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正翻译步骤 2

步骤 2
Let's address the key concern on everyone's minds: do the new silicone implants work? Here's our highly scientific analysis: We sprinkled some blue powder on the keys, mashed on them, and then popped the keycaps off to see where the powder went. Mild success! The third-gen keyboard (first image) routes most of the powder towards the edge of the key and away from the delicate butterfly mechanism. Last year's mechanisms (second image) don't fare so well.
  • Let's address the key concern on everyone's minds: do the new silicone implants work? Here's our highly scientific analysis:

  • We sprinkled some blue powder on the keys, mashed on them, and then popped the keycaps off to see where the powder went.

  • Mild success! The third-gen keyboard (first image) routes most of the powder towards the edge of the key and away from the delicate butterfly mechanism. Last year's mechanisms (second image) don't fare so well.

  • Accelerated testing (aka more powder, more typing) pushes glowing dust past the membrane's not-infallible defenses and onto the dome switch.

  • Shoutout to our buddy and fellow Mac enthusiast @danj for the fluorescent powder idea! Thanks Dan.

让我们解决每个人心中最大的疑问:新的硅胶植入物是否有用? 以下是我们非常科学的分析:

我们在键上撒了一些蓝色的粉末,捣碎在它们上面,然后把机械结构打开,看看粉末都去了哪里。

初步成功! 第三代键盘(第一张图像)将大部分粉末导向键的边缘并远离精致的蝶式机械结构。 去年的(第二张图片)则表现不佳。

加速测试(就是撒更多粉末,打更多字)将发光的灰尘推过薄膜防御的弱处并进入圆顶开关。

向我们的好友和Mac爱好者@danj致敬荧光粉的想法吧! 谢谢Dan。

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