TABLE II.

Lowest 200 vibrational energy levels (cm⁻¹) computed for ethylene oxide using HI-RRBPM, in comparison to literature values. We report the zero-point energy (ZPE) and differences between other levels and the ZPE. Parameters specifying calculations “A,” “B,” “C,” and “D” are in Table I. Wall times in this work were obtained using AMD Opteron 6386 SE processors running at 2.8 GHz; the number of processors used is shown in parentheses next to the wall time for each calculation.

	VMFCI	H-RRBPM	HI-RRBPM
Sym	(11 300)	E	A	B	C	D	Assignment
A1	12 463.65	12 461.86	12 461.90	12 461.81	12 461.70	12 461.65	ZPE
B2	793.37	793.29	793.33	793.12	793.14	793.10	${\nu }_{15}$
B1	822.75	822.10	822.17	822.16	822.03	822.00	${\nu }_{12}$
A1	879.04	878.40	878.45	878.47	878.36	878.33	${\nu }_5$
A2	1 018.96	1 017.68	1 017.83	1 017.64	1 017.56	1 017.49	${\nu }_8$
A1	1 122.96	1 122.11	1 122.25	1 121.80	1 121.99	1 121.94	${\nu }_4$
B1	1 125.18	1 124.65	1 124.63	1 124.14	1 124.41	1 124.37	${\nu }_{11}$
B2	1 147.09	1 146.44	1 146.38	1 146.13	1 146.22	1 146.19	${\nu }_{14}$
A2	1 149.02	1 148.64	1 148.61	1 148.35	1 148.45	1 148.40	${\nu }_7$
A1	1 271.50	1 271.12	1 271.25	1 271.24	1 270.98	1 270.94	${\nu }_3$
B1	1 468.34	1 467.93	1 468.09	1 467.85	1 467.79	1 467.72	${\nu }_{10}$
A1	1 496.65	1 496.23	1 496.35	1 496.15	1 495.85	1 495.74	${\nu }_2$
A1	1 589.38	1 591.22	1 590.03	1 589.16	1 589.25	1 589.09	$2{\nu }_{15}$
A2	1 612.92	1 612.46	1 612.25	1 612.00	1 611.76	1 611.63	${\nu }_{15}+{\nu }_{12}$
A1	1 642.86	1 641.65	1 641.69	1 641.69	1 641.32	1 641.21	$2{\nu }_{12}$
B2	1 671.94	1 671.65	1 671.29	1 671.07	1 670.91	1 670.78	${\nu }_{15}+{\nu }_5$
B1	1 696.71	1 695.57	1 695.47	1 695.47	1 695.23	1 695.13	${\nu }_5+{\nu }_{12}$
A1	1 756.21	1 755.22	1 755.18	1 755.15	1 754.87	1 754.81	$2{\nu }_5$
B1	1 808.96	1 807.52	1 808.23	1 807.49	1 807.03	1 806.81	${\nu }_{15}+{\nu }_8$
B2	1 835.47	1 833.54	1 834.14	1 833.94	1 833.07	1 832.89	${\nu }_{12}+{\nu }_8$
A2	1 891.96	1 890.39	1 891.04	1 890.86	1 890.05	1 889.81	${\nu }_5+{\nu }_8$
A2	1 910.19	1 910.06	1 911.14	1 910.37	1 909.24	1 908.90	${\nu }_{15}+{\nu }_{11}$
B2	1 912.38	1 911.78	1 912.84	1 911.85	1 911.11	1 910.80	${\nu }_{15}+{\nu }_4$
