Sentence examples for more amorphous silicon from inspiring English sources

The larger pressed volume corresponds to the formation of more amorphous silicon and higher hillock.

High density of dangling bonds can cause much instability, facilitating the formation of more amorphous silicon and high hillock during nanoscratching.

Such instability provides an effective channel on the given silicon plane for the energy input, resulting in the formation of more amorphous silicon and higher hillock [17].

High density of dangling bonds can cause much instability, facilitating the formation of more amorphous silicon and high hillock during nanoscratching.  .

This phenomenon can be explained by more amorphous silicon (a-Si) is involved in precipitation and crystallization, as a result, higher crystallization volume of crystallized-Si can be achieved.

High density of dangling bonds can cause much instability of silicon surface during tip disturbing, which results in the formation of more amorphous silicon and high hillock during the friction process.

Spectrolab's three-layer films cost more to produce than amorphous silicon, but their superior efficiency justifies the use of concentrators, which focus the sun's energy onto a small area.

Our simulations show that for the textured heterojunction silicon solar cell, reflection losses are lower but parasitic absorption losses in the ITO and amorphous silicon layers play a more important role.

The polymer sail, which is the first of its kind, is just 0.0075mm thick and is partly covered with amorphous silicon solar cells (the cells provide more than 50% of the power needed overall).

Crystalline silicon heterojunction solar cells with intrinsic thin layer (HIT cells) exhibit energy conversion efficiencies of more than 17% when fabricated with intrinsic HW-CVD amorphous silicon films as passivation layers.

It is well established that the indium gallium zinc oxide (IGZO) is transparent to visible light and has higher electron mobility than the conventional amorphous semiconductors, (e.g., amorphous silicon) and has higher switching speed, better electronic stability, more transparent displays, and more flexible electronics [6, 7].