READ ME File For 'Dataset for:"Investigating the Use of Silver Nanofluids for Solar Collectors Connected to a Thermal Storage System"

Dataset DOI: 10.5258/SOTON/D2312

ReadMe Author: Harriet kimpton, University of Southampton
ORCID ID: https:orcid.org/0000-0002-3219-217X

This dataset supports the thesis:"Investigating the Use of Silver Nanofluids for Solar Collectors Connected to a Thermal Storage System"

AUTHORS: Harriet Kimpton
Supervisors: Xunli Zhang, Eugen Stulz
TITLE:Investigating the Use of Silver Nanofluids for Solar Collectors Connected to a Thermal Storage System"
JOURNAL:Not applicable
THESIS DOI IF KNOWN: https://doi.org/10.5258/SOTON/T0049

This dataset contains:

File name: List of data for thesis July 2022.dox
This file contains a complete list of all the figures and tables from the thesis and the associated data file names

File name: Final list of data July 2022.pdf
pdf of above file.

Details of all other files in data set in the files above

Date of data collection: July 2017 - April 2021

Place of Research: University of Southampton, UK, Facility of Engineering and Physical Sciences

Licence:CC BY

Related projects:

H. Kimpton, X. Zhang and E. Stulz. 2021. 
The temperature stability and development of a broadband silver nanofluid for solar thermal applications,
Energy Reports, 7, 87-96, https://doi.org/10.1016/j.egyr.2021.02.049.

H. Kimpton, E. Stulz and X. Zhang. 2020.
Silver nanofluids based broadband solar absorber through tuning nanosilver geometries,
Solar Energy, 208, 515-526, https://doi.org/10.1016/j.solener.2020.08.018.

H. Kimpton, X. Zhang and E. Stulz. 2020. 
Decarbonising heating and hot water using solar thermal collectors coupled with thermal storage: The scale of the challenge,
Energy Reports, 6, 25-34, https://doi.org/10.1016/j.egyr.2020.02.024.

H. Kimpton, D.A. Cristaldi, E. Stulz and X. Zhang. 2020. 
Thermal performance and physicochemical stability of silver nanoprism-based nanofluids for direct solar absorption,
Solar Energy, 199, 366-376, https://doi.org/10.1016/j.solener.2020.02.039.


