In this case, the electrical contact transition is produced thermally freely by means of a rivet (30) or crimping.

The addition of phosphate permits the mechanical resistance of casting moulds to be improved under high thermal stress.

The influencing circuit determines a thermal load as a function of at least one physical parameter for the integrated switching circuit.

This reduces thermal stresses on the housing (10) and ensures a more regular combustion of the unit (18).

Said operation leads to a lower thermal load of the semi-conductor module compared to prior art.

An improved immunoassay using total internal reflection and differential temperature cycling is further provided.

This leads to an instability of the connection during thermal or vibrational stress.

The inventive device reduces the thermal stress of the walls to a minimum, thereby making high exhaust recovery rates possible.

The cable harness (2) is used particularly in a thermally stressed environment for a motor vehicle.

Since the ceramic components (3) are soldered, the thermal loading thereof is small and shattering of the components (3) is improbable.

Often, for such arrangements, the problem of too great a thermal load on actuators in limited available installation space occurs.

At the same time, the propagation chamber (4) is filled with a vapour atmosphere that drastically reduces the thermal stresses to which the building structures are subjected.

The invention relates to a cooling element, particularly for use in walls of furnaces that are subjected to high levels of thermal stress, and to a method for producing a cooling element.

It significantly reduces the thermal load on the cooling components and thus prevents premature wear.

The invention relates to a cooling air system for reducing the thermal stress on components in the turbine high-pressure area of gas turbines.