《Table 1The degradation rates and k values for RhB (phenol) degradation by as-prepared samples and o

  提示：宽带有限、当前游客访问压缩模式

本系列图表出处文件名：随高清版一同展现

《缺陷辅助表面修饰提高g-C_3N_4@C-TiO_2直接Z型异质结的可见光光催化性能（英文）》

1. 获取 高清版本忘记账户？点击这里登录

1. 下载图表忘记账户？点击这里登录

The photocatalytic activities of the pure Ti O2，g-C3N4g-C3N4@Ti O2，g-C3N4@5C-Ti O2，g-C3N4@10C-Ti O2，and g-C3N4@20C-Ti O2 samples were examined for their Rh B and phenol photodegradation ability under visible-light irradiation（Fig.6）.The g-C3N4@C-Ti O2 sample exhibited higher photocatalytic degradation efficiency than those of the pure Ti O2g-C3N4，and g-C3N4@Ti O2 samples（without carbon）.With increasing carbon content，the photocatalytic degradation efficiency of g-C3N4@C-Ti O2 initially increased and subsequently decreased.Calculation of the Langmuir-Hinshelwood mechanism（shown in Fig.6 （b）and（d）） showed that g-C3N4@10C-Ti O2 exhibited the largest apparent constant（k）of0.036 and 0.039 min-1 for RhB and phenol photodegradation respectively，which was 150/139，6.4/6.8，2.3/3.0，and 1.7/2.1times higher than those of pure Ti O2，10C-Ti O2，g-C3N4，and g-C3N4@Ti O2，respectively.For comparison，the degradation rates and k values for Rh B and phenol degradation by the as-prepared samples and other reported photocatalysts are listed in Table 1[35–38].