Landslides often occur within the reservoir area behind dams. In China, a common strategy
for stabilizing these landslides is to install large piles through the landslide and into the …

Capacity fading and voltage decay is one of the biggest obstacles for the practical application
of Li‐rich layered oxides due to the serious surface‐related detrimental reactions. Herein, …

Landslides are often induced or activated by reservoir impoundment within the reservoir area.
In this paper, a physical model test was conducted and compared with another published …

Reservoir landslide evolution is a complex multi-fields dynamic process which involves the
interaction of the seepage field, stress field, displacement field and temperature field. After …

The physical model test of landslides is important for studying landslide structural damage,
and parameter measurement is key in this process. To meet the measurement requirements …

In this paper, we give an explicit realization of all irreducible modules in Chari's category\widetilde
{\mathcal O} for the affine Kac-Moody algebra A_ {1}^{(1)} by using the idea of free …

In this paper, we give an explicit realization of all irreducible modules in Chari’s category $\widetilde
{\mathcal O} $ for the affine Kac-Moody algebra $ A_ {1}^{(1)} $ by using the idea of …

Ni-rich layered oxides are promising cathodes to satisfy the long driving range of electric
vehicles. However, Li/Ni mixing becomes a critical issue, which affects nearly all of the aspects …

Water level fluctuations and rainfall, as external factors, are typically the two dominant causal
factors of landslide deformation in the Three Gorges Reservoir Area. A quantitative model …

This paper is about the highest weight module theory for affine superalgebra\(\widetilde {\mathfrak
g}\) of\({\mathfrak g}={\mathfrak {osp} _ {1| 2}(\mathbb C)}\) and loop superalgebra\({\…