Publication Date:
2024-02-29
Description:
Based on comparative studies on the utility of ICP, atomic absorption, and other techniques for the elemental analysis of geological samples the authors decided to pursue a scheme of analysis based primarily around the induction coupled plasma atonic emission spectrometry (ICP) technique because of its simultaneous multielement capability and its relatively large linear concentration range. Atomic Absorption techniques are used only for those elements where the sensitivity, precision, or accuracy of the ICP technique are not sufficient for the determination. The elements Cu, Ni, Mo, Sr, V, Y, Cr, Ba, Co, and P were determined by ICP spectrometry, K, Pb, and Zn by FAA spectrometry and Cr by Zeeman GFAA spectrometry on a concentrated solution of 100mg sample dissolved into 3 mL HN03, 1 mL HC104 and 10 mL HF. Mn, Ti, Al, Fe, Mg and Ca is determined by ICP spectrometry and Cd by Zeeman GFAA spectrometry on a dilution of the previous solution with 3N HCl. A dissolution of 100mg of sample into (1+1) HCl was analysed for As using Zeeman GFAA spectrometry. A fusion of 100mg of sample with a mixture of LiBO2+liB4O2 was analysed for Si and Na using ICP technique. Before analysis, the samples were dried at 110°C overnight and fused at 1000°C for 45 minutes.
Keywords:
10.012; 10.013; 10.014; 11.015; 13.017; 14.018; 5.006; 7TOW_5; 7TOW_6; 7TOW05WT; 7TOW05WT-089D; 7TOW05WT-101D; 7TOW06WT; 7TOW06WT-118D; 7TOW06WT-119D; 7TOW06WT-122D; 7TOW06WT-123D; 7TOW06WT-129D; 7TOW06WT-130D; 7TOW06WT-134D; 7TOW06WT-137D; 7TOW06WT-142D; 7TOW06WT-143D; 7TOW06WT-144D; 7TOW-089D; 7TOW-101D; 7TOW-118D; 7TOW-119D; 7TOW-122D; 7TOW-123D; 7TOW-129D; 7TOW-130D; 7TOW-134D; 7TOW-137D; 7TOW-142D; 7TOW-143D; 7TOW-144D; A203204; A205908; A210707; AII-32-3D; AII42-05; AII-59-3D; AII-59-5D; AII-59-7D; AII60-05; AII60-06; AII70-07; Aluminium oxide; AMC11-67; AMC1167-13A; AMC1167-14B; AMC1167-15; AMC1167-16; AMC1167-18B; AMC1167-29; AMC1167-37; AMC1167-46; AMPH-006D; AMPH01AR; AMPH01AR-006D; AMPHITRITE; ANTIPODE; ANTP06MV-082D; ANTP06MV-086D; ANTP07MV-109D; ANTP07MV-113D; ANTP07MV-115D; ANTP-082D; ANTP-086D; ANTP08MV-127D; ANTP-109D; ANTP-113D; ANTP-115D; ANTP-127D; Argo; ARIES; ARIES-007D; ARIES-009D; ARIES-010D; ARIES-012D; ARIES-013D; ARIES-015D; ARIES-019D; ARIES-020D; ARIES-021D; ARIES-023D; ARIES-024D; ARIES-025D; ARIES-027D; ARIES-029D; ARIES-030D; ARIES-031D; ARIES-032D; ARIES-034D; ARIES-036D; ARIES-037D; ARIES-039D; ARIES-051D; ARIES-052D; ARIES-055D; ARIES-056D; ARIES-058D; Arsenic; AT-II-10707-13; AT-II-10707-14; AT-II-10707-16; ATII42-05; AT-II-42-1; ATII60-06; ATII-60-10D; ATII-60-12D; AT-II-60-19; AT-II-60-2; ATII-60-4D; Atlantic Ocean; Atlantis II (1963); BA73; Barium; Bartlett; Blake Plateau, Atlantic Ocean; BRTL73-D1B; Cadmium; Calcium oxide; Carbon dioxide; CARR2_6D; CARR2_9D; CARR2-1D; CARROUSEL2; CCTW-01D; CCTW-02D; CERE; CERE03WT-001D; CERE03WT-005D; CERE03WT-006D; CERE03WT-009D; CERE03WT-010D; CERE03WT-012D; CERE03WT-013D; CERE03WT-014D; CERE03WT-015D; CERE03WT-018D; CERE03WT-019D; CERE03WT-020D; CERE03WT-021D; Cerium; CH05801; CH07501; CH58-9RD; CH-75-1RD; Chain; Chromium; Cobalt(II,III) oxide; COCOTOW; Copper(II) oxide; Cruise_41; D3; Deposit