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transparency parameter
相关语句
  透视参数
     Space shape of fault as well as rule of space distribution of sand body can be clearly displayed after adjusting transparency parameter. It presented study of fault and reservoir with a objective base
     然后 ,针对所研究的断层和砂体 ,切出有关相干数据体 ,加载到三维可视化中 ,调整透视参数 ,可清晰显示出断层的空间形态、砂体空间展布规律 ,为研究断层和储层提供了客观依据。
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  相似匹配句对
     That is the transparency .
     金融市场这项基本特征被普遍称为“透明度”。
短句来源
     and b was empirical parameter.
     b为经验常数。
短句来源
     Scattering Parameter
     散射参数
短句来源
     principle of transparency;
     透明度原则;
短句来源
     Primary study on the transparency as a forecast parameter of red tide
     透明度作为赤潮预警监测参数的初步研究
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  transparency parameter
The transparency parameter is necessary for the determination of the depth of the euphotic layer, where primary production exceeds respiration.
      


A new method measuring the transparency of plastic scintillators for its own luminescence is reported in this paper. The transmitted and the emission spectrum of scintillators are measured by spectrophotometer. By measured data transparency parameters of scintillators for its own luminescence are calculated. We call these parameters "average light attenuation coefficient". The calculated "average light attenuation coefficient" of a NE110 plastic scintillator 2 m long is 0.31 × 10-2cm-1, NE102A...

A new method measuring the transparency of plastic scintillators for its own luminescence is reported in this paper. The transmitted and the emission spectrum of scintillators are measured by spectrophotometer. By measured data transparency parameters of scintillators for its own luminescence are calculated. We call these parameters "average light attenuation coefficient". The calculated "average light attenuation coefficient" of a NE110 plastic scintillator 2 m long is 0.31 × 10-2cm-1, NE102A is 0.38×

本文提出一种测量闪烁体对本身发光透明度的新方法。此方法用分光光度计测量闪烁体的透射光谱和发光光谱,利用这些光谱数据计算出闪烁体对本身发光的透明度参数,我们称这个参数为闪烁体的“平均光衰减系数”,其倒数是平均光衰减长度”。本文计算了2m长NE110塑料闪烁体的平均光衰减系数是0.31×10~(-2)cm~(-1),NE102A是0.38×10~(-2)cm~(_1)。

The temperature distribution in slab flexible piers and the related factors are discussed. The atmospheric transparency parameters are derived from the actual meteorological records of fourteen cities. The maximum temperature and the time when the maximum temperature is reached are different with different slab directions. The atmospheric transparency parameters not only affect slab temperatures, but also influence the significance...

The temperature distribution in slab flexible piers and the related factors are discussed. The atmospheric transparency parameters are derived from the actual meteorological records of fourteen cities. The maximum temperature and the time when the maximum temperature is reached are different with different slab directions. The atmospheric transparency parameters not only affect slab temperatures, but also influence the significance of slab direction, i.e., the larger the atmospheric transparency parameters, the more significant the slab direction, and vice virsa.

对板壁式柔性桥墩温度场及其影响因素进行了研究。通过对十四城市气象资料推算,得出了用于温度场计算的大气透明度参数。壁面最高温度及达到最高温度的时间随壁面方位不同而不同。大气透明度不仅影响壁面温度,而且影响壁面方位的作用,大气透明度数值越大,壁面方位的作用越大。

Currently,identification of micro-fault and sand body became a most important problem along with improvement on seismic prospecting technology.For this reason,seismic processing and interpretation technology suitable for it have been developed in recent years,among which the coherence technique and 3-D visualization technique have been widely used.First of all,coherent information volume has been obtained by using coherent processing after building 3-D seismic data base,then a piece of coherent volume has been...

Currently,identification of micro-fault and sand body became a most important problem along with improvement on seismic prospecting technology.For this reason,seismic processing and interpretation technology suitable for it have been developed in recent years,among which the coherence technique and 3-D visualization technique have been widely used.First of all,coherent information volume has been obtained by using coherent processing after building 3-D seismic data base,then a piece of coherent volume has been cut and loaded on 3-D visualization aimed at studying fault and sand body.Space shape of fault as well as rule of space distribution of sand body can be clearly displayed after adjusting transparency parameter.It presented study of fault and reservoir with a objective base

随着地震勘探技术的不断提高 ,识别微小断层和砂体变成了至关重要的课题 ,为此近年发展起来一些与之相适应的地震处理和解释技术 ,其中相干技术和三维可视化技术应用较为广泛。在三维地震数据建库后 ,首先经相干处理得到相干信息数据体 ;然后 ,针对所研究的断层和砂体 ,切出有关相干数据体 ,加载到三维可视化中 ,调整透视参数 ,可清晰显示出断层的空间形态、砂体空间展布规律 ,为研究断层和储层提供了客观依据。

 
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