Infrared Stellar Irradiance

Russell G. Walker; Anthony D’Agati

doi:10.1364/AO.3.001289

Applied Optics
Vol. 3,
Issue 11,
pp. 1289-1292
(1964)
•https://doi.org/10.1364/AO.3.001289

Infrared Stellar Irradiance

Russell G. Walker and Anthony D’Agati

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Russell G. Walker and Anthony D’Agati, "Infrared Stellar Irradiance," Appl. Opt. 3, 1289-1292 (1964)

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Abstract

Photoelectrically determined magnitudes and colors for seventy-one stars reduced to absolute energy units are tabulated for discrete wavelengths in the infrared region of the spectrum from 1.0μ to 10.0 μ.

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Star	Spectrum	V	λ in μ									∫H_λdλ W-cm⁻²	Weighting factor

			10	5	3.33	2.5	2.00	1.67	1.25	1.0	0.566
α Tau	K5III	0.78	0.28–14	0.33–13	0.13–12	0.33–12	0.62–12	0.98–12	0.17–11	0.22–11	0.19–11	0.32–11	4
α Ser	K3III	2.66	(0.14–15)	(0.19–14)	0.78–14	0.20–13	0.41–13	0.69–13	0.15–12	0.21–12	0.33–12	0.31–12	3
α Sco	Me+A	0.92	(0.70–14)	(0.85–13)	0.32–12	0.79–12	0.14–11	0.24–11	0.39–11	0.50–11	0.16–11	0.76–11	2
α Peg	F5Ib	1.80	0.17–15	0.94–15	0.45–14	0.14–13	0.32–13	0.61–13	0.15–12	0.26–12	0.73–12	0.44–12	3
χ Peg	M2II	4.80		(0.85–15)	0.44–14	0.12–13	0.28–13	0.41–13	0.67–13	0.76–13	0.46–13	0.11–12	1
∊ Peg	K2Ib	2.40	(0.43–15)	(0.57–14)	0.22–13	0.54–13	0.11–12	0.17–12	0.31–12	0.40–12	0.42–12	0.55–12	3
γ Ori	B2III	1.64	0.39–16	0.31–15	0.14–14	0.38–14	0.84–14	0.16–13	0.46–13	0.10–12	0.84–12	0.36–11	2
α Ori	M2II–III	0.10	0.75–14	0.15–12	0.58–12	0.13–11	0.23–11	0.35–11	0.55–11	0.66–11	0.35–11	0.10–10	2
β Oph	K2III	2.78	(0.13–15)	(0.17–14)	0.73–14	0.19–13	0.37–13	0.63–13	0.13–12	0.19–12	0.29–12	0.27–12	3
α Lep	FOIb	2.56		(0.36–15)	0.14–14	0.40–14	0.89–14	0.17–13	0.43–13	0.89–13	0.36–12	0.25–12	2
γ Leo	KOIII	1.95	(0.29–15)	(0.40–14)	0.16–13	0.44–13	0.85–13	0.15–12	(0.30–12)	(0.45–12)	0.63–12	0.60–12	2
Lai 21185	M2V	7.47	(0.48–17)	(0.77–16)	0.31–15	0.75–15	0.15–14	0.24–14	0.43–14	0.63–14	0.39–14	0.80–14	2
α Hya	K4III	1.97			0.34–13	0.86–13	0.17–12	0.26–12	0.48–12	0.66–12	0.62–12	0.87–12	3
30gHer	gM6	5.00		(0.26–13)	0.89–13	0.17–12	0.26–12	0.36–12	0.45–12	0.41–12	0.38–13	0.85–12	2
ζ Her	G0IV	2.82		(0.59–15)	0.26–14	0.71–14	0.15–13	0.27–13	0.62–13	0.11–12	0.28–12	0.20–12	3
γ Gem	A0IV	1.95	(0.19–16)	(0.28–15)	0.14–14	0.51–14	0.93–14	0.18–13	0.51–12	0.11–12	0.63–12	0.53–12	3
β Gem	K0III	1.15	0.63–15	0.62–14	0.26–13	0.66–13	0.14–12	0.23–12	0.46–12	0.71–12	0.13–11	0.11–11	3
α Gem	A1V	1.59				0.59–14	0.13–13	0.25–13	0.72–13	0.17–12	0.88–12	0.73–12	3