B1	1 930.21	1 930.35	1 931.35	1 930.71	1 929.51	1 929.15	${\nu }_{15}+{\nu }_7$
A1	1 940.01	1 939.87	1 940.55	1 940.15	1 939.24	1 938.92	${\nu }_{15}+{\nu }_{14}$
B1	1 941.82	1 941.55	1 942.28	1 941.72	1 940.88	1 940.58	${\nu }_{12}+{\nu }_4$
A1	1 945.80	1 945.56	1 945.99	1 945.49	1 944.95	1 944.71	${\nu }_{12}+{\nu }_{11}$
A2	1 963.62	1 962.73	1 962.99	1 962.66	1 962.26	1 962.04	${\nu }_{12}+{\nu }_{14}$
B2	1 971.83	1 971.11	1 971.26	1 970.94	1 970.76	1 970.60	${\nu }_{12}+{\nu }_7$
A1	1 999.34	1 998.13	1 998.58	1 997.94	1 997.86	1 997.73	${\nu }_5+{\nu }_4$
B1	2 000.76	1 999.88	2 000.11	1 999.65	1 999.55	1 999.39	${\nu }_5+{\nu }_{11}$
B2	2 022.57	2 021.59	2 021.81	2 021.41	2 021.29	2 021.12	${\nu }_5+{\nu }_{14}$
A2	2 025.19	2 024.46	2 024.56	2 024.29	2 024.13	2 024.00	${\nu }_5+{\nu }_7$
A1	2 036.08	2 033.45	2 033.56	2 032.63	2 032.91	2 032.78	$2{\nu }_8$
B2	2 061.51	2 061.39	2 061.97	2 061.79	2 060.93	2 060.74	${\nu }_{15}+{\nu }_3$
B1	2 087.49	2 086.87	2 087.28	2 087.05	2 086.57	2 086.38	${\nu }_{12}+{\nu }_3$
A2	2 132.05	2 129.74	2 130.64	2 129.78	2 129.14	2 128.77	${\nu }_8+{\nu }_4$
B2	2 138.11	2 136.36	2 136.96	2 136.34	2 135.49	2 135.21	${\nu }_8+{\nu }_{11}$
A1	2 141.80	2 140.94	2 141.17	2 141.17	2 140.71	2 140.60	${\nu }_5+{\nu }_3$
B1	2 155.72	2 153.95	2 154.70	2 153.95	2 153.27	2 152.89	${\nu }_8+{\nu }_{14}$
A1	2 167.73	2 166.12	2 166.66	2 166.11	2 165.60	2 165.40	${\nu }_8+{\nu }_7$
A1	2 237.65	2 240.00	2 238.12	2 235.85	2 236.86	2 236.66	$2{\nu }_4$
B1	2 243.80	2 245.63	2 245.45	2 243.34	2 244.27	2 243.99	${\nu }_4+{\nu }_{11}$
A2	2 247.97	2 248.85	2 249.99	2 250.02	2 247.86	2 247.45	${\nu }_{15}+{\nu }_{10}$
A1	2 250.86	2 264.16	2 251.54	2 250.26	2 250.92	2 250.81	$2{\nu }_{11}$
B2	2 266.28	2 267.58	2 268.59	2 267.68	2 266.63	2 266.13	${\nu }_7+{\nu }_{11}$
B2	2 269.43	2 270.18	2 270.39	2 269.52	2 268.91	2 268.67	${\nu }_{14}+{\nu }_4$
A2	2 269.27	2 270.34	2 270.86	2 269.81	2 269.29	2 268.95	${\nu }_{14}+{\nu }_{11}$
A2	2 276.17	2 277.09	2 277.12	2 276.32	2 276.08	2 275.77	${\nu }_7+{\nu }_4$
B2	2 284.40	2 285.89	2 286.69	2 285.50	2 284.94	2 284.58	${\nu }_{15}+{\nu }_2$
A1	2 289.57	2 289.13	2 289.51	2 289.46	2 288.71	2 288.50	${\nu }_{12}+{\nu }_{10}$
