Cross Sections for ¹⁵N(p, X)
(Current as of 09/08/2021)

NSR	Reaction	Ep (MeV)	Cross Section File	X4 Dataset	Date Added
1994OL08	1H(15N, α): σ of the ice target for initial charge states	≤ 6.5	+2, +4, calibration profile for the +2 charge state		04/30/2020
1990WA10	15N(p, n): σ	< 30		X4	04/26/2012
2012WIZX	15N(p, γ): deduced S-factor	0.01 - 10	S-factor		10/11/2017
1994JA16	1H(15N, αγ): reaction σ	≈ ER = 13.9 keV	1		04/30/2020
1982RE06	15N(p, α): σ	78 - 810 keV		X4	09/12/2011
1979ZY02	15N(p, α0): σ, deduced S-factor	93 - 418 keV		X4	09/12/2011
1952SC28	15N(p, α), (p, γ), (p, αγ): S-factor	98 - 1500 keV		X4	05/18/2017
2010LE21, 2013DE03	15N(p, γ): σ, S-factors	130 - 1800 keV		X4	05/01/2012 & 02/01/2016
2012IM02	15N(p, γ), (p, αγ): σ, S-factors	0.14 - 1.80		X4	02/01/2016
1960HE02	15N(p, γ): σ	150 - 650 keV		X4	05/18/2017
1974RO37	15N(p, γ), (p, αγ): σ	150 - 2500 keV		X4	09/12/2011
1968GO07	15N(p, α1γ): σ	0.4 - 1.9	θlab = 90°		11/01/2011
2003HU10	15N(p, pαγ): thick target 4.4-MeV γ-ray resonance yield	≈ 412 - 452 keV/nucleon	2.9 Torr, 5.7 Torr		04/30/2020
2005KU36	15N(p, αγ): γ-ray yield	~ 429, 897 keV		X4	05/01/2012
2010MA26	15N(p, α): γ-ray yield	430, 897 keV		X4	05/01/2012
1983LE25	15N(p, α), (p, p): σ	0.43, 0.9		X4	04/24/2012
2014ST14	15N(p, p): σcm	0.47 - 0.94	θcm = 180°		10/11/2017
2012DE06	15N(p, α), (p, p): σ	0.6 - 1.8		X4	02/01/2016
1992MA14	15N(p, αγ): γ yield	880 - 960 keV	normalized Fe, normalized C, from the tempered SG iron; normalized Fe, from the tempered SG iron; normalized C		07/22/2012
2021DE17	15N(p, α1γ): σ at θ =	0.88 - 4.0	0°, 45°, 90°		12/14/2021
1986ZI08	15N(p, αγ): σ	near 897 keV		X4	04/25/2012
2018WA03	15N(p, pγ): σ for Eγ = 4.4 MeV	near the region of ER = 897 keV	scan 1, scan 2		04/30/2020
2019GY03	15N(p, αγ): resonance yield	near the region of ER = 897 keV	1		05/18/2020
1969CL07	15N(p, αγ): σ	898 - 1640 keV	Eγ = 4.43 MeV		07/22/2012
1977BR32	15N(p, α0): total σ	0.9 - 1.25	1		11/01/2011
	15N(p, α1γ): total σ		1
1957BA03	15N(p, αγ): yield of 4.43-MeV γ-rays at θ = 0°	1.1 - 4.1	0.37% 15N, 99.63% 14N, 61% 15N, 39% 14N		07/22/2012
1961WO03	15N(p, n): σ	2 - 14		X4	05/18/2017
1977JA11	15N(p, α0): excitation function	2.50 - 5.14	θlab = 120°, θlab = 150°		11/08/2011
	15N(p, α1): excitation function		θlab = 120°, θlab = 150°
	15N(p, p): excitation function		θlab = 120°, θlab = 150°
1983SN03	15N(p, γ): σ at θγ = 90°	2.5 - 6.5	γ0, γ1+2, γ3+4		07/22/2012
	15N(p, αγ): σ at θγ = 90°		α1 + p1
	15N(p, γ): σ at θγ = 90°	5.5 - 9.5	γ0, γ1+2
	15N(p, αγ): σ at θγ = 90°		α1
	15N(p, pγ): σ at θγ = 90°		p1+2, p3
	15N(p, γ): σ at θγ = 90°	4.30 - 4.43 (the vicinity of 16.21 MeV state)	γ0, γ1+2, γ3+4
	15N(p, γ): σ at θγ = 90°	5.24 - 5.47 (the vicinity of 17.12 MeV state)	γ0, γ1+2, γ3+4
	15N(p, γ): σ at θγ = 90°	6.24 - 6.36 (the vicinity of 18.03 MeV 3- state)	γ0, γ1+2, γ3+4
	15N(p, αγ): σ at θγ = 90°		α1
	15N(p, pγ): σ at θγ = 90°		p1+2
