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- W3094864040 abstract "The study bases on the pyrolysis characteristic, kinetic, and thermodynamic parameters and evolved gas analysis to quantity Chinese medicine residues (CMR) and uses artificial neural network (ANN) to reconstruct and jointly optimize pyrolysis. The main weightlessness interval of CMR is between 150 and 600 °C including organic matter decomposition. Four model-free methods and one model-fitting method were provided to find function mechanisms and kinetic parameters show it existing kinetic compensation through pyrolysis. TG-FTIR finds the gases and functional groups included CO2, CO, H2O, CH4, CO, CC, and C–O. And the main pyrolytic products were detected included esters, phenols and acids et al. 9-octadecenoic acid (z)-, methyl ester as one of the high quality products was in the highest proportion about 53.75%. The temperature-, heating rate-, and their non-linear dynamics of the multiple pyrolysis response surfaces were reconstructed and jointly optimized using an artificial neural network algorithm. Finally, the study is helpful for Chinese medicine residues high-value utilization." @default.
- W3094864040 created "2020-11-09" @default.
- W3094864040 creator A5011477311 @default.
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- W3094864040 creator A5070328991 @default.
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- W3094864040 creator A5077806528 @default.
- W3094864040 date "2021-02-01" @default.
- W3094864040 modified "2023-09-30" @default.
- W3094864040 title "Temperature- and heating rate-dependent pyrolysis mechanisms and emissions of Chinese medicine residues and numerical reconstruction and optimization of their non-linear dynamics" @default.
- W3094864040 cites W1784364469 @default.
- W3094864040 cites W1968098666 @default.
- W3094864040 cites W1974678977 @default.
- W3094864040 cites W1974846070 @default.
- W3094864040 cites W1986674966 @default.
- W3094864040 cites W2004793510 @default.
- W3094864040 cites W2027093478 @default.
- W3094864040 cites W2029767409 @default.
- W3094864040 cites W2065081293 @default.
- W3094864040 cites W2075656874 @default.
- W3094864040 cites W2085421387 @default.
- W3094864040 cites W2096580564 @default.
- W3094864040 cites W2098121906 @default.
- W3094864040 cites W2113669279 @default.
- W3094864040 cites W2255363148 @default.
- W3094864040 cites W2275738884 @default.
- W3094864040 cites W2312782841 @default.
- W3094864040 cites W2504221625 @default.
- W3094864040 cites W2521843240 @default.
- W3094864040 cites W2556543275 @default.
- W3094864040 cites W2562312418 @default.
- W3094864040 cites W2586863128 @default.
- W3094864040 cites W2587551625 @default.
- W3094864040 cites W2614500651 @default.
- W3094864040 cites W2752148266 @default.
- W3094864040 cites W2755944244 @default.
- W3094864040 cites W2762711445 @default.
- W3094864040 cites W2769421002 @default.
- W3094864040 cites W2790526186 @default.
- W3094864040 cites W2792549718 @default.
- W3094864040 cites W2793253293 @default.
- W3094864040 cites W2793635617 @default.
- W3094864040 cites W2796354427 @default.
- W3094864040 cites W2798111432 @default.
- W3094864040 cites W2799454763 @default.
- W3094864040 cites W2811381825 @default.
- W3094864040 cites W2889323761 @default.
- W3094864040 cites W2903300859 @default.
- W3094864040 cites W2909008823 @default.
- W3094864040 cites W2910928958 @default.
- W3094864040 cites W2911680005 @default.
- W3094864040 cites W2912606939 @default.
- W3094864040 cites W2913114569 @default.
- W3094864040 cites W2913717095 @default.
- W3094864040 cites W2921404350 @default.
- W3094864040 cites W2922427492 @default.
- W3094864040 cites W2923905357 @default.
- W3094864040 cites W2923969100 @default.
- W3094864040 cites W2936239842 @default.
- W3094864040 cites W2940285220 @default.
- W3094864040 cites W2940888619 @default.
- W3094864040 cites W2943276979 @default.
- W3094864040 cites W2944831987 @default.
- W3094864040 cites W2948782223 @default.
- W3094864040 cites W2949321390 @default.
- W3094864040 cites W2955672298 @default.
- W3094864040 cites W2963835997 @default.
- W3094864040 cites W2964205661 @default.
- W3094864040 cites W2968384987 @default.
- W3094864040 cites W2970905215 @default.
- W3094864040 cites W2971192605 @default.
- W3094864040 cites W2971680425 @default.
- W3094864040 cites W2978301077 @default.
- W3094864040 cites W2979535043 @default.
- W3094864040 cites W2979867135 @default.
- W3094864040 cites W2983280521 @default.
- W3094864040 cites W2986488156 @default.
- W3094864040 cites W2989429998 @default.
- W3094864040 cites W2991326509 @default.
- W3094864040 cites W2991354931 @default.
- W3094864040 cites W2992691039 @default.
- W3094864040 cites W2993883574 @default.
- W3094864040 cites W2997657359 @default.
- W3094864040 cites W3000169391 @default.
- W3094864040 cites W3002325446 @default.
- W3094864040 cites W3005395523 @default.
- W3094864040 cites W3006555197 @default.
- W3094864040 cites W3017195080 @default.
- W3094864040 cites W3021936072 @default.
- W3094864040 cites W3040046469 @default.
- W3094864040 cites W3044110440 @default.
- W3094864040 cites W609780396 @default.
- W3094864040 doi "https://doi.org/10.1016/j.renene.2020.10.095" @default.
- W3094864040 hasPublicationYear "2021" @default.
- W3094864040 type Work @default.