Sentence examples for decoupling rate from inspiring English sources

The percentage (T_{n}^{k}) is defined as the vibration decoupling rate of the DOF k.

Before and after optimization, the vibration decoupling rate of the mounting system is presented in Table 4.

After optimization, except the decoupling rate in the θ x direction, which is 61.5%, the rest are more than 70%.

Table 4 indicates that, before optimization, the decoupling rate of the system is between 31.2% and 99%; the decoupling rate in the x, θ y, and θ z directions is relatively high, and can reach more than 85%; the decoupling rate in the other directions is lower than 70%.

Considering the low-frequency vibration decoupling rate as the objective function, the design parameters (including mount hardness, thickness, and stiffness in all directions) that render the mounting system fully decoupled and the natural frequency well configured are extracted, and the optimal parameters are used to design the mounting system.

The decoupling rate of the optimized system is evidently increased, and the overall isolation performance of the mounting system is improved.

Flow batteries have unique characteristics which make them especially attractive when compared with conventional batteries, such as their ability to decouple rated power from rated capacity, as well as their greater design flexibility and nearly unlimited life.

Then the rate of change of R is given by k+ s 1- R) - k_ R, where k+ s and k_ are coupling and decoupling relative rates, respectively.

Motivated by the need for fast congestion control, this thesis focuses on a different class of congestion control algorithms, called proactive explicit rate-control (PERC) algorithms, which decouple the rate calculation from congestion signals in the network.

From an economic point of view, that suggests U.S. rates are decoupling from global rates and that here, at least, we are back into a more normal and more restrictive interest rate world.

In this article, the concept of extents, which has been applied to decouple the rate processes in lumped reaction systems with one or multiple phases, is generalized to distributed reaction systems.