DAC CO_(2)capture is gaining wide attention as one of the most difficult carbon approaches to tackle climate change.In this work,different pore-size silica spheres were grafted using different amine groups such as APT...DAC CO_(2)capture is gaining wide attention as one of the most difficult carbon approaches to tackle climate change.In this work,different pore-size silica spheres were grafted using different amine groups such as APTES,APTMS,and Diamine.Herein,all samples based on the wet and dry grafting method were used for CO_(2)adsorption isotherm at room temperature and pressure(298 K and 1 bar).The sample based on the wet grafting(Silica-APTES-W)sample shows the highest CO_(2)uptake 1.67 mmol/g.Also,the adsorption isotherm of the Silica-APTES-W sample was showed a high capacity of CO_(2)1.2 mmol/g at 25℃,which describes the strong physical interaction between CO_(2)and amine.The isosteric adsorption of Silica-APTES-W also confirmed that the physical adsorption was dominant because of low adsorption heat ranging from 23 to 37 k J/mol.Also,the fixed bed experiment was conducted with 2000 ppm CO_(2)that obtains the optimal working capacity 4.5 m L/g with the lowest regeneration temperature 90℃.It was shown that Silica-APTES-W sample was superior performance for DAC CO_(2)capture in practical applications.展开更多
Strawberry‘Kaorino’is one of the perfect early-maturing strawberry varieties with high quality and high yield due to its anthracnose resistance,early maturity and good quality.The variety has become more and more po...Strawberry‘Kaorino’is one of the perfect early-maturing strawberry varieties with high quality and high yield due to its anthracnose resistance,early maturity and good quality.The variety has become more and more popular with the promotion over the last few years,but there are great differences from other varieties in cultivation.Based on its varietal characteristics and cultivation performance in production over the last few years,we summarized the seedling cultivation techniques,planting management techniques,main disease control techniques and harvesting and storage techniques,aiming to provide reference for better promotion and application of‘Kaorino’.展开更多
In order to promote the transformation and high-quality development of strawberry industry and speed up the application of functional microbial products in strawberry,the application technology of functional microbial...In order to promote the transformation and high-quality development of strawberry industry and speed up the application of functional microbial products in strawberry,the application technology of functional microbial products in strawberry planting is studied and summarized.It mainly includes:the periods and methods of continuous cropping strawberry soil reduction and disinfection at high temperature,before and after strawberry planting,before plastic film mulching and whole process of plant spraying.Through multi-point test and demonstration,the purpose of advancing the season of strawberries,improving the quality,increasing production and increasing efficiency is achieved,and there is no risk of agricultural residue pollution,which meets the needs of people's consumption upgrading.Therefore,the application of functional microbial products in green ecological planting is very necessary,and it is worth further speeding up the demonstration and promotion.展开更多
This study aimed to provide a fresh approach for the cultivation of compound talents in the new era through a green and healthy creative workshop project,which is an integrated platform of innovation,entrepreneurship,...This study aimed to provide a fresh approach for the cultivation of compound talents in the new era through a green and healthy creative workshop project,which is an integrated platform of innovation,entrepreneurship,learning,scientific research,and practice for both,undergraduates and postgraduates.The creative workshop was meticulously designed as an independent space,comprising of a front counter,a design area,an experience area,a physical therapy area,and an operational room.Various activities and creative products are made available within this confined space.It plays a useful role in promoting the development of a personnel training system for relevant disciplines,spreading excellent traditional medicine culture,and extending the educative and practical modes in Sichuan University.展开更多
Bacterial biofilm infection is a complicated and important global problem.Non-toxic biomass-based Pickering emulsions as an essential oil delivery system are a potentially effective means in biofilm treatment.Herein,t...Bacterial biofilm infection is a complicated and important global problem.Non-toxic biomass-based Pickering emulsions as an essential oil delivery system are a potentially effective means in biofilm treatment.Herein,the chitosan/gelatin complex nanoparticles(CGNPs)stabilized Pickering(CGP)emulsion loaded with cinnamon essential oil(CEO)was developed to inhibit and remove bacterial biofilms.CGNPs were initially successfully prepared with a particle size of 253.7 nm.Subsequently,CGP emulsions were prepared using CGNPs as the emulsifier and CEO as the oil phase,with the aqueous phase pH value of 5.5 and ionic strength of 50 mM.Amino groups of CGNPs were crosslinked with the aldehyde group of CEO via Schiff base reaction at the oil-water interface to form a denser core-shell structure,thus improving the stability of Pickering emulsion.The CGP emulsions exhibit controlled and long-term sustained release properties in essential oil delivery,with 89.8%,81.0%,and 62.2%CEO release within 168 h for CGP-0.1,CGP-0.2,and CGP-0.3,respectively.Moreover,CGP emulsions have stronger antioxidant activities(nearly 100%),broad-spectrum antibacterial activities(>90%),enhanced penetration and removal capabilities against preformed biofilms than single CEO or CGNPs,as well as its better biocompatibility than conventional surfactant-stabilized emulsions.Hence,CEO-delivered CGP emulsion could serve as a potential strategy against biofilm infections and bacterial resistance.展开更多
基金funded by the National Science Foundation of China(U20A20132)the National Key Scientific Research Project(2016YFC0204302)+1 种基金the Dalian Institute of Chemical Physics(DICP I201937)the K.C.Wong Education Foundation。
文摘DAC CO_(2)capture is gaining wide attention as one of the most difficult carbon approaches to tackle climate change.In this work,different pore-size silica spheres were grafted using different amine groups such as APTES,APTMS,and Diamine.Herein,all samples based on the wet and dry grafting method were used for CO_(2)adsorption isotherm at room temperature and pressure(298 K and 1 bar).The sample based on the wet grafting(Silica-APTES-W)sample shows the highest CO_(2)uptake 1.67 mmol/g.Also,the adsorption isotherm of the Silica-APTES-W sample was showed a high capacity of CO_(2)1.2 mmol/g at 25℃,which describes the strong physical interaction between CO_(2)and amine.The isosteric adsorption of Silica-APTES-W also confirmed that the physical adsorption was dominant because of low adsorption heat ranging from 23 to 37 k J/mol.Also,the fixed bed experiment was conducted with 2000 ppm CO_(2)that obtains the optimal working capacity 4.5 m L/g with the lowest regeneration temperature 90℃.It was shown that Silica-APTES-W sample was superior performance for DAC CO_(2)capture in practical applications.
