Dynamic regulation of self-assembly is of vital importance in chemistry, biology and material
science thanks to its great potential for development of smart materials and devices. …

… hybrid systems coupling chemical and biological components … stable enzymes with total
system integration solutions are … In conclusion, a biohybrid artificial photosynthetic system is …

… , and peripheral antenna systems that are important for light harvesting and photosynthesis
activity regulation. On the one hand, the two photosystems catalyze chemical reactions and …

… reducing the photoactivity of the system. At pH < 8, part of TEOA undergoes partial protonation,
thereby losing its activity as a sacrificial reagent in the photocatalytic system. As the pH …

… systems, consisting of ZnFe 2 O 4 , Co 9 Fe 3 Bi 1 Mo 12 O 51 or both. The dual bed catalyst
system … between the catalyst beds in the dual bed system, making better use of the catalytic …

… Furthermore, the results of the factorial experiment indicated that the initial pH does not
have much effect on the bioleaching system used in this research. According to the relevant …

… The results indicated that the pioneer species are growing very well with strong root system
and flourished branches,which help control soil erosion effectively.As an indicator of soil anti-…

… Abstract: This paper analyzes the disadvantages of the current remote sensing satellite
systems, and describes the concept of the latest generation “intelligent remote sensing satellite …

… Abstract: Biological systems can be regarded as complex and open thermodynamic systems.
All processes involved in biological growth and metabolism are accompanied by material …

… colloids are assembled systems based on weak interactions … colloids and supramolecular
systems. Constructing functional … chemistry as well as colloid and interface chemistry because …