5 results about "Plumbago" patented technology

This invention belongs to the field of pest control and biomaterial application technology, specifically relating to a termite bait based on cellulose waste and its high-temperature, high-pressure preparation process and application. The bait uses sugarcane bagasse powder and bark powder as the main cellulose matrix, supplemented with glucose, xylose, casein, and granulated sugar as attractants, and incorporates a chitosan-graphene oxide composite nano-insecticide. This bait exhibits high stability in humid environments, is not prone to mold, and maintains its attractant properties and efficacy for a long period. Indoor and buried tests have verified that the prepared bait significantly increases the termite feeding rate and mortality rate compared to the control group, demonstrating a comprehensive advantage of strong attractant properties, slow-release effect, and environmental friendliness.

The invention belongs to the technical field of pest control and biological material application, and particularly relates to a termite trapping and killing bait based on cellulose waste as well as a high-temperature and high-pressure preparation process and application of the termite trapping and killing bait. According to the bait, bagasse powder and bark powder are used as main cellulose matrixes, glucose, xylose, casein and white granulated sugar are used as auxiliary food calling auxiliaries, and a chitosan-graphene oxide composite nano insecticidal preparation is added. The bait is high in stability in a humid environment, not prone to mildewing and capable of keeping food calling performance and pharmacodynamic activity for a long time. Indoor and burying tests prove that the feeding rate and the death rate of the prepared bait for termites are remarkably higher than those of a control group, and the bait has the comprehensive advantages of being high in feeding attraction, slow in release, lasting in effect and environmentally friendly.

The invention relates to the technical field of soil improvement, in particular to a forestry soil ecological restoration agent and a preparation method thereof. The repairing agent is prepared from the following raw materials in parts by weight: 20-25 parts of garden waste ferment powder, 8-10 parts of macromolecular water-absorbing fiber hair balls, 1-3 parts of a 5mg / L graphene oxide solution, 5-10 parts of humic acid, 5-10 parts of oyster calcium powder, 5-6 parts of sulfydryl modified nano silicon dioxide and 3-5 parts of a compound microbial preparation. The soil ecological restoration agent provided by the invention can effectively improve the conditions of physical, chemical and biological processes of soil, improve the absorption performance and buffer performance of the soil, eliminate soil obstacle factors, and improve the air permeability and organic matter content of the soil.

The invention discloses a graphene composite anti-freezing agent. The graphene composite anti-freezing agent is prepared by compounding a traditional anti-freezing agent and 3-7mg / L graphene, 30-100 ml of the graphene composite anti-freezing agent is applied to each branch for unbloomed branches of apricot trees in the flower bud stage, 30-100 ml of the graphene composite anti-freezing agent is applied to each branch for bloomed branches of apricot trees in the full-bloom stage, and 30-100 ml of the graphene composite anti-freezing agent is applied to each branch; by adding the graphene solution with proper concentration, the permeability of the traditional antifreezing agent is remarkably enhanced, the uniform distribution of the antifreezing agent in floral organ cells is promoted, the problem that the traditional antifreezing agent only forms a film layer on the surface and cannot penetrate into the cells is avoided, and the effective utilization rate of the antifreezing agent is increased by 15% or above (drug reduction); meanwhile, the activity of superoxide dismutase (SOD) can be improved, active oxygen generated by low-temperature induction is effectively removed, and cell membrane lipid peroxidation is inhibited; the method is suitable for large-scale popularization in mountainous and forest farms, has strong adaptability to environmental conditions such as soil and climate, and is suitable for most apricot producing areas in northern China.