A2	2 291.52	2 291.40	2 292.08	2 291.43	2 290.94	2 290.67	${\nu }_3+{\nu }_8$
A1	2 292.21	2 303.56	2 292.36	2 291.58	2 291.58	2 291.41	$2{\nu }_{14}$
B1	2 294.73	2 304.48	2 295.00	2 294.04	2 294.18	2 294.02	${\nu }_7+{\nu }_{14}$
A1	2 297.09	2 306.59	2 296.92	2 295.90	2 296.50	2 296.40	$2{\nu }_7$
B1	2 312.71	2 312.47	2 312.60	2 312.37	2 311.57	2 311.26	${\nu }_{12}+{\nu }_2$
B1	2 346.58	2 346.02	2 346.22	2 346.06	2 345.73	2 345.49	${\nu }_5+{\nu }_{10}$
A1	2 372.12	2 371.51	2 372.03	2 372.17	2 371.00	2 370.74	${\nu }_5+{\nu }_2$
B2	2 382.86	2 390.19	2 390.15	2 383.58	2 388.33	2 388.00	$3{\nu }_{15}$
A1	2 390.76	2 391.54	2 391.28	2 391.00	2 389.79	2 389.51	${\nu }_3+{\nu }_4$
B1	2 392.13	2 391.88	2 392.34	2 391.99	2 391.25	2 391.01	${\nu }_3+{\nu }_{11}$
B1	2 404.62	2 407.45	2 407.10	2 404.41	2 405.68	2 405.27	$2{\nu }_{15}+{\nu }_{12}$
B2	2 416.22	2 415.92	2 416.42	2 415.91	2 415.31	2 415.12	${\nu }_3+{\nu }_{14}$
A2	2 416.72	2 416.32	2 416.67	2 416.29	2 415.90	2 415.73	${\nu }_3+{\nu }_7$
B2	2 430.50	2 430.45	2 430.83	2 429.49	2 429.54	2 429.22	${\nu }_{15}+2{\nu }_{12}$
B1	2 460.42	2 459.56	2 462.70	2 458.49	2 460.17	2 458.83	$3{\nu }_{12}$
A1	2 467.01	2 469.86	2 474.80	2 466.65	2 469.33	2 468.36	$2{\nu }_{15}+{\nu }_5$
B2	2 483.52	2 482.81	2 483.24	2 482.63	2 482.29	2 482.05	${\nu }_{10}+{\nu }_8$
A2	2 486.14	2 485.88	2 486.99	2 485.04	2 485.10	2 484.74	${\nu }_{15}+{\nu }_5+{\nu }_{12}$
A2	2 510.34	2 509.13	2 510.00	2 509.34	2 508.45	2 507.98	${\nu }_2+{\nu }_8$
A1	2 512.47	2 512.05	2 516.28	2 510.75	2 515.86	2 513.46	${\nu }_5+2{\nu }_{12}$
A1	2 538.02	2 537.64	2 538.14	2 537.54	2 537.53	2 537.41	$2{\nu }_3$
B2	2 548.58	2 548.67	2 550.79	2 547.35	2 548.93	2 547.55	${\nu }_{15}+2{\nu }_5$
B1	2 569.28	2 568.81	2 569.65	2 567.58	2 568.29	2 567.33	$2{\nu }_5+{\nu }_{12}$
B1	2 585.75	2 585.35	2 586.12	2 585.36	2 584.71	2 584.32	${\nu }_{10}+{\nu }_4$
A1	2 589.46	2 589.29	2 590.03	2 589.20	2 588.64	2 588.24	${\nu }_{10}+{\nu }_{11}$
A2	2 599.54	2 602.32	2 603.66	2 603.79	2 597.83	2 597.09	$2{\nu }_{15}+{\nu }_8$
A2	2 601.69	2 603.45	2 605.07	2 604.55	2 600.79	2 600.34	${\nu }_{10}+{\nu }_{14}$
B2	2 603.53	2 604.07	2 605.83	2 605.62	2 602.61	2 602.28	${\nu }_{10}+{\nu }_7$
