Table A.2: Results for the 1997 October 11 CDS observation of a polar coronal hole plume. The columns consist of: (1) the ion; (2) the theoretical wavelength $\lambda _{\rm th}$ ; (3) the observed wavelength $\lambda _{\rm ob}$ ; (4) observed intensity $I_{\rm ob}$ (ergs cm^-2 s^-1 sr^-1); (5) the CDS detector and channel (G: GIS; N: NIS); (6) ratio between the theoretical $I_{\rm th}$ and the observed intensity; (7) the estimated error on the ratio value; (8) the effective temperature $T\mbox{$\rm _{eff}$ }$ (log₁₀ values); (9) $T\mbox{$\rm _{max}$ }$ (log₁₀ values); (10) the contribution of each transition to the total calculated intensity of the line.
Ion $\lambda _{\rm th}$ $\lambda _{\rm ob}$ $I_{\rm ob}$ $I_{\rm th}$ / +/- Det log log %

(Å) (Å) $I_{\rm ob}$ $T_{\rm eff}$ $T_{\rm max}$

C III 538.313 538.3 35.2 1.07 0.12 N 2 4.87 4.96 0.39

O II 538.320 4.86 0.27

C III 538.150 4.96 0.23

C III 459.628 459.8 23.1 1.01 0.11 G 3 4.94 4.97 0.46

C III 459.515 4.97 0.25

C III 459.467 4.97 0.11

N III 685.816 685.8 64.2 1.16 0.13 G 4 4.94 4.98 0.72

N III 685.515 4.98 0.28

N III 684.998 684.8 10.2 1.05 0.22 G 4 4.94 4.98

O III 702.895 702.7 83.8 0.97 0.10 G 4 4.97 5.01 0.39

O III 702.821 5.01 0.30

O III 702.890 5.01 0.24

O III 703.850 703.7 146.1 0.88 0.09 G 4 4.99 5.01 0.75

O III 703.845 5.01 0.25

S IV 748.393 748.9 11.7 0.86 0.15 G 4 5.02 5.06

S IV 753.760 753.9 5.8 0.93 0.27 G 4 5.02 5.06

O III 525.808 525.9 43.5 1.04 0.12 N 2 5.03 5.05

S IV 661.396 661.8 26.8 1.09 0.14 G 4 5.03 5.07 0.90

S IV 661.455 5.06 0.10

Ne III 489.495 489.1 18.2 1.17 0.14 G 3 5.11 5.06 0.47

Ne III 488.093 5.06 0.16

Ne III 488.851 5.06 0.13

Ne III 490.295 5.06 0.12

S V 663.126 663.3 3.1 1.12 0.57 G 4 5.21 5.21

O IV 554.521 554.6 290.5 0.94 0.10 N 2 5.22 5.23

O IV 555.264 555.4 59.5 0.94 0.10 N 2 5.22 5.23

O IV 553.337 553.4 55.0 0.99 0.11 N 2 5.23 5.23

O IV 608.399 608.4 42.8 0.99 0.12 N 2 5.24 5.23

Ne IV 542.071 542.2 6.0 1.33 0.27 N 2 5.29 5.29

Ne IV 469.831 470.1 12.4 1.10 0.13 G 3 5.30 5.31 0.58

Ne IV 469.875 5.31 0.38

Ne IV 543.887 544.0 10.8 1.13 0.18 N 2 5.31 5.29

O V
760.444 760.5 40.0 0.98 0.11 G 4 5.37 5.38 0.84

O V 760.225 5.38 0.16

O V 629.730 629.8 662.9 1.04 0.10 N 2 5.38 5.38

Ne V 569.837 569.9 5.0 1.04 0.23 N 2 5.50 5.48 0.76

Ne V 569.759 5.48 0.24

Ne V 416.210 416.1 9.3 0.98 0.12 G 3 5.51 5.48

Ne VI 562.798 562.9 20.4 1.01 0.13 N 2 5.71 5.62

Ne VI 401.928 402.1 33.3 0.86 0.09 G 3 5.72 5.62

Ne VI 558.592 558.7 14.7 0.92 0.13 N 2 5.75 5.62 0.78

Ne VII 558.609 5.71 0.22

Mg VI 403.307 403.3 50.0 1.24 0.13 G 3 5.83 5.67 0.90

Ne VI 403.270 5.62 0.10

Mg VI 349.163 349.2 23.0 1.56 0.49 N 1 5.84 5.66 0.52

Mg VI 349.124 5.66 0.39