Date that the file was created: July, 2022

Data list also provided below:
Chapter 1
No Tables or Figures hence no additional data associated with this Chapter.
Chapter 2
Table 2-1.
No additional data associated with this table
Table 2-2.
No additional data associated with this table
Table 2-3.
No additional data associated with this table
Figure 2-1.
Excel file: CDT 2019 paper data graphs.xlsx
Spreadsheet: size collector vs eff grph
Data: In spreadsheet: Solar collection - highlighted in yellow
Figure 2-2.
Excel file: CDT 2019 paper data graphs.xlsx
Spreadsheet: energy captured vs roof area
Data: In spreadsheet: Solar collection - highlighted in light orange
Figure 2-3.
Excel file: CDT 2019 paper data graphs.xlsx
Spreadsheet: Store sizes grph
Data: In spreadsheet: Store sizes - highlighted in yellow
Table 2-4.
No additional data associated with this table
Table 2-5.
No additional data associated with this table
Table 2-6.
No additional data associated with this table
Figure 2-4.
Power point file: Schematic of TCS.pptx
Image file: TCS schematic.jpg
Table 2-7.
No additional data associated with this table
Figure 2-5.
Power point file: Irradiance types.pptx
Image file: Irradiance definitions.jpg
Figure 2-6.
Excel file: ASTMG173 solar spectrum.xlsx
Spreadsheet: graphs
Data: In spreadsheet: SMARTS2 - highlighted in yellow
Power point file: Figure 2-6.pptx
Image file: Figure 2-6.jpg
Figure 2-7.
Power point file: Heat transfer and light interactions.pptx
Image file: light and DASC.jpg
Figure 2-8.
Power point file: FPCs 3D.pptx
Image file: FPC surface and DASC.jpg
Figure 2-9.
Power point file: ETCs 3D.pptx
Image file: ETC surface and volumetric.jpg
Figure 2-10.
Power point file: Heat pipe.pptx
Image file: heat pipe schematic.jpg
Table 2-8.
No additional data associated with this table
Figure 2-11.
Power point file: Double layer theory.pptx
Image file: double layer theories.jpg
Table 2-9.
No additional data associated with this table
Chapter 3
Table 3-1.
No additional data associated with this table
Equation 3-4
Power point: Equations 3-4 and 3-5.pptx
Image file: Equation 3-4.jpg
Equation 3-5
Power point: Equations 3-4 and 3-5.pptx
Image file: Equation 3-5.jpg
Figure 3-1.
Power point: SiO2 protocol and parameters varied.pptx
Image file: SiO2 protocol and parameters varied.jpg
Table 3-2.
No additional data associated with this table
Figure 3-2.
Power point file: Schematic of solar simulator.pptx
Image file: Solar simulator.jpg
Figure 3-3.
Power point file: cuvette holder and cuvette.pptx
Image file: Cuvette holder and cuvette.jpg
Figure 3-4.
Power point file: solar simulator cuvettes set up a and b.pptx
Image file: solar sim cuvettes set up a and b.jpg
Table 3-3.
No additional data associated with this table
Figure 3-5.
Power point file: flow cell.pptx
Image file: flow cell.jpg
Figure 3-6.
Power point: Solar simulator flow.pptx
Image file: solar simulator flow.jpg
Table 3-4.
No additional data associated with this table
Table 3-5.
No additional data associated with this table
Chapter 4
Figure 4-1.
Excel file:UV vis Ag NS.xlsx
Spreadsheet: graph for report
Data: Main graph - In spreadsheet: 0.2 0.4 0.8 mM - highlighted in yellow, insert graph – In spreadsheet: concentration - highlighted in yellow
Power point file: Figure 4-1.pptx
Image file: Figure 4-1.jpg
Figure 4-2.
Power point: TEM Ag NS TSCD PVP.pptx
Image file: Ag TSCD PVP NS initial.jpg
Figure 4-3.
Excel file:UV vis Ag NS.xlsx
Spreadsheet: AE grph
Data: In spreadsheet - Summarised Ab eff - highlighted in yellow
Table 4-1.
Excel file:UV vis Ag NS.xlsx
Data: In spreadsheet - Summarised Ab eff - highlighted in light orange (excel rows 556 – 558), sample details and path length in same spreadsheet row 3 columns C – G
Figure 4-4.
Excel file: UV vis Ag NPr.xlsx
Spreadsheet: Average TSCD grph
Data: In spreadsheet – Initial data - columns X, Y, AD – AH - highlighted in light green
Figure 4-5.
Excel file: UV vis Ag NPr.xlsx
Spreadsheet: Average TSCD PVP grph
Data: In spreadsheet – Initial data - columns CG – CO - highlighted in light purple
Figure 4-6.
Power point: TEM Ag NPrs TSCD PVP.pptx
Image file: TEM Ag NPr TSCD PVP initial.jpg
Figure 4-7.
Excel file: TEM Ag NPrs TSCD PVP initial.xlsx
Spreadsheet: percentages grph
Data: In spreadsheet – Percentages – rows 11 – 19, Columns B – E - highlighted in light orange
Figure 4-8.
Excel file: UV vis Ag NPr.xlsx
Spreadsheet: Ag NPr TSCD AE grph
Data: In spreadsheet – Summarised Ab eff – columns A – F – highlighted in light orange
Figure 4-9.
Excel file: UV vis Ag NPr.xlsx
Spreadsheet: Ag NPr TSCD PVP Ae grph
Data: In spreadsheet – Summarised Ab eff – columns G – M – highlighted in light blue
Table 4-2.
Excel file: UV vis Ag NPr.xlsx
Data: In spreadsheet – Summarised Ab eff Sample name in row 3, results rows 606 – 608 - highlighted in light purple
Table 4-3.
Excel file: Broadband absorber UV vis IR.xlsx
Data: In spreadsheet – Normalised 1350 – 300 - Sample details rows 1-5 and results in rows 1063 – 1066 - both highlighted in light orange
Figure 4-10.
Excel file: Broadband absorber UV vis IR.xlsx
Spreadsheet: selected recipe grph
Data: In spreadsheet – selected recipe data for thesis - data for graph highlighted in light orange
Figure 4-11.
Excel file: AE calculations broadband.xlsx
Spreadsheet: components initial grph
Data: In spreadsheet – Initial results - data for graph highlighted in light orange
Figure 4-12.
Excel file: Broadband absorber UV vis IR file 2.xlsx
Spreadsheet: mixture grph
Data: In spreadsheet – Mixture initial - data for graph highlighted in light orange
Figure 4-13.
Excel file: AE calculations broadband.xlsx
Spreadsheet: mixture initial grph
Data: In spreadsheet – Mixture initial - data for graph highlighted in light blue
Figure 4-14.
Power point: TEM broadband short and mid wavelength initial.pptx
Image file: TEM broadband short and mid wavelength.jpg
Figure 4-15.
Excel file:measurement broadband(TEM).xlsx
Spreadsheet: Initial percents grph
Data: In spreadsheet – percents - highlighted in light purple
Figure 4-16.
Excel file:UV-vis flow and consistency of batch.xlsx
Spreadsheet: broadband initial grph
Data: In spreadsheet – for graphs – data in columns Y to AC - highlighted in light purple
Figure 4-17.
Power point: TEM combined broadband initial.pptx
Image file: TEM combined broadband.jpg
Figure 4-18.
Excel file: TEM consistency of batch.xlsx
