From 2000 to 2013, professors of XJTU presided over 13 "973 Program" projects as chief scientists, and 1489 projects of National Natural Science Foundation of China (NSFC) were approved, which made XJTU one of the top universities in China in terms of the number of projects and funds for basic research.
Since 2000, XJTU has won 36 national awards for science and technology as the first unit of completion. Since 2000, the university has won 36 national science and technology awards as the first unit of completion.
The university has been awarded the "National 100 Outstanding Doctoral Dissertations Award" for 26 dissertations until 2013, and 40 dissertations were nominated for the award.
In 2005, Xi'an Jiaotong University had 790 SCI papers, 1,295 EI papers, ranking 17th in China, and 544 ISTP papers, ranking 7th in China.
In 2012, three theses of Xi'an Jiaotong University were selected as National Excellent Doctoral Dissertations, and two were selected as National Excellent Doctoral Dissertations Nominated Theses. As of 2012, Xi'an Jiaotong University*** has received 26 national excellent doctoral dissertations and 40 national excellent doctoral dissertations nominated dissertations.
In 2012, Xi'an Jiaotong University ranked 20th in China with 7632 ESI papers.
In 2014, Xi'an Jiaotong University ranked the top ten in China in terms of SCI papers. National Natural Science Awards ◎ Wavelet Entropy Detection and Adaptive Extraction Theory of Transient Information of Early Mechanical Failures (2013) ◎ Multi-field Effects and Damage Theory of Functional Materials and Structures (2013) ◎ Basic Research on Mechanical Behavior of Piezoelectric and Electromagnetic Mechanisms Sensitive Materials and Structures (2012) ◎ Research on Mechanisms of Flow and Heat Transfer and Mass Transfer in Complex Systems Coupled with Multi-scale and Multi-physical Fields (2012) ◎ Double Shear Uniform Strength Applied theoretical studies on the formation mechanism, structure and performance characterization of thermal spray coatings (2008) ◎ Research on gas-liquid two-phase and multiphase flow and heat transfer under complex constraints (2007) ◎ Fundamental theoretical studies on data modeling based on cognitive and non-Euclidean frameworks (2007) ◎ Optimization theory and methodology studies on discrete and hybrid manufacturing systems (2005) ◎ Principles and algorithms of numerical prediction and efficient algorithmic prediction of heat and mass transfer processes in complex systems (2012) ◎ Theory and Applications of Complex Nonlinear System Dynamics (Collaboration) (2003) ◎ Important Developments in the Theory and Structure of Pulse Tube Refrigerators (1999) ◎ Mechanism of Interaction between Arc Plasma and Electrode Surfaces (1999) ◎ Fundamental Theories and Algorithms of Power System Reliability and Planning (1999) National Technical Invention Award ◎ High Performance Molybdenum (1999) National Technology Invention Award ◎ Key technology of high-performance molybdenum alloy material preparation and its application (2013) ◎ Three-dimensional full-field dynamic deformation detection technology for complex working conditions (2013) ◎ Key technology and application of high-performance complex-phase silicon carbide ceramic inner heater (2012) ◎ Cell membrane chromatography technology and its application in traditional Chinese medicine screening (2012) ◎ On-line monitoring of the wear state of marine power plants and remote fault diagnosis technology and application (cooperation) (2012) ◎ On-line monitoring of the wear state of ship power plants and remote fault diagnosis technology and application (cooperation) (2012) Key technologies and applications of online monitoring and remote fault diagnosis of wear state of marine power plant (2012) ◎ Preparation technologies and applications of high strength casting wear-resistant materials (2010) ◎ Dynamic quantitative diagnostic technologies and applications of structural cracks in large rotating machinery (2009) ◎ High-efficiency and low-resistance gas-enhanced heat transfer technologies and their applications (2009) ◎ Energy-saving, emission reduction and safe and high-efficiency key processes and equipment for oil and gas gathering and transportation (2009) ◎ Key technologies and applications of time-space adaptive processing of digital video (2007) ◎ Key technologies and applications of digital video (2007) Key technologies and applications of digital video time-space adaptive processing (2007) ◎ High-temperature-resistant pressure sensor design, manufacturing key technologies and series product development (2006) ◎ High-temperature anti-wear material preparation technology and its applications (2006) ◎ Complete sets of equipment and key process technologies for the preparation of hard film materials for the surfaces of complex cavities and molds (2005) ◎ Anti-blockage design of drip irrigators based on labyrinth flow characteristics and the integrated development of methodology (2005) ◎ Flexible rotor design and integrated development methodology (2005) ◎ Flexible rotor design and integrated development methodology (2005) ◎ Flexible rotor holographic on-site dynamic balancing technology and its application (2003) ◎ Class annular flow microfilm evaporation plate-fin condensation and evaporation technology (2001) ◎ Three-phase AC ferromagnetic separator (1997) ◎ Three-phase automatic temperature-control heating cable (1996) ◎ High-temperature resistant, corrosion-resistant, anti-scalar, abrasion-resistant, heat-conducting series of special coatings and their applications (1995) ◎ JN-1-type energy-saving diagnostic instrument for thermal power plant (1995) ◎ Two-dimensional energy saving equipment and key process technology (2005) Two-dimensional Target Real-time Analysis and Tracking System (Missile Warhead Surface Ablation Image Analysis and Tank Target Real-time Tracking) (1995) ◎ Semiconductor Optical Transformer and Semiconductor Voltage-controlled Transformer (1993) ◎ Cable Fault Ranging Instrument (Cooperation) (1993) ◎ Underground Oil Pipeline Plugging Point Detection Methods and Instruments (1993) ◎ Acoustic Multi-dimensional Vibration of Acoustic Belt and Noise Source Characterization and Measurement Techniques and Equipment (1992) Multi-Dimensional Vibration and Noise Source Characterization of Acoustic Zones (1992) ◎ Variable Pulverized Coal Density Burner (1991) ◎ Research on Multi-Anti Formic Acid (1991) ◎ Multi-Purpose Intracardiac Blood Suction and Recovery Microsuppository Filtration System (1991) ◎ Design Method of Trail and Mixed-Flow "Fully Controllable Vortex" Triadic Impellers and Their Flow Patterns (1991) ◎ Adaptive Polarization Anti-Jamming System for S-Band Radar (Cooperation) (1993) S-band Radar Adaptive Variable Polarization Anti-jamming System (1991) On April 4, 2005, Xi'an Jiaotong University (XJTU) decided to adopt the motto of the university, which was announced in 1937 in the "List of Jiaotong University".
Precision and diligence: Precision and diligence refers to concentration and diligence, and pursuit of learning means searching for learning. The school motto aims to train students to be studious, to develop the character of diligent study, to perfect the structure of knowledge, to be sensitive and studious, not to be ashamed to ask questions, to be prudent in thinking, to know right from wrong, to learn without end, to keep on learning, and to link theory with practice, to apply what they have learned.
Dun Duc Li Zhi: "Dun Duc" means to be generous and truthful; "Li Zhi" means to concentrate one's mind on a certain cause. The school motto aims to cultivate in students a thick and honest character, a sense of social responsibility for hard work, innovation and practicality, and the ambition to achieve great things.
Guo Yi Li Xing: Guo Yi refers to boldness and perseverance, and Li Xing refers to doing one's best and practicing hard. The school motto aims to cultivate students' character of decisiveness and perseverance, consistency between words and deeds, including the enterprise spirit of daring to reform and innovate, daring to struggle, daring to do and dare to do, overcoming difficulties, not afraid of twists and turns, perseverance, solidity and conscientiousness.
Loyalty and forgiveness: Loyalty and forgiveness are the basic categories of Confucian ethics and morality, and to be responsible is to be competent, to be able to fulfill one's duties and responsibilities, and secondly, to be useful. The school motto aims to cultivate students with open-mindedness, dedication to others, benevolence and love for others, self-confidence, responsibility, competitiveness, team spirit, and the ability to prove their competence in challenging jobs by performing "for the light of the world"...
The school motto is based on the principle that students should have a clear mind, and that they should be able to work with others. On April 4, 2005, Xi'an Jiaotong University decided to launch its school song. This time, the school song was written during the Anti-Japanese War, and the lyrics and music score have been preserved in their original form. The author of the school song is Mr. Xiao Youmei.
