%0 Journal Article
%T 集成可视化咖啡因提取实验装置设计与研究
Design and Research on an Integrated Visualization Coffee Extraction Experiment Device
%A 岳琳
%A 刘翾
%A 李桂伶
%A 张海超
%A 鲁茗莉
%A 彭兴武
%A 张月娟
%J Hans Journal of Food and Nutrition Science
%P 384-391
%@ 2166-6121
%D 2025
%I Hans Publishing
%R 10.12677/hjfns.2025.143043
%X 咖啡因提取实验过程中的操作步骤包括：提取、浓缩以及干燥过程。由于提取、浓缩设备搭建过程复杂，咖啡因提取时间比较耗时，同时在干燥过程中由于咖啡因易于升华，非常容易在干燥过程中造成产品的损失。通过设计一套集成可视化咖啡因提取装置，简化该实验的操作流程，缩短实验时间，在干燥过程中通过可视化设备，更加容易观察到咖啡因在干燥过程中的形貌变化，防止在干燥过程中咖啡因成品的流失。该装置将提取、浓缩以及干燥等实验操作模块化，降低了实验操作的难度要求，既能够缩短提取实验的操作时间，又能提高提取产物的产量。
The operational steps in the caffeine extraction experiment include extraction, concentration, and drying processes. Due to the complex construction process of extraction and concentration equipment, caffeine extraction time is relatively time-consuming. At the same time, during the drying process, caffeine is prone to sublimation, which can easily cause product loss. By designing an integrated visual caffeine extraction device, the operation process of the experiment is simplified, the experimental time is shortened, and the morphological changes of caffeine during the drying process are more easily observed through visualization equipment, preventing the loss of caffeine products during the drying process. This device modularizes experimental operations such as extraction, concentration, and drying, reducing the difficulty requirements of experimental operations, shortening the operation time of extraction experiments, and increasing the yield of extracted products.
%K 集成化，
%K 可视化，
%K 咖啡因，
%K 提取实验，
%K 集成模块
Integration
%K Visualization
%K Caffeine Extraction Experiment
%K Integrated Module
%U http://www.hanspub.org/journal/PaperInformation.aspx?PaperID=114382