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Cyclic Voltammograms

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Ag

Substrate Electrolyte Year Reference
endo_1999_in-situ_19_f1_a (100) \(0.01 \; \mathrm{M}\) \(\ce{ NaBr }\) + \(0.05 \; \mathrm{M}\) \(\ce{ NaOH }\) 1999 Endo et. al. Fig. 1 (a)
endo_1999_in-situ_19_f1_b (100) \(5e-05 \; \mathrm{M}\) \(\ce{ NaBr }\) + \(0.05 \; \mathrm{M}\) \(\ce{ NaOH }\) 1999 Endo et. al. Fig. 1 (b)
hamad_2003_electrosorption_211_f1a_dotted (100) \(0.05 \; \mathrm{M}\) \(\ce{ KClO4 }\) 2003 Abou et. al. Fig. 1a (dotted)
hamad_2003_electrosorption_211_f1a_solid (100) \(0.03 \; \mathrm{M}\) \(\ce{ KClO4 }\) + \(0.02 \; \mathrm{M}\) \(\ce{ KCl }\) 2003 Abou et. al. Fig. 1a (solid)
horswell_2004_a_10970_f1a_dashed (100) \(0.09 \; \mathrm{M}\) \(\ce{ NaF }\) + \(0.01 \; \mathrm{M}\) \(\ce{ NaOH }\) 2004 Horswell et. al. Fig. 1a (dashed)
horswell_2004_a_10970_f1a_dotted (111) \(0.09 \; \mathrm{M}\) \(\ce{ NaF }\) + \(0.01 \; \mathrm{M}\) \(\ce{ NaOH }\) 2004 Horswell et. al. Fig. 1a (dotted)
horswell_2004_a_10970_f1a_solid (110) \(0.09 \; \mathrm{M}\) \(\ce{ NaF }\) + \(0.01 \; \mathrm{M}\) \(\ce{ NaOH }\) 2004 Horswell et. al. Fig. 1a (solid)
jovic_1999_cyclic_247_f1_dashed (111) \(0.01 \; \mathrm{M}\) \(\ce{ NaOH }\) 1999 Jovic et. al. Fig. 1 (dashed)
jovic_1999_cyclic_247_f1_solid (111) \(0.1 \; \mathrm{M}\) \(\ce{ NaOH }\) 1999 Jovic et. al. Fig. 1 (solid)
jovic_1999_cyclic_247_f4_solid (111) \(0.1 \; \mathrm{M}\) \(\ce{ NaOH }\) 1999 Jovic et. al. Fig. 4 (solid)
jovic_1999_cyclic_247_f6_dashed (111) \(0.1 \; \mathrm{M}\) \(\ce{ NaOH }\) 1999 Jovic et. al. Fig. 6 (dashed)
jovic_1999_cyclic_247_f6_solid (111) \(0.1 \; \mathrm{M}\) \(\ce{ NaOH }\) 1999 Jovic et. al. Fig. 6 (solid)
jovic_1999_cyclic_247_f7_dashed (100) \(0.1 \; \mathrm{M}\) \(\ce{ NaOH }\) 1999 Jovic et. al. Fig. 7 (dashed)
jovic_1999_cyclic_247_f7_solid (111) \(0.1 \; \mathrm{M}\) \(\ce{ NaOH }\) 1999 Jovic et. al. Fig. 7 (solid)
nakamura_2011_structure_165433_f1a_blue (100) \(0.1 \; \mathrm{M}\) \(\ce{ LiBr }\) + \(0.05 \; \mathrm{M}\) \(\ce{ LiOH }\) 2011 Nakamura et. al. Fig. 1a (blue)
nakamura_2011_structure_165433_f1a_green (100) \(0.1 \; \mathrm{M}\) \(\ce{ KBr }\) + \(0.05 \; \mathrm{M}\) \(\ce{ KOH }\) 2011 Nakamura et. al. Fig. 1a (green)
nakamura_2011_structure_165433_f1a_red (100) \(0.1 \; \mathrm{M}\) \(\ce{ CsBr }\) + \(0.05 \; \mathrm{M}\) \(\ce{ CsOH }\) 2011 Nakamura et. al. Fig. 1a (red)
nakamura_2011_structure_165433_f1b_blue (100) \(0.01 \; \mathrm{M}\) \(\ce{ CsBr }\) 2011 Nakamura et. al. Fig. 1b (blue)
nakamura_2011_structure_165433_f1b_red (100) \(0.01 \; \mathrm{M}\) \(\ce{ CsBr }\) + \(0.04 \; \mathrm{M}\) \(\ce{ CsF }\) 2011 Nakamura et. al. Fig. 1b (red)
nakamura_2014_structural_22136_f1a_inset (100) \(0.1 \; \mathrm{M}\) \(\ce{ CsBr }\) + \(0.05 \; \mathrm{M}\) \(\ce{ CsOH }\) 2014 Nakamura et. al. Fig. 1a (inset)
ocko_1997_halide_55_f6a_solid (100) \(0.05 \; \mathrm{M}\) \(\ce{ NaBr }\) 1996 Ocko et. al. Fig. 6a (solid)
rehim_1998_electrochemical_1103_f1_solid (poly) \(1 \; \mathrm{M}\) \(\ce{ NaOH }\) 1998 Abd et. al. Fig. 1 (solid)
wang_1997_lateral_1_f1a_solid (100) \(0.01 \; \mathrm{M}\) \(\ce{ KBr }\) + \(0.04 \; \mathrm{M}\) \(\ce{ KClO4 }\) 1997 Wang et. al. Fig. 1a (solid)
zei_1991_the_295_f3a_solid (111) \(0.01 \; \mathrm{M}\) \(\ce{ NaCl }\) 1991 Zei et. al. Fig. 3a (solid)
zei_1991_the_295_f3b_solid (111) \(0.01 \; \mathrm{M}\) \(\ce{ NaBr }\) 1991 Zei et. al. Fig. 3b (solid)

Ru

Substrate Electrolyte Year Reference
alves_2011_electrochemistry_6010_f1a_solid (0001) \(0.1 \; \mathrm{M}\) \(\ce{ HClO4 }\) 2011 Alves et. al. Fig. 1a (solid)

Cu

Substrate Electrolyte Year Reference
engstfeld_2018_polycrystalline_17743_f4b_1 (100) \(0.1 \; \mathrm{M}\) \(\ce{ KOH }\) 2018 Engstfeld et. al. Fig. 4b (1)

Au

Substrate Electrolyte Year Reference
chen_1999_iodide_342_f1a_solid (111) \(0.1 \; \mathrm{M}\) \(\ce{ KClO4 }\) + \(0.001 \; \mathrm{M}\) \(\ce{ KOH }\) + \(0.001 \; \mathrm{M}\) \(\ce{ KI }\) 1999 Chen et. al. Fig. 1a (solid)
