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1 Eh- No
2
3 FACT/FACTSAGE SUPCRT/FLASK-AQ LLNL/GWB JNC-TDB/GWB HATCHES/FLASK-AQ OECD/NEA OECD-NEAupdate
4 List of Ac species List of Ag species List of Al species List of Am species List of As species List of Au species List of B species List of Ba species List of Be species List of Bi species List of Br species List of C species () List of C species (2) List of Ca species List of Cd species List of Ce species List of Cl species List of Cm species List of Co species List of Cr species List of Cs species List of Cu species List of Dy species List of Er species List of Eu species List of F species List of Fe species List of Fr species List of Ga species List of Gd species List of Ge species List of Hf species List of Hg species List of Ho species List of I species List of In species List of K species List of La species List of Li species List of Lu species List of Mg species List of Mn species List of Mo species List of N species
5 46 List of Na species List of Nb species List of Nd species List of Ni species List of Np species List of Os species List of P species List of Pa species List of Pb species List of Pd species List of Pm species List of Po species List of Pr species List of Pt species List of Pu species List of Ra species List of Rb species List of Re species List of Rh species List of Ru species List of S species List of Sb species List of Sc species List of Se species List of Si species List of Sm species List of Sn species List of Sr species List of Tb species List of Tc species List of Te species List of Th species List of Tl species List of Tm species List of U species List of V species List of W species List of Y species List of Yb species List of Zn species List of Zr species
6 Eh Eh- diagrams of the system Ac-O-H () Eh- diagrams of the system Ac-O-H (2) Eh- diagrams of the system Ag-O-H () Eh- diagrams of the system Ag-O-H (2) Eh- diagrams of the system Al-O-H () Eh- diagrams of the system Al-O-H (2) Eh- diagrams of the system Am-O-H () Eh- diagrams of the system Am-O-H (2) Eh- diagrams of the system As-O-H () Eh- diagrams of the system As-O-H (2) Eh- diagrams of the system Au-O-H Eh- diagrams of the system B-O-H () Eh- diagrams of the system B-O-H (2) Eh- diagrams of the system Ba-O-H () Eh- diagrams of the system Ba-O-H (2) Eh- diagrams of the system Be-O-H () Eh- diagrams of the system Be-O-H (2) Eh- diagrams of the system Bi-O-H Eh- diagrams of the system Br-O-H Eh- diagrams of the system C-O-H () Eh- diagrams of the system C-O-H (2) Eh- diagrams of the system Ca-O-H () Eh- diagrams of the system Ca-O-H (2) Eh- diagrams of the system Cd-O-H () Eh- diagrams of the system Cd-O-H (2) Eh- diagrams of the system Ce-O-H () Eh- diagrams of the system Ce-O-H (2) Eh- diagrams of the system Cl-O-H Eh- diagrams of the system Cm-O-H () Eh- diagrams of the system Cm-O-H (2) Eh- diagrams of the system Co-O-H () Eh- diagrams of the system Co-O-H (2) Eh- diagrams of the system Cr-O-H () Eh- diagrams of the system Cr-O-H (2) Eh- diagrams of the system Cs-O-H () Eh- diagrams of the system Cs-O-H (2) Eh- diagrams of the system Cu-O-H () Eh- diagrams of the system Cu-O-H (2) Eh- diagrams of the system Dy-O-H Eh- diagrams of the system Er-O-H Eh- diagrams of the system Eu-O-H () Eh- diagrams of the system Eu-O-H (2) Eh- diagrams of the system F-O-H ()
7 46 Eh- diagrams of the system F-O-H (2) Eh- diagrams of the system Fe-O-H () Eh- diagrams of the system Fe-O-H (2) Eh- diagrams of the system Fr-O-H Eh- diagrams of the system Ga-O-H Eh- diagrams of the system Gd-O-H Eh- diagrams of the system Ge-O-H Eh- diagrams of the system Hf-O-H Eh- diagrams of the system Hg-O-H () Eh- diagrams of the system Hg-O-H (2) Eh- diagrams of the system Ho-O-H Eh- diagrams of the system I-O-H () Eh- diagrams of the system I-O-H (2) Eh- diagrams of the system In-O-H Eh- diagrams of the system K-O-H () Eh- diagrams of the system K-O-H (2) Eh- diagrams of the system La-O-H () Eh- diagrams of the system La-O-H (2) Eh- diagrams of the system Li-O-H () Eh- diagrams of the system Li-O-H (2) Eh- diagrams of the system Lu-O-H Eh- diagrams of the system Mg-O-H () Eh- diagrams of the system Mg-O-H (2) Eh- diagrams of the system Mn-O-H () Eh- diagrams of the system Mn-O-H (2) Eh- diagrams of the system Mo-O-H () Eh- diagrams of the system Mo-O-H (2) Eh- diagrams of the system N-O-H () Eh- diagrams of the system N-O-H (2) Eh- diagrams of the system Na-O-H () Eh- diagrams of the system Na-O-H (2) Eh- diagrams of the system Nb-O-H () Eh- diagrams of the system Nb-O-H (2) Eh- diagrams of the system Nd-O-H () Eh- diagrams of the system Nd-O-H (2) Eh- diagrams of the system Ni-O-H () Eh- diagrams of the system Ni-O-H (2) Eh- diagrams of the system Np-O-H () Eh- diagrams of the system Np-O-H (2) Eh- diagrams of the system Os-O-H Eh- diagrams of the system P-O-H () Eh- diagrams of the system P-O-H (2) Eh- diagrams of the system Pa-O-H () Eh- diagrams of the system Pa-O-H (2) Eh- diagrams of the system Pb-O-H () Eh- diagrams of the system Pb-O-H (2)
8 92 Eh- diagrams of the system Pd-O-H Eh- diagrams of the system Pm-O-H Eh- diagrams of the system Po-O-H Eh- diagrams of the system Pr-O-H Eh- diagrams of the system Pt-O-H Eh- diagrams of the system Pu-O-H () Eh- diagrams of the system Pu-O-H (2) Eh- diagrams of the system Ra-O-H () Eh- diagrams of the system Ra-O-H (2) Eh- diagrams of the system Rb-O-H Eh- diagrams of the system Re-O-H Eh- diagrams of the system Rh-O-H Eh- diagrams of the system Ru-O-H () Eh- diagrams of the system Ru-O-H (2) Eh- diagrams of the system S-O-H () Eh- diagrams of the system S-O-H (2) Eh- diagrams of the system Sb-O-H () Eh- diagrams of the system Sb-O-H (2) Eh- diagrams of the system Sc-O-H Eh- diagrams of the system Se-O-H () Eh- diagrams of the system Se-O-H (2) Eh- diagrams of the system Si-O-H () Eh- diagrams of the system Si-O-H (2) Eh- diagrams of the system Sm-O-H () Eh- diagrams of the system Sm-O-H (2) Eh- diagrams of the system Sn-O-H () Eh- diagrams of the system Sn-O-H (2) Eh- diagrams of the system Sr-O-H () Eh- diagrams of the system Sr-O-H (2) Eh- diagrams of the system Tb-O-H Eh- diagrams of the system Tc-O-H () Eh- diagrams of the system Tc-O-H (2) Eh- diagrams of the system Te-O-H Eh- diagrams of the system Th-O-H () Eh- diagrams of the system Th-O-H (2) Eh- diagrams of the system Tl-O-H Eh- diagrams of the system Tm-O-H Eh- diagrams of the system U-O-H () Eh- diagrams of the system U-O-H (2) Eh- diagrams of the system V-O-H () Eh- diagrams of the system V-O-H (2) Eh- diagrams of the system W-O-H Eh- diagrams of the system Y-O-H Eh- diagrams of the system Yb-O-H Eh- diagrams of the system Zn-O-H () Eh- diagrams of the system Zn-O-H (2)
9 8 Eh- diagrams of the system Zr-O-H () Eh- diagrams of the system Zr-O-H (2)
10 Eh- Eh- Eh Eh Eh- Eh- Pourbaix (966) Brookins (988) Eh- Eh- (stateof-the-arts) as is Eh GTT-Technologies FactSage.2 (FACTSAGE Bale et al., 2002) FACT (FACT ) 2. Johnson et al. (992) SUPCRT92 Everette Shock 98 (SUPCRT ). C.M.Bethke Geochemist s Workbench Release 4.0 (GWB ) therm.dat Laurence Rivermore National Lab. Data 4r46 (LLNL ) 4. JNC-TDB 02g0 02g2 (JNC-TDB ). NEA Computer Program Services ZZ-HATCHES- (HATCHES ) 6. OECD/NEA Chemical Thermodynamics -4 (Grenthe et al., 992; Silva et al., 99; Rard et al., 999; Lemire et al., 200, OECD-NEA ) Pourbaix (966) 8
