2
Atomic weight: 4.003
Isotope abundance: 4 (100%)
Oxidation states: 0
Helium
3
Atomic weight: 6.941
Chemical form in solution: Li+(aq) (large effective radius due to hydration sphere)
Isotope abundance: 6 (7.59%); 7 (92.41%)*
Highlighted isotope is the recommended mass number for ICP-MS analysis
Oxidation states: +1
Store at room temperature (15° to 30°C)
2-100 ppb levels stable for months in 1% HNO3/LDPE container. 1-10,000 ppm solutions chemically stable for years in 1-5% HNO3/LDPE container.
Part No. | Type | Description |
---|---|---|
5610103000 | Coded | Lithium (Li) coded single element hollow cathode lamp |
5610124900 | Uncoded | Lithium (Li) uncoded single element hollow cathode lamp, for all AAS instruments with octal base connector |
Lithium
4
Atomic weight: 9.012
Chemical form in solution: Be2+(H2O)42+
Isotope abundance: 9 (100%)*
Highlighted isotope is the recommended mass number for ICP-MS analysis
Oxidation states: +2
Store at room temperature (15° to 30°C)
2-100 ppb levels stable for months in 1% HNO3/LDPE container. 1-10,000 ppm solutions chemically stable for years in 5-10% HNO3/LDPE container.
Part Number | Concentration | Matrix | Volume | Quality Level (ISO 17034) |
---|---|---|---|---|
5190-8565 | 10 µg/mL | 2% HNO3 | 100mL | CRM |
Part No. | Type | Description |
---|---|---|
5610100500 | Coded | Beryllium (Be) coded single element hollow cathode lamp |
5610122400 | Uncoded | Beryllium (Be) uncoded single element hollow cathode lamp, for all AAS instruments with octal base connector |
Beryllium
9
Atomic weight: 18.998
Isotope abundance: 19 (100%)
Oxidation states: -1
Fluorine
10
Atomic weight: 20.179
Isotope abundance: 20 (90.48%); 21 (0.27%); 22 (9.25%)
Oxidation states: 0
Neon
11
Atomic weight: 22.98977
Chemical form in solution: Na+(H2O)n+
Isotope abundance: 23 (100%)*
Highlighted isotope is the recommended mass number for ICP-MS analysis
Oxidation states: +1
Store at room temperature (15° to 30°C)
2-100 ppb levels stable for months in 1% HNO3/LDPE container. 1-10,000 ppm solutions chemically stable for years in 1-5% HNO3/LDPE container.
Part Number | Concentration | Matrix | Volume | Quality Level (ISO 17034) |
---|---|---|---|---|
ICP-411 | 10 µg/mL | 0.5% HNO3 | 125mL | CRM |
Part No. | Type | Description |
---|---|---|
5610105300 | Coded | Sodium (Na) coded single element hollow cathode lamp |
5610127300 | Uncoded | Sodium (Na) uncoded single element hollow cathode lamp, for all AAS instruments with octal base connector |
Sodium
12
Atomic Weight: 24.305
Chemical form in solution: Mg(H2O)6+2
Isotope abundance: 24 (78.99%)*; 25 (10%); 26 (11.01%)
Highlighted isotope is the recommended mass number for ICP-MS analysis
Oxidation states: +2
Store at room temperature (15° to 30°C)
2-100 ppb levels stable for months in 1% HNO3/LDPE container. 1-10,000 ppm solutions chemically stable for years in 1-10% HNO3/LDPE container.
Part Number | Concentration | Matrix | Volume | Quality Level (ISO 17034) |
---|---|---|---|---|
ICP-412 | 10 µg/mL | 0.5% HNO3 | 125mL | CRM |
Part No. | Type | Description |
---|---|---|
5610103200 | Coded | Magnesium (Mg) coded single element hollow cathode lamp |
5610125100 | Uncoded | Magnesium (Mg) uncoded single element hollow cathode lamp, for all AAS instruments with octal base connector |
Magnesium
13
Atomic Weight: 26.98154
Chemical form in solution: Al(H2O)6+3
Isotope abundance: 27 (100%)*
Highlighted isotope is the recommended mass number for ICP-MS analysis
Oxidation states: +3
Store at room temperature (15° to 30°C)
2-100 ppb levels stable for months in 1% HNO3/LDPE container. 1-10,000 ppm solutions chemically stable for years in 2-5% HNO3/LDPE container.
Part Number | Concentration | Matrix | Volume | Quality Level (ISO 17034) |
---|---|---|---|---|
5190-8561 | 10 µg/mL | 2% HNO3 | 100mL | CRM |
Part No. | Type | Description |
---|---|---|
5610100100 | Coded | Aluminum (Al) coded single element hollow cathode lamp |
5610122000 | Uncoded | Aluminum (Al) uncoded single element hollow cathode lamp, for all AAS instruments with octal base connector |
Aluminum
17
Atomic weight: 35.453
Isotope abundance: 35 (75.76%)*; 37 (24.24%)
Highlighted isotope is the recommended mass number for ICP-MS analysis
Oxidation states: +7, +6, +5, +4, +3, +1, -1, -2
Chlorine
18
Atomic weight: 39.948
Isotope abundance: 36 (0.34%); 38 (0.06%); 40 (99.60%)
Oxidation states: 0
Argon
19
Atomic weight: 39.0983
Chemical form in solution: K+(aq)
Isotope abundance: 39 (93.26%)*; 40 (0.01%); 41 (6.73%)
Highlighted isotope is the recommended mass number for ICP-MS analysis
Oxidation states: +1
Store at room temperature (15° to 30°C)
2-100 ppb levels stable for months in 1% HNO3/LDPE container. 1-10,000 ppm solutions chemically stable for years in 1-5% HNO3/LDPE container.
Part Number | Concentration | Matrix | Volume | Quality Level (ISO 17034) |
---|---|---|---|---|
ICP-419 | 10 µg/mL | 0.5% HNO3 | 125mL | CRM |
Part No. | Type | Description |
---|---|---|
5610104200 | Coded | Potassium (K) coded single element hollow cathode lamp |
5610126200 | Uncoded | Potassium (K) uncoded single element hollow cathode lamp, for all AAS instruments with octal base connector |
Potassium
20
Atomic weight: 40.078
Chemical form in solution: Ca(H2O)6+2
Isotope abundance: 40 (96.941%); 42 (0.647%); 43 (0.135%)*; 44 (2.086%)*; 46 (0.004%); 48 (0.187%)
Highlighted isotope is the recommended mass number for ICP-MS analysis
Oxidation states: +2
Store at room temperature (15° to 30°C)
2-100 ppb levels stable for months in 1% HNO3/LDPE container. 1-10,000 ppm solutions chemically stable for years in 1-10% HNO3/LDPE container.
Part Number | Concentration | Matrix | Volume | Quality Level (ISO 17034) |
---|---|---|---|---|
ICP-420 | 10 µg/mL | 0.5% HNO3 | 125mL | CRM |
Part No. | Type | Description |
---|---|---|
5610101000 | Coded | Calcium (Ca) coded single element hollow cathode lamp |
5610122900 | Uncoded | Calcium (Ca) uncoded single element hollow cathode lamp, for all AAS instruments with octal base connector |
Calcium
21
Atomic weight: 44.95591
Chemical form in solution: Sc(H2O)6+2
Isotope abundance: 45 (100%)*
Highlighted isotope is the recommended mass number for ICP-MS analysis
Oxidation states: +3, +2
Store at room temperature (15° to 30°C)
2-100 ppb levels stable for months in 1% HNO3/LDPE container. 1-10,000 ppm solutions chemically stable for years in 5-10% HNO3/LDPE container. Small atomic radius increases hydrolysis requiring higher acid levels than other Rare Earths.
