1) sensible heat of surface
地面感热
1.
conventional meteorology observation stations data about the annual sand-dust storm days from beginning to 2000,were applied to analyze the climatic characteristics of sand-dust storm in northern China and its response to the abnormal sensible heat of surface in spring in Qinghai-Xizang plateau in recent 50 years.
选用中国185个常规气象观测站,建站～2000年历年沙尘暴日数资料,分析了近50年来中国北方沙尘暴的气候特征及其对青藏高原地面感热异常的响应。
2) surface sensitive heating flux
地面感热通量
1.
to May in 2005 and 2006,the surface sensitive heating flux and surface potential temperature were calculated and the relationship between them and dust storm was analyzed.
利用内蒙古中西部不同地表类型的16个测站2005—2006年3—5月逐小时地面观测资料和逐日沙尘暴资料,计算了地面感热通量、地面位温并分析它们与沙尘暴的关系,结果发现:在内蒙古中西部春季地面感热通量表现为净加热,且沙尘暴发生次数多的年份净地面感热加热强度反而较小。
3) sensible heat of surface in Qinghai-Xizang plateau
青藏高原地面感热
4) surface sensible heat flux
表面感热
1.
Numerical simulations by using IAP/ LASG GOALS climate model are carried out to in- vestigate how the surface sensible heat flux and surface friction force over the Tibetan Plateau affect the summertime South Asia high.
利用 ＩＡＰ／ＬＡＳＧ ＧＯＡＬＳ气候模式设计了两组敏感性试验，分别考察青藏高原 表面感热输送和表面摩擦拖曳对夏季青藏高压的影响。
5) Surface sensible heat
地表感热
1.
Climatological calculation of surface sensible heat over China are investigated,present- ing an expression based on the Bowen ratio scheme,whereby computed are monthly and annual mean sensible flux densities of 215 stations across the country along side the spatial/temporal dis- tribution features.
讨论了我国地表感热的气候计算问题,提出以鲍文比法为基础的感热气候计算式,并据此计算出全国215站月、年平均感热通量密度,进而分析了其在全国的时空分布特点。
6) geothermal remote semsang
地热遥感
补充资料：感热摄影
感热摄影
heat sensitive photography
依靠热线呈现影像的方法。即在工业部门，医疗部门，根据从物体散发红外线的强弱和分布，并将其记录下来的方法。
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参考词条