A detergent for cleaning iron monosulfide was formulated with surfactant, diamino-propadiene, citric and EDTA, and its cleaning mechanism was discussed.

报道了一种以表面活性剂、丙二烯二胺和柠檬酸、EDTA为主要组分的硫化洗剂配方和其在炼油装置应用的情况。

Using ortho-bis(porpargyl alcohol) derivatives as starting materials, we employed sulfenyl or sulfinyl chloride under base condition to generate bis-allene intermediates.

所采用的合成方以邻位二丙炔醇为起始物，在碱性环境中与次或用生成丙二烯后，再经环化反应得多并苯化合物。

A detergent for cleaning iron monosulfide was formulated with surfactant, diamino-propadiene, citric and EDTA, and its cleaning mechanism was discussed.

报道了一种以表面活性剂、丙胺和柠檬酸、EDTA为分的硫化亚铁清洗剂配方和其在炼油装置应用的情况。

Using ortho-bis(porpargyl alcohol) derivatives as starting materials, we employed sulfenyl or sulfinyl chloride under base condition to generate bis-allene intermediates.

所采用的合成方以邻位丙炔醇为起始物，在碱性环境中与次磺氯或亚磺氯作用生成丙，再经环化反应得多并苯化合物。

A detergent for cleaning iron monosulfide was formulated with surfactant, diamino-propadiene, citric and EDTA, and its cleaning mechanism was discussed.

报道了一种以表面活性剂、胺和柠檬酸、EDTA为主的硫化亚铁清洗剂配方和其在炼油装置应用的情况。

Using ortho-bis(porpargyl alcohol) derivatives as starting materials, we employed sulfenyl or sulfinyl chloride under base condition to generate bis-allene intermediates.

所采用的合成方以邻位炔醇为起始物，在碱性环境中与次磺氯或亚磺氯作用生成后，再经环化反应得多并苯化合物。

A detergent for cleaning iron monosulfide was formulated with surfactant, diamino-propadiene, citric and EDTA, and its cleaning mechanism was discussed.

报道了一种以表面活性剂、丙烯柠檬酸、EDTA为主要组分的硫化亚铁清洗剂配方其在炼油装置用的情况。

Using ortho-bis(porpargyl alcohol) derivatives as starting materials, we employed sulfenyl or sulfinyl chloride under base condition to generate bis-allene intermediates.

所采用的合成方以邻位丙炔醇为起始物，在碱性环境中与次磺氯或亚磺氯作用生成丙烯后，再经环化多并苯化合物。

A detergent for cleaning iron monosulfide was formulated with surfactant, diamino-propadiene, citric and EDTA, and its cleaning mechanism was discussed.

报道了一种以表面活性剂、丙烯柠檬酸、EDTA为主要组分的硫化亚铁清洗剂配方其在炼油装置用的情况。

Using ortho-bis(porpargyl alcohol) derivatives as starting materials, we employed sulfenyl or sulfinyl chloride under base condition to generate bis-allene intermediates.

所采用的合成方以邻位丙炔醇为起始物，在碱性环境中与次磺氯或亚磺氯作用生成丙烯后，再经环化多并苯化合物。

A detergent for cleaning iron monosulfide was formulated with surfactant, diamino-propadiene, citric and EDTA, and its cleaning mechanism was discussed.

报道了一种以表面活性剂、丙和柠檬酸、EDTA为主要组分的硫化亚铁清洗剂配方和其在炼油装置用的情况。

Using ortho-bis(porpargyl alcohol) derivatives as starting materials, we employed sulfenyl or sulfinyl chloride under base condition to generate bis-allene intermediates.

所采用的合成方以邻位丙炔醇为起始物，在碱性环境中与次磺氯或亚磺氯作用生成丙后，再经环化反并苯化合物。

A detergent for cleaning iron monosulfide was formulated with surfactant, diamino-propadiene, citric and EDTA, and its cleaning mechanism was discussed.

报道了一种以表面活剂、丙二烯二胺和柠檬酸、EDTA为主要组分的硫化亚铁清洗剂配方和其在置应用的情况。

Using ortho-bis(porpargyl alcohol) derivatives as starting materials, we employed sulfenyl or sulfinyl chloride under base condition to generate bis-allene intermediates.

所采用的合成方以邻位二丙炔醇为起始物，在碱中与次磺氯或亚磺氯作用生成丙二烯后，再经化反应得多并苯化合物。

A detergent for cleaning iron monosulfide was formulated with surfactant, diamino-propadiene, citric and EDTA, and its cleaning mechanism was discussed.

报道了一种活性剂、丙二烯二胺和柠檬酸、EDTA为主要组分的硫化亚铁清洗剂配方和其在炼油装置应用的情况。

Using ortho-bis(porpargyl alcohol) derivatives as starting materials, we employed sulfenyl or sulfinyl chloride under base condition to generate bis-allene intermediates.

所采用的合成方邻位二丙炔醇为起始物，在碱性环境中与次磺氯或亚磺氯作用生成丙二烯后，再经环化反应得多并苯化合物。

A detergent for cleaning iron monosulfide was formulated with surfactant, diamino-propadiene, citric and EDTA, and its cleaning mechanism was discussed.

报道了一种表面活性剂、丙二烯二胺和柠檬酸、EDTA为主要组分的硫化亚铁清洗剂配和其在炼油装置应用的情况。

Using ortho-bis(porpargyl alcohol) derivatives as starting materials, we employed sulfenyl or sulfinyl chloride under base condition to generate bis-allene intermediates.

所采用的合位二丙炔醇为起始物，在碱性环境中与次磺氯或亚磺氯作用生丙二烯后，再经环化反应得多并苯化合物。