Abstract: Post-mix burner and use of same for generating a flame curtain, the burner having a longitudinal central dividing wall (5) terminating in a wall head (7) towards the burner top (4), an oxidant inlet compartment (102) and an oxidant outlet compartment (103) on a first side of the central wall (5), a fuel inlet compartment (202) and a fuel outlet compartment on the opposite side of the central wall (5); the wall head (7) presenting a first set of oxidant outlet passages (107) and a second set of fuel outlet passages (207) terminating respectively in first oxidant ejection openings (100) and second fuel ejection openings (200) in an ejection surface (10) at the burner top (4), the oxidant and fuel ejection openings (100, 200) each extending in the longitudinal direction along the ejection surface (10).

Abstract: Method for processing at least one piece of data relating to a transportable cylinder of gas under pressure or a set of cylinders of this type (pallet of cylinders), characterized in that the said method comprises stages consisting in: transmitting a radio frequency signal containing the said data; receiving the said radio frequency signal and extracting the said data from it; measuring the strength of the signal received and deducing from this information about the location of the said cylinder or set of cylinders; and processing the said data as a function of the said location information, the said radio frequency signal being transmitted by an electronic module fitted to the cylinder or to equipment intended to be connected to the cylinder(s), including: a valve, a regulator, and/or a gas panel.

Abstract: A plasmagenic gas comprises a ternary mixture of helium, argon and hydrogen. The gas contains less than 30% helium, at least 55% argon, and from 5.5 to 15% hydrogen. The gas is energized to form a plasma. A powder of a refractory or metallic material is introduced into the plasma.

Abstract: A plasmagenic gas comprising a ternary mixture of helium, argon and hydrogen. The gas contains less than 30% helium, at least 55% argon, and from 5.5 to 15% hydrogen. The gas is useful in a thermal treatment process, such as the plasma projection of a refractory or metallic material.

Abstract: Heat-treatment device which includes a cooling unit comprising delivery nozzles which deliver at least one coolant, characterized in that it furthermore comprises a shielding element designed so as to maintain a gaseous shielding atmosphere around at least part of the delivery nozzles.