针对H16V190低浓度瓦斯机组现场出现的问题并提升机组现场运行动力性,对低浓度瓦斯气源的适应性和机组可靠性以及机组控制系统、燃气系统、排气系统、润滑系统等进行了优化设计。经过现场验证,优化后机组可以满足10%~40%低浓度瓦斯要求...针对H16V190低浓度瓦斯机组现场出现的问题并提升机组现场运行动力性,对低浓度瓦斯气源的适应性和机组可靠性以及机组控制系统、燃气系统、排气系统、润滑系统等进行了优化设计。经过现场验证,优化后机组可以满足10%~40%低浓度瓦斯要求,在现场低浓度瓦斯条件下机组连续运行功率950 k W以上,排气系统可靠性问题得到了解决,实现了优化设计目标。展开更多
A novel coordination polymer [(C10H16N)2(Pb2I6)·2DMF·H2O]n (C10H16N=N-butyl-2-Methy-Pyridinium) was synthesized by the reaction of Pb(NO3)2 with C6H10NI at room temperature in DMF solvent and structurally ch...A novel coordination polymer [(C10H16N)2(Pb2I6)·2DMF·H2O]n (C10H16N=N-butyl-2-Methy-Pyridinium) was synthesized by the reaction of Pb(NO3)2 with C6H10NI at room temperature in DMF solvent and structurally characterized by means of X-ray single diffraction. The title compound crystallizes in triclinic system, space group P1 with a=1.123 7(2) nm, b=1.253 30(16) nm, c=0.808 00(12) nm, 穖-3, F(000)=738, chemical formula C26H48N4O3Pb2I6 and Mr=1 640.46, ombined by static attracting forces in the crystal. DMF and H2O locate between the organic and inorganic moiety. CCDC: 210812.展开更多
文摘针对H16V190低浓度瓦斯机组现场出现的问题并提升机组现场运行动力性,对低浓度瓦斯气源的适应性和机组可靠性以及机组控制系统、燃气系统、排气系统、润滑系统等进行了优化设计。经过现场验证,优化后机组可以满足10%~40%低浓度瓦斯要求,在现场低浓度瓦斯条件下机组连续运行功率950 k W以上,排气系统可靠性问题得到了解决,实现了优化设计目标。
文摘A novel coordination polymer [(C10H16N)2(Pb2I6)·2DMF·H2O]n (C10H16N=N-butyl-2-Methy-Pyridinium) was synthesized by the reaction of Pb(NO3)2 with C6H10NI at room temperature in DMF solvent and structurally characterized by means of X-ray single diffraction. The title compound crystallizes in triclinic system, space group P1 with a=1.123 7(2) nm, b=1.253 30(16) nm, c=0.808 00(12) nm, 穖-3, F(000)=738, chemical formula C26H48N4O3Pb2I6 and Mr=1 640.46, ombined by static attracting forces in the crystal. DMF and H2O locate between the organic and inorganic moiety. CCDC: 210812.
