diff --git a/references.bib b/references.bib index b95d414..e235d5c 100644 --- a/references.bib +++ b/references.bib @@ -13,7 +13,7 @@ pages = {17--27}, } -@book{smidt, +@book{schmidt, address = {Berlin}, title = {The {Physics} of superconductors: introduction to fundamentals and applications}, isbn = {9783642082511}, diff --git a/sc_elements.py b/sc_elements.py index 1a08219..d187ee5 100755 --- a/sc_elements.py +++ b/sc_elements.py @@ -31,7 +31,8 @@ df = pd.DataFrame( ['Hf', .38, 340., '[webb]', '[crc]'], ['Ir', .1, 47., '[webb]', 'at 273 K [crc]'], ['Lu', .1, 582., '[webb]', '[crc]'], - ['Be', 1440, 37.6, '[webb]', '[crc]'], + #['Be', 1440, 37.6, '[webb]', '[crc]'], + ['Be', .026, 37.6, '[schmidt] (but [webb] reports 1440 K)', '[crc]'], ['W', .01, 54.4, '[webb]', '[crc]'], ['Li', .0004, 95.5, '[webb]', '[crc]'], ['Rh', .0003, 43., '[webb]', 'at 273 K [crc]'], @@ -47,3 +48,15 @@ table = re.sub(r'\[(\w+)\]', r'\\cite{\1}', table) with open('sc_elements.tex', 'w') as table_file: table_file.write(table) + +from matplotlib import pyplot as plt + +fig, ax = plt.subplots(figsize=(15, 9)) +df.plot('rho_300', 'T_c', kind='scatter', ax=ax) + +for k, v in df.iterrows(): + ax.annotate(v['element'], (v['rho_300'], v['T_c'])) + +#fig.show() +fig.savefig('/home/kvkempen/Documents/20212022Q3/Superconductivity/assignments/sc_elements.pdf') +plt.close(fig) diff --git a/sc_elements.tex b/sc_elements.tex index 0497ad7..c544861 100644 --- a/sc_elements.tex +++ b/sc_elements.tex @@ -1,37 +1,37 @@ \begin{tabular}{lrrll} \toprule -Element & $T_c (\si{\kelvin})$ & $\rho_{300 K} (\si{\nano\ohm\meter})$ & Source $T_c$ & Source $\rho_{300 K}$ \\ +Element & $T_c (\si{\kelvin})$ & $\rho_{300 K} (\si{\nano\ohm\meter})$ & Source $T_c$ & Source $\rho_{300 K}$ \\ \midrule - Nb & 9.2500 & 152.00 & \cite{webb} & at 273 K \cite{crc} \\ - Tc & 8.2000 & 200.00 & \cite{webb} & \cite{rhowiki} \\ - Pb & 7.2000 & 213.00 & \cite{webb} & \cite{crc} \\ - La & 6.0000 & 615.00 & \cite{webb} & \cite{crc} \\ - V & 5.4000 & 202.00 & \cite{webb} & \cite{crc} \\ - Ta & 4.4000 & 135.00 & \cite{webb} & \cite{crc} \\ - Hg & 4.1500 & 961.00 & \cite{webb} & at 298 K \cite{crc} \\ - Sn & 3.7000 & 115.00 & \cite{webb} & at 273 K \cite{crc} \\ - In & 3.4000 & 80.00 & \cite{webb} & at 273 K \cite{crc} \\ - Tl & 2.4000 & 150.00 & \cite{webb} & at 273 K \cite{crc} \\ - Re & 1.7000 & 172.00 & \cite{webb} & at 273 K \cite{crc} \\ - Th & 1.4000 & 147.00 & \cite{webb} & at 273 K \cite{crc} \\ - Pa & 1.4000 & 108.00 & \cite{webb} & \cite{crc} \\ - U & 1.3000 & 280.00 & \cite{webb} & at 273 K \cite{crc} \\ - Al & 1.1800 & 27.33 & \cite{webb} & \cite{crc} \\ - Ga & 1.0800 & 136.00 & \cite{webb} & at 273 K \cite{crc} \\ - Am & 1.0000 & 689.00 & \cite{webb} & \cite{rhowiki} \\ - Mo & 0.9200 & 55.20 & \cite{webb} & \cite{crc} \\ - Zn & 0.8500 & 60.60 & \cite{webb} & \cite{crc} \\ - Os & 0.7000 & 81.00 & \cite{webb} & at 273 K \cite{crc} \\ - Zr & 0.6000 & 433.00 & \cite{webb} & \cite{crc} \\ - Cd & 0.5200 & 68.00 & \cite{webb} & at 273 K \cite{crc} \\ - Ru & 0.5000 & 71.00 & \cite{webb} & at 273 K \cite{crc} \\ - Ti & 0.5000 & 390.00 & \cite{webb} & at 273 K \cite{crc} \\ - Hf & 0.3800 & 340.00 & \cite{webb} & \cite{crc} \\ - Ir & 0.1000 & 47.00 & \cite{webb} & at 273 K \cite{crc} \\ - Lu & 0.1000 & 582.00 & \cite{webb} & \cite{crc} \\ - Be & 1440.0000 & 37.60 & \cite{webb} & \cite{crc} \\ - W & 0.0100 & 54.40 & \cite{webb} & \cite{crc} \\ - Li & 0.0004 & 95.50 & \cite{webb} & \cite{crc} \\ - Rh & 0.0003 & 43.00 & \cite{webb} & at 273 K \cite{crc} \\ + Nb & 9.2500 & 152.00 & \cite{webb} & at 273 K \cite{crc} \\ + Tc & 8.2000 & 200.00 & \cite{webb} & \cite{rhowiki} \\ + Pb & 7.2000 & 213.00 & \cite{webb} & \cite{crc} \\ + La & 6.0000 & 615.00 & \cite{webb} & \cite{crc} \\ + V & 5.4000 & 202.00 & \cite{webb} & \cite{crc} \\ + Ta & 4.4000 & 135.00 & \cite{webb} & \cite{crc} \\ + Hg & 4.1500 & 961.00 & \cite{webb} & at 298 K \cite{crc} \\ + Sn & 3.7000 & 115.00 & \cite{webb} & at 273 K \cite{crc} \\ + In & 3.4000 & 80.00 & \cite{webb} & at 273 K \cite{crc} \\ + Tl & 2.4000 & 150.00 & \cite{webb} & at 273 K \cite{crc} \\ + Re & 1.7000 & 172.00 & \cite{webb} & at 273 K \cite{crc} \\ + Th & 1.4000 & 147.00 & \cite{webb} & at 273 K \cite{crc} \\ + Pa & 1.4000 & 108.00 & \cite{webb} & \cite{crc} \\ + U & 1.3000 & 280.00 & \cite{webb} & at 273 K \cite{crc} \\ + Al & 1.1800 & 27.33 & \cite{webb} & \cite{crc} \\ + Ga & 1.0800 & 136.00 & \cite{webb} & at 273 K \cite{crc} \\ + Am & 1.0000 & 689.00 & \cite{webb} & \cite{rhowiki} \\ + Mo & 0.9200 & 55.20 & \cite{webb} & \cite{crc} \\ + Zn & 0.8500 & 60.60 & \cite{webb} & \cite{crc} \\ + Os & 0.7000 & 81.00 & \cite{webb} & at 273 K \cite{crc} \\ + Zr & 0.6000 & 433.00 & \cite{webb} & \cite{crc} \\ + Cd & 0.5200 & 68.00 & \cite{webb} & at 273 K \cite{crc} \\ + Ru & 0.5000 & 71.00 & \cite{webb} & at 273 K \cite{crc} \\ + Ti & 0.5000 & 390.00 & \cite{webb} & at 273 K \cite{crc} \\ + Hf & 0.3800 & 340.00 & \cite{webb} & \cite{crc} \\ + Ir & 0.1000 & 47.00 & \cite{webb} & at 273 K \cite{crc} \\ + Lu & 0.1000 & 582.00 & \cite{webb} & \cite{crc} \\ + Be & 0.0260 & 37.60 & \cite{schmidt} (but \cite{webb} reports 1440 K) & \cite{crc} \\ + W & 0.0100 & 54.40 & \cite{webb} & \cite{crc} \\ + Li & 0.0004 & 95.50 & \cite{webb} & \cite{crc} \\ + Rh & 0.0003 & 43.00 & \cite{webb} & at 273 K \cite{crc} \\ \bottomrule \end{tabular}