be finished for good

be finished for good的基本解释

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一蹶不振

与be finished for good相关的网络例句 [注：此内容来源于网络，仅供参考]

Took back my house yesterday, and refundment, everything was finished, the next step is upholster, the flooring of the living room and bedroom is food with cherry, it's good, and I checked online, we just polish, face0lifting, lacquering, that's enough, and it likes new floor, save much money for it, and I need to spend much money on kitchen and washroom, the current is so dirty which during more than 10 years, I will buy new cabinet and new shower room, it will be finished almost in 1 and half month, in the same time, all the fitment should be ready, everything is in control and on the schedule!

昨天把房子收回来了，钱也退了，接下来的就是装修了，又到装修的时候了，看了一下，客厅和卧室的地板用的是樱桃木的实木地板，这个我在网上查了一下，完全可以打磨，翻新，上漆等，和新的一样，光实木地板就省下不少钱，其他的大钱要用在厨房和厕所，统统敲掉，用了10来年了，都是油污和污垢，淋浴房做新的，买新橱柜，不过我的小厨房和小厕所也用不了太多的钱，装修用个1个半月差不多可以结束，同时家具和电器要到位，剩下的时间就是开始散味道了，一切事情按照计划进行，10月那么多人来上海就可以住得下了。

Xxi Armatures for resale as a finished good must be rewound or new and must be coated to prevent corrosion during shipping.

作为成品再出售的电枢要么重绕要么是新的，而且表层有涂料以免运输中磨损。

To overcome the bad effect resulting from the nonlinearity time-variability and uncertainty on autopilot system performance during the motion process of aerodynamics missile, and to further improve the flight quality of missile, the autopilot system and used control method are researched. Firstly the integrant structure of system is discussed; then baaed un introducing the traditional PID method, controllers for missile attitude motion are designed respectively using fuzzy self-turning PID method and neural network self-adaptive PID method; at last a simulation experiment is finished. By comparing the simulation results that the designed controllers have good qualities is showed, and the feasibility and validity of applying fuzzy control and neural network into automatic control of aerodynamics missile is confirmed, and the base that other nonlinear control theory can be combined with the traditional control for missile to further improve the performance of missile control system is established.

为了克服飞航导弹运动过程中的非线性、时变性和不确定性对自动驾驶仪系统性能的不良影响，进一步提高导弹的飞行质量，对自动驾驶仪系统及其采用的控制方案进行了研究；首先对系统的整体结构进行了分析，然后在介绍经典PID方案的基础上，分别采用模糊自调整PID方案和神经网络自适应PID方案设计了导弹姿态运动控制器，最后进行了仿真实验；仿真结果的对比展示了所设计控制器良好的品质，验证了将模糊控制和神经网络应用于飞航导弹自动控制中的可行性和有效性，为其它非线性控制理论与导弹传统控制相结合以进一步提高导弹控制系统的性能奠定了基础。