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Development of Melting System for Measurement of Trace Elements and Ions in Ice Core

Cited 6 time in wos
Cited 6 time in scopus
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Development of Melting System for Measurement of Trace Elements and Ions in Ice Core
Joon, Seong Jun
Hur, Soon Do
Lee, Khanghyun
Hong, Sang-Bum
Kim, Sun-Mee
Hong, Sung-Min
Chung, Ji Woong
Kang, Chang-Hee
Tseren-Ochir Soyol-Erdene
Ice core; Melting system; Performance tests; Titanium melting head
Issue Date
Joon, Seong Jun, et al. 2015. "Development of Melting System for Measurement of Trace Elements and Ions in Ice Core". BULLETIN OF THE KOREAN CHEMICAL SOCIETY, 36(4): 1069-1081.
We present a titanium (Ti) melting head divided into three zones as an improved melting system for decontaminating ice-core samples. This system was subjected to performance tests using short ice-core samples (4 × 4 cm2, ~5 cm long). The procedural blanks (PBs) and detection limits of ionic species, with the exception of NO? 3, were comparable with published values, but for elements the experimental procedures should be refined to obtain valid Zn concentrations due to the PB of ~90.0 ± 16.2 ng/L. The improved melting system efficiently decontaminated the samples, as verified by the concentration profiles of elements and ions in the melted samples from the three melting-head zones. The recovery of trace elements in ice-core samples was ~70?120% at ~100 ng/L in artificial ice cores. Because of the memory effects between ice-core samples melted in series, the melting system should be rinsed at least 5?6 times (in a total volume of ~2.5 mL deionized water) after each melting procedure. Finally, as an application of this technique, trace elements were measured in ice-core samples recovered from the East Rongbuk Glacier, Mount Everest, (28 030N, 86 960E, 6518 m a.s.l.), and the concentrations of trace elements following mechanical chiseling and the melting method were compared.
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