∊ Eri	K2V	3.73		(0.45–15)	0.19–14	0.50–14	0.10–13	0.18–13	0.35–13	0.57–13	0.12–12	0.92–13	2
σ Dra	K0V	4.68		(0.15–15)	0.64–15	0.17–14	0.35–14	0.61–14	0.14–13	0.23–13	0.51–13	0.37–13	3
γ Dra	K5III	2.22	0.57–15	0.78–14	0.31–13	0.75–13	0.14–12	0.23–12	0.41–12	0.54–12	0.49–12	0.78–12	3
61 Cyg B	K7V	6.02	(0.14–16)	(0.17–15)	0.72–15	0.19–14	0.37–14	0.61–14	0.10–13	0.15–13	0.15–13	0.23–13	3
∊ Cyg	K0III	2.45	(0.12–15)	(0.16–14)	0.69–14	0.19–13	0.39–13	0.66–13	0.14–12	0.22–12	0.40–12	0.35–12	4
β Cyg	gK1p+B9ne	3.07		(0.17–14)	0.70–14	0.19–13	0.42–13	0.66–13	0.13–12	0.19–12	0.23–12	0.22–12	3
α Cyg	A2Ia	1.26	(0.48–16)	0.72–15	0.35–14	0.10–13	0.24–13	0.46–13	0.12–12	0.26–12	0.12–11	0.94–12	3
∊ Cr B	K3III	4.15	(0.49–16)	(0.64–15)	0.27–14	0.67–14	0.13–13	0.21–13	(0.44–13)	(0.67–13)	0.83–13	0.91–13	1
β Com	G0V	4.30		(0.16–15)	0.73–15	0.20–14	0.41–14	0.73–14	0.17–13	0.29–13	0.73–13	0.53–13	3
δ Cep	cF4	3.70			0.63–15	0.22–14	0.47–14	0.87–14	0.21–13	0.38–13	0.13–12	0.10–12	1
θ Cen	K0III–IV	1.98		(0.27–14)	0.11–13	0.30–13	0.60–13	0.10–12	0.22–12	0.35–12	0.61–12	0.53–12	1
β Cass	F2IV	2.25	(0.25–16)	(0.44–15)	0.22–14	0.65–14	0.15–13	0.28–13	0.67–13	0.12–12	0.47–12	0.34–12	3
α CMa	AlV	−1.47	0.59–15	0.65–14	0.30–13	0.84–13	0.19–12	0.39–12	0.10–11	0.22–11	0.15–10	0.14–10	3
β Aur	A2IV	+ 1.90			(0.17–14)	0.44–14	0.11–13	0.20–13	0.50–13	0.11–12	0.66–12	0.56–12	3
α Eri	B9V	+0.06		(0.44–15)	(0.26–14)	0.82–14	0.22–13	0.56–13	0.16–12	0.94–12	0.36–11	0.81–11	1
α Leo	B7V	+ 1.33	0.41–16	0.35–15	0.16–14	0.50–14	0.12–13	0.24–13	0.74–13	0.16–12	0.11–11	0.14–11	3
α Aql	A7IV	+0.75			0.72–14	0.19–13	0.46–13	0.84–13	0.20–12	0.41–12	0.19–11	0.14–11	3
α And	A0P	+2.13				0.30–14	0.60–14	0.13–13	0.35–13	0.77–13	0.54–12	0.68–12	3
β Ori	B8Ia	+0.08	(0.98–16)	0.14–14	0.67–14	0.20–14	0.48–13	0.92–13	0.25–12	0.62–12	0.35–11	0.45–11	3
α Lyr	A0V	+0.03	0.11–15	0.17–14	0.79–14	0.23–13	0.53–13	0.11–12	0.29–12	0.64–12	0.37–11	0.31–11	4
ζ Pup	O5f	+2.25			0.37–15	0.13–14	0.32–14	0.65–14	0.22–13	0.52–13	0.48–12	0.13–10	3
Sun	G2V	−26.73		0.41–03	0.18–02	0.49–02	0.10–01	0.19–01	0.44–01	0.71–01	0.19–00	0.13–00	4
δ And	K3III	3.25		(0.12–14)	0.53–14	0.14–13	0.28–13	0.51–13	0.12–12	0.18–12	0.19–12	0.22–12	1
ζ Cep	K1Ib	3.36		(0.17–14)	0.69–14	0.22–13	0.45–13	0.75–13	0.14–12	0.21–12	0.17–12	0.25–12	1
δ Sge	M2	3.80		(0.18–14)	0.12–13	0.43–13	0.75–13	0.11–12	0.18–12	0.22–12	0.11–12	0.37–12	1
μ Cep	M2Ia	3.99	0.38–15	0.11–13	0.56–13	0.13–12	0.21–12	0.31–12	0.50–12	0.61–12	0.96–13	0.64–12	2
18 Cep	gM5	5.5		(0.12–14)	0.80–14	0.22–13	0.44–13	0.67–13	0.11–12	0.14–12	0.24–13		1
