Infrared spectroscopy of metal carbonyls

Imagine you have a bunch of different balls that are made of metal and have some other smaller balls called carbonyls attached to them. These metal carbonyls are arranged in a specific way and when you shine a special light on them, they can vibrate in specific patterns.

Scientists use a machine called an infrared spectrometer to study these vibrations. This machine sends invisible light waves through the metal carbonyls and measures how much of the light gets absorbed by each carbonyl.

By studying which wavelengths of light get absorbed, scientists can tell which specific vibrations are happening in the metal carbonyls. This can help us understand how the metal and carbonyls are arranged and bonded together.

Overall, infrared spectroscopy of metal carbonyls is a way for scientists to look at how different elements and molecules interact with each other at a very small level. It can help us learn more about how things work on the molecular level and can have applications in fields like chemistry and materials science.