We replicated this design at the disaster recovery (DR) site (the remote mirror site in Figure 1).
我们在灾难恢复(DR)站点(图1中的远程镜像站点)重复这种设计。
And the advances in synthetic biology required to transform those first delicate mirror cells into anything that could survive in the wild are even more remote.
合成生物学需要将这些起初纤弱无比的镜像细胞转变成能在自然环境中生存的某种生命，但这样的科学进步近乎遥遥无期。
For example, if you changed one file on the local system and another and a different file on the remote system, you'd have to run two SCP commands to make a working mirror.
例如，如果您在本地系统中更改了一个文件，并在远程系统中更改了另一个文件，那么为了建立工作镜像，您不得不运行两次scp命令。
Metro Mirror and Global Mirror make use of the copy services or peer-to-peer remote copy (PPRC) technology available on the DS8000.
MetroMirror和Global Mirror使用DS8000上提供的拷贝服务或对等远程拷贝(PPRC)技术。
In combination with rsync to back up, copy, and mirror files efficiently and securely to a local or remote host.
结合rsync有效安全地备份、复制和镜像文件到一个本地或远程主机。
Peer-to-peer remote copy (PPRC) is a protocol to mirror a disk from one storage system to another disk in a remote site.
点对点远程复制(peer - to - peer remote copy,PPRC)是将磁盘从一个存储系统镜像到远程站点中的另一个磁盘的协议。
According to a report in the Mirror, the team left two cars near the border of Sirte, and started blaring Bollywood songs at dawn using a remote control and two speakers.
根据《镜报》报导，这一团队在苏尔特边界留下两辆车，黎明时分即利用遥控和两个扩音器来广播宝莱坞歌曲。
The scan mirror is an very important part of a space remote sensor. This paper discusses the material development and the manufacture method of the big lightened scan mirrors.
扫描镜是光机扫描型空间遥感器的重要组成元件。文章针对目前空间遥感器上应用的大口径轻量化扫描镜，从材料和制作方法方面进行了一定的技术研究。
The secondary mirror unit is one of the most important part in the spaceborne remote sensor, and the flexure hinge is a crucial component of the secondary mirror unit.
次镜组件是空间光学遥感器中至关重要的一个组件，次镜组件中的柔性铰链又是次镜组件的一个重要组成部分。
Acoustic Time Reversing Mirror(TRM) can be implemented with an array of transducers that listens to a remote sound source and then transmits a time reversed version of what was heard.
声学时反镜是指由收发合置的换能器组成的基阵对声源信号进行接收、时间反转和再发送，时反后的信号会在声源处实现聚焦。
With the development of the space optical remote sensor resolution and the primary mirror diameter, the lightweight design is becoming the key technology of the large aperture mirror.
空间光学遥感器分辨率要求的不断提高使其主镜口径也在不断增大，从而对主镜进行轻量化设计就成为空间大口径反射镜工程的关键技术。
With the development of the space optical remote sensor resolution and the primary mirror diameter, the lightweight design is becoming the key technology of the large aperture mirror.
空间光学遥感器分辨率要求的不断提高使其主镜口径也在不断增大，从而对主镜进行轻量化设计就成为空间大口径反射镜工程的关键技术。
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