FIG. 1.
![The transmitted THz signals along (a) [11¯0] and [001] and (b) [100] and [010] in-plane crystallographic axes of the (110)-cut and (001)-cut DSO crystal, respectively. All the time transients are normalized to the reference signal. The spectra obtained by Fourier transformation along (c) [11¯0] and [001] and (d) [100] and [010] in-plane crystallographic axes.](https://aipp.silverchair-cdn.com/aipp/content_public/journal/apl/118/22/10.1063_5.0043216/4/223506_1_f1.jpeg?Expires=1717067134&Signature=UbEskzBptwvw7bpQrbHXvNGm7Y6yoqUbuznI6bTvgFRnSct5Z6Y1pleWUq89Vrlo5P22uCTwTqUExEyZMuKJUals8QPdPzyuvlOs~9hMM2d-8K8rJoCVdxyfF-9fdqTwY11N0kyf4cIN1ARJW0VYMmJSzbZwvxyB0YLyYTsMoYFRwbeskgWHRkwswa-y1IKBbb2R8i3wJy~wX4nvejC9Eyno5heU~KosDdyxS0sHC-6LRGfoa5TR46daMP~ZlGbxxkcc8dHhGn03i-mosRlZ8Xm3XAdNmJtquau~SS0QJKuQmE9KwaPDHMRx4y86xqUWiRtRGswcHB3GsKTmYajS1w__&Key-Pair-Id=APKAIE5G5CRDK6RD3PGA)
The transmitted THz signals along (a) [10] and [001] and (b) [100] and [010] in-plane crystallographic axes of the (110)-cut and (001)-cut DSO crystal, respectively. All the time transients are normalized to the reference signal. The spectra obtained by Fourier transformation along (c) [10] and [001] and (d) [100] and [010] in-plane crystallographic axes.