Part Number | Concentration | Matrix | Volume | Quality Level (ISO 17034) |
---|---|---|---|---|
IAA-221 | 1,000 µg/mL | 5% HNO3 | 125 mL | RM |
Part No. | Type | Description |
---|---|---|
5610126900 | Uncoded | Scandium (Sc) uncoded single element hollow cathode lamp, for all AAS instruments with octal base connector |
Scandium
22
Atomic weight: 47.88
Chemical form in solution: Ti(F)6-2
Isotope abundance: 46 (8.25%); 47 (7.44%)*; 48 (73.72%); 49 (5.41%); 50 (5.18%)
Highlighted isotope is the recommended mass number for ICP-MS analysis
Oxidation states: +4, +3, +2
Store at room temperature (15° to 30°C)
2-100 ppb levels stable (alone or mixed with all other metals) as the Ti(F)6-2 for months in 1% HNO3/LDPE container. 1-10,000 ppm single element solutions as the Ti(F)6-2 chemically stable for years in 2-5% HNO3/trace HF in an LDPE container.
Part Number | Concentration | Matrix | Volume | Quality Level (ISO 17034) |
---|---|---|---|---|
ICP-422 | 10 µg/mL | 0.5% HNO3 with 0.1% HF | 125mL | CRM |
Part No. | Type | Description |
---|---|---|
5610106200 | Coded | Titanium (Ti) coded single element hollow cathode lamp |
5610128200 | Uncoded | Titanium (Ti) uncoded single element hollow cathode lamp, for all AAS instruments with octal base connector |
Titanium
23
Atomic weight: 50.9415
Chemical form in solution: H2V10O284-
Isotope abundance: 50 (0.25%); 51 (99.75%)*
Highlighted isotope is the recommended mass number for ICP-MS analysis
Oxidation states: +5, +4, +3, +2, +1, 0, -1
Store at room temperature (15° to 30°C)
2-100 ppb levels stable for months in 1% HNO3/LDPE container. 1-10,000 ppm solutions chemically stable for years in 1-5% HNO3/LDPE container.
Part Number | Concentration | Matrix | Volume | Quality Level (ISO 17034) |
---|---|---|---|---|
5190-8585 | 10 µg/mL | 5% HNO3 | 100mL | CRM |
Part No. | Type | Description |
---|---|---|
5610106500 | Coded | Vanadium (V) coded single element hollow cathode lamp |
5610128500 | Uncoded | Vanadium (V) uncoded single element hollow cathode lamp, for all AAS instruments with octal base connector |
Vanadium
24
Atomic weight: 51.9961
Chemical form in solution: Cr(H2O)63+
Isotope abundance: 50 (4.345%); 52 (83.79%)*; 53 (9.50%); 54 (2.365%)
Highlighted isotope is the recommended mass number for ICP-MS analysis
Oxidation states: +6, +5, +4, +3, +2, +1, 0, -1, -2
Store at room temperature (15° to 30°C)
2-100 ppb levels stable for months in 1% HNO3/LDPE container. 1-10,000 ppm solutions chemically stable for years in 1-5% HNO3/LDPE container.
Part No. | Type | Description |
---|---|---|
5610101200 | Coded | Chromium (Cr) coded single element hollow cathode lamp |
5610123100 | Uncoded | Chromium (Cr) uncoded single element hollow cathode lamp, for all AAS instruments with octal base connector |
Chromium
25
Atomic weight: 54.9380
Chemical form in solution: Mn(H2O)62+
Isotope abundance: 55 (100%)*
Highlighted isotope is the recommended mass number for ICP-MS analysis
Oxidation states: +7, +6, +5, +4, +3, +2, +1, 0, -1
Store at room temperature (15° to 30°C)
2-100 ppb levels stable for months in 1% HNO3/LDPE container. 1-10,000 ppm solutions chemically stable for years in 1-5% HNO3/LDPE container.
Part Number | Concentration | Matrix | Volume | Quality Level (ISO 17034) |
---|---|---|---|---|
5190-8574 | 10 µg/mL | 2% HNO3 | 100mL | CRM |
Part No. | Type | Description |
---|---|---|
5610103300 | Coded | Manganese (Mn) coded single element hollow cathode lamp |
5610125200 | Uncoded | Manganese (Mn) uncoded single element hollow cathode lamp, for all AAS instruments with octal base connector |
5610133700 | High intensity UltrAA | Manganese (Mn) high intensity UltrAA coded single element hollow cathode lamp |
Manganese
26
Atomic weight: 55.847
Chemical form in solution: Fe(H2O)63+
Isotope abundance: 54 (5.85%); 56 (91.75%)*; 57 (2.12%); 58 (0.28%)
Highlighted isotope is the recommended mass number for ICP-MS analysis
Oxidation states: +6, +5, +4, +3, +2, +1, 0
Store at room temperature (15° to 30°C)
2-100 ppb levels stable for months in 1% HNO3/LDPE container. 1-10,000 ppm solutions chemically stable for years in 1-5% HNO3/LDPE container.
Part Number | Concentration | Matrix | Volume | Quality Level (ISO 17034) |
---|---|---|---|---|
ICP-426 | 10 µg/mL | 0.5% HNO3 | 125mL | CRM |
Part No. | Type | Description |
---|---|---|
5610102700 | Coded | Iron (Fe) coded single element hollow cathode lamp |
5610124600 | Uncoded | Iron (Fe) uncoded single element hollow cathode lamp, for all AAS instruments with octal base connector |
5610108600 | High intensity UltrAA | Iron (Fe) high intensity UltrAA coded single element hollow cathode lamp |
Iron
27
Atomic weight: 58.9332
Chemical form in solution: Co(H2O)62+
Isotope abundance: 59 (100%)*
Highlighted isotope is the recommended mass number for ICP-MS analysis
Oxidation states: +5, +4, +3, +2
Store at room temperature (15° to 30°C)
2-100 ppb levels stable for months in 1% HNO3/LDPE container. 1-10,000 ppm solutions chemically stable for years in 1-5% HNO3/LDPE container.
Part Number | Concentration | Matrix | Volume | Quality Level (ISO 17034) |
---|---|---|---|---|
8500-6947 | 10 µg/mL | 2% HNO3 | 100mL | CRM |
Part No. | Type | Description |
---|---|---|
5610101300 | Coded | Cobalt (Co) coded single element hollow cathode lamp |
5610123200 | Uncoded | Cobalt (Co) uncoded single element hollow cathode lamp, for all AAS instruments with octal base connector |
5610134100 | High intensity UltrAA | Cobalt (Co) high intensity UltrAA coded single element hollow cathode lamp |
Cobalt
28
Atomic weight: 58.6934
Chemical form in solution: Ni(H2O)62+
Isotope abundance: 58 (68.08%); 60 (26.22%)*; 61 (1.14%); 62 (3.63%); 64 (0.93%)
Highlighted isotope is the recommended mass number for ICP-MS analysis
Oxidation states: +6, +4, +3, +2, +1, 0, -1
Store at room temperature (15° to 30°C)
2-100 ppb levels stable for months in 1% HNO3/LDPE container. 1-10,000 ppm solutions chemically stable for years in 1-5% HNO3/LDPE container.
Part Number | Concentration | Matrix | Volume | Quality Level (ISO 17034) |
---|---|---|---|---|
5190-8576 | 10 µg/mL | 2% HNO3 | 100mL | CRM |
Part No. | Type | Description |
---|---|---|
5610103700 | Coded | Nickel (Ni) coded single element hollow cathode lamp |
5610125600 | Uncoded | Nickel (Ni) uncoded single element hollow cathode lamp, for all AAS instruments with octal base connector |
5610108500 | High intensity UltrAA | Nickel (Ni) high intensity UltrAA coded single element hollow cathode lamp |
Nickel
29
Atomic weight: 63.546
Chemical form in solution: Cu(H2O)62+
Isotope abundance: 63 (69.15%)*; 65 (30.85%)
Highlighted isotope is the recommended mass number for ICP-MS analysis
Oxidation states: +3, +2, +1
Store at room temperature (15° to 30°C)
2-100 ppb levels stable for months in 1% HNO3/LDPE container. 1-10,000 ppm solutions chemically stable for years in 1-5% HNO3/LDPE container.
