TIMS:热电离质谱法
热电离质谱法(Thermal Ionization Mass Spectrometry,简称TIMS)是一种在物理学及相关科研领域广泛使用的分析技术。该缩写形式便于在学术写作和交流中快速书写与应用,有效提升了专业术语的表达效率。
Thermal Ionization Mass Spectrometry具体释义
Thermal Ionization Mass Spectrometry的英文发音
例句
- The theory of thermal ionization mass spectrometry has been deeply discussed and the procedures for high-precision measurement of isotopes of lithium, indium and cerium have been established.
- 该成果对质谱中的热电离理论进行了较深入地讨论,建立了高精度质谱测定锂铟铈同位素的方法。
- The new methods for isotopic measurements of boron, chlorine and bromine by thermal ionization mass spectrometry using the non-reduction characteristics of thermal ion emission have been summarized and the important evolution in isotopic measurements of boron, chlorine and bromine has been achieved in this study.
- 该项研究成果总结了利用石墨的非还原热离子发射特性所建立的高精度热电高质谱测定硼氯溴同位素的方法,实现了硼氯溴同位素测定的重要突破。
- Dating of corals by thermal ionization mass spectrometry ( tims ) and sr / ca thermometer and the PALEOENVIRONMENT SIGNIFICANCE
- 珊瑚的高精度热电离质谱定年和Sr/Ca温度计对古环境研究意义
- Study of the Paleoclimate Based on the Comparison Between Thermal Ionization Mass Spectrometry(TIMS) Uranium Series Dating and Oxygen Isotopes
- 基于热电离质谱铀系定年与氧同位素对比的古气候研究
- A technique of enhanced sensitivity and overcome radioactive contamination in thermal ionization mass spectrometry
- 提高热电离质谱灵敏度和防污染技术研究
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