基于以太网的工业控制远程访问的研究

NAT是一项专门用于网络互联的技术，可以用来解决工业控制网络的互联及远程访问的问题。探讨了利用NAT技术实现基于以太网的远程访问的实现，并给出了具体的实例。     

汽车照明防眩的新技术

文章介绍了一种新颖的汽车照明防眩技术，这是汽车前照灯的脉冲化照明所带来全新功能之一。通过利用高速频闪的脉冲氙灯，配合高速液晶电光开关制成的挡光板，让对方照明效果光透过，而挡去大部进入眼睛的外部眩光，从而达到防止眩光的目的。本文详细论述了这种新颖的防眩控制技术，并给出了在实用中多车交会时的处理方法。     

Advances in selective wet oxidation of AlGaAs alloys

We review the chemistry, microstructure, and processing of buried oxides converted from AlGaAs layers using wet oxidation. Hydrogen is shown to have a central role in the oxidation reaction as the oxidizing agent and to reduce the intermediate predict As₂O₃ to As. The stable oxide is amorphous (Al_xGa_1-x) ₂O₃ which has no defects along the oxide/semiconductor interfaces but can exhibit strain at the oxide terminus due to volume shrinkage. The influence of gas flow, gas composition, temperature, Al-content, and layer thickness on the oxidation rate are characterized to establish a reproducible process. Linear oxidation rates with Arrhenius activation energies which strongly depend upon AlAs mole fraction are found. The latter produces strong oxidation selectivity between AlGaAs layers with slightly differing Al-content. Oxidation selectivity to thickness is also shown for layer thickness <60 nm. Differences between the properties of buried oxides converted from AlGaAs and AlAs layers and the impact on selectively oxidized vertical cavity laser lifetime are reported     

一点对多点通讯在卫星测试无线转发系统中的应用

分析了卫星测试无线转发中一点对多点通讯系统中的关键性技术：包括硬件连接、通讯方式及有关技术，并给出了具体方案。     

公寓管理与大学生行为习惯的养成

高校学生公寓是学生学习、生活的重要场所，引导学生养成良好的行为习惯有助于学生公寓管理工作的顺利开展。文章从维护高校稳定、增强大学生的法律意识和法制观念、促进大学生自我发展、实现学生公寓“管理”、“育人”职能等方面论述学生行为习惯养成的重要性，并从制度建设、环境教育、文化熏陶、组织保障等方面提出具体对策措施。     

矩形花键螺旋沟拉刀一次成型中的数学模拟

给出了矩形花键螺旋沟拉刀一次成型的数学模拟，并用实例验证了模拟的可靠性。     

An improved outer pipe method for expansive pressure measurement of static cracking agentsOA

Static cracking agent(SCA) is actively investigated as an alternative to explosive blasting for rock breakage due to its immense expansion property. SCA can eliminate the negative effects of shock, noise and harmful gases encountered in explosive blasting processes. Accurate measurement and deep understanding of the expansive properties of SCAs are important in their industrial application. An improved outer pipe method(OPM), termed the upper end surface method(UESM), is proposed in this paper t...     

AP-6-6型汽轮机主轴推力盘改造及运行实践

从介绍苏制 ６ Ｍ Ｗ 汽轮机主轴推力盘结构和运行中出现的问题着手,提出了改造推力盘的措施和方法。运行实践表明,机组运行的稳定性和带负荷响应能力有了明显的改善     

Enhanced π–π Interactions of Nonfullerene Acceptors by Volatilizable Solid Additives in Efficient Polymer Solar Cells

Fine‐tuning of the nanoscale morphologies of the active layers in polymer solar cells (PSCs) through various techniques plays a vital role in improving the photovoltaic performance. However, for emerging nonfullerene (NF) PSCs, the morphology optimization of the active‐layer films empirically follows the methods originally developed in fullerene‐based blends and lacks systematic studies. In this work, two solid additives with different volatilities, SA‐4 and SA‐7, are applied to investigate their influence on the morphologies and photovoltaic performances of NF‐PSCs. Although both solid additives effectively promote the molecular packing of the NF acceptors, due to the higher volatility of SA‐4, the devices processed with SA‐4 exhibit a power conversion efficiency of 13.5%, higher than that of the control devices, and the devices processed with SA‐7 exhibit poor performances. Through a series of detailed morphological analyses, it is found that the volatilization of SA‐4 after thermal annealing is beneficial for the self‐assembly packing of acceptors, while the residuals due to the incomplete volatilization of SA‐7 have a negative effect on the film morphology. The results delineate the feasibility of applying volatilizable solid additives and provide deeper insights into the working mechanism, establishing guidelines for further material design of solid additives.     

纳米电子器件呼唤真空化学研究

纳米电子器件是微电子器件发展的下一代 ,现有微电子器件的主要材料是极纯的硅、锗和镓砷等晶体半导体。纳米电子器件有可能是以有机或有机 /无机复合晶体薄膜为主要材料 ,要求纯度更高 ,结构更完善。真空制备的清洁环境 ,有希望加工组装出纳米电子器件所要求的结构。故本文建议开展真空化学研究