Reactor pressure
5 August 2013
![Reactor pressure. Photo: O. Usher (UCL MAPS) Reactor pressure. Photo: O. Usher (UCL MAPS)](https://www.ucl.ac.uk/mathematical-physical-sciences/sites/mathematical_physical_sciences/files/styles/large_image/public/potw1314-image_7.jpeg?itok=2OELhwbv)
Don't panic! Nothing is going to explode!
UCL's Christopher Ingold Laboratories might look as forbidding as a nuclear power station. But the reactor here has nothing nuclear about it. What's more, the pressure here is reassuringly low... because the reactor is switched off.
Reactors come in all shapes, sizes and purposes.
While in popular language the word typically refers to nuclear reactions, for scientists, reactors are simply vessels in which any kind of reaction takes place, whether that is chemical, biological, nuclear or anything else.
In this laboratory, the reactor is part of a large-scale facility for making nanoparticles. Part of the work of the Clean Materials Technology Group, this room-sized contraption is a step towards developing the technology for industrial scales, where these tiny particles serve valuable roles in fields as varied as medicine and manufacturing.
![Valve Valve](https://www.ucl.ac.uk/mathematical-physical-sciences/sites/mathematical_physical_sciences/files/styles/medium_image/public/potw1314-image-b_7.jpeg?itok=k3sA3D-C)
Photo credit: O. Usher (UCL MAPS)
Links
High resolution images
Reactor pressure dial
Pump valves
These images can be reproduced freely providing the source is credited