cuesta_2000_the_5684_f1a_black (111) \(0.1 \; \mathrm{M}\) \(\ce{ H2SO4 }\) 2000 Cuesta et. al. Fig. 1a (black)
cuesta_2000_the_5684_f1b_black (111) \(0.1 \; \mathrm{M}\) \(\ce{ H3PO4 }\) 2000 Cuesta et. al. Fig. 1b (black)
cuesta_2000_the_5684_f3a_black (111) \(0.1 \; \mathrm{M}\) \(\ce{ H2SO4 }\) 2000 Cuesta et. al. Fig. 3a (black)
cuesta_2000_the_5684_f3b_black (100) \(0.1 \; \mathrm{M}\) \(\ce{ H3PO4 }\) 2000 Cuesta et. al. Fig. 2a (black)
kerner_2002_measurement_2055_f2a_solid (111) \(0.1 \; \mathrm{M}\) \(\ce{ HClO4 }\) 2002 Kerner et. al. Fig. 2a (solid)
kerner_2002_measurement_2055_f3a_thick (111) \(0.1 \; \mathrm{M}\) \(\ce{ HClO4 }\) + \(0.0001 \; \mathrm{M}\) \(\ce{ KCl }\) 2002 Kerner et. al. Fig. 3a (thick)
kerner_2002_measurement_2055_f3a_thin (111) \(0.1 \; \mathrm{M}\) \(\ce{ HClO4 }\) + \(0.1 \; \mathrm{M}\) \(\ce{ KCl }\) 2002 Kerner et. al. Fig. 2a (thin)
kerner_2002_measurement_2055_f4a_thick (111) \(0.1 \; \mathrm{M}\) \(\ce{ HClO4 }\) + \(0.0001 \; \mathrm{M}\) \(\ce{ K2SO4 }\) 2002 Kerner et. al. Fig. 4a (thick)
kerner_2002_measurement_2055_f4a_thin (111) \(0.1 \; \mathrm{M}\) \(\ce{ HClO4 }\) + \(0.001 \; \mathrm{M}\) \(\ce{ K2SO4 }\) 2002 Kerner et. al. Fig. 2a (thin)
kerner_2002_measurement_2055_f5a_thick (111) \(0.1 \; \mathrm{M}\) \(\ce{ HClO4 }\) + \(0.0001 \; \mathrm{M}\) \(\ce{ KBr }\) 2002 Kerner et. al. Fig. 5a (thick)
kerner_2002_measurement_2055_f5a_thin (111) \(0.1 \; \mathrm{M}\) \(\ce{ HClO4 }\) + \(0.0002 \; \mathrm{M}\) \(\ce{ KBr }\) 2002 Kerner et. al. Fig. 5a (thin)
kerner_2002_measurement_2055_f6a_1 (111) \(0.1 \; \mathrm{M}\) \(\ce{ KClO4 }\) + \(0.0001 \; \mathrm{M}\) \(\ce{ KI }\) 2002 Kerner et. al. Fig. 6a (1)
kerner_2002_measurement_2055_f6a_2 (111) \(0.1 \; \mathrm{M}\) \(\ce{ KClO4 }\) + \(0.0002 \; \mathrm{M}\) \(\ce{ KI }\) 2002 Kerner et. al. Fig. 6a (2)
lipkowski_1998_ionic_2875_f1a_br (111) \(0.1 \; \mathrm{M}\) \(\ce{ KClO4 }\) + \(0.001 \; \mathrm{M}\) \(\ce{ KBr }\) 1998 Lipkowski et. al. Fig. 1a (Br)
lipkowski_1998_ionic_2875_f1a_cl (111) \(0.1 \; \mathrm{M}\) \(\ce{ KClO4 }\) + \(0.001 \; \mathrm{M}\) \(\ce{ KCl }\) 1998 Lipkowski et. al. Fig. 1a (Cl)
lipkowski_1998_ionic_2875_f1a_i (111) \(0.1 \; \mathrm{M}\) \(\ce{ KClO4 }\) + \(0.001 \; \mathrm{M}\) \(\ce{ KI }\) 1998 Lipkowski et. al. Fig. 1a (I)
lipkowski_1998_ionic_2875_f1a_so4 (111) \(0.1 \; \mathrm{M}\) \(\ce{ HClO4 }\) + \(0.001 \; \mathrm{M}\) \(\ce{ K2SO4 }\) 1998 Lipkowski et. al. Fig. 1a (SO4)
pajkossy_1996_impedance_209_f1a_dotted (111) \(0.001 \; \mathrm{M}\) \(\ce{ HClO4 }\) + \(0.1 \; \mathrm{M}\) \(\ce{ KClO4 }\) 1996 Pajkossy et. al. Fig. 1a (dotted)
pajkossy_1996_impedance_209_f1a_solid (111) \(0.1 \; \mathrm{M}\) \(\ce{ KClO4 }\) 1996 Pajkossy et. al. Fig. 1a (solid)
pajkossy_1996_impedance_209_f1b_dotted (100) \(0.001 \; \mathrm{M}\) \(\ce{ HClO4 }\) + \(0.1 \; \mathrm{M}\) \(\ce{ KClO4 }\) 1996 Pajkossy et. al. Fig. 1b (dotted)
pajkossy_1996_impedance_209_f1b_solid (100) \(0.1 \; \mathrm{M}\) \(\ce{ KClO4 }\) 1996 Pajkossy et. al. Fig. 1b (solid)
pajkossy_1996_impedance_209_f3a_a (111) \(0.1 \; \mathrm{M}\) \(\ce{ HClO4 }\) + \(0.00015 \; \mathrm{M}\) \(\ce{ NaBr }\) 1996 Pajkossy et. al. Fig. 3a (a)
pajkossy_1996_impedance_209_f3a_b (111) \(0.05 \; \mathrm{M}\) \(\ce{ KClO4 }\) + \(0.05 \; \mathrm{M}\) \(\ce{ NaBr }\) 1996 Pajkossy et. al. Fig. 3a (b)
pajkossy_1996_impedance_209_f3a_dashed (111) \(0.1 \; \mathrm{M}\) \(\ce{ KClO4 }\) 1996 Pajkossy et. al. Fig. 3a (dashed)
pajkossy_1996_impedance_209_f8a_a (100) \(0.1 \; \mathrm{M}\) \(\ce{ HClO4 }\) + \(0.00015 \; \mathrm{M}\) \(\ce{ NaBr }\) 1996 Pajkossy et. al. Fig. 8a (a)
pajkossy_1996_impedance_209_f8a_b (100) \(0.05 \; \mathrm{M}\) \(\ce{ KClO4 }\) + \(0.05 \; \mathrm{M}\) \(\ce{ NaBr }\) 1996 Pajkossy et. al. Fig. 8a (b)
pajkossy_1996_impedance_209_f8a_dashed (100) \(0.1 \; \mathrm{M}\) \(\ce{ KClO4 }\) 1996 Pajkossy et. al. Fig. 8a (dashed)