α Her	M5II	3.04	0.39–14	0.50–13	0.21–12	0.64–12	0.12–11	(0.19–12)	(0.23–11)	0.23–11	0.23–12	0.35–11	2
η Gem	M3III	3.10		0.46–14	0.24–13	0.66–13	0.13–12	0.23–12	(0.39–12)	(0.57–12)	0.22–12	0.70–12	2
μ Gem	M3III	2.91		(0.81–14)	0.47–13	0.14–12	0.26–12	(0.42–12)	(0.80–12)	0.10–11	0.26–12	0.87–12	2
2 Cen	sgM6	4.20		0.14–13	0.51–13	0.11–12	(0.17–12)	(0.24–12)	(0.30–12)	(0.29–12)	0.80–13	0.63–12	1
β Peg	M2II	2.60		0.14–13	0.76–13	0.19–12	0.35–12	0.50–12	0.82–12	0.97–12	0.35–12	0.13–11	3
δ Lyr	M4	4.50	0.66–15	0.80–14	0.33–13	0.77–13	0.16–12	0.23–12	0.37–12	0.39–12	0.60–13	0.52–12	2
α Cet	M2II	2.52	0.77–15	0.99–14	0.39–13	0.97–13	0.18–12	0.27–12	0.47–12	0.62–12	0.37–12	0.90–12	3
Barnards	M5V	9.54			(0.23–15)	0.45–15	0.83–15	0.11–14	0.17–14	0.20–14	0.58–15	0.34–14	1
HR5299	gM4	5.13		(0.31–14)	0.12–13	(0.32–13)	0.60–13	(0.77–13)	(0.11–12)	(0.10–12)	0.34–13	0.17–12	1
HR483	G2V	4.94		(0.89–16)	(0.39–15)	0.11–14	0.22–14	0.40–14	0.92–14	0.16–13	0.40–13	0.30–13	3
γ Vir	F0V	2.74		(0.30–15)	0.13–14	0.38–14	0.89–14	0.17–13	0.40–13	0.76–13	0.31–12	0.21–12	2
α Vir	B2V	0.98		0.34–15	0.15–14	0.49–14	0.12–13	0.23–13	0.73–13	0.16–12	0.15–11	0.14–10	3
μ UMa	M0III	3.00	0.47–15	0.61–14	0.23–13	0.57–13	0.10–12	0.16–12	0.27–12	0.3–12	0.24–12	0.45–12	3
α UMa	K0IV	1.79	0.36–15	0.40–14	0.17–13	0.44–13	0.88–13	0.15–12	0.30–12	0.45–12	0.73–12	0.71–12	3
δ Tau	K0III	3.73	(0.76–16)	(0.61–15)	0.25–14	0.61–14	0.12–13	0.21–13	0.45–13	0.70–13	0.12–12	0.11–12	2
α Cass	K0II	2.47		0.29–14	(0.12–13)	0.30–13	0.60–13	0.10–12	0.20–12	0.30–12	0.39–12	0.39–12	1
α CMi	F5IV	0.34	0.41–15	0.36–14	0.16–13	0.46–13	0.10–12	0.19–12	0.45–12	0.77–12	0.28–11	0.19–11	3
β Cnc	K4III	3.53	(0.15–15)	(0.19–14)	0.76–14	0.23–13	0.43–13	0.61–13	0.99–13	0.13–12	0.15–12	0.20–12	2
η Boo	G0IV	2.70		0.49–15	0.22–14	0.63–14	0.13–13	0.24–13	0.58–13	0.10–12	0.32–12	0.22–12	2
α Boo	K2IIIp	−0.06		0.42–13	0.17–12	0.44–12	0.85–12	0.14–11	0.26–11	0.32–11	0.40–11	0.45–12	3
i Aur	K3II	2.70	0.68–15	0.50–14	0.20–13	0.48–13	0.93–13	0.15–12	0.26–12	0.36–12	0.32–12	0.51–12	3
α Aur	G8III+F	0.09	0.11–14	0.11–13	0.49–13	0.13–12	0.26–12	0.47–12	0.10–11	0.16–11	0.35–11	0.26–11	4
α Ari	K2III	1.99	(0.26–15)	(0.35–14)	0.15–13	0.38–13	0.78–13	0.13–12	0.26–12	0.40–12	0.61–12	0.59–12	4
γ Aql	K3III	2.64	(0.34–15)	(0.45–14)	0.18–13	0.46–13	0.88–13	0.14–12	0.25–12	0.33–12	0.33–12	0.45–12	3
γ And	K2III	2.30	(0.32–15)	(0.44–14)	0.18–13	0.45–13	0.87–13	0.14–12	0.27–12	0.40–12	0.46–12	0.56–12	3
β And	M0III	2.06	(0.11–14)	(0.13–13)	0.54–13	0.12–12	0.23–12	0.35–12	0.60–12	0.81–12	0.57–12	0.11–11	3