11 List StarSuite.ps ps2epsi LLNL JNC-TDB GWB(Act2) GWB(Act2) FACT FactSage(E).ps.bmp Acrobat Distiller Illustrator LaTeX dvips.pdf.eps.dvi.ps printout template template SUPCRT HATCHES OECD-NEA OECD-NEAupdate FLASK-AQ Ehdraw xwd convert intermediate X window.xwd file graphics.bmp : 7. OECD/NEA Chemical Thermodynamics (Guillaumont et al., 200, OECD-NEAupdate ) Chemical Thermodynamics -4 Eh- X-H-O X OECD-NEA 0 0 mole/kg Eh- 298.K 0 Pa FACTSAGE FACT GWB LLNL GWB JNC-TDB SUPCRT HATCHES OECD- NEA OECD-NEAupdate FLASK-AQ FLASK-AQ Ehdraw Eh- ( Garrels and Christ (96) ) FACTSAGE GWB Eh- FLASK-AQ Eh Eh- Eh- Anderko et al. (997) Eh ±02 ±2 / / ( ) 9
12 . FACT/FACTSAGE FACTSAGE E Eh- bmp Adobe Illustrator ( Illustrator).2 SUPCRT/FLASK-AQ FLASK-AQ FLASK-AQ Ehdraw Eh- Eh- xwd ImageMagic convert bmp Illustrator C H O. LLNL/GWB GWB Act2 Eh- Adobe Acrobat Distiller ( Acrobat Distiller) pdf ( ) Illustrator GWB eps Eh- Illustrator.4 JNC-TDB/GWB GWB Act2 Eh- Acrobat Distiller pdf Illustrator GWB eps Eh- Illustrator 02g0 S U 02g2 S U 02g0 02g2. HATCHES/FLASK-AQ HATCHES EQ/6 aux basis aux tdbconvert FLASK-AQ FLASK-AQ Eh- Ehdraw Eh- Eh- xwd ImageMagic convert bmp Illustrator basis SUPCRT/FLASK-AQ X-H-O.6 OECD/NEA OECD-NEA Chemical Thermodynamics 4 PC FLASK-AQ FLASK-AQ 0
13 Symbol Database.2 Ac (JNC-TDB/GWB) Software.0 Stability field of water (298.K, 0 Pa) Ac[+] AcOH[2+] Ac(OH) 2 [+] Ac(OH) (c) Solid phase in bold 7 9 2: Eh- Eh- Ehdraw Eh- Eh- xwd ImageMagic convert bmp Illustrator.7 OECD-NEAupdate OECD-NEA Chemical Thermodynamics OECD/NEA 4 / / ( 2) NODATA as is [] as is am c cr s FACT s s2 s K 0 Pa
14 : Software Version OS Description Acrobat Distiller 4.0 Windows 2000 Professional conversion from PS to pdf convert..8 Linux (SuSE 7.) conversion from xwd to bmp Ehdraw.0 Linux (SuSE 7.) X window software for Eh- drawing FactSage.2 Windows 2000 Server Eh- calculation and drawing FLASK-AQ. Linux (SuSE 7.) Eh- calculation GWB 4.0 Windows 2000 Server Eh- calculation and drawing Illustrator 8.0 Windows 2000 Professional final drawing of Eh- diagrams Intel C++ compiler 7.0 Linux (SuSE 7.) compiling FLASK-AQ and Ehdraw pdvips.92b p.6 Linux (Fedra CORE 2) conversion from dvi to PS and printing platex tetex 2. Linux (Fedra CORE 2) document processing of this report ps2epsi.2. Linux (Fedra CORE 2) conversion from PS to epsi StarSuite 6.0 Linux (RedHat 9.0) writing tables of species tdbconvert.0 Linux (RedHat 9.0) database file convert xwd XR6. Linux (SuSE 7.) X window dump software ) 2) ) OECD-NEA Chemical Thermodynamics FLASK-AQ FLASQ-AQ Eh- Eh ±02 ±2 6 GTT-Technologies FactSage.2 C.M.Bethke Geochemist s Workbench 4.0 FLASK-AQ. FactSage.2 Geochemist s Workbench 4.0 Dell PowerEdge 2600 (Xeon 2.4GHz x2 SMP, 4GB ) Microsoft Windows 2000 Server Flask- AQ. HIT PC (Pentium4 2.8GHz, GB ) SuSE Linux 7. (kernel ) Intel C Platform LSF 4.2 FLASK-AQ. Eh- Ehdraw ZZ- HATCHES- FLASK-AQ. sgi tdbconvert Ehdraw Eh- X Window dump xwd xwd bmp ImageMagic convert 2
15 IA2PC ( Pentium 2 CPU PC) Red Hat Linux ver.9 Fedra Core 2 pdf Adobe Acrobat Distiller 4.0 Adobe Illustrator 8.0 IA2PC Microsoft Windows 2000 Professional Sun StarSuite 6.0 ps2epsi eps ASCII platex pdvips IA2PC Fedra Core 2 ( ) Anderko, A. and Shuler, P.J. (998) A computational approach to predicting the formation of iron sulfide species using stability diagrams, Computers & Geosciences, 2, Bale, C.W., Chartrand, P., Degtrev, S.A., Eriksson, G., Hack, K., Ben Mahfoud, R., Melancon, J., Pelton, A.D., and Petersen, S. (2002) FactSage thermochemical software and databases, Calphad, 26, Brookins, D.G. (988) Eh- diagrams for geochemistry, Springer-Verlag New York, 76p. Garrels, R.M. and Christ, C.L. (96) Solution, minerals and equilibria, Freeman, Cooper & company, San Francisco, 40p. Johnson, J.W., Oelkers, E.H., and Helgeson, H.C. (992) SUPCRT92: a software package for calculating the standard molal thermodynamic properties of minerals gases, aqueous species, and reactions from to 000 bar and 0 to 000 C,Computers & Geosciences, 8, Grenthe, I., Fuger, J., Konings, R.J.M., Lemire, R.J., Muller, A.B., Nguyen-Trung, C., and Wanner, H. (992) Chemical Thermodynamics of Uranium (Wanner, H., Forest, I., Nuclear Energy Agency, Organisation for Economic Co-operation, Development eds.), vol., Chemical Thermodynamics, North Holland Elsevier Science Publishers B.V., Amsterdam, 7p. Guillaumont, R., Fanghanel, T., Neck, V., Fuger, J., Palmer, D.A., Grenthe, I., and Rand, M.H. (200) Updete on the chemical thermodynamics of uranium, neptunium, plutonium, americium and technetium (Mompean, F.J., Illemassene, M., Domenech-Orti, C., and Ben-Said K., Nuclear Energy Agency Data Bank, Organisation for Economic Co-operation, Development eds.), vol. Chemical Thermodynamics, North Holland Elsevier Science Publishers B.V., Amsterdam, 964p. Lemire, R.J., Fuger, J., Nitsche, H., Potter, P.E., Rand, M.H., Rydberg, J., Spahiu, K., Sullivan, J.C., Ullman, W.J., Vitorge,P., and Wanner, H.(200) Chemical Thermodynamics of Neptunium and Plutonium (Nuclear Energy Agency Data Bank, Organisation for Economic Co-operation, Development ed.), vol. 4, Chemical Thermodynamics, North Holland Elsevier Science Publishers B.V., Amsterdam. 84p. Pourbaix, M. (966) Atlas of electrochemical equilibria in aqueous solutions (English edition), Pergamon press, Oxford, 644p.
16 Rard, J.A., Rand, M.H., Anderegg, G., and Wanner, H. (999) Chemical Thermodynamics of Technetium (Sandino, M.C.A., Osthols, E., Nuclear Energy Agency Data Bank, Organisation for Economic Co-operation, Development eds.), vol., Chemical Thermodynamics, North Holland Elsevier Science Publishers B.V., Amsterdam, 44p. Silva, R.J., Bidoglio, G., Rand, M.H., Robouch, P.B., Wanner, H., and Puigdomenech, I. (99) Chemical Thermodynamics of Americium (Nuclear Energy Agency, Organisation for Economic Co-operation, Development ed.), vol. 2, Chemical Thermodynamics, North Holland Elsevier Science Publishers B.V., Amsterdam, 74p. 4
17 2: List of Ac species FACT SUPCRT LLNL JNC-TDB Ac[+], AcOH[2+], Ac(OH)2[+], Ac(OH)(aq), Ac(OH) (am), Ac(OH) (c) HATCHES Ac[+], AcOH[2+], Ac(OH)
![Ac(OH)2[+], Ac(OH)(aq), Ac(OH)](/docs-images/41/20121098/images/page_17.jpg "(am), Ac(OH) (c) HATCHES Ac[+],")
18 .2 Ac (FACT/FACTSAGE).2 Ac (SUPCRT/FLASK-AQ).0.0 NO DATA NO DATA Ac ( LLNL/GWB) Ac (JNC-TDB/GWB) NO DATA Ac[+] AcOH[2+] Ac(OH) 2 [+] Ac(OH) (c) : Eh- diagrams of the system Ac-O-H (). Ac = 0 0, 298.K, 0 Pa. 6
19 .2 Ac (HATCHES/FLASK-AQ).0 AcOH[2+] Ac[+] Ac(OH) 7 9 4: Eh- diagrams of the system Ac-O-H (2). Ac = 0 0, 298.K, 0 Pa. 7
20 8
21 : List of Ag species FACT SUPCRT LLNL JNC-TDB Ag[+], AgOH(aq), Ag(OH)2[-],Ag 2O(s), Ag 2O 2(s), Ag 2O (s), Ag(Native silver) Ag[2+], Ag[+], AgOH(aq), AgO[-], Ag(Native silver) Ag[+], Silver Ag[+] HATCHES Ag[+], Ag(OH) 2[-], AgOH(aq), Ag, Ag 2O, Ag 2O 2, Ag 2O 9
22 .2 Ag (FACT/FACTSAGE) Ag 2 O (s).2 Ag (SUPCRT/FLASK-AQ).0 Ag 2 O 2 (s).0 Ag[+] AgOH(aq) Ag(OH) 2 [-] Ag[+] AgOH(aq) AgO[-] Ag(s) Ag(s) Ag (LLNL/GWB).2 Ag (JNC-TDB/GWB).0.0 Ag[+] Ag[+] Ag(s) : Eh- diagrams of the system Ag-O-H (). Ag = 0 0, 298.K, 0 Pa. 20
23 .2.0 Ag (HATCHES/FLASK-AQ) Ag 2 O 2 (s) Ag 2 O (s) Ag[+] Ag(OH) 2 [-] Ag(s) 7 9 6: Eh- diagrams of the system Ag-O-H (2). Ag = 0 0, 298.K, 0 Pa. 2
