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Important advantages of heavy ion beam (HIB) irradiation of matter arediscussed in comparison with traditional sources - laser heating, electronbeam, electrical discharge etc. High penetration length (~ 10 mm) is of primaryimportance for investigation of dense matter properties. This gives anextraordinary chance to reach the uniform heating regime when HIB irradiationis being used for thermophysical property measurements. Advantages of HIBheating of highly-dispersive samples are claimed for providing free andrelatively slow quasi-isobaric heating without fast hydrodynamic expansion ofheated sample. Perspective of such HIB application are revised for resolutionof long-time thermophysical problems for uranium and uranium-bearing compounds(UO2). The priorities in such HIB development are stressed: preferable energylevels, beam-time duration, beam focusing, deposition of the sample etc.

Heavy Ion Beam in Resolution of the Critical Point Problem for Uranium and Uranium Dioxide