\u3cp\u3eNew designs are presented of backlight systems for transmissive and transflective LCD's based on stretched PET films with a well-defined micro-structure, which emit highly collimated or diffuse and linearly polarized light with a high efficiency. Moreover, edge-lit waveguide systems are discussed equipped slanted phase gratings which combine a range of desirable features such as a high transparency in direct view, a direct emission of light at normal angles to the plane of the waveguide and a purely unidirectional out-coupling of light towards the LCD-side. Moreover, these illumination systems emit colored, linearly polarized light which should contribute significantly to the energy efficiency of transmissive, transflective and ref...
A new polarized backlight system for liquid-crystal displays (LCDs) is presented in which one linear...
A new polarized backlight system for liquid-crystal displays (LCDs) is presented in which one linear...
A new polarized backlight system for liquid-crystal displays (LCDs) is presented in which one linear...
New designs are presented of backlight systems for transmissive and transflective LCD's based on str...
New designs are presented of backlight systems for transmissive and transflective LCD's based on str...
New designs are presented of backlight systems for transmissive and transflective LCD's based on str...
New designs are presented of backlight systems for transmissive and transflective LCD's based on str...
New designs of lightguide systems, which emit linear polarized light with a high efficiency for tran...
New designs of lightguide systems, which emit linear polarized light with a high efficiency for tran...
New designs of lightguide systems, which emit linear polarized light with a high efficiency for tran...
New designs of lightguide systems, which emit linear polarized light with a high efficiency for tran...
\u3cp\u3eA new polarized backlight system for liquid-crystal displays (LCDs) is presented in which o...
\u3cp\u3eTo improve the optical efficiency and to reduce the number of optical components of LCD bac...
A new polarized backlight system for liquid-crystal displays (LCDs) is presented in which one linear...
The light and energy-efficiency of classical liquid crystal displays is notoriously poor due to the ...
A new polarized backlight system for liquid-crystal displays (LCDs) is presented in which one linear...
A new polarized backlight system for liquid-crystal displays (LCDs) is presented in which one linear...
A new polarized backlight system for liquid-crystal displays (LCDs) is presented in which one linear...
New designs are presented of backlight systems for transmissive and transflective LCD's based on str...
New designs are presented of backlight systems for transmissive and transflective LCD's based on str...
New designs are presented of backlight systems for transmissive and transflective LCD's based on str...
New designs are presented of backlight systems for transmissive and transflective LCD's based on str...
New designs of lightguide systems, which emit linear polarized light with a high efficiency for tran...
New designs of lightguide systems, which emit linear polarized light with a high efficiency for tran...
New designs of lightguide systems, which emit linear polarized light with a high efficiency for tran...
New designs of lightguide systems, which emit linear polarized light with a high efficiency for tran...
\u3cp\u3eA new polarized backlight system for liquid-crystal displays (LCDs) is presented in which o...
\u3cp\u3eTo improve the optical efficiency and to reduce the number of optical components of LCD bac...
A new polarized backlight system for liquid-crystal displays (LCDs) is presented in which one linear...
The light and energy-efficiency of classical liquid crystal displays is notoriously poor due to the ...
A new polarized backlight system for liquid-crystal displays (LCDs) is presented in which one linear...
A new polarized backlight system for liquid-crystal displays (LCDs) is presented in which one linear...
A new polarized backlight system for liquid-crystal displays (LCDs) is presented in which one linear...