24 22
25 4: List of Al species FACT SUPCRT LLNL JNC-TDB Al[+], AlO 2[-], AlOH[2+], Al(s), AlH (s), Al 2O (s), Al 2O (s2), Al 2O (s), Al 2O (s4), Al(OH) (s), Al 2O (H 2O)(s), Al 2O (H 2O)(s2), Al2O(H2O)(s) AlO[+], HAlO 2(aq), Al[+], AlO2[-], AlOH[2+], Al 2O (Corundum), AlO(OH)(Diaspore), AlO(OH)(Boehmite), Al(OH) (Gibbsite), AlO[+], HAlO 2(aq) Al[+], Al(OH) 2[+], Al(OH)(aq), Al(OH)4[-] AlO 4(OH) 24[7+], Al2(OH)2[4+], Al(OH)4[+], AlOH[2+], Boehmite, Corundum, Diaspore, Gibbsite Al[+], AlOH[2+], Al(OH) 2[+], Al(OH)(aq), Al(OH)4[-], Gibbsite HATCHES Al[+], Al(OH)[2+], Al(OH)2[+], Al(OH)(aq), Al(OH)4[-], Boehmite, Corundum, Diaspore, Gibbsite 2
26 .2 Al (FACT/FACTSAGE).2 Al (SUPCRT/FLASK-AQ).0.0 Al[+] Al 2 O (H 2 O)(s) AlOH[2+] AlO 2 [-] Al[+] AlOH[2+] HAlO 2 (aq) AlO 2 [-] Al (LLNL/GWB).2 Al (JNC-TDB/GWB).0.0 AlOH[2+] Al[+] Al(OH) 2 [+] Al(OH) 4 [-] Al[+] AlOH[2+] Al(OH) 4 [-] Al(OH) 2 [+] AlOH : Eh- diagrams of the system Al-O-H (). Al = 0 0, 298.K, 0 Pa. 24
27 .2 Al (HATCHES/FLASK-AQ).0 Al[+] Al(OH)[2+] Al(OH) 2 [+] Al(OH) 4 [-] 7 9 8: Eh- diagrams of the system Al-O-H (2). Al = 0 0, 298.K, 0 Pa. 2
28 26
29 : List of Am species FACT SUPCRT LLNL JNC-TDB Am(s), Am(s2), Am (s), AmO 2(s), Am 2O (s) Am[+], Am[4+], AmO 2[+], AmO 2[2+], Am(OH)2[+], Am(OH)(aq), AmOH[2 +], Am(OH) (am), Am(OH) (c) Am[+], AmOH[2+], Am(OH) 2[+], Am(OH) (aq), Am(OH) (am), Am(OH) (c) HATCHES OECD-NEA OECD-NEA update Am[+], Am[4+], AmO 2[+], AmO2[2+], Am (OH)2[+], Am(OH)(a q), AmOH[2+], Am, A m(oh), Am 2O, AmH 2, AmO 2, Am(OH) (cr) Am[4+], Am[2+], Am [+], AmO 2[+], AmO2 [2+], AmOH[2+], Am (OH)2[+], Am(OH) (a q), Am(c), AmO 2(c), Am 2O (c), AmH 2(c), A m(oh) (am), Am(OH) (c) Am[4+], Am[2+], Am [+], AmO 2[+], AmO2 [2+], AmOH[2+], Am (OH)2[+], Am(OH) (a q), Am(cr), AmO 2(c r), Am 2O (cr), AmH 2 (cr), Am(OH) (cr) 27
30 .2 Am (FACT/FACTSAGE).2 Am (SUPCRT/FLASK-AQ).0.0 NO AQUEOUS SPECIES DATA NO DATA Am (LLNL/GWB).2 Am (JNC-TDB/GWB).0 AmO 2 [+].0 Am[+] AmOH[2+] Am(OH) (aq) Am[+] AmOH[2+] Am(OH) 2 [+] Am(OH) (c) : Eh- diagrams of the system Am-O-H (). Am = 0 0, 298.K, 0 Pa. 28
31 .2 Am (HATCHES/FLASK-AQ).2 Am (OECD-NEA/FLASK-AQ).0 AmO 2 [+].0 AmO 2 [+] AmO 2 (s) AmO 2 (c) Am[+] AmOH[2+] Am(OH) 2 [+] Am(OH) (c) Am[+] AmOH[2+] Am(OH) 2 [+] Am(OH) (c) Am (OECD-NEA update/flask-aq).0 AmO 2 [+] AmO 2 (cr) Am[+] AmOH[2+] Am(OH) 2 [+] Am(OH) (cr) 7 9 0: Eh- diagrams of the system Am-O-H (2). Am = 0 0, 298.K, 0 Pa. 29
32 0
33 6: List of As species FACT SUPCRT LLNL JNC-TDB AsO2[-], AsO4[-], HAsO2(aq), H 2AsO [- ], H2AsO4[2-], H2AsO 4[-], HAsO4(aq), AsO[+], As(s), As 2O (s), As 2O (s2), As 2O (s), AsO 2[-], AsO4[-], HAsO2(aq), H 2AsO [- ], HAsO4[2-], H2AsO 4[-], H AsO 4(aq) As(OH) 4[-], AsH(aq), AsO 4[-], As(OH)(aq), AsO2OH[2-], H2AsO4[-], HAsO4(aq), HAsO4[2-] Arsenolite, As 2O (c), Claudetite HATCHES As(OH)4[-], H2AsO4[- ], As(OH)(aq), AsO[+], AsO4[-], HAsO4(aq), HAsO2(aq), HAsO 4[2- ], Arsenolite, As 2O (c), As 4O 6, Claudetite
34 .2 As (FACT/FACTSAGE).2 As (SUPCRT/FLASK-AQ).0.0 H AsO 4 (aq) H AsO 4 (aq) H 2 AsO 4 [-] H 2 AsO 4 [-] HAsO 2 (aq) HAsO 4 [2-] AsO 4 [-] HAsO 2 (aq) HAsO 4 [2-] AsO 4 [-] As(s) H 2 AsO [-] AsO 2 [-] As (LLNL/GWB).2 As (JNC-TDB/GWB).0.0 H AsO 4 (aq) H 2 AsO 4 [-] As(OH) (aq) HAsO 4 [2-] NO DATA AsO 4 [-] AsH (aq) As(OH) 4 [-] AsO 2 OH[2-] : Eh- diagrams of the system As-O-H (). As = 0 0, 298.K, 0 Pa. 2
35 .2 As (HATCHES/FLASK-AQ).0 H AsO 4 (aq) H 2 AsO 4 [-] HAsO 4 [2-] As(OH) (aq) AsO 4 [-] As(OH) 4 [-] 7 9 2: Eh- diagrams of the system As-O-H (2). As = 0 0, 298.K, 0 Pa.
36 7: List of Au species FACT SUPCRT LLNL JNC-TDB AuO[-], HAuO[2- ], H2AuO [-], Au(OH)(aq), Au 2O (s), Au(OH) (s), Au(s) Au[+], Au[+], Au(Native gold) Au[+], Au[+], Gold 4
37 .2 Au (FACT/FACTSAGE).2 Au (SUPCRT/FLASK-AQ) Au[+].0 Au(OH) (aq).0 H 2 AuO [-] HAuO [2-] Au(s) Au(s) Au (LLNL/GWB) Au[+].2 Au (JNC-TDB/GWB).0.0 Au(s) NO DATA : Eh- diagrams of the system Au-O-H. Au = 0 0, 298.K, 0 Pa.
38 6
39 8: List of B species FACT SUPCRT LLNL JNC-TDB BH4[-], BO2[-], B4O7[2-], H2BO[-], HBO(aq), H2BO(H2O2)[-], HB4O7[-], H2B4O7(aq), H(BO)2(H2O2)2[-], B(s), B 0H 4(s), B 2O (s), HBO 2(s), HBO 2(s2), HBO 2(s), H BO (s), B H O (s), B 2(OH) 4(s) BO 2[-], B(OH)(aq) B(OH)(aq), B(OH)4[-], B2O(OH)[-], BO(OH)4[-], B4O(OH)4[2-], BH4[- ], B(OH) (c,boric acid) B(OH) (aq), H2BO[- ], B(c), B 2O (c), B(OH) (c), B(g) HATCHES B(OH)(aq), B4O7[2- ], BH[4-], H2B 4O 7(aq), H 2BO [-], HB4O 7[-], B 2O, Boric Acid, H BO (c), HBO 2 7
40 .2 B (FACT/FACTSAGE) H 2 BO (H 2 O 2 )[-].2 B (SUPCRT/FLASK-AQ).0.0 H BO (aq) B(OH) (aq) BO 2 [-] BO 2 [-] BH 4 [-] B (LLNL/GWB).2 B (JNC-TDB/GWB).0.0 B(OH) (aq) B(OH) 4 [-] B(OH) (aq) H 2 BO [-] BH 4 [-] : Eh- diagrams of the system B-O-H (). B=0 0, 298.K, 0 Pa. 8
41 .2 B (HATCHES/FLASK-AQ).0 B(OH) (aq) H 2 BO [-] BH[4-] 7 9 : Eh- diagrams of the system B-O-H (2). B=0 0, 298.K, 0 Pa. 9
42 40
43 9: List of Ba species FACT SUPCRT LLNL JNC-TDB Ba[2+], BaOH[+], Ba(s), BaH 2(s), BaO(s), BaO 2(s), Ba(OH) 2(s), Ba(OH) 2(H 2O) 8(s) Ba[2+], BaOH[+] Ba[2+], BaOH[+], Ba(OH) 2*8H 2O(c), BaO(c) Ba[2+], BaOH[+], Ba(c), BaO(c) HATCHES Ba[2+], Ba(OH)[+], Ba(OH) 2*8H 2O, BaO(c) 4
44 .2 Ba (FACT/FACTSAGE).2 Ba (SUPCRT/FLASK-AQ).0 BaO 2 (s).0 Ba[2+] BaOH[+] Ba[2+] BaOH[+] Ba (LLNL/GWB).2 Ba (JNC-TDB/GWB).0.0 Ba[2+] BaOH[+] Ba[2+] BaOH[+] : Eh- diagrams of the system Ba-O-H (). Ba = 0 0, 298.K, 0 Pa. 42
45 .2 Ba (HATCHES/FLASK-AQ).0 Ba[2+] Ba(OH)[+] 7 9 7: Eh- diagrams of the system Ba-O-H (2). Ba = 0 0, 298.K, 0 Pa. 4
46 44
47 0: List of Be species FACT SUPCRT LLNL JNC-TDB Be[2+], BeO2[2-], Be(OH)[+], Be(s), Be(s2), BeO(s), BeO(s2), Be(OH) 2(s), Be(OH) 2(s2) Be[2+], BeO 2[2-], BeOH[+], BeO(aq), HBeO2[-] HATCHES Be[2+], BeOH[+], Be(OH)2(aq), Be(OH)[-], Be(OH)4[2-], Be2(OH)[+], Be(OH)[+], Be(OH)6[4+], Be6(OH)8[4+], Be(OH) 2(alpha), Be(OH) 2(beta) 4
48 .2 Be (FACT/FACTSAGE).2 Be (SUPCRT/FLASK-AQ).0.0 Be[2+] Be[2+] Be(OH) 2 (s2) BeO 2 [2-] BeOH[+] BeO(aq) HBeO 2 [-] Be (LLNL/GWB).2 Be (JNC-TDB/GWB).0.0 NO DATA NO DATA : Eh- diagrams of the system Be-O-H (). Be = 0 0, 298.K, 0 Pa. 46
49 .2 Be (HATCHES/FLASK-AQ).0 Be[2+] Be(OH) 2 (aq) Be(OH) [-] 7 9 9: Eh- diagrams of the system Be-O-H (2). Be = 0 0, 298.K, 0 Pa. 47
50 : List of Bi species FACT SUPCRT LLNL JNC-TDB Bi[+], BiO[+], BiOH[2+], Bi6O6[6+], Bi6O 6(OH) [+], Bi9(OH)20[7+], Bi9(OH)2[6+], Bi 9(OH) 22[+], Bi(s), Bi 2O (s), Bi 2O (s2), BiOOH(s) Bi[+], BiO[+], BiOH[2+], HBiO2(aq), BiO2[-] Bi[+], BiOH[2+], Bi(OH) 2[+], Bi(OH)(aq), Bi(OH)4[-], Bi6(OH)2[6+], Bi9(OH)20[7+], Bi 9(OH) 2[6+], Bi 9(OH) 22[+], Bi (OH) 4[+] Bi(c), Bi2O (s) 48
51 .2 Bi (FACT/FACTSAGE).2 Bi (SUPCRT/FLASK-AQ).0.0 Bi[+] Bi[+] BiOH[2+] BiO[+] BiO[+] BiOOH(s) HBiO 2 (aq) Bi(s) BiO 2 [-] Bi (LLNL/GWB).2 Bi (JNC-TDB/GWB).0.0 BiOH[2+] Bi[+] Bi(OH) 2 [+] Bi(OH) (aq) NO DATA Bi(OH) 4 [-] Bi(c) : Eh- diagrams of the system Bi-O-H. Bi = 0 0, 298.K, 0 Pa. 49
52 2: List of Br species FACT SUPCRT LLNL JNC-TDB Br[-], Br2(aq), Br[-], Br[-], BrO[-], BrO[-], HBrO(aq) Br[-], Br [-], BrO[-], BrO[-], HBrO(aq), BrO4[-] Br[-] Br[-], Br 2(aq), Br2(l), BrO[-], BrO[-], HBrO(aq), Br(g), Br2(g), HBr(g) 0
53 .2 Br (FACT/FACTSAGE).2 Br (SUPCRT/FLASK-AQ) BrO 4 [-].0 BrO [-].0 BrO [-] Br[-] Br[-] Br (LLNL/GWB).2 Br (JNC-TDB/GWB).0.0 BrO [-] Br 2 (l) Br[-] Br[-] : Eh- diagrams of the system Br-O-H. Br = 0 0, 298.K, 0 Pa.
