大立体角多参数电离室

因重离子核物理研究工作研究,研制成功灵敏区深庶３５ｃｍ的大立体角多参数电离室,可同 量信号△Ｅ、Ｅ和位置信号Ｘ、Ｙ等多项参数。     

Milestone of the meridian science──970th anniversary of the Chinese Bronze Statue of Meridian

For more than a thousand years, Chinese people were aware of the transmitted sensations by the application of needles on the body surface. This practice is called acupuncture. Acupuncture had been recorded and transcribed in writings and in drawings, until finally the acupoints were inscribed onto a bronze statue. The bronze statue was called the Meridian Figure. Deeply embodied in the bronze statue is a tripartite confrontation-prism representation of the humans body. This concept was a great scientific achievement in ancient China. The author traces the history of Meridian science described in traditional Chinese medical terms. Then he explores a clear analogy of the meridian pathway (MP) phenomenon. In a model system, by using a simple segmental in vertebrate, certain parallels can be demonstrated with the meridian concept. For example, the author demonstrated a clear correlation rule among the central mechano-sensory channels, and characteristics of positional discrimination in individual nerve cells from different receptive field inputs. The evidence suggests that the MP phenomenon is an objective neurobiological response. To clarify the research objective in this paper, the author suggests that the MP is a bi-directional pathway along which a positional message signal is transmitted. This phenomenon is evoked by physical stimulation, transmitted linearly across the human body segments, and is perceived by the brain. The MP consists of low resistance paths, is connected by the liquid media contained in the apposite membranous structure. At the cellular level, the regulation functions of MP must pass through along this low resistance path. Two aspects of the modern Meridian research are the functional regulation and the mechanism of intercellular liquid modulation at the nanometer level.     

沥青砂浆粘弹性断裂扩延分析及其断裂特性的推求

以沥青砂浆材料为例,通过薄板的蠕变断裂及单轴拉伸蠕变的试验结果和数据分析,推求出沥青砂浆在不同温度下的断裂特性参数Γ和σｍＩ１。     

(磁)流体波动力学问题的近似求解─参数微分法

针对非线性物理如等离子体物理、流体力学、大气科学等领域中信受人们关注的两类摄动问题（Ⅰ）、（Ⅱ）,引进"参数微分法"得到其近似解,其结果可用于研讨摄动对原物理问题解的影响。类似的问题在许多动力学问题物理解的数值定性分析及其应用WKB方法处理时也会经常遇到。这里的方法仅对两个特例给出,无疑可用于其它类似问题的处理。     

春秋刘国故城考

刘国是春秋时期东周王畿内的重要封国之一。笔者就刘国故城遗址、地望及其兴衰进行了考证     

旋转构件动态参数的在线检测技术

基于电磁检测原理,研究了一种用磁晶格法动态检测旋转构件的角速度、剪应变、剪应力、扭矩及轴功率等动态物理参数的新的检测技术与方法。阐明该检测方法的原理及检测信号的处理与转换技术,推导出时间域的检测量与旋转构件动参数之间的数学关系式;并用单片机实现了旋转构件动态物理参数的实时在线定量检测。     

复合采动影响下地表变形预测与危险区划分方法

矿山岩体工程开挖将改变原岩应力状态,由此引起岩体本身及周围一定区域的移动和变形,地下与露天复合开采的矿山更是如此,其变形速率之大、范围之广、时间之长已严重地影响周边环境的安全。通过对地下与露天复合采动影响下地表变形规律进行研究,建立了相应的移动模型。在此基础上,对移动参数的计算方法及地面变形区的划分方法等问题进行了研究。然后,依据当前形量和后续变形量大小,对矿山继续开采可能产生的破坏范围进行了划分     

Study of the Characteristic of Nuclear Interactions Span Knee Region

大气契伦柯夫脉冲波形和光强探测器用于研究跨越宇宙线能谱膝区的核作用特征．结果表明,当跨越膝区时延伸率及相应的核作用参数发生变化．     

神经网络多参数诊断法

讨论了机械故障诊断中采用多参数诊断法的必要性,阐述了神经网络理论用于多参数诊断的理论依据,归纳了神经网络多参数诊断法的实施步骤,并以滚动轴承故障诊断为例,对该方法进行了实验验证,证明了该方法的实用性。     

线性系统参数估计的改进凸多面锥法

文章对现有的凸多面锥法进行了改进．改进方法采用旧凸多面锥的边的凸组合来求新多面锥的新边,从而提高了算法的稳定性．并且将凸多面锥算法扩展到输出误差模型的参数估计上．仿真算例验证了改进方法的有效性．