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比表面積與孔徑分布計算軟件poreblazer_v3.0.2
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比表面積與孔徑分布計算軟件poreblazer_v3.0.2 怎樣使用見壓縮包里的readme.txt 可以計算MOF的比表面積,孔體積,孔徑分布,比表面積等。 http://1000eb.com/rvur 付:分析結(jié)果 !-------------------------------------------------------! ! Welcome to Poreblazer_v3.0.2/Linux/Windows XP ! ! Developed by: Lev Sarkisov, 2012 ! ! Cite: Sarkisov, Harrison, Molecular Simulation, 2011 ! !-------------------------------------------------------! Step 1/8 !-------------------------------------------------------! ! Proceed with initialization and data input ! !-------------------------------------------------------! !-------------------------------------------------------! ! Initialization complete ! !-------------------------------------------------------! Step 2/8 !-------------------------------------------------------! ! Starting preliminary lattice calculations ! !-------------------------------------------------------! !-------------------------------------------------------! ! Preliminary lattice complete ! !-------------------------------------------------------! Step 3/8 !-------------------------------------------------------! ! Generation of helium-accessible lattice ! !-------------------------------------------------------! !-------------------------------------------------------! ! Generation of helium-accessible lattice complete ! !-------------------------------------------------------! Step 4/8 !-------------------------------------------------------! ! Generation of nitrogen-accessible lattice ! !-------------------------------------------------------! !-------------------------------------------------------! ! Generation of nitrogen-accessible lattice complete ! !-------------------------------------------------------! Step 5/8 !-------------------------------------------------------! ! Starting pore volume calculations ! !-------------------------------------------------------! System volume in A^3: 5769.914 System mass, g/mol: 4929.100 System density, g/cm^3: 1.419 ------------------------------------------------------- If calculated density is different from the reported crystallagraphic one, make sure you remove unresolved atoms from the adsrobent structure file ------------------------------------------------------ Helium volume in A^3: 2172.537 Helium volume in cm^3/g: 0.265 Geometric (point accessible) volume in A^3: 2572.845 Geometric (point accessible) volume in cm^3/g: 0.314 !-------------------------------------------------------! ! Pore volume calculations complete ! !-------------------------------------------------------! Step 6/8 !-------------------------------------------------------! ! Starting surface area calculations ! !-------------------------------------------------------! Accessible surface area in A^2: 331.01(比表面積) Accessible surface area per volume in m^2/cm^3: 573.68 Accessible surface area per mass in m^2/g: 404.41 !-------------------------------------------------------! ! Surface area calculations complete ! !-------------------------------------------------------! Step 7/8 !-------------------------------------------------------! ! Starting pore size distribution calculations ! !-------------------------------------------------------! Cumulative PSD and differential PSD have been stored in files psd_cumulative.txt and psd.txt !-------------------------------------------------------! ! Pore size distribution calculations complete ! !-------------------------------------------------------! Step 8/8 !-------------------------------------------------------! ! Starting limiting pore diameter and maximum pore size ! ! analysis ! !-------------------------------------------------------! Pore limiting diameter in A: 5.40(孔徑分布) Maximum pore diameter in A: 7.01 The system is percolated in 1 dimension (channels)(孔道維數(shù)) !-------------------------------------------------------! ! Limiting pore diameter and maximum pore size ! ! analysis complete ! !-------------------------------------------------------! !-------------------------------------------------------! ! Simulation complete ! !-------------------------------------------------------! |
晶體AB類錯誤 |
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