The recombiner comprises a housing which determines a longitudinal direction for a throughflow and which has at least one opening at each end respectively, in the longitudinal direction, and at least one catalyst element, which is situated in the housing.

The invention relates to a recombiner for eliminating hydrogen from atmospheres created as a result of malfunctioning.

Said recombiner further comprises at least one catalyst element (11) arranged inside the housing (10).

The system may also usiethe recombiner to allow light having a first polarization to pass.

The invention relates to a catalyst element for a recombiner for eliminating hydrogen from atmospheres created as a result of malfunctioning.

To this end, the catalyst element is provided with a flat base body (2) which is arranged inside the flow area of the recombiner.

The recombinator is configured to react the hydrogen gas and the halogen using the catalyst to form a hydrogen-halogen compound.

The bit spreader and recombiner may be arranged on the switch card or at the source and destination interfaces respectively.

To this end, the inventive recombiner (2) is characterised in that the recombination device carries a screen element (5).

The recombiner (80) to convert light of a second polarization to light having the first polarization and letting converted light pass to an LCD image panel.

A polarization-selective/beam analyzer/recombiner (71) receives the recombined blue and green beam (90) and recombines it with the red beam (89).

The invention relates to a recombiner (1) comprising a recombination device (2) for the catalytic recombination of hydrogen and oxygen created in accumulators to form water.

A dichroic beam recombiner (69) receives the modulated blue and green beams, and recombines them into a combined blue and green color image carrying beam (90).

A recombiner (250) is configured to receive the N output vectors and to recombine at least the N output vectors in sequence to form an output signal.

A Y vector component inverter (28) longitudinally symmetrical with the X axis lies parallel to and between the deflector/recombiner and the X and Z inverter.