	15N(p, γ): σ at θγ = 90°	7.25 - 7.4 (the vicinity of 18.98 MeV 4- state)	γ0, γ1+2, γ3+4
	15N(p, αγ): σ at θγ = 90°		α1
	15N(p, pγ): σ at θγ = 90°		p1+2, p3
1984DA18	15N(pol. p, p): σ	2.7 - 7		X4	09/12/2011
1978FR04	15N(p, p), (p, α): σ	2.88 - 3.64		X4	09/12/2011
1992MA22	15N(p, αγ): yield curve	2.9 - 3.35	1		07/31/2012
2000IG05	15N(p, α0): differential cross section at θα =	3.5 - 7.5	45°, 60°, 120°		09/18/2012
	15N(p, α1): differential cross section at θα =		45°, 60°
1983BY03	15N(pol. p, n): deduced σ	3.7 - 12		X4	04/24/2012
1984SA30, 1984SA33	15N(p, n): absolute σ	3.72 - 16.58		X4	04/25/2012
1972JE02	15N(p, n): reaction threshold	3.765 - 3.782	θ = 90°		11/01/2011
1968BA42	15N(p, n): absolute total σ	3.8 - 12	1	X4	03/02/2011
1979SN01	15N(pol. p, γ): σ	4 - 9		X4	09/12/2011
1970BA33	15N(p, γ): σ	4.1 - 12.8	γ0, γ1+2		07/31/2012
1981MU01	15N(p, n): deduced total σ	5.5 - 9.3		X4	09/12/2011
1977CH19	15N(p, γ): σ at θ = 90°	6 - 22	γ0, γ1+2		07/31/2012
	15N(p, γ): σ near ER = 20.43 MeV	8.4 - 9.6	θ = 90°, singles yield at θlab = 0°, γ-γ coincidence yield at θlab = 0°
1984RU07	1H(15N, αγ): thick target yield	6.1 - 6.7	100 nm thick Si oxide layer, ER = 6.385 MeV, ER = 13.351 MeV		04/30/2020
1983TR06	1H(15N, αγ): σ	6.3 - 6.5	thin target, thick target		05/04/2020
		13.2 - 13.6	thin target, thick target
1992FA04	1H(15N, αγ): excitation functions on Pt0.5Ni0.5(110)	6.37 - 6.41	insufficiently annealed, well annealed		05/04/2020
1974HA01	15N(p, γ): σ(E2)	8 - 16	1		11/01/2011
1971DR06	15N(p, p0): excitation function	8.5 - 11.5	θlab = 66.5°, θlab = 86.2°, θlab = 122°, θlab = 138.5°		11/01/2011
	15N(p, p1): excitation function		θlab = 40°, θlab = 86.2°, θlab = 122°, θlab = 138.5°
	15N(p, p2): excitation function		θlab = 40°, θlab = 86.2°, θlab = 122°, θlab = 138.5°
	15N(p, p3): excitation function		θlab = 86.2°, θlab = 122°, θlab = 138.5°
	15N(p, p): scattering chamber results at θlab = 86.2°		p0, p1+2, p3, p4, p5, p6
	15N(p, α): excitation function at θlab = 86.2°		α0, α1
1978CH09	15N(p, n): σ	8.5 - 19.0		X4	09/12/2011
1978OC01	15N(p, γ): σ	8.6 - 18.0		X4	09/12/2011
1981BY01	15N(p, n): σ	9.05 - 15.62		X4	09/12/2011
1987BA71	15N(p, γ): σ	10 - 17		X4	04/25/2012
1974CH37	15N(p, γ): σ	10 - 19.6	γ0, γ1 + γ2, γ2γ6.13		11/08/2011
1985SA35	15N(p, nα), (p, nd), (p, nt): absolute σ	12.55 - 29.78		X4	04/25/2012
1983AN12	15N(p, γ): differential σ at different θcm	18 - 40	Table I		07/31/2012
1980FA06	15N(p, p): σ	18.1 - 44.2		X4, see also X4 of (1980FA07)	09/12/2011
1971GU23	15N(p, α): σ	19 - 45		X4	09/12/2011
1974PI05	15N(p, t), (p, 3He): integrated σ from θlab = 12° - 126°	20 - 45	Table II		11/08/2011
1988HA04, 1989KA02	15N(p, γ): σ	20 - 100		X4	04/25/2012
The following references may be related but not included.
1967EA02, 1972HA52, 1977CA21, 1985KI07, 1987OS01, 2011MA09, 2012MRZZ

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Last modified: 14 December 2021