New Directions in Calorimetry

  • William J. Willis


The idea of measurement of energy by absorbtion in matter and conversion to another more convenient form is an old one in physics, famous for its role in establishing the conservation of energy and the laws of thermodynamics. Conversion of energy to heat and its measurement by an increase in termperature is considered one of the most fundamental and reliable of measurements. When the large quantity of energy generated in radioactive decay seemed difficult to accept, calorimetric measurements of the energy provided particularly convincing evidence that the energy deduced by other means were truly correct1. After the measurement of decay electrons had uncovered the missing energy problem in beta decay, calorimetric measurements demonstrated that this must correspond to a failure of the conservation of energy2. The alternative possibility was the emission of energy in a form which could not be absorbed even in massive blocks of material. The confidence placed in this kind of measurement was important in the acceptance of the difficult concept of the neutrino.


Energy Resolution Interaction Length Neutral Pion Electromagnetic Calorimeter High Energy Particle 


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Copyright information

© Springer Science+Business Media New York 1995

Authors and Affiliations

  • William J. Willis
    • 1
  1. 1.Nevis LaboratoriesColumbia UniversityIrvington on HudsonUSA

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