Final answer:
To safeguard patients from RF burns, non-conductive and non-metallic materials should be used for gloves, making rubber gloves or cotton gloves suitable choices. Metallic gloves are unsuitable due to conductivity, and the suitability of plastic gloves would depend on their specific composition for adequate RF radiation insulation. Option 1,3 are correct.
Step-by-step explanation:
To safeguard patients from RF burns, the appropriate type of gloves to be used is not directly provided in the materials available. However, it is important to note that protective materials should not be made of metallic materials, as these can conduct electricity and potentially exacerbate RF burns.
In healthcare settings, workers may use various forms of protective equipment depending on the type of radiation or contamination present. More specifically, personnel handling contaminated specimens or equipment may wear a protective coat, face protection, and cut-resistant gloves.
When working around radioactive material spills, workers commonly wear white coveralls, typically made of plastic material, designed to protect them from certain types of radiation. When considering radiation protection measures, one should bear in mind that the time of exposure, distance from the radiation source, and adequacy of shielding are critical factors.
Therefore, it can be reasonably inferred that non-conductive and non-metallic materials, possibly similar to the plastic materials used for coveralls, might be used for making gloves that safeguard against RF burns.
Based on the given options, rubber gloves or cotton gloves may be appropriate as they are non-conductive materials, in comparison to metallic gloves which would not be suitable, and plastic gloves, which may vary depending on their specific composition and whether they provide sufficient insulation against RF radiation.