54 : List of C species () FACT SUPCRT LLNL JNC-TDB CH4(aq), C 2H 2(aq), C2H4(aq), C2H6(aq), CO(aq), CO2(aq), CO[2-], C2O4[2-], CHOH(aq), C 2H O[-], CHCH 2OH(aq), HCOO[-], HCOOH(aq), CH COO[-], CH COOH(aq), HCO [- ], HC 2O 4[-], C(s), C(s2) CH 4(aq,Methan), C 2H 2 (aq,ethyne), C2H4(aq,Ethylene), C2H6(aq,Ethane), CO(aq), CO2(aq), CO[2-], C 2O 4[2-] (Oxalate), CH OH(aq,Methanol), C 2H OH(aq,Ethanol), HCO 2[-](Formate), H2CO2(aq, Formicacid), C2H O 2[-] (Acetate), C2H4O2(aq,Aceticacid), HCO[-], C2HO4[-](H- Oxalate), C4H9OH (aq,-butanol), C4H8(aq,-Butene), C4H6(aq,-Butyne), C7HOH (aq,-heptanol), C7H4(aq,-Heptene), C7H2(aq,-Heptyne), C6H OH(aq,- Hexanol), C6H 2(aq, -Hexene), C6H0(aq, -Hexyne), C8H 7OH(aq,- Octanol), C8H6(aq, -Octene), C8H4(aq, -Octyne), C H OH(aq,- Pentanol), C H 0(aq, -Pentene), CH8(aq, -Pentyne), CH7OH(aq,- Propanol), CH 6 (aq, -Propene), CH4(aq, -Propyne), C4H 8O(aq,2- Butanone), C7H4O (aq,2-heptanone), C6H2O(aq,2- Hexanone), C4H7O[- ](2- Hydroxybutanoate), C4H 8O (aq,2- Hydroxybutanoic), C0H9O[-] (2- Hydroxydecanoate), C0H20O(aq,2- Hydroxydecanoic), C7HO[-](2- Hydroxyheptanoate), C 7H 4O (aq,2- Hydroxyheptanoic), C6HO[-](2- Hydroxyhexanoate), C6H 2O (aq,2- Hydroxyhexanoic), C9H7O[-](2- Hydroxynonanoate), C9H 8O (aq,2- Hydroxynonanoic), HCO [-], (Ophth)[2-], CHCOO[- ], CH4(aq), CO2(aq), CO[2-], H(O-phth)[-], H2(Ophth), HCHCOO, Graphite, O-phth acid(c), CH4(g), CO2(g) CO [2-], CH 4(aq), HCO[-], CO2(aq), C(c), CH4(g), C(g), CO(g), CO2(g) 2
55 C (CONTINUED) 4: List of C species (2) FACT SUPCRT LLNL JNC-TDB C8HO[-](2- Hydroxyoctanoate), C8H6O(aq,2- Hydroxyoctanoic), CH9O[-](2- Hydroxypentanoate), C H 0O (aq,2- Hydroxypentanoic), C 8H 6O(aq,2- Octanone), CH0O(aq,2- Pentanone), CH6O (aq,acetone), C6H 8O 4[2-] (Adipate), C6H0O4 (aq,adipic-acid), C9H6O4 (aq,azelaicacid), C9H4O4[2-] (Azelate), C6H6(aq, Benzene), C7HO2[-] (Benzoate), C7H6O2(aq,Benzoicacid), C4H 0(aq, Butane), C4H 8O 2(aq, Butanoic-acid), C6H4OHCH(aq,o- Cresol), C6H 4OHCH (aq,m- Cresol), C 6H 4OHCH (aq,p- Cresol), C 0H 9O 2[-] (Decanoate), C0H20O2(aq,Decanoicacid), C6HOHCHCH(aq, 2-DMP), C6HOHCHCH(aq, 2-4DMP), C6HOHCHCH(aq, 2-DMP), C6HOHCHCH(aq, 2-6DMP), C6H OHCH CH (aq, -4DMP), C6HOHCHCH(aq, -DMP), C2H2O2[-] (Dodecanoate), C2H24O2 (aq,dodecanoicacid), CHCOOCH2CH(aq, Ethylacetate), C 6H C 2H (aq, Ethylbenzene), C H 6O 4[2- ](Glutarate), CH8O4 (aq,glutaric-acid), C2HO[- ](Glycolate), C2H 4O (aq,glycolic-acid), C6H9O4[-](H- Adipate), C9HO4[-] (H-Azelate),
56 .2 C (FACT/FACTSAGE).2 C (SUPCRT/FLASK-AQ).0.0 CO 2 (aq) CO 2 (aq) HCO [-] HCO [-] CO [2-] CO [2-] CH 4 (aq) CH 4 (aq) H-SUCCINATE(aq) HEPTANOATE(aq) C (LLNL/GWB).2 C (JNC-TDB/GWB).0.0 CO 2 (aq) HCO [-] CO [2-] CO 2 (aq) HCO [-] CO [2-] CH 4 (aq) CH 4 (aq) : Eh- diagrams of the system C-O-H (). C=0 0, 298.K, 0 Pa. 4
57 .2 C (HATCHES/FLASK-AQ).0 H 2 CO (aq) HCO [-] CO [2-] CH 4 (aq) 7 9 2: Eh- diagrams of the system C-O-H (2). C=0 0, 298.K, 0 Pa.
