dry cells; low-temperature research; meteorological batteries; magnesium; low-temperature batteries; copper compounds; primary cells; voltageoxides; cathodes(electrolytic cell); mercury compounds; additives; control; storage; polarization; dioxides; manganese compounds; anodes(electrolytic cell); corrosion; films; electrical conductance; viscosity; containers; seals; electrical impedance; equations; effectiveness; tables; magnesium compounds; design; perchlorates; electrolytes; heat sinks;
机译:镁蓄电池。 艺术状态,前景和问题
机译:锡化镁作为镁离子电池的高容量阳极
机译:微波辅助合成CUS等级纳米片作为高容量可充电镁电池的阴极材料
机译:M_XV_2O_5A_Y·NH_2O用于可充电锂电池的高容量阴极材料。
机译:镁离子电池的基于醇的电解质。
机译:更正:ChatterjeeA .;等。过渡金属空心纳米笼作为有望成为Li–O2电池长期循环能力的阴极。纳米材料20188308
机译:具有生物相容性离子液体-生物聚合物电解质的薄型和紧凑型镁-空气电池。