Part Number | Concentration | Matrix | Volume | Quality Level (ISO 17034) |
---|---|---|---|---|
5190-8569 | 10 µg/mL | 2% HNO3 | 100mL | CRM |
Part No. | Type | Description |
---|---|---|
5610101400 | Coded | Copper (Cu) coded single element hollow cathode lamp |
5610123300 | Uncoded | Copper (Cu) uncoded single element hollow cathode lamp, for all AAS instruments with octal base connector |
Copper
30
Atomic weight: 65.38
Chemical form in solution: Zn(OH)(aq)+
Isotope abundance: 64 (49.17%); 66 (27.73%)*; 67 (4.04%); 68 (18.45%); 70 (0.61%)
Highlighted isotope is the recommended mass number for ICP-MS analysis
Oxidation states: +2
Store at room temperature (15° to 30°C)
2-100 ppb levels stable for months in 1% HNO3/LDPE container. 1-10,000 ppm solutions chemically stable for years in 1-5% HNO3/LDPE container.
Part Number | Concentration | Matrix | Volume | Quality Level (ISO 17034) |
---|---|---|---|---|
5190-8587 | 10 µg/mL | 2% HNO3 | 100mL | CRM |
Part No. | Type | Description |
---|---|---|
5610106800 | Coded | Zinc (Zn) coded single element hollow cathode lamp |
5610128800 | Uncoded | Zinc (Zn) uncoded single element hollow cathode lamp, for all AAS instruments with octal base connector |
Zinc
31
Atomic weight: 69.723
Chemical form in solution: Ga(H2O)6+3
Isotope abundance: 69 (60.11%); 71 (39.89%)*
Highlighted isotope is the recommended mass number for ICP-MS analysis
Oxidation states: +3, +2, +1
Store at room temperature (15° to 30°C)
2-100 ppb levels stable for months in 1% HNO3/LDPE container. 1-10,000 ppm solutions chemically stable for years in 2-5% HNO3/LDPE container.
Part Number | Concentration | Matrix | Volume | Quality Level (ISO 17034) |
---|---|---|---|---|
IAA-231 | 1,000 µg/mL | 2% HNO3 | 125 mL | RM |
Part No. | Type | Description |
---|---|---|
5610123800 | Uncoded | Gallium (Ga) uncoded single element hollow cathode lamp, for all AAS instruments with octal base connector |
Gallium
35
Atomic weight: 79.904
Isotope abundance: 79 (50.69%)*; 81 (49.31%)
Highlighted isotope is the recommended mass number for ICP-MS analysis
Oxidation states: +7, +5, +4, +3, +1, -1
Bromine
36
Atomic weight: 83.8
Isotope abundance: 78 (0.35%); 80 (2.29%); 82 (11.59%); 83 (11.50%); 84 (56.99%); 86 (17.28%)
Oxidation states: +2
Krypton
37
Atomic weight: 85.4678
Chemical form in solution: Rb+(aq)
Isotope abundance: 85 (72.17%)*; 87 (27.83%)
Highlighted isotope is the recommended mass number for ICP-MS analysis
Oxidation states: +1
Store at room temperature (15° to 30°C)
2-100 ppb levels stable for months in 1% HNO3/LDPE container. 1-10,000 ppm solutions chemically stable for years in 0.1-1% HNO3/LDPE container.
Part Number | Concentration | Matrix | Volume | Quality Level (ISO 17034) |
---|---|---|---|---|
5190-8440 | 10,000 µg/mL | 5% HNO3 | 100mL | CRM |
Part No. | Type | Description |
---|---|---|
5610126600 | Uncoded | Rubidium (Rb) uncoded single element hollow cathode lamp, for all AAS instruments with octal base connector |
Rubidium
38
Atomic weight: 87.62
Chemical form in solution: Sr(H2O)6+2
Isotope abundance: 84 (0.56%); 86 (9.86%); 87 (7.00%); 88 (82.58%)*
Highlighted isotope is the recommended mass number for ICP-MS analysis
Oxidation states: +2
Store at room temperature (15° to 30°C)
2-100 ppb levels stable for months in 1% HNO3/LDPE container. 1-10,000 ppm solutions chemically stable for years in 1-3.5% HNO3/LDPE container.
Part Number | Concentration | Matrix | Volume | Quality Level (ISO 17034) |
---|---|---|---|---|
5190-8581 | 10 µg/mL | 2% HNO3 | 100mL | CRM |
Part No. | Type | Description |
---|---|---|
5610105400 | Coded | Strontium (Sr) coded single element hollow cathode lamp |
5610127400 | Uncoded | Strontium (Sr) uncoded single element hollow cathode lamp, for all AAS instruments with octal base connector |
Strontium
39
Atomic weight: 88.9059
Chemical form in solution: Y(OH)(H2O)x+2
Isotope abundance: 89 (100%)*
Highlighted isotope is the recommended mass number for ICP-MS analysis
Oxidation states: +3
Store at room temperature (15° to 30°C)
2-100 ppb levels stable for months in 1% HNO3/LDPE container. 1-10,000 ppm solutions chemically stable for years in 2-5% HNO3/LDPE container.
Part Number | Concentration | Matrix | Volume | Quality Level (ISO 17034) |
---|---|---|---|---|
IAA-239 | 1,000 µg/mL | 5% HNO3 | 125 mL | RM |
Part No. | Type | Description |
---|---|---|
5610128700 | Uncoded | Yttrium (Y) uncoded single element hollow cathode lamp, for all AAS instruments with octal base connector |
Yttrium
40
Atomic weight: 91.224
Chemical form in solution: Zr(F)6-2
Isotope abundance: 90 (51.45%)*; 91 (11.22%); 92 (17.15%); 94 (17.38%); 96 (2.80%)
Highlighted isotope is the recommended mass number for ICP-MS analysis
Oxidation states: +4, +3, +2, 0, -2
Store at room temperature (15° to 30°C)
2-100 ppb levels stable (alone or mixed with all other metals that are at comparable levels) as the Zr(F)6-2 + Zr(OH)4F2-2 for months in 1% HNO3/LDPE container. 1-10,000 ppm single element solutions as the Zr(F)6-2 chemically stable for years in 2-5% HNO3/trace HF in an LDPE container.
Part No. | Type | Description |
---|---|---|
5610106900 | Coded | Zirconium (Zr) coded single element hollow cathode lamp |
5610128900 | Uncoded | Zirconium (Zr) uncoded single element hollow cathode lamp, for all AAS instruments with octal base connector |
Zirconium
41
Atomic weight: 92.9064
Chemical form in solution: NbOF5-2
Isotope abundance: 93 (100%)*
Highlighted isotope is the recommended mass number for ICP-MS analysis
Oxidation states: +5, +4, +3, +2, +1, -1, -3
Store at room temperature (15° to 30°C)
2-100 ppb levels stable (alone or mixed with all other metals that are at comparable levels) as the NbOF5-2 for 5 months in 1% HNO3/LDPE container. 1-10,000 ppm single element solutions as the NbOF5-2 chemically stable for years in 2-5% HNO3/trace HF in an LDPE container.
Part No. | Type | Description |
---|---|---|
5610103800 | Coded | Niobium (Nb) coded single element hollow cathode lamp |
5610125700 | Uncoded | Niobium (Nb) uncoded single element hollow cathode lamp, for all AAS instruments with octal base connector |
Niobium
42
Atomic weight: 95.96
Chemical form in solution: MoO4-2 (chem. form as received)
Isotope abundance: 92 (14.53%); 94 (9.15%); 95 (15.84%)*; 96 (16.67%); 97 (9.60%); 98 (24.39%); 100 (9.82%)
Highlighted isotope is the recommended mass number for ICP-MS analysis
Oxidation states: +6, +5, +4, +3, +2
Store at room temperature (15° to 30°C)
2-100 ppb levels stable (alone or mixed with all other metals that are at comparable levels) as the MoOF5-2 for months in 1% HNO3/LDPE container. 1-10,000 ppm single element solutions as the MoO4-2 chemically stable for years in 1% NH4OH in a LDPE container.