**Table A.2:** Results for the 1997 October 11 CDS observation of a polar coronal hole plume. The columns consist of: (1) the ion; (2) the theoretical wavelength $\lambda _{\rm th}$ ; (3) the observed wavelength $\lambda _{\rm ob}$ ; (4) observed intensity $I_{\rm ob}$ (ergs cm^-2 s^-1 sr^-1); (5) the CDS detector and channel (G: GIS; N: NIS); (6) ratio between the theoretical $I_{\rm th}$ and the observed intensity; (7) the estimated error on the ratio value; (8) the effective temperature $T\mbox{$\rm _{eff}$ }$ (log₁₀ values); (9) $T\mbox{$\rm _{max}$ }$ (log₁₀ values); (10) the contribution of each transition to the total calculated intensity of the line.
Ion	$\lambda _{\rm th}$	$\lambda _{\rm ob}$	$I_{\rm ob}$	$I_{\rm th}$ /	+/-	Det	log	log	%
	(Å)	(Å)		$I_{\rm ob}$			$T_{\rm eff}$	$T_{\rm max}$
C III	538.313	538.3	35.2	1.07	0.12	N 2	4.87	4.96	0.39
O II	538.320							4.86	0.27
C III	538.150							4.96	0.23
C III	459.628	459.8	23.1	1.01	0.11	G 3	4.94	4.97	0.46
C III	459.515							4.97	0.25
C III	459.467							4.97	0.11
N III	685.816	685.8	64.2	1.16	0.13	G 4	4.94	4.98	0.72
N III	685.515							4.98	0.28
N III	684.998	684.8	10.2	1.05	0.22	G 4	4.94	4.98
O III	702.895	702.7	83.8	0.97	0.10	G 4	4.97	5.01	0.39
O III	702.821							5.01	0.30
O III	702.890							5.01	0.24
O III	703.850	703.7	146.1	0.88	0.09	G 4	4.99	5.01	0.75
O III	703.845							5.01	0.25
S IV	748.393	748.9	11.7	0.86	0.15	G 4	5.02	5.06
S IV	753.760	753.9	5.8	0.93	0.27	G 4	5.02	5.06
O III	525.808	525.9	43.5	1.04	0.12	N 2	5.03	5.05
S IV	661.396	661.8	26.8	1.09	0.14	G 4	5.03	5.07	0.90
S IV	661.455							5.06	0.10
Ne III	489.495	489.1	18.2	1.17	0.14	G 3	5.11	5.06	0.47
Ne III	488.093							5.06	0.16
Ne III	488.851							5.06	0.13
Ne III	490.295							5.06	0.12
S V	663.126	663.3	3.1	1.12	0.57	G 4	5.21	5.21
O IV	554.521	554.6	290.5	0.94	0.10	N 2	5.22	5.23
O IV	555.264	555.4	59.5	0.94	0.10	N 2	5.22	5.23
O IV	553.337	553.4	55.0	0.99	0.11	N 2	5.23	5.23
O IV	608.399	608.4	42.8	0.99	0.12	N 2	5.24	5.23
Ne IV	542.071	542.2	6.0	1.33	0.27	N 2	5.29	5.29
Ne IV	469.831	470.1	12.4	1.10	0.13	G 3	5.30	5.31	0.58
Ne IV	469.875							5.31	0.38
Ne IV	543.887	544.0	10.8	1.13	0.18	N 2	5.31	5.29
O V	760.444	760.5	40.0	0.98	0.11	G 4	5.37	5.38	0.84
O V	760.225							5.38	0.16
O V	629.730	629.8	662.9	1.04	0.10	N 2	5.38	5.38
Ne V	569.837	569.9	5.0	1.04	0.23	N 2	5.50	5.48	0.76
Ne V	569.759							5.48	0.24
Ne V	416.210	416.1	9.3	0.98	0.12	G 3	5.51	5.48
Ne VI	562.798	562.9	20.4	1.01	0.13	N 2	5.71	5.62
Ne VI	401.928	402.1	33.3	0.86	0.09	G 3	5.72	5.62
Ne VI	558.592	558.7	14.7	0.92	0.13	N 2	5.75	5.62	0.78
Ne VII	558.609							5.71	0.22
Mg VI	403.307	403.3	50.0	1.24	0.13	G 3	5.83	5.67	0.90
Ne VI	403.270							5.62	0.10
Mg VI	349.163	349.2	23.0	1.56	0.49	N 1	5.84	5.66	0.52
Mg VI	349.124							5.66	0.39

Table A.2. continued.

