Abstract: A radioaerosol delivery apparatus particularly adapted for the subsequent disposal of radioactively contaminated elements is described. The apparatus includes a shielding container including an outer shell and an inner shell supported within the outer shell. The inner shell is formed with an inner wall and an outer wall defining a space therebetween for receiving radiation shielding material. The inner wall is formed to provide a surface conforming substantially to the contour of the radioaerosol source and a surface conforming substantially to the contour of a portion of a transport manifold supported thereon. A removable cover including radiating shielding material is formed with a portion conforming generally to the contour of the transport manifold. The inner wall of the container and the cover define at least one opening therebetween to permit fluid communication from the transport manifold to a patient utilizing the apparatus.

Abstract: A radioaerosol delivery apparatus particularly adapted for the subsequent disposal of radioactively contaminated elements is described.

Abstract: A manifold is described, for delivery of radioaerosol to a patient, having a pair of rigid conduits joined at one end to form a first connector and at the other end to form a second connector. A third connector is formed in the first conduit between the first and second connectors and a one way-valve is located between the first and third connector. A second one-way valve is located in the second conduit to permit exhalation by the patient.