sato_2006_effect_725_f4a_red (111) \(1 \; \mathrm{M}\) \(\ce{ H2SO4 }\) 2006 Sato et. al. Fig. 4a (red)
sato_2006_effect_725_f4b_red (111) \(2.5 \; \mathrm{M}\) \(\ce{ H2SO4 }\) 2006 Sato et. al. Fig. 4b (red)
sato_2006_effect_725_f4c_red (111) \(5 \; \mathrm{M}\) \(\ce{ H2SO4 }\) 2006 Sato et. al. Fig. 4c (red)
sato_2006_effect_725_f4d_red (111) \(7.5 \; \mathrm{M}\) \(\ce{ H2SO4 }\) 2006 Sato et. al. Fig. 4d (red)
shi_1996_chloride_225_f1_dotted (111) \(0.1 \; \mathrm{M}\) \(\ce{ KClO4 }\) 1996 Shi et. al. Fig. 1 (dotted)
shi_1996_chloride_225_f1_solid (111) \(0.1 \; \mathrm{M}\) \(\ce{ KClO4 }\) + \(0.001 \; \mathrm{M}\) \(\ce{ KCl }\) 1996 Shi et. al. Fig. 1 (solid)
shi_1996_chloride_225_f1a_dashed (111) \(0.1 \; \mathrm{M}\) \(\ce{ KClO4 }\) 1996 Shi et. al. Fig. 1a (dashed)
shi_1996_chloride_225_f1a_solid (111) \(0.1 \; \mathrm{M}\) \(\ce{ KClO4 }\) + \(0.001 \; \mathrm{M}\) \(\ce{ KCl }\) 1996 Shi et. al. Fig. 1a (solid)
wandlowski_1996_structural_10277_f1a_dashed (100) \(0.05 \; \mathrm{M}\) \(\ce{ NaClO4 }\) 1996 Wandlowski et. al. Fig. 1a (dashed)
wandlowski_1996_structural_10277_f1a_solid (100) \(0.05 \; \mathrm{M}\) \(\ce{ NaBr }\) 1996 Wandlowski et. al. Fig. 1a (solid)
wang_1996_ordered_6672_f1_solid (110) \(0.01 \; \mathrm{M}\) \(\ce{ KI }\) 1996 Wang et. al. Fig. 1 (solid)
wang_1996_ordered_6672_f2a_solid (110) \(0.01 \; \mathrm{M}\) \(\ce{ KI }\) 1996 Wang et. al. Fig. 2a (solid)
wang_1996_ordered_6672_f2b_solid (110) \(0.01 \; \mathrm{M}\) \(\ce{ CsI }\) 1996 Wang et. al. Fig. 2b (solid)

Pt

Substrate Electrolyte Year Reference
abe_2019_electro-oxidation_315_f2a1_black (111) \(0.1 \; \mathrm{M}\) \(\ce{ HClO4 }\) 2019 Abe et. al. Fig. 2a1 (black)
abe_2019_electro-oxidation_315_f2b1_black (10 9 8) \(0.1 \; \mathrm{M}\) \(\ce{ HClO4 }\) 2019 Abe et. al. Fig. 2b1 (black)
abe_2019_electro-oxidation_315_f2c1_black (432) \(0.1 \; \mathrm{M}\) \(\ce{ HClO4 }\) 2019 Abe et. al. Fig. 2c1 (black)
abe_2019_electro-oxidation_315_f3a1_black (110) \(0.1 \; \mathrm{M}\) \(\ce{ HClO4 }\) 2019 Abe et. al. Fig. 3b1 (black)
abe_2019_electro-oxidation_315_f3b1_black (431) \(0.1 \; \mathrm{M}\) \(\ce{ HClO4 }\) 2019 Abe et. al. Fig. 3b1 (black)
abe_2019_electro-oxidation_315_f4a1_black (100) \(0.1 \; \mathrm{M}\) \(\ce{ HClO4 }\) 2019 Abe et. al. Fig. 4a1 (black)
abe_2019_electro-oxidation_315_f4b1_black (10 2 1) \(0.1 \; \mathrm{M}\) \(\ce{ HClO4 }\) 2019 Abe et. al. Fig. 4b1 (black)
briega-martos_2021_cation_48_f1cs_black (111) \(0.1 \; \mathrm{M}\) \(\ce{ CsF }\) + \(\ce{ HClO4 }\) 2021 Briega-Martos et. al. Fig. 1Cs (black)
briega-martos_2021_cation_48_f1cs_blue (111) \(0.1 \; \mathrm{M}\) \(\ce{ CsF }\) + \(\ce{ HClO4 }\) 2021 Briega-Martos et. al. Fig. 1Cs (blue)
briega-martos_2021_cation_48_f1cs_green (111) \(0.1 \; \mathrm{M}\) \(\ce{ CsF }\) + \(\ce{ HClO4 }\) 2021 Briega-Martos et. al. Fig. 1Cs (green)
briega-martos_2021_cation_48_f1cs_pink (111) \(0.1 \; \mathrm{M}\) \(\ce{ CsF }\) + \(\ce{ HClO4 }\) 2021 Briega-Martos et. al. Fig. 1Cs (pink)
briega-martos_2021_cation_48_f1cs_red (111) \(0.1 \; \mathrm{M}\) \(\ce{ CsF }\) + \(\ce{ HClO4 }\) 2021 Briega-Martos et. al. Fig. 1Cs (red)
briega-martos_2021_cation_48_f1li_black (111) \(0.04 \; \mathrm{M}\) \(\ce{ LiF }\) + \(\ce{ HClO4 }\) 2021 Briega-Martos et. al. Fig. 1Li (black)
briega-martos_2021_cation_48_f1li_blue (111) \(0.04 \; \mathrm{M}\) \(\ce{ LiF }\) + \(\ce{ HClO4 }\) 2021 Briega-Martos et. al. Fig. 1Li (blue)
briega-martos_2021_cation_48_f1li_green (111) \(0.04 \; \mathrm{M}\) \(\ce{ LiF }\) + \(\ce{ HClO4 }\) 2021 Briega-Martos et. al. Fig. 1Li (green)
briega-martos_2021_cation_48_f1li_pink (111) \(0.04 \; \mathrm{M}\) \(\ce{ LiF }\) + \(\ce{ HClO4 }\) 2021 Briega-Martos et. al. Fig. 1Li (pink)
briega-martos_2021_cation_48_f1li_red (111) \(0.04 \; \mathrm{M}\) \(\ce{ LiF }\) + \(\ce{ HClO4 }\) 2021 Briega-Martos et. al. Fig. 1Li (red)
briega-martos_2021_cation_48_f1na_black (111) \(0.1 \; \mathrm{M}\) \(\ce{ NaF }\) + \(\ce{ HClO4 }\) 2021 Briega-Martos et. al. Fig. 1Na (black)
