在许多原子荧光法的应用中，可以采用非分散的光学系统。
In many atomic fluorescence applications a non - dispersive optical system may be used.
比如说，有的C4植物对CO2的吸收和光合都是分别在某一类长形的特殊细胞两端进行，而非分散到两类不同的细胞中。
Some C4 plants, for example, absorb CO2 and photosynthesise it at either end of special elongated[4] cells, instead of separating the functions out into two different types of cell.
从而增加网格的可扩展性，实现非分层的分散网格系统。
So the extensibility of grid is enhanced and the non-layer decentralized grid system is realized.
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