还原解毒,toxicity removal,在线英语词典,英文翻译,专业英语

1) toxicity removal

还原解毒

2) NO reduction

NO还原

Effects of reducing agents on NO reduction over Ag/Al_2O_3 catalyst;

还原剂对Ag/Al_2O_3催化剂上NO还原的影响

The results showed that NO reduction and NO oxidation.

结果表明:NO还原和氧化在其脱除过程中同时共存,当NO,N2,O2,H2O和CO2的体积浓度分别为200×10-6,80%,5%,6%和9%时,NO氧化所占的比例比NO还原的大很多;脉冲频率增大导致NO还原率和氧化率均增大;H2O浓度增大导致HNO3浓度增大,表明NO氧化所占的比例随H2O浓度增大而增大。

Combustion experiments on Shenmu bituminous coal and Geliping blind coal were carried out in a high-temperature horizontal twin-tube quartz stove,and NO volume fraction was measured in real-time during the combustion to investigate the effect of magnesium acetate on NO reduction.

实验结果表明,醋酸镁对燃料型NO生成的还原作用受到煤种、燃烧温度和燃烧气氛的影响,NO还原率可达23%。

3) deoxidization

还原

The Treatment of Wastewater Containing Cr~(6+) Through Electroanalysis-deoxidization;

电解还原法处理含铬废水

Study on technique of separation of Mn-Ag oxidation ore with amylum by degradation deoxidization;

淀粉降解还原分离锰银氧化矿工艺研究

Several programs are contrasted by experiments and the process that neutralization-deoxidization-P204 extraction-stripping with sulfuric acid-oxidization-V2O5 deposition is proved the best route.

主要论述对豫西某地石煤钒矿硫酸浸液的后序处理试验研究,针对该料液的特点进行多种研究方案对比,最终确立浸出液中和—还原—H(C8H17)2PO4(以下简写为P204)萃取—硫酸反萃取—氧化沉钒技术路线,采用15%P204+10%TBP+75%煤油为萃取体系,1。

4) reducing

还原

Study on reducing silver through solid phase reaction();

固相反应还原银的研究(Ⅱ)

Electric arc furnace(EAF) dust with carbon-containing pellets direct reducing technology was studied and expanding experiment in laboratory was achieved.

分析研究了运用配碳球团的直接还原技术处理的电炉粉尘,并完成了实验室扩大性实验;得到了还原焙烧法的合理工艺条件,即碳过量系数为1。

Investigated the electric arc furnace(EAF) dust with carbon-containing pellets direct reducing technology,carried out the expanding experiment in laboratory,and got the better parameters of roasting reduction method: excess coefficient of carbon is 1.

为综合利用含锌电炉粉尘,提出运用含碳球团的还原处理方法,并进行了扩大性试验,得到了还原焙烧法的合理工艺条件。

5) reduce

还原

Comparison of kinetics of acid violet red B reduced by Pd/Fe and normal Fe~0;

Pd/Fe与Fe~0催化还原降解酸性紫红B的动力学比较

390g o-nitrophenol was reduced by 1.

采用在Pd/C催化下水合肼还原邻硝基苯酚的方法制备邻氨基苯酚,研究了反应温度、催化剂用量和还原剂用量对反应产物收率的影响。

Coke powder is used to reduce high aluminum pulverized coal by adopted carbon tube resistance furnace between the temperature of 1 950℃ and 2 200 ℃ It shows that if reduction temperature is higher than 2 050t, AkOs in high aluminum powder ash can be reduced obviously.

使用碳管电阻炉在1 950-2 200℃温度范围内,用焦炭粉还原高铝粉煤灰,制取Fe-Al-Si合金。

6) reduction

还原

Study on kinetics of chromium(VI) reduction by hydrazine in the alkaline solution;

碱性溶液中N_2H_4还原Cr(VI)的反应动力学研究

Solution precipitation-hydrogen reduction process for preparing nanometer cobalt powder;

溶液沉淀-氢还原法制备纳米钴粉

Study on Cu/Ce-Ti-PILC for selective catalytic reduction of NO by propylene;

Cu/Ce-Ti-PILC上丙烯选择催化还原NO的研究

参考词条

化学还原还原温度熔融还原氧还原气基还原还原糖 Fe粉还原还原性还原脱氯预还原异相还原还原环化热拉弯比赛安排

补充资料：蓝钨氢还原(见仲钨酸铵氢还原)