"For the Light of the World"
Beautiful is our school, the flower of truth, the model of youth, the glory of the state,
The school flag flutters and grows with the day, for the light of the world, for the light of the world.
Beautiful is our school, inspiring all, inspiring my wisdom, inspiring my zeal,
Junior is staggering, operating in all directions, for the light of the world, for the light of the world.
My school, the source of spirituality, the capital of science, the forest garden of art,
Industrial expansion, progress without boundaries, for the light of the world, for the light of the world.
The beauty of our school, a splendid civilization, the actual learning to cultivate the foundation of the country, the nation has been revitalized,
YuTuMengMeng, the mountains are high and the water is long, for the light of the world, for the light of the world. To become a cause, when the first-class cause. The first is to be a first-class talent. And to become the first-class learning, career, talent, must first sharpen the first-class behavior. Sheng Xuanhuai (Winter 1896-Spring 1905) He Ziqun (Spring 1897-Spring 1901) Zhang Yuanji (Spring 1901-Summer 1901) Rao Naixuan (Autumn 1901-Winter 1901) Shen Zengshi (Winter 1901-Spring 1902) Wang Fengzao (Spring 1902-Winter 1902) Liu Shuping ( (Winter 1902-Summer 1903) Zhang Meiyi (Summer 1903-Winter 1903) Zhang Heling (Winter 1903-Summer 1904) Zhang Meiyi (Summer 1904-Winter 1904) Yang Shiqi (Spring 1905-Spring 1907) Wang Qingmu (Fall 1905-Spring 1906) Yang Wenjun (Spring 1907-Autumn 1907) Tang Wenzhi ( Tang Wenzhi (Fall 1907-Winter 1920) Ling Hongxun (Winter 1920-Spring 1921 Winter 1924-Summer 1927) Zhang Casting (Summer 1921) Ye Gongchuo (Summer 1921-Summer 1922) Zhang Tingjin (Director of the Shanghai School) (Winter 1921-Summer 1922) Lu Mengxiong (Summer 1922) Guan Genglin (Summer 1922-Autumn 1922) Lu Bingtian (Fall 1922-Autumn 1923) Wang Chingmu (Agent) (Fall 1905-Spring 1906) Yang Wenjun (Fall 1907-Fall 1907) Tang Wenzhi (Winter 1907) Lu Bingtian (Autumn, 1922-Summer, 1923) Chen Duheng (Summer, 1923-Winter, 1926) Fu Dingsheng (Autumn, 1927-Spring, 1928) Cai Yuanpei (Spring, 1928-Autumn, 1928) Wang Boqun (Autumn, 1928-Winter, 1928) Sun Ke (Winter, 1928-Winter, 1930) Lai Zhaohuan (Winter, 1930-Autumn, 1944) Xu Mingcai (Autumn, 1940-1941) Director of the Chongqing Branch School (Fall 1940-Fall 1941) Wu Baofeng (Fall 1941-Fall 1947) Cheng Xiaogang (Fall 1947-Fall 1948) Wang Zhizhuo (Fall 1948-Fall 1949) Wu Youxun (Fall 1949-Fall 1952) Li Peinan (Fall 1952-Summer 1953) Peng Kang (Fall 1952-Winter 1968) Chen Wuyu (Spring 1978-Winter 1982) Chen Wuyu (spring 1978-winter 1982) Zhuang Liting (spring 1983-spring 1984) Shi Weixiang (spring 1984-fall 1990) Jiang Deming (fall 1990-winter 1997) Xu Tongmo (spring 1998-fall 2003) Zheng Nannin (fall 2003-spring 2014) Wang Shuguo (spring 2014-) Successive party secretaries: Peng Kang (early 1953-spring 1968) Li Peinan (fall 1952-summer 1953) Peng Kang (early 1953-spring 1968) Lin Yinru (fall 1973-summer 1977) Liu Ruozeng (summer 1977-summer 1979) Su Zhuang (early 1980-autumn 1982) Chen Mingyan (fall 1982-early 1985) Pan Ji (early 1985-end 1996) Wang Wensheng (end 1996-autumn 2003) Spring 2014 Zhang Mai Zeng Spring 2014-