PIOD: interactive solver for ordinary differential equations

Kahaner, David K.; Stewart, S. L.; Barnett, D.

doi:10.1145/101007.101037

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1999

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“…where H f,i represent the heats of formation for each species i. The set of stiff, first-order differential equations were integrated using a home-made program called 'HDC' in which calls are made to the LSODE subroutine ('Livermore solver for ordinary differential equations' (Hindmarsch 1981)) to integrate up to a given time point. A user interface allowed the selection of time-dependent primary G-values and irradiation scheme (i.e.…”

Section: Heat Defectmentioning

confidence: 99%

Correction factors and performance of a C sealed water calorimeter

Seuntjens

1999

Phys. Med. Biol.

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In the past two decades, the water calorimetry technique for determination of absorbed dose to water in several types of radiation beams has moved significantly closer to being a recognized method. In this paper we summarize the constructional details of a 4 degrees C sealed water calorimeter currently in operation at the University of Gent. This sealed water (SW) calorimeter is of the Domen type and has been improved in several aspects compared with its original design. The relevant correction factors for heat transport and for field perturbation are described. Using relative response measurements in 60Co, we experimentally verified the relative heat defect for two distinct chemical systems, using two different detection vessel arrangements. The overall 1sigma uncertainty on the absorbed dose to water at 60Co based on this system amounts to 0.7%.

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Section: Heat Defectmentioning

confidence: 99%

Correction factors and performance of a C sealed water calorimeter

Seuntjens

1999

Phys. Med. Biol.

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PIOD: interactive solver for ordinary differential equations

Cited by 1 publication

References 4 publications

Correction factors and performance of a C sealed water calorimeter

Correction factors and performance of a C sealed water calorimeter

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