1) micro uranium on-line analyser
低浓铀在线分析仪
2) on-line analyzer
在线分析仪
1.
Study on reference material of coal for γ-ray on-line analyzer;
γ射线在线分析仪用煤炭标准物质研究
2.
At present, on-line analyzer of distillation range normally use theory of RTP distillation that only can analyze a point or discontinuity of distillation range.
但由于高温操作、微量进样、信号微弱等特点,将色谱模拟蒸馏方法在线化的色谱模拟蒸馏在线分析仪,在国外还处于起步阶段,而在国内则属空白。
3) Hg CEM
Hg在线分析仪
1.
Coal mercury emission characteristics under air and oxy-fuel environment were investigated by the combination of tube resistance heating furnace and the coal combustion mercury continuous emission monitor(Hg CEM).
采用管式炉及Hg在线分析仪,初步探讨了空气和O_2/CO_2气氛中,煤中汞的动态释放过程。
4) COD on-line analyzer
COD在线分析仪
1.
The check and accept process for industrial waste COD on-line analyzer should guarantee to the identity test condition such as in the same place and stratification sampling,in same container sampling for both tests,with the same precipitation elimination method to remove chloride ion to make the result .
分析了COD在线分析仪和实验室比对结果人为差异的原因是样品不均匀,在线分析仪取样装置滤过,取样层面和采样方式以及沉淀消除的方法不同造成的。
5) on-line COD_(Cr) analyzer
CODCr在线分析仪
1.
Based on the operation and management experience of on-line COD_(Cr) analyzer,several suggestions are put forward,including replacing ferrous ammonium sulfate by potassium hydrogen phthalate as range-measured solution,replacing zero offset by beginning offset,and inspecting the compatibility of analyzer to water quality when the potassium dichromate method is not used.
根据水质CODCr在线分析仪运行管理工作的经验,提出以邻苯二甲酸氢钾代替硫酸亚铁铵作为量程测定液,以始点漂移代替零点漂移,以及对于非重铬酸钾法测定CODCr仪器检验,要考察其对水质的适应性的几点建议。
6) SIEMENS Ultramat 6
氨气在线分析仪
1.
The ammonia in the flue gas treatment with plasma technology was measured by ion chromatography, test tube, Nessler’s Reagents spectrophotometer and the method of SIEMENS Ultramat 6.
在等离子体技术烟气脱硫实验中,采用氨气在线分析仪、氨气检测管、纳氏试剂分光光度法和离子色谱法四种不同方法,对氨气标气和尾气氨含量进行了检测。
补充资料：低加浓铀
分子式：
CAS号：
性质：铀中含有0.71％<235U<5％(质量)为低加浓铀。轻水堆中使用的铀燃料含235U的浓缩度约在2％～4％(质量)，属低加浓铀。通过耗费大量电力的同位素分离工艺获得。
CAS号：
性质：铀中含有0.71％<235U<5％(质量)为低加浓铀。轻水堆中使用的铀燃料含235U的浓缩度约在2％～4％(质量)，属低加浓铀。通过耗费大量电力的同位素分离工艺获得。
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