1967
DOI: 10.1016/0038-1098(67)90279-7
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Lattice dynamics and infra-red absorption of diamond

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Cited by 39 publications
(11 citation statements)
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“…The sum of these contributions is shown as the red-dashed line. The single-phonon lineshape required to give an accurate fit is a continuum up to the cut-off at 165 meV that represents the upper limit of the bulk phonon energies [27], within which range it is greatest at acoustic phonon energies between 50 and 110 meV and is split into a doublet. A small amount of coupling to bulk optical modes is visible around 150 meV.…”
Section: Photoluminescence (Pl) Spectroscopymentioning
confidence: 99%
“…The sum of these contributions is shown as the red-dashed line. The single-phonon lineshape required to give an accurate fit is a continuum up to the cut-off at 165 meV that represents the upper limit of the bulk phonon energies [27], within which range it is greatest at acoustic phonon energies between 50 and 110 meV and is split into a doublet. A small amount of coupling to bulk optical modes is visible around 150 meV.…”
Section: Photoluminescence (Pl) Spectroscopymentioning
confidence: 99%
“…Considerably improved agreement between theory and experiment has been obtained for diamond by the authors [15] using a more complete theory of the second-order dipole moment and adjusting the value of one of the shell model force constants. Here we describe in detail the model and methods used in [15] and apply these to calculate spectra of silicon and germanium. As for diamond, we determine for silicon and germanium the numerical values of the dipole moment parameters.…”
Section: Introductionmentioning
confidence: 87%
“…Such calculations have recently been performed by Dolling and Cowley [14]. Considerably improved agreement between theory and experiment has been obtained for diamond by the authors [15] using a more complete theory of the second-order dipole moment and adjusting the value of one of the shell model force constants. Here we describe in detail the model and methods used in [15] and apply these to calculate spectra of silicon and germanium.…”
Section: Introductionmentioning
confidence: 93%
“…A rácsrezgésekhez való csatolást a gyémántrács fonon állapotsűrűsége határozza meg, amelyet több alkalommal kiszámoltak, és kísérletileg is meghatároztak [1,99,100]. A színcentrumnál történő elektronátmenetnél az elektron-fonon csatolás szempontjából elsősorban azokkal a fononokkal kell számolni, melyek hullámvektora a Brillouin zóna magasabb szimmetriájú pontjaiban találhatóak, az ún.…”
Section: áBra: a Legvalószínűbb áTmenet Az Abszorpció éS Az Emisszió unclassified
“…Az egyik, hogy ezeknek a fononoknak a legrövidebb a hullámhossza, ezért a legnagyobb változásokat okozhatják az atomok közötti távolságban, ugyanakkor ezek a hullámhosszak összevethetőek a színcentrum térbeli méreteivel. A másik, hogy a fonon állapotsűrűség ezeknél a pontoknál az ellaposodó fonondiszperziós görbe miatt jelentősen megnő és maximumhelyeket mutat [100,101]. …”
Section: áBra: a Legvalószínűbb áTmenet Az Abszorpció éS Az Emisszió unclassified