1) solid-state metathesis reactions
固态复分解反应
1.
The base principle,key technology,characteristic and progress on synthesis of ceramic powders by solid-state metathesis reactions are described.
本文扼要地介绍了固态复分解反应法制备陶瓷粉末的基本原理、关键技术、特点及其研究进展。
2) double decomposition
复分解反应
1.
By studying the process of producing ammonium chloride after the double decomposition of the waste residue ---sodium chloride and sulphuric acid, we can see that only under the condition of being given certain temperature, density, andproportion, ammonium chloride can be made after adding alkali, washing, absorption of active carbon, and crocking.
经过对工业废渣氯化钠与硫酸铵进行复分解反应,生成工业氯化铵等产物过程的研究,表明反应只有在一定的温度、浓度和配比的条件下,再通过加碱、洗涤及活性炭的吸附、脱色,才能生产出合格的氯化铵等产品。
2.
Study on the effect of salt on double decomposition reaction of brine and ammonium bicarbonate was investigated.
卤水和固体碳酸氢铵复分解反应得碳酸氢钠沉淀和氯化铵溶液,碳酸氢钠经煅烧得纯碱。
3) metathetical reaction
复分解反应
1.
Study of the genetic conditions of the metathetical reaction;
复分解反应发生条件的研究
4) replacement reaction
复分解反应
1.
The preparation method of potassium pentaborate (KB5O8) was studied with the replacement reaction between potassium chloride and sodium pentaborate solution.
研究了利用氯化钾晶体和五硼酸钠溶液的复分解反应制备五硼酸钾的方法。
5) solid decompose reaction
固相分解反应
6) olefin metathesis
烯烃复分解反应
1.
Ruthium-Catalyzed Olefin Metathesis Reactions and Organocatalytic Alkylations;
钌催化的烯烃复分解反应及有机催化的烷基化反应研究
2.
The special mechanism and reaction type of olefin metathesis is reviewed with focuses on ring-closing metathesis,ring-opening metathesis and cross metathesis in organic synthesis.
介绍了烯烃复分解反应的原理和类型,重点对关环复分解反应(RCM)、开环复分解反应(ROM)、开环复分解聚合反应(ROMP)在有机合成领域中的应用进行了综述。
3.
The Nobel Prize for Chemistry for 2005 is shared by three chemists, YvesChauvin, Robert H Grubbs and Richard R Schrock, who have made fundamental discoveriesin olefin metathesis and its application in organic synthesis and polymerization.
法国科学家伊夫·肖万(Yves Chauvin)和美国科学家罗伯特·格拉布(Robert H Grubbs)、理查德·施罗克(Richard R Schrock)3人因为发展了烯烃复分解反应在有机合成中的应用,而共享了2005年度的诺贝尔化学奖。
补充资料:复分解反应
分子式:
CAS号:
性质:两种化合物相互交换组分生成另外两种化合物的非氧化还原反应。这类反应进行时,至少有一种生成物必定是气体、难溶物或弱电解质,而且生成的难溶物(或弱电解质)的溶解度(或电离度)越小,复分解反应进行得越完全彻底。生成物中有易挥发气体、难溶物或(和)弱电解质,易发生复分解反应,如: FeS+2HCl=FeCl2+H2S↑ (易挥发气体) AgNO3+NaCl=NANO3+AgCl↓ (沉淀) CH3COONa+HCl=NaCl+CH3COOH (弱电解质)
CAS号:
性质:两种化合物相互交换组分生成另外两种化合物的非氧化还原反应。这类反应进行时,至少有一种生成物必定是气体、难溶物或弱电解质,而且生成的难溶物(或弱电解质)的溶解度(或电离度)越小,复分解反应进行得越完全彻底。生成物中有易挥发气体、难溶物或(和)弱电解质,易发生复分解反应,如: FeS+2HCl=FeCl2+H2S↑ (易挥发气体) AgNO3+NaCl=NANO3+AgCl↓ (沉淀) CH3COONa+HCl=NaCl+CH3COOH (弱电解质)
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参考词条