The puncturing of my eardrum was pain beyond the world.

刺我鼓膜的那教人死去活来。

He slid the needle into my ear and punctured my eardrum with it.

他把针伸进我的耳朵，去刺我的鼓膜。

The inflammatory response creates mucosal oedema and increase middle ear discharge, eventually leading to tympanic membrane perforation.

炎症反应导致粘膜水肿，中耳分泌物增多，最终导致鼓膜穿孔。

Its 3 parts are (1) auricle or pinna (2) external acoustic canal and (3) the tympanic membrane.

这 3 个部分分别是：（1）耳廓；（2）外耳道；（3）鼓膜。

On Audiometric testing: 1) Otoscopy: Reddish hue on tympanic membrane called " schwartz sign" .

1）耳镜检查：鼓膜呈红色，称为“施瓦茨症”。

Tympanic Membrane or the Drumhead It forms the partition between the external acoustic canal and the middle ear.

鼓膜它形成了外耳道和中耳之间的隔板。

It's gonna take a while for the fluid that's behind the drum to resolve or go away right.

鼓膜后面的液体需要一段时间才能溶解或消失。

Deep inside your ears, past the earwax and past the eardrums, sits three special organs called the vestibular system.

在你的耳朵深处，在耳垢和鼓膜之内，有三个特殊的器官，称为前庭系统。

Within two weeks of leaving your AirPods in you would likely have a granuloma and potentially burst your eardrum.

在摘下 AirPods 的两周内，你可能会有肉芽肿，并有可能鼓膜破裂。

The tinier the earphone, the more likely it will slide into the ear canal and lie close to the eardrum.

耳机小，有可能滑入耳道，靠近鼓膜。

Most infections happen in the middle ear, a pocket about the size of a small grapelocated just behind the eardrum.

大多数感染发生在中耳。在鼓膜后面有一个小葡萄般大小的囊。

Sound waves traveling down the auditory canal eventually collide with the tympanic membrane, which you probably know as the eardrum.

沿着听道传播的声波最终会与鼓膜相撞。

One end of the malleus connects to the inner eardrum and moves back and forth when the drum vibrates.

锤骨的一端与内鼓膜相连，当鼓膜振动时来回移动。

These waves of air pressure enter our ear canals and bounce off the eardrum.

这些气压波进入我们的耳道并从鼓膜反弹。

It runs right past the eardrum, between the tiny sound-conducting bones.

它正好穿过鼓膜，位于那些微小的传声骨之间。

Critters lacking eardrums receive audio input very fine hairs.

霍金：没有鼓膜的生物通过非常细小的毛发接收声音输入。

No ear holes, no ear drums, and no inner ear bone that other reptiles have.

没有耳孔，没有鼓膜，也没有其他爬行动物所具有的内耳骨。

Your eardrums are fancy biological sensors that tell you if anything is pushing on them.

你的鼓膜是精巧的生物传感器，可以告诉你是否有东西在对它们施加压力。

And your eardrums basically work the same way!

而且你耳朵里的鼓膜基本可以用 以同样的方式！

As pressure waves pass through, they make your eardrum vibrate.

当压力波通过时， 使您的鼓膜振动。