数控测井显示—会话系统

HCS教控测井地面系统中的显示—会话系统采用高分辨率彩色图形屏幕。在文本方式下,它是一个完整的终端,是地面系统的控制台;在图形方式下可以实时显示常规测井曲线、自然伽玛能谱图形和现场解释成果图并通过窗口进行交互会话。在INTEL 80286CPU母板控制下,形成一个与主机界面清晰的外部设备,向主机提供一套完整的操作命令,使主机能够灵活控制图形显示器。     

乙二胺在沸石分子筛上的TPD研究

以程序升温脱附(TPD)为主要试验手段,对乙二胺在5种不同沸石分子筛上的吸附、脱附行为进行了研究。结果表明,沸石分子筛对乙二胺有着较强的吸附作用,但不同的沸石分子筛对乙二胺的吸附能力受其结构和表面酸性特征的影响而有所不同;适用于交联条件的有效吸附部位为一与沸石分子筛表面酸性有关的弱化学吸附位;乙二胺从不同沸石分子筛表面脱附的动力学与晶内扩散有关,其表观脱附活化能分别为:69.9kJ/mol(5A)、78.3kJ/mol(13X)、22.4kJ/mol(菱沸石)、37.5kJ/m0l(NaY)、44.7kJ/mol(ZSM-5)。     

Calculation and evaluation of narcissus for diffractive surfaces in infrared systems

In infrared optical systems, the narcissus effect for diffractive surfaces should be calculated with specific diffraction orders based on the diffraction efficiency. It is shown in this work that the diffraction order of maximum diffraction efficiency varies with the change of the incident angle and wavelength of the backward-traced narcissus flux. Meanwhile, yni, which is the paraxial evaluation criterion of narcissus intensity for a refractive surface, is modified considering diffraction when a ray passes through diffractive surfaces, and a practical example has been given. The analysis can be used to calculate and control the narcissus intensity in infrared optical systems with diffractive surfaces.     

战场目标声信号的合成方法研究

从声学理论及战场声学环境特点出发，利用波动声学的方法，得出声压合成规则，通过合成规则的实验和仿真验证了合成规则的正确性；并详细阐述了不同声信号的具体合成方法，给出了计算机仿真结果。     

智能故障诊断研究与发展

在综合大量文献基础上,对国内外智能故障诊断的研究现状进行了述评和归纳,同时指出了目前各种智能诊断方法和技术的特点及局限性.这些方法和技术包括:基于规则的智能诊断、基于模型知识的智能诊断、基于神经网络的智能诊断、基于案例的智能诊断、基于行为的智能诊断.对基于神经网络的智能诊断,具体讨论了模式识别的智能故障诊断神经网络、故障预测的神经网络、基于神经网络的智能诊断专家系统.最后指出了智能故障诊断今后的发展趋势,即集成型智能故障诊断系统、基于机器学习的智能故障诊断系统、由单机诊断到远程分布式全系统智能诊断.     

等离子体增强原子层沉积增透阻隔膜的研究

高阻隔高透光率的柔性复合材料在包装和电子封装领域具有很高的应用价值。本文采用等离子增强原子层沉积技术在PET基体上制备了多层结构的增透阻隔膜,研究了等离子增强原子层沉积制备氧化硅和氮化硅的工艺参数,利用光学模拟软件设计出所需透过率的膜层结构。结果表明：等离子体增强原子层沉积制备的薄膜原子力显微镜表面形貌晶粒分布均匀,薄膜致密,红外光谱显示制备的薄膜为高纯度的SiO₂和Si₃N₄,薄膜的透水率降低了2个数量级,可见光范围透过率可达到94%。     

A UV‐Responsive Multifunctional Photoelectric Device Based on Discotic Columnar Nanostructures and Molecular Motors

Orientation control of ordered materials would not only produce new physical phenomenon but also facilitate the development of fancy devices. Discotic liquid crystals (DLCs) form 1D charge transport pathway by self‐organizing into columnar nanostructures via π–π stacking. However, controlling the electrical properties in such nanostructures with some direct and instant way is a formidable task for their high viscosity and insensitivity to external stimuli. Herein, the arbitrary control over electrical conductivity of such columnar nanostructures is achieved with UV light by incorporating DLCs with molecular motors. Highly ordered DLC microstripe arrays are generated on desired substrate through a capillary bridge dewetting strategy. The conductivity of the microstripes could be continuously modulated by 365 nm light due to the influence of molecular motion under UV irradiation on the electron orbital overlap of columnar nanostructures. This is so because the disorder degree of the DLC molecules is associated with the intensity of UV light and the doping concentration of molecular motors. Moreover, the device shows memory effect and reversible conductivity change. The DLC microstripe arrays are very promising for the applications in UV detectors, memory devices, optical switches, and so on.