According to the National Science Foundation of August 17th, the National Science Foundation of China's funded 14 projects in 2017, including 1 key project, 5 general projects, and 8 young professional projects with the total value of 8.14 million yuan. Of the 14 funds approved, surveying and mapping subjects were awarded 5 projects (3 projects, 2 young projects), Geology 5 project (1 key project, 4 young projects), Environmental Sciences 3 projects (2 general projects, 1 young project), Fire discipline 1 project (1 young project), the specific approved items are shown in the table below. Our hospital maintained a higher number of approved projects for 5 consecutive years, this year has continued to be ranked in the forefront of our university, it is worth noting that this year is also our college for the third consecutive year to receive key project funding.
Reviewing the status of Declaration and approval in the past 5 years, we have declared 44 projects in 2013, approved 8 projects, total approval rate of 18.2%, 2014 total application 43, approved 14, overall approval rate 32.6%; 2015 total declaration 46, approved 14, overall approval rate 30.4%; A total of 39 items were declared in 2016 and approved by 12, with a total approval rate of 30.8%. In 2017, the college continued to strengthen the application, organizing experts to evaluate the applications, with steps of preliminary application review and application examination, to ensure the quality of applications. This year, the college has declared 44 items and approved 14 items, with a total approval rate of 31.8% and a higher rate than the national average.
Number |
Project Num. |
Project Name |
Principle Investigator |
Project Type |
(Million Yuan) |
1 |
21777131 |
Study on the application of solid-phase micro-extraction technology in surface contamination analysis |
Gong Zhengjun |
General |
64 |
2 |
41771402 |
Monitoring of glacier distribution and its dynamic evolution of Gongga mountain based on satellite x/c/l-band SAR imagery |
Liu Guoxiang |
General |
63 |
3 |
41771419 |
Three-dimensional modeling and stacking range prediction method of landslide-clastic flow in/Synergy |
Ye Jian |
General |
52 |
4 |
41771451 |
Semantic understanding and remote sensing intelligent identification of hidden troubles along high-speed railway |
Cao Yungang |
General |
63 |
5 |
51779211 |
Study on identification of emergency treatment technology for watershed water pollution accident |
Liu Ying |
General |
53 |
6 |
21705133 |
Study on controllable preparation of chiral MOF Liquid chromatographic stationary phase and its chiral separation performance and mechanism |
Qin Weiwei |
Young |
24 |
7 |
41701347 |
Study on permeation mechanism of organic modified clay waterproof cushion in landfill site |
Chen Jiannan |
Young |
25 |
8 |
41701535 |
Monitoring and inversion of mountain deformation in Lannie deep loess tunnel based on Ads-insar |
Jia Hongguo |
Young |
26 |
9 |
41702077 |
Characteristics and genesis of super-pure natural gold in the gold-antimony-tungsten deposit, Hunan |
Liang Yi |
Young |
24 |
10 |
41702304 |
Study on mechanism of landslide formation considering kinematic characteristics and fluid-solid coupling |
Wang Wei |
Young |
24 |
11 |
41704028 |
Fine modeling of tropospheric delay due to inconsistency of micro-environmental meteorological factors |
Feng Wei |
Young |
23 |
12 |
51704244 |
Study on entrainment characteristics and extended behavior of a strong plume-driven roof jet in tunnel fire under the coupling of longitudinal ventilation and narrow limit boundary |
Chen Longfei |
Young |
25 |
13 |
51709230 |
The constitutive model of debris flow and its numerical realization in the whole process of motion |
Peng Chong |
Young |
25 |
14 |
41731285 |
Spatio-Temporal evolution mechanism and control methods of debris flow disaster after fire |
Hu Xiewen |
Key |
323 |