Ion $\lambda _{\rm th}$ $\lambda _{\rm ob}$ $I_{\rm ob}$ $I_{\rm th}$ / +/- Det log log %

(Å) (Å) $I_{\rm ob}$ $T_{\rm eff}$ $T_{\rm max}$

Ne VII 564.528 564.7 2.5 1.10 0.45 N 2 5.85 5.71

Ne VII 561.728 561.7 6.9 1.24 0.25 N 2 5.85 5.71

Ne VII 465.220 465.4 232.7 0.98 0.10 G 3 5.85 5.71

Ar VIII 519.440 519.2 0.3 0.98 0.89 N 2 5.85 5.62

Mg VII 434.906 434.9 101.9 0.71 0.07 G 3 5.88 5.81 0.85

Mg VII 434.708 5.81 0.13

Si VII 275.353 275.4 103.8 0.98 0.10 G 2 5.89 5.78

Mg VII 367.659 367.7 55.0 1.45 0.22 N 1 5.89 5.81 0.76

Mg VII 367.672 5.81 0.24

Mg VII 431.305 431.3 61.0 0.80 0.08 G 3 5.89 5.81 0.78

Mg VII 431.191 5.81 0.22

Mg VII 429.123 429.1 22.8 0.73 0.08 G 3 5.89 5.81

Mg VII 365.221 365.2 39.5 1.22 0.24 N 1 5.89 5.81 0.37

Mg VII 365.163 5.81 0.35

Mg VII 365.235 5.81 0.27

Mg VII 278.393 278.3 106.2 0.91 0.09 G 2 5.89 5.82 0.66

Si VII 278.443 5.78 0.33

Na VIII 411.166 411.2 25.9 1.22 0.13 G 3 5.89 5.86

Mg VII 363.750 363.8 14.6 1.07 0.42 N 1 5.89 5.81

Fe IX 171.073 171.1 1891.3 0.99 0.10 G 1 5.89 5.85

Si VIII 277.057 276.9 120.6 0.97 0.10 G 2 5.90 5.92 0.36

Mg VII 276.993 5.82 0.33

Si VII 276.839 5.78 0.14

Si VIII 276.850 5.90 0.14

Mg VIII 436.734 436.9 121.1 1.05 0.11 G 3 5.90 5.90 0.89

Mg VIII 436.661 5.91 0.11

Mg VIII 315.016 315.2 172.6 1.17 0.12 G 2 5.90 5.90

Mg VIII 315.016 315.0 129.7 1.55 0.26 N 1 5.90 5.90

Mg VIII 430.455 430.4 80.9 1.02 0.10 G 3 5.90 5.91

Ca X 557.765 557.8 12.8 1.29 0.20 N 2 5.92 5.86

Fe X 184.543 184.5 129.3 0.80 0.08 G 1 5.92 5.99

Fe X 174.534 174.7 623.2 0.77 0.08 G 1 5.92 5.99

Si IX 345.124 345.1 26.5 1.10 0.35 N 1 5.95 6.06 0.71

Si IX 344.951 6.07 0.24

Si IX 349.873 349.8 15.5 1.43 0.57 N 1 5.95 6.04 0.82

Si IX 349.794 6.06 0.18

Fe XI 352.662 352.7 12.1 1.15 0.54 N 1 5.98 6.06

Fe XI 369.153 369.3 4.5 0.92 0.73 N 1 5.98 6.06

Fe XI 180.408 180.5 205.1 0.86 0.09 G 1 5.98 6.07 0.79

Fe X 180.407 5.99 0.17

Fe XII 352.106 352.1 19.9 0.96 0.34 N 1 5.99 6.14 0.43

Al VII 352.159 5.82 0.32

Na VII 352.302 5.78 0.12

Mg V 352.201 5.47 0.10

Fe XI 188.232 188.4 147.4 0.63 0.07 G 1 6.01 6.07 0.71

Fe XI 188.299 6.07 0.25

Fe XII 193.521 193.6 67.5 0.96 0.11 G 1 6.12 6.14

Fe XII 364.467 364.5 7.8 1.55 1.09 N 1 6.13 6.14

Fe XII 195.118 195.3 102.7 0.97 0.11 G 1 6.13 6.14

Fe XII 192.393 192.4 14.7 1.43 0.29 G 1 6.13 6.14

Fe XIV 274.203 274.2 40.3 0.86 0.09 G 2 6.20 6.27 0.71

Si VII 274.174 5.76 0.29

Fe XIII 348.183 348.2 10.4 1.24 0.76 N 1 6.22 6.20

Fe XIII 202.044 202.2 135.8 0.87 0.09 G 1 6.23 6.21

Fe XIV 211.317 211.3 43.2 1.02 0.14 G 1 6.29 6.27

Fe XV 284.160 284.3 130.3 1.02 0.10 G 2 6.35 6.32

Fe XV 417.258 417.2 6.1 0.65 0.08 G 3 6.35 6.32

Appendix A: