01877nam a2200169   4500001000700000100004100007101000800048200009900056210003500155215002000190300030200210330108200512606001401594606003501608606004301643700002101686390952  a20120522d2012       y0pory50      ba  aeng  aDetecting buried remains using ground-penetrating radarbRecurso eletrónicofJohn J. Schultz  a[Orlando, FL]ced. do a.d2012  a1 CD-ROMd12 cm  aFinal report submitted to National Institute of Justice, Office of Justice Programs, U.S. Department of Justice. Award ner. 2008-DN-BX-K132. Ficheiro de 16,9 MB em formato PDF (235 p.). Disponível também em: https://www.ncjrs.gov/pdffiles1/nij/grants/238275.pdf. Acedido a 27 de junho de 2012.  aAbstract. Table of contents. Executive summary. I. Introduction. Statement of the problem. Literature citations and review. Ground-penetrating radar. Electromagnetic induction. II. Materials and methods. Ground-penetrating radar. Electromagnetic induction. Soil moisture data. III. Results. Electromagnetic induction. Ground-penetrating radar. 500 MHz Antenna reflection profiles. 500 MHz Antenna horizontal time slices. 250 MHz Antenna reflection profiles. 250 MHz Antenna horizontal time slices. IV. Conclusions. Discussion of findings. Electromagnetic induction. Ground-penetrating radar. Implications for policy and practice. Implications for future research. V. References. VI. Acknowledgements. VII Dissemination of research findings. VIII. Appendices. A: Conductivity Contour Maps Produced from A1 Electromagnetic Induction. B: Ground-Penetrating Radar 500 MHz Reflection Profiles B1. C: Ground-Penetrating Radar 500 MHz Horizontal Time Slices C1. D: Ground-Penetrating Radar 250 MHz Reflection Profiles D1. E: Ground-Penetrating Radar 250 MHz Horizontal Time Slices E1.  aCADÁVER  aIDENTIFICAÇÃO DE CADÁVER  aTÉCNICA DE INVESTIGAÇÃO CRIMINAL  aSCHULTZbJohn J.