This course has a pre-requisite. If you have not completed the Radiation Safety Initial Training Sessions (RS102) or an approved equivalent, you will not be able to register for this course. Please ...

The LSC considers all environmental health and safety risks associated with the University laboratory activities that arise from chemical, biological, radiological, and physical hazards; however, ...

UV radiation is arbitrarily divided into UV-A (315 nm to 400 nm), UV-B (280 nm to 315 nm), and UV-C (100 nm to 280 nm). UV lasers are not covered in this section; please refer to the laser safety ...

There are many specialties within the chemical safety field. In industry ... and other places that use radioactive materials, radiation machines, and lasers to protect people and the environment from ...

Some NORM materials require radiation control and regulation ... During the extraction of minerals from the Earth’s crust and their physical or chemical processing, the radionuclides may become ...

In order to accomplish this, RIT has developed a Laboratory and Chemical Hygiene Safety Program that includes guidelines to ensure safe work practices and training to keep faculty, staff and students ...

housekeeping and general safety chemical, radiation, and biological safety gas cylinder and cryogenic liquid management fire, electrical, and equipment safety other safety areas unique to laboratories ...

In compliance with State code, there exists a Radiation Safety Committee (RSC) and Radiation Safety Officer (RSO) who are responsible for overseeing the use of radiation on the RIT campus and ...

The CU Radiation Safety Office supports all safety in research involving radioactive materials and radiation-generating machines on the CU Boulder and Colorado Springs campuses. We provide resources, ...

The Radiation Safety Program aims to minimize the risk of exposure to ionizing and non-ionizing radiation and provides the knowledge and training necessary to work safely in compliance with CNSC ...