航天光学遥感器指向镜用胶选择

航天光学遥感器指向镜的稳定性对提高图像几何精度起着至关重要的作用,而指向镜的胶粘剂决定了指向镜的指向稳定性,首先分析了遥感器对指向镜高稳定性指向的使用要求,然后对航天中常用的三种胶粘剂进行了全面对比,结合指向镜的实际使用要求,选择了HY914和SE-14-80两种胶粘剂进行粘接应力比较,通过为这两种胶粘剂制定合理的固化工艺路线,在相同的条件下进行了胶粘前后指向稳定性试验验证,试验结果表明,采用特定的固化工艺,使用SE-14-80粘接剂的指向镜粘接前后指向偏差约为1″,是航天光学遥感器指向镜胶粘剂的最优选择。鉴于其优异的粘接性能,此胶粘剂已在某在研项目中应用。     

HY6070在检测信号数据采集与处理中的应用

在现代的工业生产中，信号的采集与处理占有十分重要的地位。信号的采集一般都使用模数转换器把传感器的模拟信号转换成计算机可以处理的数字信号。本文主要描述的是使用PC机通过模数转换器HY6070对管道漏磁检测信号采集的方法，对其他信号的采集同样具有一定的参考价值。     

全三维地震解释方法在西湖凹陷HY71油气藏评价中的应用

全三维地震解释方法是一种能有效地将地质知识应用于地震解释的综合解释方法 ,它可以使解释人员从不同属性的三维数据体中快速获取各种信息。本文应用三维可视化解释方法 ,结合钻井和测井资料 ,对HY7 1油气藏的圈闭形态、砂体空间展布及沉积相特征进行了综合解释与评价 ,取得了较好的应用效果     

Catalytic distillation of an atmospheric petroleum resid using HZSM-5 and HY zeolites

This work presents a study of the reactive distillation of atmospheric petroleum residue (ATR) containing 10% in mass of HY or HZSM-5 zeolites. The process aims the upgrade of ATR in order to obtain valuable products. The fundamental characteristic of the process is the immediate separation under thermal conditions and subsequent reaction of the products generated by the zeolite catalysts, favoring the displacement of the equilibrium towards the desired reactions. Such reactions occurred in the heterogeneous form, adding the HY or HZSM-5 zeolites to the ATR charge, and heating the mixtures at temperatures in the range of 50 to 500°C. The heating promotes intense heat exchange, solid-liquid reactions, obtaining the desired products. In the reactive distillation process, in presence of the acid sites of the zeolites, the short contact time of the hydrocarbons thermally cracked at low pressures favored secondary cracking reactions, increasing the selectivity to lower weigh molecular hydrocarbons, in the range of liquid gases, naphta, gasoline, jet fuel, diesel and lubricants. The obtained results proved that catalytic or reactive distillation is a promising technology for waste recovery that is surplus to the atmospheric and vacuum distillation processes for the refineries.     

J-Resistance curve testing of HY80 steel using SE(B) specimens and normalization method

The normalization method is adopted for standard and nonstandard specimens in this paper to develop J-R curves for HY80 steel directly from load versus load-line displacement records without use of automatic crack length measurement. The standard specimens usually contain high crack-tip constraints, while the nonstandard specimens involve low crack-tip constraints. To obtain J-R curves with different constraints, a series of single edge notched bend (SE(B)) specimens with different crack lengths for an HY80 steel are tested in accordance with ASTM standard E1820. The normalization method is then used for determining crack extension and J-R curves for these SE(B) specimens.To validate the normalization method, the J-R curves determined using the normalization method are compared with those obtained by the elastic unloading compliance method for the SE(B) specimens. The comparison shows that good agreements exist between the two methods, and the normalization method is a viable tool to be used to determine J-R curves of the HY80 steel for the standard as well as nonstandard SE(B) specimens. In the J-integral calculations, the resistance curve test method, the basic test method and the modified basic test method specified in ASTM E1820 are evaluated. The results indicate that the modified basic method can be equivalent to the resistance curve method.     

基于HY061的出租车迎宾器设计

HY061是应用自适应脉码调制语音合成技术的超大规模CMOS语音集成电路。文中提出一种基于HY061的出租车迎宾器设计思路和方法,其设计简单,成本低廉,有一定的实用价值和推广价值,可以为出租车公司和生产厂家提供一个设计参考。当旅客出入出租车时,车内自动传出一些问候语,使出租车更加人性化。     

DDR2器件HY5PS121621BFP在嵌入式系统中的应用

针对嵌入式系统对存储器的需求，提出了基于DDR2SDRAM的存储方案。简要介绍DDR2器件HY5PSl21621BFP及其硬件接口。给出了一个应用实例。     

HY分子筛催化噻吩类硫化物的烷基化反应动力学

以HY分子筛为催化剂,考察流化催化裂化(FCC)汽油中的噻吩类硫化物的烷基化反应性能,并对反应动力学进行研究。结果表明:在反应温度433 K,反应时间1 h时烷基化硫转移率(低于393 K的馏分)达到90%以上,反应温度在403～433 K,FCC汽油中的噻吩类硫化物烷基化反应动力学方程符合一级反应速率方程,其活化能为44.70 kJ/mol,指前因子为6.47×105h-1。     

DD3单晶合金HY3涂层的防护性能

研究了ＤＤ３单晶高温合金ＨＹ３（ＮｉＣｒＡｌＹＳｉ）包覆型涂层抗氧化，抗热腐蚀性能，试验结果表明，ＨＹ３涂层主要由γ相，γ‘相及少量β相，α－Ｃｒ组成，在１０５０￣１１００℃高温氧化和９００℃燃气热俯蚀条件下，涂层对合金起到了很好的防护作用。