1) atomized suspension technique (AST)
悬浮液雾化技术
3) Suspension technique
悬浮液技术
1.
FAAS determination of calcium, manganese and zinc in periostr acum cicada with suspension technique;
悬浮液技术-FAAS法测定蝉蜕中钙锰锌
2.
Treating the sample with two pretreatment techniques of suspension technique and noncomplete digestion method,respectively,the contants of copper,manganese and zinc in 21 super-vita were successfully determined with FAAS method.
用悬浮液技术及非完全消化法分别处理样品,以火焰原子吸收光谱法成功地测定了21金维他中铜、锰、锌。
3.
An analytical method for rapid(determination) of calcium,magnesium,iron,potassium and zinc in turnip by suspension technique-flame atomic(spectrometry) has been developed.
以La3+作为钙、镁的释放剂,以氯化钠作为钾的消电离剂,建立了悬浮液技术-火焰原子光谱法快速测定萝卜中钙、镁、铁、钾、锌的分析方法。
4) magnetic suspension technology
磁悬浮技术
1.
With the electronic technology, control engineering, signal processing component, electromagnetic theory, new electromagnetic material and rotor kinetics, magnetic suspension technology has been made considerable progresses and widely used in aviation, aerospace, precision type instrument, meter, machinery manufacture and traffic, and so on.
磁悬浮技术是一门涉及多种学科的综合性技术。
5) magnetic levitation technique
磁悬浮技术
1.
The governing equation of SDOF vibration control system based of controllable magnetic levitation technique is derived.
提出了应用可控磁悬浮技术来解决传统隔震器在竖向振动控制方面所面临的难题,导出了基于可控磁悬浮技术的单自由度磁浮式控制系统的动力学方程,讨论了系统的稳定性,并应用数值方法,对系统在地面竖向谐振激励下的响应进行了定量分析,研究了系统的响应及其激振频率和初始悬浮高度之间的关系。
6) emulsified suspension
乳化悬浮液
1.
Mathematical model of ultrafiltration of ultrafine particle emulsified suspension using ceramic membrane and a study of the technology of forming second membrane;
陶瓷超滤膜过滤含超细颗粒的乳化悬浮液的数学模型及二次成膜操作条件研究
2.
Cleaning of ceramic membranes in filtration of emulsified suspension;
陶瓷膜处理乳化悬浮液过程中的膜清洗工艺
3.
Study on regenerative technology of ceramic UF membrane fouled by ultrafine particle emulsified suspension
陶瓷超滤膜处理含有超细颗粒的乳化悬浮液后膜再生工艺的研究
补充资料：混合液挥发性悬浮固体
分子式：
CAS号：
性质：活性污泥法曝气池内废水与活性污泥混合液中悬浮固体在灼烧温度为550℃时的分馏物。它表明可用于生物氧化时的活性微生物的浓度。MLVSS一般可按MLSS的70％估计。
CAS号：
性质：活性污泥法曝气池内废水与活性污泥混合液中悬浮固体在灼烧温度为550℃时的分馏物。它表明可用于生物氧化时的活性微生物的浓度。MLVSS一般可按MLSS的70％估计。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条