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TOC Notebook 01

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mikexstudios edited this page Sep 6, 2011 · 4 revisions

Table of Contents (Notebook 01)

# This is the TOC format:
#   [number] - [description of page]
# For example:
#   005 - Making KBi Solution
# NOTE: The ordering does NOT matter. The entries will be processed and a TOC
#       will be generated with the correct ordering.
  • 001 - Making 0.5 mM Mn(2+) in 50 mM KMePi at pH 8, 50 mL
  • 018 - Methylphosphonic acid data
  • 054 - Mn Pourbaix diagram
  • 098 - Procedures for making 1 M KBi solution at pH 9.2, 1.0 L
  • 138 - Recrystallization of Methylphosphonic Acid (more successful)
  • 118 - Combo to Yogi's netbook lock.
  • 119 - Recrystallization of Methylphosphonic Acid (slightly botched)
  • 136 - Making Co electrodes for MIT Museum display
  • 127 - Procedures for making 1 M KPi solution at pH 2.15, 500 mL (miscalculated)
  • 130 - Salvaging / Fixing the KPi acid solutions
  • 144 - Procedures for making 1 M KPi solution at pH 2.5, 250 mL (successful)
  • 126 - Phosphoric Acid data
  • 120 - Acetonitrile data
  • 116 - Making pH 2 and pH 4 MePi solutions
  • 115 - Thinking about criteria for Tafel point convergence
  • 104 - Tafel of 1 M KBi at pH 9.22 (background)
  • 041 - Procedures for making 1 M KMePi solution at pH 8.0, 250 mL
  • 144 - Making 1 M KMePi solution at pH 8.0, 250 mL (not done)
  • 145 - Making 0.5 M KMePi solution at pH 8.0, 250 mL
  • 153 - Procedures for preparing 1 M KOH at pH 13.55, 250 mL
  • 153 - Procedures for preparing 1 m NaOH, 100 mL
  • 154 - Tafel of 5 layer Mn-FTO in 1 M KOH, pH 13.55 (procedure)
  • 160 - Tafel plots of 5 layer Mn-FTO in 1 M KOH, pH 13.55
  • 085 - Nernstian / Ideal potential for oxidizing water calculation and table
  • 073 - Calculating total charge required for deposition with table
  • 107 - Finding good deposition potential for Mn-KMePi, pH 8
  • 082 - Making 0.4 M KMePi solution, pH 3, 50 mL.
  • 082 - CV 1.5 V to -0.3 V of 0.5 mM Mn(2+) in 50 mM KMePi, pH 3
  • 083 - FTO background in 50 mM KMePi, pH 3
  • 116 - Making 0.4 M KMePi solution, pH 2.45, 50 mL.
  • 117 - CV 1.5 V to 0 V on 0.5 mM Mn(2+) in 50 mM KMePi, pH 2.45
  • 118 - CV 1.5 V to 0 V on 0.5 mM Mn(2+) in 50 mM KMePi, pH 2.45 (again)
  • 118 - CV 1.475 V to -0.025 V on 0.5 mM Mn(2+) in 50 mM KMePi, pH 2.45
  • 182 - Tafel background of FTO in 0.5 M KPi @ pH 2.49
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