TH13108B - Method for introducing gas into a liquid - Google Patents

Abstract

DC60 (28/04/41) A method for introducing gas into a liquid. The gas is sprayed from a spear-like portion spaced above the liquid surface and directed from the spear-like portion to the liquid surface. The gas is preserved. The initial velocity of the main axis of ejection is largely its entire body. And was brought into that liquid Especially The gas stream is surrounded by things Encapsulated flames that fly from spear-like portions to the surface of the liquid surface, which shield them from the transport of gases surrounding the particular gas stream, is likely. There is a gas cavity in a liquid with a large diameter like a diameter. Medium of the gas stream, as well as the gas being sprayed out of the spear-like part One method for introducing gas into a liquid here is a stream. The gas is sprayed from a spear-like portion spaced above the liquid surface and directed from the spear-like portion to the liquid surface. The gas is reserved. The initial velocity of the main axis of ejection is largely its entire body. And was brought into that liquid Especially The gas stream was surrounded by things. Encapsulated flames that flow from spear-like portions toward the surface of the liquid face, which shielded the gases from the transport of gases surrounding the particular gas stream. It forms a gas cavity within a fluid with a large diameter like a diameter. The middle of the gas stream, as well as the gas being sprayed out of the spear-like part.

Claims (7)

1. A method for introducing the gas into a liquid pool consisting of (A) spraying of goggle from a spear-like section with a diverged / separated syringe with a slug diameter. Exit (d) and have the extremity spaced from the surface of the basin of Liquid and produces a gas current with the initial supersonic velocity of the main axis of ejecting motion as Beam at the time of spraying from the spear-like end (B), engulfing the gas stream with the less-speed flame-retaining enclosure of the gas stream, the passage of the gas stream from the distal end that resembles Spear-like to the surface of the liquid basin through a distance of at least 20d and the contact of the surface of the five liquid pools with supersonic gas streams of the core in And (C) the passage of the gas from the gas stream through the surface of the liquid basin and into the liquid basin. 2. The method of claim 1. Here, the gas is composed of Oxygen 3. The aforementioned method of claim 1 here, the gas is composed of nitrogen 4. the method of claim 1 here, the gas is composed of argon 5. the aforementioned method of claim 1 Here, gases are made up of carbon dioxide 6. Means of claim 1. Here, gases are composed of hydrogen 7. Means of claim 1. Here, gases are made of hydrocarbons 8. As mentioned in claim 1 here, the gas is made up of air 9. the aforementioned method of claim 1 here the liquid puddle is made up of molten metal 1 0. The method of claim 1 in Here the liquid puddle is made up of a liquid made up of water 1 1. The above method of claim 1 Here, the flame wrap extends from its extremity. A spear-like appearance towards the surface of the puddle 1 2. The above method of claim 1 consists of creating a gas hole within the basin. Liquid and surging with gas bubbles into that liquid from the said gas cavity 1. 3. The aforementioned method of claim 1 subsequently constituted by the formation of a light foam-like elf. The plumes of air bubbles rising within the liquid basin are made up of gases that pass through the pool of liquid 1. 4. The aforementioned method of claim 1 subsequently consists of forming a convex surface. In front of the liquid puddle by the action of a feather-light bubble of rising air bubbles. 5. Method of claim 1 Here, the gas is composed of oxygen, liquid puddle, molten metal. The outlet diameter of the muzzle is within the value range from 0.5-2.0 in, and the distance the gas current travels from the spear-like tip to the surface. In front of the liquid pool within the value range from 20d - 100d 1 6. Method of claim 1 Here, the gas is composed of argon, a liquid puddle made up of molten metal. The muzzle outlet diameter ranges from 0.5 to 2.0 inches and the distance the gas stream travels from the spear-like end. To the surface of the basin The liquid is within the range from 20d to 100d 1. 7. As mentioned in claim 1 here, the flame enclosure serves as an implicit heating function. Key into the volume above the surface of the fluid basin so that the spear-like portion does As a burner (burner)