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2011Bibliography Part V Miscellaneous Evidence - Mercyhurst ...

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1998 Bronze Age Cloth and Clothing of the Tarim Basin: The Kroran and Qumul <strong>Evidence</strong>. In V.H. Mair, editor, The Bronze Age and Early Iron Age<br />

Peoples of Eastern Central Asia. Institute for the Study of Man and the University of Pennsylvania Museum Publications, Washington, D.C.,<br />

pp.647-655.<br />

Barna, C.E., and S.F. Stoeffler<br />

1987 A New Method for Cross-Sectioning Single Fibers. Journal of Forensic Sciences, 32(3):<br />

Bartick, Edward G., Stephen L. Morgan, Alexander A. Nieuwland, Christopher R. Mubarak, James E. Hendrix, Elizabeth M. Enlow, and Bryan J. Vasser<br />

2005 Forensic Discrimination of Dyed Textile Fibers Using UV-Vis and Fluorescence Microspectrophotometry. A Presentation before the 57th Annual<br />

Meeting of the American Academy of Forensic Sciences, February 21-26, 2005, New Orleans, Louisiana.<br />

Beer, E.J.<br />

1962 The Beginning of Rayon. Phoebe Beer, London, UK.<br />

Betts, A., K. van der Borg, A. de Jong, C. McClintock, and M. van Strydonck<br />

1994 Early Cotton in Northern Arabia. Journal of Archaeological Science, 21:489-499.<br />

Biermann, T.W.<br />

1999 Fibre Finder Systems. In J. Robertson and M.C. Grieve, editors, Forensic Examination of Fibres, 2nd Edition, Taylor & Francis, London,<br />

England. Pp.135-152.<br />

Biermann, T.W., and M.C. Grieve<br />

1996a A Computerized Data Base of Mail Order Garments: A Contribution Towards Estimating the Frequency of Fibre Types Found in Clothing. <strong>Part</strong><br />

1: The System and Its Operation. Forensic Science International, 77:65-74.<br />

1996b A Computerized Data Base of Mail Order Garments: A Contribution Towards Estimating the Frequency of Fibre Types Found in Clothing. <strong>Part</strong><br />

2: The Content of the Data Bank and Its Statistical Evaluation. Forensic Science International, 77:75-91.<br />

1998 A Computerized Data Base of Mail Order Garments: A Contribution Towards Estimating the Frequency of Fibre Types Found in Clothing. <strong>Part</strong><br />

3: The Content of the Data Bank - Is It Representative? Forensic Science International, 95:117-131.<br />

Blackledge, Robert D., James E. Hendrix, Stephen L. Morgan, and John A. Reffner<br />

2009 The Characterization of Fiber Surface Modifications. A Presentation before the 61 st Annual Meeting of the Academy of Forensic Sciences,<br />

February 16-21, Denver, Colorado.<br />

Boland, C.A., S.D. McDermott, and J. Ryan<br />

2007 Clothing Damage Analysis in Alleged Sexual Assaults – The Need for a Systematic Approach. Forensic Science International, 167:110-115.<br />

Booth, R.F., and P.F. Lott<br />

1998 Distinguishing Between New and Slightly Worn Underwear: A Case Study. Journal of Forensic Sciences, 43(1):203-204.<br />

Bourgeois, D., and S.P. Church<br />

1990 Studies of Dyestuffs in FIbres by Fourier Transform Raman Spectroscopy. Spectrochim Act A, 46(2):295-301.<br />

Brady, D., J.R. Duncan, R.H.M. Cross, and A.E. Russell<br />

1990 Scanning Electron Microscopy of Wool Fibre Degradation by Strptomyces Bacteria. South African Journal of Animal Science, 20:136-140.<br />

Bresee, R.R.<br />

1980 Density Gradient Analysis of Single Polyester Fibers. Journal of Forensic Sciences, 25(3):<br />

1987 Evaluation of Textile Fiber <strong>Evidence</strong>: A Review. Journal of Forensic Sciences, 32(2): 510-521.<br />

Bresee, R.R., and P.A. Annis<br />

1991 Fiber Transfer and the Influence of Fabric Softener. Journal of Forensic Sciences, 36(6):<br />

Bresee, R.R., and P.C. Crews<br />

1981 Using Small-Angle Light Scattering to Discriminate Among Single Fibers Subjected to Consumer-Like Uses. Journal of Forensic Sciences,<br />

26(1):<br />

Bresee, R.R., and D.S. Donelson<br />

1980 Small-Angle Light Scattering for Analysis of a Single Fiber. Journal of Forensic Sciences, 25(2):413-422.<br />

Bresee, R.R., and E.A. McCullough<br />

1981 Discrimination Among Acrylic Fiber Types by Small-Angle Light Scattering of Single Fibers. Journal of Forensic Sciences, 26(1):<br />

Brinsko, Kelly M.<br />

2009 Optical Characterization of New “Eco-Friendly” Fibers. A Presentation before the 61 st Annual Meeting of the Academy of Forensic Sciences,<br />

February 16-21, Denver, Colorado.<br />

2010 Optical Characterization of Some Modern “Eco-Friendly” Fibers. Journal of Forensic Sciences, 55(4):915-<br />

Brüschweiler, W., and M.C. Grieve<br />

1997 A Study on the Random Distribution of a Red Acrylic Target Fibre. Science and Justice, 37:85-89.<br />

Burd, D.Q. and P.L. Kirk<br />

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