A1	2 615.39	2 615.80	2 618.38	2 617.91	2 614.57	2 613.87	${\nu }_2+{\nu }_4$
B1	2 618.85	2 618.52	2 619.63	2 619.49	2 617.66	2 617.02	${\nu }_2+{\nu }_{11}$
A1	2 621.28	2 620.48	2 622.40	2 622.03	2 618.87	2 618.09	${\nu }_{15}+{\nu }_{12}+{\nu }_8$
A1	2 631.55	2 630.68	2 633.22	2 629.95	2 631.75	2 630.88	$3{\nu }_5$
A2	2 643.15	2 643.17	2 644.20	2 643.53	2 642.36	2 641.75	${\nu }_2+{\nu }_7$
B2	2 643.48	2 643.50	2 644.61	2 644.14	2 642.46	2 641.91	${\nu }_2+{\nu }_{14}$
A2	2 650.27	2 647.84	2 649.26	2 649.22	2 646.86	2 646.24	$2{\nu }_{12}+{\nu }_8$
B1	2 680.29	2 679.77	2 682.25	2 680.35	2 678.79	2 677.43	${\nu }_{15}+{\nu }_5+{\nu }_8$
B1	2 697.64	2 700.08	2 705.69	2 701.16	2 697.39	2 696.02	$2{\nu }_{15}+{\nu }_{11}$
B2	2 704.29	2 702.16	2 706.41	2 703.29	2 702.57	2 701.38	${\nu }_5+{\nu }_{12}+{\nu }_8$
A1	2 703.48	2 705.90	2 711.34	2 705.45	2 703.02	2 701.69	$2{\nu }_{15}+{\nu }_4$
A2	2 715.21	2 717.83	2 723.95	2 718.84	2 714.95	2 713.94	$2{\nu }_{15}+{\nu }_7$
B2	2 725.03	2 725.32	2 728.24	2 726.45	2 725.85	2 723.68	${\nu }_{15}+{\nu }_{12}+{\nu }_{11}$
A2	2 731.66	2 733.76	2 736.98	2 740.74	2 732.82	2 730.67	${\nu }_{15}+{\nu }_{12}+{\nu }_4$
B2	2 737.56	2 740.10	2 739.17	2 742.98	2 738.47	2 736.72	$2{\nu }_{15}+{\nu }_{14}$
B1	2 737.96	2 741.18	2 742.30	2 743.73	2 738.73	2 737.37	${\nu }_{10}+{\nu }_3$
A1	2 747.23	2 747.36	2 750.19	2 748.31	2 745.92	2 744.96	${\nu }_{15}+{\nu }_{12}+{\nu }_7$
B1	2 754.35	2 754.49	2 756.90	2 755.04	2 754.29	2 752.71	${\nu }_{15}+{\nu }_{12}+{\nu }_{14}$
A1	2 760.02	2 760.53	2 764.07	2 766.04	2 759.13	2 758.29	$2{\nu }_{12}+{\nu }_4$
A2	2 763.83	2 762.10	2 766.10	2 768.07	2 762.02	2 761.35	$2{\nu }_5+{\nu }_8$
B1	2 763.28	2 762.62	2 768.07	2 769.23	2 762.23	2 761.37	$2{\nu }_{12}+{\nu }_{11}$
A1	2 764.81	2 767.68	2 769.24	2 771.66	2 764.35	2 763.88	${\nu }_2+{\nu }_3$
B2	2 778.08	2 776.81	2 780.87	2 777.59	2 777.14	2 775.59	$2{\nu }_{12}+{\nu }_{14}$
A2	2 786.85	2 786.84	2 790.83	2 788.64	2 786.73	2 787.72	${\nu }_{15}+{\nu }_5+{\nu }_{11}$
B2	2 788.85	2 788.26	2 796.66	2 789.21	2 788.06	2 788.41	${\nu }_{15}+{\nu }_5+{\nu }_4$
A2	2 792.07	2 790.87	2 797.51	2 791.27	2 791.19	2 790.40	$2{\nu }_{12}+{\nu }_7$
