摘要
介绍了建筑材料可燃性试验机的工作原理和用途,建立了建筑材料可燃性试验机校准结果的测量模型,分析了各不确定度分量主要来源,结合测量实例具体数据,对其合成不确定度进行分析评定,对各不确定度分量进行计算并得出合成不确定度和扩展不确定度,最终可得出该项目的校准测量能力,为建筑材料行业提供技术支撑。
This paper introduces the working principle and application of building materials f lammability testing machine, establishes the measurement model of the calibration results of the building materials flammability testing machine, analyzes the main sources of each uncertainty component, analyzes and evaluates the synthetic uncertainty combined with the concrete data of the measurement example, calculates each uncertainty component, obtains the synthetic uncertainty and extended uncertainty. Finally, the calibration and measurement ability of the project can be obtained. Overall, this paper can provide strong technical support for construction materials industry.
出处
《科技创新导报》
2019年第32期53-54,共2页
Science and Technology Innovation Herald
关键词
建筑材料可燃性试验机
校准方法
测量
性能影响
不确定度评定
Building Materials Flammability Testing Machine
Calibration Method
Measurement
Performance Impact
Evaluation of Uncertainty