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Method of implementation of a matrix of components with quantum wells of the vertical structure 'all-optical'.

机译:具有垂直结构“全光学”的量子阱的组件矩阵的实现方法。

摘要

The invention relates to a method of implementation of a matrix of components with quantum wells of the vertical structure operating in "all-optical". & br / this method consists in that it is encapsulated in a negative dielectric layer (7) whose thickness is given by the bragg condition to the working wave length, a half - structure formed of a lower mirror (2), an active region (3) is partly covered by a self-alignment mask (4). It is treated thermally half - structure which is encapsulated in order to induce an interdiffusion of the alloy (9) in the uncovered portions of the active zone, and it covers the structure of one or more layers positive and negative (10, 11) so as to finish the top bragg mirror.
机译:本发明涉及一种具有在“全光学”中运行的垂直结构的量子阱的组分矩阵的实现方法。 &这种方法的特征在于,它被封装在负介电层(7)中,该负介电层的厚度由布拉格条件赋予工作波长,由下反射镜(2)形成的半结构,有源区( 3)被自动对准掩模(4)覆盖。经过热处理的半结构被封装,以便引起合金(9)在活性区的未覆盖部分相互扩散,并且覆盖了一层或多层正极和负极(10、11)的结构,因此作为完成顶部布拉格镜。

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