Spreadsheet: initial percents grph
Data: In spreadsheet – percents rows 20 -29 - highlighted in light orange
Table 4-4.
No additional data associated with this table
Chapter 5
Figure 5-1.
Excel file: SSL Ag NPr and SiO2 Ag NPr temperature data.xlsx
Spreadsheet: Ag NPr and water grph
Data: In spreadsheet – Mean sum delta T columns O – AA - highlighted in light orange
Figure 5-2.
Excel file: Broadband and comp SSL temp PE data.xlsx
Spreadsheet: temp graph for thesis
Data: In spreadsheet – For thesis - columns J – T - highlighted in light orange
Table 5-1.
Excel file: Broadband and comp SSL temp PE data.xlsx
Data: In spreadsheet – PE % - columns Q – V and AC to AH - highlighted in light purple
Figure 5-3.
Excel file: Temperature stability uncoated.xlsx
Spreadsheet: broadband grph
Data: In spreadsheet – broadband - columns AP – BA - highlighted in light orange
Figure 5-4.
Power point: TEM after temperature broadband.pptx
Image file: TEM after temp exposure.jpg
Figure 5-5.
Excel file: TEM after temperature.xlsx
Spreadsheet: percents grph
Data: In spreadsheet – percents - highlighted in light orange
Figure 5-6.
Excel file: SSL stability uncoated.xlsx
Spreadsheet: position grph
Data: In spreadsheet – position data – columns B – F, rows 19 - 88 - highlighted in light orange
Table 5-2.
Excel file: SSL stability uncoated.xlsx
Data: In spreadsheet – UV data – highlighted in light orange
Figure 5-7.
Excel file: SSL stability uncoated.xlsx
Spreadsheet: broadband grph
Data: In spreadsheet – Broadband – columns A – G - highlighted in light purple
Figure 5-8.
Power point: TEM before after SSL Ag NPrs ct.pptx
Image file: Ag NPrs before after SSL TEM.jpg
Figure 5-9.
Excel file: TEM after SSL.xlsx
Spreadsheet: percentages grph
Data: In spreadsheet – percentages – rows 17 – 25 - highlighted in light purple
Figure 5-10.
Power point: TEM broadband after SSL.pptx
Image file: After SSL broadband TEM.jpg
Figure 5-11.
Excel file: TEM after SSL.xlsx
Spreadsheet: broadband percents grph
Data: In spreadsheet – percentages – rows 17 – 26, columns P -T - highlighted in light orange
Figure 5-12.
Excel file: Uncoated Ag NPr natural sunlight.xlsx
Spreadsheet: average grph
Data: In spreadsheet – for grphs – columns AS - BA - highlighted in light orange
Figure 5-13.
Excel file: Effect of fluid flow.xlsx
Spreadsheet: flow only
Data: In spreadsheet – data – columns A - H - highlighted in light orange
Figure 5-14.
Excel file: Effect of fluid flow.xlsx
Spreadsheet: flow and temp
Data: In spreadsheet – data – columns AC - AI - highlighted in light purple
Figure 5-15.
Excel file: Effect of fluid flow.xlsx
Spreadsheet: flow and SSL
Data: In spreadsheet – data – columns BJ - BR - highlighted in light blue
Figure 5-16.
Excel file: Effect of fluid flow.xlsx
Spreadsheet: flow temp and SSL
Data: In spreadsheet – data – columns CR - CX - highlighted in light green
Figure 5-17.
Power point: Broadband appearance after flow SSL.pptx
Image file: Rig after flow testing.jpg
Figure 5-18.
Excel file: TEM after flow.xlsx
Spreadsheet: initial percents grph
Data: In spreadsheet – percents – rows 13 - 21 - highlighted in light green
Figure 5-19.
Excel file: Uncoated in PG.xlsx
Spreadsheet: UV spectra grph
Data: In spreadsheet – Data – columns U - AG - highlighted in light green
Table 5-3.
No additional data associated with this Table
Chapter 6
Figure 6-1.
Excel file: Water glass UV-vis.xlsx
Spreadsheet: Initial grph
Data: In spreadsheet – data – columns R - AB - highlighted in light green
Figure 6-2.
Excel file: Water glass UV-vis.xlsx
Spreadsheet: after SSL grph
Data: In spreadsheet – data – columns DS - DW - highlighted in light orange
Figure 6-3.
Power point: TEM water glass SiO2.pptx
Image file: TEM water glass SiO2.jpg
Figure 6-4.
Excel file: Lismont stober TEOS procedure development UV-vis.xlsx
Spreadsheet: TEOS amount grph
Data: In spreadsheet – Data – columns A - F - highlighted in light orange
Figure 6-5.
Power point: TEM optimisation of TEOS concentration.pptx
Image file: TEM opt of TEOS concentration.jpg
Figure 6-6.
Excel file: Lismont stober TEOS procedure development UV-vis.xlsx
Spreadsheet: Time and MHA amount grph
Data: In spreadsheet – Data – columns H - M - highlighted in light purple
Figure 6-7.
Power point: TEM optimisation of TEOS MHA and time.pptx
Image file: TEM opt of TEOS MHA and time.jpg
Table 6-1.
Excel file: TEOS standard method as made UV vis.xlsx
Data: In spreadsheet – data – columns A – L, rows 5 - 9 - highlighted in light purple
Table 6-2.
Excel file: Standard TEOS method TEM initial SiO2.xlsx
Data: In spreadsheet – Data – columns BJ – BP, rows 5 - 16 - highlighted in light purple
Figure 6-8.
Excel file: TEOS standard method as made UV vis.xlsx
Spreadsheet: power grph
Data: In spreadsheet – Summarised AE – columns A - D - highlighted in light orange
Figure 6-9.
Excel file: SSL Ag NPr and SiO2 Ag NPr temperature data.xlsx
Spreadsheet: SiO2 SiO2@Ag NPr grph
Data: In spreadsheet – SiO2 and SiO2@Ag NPrs – columns L - X - highlighted in light orange
Table 6-3.
Excel file: SiO2 standard colloidal stability.xlsx
Data: In spreadsheet – Data – columns A – F, rows 4 - 9 - highlighted in light purple
Table 6-4.
Excel file: SiO2 standard colloidal stability.xlsx
Data: In spreadsheet – TEM after – columns T – Z, rows 5 - 16 - highlighted in light pink
Figure 6-10.
Power point: TEM standard TEOS temperature stability.pptx
Image file: TEM standard TEOS temperature stability.jpg
Figure 6-11.
Excel file: SiO2 standard SSL stability.xlsx
Spreadsheet: position grph
Data: In spreadsheet – time versus – columns H – K, rows 6 - 15 - highlighted in light pink
Table 6-5.
Abmax and lambda max in Excel file: SiO2 standard SSL stability.xlsx
Abmax and lambda max Data: In spreadsheet – data - highlighted in light purple
Change in Eta lamp(330 nm – 900 nm) in Excel file: lamp vs G173 solar broadband AE lamp cal.xlsx
Change in Eta lamp(330 nm – 900 nm) Data: In spreadsheet – AE lamp spec - sample details row 4 columns HU – HW results columns HU – HW, rows 2413 – 2415 – highlighted in light purple
Table 6-6.
Excel file: SiO2 standard SSL stability.xlsx
Data: In spreadsheet – TEM after – columns AA – AF, rows 12 - 20 - highlighted in light purple
Figure 6-12.
Excel file: SiO2 standard NSL stability.xlsx
Spreadsheet: average grph
Data: In spreadsheet – data – columns AD – AL - highlighted in light pink
