| 作者 | 光谱仪 | 样品 个数 | 分析 指标 | 含量 范围 | 指标 单位 | 烘干 情况 | 扫描样 品粒径 | 模型预 测效果 |
| Moe, A. J.和 Carr, S. B., 1985 | / | 142 | IVDMD | 38.5~74.7 | % | / | / | SEE = 4.04 |
| E. V. Valdes等， 1987 | Neotec 51A | 862 | CP | 4.8~10.6 | % | 烘干 | 1.0 mm | SEE = 0.41 |
| Neotec 51A | IVDMD | 60.2~83.8 | % | SEE = 1.76 | ||||
| Technicon InfraAlyzer 400R | IVDMD | 60.2~83.8 | % | SEE = 1.70 | ||||
| Technicon InfraAlyzer 400R | CP | 4.8~10.6 | % | SEE = 0.25 | ||||
| J.L. De Boever等， 1997 | Infra-alyzer 500 | 101 | 水分 | 49~92 | g∙kg-1 | 烘干 | 1.0 mm | SECV = 2.68 |
| CP | 63~100 | g∙kg-1 DM | SECV = 3 | |||||
| CF | 164~243 | g∙kg-1 DM | SECV = 13 | |||||
| Ash | 39~100 | g∙kg-1 DM | SECV = 7 | |||||
| 淀粉 | 137~365 | g∙kg-1 DM | SECV = 20 | |||||
| NDF | 380~489 | g∙kg-1 DM | SECV = 16 | |||||
| ADF | 201~281 | g∙kg-1 DM | SECV = 13 | |||||
| ADL | 14~31 | g∙kg-1 DM | SECV = 3 | |||||
| VOMD | 67.3~78.5 | % | SECV = 2.1 | |||||
| ME | 9.86~11.76 | MJ∙kg-1 DM | SECV = 0.32 | |||||
| NEL | 5.76~7.07 | MJ∙kg-1 DM | SECV = 0.23 | |||||
| OEB | −43~−11 | g∙kg-1 DM | / | |||||
| DVE | 43~57 | g∙kg-1 DM | SECV = 5 | |||||
| Roberto Serena Fontaneli, João Walter Durr等， 2002 | Silver Spring, MD, modelo 5000 | 246 | CP | 5.43~10.52 | % | 烘干 | 1.0 mm | SECV = 0.14 |
| DM | 86.13~99.67 | % | SECV = 0.22 | |||||
| ADF | 19.43~40.41 | % | SECV = 0.32 | |||||
| NDF | 49.41~72.35 | % | SECV = 0.44 | |||||
| Ca | 0.02~0.67 | % | SECV = 0.03 | |||||
| P | 0.10~0.26 | % | SECV = 0.01 | |||||
| K | 0.61~2.14 | % | SECV = 0.08 | |||||
| Mg | 0.12~0.32 | % | SECV = 0.01 | |||||
| Mary Lou Swift, 2003 | FOSS NIR Systems 6500 | 191 | His | 0.06~0.17 | %DM | 烘干 | 2.0 mm | SECV = 0.013 |
| Arg | 0.17~0.75 | %DM | SECV = 0.051 | |||||
| Thr | 0.1~0.38 | %DM | SECV = 0.031 | |||||
| Val | 0.24~0.51 | %DM | SECV = 0.033 | |||||
| Met | 0.07~0.16 | %DM | / | |||||
| ILe | 0.17~0.39 | %DM | SECV = 0.026 | |||||
| Leu | 0.34~0.94 | %DM | SECV = 0.062 | |||||
| Phe | 0.16~0.43 | %DM | SECV = 0.029 | |||||
| Lys | 0.07~0.32 | %DM | SECV = 0.027 | |||||
| De Boever, J. L等, 2002
| Infralyzer 500 spectrophotometer | 26 | FOM1 | 505 ± 65 | / | 烘干 | 1.0 mm | RMSEP = 34 |
| FOM2 | 556 ± 38 | / | RMSEP = 22 | |||||
| DVE | 55 ± 4 | / | RMSEP = 3 | |||||
| OEB | −39 ± 7 | / | RMSEP = 5 | |||||
| L. K. Sørensen, 2004 | FOSS NIR Systems 5000 | 221 | pH | 3.7~6.4 | / | 烘干 | 1.0 mm | RMSECV = 0.063 |
| FOSS a NIR-Systems 6500 | 221 | pH | 3.7~6.4 | / | 未烘干 | / | RMSECV = 0.080 | |
| 202 | 乳酸 | 0.08~16 | %DM | 烘干 | 1.0 mm | RMSECV = 0.36 | ||
| 202 | 乳酸 | 0.08~16 | %DM | 未烘干 | / | RMSECV = 0.47 |