Haar- und Textilfaser-untersuchungen: Standortbestimmung anhand der Literatur 1995 bis 1998

Kriminalistik

Volumn 53, Issue 5, 1999, Pages 333-340

  Brüschweiler, Walter ^a   Grieve, Michael ^a  

^a Stellv Leiter Wissenschaftlicher D ^*

Author keywords

[No Author keywords available]

Indexed keywords

EID: 18244418524     PISSN: 00234699     EISSN: None     Source Type: Journal    
DOI: None     Document Type: Article

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113. Jallard, R., Application de la microfluorescence X lors de la discrimination de fibres de blue jeans, Diss., Univ. of Lausanne, Switzerland, 1995.
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121. Xu, B., Ting, Y. L., Fiber-Image Analysis Part I: Fiber-Image Enhancement, J. Textile Institute, 1996, 87 (2): 274-283.
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123. Cartier, J., et al., A Study to Investigate the Feasibility of Using X-Ray Fluorescence Microanalysis to Improve Discrimination between Colorless Synthetic Fibers, J. For. Sci., 1997, 42 (6): 1019-1026.
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125. Takekoshi, Y., et al., Analysis of Wool Fiber by Alkali-Catalyzed Pyrolysis Gas Chromatography, For. Sci. Int., 1997, 87 (2): 85-97.
126. Buscaglia, J., Koons, R., The Characterization of Automotive Carpet Fibres by Total Reflection X-Ray Fluorescence Spectrometry, Proc. 50th Meet. AAFS, San Francisco, 1998.
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128. Jovancic, P., et al., SEM Examination of the uniformity of wool shrink-resist treatments, Europ. Microscopy and Analysis, 1998, (1): 15-16.
129. Kesners, P., et al., Forensic Analysis of Textile Dyes in Single-Fiber Samples with Electrospray Ion-Trap MS/MS, Bruker Report, ISSN 0724-0185, 1998, 146: 47-49.
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131. Martinez-Nistal, A., et al., 3D Reconstruction of Wood Fibres Using Confocal Microscopy, Europ. Microscopy and Analysis, 1998, (1): 23-24.
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133. Sano, T., Systematic Analysis of Acrylic Fibers, Proc. NRIPS Int. Workshop For. Exam. Trace Evidence, Tokio, 1998, 45-48.
134. Jurdana, L. E., et al., Confocal Laser Raman Microprobe Studies of Keratin Fibres, Textile Res. J., 1995, 65 (10): 593-600.
135. Edwards, H. G. M., et al., FT Raman Microscopy of Untreated Natural Plant Fibers, Spectrochem. Acta, Part A, 1997, 53A (13): 2383-2392.
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137. Keen, I. P., et al., Characterization of Fibers by Raman Microprobe Spectroscopy, J. For. Sci., 1998, 43 (1): 82-89.
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140. Robertson, J., Pers. Communication, 1997.
141. Was, J.M., Identification of Thermally Changed Fibres, For. Sci. Int., 1997, 85: 51-63.
142. Was, J. M., Salerno-Kochan, R., The Biodegradation Process of the Fabric of Soldier's Uniforms, Proc. 1st Meet. Europ. Acad. For. Sci., Lausanne, Switzerland, 1997, A14.
143. Was, J. M., Wlochwicz, A., The Identication of Incinerated Fibers by X-ray Powder Diffraction Method, Fire and Materials, 1997, 21: 191-194.
144. Adolf, F. P., Examination of Damage to Fabric Caused by Sharp Objects, Proc. 4th Meet. Europ. Fibres Group, London, 1996, 82-92.
145. Taupin, J. M., Damage to a Wire Security Screen: Adapting the Principles of Clothing Damage Analysis, J. For. Sci., 1998, 43 (4): 897-900.
146. Pelton, W. R., Distinguishing the Cause of Textile Fiber Damage Using the SEM, J. For. Sci., 1995, 40 (5): 874-882.
147. Ukpabi, P., Pelton, W., Using the SEM to Identify the Cause of Fibre Damage, Part 1 - a Review of the Related Literature, Can. J. For. Sci. Soc., 1995, 28 (3): 181-187.
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149. Roberslon, J., The Interpretation of Textile Severance, Proc. 5th Meet. Europ. Fibres Group, Berlin , 1997, 63-66.
150. Gehring, S., Hufenus, R., Expertensystem für Schadenfälle, Melliand, 1998, (1-2): 77-79.
151. Taupin, J. M., Testing Conflicting Scenarios - A Role for Simulation Experiments in Damage Analysis of Clothing, J. For. Sci., 1998, 43 (4): 891-896.