Figure 6-13.
Excel file: modifications to SiO2.xlsx
Spreadsheet: role reagents grph
Data: In spreadsheet – role of reagents – columns AI – AN, rows 7 - 10 - highlighted in light pink
Figure 6-14.
Power point: TEM modifications to SiO2 DMA and MHA.pptx
Image file: TEM modifications to SiO2 DMA and MHA.jpg
Figure 6-15.
Power point: TEM modifications to SiO2 TEOS timing.pptx
Image file: TEM modifications to SiO2 TEOS timing.jpg
Figure 6-16.
Excel file: SiO2 coated broadband.xlsx
Spreadsheet: after storage grph
Data: In spreadsheet – data – columns A – I, rows 16 onwards - highlighted in light pink
Figure 6-17.
Power point: TEM SiO2 coated broadband.pptx
Image file: TEM SiO2 coated broadband.jpg
Figure 6-18.
Power point: colloidal stability of SiO2 broadband.pptx
Image file: colloidal stability of SiO2 broadband.jpg
Table 6-7.
No additional data associated with this Table
Chapter 7
Table 7-1.
No additional data associated with this Table
Table 7-2.
No additional data associated with this Table
Table 7-3.
No additional data associated with this Table
Figure 7-1.
Power point: graphical abstract paper 1.pptx
Image file: graphical abstract paper 1.jpg
Figure 7-2.
Power point: graphical abstract paper 2.pptx
Image file: graphical abstract paper 2.jpg
Figure 7-3.
Power point: graphical abstract paper 3.pptx
Image file: graphical abstract paper 3.jpg
Appendix A
Figure A.1
Excel file: thermodynamics.xlsx
Spreadsheet: MgCl2 grph
Data: In spreadsheet – for graphs – columns A, C, and H - M - highlighted in light orange
Table A.1
No additional data associated with this Table
Figure A.2
Excel file: thermodynamics.xlsx
Spreadsheet: graphs for thesis
Data: In spreadsheet – for graphs – columns A, B, C, E – G and K - M – additional columns not used in Figure A.1 highlighted in light purple
Appendix B
Table B.1
No additional data associated with this Table
Table B.2
No additional data associated with this Table
Table B.3
No additional data associated with this Table
Figure B.1
Power point: Hybrid silver nanofluids.pptx
Image file: Hybrid silver nanofluids.jpg
Table B.4
No additional data associated with this Table
Table B.5
No additional data associated with this Table
Appendix C
Figure C.1
Excel file: Spectroscope comparison.xlsx
Spreadsheet: grph
Data: In spreadsheet – Data – columns A - I highlighted in light purple
Table C.1
Excel file: ReRA System calibrated silicon cell IL.xlsx
Data: In spreadsheet – Data – highlighted in light purple
Appendix D
Table D.1
Excel file: measurement uncertainty A and B.xlsx
Data: In spreadsheet – TEM columns A - H – highlighted in light purple
Table D.2
Excel file: measurement uncertainty A and B.xlsx
Data: In spreadsheet – UV-vis and UV-vis-IR columns A - H – highlighted in light pink
Table D.3
Excel file: measurement uncertainty A and B.xlsx
Data: In spreadsheet – UV-vis and UV-vis-IR columns J - Q – highlighted in light green
Table D.4
Excel file: measurement uncertainty A and B.xlsx
Data: In spreadsheet – absorption eff from UV-vis-IR columns A - H – highlighted in light orange
Table D.5
Excel file: measurement uncertainty A and B.xlsx
Data: In spreadsheet –Solar simulator performance columns A - H – highlighted in light blue
Table D.6
Excel file: measurement uncertainty A and B.xlsx
Data: In spreadsheet –Solar simulator performance columns J - Q – highlighted in light gold
Appendix E
Table E.1
Excel file: measurement uncertainty A and B.xlsx
Data: In spreadsheet –TEM columns J - U – highlighted in light grey
Table E.2
Excel file: measurement uncertainty A and B.xlsx
Data: In spreadsheet –UV-vis and UV-vis-IR columns S - AD – highlighted in yellow
Table E.3
Excel file: measurement uncertainty A and B.xlsx
Data: In spreadsheet –UV-vis and UV-vis-IR columns S – AD, rows 13 - 17 – highlighted in pink
Table E.4
Excel file: measurement uncertainty A and B.xlsx
Data: In spreadsheet –absorption eff from UV-vis-IR columns I – AQ – highlighted in green
Table E.5
Excel file: measurement uncertainty A and B.xlsx
Data: In spreadsheet –solar simulator performance columns S – AD – highlighted in blue
Appendix F
No additional data associated with this Appendix
Appendix G
Figure G.1
Power point: TEM eg of uncoated Ag measurements.pptx
Image file: Eg of uncoated TEM measurements.jpg
Table G.1
Excel file: TEM Ag NPrs TSCD PVP initial.xlsx
Data: In spreadsheet –Measurements – columns G – R – highlighted in light purple
Table G.2
Excel file: TEM Ag NPrs TSCD PVP initial.xlsx
Data: In spreadsheet –Measurements – columns S – V – highlighted in light pink
Table G.3
Excel file: TEM Ag NPrs TSCD PVP initial.xlsx
Data: In spreadsheet –Measurements – columns W – AH – highlighted in light gold
Table G.4
Excel file: TEM Ag NPrs TSCD PVP initial.xlsx
Data: In spreadsheet –Measurements – columns AI – AM – highlighted in light grey
Table G.5
Excel file: TEM Ag NPrs TSCD PVP initial.xlsx
Data: In spreadsheet –Measurements – columns A – F – highlighted in yellow
Table G.6
Excel file: TEM Ag NPrs TSCD PVP initial.xlsx
Data: In spreadsheet –Percentages – columns H – Q, rows 11 - 19 – highlighted in blue
Table G.7
Excel file: measurements broadband(TEM).xlsx
Data: In spreadsheet –percents – columns A – E, rows 28 - 37 – highlighted in purple
Table G.8
Excel file: measurements broadband(TEM).xlsx
Data: In spreadsheet –percents – columns A – E, rows 39 - 51 – highlighted in light gold
Table G.9
Excel file: TEM consistency of batch.xlsx
Data: In spreadsheet –Data – columns A – U – highlighted in light pink
Table G.10
Excel file: TEM consistency of batch.xlsx
Data: In spreadsheet –percents – columns A – U, rows 17 - 20 – highlighted in light gold
Table G.11
Excel file: TEM after temperature.xlsx
Data: In spreadsheet –Data – columns B – R – highlighted in light pink
Table G.12
Excel file: TEM after temperature.xlsx
Data: In spreadsheet –percents – columns A – H, rows 19 - 26 – highlighted in light purple
Table G.13
Excel file: TEM after SSL.xlsx
Data: In spreadsheet –Ag NPrs set-up A – columns A – M – highlighted in light purple
Table G.14
Excel file: TEM after SSL.xlsx
Data: In spreadsheet –Ag NPrs set-up A – columns N – Q – highlighted in light pink
Table G.15
Excel file: TEM after SSL.xlsx
Data: In spreadsheet –Broadband – columns A – U – highlighted in light gold
Table G.16
Excel file: TEM after SSL.xlsx
Data: In spreadsheet –percentages – columns A – I, rows 27 - 38 – highlighted in blue