Part Number | Concentration | Matrix | Volume | Quality Level (ISO 17034) |
---|---|---|---|---|
ICP-442 | 10 µg/mL | 0.5% NH4OH | 125mL | CRM |
Part No. | Type | Description |
---|---|---|
5610103500 | Coded | Molybdenum (Mo) coded single element hollow cathode lamp |
5610125400 | Uncoded | Molybdenum (Mo) uncoded single element hollow cathode lamp, for all AAS instruments with octal base connector |
Molybdenum
43
Atomic weight: (98)
Oxidation states: +7, +6, +5, +4, 0, -1
Technetium
44
Atomic weight: 101.07
Chemical form in solution: RuCl6
Isotope abundance: 96 (5.54%); 98 (1.87%); 99 (12.76%); 100 (12.60%); 101 (17.06%)*; 102 (31.55%); 104 (18.62%)
Highlighted isotope is the recommended mass number for ICP-MS analysis
Oxidation states: +8, +7, +6, +5, +4, +3, +2
Store at room temperature (15° to 30°C)
2-100 ppb levels stable for months in 1% HNO3/LDPE container. 1-10,000 ppm solutions chemically stable for years in 10% HCl/LDPE container.
Part No. | Type | Description |
---|---|---|
5610126700 | Uncoded | Ruthenium (Ru) uncoded single element hollow cathode lamp, for all AAS instruments with octal base connector |
Ruthenium
45
Atomic weight: 102.91
Chemical form in solution: RhCl6-3
Isotope abundance: 103 (100%)*
Highlighted isotope is the recommended mass number for ICP-MS analysis
Oxidation states: +6, +5, +4, +3, +2, +1, 0, -1
Store at room temperature (15° to 30°C)
2-100 ppb levels stable for months in 1% HNO3/LDPE container. 1-10,000 ppm solutions chemically stable for years in 10% HCl/LDPE container.
Part Number | Concentration | Matrix | Volume | Quality Level (ISO 17034) |
---|---|---|---|---|
IAA-245 | 1,000 µg/mL | 5% HCl | 125 mL | RM |
Part Number | Concentration | Matrix | Volume | Quality Level (ISO 17034) |
---|---|---|---|---|
8500-6945 | 10 µg/mL | 2% HCl | 100mL | CRM |
Part No. | Type | Description |
---|---|---|
5610104500 | Coded | Rhodium (Rh) coded single element hollow cathode lamp |
5610126500 | Uncoded | Rhodium (Rh) uncoded single element hollow cathode lamp, for all AAS instruments with octal base connector |
Rhodium
46
Atomic weight: 106.42
Chemical form in solution: Pd(H2O)62+
Isotope abundance: 102 (1.02%); 104 (11.14%); 105 (22.33%)*; 106 (27.33%); 108 (26.46%); 110 (11.72%)
Highlighted isotope is the recommended mass number for ICP-MS analysis
Oxidation states: +4, +2, 0
Store at room temperature (15° to 30°C)
2-100 ppb levels. 2 ppb Pd is stable for 1 day in 1% HNO3/LDPE container. 10 ppb is stable for 3 days in 1% HNO3/LDPE container. 100 ppb is stable for ≥ 5 months in 1% HNO3/LDPE container. 1-10,000 ppm solutions chemically stable for years in 1-5% HNO3/LDPE container.
Part No. | Type | Description |
---|---|---|
5610104000 | Coded | Palladium (Pd) coded single element hollow cathode lamp |
5610125900 | Uncoded | Palladium (Pd) uncoded single element hollow cathode lamp, for all AAS instruments with octal base connector |
5610135800 | High intensity UltrAA | Palladium (Pd) high intensity UltrAA coded single element hollow cathode lamp |
Palladium
47
Atomic weight: 107.8682
Chemical form in solution: Ag(H2O)6+
Isotope abundance: 107 (51.84%)*; 109 (48.16%)
Highlighted isotope is the recommended mass number for ICP-MS analysis
Oxidation states: +3, +2, +1
Store at room temperature (15° to 30°C)
2-100 ppb levels stable for 75+ days when mixed with equivalent levels of all other elements including the precious metals (where chloride is present) when in 1% HNO3/LDPE container. 1-10,000 ppm solutions chemically stable for years in 1-5% HNO3/LDPE container.
Part Number | Concentration | Matrix | Volume | Quality Level (ISO 17034) |
---|---|---|---|---|
5190-8580 | 10 µg/mL | 2% HNO3 | 100mL | CRM |
Part No. | Type | Description |
---|---|---|
5610105200 | Coded | Silver (Ag) coded single element hollow cathode lamp |
5610127200 | Uncoded | Silver (Ag) uncoded single element hollow cathode lamp, for all AAS instruments with octal base connector |
Silver
48
Atomic weight: 112.41
Chemical form in solution: Cd2(OH)(aq)3+ and Cd(OH)(aq)+
Isotope abundance: 106 (1.25%); 108 (0.89%); 110 (12.49%); 111 (12.80%)*; 112 (24.13%); 113 (12.22%); 114 (28.73%); 116 (7.49%)
Highlighted isotope is the recommended mass number for ICP-MS analysis
Oxidation states: +2
Store at room temperature (15° to 30°C)
2-100 ppb levels stable for months in 1% HNO3/LDPE container. 1-10,000 ppm solutions chemically stable for years in 1-5% HNO3/LDPE container.
Part Number | Concentration | Matrix | Volume | Quality Level (ISO 17034) |
---|---|---|---|---|
5190-8567 | 10 µg/mL | 2% HNO3 | 100mL | CRM |
Part No. | Type | Description |
---|---|---|
5610100800 | Coded | Cadmium (Cd) coded single element hollow cathode lamp |
5610122700 | Uncoded | Cadmium (Cd) uncoded single element hollow cathode lamp, for all AAS instruments with octal base connector |
Cadmium
49
Atomic weight: 114.82
Chemical form in solution: In(H2O)6+3
Isotope abundance: 113 (4.29%); 115 (95.71%)*
Highlighted isotope is the recommended mass number for ICP-MS analysis
Oxidation states: +3, +2, +1
Store at room temperature (15° to 30°C)
2-100 ppb levels stable for months in 1% HNO3/LDPE container. 1-10,000 ppm solutions chemically stable for years in 2-5% HNO3/LDPE container.
Part Number | Concentration | Matrix | Volume | Quality Level (ISO 17034) |
---|---|---|---|---|
5190-8284 | 1,000 µg/mL | 5% HNO3 | 100 mL | CRM |
Part No. | Type | Description |
---|---|---|
5610124400 | Uncoded | Indium (In) uncoded single element hollow cathode lamp, for all AAS instruments with octal base connector |
Indium
50
Atomic weight: 118.710
Chemical form in solution: Sn(OH)xFy2-
Isotope abundance: 112 (0.97%); 114 (0.66%); 115 (0.34%); 116 (14.54%); 117 (7.68%); 118 (24.22%)*; 119 (8.59%); 120 (32.58%); 122 (4.63%); 124 (5.79%)
Highlighted isotope is the recommended mass number for ICP-MS analysis
Oxidation states: +4, +2
Store at room temperature (15° to 30°C)
2-100 ppb levels stable (alone or mixed with all other metals that are at comparable levels) as the Sn(OH)xFy2- for 1 year in 1% HNO3/LDPE container. 1-10,000 ppm single element solutions as the Sn(OH)xFy2- are chemically stable for years in 2-5% HNO3/trace HF in a LDPE container.
