Recently, ling et al. (2013) published the paper entitled as above. In Section 2.3, Adsorption kinetics of MBT, authors noticed that "The pseudo first-order kinetic model (Eq. (1)) and the pseudo second-order k...Recently, ling et al. (2013) published the paper entitled as above. In Section 2.3, Adsorption kinetics of MBT, authors noticed that "The pseudo first-order kinetic model (Eq. (1)) and the pseudo second-order kinetic model (Eq. (2))" were used (Do,an et al., 2007; Eftekhari et al., 2010):展开更多
描述了广东姜科(Zingiberaceae)姜黄属(Curcuma)的一个新变种——南岭莪术(C.kwangsiensis var. nanlingensis N. Liu et X.Y.Ma).该新变种与原变种的区别在于植株矮小,株高仅0.4-0.6 m,主根茎直径仅2-3 cm、长约3-4 cm,孕苞片白...描述了广东姜科(Zingiberaceae)姜黄属(Curcuma)的一个新变种——南岭莪术(C.kwangsiensis var. nanlingensis N. Liu et X.Y.Ma).该新变种与原变种的区别在于植株矮小,株高仅0.4-0.6 m,主根茎直径仅2-3 cm、长约3-4 cm,孕苞片白绿色.另检测表明该变种的体细胞染色体为2n=84.展开更多
文摘Recently, ling et al. (2013) published the paper entitled as above. In Section 2.3, Adsorption kinetics of MBT, authors noticed that "The pseudo first-order kinetic model (Eq. (1)) and the pseudo second-order kinetic model (Eq. (2))" were used (Do,an et al., 2007; Eftekhari et al., 2010):
文摘描述了广东姜科(Zingiberaceae)姜黄属(Curcuma)的一个新变种——南岭莪术(C.kwangsiensis var. nanlingensis N. Liu et X.Y.Ma).该新变种与原变种的区别在于植株矮小,株高仅0.4-0.6 m,主根茎直径仅2-3 cm、长约3-4 cm,孕苞片白绿色.另检测表明该变种的体细胞染色体为2n=84.