RCsurnC.- Diverses propriktes optiques, eiectriques et magnttiques du semiconducteur magnk-tique CuFeS2 ont et6 etudites. Les spectres optiques montrent que le bord d'absorption se situe B 0,6 eV pour CuFeS2 alors que de fortes bandes d'absorption apparaissent a 1,3 et 2,O eV pour CuAIS2 dope au Fe. La photoconductivite a et6 observk dans la meme region spectrale. Ces fortes absorptions ont pour origine des transitions de transfert de charge en relation avec les orbitales 3d du Fe, et le bord d'absorption de CuFeS2 resulte de transitions bande B bande correspondant a ces transitions de transfert de charge. Pour CuFeS2 de types 11 et p, la conductivite electrique augmente Iegkrement quand la temperature dkcroit et la concentra...
The Fe-doped CuInS2 could have important applications for photovoltaic or spintronic applications. T...
Transition metal doped chalcopyrite thin films have been proposed as a suitable absorber material fo...
We have compared the absorption and photoconductivity spectra of cuprite samples at 4.2 oK. All the ...
International audienceThe natural chalcopyrite mineral CuFeS2 is a semiconductor material with poten...
Chalcopyrite CuFeS2 is a known semiconductor mineral with a wide range of unique physical and chemic...
Chalcogenide minerals exhibit a fascinating variety of crystal-chemistry and physical properties tha...
Chalcopyrite (CuFeS<sub>2</sub>) is an antiferromagnetic semiconductor with unusual magnetic and ele...
Chalcopyrite CuFeS2 is a known semiconductor mineral with a wide range of unique physical and chemic...
International audienceChalcopyrite CuFeS2 has been recently suggested as a promising thermoelectric ...
The ground state band structure, magnetic moments, charges and population numbers of electronic shel...
The search for emerging materials combining magnetic and semiconducting properties has attracted wid...
Our study targets some of the long-standing questions concerning the somewhat mysterious properties ...
CuInSe₂, CuInS₂ and CuGaSe₂ are I-III-VI₂ compound semiconductors with a chalcopyrite structure. The...
The results of investigation of the electrophysical and photoelectric properties of complex copper c...
Transition metal doped chalcopyrite thin films have been proposed as a suitable absorber material fo...
The Fe-doped CuInS2 could have important applications for photovoltaic or spintronic applications. T...
Transition metal doped chalcopyrite thin films have been proposed as a suitable absorber material fo...
We have compared the absorption and photoconductivity spectra of cuprite samples at 4.2 oK. All the ...
International audienceThe natural chalcopyrite mineral CuFeS2 is a semiconductor material with poten...
Chalcopyrite CuFeS2 is a known semiconductor mineral with a wide range of unique physical and chemic...
Chalcogenide minerals exhibit a fascinating variety of crystal-chemistry and physical properties tha...
Chalcopyrite (CuFeS<sub>2</sub>) is an antiferromagnetic semiconductor with unusual magnetic and ele...
Chalcopyrite CuFeS2 is a known semiconductor mineral with a wide range of unique physical and chemic...
International audienceChalcopyrite CuFeS2 has been recently suggested as a promising thermoelectric ...
The ground state band structure, magnetic moments, charges and population numbers of electronic shel...
The search for emerging materials combining magnetic and semiconducting properties has attracted wid...
Our study targets some of the long-standing questions concerning the somewhat mysterious properties ...
CuInSe₂, CuInS₂ and CuGaSe₂ are I-III-VI₂ compound semiconductors with a chalcopyrite structure. The...
The results of investigation of the electrophysical and photoelectric properties of complex copper c...
Transition metal doped chalcopyrite thin films have been proposed as a suitable absorber material fo...
The Fe-doped CuInS2 could have important applications for photovoltaic or spintronic applications. T...
Transition metal doped chalcopyrite thin films have been proposed as a suitable absorber material fo...
We have compared the absorption and photoconductivity spectra of cuprite samples at 4.2 oK. All the ...