- Page 1: Department of Analytical Chemistry
- Page 5: I would also like to thank the many
- Page 9 and 10: Contents III 4.6.1.1. Field NaI(Tl)
- Page 11 and 12: INTRODUCTION The exact reconstructi
- Page 13 and 14: Introduction 3 co-operation between
- Page 15 and 16: - CHAPTER 1 - ESSENTIALS OF LUMINES
- Page 17 and 18: Essentials of luminescence dating 7
- Page 19 and 20: Essentials of luminescence dating 9
- Page 21 and 22: Essentials of luminescence dating 1
- Page 23 and 24: Essentials of luminescence dating 1
- Page 25 and 26: Essentials of luminescence dating 1
- Page 27 and 28: - CHAPTER 2 - OSL FROM QUARTZ Quart
- Page 29 and 30: OSL from quartz 19 described where
- Page 31 and 32: OSL from quartz 21 confirmed howeve
- Page 33 and 34: OSL from quartz 23 Figure 2.4: Exam
- Page 35 and 36: OSL from quartz 25 OSL signal (coun
- Page 37 and 38: OSL from quartz 27 Figure 2.7: OSL
- Page 39 and 40: OSL from quartz 29 TL signal (Count
- Page 41 and 42: OSL from quartz 31 constant power.
- Page 43 and 44: OSL from quartz 33 The uncertaintie
- Page 45 and 46: OSL from quartz 35 The occurrence o
- Page 47 and 48: OSL from quartz 37 associated with
- Page 49 and 50: OSL from quartz 39 Figure 2.12: Glo
- Page 51 and 52: OSL from quartz 41 2.8.3. Signal gr
- Page 53 and 54: OSL from quartz 43 Figure 2.15: The
- Page 55 and 56: OSL from quartz 45 For comparison,
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OSL from quartz 47 Figure 2.19: Und
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OSL from quartz 49 This combined ev
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52 3.2. The equivalent dose 3.2.1.
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54 Chapter 3 linear and/or where th
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56 Chapter 3 the slide technique, t
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58 Chapter 3 In a first step, diffe
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60 Chapter 3 As is illustrated in F
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62 Chapter 3 and the resulting sign
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64 Chapter 3 Figure 3.6: The single
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66 Chapter 3 110°C TL, a straight
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68 Test dose OSL (counts / 0.32 s)
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70 Chapter 3 but is kept as low as
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72 Chapter 3 The stimulation time m
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74 Chapter 3 and Wintle, 2000b) and
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76 Chapter 3 strongly dependent on
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78 Chapter 3 see also Wintle and Mu
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80 Chapter 3 these properties, the
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82 Chapter 3 temperature plot and i
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84 Chapter 3 increase the observed
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86 3.2.3.2. Microdosimetry Chapter
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88 Chapter 3 younger grains from ov
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90 Chapter 3 significance of the re
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92 Chapter 3 spread in doses is cau
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94 Chapter 3 much because it should
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96 Chapter 3 dose versus stimulatio
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98 Chapter 3 The use of methods whi
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100 Z A 238 234 230 226 222 218 214
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102 α α-irradiated rind is etched
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104 Chapter 3 recognize the presenc
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106 Chapter 3 total uncertainty on
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108 Chapter 3 the question arises o
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110 Chapter 3 the first implementat
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112 Chapter 3 Figure 3.26: (a) Decr
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114 Attenuation factor 0.9 0.8 0.7
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116 3.3.9.Internal Radioactivity Ch
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- CHAPTER 4 - IMPLEMENTATION OF THE
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Implementation of the optical datin
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Implementation of the optical datin
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Implementation of the optical datin
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Implementation of the optical datin
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Implementation of the optical datin
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Implementation of the optical datin
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Implementation of the optical datin
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Implementation of the optical datin
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Implementation of the optical datin
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Implementation of the optical datin
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Implementation of the optical datin
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Implementation of the optical datin
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Implementation of the optical datin
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Implementation of the optical datin
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Implementation of the optical datin
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Implementation of the optical datin
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Implementation of the optical datin
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Implementation of the optical datin
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Implementation of the optical datin
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Implementation of the optical datin
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Implementation of the optical datin
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Implementation of the optical datin
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Implementation of the optical datin
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Implementation of the optical datin
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Implementation of the optical datin
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Implementation of the optical datin
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Implementation of the optical datin
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Implementation of the optical datin
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Implementation of the optical datin
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Implementation of the optical datin
