所有测试材料，无论表面吸附了多少电荷，都有这样的区域。
All materials they tested, no matter what overall charge they had picked up, showed this Mosaic pattern.
得到的吸附等温线分为三个不同区域：低压区等温线对压力轴呈凹形，高压区呈凸形，中间部分近似为直线。
The isotherm was devided into three different sections, at low pressure it is concave, at high pressure it is convex and the middle section it is nearly linear.
双切割区域可供交替工作，真空吸附系统可让材料紧贴切割台面。
The double-cutting area can work alternatively and the vacuum sucking system can make materials cling closely to the cutting interface.
实验结果表明，从开始到吸附量达一定数额这段区域内，总速率由界膜内的扩散速率决定，且为一常数。
The experimental results show that, in the range from the beginning to a certain amount of adsorption, a general rate is decided by the diffusing rate in the scope film and it displays a constant.
冬季它象太阳能采热板一样吸附太阳热能，在两层玻璃的中空区域形成热屏障，抵御室外寒气；
In winter, it absorb solar heat energy as solar panel, and form heat barrier in the hollow area to prevent chilliness;
经过真空紫外光刻后，样品表面的不同区域会呈现不同性质，有PEG分子存在的区域会排斥蛋白质，而另外的区域则能够吸附蛋白质。
The surface took on different properties on different areas, regions covered by PEG molecules could exclude the protein absorption while the other regions couldn't.
这一结果证明，真空紫外光刻后，蛋白质在基材表面的吸附呈现区域选择性，可以形成蛋白质图案。
This result proved that proteins were absorbed on the surface selectively, and protein patterns could be formed then.
这一结果证明，真空紫外光刻后，蛋白质在基材表面的吸附呈现区域选择性，可以形成蛋白质图案。
This result proved that proteins were absorbed on the surface selectively, and protein patterns could be formed then.
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