Add to ORKGThe effect of molecular nitrogen exposure on the surfaces of InP(100) modified by potassium overlayers is investigated by core-level and valence-band photoemission spectroscopy using Synchrotron radiation. In comparison with InP(110) surface, we found the promotion is much stronger for InP(100) surface due to the central role of surface defects in the promotion; furthermore, in contrast with K-promoted oxidation of InP(100) where the bonding is observed between indium and oxygen, indium atoms did not react directly with nitrogen atoms during the K-promoted nitridation of InP(100)
The bismuth-stabilized (2 x 4)-reconstructed InP(100) surface [Bi/InP(100)(2 x 4)] has been studied ...
Often metal nitrides posses unique properties for applications, such as great hardness, high melting...
Core-level photoemission spectroscopy and theoretical predictions of structure and spectra are used ...
The effect of a potassium overlayer on nitridation and oxidation of the InP(100) surface is investig...
The nitridation of InP(1 0 0) surfaces has been studied using synchrotron radiation photoemission. T...
Ion beam nitridation of indium phosphide (100) substrates was studied using x-ray photoelectron spec...
International audienceThis article investigates the nitridation effect of InP(100) semiconductor sur...
We investigate by means of core-level and valence-band photoemission spectroscopies with synchrotron...
10.1088/0022-3727/29/12/010Journal of Physics D: Applied Physics29122997-3002JPAP
This work deals with the nitridation of the indium phosphide. Indium phosphide is a III-V semiconduc...
The evolution of clean, In-terminated InP(100)-(2x4) surfaces is investigated by synchrotron-radiati...
InP(100) surface treated with (NH4)(2)S-x has been investigated by using photoluminescence(PL), Auge...
The evolution of thin InN overlayer grown on InP(100) substrate versus the duration of nitridation p...
[[abstract]]The cleaning and etching of the InP(100) surface by chlorine gas is investigated using s...
Although InP is widely used in optoelectronic applications, little is known about the surface chemi...
The bismuth-stabilized (2 x 4)-reconstructed InP(100) surface [Bi/InP(100)(2 x 4)] has been studied ...
Often metal nitrides posses unique properties for applications, such as great hardness, high melting...
Core-level photoemission spectroscopy and theoretical predictions of structure and spectra are used ...
The effect of a potassium overlayer on nitridation and oxidation of the InP(100) surface is investig...
The nitridation of InP(1 0 0) surfaces has been studied using synchrotron radiation photoemission. T...
Ion beam nitridation of indium phosphide (100) substrates was studied using x-ray photoelectron spec...
International audienceThis article investigates the nitridation effect of InP(100) semiconductor sur...
We investigate by means of core-level and valence-band photoemission spectroscopies with synchrotron...
10.1088/0022-3727/29/12/010Journal of Physics D: Applied Physics29122997-3002JPAP
This work deals with the nitridation of the indium phosphide. Indium phosphide is a III-V semiconduc...
The evolution of clean, In-terminated InP(100)-(2x4) surfaces is investigated by synchrotron-radiati...
InP(100) surface treated with (NH4)(2)S-x has been investigated by using photoluminescence(PL), Auge...
The evolution of thin InN overlayer grown on InP(100) substrate versus the duration of nitridation p...
[[abstract]]The cleaning and etching of the InP(100) surface by chlorine gas is investigated using s...
Although InP is widely used in optoelectronic applications, little is known about the surface chemi...
The bismuth-stabilized (2 x 4)-reconstructed InP(100) surface [Bi/InP(100)(2 x 4)] has been studied ...
Often metal nitrides posses unique properties for applications, such as great hardness, high melting...
Core-level photoemission spectroscopy and theoretical predictions of structure and spectra are used ...