- 更多网络例句与dioxides相关的网络例句 [注：此内容来源于网络，仅供参考]
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Design the structure of high performance Low-E film including its material and thickness of every layer according to basic optical theory. Carry out an innovative work to calculate its optical performance by characteristic matrices and optical admittance. Compare the results with those we get by traditional measurement.3. Prepare Low-E films with RF magnetron controlled reactive sputtering. The result shows that in the visible region (380nm-780nm), the highest transmittance is 82.4% while the average value is 75%. In the NIR region (780nm-2500nm), the average transmittance is 16.2%. These characters can fit the demand of the glass used in architecture and cars, and also in other applications.4. We novelly use the material Titanium as protective layer to solve the problem that Ag layer would disappear when depositing the second TiO_2 layer. As the protective layer, Ti does not increase the number of targets so as to lower the costs. The thickness of the protective layer Titanium is adjusted by controlling of sputtering time. Results shows the Low-E films get the best optical character when the sputtering time of Titanium is 20 seconds5. We novelly proposed a new transmittance quality factor Q=_·(?_-__ to evaluate the performances of Low-E films, which makes it easier to judge the qualities of Low-E film.6. The photocatalysis of Titanium dioxides is researched and introduced into Low-E films. Sb-doped TiO_2 thin films are prepared. Its photocatalysis and hydrophilicity are measured.
论文的工作主要有：1、总结了低辐射薄膜的制备方法，性能，以及国内外最新研究进展和应用，并对两种类型的低辐射薄膜进行了比较。2、从光学基本理论开始，设计了离线低辐射薄膜的结构，包括每一层的材料和厚度，并创新性的用特性矩阵和光学导纳理论计算了该离线膜的光学性能，利用软件对其进行了仿真，与实际制备的薄膜所测量的性能相比较。3、完成在实验室仪器上制备低辐射薄膜，掌握其工艺条件，解决了超薄金属膜的制备问题，所制备的低辐射薄膜在可见光区(380hm-780hm)最高可达82.4%，平均透射率为75%；在近红外区(780nm-2500nm)的平均透射率为16.2%，其性能达到建筑物幕墙玻璃，汽车前挡玻璃等应用标准，并为进一步的大规模生产打下基础。4、针对中间银层在镀上层膜时易被氧化这一工艺难题，本研究创新性的提出用Ti膜作为保护膜，没有增加新的靶材，提高了生产效率，并节约了生产成本。
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This encourages hydroxyl radicals to form, which then convert nitrogen and sulfur dioxides in the air into particles.
这会引起氢氧基的产生，之后它会把空气中的氮和二氧化硫转换成粒子。
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Forest park, may just reduce, those carbon dioxides.
森林公园，才有可能减少，那些二氧化碳。
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This encourages hydroxyl radicals to form, which then convert nitrogen and sulfur dioxides in the air into particles.
這會引起氫氧基的產生，之後它會把空氣中的氮和二氧化硫轉換成粒子。
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The catalytic combustion of methane and the methane reforming with carbon dioxides are two effective ways of make use of the methane.
甲烷催化燃烧和二氧化碳重整甲烷制合成气是利用甲烷的两条有效途径。由于甲烷的化学稳定性，两个反应都需要高温条件才能进行。
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- 更多网络解释与dioxides相关的网络解释 [注：此内容来源于网络，仅供参考]
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thiophene dioxides：二氧化 吩
thiols砂醇 | thiophene dioxides二氧化 吩 | thiopionamides硫代丙醯胺
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nitrogen dioxides：二氧化氮
nitrogen 氮 | nitrogen dioxides 二氧化氮 | urea 尿素
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Layered manganese dioxides：层状二氧化锰
锰系氧化物:Lithium-Manganese Oxides | 层状二氧化锰:Layered manganese dioxides | 尖晶石锰酸锂:Spinel lithium manganese