The dissipative effects are evident in the thermal management system.

在热管理系统中，消耗能量的效应是显而易见的。

The dissipative process in the engine reduces its overall performance.

发动机中的消耗能量的过程降低了其整体性能。

Researchers are studying dissipative structures to understand energy dynamics.

研究人员正在研究消耗能量的结构以了解能量动态。

The dissipative nature of the system leads to energy loss over time.

该系统的消耗能量的性质导致了随时间的能量损失。

Engineers designed the device to be less dissipative to improve efficiency.

工程师们设计了这个设备，使其更少消耗能量的以提高效率。

This is a coupled non parabolic dissipative dynamic system.

这是一个耦合的非抛物耗散动力系统.

The four dissipative structures and their formation mechanisms are discussed.

并讨论了这四种耗散结构的形成机理.

Moreover delay dependent robust dissipative state feedback controller is obtained.

并且,给出了时滞相关的鲁棒耗散的状态反馈控制器.

Dissipative Particle Swarm Optimization(DPSO) is developed according to the self-organization of dissipative structure.

耗散粒子群算法是一种结合自组织耗散理论的粒子群算法。

In this paper the effects of anomalous dissipative effects on the dissipative-trapped-particle modes are discussed.

本文分析了随机磁场和静电湍流引起的反常耗散效应对耗散俘获粒子模的影响。