Spectrum	BC
G8III	(−0.12)
K0III	−0.28
K2III	−0.47
K3III	−0.50
K4III	−0.77
K5III	−0.98
K0II	−0.43
K3II	−0.85
M0III	−1.14
M2III	−1.52
M3III	−1.68
M4III	(−2.18)
M6111	(−2.68)
G0V	−0.06
G2V	−0.07
K0V	−0.08
K2V	−0.11
K7V	−0.87
M2V	−1.20
M5V	−2.35

Star	Spectrum	V	λ = 0.556	1.00	2.20	3.73	10.20 μ
α Lyr	A0V	0.03	371.0	62.9	3.63	0.501	0.19
∊ Aur	G8III	0.09	350.0	163.0	19.5	3.46	0.108
α Cyg	K0III	2.45	40.1	21.9	2.99	0.459
α Ari	K2III	1.99	60.9	39.5	6.19	0.630
α Tau	K5III	0.78	186.0	206.0	49.4	8.85	0.289

Star	Spectrum	V	λ in μ									∫H_λdλ W-cm⁻²	Weighting factor

			10	5	3.33	2.5	2.00	1.67	1.25	1.0	0.566
α Tau	K5III	0.78	0.28–14	0.33–13	0.13–12	0.33–12	0.62–12	0.98–12	0.17–11	0.22–11	0.19–11	0.32–11	4
α Ser	K3III	2.66	(0.14–15)	(0.19–14)	0.78–14	0.20–13	0.41–13	0.69–13	0.15–12	0.21–12	0.33–12	0.31–12	3
α Sco	Me+A	0.92	(0.70–14)	(0.85–13)	0.32–12	0.79–12	0.14–11	0.24–11	0.39–11	0.50–11	0.16–11	0.76–11	2
α Peg	F5Ib	1.80	0.17–15	0.94–15	0.45–14	0.14–13	0.32–13	0.61–13	0.15–12	0.26–12	0.73–12	0.44–12	3
χ Peg	M2II	4.80		(0.85–15)	0.44–14	0.12–13	0.28–13	0.41–13	0.67–13	0.76–13	0.46–13	0.11–12	1
∊ Peg	K2Ib	2.40	(0.43–15)	(0.57–14)	0.22–13	0.54–13	0.11–12	0.17–12	0.31–12	0.40–12	0.42–12	0.55–12	3
γ Ori	B2III	1.64	0.39–16	0.31–15	0.14–14	0.38–14	0.84–14	0.16–13	0.46–13	0.10–12	0.84–12	0.36–11	2
α Ori	M2II–III	0.10	0.75–14	0.15–12	0.58–12	0.13–11	0.23–11	0.35–11	0.55–11	0.66–11	0.35–11	0.10–10	2
β Oph	K2III	2.78	(0.13–15)	(0.17–14)	0.73–14	0.19–13	0.37–13	0.63–13	0.13–12	0.19–12	0.29–12	0.27–12	3
α Lep	FOIb	2.56		(0.36–15)	0.14–14	0.40–14	0.89–14	0.17–13	0.43–13	0.89–13	0.36–12	0.25–12	2
γ Leo	KOIII	1.95	(0.29–15)	(0.40–14)	0.16–13	0.44–13	0.85–13	0.15–12	(0.30–12)	(0.45–12)	0.63–12	0.60–12	2
Lai 21185	M2V	7.47	(0.48–17)	(0.77–16)	0.31–15	0.75–15	0.15–14	0.24–14	0.43–14	0.63–14	0.39–14	0.80–14	2
α Hya	K4III	1.97			0.34–13	0.86–13	0.17–12	0.26–12	0.48–12	0.66–12	0.62–12	0.87–12	3
