Raman and Infrared studies were carried out on pristine and 100 MeV Ag8+ ion irradiated calcite single crystals in the fluence range 1 à 1011 to 1 à 1013 ions/cm2. Raman and Infrared modes were assigned according to factor theory analysis. It is observed that the intensities of the Raman and infrared bands decrease with increase of ion fluence. The decrease of these bands is attributed to breakage of carbonate ions and other details are discussed. © 2008 Elsevier B.V. All rights reserved
Irradiations with swift heavy ions have been performed using different crystalline target materials ...
Powder and single crystal Raman spectra of the two most common phases of calcium carbonate are calcu...
Infrared spectral peak broadening due to atomic disorder and narrowing due to particle-size-related ...
Ion irradiation induced phase transformation in calcite single crystals have been studied by means o...
The modifications of calcium sulphate (CaSO 4 ·2H 2 O) single crystals are investigated by means of ...
The modifications of calcium sulphate (CaSO4·2H2O) single crystals are investigated by means of Rama...
The modifications of calcium sulphate (CaSO4·2H2O) single crystals are investigated by means of Rama...
A new on-line Raman System, which was installed at the M3-beamline at the UNILAC, GSI Helmholtzzentr...
Carbonates comprise approx. 20% by volume of present day Earth's sedimentary rocks and store most of...
This study examines the effects of particle sizes between 3-121µm on the fundamental vibrations of t...
Abstract Anthropogenic calcite is a form of calcium carbonate produced through pyrotechnological act...
International audienceThe damage induced in cerium dioxide by swift heavy ion irradiation was studie...
The paper reports the results of a study of the Raman spectrum of calcite recorded with prolonged ex...
Calcite is the most thermodynamically stable polymorphic phase of the CaCO3 crystal. It is widely us...
Durango apatite was irradiated with energetic U ions of 2.64 GeV and Kr ions of 2.1 GeV, with and wi...
Irradiations with swift heavy ions have been performed using different crystalline target materials ...
Powder and single crystal Raman spectra of the two most common phases of calcium carbonate are calcu...
Infrared spectral peak broadening due to atomic disorder and narrowing due to particle-size-related ...
Ion irradiation induced phase transformation in calcite single crystals have been studied by means o...
The modifications of calcium sulphate (CaSO 4 ·2H 2 O) single crystals are investigated by means of ...
The modifications of calcium sulphate (CaSO4·2H2O) single crystals are investigated by means of Rama...
The modifications of calcium sulphate (CaSO4·2H2O) single crystals are investigated by means of Rama...
A new on-line Raman System, which was installed at the M3-beamline at the UNILAC, GSI Helmholtzzentr...
Carbonates comprise approx. 20% by volume of present day Earth's sedimentary rocks and store most of...
This study examines the effects of particle sizes between 3-121µm on the fundamental vibrations of t...
Abstract Anthropogenic calcite is a form of calcium carbonate produced through pyrotechnological act...
International audienceThe damage induced in cerium dioxide by swift heavy ion irradiation was studie...
The paper reports the results of a study of the Raman spectrum of calcite recorded with prolonged ex...
Calcite is the most thermodynamically stable polymorphic phase of the CaCO3 crystal. It is widely us...
Durango apatite was irradiated with energetic U ions of 2.64 GeV and Kr ions of 2.1 GeV, with and wi...
Irradiations with swift heavy ions have been performed using different crystalline target materials ...
Powder and single crystal Raman spectra of the two most common phases of calcium carbonate are calcu...
Infrared spectral peak broadening due to atomic disorder and narrowing due to particle-size-related ...