B1	2 805.89	2 805.94	2 809.71	2 806.50	2 807.43	2 809.98	${\nu }_{15}+{\nu }_5+{\nu }_7$
A1	2 813.86	2 813.77	2 819.22	2 814.90	2 813.63	2 813.50	${\nu }_5+{\nu }_{12}+{\nu }_{11}$
A1	2 818.25	2 815.50	2 825.73	2 816.01	2 818.17	2 817.12	${\nu }_{15}+{\nu }_5+{\nu }_{14}$
B2	2 822.93	2 818.40	2 827.82	2 823.13	2 819.09	2 817.46	${\nu }_{15}+2{\nu }_8$
B1	2 815.20	2 819.35	2 829.39	2 825.22	2 819.29	2 817.70	${\nu }_5+{\nu }_{12}+{\nu }_4$
A2	2 834.86	2 833.72	2 835.65	2 833.99	2 836.82	2 834.71	${\nu }_5+{\nu }_{12}+{\nu }_{14}$
B2	2 843.35	2 842.21	2 842.55	2 842.08	2 842.96	2 842.15	${\nu }_5+{\nu }_{12}+{\nu }_7$
B1	2 847.79	2 843.25	2 846.56	2 843.66	2 843.22	2 842.50	${\nu }_{12}+2{\nu }_8$
A1	2 854.33	2 857.47	2 860.43	2 855.60	2 854.13	2 853.47	$2{\nu }_{15}+{\nu }_3$
A1	2 874.30	2 873.13	2 873.70	2 872.71	2 872.86	2 873.05	$2{\nu }_5+{\nu }_4$
B1	2 874.81	2 873.68	2 876.64	2 873.62	2 874.94	2 873.88	$2{\nu }_5+{\nu }_{11}$
A2	2 874.44	2 874.70	2 881.14	2 875.07	2 877.18	2 874.54	${\nu }_{15}+{\nu }_{12}+{\nu }_3$
B2	2 896.62	2 895.28	2 896.07	2 895.14	2 896.86	2 895.89	$2{\nu }_5+{\nu }_{14}$
A2	2 899.84	2 898.63	2 899.91	2 898.61	2 899.15	2 898.62	$2{\nu }_5+{\nu }_7$
A1	2 905.43	2 902.37	2 909.54	2 905.60	2 903.43	2 901.60	${\nu }_5+2{\nu }_8$
A1	2 902.67	2 903.39	2 910.83	2 906.85	2 904.43	2 902.18	$2{\nu }_{12}+{\nu }_3$
B1	2 910.86	2 912.48	2 914.20	2 911.25	2 911.59	2 911.04	${\nu }_9$
A1	2 924.52	2 920.93	2 923.38	2 919.09	2 920.15	2 917.53	${\nu }_{15}+{\nu }_8+{\nu }_{11}$
B1	2 922.14	2 921.36	2 926.79	2 922.83	2 920.65	2 917.90	${\nu }_{15}+{\nu }_8+{\nu }_4$
A1	2 916.69	2 926.67	2 935.38	2 934.52	2 924.13	2 923.02	${\nu }_1$
B2	2 931.82	2 932.42	2 935.86	2 936.10	2 934.55	2 932.84	${\nu }_{15}+{\nu }_5+{\nu }_3$
B2	2 941.73	2 940.11	2 950.85	2 943.66	2 941.12	2 937.33	${\nu }_{12}+{\nu }_8+{\nu }_4$
A2	2 946.78	2 945.96	2 955.31	2 951.28	2 945.16	2 942.52	${\nu }_{15}+{\nu }_8+{\nu }_{14}$
B2	2 951.93	2 951.19	2 962.41	2 955.61	2 952.43	2 949.06	${\nu }_{15}+{\nu }_8+{\nu }_7$
A2	2 954.90	2 953.39	2 965.66	2 957.53	2 955.04	2 951.56	${\nu }_{12}+{\nu }_8+{\nu }_{11}$
B1	2 954.55	2 954.67	2 969.82	2 961.09	2 956.24	2 954.44	${\nu }_5+{\nu }_{12}+{\nu }_3$