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154. Palmer, R., Chinherende, V., A Target Fiber Study Using Cinema and Car Seats as Recipient Items, J.For.Sci., 1996, 41 (5): 802-803.
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156. Salter, M., A Review of Fibre Collections, Proc. 4th Meet. Europ. Fibres Group, London, 1996, 41-44.
157. Salter, M., Cook, R., Transfer of Fibers to Head Hair, their Persistence and Retrieval, For. Sci. Int., 1996, 81 (2/3): 211-221.
158. Starrs, J., Fiber Comparisons - a German Fiber Data Base, Sci. Sleuthing, 1996, 20 (2): 14-15.
159. Talalienë, D., Vasiliauskienë, D., Evidential Value of Textile Fibre Examinations, Proc. 4th Meet. Europ. Fibres Group, London, 1996, 27-32.
160. Cassista, A., Peters, A. D., Survey of Red, Green and Blue Cotton Fibers, Can. Soc. For. Sci. J., 1997, 30 (4): 225-231.
161. Cook, R., et al., The Significance of Fibres Found in Head Hair, For. Sci. Int., 1997, 87: 155-160.
162. Grieve, M. C., Biermann, T. W., The Population of Coloured Textile Fibres on Outdoor Surfaces, Science & Justice, 1997, 37 (4): 231-239.
163. Hellwig, J., The Effect of Textile Construction on the Shedding Capacity of Knitwear, Proc. 5th Meet. Europ. Fibres Group, Berlin, 1997, 102-106.
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165. Ritter, Th., A Short Report on a Computerized Fibres Data Collection at the LKA Stuttgart, Proc. 5th Meet. Europ. Fibres Group, Berlin, 1997, 96.
166. Roux, C., La valeur indiciale des fibres textiles découvertes sur un siège de voiture: Problèmes et solutions, Diss. Université de Lausanne, Suisse, Série Criminalistique IV, ISBN 2-940098-06-9, 1997.
167. Roux, C., Margot, P., The Population of Textile Fibres on Car Seats, Science & Justice, 1997, 37 (1): 25-30.
168. Siegel, J. A., Evidential Value of Textile Fibers - Transfer and Persistence of Fibers, For. Sci. Rev., 1997, 9 (2): 81-96.
169. Kelly, E., Griffin, R. M. E., A Target Fibre Study on Seats in Public Houses, Science & Justice, 1998, 38 (1): 39-44.
170. Langdon, S., et al., Transfer and Persistence of Automotive Carpet Fibres on Shoe Soles, Proc. 6th Meet. Europ. Fibres Group, Dundee, Scotland, 1998, 89-90.
171. Massonnet, G., et al., Population of Textile Fibres on White T-Shirts, Proc. 6th Meet. Europ. Fibres Group, Dundee, Scotland, 1998, 76-80.
172. Palmer, R., The Retention and Recovery of Transferred Fibers Following the Washing of Recipient Clothing, J. For. Sci., 1998, 43 (3): 502-504.
173. Champod, C., Taroni, F., Bayesian Framework for the Evaluation of Fibre Transfer Evidence, Science & Justice, 1997, 37 (2): 75-83.
174. Roux, C., Margot, P., An Attempt to Assess the Relevance of Textile Fibres Recovered from Car Seats, Science & Justice, 1997, 37 (4): 225-230.
175. Taroni, F., Aitken, C. G. G., Probabilistic Reasoning in the Law. Part 2: Assessment of Probabilities and Explanation of the Value of Trace Evidence Other than DNA, Science & Justice, 1998, 38 (3): 179-188.
176. Champod, C., Taroni, F., Interpretation of Fibres Evidence; Part 3, A Bayesian Approach, In Forensic Examination of Fibres, 2nd ed., Eds: Grieve, M. C. and Robertson, J., In Press, Publisher: Taylor and Francis, London, 1999.
177. Adolf, F. P., Physical Fits between Textiles, Proc. 3th Meet. Europ. Fibres Group, Linköping, 1995, 36-41.
178. Schiller, W. R., Textilfasern in Anschmelzspuren, Kriminalistik, 1995, (11): 728.
179. Wiggins, K. G., Recognition Identification and Comparison of Rope and Twine, Science & Justice, 1995, 35 (1): 53-58.
180. Gorsky, A., Date Palm - A Cordage Fibre Easily Confused with Jute, Proc. 4th Meet. Europ. Fibres Group, London, 1996, 80-82.
181. Clayson, N. J., Wiggins, K. G., Microfibers - A Forensic Perspective, J. For. Sci., 1997, 42 (5): 842-845.
182. Kohlhoff, W., Die Bekleidung als Identifizierungshilfe, Kriminalistik, 1997, (6): 421-425.
183. Booth, F. R., Lott, P. F., Distinguishing between New and Slightly Worn Underwear: A Case Study, J. For. Sci., 1998, 43 (1): 203-204.
184. Deadman, H., Trunk Liner Fibers, Proc. 50th Meet. AAFS, San Francisco, 1998.
185. Heinrich, K., Textile Flächen aus PES-Garnen für den Automobilsektor, Textilveredlung, 1995, 30 (1/2): 8-11.
