2results about How to "Realize formation" patented technology

The invention provides a recarburization and acid reduction method for strengthening formation of brick red soil mineral binding state organic carbon. The recarburization and acid reduction method comprises the following steps: S1, constructing a functional microbial population; S2, activating and modifying minerals; S3, preparing a multi-layer gradient coating composite preparation; according to the invention, a synergistic construction method of'functional strain selection + specific phage regulation 'is adopted for the first time, and the selected strains are all strains with strong adaptability to the laterite acidic habitat, and can simultaneously realize multiple functions of microbial residual carbon formation, extracellular polymeric colloid synthesis, iron reduction coprecipitation and the like. According to the method, multiple targets of efficient enrichment of mineral binding state organic carbon, especially short-sequence mineral binding state organic carbon, remarkable improvement of soil pH, great increase of corn yield and the like are achieved at the same time, comprehensive benefits are remarkable, and the method is environmentally friendly and high in sustainability.

The application discloses a room-temperature phosphorescent carbon quantum dot material which can be mass-synthesized and a preparation method thereof, and belongs to the technical field of luminescent carbon dot materials.The preparation method comprises the following steps: taking a certain proportion of pyromellitic dianhydride, melamine and boric acid, grinding the materials in a quartz mortar, placing the materials in a corundum crucible, calcining the materials under the condition of 150-300 o C for 2-12 hours, cooling the materials to room temperature after the reaction is completed, grinding the materials into uniform powder, and obtaining the final product.The room-temperature phosphorescent carbon quantum dot is prepared by innovative raw material allocation, the one-step high-temperature solid-phase method is adopted in the preparation process, the process flow is simple, the cost is low, and the room-temperature phosphorescent carbon quantum dot material can be mass-prepared and has excellent reproducibility.