Traditional Chinese medicine has unique advantages in improving people's health. Since the implementation of the Tianjin Regulations on Traditional Chinese Medicine,the traditional Chinese medicine industry in Tianjin has achieved high-quality development,but there are still some problems. This study conducted questionnaire surveys on survey subjects in the health and non health industries,and analyzed and studied the understanding and learning status,implementation status,existing problems,and solutions of the Tianjin Regulations on Traditional Chinese Medicine. Countermeasures and suggestions are provided from aspects such as the construction of a traditional Chinese medicine talent team,traditional Chinese medicine culture and legal publicity,and supervision and law enforcement of traditional Chinese medicine services,aiming to provide the policy reference for the smooth promotion of the Tianjin Regulations on Traditional Chinese Medicine,and help the development of traditional Chinese medicine in Tianjin.

Internship is an important bridge between medical students' textbook knowledge and their future careers. In order to optimize the internship mode and comprehensively enhance the literacy of medical students,it is proposed to integrate ideological and moral education,cultural knowledge education,social practice education,and other content during the internship process,guiding students to form a correct worldview,outlook on life,and values. Through the construction of academic atmosphere and integrity education activities,schools and internship institutions create a positive and upward learning atmosphere,as well as a good atmosphere for honest behavior and exams,so that students can not only improve their professional knowledge,but also their political quality,moral literacy,and stress tolerance.

This paper analyzes the output of scientific and technological achievements and the main influencing factors of the author's unit since the 13th Five Year Plan,and proposes specific measures to strengthen the management of scientific and technological achievements in agricultural research institutes from the perspective of emphasizing top-level planning,strengthening policy guidance,and strengthening team collaboration,hoping to provide reference for peers in the same industry.

The small angle cold bending performance of aluminum alloys in different bending directions was tested according to Plate Bending Test for Metallic Semi-finished Materials （VDA238-100-2017）,and the bending failure location was analyzed by scanning electron microscopy. The results show that the different bending test directions for aluminum alloy plate have a significant impact on the bending angle results,and different sample thicknesses also have an impact on the maximum bending angle. The bending angle of aluminum alloy rolled vertically can be lager than that of thermoformed steel. The cold bending morphology of aluminum alloy exhibits a fiber strip tearing pattern,and the failure mode is tensile cracking.

Due to the characteristics of offshore oil and gas development,the design parameters and technical requirements in previous projects are different,resulting in many non-standard parts and product series. During the project construction process,it is often possible to increase the design cycle or construction and inspection costs due to the modification of one or more links such as design,procurement,construction and installation. Taking the handrail as an example,this paper explores the research route and standardized construction of standardized design of general components. The implementation of standardized design of general components will reduce the workload of technical clarification in the design stage,reduce design work hours,and help to form standardized processes and procedure documents such as procurement,construction,installation,inspection and maintenance.

By utilizing the existing heating equipment and process flow of the platform,through the transformation of the process flow,the high-efficiency heat exchange equipment and relevant control accessories are added to realize the temperature raising and heating of high-pressure injected water,and continuously and stably inject high-temperature hot water into the formation,so as to achieve hot water flooding. Before the implementation of the transformation,the existing thermal medium system and the new high-efficiency heat exchanger and other equipment shall be checked and selected to determine whether the transformation scheme is feasible.

Aiming at the harmonic suppression of grid-connected converters under the background of new power system,the characteristics and problems of the design of grid-connected converters filter and harmonic suppression methods based on optimal PWM modulation are described. A multi-objective optimization method based on selective harmonic mitigation （SHMPWM） is proposed,and the whole solution set of selective harmonic elimination （SHEPWM） and the multi-objective optimization solution of SHMPWM are obtained. The harmonic distribution and suppression effect of SHEPWM and SHMPWM are compared,which provides a new solution and countermeasure for harmonic suppression and optimization of grid-connected converters.

