ID 原文 译文
16035 为了改善机载液晶显示器低温加热不均匀问题，提出了一种均匀加热的方法。 In order to improve the uneven heating of the airborne LCD at low temperature,a method of uniform heating was proposed.
16036 首先，用COMSOL软件建立加热器模型和进行热仿真，得到了加热的功耗和温度分布图。 Firstly,the heater model and thermal simulation were established with COMSOL software and the heating power consumption and temperature distribution map were obtained.
16037 接着做加热器低温加热实验，实验测量了温度值校正仿真模型边界的热对流系数，根据需求优化仿真加热器，设计了一种边缘温度高于中心区域的加热器，并根据仿真用等效占空比方式制作样品。 Then,the low temperature heating experiment was carried out,and the measured temperature value could help correct the boundary conditions of the simulation,the simulation heater was optimized according to needs,while a heater was designed with edge temperature higher than the center area and making samples according to the equivalent duty cycle method of simulation.
16038 最后将加热器样品组装整机，放置在实验箱做低温加热实验。结果表明温度分布均匀性较好，测试最大温差约为5℃左右，满足了设计要求，对机载特种显示器低温加热研究有一定参考意义。 Finally,the heater sample was assembled into the whole machine and was placed in the experiment box for low temperature heating experiment.The results show that the temperature distribution is uniform,and the maximum temperature difference tested is about 5 ℃,which could meet the design requirements and have certain reference significance for low-temperature heating of airborne special display.
16039 总结了双有源层a-IGZO TFT器件的研究进展，重点阐述了a-IGZO的双有源层器件在高稳定性机制、制备工艺、上下层元素比例、掺杂和工艺参数等方面的研究结果，详细分析了双有源层对器件特性的影响及改进方法，并对双有源层a-IGZO TFT的发展方向进行了展望。 The research progress of a-IGZO was reviewed,as well as the high stability mechanism,preparation process,the element ratio between two layers,adulteration method and process parameters. In addition,the effect of dual-active layer on TFT's properties and the improved methods were comprehensively and thoroughly analyzed. Then,the future direction of a-IGZO technology was prospected.
16040 介绍了二维钙钛矿的结构以及其对应的独特光激子性质。 The structure of two-dimensional perovskites and their corresponding unique exciton properties were introduced,especially the characteristics of phonon in the spectrum.
16041 介绍了光谱中声子的特性，分析了强的电声相互作用可能是以n=3为主的混合二维钙钛矿适合作为光电材料的物理原因。 It was analyzed that the strong electron-phonon interaction may be the physical reason why n=3-based mixed two-dimensional perovskites were suitable for photoelectric materials.
16042 最后，根据前文介绍探讨了需要进一步厘清的问题，以期为优化二维钙钛矿光电材料和器件提供思路。 Finally,the further problems were clarified in order to provide ideas for the optimization of two-dimensional perovskite optoelectronic materials and devices.
16043 对基于机器学习的散射环境下光学调控及成像目前研究的现状进行梳理。从网络类型、网络结构、训练方法等方面分析现有技术的优势与不足，对其发展脉络进行梳理。 The application history and research progress in machine-learning-based optical controlling and imaging through scattering media were reviewed,and several representative machine learning algorithms and network architectures were analyzed in detail. Finally,the research progress and trend of the machine learning used in optical controlling and imaging through scattering media were summarized.
16044 在此基础上，进一步讨论了基于机器学习的散射环境下光学调控及成像技术的未来发展方向。 Existing problems and future research priorities were discussed as well.