Table G.17
Excel file: TEM after SSL.xlsx
Data: In spreadsheet –percentages – columns J – P, rows 29 - 37 – highlighted in light grey
Table G.18
Excel file: TEM after flow.xlsx
Data: In spreadsheet –Data – columns F – U – highlighted in light pink
Table G.19
Excel file: TEM water glass SiO2.xlsx
Data: In spreadsheet –data – columns N – Q and AD - AG – highlighted in light pink
Table G.20
Excel file: TEM water glass SiO2.xlsx
Data: In spreadsheet –data – columns AH – AL and AY - BB – highlighted in light purple
Table G.21
Excel file: TEM water glass SiO2.xlsx
Data: In spreadsheet –percents – columns A – R, rows 8 - 16 – highlighted in light gold
Table G.22
Excel file: TEM development of TEOS method.xlsx
Data: In spreadsheet –Data – columns A – F – highlighted in light pink
Figure G.2
Power point: TEM eg of coated TEOS measurements.pptx
Image file: Eg of TEOS coated TEM measurement.jpg
Table G.23
Excel file: TEM development of TEOS method.xlsx
Data: In spreadsheet –Data – columns G – L – highlighted in light purple
Table G.24
Excel file: TEM development of TEOS method.xlsx
Data: In spreadsheet –Data – columns M – R – highlighted in light grey
Table G.25
Excel file: TEM development of TEOS method.xlsx
Data: In spreadsheet –Data – columns S – X – highlighted in light gold
Table G.26
Excel file: TEM development of TEOS method.xlsx
Data: In spreadsheet –Data – columns Y – AD – highlighted in blue
Table G.27
Excel file: TEM development of TEOS method.xlsx
Data: In spreadsheet –Data – columns AE – AJ – highlighted in green
Table G.28
Excel file: TEM development of TEOS method.xlsx
Data: In spreadsheet –Data – columns AK – AP – highlighted in yellow
Table G.29
Excel file: TEM development of TEOS method.xlsx
Data: In spreadsheet –Data – columns AQ – AV – highlighted in light green
Table G.30
Excel file: Standard TEOS method TEM initial SiO2.xlsx
Data: In spreadsheet –Data – columns A – G – highlighted in light purple
Table G.31
Excel file: Standard TEOS method TEM initial SiO2.xlsx
Data: In spreadsheet –Data – columns H – M – highlighted in light pink
Table G.32
Excel file: Standard TEOS method TEM initial SiO2.xlsx
Data: In spreadsheet –Data – columns N – S – highlighted in light gold
Table G.33
Excel file: Standard TEOS method TEM initial SiO2.xlsx
Data: In spreadsheet –Data – columns T – Y – highlighted in light orange
Table G.34
Excel file: Standard TEOS method TEM initial SiO2.xlsx
Data: In spreadsheet –Data – columns Z – AE – highlighted in light grey
Table G.35
Excel file: Standard TEOS method TEM initial SiO2.xlsx
Data: In spreadsheet –Data – columns AF – AK – highlighted in light green
Table G.36
Excel file: Standard TEOS method TEM initial SiO2.xlsx
Data: In spreadsheet –Data – columns AL – AQ – highlighted in yellow
Table G.37
Excel file: Standard TEOS method TEM initial SiO2.xlsx
Data: In spreadsheet –Data – columns AR – AW – highlighted in light blue
Table G.38
Excel file: Standard TEOS method TEM initial SiO2.xlsx
Data: In spreadsheet –Data – columns AX – BC – highlighted in blue
Table G.39
Excel file: Standard TEOS method TEM initial SiO2.xlsx
Data: In spreadsheet –Data – columns BD – BI – highlighted in green
Figure G.3
Excel file: Standard TEOS method TEM initial SiO2.xlsx
Data: In spreadsheet –ANOVA results – highlighted in green
Graph: SiO2 TEOS coating thickness.MPJ (Minitab file) – Boxplot of SiO2@Ag NPr,, SiO2@Ag NPr,,
Original data: SiO2 TEOS coating thickness.MPJ
Power point: SiO2 TEOS coating thickness.pptx
Image file: SiO2 TEOS coating thickness.jpg
Table G.40
Excel file: Standard TEOS method TEM initial SiO2.xlsx
Data: In spreadsheet –ANOVA results – highlighted in green
Table G.41
Excel file: SiO2 standard colloidal stability.xlsx
Data: In spreadsheet –TEM after – columns A – G - highlighted in green
Table G.42
Excel file: SiO2 standard colloidal stability.xlsx
Data: In spreadsheet –TEM after – columns H – M - highlighted in blue
Table G.43
Excel file: SiO2 standard colloidal stability.xlsx
Data: In spreadsheet –TEM after – columns N – S - highlighted in light grey
Table G.44
Excel file: SiO2 standard colloidal stability.xlsx
Data: In spreadsheet –TEM after – columns AA – AE - highlighted in light purple
Table G.45
Excel file: SiO2 standard temperature stability.xlsx
Data: In spreadsheet –TEM after – columns A – F - highlighted in light purple
Table G.46
Excel file: SiO2 standard temperature stability.xlsx
Data: In spreadsheet –TEM after – columns L – Q - highlighted in light gold
Table G.47
Excel file: SiO2 standard temperature stability.xlsx
Data: In spreadsheet –TEM after – columns R – Z - highlighted in light pink
Table G.48
Excel file: SiO2 standard temperature stability.xlsx
Data: In spreadsheet –TEM after – columns G – K - highlighted in light grey
Table G.49
Excel file: SiO2 standard SSL stability.xlsx
Data: In spreadsheet –TEM after – columns U – Z - highlighted in light grey
Table G.50
Excel file: SiO2 standard SSL stability.xlsx
Data: In spreadsheet –TEM after – columns A – G, row 12 onwards - highlighted in green
Table G.51
Excel file: SiO2 standard SSL stability.xlsx
Data: In spreadsheet –TEM after – columns H – M, row 12 onwards - highlighted in blue
Table G.52
Excel file: SiO2 standard SSL stability.xlsx
Data: In spreadsheet –TEM after – columns N – S, row 12 onwards - highlighted in light pink
Table G.53
Excel file: SiO2 standard SSL stability.xlsx
Data: In spreadsheet –TEM after – columns AG – AK - highlighted in orange
Table G.54
Excel file: modifications to SiO2.xlsx
Data: In spreadsheet –extra wash TEM – columns H – M, row 11 onwards - highlighted in orange
Table G.55
Excel file: modifications to SiO2.xlsx
Data: In spreadsheet –extra wash TEM – columns N – S, row 11 onwards - highlighted in green
Table G.56
Excel file: modifications to SiO2.xlsx
Data: In spreadsheet –extra wash TEM – as highlighted in blue
Table G.57
Excel file: modifications to SiO2.xlsx
Data: In spreadsheet –extra wash TEM – as highlighted in light gold
Table G.58
Excel file: modifications to SiO2.xlsx
Data: In spreadsheet –MHA DMA TEM – columns BP – BU, row 16 onwards highlighted in light pink
Table G.59
Excel file: modifications to SiO2.xlsx
Data: In spreadsheet –MHA DMA TEM – columns B – G, row 16 onwards highlighted in light purple
Table G.60
Excel file: modifications to SiO2.xlsx