briega-martos_2021_cation_48_f1na_blue (111) \(0.1 \; \mathrm{M}\) \(\ce{ NaF }\) + \(\ce{ HClO4 }\) 2021 Briega-Martos et. al. Fig. 1Na (blue)
briega-martos_2021_cation_48_f1na_green (111) \(0.1 \; \mathrm{M}\) \(\ce{ NaF }\) + \(\ce{ HClO4 }\) 2021 Briega-Martos et. al. Fig. 1Na (green)
briega-martos_2021_cation_48_f1na_pink (111) \(0.1 \; \mathrm{M}\) \(\ce{ NaF }\) + \(\ce{ HClO4 }\) 2021 Briega-Martos et. al. Fig. 1Na (pink)
briega-martos_2021_cation_48_f1na_red (111) \(0.1 \; \mathrm{M}\) \(\ce{ NaF }\) + \(\ce{ HClO4 }\) 2021 Briega-Martos et. al. Fig. 1Na (red)
briega_martos_2018_understanding_j3045_f1a_black (111) \(2 \; \mathrm{M}\) \(\ce{ HClO4 }\) 2018 Briega-Martos et. al. Fig. 1a (black)
briega_martos_2018_understanding_j3045_f1a_blue (111) \(2 \; \mathrm{M}\) \(\ce{ HClO4 }\) + \(0.001 \; \mathrm{M}\) \(\ce{ KBr }\) 2018 Briega-Martos et. al. Fig. 1a (blue)
briega_martos_2018_understanding_j3045_f1a_green (111) \(2 \; \mathrm{M}\) \(\ce{ HClO4 }\) + \(0.01 \; \mathrm{M}\) \(\ce{ KBr }\) 2018 Briega-Martos et. al. Fig. 1a (green)
briega_martos_2018_understanding_j3045_f1a_red (111) \(2 \; \mathrm{M}\) \(\ce{ HClO4 }\) + \(0.0001 \; \mathrm{M}\) \(\ce{ KBr }\) 2018 Briega-Martos et. al. Fig. 1a (red)
briega_martos_2018_understanding_j3045_f1b_black (111) \(1 \; \mathrm{M}\) \(\ce{ HClO4 }\) 2018 Briega-Martos et. al. Fig. 1b (black)
briega_martos_2018_understanding_j3045_f1b_blue (111) \(1 \; \mathrm{M}\) \(\ce{ HClO4 }\) + \(0.001 \; \mathrm{M}\) \(\ce{ KBr }\) 2018 Briega-Martos et. al. Fig. 1b (blue)
briega_martos_2018_understanding_j3045_f1b_green (111) \(1 \; \mathrm{M}\) \(\ce{ HClO4 }\) + \(0.01 \; \mathrm{M}\) \(\ce{ KBr }\) 2018 Briega-Martos et. al. Fig. 1b (green)
briega_martos_2018_understanding_j3045_f1b_red (111) \(1 \; \mathrm{M}\) \(\ce{ HClO4 }\) + \(0.0001 \; \mathrm{M}\) \(\ce{ KBr }\) 2018 Briega-Martos et. al. Fig. 1b (red)
briega_martos_2018_understanding_j3045_f1c_black (111) \(0.1 \; \mathrm{M}\) \(\ce{ HClO4 }\) 2018 Briega-Martos et. al. Fig. 1c (black)
briega_martos_2018_understanding_j3045_f1c_blue (111) \(0.1 \; \mathrm{M}\) \(\ce{ HClO4 }\) + \(0.001 \; \mathrm{M}\) \(\ce{ KBr }\) 2018 Briega-Martos et. al. Fig. 1c (blue)
briega_martos_2018_understanding_j3045_f1c_green (111) \(0.1 \; \mathrm{M}\) \(\ce{ HClO4 }\) + \(0.01 \; \mathrm{M}\) \(\ce{ KBr }\) 2018 Briega-Martos et. al. Fig. 1c (green)
briega_martos_2018_understanding_j3045_f1c_red (111) \(0.1 \; \mathrm{M}\) \(\ce{ HClO4 }\) + \(0.0001 \; \mathrm{M}\) \(\ce{ KBr }\) 2018 Briega-Martos et. al. Fig. 1c (red)
briega_martos_2018_understanding_j3045_f1d_black (111) \(0.032 \; \mathrm{M}\) \(\ce{ HClO4 }\) + \(0.068 \; \mathrm{M}\) \(\ce{ KClO4 }\) 2018 Briega-Martos et. al. Fig. 1d (black)
briega_martos_2018_understanding_j3045_f1d_blue (111) \(0.032 \; \mathrm{M}\) \(\ce{ HClO4 }\) + \(0.068 \; \mathrm{M}\) \(\ce{ KClO4 }\) + \(0.001 \; \mathrm{M}\) \(\ce{ KBr }\) 2018 Briega-Martos et. al. Fig. 1d (blue)
briega_martos_2018_understanding_j3045_f1d_green (111) \(0.032 \; \mathrm{M}\) \(\ce{ HClO4 }\) + \(0.068 \; \mathrm{M}\) \(\ce{ KClO4 }\) + \(0.01 \; \mathrm{M}\) \(\ce{ KBr }\) 2018 Briega-Martos et. al. Fig. 1d (green)
briega_martos_2018_understanding_j3045_f1d_red (111) \(0.032 \; \mathrm{M}\) \(\ce{ HClO4 }\) + \(0.068 \; \mathrm{M}\) \(\ce{ KClO4 }\) + \(0.0001 \; \mathrm{M}\) \(\ce{ KBr }\) 2018 Briega-Martos et. al. Fig. 1d (red)
briega_martos_2018_understanding_j3045_f1e_black (111) \(0.01 \; \mathrm{M}\) \(\ce{ HClO4 }\) + \(0.09 \; \mathrm{M}\) \(\ce{ KClO4 }\) 2018 Briega-Martos et. al. Fig. 1e (black)
briega_martos_2018_understanding_j3045_f1e_blue (111) \(0.01 \; \mathrm{M}\) \(\ce{ HClO4 }\) + \(0.09 \; \mathrm{M}\) \(\ce{ KClO4 }\) + \(0.001 \; \mathrm{M}\) \(\ce{ KBr }\) 2018 Briega-Martos et. al. Fig. 1e (blue)
briega_martos_2018_understanding_j3045_f1e_green (111) \(0.01 \; \mathrm{M}\) \(\ce{ HClO4 }\) + \(0.09 \; \mathrm{M}\) \(\ce{ KClO4 }\) + \(0.01 \; \mathrm{M}\) \(\ce{ KBr }\) 2018 Briega-Martos et. al. Fig. 1e (green)
