| 1. | The arsenite reactions can be variously accelerated by the addition of aliphatic acids and hydroxy-substituted aliphatic acids .
加入脂肪酸和羟基取代的脂肪酸，可不同程度地加速亚砷酸盐的反应。 |
| 2. | The arsenate is usually formed in oxidation zones in contact with the atmosphere and free oxygen, and arsenic will precipitate with ferric hydroxide .
在与大气和游离氧接触的氧化带中，常形成砷酸盐，而且砷与氢氧化铁一起沉淀。 |
| 3. | Chemical analysis of fluor - chrome - arsenate - phenol
氟铬砷酸盐苯酚的化学分析方法 |
| 4. | Specification for fluor - chrome - arsenate - phenol
氟铬砷酸盐苯酚规范 |
| 5. | Test methods for chemical analysis of fluor - chrome - arsenate - phenol
氟铬砷酸盐苯酚化学分析试验方法 |
| 6. | The persulfate - arsenite volumetric method for the determination of manganese content
亚砷酸盐容量法测定锰量 |
| 7. | Fluor - chrome - arsenate - phenol
氟铬砷酸盐苯酚 |
| 8. | Test method for valency state of the arsenic component of ammoniacal copper arsenate solutions
氨铜砷酸盐溶液砷化合物化合价状态测试方法 |
| 9. | Methods for chemical analysis of ferrotitanium - the persulfate - arsenite volumetric method for the determination of manganese content
钛铁化学分析方法过硫酸盐-亚砷酸盐容量法测定锰量 |
| 10. | Methods for chemical analysis of high - titanium slag and rutile - the persulfate oxidation arsenite volumetric method for the determination of manganous monoxide content
高钛渣,金红石化学分析方法过硫酸盐-亚砷酸盐容量法测定一氧化锰量 |