In order to prepare ultrafine gypsum powder,the ultrafine grinding test of gypsum slurry was carried out with electrolytic modified water,the particle size and specific surface area of raw gypsum ultrafine grinding products were characterized by a laser particle scale analyzer. The results show that the electrolytic modified water is effective in improving the ultrafine grinding of raw gypsum. Under the slurry concentration of 16%,ultrafine grinding time of 25 min,electrolysis current of 0.16 A,electrolysis time of 20 min,anode plate of aluminum plate,and plate spacing of 2 cm,ultrafine grinding gypsum powder with d₅₀ of 1.37 μm can be obtained. Compared with the unmodified water,the d₉₀ of the superfine grinding product can decrease from 54.60 μm to 2.21 μm,and the specific surface area can increase from 203 cm²/g to 2 265 cm²/g.

Slip line is a common defect in silicon epitaxial wafer production,which is mainly due to the uneven temperature distribution of silicon epitaxial wafers during the heating process,resulting in a process defect on the surface of silicon epitaxial wafers. This paper discusses the formation mechanism of the slip line for the ASM2000 epitaxial furnace,and studies the influence of substrate,base,temperature rise and fall rate,temperature field uniformity,etc. on slip line. The solutions of key influencing factors are proposed to avoid the generation of slip lines,improve the production quality of silicon epitaxial wafers and enhance the performance of silicon epitaxial wafers.

Protective armor is often impacted by high-speed projectiles,and its material selection and structural form determine its protective performance. It is of great significance to study the failure mechanism and anti-penetration performance of protective armor under high-speed impact. The nonlinear dynamic explicit finite element analysis software ANSYS/LS-DYNA is used to conduct high-speed projectile impact simulation tests on different structural forms of UHMWPE sandwich laminates,and analyze the anti-penetration performance of the target. The results show that when the total thickness of the laminates remains unchanged,the fiber proportion of UHMWPE decreases by 12.5%,the residual velocity of the projectile body increases by 12.3%,the energy absorption of the laminates decreases by 43 J,the core material proportion of the three-dimensional fabric decreases by 12.5%,the residual velocity of the projectile body increases by 4.3%,and the energy absorption of the laminates decreases by 14 J. Appropriately increasing the thickness ratio of fiber composite core material can improve the penetration resistance of laminates.

In view of the phenomenon that high density brine is used as well killing fluid to filter into the reservoir in workover operation,resulting in a sharp decline in oil production after wetting reversal,the damage rate of brine to reservoir was determined through the test of the damage rate of brine to core permeability. The waterproof locking agent was selected,which was aged at 120 ℃ for 48 hours in brine with a mineralization degree of 300 000 mg/L,and the interfacial tension reached the level of 10-1. Additionally,two types of additives were selected through an orthogonal experimental method,forming a modified brine workover fluid with waterproof locking and scale inhibition. The indoor rock core damage experiments show that the recovery rate of reservoir permeability can reach over 80%. After five on-site applications,the success rate of the operation is 100%,and the post-operation production recovery rate reaches 132.5%.

During the production process of offshore oil platforms,a large amount of chemical agents need to be injected,which are mainly used to improve the oil-water separation effect,the production sewage treatment effect,slow down the scaling and corrosion of pipelines,prevent the solidification of wellbore crude oil,prevent the false liquid level in containers from causing safety production accidents,and reduce the resistance of offshore pipelines. When the chemical agent inventory is insufficient,the mobile chemical agent tank with chemical agent will be transported to the offshore oil platform by shuttle ships,and the on-site operators will transfer the chemical agent in the mobile chemical agent tank to the fixed chemical agent tank by gravity flow method or air pump liquid transfer method,which has the disadvantages of slow liquid transfer speed,heavy workload,high noise and easy failure of the air pump. In order to improve this situation,a liquid transfer device for chemical agent tank driven by compressed gas was developed. The device has the advantages of low labor intensity,high operation efficiency,flexible movement,simple structure,wide application range,strong adaptability,etc. It has a good promotion and reference significance for offshore oil platforms with insufficient deck space.

