Recently, the assessment results of 2015 National Natural Science Foundation were released. In RAL, altogether 8 projects got funded, including 1 key project of iron and steel joint funds, 2 horizontal projects, and 5 projects for distinguished young scholars. Compared with the results of last year (1 key project of iron and steel joint funds, 1 horizontal project, and 1 project for distinguished young scholars), RAL really made a great progress in this year. The progress of young teachers is remarkably significant, showing that RAL has great potential in scientific research and good prospects for development.
|
No. |
Person in charge |
Age |
Title of project |
Fund category |
|
1 |
Yi Hongliang |
34 |
Basic research on the theory and technology of low density, high elastic modulus, high strength and toughness steel |
Key project of iron and steel joint funds |
|
2 |
Liu Haitao |
34 |
Microstructure ultra-fining and toughening control mechanism of near net shape continuous casting of thin strip under the conditions of oxide metallurgy |
Horizontal project |
|
3 |
Xu Wei |
36 |
The phase change mechanism and organization control of new-type hot rolled high yield strength high tensile strength and elongation medium manganese steel |
Horizontal project |
|
4 |
Liu Guohuai |
30 |
Continuous straight growth control and growth characteristics of non preferential columnar crystals in the directional solidification of TiAl alloy |
Fund for distinguished young scholars |
|
5 |
Ding Jingguo |
34 |
Study on the mechanism and model of differential temperature rolling deformation of extra thick steel plate |
Fund for distinguished young scholars |
|
6 |
Zhi Ying |
37 |
Study on the mechanism of the microstructure and properties of high tensile strength and elongation plate with different thickness |
Fund for distinguished young scholars |
|
7 |
Kang Jian |
33 |
Regulation mechanism of high tensile strength and elongation hot rolling duplex structure based on dynamic carbon partition behavior |
Fund for distinguished young scholars |
|
8 |
Deng Xiangtao |
32 |
Basic research on the wear resistance of low alloy wear resistant steel by introducing super hard nano TiC particles into martensite matrix |
Fund for distinguished young scholars |
RAL warmly congratulated all the teachers who have successfully won the support from Natural Science Foundation!
Learning from the experience and lessons in the application for the 2014 National Natural Science Foundation funds, RAL has strengthened the organization and guidance of the application process. While maintaining the fundamentality, novelty and advancement of Natural Science Foundation, RAL specially emphasized the guiding function of key national needs, aimed at the target of industrialized application, and extracted scientific problems from the key common problems existed in markets and production. In addition, through adhering to innovative guidance, pooling collective wisdom and playing synergistic effect, and putting forward high-level application, RAL endeavors to make the Natural Science Foundation an important cultivating base for independent innovation technical projects in China. The assessment results of 2015 Natural Science Foundation funds have proved that this approach is absolutely right.
The successful application is just the first step. We still have a long way to go. It is hoped that our teachers who have successfully won the funds could stay realistic and pragmatic, and be bold to make innovations, to obtain significant research results in key applications or applications that have bright prospect.
It is also hoped that all the staff of RAL could have more accumulation in research, and have a better results in the application next year.