Deposit Items for Volume 93, No. 8-9, August-September 2008


Peter S. Dahl and Kenneth A. Foland
Concentric slow cooling of a low-P–high-T terrane: Evidence from 1600–1300 Ma mica dates in the 1780–1700 Ma Black Hills Orogen, South Dakota, U.S.A.   1215

Item #AM-08-042

Table DR-1. Summary of ~1900-1450 Ma heating/cooling events, Black Hills, SD
Dahl_p1215_08_T1.doc Microsoft Word (40 K)
Table DR-2. 40Ar/39Ar analytical results for muscovite from Black Hills metasedimentary rocks
Dahl_p1215_08_T2.doc Microsoft Word (104 K)
Table DR-3. 40Ar/39Ar analytical results for biotite from Black Hills metasedimentary rocks
Dahl_p1215_08_T3.doc Microsoft Word (124 K)
Table DR-4. Average muscovite compositions and grain sizes in selected crystalline rocks from the southern Black Hills SD
Dahl_p1215_08_T4.pdf pdf (72 K)
Table DR-4. Average muscovite compositions and grain sizes in selected crystalline rocks from the southern Black Hills SD
Dahl_p1215_08_T4.xls Microsoft Excel (224 K)
Table DR-5. Average biotite compositions and grain sizes in selected crystalline rocks from the southern Black Hills SD
Dahl_p1215_08_T5.pdf pdf (16 K)
Table DR-5. Average biotite compositions and grain sizes in selected crystalline rocks from the southern Black Hills SD
Dahl_p1215_08_T5.xls Microsoft Excel (220 K)


C. Wagner, E. Deloule, M. Fialin, and P.L. King
Dehydrogenation of kaersutitic amphibole under electron beam excitation recorded by changes in Fe3+/ΣFe: An EMP and SIMS study   1273

Item #AM-08-044

Appendix 1 Table 1. EMP data for amphibole SS2.1 at 50 nA
Wagner_p1273_08_T1.doc Microsoft Word (68 K)
Appendix 2 Figure 1. FeLα peak position as a function of time.. EMP data for amphibole SS2.1 at 50 nA
Wagner_p1273_08_F1.doc Microsoft Word (36 K)


Sylvia-Monique Thomas, Monika Koch-Müller, Volker Kahlenberg, Rainer Thomas, Dieter Rhede, Richard Wirth, and Bernd Wunder
Protonation in germanium equivalents of ringwoodite, anhydrous phase B, and superhydrous phase B   1282

Item #AM-08-045

Table D1. Atomic coordinates (x104) and equivalent isotropic displacement parameters (Å2 x 103) for Ge-ringwoodite and Ge-anhB
Thomas_p1282_08_T1.doc Microsoft Word (76 K)
Table D2. Bond lengths [Å] and angles [°] for Ge-Ringwoodite
Thomas_p1282_08_T2.doc Microsoft Word (56 K)
Table D3. Anisotropic displacement parameters (Å2x 103) for γ-Mg2GeO4
Thomas_p1282_08_T3.doc Microsoft Word (36 K)
Table D4. Selected bond lengths [Å] for Ge-anhB
Thomas_p1282_08_T4.doc Microsoft Word (60 K)
Table D5. Selected angles [°] for Ge-anhB
Thomas_p1282_08_T5.doc Microsoft Word (100 K)
Table D6. Anisotropic displacement parameters (Å2x 103) for Ge-anhB
Thomas_p1282_08_T6.doc Microsoft Word (72 K)
Table D7. Rietveld results for Ge-shyB
Thomas_p1282_08_T7.doc Microsoft Word (44 K)
Table D8. Atomic coordinates for Ge-shyB
Thomas_p1282_08_T8.doc Microsoft Word (52 K)
Table D9. Selected bond lengths [Å] for Ge-shyB
Thomas_p1282_08_T9.doc Microsoft Word (48 K)
Table D10. Band positions in the IR spectrum of Ge-ringwoodite as function of temperature
Thomas_p1282_08_T10.doc Microsoft Word (32 K)
Table D11. Band positions in the IR spectrum of Ge-anhB as function of pressure
Thomas_p1282_08_T11.doc Microsoft Word (44 K)


John M. Hughes, Bradley L. Jolliff, and John Rakovan
The crystal chemistry of whitlockite and merrillite and the dehydrogenation of whitlockite to merrillite   1300

Item #AM-08-039

Table 4a: FoFc for Palermo Sample
Hughes_p1300_08_T4a.doc Microsoft Word (208 K)
Table 4b: FoFc for TipTop Sample
Hughes_p1300_08_T4b.doc Microsoft Word (348 K)
Table 4c: FoFc for Syn Stp Sample
Hughes_p1300_08_T4c.doc Microsoft Word (348 K)
Table 4d: FoFc for Syn 500 Sample
Hughes_p1300_08_T4d.doc Microsoft Word (348 K)
Table 4e: FoFc for Syn 1050 Sample
Hughes_p1300_08_T4e.doc Microsoft Word (348 K)


Atsuyuki Ohta, Hiroyuki Kagi, Hiroshi Tsuno, Masaharu Nomomura, and Iwaoao Kawabe
Influence of multi-electron excitation on EXAFS spectroscopy of trivalent rare-earth ions and elucidation of change in hydration number through the series   1384

Item #AM-08-036

Appendix 1 Table 1. Structural parameters of the hydration shell of REE3+ ions derived using EXAFS method
Ohta_p1384_08_A1.doc Microsoft Word (128 K)
Appendix 2 Table 1. Summary of the REE-O distances of hydrated complexes with the eight-coordination and a nine-coordination sphere
Appendix 2 Table 2. The estimated mean REE-O distances of REE complexes with the eight-coordination and nine-coordination sphere using Equations 1 and 2
Ohta_p1384_08_A2.doc Microsoft Word (104 K)
Appendix 2. Figure 1. Interatomic distances of REE compounds whose first coordination spheres are eight and nine.
Ohta_p1384_08_F1.pdf pdf (44 K)


Michael E. Fleet and Xi Liu
Accommodation of the carbonate ion in fluorapatite synthesized at high pressure   1460

Item #AM-08-043

Table 6. Lists of observed and calculated structure factors
Fleet_p1460_08_T6.doc Microsoft Word (120 K)

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