上で述べたように、酸窒化物はバンドギャップや屈折率において特異的な特性

上で述べたように、酸窒化物はバンドギャップや屈折率において特異的な特性を示すことがわかったと思う。しかしながら、注意深い方ならここまでの話で光学特性以外の話が出ていないことに気づくと思う。酸窒化物は、その光学特性にばかり注目され、顔料と光触媒への応用に注力された結果、電気輸送特性を初めとした他の物性についてはほとんど意識が向けられてこなかったのである。つまり、酸窒化物はその特性について不明な点が多く、開拓途上な材料系であるといえる。だが、他の特性がまったくわかっていないものばかりではなく、例えば、YrZrONは窒素イオン伝導を示したり[1.9]、SrTaO2Nは高い誘電率を示したりする[1.10]。(Nb0.56Al0.44)(O0.38N0.37□0.25)にいたってはFig. 1-1-4のように超伝導さえ示す[1.11]。このように酸窒化物は、その特性が深く調べられていないだけで、酸化物半導体材料と同じように特有な電気的磁気的な性質を示す可能性がおおいにある。新規エレクトロニックデバイスへの応用も視野に入れることができる材料である。

結果 (英語) 1:

I think oxynitrides was bandgap and refractive characteristics peculiar to indicate, as mentioned above. I think, however, careful readers will notice having no story other than optical characteristics in the story so far. That was focusing on the application of pigments and optical catalyst oxynitrides, caught up in its optical properties and as a result the electrical transport properties in other physical properties almost never directed consciousness. Oxynitrides and characteristics questions many a pioneer developing said in the materials. But doesn't seem to understand the characteristics of other things, but not for example, YrZrON or nitrogen ion conduction, 1.9, SrTaO2N high dielectric constant and to indicate [1.10]. (Nb0.56Al0.44) (O0.38N0.37 □ 0.25) in the Fig. 1-1-4 superconducting even shown [1.11]. Thus oxynitrides, characterization is deeply examined. not only of oxide semiconductor materials and equally distinctive electrical much could show the magnetic nature. That material can be applied to the new electronic device put in perspective.

結果 (英語) 2:

As noted above, I think oxynitride was found to exhibit specific characteristics in the band gap and refractive index. However, I think I notice that the talk of non-optical properties are not out in the story up to this point if careful person. Oxynitrides, that only the optical characteristics are noted, the results are focused on the application of the pigment and the photocatalyst is had not been directed almost conscious about other physical properties was initially the electrical transport properties. In other words, it can be said that oxynitride is unsure lot about their characteristics, a pioneer developing material systems. However, not only those in which other characteristics are not known at all, for example, YrZrON can show nitrogen ion conductivity [1.9], SrTaO2N to or shows a high dielectric constant [1.10]. (Nb0.56Al0.44) (O0.38N0.37 □ 0.25) and reached the show even as superconductivity of Fig. 1-1-4 and [1.11]. Thus oxynitride, just not its characteristics is examined closely, may exhibit the same as the specific electric magnetic properties with the oxide semiconductor material is greatly. Application to new electronic device is also a material which can be placed in the visual field.

結果 (英語) 3:

As described above, the oxynitride I think it shows the characteristics of the refractive index and the band gap in specific. However, careful readers talk to here and I find out that except for the optical properties. The oxynitride, optical properties, only attention to the pigment and the application to optical catalyst, is not for the others, and electrical transport properties was barely conscious. In other words,The oxynitride many unclear about its characteristics, it is a developing material system. However, not only does not know any other properties, such as the YrZrON nitrogen ion conduction and 1.9's thick SrTaO 2 N showed a high dielectric constant and good to 1.10 In Nb 0.56 Al 0.44 and O 0.38 N 0.37 square in the 0.25 Fig due to 1-1 on superconductivity in 1.11 even I In this way, the oxynitride compounds studied deeply the characteristics not only in theOxide semiconductor material and in the same way as a unique electrical and magnetic properties can be covered. Application of a new material for electronic devices that can be put on the field.