蓝钨氢还原(见仲钨酸铵氢还原)
hydrogen reduction of blue tung sten compound

Ianwu qing huanyuan蓝钨氮还原(hydrogen reduetion of bluetungsten compound)见仲钨酸按氮还原。

说明：补充资料仅用于学习参考，请勿用于其它任何用途。

首页 \| 翻译 \| 影视 \| 论坛 \| 索引还原NO “还原” 还原带，还原区电解还原还原糖量还原挥发

1) toxicity removal 还原解毒 2) NO reduction NO还原 1. Effects of reducing agents on NO reduction over Ag/Al_2O_3 catalyst; 还原剂对Ag/Al_2O_3催化剂上NO还原的影响 2. The results showed that NO reduction and NO oxidation. 结果表明:NO还原和氧化在其脱除过程中同时共存,当NO,N2,O2,H2O和CO2的体积浓度分别为200×10-6,80%,5%,6%和9%时,NO氧化所占的比例比NO还原的大很多;脉冲频率增大导致NO还原率和氧化率均增大;H2O浓度增大导致HNO3浓度增大,表明NO氧化所占的比例随H2O浓度增大而增大。 3. Combustion experiments on Shenmu bituminous coal and Geliping blind coal were carried out in a high-temperature horizontal twin-tube quartz stove,and NO volume fraction was measured in real-time during the combustion to investigate the effect of magnesium acetate on NO reduction. 实验结果表明,醋酸镁对燃料型NO生成的还原作用受到煤种、燃烧温度和燃烧气氛的影响,NO还原率可达23%。 3) deoxidization 还原 1. The Treatment of Wastewater Containing Cr~(6+) Through Electroanalysis-deoxidization; 电解还原法处理含铬废水 2. Study on technique of separation of Mn-Ag oxidation ore with amylum by degradation deoxidization; 淀粉降解还原分离锰银氧化矿工艺研究 3. Several programs are contrasted by experiments and the process that neutralization-deoxidization-P204 extraction-stripping with sulfuric acid-oxidization-V2O5 deposition is proved the best route. 主要论述对豫西某地石煤钒矿硫酸浸液的后序处理试验研究,针对该料液的特点进行多种研究方案对比,最终确立浸出液中和—还原—H(C8H17)2PO4(以下简写为P204)萃取—硫酸反萃取—氧化沉钒技术路线,采用15%P204+10%TBP+75%煤油为萃取体系,1。 4) reducing 还原 1. Study on reducing silver through solid phase reaction(); 固相反应还原银的研究(Ⅱ) 2. Electric arc furnace(EAF) dust with carbon-containing pellets direct reducing technology was studied and expanding experiment in laboratory was achieved. 分析研究了运用配碳球团的直接还原技术处理的电炉粉尘,并完成了实验室扩大性实验;得到了还原焙烧法的合理工艺条件,即碳过量系数为1。 3. Investigated the electric arc furnace(EAF) dust with carbon-containing pellets direct reducing technology,carried out the expanding experiment in laboratory,and got the better parameters of roasting reduction method: excess coefficient of carbon is 1. 为综合利用含锌电炉粉尘,提出运用含碳球团的还原处理方法,并进行了扩大性试验,得到了还原焙烧法的合理工艺条件。 5) reduce 还原 1. Comparison of kinetics of acid violet red B reduced by Pd/Fe and normal Fe~0; Pd/Fe与Fe~0催化还原降解酸性紫红B的动力学比较 2. 390g o-nitrophenol was reduced by 1. 采用在Pd/C催化下水合肼还原邻硝基苯酚的方法制备邻氨基苯酚,研究了反应温度、催化剂用量和还原剂用量对反应产物收率的影响。 3. Coke powder is used to reduce high aluminum pulverized coal by adopted carbon tube resistance furnace between the temperature of 1 950℃ and 2 200 ℃ It shows that if reduction temperature is higher than 2 050t, AkOs in high aluminum powder ash can be reduced obviously. 使用碳管电阻炉在1 950-2 200℃温度范围内,用焦炭粉还原高铝粉煤灰,制取Fe-Al-Si合金。 6) reduction 还原 1. Study on kinetics of chromium(VI) reduction by hydrazine in the alkaline solution; 碱性溶液中N_2H_4还原Cr(VI)的反应动力学研究 2. Solution precipitation-hydrogen reduction process for preparing nanometer cobalt powder; 溶液沉淀-氢还原法制备纳米钴粉 3. Study on Cu/Ce-Ti-PILC for selective catalytic reduction of NO by propylene; Cu/Ce-Ti-PILC上丙烯选择催化还原NO的研究参考词条化学还原还原温度熔融还原氧还原气基还原还原糖 Fe粉还原还原性还原脱氯预还原异相还原还原环化热拉弯比赛安排补充资料：蓝钨氢还原(见仲钨酸铵氢还原) 蓝钨氢还原(见仲钨酸铵氢还原) hydrogen reduction of blue tung sten compound Ianwu qing huanyuan蓝钨氮还原(hydrogen reduetion of bluetungsten compound)见仲钨酸按氮还原。说明：补充资料仅用于学习参考，请勿用于其它任何用途。
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