| 摘要 |
<p>The glazing (1) comprises a first transparent support layer (11), an active layer (14) in a luminescent material, a reflective structure (13) such as a mirror placed between the first support layer and the active layer, two mirror layers, and a second transparent support layer (12). The luminescent material is excited by an excitation wavelength. The reflective structure is centered on a wavelength corresponding to a wavelength emitted by the luminescent material and corresponding to the excitation wavelength, and is centered on an intermediate wavelength. The glazing (1) comprises a first transparent support layer (11), an active layer (14) in a luminescent material, a reflective structure (13) such as a mirror placed between the first support layer and the active layer, two mirror layers, and a second transparent support layer (12). The luminescent material is excited by an excitation wavelength. The reflective structure is centered on a wavelength corresponding to a wavelength emitted by the luminescent material and corresponding to the excitation wavelength, and is centered on an intermediate wavelength between the wavelength emitted by the luminescent material and the excitation wavelength. The excitation wavelength corresponds to an UV radiation. The first mirror layer is centered on a wavelength corresponding to the wavelength emitted by the luminescent material. The second mirror layer is centered on a wavelength corresponding to the excitation wavelength. The active layer and the reflective structure are interposed between the first and second support layers to form a laminated glazing. The first and second support layers are made of mineral glass. The reflective structure is carried out by depositing a reflective film by gluing on the first support layer and by depositing thin layers.</p> |
