神马作文网英文翻译中文请大家翻译一段英文文献 请不要机翻 感谢In Refs. [12–14], the authors prop
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英文翻译中文
请大家翻译一段英文文献 请不要机翻 感谢
In Refs. [12–14], the authors proposed an
elegant method, which was developed for stabilizing an unstable heat equation in Ref. [15], to design boundary
controllers for strings and beams with pretty simple dynamics. The fundamental idea is to find a coordinate
change to transform the string or beam system to a target system, which can be stabilized by a boundary
controller. This idea relies on feasibility of finding a kernel, which is a solution of a partial differential
equation depending on the system dynamics. The major difference between the controllers proposed in
Refs. [12–14], and the damping boundary feedback controllers in Refs. [8,10] is that the controllers in
Refs.[12–14] do not rely on a passivity property from the actuator to the sensor.
那种往谷歌上一粘 直接复制过来的就算了 不要浪费你我的时间 你至少把语句语法理顺了 文章不长 希望大家能费一点时间 人工翻译一下 感谢
请大家翻译一段英文文献 请不要机翻 感谢
In Refs. [12–14], the authors proposed an
elegant method, which was developed for stabilizing an unstable heat equation in Ref. [15], to design boundary
controllers for strings and beams with pretty simple dynamics. The fundamental idea is to find a coordinate
change to transform the string or beam system to a target system, which can be stabilized by a boundary
controller. This idea relies on feasibility of finding a kernel, which is a solution of a partial differential
equation depending on the system dynamics. The major difference between the controllers proposed in
Refs. [12–14], and the damping boundary feedback controllers in Refs. [8,10] is that the controllers in
Refs.[12–14] do not rely on a passivity property from the actuator to the sensor.
那种往谷歌上一粘 直接复制过来的就算了 不要浪费你我的时间 你至少把语句语法理顺了 文章不长 希望大家能费一点时间 人工翻译一下 感谢
![英文翻译中文请大家翻译一段英文文献 请不要机翻 感谢In Refs. [12–14], the authors prop](/uploads/image/z/10912280-32-0.jpg?t=%E8%8B%B1%E6%96%87%E7%BF%BB%E8%AF%91%E4%B8%AD%E6%96%87%E8%AF%B7%E5%A4%A7%E5%AE%B6%E7%BF%BB%E8%AF%91%E4%B8%80%E6%AE%B5%E8%8B%B1%E6%96%87%E6%96%87%E7%8C%AE+%E8%AF%B7%E4%B8%8D%E8%A6%81%E6%9C%BA%E7%BF%BB+%E6%84%9F%E8%B0%A2In+Refs.+%5B12%E2%80%9314%5D%2C+the+authors+prop)
有些术语不一定100%准确.
In Refs.[12–14],the authors proposed an elegant method,which was developed for stabilizing an unstable heat equation in Ref.[15],to design boundary controllers for strings and beams with pretty simple dynamics.在参考文献12至14条中,作者提出了一种简洁的方法,这方法是为了解决文献第15条中热平衡不稳定问题,使之稳定,其目的是为极为简单的动力学知识中的弦和梁设计边界控制器.
The fundamental idea is to find a coordinate change to transform the string or beam system to a target system,which can be stabilized by a boundary controller.这个基本构想就是要做一个同等的变化,来针对目标系统改变弦梁系统,这些都可以通过边界控制器来稳定.
This idea relies on feasibility of finding a kernel,which is a solution of a partial differential equation depending on the system dynamics.这个构想依赖于找到一个核心的可行性,找到这个核心就可以解答基于系统动态学的偏微分方程.
The major difference between the controllers proposed in Refs.[12–14],and the damping boundary feedback controllers in Refs.[8,10] is that the controllers in Refs.[12–14] do not rely on a passivity property from the actuator to the sensor.在参考文献12至14条中提到的控制器和在文献第8条和第10条中出现的阻尼边界反馈控制器,二者之间最大的区别是前者不依赖于从促动器到传感器的被动性.
In Refs.[12–14],the authors proposed an elegant method,which was developed for stabilizing an unstable heat equation in Ref.[15],to design boundary controllers for strings and beams with pretty simple dynamics.在参考文献12至14条中,作者提出了一种简洁的方法,这方法是为了解决文献第15条中热平衡不稳定问题,使之稳定,其目的是为极为简单的动力学知识中的弦和梁设计边界控制器.
The fundamental idea is to find a coordinate change to transform the string or beam system to a target system,which can be stabilized by a boundary controller.这个基本构想就是要做一个同等的变化,来针对目标系统改变弦梁系统,这些都可以通过边界控制器来稳定.
This idea relies on feasibility of finding a kernel,which is a solution of a partial differential equation depending on the system dynamics.这个构想依赖于找到一个核心的可行性,找到这个核心就可以解答基于系统动态学的偏微分方程.
The major difference between the controllers proposed in Refs.[12–14],and the damping boundary feedback controllers in Refs.[8,10] is that the controllers in Refs.[12–14] do not rely on a passivity property from the actuator to the sensor.在参考文献12至14条中提到的控制器和在文献第8条和第10条中出现的阻尼边界反馈控制器,二者之间最大的区别是前者不依赖于从促动器到传感器的被动性.
英文翻译中文请大家翻译一段英文文献 请不要机翻 感谢In Refs. [12–14], the authors prop
英语翻译请大家翻译一段英文文献 请不要机翻 In this subsection,we develop equation
谁能帮我写的一段中文短文，翻译成专业点的英文，请不要有道，百度翻译。非常感谢
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