58 6
59 : List of Ca species FACT SUPCRT LLNL JNC-TDB Ca[2+], CaOH[+], Ca(s), Ca(s2), CaH 2(s), CaO 2(s), Ca(OH) 2(s), CaO(s) Ca[2+], CaOH[+], CaO(Lime) Ca[2+], CaOH[+], Ca(OH) 2(c), Lime, Portlandite Ca[2+], CaOH[+], CaO(s, Lime_qu), Ca(c), CaO(c), Ca(g) HATCHES Ca[2+], Ca(OH)[+], Ca(OH) 2, CaO Remarks JNC-TDB: Detailed description of Lime_qu is not given, it may be lime quenched? 7
60 .2 Ca (FACT/FACTSAGE) CaO 2 (s).2 Ca (SUPCRT/FLASK-AQ).0.0 Ca[2+] Ca[2+] CaOH[+] CaOH[+] Ca (LLNL/GWB).2 Ca (JNC-TDB/GWB).0.0 Ca[2+] CaOH[+] Ca[2+] CaOH[+] : Eh- diagrams of the system Ca-O-H (). Ca = 0 0, 298.K, 0 Pa. 8
61 .2 Ca (HATCHES/FLASK-AQ).0 Ca[2+] Ca(OH)[+] 7 9 2: Eh- diagrams of the system Ca-O-H (2). Ca = 0 0, 298.K, 0 Pa. 9
62 60
63 6: List of Cd species FACT SUPCRT LLNL JNC-TDB Cd[2+], CdO 2[2-], CdOH[+], HCdO2[-], Cd(OH)2(aq), Cd(s), CdO(s), Cd(OH) 2(s) Cd[2+], CdO 2[2-], CdOH[+], HCdO2[-], CdO(aq) HATCHES Cd[2+], Cd(OH)2(aq), Cd(OH)[-], Cd(OH)4[2-], Cd2OH[+], Cd4(OH) 4[4+], CdOH[+], Cd(OH) 2 6
64 .2 Cd (FACT/FACTSAGE).2 Cd (SUPCRT/FLASK-AQ).0.0 Cd[2+] Cd[2+] CdOH[+] Cd(OH) 2 (aq) HCdO 2 [-] CdOH[+] CdO(aq) CdO 2 [2-] HCdO 2 [-] Cd(s) Cd (LLNL/GWB).2 Cd (JNC-TDB/GWB).0.0 NO DATA NO DATA : Eh- diagrams of the system Cd-O-H (). Cd = 0 0, 298.K, 0 Pa. 62
65 .2 Cd (HATCHES/FLASK-AQ).0 Cd[2+] Cd(OH)[+] Cd(OH) 2 (aq) Cd(OH) [-] : Eh- diagrams of the system Cd-O-H (2). Cd = 0 0, 298.K, 0 Pa. 6
66 64
67 7: List of Ce species FACT SUPCRT LLNL JNC-TDB Ce[+], Ce[4+], Ce(s), Ce(s2), CeH 2(s), CeO 2(s), Ce 2O (s), Ce 6O (s), Ce 8O (s) Ce[+], Ce[4+], Ce[2+], CeOH[2+], CeO[+], CeO2H (aq), CeO2[-] HATCHES Ce[+], Ce 2(OH)2[4+], Ce(OH)[4+], CeOH[2+], Ce(OH), Ce 2O 6
68 .2 Ce (FACT/FACTSAGE).2 Ce (SUPCRT/FLASK-AQ).0.0 Ce[+] CeO 2 (s) Ce[+] CeO[+] CeO 2 H(aq) CeO 2 [-] Ce (LLNL/GWB).2 Ce (JNC-TDB/GWB).0.0 NO DATA NO DATA : Eh- diagrams of the system Ce-O-H (). Ce = 0 0, 298.K, 0 Pa. 66
69 .2 Ce (HATCHES/FLASK-AQ).0 Ce[+] CeOH[2+] Ce(OH) (s) : Eh- diagrams of the system Ce-O-H (2). Ce = 0 0, 298.K, 0 Pa. 67
70 8: List of Cl species FACT SUPCRT LLNL JNC-TDB Cl2(aq), Cl [-], ClO2(aq), Cl[-], ClO[-], ClO2[-], ClO[-], ClO4[-], HOCl(aq), HClO2(aq) Cl[-], ClO[-], ClO 2[-], ClO[-], ClO4[-], HClO(aq), HClO2(aq), HCl(aq) Cl[-], ClO 4[-], HCl(aq) Cl[-], ClO[-], ClO2[-], ClO[-], ClO4[-], HClO(aq), HClO2(aq), Cl(g), Cl2(g), HCl(g) 68
71 .2 Cl (FACT/FACTSAGE).2 Cl (SUPCRT/FLASK-AQ).0 ClO 4 [-].0 ClO 4 [-] Cl[-] Cl[-] Cl (LLNL/GWB).2 Cl (JNC-TDB/GWB).0 ClO 4 [-].0 ClO 4 [-] Cl[-] Cl[-] : Eh- diagrams of the system Cl-O-H. Cl = 0 0, 298.K, 0 Pa. 69
72 70
73 9: List of Cm species FACT SUPCRT LLNL JNC-TDB Cm[+], CmOH[2+], Cm(OH)2[+], Cm(OH)(aq), Cm(OH) (am), Cm(OH) (c) HATCHES Cm[+], Cm[4+], Cm(OH)[2+], Cm(OH)2[+], Cm(OH), Cm 2O, CmO 2 7
74 .2 Cm (FACT/FACTSAGE).2 Cm (SUPCRT/FLASK-AQ).0.0 NO DATA NO DATA Cm (LLNL/GWB).2 Cm (JNC-TDB/GWB).0.0 NO DATA Cm[+] Cm(OH) 2 [+] CmOH[2+] Cm(OH) (c) : Eh- diagrams of the system Cm-O-H (). Cm = 0 0, 298.K, 0 Pa. 72
75 .2 Cm (HATCHES/FLASK-AQ).0 CmO 2 (s) Cm[+] Cm(OH)[2+] Cm(OH) 2 [+] Cm(OH) (s) 7 9 2: Eh- diagrams of the system Cm-O-H (2). Cm = 0 0, 298.K, 0 Pa. 7
76 74
77 20: List of Co species FACT SUPCRT LLNL JNC-TDB Co[2+], Co[+], HCoO2[-], Co(OH)2(aq), Co(s), Co(s2), CoO(s), Co O 4(s), Co(OH) 2(s) Co[2+], Co[+], HCoO 2[-], CoO(aq), CoOH[+], CoO2[2-], CoOH[2+] Co[2+], Co[+], Co(OH) 2(aq), Co(OH)[-], Co(OH)4[2-], Co2(OH)[+], Co4(OH) 4[4+], CoOH[+], HCoO 2[-], Co(OH) 2(s,pink), Co O 4, CoO Co[2+], CoO(s, COBALTO2) HATCHES Co[2+], Co[+], Co(OH)2(aq), Co(OH)[-], Co(OH)4[2-], Co2OH[+], Co4(OH)4[4+], CoOH[+], Co(OH) 2, Co O 4, CoO 7
78 .2 Co (FACT/FACTSAGE).2 Co (SUPCRT/FLASK-AQ).0.0 Co(OH) 2 (aq) Co[2+] HCoO 2 [-] CoO(aq) Co (LLNL/GWB).2 Co (JNC-TDB/GWB) Co O 4 (s).0.0 Co[2+] HCoO 2 [-] Co[2+] COBALTO 2 (s) : Eh- diagrams of the system Co-O-H (). Co = 0 0, 298.K, 0 Pa. 76
79 .2 Co (HATCHES/FLASK-AQ).0 Co O 4 (s) Co[2+] Co(OH) 2 (aq) Co(OH) [-] 7 9 4: Eh- diagrams of the system Co-O-H (2). Co = 0 0, 298.K, 0 Pa. 77
80 78
81 2: List of Cr species FACT SUPCRT LLNL JNC-TDB Cr[2+], Cr[+], CrO4[2-], Cr2O7[2-], CrOH[2+], HCrO4[-], Cr(s), CrO 2(s), CrO (s), Cr 2O (s), Cr O 4(s), Cr O 2(s), Cr 8O 2(s) Cr[2+], Cr[+], CrO 4[2-], Cr2O7[2-], CrOH[2+], HCrO4[-], HCrO2(aq), CrO 2[-], CrO[+] Cr[+], Cr[2+], CrO 4[2-], CrO4[-], Cr(OH)2[+], Cr(OH)(aq), Cr(OH)4[-], Cr2(OH) 2[4+], Cr 2O 7[2-], Cr (OH) 4[+], CrOH[2+], H2CrO4(aq), HCrO4[- ], Cr 2O (s), CrO 2(s), CrO (s) HATCHES Cr[+], Cr[2+], CrO4[2-], Cr(OH)2[+], Cr(OH)(aq), Cr(OH)4[-], Cr2(OH) 2[4+], Cr2O 7[2-], Cr(OH)4[4+], CrOH[2+], H 2CrO 4(aq), HCrO 4[- ], Cr(OH), Cr 2O, CrO 2 79
82 .2 Cr (FACT/FACTSAGE).2 Cr (SUPCRT/FLASK-AQ).0.0 HCrO 4 [-] HCrO 4 [-] Cr[+] CrO 4 [2-] Cr[+] CrOH[2+] CrO 4 [2-] CrOH[2+] CrO[+] Cr 2 O (s) HCrO 2 (aq) CrO2[-] Cr[2+] Cr[2+] Cr (LLNL/GWB).2 Cr (JNC-TDB/GWB).0.0 HCrO 4 [-] CrO 4 [2-] Cr[+] NO DATA CrOH[2+] CrO 4 [-] Cr 2 O (s) Cr[2+] Cr(OH) 4 [-] : Eh- diagrams of the system Cr-O-H (). Cr = 0 0, 298.K, 0 Pa. 80
83 .2.0 Cr (HATCHES/FLASK-AQ) HCrO 4 [-] CrO 4 [2-] Cr[+] Cr 2 O (s) Cr[2+] 7 9 6: Eh- diagrams of the system Cr-O-H (2). Cr = 0 0, 298.K, 0 Pa. 8
84 82
85 22: List of Cs species FACT SUPCRT LLNL JNC-TDB Cs[+], Cs(s), CsO 2(s), Cs 2O(s), Cs 2O (s), CsOH(s), CsOH(s2), CsOH(s) Cs[+], CsOH(aq) Cs[+] Cs[+], Cs(c), Cs 2O(s), CsOH(s), Cs(g) HATCHES Cs[+], CsO, CsOH 8
86 .2 Cs (FACT/FACTSAGE).2 Cs (SUPCRT/FLASK-AQ).0 CsO 2 (s).0 Cs[+] Cs[+] Cs (LLNL/GWB).2 Cs (JNC-TDB/GWB).0.0 Cs[+] Cs[+] : Eh- diagrams of the system Cs-O-H (). Cs = 0 0, 298.K, 0 Pa. 84
87 .2 Cs (HATCHES/FLASK-AQ).0 Cs[+] 7 9 8: Eh- diagrams of the system Cs-O-H (2). Cs = 0 0, 298.K, 0 Pa. 8
88 86
