Abstract: A solar cell assembly including: a solar cell for generating electric power from sunlight; a cover glass for covering the solar cell; transparent shims, which are disposed between the solar cell and the cover glass at the points were the distance between the solar cell and the cover glass needs to be controlled, and form a space between the solar cell and the cover glass; and a transparent adhesive layer, which fills the space between the solar cell and the cover glass and has the thickness the same as that of the transparent shims.

Abstract: A solar cell assembly including: a solar cell for generating electric power from sunlight; a cover glass for covering the solar cell; transparent shims, which are disposed between the solar cell and the cover glass at the points were the distance between the solar cell and the cover glass needs to be controlled, and form a space between the solar cell and the cover glass; and a transparent adhesive layer, which fills the space between the solar cell and the cover glass and has the thickness the same as that of the transparent shims.

Abstract: According to an aspect of an embodiment of the present disclosure, there is provided a solar cell panel and a method for manufacturing the same. The solar cell panel comprises: a solar cell for generating electric power from sunlight; a coverglass for covering the solar cell; transparent shims, which are disposed between the solar cell and the coverglass at the points where the distance between the solar cell and the coverglass needs to be controlled, and form a space between the solar cell and the coverglass; and adhesive layer, which fills the space between the solar cell and the coverglass and has the thickness the same as that of the transparent shims.

Abstract: The features with size at least in one direction 1 ?m growth method was developed by modifying liquid phase epitaxy. Number of processes was developed where duration and amplitude of the cooling pulse at the substrate interface were chosen in order to form low-dimensional features before system return to the equilibrium condition. This method allows obtaining low-dimensional features with observed quantum effect such as quantum layers, dots and superlattices. The shape of the features strongly depends on substrate orientation, stress and growth conditions.