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Implementation of the optical datin
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Implementation of the optical datin
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Implementation of the optical datin
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Implementation of the optical datin
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Implementation of the optical datin
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Implementation of the optical datin
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Implementation of the optical datin
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196 Chapter 5 Grubbenvorst (Figure
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198 Chapter 5 The fluvial deposits
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200 Chapter 5 respectively (Westerh
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202 Chapter 5 distances should be t
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204 Chapter 5 Usselo Soil → OCI O
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206 Chapter 5 G2 (cf. Fig. 5.6) G18
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208 Chapter 5 5.5. Equivalent dose
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210 Chapter 5 160°C and the size o
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212 Chapter 5 Equivalent Dose (Gy)
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214 Chapter 5 Equivalent Dose (Gy)
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216 Chapter 5 Equivalent Dose (Gy)
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218 Chapter 5 effects. To avoid thi
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220 Chapter 5 Recovered / given dos
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222 Chapter 5 Recovered / given dos
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224 Chapter 5 Recovered / given dos
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226 Chapter 5 5.5.3.4. Equivalent d
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228 Chapter 5 Processing the data f
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230 Chapter 5 their recycling ratio
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232 Chapter 5 Number of Aliquots Nu
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234 Chapter 5 D e (normalised) D e
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236 Chapter 5 A wide range of equiv
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238 Chapter 5 5.5.3.4.4. Dose distr
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240 Chapter 5 D e (normalised) D e
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242 Chapter 5 Recuperation is usual
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244 Chapter 5 5.6. Annual dose dete
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246 Chapter 5 was also measured. In
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248 Chapter 5 (a: G1) Equivalent co
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250 Chapter 5 For each sample, the
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252 Chapter 5 top of the sediment p
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254 Chapter 5 K (%) U (mg kg -1 ) T
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256 Chapter 5 one described by Vanc
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258 Chapter 5 unsealed slow pairs-r
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260 Chapter 5 other hand, field gam
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262 Chapter 5 Ratio NAA / low-level
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264 Chapter 5 a continuous input of
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266 Chapter 5 The comparison is sho
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268 Chapter 5 attenuation and etchi
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270 Chapter 5 Total Uncertainty (ka
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272 Chapter 5 interpreted as being
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274 Chapter 5 This brings us back t
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276 Summary and conclusions In this
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278 Summary and conclusions distrib
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280 Summary and conclusions interca
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282 Appendix previous daughter 220
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284 Appendix As a practical note, i
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286 Appendix assumption that no oth
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288 Appendix (A.15) Making use of t
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NEDERLANDSE SAMENVATTING De lumines
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Nederlandse samenvatting 293 toeste
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Nederlandse samenvatting 295 kwarts
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Nederlandse samenvatting 297 in het
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Adamiec G. (2000). - REFERENCES - V
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References III Andersen C.E., Bøtt
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References V Bailiff I.K., Bowman S
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References VII Bell W.T. and Zimmer
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References IX Bøtter-Jensen L., Me
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References XI Chen R. (1976). Metho
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References XIII De Corte F., Vanden
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References XV Duller G.A.T., Bøtte
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References XVII Franklin A.D., Pres
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References XIX Hashimoto T., Nakaga
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References XXI Huntley D.J., Hutton
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References XXIII Kasse C. (1988). E
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References XXV Kuhns C.K., Agersnap
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References XXVII McCoy D.G., Presco
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References XXIX Mejdahl V. and Bøt
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References XXXI Murray A.S. and Win
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References XXXIII Perkins N.K. and
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References XXXV Readhead M.L. (2002
- Page 345 and 346:
References XXXVII Roberts R.G., Spo
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References XXXIX Smith B.W. (1988).
- Page 349 and 350:
References XLI Stokes S. (1996a). F
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References XLIII Thomsen K.J., Jain
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References XLV Van Huissteden J., V
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References XLVII Westerhoff W.and D
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References XLIX Wolfe S.A., Huntley