FORTRAN程序调用C语言函数过程的方法

本文介绍FORTRAN语言调用C语言过程的方法。     

交流等离子体显示屏任意驱动波形壁电荷测量方法

为了解决交流等离子体显示屏 (ACPDP)在任意驱动波形下壁电荷测量的难题 ,提出了一种新的测量ACPDP显示屏壁电荷的方法 .该方法采用ACPDP显示屏中几何结构完全相同的 2组放电单元 ,分别串联 2个完全相同的电容器构成测量电路和参考电路 .测量电路包含的放电单元在常规驱动电压下能够放电 ,参考电路包含的放电单元在常规驱动电压下不会放电 ,2个电路并联构成平衡电路以消除位移电流的影响 .对测量电路和参考电路施加相同的驱动波形 ,测量 2个串联电容器之间的电压差即可得到壁电荷的值 .采用该方法 ,对 3电极表面放电ACPDP显示屏壁电荷进行了实际测量 ,首次获得了准备期、寻址期和维持期的壁电荷波形 .该方法对于ACPDP驱动波形的设计和优化具有重要的科学意义和应用价值     

Influence of rarefaction wave on premixed flame structure and propagation behavior

To explore the influence of rarefaction wave on the structure and propagation behavior of the premixed propane/air flame in a rectangle combustion pipe, the techniques of high speed Schlieren photograph method, pressure measurement and so on are used to study the interaction processes between rarefaction wave and flame. Two cases of rarefaction wave-flame interaction were performed in the experiment. The experimental result shows that both the rarefaction waves can cause the flame transition from laminar to turbulent combustion quickly. The cowflow rarefaction wave decreases the flame speed, while the counterflow rarefaction wave leads the flame propagation speed to increasing on the whole, accompanied with sharp vibration.     

Experimental Observables on Nuclear Liquid Gas Phase Transition

Progress on nuclear liquid gas phase transition （LGPT） or critical behavior has been simply reviewed and some signals of LGPT in heavy ion collisions, especially in NIMROD data, are focused. These signals include the power-law charge distribution, the largest fluctuation of the fragment observables, the nuclear Zipf law, caloric curve and critical exponent analysis etc.     

Theoretical study on the lithium bond interaction of furan homologues C_4H_4Y (Y=O, S) with LiCH_3 via DFT and MP2

The optimizations geometries and interaction energy corrected by BSSE of the complexes between C4H4Y (Y=O, S) and CH3Li have been calculated at the B3LYP/6-311 G** and MP2/6-311 G** levels. Three complexes were obtained. Abnormally, the calculations showed that all the C10—Li14 bond lengths increased obviously but the blue-shift of C10—Li14 stretching frequency occurred after formed complexes. The calculated binding energy with basis set super-position error (BSSE) and zero-point vibrational energy corrections of complexes I―III is ?45.757, ?35.700 and ?39.107 kJ·mol?1, respectively. The analyses on the combining interaction with the atom-in-molecules theory (AIM) also showed that a relatively strong lithium bond interaction presented in furan homologues C4H4Y---LiCH3 systems. Natural bond orbital theory (NBO) analysis has been performed, and the results revealed that the com- plex I is formed with n-σ type lithium bond interaction between C4H4O and LiCH3, complex II is formed with π-s type lithium bond interaction between C4H4O and LiCH3, and complex III is formed with π-s and n-s type lithium bond interactions between C4H4S and LiCH3, respectively.     

《淮南万毕术》夏造冰之新解——兼与厚宇德先生商榷

二十多年来学术界关于《淮南万毕术》“夏造冰”问题的讨论颇具戏剧性．1983年洪震襄否定了这种可能性，十年之后李志超、赵虹君的相关研究得出了相反的结果．2004年厚宇德研究了李、赵肯定说实验方案，得到出乎意料的相反结论．本文根据原文提出一个新的技术思路，按此思路，则有可能实现“夏造冰”．实际操作中能不能达到预想的目标，还有待于实验验证．     

采煤工作面瓦斯涌出分析及控制技术

分析了采煤工作面瓦斯涌出规律及其主要影响因素,论述了瓦斯治理及控制技术。     

台子山隧道有害气体防治

针对一般有害气体防治措施的不足,介绍了一系列处理台子山隧道两侧采空区有害气体的方法,并总结了实施效果。     

锅炉引风机叶轮挂灰失衡原因分析

论述了烟气流程各个环节可能出现的问题,分析了造成锅炉引风机叶轮挂灰失衡的主要原因,提出了相应的解决措施。     

滨海盐渍型水稻土最适有机质含量的研究

滨海盐渍型水稻土是辽宁省主要农业土壤之一。主要分布在辽河下游的渤海沿岸,以营口、盘锦地区为主要代表,是我省主要粮食生产基地之一,因此,对滨海盐渍型高产水稻土最适有机质含量的研究,不论在理论上还是在生产上都有十分重要的意义。因此我们于2004、2005连续二年对盘锦鼎翔集团的盐渍型水稻土进行研究,高产田土壤最适有机质含量为2.0～3.0%,中低产田为0.4～2.12%,平均为1.36%。增加土壤有机质的积累,调节土壤有机质的转化,是培肥土壤的基本措施,是农业生产的重要任务。要维持和提高土壤有机质的水平,必须有预见性的施用各种有机物料。