A1	2 956.38	2 960.45	2 978.82	2 961.70	2 959.84	2 958.32	$2{\nu }_{10}$
A1	2 971.25	2 970.19	2 983.78	2 973.70	2 968.63	2 967.45	${\nu }_{12}+{\nu }_8+{\nu }_{14}$
B1	2 985.81	2 982.90	2 985.47	2 983.69	2 983.87	2 981.94	${\nu }_{12}+{\nu }_8+{\nu }_7$
B1	2 993.97	2 998.85	3 000.54	2 997.51	2 996.59	2 995.63	${\nu }_2+{\nu }_{10}$
A2	3 005.26	3 001.73	3 013.90	3 003.92	3 001.69	3 000.44	${\nu }_5+{\nu }_8+{\nu }_4$
A1	3 000.08	3 005.90	3 018.92	3 004.68	3 003.65	3 002.34	$2{\nu }_2$
B2	3 009.46	3 007.93	3 028.11	3 016.14	3 009.29	3 006.30	${\nu }_5+{\nu }_8+{\nu }_{11}$
A1	3 011.16	3 011.64	3 032.55	3 019.18	3 010.24	3 009.47	$2{\nu }_5+{\nu }_3$
B2	3 020.67	3 025.57	3 033.22	3 024.71	3 022.80	3 020.05	${\nu }_{15}+2{\nu }_{11}$a
B1	3 028.81	3 026.66	3 035.05	3 028.56	3 026.25	3 024.79	${\nu }_5+{\nu }_8+{\nu }_{14}$
A2	3 027.65	3 029.99	3 042.77	3 030.02	3 026.98	3 025.44	${\nu }_{15}+{\nu }_4+{\nu }_{11}$
A2	3 029.75	3 031.89	3 045.47	3 032.13	3 028.75	3 027.95	${\nu }_6$
B2	3 035.82	3 037.35	3 047.57	3 035.91	3 037.58	3 033.86	${\nu }_{15}+2{\nu }_4$a
A1	3 039.04	3 041.79	3 049.07	3 039.54	3 039.05	3 035.70	${\nu }_5+{\nu }_8+{\nu }_7$
B1	3 038.05	3 043.43	3 052.84	3 046.25	3 040.13	3 038.36	$2{\nu }_{15}+{\nu }_{10}$
B2	3 041.99	3 046.18	3 056.30	3 046.47	3 041.32	3 040.21	${\nu }_{13}$
B1	3 049.21	3 052.14	3 059.30	3 048.02	3 049.66	3 048.42	${\nu }_{12}+2{\nu }_{11}$b
A1	3 047.88	3 054.71	3 061.21	3 050.41	3 050.54	3 048.70	${\nu }_{15}+{\nu }_7+{\nu }_{11}$
A2	3 055.15	3 054.90	3 069.00	3 055.09	3 052.21	3 048.87	$3{\nu }_8$
B1	3 055.92	3 059.55	3 070.07	3 059.59	3 058.91	3 057.21	${\nu }_{15}+{\nu }_{14}+{\nu }_{11}$
A1	3 057.68	3 061.32	3 071.45	3 061.04	3 061.71	3 060.39	${\nu }_{12}+{\nu }_4+{\nu }_{11}$
A1	3 061.06	3 065.37	3 077.15	3 069.47	3 066.80	3 061.69	${\nu }_{15}+{\nu }_{14}+{\nu }_4$
B1	3 064.98	3 069.01	3 079.92	3 074.17	3 069.46	3 066.08	${\nu }_{15}+{\nu }_7+{\nu }_4$
B2	3 066.76	3 069.52	3 081.24	3 076.92	3 071.96	3 066.94	${\nu }_{15}+{\nu }_{12}+{\nu }_{10}$
B1	3 069.49	3 079.01	3 085.87	3 077.25	3 073.61	3 069.95	${\nu }_{12}+2{\nu }_4$b
A1	3 068.03	3 079.80	3 087.90	3 079.26	3 075.33	3 071.18	$2{\nu }_{15}+{\nu }_2$
