1) FeCl3·xH2O
FeCl3.xH2O
2) ferric chloride
FeCl3
1.
Leaching of bismuth from low grade and complex bismuth ores contained with molybdenum and copper was studied,and effect of acidity,ferric chloride concentration,leaching time and leaching agent consumption on bismuth leaching rate was investigated.
从品位低、组成复杂、伴生钼、铜矿物的复杂铋矿石中浸出金属铋,采用常规搅拌浸出法在常温常压下进行浸出,讨论了酸度、FeCl3用量、浸出时间、浸出剂用量等对铋浸出率的影响。
2.
Color and COD removals can reach 99% and 87% respectively with ferric chlorides and chitosan as coagulation-aid.
当混凝剂为FeCl3,投药量为80mg/L,pH为4。
3) FeCl_(3)
FeCl3
1.
In this paper,the synthesis process of CoCl_(2)FeCl_(3)-exfoliate graphite intercalation compounds(CoCl_(2)-FeCl_(3)-EGICs) is studied.
对CoCl2-FeCl3-膨胀石墨层间化合物(EGICs)的制备进行了探讨。
4) FeCL_3
FeCl3
1.
The values of density of solvent BMIFeCl_4 and solutions of FeCl_3 in the solvent BMIFeCl_4 were measured by pycnometry at five different temperatures from 308.
在氩气氛的干燥手套箱内,韦氏天平法测定了不同温度下以BMIFeCl4为溶剂,FeCl3为溶质的室温离子液体溶液的表观摩尔体积、偏摩尔体积和表观摩尔热膨胀率,应用屏蔽模型讨论了离子间相互作用,拟合了屏蔽模型相关参数。
2.
Ternary FeCl_3-NiCl_2-GICs were synthesized by the molten salt method, with natural graphite flake used as host and a mixture of NiCl_2 and FeCl_3 as guest.
采用熔盐法,以天然鳞片石墨为宿主,NiCl2与FeCl3的混合物为插层剂合成三元FeCl3 NiCl2 GIC。
3.
The paper discussed the leaching of Au-Ag ore by FeCl_3 and CuCl_2.
采用FeCl3和CuCl2直接浸出金铜矿,铜主要以氯化亚铜形式溶解,硫变成硫磺,浸出率可达95%～99%。
5) FePO4·xH2O
PO4·xH2O
1.
FePO4·xH2O precursor was synthesized from FeSO4.
xH2O前驱体,考察制备过程溶液pH值对合成FePO4·xH2O前驱体性能的影响;将Li2CO3,FePO4·xH2O和乙炔黑球磨混合,通过低温固相反应合成LiFePO4。
6) Fe_(2)(SO_(4))_3·xH_(2)O
Fe2(SO4)3·xH2O
补充资料：iron chloride (fecl2)
CAS：7758-94-3
分子式：Cl2Fe
分子质量：126.75
熔点：677℃
中文名称：氯化亚铁
英文名称：iron(ii) chloride (1:2)；ferro 66；ferrous chloride；ferrous dichloride；iron (ii) chloride (1:2)；iron chloride (fecl2)；iron dichloride；iron(2+) chloride
分子式：Cl2Fe
分子质量：126.75
熔点：677℃
中文名称：氯化亚铁
英文名称：iron(ii) chloride (1:2)；ferro 66；ferrous chloride；ferrous dichloride；iron (ii) chloride (1:2)；iron chloride (fecl2)；iron dichloride；iron(2+) chloride
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条