30gHer	gM6	5.00		(0.26–13)	0.89–13	0.17–12	0.26–12	0.36–12	0.45–12	0.41–12	0.38–13	0.85–12	2
ζ Her	G0IV	2.82		(0.59–15)	0.26–14	0.71–14	0.15–13	0.27–13	0.62–13	0.11–12	0.28–12	0.20–12	3
γ Gem	A0IV	1.95	(0.19–16)	(0.28–15)	0.14–14	0.51–14	0.93–14	0.18–13	0.51–12	0.11–12	0.63–12	0.53–12	3
β Gem	K0III	1.15	0.63–15	0.62–14	0.26–13	0.66–13	0.14–12	0.23–12	0.46–12	0.71–12	0.13–11	0.11–11	3
α Gem	A1V	1.59				0.59–14	0.13–13	0.25–13	0.72–13	0.17–12	0.88–12	0.73–12	3
∊ Eri	K2V	3.73		(0.45–15)	0.19–14	0.50–14	0.10–13	0.18–13	0.35–13	0.57–13	0.12–12	0.92–13	2
σ Dra	K0V	4.68		(0.15–15)	0.64–15	0.17–14	0.35–14	0.61–14	0.14–13	0.23–13	0.51–13	0.37–13	3
γ Dra	K5III	2.22	0.57–15	0.78–14	0.31–13	0.75–13	0.14–12	0.23–12	0.41–12	0.54–12	0.49–12	0.78–12	3
61 Cyg B	K7V	6.02	(0.14–16)	(0.17–15)	0.72–15	0.19–14	0.37–14	0.61–14	0.10–13	0.15–13	0.15–13	0.23–13	3
∊ Cyg	K0III	2.45	(0.12–15)	(0.16–14)	0.69–14	0.19–13	0.39–13	0.66–13	0.14–12	0.22–12	0.40–12	0.35–12	4
β Cyg	gK1p+B9ne	3.07		(0.17–14)	0.70–14	0.19–13	0.42–13	0.66–13	0.13–12	0.19–12	0.23–12	0.22–12	3
α Cyg	A2Ia	1.26	(0.48–16)	0.72–15	0.35–14	0.10–13	0.24–13	0.46–13	0.12–12	0.26–12	0.12–11	0.94–12	3
∊ Cr B	K3III	4.15	(0.49–16)	(0.64–15)	0.27–14	0.67–14	0.13–13	0.21–13	(0.44–13)	(0.67–13)	0.83–13	0.91–13	1
β Com	G0V	4.30		(0.16–15)	0.73–15	0.20–14	0.41–14	0.73–14	0.17–13	0.29–13	0.73–13	0.53–13	3
δ Cep	cF4	3.70			0.63–15	0.22–14	0.47–14	0.87–14	0.21–13	0.38–13	0.13–12	0.10–12	1
θ Cen	K0III–IV	1.98		(0.27–14)	0.11–13	0.30–13	0.60–13	0.10–12	0.22–12	0.35–12	0.61–12	0.53–12	1
β Cass	F2IV	2.25	(0.25–16)	(0.44–15)	0.22–14	0.65–14	0.15–13	0.28–13	0.67–13	0.12–12	0.47–12	0.34–12	3
α CMa	AlV	−1.47	0.59–15	0.65–14	0.30–13	0.84–13	0.19–12	0.39–12	0.10–11	0.22–11	0.15–10	0.14–10	3
β Aur	A2IV	+ 1.90			(0.17–14)	0.44–14	0.11–13	0.20–13	0.50–13	0.11–12	0.66–12	0.56–12	3
α Eri	B9V	+0.06		(0.44–15)	(0.26–14)	0.82–14	0.22–13	0.56–13	0.16–12	0.94–12	0.36–11	0.81–11	1
α Leo	B7V	+ 1.33	0.41–16	0.35–15	0.16–14	0.50–14	0.12–13	0.24–13	0.74–13	0.16–12	0.11–11	0.14–11	3
