Realization of a nickel carbon eutectic fixed point with an optimized filling process monitored by the melting–freezing temperature difference measurement
Realization of a nickel carbon eutectic fixed point with an optimized filling process monitored by the melting–freezing temperature difference measurement
复制标题
通过熔化-冷冻温差测量监测优化的填充过程，实现镍碳共晶固定点
DOI：
10.1088/0026-1394/42/1/l02
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发表时间：
2005
期刊：
影响因子：
2.4
通讯作者：
S. Park
中科院分区：
文献类型：
--
作者：
Chul;Bong;Dong;S. Park
用辐射温度计对两种不同几何形状的固定点电池进行了镍碳共晶点的测量。该过程是基于监测的熔化-冷冻温度差的变化作为电池的填充率的函数。随着填充率的增加，可以通过观察熔化-冻结温差的明显收敛来确认施工的完整性和填充终点。从14组实现与两个不同的细胞和辐射温度计的两个不同的光谱带，共晶温度被确定为1328.73 °C，扩展不确定度为0.22 °C（k = 2）。
A nickel carbon eutectic point was realized by a radiation thermometer for two geometrically different fixed point cells made by an optimized filling process. The process was based on monitoring the variation of the melting–freezing temperature difference as a function of the filling ratio of the cell. The integrity of construction and the filling endpoint could be confirmed by observing a clear convergence of the melting–freezing temperature difference as the filling ratio increases. From 14 sets of realizations with two different cells and two different spectral bands of the radiation thermometer, the eutectic temperature is determined to be 1328.73 °C with an expanded uncertainty of 0.22 °C (k = 2).