• 基本释义

1.titration with potassium dichromate
重铬酸滴定法收藏指正
2.Determination of COD in Wastewater by Potassium Dichromate Colorimetric Method
重铬酸比色法测定水中化学需氧量收藏指正
3.The determination of COD in wastewater by potassium dichromate colorimetric method was discussed.
对重铬酸比色法测定水中化学需氧量(COD)的方法进行了验证性研究。收藏指正
4.Plasmid DNA Breakage Caused by Reaction of Intracellular Redox Compound with Potassium Dichromate
重铬酸和氧化还原物质反应致质粒DNA断链收藏指正
5.DEPENDENCE OF THE SOLUBILITY OF POTASSIUM DICHROMATE ON THE COMPOSITION OF THE MIXTURE OF LIGHT AND HEAVY WATER AT 25
重铬酸在25°的溶解度与轻水重水混合物组成的关系收藏指正
6.The Study on Measuring COD of Wastewater with High Content of Chlorine by the Means of Potassium Dichromate of Different Concentration
分段重铬酸法测定高氯离子废水COD方法研究收藏指正
7.A comparison of open circuit potential (OCP) and power output among ferricyanide, hydrogen peroxide, potassium dichromate and potassium permanganate used as cathodic electron acceptors was taken in a dual-chamber microbial fuel cell with activated carbon as the anode fed with glucose (COD of 2000mg·L -1 ) as substrate.
以活性炭阳极双室生物燃料电池为基础,使用葡萄糖(COD为2000mg·L-1)作为底物,比较了铁氰化、过氧化氢、重铬酸和高锰酸分别作为生物燃料电池阴极电子受体时电池的开路电压和功率输出.收藏指正
8.Potassium dichromate was chosen as the pollutant with initial concentration of 100 mg/kg. A constant voltage gradient of 1 DCV/cm was applied and the experiment was operated for 48h.
选用重铬酸作为污染物,其最初浓度为100mg/kg,实验过程中施加1DCV/cm的恒定电压,运行48h。收藏指正
9.The result showed that when use the improved HV agar as the isolation medium,dilute the soil sample 100 times and use 2×10-5 g/mL potassium dichromate plus 2×10-5 g/mL nalidixic acid plus 1×10-5 g/mL kanamycin as inhibitor,the isolation was the best.
结果表明:以改进的HV培养基为分离培养基,将土壤样品稀释100倍,添加2×10-5g/mL重铬酸+2×10-5g/mL萘啶酮酸+1×10-5g/mL卡那霉素作为抑制剂分离效果最好。收藏指正