B2	3 073.86	3 082.54	3 091.53	3 084.88	3 075.83	3 072.99	${\nu }_{15}+2{\nu }_{14}$c
A2	3 073.86	3 084.47	3 093.22	3 086.12	3 079.16	3 074.73	${\nu }_{12}+{\nu }_{14}+{\nu }_4$d
B1	3 078.94	3 084.85	3 096.10	3 090.57	3 084.71	3 079.51	${\nu }_{15}+{\nu }_3+{\nu }_8$
B2	3 084.92	3 087.10	3 100.08	3 090.96	3 087.53	3 084.54	${\nu }_{12}+{\nu }_{14}+{\nu }_{11}$
A2	3 084.02	3 089.09	3 101.81	3 094.57	3 088.76	3 085.65	${\nu }_{15}+{\nu }_{12}+{\nu }_2$
A2	3 087.97	3 095.81	3 109.45	3 096.20	3 091.32	3 088.11	${\nu }_{15}+{\nu }_7+{\nu }_{14}$
B2	3 089.06	3 099.08	3 110.45	3 098.78	3 095.50	3 088.58	${\nu }_{15}+2{\nu }_7$c
B2	3 096.23	3 100.35	3 114.11	3 102.13	3 103.41	3 098.61	${\nu }_{12}+{\nu }_7+{\nu }_4$
A2	3 102.56	3 105.14	3 120.94	3 104.78	3 105.01	3 102.95	${\nu }_{12}+{\nu }_7+{\nu }_{11}$
B2	3 104.44	3 105.55	3 125.34	3 106.60	3 107.51	3 103.16	${\nu }_{12}+{\nu }_3+{\nu }_8$
B1	3 105.97	3 108.65	3 127.67	3 106.91	3 110.65	3 104.30	${\nu }_{12}+2{\nu }_{14}$
B1	3 109.55	3 114.93	3 128.20	3 110.84	3 111.75	3 109.15	$2{\nu }_{12}+{\nu }_{10}$
A1	3 116.35	3 116.00	3 129.81	3 114.59	3 115.43	3 112.80	${\nu }_5+2{\nu }_{11}$e
A1	3 112.92	3 120.45	3 131.77	3 115.53	3 120.70	3 115.58	${\nu }_{12}+{\nu }_7+{\nu }_{14}$
B1	3 118.38	3 122.67	3 132.70	3 120.44	3 122.67	3 119.83	${\nu }_5+{\nu }_4+{\nu }_{11}$
B1	3 122.34	3 127.29	3 136.78	3 123.52	3 124.84	3 121.56	${\nu }_{12}+2{\nu }_7$
A1	3 127.59	3 129.90	3 139.27	3 124.07	3 131.31	3 125.67	${\nu }_5+2{\nu }_4$e
A2	3 126.44	3 130.56	3 140.66	3 130.28	3 132.82	3 125.96	${\nu }_{15}+{\nu }_5+{\nu }_{10}$
A1	3 129.22	3 139.09	3 151.45	3 132.42	3 136.56	3 127.61	$2{\nu }_{12}+{\nu }_2$
A1	3 146.79	3 139.62	3 152.82	3 139.95	3 142.00	3 134.62	$2{\nu }_8+{\nu }_4$
B2	3 143.48	3 142.25	3 155.87	3 143.02	3 143.03	3 141.97	${\nu }_5+{\nu }_7+{\nu }_{11}$
B2	3 146.04	3 143.82	3 156.69	3 145.39	3 145.07	3 142.77	${\nu }_5+{\nu }_{14}+{\nu }_4$
A2	3 143.09	3 145.01	3 162.41	3 147.67	3 153.11	3 143.98	${\nu }_5+{\nu }_{14}+{\nu }_{11}$
B1	3 156.68	3 146.79	3 164.03	3 149.10	3 153.84	3 146.30	$2{\nu }_8+{\nu }_{11}$
A2	3 153.20	3 152.25	3 174.43	3 152.83	3 161.45	3 154.15	${\nu }_5+{\nu }_7+{\nu }_4$
