01592nam a2200169   4500001000700000100004100007101000800048200010200056210003200158215002000190300025300210330084200463606001501305606002501320606003001345710004701375391159  a20120906d2012       y0pory50      ba  aeng  aSpontaneous ignition in fire investigationbRecurso eletrónicofJames G. Quintiere ... [et al.]  a[Maryland]ced. do a.d2012  a1 CD-ROMd12 cm  aResearch report funded by the the U.S. Department of Justice - Award No. 2008-DN-BX-K166. Ficheiro de 3,65 MB em formato PDF (69 p.). Disponível também em: https://www.ncjrs.gov/pdffiles1/nij/grants/239046.pdf. Acedido a 06 de setembro de 2012.  aTable of contents. Executive summary. I. Introduction. 1. Problem addressed. 2. Literature. 3. Rationale for research. II. Methods used. 1. Development of the oven test. 2. Measuring basket heat transfer. III. Results. 1. Survey results. 2. A qualitative scientific description of spontaneous ignition. 2. Analytical theory to predict spontaneous ignition. 2.1 Material in a warm environment. 2.2 Material on a hot surface. 2.3 Hot material in a cold environment. 2.4 Time to ignition. 3. Measurements for properties P and M. 3.1 F--–K Oven method. 3.2 Crossing point method. 3.3 Heat transfer results for our oven. 4. Example: Warehouse with wood fiberboard. 5. Cotton and linseed oil results. 6. Tabulation of properties from the literature. IV. Conclusions.  V. References. VI. Dissemination of research findings. VII. Nomenclature.  aINCÊNDIO  aPRODUTO INFLAMÁVEL  aINVESTIGAÇÃO CRIMINAL  aSPONTANEOUS IGNITION IN FIRE INVESTIGATION