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Morgan (Kinema Research & Software)

PERMLINK: www.lxcat.net/Morgan

DESCRIPTION: Assembled over the course of 30 years WL Morgan and suitable for use with 2-term Boltzmann solvers.

CONTACT: W. Lowell Morgan, Kinema Research & Software

SCATTERING CROSS SECTIONS

Species: e + Ar [4], C [4], C2H2 [8], C2H4 [7], C2H6 [7], C3H8 [7], CF4 [7], CH [3], CH2 [3], CH3 [3], CH4 [11], Cl2 [7], CO [18], CO2 [13], F2 [11], H [4], H2 {3} « H2 [17], H2(p) [2], H2(s) [2] », H2O [10], HCl [8], He [4], Kr [4], N [2], N2 [25], N2(a) [4], Ne [4], NH3 [8], NO [10], O [5], O2 {3} « O2 [18], O2(a1D) [4], O2(B1S) [4] », O3 [4], SF6 [9], SiH4 [7], Xe [4], O^- [2]

Updates: 2010-06-15 … 2019-07-03

Downloads: 64005 times from 2010-11-02

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Data Group [H2]: CAR:
7.35e-3 0.586 0 .
These cross sections are the same as those compiled by Phelps with two exception : (1) the rotational excitation suggested by Morgan is lower than that of Phelps and (2) We have added the Phelps' data for the 13.86 eV excitation process to the Morgan database. Morgan's original data didn't include the 13.86 eV excitation process.

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e / H2

Effective E + H2 → E + H2 (m/M = 0.000272, complete set) | Updated: 6 June 2011.
Excitation E + H2 → E + H2(j0-2)(0.044eV) (E = 0.044 eV, complete set) | H2j02, Rotational Excitation j=0->2. Updated: 8 July 2010.
Excitation E + H2 → E + H2(j1-3)(0.073ev) (E = 0.073 eV, complete set) | H2j13, Rotational Excitation, j=1->3. Updated: 2 July 2010.
Excitation E + H2 → E + H2(V1)(0.516eV) (E = 0.516 eV, complete set) | H2v01, Vibrational Excitation. Updated: 2 July 2010.
Excitation E + H2 → E + H2(V2)(1.00eV) (E = 1 eV, complete set) | H2v02, VIBEXC. Updated: 2 July 2010.
Excitation E + H2 → E + H2(V3)(1.5eV) (E = 1.5 eV, complete set) | H2v03, VIBEXC. Updated: 2 July 2010.
Excitation E + H2 → E + H2(B3SIGMA)(8.9eV) (E = 8.9 eV, complete set) | H+H H2_EXC_8.9 B[3]sigma. Updated: 2 July 2010.
Excitation E + H2 → E + H2(B1SIGMA)(11.3eV) (E = 11.3 eV, complete set) | B1S H2_EXC_11.3 B[1]sigma. Updated: 2 July 2010.
Excitation E + H2 → E + H2(C3PI)(11.75eV) (E = 11.75 eV, complete set) | C3P H2_EXC_11.75 C[3]pi. Updated: 2 July 2010.
Excitation E + H2 → E + H2(A3SIGMA)(11.80eV) (E = 11.8 eV, complete set) | a3S H2_EXC_11.8 A[3]sigma. Updated: 2 July 2010.
Excitation E + H2 → E + H2(C1PI)(12.40eV) (E = 12.4 eV, complete set) | C1P H2_EXC_12.4 C[1]pi. Updated: 2 July 2010.
Excitation E + H2 → E + H2(G1SIG)(13.86eV) (E = 13.86 eV, complete set) | H2 G1SIG V = 2 Excitation (DAY, ANDERSON AND SHARPTON, 79). Updated: 29 September 2010.
Excitation E + H2 → E + H2(D3PI)(14.0eV) (E = 14 eV, complete set) | d3P H2_EXC_14.0 D[3]pi. Updated: 2 July 2010.
Excitation E + H2 → E + H2*(15.00eV) (E = 15 eV, complete set) | H(n=2) H2_DISEXC_15.0 H(n=2). Updated: 2 July 2010.
Excitation E + H2 → E + H2(Rydberg)(15.20eV) (E = 15.2 eV, complete set) | Ryd H2_EXC_15.2 Rydberg. Updated: 2 July 2010.
Excitation E + H2 → E + H2*(16.60eV) (E = 16.6 eV, complete set) | H(n=3) H2_DISEXC_16.6 H(n=3). Updated: 2 July 2010.
Ionization E + H2 → E + E + H2⁺ (E = 15.4 eV, complete set) | H2+ H2_ION. Updated: 2 July 2010.

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