Patent Number: 
Section: claims

1. An inspection apparatus for inspecting jet pump beams of a nuclear reactor, the nuclear reactor comprising at least one jet pump with each jet pump comprising a jet pump beam and a jet pump beam bolt, said inspection apparatus comprising: a base straddlingly mountable on a jet pump beam, said base comprising a beam bolt opening sized to receive a jet pump beam bolt;  a first transducer holder coupled to a first side portion of said base; and  a second transducer holder coupled to a second side portion of said base, said first side portion opposite to said second side portion, each said holder comprising an adjustment cylinder, said adjustment cylinder configured to contact the jet pump beam when activated. 2. An inspection apparatus in accordance with  claim 1  wherein each transducer holder comprises at least one ultrasonic transducer positioned to examine the jet pump beam. claim 1 3. An inspection apparatus in accordance with  claim 2  wherein each transducer holder comprises two ultrasonic transducers positioned to examine the jet pump beam so that said ultrasonic transducers of said first transducer holder are oppositely disposed to said ultrasonic transducers of said second transducer holder. claim 2 4. An inspection apparatus in accordance with  claim 1  further comprising at least one immersion ultrasonic transducer pivotally mounted to a third side portion of said base and at least one immersion ultrasonic transducer pivotally mounted to a fourth side portion of said base. claim 1 5. An inspection apparatus in accordance with  claim 4  comprising one immersion ultrasonic transducer pivotally mounted to said third side portion and two immersion ultrasonic transducers pivotally mounted to said fourth side portion. claim 4 6. An inspection apparatus in accordance with  claim 4  further comprising a first mounting member pivotally coupled to said third side portion of said base and a second mounting member pivotally coupled to said fourth side portion of said base. claim 4 7. An inspection apparatus in accordance with  claim 6  wherein each said mounting member comprises at least one bore extending therethrough, each said bore sized to receive an immersion ultrasonic transducer. claim 6 8. An inspection apparatus in accordance with  claim 1  further comprising a lift member coupled to said base, said lift member configured to couple to a lifting means. claim 1 9. An inspection apparatus in accordance with  claim 1  wherein said adjustment cylinder comprises a pneumatic adjustment cylinder. claim 1 10. A method of inspecting a jet pump beam in a nuclear reactor, the reactor comprising at least one jet pump with each jet pump comprising a jet pump beam and a jet pump beam bolt, said method comprising: mounting an inspection apparatus on a jet pump beam; and  scanning the jet pump beam with the inspection apparatus;  said inspection apparatus comprising:  a base straddlingly mountable on the jet pump beam, the base comprising a beam bolt opening sized to receive the jet pump beam bolt;  a first transducer holder coupled to a first side portion of the base; and  a second transducer holder coupled to a second side portion of the base, the first side portion opposed to the second side portion, each said holder comprising an adjustment cylinder, said adjustment cylinder configured to contact the jet pump beam when activated. 11. A method in accordance with  claim 10  wherein mounting an inspection apparatus on a jet pump beam comprises: claim 10 positioning the inspection apparatus on the beam so that the beam bolt is received in the bolt opening of the inspection apparatus base; and  activating the adjustment cylinders to contact the jet pump beam to prevent the inspection apparatus from rocking during the scanning step. 12. A method in accordance with  claim 10  wherein each transducer holder comprises at least one ultrasonic transducer positioned to scan the jet pump beam. claim 10 13. A method in accordance with  claim 12  wherein each transducer holder comprises two ultrasonic transducers positioned to scan the jet pump beam so that the ultrasonic transducers of the first transducer holder are oppositely disposed to the ultrasonic transducers of the second transducer holder. claim 12 14. A method in accordance with  claim 10  wherein the inspection apparatus further comprises at least one immersion ultrasonic transducer pivotally mounted to a third side portion of the base and at least one immersion ultrasonic transducer pivotally mounted to a fourth side portion of the base. claim 10 15. A method in accordance with  claim 14  wherein the inspection apparatus comprises one immersion ultrasonic transducer pivotally mounted to the third side portion and two immersion ultrasonic transducers pivotally mounted to the fourth side portion. claim 14 16. A method in accordance with  claim 14  wherein the inspection apparatus further comprises a first mounting member pivotally coupled to the third side portion of the base and a second mounting member pivotally coupled to the fourth side portion of the base. claim 14 17. A method in accordance with  claim 16  wherein each mounting member comprises at least one bore extending therethrough, each bore sized to receive an immersion ultrasonic transducer. claim 16 18. A method in accordance with  claim 10  wherein the inspection apparatus further comprises a lift member coupled to the base, the lift member configured to couple to a lifting means. claim 10 19. A method in accordance with  claim 10  wherein each adjustment cylinder comprises a pneumatic adjustment cylinder. claim 10 20. An inspection apparatus for inspecting jet pump beams of a nuclear reactor, the nuclear reactor comprising at least one jet pump with each jet pump comprising a jet pump beam, a jet pump beam bolt, and a beam lock assembly, the beam locking assembly comprising a locking sleeve and a lock plate, said inspection apparatus comprising: a base mountable on a jet pump beam, said base comprising a beam bolt opening sized to receive the jet pump beam bolt, said beam bolt opening comprising a recessed portion sized to receive the locking sleeve to permit said inspection apparatus to sit flat on the lock plate;  a first transducer holder coupled to a first side portion of said base; and  a second transducer holder coupled to a second side portion of said base, said first side portion opposite to said second side portion, each said holder comprising an adjustment cylinder, said adjustment cylinder configured to contact the jet pump beam when activated. 21. An inspection apparatus in accordance with  claim 20  wherein each said transducer holder comprises two ultrasonic transducers positioned to examine the jet pump beam so that said ultrasonic transducers of said first transducer holder are oppositely disposed to said ultrasonic transducers of said second transducer holder. claim 20 22. An inspection apparatus in accordance with  claim 20  further comprising at least one immersion ultrasonic transducer pivotally mounted to a third side portion of said base and at least one immersion ultrasonic transducer pivotally mounted to a fourth side portion of said base. claim 20 23. An inspection apparatus in accordance with  claim 22  comprising one immersion ultrasonic transducer pivotally mounted to said third side portion and two immersion ultrasonic transducers pivotally mounted to said fourth side portion. claim 22 24. An inspection apparatus in accordance with  claim 22  further comprising a first mounting member pivotally coupled to said third side portion of said base and a second mounting member pivotally coupled to said fourth side portion of said base. claim 22 25. An inspection apparatus in accordance with  claim 24  wherein each said mounting member comprises at least one bore extending therethrough, each said bore sized to receive an immersion ultrasonic transducer. claim 24