亚申高通量微型反应器系统MRS

《组合样品库的设计方法和系统》 ZL200510030502.X 《样品试验的系统和方法》 公告号：CN 101173953 A 利用材料芯片技术进行海量初级筛选的高通量系统 资料下载

High throughput system for primary catalyst screening utilizing substrate as carrier

高度自动化和集成的高通量筛选系统，大大减少反应原料消耗，显著加快催化剂筛选过程，同时提供高质量的筛选结果。
As a highly automated and integrated high throughput screening system, MRS reduces the consumption of reaction sources in large amount, significantly speeds up the catalyst screening process and produces high-quality results of catalyst screening.

以特制基座作为催化剂承载物，基座可根据不同反应要求制成各种尺寸和形状以满足筛查需求
The system utilizes a substrate as the carrier material to hold prepared catalysts in a preset array. The substrate can be manufactured in various dimensions and shapes to fulfill the requirements of different screening processes.

快速连续的反应在线分析，支持离线分析 - 利用亚申高效集成工具每日筛选数量可达400个
The system utilizes rapid continuous analysis tool such as MS to perform on-line reaction analysis, while offline catalysts analysis is also available on corresponding analysis equipments. Integrated and cooperated with Yashentech’s other powerful tools, MRS is capable of processing catalyst screening in high throughput of up to 400 experiments per day.

系统集成软件：实验过程设计、实验运行、控制、系统诊断和追踪，数据处理与分析；其中实验过程设计软件可定义基座尺寸和形状、设置反应次序、分别设置每个催化剂点的升温曲线等
The capabilities of the integrated system software include: experiment process design, experiment execution and control, system diagnosis and tracking, data processing and analysis. Through an easy-to-use visualized interface, the experiment process designer allows users to define substrate dimension and shape, specify reaction order, and separately set heating curve for each catalyst spot on the substrate, etc.

监控软件：实时控制和运行预设实验，并通过统一的图像视窗监测反应过程；自动获取过程数据并分类记录；软件内置的安全保护逻辑保证实验安全可靠的运行
The control and monitor software enables real time controlling and processing of pre-designed experiment and monitoring reaction process with a unified graphic view. The software facilitates automated data acquisition for recording system parameters such as temperature, pressure, flow type, flow rate, and real-time analytical data. The system’s software also provides various safety mechanisms and protection measurements to ensure a safe and better experimental environment.