1)film-electrode method膜电极法
1.The film-electrode method for the determination of BOD_5 was compared with the iodometric method through the precision experiment.随着环境监测技术的发展,膜电极法测定5 d生化需氧量将逐步替代碘量法。
2)filter film electrode method滤膜电极法
1.The fluorine content in air environment in Fengpei, Tongshan Counties was tested with lime filter method and filter film electrode method.利用石灰滤纸法和滤膜电极法测试了徐州丰沛铜地区大气环境中的氟含量，结果表明：由城区至城效到农村，大气环境中的氟含量趋向下降，采煤、煤的燃烧和铝厂等企业是大气中氟的主要污染源，该区地氟病与大气环境中的氟含量未见明显联系，不属燃煤污染
3)biofilm-electrode process电极生物膜法
1.The result shows that: biofilm-electrode process has higher efficiency of denitrification than single biofilm at low C/N ratio(m(C)/m(N) = 1);with no organics addition(m(C)/m(N) = 0),intermittent biofilm-electrode reactor has better effect of denitrification and better efficiency for controlling of concentration of nitrite nitrogen than continuous biofilm-electrode reactor.采用电极生物膜法处理含硝酸盐氮的废水,结果表明:在碳氮质量比较低(m(C)/m(N)为1)的条件下,电极生物膜法比单纯生物膜法有更高的反硝化效率;无外加有机物(m(C)/m(N)为0)时,间歇式反应器比连续式反应器有更好的脱氮效果,更能有效地控制亚硝酸盐氮浓度。
2.Effects of operation mode, parameters such as C/N ratio, current supply and hydraulic retention time were studied, and we has known some basic rules of biofilm-electrode process initially.电极生物膜法是近年来才发展起来的一项新型水处理技术,它结合了生物法和电化学法各自的优点,可以实现清洁、彻底的反硝化脱氮。
英文短句/例句
1.The Reduction of Fe(Ⅲ)EDTA and NO_2～- by a Bio-electrochemical Reactor;电极生物膜法还原Fe（Ⅲ）EDTA和NO_2～-的特性
2.Study on Denitrification of Drinking Water with Biofilm-electrode Method;电极生物膜法处理饮用水的脱氮实验研究
3.Removal of Nitrite Nitrogen Using Biofilm-Electrode Process电极生物膜法去除亚硝酸盐氮的实验研究
4.Removal of Nitrogen and Organics from Mild-Polluted Surface Water Using Biofilmelectrode Process;电极生物膜法去除轻度污染地表水中氮及有机物的研究
5.Study on 4-amino-dimethyl-aniline Hydrochloride Degraded by Electrochemical Oxidation and Bio-electro Reactor;电化学氧化法和生物膜电极技术降解N，N-二甲基苯胺的研究
6.Study on Treating Ammonia Nitrogen and Organic Matter of Drinking Water Resource with Biofilm-electrode Process;生物膜电极法处理饮用水源水中氨氮和有机物的研究
7.Study on Removal of the Nitrate in Landfill Leachate with the Bio-electorde Process;电极—生物膜法处理渗滤液中硝酸盐氮的实验研究
8.The Research on Bio-electrode Process and Its Application in the Denitrification of Wastewater;电极—生物膜法在废水反硝化脱氮处理中的研究与应用
9.Determination of lead in medicine using bismuth-film electrodes by differential potentiometric stripping analysis铋膜电极微分电位溶出法测定药物中微量铅
10.Studies on Determination of Organic Compounds Containing Sulphur with a Sulphide Ion-Selective Membrane Electrode;离子选择电极电位法测定硫脲衍生物
11.Study on Bio-Electro Reactor for Simultaneous Denitrification and High Concentrations Phenol Degradation;电极生物膜反硝化处理高浓度苯酚废水的研究