Data: In spreadsheet –MHA DMA TEM – columns AR – AW, row 16 onwards highlighted in light grey
Table G.61
Excel file: modifications to SiO2.xlsx
Data: In spreadsheet –MHA DMA TEM – columns BD – BI, row 16 onwards highlighted in green
Table G.62
Excel file: modifications to SiO2.xlsx
Data: In spreadsheet –TEOS time TEM – columns B – G, row 16 onwards highlighted in light pink
Table G.63 
Excel file: modifications to SiO2.xlsx
Data: In spreadsheet –TEOS time TEM – columns H – M, row 16 onwards highlighted in light purple
Table G.64
Excel file: modifications to SiO2.xlsx
Data: In spreadsheet –TEOS time TEM – columns AL – AU - highlighted in light grey
Table G.65
Excel file: modifications to SiO2.xlsx
Data: In spreadsheet –TEOS time TEM – columns AD – AK - highlighted in orange
Figure G.4
Excel file: modifications to SiO2.xlsx
Spreadsheet: percents grph
Data: In spreadsheet – TEOS time TEM – columns AV – AY - highlighted in green
Table G.66
Excel file: SiO2 coated broadband.xlsx
Data: In spreadsheet –TEM – columns A – G - highlighted in orange
Table G.67
Excel file: SiO2 coated broadband.xlsx
Data: In spreadsheet –TEM – columns J – Q - highlighted in light pink
Appendix H
Table H.1
Excel file: Effect of Ag concentration for Ag NPr.xlsx
Data: In spreadsheet –data – columns E – N - highlighted in light pink
Figure H.1
Excel file: Effect of Ag concentration for Ag NPr.xlsx
Spreadsheet: silver conc grph
Data: In spreadsheet – data – columns A – E - highlighted in light purple
Table H.2
Excel file: Effect of H2O2 amount on Ag NP.xlsx
Data: In spreadsheet –Data – columns F – K - highlighted in light pink
Figure H.2
Excel file: Effect of Ag concentration for Ag NPr.xlsx
Spreadsheet: H2O2 grph
Data: In spreadsheet – data – columns A – G, row 12 onwards - highlighted in light purple
Table H.3
Excel file: Effect of Ag to NaBH4 ratio on Ag NPrs.xlsx
Data: In spreadsheet –Data – columns H – P - highlighted in light pink
Figure H.3
Excel file: Effect of Ag to NaBH4 ratio on Ag NPrs.xlsx 
Spreadsheet: NaBH4 grph
Data: In spreadsheet – data – columns A – E, row 13 onwards - highlighted in light purple
Figure H.4
Excel file: Effect of Ag to NaBH4 ratio on Ag NPrs.xlsx 
Spreadsheet: NaBH4 and H2O2 changes grph
Data: In spreadsheet – data – columns F – K, row 14 onwards - highlighted in light grey
Table H.4
Excel file: Timing of NaBH4 effect on Ag NPr.xlsx
Data: In spreadsheet –Data – columns G - N - highlighted in light purple and in spreadsheet – Ratios – columns A – M – highlighted in light pink
Figure H.5
Excel file: Timing of NaBH4 effect on Ag NPr.xlsx 
Spreadsheet: NaBH4 timing grph
Data: In spreadsheet – For thesis – columns A – L - highlighted in light gold
Figure H.6
Excel file: Timing of NaBH4 effect on Ag NPr.xlsx 
Spreadsheet: ratio thesis seed grph
Data: In spreadsheet – Ratios – rows 10 – 21 - highlighted in light grey
Table H.5
Excel file: Timing of NaBH4 effect on Ag NPr.xlsx
Data: In spreadsheet –For appendix – columns A – O, rows 2 - 7 - highlighted in light blue and in spreadsheet – Data – columns G – N – highlighted in blue
Figure H.7
Excel file: Timing of NaBH4 effect on Ag NPr.xlsx 
Spreadsheet: 1st appendix grph
Data: In spreadsheet – For appendix – columns A -H - highlighted in pink
Figure H.8
Excel file: Timing of NaBH4 effect on Ag NPr.xlsx 
Spreadsheet: 2st appendix grph
Data: In spreadsheet – For appendix – columns J -O - highlighted in orange
Table H.6
Excel file: Adding Ag and NaBH4 after for Ag NP.xlsx
Data: In spreadsheet –Data – as highlighted in light pink
Figure H.9
Excel file: Adding Ag and NaBH4 after for Ag NP.xlsx
Spreadsheet: Ag and NaNH4 grph
Data: In spreadsheet – Data – columns A -F - highlighted in light purple
Table H.7
Excel file: AE calculations broadband.xlsx
Data: In spreadsheet –absorbance – sample names in columns AL – DD, row 7, results – columns AL – DD, rows 1059 – 1062 and 1064 - highlighted in pink
Table H.8
Excel file: Optimisation of Mixture.xlsx
Data: In spreadsheet –Summary – columns A – P, rows 13 – 18 and 20, 21 - highlighted in light pink
Table H.9
Excel file: Optimisation of Mixture.xlsx
Data: In spreadsheet –Summary – columns Q and R, rows 13 – 18 and 20, 21 - highlighted in light purple
Table H.10
Excel file: Optimisation of Mixture.xlsx
Data: In spreadsheet –Summary – columns A - P, rows 19 and 22 - 24 - highlighted in orange
Table H.11
Excel file: AE calculations broadband.xlsx
Data: In spreadsheet –absorbance – sample names in columns H – AG, row 7, results – columns H – AG, rows 1060 – 1062 and 1064 - highlighted in purple
Also Eta lamp(330 - 1100 nm) / % in Excel file: Lamp vs G173 solar broadband AE lamp cal.xlsx
Data: In spreadsheet –AE lamp spec – sample names in columns FS - FX, row 2, results – columns FS - FX, row 2407 - highlighted in green
Appendix I
Figure I.1
Excel file: UV-vis flow and consistency of batch.xlsx
Spreadsheet: short initial grph
Data: In spreadsheet – for graphs - columns A -F - highlighted in pink
Table I.1
Excel file: UV-vis flow and consistency of batch.xlsx
Data: In spreadsheet –flow normalised – columns AG – AR and BZ, rows 5 - 18 - highlighted in green
Figure I.2
Excel file: UV-vis flow and consistency of batch.xlsx
Spreadsheet: Mid initial grph
Data: In spreadsheet – for graphs - columns G -P - highlighted in blue
Table I.2
Excel file: UV-vis flow and consistency of batch.xlsx
Data: In spreadsheet –flow normalised – columns X – AE, rows 1 - 18 - highlighted in light gold
Table I.3
Excel file: UV-vis flow and consistency of batch.xlsx
Data: In spreadsheet –flow normalised – columns BO – BV, BY, and CF rows 1 - 18 - highlighted in light green
Table I.4
Excel file: UV-vis flow and consistency of batch.xlsx
Data: In spreadsheet –Transposed for minitab – columns AB - AH - highlighted in light pink
Table I.5
Excel file: UV-vis flow and consistency of batch.xlsx
Data: In spreadsheet –Transposed for minitab – columns V - AA - highlighted in light grey
Figure I.3
Excel file: UV-vis flow and consistency of batch.xlsx
Spreadsheet: long initial grph
Data: In spreadsheet – for graphs - columns Q -X - highlighted in orange
Table I.6
Excel file: UV-vis flow and consistency of batch.xlsx
Data: In spreadsheet –flow normalised – columns AT – BM and BX - highlighted in blue
Table I.7
Excel file: UV-vis flow and consistency of batch.xlsx
Data: In spreadsheet –Transposed for minitab – columns P - U - highlighted in yellow
