Advanced and Energy-saving Ratio Control Strategy in Mass Synthetic Ammonia Unit;
大型合成氨装置中的先进节能比值控制策略
On representing the trend of development of advanced productive forces:its historical necessity and realistic demand loyal;
论代表先进生产力的历史必然和现实要求
The Han Confucianism regards “advance” and “backward” as a historical cultural concept, which is obviously a groundless assumption; Liu Baonan explained “advance to rituals” as a procedure of “study rituals first, for promotions later”, which is also meaning-twisting with more wordiness.
汉儒把“先进”和“后进”理解为一个历史文化概念,固然是毫无根据的臆说;刘宝楠将“先进于礼乐”解释为先学习礼乐而后做官,也有增字解经的弊病。
The development of socialist advanced culture is actually based on the social demand from the following three aspects: 1) the comprehensive construction of a comfortable well-off society; 2) the development of the Socialist Cause with Chinese characteristics; 3) the overall rejuvenation of Chinese nation.
建设社会主义先进文化是全面建设小康社会,推进有中国特色社会主义事业,实现民族复兴的客观要求。
The three theories established by Jiang Zemin, which indicate that he applies, carries forward and develops the Marxist dialectical materialism and historical materialism, are basic guarantee for the maintenance of the advance of the C.
江泽民同志“三个代表”的论述 ,是江泽民同志对马克思主义辩证唯物主义和历史唯物主义理论的运用、继承和发展 ,也是中国共产党保持先进性 ,保持其执政党地位的重要条件。
Recent progress in researches on advanced materials based on cellulose and hemicellulose,including the intelligent materials,functional materials,high performance materials and so on are summarized.
综述了基于纤维素和半纤维素的先进材料,如:智能材料、功能材料、高性能材料等。
This paper reviewed the current situation of advanced materials science and technology and prospected of its further developing tendency.
:本文对材料的发展现状作了较为详尽的综述 ,对先进材料的开发使用和材料科学的发展前景作了展望。
Chinese communist party history advance explanation in anti-japanese war;
论中国共产党在抗战中的历史先进性
Discussion on the advance behavior of CCP in period of anti-Japanese war;
论抗日战争时期中国共产党人先进性的体现
Ponder on the long-term mechanism of advance for communists;
保持党员先进性长效机制的思考
NO reduction performance of natural gas and petroleum gas advanced reburning;
天然气/液化气先进再燃脱硝特性研究
0 software package and chemical dynamic models established by Miller (1989) and others, a simulation calculation and contrast analysis have been conducted of the principle of reburning, advanced reburning, SNCR (selective non-catalytic reduction) and hydrocarbon-added SNCR reactions.
0软件包中塞状流反应器和Miller等人的化学动力学模型,对再燃、先进再燃、选择性非催化还原(SNCR)以及加入烃类的SNCR反应的原理进行了模拟计算和比较分析,研究了不同反应温度、再燃燃料比和停留时间对脱硝效率的影响。
This paper presents the mechanism of advanced reburning technology and analyzes the main influence parameters during the advanced reburning process.
先进再燃是在再燃基础上将氨基助剂喷入富燃料再燃区,可实现85%左右的NOx脱除率,具有很好的技术优势,是目前国外研究NOx控制技术的热点。
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