本文用考虑了相对论修正的势模型计算重夸克偶素的能谱、轻子宽度和辐射跃迁宽度。
Using a potential model with relativistic correction we evaluated the spectrum, lepton decay widths and radiative transition widths of heavy quarkonium systems.
在考虑电离能修正情况下，对水中放电等离子体(PPDW)辐射特性作了分析。
Taking into account the correction of ionization energy, the authors discuss the radiation characteristics of plasma in a pulsed discharge in water (PPDW).
同时，根据测试距离和大气环境参数，对测量表观值进行了修正得到目标辐射的真实值。
Furthermore, corrections are made for apparent values and true target observation values are achieved based on test distance and ambient atmosphere parameters.
个人电脑，文字处理，列表机，传真机等信号线的波形修正，并提供介面及辐射杂讯交叉测量。
Waveform correction in personal computers, word processors, printers and facsimile signal lines, and provides radiated noise countermeasures in interfaces and harness connecting parts.
修正了任一方向的平面内太阳辐射计算模型，使之适用于编程计算各种倾角和方位角平面上的太阳辐射。
The calculation model of solar radiation on titled surface has revised so as to be suitable for any obliquity and azimuth of a tilted surface.
此外，还对有关辐射修正问题作了深入分析并给出了重要结果。
In addition, in-depth analysis of the radiation correction and important results were given.
国家规范考虑了我国幅员辽阔，太阳辐射地区差异很大，所以对其也只是给出了一个修正的范围。
Considering the vast territory and the variation of solar radiation, National regulation only gives a range of amendments.
本文给出了辐射计的衍射损失，黑度修正及反射率修正，实际测量结果比计算结果大0.19%。
The diffraction loss, blackness correction and reflectance correction of the radiometer are given in this paper. The measurement result is 0 19% larger than the calculated result.
提出了一种电波折射误差修正的新方法，即用微波辐射计采用大气遥感的方法进行电波折射实时修正。
A new method of radiowave refractive error correction is given, which adopts atmospheric remote sensing by microwave radiometer.
我们讨论了三种有代表性的修正，包括带电轻子部分的修正，辐射修正以及右手中微子部分的修正。
We investigate three different methods of the deviation of the tribimaxmal mixing matrix, including charged lepton section corrections, radiative corrections and right-handed sector corrections.
本文将方位角变化率测量信息也引入该定位问题，提出了基于MGEKF（修正增益扩展卡尔曼滤波），对三维运动辐射源的无源定位跟踪算法。
In this paper, the azimuth angle changing rate measurement is introduced into this passive location problem and a location algorithm for 3-D moving emitters based on MGEKF is given.
本文将方位角变化率测量信息也引入该定位问题，提出了基于MGEKF（修正增益扩展卡尔曼滤波），对三维运动辐射源的无源定位跟踪算法。
In this paper, the azimuth angle changing rate measurement is introduced into this passive location problem and a location algorithm for 3-D moving emitters based on MGEKF is given.
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