Sodium Bicarbonate, Zinc Oxide, Copper Oxychloride, Copper Carbonate (dark-blue),Ĭopper Carbonate (green), Parlon, Calcium Silicide, Ammonium Dichromate, Ferric Ferrocyanide, Strontium Nitrate, Strontium Nitrate (hydrated), Strontium Peroxide, Strontium Chromate, HX-878, Castor Oil, EHA, DBP, IDP, Lecithin, PDMS, Nitronium Perchlorate, Iron Oxide (yellow), Copper Chromite,Ĭatocene, Ferrocene, Oxamide, Manganese Dioxide, Barium Nitrate, Barium Peroxide, HTPB, HTPB+Curative, CTPB, CTPB+Curative, PBAN, DER-332, DOA, DIBA, IPDI, PAPI-94, Isonate-143L, E744, HX-752, John DeMar added data for following species: boctane.Ĭorrected data for Eicosane (Paraffin) and Dotriacontane (Paraffin).Īdded data for the following species: ZnCL, ZnCL 2, ZnCL 2(a), ZnCL 2(L), ZnO, ZnO(a), ZnO(L), ZnS, ZnS(a), ZnS(b), Zn(OH) 2(a). boctane)Ĭombined different forms of the same solid species to improve the calculation of nozzle exit condition for reaction products with "liqud-solid" phase transition.Īdded data for the synthetic hydrocarbon fuel C 8H 14(L) - dicyclobutyl a.k.a. Updated heat of formation for C 8H 14(L) - dicyclobutyl (a.k.a. Nist webook pdma download#Thermodynamic data file from this site can be used with NASA CEA2 as well: just run CEA2 with updated file thermo.inp in order to obtain binary file thermo.lib, or download ready-to-use binary. Liquid with molecular weigth 136.23404 and heat of formation 133509.36 J/mol:Ĭ10H16(L) Synthine (aka syntin or sintin). For more details see "How to add new species into thermodynamic data library".įor example, the following data describes the fuel Synthine (C 10H 16), Heat of formation at standard conditions. The user can also define his/her own new propellant components, providing the proper chemical formula and The import of species from PROPEP database is also possible (see Thermodynamic Database Editor for more details). Third parties (note the copyright disclaimer in the header of the file). The user can incorporate into the library the species obtained from (Appendix A, p.73),Īs well as on the page NASA Glenn thermodynamic database. The format of the file is described in paper RP-1311-P2 by Gordon, S. With an embedded thermodynamic database editor, or in any text editor. The library is stored as ASCII file, that may be modified by the user either Oxygen (O 2), nitrogen tetra-oxide (N 2O 4), hydrogen peroxide (H 2O 2),Īnd other, as well as the data for numerous combustion product species. Unsymmetrical dimethyl hydrazine (UDMH, C 2H 8N 2), The library includes data for such propellant components as hydrogen (H 2), RP-1, RG-1, Synthine, Which contains data for both reaction products and reactants (propellant components). RPA utilizes expandable thermodynamic data library mainly based on
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