元素周期表
Periodic Table of the Elements
1H 氢 | 2He 氦 |
3Li 锂 | 4Be 铍 | 5B 硼 | 6C 碳 | 7N 氮 | 8O 氧 | 9F 氟 | 10Ne 氖 |
11Na 钠 | 12Mg 镁 | 13Al 铝 | 14Si 硅 | 15P 磷 | 16S 硫 | 17Cl 氯 | 18Ar 氩 |
19K 钾 | 20Ca 钙 | 21Sc 钪 | 22Ti 钛 | 23V 钒 | 24Cr 铬 | 25Mn 锰 | 26Fe 铁 | 27Co 钴 | 28Ni 镍 | 29Cu 铜 | 30Zn 锌 | 31Ga 镓 | 32Ge 锗 | 33As 砷 | 34Se 硒 | 35Br 溴 | 36Kr 氪 |
37Rb 铷 | 38Sr 锶 | 39Y 钇 | 40Zr 锆 | 41Nb 铌 | 42Mo 钼 | 43Tc 锝 | 44Ru 钌 | 45Rh 铑 | 46Pd 钯 | 47Ag 银 | 48Cd 镉 | 49In 铟 | 50Sn 锡 | 51Sb 锑 | 52Te 碲 | 53I 碘 | 54Xe 氙 |
55Cs 铯 | 56Ba 钡 | 57-71 镧系 | 72Hf 铪 | 73Ta 钽 | 74W 钨 | 75Re 铼 | 76Os 锇 | 77Ir 铱 | 78Pt 铂 | 79Au 金 | 80Hg 汞 | 81Tl 铊 | 82Pb 铅 | 83Bi 铋 | 84Po 钋 | 85At 砹 | 86Rn 氡 |
87Fr 钫 | 88Ra 镭 | 89-103 锕系 | 104Rf 𬬻 | 105Db 𬭊 | 106Sg 𬭳 | 107Bh 𬭛 | 108Hs 𬭶 | 109Mt 鿏 | 110Ds 𫟼 | 111Rg 𬬭 | 112Cn 鎶 | 113Nh 鉨 | 114Fl 𫓧 | 115Mc 镆 | 116Lv 𫟷 |
57La 镧 | 58Ce 铈 | 59Pr 镨 | 60Nd 钕 | 61Pm 钷 | 62Sm 钐 | 63Eu 铕 | 64Gd 钆 | 65Tb 铽 | 66Dy 镝 | 67Ho 钬 | 68Er 铒 | 69Tm 铥 | 70Yb 镱 | 71Lu 镥 |
89Ac 锕 | 90Th 钍 | 91Pa 镤 | 92U 铀 | 93Np 镎 | 94Pu 钚 | 95Am 镅 | 96Cm 锔 | 97Bk 锫 | 98Cf 锎 | 99Es 锿 | 100Fm 镄 | 101Md 钔 | 102No 锘 | 103Lr 铹 |
Method of Characterisation
GC/FID
Batch Information
Water Content: <0.1% (by Karl-Fischer-Titration)
Uncertainty
The certified value(s) and uncertainty(ies) aredetermined in accordance with ISO 17034 with an 95% confidence level (k=2).Uncertainty is based on the Total Combined Uncertainty, including uncertaintiesof characterisation, homogeneity and stability testing. Stability values are basedon real evidence opposed to simulation.
The producer certifies that this reference materialmeets the specification stated in this certificate until the expiry date,provided it is stored unopened at the recommended temperature herein. Productwarranties for this reference material are set out in the terms and conditionsof purchase.
Intended Use
This RM is intended for use in a laboratory as acalibration and quality control standard or in method development foranalytical techniques.
Safety
Proper precautions should be observed whilehandling. See Safety Data Sheet.
Traceability
The balances used for gravimetric measurements arecalibrated with weights traceable to the national standards (DKD). Thecalibration of the balances is verified daily internally and annually by anexternal7 accredited calibration service. Chromatographic methods are traceableto the International System of Units (SI).
Homogeneity
Random replicate samples of the final packaged RMhave been analysed to prove homogeneity compliant with ISO 17034.
Storage
The RM should be stored in the original sealedcontainer at the indicated temperature.
Instructions for use
It is recommended to use 1 mg as the minimum samplesize and if less material is used, to increase the certified uncertainty by afactor of two for half sample and four for a quarter of sample. If storageafter opening is necessary, the RM should be tightly closed and kept from lightand moisture. If the RM was in a sealed ampoule, it should be transferred to avial with minimum head space.
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标准号:GB 23200.113-2018
定量限(LOQ):0.01 mg/kg
注:实际检出限可能因仪器灵敏度与样品基质差异略有波动,需通过方法验证确认。
2. 回收率范围要求为70%-120%,RSD≤15%;
3. 质控样品应与待测样品同步处理和分析。
2. 净化:提取液经PSA和C18吸附剂分散固相萃取净化;
3. 仪器条件:色谱柱为DB-5MS(30 m×0.25 mm×0.25 μm),柱温程序升温,离子源温度230℃,四级杆温度150℃;
4. 定量分析:以基质匹配标准曲线校准,避免基质效应干扰。
2. 复杂基质(如含色素或脂类样品)需增加净化步骤或调整吸附剂比例;
3. 若检测结果接近定量限,建议采用同位素内标法复核以提高准确性。
以上信息仅供参考,请以相应标准的原文为准!