Methods for chemical analysis of nickel concentrates and cobalt sulfide concentrates - determination of lead content - flame atomic absorption spectrometry 鎳精礦鈷硫精礦化學(xué)分析方法鉛量的測定火焰原子吸收光譜法
Methods for chemical analysis of nickel concentrates and cobalt sulfide concentrates - determination of cadmium content - flame atomic absorption spectrometry 鎳精礦鈷硫精礦化學(xué)分析方法鎘量的測定火焰原子吸收光譜法
Methods for chemical analysis of nickel concentrates and cobalt sulfide concentrates - determination of chromium content - flame atomic absorption spectrometry 鎳精礦鈷硫精礦化學(xué)分析方法鉻量的測定火焰原子吸收光譜法
Methods for chemical analysis of nickel concentrates and cobalt sulfide concentrates - determination of mercury content - hydride generation - atomic fluorescence spectrometry 鎳精礦鈷硫精礦化學(xué)分析方法汞量的測定氫化物發(fā)生-原子熒光光譜法
Methods for chemical analysis of nickel concentrates and cobalt sulfide concentrates - determination of arsenic content - hydride generation - atomic fluorescence spectrometry 鎳精礦鈷硫精礦化學(xué)分析方法砷量的測定氫化物發(fā)生-原子熒光光譜法
When we conduct experiments using nickel or cobalt sulfides , we see that carbon addition occurs primarily by carbonylation ? the insertion of a carbon and oxygen molecule , or carbonyl group 要是我們以鎳或鈷的硫化物做實(shí)驗(yàn),增碳過程主要循羰基化途徑進(jìn)行,也就是塞入一個(gè)羰基(由一個(gè)碳原子、一個(gè)氧原子組成) 。