12.Simultaneous nitrification and denitrification in biofilm-electrode reactor电极生物膜反应器中同步硝化反硝化的研究
13.Process of Phenol Degradation in a Divided Electrolytic Cell with Biofilm-cathode and Optimization of Conditions隔膜式电解槽生物膜阴极降解苯酚的过程及其条件的优化
14.Now that there is an alternative to the oxygen electrode, changing membranes and filling solutions can be avoided.既然对氧电极而言有替代物，就能避免改变膜和填充物方法。
15.The Electrochemical Properties of Hemoglobin at Au Electrode Modified with SWNTs and Biological Membrane Film;血红蛋白质在碳纳米管及生物模拟膜修饰电极上的电化学研究
16.Study on the Electrocatalysis of Biologic Molecule at Self-assembled Monolayer Modified Electrodes and It's Application;分子自组装膜修饰电极上生物分子电催化性能的研究及其应用
17.Study the Electrochemical Distribution Characteristics of Artifical Biofilms/Metals Interface Using Wire Beam Electrode Techinque利用阵列电极技术研究微生物模拟膜/金属界面电化学分布特征
18.Electrochemical Properties of Sodium Selenite on a Bionic Membrane of Gold Electrode Modified by L-Cysteine Self-assembled Monolayer亚硒酸钠在L-半胱氨酸自组装类生物膜修饰电极上的电化学行为
相关短句/例句
filter film electrode method滤膜电极法
1.The fluorine content in air environment in Fengpei, Tongshan Counties was tested with lime filter method and filter film electrode method.利用石灰滤纸法和滤膜电极法测试了徐州丰沛铜地区大气环境中的氟含量，结果表明：由城区至城效到农村，大气环境中的氟含量趋向下降，采煤、煤的燃烧和铝厂等企业是大气中氟的主要污染源，该区地氟病与大气环境中的氟含量未见明显联系，不属燃煤污染
3)biofilm-electrode process电极生物膜法
1.The result shows that: biofilm-electrode process has higher efficiency of denitrification than single biofilm at low C/N ratio(m(C)/m(N) = 1);with no organics addition(m(C)/m(N) = 0),intermittent biofilm-electrode reactor has better effect of denitrification and better efficiency for controlling of concentration of nitrite nitrogen than continuous biofilm-electrode reactor.采用电极生物膜法处理含硝酸盐氮的废水,结果表明:在碳氮质量比较低(m(C)/m(N)为1)的条件下,电极生物膜法比单纯生物膜法有更高的反硝化效率;无外加有机物(m(C)/m(N)为0)时,间歇式反应器比连续式反应器有更好的脱氮效果,更能有效地控制亚硝酸盐氮浓度。
2.Effects of operation mode, parameters such as C/N ratio, current supply and hydraulic retention time were studied, and we has known some basic rules of biofilm-electrode process initially.电极生物膜法是近年来才发展起来的一项新型水处理技术,它结合了生物法和电化学法各自的优点,可以实现清洁、彻底的反硝化脱氮。
4)partial MEA method部分膜电极法
5)membrane expandeing cathode electrolysis膜扩展阴极法电解
6)GOD membrane electrode method葡萄糖氧化酶膜电极法
延伸阅读
汞膜电极分子式：CAS号：性质：是在某种导电的基体上涂敷一层薄汞膜制成的电极。作为基体的材料，应具备电化学惰性、对汞有良好的化学稳定性及导电性能良好等特点。常用的基体材料为玻碳。玻碳汞膜电极的制造：可将玻碳薄片在稀汞盐溶液中，电解镀上一层汞膜；也可在试液中加入少量汞盐，如Hg(NO3)2，在电解富集过程中，与被测物同时在玻碳上析出，形成汞膜和汞齐。后一种方法称为同位镀汞。汞膜的厚度可由溶液中汞盐浓度和电解时间来控制。汞膜电极既具有汞电极的特性，又具有较高的面积/体积比率。由于汞膜薄，电极面积大，搅拌速度可加快，因而电沉积效率高。汞膜电极溶出峰高而尖，分辨能力强。它的缺点是重现性较差；膜薄易使溶解的金属达到过饱和，形成金属间化合物，产生相互干扰；易受支持电解质组分的影响等。
