中子源强度,Neutron source intensity
1)Neutron source intensity中子源强度
英文短句/例句
1.Research on γ Measurement System of Neutron Source Strength Standard with a Manganese Sulphate Bath Method锰浴法中子源强度基准的γ测量系统研究
2.Effect of Ractivity Addition Rate and Neutron Source Intensity Effect on Criticality Accidents Magnitude反应性加入速度和中子源强度对临界事故规模的影响
3.Intensity Interferometry of Granular Source in High Energy Heavy-Ion Reaction高能重离子碰撞中颗粒发射源的强度干涉学分析
4.A Comparison of Energy Intensity of the Iron and Steel Industry Between China,Japan and South Korea;中日韩钢铁工业能源强度的比较研究
5.Decomposition and Influencing Factors of China"s Energy Consumption Intensity Changes中国能源强度变动的分解与影响因素
6.Analysis of Causes of Different Regional Energy Intensities in China中国各地区能源强度差异的因素分解
7.Energy and Centrality Dependence of p_T Spectra for Identified Hadrons in Au+Au and Cu+Cu Collisions at RHIC;RHIC中强子p_T谱的中心度和能量依赖
8.The integrated intensity of the 950 nm emission strongly de-pends on the injected carrier concentration n in active layer (I∞n~3).此发光帝的强度与有源区内载流子浓度三次方成正比.
9.In an experiment, a beam of known intensity impinges on a target.在实验中，用已知强度的粒子来击轰靶。
10.a recalcitrant child, attitude倔强的孩子、 态度.
11.An empirical study of technology progress moderating effect on energy intensity in China;技术进步对中国能源强度调节效应的实证研究
12.Regional Disparities in Energy Consumption Intensity in China and Determining Factors;中国能源消费强度的区域差异及影响因素分析
13.Regional Economic Growth and Differences of Energy Intensity in China;中国地区经济增长与能源消费强度差异分析
14.CHANGES AND FACTORS DECOMPOSITION OF CHINESE ENERGY CONSUMPTION INTENSITY:1980-;中国能源消耗强度变动及因素分解:1980—
15.Research on change features of Chinese energy intensity and economic structure;中国能源强度与经济结构变化特征研究
16.Alpha effectiveness K_3.7 obtained directly from strength 5 of alpha source in thermoluminescence dating;热释光断代中直接从α源强度S求α效率K_(3.7)
17.Study on the Evolvement Mechanism and Scenario Simulation of Energy Intensity in China中国能源强度的演变机理及情景模拟研究
18.The Analysis of Factors Affecting Regional Energy Consumption Intensity in China中国区域能源消费强度的影响因素分析
相关短句/例句
Neutron Source Strength Standard中子源强度基准
1.China: the research on the intensity of Neutron source mainly through alteringNeutron Source Strength Standard based on a Manganese Sulphate Bath Methodthe condition such as adjusting concentration of MnSO4 liquor, changing temperature and speed of liquid and so on.建立一套中子源强度基准可以准确的定度中子源强度,采用锰浴法并考虑修正系数的影响可以有效提高测量中子源强度的准确性,扩展中子源强度测量的范围,减小测量结果的不确定度,可以参加国际比对,更好地开展量传工作。
3)Intensity of neutron中子强度
4)very intense neutron source超强中子源
5)neutron source calibration中子源刻度
6)neutron source density中子源密度
延伸阅读
冷中子和超冷中子用温度作低能区中子能量范围划分的一种习惯说法。在媒质中,中子通过同原子核等粒子的碰撞,达到热平衡时,其能谱服从温度接近于媒质温度的麦克斯韦分布。因此,中子的能量也可以用温度来表示。如,室温(293.6K)热中子的最可几能量为0.0253eV。一般把能量低于 5×10-3eV的中子叫做"冷中子"。在冷中子中,能量在10-4eV(约1K)～10-7eV(约10-3K)的中子叫做甚冷中子,能量小于10-7eV 的中子叫做超冷中子。中子谱低能端能量分布可以用麦克斯韦分布近似,能量E<