Part Number | Concentration | Matrix | Volume | Quality Level (ISO 17034) |
---|---|---|---|---|
5190-8583 | 10 µg/mL | 5% HCl | 100mL | CRM |
Part No. | Type | Description |
---|---|---|
5610106100 | Coded | Tin (Sn) coded single element hollow cathode lamp |
5610128100 | Uncoded | Tin (Sn) uncoded single element hollow cathode lamp, for all AAS instruments with octal base connector |
5610133900 | High intensity UltrAA | Tin (Sn) high intensity UltrAA coded single element hollow cathode lamp |
Tin
53
Atomic weight: 126.905
Isotope abundance: 127 (100%)*
Highlighted isotope is the recommended mass number for ICP-MS analysis
Oxidation states: +7, +5, +3, +1, 0, -1
Iodine
54
Atomic weight: 131.29
Isotope abundance: 124 (0.09%); 126 (0.09%); 128 (1.92%); 129 (26.40%); 130 (4.07%); 131 (21.23%); 132 (26.91%); 134 (10.44%); 136 (8.86%)
Oxidation states: +8, +6, +4, +2
Xenon
55
Atomic weight: 132.9054
Chemical form in solution: Cs+(aq)
Isotope abundance: 133 (100%)*
Highlighted isotope is the recommended mass number for ICP-MS analysis
Oxidation states: +1
Store at room temperature (15° to 30°C)
2-100 ppb levels stable for months in 1% HNO3/LDPE container. 1-10,000 ppm solutions chemically stable for years in 0.1% HNO3/LDPE container. Will crystallize out of higher (~ 5%) levels of HNO3 at > 1000 µg/mL.
Part Number | Concentration | Matrix | Volume | Quality Level (ISO 17034) |
---|---|---|---|---|
5190-8274 | 1,000 µg/mL | 5% HNO3 | 100 mL | CRM |
1,000 µg/mL | 2% HNO3 | 125 mL | RM |
Part No. | Type | Description |
---|---|---|
5610122800 | Uncoded | Cesium (Cs) uncoded single element hollow cathode lamp, for all AAS instruments with octal base connector |
Cesium
56
Atomic weight: 137.33
Chemical form in solution: Ba(H2O)6+2
Isotope abundance: 130 (0.11%); 132 (0.10%); 134 (2.42%); 135 (6.59%); 136 (7.85%); 137 (11.23%)*; 138 (71.70%)
Highlighted isotope is the recommended mass number for ICP-MS analysis
Oxidation states: +2
Store at room temperature (15° to 30°C)
2-100 ppb levels stable for months in 1% HNO3/LDPE container. 1-10,000 ppm solutions chemically stable for years in 1-3.5% HNO3/LDPE container.
Part Number | Concentration | Matrix | Volume | Quality Level (ISO 17034) |
---|---|---|---|---|
5190-8564 | 10 µg/mL | 2% HNO3 | 100mL | CRM |
Part No. | Type | Description |
---|---|---|
5610100400 | Coded | Barium (Ba) coded single element hollow cathode lamp |
5610122300 | Uncoded | Barium (Ba) uncoded single element hollow cathode lamp, for all AAS instruments with octal base connector |
Barium
72
Atomic weight: 178.49
Chemical form in solution: Hf(F)6-2
Isotope abundance: 174 (0.16%); 176 (5.26%); 177 (18.60%); 178 (27.28%)*; 179 (13.62%); 180 (35.08%)
Highlighted isotope is the recommended mass number for ICP-MS analysis
Oxidation states: +4, +3
Store at room temperature (15° to 30°C)
2-100 ppb levels stable alone or mixed with all other metals that are at comparable levels as the Hf(F)6-2 + Hf(OH)4F2-2 for months in 1% HNO3/LDPE container. 1-10,000 ppm single element solutions as the Hf(F)6-2 chemically stable for years in 2-5% HNO3/trace HF in an LDPE container.
Part Number | Concentration | Matrix | Volume | Quality Level (ISO 17034) |
---|---|---|---|---|
ICP-172 | 10,000 µg/mL | 0.2% HF | 125mL | RM |
Part No. | Type | Description |
---|---|---|
5610102200 | Coded | Hafnium (Hf) coded single element hollow cathode lamp |
5610124100 | Uncoded | Hafnium (Hf) uncoded single element hollow cathode lamp, for all AAS instruments with octal base connector |
Hafnium
73
Atomic weight: 180.9479
Chemical form in solution: TaOF6-3
Isotope abundance: 180 (0.01%); 181 (99.99%)*
Highlighted isotope is the recommended mass number for ICP-MS analysis
Oxidation states: +5, +4, +3, +1, -1, -3
Store at room temperature (15° to 30°C)
2-100 ppb levels stable (alone or mixed with all other metals that are at comparable levels) as the TaOF6-3, for 2 months at the 2-10 ppb level in 1% HNO3/LDPE container and for 5 months at the 100 ppb level under same conditions. 1-10,000 ppm single element solutions as the TaOF6-3 are chemically stable for years in 2-5% HNO3/trace HF in an LDPE container.
Part No. | Type | Description |
---|---|---|
5610105500 | Coded | Tantalum (Ta) coded single element hollow cathode lamp |
5610127500 | Uncoded | Tantalum (Ta) uncoded single element hollow cathode lamp, for all AAS instruments with octal base connector |
Tantalum
74
Atomic weight: 183.85
Chemical form in solution: WOF5-2 (chem. form as received)
Isotope abundance: 180 (0.12%); 182 (26.50%)*; 183 (14.31%); 184 (30.64%); 186 (28.43%)
Highlighted isotope is the recommended mass number for ICP-MS analysis
Oxidation states: +6, +5, +4, +3, +2, 0, -1, -2, -4
Store at room temperature (15° to 30°C)
2-100 ppb levels stable (alone or mixed with all other metals that are at comparable levels) as the [WOF5]-2 for months in 1% HNO3/LDPE container. 1-10,000 ppm single element solutions as the [WOF5]-2 chemically stable for years in 1% HF in a LDPE container.
Part Number | Concentration | Matrix | Volume | Quality Level (ISO 17034) |
---|---|---|---|---|
IAA-274 | 1,000 µg/mL | 0.5% NH4OH | 125 mL | RM |
Part No. | Type | Description |
---|---|---|
5610128300 | Uncoded | Tungsten (W) uncoded single element hollow cathode lamp, for all AAS instruments with octal base connector |
Tungsten
75
Atomic weight: 186.207
Chemical form in solution: ReO4-
Isotope abundance: 185 (37.40%)*; 187 (62.60%)
Highlighted isotope is the recommended mass number for ICP-MS analysis
Oxidation states: +7, +6, +5, +4, +3, +2, +1, 0, -1, -3
Store at room temperature (15° to 30°C)
2-100 ppb levels stable for months in 1% HNO3/LDPE container. 1-10,000 ppm solutions chemically stable for years in 1-5% HNO3/LDPE container.
Part No. | Type | Description |
---|---|---|
5610104400 | Coded | Rhenium (Re) coded single element hollow cathode lamp |
5610126400 | Uncoded | Rhenium (Re) uncoded single element hollow cathode lamp, for all AAS instruments with octal base connector |
Rhenium
76
Atomic weight: 190.2
Chemical form in solution: OsCl62-
Isotope abundance: 184 (0.02%); 186 (1.59%); 187 (1.96%); 188 (13.24%); 189 (16.15%)*; 190 (26.26%); 192 (40.78%)
Highlighted isotope is the recommended mass number for ICP-MS analysis
Oxidation states: +8, +7, +6, +5, +4, +3, +2, +1, 0, -2
Osmium
77
Atomic weight: 192.22
Chemical form in solution: IrCl6-2
Isotope abundance: 191 (37.3%); 193 (62.7%)*
Highlighted isotope is the recommended mass number for ICP-MS analysis
Oxidation states: +6, +5, +4, +3, +2, +1
Store at room temperature (15° to 30°C)
2-100 ppb levels. 2-100 ppb levels stable for months in 1% HNO3/LDPE container. 1-10,000 ppm solutions chemically stable for years in 10% HCl/LDPE container.
