There are ten figures in this manuscript.

Figure 1 is Wavelength (Angstroms) vs intensity (a.u.).  
	The top of Figure 1 shows the full spectrum, where many lines have been highlighted.  
	The bottom of Figure 1 has 200 - 260 Angtroms zoomed to help identify more lines, for clarity.

Figure 2 shows the results of the relative responsivity calibration.  It has wavelength (Angstroms) vs ratio calculated/measured.
	The digital files are broken up into two parts.  The first part, named Figure2_Calibration_Points, contains points for all the elements considered as wavelength (Angstroms) vs Ratio Calculated/Measured, along with the error for the measurement in the final column.
	The second part, named Figure2_Spline, contains the Spline fit with min and max, as wavelength (Angstroms) vs the fit.

Figure 3 are examples of line fittings, broken up to four parts.
	Figure3a contains wavelength between 199 and 207 Angstroms, and has NSXT-U data and Line Fitting generated data as Wavelength (Angstrom) vs Intensity (a.u.)
	Figure3b contains wavelength between 207 and 215 Angstroms, and has NSXT-U data and Line Fitting generated data as Wavelength (Angstrom) vs Intensity (a.u.)
	Figure3c contains wavelength between 250 and 254 Angstroms, and has NSXT-U data and Line Fitting generated data as Wavelength (Angstrom) vs Intensity (a.u.)
	Figure3d contains wavelength between 261 and 267 Angstroms, and has NSXT-U data and Line Fitting generated data as Wavelength (Angstrom) vs Intensity (a.u.)

Figure 4 has Intensity Ratios as a fucntion of electron density for both experimental results and CHIANTI calculations
	The digial files are broken up into two parts.  The first part, named Figure4_CHIANTI, contains CHIANTI calculations of electron density (cm-3) as a function of Intensity ratio for four electron temperatures (100, 137, 200, and 300 eV)
	The second part, named Figure4_NSTX_U, contains information for the four NSTX-U experimental points.  The columns are as follows: NSTX-U Shot #, Electron Density (cm-3), Electron Density Error (cm-3), Measured Ratio, and Measured Ratio Error.
	The other points containing experimenal data from other sources are found within the given references.

Figure 5 has Intensity Ratios as a fucntion of electron density for both experimental results and CHIANTI calculations
	The digial files are broken up into two parts.  The first part, named Figure5_CHIANTI, contains CHIANTI calculations of electron density (cm-3) as a function of Intensity ratio for four electron temperatures (100, 137, 200, and 300 eV)
	The second part, named Figure5_NSTX_U, contains information for the four NSTX-U experimental points.  The columns are as follows: NSTX-U Shot #, Electron Density (cm-3), Electron Density Error (cm-3), Measured Ratio, and Measured Ratio Error.
	The other points containing experimenal data from other sources are found within the given references.

Figure 6 has Intensity Ratios as a fucntion of electron density for both experimental results and CHIANTI calculations
	The digial files are broken up into two parts.  The first part, named Figure6_CHIANTI, contains CHIANTI calculations of electron density (cm-3) as a function of Intensity ratio for four electron temperatures (100, 137, 200, and 300 eV)
	The second part, named Figure6_NSTX_U, contains information for the four NSTX-U experimental points.  The columns are as follows: NSTX-U Shot #, Electron Density (cm-3), Electron Density Error (cm-3), Measured Ratio, and Measured Ratio Error.

Figure 7 has Intensity Ratios as a fucntion of electron density for both experimental results and CHIANTI calculations
	The digial files are broken up into two parts.  The first part, named Figure7_CHIANTI, contains CHIANTI calculations of electron density (cm-3) as a function of Intensity ratio for four electron temperatures (100, 137, 200, and 300 eV)
	The second part, named Figure7_NSTX_U, contains information for the four NSTX-U experimental points.  The columns are as follows: NSTX-U Shot #, Electron Density (cm-3), Electron Density Error (cm-3), Measured Ratio, and Measured Ratio Error.

Figure 8 has Intensity Ratios as a fucntion of electron density for both experimental results and CHIANTI calculations
	The digial files are broken up into two parts.  The first part, named Figure8_CHIANTI, contains CHIANTI calculations of electron density (cm-3) as a function of Intensity ratio for four electron temperatures (100, 137, 200, and 300 eV)
	The second part, named Figure8_NSTX_U, contains information for the four NSTX-U experimental points.  The columns are as follows: NSTX-U Shot #, Electron Density (cm-3), Electron Density Error (cm-3), Measured Ratio, and Measured Ratio Error.
	The other points containing experimenal data from other sources are found within the given references.

Figure 9 has Intensity Ratios as a fucntion of electron density for both experimental results and CHIANTI calculations
	The digial files are broken up into eight parts.  The first part, named Figure9a_CHIANTI, contains CHIANTI calculations of electron density (cm-3) as a function of Intensity ratio for four electron temperatures (100, 172, 200, and 300 eV)
	The second part, named Figure9a_NSTX_U, contains information for the four NSTX-U experimental points.  The columns are as follows: NSTX-U Shot #, Electron Density (cm-3), Electron Density Error (cm-3), Measured Ratio, and Measured Ratio Error.
	The third part, named Figure9b_CHIANTI, contains CHIANTI calculations of electron density (cm-3) as a function of Intensity ratio for four electron temperatures (100, 172, 200, and 300 eV)
	The fourth part, named Figure9b_NSTX_U, contains information for the four NSTX-U experimental points.  The columns are as follows: NSTX-U Shot #, Electron Density (cm-3), Electron Density Error (cm-3), Measured Ratio, and Measured Ratio Error.
	The fifth part, named Figure9c_CHIANTI, contains CHIANTI calculations of electron density (cm-3) as a function of Intensity ratio for four electron temperatures (100, 172, 200, and 300 eV)
	The sixth part, named Figure9c_NSTX_U, contains information for the four NSTX-U experimental points.  The columns are as follows: NSTX-U Shot #, Electron Density (cm-3), Electron Density Error (cm-3), Measured Ratio, and Measured Ratio Error.
	The seventh part, named Figure9d_CHIANTI, contains CHIANTI calculations of electron density (cm-3) as a function of Intensity ratio for four electron temperatures (100, 172, 200, and 300 eV)
	The eight part, named Figure9d_NSTX_U, contains information for the four NSTX-U experimental points.  The columns are as follows: NSTX-U Shot #, Electron Density (cm-3), Electron Density Error (cm-3), Measured Ratio, and Measured Ratio Error.
	The other points containing experimenal data from other sources are found within the given references.

Figure 10 has Intensity Ratios as a fucntion of electron density for both experimental results and CHIANTI calculations
	The digial files are broken up into four parts.  The first part, named Figure10a_CHIANTI, contains CHIANTI calculations of electron density (cm-3) as a function of Intensity ratio for four electron temperatures (100, 200, 273, and 300 eV)
	The second part, named Figure10a_NSTX_U, contains information for the four NSTX-U experimental points.  The columns are as follows: NSTX-U Shot #, Electron Density (cm-3), Electron Density Error (cm-3), Measured Ratio, and Measured Ratio Error.
	The third part, named Figure10b_CHIANTI, contains CHIANTI calculations of electron density (cm-3) as a function of Intensity ratio for four electron temperatures (100, 200, 273, and 300 eV)
	The fourth part, named Figure10b_NSTX_U, contains information for the four NSTX-U experimental points.  The columns are as follows: NSTX-U Shot #, Electron Density (cm-3), Electron Density Error (cm-3), Measured Ratio, and Measured Ratio Error.