1) ammonium phosphate solution

磷酸铵溶液
1.
The macro appearance,morphology and metallographic structure of stainless steel gate valve leaked in ammonium phosphate solution were observed by metallurgical microscope and scanning electron microscope (SEM).
采用金相显微镜和扫描电镜,对磷酸铵溶液中发生泄漏的316L不锈钢闸阀进行了宏、微观形貌和显微组织的分析,并用光电直读能谱仪、X射线荧光光谱仪和NHO分析仪对闸阀材质和表面的沉积物进行了化学成分分析。
2.
The macro appearance,morphology and metallographic structure of ball valve which was made of stainless steel and failed in ammonium phosphate solution,were observed by metallographic microscopy and scanning electron microscopy(SEM).
采用金相显微镜和扫描电镜,对在磷酸铵溶液中失效的不锈钢球阀进行了宏微观形貌观察和金相组织分析;并采用光电直读光谱仪、能谱仪、红外碳硫分析仪和NHO分析仪对球阀材质和密封部位表面沉积物进行了表征分析。
3.
The macro appearance,morphology and metallographic structure of stainless steel gate valve leaked in ammonium phosphate solution were observed by metallurgical microscope and scanning electron microscope(SEM).
采用金相显微镜和扫描电镜,对磷酸铵溶液中发生泄漏的316L 不锈钢闸阀进行了宏、微观形貌和显微组织的分析,并用光电直读能谱仪、X 射线荧光光谱仪和 NHO 分析仪对闸阀材质和表面的沉积物进行了化学成分分析。
2) phosphoric acid solution

磷酸溶液
1.
Phase-lock of the current oscillation of copper anodic solution in phosphoric acid solution;
磷酸溶液中铜阳极溶解电流混沌的锁相
3) solution of ammonium tungstate

钨酸铵溶液
1.
Comparing the products which were prepared by evaporation and by adding seed crystal and solution of ammonium tungstate at the time of evaporation, we found that the latter was ammonium paratungstate containing 5 molecular of crystal water which was more integrate, thicker and purer.
通过对比蒸发法与在蒸发法中添加晶种和钨酸铵溶液制备的仲钨酸铵产品,结果表明后者制备的晶形更完整、颗粒较粗,且是纯度更高的5水仲钨酸铵。
4) ammonium molybdate solution

钼酸铵溶液
1.
Crystallization of ammonium molybdate solution under ultrasonic;

超声波作用下钼酸铵溶液的结晶过程
5) ammonium nitrate solution

硝酸铵溶液
1.
According to the production process characteristics of using ammonium nitrate solution as raw material directly to make the emulsion explosive,the article studied the technical standards for the direct use of ammonium nitrate solution raw materials,put forward suitable technical requirements for the storage tank or storage container in transportation of hot ammonium nitrate solution.
根据可直接使用硝酸铵溶液为原料的乳化炸药的生产工艺特点,研究建立了供直接使用的硝酸铵溶液原料技术标准,提出了适合运输、贮存热硝酸铵溶液的集装箱、贮存罐技术要求。
2.
According to the property of ammonium nitrate solution,the safety in transportation and storage is analyzed in this article,and the problems that should be considered in design and the safety measures that should be adopted in operation are also proposed.
文章根据硝酸铵溶液的特性,对其运输、贮存过程的安全性进行分析,提出设计上要考虑的问题及操作过程要采取的安全措施,强调应严格控制外来杂质特别是氯化物混入溶液,确保硝酸铵溶液的安全。
补充资料:蚁酸铵
分子式:CH5NO2
分子量:63.06
CAS号:540-69-2
性质:该品为无色结晶,熔点116℃,相对密度1.27。易溶于水,溶于醇及氨水。易潮解。
制备方法:由甲酸和氨中和而得。将甲酸及水冷冻,搅拌下通氨气使pH值为7-7.5,降温至-5℃,甩滤,得甲酸铵。
用途:用于有机合成,作医药中间体、分析试剂。
分子量:63.06
CAS号:540-69-2
性质:该品为无色结晶,熔点116℃,相对密度1.27。易溶于水,溶于醇及氨水。易潮解。
制备方法:由甲酸和氨中和而得。将甲酸及水冷冻,搅拌下通氨气使pH值为7-7.5,降温至-5℃,甩滤,得甲酸铵。
用途:用于有机合成,作医药中间体、分析试剂。
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