Participation in a suitable programme of interlaboratory comparisons is required where possible.
可能时，要求参加适当的实验室间比对计划。
Objective to analyze the interlaboratory performance of determining fluoride and arsenic in drinking water.
目的评价实验室对饮水氟、砷分析的能力。
The external quality control method using in the laboratory, included interlaboratory comparison and measurement audit.
外部质量控制方式有实验室间比对和测量审核两种方式。
Interlaboratory comparisons are valid only when all laboratories use the same design of fluorescent UV device, lamp, and exposure conditions.
只有当所有实验室都采用同样设计的紫外荧光设备、灯和老化条件时，实验室间的比较才是有效的。
When need to evaluate the detection process, evaluation of uncertainty, calibration curve, interlaboratory comparison and measurement audit were used.
当需对检测全过程进行评价时，可采用不确定度评定、校准曲线、实验室间比对、测量审核等方式。
The comparison method in phase noise measurement system is introduced by means of the advanced way in interlaboratory comparison and proficiency testing.
通过采用国际上先进的实验室比对和能力验证方法，提出了相位噪声测试系统的比对方案。
Conclusions Qualified laboratories were selected for survey of fluoride and arsenic in drinking water through interlaboratory quality control program in Shaanxi Province.
结论通过饮水氟、砷测定室间质量控制，为陕西省饮水氟、砷筛查项目筛选出了合格的实验室。
The method is applied to the determination of BA in water sample of International Interlaboratory Comparison Test. The analytical results by GC/MS are identical with those by HPLC.
应用本方法测定了国际实验室之间比较试验水样中的二苯羟乙酸，分析结果与HPLC方法相一致。
The method is applied to the determination of BA in water sample of International Interlaboratory Comparison Test. The analytical results by GC/MS are identical with those by HPLC.
应用本方法测定了国际实验室之间比较试验水样中的二苯羟乙酸，分析结果与HPLC方法相一致。
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