α Aql	A7IV	+0.75			0.72–14	0.19–13	0.46–13	0.84–13	0.20–12	0.41–12	0.19–11	0.14–11	3
α And	A0P	+2.13				0.30–14	0.60–14	0.13–13	0.35–13	0.77–13	0.54–12	0.68–12	3
β Ori	B8Ia	+0.08	(0.98–16)	0.14–14	0.67–14	0.20–14	0.48–13	0.92–13	0.25–12	0.62–12	0.35–11	0.45–11	3
α Lyr	A0V	+0.03	0.11–15	0.17–14	0.79–14	0.23–13	0.53–13	0.11–12	0.29–12	0.64–12	0.37–11	0.31–11	4
ζ Pup	O5f	+2.25			0.37–15	0.13–14	0.32–14	0.65–14	0.22–13	0.52–13	0.48–12	0.13–10	3
Sun	G2V	−26.73		0.41–03	0.18–02	0.49–02	0.10–01	0.19–01	0.44–01	0.71–01	0.19–00	0.13–00	4
δ And	K3III	3.25		(0.12–14)	0.53–14	0.14–13	0.28–13	0.51–13	0.12–12	0.18–12	0.19–12	0.22–12	1
ζ Cep	K1Ib	3.36		(0.17–14)	0.69–14	0.22–13	0.45–13	0.75–13	0.14–12	0.21–12	0.17–12	0.25–12	1
δ Sge	M2	3.80		(0.18–14)	0.12–13	0.43–13	0.75–13	0.11–12	0.18–12	0.22–12	0.11–12	0.37–12	1
μ Cep	M2Ia	3.99	0.38–15	0.11–13	0.56–13	0.13–12	0.21–12	0.31–12	0.50–12	0.61–12	0.96–13	0.64–12	2
18 Cep	gM5	5.5		(0.12–14)	0.80–14	0.22–13	0.44–13	0.67–13	0.11–12	0.14–12	0.24–13		1
α Her	M5II	3.04	0.39–14	0.50–13	0.21–12	0.64–12	0.12–11	(0.19–12)	(0.23–11)	0.23–11	0.23–12	0.35–11	2
η Gem	M3III	3.10		0.46–14	0.24–13	0.66–13	0.13–12	0.23–12	(0.39–12)	(0.57–12)	0.22–12	0.70–12	2
μ Gem	M3III	2.91		(0.81–14)	0.47–13	0.14–12	0.26–12	(0.42–12)	(0.80–12)	0.10–11	0.26–12	0.87–12	2
2 Cen	sgM6	4.20		0.14–13	0.51–13	0.11–12	(0.17–12)	(0.24–12)	(0.30–12)	(0.29–12)	0.80–13	0.63–12	1
β Peg	M2II	2.60		0.14–13	0.76–13	0.19–12	0.35–12	0.50–12	0.82–12	0.97–12	0.35–12	0.13–11	3
δ Lyr	M4	4.50	0.66–15	0.80–14	0.33–13	0.77–13	0.16–12	0.23–12	0.37–12	0.39–12	0.60–13	0.52–12	2
α Cet	M2II	2.52	0.77–15	0.99–14	0.39–13	0.97–13	0.18–12	0.27–12	0.47–12	0.62–12	0.37–12	0.90–12	3
Barnards	M5V	9.54			(0.23–15)	0.45–15	0.83–15	0.11–14	0.17–14	0.20–14	0.58–15	0.34–14	1
HR5299	gM4	5.13		(0.31–14)	0.12–13	(0.32–13)	0.60–13	(0.77–13)	(0.11–12)	(0.10–12)	0.34–13	0.17–12	1
