1) FeCl_3/MnO_2
FeCl3/MnO2
1.
Synthesis of iso-amyl acetate using FeCl_3/MnO_2 as catalyst has been studied.
以固载无机物FeCl3/MnO2催化合成了乙酸异戊酯,探讨了各种因素对产率的影响。
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) MnO_2
MnO2
1.
Using the technology of Slurry Electrolysis to treat cobalt-manganese ores can make most manganese separate out in the positive pole with the form of MnO_2.
钴锰矿矿浆电解过程中,可以使物料中的大部分锰以MnO2的形态在阳极析出。
2.
Results showed that after adding ZrO_2、MnO_2、Al_2O_3 additives to CuO-ZnO/HZSM-5 catalyst,the degree of dispersion of active component was increased and the size of crystallite of active component was controlled when the catalyst was used.
结果表明:通过对CuO-ZnO/HZSM-5添加第三组分金属氧化物,能有效的促进氧化锌的分散,同时也能够抑制催化剂在使用过程中活性中心的长大,另外,MnO2和ZrO2的加入,能加强活性中心与HZSM-5之间的相互作用,因而提高了催化剂的活性、选择性和稳定性。
3.
It was found that within the frequency bands of 2～18 GHz, magnetic wave could be absorbed effectively by the addition of MnO_2 to CB/ABS composite.
通过在CB/ABS复合材料中加入MnO2发现,在2～18GHz频率范围内,MnO2能有效吸收电磁波。
6) manganese dioxide
MnO2
1.
The effects of pH value,ultrasonic energy intensity,the feeding amount of manganese dioxide and sonication time on the process were investigated.
采用超声MnO2体系降解丁基罗丹明B染料,考察了pH值、声强、MnO2投加量等因素对染料降解过程的影响。
2.
Research progress on manganese dioxide for electrode material of supercapacitor
主要介绍了目前国内外研究MnO2作为电化学超级电容器电极材料的最新进展和几个主要研究动向;并简要介绍了研究电化学超级电容器的几种主要的表征手段。
补充资料：FeCl3 solution test for corrosion
分子式：
CAS号：
性质：一种检验不锈钢和有关合金的耐孔蚀（包括缝隙腐蚀）性能的快速试验方法。试验溶液为6%三氯化铁。由于三氯化铁溶液中三价铁还原为二价铁的氧化还原电位很高，溶液酸性又很强，而且含有大量破坏钝化膜的氯离子，所以孔蚀速度很快。浸泡试验后根据失重、蚀孔数目、还度及尺寸来评价金属材料的耐孔蚀性能。
CAS号：
性质：一种检验不锈钢和有关合金的耐孔蚀（包括缝隙腐蚀）性能的快速试验方法。试验溶液为6%三氯化铁。由于三氯化铁溶液中三价铁还原为二价铁的氧化还原电位很高，溶液酸性又很强，而且含有大量破坏钝化膜的氯离子，所以孔蚀速度很快。浸泡试验后根据失重、蚀孔数目、还度及尺寸来评价金属材料的耐孔蚀性能。
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参考词条