| 1. | Oil burning equipment - specification for oil storage tanks
燃油设备.第5部分:储油罐规范 |
| 2. | A fiberoptic sensing liquid level measuring system for oil storage tanks
用于石油罐的光纤传感液位测量系统 |
| 3. | Turbine oil storage tank
汽轮机油贮存柜 |
| 4. | Crude oil storage tank
原油储罐 |
| 5. | Analysis of the earthquake absorption effect of the base isolation highly - elevated oil storage tanks on different sites
不同场地类型下基础隔震高举架储油罐减震效果分析 |
| 6. | Internal corrosions of the oil storage tanks are caused by oxygen - absorbed , salt and deposits , the last kind of corrosion is most serious
原油储罐的内壁腐蚀原因为吸氧腐蚀、盐类腐蚀和原油沉积造成的垢下腐蚀，而且原油沉积造成的垢下腐蚀最严重。 |
| 7. | Testing result showed that inspecting corrosion situation of oil storage tank bottom in eddy current testing was possible , he quality and improvement of probe affected the trial result greatly
试验结果表明，采用涡流方法检测罐底腐蚀是可行的，探头的改进方式及质量对试验结果影响较大。 |
| 8. | Abstract : based on the heat equilibrium fundamental theory and the unsteady heat transmit equation , a numerical model of temperature field of an underwater oil storage tank was established . the numerical prediction was obtained and compared with the experimental data . the result has shown a good agreement between them
文摘:基于对储油罐模型试验和温度场变化规律的大量实测数据，并对相关参数进行优化分析，依据热平衡基本原理和导热微分方程，用有限差分法对非稳态传热进行数模计算，得到了与实验值吻合较好的油罐温度场计算结果，为工程设计提供依据。 |
