Analysis of micro-morphology and heat-insulating property of leaf concrete

Effect of Straw Fiber Modification Methods on Compatibility between Straw Fibers and Cement-Based Materials

“…In terms of phase types of crystalline hydration products, the hydration products of the unmodified straw fiber DX1 In terms of phase content of crystalline hydrates, according to the phase identification and analysis by Jade software and combined with the relevant literature [54][55][56][57][58][59], the diffraction peak area of each phase and the relative content of total amount of hydration products of SFCC are shown in Table 6. It can be seen from Table 6 that from the relative content of total hydration products, the relative content of total hydration products mixed with the unmodified fiber DX1 is the lowest and the relative content of total hydration products mixed with modified straw fiber DX2-DX6 is higher than that of DX1.…”

Recycled natural wastes in metakaolin based porous geopolymers for insulating applications

“…Usually the development of capillary porosity through the use of organic matter required important quantity of energy to escape the organic matter at high temperatures [4]. Process which is detrimental for the environment due to the energy cost and CO 2 emitted [10][11][12].…”

Properties of flame-retardant leaf fiber cement-based composites at high temperatures

“…The weight of fallen leaves from Beijing and its surrounding areas alone is more than 100 tons per day. Such a spectacular scene lasts about a month, while the number of leaves falling at the peak is about 3,000 tons per day in downtown Beijing [ 4 ]. The primary research and applications of leaves have focused on producing fertilizer, feed, and medicine in China.…”