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    • 1. 发明申请
    • RADIANT HEAT FLUX ABSORBED BY COATED TEST SPECIMEN
    • 通过涂层测试样品吸收的辐射热通量
    • WO2006110143A1
    • 2006-10-19
    • PCT/US2005/012184
    • 2005-04-08
    • FM GLOBAL TECHNOLOGIES, LLCDE RIS, John, L.KHAN, Mohammed, M.
    • DE RIS, John, L.KHAN, Mohammed, M.
    • G01K7/02
    • G01N25/50G01J5/524G01K17/003G01K17/20
    • A device (10) for measuring the flux received by a specimen (12) in fire test apparatuses has a copper disk or plate of the same dimensions and the same type of surface coating (14) as a typical material specimen, an embedded heating coil (16) and thermocouple (18), and an insulated sample holder (20) similar to that used for a specimen. The transient response of the embedded thermocouple (18) is measured for several different levels of imposed incident radiation, from radiant heating apparatus (22), without electrical heating and for several different known levels of electrical heating without any imposed radiation. The principle of Electrical Substitution Radiometry (ESR) is applied, and the transient responses to incident radiation . and electrical heating under identical thermal conditions are compared to determine the amount of incident radiation that is actually absorbed by the device while it is being irradiated. The situations are kept thermally identical thereby insuring that all effects due to heat losses (e.g. convection, radiation and conduction) are exactly the same. -
    • 用于测量火灾试验装置中的试样(12)所接收的焊剂的装置(10)具有与典型材料试样相同尺寸的铜盘或相同类型的表面涂层(14),嵌入式加热线圈 (16)和热电偶(18)以及类似于用于样品的绝缘样品架(20)。 从辐射加热装置(22)测量嵌入式热电偶(18)的几个不同级别的施加的入射辐射的瞬态响应,没有电加热,并且在没有任何施加的辐射的情况下测量几种不同的已知电加热水平。 应用电子替代辐射计(ESR)的原理,并比较在相同热条件下对入射辐射的瞬态响应和电加热,以确定实际被器件吸收的入射辐射量 而它被照射。 这些情况保持热相同,从而确保由于热损失(例如对流,辐射和传导)的所有影响完全相同。 -