In view of the problems of how to realize automatic early warning and collision avoidance,safe and effective monitoring and auxiliary management of offshore production facilities and submarine pipelines in offshore oilfields,based on the actual needs of offshore production management,combined with the characteristics of offshore oil communication network link and transmission,the automatic ship identification system and ship database are adopted,and the unified electronic chart plotting and warning method is adopted to realize pipeline collision avoidance and automatic real-time warning. Based on this purpose,the real-time collision avoidance warning system platform of submarine pipelines in offshore oilfields is developed,and the overall framework,hardware and software structure and development trend are discussed. As an important means to ensure the safety of submarine pipelines and operation facilities,the system has been applied to offshore operation platforms and ship transportation,reducing the risk of submarine pipelines and other facilities being collided by ships,improving the level of safety production management and achieving good results.

The drilling technology of an ultra-short radius horizontal well is an effective measure to achieve the treatment and transformation of low production and low efficiency wells. According to reservoir applicability and engineering implementability,based on the characteristics of flexible drilling tools,the wellbore trajectory of ultra-short radius horizontal wells was designed and optimized,a set of well and layer selection methods was developed to realize the combination of reservoir and engineering and achieve the landing angle with a low dogleg,thus reducing the drag and torque and improving the horizontal drilling length. By optimizing the design of flexible drilling tools,it is determined that the single section length of flexible drilling tools is 0.15 m,the maximum bending angle is 4.5°,and the gap between the flexible drilling tools and the hole is 19 mm （the bit diameter is 152 mm）,so as to ensure the stable attitude of the flexible drilling tools in the hole and reduce the friction with the hole. The on-site application results show that this technology can achieve a wellbore curvature radius of 3.6 m,a borehole diameter of 152 mm,and a horizontal section length of 60 m. Post-operation tests show that the production increases from 16.7 m³/d to 95.1 m³/d,which is 5.7 times higher than the pre-operation,realizing economic and efficient development.

In order to ensure the stable,efficient,sustainable and safe operation of the digital gas field,an intelligent production and operation platform for the digital gas field consisting of three systems of organization management,system specification and advanced technology was built by drawing on the practical experience of oil enterprises in operation and maintenance. In accordance with the requirements of the enterprise organization management mode and institutional specification system,the advanced technology was adopted to build the main platform functions of handheld terminal application,production management,patrol management,personnel management,asset management,and emergency management,realizing the organic integration of personnel,processes and assets,so as to enhance the operation and maintenance efficiency and improve the operation and maintenance service quality. Through the construction and application of specific pilot projects in China,the experience is accumulated,which is conducive to further improving the intelligent production and operation service level of digital gas fields.

The new model and development mechanism of integration of sports and medicine for people's health in China are discussed in terms of process laws,implementation characteristics,problem dilemmas and typical cases. Literature research,case analysis,and expert interviews are used to study the implementation status of integration of sports and medicine in China. Typical cases of integration of sports and medicine are searched and analyzed,the experience is summarized,and the development path is discussed. The implementation process of integration of sports and medicine in China shows a benign development pattern with political,systematic,extensive and professional characteristics,and has achieved better implementation results,but there are still problems such as lack of exercise prescription,financial support and resource sharing. The in-depth development of the new health model that integrates sports and medicine can be promoted by establishing a policy support mechanism,improving the top-level design mechanism,establishing a talent training mechanism and establishing a social participation mechanism.

The problems in the integration of computer information technology and vocational education are studied,and based on this,the strategies for deepening the integration of computer information technology and vocational education are analyzed and proposed. Research shows that the problems in the integration of computer information technology and vocational education include：Teachers in vocational education colleges have insufficient understanding of computer information technology teaching;Teachers in vocational education colleges lack innovative abilities in computer information technology teaching;The computer information technology training system in vocational education colleges is not yet perfect;The construction of computer information technology in vocational education colleges places more emphasis on hardware than utilization. The strategies for deepening the integration of computer information technology and vocational education include：Teachers and staff in vocational education colleges should change their understanding of computer information technology teaching;In the teaching of computer information technology,it is necessary to link the teacher's leadership with the student's initiative;Establish reasonable evaluation standards for computer-assisted teaching courseware; Fully utilize network technology in vocational education teaching.