89 2: List of Cu species FACT SUPCRT LLNL JNC-TDB Cu[+], Cu[2+], CuO2[2-], HCuO 2[-], Cu(OH) 2(s), Cu (s), CuO(s), Cu 2O(s) Cu[+], Cu[2+], CuO 2[2-], HCuO 2[-], CuOH[+], CuO(aq), Cu(Native Copper), CuO(Tenorite), Cu 2O (Cuprite) Cu[+], Cu[2+], CuOH[+], Copper, Cuprite, Tenorite HATCHES Cu[2+], Cu[+], Cu(OH)4[2-], Cu2(OH) 2[2+], Copper, Cuprite, Tenorite 87
90 .2 Cu (FACT/FACTSAGE).2 Cu (SUPCRT/FLASK-AQ).0.0 Cu[2+] Cu[2+] Cu(OH) 2 (s) HCuO 2 [-] CuO(aq) CuO 2 [2-] Cu[+] Cu 2 O(s) CuO 2 [2-] Cu[+] HCuO 2 [-] Cuprite Cu(s) Cu(s) Cu (LLNL/GWB).2 Cu (JNC-TDB/GWB).0.0 Cu[2+] CuOH[+] Tenorite NO DATA Cu[+] Cuprite Copper : Eh- diagrams of the system Cu-O-H (). Cu = 0 0, 298.K, 0 Pa. 88
91 .2 Cu (HATCHES/FLASK-AQ).0 Cu[2+] Tenorite Cu(OH) 4 [2-] Cu[+] Cuprite Copper : Eh- diagrams of the system Cu-O-H (2). Cu = 0 0, 298.K, 0 Pa. 89
92 24: List of Dy species FACT SUPCRT LLNL JNC-TDB Dy[+], Dy(s), Dy(s2), Dy 2O (s) Dy[+], Dy[2+], Dy[4+], DyOH[2+], DyO[+], DyO 2H(aq), DyO 2[-] 90
93 .2 Dy (FACT/FACTSAGE).2 Dy (SUPCRT/FLASK-AQ).0.0 Dy[+] Dy[+] Dy 2 O (s) DyOH[2+] DyO[+] DyO 2 [-] Dy (LLNL/GWB).2 Dy (JNC-TDB/GWB).0.0 NO DATA NO DATA : Eh- diagrams of the system Dy-O-H. Dy = 0 0, 298.K, 0 Pa. 9
94 2: List of Er species FACT SUPCRT LLNL JNC-TDB Er[+], Er(s), Er 2O (s), Er 2O (s2) Er[+], Er[2+], Er[4+], ErOH[2+], ErO[+], ErO 2H(aq), ErO 2[-] 92
95 .2 Er (FACT/FACTSAGE).2 Er (SUPCRT/FLASK-AQ).0.0 Er[+] Er 2 O (s) Er[+] ErOH[2+] ErO[+] ErO 2 [-] Er (LLNL/GWB).2 Er (JNC-TDB/GWB).0.0 NO DATA NO DATA : Eh- diagrams of the system Er-O-H. Er = 0 0, 298.K, 0 Pa. 9
96 94
97 26: List of Eu species FACT SUPCRT LLNL JNC-TDB Eu[2+], Eu[+], Eu(s), EuH 2(s), EuO(s), Eu 2O (s), Eu 2O (s2), Eu O 4(s), EuO H (s) Eu[2+], Eu[+], Eu[4+], EuOH[2+], EuO[+], EuO 2H(aq), EuO 2[-] Eu[+], Eu[2+], Eu(OH) 2[+], EuOH[2+], Eu(s), Eu(OH) (s), Eu 2O (cubic), Eu 2O (monoclinic), Eu O 4(s), EuO(s) HATCHES Eu[+], Eu(OH)[2+], Eu, Eu(OH), Eu 2O (cubic), Eu 2O (monoclinic), Eu O 4, EuO 9
98 .2 Eu (FACT/FACTSAGE).2 Eu (SUPCRT/FLASK-AQ).0.0 Eu[+] EuO H (s) Eu[+] EuOH[2+] EuO[+] EuO2[-] Eu[2+] Eu[2+] Eu (LLNL/GWB).2 Eu (JNC-TDB/GWB).0.0 Eu[+] Eu(OH)2[+] Eu(OH)(s) NO DATA Eu[2+] : Eh- diagrams of the system Eu-O-H (). Eu = 0 0, 298.K, 0 Pa. 96
99 .2 Eu (HATCHES/FLASK-AQ).0 Eu[+] Eu(OH)[2+] Eu(OH) (s) : Eh- diagrams of the system Eu-O-H (2). Eu = 0 0, 298.K, 0 Pa. 97
100 98
101 27: List of F species FACT SUPCRT LLNL JNC-TDB F[-], HF(aq), HF2[-] F[-], HF(aq), HF2[-] F[-], H2F2, HF, HF2[-] F-, HF(aq), HF 2[-], F(g), F2(g), HF(g) HATCHES F[-], HF(aq), HF2[-] 99
102 .2 F (FACT/FACTSAGE).2 F (SUPCRT/FLASK-AQ).0.0 HF(aq) F[-] HF(aq) F[-] F (LLNL/GWB).2 F (JNC-TDB/GWB).0.0 HF F[-] HF(aq) F[-] : Eh- diagrams of the system F-O-H (). F=0 0, 298.K, 0 Pa. 00
103 .2 F (HATCHES/FLASK-AQ).0 HF(aq) F[-] : Eh- diagrams of the system F-O-H (2). F=0 0, 298.K, 0 Pa. 0
104 02
105 28: List of Fe species FACT SUPCRT LLNL JNC-TDB Fe[2+], Fe[+], FeOH[+], FeOH[2+], HFeO2[-], Fe(OH)2[+],FeO2[2- ], Fe(OH)(aq), Fe2(OH)2[4+], Fe(s), Fe(s2), Fe 2O (s2), Fe 2O (s), Fe O 4(s2), Fe O 4(s), Fe O 4(s4), Fe(OH) 2(s), Fe(OH) (s), Fe 2O (H 2O)(s), FeO (s), Fe 2O (s), Fe O 4(s) HFeO 2(aq), FeO 2[-], FeO(aq), Fe[2+], Fe[+], FeOH[+], FeOH[2+], HFeO2[-], FeO[+], FeO (Ferrous-oxide), Fe 2O (Hematite), Fe O 4(Magnetite) Fe[2+], Fe[+], Fe(OH) 2(aq), Fe(OH)2[+], Fe(OH)(aq), Fe(OH)[-], Fe(OH)4[-], Fe 2(OH) 2[4+], Fe (OH) 4[+], FeOH[+], FeOH[2+], Fe(OH) 2(ppd), Fe(OH) (ppd), FeO(c) Goethite, Hematite, Magnetite, Wustite Fe[2+], Fe[+], FeOH[2+], Fe(OH) 2[+], Fe(OH)(aq), FeOH4[-], Fe2(OH)2[4+], Fe (OH) 4[+], FeOH[+], Fe(OH) 2(aq), Fe(OH)[-], Fe(OH) (a) Hematite, Magnetite, Goethite HATCHES Fe[2+], Fe[+], Fe(OH)[+], Fe(OH)2(aq), Fe(OH)2[+], Fe(OH)(aq), Fe(OH)[-], Fe(OH)4[-], Fe(OH) 4[2-], Fe 2(OH) 2[4+], Fe (OH) 4[+], FeOH[2+], Fe(OH)2, Fe(OH), FeO(c), Goethite, Hematite, Magnetite, Wustite 0
106 .2 Fe (FACT/FACTSAGE).2 Fe (SUPCRT/FLASK-AQ).0 Fe[+] FeOH[2+].0 Fe[+] FeOH[2+] FeO[+] Fe2O(s) Fe[2+] Fe 2 O (s) Fe[2+] FeO2[-] FeOH[+] Fe O 4 (s) FeOH[+] HFeO 2 [-] HFeO2[-] Fe(s) Fe (LLNL/GWB).2 Fe (JNC-TDB/GWB).0 Fe[+] FeOH[2+] Fe(OH) 2 [+].0 Fe[+] FeOH[2+] Fe[2+] Hematite Fe(OH) 4 [-] Fe[2+] Hematite FeOH 4 [-] Magnetite Magnetite 7 9 Fe(OH) [-] FeOH[+] FeO(c) 7 9 FeOH[+] FeOH [-] 47: Eh- diagrams of the system Fe-O-H (). Fe = 0 0, 298.K, 0 Pa. 04
107 .2 Fe (HATCHES/FLASK-AQ).0 Fe[+] FeOH[2+] Fe(OH) 2 [+] Fe[2+] Hematite Fe(OH) 4 [-] Magnetite Fe(OH) [-] : Eh- diagrams of the system Fe-O-H (2). Fe = 0 0, 298.K, 0 Pa. 0
108 29: List of Fr species FACT SUPCRT LLNL JNC-TDB Fr[+] 06
109 .2 Fr (FACT/FACTSAGE).2 Fr (SUPCRT/FLASK-AQ).0.0 NO DATA Fr[+] Fr (LLNL/GWB).2 Fr (JNC-TDB/GWB).0.0 NO DATA NO DATA : Eh- diagrams of the system Fr-O-H. Fr = 0 0, 298.K, 0 Pa. 07
110 0: List of Ga species FACT SUPCRT LLNL JNC-TDB Ga[+], GaOH[2+], Ga(OH)2[+], H 2GaO [- ],Ga[2+], GaO[-], HGaO2[2-], Ga(s), Ga 2O (s), Ga(OH) (s) Ga[+], GaOH[2+], GaO[+], GaO 2[-], HGaO2(aq) 08
111 .2 Ga (FACT/FACTSAGE).2 Ga (SUPCRT/FLASK-AQ).0 Ga[+] GaOH[2+] Ga 2 O (s) H 2 GaO [-].0 Ga(OH) 2 [+] GaO [-] HGaO 2 [2-] Ga[+] GaOH[2+] GaO[+] HGaO 2 (aq) GaO 2 [-] Ga (LLNL/GWB).2 Ga (JNC-TDB/GWB).0.0 NO DATA NO DATA : Eh- diagrams of the system Ga-O-H. Ga = 0 0, 298.K, 0 Pa. 09
112 : List of Gd species FACT SUPCRT LLNL JNC-TDB Gd[+], Gd(s), Gd(s2), Gd 2O (s) Gd[+], Gd[4+], Gd[2+], GdOH[2+], GdO[+], GdO2H(aq), GdO2[-] 0
113 .2 Gd (FACT/FACTSAGE).2 Gd (SUPCRT/FLASK-AQ).0.0 GdOH[2+] Gd[+] Gd[+] Gd 2 O (s) GdO[+] GdO 2 H(aq) GdO 2 [-] Gd (LLNL/GWB).2 Gd (JNC-TDB/GWB).0.0 NO DATA NO DATA : Eh- diagrams of the system Gd-O-H. Gd = 0 0, 298.K, 0 Pa.
114 2: List of Ge species FACT SUPCRT LLNL JNC-TDB HGeO [-], Ge(s), GeO(s), GeO(s2), GeO 2(s), GeO 2(s2) 2
115 .2 Ge (FACT/FACTSAGE).2 Ge (SUPCRT/FLASK-AQ).0.0 HGeO [-] NO DATA Ge(s) Ge (LLNL/GWB).2 Ge (JNC-TDB/GWB).0.0 NO DATA NO DATA : Eh- diagrams of the system Ge-O-H. Ge = 0 0, 298.K, 0 Pa.
