diff --git a/paper/result/perfect/default.typ b/paper/result/perfect/default.typ index 5155cd9..8f60d99 100644 --- a/paper/result/perfect/default.typ +++ b/paper/result/perfect/default.typ @@ -3,14 +3,14 @@ 不同方向入射光的声子位置不同。 声子的性质与它们在倒空间中的位置(即波矢)有关,而参与拉曼散射的声子波矢则由激光波长和拉曼入射配置(正入射、掠入射、边入射)决定。 -在我们的实验(绿光)中,参与拉曼散射的声子都位于 Gamma 点附近(距离仅 xxx 埃),而与 Gamma 点的相对方向则根据入射配置而定。 +在我们的实验(绿光)中,参与拉曼散射的声子都位于 Gamma 点附近(距离仅约 0.005 埃),而与 Gamma 点的相对方向则根据入射配置而定。 对于正入射,声子大致位于 Gamma-A 线上;对于边入射,声子大致位于 Gamma-K 线上。对于掠入射,声子不位于任何高对称线上。 The properties of phonons depend on their positions in reciprocal space (i.e., their wavevectors), and the wavevectors of phonons participating in a Raman scattering process are determined by the Raman experiment configuration. In our experiments (back-scattering with 532 nm laser light), - the phonons involved are located very close to the #sym.Gamma point (approximately $5.13 times 10^(-3) angstrom$), + the phonons involved are located very close to the #sym.Gamma point (approximately $5 times 10^(-3) angstrom$), and direction relative to the #sym.Gamma point is determined by the incidence configurations. For normal and edge incidence, the relevant phonons lie approximately along the #sym.Gamma–A and #sym.Gamma–K lines, respectively, diff --git a/paper/result/perfect/non-polar/default.typ b/paper/result/perfect/non-polar/default.typ index 25475d2..1b15baa 100644 --- a/paper/result/perfect/non-polar/default.typ +++ b/paper/result/perfect/non-polar/default.typ @@ -2,6 +2,8 @@ 我们用 gamma 点的声子来近似弱极性的声子。 +Gamma 点的声子被用于 + // We investigate phonons at Gamma instead of the exact location near Gamma. Phonons at the #sym.Gamma point were used to approximate negligible-polar phonons that participating in Raman processes diff --git a/paper/todo.typ b/paper/todo.typ index 107d7b1..b0625b6 100644 --- a/paper/todo.typ +++ b/paper/todo.typ @@ -31,26 +31,19 @@ - [ ] 英文 - [ ] 填充数据和引用 - [/] results - - [/] 总述 - - [ ] 声子位置与实验对应 - - [x] 中文 - - [x] 英文 - - [x] 调整语言 - - [ ] 调整画图 - - [x] 每个位置有 21 个模式 - - [x] 中文 - - [x] 英文 - - [x] 调整语言 + - [x] 总述 - [/] 无缺陷 - - [ ] 总述 - - [x] Gamma 附近有 21 个模式,我们将它们分为强极性和弱极性 + - [/] 总述 + - [/] 声子位置与实验对应 - [x] 中文 - [x] 英文 - [x] 调整语言 - - [ ] 这样分类是有意义的 - - [ ] 中文 - - [ ] 英文 - - [ ] 调整语言 + - [ ] 调整画图 + - [x] 每个位置有 21 个模式 + - [x] 中文 + - [x] 英文 + - [x] 调整语言 + - [ ] 弱极性 - [ ] 杂项 - [ ] N#sub[C]C#sub[Si] 有什么好处? - [ ] 是否有其它需要研究的点缺陷?