Research facility · founded 1958
Institute of Applied Physics and Computational Mathematics
Beijing, China · iapcm.ac.cn
- Citations, last 5 years
- 14.4k
- Works, last 5 years
- 2 677
- h-index
- 142
- Scientists listed
- 0
- Grants since 2016
- 63
Grants received
2017–2021 · grant · 面上项目
可压缩多介质流体力学的广义黎曼问题数值方法
杰权 李 · Institute of Applied Physics and Computational Mathematics · funded by National Natural Science Foundation of China
2017–2021 · grant · 面上项目
MagLIF构型中套筒内爆初始扰动种子形成机制及其演化研究
德龙 肖 · Institute of Applied Physics and Computational Mathematics · funded by National Natural Science Foundation of China
2017–2020 · grant · 青年科学基金项目（C类）
核子与锂-7反应中的散射与产氚机制研究
海瑞 郭 · Institute of Applied Physics and Computational Mathematics · funded by National Natural Science Foundation of China
2017–2021 · grant · 面上项目
石墨烯-贵金属低维复合结构光学性质研究
伟 张 · Institute of Applied Physics and Computational Mathematics · funded by National Natural Science Foundation of China
2017–2021 · grant · 面上项目
高维扩散方程的非线性保正有限体积格式设计及其理论分析
志明 高 · Institute of Applied Physics and Computational Mathematics · funded by National Natural Science Foundation of China
2017–2021 · grant · 面上项目
绝热剪切破坏的超弹-塑性本构与多尺度方法研究
云 徐 · Institute of Applied Physics and Computational Mathematics · funded by National Natural Science Foundation of China
2017–2021 · grant · 面上项目
高电荷态离子与激发态原子碰撞过程的理论研究
玲 刘 · Institute of Applied Physics and Computational Mathematics · funded by National Natural Science Foundation of China
2017–2021 · grant · 面上项目
蒙特卡罗临界计算的统计误差估计和收敛性判据
流俊 潘 · Institute of Applied Physics and Computational Mathematics · funded by National Natural Science Foundation of China
2017–2021 · grant · 青年科学基金项目（C类）
二维MXene材料的放射性重金属核素吸附及辐照损伤特性的理论研究
寻 郭 · Institute of Applied Physics and Computational Mathematics · funded by National Natural Science Foundation of China
2017–2021 · grant · 面上项目
低熔点金属微层裂的多尺度建模与计算研究
美珍 向 · Institute of Applied Physics and Computational Mathematics · funded by National Natural Science Foundation of China
2017–2021 · grant · 面上项目
抛物方程最优控制问题高效有限元算法及其在分子扩散过程的应用
会坡 刘 · Institute of Applied Physics and Computational Mathematics · funded by National Natural Science Foundation of China
2016–2020 · grant · 面上项目
辐射输运问题的高效数值方法研究
彦忠 姚 · Institute of Applied Physics and Computational Mathematics · funded by National Natural Science Foundation of China
2016–2020 · grant · 面上项目
辐射输运方程的渐近保持格式研究
文俊 孙 · Institute of Applied Physics and Computational Mathematics · funded by National Natural Science Foundation of China
2016–2020 · grant · 面上项目
极端条件下多介质流体力学计算的时空高精度紧致格式
艺冰 陈 · Institute of Applied Physics and Computational Mathematics · funded by National Natural Science Foundation of China
2016–2020 · grant · 面上项目
基于图原语线性代数表达的并行非规则归约计算
军 陈 · Institute of Applied Physics and Computational Mathematics · funded by National Natural Science Foundation of China
2016–2020 · grant · 面上项目
某些流体动力学方程与非线性色散方程的数学研究
长兴 苗 · Institute of Applied Physics and Computational Mathematics · funded by National Natural Science Foundation of China
2016–2020 · grant · 面上项目
带复杂本构弹塑性流体高精度保物理特性中心型拉格朗日方法研究
军波 程 · Institute of Applied Physics and Computational Mathematics · funded by National Natural Science Foundation of China
2016–2020 · grant · 面上项目
金属铍和锆高压熔化的分子动力学研究
帅创 王 · Institute of Applied Physics and Computational Mathematics · funded by National Natural Science Foundation of China
2016–2020 · grant · 面上项目
基于不确定度的复杂过程建模与模拟的模型确认方法研究及其应用
言金 王 · Institute of Applied Physics and Computational Mathematics · funded by National Natural Science Foundation of China
2016–2020 · grant · 面上项目
Anderson加速算法研究及应用
恒斌 安 · Institute of Applied Physics and Computational Mathematics · funded by National Natural Science Foundation of China
2016–2020 · grant · 面上项目
Fourier局部化方法在流体动力学方程中的应用
琼蕾 陈 · Institute of Applied Physics and Computational Mathematics · funded by National Natural Science Foundation of China
2016–2020 · grant · 面上项目
磁约束聚变堆液态包层磁流体动力学稳定性研究
军 胡 · Institute of Applied Physics and Computational Mathematics · funded by National Natural Science Foundation of China
2016–2020 · grant · 面上项目
强激光场中的非序列电离动力学研究
地发 叶 · Institute of Applied Physics and Computational Mathematics · funded by National Natural Science Foundation of China