原始样品稀释过标准曲线上限的能力应用准确度和精密度参数在验证中证明。
The ability to dilute samples originally above the upper limit of the standard curve should be demonstrated by accuracy and precision parameters in the validation.
采用凝胶转化率曲线法和表干时间法，从MI的结构和浓度、活性稀释剂、助剂和树脂等方面对MI引发的光固化进行了研究。
The effects of MI structure and concentration, reactive diluents, additives and resins on photo curing initiated by MI were studied by the gel conversion and photo-curing rate.
给出了稀释显影的特性曲线以及衍射效率与显影时间、曝光量之间的关系。
Characteristic curve of dilute development, relation between the developing time, the exposure and the diffraction efficiency are given.
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