This may be due to generation of organic acid salt in the simulation experiment.

The main reduction reaction mechanism of CHi which was decomposed from organic acid salt(calcium magnesium acetate CMA)with NO was discussed.

Physical chemistry character of organic acid salt as accelerator in the situation of pulverized coal reburning have been analyzed, and found that CMA was a suitable accelerator.

The crystallization process of polypropylene (PP), the effects of the crystal structure of PP on its properties and the kinds of nucleating agent such as dibenzl gluconic alcohol devivative, organic phosphate, alkylcarboxylate, vsin were introduced.

From the anti scale mechanism of organic phosphate and polymerized electrolyte,a compound chemical anti scale agent(named with GD953) is proposed,and experiment results show this compound chemical anti scale agent can produce good results and it has good performance of unique anti scale effect at high temperature to high calcium water.

Modification of polypropylene with organophosphate nucleating agent;

Aluminum 2, 2'-methylene-bis (4,6-di-tert-butylphenyl)phosphate monohydroxide was synthesized from 2,2'-methylenebis-(4,6-di-tert-butylphenyl) phosphate, aluminum trichloride, and sodium hydroxide, with a yield of the organophosphate above 90 % .

The results can be obtained as follows:These organic phosphonate can accelerate the passivation of mild .

The results showed that, HEDP had a better inhibition performance to CaCO3 scale when the Ca2+ concentration was low; and in the solution containing high concentration of Ca2+, HEDP had a chemical combination with abundant Ca2+ and formed insoluble organic phosphonate-calcium composite sediment, which impact the effect of HEDP.