例としてTa5-xZrxN5-xOxをあげると Fig. 1-1-2の

例としてTa5-xZrxN5-xOxをあげると Fig. 1-1-2のように窒素を含んだ量が多い方が、バンドギャップが小さくなり長波長側に吸収をもつことがわかる[1.2]。このバンドギャップの大きさの可変性のため、目的とする色を呈する非毒性の顔料や可視光応答型の光触媒などへの応用が期待されている。

結果 (英語) 1:

Smaller band gap is a lot of Ta5-xZrxN5-xOx to give you as an example shown in Fig. 1-1-2 containing nitrogen [1.2] reveals that with the absorption wavelength. Application of variability for the size of the band gap, intended to colour with a non-toxic pigments and visible light responsive Photocatalyst is expected.

結果 (英語) 2:

To give Ta5-xZrxN5-xOx As an example Fig. Those amounts which contains nitrogen as 1-1-2 is large, it can be seen that the band gap having an absorption in the small becomes long wavelength side [1.2]. Because of the variability of the magnitude of the band gap, applications such as non-toxic pigments or visible-light-responsive photocatalyst exhibiting a color of interest is expected.

結果 (英語) 3:

At Fig as an example and Ta 5 -- 5 as shown in xZrxN xOx 1-1 / 2 containing large amount of nitrogen, and the band gap decreases to a longer wavelength side to prove himself with 1.2 absorption Because of the variability of the band gap, the size of the visible light response type pigment and non-toxic colors for the purpose of presenting to the photocatalyst is expected to be applied.