利用GIS软件统计研究区域内CFC-11后验源排放总量, 为11.99kt/year。与其他学者研究结果作比较, 如表2所示英语口译:

According to GIS statistics, the total posterior source emission of CFC-11 in subject regions is 94.8Kt/year. Compare it with the study results of other scholars, as showed in Table 2:

通过对比发现, 用本文方法反演的中国区域HCFC-22和CFC-11排放量与其他学者的研究结果量级相当, 与万丹的统计结果数量接近。但在反演HCFC-22和CFC-11的源分布时, 有些区域的反演结果与真实状况存在偏差, 这说明我们的反演算法还有待进一步改进。目前, 国内对于该反演方法的研究尚处于初始阶段, 我们在方程求解过程中的数据筛分、研究区域选择、先验源确定(人口密度作为格点分配系数)等方面做了一些探索性研究, 对该反演方法的深入研究还在进行中, 以期结合更多观测站点资料得到更完善的反演结果日语口译。

By comparison, we discovered that the inversed emission amount of HCF-22 and CFC-11 in China is on the same level of other scholars, and close to the results of Dan Wang’s. But the inversed source distribution results of some regions do not quite match the realities, and that means the inversion technique needs to be further improved. At present, studies on this inversion technique are still in a preliminary stage, but we have done some exploratory research on data sieving, subject region selecting, and prior source determination (taking population density as grid point distribution coefficient). Further studies on this technique are till going on, and we expect to get much better inversion results by collecting data from more Observatories.