人工神经网络在仪表信息处理中的应用

介绍了一种用于测量二次仪表中充满管道的过热蒸气流量和载热计算的人工神经网络。它节省了储存空间和运算时间, 具有本征性滤波功能, 在高准确度, 防止发散、偏离和非唯一性方面较之传统算法具有很大优越性。同时, 还进一步介绍了由此而产生的具有学习能力的仪表。     

在线自动宽度测量仪的研究

介绍了在线自动宽度测量仪的原理及硬件结构，给出了仪表步距常数的计算方法和有关的程序框图，分析了影响系统精度的主要因素及解决办法。     

Hundred hertz and hundred millijoules all-solid-state nanosecond laser technology北大核心CSCD

According to the requirements of multi-target and pseudo-random coded laser semi-active terminal guidance, as well as the fast target ranging and other application environments, a hundred hertz and hundred millijoules all-solid-state nanosecond laser was designed to meet the requirements of integrated, miniaturized and practical prototype. Based on the modular time-sharing pump mode, the heat dissipation pressure of the unit volume laser working material and its pump source was effectively reduced. At the same time, the unstable laser resonator technology was adopted to improve the quality of the outgoing laser beam. Finally, the two resonant lasers were combined into one beam through polarization control to realize the output of a high beam quality hundred hertz and hundred millijoules nanosecond pulse laser. The weight of the integrated prototype is only 15.5 kg. At the operating frequency of 100 Hz, the average output laser energy is 112 mJ, the energy stability is better than 8%, the pulse width is 10.8 ns, and the beam quality reaches 11 mm·mrad. This results can basically meet the requirements of multi-target and pseudo-random coded laser semi-active terminal guidance and fast target ranging for laser source excitation. © 2022 Editorial office of Journal of Applied Optics. All rights reserved.     

犯罪单位问题的比较研究

犯罪的单位问题,是研究犯罪与刑罚关系的基础。本文运用比较法研究的方法,分析了大陆法系和英美法系对犯罪单位问题的态度和处理方法,重点介绍了英美刑法理论中的证明单位在定罪中的运作,并由此对中国的罪数体系提出合理化的建议。     

自动测量仪表实时信号处理的ANN模型化技术

针对自动测量仪表实时信号处理的共性作了分析,提出一种完全代替经典算法的BP模型。该模型不仅准确度高,算法简单,大大地节省时、空量,而且有利于防止因内外随机干扰造成的有偏性、发散性和非唯一性问题。     

在线自动宽度测量仪的研制

介绍了在线自动宽度测量仪的原理及硬件结构,给出了仪表步距常数的计算方法和有关的程序框图,分析了影响系统精度的主要因素及解决办法。