index descriptor [units, if applicable]: short description of descriptor 0 dimensions: 2 if 2D-layered structure, 3 if 3D structure 1 bond type: amide, amine, imine, CC, or mixed 2 name: ID of the structure in the database 3 void fraction [widom]: He void fraction of framework from Widom insertions 4 supercell volume [A^3]: volume of the simulation supercell 5 density [kg/m^3]: framework density 6 heat desorption high P [kJ/mol]: methane heat of desorption from GCMC simulations at 65 bar 7 heat desorption error high P [kJ/mol]: standard error in the methane heat of desorption from GCMC simulations at 65 bar 8 absolute methane uptake high P [molec/unit cell]: absolute methane uptake from GCMC simulations at 65 bar 9 absolute methane uptake error high P [molec/unit cell]: standard error in the absolute methane uptake from GCMC simulations at 65 bar 10 absolute methane uptake high P [mol/kg]: absolute methane uptake from GCMC simulations at 65 bar 11 absolute methane uptake error high P [mol/kg]: standard error in the absolute methane uptake from GCMC simulations at 65 bar 12 excess methane uptake high P [molec/unit cell]: excess methane uptake from GCMC simulations at 65 bar 13 excess methane uptake error high P [molec/unit cell]: standard error in the excess methane uptake from GCMC simulations at 65 bar 14 excess methane uptake high P [mol/kg]: excess methane uptake from GCMC simulations at 65 bar 15 excess methane uptake error high P [mol/kg]: standard error in the excess methane uptake from GCMC simulations at 65 bar 16 heat desorption low P [kJ/mol]: methane heat of desorption from GCMC simulations at 5.8 bar 17 heat desorption error low P [kJ/mol]: standard error in the methane heat of desorption from GCMC simulations at 5.8 bar 18 absolute methane uptake low P [molec/unit cell]: absolute methane uptake from GCMC simulations at 5.8 bar 19 absolute methane uptake error low P [molec/unit cell]: standard error in the absolute methane uptake from GCMC simulations at 5.8 bar 20 absolute methane uptake low P [mol/kg]: absolute methane uptake from GCMC simulations at 5.8 bar 21 absolute methane uptake error low P [mol/kg]: standard error in the absolute methane uptake from GCMC simulations at 5.8 bar 22 excess methane uptake low P [molec/unit cell]: excess methane uptake from GCMC simulations at 5.8 bar 23 excess methane uptake error low P [molec/unit cell]: standard error in the excess methane uptake from GCMC simulations at 5.8 bar 24 excess methane uptake low P [mol/kg]: excess methane uptake from GCMC simulations at 5.8 bar 25 excess methane uptake error low P [mol/kg]: standard error in the excess methane uptake from GCMC simulations at 5.8 bar 26 surface area [m^2/g]: accessible surface area to a methane sized probe 27 deliverable capacity [v STP/v]: (absolute methane uptake high P [v STP/v]) - (absolute methane uptake low P[v STP/v]) 28 linkerA: first linker used to assemble the framework (typically higher in symmetry than linkerB) 29 linkerB: second linker used to assemble the framework 30 net: topological net that linkers are assembled in 31 cell_a [A]: lattice vector |a| 32 cell_b [A]: lattice vector |b| 33 cell_c [A]: lattice vector |c| 34 alpha [deg]: lattice angle alpha 35 beta [deg]: lattice angle beta 36 gamma [deg]: lattice angle gamma 37 chemical formula: chemical formula of the structure 38 num carbon: number of carbon atoms in the unit cell 39 num fluorine: number of fluorine atoms in the unit cell 40 num hydrogen: number of hydrogen atoms in the unit cell 41 num nitrogen: number of nitrogen atoms in the unit cell 42 num oxygen: number of oxygen atoms in the unit cell 43 num sulfur: number of sulfur atoms in the unit cell 44 num silicon: number of silicon atoms in the unit cell 45 vertices: number of unique vertices in net 46 edges: number of unique edges in net 47 genus: genus of net 48 largest included sphere diameter [A]: diameter of the largest sphere which can fit inside the framework 49 largest free sphere diameter [A]: diameter of the largest sphere which can percolate throughout the framework 50 largest included sphere along free sphere path diameter [A]: diameter of the largest sphere which both can fit inside the framework and is centered on a free sphere path (typically in between the diameters if the largest included sphere and the largest free sphere) 51 absolute methane uptake high P [v STP/v]: absolute methane uptake from GCMC simulations at 65 bar 52 absolute methane uptake low P [v STP/v]: absolute methane uptake from GCMC simulations at 5.8 bar