They used titanium disulfide as a cathode and metallic lithium as an anode.

它们使用二硫阴极，金属锂阳极。

Both the cathode and anode can store lithium.

正极和负极都可以储存锂。

However, the thicker the cathode, the slower the ions will move through it.

然而，负极部分越厚，离子移动穿越速度就越慢。

That matters because a battery works by shuttling ions between its anode and its cathode.

这一点很关键，因为电池就是通过穿梭于它阴极和阳极之间离子来工。

This means the lithium ions travel from the cathode back to the anode.

这意味着锂离子从正极到负极。

The cathode acts as the battery's positive side, while the anode is the negative side.

正极是电池阳极，而负极是电池阴极。

This will require five pastes—two each for the cathode and the anode, plus a separator.

打印整节电池要求5种糊剂——制造正负极各需要两种，隔板一种。

Printing cathodes this way is just the beginning.

以这种方式打印电池负极只是一个开始。

The cathode of a typical electric car's battery would need tens of thousands of these interleaved fingers.

一个典型电动车电池负极需要上万个这样指状物。

There's a cathode, which is the positive electrode.

一个是阴极，它是阳性电极。

Copper likes having electrons more than zinc, so it's more electro negative and thus, our cathode.

铜和锌相比更加需要电子，所以它电负性更强，也就是我们负极。

Making a battery that can store more energy requires a larger cathode containing more lithium ions.

制造能储存更多电量电池要求更大负极以包含更多锂离子。

Drying the substrate removes most of the organic material, leaving a solid cathode.

在干燥糊剂基质过程中，大多数有机物挥发，只留下一个固体负极。

In tests against otherwise identical batteries sporting cathodes made of but one substance, the co-extruded rechargeables could store a fifth more energy.

相比其它负极只有一种物质组成同类电池，测试表明，这种可挤压和反复充电电池能储存多1／5能量。

The two main parts of a battery are the cathode and anode, the U.S. Department of Energy's Argonne National Laboratory explains.

电池两个主要部分是正极和负极，美国能源部阿贡国家实验室解释说。

John knew about Stan's work with titanium disulfide cathodes and predicted that a metal oxide cathode, instead of a metal sulfide one, would enable more powerful batteries.

约翰知道斯坦利有关阴极使用二硫钛研究，并预测用金属氧物代替金属硫物阴极会产生更强劲电池。

That electrode, the one that wants the electrons more is called the cathode, and the one that gives up electrons is called the anode.

那个电极，也就是那个更加需要电子电极被称为负极，而那个失去电子电极被称为正极。

PARC wants to evade this trade-off by constructing cathodes from two materials: one dense, and optimised for storage; the other porous, for the speedy transfer of charge.

为了避免这种不利因素，帕洛阿尔托研究中心计划使用两种材料构建负极：一种使用密集材料，以优存储；另一种使用多孔材料，以加速电荷转移。

His group at Oxford University demonstrated that a battery using a cathode made from lithium cobalt oxide, another layered material, could produce as much as 4 V.

他在牛津大学团队证明电池阴极使用锂钴氧物，这是另一种分层材料，其电池电压可以达到4伏。