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Raw results of the temperature profiles and transients

The experimental apparatus, conditions and procedures are described in the paper. “rundown data” is measured speed data during deceleration in different pressure.

All data presented in the article have been uploaded here.

Input data for the base model and the final quantification model calculation

Here are submitted all data used for MDLR model which is developed, enlarged and tested for ranking of the criteria for decision makers about wider investment in solar capacity: 1. Number of input variables is 8 2. Number and type of different input variables is changed till the level of explanation of the phenomenon reached min 95% and 3. Level of significance of input variable reached min 95% 4. Impact of time cross section is research 5. Impact of extreme values on the model is analysed 6. Impact of FiT on the results is analyzed 7. Analyses of sensitivity is conducted 255 variants were calculated, for each cross section of 2010, 2013, 2015 and 2016 year, for conducted 9 combination for 95-105% variations around initial values of input variables, for 120-200% variations in feed in tariffs and for 4 combination of exclusion of the countries with extreme values, in order to test and prove stability of the developed MDLR model and validity of the results. Developed model is tested on case study

Materials:Rice straw, pine sawdust and Phoenix Tree's leaf were selected as the main biomass of this study. Algorithms and methods:Coats-Redfern integral method,Doyle method,Distribution Activation Energy Model (DAEM): The database contains all the original data, intermediate data and final results used in the paper. Fig. 1 was schematic diagram of WRT-3P high temperature TGA and gas flow routes Fig. 2 was influence of particle size on biomass pyrolysis kinetics (a) TG curves of rice straw (b) DTG curves of rice traw (c) TG curves of pine sawdust (d) DTG curves of pine sawdust (e) TG curves of Phoenix Tree's leaf (f) DTG curves of Phoenix Tree's leaf Fig. 3 was influence of heating rate on different biomass (rice straw, pine sawdust and Phoenix Tree's leaf) pyrolysis kinetics (a) TG curves of rice straw (b) DTG curves of rice traw (c) TG curves of pine sawdust (d) DTG curves of pine sawdust (e) TG curves of Phoenix Tree's leaf (f) DTG curves of Phoenix Tree's leaf Fig. 4 was potassium concentration of initial and soaked rice straw Fig. 5 was influence of K+ on rice straw pyrolysis kinetics (a) TG curves (b) DTG curves Fig. 6 was the relationship between and 1/T of three kinds of biomass with a particle size of 0.150 - 0.180 mm at different heating rates. (a) 5℃/min (b) 10℃/min (c) 20℃/min (d) 40℃/min Fig. 7 was the apparent activation energy of biomass pyrolysis obtained by DAEM.

I share some of my raw data, processed data, and software for drawing figures for this article.

Time Series data at the county level for oil prices and employment.