摘要：Art education is an important part of the comprehensive implementation of quality-oriented education, and it is an important method for medical students to recognize perceptual world, to enrich their thoughts and feelings, and to regulate their physical and mental health, so it is very important for the growth of medical students under the background of education reform. Based on the analysis of the existing problems of art education in medical universities, this paper points out the importance of art education for medical students in medical universities, and tries to make some countermeasures and suggestions to strengthen the art education for medical students.

摘要：In order to achieve remote control problems for the intelligent home appliances, The paper presents a realization method through the Internet and GSM remote to control appliances of smart home, and given circuit. And described in detail the hardware and software design of smart home appliances and their control method. Test results show that the system is stable and reliable.

摘要：This paper describes control system network design and implementation of communication methods for automate warehouse management based on MFC, and the main features of VC6. 0 network communications programming and the method of implementation are discussed. Article described in detail the specific steps to achieve network communication for monitoring system, and gives the network communication process that combined with tile actual situation. Test results show that the system is stable and reliable.

摘要：Weak redox ability and severe charge recombination pose significant obstacles to the advancement of CO_(2) *** tackle this challenge and enhance the CO_(2) photoconversion efficiency,fabricating well-matched S-scheme heterostructure and establishing a robust built-in electric field emerge as pivotal *** pursuit of this goal,a core-shell structured CuInS_(2)@CoS_(2)S-scheme heterojunction was meticulously engineered through a two-step molten salt *** approach over the CuInS_(2)-based composites produced an internal electric field owing to the disparity be-tween the Fermi levels of CoS_(2) and CuInS_(2) at their ***,the electric field facili-tated the directed migration of charges and the proficient separation of photoinduced *** resulting CuInS_(2)@CoS_(2) heterostructure exhibited remarkable CO_(2) photoreduction performance,which was 21.7 and 26.5 times that of pure CuInS_(2) and CoS_(2),*** S-scheme heterojunc-tion photogenerated charge transfer mechanism was validated through a series of rigorous anal-yses,including in situ irradiation X-ray photoelectron spectroscopy,work function calculations,and differential charge density ***,in situ infrared spectroscopy and density functional theory calculations corroborated the fact that the CuInS_(2)@CoS_(2) heterojunction substan-tially lowered the formation energy of *COOH and **** study demonstrates the application potential of S-scheme heterojunctions fabricated via the molten salt method in the realm of ad-dressing carbon-related environmental issues.

摘要：The encapsulation of essential oil components in cyclodextrins(CDs)to form inclusion complexes(ICs)is an effective strategy for improving their stability and *** aim of the present study was to obtain a deeper understanding of the encapsulation behavior of multi-components inβ-*** molecules ofα-pinene,myrcene,and 3-carene,having the same molecular weight,formed ICs withβ-CD by a freeze-drying method.A simplex lattice mixture design with 28 experiments was carried *** analysis was applied to analyze the encapsulation behavior of guest components,and quantitative models of guest components in ICs were constructed by coupling with near-infrared(NIR)spectroscopy and chemometrics ***,the molecular docking technique was used to obtain the optimal conformation and explain the binding behavior of *** results suggested that the spatial structure and ratio of guest molecules were the key factors affecting the encapsulation effect.A non-destructive and rapid NIR analytical model for the guest component in ICs could be obtained by second derivative(2nd der)***,the encapsulation of guest components inβ-CD was differentiated,and NIR could be used as a rapid and non-destructive tool for quantitative analysis of ICs.