From cb5e588d8cb853899ddcd4748dde47eaff2bdc6e Mon Sep 17 00:00:00 2001
From: chn <chn@chn.moe>
Date: Sat, 28 Jun 2025 17:21:29 +0800
Subject: [PATCH]

---
 paper/main.typ                   |  3 +++
 paper/result/perfect/default.typ | 24 ++++++++++++++++--------
 paper/todo.typ                   | 19 ++++++++++++++-----
 3 files changed, 33 insertions(+), 13 deletions(-)

diff --git a/paper/main.typ b/paper/main.typ
index 2119fe6..3288d16 100644
--- a/paper/main.typ
+++ b/paper/main.typ
@@ -46,6 +46,9 @@
 // 标题序号
 #set heading(numbering: "1.")
 
+// 增加标题的间距
+#show heading: set block(below: 1em)
+
 #include "introduction.typ"
 #include "method/default.typ"
 #include "result/default.typ"
diff --git a/paper/result/perfect/default.typ b/paper/result/perfect/default.typ
index fd9bc34..cda252a 100644
--- a/paper/result/perfect/default.typ
+++ b/paper/result/perfect/default.typ
@@ -2,15 +2,23 @@
 
 总共有 21 个声子模式。我们把它分成 18 个极性很小的和 3 个极性很强的两类。
 
-// There are 21 phonons in total.
-// We classified them into two categories: 18 negligible-polar phonons and 3 strong-polar phonons.
-The phonons involved in Raman scattering are located in reciprocal space around the #sym.Gamma point,
-  and the exact positions are determined by the wavevectors of the incident and scattered light.
-At each such position, there are 21 phonon modes (degenerate modes are counted as their multiplicity).
-We classify these 21 phonons into two categories based on their polarities.
-The 18 of 21 phonons are classified into negligible-polar phonons (i.e., phonons with zero or very weak polarity),
+对应于不同拉曼入射配置（正入射、掠入射、边入射）的声子位于倒空间中的不同位置。
+它们都位于 Gamma 点附近，与 Gamma 点的距离由入射光波长决定，而与 Gamma 点的相对位置则由入射方向决定。
+对于每一个 Gamma 附近的点，都有 21 个声子模式（简并模式按简并数计）。
+我们将这 21 个声子模式分为两类：18 个极性可以忽略的声子模式（即极性为零或非常弱的声子），在拉曼散射过程中它们的电极性造成的效应可以忽略；
+  和 3 个强极性声子模式，在拉曼光谱中电极性效应是可观测的。
+
+Phonons involved in different Raman incidence configurations (normal, grazing, and edge incidence)
+    are located at different positions in reciprocal space,
+  all of which are near the #sym.Gamma point,
+  with the distance from the #sym.Gamma point determined by the wavelength of the incident light,
+  and the relative position to the #sym.Gamma point determined by the direction of incidence.
+For each such position around the #sym.Gamma point,
+  there are 21 phonon modes (degenerate modes are counted according to their multiplicity).
+We classify these 21 phonon modes into two categories:
+  18 negligible-polar phonons (i.e., phonons with zero or very weak electrical polarity),
     for which the effect of polarity can be ignored in the Raman scattering process;
-  and the other three phonons are strong-polar phonons,
+  and the other three strong-polar phonons,
     where the polarity gives rise to observable effects in the Raman spectra.
 
 这个分类是有意义的。从微观上讲，它也和原子的振动方向有关。
diff --git a/paper/todo.typ b/paper/todo.typ
index 379d76a..157f95d 100644
--- a/paper/todo.typ
+++ b/paper/todo.typ
@@ -10,10 +10,12 @@
       - [x] 中文
       - [x] 英文
       - [x] 调整语言
-    - [x] 拉曼实验
-      - [x] 中文
-      - [x] 英文
-      - [x] 调整语言
+    - [/] 拉曼实验
+      - [x] 仪器设置，三个入射配置
+        - [x] 中文
+        - [x] 英文
+        - [x] 调整语言
+      - [ ] 坐标轴定义
     - [x] 模型总述
     - [x] 无缺陷和点缺陷的模型大小、结构
       - [x] 中文
@@ -30,10 +32,17 @@
       - [ ] 填充数据和引用
   - [/] results
     - [x] 总述
+    - [/] 无缺陷
+      - [ ] 总述
+        - [ ] Gamma 附近有 21 个模式，我们将它们分为强极性和弱极性
+          - [ ] 中文
+          - [ ] 英文
+          - [ ] 调整语言
+        - [ ] 这样分类是有意义的
   - [ ] 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？
-    
+
 - [ ] 实验
   - [ ] 实验
     - [ ] 测试不同片子的背面 LOPC，确认它们的掺杂是否相同