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3041 - 3060 of 21615 results
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采用提取用 Bond Elut PPL 和分离用 Agilent LC/MS/MS 的完整工作流程解决方案提取水中的有机磷，该方法具有较高的灵敏度和选择性。
本应用简报介绍了使用 Agilent 5100 SVDV ICP-OES，遵循 US EPA 指南 200.7 方法对水样 CRM 中的痕量元素进行超快速测定(分析速度快 55%, 氩气消耗量降低了 50%)。
利用Agilent 6540 Q-TOF LC/MS 和Agilent Mass Profiler Professional 软件(MPP) 灵敏
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使用Agilent Flex Cube 解决方案并采用三重四极杆质谱检测，开发出了用于环境水样和果汁中痕量有机污染物（药物和农药）定性和定量分析的在线固相萃取(SPE) 方法。
使用三重四极杆液质联用系统与LC/Q-TOF 相结合进行分析并利用根据世界卫生组织 (WHO) 列出的微囊藻毒素名单编译的个人化合物数据库(PCD)，在缺乏分析标准品的情况下实现湖水中浓度极低的未知微囊藻毒素的检测、表征和初步鉴定。
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| Publication Part Number | 5991-0973EN | |||||
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使用配有Agilent J&WDB-5ms 超高惰性低热容色谱柱模块的Agilent 5975T LTMGC/MSD 成功分析了水样中的多种农药
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采用分子结构相关工具（Molecular Structure Correlator）分析了三氯蔗糖MS/MS碎裂反应的(M+Na)+加合离子和(M-H)-离子
| Publication Part Number | 5991-4066EN | ||
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Resolve your search for accuracy with Agilent 7000C Triple Quadrupole GC/MS
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本研究描述了在中国雅安地震后，使用紧凑型Agilent 5975T 低热容气质联用系统对饮用
| Publication Part Number | 5991-3140EN | ||||
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采用高分辨质谱分析法(LC/Q-TOF/MS) 检测水中的药物
| Publication Part Number | 5991-3261EN | ||
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安捷伦电化学测量仪和电极均采用易于操作的设计，即使是非专业人员操
开发了一种可靠的检测水库原水中微囊藻毒素的LC/MS方法，检出限低于0.005 ug/l
| Publication Part Number | 5991-2057EN | ||||
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应用简报：使用带正/负极性切换功能的 Agilent 6490 LC/MS/MS 系统直接进样检测水中的痕量有机污染物
| Publication Part Number | 5991-2732EN | |||
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本文采用一台Agilent 7890B 气相色谱系统完成水中四类有机化合物的检测。
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过Agilent 5977A 系列GC/MSD 开发了一种用于检测16 种PAH 的方法，方法检测限
| Publication Part Number | 5991-1811EN | ||||
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开发了在线 SPE LCMS方法，用于快速和稳定地分析水中痕量有机化合物，避免了繁复的样品提取操作。
| Publication Part Number | 5991-2731EN | ||||
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本文评价了多种溶剂和分析物保护剂在GC/MS 分析过程中对稳定性和最大限度提高许多有机磷农药残留的回收率的作用。
| Publication Part Number | 5991-1808EN | |||
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利用Agilent 5977A 系列GC/MSD 开发出对六种邻苯二甲酸酯的分析方法
| Publication Part Number | 5991-1810EN | |||
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农药个人化合物数据库开发用于实现大量化合物的快速筛查。本文介绍了此数据库的内容及其使用方法。