briega_martos_2018_understanding_j3045_f1e_red (111) \(0.01 \; \mathrm{M}\) \(\ce{ HClO4 }\) + \(0.09 \; \mathrm{M}\) \(\ce{ KClO4 }\) + \(0.0001 \; \mathrm{M}\) \(\ce{ KBr }\) 2018 Briega-Martos et. al. Fig. 1e (red)
briega_martos_2018_understanding_j3045_f1f_black (111) \(0.011 \; \mathrm{M}\) \(\ce{ HClO4 }\) + \(0.082 \; \mathrm{M}\) \(\ce{ KClO4 }\) + \(0.017 \; \mathrm{M}\) \(\ce{ NaF }\) 2018 Briega-Martos et. al. Fig. 1f (black)
briega_martos_2018_understanding_j3045_f1f_blue (111) \(0.011 \; \mathrm{M}\) \(\ce{ HClO4 }\) + \(0.082 \; \mathrm{M}\) \(\ce{ KClO4 }\) + \(0.017 \; \mathrm{M}\) \(\ce{ NaF }\) + \(0.001 \; \mathrm{M}\) \(\ce{ KBr }\) 2018 Briega-Martos et. al. Fig. 1f (blue)
briega_martos_2018_understanding_j3045_f1f_green (111) \(0.011 \; \mathrm{M}\) \(\ce{ HClO4 }\) + \(0.082 \; \mathrm{M}\) \(\ce{ KClO4 }\) + \(0.017 \; \mathrm{M}\) \(\ce{ NaF }\) + \(0.01 \; \mathrm{M}\) \(\ce{ KBr }\) 2018 Briega-Martos et. al. Fig. 1f (green)
briega_martos_2018_understanding_j3045_f1f_red (111) \(0.011 \; \mathrm{M}\) \(\ce{ HClO4 }\) + \(0.082 \; \mathrm{M}\) \(\ce{ KClO4 }\) + \(0.017 \; \mathrm{M}\) \(\ce{ NaF }\) + \(0.0001 \; \mathrm{M}\) \(\ce{ KBr }\) 2018 Briega-Martos et. al. Fig. 1f (red)
briega_martos_2018_understanding_j3045_f1g_black (111) \(0.01 \; \mathrm{M}\) \(\ce{ HClO4 }\) + \(0.022 \; \mathrm{M}\) \(\ce{ KClO4 }\) + \(0.078 \; \mathrm{M}\) \(\ce{ NaF }\) 2018 Briega-Martos et. al. Fig. 1g (black)
briega_martos_2018_understanding_j3045_f1g_blue (111) \(0.01 \; \mathrm{M}\) \(\ce{ HClO4 }\) + \(0.022 \; \mathrm{M}\) \(\ce{ KClO4 }\) + \(0.078 \; \mathrm{M}\) \(\ce{ NaF }\) + \(0.001 \; \mathrm{M}\) \(\ce{ KBr }\) 2018 Briega-Martos et. al. Fig. 1g (blue)
briega_martos_2018_understanding_j3045_f1g_green (111) \(0.01 \; \mathrm{M}\) \(\ce{ HClO4 }\) + \(0.022 \; \mathrm{M}\) \(\ce{ KClO4 }\) + \(0.078 \; \mathrm{M}\) \(\ce{ NaF }\) + \(0.01 \; \mathrm{M}\) \(\ce{ KBr }\) 2018 Briega-Martos et. al. Fig. 1g (green)
briega_martos_2018_understanding_j3045_f1g_red (111) \(0.01 \; \mathrm{M}\) \(\ce{ HClO4 }\) + \(0.022 \; \mathrm{M}\) \(\ce{ KClO4 }\) + \(0.078 \; \mathrm{M}\) \(\ce{ NaF }\) + \(0.0001 \; \mathrm{M}\) \(\ce{ KBr }\) 2018 Briega-Martos et. al. Fig. 1g (red)
briega_martos_2018_understanding_j3045_f1h_black (111) \(0.01 \; \mathrm{M}\) \(\ce{ HClO4 }\) + \(0.686 \; \mathrm{M}\) \(\ce{ NaF }\) 2018 Briega-Martos et. al. Fig. 1h (black)
briega_martos_2018_understanding_j3045_f1h_blue (111) \(0.01 \; \mathrm{M}\) \(\ce{ HClO4 }\) + \(0.686 \; \mathrm{M}\) \(\ce{ NaF }\) + \(0.001 \; \mathrm{M}\) \(\ce{ KBr }\) 2018 Briega-Martos et. al. Fig. 1h (blue)
briega_martos_2018_understanding_j3045_f1h_green (111) \(0.01 \; \mathrm{M}\) \(\ce{ HClO4 }\) + \(0.686 \; \mathrm{M}\) \(\ce{ NaF }\) + \(0.01 \; \mathrm{M}\) \(\ce{ KBr }\) 2018 Briega-Martos et. al. Fig. 1h (green)
briega_martos_2018_understanding_j3045_f1h_red (111) \(0.01 \; \mathrm{M}\) \(\ce{ HClO4 }\) + \(0.686 \; \mathrm{M}\) \(\ce{ NaF }\) + \(0.0001 \; \mathrm{M}\) \(\ce{ KBr }\) 2018 Briega-Martos et. al. Fig. 1h (red)
briega_martos_2020_hydrogen_135452_f3_black (111) \(\ce{ HClO4 }\) 2020 Briega-Martos et. al. Fig. 3 (black)
briega_martos_2020_hydrogen_135452_f3_blue (15 15 14) \(\ce{ HClO4 }\) 2020 Briega-Martos et. al. Fig. 3 (blue)
briega_martos_2020_hydrogen_135452_f3_brown (553) \(\ce{ HClO4 }\) 2020 Briega-Martos et. al. Fig. 3 (brown)
briega_martos_2020_hydrogen_135452_f3_darkblue (776) \(\ce{ HClO4 }\) 2020 Briega-Martos et. al. Fig. 3 (darkblue)
briega_martos_2020_hydrogen_135452_f3_green (10 10 9) \(\ce{ HClO4 }\) 2020 Briega-Martos et. al. Fig. 3 (green)
briega_martos_2020_hydrogen_135452_f3_olive (221) \(\ce{ HClO4 }\) 2020 Briega-Martos et. al. Fig. 3 (olive)
briega_martos_2020_hydrogen_135452_f3_purple (554) \(\ce{ HClO4 }\) 2020 Briega-Martos et. al. Fig. 3 (purple)
chen_2024_deconvolution_4958_f1a_grey (111) \(\ce{ HClO4 }\) 2024 Chen et. al. Fig. 1a (grey)
