Targeted Isotope Production System

1 . A targeted isotope production system for a moveable in-core nuclear reactor detector system for mapping temperature or neutron flux in a core of a nuclear reactor, the in-core nuclear reactor detector system having a first multiple path linear transfer device that upon command, receives a detector and feeds the detector into a second multiple path linear transfer device that feeds the detector along a desired path to a selected radial core location, the second multiple path linear transfer device is alternately operable, upon command, to feed the detector through a storage conduit to a separate storage location, the targeted isotope production system comprising:

a target material container drive assembly that is connected to an input to the first multiple path linear transfer device;

a third multiple path linear transfer device that has an input that is connected to the storage conduit and upon command is operable to connect the storage conduit to one of at least two outlets on the third multiple path linear transfer device, a first of the two outlets is connected to the separate storage location and a second outlet; and

a target material storage container is connected to a second of the two outlets on the third multiple path linear transfer device.

2 . The target isotope production system of claim 1 wherein the target material storage container has a quick disconnect coupling connecting it to the second outlet.

3 . The target isotope production system of claim 1 wherein the target material container drive assembly is a cable drive system to which the target material is attached.

4 . The target isotope production system of claim 3 wherein the target material container drive assembly is remotely operable.

5 . The target isotope production system of claim 1 wherein the target material storage container is shielded.

6 . A method of producing a targeted isotope in a nuclear reactor having a moveable in-core nuclear reactor detector system for mapping temperature or neutron flux in a core of a nuclear reactor, the in-core nuclear reactor detector system having a first multiple path linear transfer device that, upon command, receives a detector and feeds the detector into a second multiple path linear transfer device that feeds the detector along a desired path to a selected radial core location, the second multiple path linear transfer device is alternately operable, upon command, to feed the detector through a storage conduit to a separate storage location, the method comprising;

inserting a target material that is to be irradiated to obtain the targeted isotope into a target material container drive assembly;

driving the target material container through the first multiple path linear transfer device and through the second multiple path linear transfer device to a preselected radial position within the core;

maintaining the position of target material container within the radial position within the core for a predetermined period of time;

withdrawing the target material container from the core after the predetermined period of time;

driving the target material container through a third multiple path linear transfer device into a storage container; and

disconnecting the target material from the target material container drive system.

7 . The method of claim 6 after the step of maintaining the position of the target material container within the radial position within the core for the predetermined period of time, the method includes the step of withdrawing the target material container from the core and reinserting the target material container into the core at a different radial or axial position for a second preselected period of time.

8 . A method of converting a moveable in-core nuclear reactor detector system for mapping temperature or neutron flux in a core of a nuclear reactor, the in-core nuclear reactor detector system having a first multiple path linear transfer device that, upon command, receives a detector and feeds the detector into a second multiple path linear transfer device that feeds the detector along a desired path to a selected radial core location, the second multiple path linear transfer device is alternately operable, upon command, to feed the detector through a storage conduit to a separate storage location, to a system that can produce a target isotope, the method comprising;

connecting a target material container drive assembly to an input of the first multiple path linear transfer device;

connecting a third multiple path linear transfer device to the storage conduit; and

connecting an output of the third multiple path transfer device to a disconnect coupling on a storage container configured to store a target isotope transformed from the target material.