Scatter and heat conduction correction factors for two glass vessel geometries in sealed water calorimeters

First Page		Document Content
Date: 2003-11-25 22:13:04 Measuring instruments Sensors Radiobiology Heating ventilating and air conditioning Calorimeter Laboratory equipment Heat transfer Attenuation Monte Carlo method Physics Medicine Science		Scatter and heat conduction correction factors for two glass vessel geometries in sealed water calorimeters Add to Reading List Source URL: www.arpansa.gov.au Download Document from Source Website File Size: 280,48 KB Share Document on Facebook

	Hendrik D. Visse Catalysis of CO oxidation using the kinetic Monte Carlo method Bachelor thesis June 21th, 2012 DocID: 1voyZ - View Document
	RAPID COMMUNICATIONS PHYSICAL REVIEW B 69, 121406共R兲共2004兲 Quasicontinuum Monte Carlo: A method for surface growth simulations G. Russo DocID: 1roW6 - View Document
	Invited Talks 17 Stefan Heinrich FB Informatik, Geb DocID: 1rkK8 - View Document
	PDF Document DocID: 1rf3c - View Document
	EN2.22 Modeling Evolved Stars Melody I. Lin Data from observations and literature were used as input parameters in star formation modeling codes using the Monte Carlo Radiative Transfer method. This method modeled two ev DocID: 1qYcI - View Document