By Bernhard Dischler
This guide is a leap forward within the realizing of the big variety of spectral strains in diamond. facts on greater than 2000 traces and bands are awarded in 2 hundred tables, together with many unpublished effects.
With a unique association scheme, the hunt for a selected line is significantly simplified as a profit for researchers and students.
In order to satisfy the curiosity within the figuring out of the spectra, constitution assignments for eighty % of the strains are given, of which 15 % purely have been released earlier than. nearly all of the buildings for the three hundred facilities is defined ordinarily for the 1st time.
A key tool within the interpretation is the research via donor-acceptor pair transitions. In a unique bankruptcy ninety five such facilities are indexed and mentioned, of which in basic terms were released ahead of, the 1st one via the current writer in 1994.
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Extra info for Handbook of Spectral Lines in Diamond: Volume 1: Tables and Interpretations
Example text
8, medium strong line 1a ! 172 Dominant line; 1b ! 1 nat. V1 H1 /ı 1a ! 4 B1 ı Figs. 3–6. [Zai01]; Fig. 7. 47 eV) Wavel. /defect Comment Line-label Energy Frequ. V1 H1 /ı b s D 30; calc. 5 meV s D 29; calc. 2 s D 27; calc. 1 meV s D 26; calc. 1 meV Nat. 8 meV); shell D 38; calc. 5 meV s D 36; calc. 4 meV s D 34; calc. 6 meV Nat. 1 Bound to free? Nat. (a)-s2 NH combin. CH combin. (j) C phonon(161 meV) 3 nat. (p) C phonon (165 meV) Nat. 1 Nat. 1 B-acceptor(a) C2 phonon (161 meV) B-acceptor(j) C2 phonon (162 meV) 4 Nat.
10 NBD: : : NBD: : : s D 9; calc. 645 eV), s D 32, calc. 372 eV), s D 16, calc. 118 Figs. 3–6 [Zai01]; Fig. 7. 10 eV) Wavel. / Comment Line-label Energy Frequ. 103 cm 1 / (nm) 42 Spectral Lines in Natural Diamond 16:98 17:00 17:06 17:07 17:18 17:20 17:21 17:24 17:24 17:25 17:26 17:28 17:30 17:35 17:38 2:105 2:108 2:112 2:116 2:131 2:132 2:134 2:137 2:137 2:138 2:140 2:143 2:145 2:151 2:154 NL1792g NL2070b NL1743t NL2006c NL2131 NL2041b NL2134 NL2137 NL2100b NL1743u NL2095b NL2143 NL2145 NL2151 NL2154 576:4 575:5 579:9 579:3 578:6 578:0 589:0 588:1 586:3 585:9 581:9 581:5 581:0 580:1 580:1 ::: NV DAP20g DAP1b DAP9t DAP55c ::: DAP75b ::: ::: S1bDAP43b DAP9u DAP19b ::: ::: s D 7; calc.
392 eV V1 N 3 ı s D 4, calc. 532 eV ::: V1 N 3 ı s D 3, calc. 610 eV; named N4-line V 1 N3 ı s D 2, calc. (a3). (c) V1 N4 ı V1 N4 ı N? V1 N4 ı N? V1 N 4 ı N? V1 N4 ı N? V1 N4 ı ? N? V1 N4 ı V1 N2 ı N1 ı ::: s D 2, calc. 1; 2 QLVM at C61 meV (3C) var. 088, N6C160 meV? 438 eV); s D 130, calc. 310 eV ::: s D 72, calc. 350 eV ::: Weak line s D 42, calc. 400 eV s D 34, calc. 164 Figs. 3–6 [Zai01]; Fig. 43 eV) Wavel. / Line-label Energy Frequ. 90 eV) Wavel. / Line-label Energy Frequ. 103 cm 1 / (nm) s D 30, calc.