轻 薄 软 挺 男士西装风采不让当年

虽说如今男士越穿越花哨,什么牛仔装、绒线衫、运动服,变着花样换新鲜,可若论男士最离不开的服装恐怕还是西装。 随着人们社交活动的频繁及交际活动的正规化,庄重、大方的西装还是国内男士的首选目标。 西装一向被认为是男人的标志服装,几百年来,服装潮流此起彼伏,但西装却能以不变应     

ZYJ—1型单体液压支柱检测仪的研制

介绍了研制的ＺＹＪ－１型液压支检测仪。它具有检测支柱阻力和刚度一体化等特点。     

河南轮胎厂提前12天实现“双过半”

为全面完成91年的各项经济技术指标,河南轮胎厂采取了三条措施:一是结合工厂实际,制订并逐步充实了“质量、品种、效益年”规划;二是深入开展了学吉化活动和“双增双节”活动。进一步强化了生产经营管理,在全厂上下开展了“全省全市学轮胎、轮胎怎么办”大讨论;三是工厂领导从     

聚酚氧顶涂底漆的研制

本文以树脂的溶解性，分子量大小、防锈颜料及其配比、工艺条件等方面实验研究了聚酚氧顶涂底漆的制备。该漆具有单组分、不含锌粉等特点，性能达到相关标准要求。     

Finite difference method for dynamic response analysis of anchorage system简

Based on some assumptions, the dynamic analysis model of anchorage system is established. The dynamic governing equation is expressed as finite difference format and programmed by using MATLAB language. Compared with theoretical method, the finite difference method has been verified to be feasible by a case study. It is found that under seismic loading, the dynamic response of anchorage system is synchronously fluctuated with the seismic vibration. The change of displacement amplitude of material points is slight, and comparatively speaking, the displacement amplitude of the outside point is a little larger than that of the inside point, which shows amplification effect of surface. While the axial force amplitude transforms considerably from the inside to the outside. It increases first and reaches the peak value in the intersection between the anchoring section and free section, then decreases slowly in the free section. When considering damping effect of anchorage system, the finite difference method can reflect the time attenuation characteristic better, and the calculating result would be safer and more reasonable than the dynamic steady-state theoretical method. What is more, the finite difference method can be applied to the dynamic response analysis of harmonic and seismic random vibration for all kinds of anchor, and hence has a broad application prospect.     

关于熔体镁的除气处理研究

镁和镁合金由于具有重量轻、比强度、比屈服点、切削加工性能和吸振动性能好等优点,可以作为轻质目的的结构材料使用,但是目前的现状主要还是用于作为向铝合金中的添加元素。铝合金由于含有微量的氢气,所以我们可以看到,在压延后产生气孔,在铸造时产生微裂等现象,使其机械性能和化学性能显著降低,这是众所周知的事实。因此,我们进行了许多关于铝在精炼或铸造过程中尽可能减少氢含量的技术研究和关于除氢的研究。例如,我们能够看到许多关于向铝中吹进氯、氮、Cl_2—N_2混合气体、CCl_2F_2、CCl_2F_2—N_2混合气体以及用熔剂处理进行除气的研究报告。     

基于资源优化的QoS路径选择模糊算法

文中讨论了在ＩＰ网络中支持ＱｏＳ路径时优化网络资源的模糊方法,对ＱｏＳ路径选择中出现的多目标路径费用函数进行了合理的描述。该方法综合考虑了径路中的带宽、时延和路径条数,从初选出来的若干条路径中选择更安全,又节约网络资源的路径。仿真结果表明,模糊算法既兼容普通方法,又比普通方法更合理。同时,模糊方法计算简单迅速,用ＶＬＳＩ（ｖｅｒｙ ｌａｒｇｅ ｓｃａｌｅ ｉｎｔｅｇｒａｔｉｏｎ）硬件很容易实现。