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According to short term monitoring data, it appears that the new cell echo before the radar echo is advantage for the development and maintenance of the squall line. And the initialization of new cell is associated with boundary-layer convergence line. As a result, mesonet data is useful fur to research on squall line.

从短时监测的资料分析,飑线发展过程中,雷达主回波前方的新生的回波单体对飑线发展和持续十分有利,而它的新生与边界层的辐合线相联系,因此,充分利用中尺度地面观测资料有助于飑线的发展研究。

Before the occurrence of ENSO, due to the anticyclonic anomaly in midlatitude of the South Indian Ocean, the anticyclonic anomaly over Australia tends to be enhanced through the dispersion of Rossby wave; In the meantime, the equatorial convergence of the southerly anomaly off the east of Australia and the northerly anomaly in the Philippine excite the onsets of the westerly anomaly in the equatorial western Pacific and the occurrence of ENSO.

在ENSO发生前,南印度洋中纬度为反气旋异常,并通过Rossby波的频散作用加强了澳大利亚附近的反气旋异常;同时,澳大利亚东部沿海的南风异常与菲律宾附近的北风异常在赤道辐合,促进了赤道西太平洋西风异常的爆发和其后ENSO的发生。

The two are connected by the 6,000 mile-long Subtropical Convergence Zone, a narrow current also carrying trash.

两者有6000英里长的副热带辐合带连接。这是一个狭长的也漂浮着垃圾的洋流。

Divergence variation of snow storm indicated that the formation of negative divergent variation in lower-layer predicted the shear convergence and the snow storm generation. Nongeostrophic vorticity and divergence of wind advection contributed to the divergence variation largely.

暴雪切变线的散度变率诊断表明,低层散度负变率带及中心的生成和发展预示着未来时期内切变线辐合区的形成和发展及暴雪天气的发生,其中非地转涡度和风速平流的散度项对散度变率的贡献较大。

Using the seale separation method, the meso-scale structure of Mcc occ- ured near the Delta Area of the Pearl River is studied. It is shown that there is a meso-scale cyclonic circulation at 1000 hpa level and a meso-scale anticyclon at 200 hpa level associated with the Mcc. The axis of the Meso-scale cyclone center tilts northwestward with height, stretching up to 400 hpa level.

用滤波方法分析了一例发生在珠江口附近地区的Mcc的中尺度结构,结果表明,在对流层下部有中尺度的气旋性涡旋与Mcc相应,涡旋的中心轴线随高度向西北方向倾斜,在地面涡旋的上方200hPa层上,是一中尺度的反气旋性涡旋,中尺度的辐合中心和上升运动中心偏于Mcc的西部,扰动温度场也是非对称的,在对流层上部没有中尺度的暖高压。

In terms of atmospheric circulation, explain the different climatic characteristics of the Inter-topical Convergence Zone and the Polar Front in the western Pacific region.

以大气环流解释西太平洋地区热带辐合带与极锋的气候特徵差异。

Clouds mainly concentrated over frontal and postfrontal areas in both types of anafronts.

两类锋面之云区均主要分布在锋上与锋后,唯暖型上滑锋锋前仍有些许云量,此应与锋前近地层南风分量带来较暖湿空气,且锋前有较大之低层辐合与较大之上升运动有关。

These appearances including V-style rabbet, advent of bounded weak echo region, stronger wind vertical shear and phenomenon of airflow convergence in radar precipitation echoes were all typical characteristics of strong convective weather echoes.

雷达回波上的"V"形槽口、有界弱回波的出现、较强的垂直风切变以及气流辐合现象,均为强对流天气回波的典型特征。

Then, in the view of short-range weather forecast, water vapor fields in each typical process have been analyzed. The results indicate that there is significant increasing in the air column precipitable water over snow ranges when the snow is coming, snowy regions are in well agreement with the convergence regions of water vapor fluxes.

然后,利用国家气象中心T106L19全球模式的分析值格点资料等,分析各型下典型个例过程的水汽场情况,得到高原东部牧区强降雪天气前有气柱可降水量的明显增长,强降雪区与强水汽辐合区相对应,造成冬春季高原东部牧区强降雪天气的水汽主要来自孟加拉湾地区的结论。

The results show that typhoon intensity can have influence on the water vapor transport to mid-latitude area by the southeasterly jet on the east of the typhoon.

低层水汽输送,造成中纬度暴雨区强水汽辐合和不稳定能量积聚,故槽前降雨的强度与其南方台风东侧的水汽输送有着相当密切的关系。

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Finally, according to market conditions and market products this article paper analyzes the trends in the development of camera technology, and designs a color night vision camera.

最后根据市场情况和市面上产品的情况分析了摄像机技术的发展趋势,并设计了一款彩色夜视摄像机。

Only person height weeds and the fierce looks stone idles were there.

只有半人深的荒草和龇牙咧嘴的神像。

This dramatic range, steeper than the Himalayas, is the upturned rim of the eastern edge of Tibet, a plateau that has risen to 5 km in response to the slow but un stoppable collision of India with Asia that began about 55 million years ago and which continues unabated today.

这一引人注目的地域范围,比喜马拉雅山更加陡峭,是处于西藏东部边缘的朝上翻的边框地带。响应启始于约5500万年前的、缓慢的但却不可阻挡的印度与亚洲地壳板块碰撞,高原已上升至五千米,这种碰撞持续至今,毫无衰退。