远红外辐射的英文

• far infra red radiation
• far infrared radiation
• far-infrared radiation （fir）
• far-infraredradiation
• fir

• 远红外    far infrared
• 辐射    radiation; exposure; radio; ...
• 奥厄灯（远红外辐射源）    auer burner
• 远红外辐射加热    heating by far infra-red radiation
• 远红外辐射元件    far-infrared radiation element
• 远红外辐    heating by far infra-red radiation
• 远红外辐射控温医疗仪    far-infrared radiation thermostatic device
• 红外辐射    dark-heat radiation; infrared emanation; infrared radiation (ir radiation); ir(infrared radiation); nocturnal radiation
• 红外辐射计    infrared radiometer; infraredradiometer; ir-radiometer
• 红外辐射能    infrared energy
• 红外辐射器    infrared radiator
• 红外辐射图    infrared radiation pattern
• 红外辐射仪    infrared radiometer
• 红外辐射源    infrared emanator; infrared origin
• 近红外辐射    near-infrared radiation
• 金属管状远红外辐射加热器    metal tube far infraed heater
• 红外辐射；红外线；热辐射    infrared radiation
• 红外辐射；红外线辐射    infrared radiation
• 远红外线辐射    far infrared radiation; far-infrared radiation
• 海面红外辐射    infrared radiation from sea surface
• 红外辐射率图    infrared radiance pattern
• 红外辐射能量    infrared energy
• 红外辐射强度    infrared intensity
• 红外辐射曲线    infrared radiation curve
• 红外辐射特性    infrared excess

• As contraction continues and the density increases, the dust becomes so thick at the center of the cloud that it absorbs the far-infrared radiation .
  当收缩过程继续进行下去，密度不断增大时，气尘云中心的尘埃就会变得极其浓密，因而能够吸收远红外辐射。
• Metal tube far infrared heater
  金属管状远红外辐射加热器
• Heating by far infra - red radiation
  远红外辐射加热
• Far infrared radiation
  远红外辐射
• Far - infrared radiation
  远红外辐射
• Combined using three kinds of energy , the electricity , light and far infrared ray radiation , the thermal efficiency can reaches above 98 %
  电能、光能、远红外辐射三能综合利用，热效率高达98 %以上。
• The paper introduced testing principle of infrared image in course of metallurgy heat engineering testing , based on several applied examples , analyzed application properties and range of infrared image technique and thermal image analysis in heat engineering analysis
  阐述了远红外辐射涂料的特点及使用方法,以传热理论为基础,分析了远红外辐射涂料强化加热设备传热过程的原理.结合应用实际,论述了远红外辐射节能涂料的应用前景
• Adopt far - infrared heating technology , with low hot loss , high efficiency , high precisely for control temperature , uniform heating . compared with drying cabinet or electric stove ; it can automatical control temperature , easy to operate , drying effect is very satisfied
  采用了远红外辐射加热技术，与一般烘箱及热处理用的箱式电炉相比较，具有热损失小、效率高、控温精度高，加热均匀：能自动控温、一时结束、操作方便等优点，可达到十分满意的烘干效果。
• To understand the connections between methanol masers and other phenomena typical of star formation region , such as the associated far - infrared sources , we have investigated statistical properties of all known 6 , 7 ghz methanol maser sources . the result suggests that 6 , 7 ghz methanol maser emission may appear only during a limited period of massive star formation
  6 . 7ghz甲醇脉泽源的统计结果暗示着它们可能仅仅发生在大质量恒星形成的一个很短的时段内，可能起源于拱核盘中或外流中，远红外辐射则是一种可能的抽运机制。

• 远红外辐射的法语：rayonnement infrarouge lointain
• 远红外辐射的俄语：далекое инфракрасное излучение