chen_2024_deconvolution_4958_f1b_grey (100) \(\ce{ HClO4 }\) 2024 Chen et. al. Fig. 1b (grey)
chen_2024_deconvolution_4958_f3b_black (100) \(\ce{ HClO4 }\) 2024 Chen et. al. Fig. 3b (black)
chen_2024_deconvolution_4958_f3b_orange (19 1 1) \(\ce{ HClO4 }\) 2024 Chen et. al. Fig. 3b (orange)
chen_2024_deconvolution_4958_f3b_red (911) \(\ce{ HClO4 }\) 2024 Chen et. al. Fig. 3b (red)
chen_2024_deconvolution_4958_f3c_green (510) \(\ce{ HClO4 }\) 2024 Chen et. al. Fig. 3c (green)
chen_2024_deconvolution_4958_f3c_olive (10 1 0) \(\ce{ HClO4 }\) 2024 Chen et. al. Fig. 3c (olive)
clavilier_1980_preparation_205_f2_solid (110) \(0.5 \; \mathrm{M}\) \(\ce{ H2SO4 }\) 1980 Clavilier et. al. Fig. 2 (solid)
clavilier_1980_the_211_f1_black (111) \(0.5 \; \mathrm{M}\) \(\ce{ H2SO4 }\) 1980 Clavilier et. al. Fig. 1 (black)
clavilier_1980_the_211_f2_black (111) \(0.1 \; \mathrm{M}\) \(\ce{ HClO4 }\) 1980 Clavilier et. al. Fig. 2 (black)
clavilier_1990_insitu_1_f1_solid (111) \(0.5 \; \mathrm{M}\) \(\ce{ H2SO4 }\) 1990 Clavilier et. al. Fig. 1 (solid)
clavilier_1990_insitu_1_f5_10-10-9 (10 10 9) \(0.5 \; \mathrm{M}\) \(\ce{ H2SO4 }\) 1990 Clavilier et. al. Fig. 5 ((10,10,9))
clavilier_1990_insitu_1_f5_110 (110) \(0.5 \; \mathrm{M}\) \(\ce{ H2SO4 }\) 1990 Clavilier et. al. Fig. 5 ((110))
clavilier_1990_insitu_1_f5_554 (554) \(0.5 \; \mathrm{M}\) \(\ce{ H2SO4 }\) 1990 Clavilier et. al. Fig. 5 ((554))
clavilier_1990_insitu_1_f5_775 (775) \(0.5 \; \mathrm{M}\) \(\ce{ H2SO4 }\) 1990 Clavilier et. al. Fig. 5 ((775))
domke_2003_determination_113_f2_dash-dot (711) \(0.1 \; \mathrm{M}\) \(\ce{ HClO4 }\) 2003 Domke et. al. Fig. 2a (dash-dot)
domke_2003_determination_113_f2_dash-dot-dot (511) \(0.1 \; \mathrm{M}\) \(\ce{ HClO4 }\) 2003 Domke et. al. Fig. 2a (dash-dot-dot)
domke_2003_determination_113_f2_dashed (29 1 1) \(0.1 \; \mathrm{M}\) \(\ce{ HClO4 }\) 2003 Domke et. al. Fig. 2a (dashed)
domke_2003_determination_113_f2_dotted (11 1 1) \(0.1 \; \mathrm{M}\) \(\ce{ HClO4 }\) 2003 Domke et. al. Fig. 2a (dotted)
domke_2003_determination_113_f2_solid (100) \(0.1 \; \mathrm{M}\) \(\ce{ HClO4 }\) 2003 Domke et. al. Fig. 2a (solid)
domke_2003_determination_113_f3b_dotted (311) \(0.1 \; \mathrm{M}\) \(\ce{ HClO4 }\) 2003 Domke et. al. Fig. 3b (dotted)
durand_1992_insitu_1977_f1a_solid (110) \(0.001 \; \mathrm{M}\) \(\ce{ HClO4 }\) + \(1 \; \mathrm{M}\) \(\ce{ NaClO4 }\) + \(0.0001 \; \mathrm{M}\) \(\ce{ Cu }\) 1992 Durand et. al. Fig. 1a (solid)
ganassin_2015_non_8349_f2a_black (111) \(0.05 \; \mathrm{M}\) \(\ce{ H2SO4 }\) 2015 Ganassin et. al. Fig. 2a (black)
ganassin_2015_non_8349_f2a_red (111) \(0.1 \; \mathrm{M}\) \(\ce{ HClO4 }\) 2015 Ganassin et. al. Fig. 2a (red)
garcia_2011_enthalpic_501_f1a_black (111) \(0.001 \; \mathrm{M}\) \(\ce{ HClO4 }\) 2011 Garcia-Araez et. al. Fig. 1a (black)
garcia_2011_enthalpic_501_f1a_green (110) \(0.001 \; \mathrm{M}\) \(\ce{ HClO4 }\) 2011 Garcia-Araez et. al. Fig. 1a (green)
garcia_2011_enthalpic_501_f1a_red (100) \(0.001 \; \mathrm{M}\) \(\ce{ HClO4 }\) 2011 Garcia-Araez et. al. Fig. 1a (red)
gomez-marin_2012_surface_558_f1_black (111) \(0.1 \; \mathrm{M}\) \(\ce{ HClO4 }\) 2012 Gómez-Marín et. al. Fig. 1 (black)
gomez-marin_2012_surface_558_f1_blue (544) \(0.1 \; \mathrm{M}\) \(\ce{ HClO4 }\) 2012 Gómez-Marín et. al. Fig. 1 (blue)
gomez-marin_2012_surface_558_f1_red (554) \(0.1 \; \mathrm{M}\) \(\ce{ HClO4 }\) 2012 Gómez-Marín et. al. Fig. 1 (red)
gomez-marin_2012_surface_558_f2_blue (111) \(0.005 \; \mathrm{M}\) \(\ce{ HClO4 }\) 2012 Gómez-Marín et. al. Fig. 2 (blue)
gomez-marin_2012_surface_558_f2_pink (111) \(0.022 \; \mathrm{M}\) \(\ce{ HClO4 }\) 2012 Gómez-Marín et. al. Fig. 2 (pink)
gomez-marin_2012_surface_558_f2_red (111) \(0.1 \; \mathrm{M}\) \(\ce{ HClO4 }\) 2012 Gómez-Marín et. al. Fig. 2 (red)
gomez_1993_electrochemical_189_f1_solid (110) \(0.5 \; \mathrm{M}\) \(\ce{ H2SO4 }\) 1993 G’omez et. al. Fig. 1 (solid)
gomez_2003_effect_228_f1_dotted (111) \(0.1 \; \mathrm{M}\) \(\ce{ HClO4 }\) 2004 Gómez et. al. Fig. 1 (dotted)
