该装置由快速灰化炉、供气系统和温度程序控制柜三部分组成。
The apparatus consists of specially made ashing furnace, gas supply system and temperature-programming control cabinet.
通过一系列实验，选择了石墨炉法测定铅的最佳基体改进剂，并确定了使用该基体改进剂的最佳灰化温度和原子化温度。
The best matrix developed agent to determine lead is selected after a series of experiments, and the best ashing temperature and atomic temperature are decided.
依据多次实验结果，选择了合适的灰化温度和原子化温度，确定了最终的石墨炉升温程序。
Based on the many experimental results, the suitable incinerating temperature and atomizing temperature were chosen, and the final graphite-furnace temperature-rising program was determined.
依据多次实验结果，选择了合适的灰化温度和原子化温度，确定了最终的石墨炉升温程序。
Based on the many experimental results, the suitable incinerating temperature and atomizing temperature were chosen, and the final graphite-furnace temperature-rising program was determined.
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