"Hermetic" or "4pi" examples of these devices are designed to work for all values of pseudorapidity and solid angle.
The resolution of one type of these devices can be mathematically decomposed into a constant term, a noise term proportional to the inverse of energy, and a stochastic term proportional to one over the square root of energy. Another type of these devices contains two wire planes on top of a volume filled with liquid argon, and is called a time projection chamber. "Hermetic" or "4pi" examples of these devices are designed to work for all values of pseudorapidity and solid angle. Multi-wire proportional chambers and drift chambers are examples of the "tracking" versions of these devices, which examine ionization patterns to measure momentum; meanwhile, energy measurements are handled by another type of them called calorimeters. For 10 points, name these devices which measure the properties of showers and jets produced in high-energy physics experiments.
The resolution of one type of these devices can be mathematically decomposed into a constant term, a noise term proportional to the inverse of energy, and a stochastic term proportional to one over the square root of energy.
particle detectors