It is found that the adsorption of potassium on Al(111) at 90 K and at 300 K both result in a (√3 × √3)R0° structure. Through a detailed LEED analysis it is revealed that at 300 K the adatoms occupy substitutional sites and at 90 K the adatoms occupy on-top sites; both geometries have hitherto been considered as very unusual. The relationship between bond length and coordination is discussed with respect to the present results, and with respect to other quantitative studies of alkali-metal/metal adsorption systems
Using low-energy electron diffraction structural analysis and first-principles calculations based on...
A quantitative structural study of Na and Rb adsorption on Al(111) using normal incidence standing x...
Detailed LEED analyses provide structural data of the K and Cs overlayers on Pd(111) with (2×2) and ...
It is found that the adsorption of potassium on Al(111) at 90 K and at 300 K both result in a (√3 × ...
It is found that the adsorption of potassium on Al(111) at 90 K and at 300 K both result in a (√3 × ...
It is found that the adsorption of potassium on Al(111) at 90 K and at 300 K both result in a (√3 × ...
It is found that the adsorption of potassium on Al(111) at 90 K and at 300 K both result in a (√3 × ...
The adsorption of potassium on Al(111) at 90 K and at 300 K has been investigated by low-energy elec...
The adsorption of potassium on Al(111) at 90 K and at 300 K has been investigated by low-energy elec...
The adsorption of potassium on Al(111) at 90 K and at 300 K has been investigated by low-energy elec...
The adsorption of potassium on Al(111) at 90 K and at 300 K has been investigated by low-energy elec...
We have used thermal desorption spectroscopy to carry out a comparative study of potassium adsorptio...
Alkali-metal-induced satellite peaks associated with the K 3p and Al 2p core levels have been measur...
The submonolayer adsorption of Na, K, Rb, and Cs on the Al(111) surface at 100 K and at room tempera...
Alkali metal adsorption on metals is studied by High Resolution Core Level Spectroscopy (HRCLS) and ...
Using low-energy electron diffraction structural analysis and first-principles calculations based on...
A quantitative structural study of Na and Rb adsorption on Al(111) using normal incidence standing x...
Detailed LEED analyses provide structural data of the K and Cs overlayers on Pd(111) with (2×2) and ...
It is found that the adsorption of potassium on Al(111) at 90 K and at 300 K both result in a (√3 × ...
It is found that the adsorption of potassium on Al(111) at 90 K and at 300 K both result in a (√3 × ...
It is found that the adsorption of potassium on Al(111) at 90 K and at 300 K both result in a (√3 × ...
It is found that the adsorption of potassium on Al(111) at 90 K and at 300 K both result in a (√3 × ...
The adsorption of potassium on Al(111) at 90 K and at 300 K has been investigated by low-energy elec...
The adsorption of potassium on Al(111) at 90 K and at 300 K has been investigated by low-energy elec...
The adsorption of potassium on Al(111) at 90 K and at 300 K has been investigated by low-energy elec...
The adsorption of potassium on Al(111) at 90 K and at 300 K has been investigated by low-energy elec...
We have used thermal desorption spectroscopy to carry out a comparative study of potassium adsorptio...
Alkali-metal-induced satellite peaks associated with the K 3p and Al 2p core levels have been measur...
The submonolayer adsorption of Na, K, Rb, and Cs on the Al(111) surface at 100 K and at room tempera...
Alkali metal adsorption on metals is studied by High Resolution Core Level Spectroscopy (HRCLS) and ...
Using low-energy electron diffraction structural analysis and first-principles calculations based on...
A quantitative structural study of Na and Rb adsorption on Al(111) using normal incidence standing x...
Detailed LEED analyses provide structural data of the K and Cs overlayers on Pd(111) with (2×2) and ...