HR483	G2V	4.94		(0.89–16)	(0.39–15)	0.11–14	0.22–14	0.40–14	0.92–14	0.16–13	0.40–13	0.30–13	3
γ Vir	F0V	2.74		(0.30–15)	0.13–14	0.38–14	0.89–14	0.17–13	0.40–13	0.76–13	0.31–12	0.21–12	2
α Vir	B2V	0.98		0.34–15	0.15–14	0.49–14	0.12–13	0.23–13	0.73–13	0.16–12	0.15–11	0.14–10	3
μ UMa	M0III	3.00	0.47–15	0.61–14	0.23–13	0.57–13	0.10–12	0.16–12	0.27–12	0.3–12	0.24–12	0.45–12	3
α UMa	K0IV	1.79	0.36–15	0.40–14	0.17–13	0.44–13	0.88–13	0.15–12	0.30–12	0.45–12	0.73–12	0.71–12	3
δ Tau	K0III	3.73	(0.76–16)	(0.61–15)	0.25–14	0.61–14	0.12–13	0.21–13	0.45–13	0.70–13	0.12–12	0.11–12	2
α Cass	K0II	2.47		0.29–14	(0.12–13)	0.30–13	0.60–13	0.10–12	0.20–12	0.30–12	0.39–12	0.39–12	1
α CMi	F5IV	0.34	0.41–15	0.36–14	0.16–13	0.46–13	0.10–12	0.19–12	0.45–12	0.77–12	0.28–11	0.19–11	3
β Cnc	K4III	3.53	(0.15–15)	(0.19–14)	0.76–14	0.23–13	0.43–13	0.61–13	0.99–13	0.13–12	0.15–12	0.20–12	2
η Boo	G0IV	2.70		0.49–15	0.22–14	0.63–14	0.13–13	0.24–13	0.58–13	0.10–12	0.32–12	0.22–12	2
α Boo	K2IIIp	−0.06		0.42–13	0.17–12	0.44–12	0.85–12	0.14–11	0.26–11	0.32–11	0.40–11	0.45–12	3
i Aur	K3II	2.70	0.68–15	0.50–14	0.20–13	0.48–13	0.93–13	0.15–12	0.26–12	0.36–12	0.32–12	0.51–12	3
α Aur	G8III+F	0.09	0.11–14	0.11–13	0.49–13	0.13–12	0.26–12	0.47–12	0.10–11	0.16–11	0.35–11	0.26–11	4
α Ari	K2III	1.99	(0.26–15)	(0.35–14)	0.15–13	0.38–13	0.78–13	0.13–12	0.26–12	0.40–12	0.61–12	0.59–12	4
γ Aql	K3III	2.64	(0.34–15)	(0.45–14)	0.18–13	0.46–13	0.88–13	0.14–12	0.25–12	0.33–12	0.33–12	0.45–12	3
γ And	K2III	2.30	(0.32–15)	(0.44–14)	0.18–13	0.45–13	0.87–13	0.14–12	0.27–12	0.40–12	0.46–12	0.56–12	3
β And	M0III	2.06	(0.11–14)	(0.13–13)	0.54–13	0.12–12	0.23–12	0.35–12	0.60–12	0.81–12	0.57–12	0.11–11	3

Spectrum	BC
G8III	(−0.12)
K0III	−0.28
K2III	−0.47
K3III	−0.50
K4III	−0.77
K5III	−0.98
K0II	−0.43
K3II	−0.85
M0III	−1.14
M2III	−1.52
M3III	−1.68
M4III	(−2.18)
M6111	(−2.68)
G0V	−0.06
G2V	−0.07
K0V	−0.08
K2V	−0.11
K7V	−0.87
M2V	−1.20
M5V	−2.35

Abstract

Cited By

Tables (3)

Equations (2)

Applied Optics