Part Number | Concentration | Matrix | Volume | Quality Level (ISO 17034) |
---|---|---|---|---|
IAA-277 | 1,000 µg/mL | 5% HCl | 125 mL | RM |
Part Number | Concentration | Matrix | Volume | Quality Level (ISO 17034) |
---|---|---|---|---|
5190-8570 | 10 µg/mL | 2% HNO3 | 100mL | CRM |
Part No. | Type | Description |
---|---|---|
5610102600 | Coded | Iridium (Ir) coded single element hollow cathode lamp |
5610124500 | Uncoded | Iridium (Ir) uncoded single element hollow cathode lamp, for all AAS instruments with octal base connector |
Iridium
78
Atomic weight: 195.08
Chemical form in solution: Pt(Cl)62-
Isotope abundance: 190 (0.012%); 192 (0.782%); 194 (32.86%); 195 (33.78%)*; 196 (25.21%); 198 (7.356%)
Highlighted isotope is the recommended mass number for ICP-MS analysis
Oxidation states: +6, +5, +4, +2, 0
Store at room temperature (15° to 30°C)
2-10 ppb Pt is stable for 2 months in 1% HNO3/LDPE container. 100 ppb is stable for 5 months in 1% HNO3/LDPE container. 1-10,000 ppm solutions chemically stable for years in 10% HCl/LDPE container.
Part Number | Concentration | Matrix | Volume | Quality Level (ISO 17034) |
---|---|---|---|---|
5190-8577 | 10 µg/mL | 5% HCl | 100mL | CRM |
Part No. | Type | Description |
---|---|---|
5610104100 | Coded | Platinum (Pt) coded single element hollow cathode lamp |
5610126100 | Uncoded | Platinum (Pt) uncoded single element hollow cathode lamp, for all AAS instruments with octal base connector |
5610135900 | High intensity UltrAA | Platinum (Pt) high intensity UltrAA coded single element hollow cathode lamp |
Platinum
79
Atomic weight: 196.9665
Chemical form in solution: Au(Cl)63-
Isotope abundance: 197 (100%)*
Highlighted isotope is the recommended mass number for ICP-MS analysis
Oxidation states: +7, +5, +3, +1
Store at room temperature (15° to 30°C)
2-100 ppb levels. 2-10 ppb Au is stable for ≤ 1 day maximum in 1% HNO3/LDPE container. 100 ppb is stable for ≤ 2 days maximum in 1% HNO3/LDPE container. 1-10,000 ppm solutions chemically stable for years in 10% HCl/LDPE container.
Part Number | Concentration | Matrix | Volume | Quality Level (ISO 17034) |
---|---|---|---|---|
8500-7000 | 100 µg/mL | 2% HCl | 100mL | CRM |
Part No. | Type | Description |
---|---|---|
5610102100 | Coded | Gold (Au) coded single element hollow cathode lamp |
5610124000 | Uncoded | Gold (Au) uncoded single element hollow cathode lamp, for all AAS instruments with octal base connector |
5610109000 | High intensity UltrAA | Gold (Au) high intensity UltrAA coded single element hollow cathode lamp |
Gold
80
Atomic weight: 200.59
Chemical form in solution: Hg(OH)(aq)+
Isotope abundance: 196 (0.15%); 198 (9.97%); 199 (16.87%); 200 (23.10%); 201 (13.18%)*; 202 (29.86%)*; 204 (6.87%)
Highlighted isotope is the recommended mass number for ICP-MS analysis
Oxidation states: +2, +1
Store at room temperature (15° to 30°C)
2-100 ppb levels—stable in 10% HNO3 packaged in borosilicate glass; NOT stable in 1% HNO3/ LDPE container. 1-100 ppm levels stable in 7% HNO3 packaged in borosilicate glass. 1000-10,000 ppm solutions are chemically stable for years in 5-10% HNO3/LDPE container.
Part Number | Concentration | Matrix | Volume | Quality Level (ISO 17034) |
---|---|---|---|---|
5190-8575 | 10 µg/mL | 5% HNO3 | 100mL | CRM |
Part No. | Type | Description |
---|---|---|
5610103400 | Coded | Mercury (Hg) coded single element hollow cathode lamp |
5610125300 | Uncoded | Mercury (Hg) uncoded single element hollow cathode lamp, for all AAS instruments with octal base connector |
Mercury
81
Atomic weight: 204.383
Chemical form in solution: Tl(H2O)6+
Isotope abundance: 203 (29.52%); 205 (70.48%)*
Highlighted isotope is the recommended mass number for ICP-MS analysis
Oxidation states: +3, +1
Store at room temperature (15° to 30°C)
2-100 ppb levels stable for months in 1% HNO3/LDPE container. 1-10,000 ppm solutions chemically stable for years in 2-5% HNO3/LDPE container.
Part Number | Concentration | Matrix | Volume | Quality Level (ISO 17034) |
---|---|---|---|---|
ICP-481 | 10 µg/mL | 0.5% HNO3 | 125mL | CRM |
Part No. | Type | Description |
---|---|---|
5610105800 | Coded | Thallium (Tl) coded single element hollow cathode lamp |
5610127800 | Uncoded | Thallium (Tl) uncoded single element hollow cathode lamp, for all AAS instruments with octal base connector |
5610108400 | High intensity UltrAA | Thallium (Tl) high intensity UltrAA coded single element hollow cathode lamp |
Thallium
82
Atomic weight: 207.2
Chemical form in solution: Pb(H2O)6+2
Isotope abundance: 204 (1.4%); 206 (24.1%); 207 (22.1%); 208 (52.4%)*
Highlighted isotope is the recommended mass number for ICP-MS analysis
Oxidation states: +4, +2
Store at room temperature (15° to 30°C)
2-100 ppb levels stable for months in 1% HNO3/LDPE container. 1-10,000 ppm solutions chemically stable for years in 2-5% HNO3/LDPE container.
Part Number | Concentration | Matrix | Volume | Quality Level (ISO 17034) |
---|---|---|---|---|
5190-8571 | 10 µg/mL | 2% HNO3 | 100mL | CRM |
Part No. | Type | Description |
---|---|---|
5610102900 | Coded | Lead (Pb) coded single element hollow cathode lamp |
5610124800 | Uncoded | Lead (Pb) uncoded single element hollow cathode lamp, for all AAS instruments with octal base connector |
5610108200 | High intensity UltrAA | Lead (Pb) high intensity UltrAA coded single element hollow cathode lamp |
Lead
83
Atomic weight: 208.9804
Chemical form in solution: Bi(O)(H2O)x+
Isotope abundance: 209 (100%)*
Highlighted isotope is the recommended mass number for ICP-MS analysis
Oxidation states: +5, +3, +1, -3
Store at room temperature (15° to 30°C)
2-100 ppb levels stable for months in 1% HNO3/LDPE container. 1-10,000 ppm solutions chemically stable for years in 5-7% HNO3/LDPE container.
Part No. | Type | Description |
---|---|---|
5610100600 | Coded | Bismuth (Bi) coded single element hollow cathode lamp |
5610122500 | Uncoded | Bismuth (Bi) uncoded single element hollow cathode lamp, for all AAS instruments with octal base connector |
5610134200 | High intensity UltrAA | Bismuth (Bi) high intensity UltrAA coded single element hollow cathode lamp |
Bismuth
85
Atomic weight: (210)
Oxidation states: +3, +1, -1
Astatine
86
Atomic weight: (222)
Oxidation states: +2
Radon
87
Atomic weight: (223)
Oxidation states: +1
Francium
88
Atomic weight: 226.025
Oxidation states: +2
Radium
104
Atomic weight: (267)
Rutherfordium
105
Atomic weight: (268)
Dubnium
106
Atomic weight: (269)
Seaborgium
107
Atomic weight: (270)
Bohrium
108
Atomic weight: (277)
Hassium
109
Atomic weight: (278)
Meitnerium
110
Atomic weight: (281)
Darmstadtium
111
Atomic weight: (282)
Roentgenium
112
Atomic weight: (285)
Copernicium
113
Atomic weight: (284)
Nihonium
114
Atomic weight: (289)
Flerovium
115
Atomic weight: (288)
Moscovium
116
Atomic weight: (293)
Livermorium
117
Atomic weight: (294)
Tennessine
118
Atomic weight: (294)
Oganesson
57
Atomic weight: 138.9055
Chemical form in solution: La(OH)y(H2O)x+3-y
Isotope abundance: 138 (0.09%); 139 (99.91%)*
Highlighted isotope is the recommended mass number for ICP-MS analysis
Oxidation states: +3
Store at room temperature (15° to 30°C)
2-100 ppb levels stable for months in 1% HNO3/LDPE container. 1-10,000 ppm solutions chemically stable for years in 2-5% HNO3/LDPE container.
