The 36CI/CI ratios of The groundwater from Baoding and Cangzhou, Hebei Province have been measured by using the tandem accelerator mass spectrometry. It is concluded that the 36CI ages of the groundwater of the fourth...The 36CI/CI ratios of The groundwater from Baoding and Cangzhou, Hebei Province have been measured by using the tandem accelerator mass spectrometry. It is concluded that the 36CI ages of the groundwater of the fourth group(Q,) near the mountain and the second-third(Q3-Q,) group in the east of the Baoding area are less than 100k4 that the age of the third- fourth(Q,Q1) group in the east of the Baoding area is about 314.5ha and that of the second-third group in the west of The Cangchou area is less than 100ka.展开更多
The natural ^36Cl (t1/2=3.01 × 10^5 a) as a geochrometer and long-live radioisotope tracer has its potential applications in geoscience. Accelerator mass spectrometry (AMS)is the most important tool for detection...The natural ^36Cl (t1/2=3.01 × 10^5 a) as a geochrometer and long-live radioisotope tracer has its potential applications in geoscience. Accelerator mass spectrometry (AMS)is the most important tool for detection of naturally produced long-lived radioisotope. Absolute AMS-measurements of ^36Cl require reliable standards for calibration. This original solution of RM12492 was diluted for new AMS standards. All dilution solutions weremade gravimetrically.展开更多
文摘The 36CI/CI ratios of The groundwater from Baoding and Cangzhou, Hebei Province have been measured by using the tandem accelerator mass spectrometry. It is concluded that the 36CI ages of the groundwater of the fourth group(Q,) near the mountain and the second-third(Q3-Q,) group in the east of the Baoding area are less than 100k4 that the age of the third- fourth(Q,Q1) group in the east of the Baoding area is about 314.5ha and that of the second-third group in the west of The Cangchou area is less than 100ka.
文摘The natural ^36Cl (t1/2=3.01 × 10^5 a) as a geochrometer and long-live radioisotope tracer has its potential applications in geoscience. Accelerator mass spectrometry (AMS)is the most important tool for detection of naturally produced long-lived radioisotope. Absolute AMS-measurements of ^36Cl require reliable standards for calibration. This original solution of RM12492 was diluted for new AMS standards. All dilution solutions weremade gravimetrically.