A2	3 159.94	3 158.81	3 175.98	3 160.48	3 161.79	3 160.67	${\nu }_5+{\nu }_3+{\nu }_8$
B2	3 160.91	3 162.78	3 176.97	3 165.42	3 164.62	3 162.47	${\nu }_{15}+{\nu }_5+{\nu }_2$
B2	3 170.99	3 163.26	3 178.24	3 168.26	3 166.98	3 163.50	$2{\nu }_8+{\nu }_{14}$
A1	3 163.64	3 164.91	3 182.14	3 168.38	3 167.78	3 163.70	${\nu }_5+{\nu }_{12}+{\nu }_{10}$
A1	3 168.19	3 176.05	3 185.42	3 171.97	3 169.85	3 164.77	${\nu }_5+2{\nu }_{14}$
B1	3 170.35	3 177.70	3 199.02	3 174.72	3 172.75	3 169.44	${\nu }_5+{\nu }_7+{\nu }_{14}$
A1	3 173.84	3 179.74	3 200.53	3 179.51	3 180.75	3 171.54	${\nu }_5+2{\nu }_7$
A1	3 174.28						$4{\nu }_{15}$
A2	3 175.82	3 180.48	3 202.69	3 181.47	3 180.89	3 175.51	${\nu }_{15}+{\nu }_3+{\nu }_{11}$
B2	3 179.58	3 181.53	3 204.69	3 186.16	3 184.78	3 179.51	${\nu }_{15}+{\nu }_3+{\nu }_4$
A2	3 190.21	3 181.70	3 211.72	3 190.70	3 186.92	3 182.09	$2{\nu }_8+{\nu }_7$
B1	3 186.27	3 186.81	3 213.07	3 192.41	3 190.88	3 189.11	${\nu }_5+{\nu }_{12}+{\nu }_2$
A2	3 195.37						$3{\nu }_{15}+{\nu }_{12}$
B1	3 197.44	3 197.59	3 216.72	3 203.60	3 200.97	3 198.95	${\nu }_{15}+{\nu }_3+{\nu }_7$
A1	3 206.44	3 205.15	3 218.86	3 207.75	3 207.33	3 205.73	${\nu }_{12}+{\nu }_3+{\nu }_{11}$
B1	3 206.78	3 205.96	3 224.78	3 210.92	3 208.70	3 206.84	${\nu }_{12}+{\nu }_3+{\nu }_4$
A1	3 210.84	3 210.19	3 226.41	3 212.78	3 212.35	3 209.19	${\nu }_{15}+{\nu }_3+{\nu }_{14}$
B1	3 223.58	3 222.74	3 237.39	3 222.90	3 228.31	3 225.03	$2{\nu }_5+{\nu }_{10}$
A2	3 229.36	3 226.46	3 245.47	3 227.28	3 235.14	3 227.09	${\nu }_{12}+{\nu }_3+{\nu }_{14}$
B2	3 235.64	3 232.63	3 251.72	3 232.82	3 241.80	3 235.46	${\nu }_{12}+{\nu }_3+{\nu }_7$
	512	6.1	3.2	3.9	9.2	14.6	Memory (GB)
	4.6 d (32)f	14 d (63)	12 h (32)	53 h (28)	3.5 d (32)	8.7 d (32)	CPU time

^aBoth levels assigned to ${\nu }_{15}+2{\nu }_4$ in VMFCI.

^bThese assignments are inverted in VMFCI relative to the HI-RRBPM assignment.

^cThese assignments are inverted in VMFCI relative to the HI-RRBPM assignment.

^dAssigned to ${\nu }_{15}+{\nu }_7+{\nu }_{14}$ in VMFCI.

^eThese assignments are inverted in VMFCI relative to the HI-RRBPM assignment.

^fVMFCI calculations performed on Intel E5-4650L processors (2.60 GHz).