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| 1. | The results of finite element analysis including the latent heat show lower maximum temperature, smaller |
| 考虑潜热的有限元模型分析结果和忽略潜热的计算结果比较，前者显示出较低的最高温度、较小的熔池範围和较窄的热影响域。 |
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| 2. | The simulation results show that the maximum light output (about 59.1% photon is collected) can be obtained |
| 模拟结果表明:入射面为粗糙面,其余为抛光面,同时外层包装上高反射率的材料,可得到最大的光输出(约59.1%的光子被收集); |
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| 3. | The results show that the expected maximum temperature in the coal pile will be lower than 90℃ when the |
| 分析结果表明：当煤堆内水蒸气达到饱和时，预计的煤堆最高温度将低于90℃；而当煤堆中气流的相对湿度减小时，预计的煤堆最高温度将会超过100℃。 |
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