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- It has been reported that high Baume FeCl3 solution is fairly effective. 在实际湿法蚀刻的研究中,发现使用高玻美度的FeCl3溶液蚀刻效果好。
- No remarkable difference of algae removal was detected between FeCl3 and HPAC. 从除藻效果分析，两种混凝剂差别不大。
- The microwave heating was used to the chloridizing roasting of nickel-bearing garnierite ore by FeCl3. 将微波加热用于低品位氧化镍矿石的氯化焙烧，产出的焙砂用稀酸浸出。
- Triethyl citrate was synthesized from citrate acid and ethanol using FeCl3 as catalyst and ethanol as dehydrating. 以三氯化铁为催化剂,乙醇为带水剂,用柠檬酸和乙醇为原料合成了柠檬酸三乙酯。
- Ternary FeCl3-NiCl2-GICs were synthesized using molten salts method,with natural graphite flake as host and the mixed NiCl2 and FeCl3 as guest. 采用熔盐法,以天然鳞片石墨为宿主,NiCl2与FeCl3的混合物为插层剂制备三元FeCl3-NiCl2-GIC。
- However, crystallization at low temperature is more obvious when high Baume (48?e) FeCl3 solution being used than low Baume (40?e) solution. 而高玻美度溶液的低温结晶现象比低玻美度(40?e)要明显得多,对科学研究和生产带来较大的不利。
- The extracting conditions of pectin from akebia trifoliate koiaz peels with the ways of ethanol precipitation or FeCl3 solutions were studied. 以三叶木通果皮为原料,分别采用乙醇沉析法和铁盐沉淀法探讨了提取果胶的最佳工艺。
- Leaching molybdenite concentrate with FeCl3 solution further remove impurities of lead,copper and calcium etc.in molybdenite and concentrate. 用三氯化铁浸出钼精矿可进一步降低钼精矿中的铅、铜和钙等杂质。
- Based on orthogonal experiment, an optimal formulation of polishing bath was obtained. The bath (100 mL) contains 8 g FeCl3, 8 mL HCl, 0.1 mL AEO-9, 0.2 g BTA and 1.2 mL ethanol. 采用正交试验;得到最佳化学抛光液配方为:每100mL抛光液中含8g FeCl3;8mL盐酸;0.;1 mLAEO-9;0
- Methods Oxidative damaged rat model mimic AD (AD group) was established by injection of dihydroxy fumaric acid (DHF) and FeCl3 ADP into the left lateral ventricle of rats. 方法 采用二羟延胡索酸 (DHF)和FeCl3 ADP左侧脑室注射法制作大鼠氧化损伤型类AD大鼠模型 ;
- The technical schema for the treatment of pectin wastewater is put forward by using lime as neutralizers,FeCl3,PVA and PAM as flocculant,cinder as decolouriser. 以石灰乳为中和剂,炉渣为脱色剂,采用三氯化铁、聚乙烯醇和聚丙烯酰胺3种絮凝剂处理果胶废水,考察它们对果胶废水的絮凝效果。
- Experimental results showed that MBF23 can grow on many kinds of substrates, and its flocculation capability are generally better than that of FeSO4, FeCl3 ,AlCl3, but related to PAC, CTS and amic-polypropylene. 结果表明:B23培养条件粗放,能以马铃薯、黄豆粉等多种农产品为培养基,并能利用单糖和多糖作为碳源,也能利用有机和无机氮源。 对高岭土絮凝性能优于FeSO_4,FeCl_3,AlCl_3,但与PAC,CTS和聚丙烯酰胺相当。
- The effects of various factors on brightness are in the following descending order: polishing temperature > mass concentration of FeCl3 > volume fraction of AEO-9 or mass concentration of BTA > volume fraction of ethanol > volume fraction of HCl. 各因素对抛光效果的影响作用由大到小依次为:抛光液温度>FeCl3质量浓度>AEO-9体积分数或BTA质量浓度>乙醇体积分数>盐酸体积分数。
- The result shows that the PFS has the highest arsenic removal efficiency than FeCl3 and FeSO4, oxidation - coagulation process have higher arsenic removal rate than coagulation process. 研究结果表明,聚合硫酸铁较三氯化铁、硫酸亚铁对原水中砷的去除效果好;用氧化与混凝组合工艺较单纯用混凝工艺对砷的去除率高;
- Water quality of outlet and the increasing trend of TMP(trans-membrane pressure)on the normal temperature and low temperature conditions were studied,using the coagulant of FeCl3 or PACl. 重点考察了常温期和低温期以三氯化铁和聚铝作为混凝剂的膜出水水质及跨膜压差的增长趋势。
- Keywords FeCl3;reductive halogenation;carbonyl compound;dichloromethylsilane; 三氯化铁;还原卤代;羰基化合物;甲基二氯硅烷;
- CrCl3·6H2O CrCl3·6H2O
- Keywords FeCl3;deoxygenization chlorination;carbonyl compound;dichloromethylsilane; 还原氯代;羰基化合物;甲基二氯氢硅烷;
- MgCl2·6H2O 水氯镁石
- Sm(Val)C13·6H2O Sm（Val）C13·6H2O