Table I.8
Excel file: UV-vis flow and consistency of batch.xlsx
Data: In spreadsheet –Transposed for minitab – columns J - O - highlighted in purple
Appendix J
Figure J.1
Excel file: lamp versus sunlight.xlsx
Spreadsheet: Spectra grph
Data: In spreadsheet – Sheet 1 – columns A, BS and CS - highlighted in yellow
Table J.1
Excel file: Ag Npr ct SSL response surface vs water.xlsx
Data: In spreadsheet –Water – columns A - O - highlighted in orange
Table J.2
Excel file: summarised PE data broadband absorber.xlsx
Data: In spreadsheet –PE % – columns L - O and column AC – AF, row 47 - highlighted in light pink
Table J.3
Excel file: Ag Npr ct SSL response surface vs water.xlsx
Data: In spreadsheet – minitab 9 hr worksheet - highlighted in light green
Figure J.2
Power point: Main effect for Ag NPr in SSL.pptx – slide 2
Image file:Main effects for Ag NPrs in SSL.jpg
Related excel file: Ag Npr ct SSL response surface vs water.xlsx
Data: In spreadsheet – response surface – columns Q –Y – highlighted in light purple
Table J.4
Excel file: SSL Ag NPr and SiO2 Ag NPr temperature data.xlsx
Data: In spreadsheet – Mean sum delta T – columns AD - AP - highlighted in light pink
Table J.5
Eta PE in Excel file: SSL Ag NPr and SiO2 Ag NPr temperature data.xlsx
Eta PE Data: In spreadsheet – Delta T – columns B, C, K, L rows 9 – 12 - highlighted in orange
Eta lamp(330 nm - 900 nm) in Excel file: Lamp vs G173 solar broadband AE lamp cal.xlsx
Eta lamp(330 nm - 900 nm) Data: In spreadsheet – AE lamp spec - columns HL and HR, rows 2410 – 2412 – highlighted in light grey
Table J.6
Excel file: Ag Npr ct SSL response surface vs water.xlsx
Data: In spreadsheet – minitab 6 hrs SiO2 – highlighted in green
Table J.7
Excel file: SSL Ag NPr and SiO2 Ag NPr temperature data.xlsx
Data: In spreadsheet – Mean sum delta T – columns AR – AX highlighted in light grey
Figure J.3
Power point: Main effect for Ag NPr in SSL.pptx – slide 3
Image file:Main effects for SiO2 SiO2 Ag NPr in SSL.jpg
Related excel file: Ag Npr ct SSL response surface vs water.xlsx
Data: In spreadsheet – response surface – columns AA –AH – highlighted in blue
Table J.8
Excel file: SSL Ag NPr and SiO2 Ag NPr temperature data.xlsx
Data: In spreadsheet – Mean sum delta T – columns AZ – BF highlighted in orange
Table J.9
Eta PE in Excel file: SSL Ag NPr and SiO2 Ag NPr temperature data.xlsx
Eta PE Data: In spreadsheet – Delta T – columns BS, BT,DO,DP rows 9 – 12 - highlighted in light grey
Eta lamp(330 nm - 900 nm) in Excel file: Lamp vs G173 solar broadband AE lamp cal.xlsx
Eta lamp(330 nm - 900 nm) Data: In spreadsheet – AE lamp spec - columns HO and HU, rows 2410 – 2412 – highlighted in purple
Appendix K
Table K.1
No additional data associated with this Table
Figure K.1
Excel file: colloid stability.xlsx
Spreadsheet: Abmax grph all
Data: In spreadsheet – All - columns B – I, rows 6 - 114 - highlighted in light pink
Figure K.2
Excel file: colloid stability.xlsx
Spreadsheet: pos grph all
Data: In spreadsheet – All - columns B – I, rows 116 - 224 - highlighted in light purple
Figure K.3
Excel file: colloid stability.xlsx
Spreadsheet: broad 1 grph
Data: In spreadsheet – broadband - columns F – J, starting at row 12 - highlighted in orange
Figure K.4
Excel file: colloid stability.xlsx
Spreadsheet: broad 2 grph
Data: In spreadsheet – broadband - columns K – O, starting at row 12 - highlighted in light gold
Figure K.5
Excel file: colloid stability.xlsx
Spreadsheet: broad 3 grph
Data: In spreadsheet – broadband - columns P – S, starting at row 12 - highlighted in light purple
Figure K.6
Excel file: colloid stability.xlsx
Spreadsheet: broad 4 grph
Data: In spreadsheet – broadband - columns T – W, starting at row 12 - highlighted in light grey
Figure K.7
Excel file: colloid stability.xlsx
Spreadsheet: broad 5 grph
Data: In spreadsheet – broadband - columns X – AI, starting at row 12 - highlighted in yellow
Figure K.8
Excel file: colloid stability.xlsx
Spreadsheet: broad 6 grph
Data: In spreadsheet – broadband - columns AJ – AU, starting at row 12 - highlighted in green
Figure K.9
Excel file: colloid stability.xlsx
Spreadsheet: broad 7 grph
Data: In spreadsheet – broadband - columns AV – BB, starting at row 12 - highlighted in blue
Figure K.10
Excel file: Temperature stability uncoated.xlsx
Spreadsheet: All position grph
Data: In spreadsheet – All - columns B – E, starting at row 7 - highlighted in light pink
Figure K.11
Excel file: Temperature stability uncoated.xlsx
Spreadsheet: All Abmax grph
Data: In spreadsheet – All - columns O – R, starting at row 7 - highlighted in light purple
Table K.2
Excel file: Temperature stability uncoated.xlsx
Data: In spreadsheet – NS – as highlighted in green and in spreadsheet – short – as highlighted in blue
Figure K.12
Excel file: Temperature stability uncoated.xlsx
Spreadsheet: All position grph (2)
Data: In spreadsheet – All - columns F – M, starting at row 7 - highlighted in light gold
Figure K.13
Excel file: Temperature stability uncoated.xlsx
Spreadsheet: All Abmax grph (2)
Data: In spreadsheet – All - columns T – Z, starting at row 7 - highlighted in light grey
Table K.3
Excel file: Temperature stability uncoated.xlsx
Data: In spreadsheet – mid – as highlighted in pink and in spreadsheet – NPr, columns G – P, rows 1 -4, CW – CY, rows 5 -8 – as highlighted in purple
Figure K.14
Excel file: SSL stability uncoated.xlsx
Spreadsheet: Ag NPr ct grph
Data: In spreadsheet – UV for grphs - columns A - G - highlighted in light grey
Figure K.15
Excel file: SSL stability uncoated.xlsx
Spreadsheet: long grph
Data: In spreadsheet – UV for grphs - columns I - O - highlighted in light pink
Figure K.16
Excel file: SSL stability uncoated.xlsx
Spreadsheet: short grph
Data: In spreadsheet – UV for grphs - columns Q - W - highlighted in green
Figure K.17
Excel file: SSL stability uncoated.xlsx
Spreadsheet: Mid grph
Data: In spreadsheet – UV for grphs - columns Y – AE - highlighted in light gold
Table K.4
Excel file: Lamp vs G173 solar broadband AE lamp cal.xlsx
Data: In spreadsheet – AE lamp spec – Columns GH – HE, HL – HN, HR – HT, row 2407 and 2413 as highlighted in orange
Table K.5 
Excel file: AE calculations broadband.xlsx
Data: In spreadsheet – absorbance - Sample name in row 7 starting at column DF - HT, data in row 1060, 1061 as highlighted in blue
Appendix L
