heat content

Analysis of heat content of the tropical western Pacific Warm Pool

热带西太平洋暖池表层热含量分析

On ocean heat content changes by using satellite altimetry data

利用卫星测高资料研究海水热含量变化

A preliminary analysis of the heat content distribution and change in the Philippine Sea

菲律宾海热含量分布及其变化的初步探讨

The change in heat content is called the enthalpy change , △ H.

热焓的变化称为焓变△H。

The heat content in the upper layer of the western tropical Pacific Ocean

热带西太平洋海洋上层热含量的分布特征及其年际变化的分析

Variations of heat content field in the Western Pacific warm pool area and their impact

西太平洋暖池海域热含量场的变异及其影响

Study on Seasonal Variation of Heat Content in Marginal Seas in the East of China

中国东部近海热含量季节变化及影响因素分析

Regional differences of time-frequency feature in heat content of the Western Pacific Warm Pool

西太平洋暖池热含量时频特征的区域性

Variability of Heat Content in Southern Pacific and Study of Decadal Variability

南太平洋热含量变化及年代际变化研究

Simulation of sea level and heat content of Pacific Ocean based on global warming during last 40 years

全球变暖背景下最近40年太平洋海面高度和热容量变化数值模拟

Maximum X-ray tube assembly heat content

X射线管组件最大热容量

The heat content of the earth is very high in comparison to the heat loss of the earth .

与地球的热损耗相比，地球的热含量是很高的。

Seasonal Variation of Heat Content and Its Influence Factors in the Upper Northeastern Indian Ocean

东北印度洋上层海水热含量及影响要素的季节变化

After the pro-cess , both vertical mean temperature and heat content of the water column increases .

消退过程结束后湾内水柱平均温度升高，热含量增加。

Interannual and interdecadal variability in heat content of the upper ocean of the South China Sea

南海上层海洋热含量的年际和年代际变化

LUPIT benefited from very high ocean heat content and intensification rate has been fast .

受惠于极高海面热含量，卢碧增强的速度颇快。

Interdecadal variations of the heat content in the SCS expressed as upward trend .

南海热含量的年代际变化特征表现为整体上升的趋势，突变年份发生在1912年左右。

Distribution of Heat Content of Filler Metal Droplets and predicting and Controlling Geometry size in GMAW

GMAW熔滴热焓分布及焊缝几何尺寸的预测和控制

Effects of a circulating-water garment and forced-air warming on body heat content and core temperature .

循环水衣和充气加温对体表热能和核心温度的影响。

Increase in gas and heat content of gas makes the burden being heated better , which results in a thermal hysteresis ;

由于煤气量及煤气热含量的增加，使炉料加热得更好，形成热滞后。

Topographic Rossby waves nonlinear interaction causes sea water vertical motion and heat content redistribution in the upper sea level .

地形Rossby波非线性相互作用引起上层海水产生垂直运动，致使上层海水热含量重新分市。

Plus the error in calculation of the heat content of the plane heat source , the total theoretical error will be 3.5 % .

若加上修正平面热源的热容的误差，那么理论误差为3.5%。

The heat content of the upper ocean of the South China Sea increases evidently in the E1 Nino year .

在E1Nino年，南海上层热含量显著增加。

The relation between the South China Sea summer monsoon onset and the heat content variations in the tropical western Pacific warm pool region

南海夏季风爆发与西太平洋暖池区热含量及对流异常

The interannual and decadal variability of precipitation for Yunnan Province in rainy season and its relationship with tropical upper layer heat content

云南省雨季降水的年际年代际变化特征及其与热带上层海洋热含量分布的关系

For the interannual variability , the heat content change is mainly caused by meridional heat transport , with small contributions from the other terms .

在年际尺度上，热含量的变化主要由经向热输送的变化引起，其它项的影响较小；

The relationship of heat content in the tropical Northwest Pacific , South China Sea and the movement of tropical cyclone which generated in these oceans was analysed .

分析热带西北太平洋和南海的表层至100m的水温变化与热带气旋活动的关系。

In spring , the sea surface heat content increases with increasing bottom salt content to strengthen the pycnocline , which is a main factor for maintaining ICW .

在春季，表层热含量和表征台湾暖流的底层盐含量的同步提加，提高了密度跃层的强度，是中层冷水得以维持的重要因素。

Variation of the subsurface water heat content in the tropical western Pacific warm pool area and its relation to precipitation in eastern China and to the Western Pacific subtropical high

热带西太平洋暖池域次表层水热含量变化及其与我国东部汛期降水和副高的相关关系

More place in particular is given to the introduction of the precise equations for total heat content in smoke , replacing the former diagram so as to be suitable for using computers .

侧重介绍烟气热焓的精确计算公式以代替原有的图表，便于应用电子计算机。