| 1. | The temperature fields of adiabatic wall and conductive wall were measured
测量了绝热壁温、壁温等温度场。 |
| 2. | Adiabatic wall temperature
绝热壁温 |
| 3. | The results show that all the verified temperatures are within the limit of those permitted by metal material
结果表明，所有校核点的壁温均在管材所允许的范围之内。 |
| 4. | It is suggested to use on - line monitoring facility to measure inner farnace wall temperature , ensuring safe operation of the boiler
建议采用炉内壁温在线监测装置，以保证锅炉的安全运行。 |
| 5. | In the experiment , the infrared radiation and axial distribution of wall temperature and near wall flow pressure were measured with and without film cooling
得到了各冷却方案喷管的壁面压力分布、壁温分布和红外辐射特性。 |
| 6. | Based on this model , wall temperature of spiral finned tubes has been computed to verify the validity of the model put forward in the paper
建立了螺旋肋片管低温再热器的壁温计算数学物理模型，并对螺旋肋片管低温再热器进行了壁温计算。 |
| 7. | After the transformation , the wall temperatureof the sampling tubes was obviously descended , their radiating performance improved , andthe measuring accuracy of the water gauge ensured
改造后，水位计正负压取样管管壁温明显下降，正负取样管的散热性能改善了，仪表测量的准确性得到了保证。 |
| 8. | As the dangerous position needed to be verified has been identified with the known heat flux profile and the characteristics of flow rate distribution , the metal tube temperature of the position can be obtained
此方法克服了目前常用的电厂锅炉壁温计算方法中校核点工质流量与热负荷并不一定互相对应的缺点。 |
| 9. | The importance of accurately measuring the outer furnace wall temperature at tube outlet of superheaters and reheaters has been expounded , and formula of calculating measurement error as well as calculated result combined with practical situation being given
摘要论述过热器再热器管子出口炉外壁温准确测量的重要性，给出了测量误差的计算式和结合实际情况的计算结果。 |
| 10. | Several misunderstandings a bout measuring the outer funace wall temperature , and measures for decreasing the measurement error have been pointed out , and two measuring point structures for scientific and reasonable measurement of outer furnace wall temperature being recommended
同时，指出了几种炉外壁温测量的误解和减小测量误差的措施，并推荐了两种科学合理的壁温测点结构。 |
