In this paper, we use DOAS method to measure the spectra of benzene and toluene sample and analyze the results.
文中用DOAS方法测量了苯和甲苯的样品，并分析了结果，结果和理论吻合。
The authenticated Subject can be stored in this SubjectHolder immediately following authentication and before calling the doAs method.
认证的Subject可以在认证之后和调用doAs方法之前存储在这个SubjectHolder中。
Simulation results prove that, if the error is compensated by using the new method, signal DOAs can be accurately estimated using MUSIC algorithm.
计算机模拟结果表明，采用该方法完成误差校正后，用MUSIC算法能实现对信号DOA较为准确的估计。
Differential optical absorption spectroscopy (DOAS) has become a widely used method to measure trace gases in the atmosphere.
差分光学吸收光谱法(DOAS)已经成为测量大气中微量气体浓度广泛应用的方法。
With the method of differential optical absorption spectroscopy(DOAS), aerosol along the light path is measured with a flashlight source.
介绍了一种基于闪烁氙灯光源、利用差分光谱吸收（DOAS）技术监测大气气溶胶的新方法。
This method of checking accuracy of the DOAS system was discussed and it can provide the reference to the fraternity.
本文针对DOAS系统准确度检查方法进行实验探讨，期望能提供给同行参考。
In this paper, an improved method is proposed to estimate source DOAs in the presence of the spatially nonuniform noise.
文中提出一种空间非均匀噪声环境下的信号源DOA估计的改进方法。
The results indicate that this optical remote sensing method based on passive DOAS is an effective means of rapidly determining the distribution of city gaseous pollutant.
实验结果表明车载DOAS的光学遥测方法为城市污染气体分布快速测量提供了一种有效的手段。
With the method of differential optical absorption spectroscopy (DOAS), aerosol along the light path is monitored and its size distribution is measured with double optical path method.
介绍了利用双光路差分吸收光谱(DOAS)技术监测大气气溶胶并反演其粒谱分布的新方法。
Finally, we propose a new 2-d DOAs estimation method for coherent narrowband signals.
最后，提出了一种新的相干信号下的有效联合参数估计方法。
It is easy to expend our method to estimate the two dimensions (2d) DOAs of spatial signals. The numerical results s...
本文所述方法，很容易直接推广于二维阵列情况进行空间信号二维到达角的无模糊估计。
It is easy to expend our method to estimate the two dimensions (2d) DOAs of spatial signals. The numerical results s...
本文所述方法，很容易直接推广于二维阵列情况进行空间信号二维到达角的无模糊估计。
应用推荐