这数字研究调查使用冲淡的燃料的效果(在在常规燃烧(有在 300 和 1273 K 的21% O <sub>2</sub>的空气)和高度预热并且冲淡的空气的几个案例下面的一个工业炉子的50%天然气和50% N <sub>2</sub>)(有10% O <s...这数字研究调查使用冲淡的燃料的效果(在在常规燃烧(有在 300 和 1273 K 的21% O <sub>2</sub>的空气)和高度预热并且冲淡的空气的几个案例下面的一个工业炉子的50%天然气和50% N <sub>2</sub>)(有10% O <sub>2</sub>的 1273 K 并且用一台内部计算机的90% N <sub>2</sub>)燃烧( HPDAC )条件编程序。由使用联合冲淡的燃料和氧化剂而不是他们的自由或未经冲淡的状态，最好的条件为 HPDAC 的主要唯一的特征的建立被获得，这被发现。这些特征是低吝啬、最大的煤气的温度和高放射 / 总数热转移到气体和试管；象他们的更多的一致性一样，导致的分布在没有 <sub 减少 > 在炉子效率或精力节省的 x </sub> 污染物质形成和增加。而且，许多化学火焰形状，过程液体和试管围温度侧面，要求的改革者效率并且最后，集中和速度模式有也是学习的品质上 / 份量上。展开更多
The final goal of fusion energy research is to make it economically competitive and the cost of electricity (COE) as low as acceptable by the energy market. Therefore the fusion plasma has to be operating with high po...The final goal of fusion energy research is to make it economically competitive and the cost of electricity (COE) as low as acceptable by the energy market. Therefore the fusion plasma has to be operating with high power density and the plasma facing components (PFC), such as first wall and divertor, have to sustain high surface heat load and bombardment with high particle flux. Such rigorous environments consequentially lead to severe damage and erosion of PFC materials. As a result, the lifetime of PFC would be shortened.展开更多
基金Supported by the National Iranian Oil Company (NIOC)
文摘这数字研究调查使用冲淡的燃料的效果(在在常规燃烧(有在 300 和 1273 K 的21% O <sub>2</sub>的空气)和高度预热并且冲淡的空气的几个案例下面的一个工业炉子的50%天然气和50% N <sub>2</sub>)(有10% O <sub>2</sub>的 1273 K 并且用一台内部计算机的90% N <sub>2</sub>)燃烧( HPDAC )条件编程序。由使用联合冲淡的燃料和氧化剂而不是他们的自由或未经冲淡的状态，最好的条件为 HPDAC 的主要唯一的特征的建立被获得，这被发现。这些特征是低吝啬、最大的煤气的温度和高放射 / 总数热转移到气体和试管；象他们的更多的一致性一样，导致的分布在没有 <sub 减少 > 在炉子效率或精力节省的 x </sub> 污染物质形成和增加。而且，许多化学火焰形状，过程液体和试管围温度侧面，要求的改革者效率并且最后，集中和速度模式有也是学习的品质上 / 份量上。
文摘The final goal of fusion energy research is to make it economically competitive and the cost of electricity (COE) as low as acceptable by the energy market. Therefore the fusion plasma has to be operating with high power density and the plasma facing components (PFC), such as first wall and divertor, have to sustain high surface heat load and bombardment with high particle flux. Such rigorous environments consequentially lead to severe damage and erosion of PFC materials. As a result, the lifetime of PFC would be shortened.
