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ChemStation Agilent truy cập từ xa và thiết bị lưu trữ dữ liệu kết hợp hòn đảo cô lập của dữ liệu vào một hệ thống khách hàng / máy chủ mạnh mẽ thông tin nối mạng. Mỗi ChemStation Agilent trở thành một mạng lưới khách hàng. Có thể để giám sát và kiểm soát tất cả các hoạt động phòng thí nghiệm an toàn và dễ dàng từ bất kỳ máy tính nào trên mạng. Sự tiến bộ của mỗi phân tích được theo dõi để đảm bảo chất lượng của các kết quả lần đầu tiên mẫu được. | Networked data The Agilent ChemStation remote access and data storage modules combine isolated islands of data into a powerful systems client server networked information system. Each Agilent ChemStation becomes a network client. It is possible to oversee and control all laboratory operations securely and easily from any computer on the network. The progress of each analysis is monitored to ensure the quality of the results the first time the sample is analyzed. Appropriate action can be taken with the access remote capability from wherever you happen to be if the performance looks suspect. Laboratory data is automatically stored on one centralized and secure server system. In brief. Which data handling technique is most effective and economical for your laboratory depends on several factors the size of the laboratory the role of the laboratory in the organization industrial testing public safety testing and so on the demands on sample throughput the range of analytes under study For laboratories with few instruments and low sample throughput integrator systems normally suffice although a PC may be more appropriate for automated operation of multiple HPLC instruments. A client server networked data system helps consolidate documentation and validation processes for multiple techniques and instruments from multiple vendors. 118 Chapter 11 Factors that determine performance in HPLC The analysis of food samples places high demands on HPLC equipment notably in the areas of performance stability and reliability. Modern evaluation software enables you to determine the suitability of a particular piece of HPLC equipment for analysis. The factors that influence the outcome of a measurement thus can be identified before results are published to confirm assumptions made during analysis or to draw attention to erroneous data. In this chapter we focus on those instrument-related parameters that strongly influence the limit of detection LOD and the limit of quantification LOQ .
