医疗影像显示器市场正在经历动态转变。
The market for medical imaging displays is experiencing a dynamic shift.
这些我们所认为的“所有的颜色”从我们的显示器，打印机和其他数码影像设备发出，并且它们都可以“RGB色彩空间（这..
The thing we consider as “all possible colors” produced or emitted in our monitors, printers, other displays and digital imaging devices are what we call, or can be found, in an RGB color space.
其他可供选择的设备还包括：窗户上的合成影像，可以变化光色的LED情绪台灯，内置电视和触摸屏显示器，Wi - Fi路由器，闹钟，对讲机和保管箱。
Options include matted film on windows; mood lighting LED lamps with changing light colours; built-in TV and touch-screen monitor; wi-fi router; alarm; intercom and safe deposit box.
早期的液晶显示器在切换像素时也很缓慢，无法清晰地显示移动的影像。
Early LCDs were also slow at switching their "pixels" (picture elements) on and off, making moving images appear as smeared objects.
起初，液晶显示器狭窄的视角影响了它的应用，观看角度的细微变化都将使看到的影像发生改变，这对笔记本电脑十分不利。
One initial problem that affected the LCD in particular was its narrow angle of view. A slight change of the viewer's perspective meant that the image could no longer be seen.
她写道：“男人会看看电梯楼层显示器，看一下（其中一座大楼）侧面镜子中的自己，或看看（另一座大楼的）镜面门反射出的别人的影像。
Men watched the monitors, looked in the side mirrors (in one building) to see themselves, and in the door mirrors (of the other building) to also watch others.
医用专业显示器在PACS中是医学影像的最终呈现者，它承载着替代胶片、保证图像质量、实现医生“软读片”诊断的作用。
In PACS, a digital medical image with high "information volume" requires a professional medical monitor to be displayed. The medical monitors could replace films to display high fidelity images.
高密度影像受显示器性能影响大、低密度影像受显示器性能影响小。
The influence of display on image of high density fi lm is big, while the effect on low density is small.
多点触摸型桌面显示器通过玻璃投射影像，由触摸操作你可以想象一个桌面大小的智能手机屏幕。
Multi-touch table-top displays project content through glass and respond to touch – imagine a table-sized smartphone screen.
多点触摸型桌面显示器通过玻璃投射影像，由触摸操作你可以想象一个桌面大小的智能手机屏幕。
Multi-touch table-top displays project content through glass and respond to touch – imagine a table-sized smartphone screen.
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