186. Needles, H. I., et al., How Dye Structure Affects Disperse and Solvent Dye Adsorption on Nylon and Polyester, Colorage Ann., 1995, 115-116.
187. Prior, G., Meyer, H., Pigments and Dyes on Textiles, GIT Fachz. Lab., 1995, 39 (7): 633-636.
188. Adolf, F. P., The Results of an Industrial Enquiry Concerning a Pair of U.S. Army Camouflage Fatigue Trousers, Proc. 4th Meet. Europ. Fibres Group, Berlin, 1996, 63-67.
189. Anon., Corterra: High Performance Polymer for Carpet Fibres; PTT Polymer Combines Advantages of Polyester and Nylon, Intern. Carpet Yearbook, 1996, 18.
190. Anon., PBO - A New "Super" Fibre, High Performance Textiles, 1996, (11): 2-3.
191. Biermann, T. W., Grieve, M. C., A Computerized Data Base of Mail Order Garments: A Contribution Towards Estimating the Frequency of Fibre Types Found in Clothing -Part 1: The System and its Operation, For. Sci. Int., 1996, 77 (1/2): 65-73.
192. Biermann, T. W., Grieve, M. C., A Computerized Data Base of Mail Order Garments: Part 2: The Content of the Data Bank and its Statistical Evaluation, For. Sci. Int., 1996, 77 (1/2): 75-91.
193. Brossmann, R., et al., Reproduzierbarkeit von Prozessen in Labor und Produktion, Textilveredlung, 1996, 31 (7/8): 162.
194. Davies, B. L., Advanced Heterofil Fibre Technology and Application, Asian Textile J., 1996, (10): 33-37.
195. Gillespie, C., Fibre Related Industrial Enquiries, Proc. 4th Meet. Europ. Fibres Group, London, 1996, 60-62.
196. Griesser, W., Alkalisches Färben von Polyesterfasern, Textilveredlung, 1996, 31 (9/10): 201.
197. Jovancic, P., Investigation of Possibility of Application Bio-Finishing in Order to Achieve Specific Properties of Wool Fabrics. Diss., TMF, Beograd, 1996.
198. Layman, P., Growth in Man-Made Fibres Slowed in 1995 Chem. & Eng.News, 1996,(5):27.
199. Oppermann, W., et al., Farbstoffe zum Färben von Polypropylen, Melliand, 1996, (9): 588.
200. Rao, R. B., Datye, K. V., Ionomeric Polyester Fibre, Textile Chem. & Col., 1996, 28 (10): 17-24.
201. Anon., Chemiefaser-Weltproduktion: Polyesterfasern immer wichtiger, Melliand, 1997, (6): 380.
202. Esche, Th., Neuer brillanter Farbstoff für moderne Regeneratfasern, Melliand, 1997, (11-12): 842.
203. Koch, P.-A., Polyamide Fibres, Chem. Fibres Int., 1997, 47: 442-464.
204. Ortlepp, G., et al., Cellulasen eröffnen neue Möglichkeiten für das Textilrecycling, Melliand, 1997, (11-12): 858-860.
205. Anon., Die größten Textilunternehmen der Welt nach dem Umsatz 1996, Melliand, 1998, (1-2): 10.
206. Biermann, T. W., Grieve, M. C., A Computerized Data Base of Mail Order Garments: Part 3: The Content of the Data Bank - Is it Representative?, For. Sci. Int., 1998, 95: 117-131.
207. Haerri, P., et al., Tendenzen beim Färben von Automobiltextilien, Melliand, 1998, (10): 722-723.
208. Martini, S., Superabsorber und ihre Anwendungen, Melliand, 1998, (10): 717-718.
209. Montag, C., et al., Vliesprodukte aus Flachs für Oberbekleidung, Melliand, 1997, (5): 359.
210. Pötsch, W. R., Interessantes über Hanf, Melliand, 1997, (11-12): 860.
211. Schulze, G., Erfahrungen beim Verarbeiten von Leinenfasern, Melliand, 1998, (5): 310.
212. Anon., Lyocell Fibre Table (Summer 1994), Chem. Fibres Int., 1995, 45: 27-28.
213. Anon., Lyocell for Technical Textiles, Chem. Fibres Int., 1995, 45: 159.
214. Eibl, M., Lyocell - The Cellulose Fibre Chameleon, Proc. Text. Inst. 77th World Conf., 1996, 343-348.
215. Marini, I., Brauneis, F., Lenzing-Lyocell -die wichtigsten Unterschiede zu den anderen cellulosischen Fasern, Textilveredelung, 1996, 31 (9/10): 703-711.
216. Bredereck, K., et al., Die Fibrillationsneigung von Lyocell und deren Beeinflussung durch Reaktivfärbungen, Melliand, 1997, (10): 703-711.
217. Hohberg, T., et al., Veredlung von Lyocell, Teil 1, Melliand, 1998, (4): 253.
218. Hohberg, T., et al., Veredlung von Lyocell, Teil 2, Melliand, 1998, (5): 334.
219. Grieve, M. C., New Man-Made Fibres Under the Microscope - Lyocell Fibres and Nylon 6 Block Co-Polymers, Science & Justice, 1996, 36 (2): 71-80.
220. Grieve, M. C., EFG Proficiency Testing Programme - Trial 3, Proc. 4th Meet. Europ. Fibres Group, 1996, London, 14-24.