diff --git a/test-typst/section/perfect/polar/table-pol.typ b/test-typst/section/perfect/polar/table-pol.typ
index 0c90ed1..c430f76 100644
--- a/test-typst/section/perfect/polar/table-pol.typ
+++ b/test-typst/section/perfect/polar/table-pol.typ
@@ -12,33 +12,30 @@
     let E1 = [E#sub[1]];
     let E2 = [E#sub[2]];
     let NA = [Not Applicable]
-    let yzmix = [y-z mixed#linebreak() (LO-TO mixed)];
     let lopc = [Yes#linebreak() (LOPC)];
     let overf = [Yes#linebreak() (overfocused)];
-    table(columns: 20, align: center + horizon, inset: (x: 3pt, y: 5pt),
-      m2[*Incident Direction*], m(4)[z], m(5)[y], m(9)[between z and y, 20#sym.degree to z],
+    table(columns: 19, align: center + horizon, inset: (x: 3pt, y: 5pt),
+      m2[*Incident Direction*], m(4)[z], m(4)[y], m(9)[between z and y, 20#sym.degree to z],
       m2[*Vibration Direction*],
-        [x (TO)], [y (TO)], m2[z (LO)], // z
-        m3[z (TO)], [x (TO)], [y (LO)], // y
         // TODO: check LO-TO mixed
-        m(4, yzmix), [x (TO)], m(4, yzmix), // 25 y&z
+        [TO (x)], [TO (y)], m2[LO (z)], m3[TO (z)], [TO (x)], [LO (y)], m3[TO (y-z mixed)], [TO (x)], m(4)[LO (y-z mixed)],
       table.cell(rowspan: 2)[*Representation*],
-        [C#sub[6v]], m2(E1), m2(A1), m(14, NA), [C#sub[2v]], B2, B1, m2(A1), m3(A1), B2, B1, m(9, NA),
+        [C#sub[6v]], m2(E1), m2(A1), m(13, NA), [C#sub[2v]], B2, B1, m2(A1), m2(A1), B2, B1, m(9, NA),
       table.cell(rowspan: 2)[*Raman Tensor*],
         [Non-zero components],
           [xz], [yz], [xx, yy], [zz],                         // z
-          [xx], [yy], [zz], [xz], [yz],                         // y
+          [xx, yy], [zz], [xz], [yz],                         // y
           [xx], [yy], [yz], [zz], [xz], [xx], [yy], [yz], [zz], // 25 y&z
       [Simulation Result (a.u.)],
         // TODO: raman intensity, or raman tensor?
         m2[53.52], [58.26], [464.69],                                   // z
-        m2[58.26], [454.09], [53.52], [53.55],                              // y
+        [58.26], [454.09], [53.52], [53.55],                              // y
         m2[53.71], [3.20], [425.98], [53.56], m2[3.60], [50.36], [27.99], // 45 y&z
-      m2[*Visible in Common Raman Experiment*], m(18)[Yes],
+      m2[*Visible in Common Raman Experiment*], m(17)[Yes],
       m2[*Wavenumber (Simulation) (cm#super[-1])*],
         // z                        y                                 45 y&z
-        m2[776.57], m2[933.80], m3[761.80], [776.57], [941.33], m(4)[762.76], [776.57], m(4)[940.86],
-      m2[*Electrical Polarity*], m(18)[Strong]
+        m2[776.57], m2[933.80], m2[761.80], [776.57], [941.33], m(4)[762.76], [776.57], m(4)[940.86],
+      m2[*Electrical Polarity*], m(17)[Strong]
     )},
     caption: [Strong-polarized phonons near $Gamma$ point],
   )