116 : List of Hf species FACT SUPCRT LLNL JNC-TDB Hf(s), Hf(s2), HfO 2(s), HfO 2(s2) Hf[4+], HfOH[+], HfO[2+], HHfO2[+], HfO2(aq), HHfO[-] 4
117 .2 Hf (FACT/FACTSAGE).2 Hf (SUPCRT/FLASK-AQ).0.0 Hf[4+] HfOH[+] HfO[2+] NO AQUEOUS SPECIES DATA HHfO 2 [-] HfO 2 (aq) HHfO [-] Hf (LLNL/GWB).2 Hf (JNC-TDB/GWB).0.0 NO DATA NO DATA : Eh- diagrams of the system Hf-O-H. Hf = 0 0, 298.K, 0 Pa.
118 6
119 4: List of Hg species FACT SUPCRT LLNL JNC-TDB Hg[2+], Hg 2[2+], HgOH[+], HHgO2[-], Hg(OH)2, Hg(aq), HgO(s) Hg[2+], Hg 2[2+], HgOH[+], HHgO2[-], HgO(aq), Hg(Quicksilver) Hg[2+], Hg 2[2+], Quicksilver HATCHES Hg[2+], Hg(OH)2(aq), Hg(OH)[-], Hg2OH[+], Hg(OH)[+], HgOH[+], HgO, Quicksilver 7
120 .2 Hg (FACT/FACTSAGE).2 Hg (SUPCRT/FLASK-AQ).0.0 Hg[2+] Hg[2+] Hg(OH) 2 (aq) Hg 2 [2+] HgO(aq) Hg(aq) Hg(s) Hg (LLNL/GWB).2 Hg (JNC-TDB/GWB).0.0 Hg[2+] Hg 2 [2+] NO DATA Quicksilver : Eh- diagrams of the system Hg-O-H (). Hg = 0 0, 298.K, 0 Pa. 8
121 .2 Hg (HATCHES/FLASK-AQ).0 Hg[2+] Hg(OH) 2 (aq) Quicksilver 7 9 : Eh- diagrams of the system Hg-O-H (2). Hg = 0 0, 298.K, 0 Pa. 9
122 : List of Ho species FACT SUPCRT LLNL JNC-TDB Ho[+], Ho(s), Ho(s2), Ho 2O (s), Ho 2O (s2) Ho[+], Ho[4+], Ho[2+], HoOH[2+], HoO[+], HoO2H(aq), HoO2[-] 20
123 .2 Ho (FACT/FACTSAGE).2 Ho (SUPCRT/FLASK-AQ).0.0 Ho[+] Ho[+] Ho 2 O (s) HoOH[2+] HoO[+] HoO 2 H(aq) Ho 2 [-] Ho (LLNL/GWB).2 Ho (JNC-TDB/GWB).0.0 NO DATA NO DATA : Eh- diagrams of the system Ho-O-H. Ho = 0 0, 298.K, 0 Pa. 2
124 22
125 6: List of I species FACT SUPCRT LLNL JNC-TDB I[-], I[-], IO[-], IO[-], HIO(aq), HIO(aq), I2 (aq), H2OI[+], I2OH[-], I 2(s) I[-], I [-], IO[-], IO[-], HIO(aq), HIO(aq), IO4[-] I[-] I[-], IO [-], HIO(aq), I [-], IO[-], IO4[-], I2O[2-], HIO(aq), I2OH[-],I2(aq), HI(aq), H2OI[-], I 2(s), I 2(c), I(g), I 2(g), HI(g) HATCHES I[-], IO[-], H2IO[+], HI(aq), HIO(aq), HIO(aq), I2(aq), I2O[2-], I2OH[-], I[-], IO[-], IO4[-], I 2 Remarks JNC-TDB: I2(s) is originally given as I2 in the database file, but its detailed description is not given. Then (s) is appended to I2 to avoid confusion with I2(c). 2
126 .2.0 I (FACT/FACTSAGE) HIO (aq) H 2 OI[+].2.0 I (SUPCRT/FLASK-AQ) HIO (aq) HIO(aq) IO 4 [-] I 2 OH[-] IO [-] IO [-] I[-] I[-] I (LLNL/GWB).2.0 I (JNC-TDB/GWB) HIO (aq) HIO(aq) I 2 (aq) IO 4 [-] I 2 OH[-] IO [-] I[-] I[-] : Eh- diagrams of the system I-O-H (). I=0 0, 298.K, 0 Pa. 24
127 .2.0 I (HATCHES/FLASK-AQ) HIO (aq) HIO(aq) H 2 IO[+] I 2 OH[-] IO 4 [-] IO [-] I[-] 7 9 8: Eh- diagrams of the system I-O-H (2). I=0 0, 298.K, 0 Pa. 2
128 7: List of In species FACT SUPCRT LLNL JNC-TDB In[+], InOH[2+], In(OH)2[+], In[+], In[2+], In(s), In 2O (s), In 2O (s2) In[+], InOH[2+], InO[+], HInO 2(aq), InO2[-] 26
129 .2 In (FACT/FACTSAGE).2 In (SUPCRT/FLASK-AQ).0.0 In[+] InOH[2+] In(OH) 2 [+] In 2 O (s) In[+] InO[+] HInO 2 (aq) InO 2 [-] In[+] In(s) In (LLNL/GWB).2 In (JNC-TDB/GWB).0.0 NO DATA NO DATA : Eh- diagrams of the system In-O-H. In = 0 0, 298.K, 0 Pa. 27
130 28
131 8: List of K species FACT SUPCRT LLNL JNC-TDB K[+], K(s), KH(s), KO 2(s), K 2O(s), K 2O 2(s), KOH(s), KOH(s2) K[+], KOH(aq), K 2O (Potassium-oxide) K[+], KOH(aq) K[+], K(c), K(g) HATCHES K[+], KOH 29
132 .2 K (FACT/FACTSAGE).2 K (SUPCRT/FLASK-AQ).0 KO 2 (s).0 K[+] K[+] K (LLNL/GWB).2 K (JNC-TDB/GWB).0.0 K[+] K[+] : Eh- diagrams of the system K-O-H (). K=0 0, 298.K, 0 Pa. 0
133 .2 K (HATCHES/FLASK-AQ).0 K[+] 7 9 6: Eh- diagrams of the system K-O-H (2). K=0 0, 298.K, 0 Pa.
134 2
135 9: List of La species FACT SUPCRT LLNL JNC-TDB La[+], La(s), La(s2), La(s), LaH 2(s), La 2O (s) La[+], La[2+], LaOH[2+], LaO[+], LaO2H(aq), LaO 2[-] HATCHES La[+], La 2OH[+], La(OH) 9[6+], LaOH[2+], La(OH)
136 .2 La (FACT/FACTSAGE).2 La (SUPCRT/FLASK-AQ).0.0 La[+] La[+] LaOH[2+] LaO[+] LaO 2 H(aq) LaO 2 [-] La (LLNL/GWB).2 La (JNC-TDB/GWB).0.0 NO DATA NO DATA : Eh- diagrams of the system La-O-H (). La = 0 0, 298.K, 0 Pa. 4
137 .2 La (HATCHES/FLASK-AQ).0 La[+] LaOH[2+] La(OH) (s) 7 9 6: Eh- diagrams of the system La-O-H (2). La = 0 0, 298.K, 0 Pa.
