“天光一号”平滑化角多路系统的建立

 采用诱导空间非相干（FEISI）的平滑方法结合传递傅里叶面的技术，建立了一套平滑化六束角多路系统。该系统输出总能量158 J，能量稳定度约4％，输出脉冲宽度25 ns，靶面有效焦斑直径400 μm，焦斑均匀性1.6％，激光功率密度3.7×10¹² W/cm²。     

模/ 数混合集成电路中的数字开关噪声分析

本文分析了静态CMOS逻辑开关在模 数混合集成电路中的开关特性、噪声特性、功耗及功耗延迟积等对其性能的影响 ,并提出用电流控制逻辑结构代替静态CMOS逻辑 ,实现低电压工作性能和峰值噪声电流下降     

Mathcad在电力电子变换器分析设计中的应用

Mathcad具有强大的数值，方程，符号，本以及图形的处理能力，运算速度快，使用简单，给出了Mathcad在电力电子变换器的参数选择，瞬态分析，波形生成等方面的应用。     

幂函数和指数函数回归模型参数的无偏估计及应用

本文给出了一类非线性函数、幂函数和指数函数回归模型参数的一种估计方法，用此方法计算幂函数和指数函数参数所得的残差平方和比用化为线性模型计算所得的残差平方和小得多。与精确的高斯－牛顿迭代计算结果相近，它比一般非线性回归迭代计算简单。     

幂律流体在倾斜旋转内管的偏心环空中层流流动近似解法

英国的Luo和Peden提出了用无穷多个不同外径的同心环空代替偏心环空来求解偏心环空中流体流动问题.本文用Luo-Peden方法对幂律流体在倾斜的同心环空中层流螺旋流和倾斜旋转内管的偏心环空中的层流流动问题进行了近似求解,得出了视粘度和速度分布函数、流量计算公式以及压力梯度方程.     

膨化颗粒饲料机主功率计算—热功法

本文根据热力学原理，对ＰＬ８型膨化颗粒饲料机主功率提出一种理论计算方法，并经实测验证，计算结果满足设计要求，这为各类自摩升温式膨化颗粒饲料机的结构设计和功率计算提供了理论依据，具有一定的实用价值。     

Dielectric-Lined Multiwave Cerenkov Generators Producing High Power Millimeter Waves

This paper presents the concept of a Dielectric-lined Multiwave Cerenkov Generator(DMWCG) producing high power millimeter waves, which is investigated with a two and one half dimensional( ) electromagnetic relativistic Particle-in-Cell(PIC) simulation code. It is showed that the DMWCG can operate in a lower diode-voltage regime with much higher radiation efficiency as compared with the usual Multiwave Cerenkov Generator(MWCG). The simulation work indicates both the downshift of the wave frequency in the presence of the dielectric liner and the existence of the optima for the permittivity of the liner as well as for the magnitude of the guiding magnetic field. The required intensity of the guiding field is reduced with the introducing of the liner. The radiation is generated at the dominant frequency of 31.5GHz. The power level of 1.5GW is achieved, with radiation efficiency up to 15%. The features of parameter dependency are presented. And reasonable explanation is put forward. In addition, the enhanced propagation of the electron beam is studied in the presence of the dielectric liner.     

Influence of different factors on the output power transferred into medium by ultrasound

The influence of several factors (amplitude of ultrasonic waves, external static pressure, temperature and viscosity of medium) acting, either individually or in combination, on the amount of power transferred to a liquid medium during ultrasonication (power output) was measured by calorimetry. At constant amplitude (150 microns) and pressure (200 kPa), the power output decreased as the temperature was raised. The effect of temperature could be compensated by increasing pressure. The magnitude of the increase in power output due to raising the pressure depended on the pressure range and the treatment temperature. At all temperatures and pressures studied, the power output increased exponentially when the amplitude was increased linearly. The magnitude of this power output did not depend on the temperature or pressure of treatment. At 40 degrees C the magnitude of the increase in power output due to increasing the pressure was not influenced by the amplitude of sonic waves. The power output increased as the viscosity of the medium was increased. The magnitude of this effect did not depend on the amplitude but on the static pressure.     

有功和无功交替优化的电力系统最佳潮流计算

本文把电力系统最佳潮流的计算分离为有功(P)和无功(Q)两个子优化系统。把等式和不等式约束也分成两部分在相应的子优化中考虑。通过有功和无功的交替优化,结合潮流计算统一起来,达到两者同时优化的目的。在每一个子优化中,控制变量和状态变量相对的要减少一些。特别是在无功优化时,控制变量可以任选Q或V,使收敛性得到了较大改善。在计算方法上,采用共轭梯度法。     

电源优化模型

本文介绍一种适用于我国电力建设的电源优化模型,该模型是作者在完成三峡开发方案论证课题过程中建立起来的。和国外相比,我们的电源优化理论上和算法上要求更高,难度更大。不突破国外的某些理论就不能创立适合我国的数学模型和算法。基于这些考虑,我们在电源优化中开发了一种特殊的启发式算法,突破了传统算法对整数变量数目的限制;在生产模拟中采用了等效电量法和处理水电机组的新理论,使整个电源优化程序具有明显特色。以此模型编制的电源优化程序已用于三峡系统电源优化计算,取得了满意的结果。