Part Number | Concentration | Matrix | Volume | Quality Level (ISO 17034) |
---|---|---|---|---|
IAA-257 | 1,000 µg/mL | 1% HNO3 | 125 mL | RM |
Part No. | Type | Description |
---|---|---|
5610124700 | Uncoded | Lanthanum (La) uncoded single element hollow cathode lamp, for all AAS instruments with octal base connector |
Lanthanum
58
Atomic weight: 140.12
Chemical form in solution: Ce(OH)y(H2O)x+4-y
Isotope abundance: 136 (0.19%); 138 (0.25%); 140 (88.45%)*; 142 (11.11%)
Highlighted isotope is the recommended mass number for ICP-MS analysis
Oxidation states: +4, +3
Store at room temperature (15° to 30°C)
2-100 ppb levels stable for months in 1% HNO3/LDPE container. 1-10,000 ppm solutions chemically stable for years in 2-5% HNO3/LDPE container.
Part Number | Concentration | Matrix | Volume | Quality Level (ISO 17034) |
---|---|---|---|---|
IAA-258 | 1,000 µg/mL | 2% HNO3 | 125 mL | RM |
Cerium
59
Atomic weight: 140.9077
Chemical form in solution: Pr(OH)y(H2O)x+3-y
Isotope abundance: 141 (100%)*
Highlighted isotope is the recommended mass number for ICP-MS analysis
Oxidation states: +4, +3
Store at room temperature (15° to 30°C)
2-100 ppb levels stable for months in 1% HNO3/LDPE container. 1-10,000 ppm solutions chemically stable for years in 2-5% HNO3/LDPE container.
Part Number | Concentration | Matrix | Volume | Quality Level (ISO 17034) |
---|---|---|---|---|
IAA-259 | 1,000 µg/mL | 1% HNO3 | 125 mL | RM |
Praseodymium
60
Atomic weight: 144.24
Chemical form in solution: Nd(OH)y(H2O)x+3-y
Isotope abundance: 142 (27.2%); 143 (12.2%); 144 (23.8%); 145 (8.3%); 146 (17.2%)*; 148 (5.7%); 150 (5.6%)
Highlighted isotope is the recommended mass number for ICP-MS analysis
Oxidation states: +4, +3, +2
Store at room temperature (15° to 30°C)
2-100 ppb levels stable for months in 1% HNO3/LDPE container. 1-10,000 ppm solutions chemically stable for years in 2-5% HNO3/LDPE container.
Part No. | Type | Description |
---|---|---|
5610103600 | Coded | Neodymium (Nd) coded single element hollow cathode lamp |
5610125500 | Uncoded | Neodymium (Nd) uncoded single element hollow cathode lamp, for all AAS instruments with octal base connector |
Neodymium
61
Atomic weight: (145)
Oxidation states: +3
Promethium
62
Atomic weight: 150.36
Chemical form in solution: Sm(OH)y(H2O)x+3-y
Isotope abundance: 144 (3.07%); 147 (14.99%)*; 148 (11.24%); 149 (13.82%); 150 (7.38%); 152 (26.75%); 154 (22.75%)
Highlighted isotope is the recommended mass number for ICP-MS analysis
Oxidation states: +3, +2
Store at room temperature (15° to 30°C)
2-100 ppb levels stable for months in 1% HNO3/LDPE container. 1-10,000 ppm solutions chemically stable for years in 2-5% HNO3/LDPE container.
Part Number | Concentration | Matrix | Volume | Quality Level (ISO 17034) |
---|---|---|---|---|
5190-8515 | 1,000 µg/mL | 5% HNO3 | 100mL | CRM |
Part No. | Type | Description |
---|---|---|
5610126800 | Uncoded | Samarium (Sm) uncoded single element hollow cathode lamp, for all AAS instruments with octal base connector |
Samarium
63
Atomic weight: 151.96
Chemical form in solution: Eu(OH)y(H2O)x+3-y
Isotope abundance: 151 (47.81%); 153 (52.19%)*
Highlighted isotope is the recommended mass number for ICP-MS analysis
Oxidation states: +3, +2
Store at room temperature (15° to 30°C)
2-100 ppb levels stable for months in 1% HNO3/LDPE container. 1-10,000 ppm solutions chemically stable for years in 2-5% HNO3/LDPE container.
Part No. | Type | Description |
---|---|---|
5610123600 | Uncoded | Europium (Eu) uncoded single element hollow cathode lamp, for all AAS instruments with octal base connector |
Europium
64
Atomic weight: 157.25
Chemical form in solution: Gd(OH)x(H2O)y+3-x
Isotope abundance: 152 (0.2%); 154 (2.18%); 155 (14.80%); 156 (20.47%); 157 (15.65%)*; 158 (24.84%); 160 (21.86%)
Highlighted isotope is the recommended mass number for ICP-MS analysis
Oxidation states: +3, +2
Store at room temperature (15° to 30°C)
2-100 ppb levels stable for months in 1% HNO3/LDPE container. 1-10,000 ppm solutions chemically stable for years in 2-5% HNO3/LDPE container.
Part No. | Type | Description |
---|---|---|
5610123700 | Uncoded | Gadolinium (Gd) uncoded single element hollow cathode lamp, for all AAS instruments with octal base connector |
Gadolinium
65
Atomic weight: 158.9254
Chemical form in solution: Tb(OH)x(H2O)y+3-x
Isotope abundance: 159 (100%)*
Highlighted isotope is the recommended mass number for ICP-MS analysis
Oxidation states: +4, +3
Store at room temperature (15° to 30°C)
2-100 ppb levels stable for months in 1% HNO3/LDPE container. 1-10,000 ppm solutions chemically stable for years in 2-5% HNO3/LDPE container.
Part Number | Concentration | Matrix | Volume | Quality Level (ISO 17034) |
---|---|---|---|---|
5190-8216 | 10,000 µg/mL | 500mL | CRM |
Terbium
66
Atomic weight: 162.50
Chemical form in solution: Dy(OH)x(H2O)y+3-x
Isotope abundance: 156 (0.06%); 158 (0.09%); 160 (2.33%); 161 (18.89%); 162 (25.47%); 163 (24.90%)*; 164 (28.26%)
Highlighted isotope is the recommended mass number for ICP-MS analysis
Oxidation states: +4, +3, +2
Store at room temperature (15° to 30°C)
2-100 ppb levels stable for months in 1% HNO3/LDPE container. 1-10,000 ppm solutions chemically stable for years in 2-5% HNO3/LDPE container.
Dysprosium
67
Atomic weight: 164.9304
Chemical form in solution: Ho(OH)x(H2O)y+3-x
Isotope abundance: 165 (100%)*
Highlighted isotope is the recommended mass number for ICP-MS analysis
Oxidation states: +3
Store at room temperature (15° to 30°C)
2-100 ppb levels stable for months in 1% HNO3/LDPE container. 1-10,000 ppm solutions chemically stable for years in 2-5% HNO3/LDPE container.
Holmium
68
Atomic weight: 167.26
Chemical form in solution: Er(OH)x(H2O)y+3-x
Isotope abundance: 162 (0.14%); 164 (1.60%); 166 (33.50%)*; 167 (22.87%); 168 (26.98%); 170 (14.91%)
Highlighted isotope is the recommended mass number for ICP-MS analysis
Oxidation states: +3
Store at room temperature (15° to 30°C)
2-100 ppb levels stable for months in 1% HNO3/LDPE container. 1-10,000 ppm solutions chemically stable for years in 2-5% HNO3/LDPE container.
