University · founded 1947
Heilongjiang University of Science and Technology
Harbin, China · usth.edu.cn/#
- Citations, last 5 years
- 8 117
- Works, last 5 years
- 1 458
- h-index
- 89
- Scientists listed
- 280
- Grants since 2016
- 12
Grants received
2019–2023 · grant · 面上项目
基于石墨烯可控分布的层叠状DSSC复合光阳极结构与性能协同调控机制
立国 魏 · Heilongjiang University of Science and Technology · funded by National Natural Science Foundation of China
2019–2022 · grant · 青年科学基金项目（C类）
梯度纳米亚稳β钛合金的形成机理及变形与强韧化机制研究
岩 杜 · Heilongjiang University of Science and Technology · funded by National Natural Science Foundation of China
2019–2023 · grant · 面上项目
受载含瓦斯水合物煤体渗透特性试验研究
保勇 张 · Heilongjiang University of Science and Technology · funded by National Natural Science Foundation of China
2019–2022 · grant · 青年科学基金项目（C类）
热纤梭菌纤维小体降解纤维二糖分子调节机制研究
涛 盛 · Heilongjiang University of Science and Technology · funded by National Natural Science Foundation of China
2018–2022 · grant · 面上项目
城市低收入群体居住迁移的社会生态机理研究
辉玲 黄 · Heilongjiang University of Science and Technology · funded by National Natural Science Foundation of China
2018–2021 · grant · 青年科学基金项目（C类）
时变参数下齿销传动非共轭啮合特性及其动态演化机制
丹 张 · Heilongjiang University of Science and Technology · funded by National Natural Science Foundation of China
2016–2020 · grant · 面上项目
截-楔组合破碎硬岩的机制及其载荷谱重构
春生 刘 · Heilongjiang University of Science and Technology · funded by National Natural Science Foundation of China
2016–2020 · grant · 面上项目
基于微生物群体感应的好氧颗粒污泥稳定性调控机制
志伟 宋 · Heilongjiang University of Science and Technology · funded by National Natural Science Foundation of China
2016–2020 · grant · 面上项目
引入经验知识的煤矿冲击地压感知融合预测方法研究
俊峰 武 · Heilongjiang University of Science and Technology · funded by National Natural Science Foundation of China
2016–2020 · grant · 面上项目
考虑颗粒破碎的井下垮落体挤压变形破坏规律研究
传波 郝 · Heilongjiang University of Science and Technology · funded by National Natural Science Foundation of China
2016–2020 · grant · 面上项目
卸荷应力路径下含瓦斯水合物煤体力学性质试验研究
霞 高 · Heilongjiang University of Science and Technology · funded by National Natural Science Foundation of China
2016–2020 · grant · 面上项目
碘化浸金应用基础研究
桂春 李 · Heilongjiang University of Science and Technology · funded by National Natural Science Foundation of China