138 6
139 40: List of Li species FACT SUPCRT LLNL JNC-TDB Li[+], LiOH(aq), Li(s), LiH(s), Li 2O(s), Li 2O 2(s), LiOH(s) Li[+], LiOH(aq) Li[+], LiOH(aq) Li[+] HATCHES Li[+] 7
140 .2 Li (FACT/FACTSAGE).2 Li (SUPCRT/FLASK-AQ).0.0 Li[+] LiOH(aq) Li[+] LiOH(aq) Li (LLNL/GWB).2 Li (JNC-TDB/GWB).0.0 Li[+] Li[+] LiOH(aq) : Eh- diagrams of the system Li-O-H (). Li = 0 0, 298.K, 0 Pa. 8
141 .2 Li (HACHES/FLASK-AQ).0 Li[+] 7 9 6: Eh- diagrams of the system Li-O-H (2). Li = 0 0, 298.K, 0 Pa. 9
142 Lu[+], Lu(s), Lu 2O (s) 4: List of Lu species FACT SUPCRT LLNL JNC-TDB Lu[+], Lu[4+], LuOH[2+], LuO[+], LuO2H(aq), LuO2[-] 40
143 .2 Lu (FACT/FACTSAGE).2 Lu (SUPCRT/FLASK-AQ).0.0 Lu[+] Lu[+] Lu 2 O (s) LuOH[2+] LuO[+] LuO 2 [-] Lu (LLNL/GWB).2 Lu (JNC-TDB/GWB).0.0 NO DATA NO DATA : Eh- diagrams of the system Lu-O-H. Lu = 0 0, 298.K, 0 Pa. 4
144 42
145 42: List of Mg species FACT SUPCRT LLNL JNC-TDB Mg[2+], MgOH[+], Mg(s), MgH 2(s), MgO(s), Mg(OH) 2(s) Mg[2+], MgOH[+], MgO(Periclase), Mg(OH) 2(Brucite) Mg[2+], Mg 2OH[+], Mg4(OH)4[4+], MgOH[+], Brucite Mg[2+], MgOH[+], Periclase HATCHES Mg[2+], MgOH[+], Mg(OH) 2 4
146 .2 Mg (FACT/FACTSAGE).2 Mg (SUPCRT/FLASK-AQ).0.0 Mg[2+] MgOH[+] Mg[2+] MgOH[+] Mg (LLNL/GWB).2 Mg (JNC-TDB/GWB).0.0 Mg[2+] MgOH[+] Mg[2+] MgOH[+] : Eh- diagrams of the system Mg-O-H (). Mg = 0 0, 298.K, 0 Pa. 44
1 1 H Li Be Na M g B A l C S i N P O S F He N Cl A e K Ca S c T i V C Mn Fe Co Ni Cu Zn Ga Ge As Se B K Rb S Y Z Nb Mo Tc Ru Rh Pd Ag Cd In Sn Sb T e
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03J_sources.key
Radiation Detection & Measurement (1) (2) (3) (4)1 MeV ( ) 10 9 m 10 7 m 10 10 m < 10 18 m X 10 15 m 10 15 m ......... (isotope)...... (isotone)......... (isobar) 1 1 1 0 1 2 1 2 3 99.985% 0.015% ~0% E
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1/120 別表第 1(6 8 及び10 関係 ) 放射性物質の種類が明らかで かつ 一種類である場合の放射線業務従事者の呼吸する空気中の放射性物質の濃度限度等 添付 第一欄第二欄第三欄第四欄第五欄第六欄 放射性物質の種類 吸入摂取した 経口摂取した 放射線業 周辺監視 周辺監視 場合の実効線 場合
1/120 別表第 1(6 8 及び10 関係 ) 放射性物質の種類が明らかで かつ 一種類である場合の放射線業務従事者の呼吸する空気中の放射性物質の濃度限度等 添付 第一欄第二欄第三欄第四欄第五欄第六欄 放射性物質の種類 吸入摂取した 経口摂取した 放射線業 周辺監視 周辺監視 場合の実効線 場合の実効線 務従事者 区域外の 区域外の 量係数 量係数 の呼吸す 空気中の 水中の濃 る空気中 濃度限度
RAA-05(201604)MRA対応製品ver6
M R A 対 応 製 品 ISO/IEC 17025 ISO/IEC 17025は 試験所及び校正機関が特定の試験又は 校正を実施する能力があるものとして認定を 受けようとする場合の一般要求事項を規定した国際規格 国際相互承認 MRA Mutual Recognition Arrangement 相互承認協定 とは 試験 検査を実施する試験所 検査機関を認定する国際組織として ILAC 国際試験所認定協力機構
2_R_新技術説明会（佐々木）
% U: 6.58%, Np, Am:.5%, Pu:.% 5.8% Cs 6.5% Sr %.9%Mo 8.74% Tc.9% TODA C 8 H 7 C 8 H 7 N CH C CH N CH O C C 8 H 7 O N MIDOA C 8 H 7 DOODA NTA + HN(C 8 H 7 ) + H O DCC + SOCl + HN(C 8 H 7 ) + Cl TODA (TODA)
元素分析
: このマークが付してある著作物は 第三者が有する著作物ですので 同著作物の再使用 同著作物の二次的著作物の創作等については 著作権者より直接使用許諾を得る必要があります (PET) 1 18 1 18 H 2 13 14 15 16 17 He 1 2 Li Be B C N O F Ne 3 4 5 6 7 8 9 10 Na Mg 3 4 5 6 7 8 9 10 11 12 Al Si P
RN201602_cs5_0122.indd
ISSN 1349-1229 No.416 February 2016 2 SPECIAL TOPIC113 SPECIAL TOPIC 113 FACE Mykinso 113 SPECIAL TOPIC IUPAC 11320151231 RI RIBFRILAC 20039Zn30 Bi83 20047113 20054201283 113 1133 Bh107 20082009 113 113
2 Zn Zn + MnO 2 () 2 O 2 2 H2 O + O 2 O 2 MnO 2 2 KClO 3 2 KCl + 3 O 2 O 3 or 3 O 2 2 O 3 N 2 () NH 4 NO 2 2 O + N 2 ( ) MnO HCl Mn O + CaCl(ClO
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K 吸収端 XAFS 用標準試料 Ti Ti-foil 金属箔 縦 1.3 cm 横 1.3 cm 厚さ 3 µm TiO2 anatase ペレット φ 7 mm 厚さ 0.5 mm 作製日 TiO2 rutile ペレット φ 7 mm 厚さ 0.5 mm 作製日 2017.
あいち SR BL5S1 硬 X 線 XAFS ビームライン Ⅰ 標準試料リスト 周期表のリンクをクリックすると 各元素の標準試料リストに飛びます 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 H He Li Be B C N O F Ne Na Mg Al Si P S Cl Ar K Ca Sc Ti V Cr Mn Fe Co Ni Cu Zn Ga
MP-AES ICP-QQQ Agilent 5100 ICP-OES Agilent 5100 (SVDV) ICP-OES (DSC) 1 5100 SVDV ICP-OES VistaChip II CCD Agilent 7900 ICP-MS 7700 / 10 7900 ICP-MS ICP-MS FTIR Agilent 7900 ICP-MS Agilent Cary 7000 (UMS)
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IS(A3)- 284 - No.e1 核種核種半減期エネルギー放出割合核種通番数値単位 (kev) (%) 1 1 1 MG-28 20.915 H 29.08 27.0000 β-/ce K Al-28 2 1 2 MG-28 20.915 H 30.64 2.6000 β-/ce L Al-28 3 2 1 SC-44M 58.6 H 270.84 0.0828 EC/CE CA-44 4 2
物理化学I-第12回(13).ppt
I- 12-1 11 11.1 2Mg(s) + O 2 (g) 2MgO(s) [Mg 2+ O 2 ] Zn(s) + Cu 2+ (aq) Zn 2+ (aq) + Cu(s) - 2Mg(s) 2Mg 2+ (s) + 4e +) O 2 (g) + 4e 2O 2 (s) 2Mg(s) + O 2 (g) 2MgO(s) Zn(s) Zn 2+ (aq) + 2e +) Cu 2+ (aq)
PowerPoint プレゼンテーション
2004 3 3 2 3 4 5 6 7 8 9 10 T. Ito, A. Yamamoto, et al., J. Chem. Soc., Chem. Commun., 136 (1974) J. Chem. Soc., Dalton Trans., 1783 (1974) J. Chem. Soc., Dalton Trans., 1398 (1975) 11 T.Ito, A. Yamamoto,
あいち SR 硬 X 線 XAFS ビームライン参照試料リスト 周期表のリンクをクリックすると 各元素の参照試料リストに飛びます H He Li Be B C N O F Ne Na Mg Al Si P S
あいち SR 硬 X 線 XAFS ビームライン参照試料リスト 周期表のリンクをクリックすると 各元素の参照試料リストに飛びます 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 H He Li Be B C N O F Ne Na Mg Al Si P S Cl Ar K Ca Sc Ti V Cr Mn Fe Co Ni Cu Zn Ga Ge As Se
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HOLLOW CATHODE LAMPS hv 1 2 1 8 5 3 4 6 (%) 6 4 7 8 2 16 2 24 28 32 36 4 44 (nm) 2 1 328.7 346.5 Ag 47-47NB(AG) 338.28 1 2 Re 75-75NB(RE) 346.47 2 25 39.27 343.49 Al 13-13NB(AL) 396.15 1 2 Rh 45-45NB(RH)
CuSO POINT S 2 Ni Sn Hg Cu Ag Zn 2 Cu Cu Cu OH 2 Cu NH CuSO 4 5H 2O Ag Ag 2O Ag 2CrO4 Zn ZnS ZnO 2+ Fe Fe OH 2 Fe 3+ Fe OH 3 2 Cu Cu OH 2 Ag Ag
CuSO POINT S 2 Ni Sn Hg Cu Ag Zn 2 CuCu Cu OH 2 Cu NH 3 4 2 CuSO 4 5H 2O AgAg 2O Ag 2CrO4 ZnZnS ZnO 2+ Fe Fe OH 2 Fe 3+ Fe OH 3 2 Cu Cu OH 2 Ag Ag 2O Cl Cl AgCl PbCl 2 Ag Cl AgCl Pb 2 2Cl PbCl2 Cl Hg22
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希少金属資源 -新たな段階に入った資源問題-
H 耐用 TMR 占有増大 Li 94.5 4CL 0 Na 56 0 K 800 6CA 99 Rb 0. Cs 0.0 Fr Be.5 86US 4 Mg 5500 0.07 8CN 5 Ca 0.09 7 Sr 0.5 48ES Ba 0.5 47 Ra Sc. Y 6.7 7 (Ln) 800-97CN 6 (An) Center for Strategic Material NIMS,Japan
登録プログラムの名称 登録番号 初回登録日 最新交付日 登録された事業所の名称及び所在地 問い合わせ窓口 JCSS JCSS 年 12 月 1 日 2018 年 5 月 23 日公益社団法人日本アイソトープ協会川崎技術開発センター 神奈川県川崎市川崎区殿町三丁目
登録プログラムの名称 登録番号 初回登録日 最新交付日 登録された事業所の名称及び所在地 問い合わせ窓口 JCSS JCSS0061 1995 年 12 月 1 日 2018 年 5 月 23 日公益社団法人日本アイソトープ協会川崎技術開発センター 210-0821 神奈川県川崎市川崎区殿町三丁目 25 番 20 号法人番号 7010005018674 研究開発課 Tel: 044-589-5494
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コロイド化学と界面化学
x 25 1 kg 1 kg = 1 l mmol dm -3 ----- 1000 mg CO 2 -------------------------------------250 mg Li + --------------------------------1 mg Sr 2+ -------------------- 10
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電子配置と価電子 P11 1 2 13 14 15 16 17 18 1H 2He 第 4 回化学概論 3Li 4Be 5B 6C 7N 8O 9F 10Ne 周期表と元素イオン 11Na 12Mg 13Al 14Si 15P 16S 17Cl 18Ar 1 2 3 4 5 6 7 0 陽性元素陰性元素安定電子を失いやすい電子を受け取りやすい 原子番号と価電子の数 P16 元素の周期表 P17 最外殻の電子配置と周期表
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X X X-Ray Fluorescence Analysis on Environmental Standard Reference Materials with a Dry Battery X-Ray Generator Hideshi ISHII, Hiroya MIYAUCHI, Tadashi HIOKI and Jun KAWAI Copyright The Discussion Group
欧州特許庁米国特許商標庁との共通特許分類 CPC (Cooperative Patent Classification) 日本パテントデータサービス ( 株 ) 国際部 2019 年 1 月 17 日 CPC 版のプレ リリースが公開されました 原文及び詳細はCPCホームページの C
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18 典型元素とその化合物 Ⅰ P oint.43 アルカリ金属元素 1 価電子価のイオン 2 常温で水と激しく反応する強いアルカリ性を示す Na + H2O に保存 3すべての塩は水に溶ける 4 炎色反応を示す Sr Li Ca Na Ba Cu K 5 イオン化傾向が大きい酸化されやすい 力 6 単体 Na は 7 アンモニアソーダ法 で得る ソルベー法 (1) (5) NaCl NaHCO3
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