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1·Average sea level pressure has been getting higher in China, particularly in North China in winter.

中国海平面气压的变化总的来说是增大的，尤其是北方的冬季。

2·The sea level pressure will decrease over lands, but increase over the subtropical oceans and parts of the oceans around the Antarctic.

海平面气压场表现为陆地上一致性的降低以及副热带海洋和南极洲边缘部分海域的升高。

3·Eurasian winter sea level pressure anomalies during 1948-2007 were investigated by applying a nonlinear principal component analysis (NLPCA) method.

运用非线性主成分分析法对欧亚地区1948—2007年冬季海平面气压距平场进行分析。

4·The results show that the calculations of typhoon sea level pressure field and wind field by means of advanced typhoon pressure models is desirable.

结果表明，改进后的台风气压模型对台风海面气压场和风场的模拟计算是可取的。

5·Eurasian summer sea level pressure anomalies during 1948 -2007 were investigated by applying a Nonlinear Principal Component Analysis (NLPCA) method.

运用非线性主成分分析法对欧亚地区1948—2007年冬季海平面气压距平场进行分析。

6·The simulative sea level pressure of four CPSs showed large difference, in which the GR scheme had better simulated the high, low systems and mesoscale cyclone.

四种积云对流参数化方案模拟的海平面气压场差别较大，其中GR方案较好地模拟出造成这次暴雨的高低压系统和中尺度气旋。

7·The notable difference of sea level pressure in high(low)-precipitation seasons can be found from Baikal lake to Okhotsk sea, Japanese islands, from South China sea to eastern Philippines;

华北台风降水水丰、枯年海平面距平场最显著的差异在在巴尔克什湖至鄂霍次克海一带，以及日本列岛、我国南海和菲律宾以东的洋面上；

8·The distribution is the phase reverse between the high-latitude and the low-latitude district, which is the most distinctly structure characteristic of the sea level pressure in the north hemisphere.

北半球海平面气压典型空间分布结构中最显著的特点是高纬地区与中纬地区呈现典型相反的位相变化。

9·For the first few thousand feet above sea level the rate of pressure decrease is in the neighborhood of 1 inch of pressure for each 900 to 1000 ft.

在离海面几千英尺高度上(在拔海高度数千英尺以下)气压递减率大约是每900到1000英尺高度下降1英寸汞柱左右。

10·For the first few thousand feet above sea level the rate of pressure decrease is in the neighbourhood of 1 inch of pressure for each 900 to 1000 ft.

在离海面几千英尺高度上(在拔海高度数千英尺以下)气压递减率大约是每900到1000英尺高度下降1英寸汞柱左右。