chrysoidine

  • 网络橘红;碱性橙;柯衣定;碱性桔橙
chrysoidinechrysoidine
  1. Removal of Cu , As , and Pb from chrysoidine by supercritical CO_ 2 extraction

    超临界CO2萃取法去除橘红中重金属Cu、As、Pb的研究

  2. Methods Taking sodium diethyldithiocarbamate trihydrate ( NaDDC · 3H_2O ) as chelating agent and ethanol as entrainer , the orthogonal test was designed and ICP-MS used to mensurate the contents of Cu , As , and Pb in chrysoidine under different conditions .

    方法以二乙基二硫代氨基甲酸钠(NaDDC.3H2O)作为配合剂,乙醇为夹带剂,设计正交试验,采用ICP-MS测定橘红中Cu、As、Pb的量。

  3. The experiment results show that with calcining temperature rise the color of ferric red gradually deepened from mauve to chrysoidine , morphology of ferric red also changed .

    实验结果表明:随着煅烧温度的升高,铁红颜色逐步加深,由橘红变为紫红,铁红的形貌也发生了变化。

  4. The results with GISH showed triticale have 14 items chromosomes presented yellow and others chromosomes presented chrysoidine , because yellow chromosomes combined the rye DNA , others chromosomes dye by PI .

    GISH分析结果表明:小黑麦的42条染色体中有14条外源黑麦染色体因结合有探针DNA而呈现出较强的黄色杂交信号,没有杂交上探针的普通小麦染色体经过PI染色而呈现出桔红色。