Encyclopedia of Physical Science and Technology, Volume 3Academic Press, 1992 - Physical sciences |
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Page 642
... flame . For ex- perimental investigations of deflagrations , it is helpful to have a stationary rather than a propa- gating flame in the laboratory . This can be achieved by use of 1. a Bunsen burner , 2. a slot burner ( Bunsen - type ...
... flame . For ex- perimental investigations of deflagrations , it is helpful to have a stationary rather than a propa- gating flame in the laboratory . This can be achieved by use of 1. a Bunsen burner , 2. a slot burner ( Bunsen - type ...
Page 644
... flame by subtracting the expansion as- sociated with the density decrease across the flame . Use of Bunsen and slot burners involves small uncertainties in calculating the normal component of gas velocity from the observed flame shape ...
... flame by subtracting the expansion as- sociated with the density decrease across the flame . Use of Bunsen and slot burners involves small uncertainties in calculating the normal component of gas velocity from the observed flame shape ...
Page 651
... flame again can begin . The height at which the lifted flame begins - the liftoff height - in- creases approximately linearly with u . At a large enough exit velocity , the liftoff height is nearly equal to the flame height , and ...
... flame again can begin . The height at which the lifted flame begins - the liftoff height - in- creases approximately linearly with u . At a large enough exit velocity , the liftoff height is nearly equal to the flame height , and ...
Contents
Guide to Using the Encyclopedia ix Cloud Physics | 353 |
Coal Geology | 371 |
Celestial Mechanics 1 Colin R Ward | 409 |
Copyright | |
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Encyclopedia of Physical Science and Technology, Volume 3 Robert Allen Meyers No preview available - 1987 |
Common terms and phrases
antenna atoms barrier island baseband behavior binary capacitor carbon carrier cellular cellular automata ceramic charge chemical chemical kinetics circuit breaker cloud coal coefficient cogeneration cohesion parameters color combustion comet comet Halley cometary components cycle deflagration delta density developed dielectric diffusion distribution droplets dynamics electric electron elements energy equation example field filter frequency fuel function heat hydrogen hydrogen bonding increase inertinite input interaction layer linear liptinite liquid logistic map magnetic material measured mechanics ment modulation molecular molecules noise Oort cloud operation optical orbit output oxide particles phase phase space physical piezoelectric potential pressure produced properties ratio reaction resonance result sample satellite sediment shown in Fig signal solar solid solution solvent spacecraft spectra structure substrate sulfur surface TDMA temperature thermal tion transfer transition transmission ture values velocity vitrinite voltage wave