Superconducting Magnets: Basic Safety
There are a number of basic safety considerations for personnel using nuclear magnetic resonance (NMR), magnetic resonance imaging (MRI) and other superconducting magnetic equipment,
Safe Handling of Cryogenic Substances
A superconducting magnet uses two types of cryogens (liquid helium and liquid nitrogen). Cryogenic liquids can be handled easily and safely, provided certain precautions are followed as outlined in these instructions.
Radio Frequency Safety Exposure Categorization
Radio Frequency Safety Exposure Categorization describes control measures and required signage for four categories of exposure to radiofrequencies.
Ultraviolet (UV) Safety
The Ultraviolet (UV) Safety guidance covers UV devices generally found in research laboratory, hazards, safety precautions and recommended controls, including PPE, and warning signs and labels..
Non-Ionizing Radiation Safety Manual
Laser Safety Procedure Template
Laser Transfer and Disposal Guideline
Laser Pointer Safety
A laser pointer contains a small diode laser that emits an intense beam of light often used for directing attention during a presentation. Follow these safety considerations when using a laser pointer.
Laser Alignment Guidelines
The Laser Alignment Guidelines provides guidance for developing specific alignment procedures for a Class 3B or Class 4 laser system.
Medical Use of Radioactive Materials
A physician who administers radioactive material to humans must have specific training and experience. This also applies to medical physicists who conduct the treatment planning for specific cancer treatments. Physicians who want to become an Authorized User (AU) of radioactive materials and medical physicists who want to become an Authorized Medical Physicist (AMP) for gamma knife treatments must be approved by the Radiation Safety Committee (RSC).