Vapor jet system enabling jetting for many seconds using multiple kinds of mutually insoluble liquid gases as fuel

A vapor jet system comprising:

• a single storage container;
• a separation wall positioned inside the single storage container;
• a first foam metal attached to an inner wall of the single storage container;
• a second foam metal attached to an inner wall of the single storage container, the second foam metal being separated from the first foam metal by the separation wall;
• a first liquid held by the first foam metal;
• a first vapor generated by vaporization of the first liquid in the single storage container;
• a second liquid held by the second foam metal;
• a second vapor generated by vaporization of the second liquid in the single storage container;
• a filter that prevents the passage of liquids;
• a jet orifice connected to a vapor passage connected to the single storage container;
• a jet control part;
• and
• a heater positioned at the single storage container, wherein
• the first liquid and the second liquid are mutually insoluble.

A vapor jet system comprising:

• a first storage container including an inner wall to which a foam metal is attached;
• a liquid held by the foam metal;
• a vapor generated by vaporization of the liquid in the first storage container;
• a second storage container;
• an inactive gas in the second storage container;
• a first filter that prevents the passage of liquids;
• a second filter that prevents the passage of liquids;
• a jet orifice connected to a vapor passage connecting to the first storage container and the second storage container;
• a jet control part;
• and
• a heater positioned at the first storage container, wherein
• the inactive gas has a composition different from the liquid.

A vapor jet system comprising:

• a single storage container;
• a separation wall positioned inside the single storage container;
• a foam metal attached to an inner wall of the single storage container;
• a liquid held by the foam metal;
• a vapor generated by vaporization of the liquid in the single storage container;
• an inactive gas in the single storage container;
• a filter that prevents the passage of liquids;
• a jet orifice connected to a vapor passage connecting to the single storage container;
• a jet control part;
• and
• a heater positioned at the single storage container, wherein
• the inactive gas has a composition different from the liquid.