Page 153 - Mechanical Engineer's Data Handbook
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142                                                MECHANICAL ENGINEER’S DATA  HANDBOOK

              Combustion products (YO volume)




              Wet analysis                              b             h                n
                                      100:           100-           50 -            100-
                                        Y               Y             Y                Y
              Dry  analysis             a               b                              n
                                      100;           100 -          0               100-
                                                        X                              X



              Airfluel  ratiofrom the CO,  in the exhaust for
             fuel consisting of C and H, by weight

                    YOC   + 0.072 yo H ,
              R=2.4-
                   %CO,
              Ratio of carbon to hydrogen by massfiom the
              dry exhaust analysis

                 %C                      (%CO, + %CO+ %CH,)
              r=--   -
                %H,  (8.858 -0.422%C02 -0.255%CO + 0.245%CH4 +0.078%H, -0.422%0,)
                    r              100%
              %C=-     100%; %H,=-
                  (1 +r)           (1 +r)
              3.16.6   Liquid fuels of the type C#*O,

              Weak mixture

                     (32p + 8q - 16r)                n   En
              R, = 4.292                    x = p + 376-+-
                      (12p+q+16r)                   Ma  100
                                                 4
                                            y=x+-
                                                 2

             Combustion products (YO volume)

                          CO,                H2O                0,                 NZ

             Wet analysis                      4                En                 31 600n
                          l00P               50 -               -
                             Y                 Y                 Y                  Ms Y
             Dry  analysis                                      En                 31 600n
                          100                0                  -
                             X                                   X
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