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Preview	Issue Date	Title	Author(s)	Program	Calculation type	Method(s)	Basis Set	Energy	Solv.	Vibr.	Orb.
	13-Feb-2023	/base-driven_skeletal_rearrangements_/anion14 14_anion_C	Guo, Wentao	Gaussian; 16; ES64L-G16RevC.01	Geometry optimization Minimum	RPBE1PBE	DEF2SVP	-653.749053812; Eh
	13-Feb-2023	/base-driven_skeletal_rearrangements_/anion14 14_anion_D	Guo, Wentao	Gaussian; 16; ES64L-G16RevC.01	Geometry optimization Minimum	RPBE1PBE	DEF2SVP	-653.736090134; Eh
	13-Feb-2023	/base-driven_skeletal_rearrangements_/anion14 14_anion_E	Guo, Wentao	Gaussian; 16; ES64L-G16RevC.01	Geometry optimization Minimum	RPBE1PBE	DEF2SVP	-653.764605444; Eh
	13-Feb-2023	/base-driven_skeletal_rearrangements_/anion35 35_anion_A_a	Guo, Wentao	Gaussian; 16; ES64L-G16RevC.01	Geometry optimization Minimum	RPBE1PBE	DEF2SVP	-1282.31544109; Eh
	13-Feb-2023	/base-driven_skeletal_rearrangements_/anion35 35_anion_A_b	Guo, Wentao	Gaussian; 16; ES64L-G16RevC.01	Geometry optimization Minimum	RPBE1PBE	DEF2SVP	-1282.31438792; Eh
	13-Feb-2023	/base-driven_skeletal_rearrangements_/anion35 35_anion_B_a	Guo, Wentao	Gaussian; 16; ES64L-G16RevC.01	Geometry optimization Minimum	RPBE1PBE	DEF2SVP	-1282.32059248; Eh
	13-Feb-2023	/base-driven_skeletal_rearrangements_/anion35 35_anion_D_b	Guo, Wentao	Gaussian; 16; ES64L-G16RevC.01	Geometry optimization Minimum	RPBE1PBE	DEF2SVP	-1282.31098899; Eh
	13-Feb-2023	/base-driven_skeletal_rearrangements_/anion10 10	Guo, Wentao	Gaussian; 16; ES64L-G16RevC.01	Geometry optimization Minimum	RPBE1PBE	DEF2SVP	-654.277076908; Eh
	13-Feb-2023	/base-driven_skeletal_rearrangements_/anion35 35_anion_E_a	Guo, Wentao	Gaussian; 16; ES64L-G16RevC.01	Geometry optimization Minimum	RPBE1PBE	DEF2SVP	-1282.33861037; Eh
	13-Feb-2023	/base-driven_skeletal_rearrangements_/anion35 35_anion_E_b	Guo, Wentao	Gaussian; 16; ES64L-G16RevC.01	Geometry optimization Minimum	RPBE1PBE	DEF2SVP	-1282.33780172; Eh

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