The Chemical Reaction in Silent Electric Discharge. I

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概要

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• 1. The ozone yield <I>Y</I> from oxygen gas in the silent electric discharge in a Siemens ozonizer is proportional to the pulse current which was measured from an oscillogram where <I>Y</I> is referred to τ=0 value. The proportionality is valid independent of the gap distance <I>d</I> between electrodes and the effective area <I>A</I> of electrodes.<BR>2. The above ozone yield <I>Y</I><SUB>i</SUB> which is referred to τ=0 and further to unit pulse current is proportional to <I>A</I>/<I>d</I>.<BR>3. The reason of the above relationship briefly discussed.

• 社団法人 日本化学会の論文

著者

• Morinaga Kihei

  Department of Chemistry Defense Academy

• Morinaga K.

  Department of Chemistry Defense Academy

• Suzuki Momotaro

  Department of Chemistry Defense Academy

関連論文

• The Reaction of Hydrogen and Oxygen through a Silent Electric Discharge. I. The Formation of Hydrogen Peroxide
• The Chemical Reaction in Silent Electric Discharge. I
• The Chemical Reaction in Silent Electric Discharge. III. The Effect of the Packings on Ozone Formation
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• UV absorption studies of the pyrolysis of isobutane in shock waves.
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• Further studies of the rate constant for chemical excitation of OH in shock waves.
• The transition to detonation from deflagration in ethylene-oxygen systems.
• Shock tube studies of the oxidation-of acetylene in fuel-rich mixtures.

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