Erbium
69
Atomic weight: 168.9342
Chemical form in solution: Tm(OH)x(H2O)y+3-x
Isotope abundance: 169 (100%)*
Highlighted isotope is the recommended mass number for ICP-MS analysis
Oxidation states: +3, +2
Store at room temperature (15° to 30°C)
2-100 ppb levels stable for months in 1% HNO3/LDPE container. 1-10,000 ppm solutions chemically stable for years in 2-5% HNO3/LDPE container.
Thulium
70
Atomic weight: 173.054
Chemical form in solution: Yb(OH)x(H2O)y+3-x
Isotope abundance: 168 (0.12%); 170 (2.98%); 171 (14.09%); 172 (21.68%)*; 173 (16.10%); 174 (32.03%); 176 (13.00%)
Highlighted isotope is the recommended mass number for ICP-MS analysis
Oxidation states: +3
Store at room temperature (15° to 30°C)
2-100 ppb levels stable for months in 1% HNO3/LDPE container. 1-10,000 ppm solutions chemically stable for years in 2-5% HNO3/LDPE container.
Ytterbium
71
Atomic weight: 174.9668
Chemical form in solution: Lu(OH)x(H2O)y+3-x
Isotope abundance: 175 (97.40%)*; 176 (2.60%)
Highlighted isotope is the recommended mass number for ICP-MS analysis
Oxidation states: +3
Store at room temperature (15° to 30°C)
2-100 ppb levels stable for months in 1% HNO3/LDPE container. 1-10,000 ppm solutions chemically stable for years in 2-5% HNO3/LDPE container.
Part Number | Concentration | Matrix | Volume | Quality Level (ISO 17034) |
---|---|---|---|---|
5190-8573 | 10 µg/mL | 2% HNO3 | 100mL | CRM |
Lutetium
89
Atomic weight: 227.028
Oxidation states: +3
Actinium
90
Atomic weight: 232.0381
Chemical form in solution: Th(OH)3+ and Th(OH)22+
Isotope abundance: 232 (100%)*
Highlighted isotope is the recommended mass number for ICP-MS analysis
Oxidation states: +4, +3, +2
Store at room temperature (15° to 30°C)
2-100 ppb levels stable for months in 1% HNO3/LDPE container. 1-10,000 ppm solutions chemically stable for years in 2-5% HNO3/LDPE container.
Part Number | Concentration | Matrix | Volume | Quality Level (ISO 17034) |
---|---|---|---|---|
IAA-290 | 1,000 µg/mL | 4% HNO3 | 125 mL | RM |
Part Number | Concentration | Matrix | Volume | Quality Level (ISO 17034) |
---|---|---|---|---|
ICP-190 | 10,000 µg/mL | 4% HNO3 | 125mL | RM |
Thorium
91
Atomic weight: 231.036
Oxidation states: +5, +4, +3
Protactinium
92
Atomic weight: 238.0289
Chemical form in solution: UO22+ (uranyl)
Isotope abundance: 234 (0.005%); 235 (0.720%); 238 (99.274%)*
Highlighted isotope is the recommended mass number for ICP-MS analysis
Oxidation states: +6, +5, +4, +3
Store at room temperature (15° to 30°C)
2-100 ppb levels stable for months in 1% HNO3/LDPE container. 1-10,000 ppm solutions chemically stable for years in 2-5% HNO3/LDPE container.
Part Number | Concentration | Matrix | Volume | Quality Level (ISO 17034) |
---|---|---|---|---|
ICP-192 | 10,000 µg/mL | 4% HNO3 | 125mL | RM |
Part Number | Concentration | Matrix | Volume | Quality Level (ISO 17034) |
---|---|---|---|---|
5190-8584 | 10 µg/mL | 2% HNO3 | 100mL | CRM |
Uranium
93
Atomic weight: 237.048
Oxidation states: +7, +6, +5, +4, +3, +2
Neptunium
94
Atomic weight: (244)
Oxidation states: (+7), +6, +5, +4, +3, +2
Plutonium
95
Atomic weight: (243)
Oxidation states: +6, +5, +4, +3, +2
Americium
96
Atomic weight: (247)
Oxidation states: +4, +3, +2
Curium
97
Atomic weight: (247)
Oxidation states: +4, +3, +2
Berkelium
98
Atomic weight: (251)
Oxidation states: +4, +3, +2
Californium
99
Atomic weight: (254)
Oxidation states: (+4), +3, (+2)
Einsteinium
100
Atomic weight: (257)
Oxidation states: +3, (+2)
Fermium
101
Atomic weight: (258)
Oxidation states: +3, +2
Mendelevium
102
Atomic weight: (259)
Oxidation states: +3, +2
Nobelium
103
Atomic weight: (262)
Oxidation states: +3
Lawrencium
サンプル中の重金属やその他の元素の正確な検出は、標準物質と消耗品の品質によって左右されます。アジレントの標準液および認証標準物質はすべて、ISO 17025 および 17034 認証のもとで厳しい検査を受け、製造されています。
相対同位体アバンダンス表をダウンロード
特定の機関のメソッドの混合液およびキットは、こちらをクリックしてください。包括的な標準物質ポートフォリオは、こちらをクリックしてください。
CRM – 認証標準物質 = 測定プロセスを維持またはモニタリングするために使用され、属性値が十分に均一で、安定性があり、十分に確立されている標準物質。一般的にラボ間の試験に使用。
RM – 参照物質 = 1 つ以上の指定された特性に関して十分に均一で安定的であることが検査で確認されており、測定プロセスにおける用途に対し適切であることが確立された標準物質。ISO 17034 の認定を受けた施設で製造されています。
元素分析の精度と生産性を高めるには、簡単でコスト効率が高く、分析の目的やメソッドに適したサンプル前処理が必要です。アジレントのソリューションなら、ろ過や精製から固相抽出まで、正確な結果を簡単に得られます。詳しくはこちら
分析ワークフローにはバイアルが欠かせません。アジレントのバイアルとキャップを選べば、サンプル容器と分析結果を全面的に信頼できるようになります。詳しくはこちら
アジレントは ULTRA Scientific 社と統合しました。これにより、信頼性と有効性に優れた標準物質を幅広く提供できるようになりました。簡単に注文でき、迅速にお届けします。また、カスタム標準もご利用いただけます。詳しくはこちら
アジレントの広範な高品質 ICP-OES 消耗品には、ネブライザ、トーチ、アプリケーションキットが含まれています。Agilent 5000 シリーズ ICP-OES 機器用の新しいフルデマンタブルトーチは、インジェクタ部分が着脱可能になったため、トーチのメンテナンスが劇的に簡単になりました。詳しくはこちら
妥協のない AA 性能を確保。アジレントのホローカソードランプは安定性と感度に優れており、検出下限性能を向上させ、長寿命を実現します。詳しくはこちら
アジレントのインタフェースコーンは、Agilent ICP-MS システム用に設計、テストされ、実際のアプリケーションで十分な感度と安定性を発揮します。バックグラウンドが最も低く、質量範囲全般で優れた感度を発揮します。詳細はこちら
卓越した生産性、精度、信頼性。アジレントは、世界最速のフレーム AA システムなど、あらゆるニーズや予算に合う画期的な AA 機器を取り揃え、業界をリードしています。詳しくはこちら
高速、高感度の元素分析を実現します。Agilent ICP-MS システムにより、精度、使いやすさ、生産性が向上します。詳しくはこちら
アジレントの高品質 ICP-OES システム、アクセサリー、消耗品、ICP Expert ソフトウェアが、金属分析、元素分析、有機溶媒の調査において、分析の目標達成を支援します。詳しくはこちら
アジレントの充実した機器ラインアップをご覧ください。詳しくはこちら
高品質なソリューションを多数取り揃えたアジレントのラボソフトウェアポートフォリオにより、あらゆる分析システムの性能を最大限に引き出すことができます。詳しくはこちら