Table L.1
Excel file: Water glass UV-vis.xlsx
Data: In spreadsheet – data - column BL - CD, data in rows 8 and 9, sample name row 11 as highlighted in light pink
Table L.2
Excel file: Water glass UV-vis.xlsx
Data: In spreadsheet – data - column BL - CD, data in rows 6 and 7, sample name row 11 (highlighted in light pink) - data highlighted in light purple
Table L.3
Excel file: Water glass UV-vis.xlsx
Data: In spreadsheet – data - column CF - CX, data in rows 8 and 9, sample name row 11 - highlighted in blue
Table L.4
Excel file: Water glass UV-vis.xlsx
Data: In spreadsheet – data - column CF - CX, data in rows 6 and 7, sample name row 11 (highlighted in blue) – data highlighted in green
Figure L.1
Excel file: Water glass UV-vis.xlsx
Spreadsheet: cent and MPTMS grphs
Data: In spreadsheet – data - columns AX – BI - highlighted in light gold
Figure L.2
Excel file: TEM water glass SiO2.xlsx
Spreadsheet: grph
Data: In spreadsheet – percents - columns A – E, rows 17 - 26- highlighted in blue
Figure L.3
Excel file: TEM development of TEOS method.xlsx
Spreadsheet: conc grph
Data: In spreadsheet – for grphs - columns N - V- highlighted in pink
Figure L.4
Excel file: TEM development of TEOS method.xlsx
Spreadsheet: % multi and free grphs
Data: In spreadsheet – for grphs - columns A – H, rows 17 – 19 - highlighted in purple
Appendix M
Table M.1
Excel file: TEOS standard method as made UV vis.xlsx
Data: In spreadsheet – data - column A – H and R – W, rows 12 - 16 – data highlighted in light pink
Table M.2
Excel file: TEOS standard method as made UV vis.xlsx
Data: In spreadsheet – data - column J – P, rows 12 - 16 – data highlighted in blue
Table M.3
Excel file: TEOS standard method as made UV vis.xlsx
Data: In spreadsheet – data - column Y – AJ, rows 12 - 16 – data highlighted in green
Figure M.1
Excel file: TEOS standard method as made UV vis.xlsx
Spreadsheet: UV-vis-1 grph
Data: In spreadsheet – data - columns AL – AP - highlighted in light grey
Figure M.2
Excel file: TEOS standard method as made UV vis.xlsx
Spreadsheet: UV-vis-IR-2 grph
Data: In spreadsheet – data - columns AR – AX - highlighted in orange
Figure M.3
Excel file: Standard TEOS method TEM initial SiO2.xlsx
Spreadsheet: % multi and free grph
Data: In spreadsheet – For grphs - columns A – L, rows 7 - 9 - highlighted in orange
Figure M.4
Power point: TEM standard TEOS just made.pptx
Image file:TEM standard TEOS initial.jpg
Table M.4 
Excel file: TEOS standard method as made UV vis.xlsx
Data: In spreadsheet – Summarised AE – columns E – N, rows 2 and 3 - highlighted in orange
Table M.5
Excel file: SiO2 standard colloidal stability.xlsx
Data: In spreadsheet – Data – columns A – T, rows 13 - 18 - highlighted in orange
Figure M.5
Power point: TEM standard TEOS colloidal stability.pptx
Image file:TEM standard TEOS colloidal stability.jpg
Figure M.6
Excel file: SiO2 Standard temperature stability.xlsx
Spreadsheet: Change in position grph
Data: In spreadsheet – time data - columns I – L, rows 29 - 108 - highlighted in orange
Figure M.7
Excel file: SiO2 Standard temperature stability.xlsx
Spreadsheet: Abmax change grph
Data: In spreadsheet – time data - columns B – E, rows 29 - 108 - highlighted in blue
Table M.6
Excel file: SiO2 Standard temperature stability.xlsx
Data: In spreadsheet – time data - columns T – W, rows 29 - 54 - highlighted in light gold
Table M.7
Excel file: SiO2 Standard temperature stability.xlsx
Data: In spreadsheet – time data - columns O – S, rows 29 - 54 - highlighted in light pink
Table M.8
Excel file: SiO2 Standard temperature stability.xlsx
Data: In spreadsheet – time data - columns AV - BD, rows 10 - 69 - highlighted in light purple
Table M.9
Excel file: SiO2 Standard temperature stability.xlsx
Data: In spreadsheet – time data - columns BF - BN, rows 10 - 68 - highlighted in light grey
Figure M.8
Excel file: SiO2 standard SSL stability.xlsx
Spreadsheet: average before after
Data: In spreadsheet – data - columns AH – AL, starting at row 18 - highlighted in blue
Figure M.9
Power point: TEM standard TEOS SSL stability.pptx
Image file:TEM standard TEOS SSL stability.jpg
Appendix N
Table N.1
Excel file: modifications to SiO2.xlsx
Data: In spreadsheet – extra wash and O2 removal - columns P - AA, rows 6 - 11 – as highlighted in pink
Table N.2
Excel file: modifications to SiO2.xlsx
Data: In spreadsheet – extra wash and O2 removal - columns B - F, rows 7 - 11 – as highlighted in orange
Table N.3
Excel file: modifications to SiO2.xlsx
Data: In spreadsheet – role of reagents - columns A - H, rows 7 - 13 – as highlighted in light grey
Table N.4
Excel file: modifications to SiO2.xlsx
Data: In spreadsheet – MHA DMA – column T, X, AF, AJ, rows 19, 21 and 22 – as highlighted in blue
Table N.5
Excel file: modifications to SiO2.xlsx
Data: In spreadsheet – MHA DMA – column AW, AT, AQ, AM and AN - rows 6 -14 – as highlighted in green
Table N.6
Excel file: modifications to SiO2.xlsx
Data: In spreadsheet – MHA DMA – column AO, AP, AR, AU, AX - rows 6 -14 – as highlighted in orange
Figure N.1
Excel file: modifications to SiO2.xlsx
Spreadsheet: low DMA grph
Data: In spreadsheet – low DMA - columns H – M, starting at row 7 - highlighted in light pink
Figure N.2
Excel file: modifications to SiO2.xlsx
Spreadsheet: TEOS time grph
Data: In spreadsheet – TEOS step time - columns CB – CH, starting at row 6 - highlighted in green
Figure N.3
Excel file: modifications to SiO2.xlsx
Spreadsheet: TEOS time change in pos grph
Data: In spreadsheet – TEOS time for grph - columns J – L, starting at row 25 - highlighted in pink
Figure N.4
Excel file: modifications to SiO2.xlsx
Spreadsheet: TEOS time change in abmax grph
Data: In spreadsheet – TEOS time for grph - columns A – C, starting at row 25 - highlighted in purple
Table N.7
Excel file: modifications to SiO2.xlsx
Data: In spreadsheet – TEOS time for grph – column S - V - rows 25 - 50 – as highlighted in light grey
Table N.8
Excel file: modifications to SiO2.xlsx
Data: In spreadsheet – TEOS time for grph – column N - Q - rows 25 - 50 – as highlighted in green
Appendix O
Figure O.1
Excel file: SiO2 coated broadband.xlsx
Spreadsheet: power grph
Data: In spreadsheet – performance cal - columns A – D - highlighted in green
Table O.1
Excel file: SiO2 coated broadband.xlsx
Data: In spreadsheet – performance cal - columns G – I, rows 3 - 8 - highlighted in blue