"decoupling method" is a correct and usable phrase in written English.
You can use it to describe an approach of separating two things from each other. For example, "We implemented a decoupling method to separate the two systems, allowing them to function independently."
Transient FEM simulations and measurements show the effectiveness of the proposed controller and decoupling method when they are used to magnetically suspend and position the LIM.
We reduce the number of parameters in this model by applying a polynomial decoupling method that results in a more parsimonious representation.
In this paper, a modified force decoupling method for improved servo control of a magnetically suspended double-layer single-sided linear induction motor (LIM) is presented.
The results show that the vibration isolation performance of the mounting system can be improved effectively using the vibration optimal decoupling method, and the structural modification of the metal frame can well promote the dynamic characteristics of the mounting system.
The rigid-body vibration of the mounting system is decoupled and the comprehensive vibration isolation performance of the mounting system is improved by using the vibration energy decoupling method and nonlinear optimization method.
We present here a simple refocused modification, r TPPM, of the Two-Pulse Phase-Modulation (TPPM) heteronuclear decoupling method, which improves decoupling and makes the sequence much more robust with respect to essential experimental parameters.
Thus, it is not clear if commonly used decoupling methods can outperform a coupling approach.
The existing substructure decoupling methods are briefly reviewed and some incomplete issues in the earlier works are discussed.
Numerical experiments demonstrate the superior performance of the analytical and semi-analytical decoupling methods compared to existing methods.
The decoupling capabilities of controllers in stationary and synchronous coordinates are examined, with a detailed insight on the role of decoupling methods.
This control structure included the inner loop linearization decoupling methods to eliminate the known negative coupling and the outer loop backstepping methods for trajectory tracking control.