type; DEPTH, sediment/rock; Discoverer (1966); DISTANCE; Distance, maximum; Distance, minimum; DODO; DODO-008D; DODO-009D-2; DODO-011D; DODO-013D; DODO-014D; DODO-015D-1; DODO-113D; DODO-125D; DODO-232D; Dredge; Dredge, box; Dredge, chain bag; Dredge, pipe; Dredge, rock; DRG; DRG_B; DRG_C; DRG_P; DRG_R; DSTGR74-D6; DSTGR74-D7; E05.25 RD5.15; E27.02A BT27.2; East Pacific Ocean; Elevation of event; ELT05; ELT05.004SS-RD; ELT05.015B-RD; ELT05.016-RD; ELT05.017-RD; ELT06; ELT06.002-BT; ELT06.005-RD; ELT06.006-RD; ELT06.007-BT; ELT06.007-RD; ELT06.010-RD; ELT06.013-RD; ELT06.014-BT; ELT06.015-BT; ELT07; ELT07.002-MT; ELT07.007-BT; ELT07.017-RD; ELT09; ELT09.014-MT; ELT09.018-BT; ELT10; ELT10.010-MT; ELT10.010-RD; ELT10.011-BT; ELT10.012-MT; ELT10.013-BT; ELT10.019-MT; ELT10.020-MT; ELT11; ELT11.018-BT; ELT12; ELT12.012-BT; ELT12.016-BT; ELT12.017-BT; ELT12-16C; ELT13; ELT13.007-BT; ELT13.008-BT; ELT13.013-BT2; ELT15; ELT15.001-BT; ELT15.004-BT; ELT15.005-BT; ELT15.007-MT; ELT15.008-BT; ELT17; ELT17.009-RD; ELT17.029-BT; ELT18; ELT18.003-BT; ELT19; ELT19.003BT; ELT20; ELT20.003-BT; ELT20.008-RS; ELT21; ELT21.007-RS; ELT21.008-RS; ELT21.011-RS; ELT21.012-RS; ELT21.016-BT; ELT21.020-BT; ELT23; ELT23.002-RS; ELT23.003-BT; ELT23.005-RS; ELT24; ELT24.002-BT; ELT24.008-RS; ELT24.015-RS; ELT25; ELT25.001-RS; ELT25.005-BT; ELT25.006-RS; ELT27; ELT27.027BT; ELT38; ELT38.017-KG; Eltanin; ERDC; ERDC-001D; ERDC-007D; ERDC-019D; Event label; Flame atomic absorption spectrometry (FAAS); GECS0IMV-001D; Geochemistry; GEOSECS_Pacific_8; Gillis cruise GS7103; Gillis cruise GS7202; Gillis cruise GS7308; Grab; GRAB; GS7103-010-06; GS7202-057-06; GS7202-058-06; GS7202-059-06; GS7202-060-06; GS7202-069-06; GS7202-102; GS7308-010-06; GUAY-2D; GUAY-5D; GUAYAMAS; Horizon; HYPO01MV-053D; HYPO01MV-060D; HYPOGENE; Identification; Indian Ocean; Induction coupled plasma emission spectrometry; Iron oxide, Fe2O3; KA68E; KA9-11; Kana Keoki; Kane; KK72; KK72MW-RD32; KK72MW-RD47; KK740109-03; KK740109-04; KK740109-05; KK740109-05-RD12; KK740109-3-RD4; KK740109-4-RD9; KK760806; KK760806-01,KK760806-02,KK76; KK760806-01-RD12; KK760806-02; KK760806-02-RD9; KK760806-2-RD13; KK761108; KK761108-RD10; KK761108-RD11B; KK761108-RD9; KK77; KK770317; KK770317-4 M01; KK770317-4 M09; KK770317-4 M10; KK770317-4 M11; KK770317-4-RD01; KK770317-4-RD09; KK770317-4-RD10; KK770317-4-RD11; KK781230; KK78-12-RD14; KK78-12-RD2; KK78-12-RD25; KK78-12-RD27; KK78-12-RD29; KK78-12-RD4; KK790808; KK790808-1-RD50; KK790808-2-RD52; KK790808-RD33; KK790808-RD41; KK790808-RD42; KK790808-RD44; KK790808-RD51; KK790808-RD54; KK791029; KK791029-RD58; KK791029-RD60; KK791029-RD61; KK791029-RD62; KK791029-RD63; KK80; KK8004/RD1; KK800414; KK8007/RD25 (STA56); KK8007/RD27 (STA58); KK8007/RD28 (STA59); KK8007/RD29 (STA60); KK8007/RD30 (STA61); KK8007/RD31 (STA62); KK8007/RD32 (STA63); KK8007/RD33 (STA64); KK8007/RD34 (STA65); KK8007/RD35 (STA66); KK8007/RD37 (STA68); KK8007/RD38 (STA69); KK8007/RD39 (STA70); KK800715; KK80-414; KK80-RD1; KK80-RD16; KK80-RD2; KK80-RD20; KK80-RD22; KK80-RD23; KK80-RD25; KK80-RD26; KK80-RD27; KK80-RD28; KK80-RD29; KK80-RD3; KK80-RD30; KK80-RD31; KK80-RD32; KK80-RD33; KK80-RD34; KK80-RD35; KK80-RD37; KK80-RD38; KK80-RD39; KK80-RD4; KK80-RD5; KK80-RD7; KK80-RD8; KK80-RD9; KK810620; KK810620-RD35; KK810620-RD41; KK810620-RD43; KK810620-RD48; KK810626-02; KK810626-05; KK810626-2-RD09; KK810626-2-RD10; KK810626-5-RD68; KK810626-5-RD75; KK840428-05; KK840428-PD10; KK840428-PD11; KK840428-PD12; KK840428-PD18; KK840428-PD6; KK840428-PD7; KK840428-RD22; KK840428-RD23; KK840428-RD24; KK840428-RD25; KK840428-RD27; KK840428-RD28; KK840428-RD29; KK840428-RD30; KK840428-RD32; KK840428-RD34; KK840428-RD35; KK840428-RD39; KK840428-RD40; KK840824-02; KK840824-05; KK840824-RC4; KK840824-RC8; KK840824-RD47; KK840824-RD50; KK840824-RD51; KK840824-RD53; KK840824-RD54; KK840824-RD57; KK840824-RD60; KK840824-RD64; KK840824-RD66; KK840824-RD75; KKMN7601; KN04205; Knorr; KNR-42-33RD; KNR-42-39RD; KNR-42-42RD; KNR-42-45RD; L583HU/009/D6; L583HU/010/D7AX.L583HU/010/D7FX; L583HW; L583HW/001/D1A; L583HW/005/PC2A; L583HW/006/PC3A; L583HW/008/D5BX.L583HW/008/D5CX; L583HW/012/D8A; L583HW/014/D10; L583HW/018/D11A; L583HW/019/D12A; L583HW/021/D14A; L583HW/022/D15B; L583HW/024/D17A; L583HW/026/D18; L583HW/040/D23; L583HW/041/D24; L583HW/042/D25; L583HW/045/D27; L583HW/046/D28; L583HW/049/D31; L583HW/050/D32; L583HW-D1; L583HW-D10; L583HW-D11; L583HW-D12; L583HW-D14; L583HW-D15; L583HW-D17; L583HW-D18; L583HW-D23; L583HW-D24; L583HW-D25; L583HW-D27; L583HW-D28; L583HW-D31; L583HW-D32; L583HW-D5; L583HW-D6; L583HW-D7; L583HW-D8; L583HW-PC002; L583HW-PC003; L9-84-CP; L984CP-D1; L984CP-D12; L984CP-D13; L984CP-D14; L984CP-D15; L984CP-D17; L984CP-D18; L984CP-D4; L984CP-D6; Laboratory code/label; Latitude of event; Lead; Leg 8; Longitude of event; LSDA; LSDA-199D; LUSIAD-A; Magnesium oxide; Majuro Atoll (S0.001); Manganese dioxide; manganese micronodule; manganese nodule; Melville; MIDPAC I; MIDPAC IIa; MN76-01, Pleiades; Moana Wave; Molybdenum; MONS01AR-MONS08AR; MONSOON; MSN-20D; MW8513; MW8513-RD01; MW8513-RD02; MW8513-RD06; MW8513-RD09; New Horizon; Nickel oxide; NMNH-110675, IFU-8; NMNH 117615-3; NOAA and MMS Marine Minerals Geochemical Database; NOAA-MMS; North-East Pacific Ocean; North Pacific Ocean; NOVA04HO-062D; NOVA04HO-064D; NOVA-H; NOVA-H62D; NOVA-H64D; OC68; ocean; Oceanographer; OCNGR68; OCNGR68-D14; OCNGR68-D15; OCNGR68-D9; P6707; P6707-30D; P6707a; P6707a-007-006; P7003; P7003-36D; Pacific Ocean; Pacific Oean; PC; Phosphorus pentoxide; Pillsbury; Piston corer; PLDS04MV-008D; PLDS-4; Potassium oxide; QBR-22D; QBR-7A; QBR-8B; QUEBRADA; RC05; RC05-1RD; RC13; RC13-1RD; RC13-5RD; RC14; RC14-1RD; RC14-2RD; RC14-3RD; RC14-4RD; RC15; RC15-13RD; RC15-14RD; RC15-16RD; RC15-19RD; RC15-20RD; RC15-21RD; RC15-23RD; RC15-25RD; RC15-28RD; RC15-2RD; RC15-4RD; RC15-5RD; RC15-7RD; RC15-8RD; RC16; RC16.13.D19; RC16-002RD; RC16-008RD; RC16-011RD; RC16-012RD; RC16-019RD; RC16-10RD; RISE3-13D; RISE3-19D; RISE3-20D; RISE3-23D; RISE3-24D; RISE3-25D; RISE3-26D; RISE3-27D; RISE3-28D;
Type:
Dataset
Format:
text/tab-separated-values, 22984 data points
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