linearization process
线性化过程
linearization method
线性化方法
linearization technique
线性化技术
linearization model
线性化模型
linearization error
线性化误差
linearization approximation
线性化近似
linearization analysis
线性化分析
linearization point
线性化点
linearization function
线性化函数
the linearization of the model simplifies the calculations.
模型的线性化简化了计算。
we need to focus on the linearization process to improve accuracy.
我们需要关注线性化过程以提高准确性。
linearization can help in understanding complex systems.
线性化有助于理解复杂系统。
the linearization technique is widely used in engineering.
线性化技术在工程中被广泛应用。
after linearization, the equations become easier to solve.
经过线性化后，方程变得更容易求解。
linearization allows for better predictions in simulations.
线性化可以在模拟中提供更好的预测。
we discussed the importance of linearization in our meeting.
我们在会议上讨论了线性化的重要性。
in mathematics, linearization is a key concept.
在线性代数中，线性化是一个关键概念。
linearization is essential for control system design.
线性化对于控制系统设计至关重要。
the results improved significantly after linearization.
经过线性化后，结果显著改善。
linearization process
线性化过程
linearization method
线性化方法
linearization technique
线性化技术
linearization model
线性化模型
linearization error
线性化误差
linearization approximation
线性化近似
linearization analysis
线性化分析
linearization point
线性化点
linearization function
线性化函数
the linearization of the model simplifies the calculations.
模型的线性化简化了计算。
we need to focus on the linearization process to improve accuracy.
我们需要关注线性化过程以提高准确性。
linearization can help in understanding complex systems.
线性化有助于理解复杂系统。
the linearization technique is widely used in engineering.
线性化技术在工程中被广泛应用。
after linearization, the equations become easier to solve.
经过线性化后，方程变得更容易求解。
linearization allows for better predictions in simulations.
线性化可以在模拟中提供更好的预测。
we discussed the importance of linearization in our meeting.
我们在会议上讨论了线性化的重要性。
in mathematics, linearization is a key concept.
在线性代数中，线性化是一个关键概念。
linearization is essential for control system design.
线性化对于控制系统设计至关重要。
the results improved significantly after linearization.
经过线性化后，结果显著改善。
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