关于水轮泵电站联合运行调度方案的探讨

我们临浬县青山水轮泵站工程,是一个以提水灌溉为主,结合发电并改善航运的大型水利综合利用工程。正常水位时,水轮泵、电站、船闸全部投入运行,设计过流量为四百二十秒立方,每天用水约三千六百三十万立方米。青山枢纽工程利用的是一低水头迳流水力资源。如何利用这一自然资源,最大     

传感器性能实时评估方法

为了实时监视传感器的工作状态，基于传感器的性能指标，确定了以传感器输出数据有效度作为评估基准的评估方法。该方法采用小波实时滤波技术对传感器的输出时间序列进行滤波处理，运用人工神经网络预测传感器输出值，并与实测值进行比较求出残差，由此来确定传感器的有效度指数。实验结果表明，本文提出评估传感器性能的方法是实时有效的，并能够在线检测过程参数的突变情况。     

Thermal Sense Prediction Model for Definite Human Group in Indoor Case

In order to build a prediction model of the indoor thermal comfort for a given human group,the original predicted mean vote (PMV) equation is reconstructed and simplified,the modified PMV equation is named PMVR (PMV for region),where five variables are needed to be fitted with the dataset of actual thermal sense of a definite human group. As the fitting algorithm,the particle swarm optimization algorithm is used to optimize the solution,and a fixed PMVR can be finally determined. Experiment results indicate...     

Optimization Method for Indoor Thermal Comfort Based on Interactive Numerical Calculation

In order to implement the optimal design of the indoor thermal comfort based on the numerical modeling method, the numerical calculation platform is combined seamlessly with the data-processing platform, and an interactive numerical calculation platform which includes the functions of numerical simulation and optimization is established. The artificial neural network (ANN) and the greedy strategy are introduced into the hill-climbing pattern heuristic search process, and the optimizing search direction can be predicted by using small samples; when searching along the direction using the greedy strategy, the optimal values can be quickly approached. Therefore, excessive external calling of the numerical modeling process can be avoided,and the optimization time is decreased obviously. The experimental results indicate that the satisfied output parameters of air conditioning can be quickly given out based on the interactive numerical calculation platform and the improved search method, and the optimization for indoor thermal comfort can be completed.     

导数示波极谱法测定镉试剂

镉试剂在0.32M氢氧化钠溶液中有清晰的还原波,峰电位在—O.60伏和—O.70伏,第一波可用来定量分析镉试剂。镉试剂的浓度在1.6×10_(-7)至1.3×10_(-6)M间,峰电流和浓度成直线关系。本文研究了镉试剂的极谱行为和极谱波性质。结果表明,镉试剂的极谱波是一吸附波,电极反应系镉试剂分子中-N=N-键的还原所致。     

依地酸二钠细菌内毒素检查法研究

目的:建立依地酸二钠辅料的细菌内毒素检查法。方法:依据《中国药典》2015年版四部通则1143细菌内毒素检查法,通过预干扰试验与正式干扰试验,确定依地酸二钠最大无干扰浓度,并进行方法学验证。结果:依地酸二钠浓度稀释到5.2 mg/mL以下对细菌内毒素检测无干扰。结论:建立的方法可用于检查依地酸二钠。     

微流控芯片电泳门进样方式的改进研究

本文通过实验并结合计算机模拟,对微流控芯片电泳的电动门控进样方式进行改进,在一定程度上减缓了压力流对实验的影响。     

一种基于模糊因果聚类的室内热舒适预测方法

提出一种用于室内热舒适预测的模糊因果聚类分析方法.在论域内随机产生若干样本点,对合理样本点运用模糊因果聚类方法求出其最佳聚类,提取各类样本的特征构造模糊预测模型.通过对室内热舒适指标的实例分析,说明该方法可用于不同地区的热舒适预测,能解决PMV等指标预测出现的较大偏差等问题.     

蛋黄卵磷脂细菌内毒素检查法研究

目的:建立蛋黄卵磷脂辅料的细菌内毒素检查法。方法:依据《中国药典》2015年版四部通则1 143细菌内毒素检查法,通过干扰试验,确定蛋黄卵磷脂最大无干扰浓度,并进行方法学验证。结果:蛋黄卵磷脂浓度稀释到5 mg/mL及乙醇浓度稀释到5%以下时对细菌内毒素检测无干扰。结论:建立的方法可用于蛋黄卵磷脂的细菌内毒素检查。     

Optimization Method for Indoor Thermal Comfort Based on Interactive Numerical Calculation

In order to implement the optimal design of the indoor thermal comfort based on the numerical modeling method,the numerical calculation platform is combined seamlessly with the data-processing platform,and an interactive numerical calculation platform which includes the functions of numerical simulation and optimization is established. The artificial neural network (ANN) and the greedy strategy are introduced into the hill-climbing pattern heuristic search process,and the optimizing search direction can be predicted by using small samples; when searching along the direction using the greedy strategy,the optimal values can be quickly approached. Therefore,excessive external calling of the numerical modeling process can be avoided,and the optimization time is decreased obviously. The experimental results indicate that the satisfied output parameters of air conditioning can be quickly given out based on the interactive numerical calculation platform and the improved search method,and the optimization for indoor thermal comfort can be completed.