For systems transforming solar to thermal energy, the thermal energy may be stored in matter as either latent heat or sensible heat.

对于将太阳能转化为热能的系统，热能可能以潜热或显热的形式存储在物质中。

The storage of sensible heat, on the other hand, allows flexibility as to temperature; in addition, safe substances like water and most rocks have large sensible heat capacities.

另一方面，感热的储存允许温度有一定的灵活性。此外，水和大多数岩石等安全物质具有较大的感热容。

For the sensible heat transport, it is upward as a whole.

对于热量输送，整体是向上传送的。

The zonal sensible heat transfer is mainly by westerly winds.

纬向感热输送主要是西风输送。

The sensible heat given by gas is used to preheat and dry fuel.

感热的气体被用来给预热和干燥的燃料。

The latent heat flux is much bigger than the sensible heat flux.

并且潜热通量明显高于感热通量。

Evaporation can last in the whole night and there is negative sensible heat flux over oasis.

夜间绿洲上整晚维持蒸发，并有负感热通量。

While the sensible heat transfer and flow velocity contribute to the most heat transfer amount.

显热传递和循环流动速度决定了净换热量的大小。

The waste heat boiler of sinter ring cold machine was developed to recover sensible heat of sintering mine.

为回收烧结矿显热，研制出烧结环冷机余热锅炉。

At present, the heat storage technology has the sensible heat thermal storage and latent heat thermal storage.

目前，热能的储存一般分为显热式储能和潜热式储能。

The results demonstrate that the ratio of latent heat transfer to sensible heat transfer is within 30 percent.

结果表明，潜热传热量占总传热量的比例在30％以内；

It can adjust discharge temperature of the frozen water, so as to use effectively the sensible heat of the frozen water.

可调整凝结水的排放温度，有效地利用凝结水的显热。

The biggest proportion in the heat balance is the potential heat flux, followed by sensible heat flux and soil heat flux.

在绿洲荒漠过渡区生态系统的热量平衡中，占比例最大的是潜热通量，其次为感热通量和土壤热通量。

The first is sensible heat, which is just the energy required to change the temperature of a fluid with no change in phase.

第一类是显热，即在不发生相变的条件下改变流体温度所需要的能量。

The study also indicates that the sea also transports heat to the atmosphere in form of sensible heat when vapor fog occurs.

提出在蒸汽雾发生的过程中，海洋以感热的形式向大气输送热量。

Compared to the conventional V-C system, the evaporator of the hybrid desiccant air-conditioning only bear sensible heat loads.

传统空调系统蒸发器同时承担显热负荷和潜热负荷，而复合空调系统的蒸发器只承担显热负荷。

A sizeable proportion of the solar energy absorbed at the ocean surface is converted not into sensible heat but into latent heat.

海洋表面所吸收的太阳能相当大的部分不是转换成潜热，而是转换成感热。

Urban canyon is the main source of urban sensible heat flux. Thus, urban canyon can not be neglected in the urban weather research.

城市峡谷是城市感热通量的主要来源，因此，在研究城市气象时不能忽略城市峡谷的影响。

Phase change materials (PCMs) and sensible heat materials applied in the heat energy storage technique have some fatal disadvantages.

但是目前储能技术中应用较多的两大类储能材料——相变材料和显热材料，均存在一些缺点。

The membrane-based total heat exchanger is a novel heat recovery unit due to its simultaneous recovery of sensible heat and moisture.

膜全热交换器由于可以同时回收空调排风中的潜热和显热而受到重视。

For the coastal area where the air humidity is heavy, it is better to adopt total heat reclaiming device than sensible heat reclaiming device.

对空气湿度大的沿海地区，采用全热回收设备比只是显热回收效果要明显。

For the integrated effects, the raising of TP has little influence on the surface sensible heat flux, while it greatly affects condensation heating.

高原效应的综合影响方面：地形抬升对地面感热通量的影响较小，对凝结潜热的影响明显。

In contrast, latent heat flux and momentum flux is not so sensitive to observation error as sensible heat, and their calculated results is reliable.

相反，潜热通量和动量通量对观测要素的观测误差相对不太敏感，因此，它们的计算结果比较可靠。

Because the dry cooling coil only assumes the indoor sensible heat load and fresh air assumes the latent heat load, no condensate occurs in the system.

由于室内显热和潜热负荷分别由干盘管和新风承担，所以系统没有冷凝水。

The continuous sensible heat distribution from south to north within the longitude of Indochina Peninsula makes the monsoon firstly onset in SCS region.

由感热的时间经度演变图可以看出，中南半岛所在经度范围内南北连续的感热分布对南海季风的早爆发具有重要作用。

Comparing with the flux of turbulent exchange of latent heat and the flux of upward long-wave radiation the flux of sensible heat exchange is very small.

与潜热的湍流输送及海表面向上的长波辐射通量相比，感热的湍流输送量很小。

In loess plateau, at the daytime, the net radiation contributes mainly to the latent heat flux, the sensible heat flux is minor and the soil heat flux is least.

在黄土高原半干旱地区：白天，潜热通量在净辐射通量的分配中所占的份额最大，其次为感热通量，土壤热通量最小。

With detailed calculation, provides complete data of cooling load coefficients for sensible heat gain from human bodies in rooms with different building envelopes.

通过详细计算，给出了不同围护结构类型房间完整的人体显热散热冷负荷系数数据。

The experimental data show that the sensible heat effectiveness and moisture effectiveness are both affected by the disposing air quantity under certain conditions.

实测结果表明，处理风量对板翅式全热交换器的显热效率和潜热效率均有一定的影响，但显热效率受到的影响作用相对较弱。