@inproceedings{upm22781,
            year = {1974},
           title = {Overal reaction rate and stoichiometry for thermal decomposition of hydrazine},
         address = {Paris},
       booktitle = {Propri{\'e}t{\'e}s de l'hydrazine et ses applications comme source d'energie},
          author = {Juan Ram{\'o}n Sanmart{\'i}n Losada},
       publisher = {Centre  national d'{\'e}tudes spatiales},
             url = {http://oa.upm.es/22781/},
        abstract = {An asymptotic analys{\^i}s of the Eberstein-Glassman kinetic
mechanlsm for the thermal d{\'e}composition of hydrazine is carried out. It is shown that at temp{\'e}ratures near 800?K and near 1000?K,and for hydrazine molar fractions of the order of unity, 10-2 the entire kinetics reduces to a single, overall reaction.
Characteristic times for the chemical relaxation of ail
active, intermediate species produced in the d{\'e}composition, and for the overall reaction, are obtained. Explicit expressions for the overall reaction rate and stoichiometry are given as functions of temp{\'e}rature, total molar concentration (or pressure)and hydrazine molar fraction. Approximate, patched expressions can then be obtained for values of temp{\'e}rature and hydrazine molar fraction between 750 and 1000?K, and 1 and 10-3 respectively.}
}