Under the background of high quality development,it is of certain theoretical and practical significance to explore the relationship between new R&D institutions and regional development. Based on the fact that new R&D institutions mainly promote regional development through promoting the transformation of scientific and technological achievements,promoting industrial transformation and upgrading,and promoting talent aggregation,high-quality development strategies are proposed for the challenges currently faced by new R&D institutions,which mainly include increasing government policy support and publicity,deepening the integration of government,industry,academia,and research,focusing on the needs of industrialization and market development,and strengthening the cultivation of high-level talents.

Providing effective learning support services is an important guarantee for the success of blended learning. On the basis of existing research on learning support services of blended learning mode,this paper proposes five dimensions of learning support service categories and explores the construction methods of learning support services driven by process data. Through verification in the discrete mathematics courses for computer major,the construction method of process data-driven learning support services has achieved good results.

The era of big data has brought about a sharp increase in the amount of information in geometric multiples. How to effectively screen,evaluate,and utilize information to solve clinical problems has become necessary information literacy for medical staff. This paper introduces four ways to shape information literacy: information literacy education curriculum in colleges and universities,information literacy special training,information literacy education platform and information literacy education new media; and analyzes the problems of information literacy education for medical staff in the context of big data,including the lag of information literacy education,the lack of continuous education and lifelong education,and the disconnection between educational approaches and clinical work. On this basis,the efforts of medical professional libraries in innovative information literacy education are proposed. First,actively guide and establish big data awareness;Secondly,adjust the resource structure and build a smart library;Thirdly,utilizing big data analysis to carry out personalized specialized training;Fourth,deep integration to create embedded information literacy education services.

In recent years,China's science and technology journals are facing severe challenges. To improve the quality of journals and build high-quality journals has become the common goal of the periodical circle. Starting from the advantages of the youth editorial board members,combined with practical experience,this paper discusses their role in the development of journals from the aspects of review,solicitation,and journal promotion. The inclusion of youth editorial board members in journals can stimulate the vitality of the editorial board as a gatekeeper of academic quality. The editorial department can build an academic exchange platform for youth editorial board members to enhance their academic influence,and motivate them to grow together with the journal by launching various measures. Therefore,some problems need to be paid attention to when building and managing the team of youth editorial board members are put forward.

The title is the most concise summary of the content of a paper. A good title can attract readers to read and increase the retrieval rate,so it is very important to draw up an appropriate title for a paper. Based on the long-term editing practice and examples from the journal China Special Equipment Safety,the paper discusses three kinds of problems existing in the title writing of scientific and technological papers,namely unconcise expression,non-standard expression,and inaccurate expression. Therefore,some suggestions are put forward for the formulation of the title of the paper,such as concise language,standard expression and clear outline,hoping to provide some references for the scientific and technical personnel to formulate the appropriate titles and improve the quality of paper.

In recent years,China's 14th Five Year Plan and many documents have proposed to promote the digital transformation of journals,build a scientific research paper exchange platform,and achieve deep integrated publishing. The development of sci-tech periodicals with Chinese characteristics is explored based on the existing resources. While deepening the reform of the system and mechanism,breaking the limitations of the market,and establishing a national public welfare digital publishing platform,it takes into account economic benefits and public welfare,and takes the sustainable development path of sci-tech journals. The publishing platform fully utilizes technologies such as big data,artificial intelligence,and augmented reality,carries new media,deeply integrates publishing,and promotes the high-quality development of sci-tech journals.

In order to improve the quality of preliminary review of manuscripts and ensure the academic quality of journals,based on the analysis of the main author group and the characteristics of manuscripts of Earthquake Research in Sichuan,the paper optimizes the process of preliminary review from four aspects：the scale of review,the time limit of review,the opinions of review and the preliminary review of professional experts. The practice shows that the optimized preliminary review improves the rejection rate,saves external review resources,reduces the workload of review experts,improves the quality of preliminary review of manuscripts,and attracts authors to contribute. Two issues worth paying attention to in the preliminary review process of manuscripts are analyzed in order to provide reference and exchange cases for fellow editors.