gomez_2003_effect_228_f2_dotted (100) \(0.1 \; \mathrm{M}\) \(\ce{ HClO4 }\) 2004 Gómez et. al. Fig. 2 (dotted)
gomez_2003_effect_228_f3_dotted (110) \(0.1 \; \mathrm{M}\) \(\ce{ HClO4 }\) 2004 Gómez et. al. Fig. 3 (dotted)
jerkiewicz_2009_effect_12309_f1a_solid (111) \(0.05 \; \mathrm{M}\) \(\ce{ H2SO4 }\) + \(0.005 \; \mathrm{M}\) \(\ce{ CuSO4*H2O }\) 2009 Jerkiewicz et. al. Fig. 1 (solid)
kibler_2000_in-situ_73_f4a_black (100) \(0.1 \; \mathrm{M}\) \(\ce{ H2SO4 }\) 2000 Kibler et. al. Fig. 4a (black)
kibler_2000_in-situ_73_f5a_black (100) \(0.1 \; \mathrm{M}\) \(\ce{ H2SO4 }\) 2000 Kibler et. al. Fig. 5a (black)
kibler_2000_in-situ_73_f7a_black (100) \(0.1 \; \mathrm{M}\) \(\ce{ H2SO4 }\) 2000 Kibler et. al. Fig. 7a (black)
kibler_2000_in-situ_73_f8a_black (100) \(0.1 \; \mathrm{M}\) \(\ce{ H2SO4 }\) 2000 Kibler et. al. Fig. 8a (black)
li_2000_chronocoulometric_95_f1_dash-dotted (111) \(0.001 \; \mathrm{M}\) \(\ce{ HClO4 }\) + \(0.1 \; \mathrm{M}\) \(\ce{ KClO4 }\) + \(0.005 \; \mathrm{M}\) \(\ce{ KCl }\) 2000 Li et. al. Fig. 1 (dash-dotted)
li_2000_chronocoulometric_95_f1_dashed (111) \(0.1 \; \mathrm{M}\) \(\ce{ HClO4 }\) + \(0.001 \; \mathrm{M}\) \(\ce{ KClO4 }\) + \(1 \; \mathrm{M}\) \(\ce{ KCl }\) 2000 Li et. al. Fig. 1 (dashed)
li_2000_chronocoulometric_95_f1_dotted (111) \(0.001 \; \mathrm{M}\) \(\ce{ HClO4 }\) + \(0.1 \; \mathrm{M}\) \(\ce{ KClO4 }\) + \(0.001 \; \mathrm{M}\) \(\ce{ KCl }\) 2000 Li et. al. Fig. 1 (dotted)
li_2000_chronocoulometric_95_f1_solid (111) \(0.001 \; \mathrm{M}\) \(\ce{ HClO4 }\) + \(0.1 \; \mathrm{M}\) \(\ce{ KClO4 }\) 2000 Li et. al. Fig. 1 (solid)
mello_2018_bromide_18562_f1a_black (111) \(\ce{ HClO4 }\) + \(\ce{ KClO4 }\) 2018 Mello et. al. Fig. 1a (black)
mello_2018_bromide_18562_f1a_red (111) \(\ce{ HClO4 }\) + \(\ce{ KClO4 }\) + \(0.01 \; \mathrm{M}\) \(\ce{ KBr }\) 2018 Mello et. al. Fig. 1a (red)
mello_2018_bromide_18562_f1b_black (111) \(\ce{ HClO4 }\) + \(\ce{ KClO4 }\) 2018 Mello et. al. Fig. 1b (black)
mello_2018_bromide_18562_f1b_red (111) \(\ce{ HClO4 }\) + \(\ce{ KClO4 }\) + \(0.01 \; \mathrm{M}\) \(\ce{ KBr }\) 2018 Mello et. al. Fig. 1b (red)
mello_2018_bromide_18562_f1c_black (111) \(\ce{ Na2HPO4 }\) + \(\ce{ NaH2PO4 }\) 2018 Mello et. al. Fig. 1c (black)
mello_2018_bromide_18562_f1c_red (111) \(\ce{ Na2HPO4 }\) + \(\ce{ NaH2PO4 }\) + \(0.01 \; \mathrm{M}\) \(\ce{ KBr }\) 2018 Mello et. al. Fig. 1c (red)
mello_2018_bromide_18562_f1d_black (111) \(\ce{ Na2HPO4 }\) + \(\ce{ NaH2PO4 }\) 2018 Mello et. al. Fig. 1d (black)
mello_2018_bromide_18562_f1d_red (111) \(\ce{ Na2HPO4 }\) + \(\ce{ NaH2PO4 }\) + \(0.01 \; \mathrm{M}\) \(\ce{ KBr }\) 2018 Mello et. al. Fig. 1d (red)
mello_2018_bromide_18562_f1e_black (111) \(\ce{ Na2HPO4 }\) + \(\ce{ NaH2PO4 }\) 2018 Mello et. al. Fig. (black)
mello_2018_bromide_18562_f1e_red (111) \(\ce{ Na2HPO4 }\) + \(\ce{ NaH2PO4 }\) + \(0.01 \; \mathrm{M}\) \(\ce{ KBr }\) 2018 Mello et. al. Fig. 1e (red)
mello_2018_bromide_18562_f1f_black (111) \(\ce{ Na2HPO4 }\) + \(\ce{ NaH2PO4 }\) 2018 Mello et. al. Fig. 1f (black)
mello_2018_bromide_18562_f1f_red (111) \(\ce{ Na2HPO4 }\) + \(\ce{ NaH2PO4 }\) + \(0.01 \; \mathrm{M}\) \(\ce{ KBr }\) 2018 Mello et. al. Fig. 1f (red)
mello_2018_bromide_18562_f1g_black (111) \(\ce{ NaOH }\) + \(\ce{ KClO4 }\) 2018 Mello et. al. Fig. 1g (black)
mello_2018_bromide_18562_f1g_red (111) \(\ce{ NaOH }\) + \(\ce{ KClO4 }\) + \(0.01 \; \mathrm{M}\) \(\ce{ KBr }\) 2018 Mello et. al. Fig. 1g (red)
mello_2018_bromide_18562_f1h_black (111) \(\ce{ NaOH }\) + \(\ce{ KClO4 }\) 2018 Mello et. al. Fig. 1h (black)
mello_2018_bromide_18562_f1h_red (111) \(\ce{ NaOH }\) + \(\ce{ KClO4 }\) + \(0.01 \; \mathrm{M}\) \(\ce{ KBr }\) 2018 Mello et. al. Fig. 1h (red)
mello_2018_bromide_18562_f1i_black (111) \(\ce{ NaOH }\) + \(\ce{ KClO4 }\) 2018 Mello et. al. Fig. 1i (black)
mello_2018_bromide_18562_f1i_red (111) \(\ce{ NaOH }\) + \(\ce{ KClO4 }\) + \(0.01 \; \mathrm{M}\) \(\ce{ KBr }\) 2018 Mello et. al. Fig. 1i (red)
