YOU SAID:
However, occurring at 10% plastic secondary gradient the minimum value (1) (0.50) is at the non-linear side and the maximum value (2) (2.07) is at the linear side.
INTO JAPANESE
ただし、10%のプラスチックの2次勾配では、最小値(1)(0.50)は非線形側にあり、最大値(2)(2.07)は線形側にあります。
BACK INTO ENGLISH
However, for a 10% plastic second order gradient, the minimum (1) (0.50) is on the non-linear side and the maximum (2) (2.07) is on the linear side.
INTO JAPANESE
ただし、10%のプラスチックの2次勾配では、最小(1)(0.50)は非線形側にあり、最大(2)(2.07)は線形側にあります。
BACK INTO ENGLISH
However, for a 10% plastic quadratic gradient, the minimum (1) (0.50) is on the nonlinear side and the maximum (2) (2.07) is on the linear side.
INTO JAPANESE
ただし、10%のプラスチック2次勾配の場合、最小(1)(0.50)は非線形側にあり、最大(2)(2.07)は線形側にあります。
BACK INTO ENGLISH
However, for a 10% plastic quadratic gradient, the minimum (1) (0.50) is on the non-linear side and the maximum (2) (2.07) is on the linear side.
INTO JAPANESE
ただし、10%のプラスチック2次勾配の場合、最小(1)(0.50)は非線形側にあり、最大(2)(2.07)は線形側にあります。
BACK INTO ENGLISH
However, for a 10% plastic quadratic gradient, the minimum (1) (0.50) is on the non-linear side and the maximum (2) (2.07) is on the linear side.
Come on, you can do better than that.