2) acceleration enrichment
加速加浓
3) concentration addition
浓度相加
4) power enrichment
动力加浓
1.
For power enrichment mode of electronic controlled gasoline engine,a new α closed-loop controlled strategy is presented on the base of exhaust temperature.
对于电控汽油机动力加浓工况,提出了一种基于排气温度的空燃比反馈控制策略。
5) slightly enriched uranium
稍加浓铀
1.
In order to compare the advantages and disadvantages between natural uranium and slightly enriched uranium,and determine the most optimized slightly enriched(uranium) level,the fuel cycle cost,natural uranium consuming and high-level waste(accumulation) are studied for CANDU-6 reactor with various enriched level fuel.
为了比较稍加浓铀(SEU)与天然铀燃料的优劣,寻找最优的稍加浓铀富集度水平,本文利用WIMS-AECL和ORIGEN程序研究不同富集度的CANDU-6堆燃料在燃料循环成本、天然铀消耗量、高放废物积累等方面的表现。
补充资料:低加浓铀
分子式:
CAS号:
性质:铀中含有0.71%<235U<5%(质量)为低加浓铀。轻水堆中使用的铀燃料含235U的浓缩度约在2%~4%(质量),属低加浓铀。通过耗费大量电力的同位素分离工艺获得。
CAS号:
性质:铀中含有0.71%<235U<5%(质量)为低加浓铀。轻水堆中使用的铀燃料含235U的浓缩度约在2%~4%(质量),属低加浓铀。通过耗费大量电力的同位素分离工艺获得。
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
参考词条