linearization process
線性化過程
linearization method
線性化方法
linearization technique
線性化技術
linearization model
線性化模型
linearization error
線性化誤差
linearization approximation
線性化近似
linearization analysis
線性化分析
linearization point
線性化點
linearization function
線性化函數
the linearization of the model simplifies the calculations.
模型的線性化簡化了計算。
we need to focus on the linearization process to improve accuracy.
我們需要關注線性化過程以提高準確性。
linearization can help in understanding complex systems.
線性化有助於理解複雜系統。
the linearization technique is widely used in engineering.
線性化技術在工程中被廣泛應用。
after linearization, the equations become easier to solve.
經過線性化後，方程變得更容易求解。
linearization allows for better predictions in simulations.
線性化可以在模擬中提供更好的預測。
we discussed the importance of linearization in our meeting.
我們在會議上討論了線性化的重要性。
in mathematics, linearization is a key concept.
在線性代數中，線性化是一個關鍵概念。
linearization is essential for control system design.
線性化對於控制系統設計至關重要。
the results improved significantly after linearization.
經過線性化後，結果顯著改善。
linearization process
線性化過程
linearization method
線性化方法
linearization technique
線性化技術
linearization model
線性化模型
linearization error
線性化誤差
linearization approximation
線性化近似
linearization analysis
線性化分析
linearization point
線性化點
linearization function
線性化函數
the linearization of the model simplifies the calculations.
模型的線性化簡化了計算。
we need to focus on the linearization process to improve accuracy.
我們需要關注線性化過程以提高準確性。
linearization can help in understanding complex systems.
線性化有助於理解複雜系統。
the linearization technique is widely used in engineering.
線性化技術在工程中被廣泛應用。
after linearization, the equations become easier to solve.
經過線性化後，方程變得更容易求解。
linearization allows for better predictions in simulations.
線性化可以在模擬中提供更好的預測。
we discussed the importance of linearization in our meeting.
我們在會議上討論了線性化的重要性。
in mathematics, linearization is a key concept.
在線性代數中，線性化是一個關鍵概念。
linearization is essential for control system design.
線性化對於控制系統設計至關重要。
the results improved significantly after linearization.
經過線性化後，結果顯著改善。
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