Regular high school is the last link of basic education. It is a transitional stage from general education to professional education, a transitional stage from an adult to an adult, or a transitional stage in which students step out of school and enter society. When students complete high school education, they will stand at the crossroads of life, they are also faced with life choices, whether entering the university or going to the society, diversion is inevitable. Even if they enter the university, they are faced with the problems that every high school student must face and think about, such as what kind of university to go to and what kind of major to study. Therefore, no matter for further study or entering the society, how to make use of the three-year time, through effective academic design and suitable career planning, to lay the foundation for students’ “growing up, being a talent and gaining success” is an arduous task that ordinary high schools must think about and undertake.
Career planning can provide great help to one’s career development.
First of all, we should be clear about the goal. Through scientific tools and professional methods, career planning helps us to find out what our real interests are and what objective conditions we have, and make a comprehensive analysis and matching of the above factors, so as to help us find our own positioning in the career world. The suitable is the best. Do what is suitable for you, and the probability of success is always higher than that of other things. No one will doubt it. It is a good thing not only for the development of individual career, but also for the progress of the whole society to let everyone’s ability be brought into full play.
Say goodbye to those days without goals and plans, pursue things that make you really interested and really feel happy and happy. Be the captain of your own career, steer your own sailing boat, and start a wonderful journey of life full of infinite possibilities.
Agriculture is the foundation of national economy, and crop production is the primary production of agricultural system. Its development level directly affects people’s basic living needs and quality, and restricts the development of national economy, people’s livelihood and social economy. It is a crucial field in national economic construction.
Agronomy, as one of the subjects serving the development of crop production, is a practical science which is most close to the actual production. At present, China’s agriculture is in an important period of accelerating the transformation from traditional agriculture to modern agriculture. It is facing the major challenges of ensuring national food security, increasing farmers' income, easing the constraints of resources and environment, and enhancing the competitiveness of agricultural products at home and abroad. Therefore, it is of great significance to analyze and discuss the problems in the development of crop production from the perspective of agronomy, and to understand and master the relevant theory and technology system of agronomy.
China’s agriculture should be revitalized, China’s agriculture should be developed continuously, and what should China rely on to realize agricultural modernization? Practice shows that China’s agricultural development depends on policy, science and technology, and investment. However, it still depends on science and technology to solve problems. The development of agriculture depends on science and technology, the progress of science and technology depends on talents, and the cultivation of talents depends on education, which is the objective need and law of modern agricultural development. Relying on science and technology and education is the only way to revitalize agriculture. It is of great strategic and far-reaching historical significance to vigorously develop China’s science and technology, especially agricultural science and technology, to achieve the goal of increasing production in the 1920s of the 21st century.
我国的农业要振兴，中国的农业要持续发展，中国要实现农业现代化，靠什么呢？实践告诉我们，中国的农业发展“一靠政策、二靠科技、三靠投入”，但最终还是要依靠科技解决问题。农业发展靠科技，科技进步靠人才，人才培养靠教育，这是现代农业发展的客观需要和规律。依靠科技和教育，是振兴农业的必由之路。大力发展我国的科学技术，特别是发展农业科学技术，对实现 21 世纪 20 年代的增产目标，具有十分重要的战略意义和深远的历史意义。
With the development of human society and economy and the improvement of material and cultural living standards, on the one hand, people have higher and higher requirements for the function and quality of engineering projects, on the other hand, they expect the construction investment of engineering projects to be as small as possible and the benefits as good as possible. With the acceleration of economic system reform and economic globalization, modern engineering project construction presents the development trend of diversification of investment subject, decentralization of investment decision-making, diversification of project contracting mode, internationalization of engineering construction contract market and complexity of project management. The fundamental purpose of all participants in the project is to maximize their own interests. Therefore, there is a growing demand for professionals with reasonable knowledge structure, higher professional quality and stronger practical skills who are competent for the whole process of project construction cost management.
Engineering cost control is a new frontier subject which takes construction engineering (engineering project) as the research object, takes engineering technology, economy and management as means, takes benefit as goal, and combines technology, economy and management. The project cost control is to take the whole process of construction project cost management as the main line, to control the project cost at each stage of the early stage of construction, engineering design, project implementation and project completion. It is the main form and core content of the whole process management of project cost, and is also the key to improve the investment efficiency of the project. Whether for large-scale construction projects or for small and medium-sized maintenance and reconstruction projects, the project cost has always been considered as an important factor affecting the investment effect.
With the rapid development of medical science, new medical technologies and methods are constantly emerging, diagnosis and treatment instruments and equipment are also updated from time to time, new drugs come out frequently, and treatment schemes change with each passing day. The development of medical science and technology has also promoted the development of basic theoretical research, diagnosis and treatment technology of obstetrics and gynecology. The development of new technology is not only based on the original, but also closely related to the development of cross disciplines, such as mutual penetration, reference and integration. Therefore, the original and novel diagnosis and treatment technology has made new development in theory, instrument, instrument, detection, treatment and application.
This book systematically and clearly introduces the female reproductive system, obstetrics and gynecology examination, as well as gynecological diseases, tumors and surgical treatment methods. It is rich in content, novel in data, scientific and practical, close to clinical practice, and can strengthen the cultivation of clinical thinking ability. It can be read for reference by colleagues of gynecology and obstetrics in primary hospitals and teachers and students of medical colleges.
With the continuous development of China’s modernization construction, the relationship between various advanced modern science and technology and industrial production, civil consumption and other fields is more and more close. In terms of chemical instrumental analysis and various analytical technologies, more and more new theories and new ideas have been integrated, and the chemical analysis technology itself has been developed, and it is more accurate and flexible. This book describes and analyzes the characteristics of chemical instrumental analysis and specific analysis technology in detail, and explores the reform and innovation of instrumental analysis and analysis technology from two aspects of advantages and limitations.