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by A thesis submitted to the University of Plymouth in ... - PEARL home

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List<br />

<strong>of</strong> fiqures<br />

Figure 1: Example charts <strong>of</strong> temperature rise over time for aerated concrete ................<br />

9<br />

Figure 2: A Hukseflux TP08 <strong>the</strong>rmal probe ................................................................ .. 10<br />

Figure 3: Structure <strong>of</strong> <strong>the</strong> <strong><strong>the</strong>sis</strong> ................................................................................ .. 13<br />

Figure 4: Global carbon emissions from fossil fuel burn<strong>in</strong>g (Marland et al, 2003) ...... ..<br />

15<br />

Figure 5: Keel<strong>in</strong>g Curve <strong>of</strong> atmospheric carbon dioxide (Scripps, 2007) .................... .. 15<br />

Figure 6: Niven (1905), hot wire apparatus show<strong>in</strong>g a timber sample prepared ........ ..<br />

29<br />

Figure 7: Stalhane and Pyk (1931) <strong>the</strong>rmal probe ..................................................... .. 29<br />

Figure 8: The author visit<strong>in</strong>g San Sebastiano, Venice, <strong>in</strong> 2007 .................................. ..<br />

50<br />

Figure 9: Example <strong>of</strong> a data sheet for a measurement <strong>in</strong> petroleum jelly ...................<br />

146<br />

Figure 10: Example <strong>of</strong> Solver 4.3 sheet for a measurement <strong>in</strong> petroleum jelly ...........<br />

147<br />

Figure 11: Labora<strong>to</strong>ry based <strong>the</strong>rmal probe apparatus ..............................................<br />

160<br />

Figure 12: TP08 <strong>in</strong>serted <strong>in</strong> a1 00mm sample ...........................................................<br />

170<br />

Figure 13: Voltra outputA from: 2.0 Wm-'K-1, varied pC, at two powers .....................<br />

189<br />

Figure 14: Thermal imag<strong>in</strong>g arrangement for probe heat<strong>in</strong>g pr<strong>of</strong>ile assessment .......<br />

197<br />

Figure 15: Thermal images <strong>of</strong> a probe heat<strong>in</strong>g pr<strong>of</strong>ile <strong>in</strong> aerated concrete ................<br />

198<br />

Figure 16: 3D <strong>the</strong>rmal image <strong>of</strong> a probe heat<strong>in</strong>g pr<strong>of</strong>ile <strong>in</strong> aerated concrete ..............<br />

199<br />

Figure 17: The field apparatus ..................................................................................<br />

208<br />

Figure 18: Field apparatus schematic .......................................................................<br />

209<br />

Figure 19: Screenshot <strong>of</strong> Delogger Pro .....................................................................<br />

212<br />

Figure 20: Field apparatus packed for transit ............................................................<br />

221<br />

Figure 21: The Body and probe positions at <strong>the</strong> Eden Project, Cornwall ...................<br />

223<br />

Figure 22: North Cornwall eco-house show<strong>in</strong>g various measurement positions ........<br />

230<br />

Figure 23: Unfired earth and woodshav<strong>in</strong>g brick house with an example brick ..........<br />

235<br />

Figure 24: Straw bale garages with probes <strong>in</strong> situ .....................................................<br />

238<br />

Figure 25: Clay straw studio, Scottish Borders ..........................................................<br />

241<br />

xiii

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