片语

theoretical heat gain value理论散热量

rate of heat gain热增益速率

friction heat gain摩擦增热

radiative heat gain辐射得热

heat equator gain过剩的热量

solar heat gain太阳辐射热获得；日照得热量

structure e heat gain结构传导进热量

heat absorption[热] 吸热；[热] 热吸收

indoor heat gain室内得热

inner heat gain建筑内部得热

英汉例句

• 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。

• In the winter, the low sun penetrates glass with a very high solar heat gain coefficient, and heats the floor, which in and of itself ACTS as a thermal mass.

  冬天太阳高度低，穿透有很高太阳能吸热系数的玻璃加热地板，地板本身也充当热质。

• Kalwall has good thermal insulation properties and allows a high level of daylight penetration, so its northerly aspect meant that there was little or no risk of solar heat gain throughout the year.

  Kalwall具有良好的隔热性能，并允许高层次的日光渗透，所以它朝北意味着全年都极少或者没有获得太阳能热的风险。

• This paper presents the calculation of the heat gain and air volume in a motor - test lab. and introduces the constitution and characteristic of the air conditioning and ventilation system.

  介绍了汽车发动机试验室室内得热量和空调送风量的计算以及空调、通风系统的构成和特点。

• Turfed terrace reduces the heat gain through the roof slab.

  通过屋顶板和露台铺设草皮减少吸热量。

• The design incorporates passive solar design strategies as proper orientation reduces the solar heat gain dramatically.

  该设计采用被动式太阳能设计策略，正确的方向减少了太阳热量的吸收显着。

• The primary question is the energy saving in envelope. Solar heat gain of Windows is an important factor that influences the energy consumption of air conditioning in buildings.

  建筑节能面临的首要问题是建筑围护结构的节能，而窗的太阳得热量是影响建筑空调能耗的一个非常重要的因素。

• The major Windows are recessed to block out the direct sun and Aluminum louvers are employed wherever possible to reduce the heat gain and the glare.

  凹进去的主窗抵挡阳光直射，尽可能使用铝制天窗以减少辐射热量和强光。

• The landscaped roofs further mitigate heat gain to increase the comfort of the balconies and terraces, diminishing the energy loads for cooling.

  绿化屋顶进一步减少热辐射，增加了阳台和露台的舒适度，减少了冷却所需的能耗。

• Therefore increasing the heat gain and reducing the heat loss of the windowpane becomes key question in the saving energy technology.

  因此，增加窗玻璃的得热量，降低热损耗，已成为节能技术的关键问题。

• The design team developed a dot pattern for the glass to mitigate heat gain and glare, and text comprising quotes from famous scholars throughout history is layered over the pattern.

  设计团队开发了一个点的玻璃模式，以减轻热量吸收，眩光和文本着名学者组成的整个历史报价超过分层模式。

• Openings were maximized on North-South face to encourage filtered natural light into the building whilst minimizing large openings on west side to reduce heat gain during daytime.

  南北面设置了大开口以便过滤自然光进入建筑，同时，将西侧的开口最小化以减少白天的热量进入建筑。

• These panels allow for the maximum transition of natural light, but provide shading from solar heat gain and maximise views.

  这些小组允许的最高过渡自然光，但提供遮荫由太阳能和最大化的意见。

• By allowing cross ventilation through the Spaces, heat gain of the building has been reduced.

  通过空间中的交叉通风，可以降低建筑的吸热量。

• Reflective roofing reduces heat gain on the facility and a new high performance heating ventilation and air conditioning system vastly improves energy consumption.

  反射屋面减少了吸热，新的高性能采暖通风和空调系统大大减少了能源消耗。

• Position the house on the site to best capture sunlight in the winter, and reduce heat gain in the summer where trees provide shade.

  该网站上的位置，以最好的房子在冬季捕获阳光，减少夏季遮荫树木的地方提供热量的吸收。

• Solar orientation was carefully considered in the placement of exterior windows, which were kept small to minimize direct solar heat gain in the summer.

  外窗的布置仔细考虑了太阳方位，保持小尺寸使夏天的直射太阳得热最小。

• Determine heat gain and loss conditions in insulated ducting by reading register temperatures along a run.

  沿管线读取通风调节器的温度读数，确定绝缘层的热增量和热损耗。

• Fritted glass and a fixed external aluminum shading system help diminish heat gain and maximize views and ambient natural light.

  熔结玻璃和固定的外部铝合金遮阳系统，有助于减少热量的吸收，使得可欣赏的景色和周围的自然光得以最大化。

• Passive cooling is a building design approach that focuses on heat gain control and heat dissipation in a building, in order to improve the indoor thermal comfort with low or nil energy consumption.

  无动力制冷是一个建筑设计的新方式，设计师们更多的关注热量的吸收控制和热量的损耗，以保证室内的温度宜人和能源的零消耗。