nishihara_1994_underpotential_75_f1a_solid (955) \(0.5 \; \mathrm{M}\) \(\ce{ H2SO4 }\) 1995 nishihara et. al. Fig. 1a (solid)
nishihara_1994_underpotential_75_f1b_solid (955) \(0.5 \; \mathrm{M}\) \(\ce{ H2SO4 }\) + \(0.0002 \; \mathrm{M}\) \(\ce{ CuSO4*5H2O }\) 1995 nishihara et. al. Fig. 1b (solid)
nishihara_1994_underpotential_75_f2a_solid (322) \(0.5 \; \mathrm{M}\) \(\ce{ H2SO4 }\) 1995 nishihara et. al. Fig. 2a (solid)
nishihara_1994_underpotential_75_f2b_solid (322) \(0.5 \; \mathrm{M}\) \(\ce{ H2SO4 }\) + \(0.0002 \; \mathrm{M}\) \(\ce{ CuSO4*5H2O }\) 1995 nishihara et. al. Fig. 2b (solid))
nishihara_1994_underpotential_75_f3a_solid (15,11,11) \(0.5 \; \mathrm{M}\) \(\ce{ H2SO4 }\) 1995 nishihara et. al. Fig. 3a (solid)
nishihara_1994_underpotential_75_f3b_solid (15,11,11) \(0.5 \; \mathrm{M}\) \(\ce{ H2SO4 }\) + \(0.0002 \; \mathrm{M}\) \(\ce{ CuSO4*5H2O }\) 1995 nishihara et. al. Fig. 3b (solid))
nishihara_1994_underpotential_75_f4a_solid (544) \(0.5 \; \mathrm{M}\) \(\ce{ H2SO4 }\) 1995 nishihara et. al. Fig. 4a (solid)
nishihara_1994_underpotential_75_f4b_solid (544) \(0.5 \; \mathrm{M}\) \(\ce{ H2SO4 }\) + \(0.0002 \; \mathrm{M}\) \(\ce{ CuSO4*5H2O }\) 1995 nishihara et. al. Fig. 4b (solid)
nishihara_1994_underpotential_75_f5a_solid (10,9,9) \(0.5 \; \mathrm{M}\) \(\ce{ H2SO4 }\) 1995 nishihara et. al. Fig. 5a (solid)
nishihara_1994_underpotential_75_f5b_solid (10,9,9) \(0.5 \; \mathrm{M}\) \(\ce{ H2SO4 }\) + \(0.0002 \; \mathrm{M}\) \(\ce{ CuSO4*5H2O }\) 1995 nishihara et. al. Fig. 5b (solid)
nishihara_1994_underpotential_75_f6a_solid (41,39,39) \(0.5 \; \mathrm{M}\) \(\ce{ H2SO4 }\) 1995 nishihara et. al. Fig. 6a (solid)
nishihara_1994_underpotential_75_f6b_solid (41,39,39) \(0.5 \; \mathrm{M}\) \(\ce{ H2SO4 }\) + \(0.0002 \; \mathrm{M}\) \(\ce{ CuSO4*5H2O }\) 1995 nishihara et. al. Fig. 6b (solid)
nishihara_1994_underpotential_75_f7a_solid (111) \(0.5 \; \mathrm{M}\) \(\ce{ H2SO4 }\) 1995 nishihara et. al. Fig. 7a (solid)
nishihara_1994_underpotential_75_f7b_solid (111) \(0.5 \; \mathrm{M}\) \(\ce{ H2SO4 }\) + \(0.0002 \; \mathrm{M}\) \(\ce{ CuSO4*5H2O }\) 1995 nishihara et. al. Fig. 7b (solid)
pajkossy_2001_double_3063_f2_inset (111) \(0.1 \; \mathrm{M}\) \(\ce{ HClO4 }\) 2001 Pajkossy et. al. Fig. 2 (inset)
pajkossy_2001_double_3063_f5a_solid (111) \(0.1 \; \mathrm{M}\) \(\ce{ KClO4 }\) 2001 Pajkossy et. al. Fig. 5a (solid)
pajkossy_2001_double_3063_f6a_solid (111) \(0.1 \; \mathrm{M}\) \(\ce{ NaF }\) 2001 Pajkossy et. al. Fig. 6a (solid)
sandbeck_2019_dissolution_2997_f1a_solid_red (111) \(0.1 \; \mathrm{M}\) \(\ce{ HClO4 }\) 2019 Sandbeck et. al. Fig. 1 (solid red)
sandbeck_2019_dissolution_2997_f1b_solid_blue (100) \(0.1 \; \mathrm{M}\) \(\ce{ HClO4 }\) 2019 Sandbeck et. al. Fig. 1 (solid blue)
sandbeck_2019_dissolution_2997_f1c_solid_green (110) \(0.1 \; \mathrm{M}\) \(\ce{ HClO4 }\) 2019 Sandbeck et. al. Fig. 1 (solid green)
schnaidt_2017_a_4141_f2_solid (111) \(0.5 \; \mathrm{M}\) \(\ce{ H2SO4 }\) 2017 Schnaidt et. al. Fig. 2 (solid)
taguchi_2007_electrochemical_6023_f2a_solid (111) \(\ce{ HClO4 }\) 2007 Taguchi et. al. Fig. 2a (solid)
taguchi_2007_electrochemical_6023_f2b_solid (776) \(\ce{ HClO4 }\) 2007 Taguchi et. al. Fig. 2b (solid)
taguchi_2007_electrochemical_6023_f2c_solid (554) \(\ce{ HClO4 }\) 2007 Taguchi et. al. Fig. 2c (solid)
taguchi_2007_electrochemical_6023_f2d_solid (775) \(\ce{ HClO4 }\) 2007 Taguchi et. al. Fig. 2d (solid)
taguchi_2007_electrochemical_6023_f2e_solid (332) \(\ce{ HClO4 }\) 2007 Taguchi et. al. Fig. 2e (solid)
taguchi_2007_electrochemical_6023_f2f_solid (553) \(\ce{ HClO4 }\) 2007 Taguchi et. al. Fig. 2f (solid)
taguchi_2007_electrochemical_6023_f2g_solid (221) \(\ce{ HClO4 }\) 2007 Taguchi et. al. Fig. 2g (solid)
taguchi_2007_electrochemical_6023_f2h_solid (331) \(\ce{ HClO4 }\) 2007 Taguchi et. al. Fig. 2h (solid)
taguchi_2007_electrochemical_6023_f2i_solid (110) \(\ce{ HClO4 }\) 2007 Taguchi et. al. Fig. 2i (solid)