文摘Strawberry‘Kaorino’is one of the perfect early-maturing strawberry varieties with high quality and high yield due to its anthracnose resistance,early maturity and good quality.The variety has become more and more popular with the promotion over the last few years,but there are great differences from other varieties in cultivation.Based on its varietal characteristics and cultivation performance in production over the last few years,we summarized the seedling cultivation techniques,planting management techniques,main disease control techniques and harvesting and storage techniques,aiming to provide reference for better promotion and application of‘Kaorino’.
基金Supported by Zhenjiang Key R&D Program(NY2020017).
文摘In order to promote the transformation and high-quality development of strawberry industry and speed up the application of functional microbial products in strawberry,the application technology of functional microbial products in strawberry planting is studied and summarized.It mainly includes:the periods and methods of continuous cropping strawberry soil reduction and disinfection at high temperature,before and after strawberry planting,before plastic film mulching and whole process of plant spraying.Through multi-point test and demonstration,the purpose of advancing the season of strawberries,improving the quality,increasing production and increasing efficiency is achieved,and there is no risk of agricultural residue pollution,which meets the needs of people's consumption upgrading.Therefore,the application of functional microbial products in green ecological planting is very necessary,and it is worth further speeding up the demonstration and promotion.
基金Personnel Training Quality&Teaching Reform Project of Higher Education in Sichuan Province(2018-2020)9th“Reform Project of Higher Education in New Century”of Sichuan University(2021)。
文摘This study aimed to provide a fresh approach for the cultivation of compound talents in the new era through a green and healthy creative workshop project,which is an integrated platform of innovation,entrepreneurship,learning,scientific research,and practice for both,undergraduates and postgraduates.The creative workshop was meticulously designed as an independent space,comprising of a front counter,a design area,an experience area,a physical therapy area,and an operational room.Various activities and creative products are made available within this confined space.It plays a useful role in promoting the development of a personnel training system for relevant disciplines,spreading excellent traditional medicine culture,and extending the educative and practical modes in Sichuan University.
基金supported by the National Natural Science Foundation of China(22305164)Natural Science Foundation of Sichuan Province(2023NSFSC1096,2024NSFSC1095)the Fundamental Research Funds for the Central Universities(2023SCU12079).
文摘Bacterial biofilm infection is a complicated and important global problem.Non-toxic biomass-based Pickering emulsions as an essential oil delivery system are a potentially effective means in biofilm treatment.Herein,the chitosan/gelatin complex nanoparticles(CGNPs)stabilized Pickering(CGP)emulsion loaded with cinnamon essential oil(CEO)was developed to inhibit and remove bacterial biofilms.CGNPs were initially successfully prepared with a particle size of 253.7 nm.Subsequently,CGP emulsions were prepared using CGNPs as the emulsifier and CEO as the oil phase,with the aqueous phase pH value of 5.5 and ionic strength of 50 mM.Amino groups of CGNPs were crosslinked with the aldehyde group of CEO via Schiff base reaction at the oil-water interface to form a denser core-shell structure,thus improving the stability of Pickering emulsion.The CGP emulsions exhibit controlled and long-term sustained release properties in essential oil delivery,with 89.8%,81.0%,and 62.2%CEO release within 168 h for CGP-0.1,CGP-0.2,and CGP-0.3,respectively.Moreover,CGP emulsions have stronger antioxidant activities(nearly 100%),broad-spectrum antibacterial activities(>90%),enhanced penetration and removal capabilities against preformed biofilms than single CEO or CGNPs,as well as its better biocompatibility than conventional surfactant-stabilized emulsions.Hence,CEO-delivered CGP emulsion could serve as a potential strategy against biofilm infections and bacterial resistance.
