do the pore density and size in pattern area. Electrolytic coloring metal interlinks and piles up in the micropores of pattern area and makes color deep. The oxide film of pattern area is thicker than that of pattern-free area.
这样,在电解着色时,着色金属以胶体Ag及其氧化物Ag〓O胶团在图纹处氧化膜的微孔上相互交连,形成较大的胞状物,从而在图纹处呈现出较深的色彩。
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Disclosed are an adhesive composition for a metal foil which comprises a material wherein a tracking resistance test is carried out according to the IEC method by making a thickness of an adhesive layer 30 to 40 mum, using a copper foil pattern with a width of 4 mm and making a distance between electrodes 0.4 mm, then the adhesive layer dissolves out for the first time when 5 drops or more of an electrolyte are dropped thereon, an adhesive-coated metal foil, a metal-clad laminate, a wiring board, a multi-layer board and a multi-layer wiring board using the same.
本发明公开了一种用于金属薄片的粘合剂组合物,它含有一种材料,其中,抗电弧径迹测试是按照IEC方法进行的,粘合剂层的厚度被做成30至40μm,使用了具有4mm宽度的铜薄片图形,并使电极之间的距离为0.4mm,然后,当5滴或更多的电解液被滴加其上时,粘合剂层被首次溶解掉。使用它的一种粘合剂涂覆的金属薄片,一种金属包覆的层压板,一种多层板和多层电路板。
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Using PbO2/Ti as anode,pure lead as cathode,H2SO4 as medium,MnSO4 was electrolyzed into Mnin a undivided cell,then,using Mnas oxidant, p-chloro-toluene was oxidized into p-chloro-phenylaldehyde.
采用无隔膜电解槽,以PbO2/Ti为阳极,纯Pb为阴极,MnSO4在H2SO4介质中电解为Mn,于电解槽外氧化对氯甲苯生成对氯苯甲醛。
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Result and conclusion: The electrochemical experimental results show that the two totally irreversible oxidation peaks in the region of 0.3-1.2 V vs SCE for both MT and SR were observed,and the electrode reactions processes were diffusion-controlled.Their electron transfer number n and electron transfer coefficient α were obtained by CV and electrolysis with coulometry.The diffusion coefficient D and rate constant k f were also calculated by CC and CA.
结果与结论:在0.30~1.2 V电位窗口内,MT和SR均产生1个不可逆氧化峰,并且它们的电极反应均受扩散步骤控制;用控制电位电解库仑法和循环伏安法得到MT和SR的电极反应电子转移数n和电荷转移系数α,运用计时库仑法和计时电流法测定了它们的扩散系数 D 及电极反应速率常数kf。
- 推荐网络例句
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For a big chunk of credit-card losses; the number of filings (and thus charge-off rates) would be rising again, whether
年美国个人破产法的一个改动使得破产登记急速下降,而后引起了信用卡大规模的亏损。
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Eph. 4:23 And that you be renewed in the spirit of your mind
弗四23 而在你们心思的灵里得以更新
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Lao Qiu is the Chairman of China Qiuyang Translation Group and the head master of the Confucius School. He has committed himself to the research and promotion of the classics of China.
老秋先生为中国秋阳翻译集团的董事长和孔子商学院的院长,致力于国学的研究和推广。