1) thermochemical recycling
热化学循环回收
2) thermochemical cycle
热化学循环
1.
The thermochemical cycles based on metal oxides were reviewed.
介绍了以金属氧化物为介质的热化学循环分解水制氢。
2.
This paper discusses the relationship between thermochemical cycle and acidic strength of non_oxyacids, stability of compounds, solubility of ionic compounds, and summarizes thermochemical cycle and its application to education of elemental chemistry.
本文对热化学循环与无氧酸的酸强度、化合物的稳定性、离子化合物的溶解性等关系进行了分析和讨论， 概述了热化学循环及其在元素化学教学中的应
3.
The optional techniques of nuclear hydrogen production, including steam methane reforming (SMR), high temperature electrolysis (THE) and thermochemical cycle, was introduced and reviewed.
本文对核能制氢的工艺,包括甲烷蒸气重整、高温电解和热化学循环进行了综述;提出了制氢过程对反应堆的要求,并介绍了高温气冷堆用于核能制氢的优势。
3) chemical heat recovery
化学热回收
4) recycle recovery
循环回收
1.
This article introduces the improvement and application of propylene recycle recovery in the bulk polymerization process technique of loop reactors, and compared with the previous process technique in detail.
介绍了在环管反应器本体聚合工艺技术中对丙烯循环回收工艺路线的改进和应用情况 ,并与原工艺路线做了较详细的比较。
5) regenerative cycle
回热循环
1.
Performance analysis of substitutes of R22 for the regenerative cycle;
R22替代工质回热循环的性能分析
2.
In this paper, the exergy analysis of the positive and reverse balances on micro-turbine(MT) regenerative cycle is made and the mathematical models of the identity between two balances are deduced.
对采用回热循环的微型燃气轮机进行了正、反平衡效率分析,推导了正、反平衡效率一致性的数学模型。
3.
Results show that the regenerative cycle and the steam injected cycle can effectively complement and match each other.
研究结果表明,回热循环与回注蒸汽循环可以互补,匹配关系良好,通过回注蒸汽可使回热型微燃机的效率与比功均得到显著提高。
6) recuperative cycle
回热循环
1.
The configuration and the recuperative cycle of microturbine are introduced,especially the cycle of externally firing micro turbine.
在简要介绍微型燃气轮机结构及其回热循环基础上,重点阐述了外燃式微型燃气轮机循环。
补充资料：热化学动力学
分子式：
CAS号：
性质：探讨化学反应系统的热力学、热化学性质与动力学参数之间的相关性的学科分支。例如，热化学动力学可利用大量的官能团热力学数据，根据化学动力学的过渡态理论中过渡态的构型，运用统计热力学方法计算出反应的活化熵，再配合以反应活化能的估算值，可计算出元反应的速率常数。
CAS号：
性质：探讨化学反应系统的热力学、热化学性质与动力学参数之间的相关性的学科分支。例如，热化学动力学可利用大量的官能团热力学数据，根据化学动力学的过渡态理论中过渡态的构型，运用统计热力学方法计算出反应的活化熵，再配合以反应活化能的估算值，可计算出元反应的速率常数。
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