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咖啡产品的加工技术研究进展 被引量:7
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作者 刘铖珺 黄晓燕 +1 位作者 刘丽敏 方婷 《食品工业科技》 CAS 北大核心 2021年第4期349-355,共7页
咖啡是世界范围内最为普遍的饮品之一,咖啡产品在中国市场具有很大的潜力。本文对挂滤咖啡、即饮咖啡、冷萃咖啡以及速溶咖啡粉的加工技术进行总结,从加工成本、影响品质、优缺点等方面着重讨论了速溶咖啡粉干燥技术,旨在为速溶咖啡粉... 咖啡是世界范围内最为普遍的饮品之一,咖啡产品在中国市场具有很大的潜力。本文对挂滤咖啡、即饮咖啡、冷萃咖啡以及速溶咖啡粉的加工技术进行总结,从加工成本、影响品质、优缺点等方面着重讨论了速溶咖啡粉干燥技术,旨在为速溶咖啡粉干燥技术的选用以及工业化生产提供借鉴和理论支持。对于未来咖啡产业具有重大意义。 展开更多
关键词 咖啡产品 干燥技术 加工技术 品质
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咖啡提取工艺和咖啡产品
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作者 吴姝娴 韩昕葵 《葡萄酒》 2024年第1期1-3,共3页
咖啡作为世界三大饮料之一,咖啡因、绿原酸是咖啡的重要成分,咖啡具有提神、解除疲劳、助消化、利尿等功效。适量的饮用咖啡可以帮助人们提高工作效率。而咖啡提取在企业生产咖啡饮料工序中发挥着重要作用,其中包含较多环节和工艺参数,... 咖啡作为世界三大饮料之一,咖啡因、绿原酸是咖啡的重要成分,咖啡具有提神、解除疲劳、助消化、利尿等功效。适量的饮用咖啡可以帮助人们提高工作效率。而咖啡提取在企业生产咖啡饮料工序中发挥着重要作用,其中包含较多环节和工艺参数,高质量的咖啡提取是获得更好咖啡产品的前提基础。对此,本文分析了咖啡提取工艺,深入探讨了影响咖啡提取的各类因素,而后总结出几种常见的咖啡产品,以期为更多企业提高咖啡提取工艺水平提供参考和借鉴。 展开更多
关键词 咖啡 研磨粉 萃取工艺 溶剂提取法 咖啡产品
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基于用户体验的咖啡智能化产品系统设计研究——以瑞幸咖啡为例
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作者 陈玮烨 高瞩 《包装与设计》 2023年第1期144-145,共2页
本文首先对咖啡产品智能化发展现状进行了分析,接着从用户体验的角度出发,对瑞幸咖啡的用户人群及需求、咖啡消费和生产各阶段面临的问题进行了分析,然后在此基础上提出了瑞幸咖啡产品系统智能化设计方案,以期让人们获得更加简单、友好... 本文首先对咖啡产品智能化发展现状进行了分析,接着从用户体验的角度出发,对瑞幸咖啡的用户人群及需求、咖啡消费和生产各阶段面临的问题进行了分析,然后在此基础上提出了瑞幸咖啡产品系统智能化设计方案,以期让人们获得更加简单、友好、智能、安全的咖啡消费与制作体验。 展开更多
关键词 产品设计 用户体验 咖啡产品系统 智能
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Participatory Breeding on Arabica Coffee to Obtain Superior Local Varieties to Support Origin Specialty Coffee Product Development in Indonesia
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作者 Retno Hulupi Dwi Nugroho 《Journal of Agricultural Science and Technology(B)》 2013年第8期575-581,共7页
A participatory breeding on Arabica coffee involving farmers and plant breeders to select superior local varieties has been conducted at Lintong highland (North Sumatra), Gayo highland (Central Aceh, Northern Suma... A participatory breeding on Arabica coffee involving farmers and plant breeders to select superior local varieties has been conducted at Lintong highland (North Sumatra), Gayo highland (Central Aceh, Northern Sumatra) and Kendenan Plateau (Enrekang, South Sulawesi). The aim of using this method was to find out superior varieties of Arabica coffee having appropriate specific traits and adaptable to such locations and accelerating the process of variety adoption by local farmers. Selection process was initiated by the farmer(s) based on high yielding performance by using their native experiences. The next step was conducted by plant breeder in collaboration with coffee farmers and other relevant scientists to evaluate more detail of cup quality, resistance to leaf rust and/or parasitic nematode as well as yielding potential and agronomic traits at different farmer's sites for several years observations. Research finding showed that three selected varieties namely Sigarar Utang, Gayo 1 and Gayo 2 had already been released by Minister of Agriculture for commercial planting at North Sumatera and Gayo highland. They performed excellent cup profile with high yielding ability (more than 1 t/ha) and tolerant to leaf rust disease. Therefore, it could support origin specialty coffee product at Gayo and Lintong highlands. However, observation over of selected local variety at Kendenan Plateau namely Salongge variety performed lower yielding ability (below 1 t/ha) and less stable yield over years as well as more heterogenous population in their offsprings than that of existing released varieties planted at the same location. Therefore, it could not be released as local varieties which adapted to specific location. 展开更多
关键词 Participatory breeding Arabica coffee local variety specific adaptability coffee specialty.
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Tbio-Model of a Start-up with Focus in Biotechnological Solutions for Coffee Chain
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作者 Sara Maria Chalfoun Samantha Brettas Oliveira +2 位作者 Igor Chalfoun Fernanda Carvalho Costa Eliane Maria De Souza Xisto 《Journal of Agricultural Science and Technology(A)》 2013年第9期689-696,共8页
Tbio is a start-up created to give support to commercialize the products of the biofactory installed in the Federal University of Lavras, Minas Gerais State, Brazil, part of the Innovation Program developed by this Un... Tbio is a start-up created to give support to commercialize the products of the biofactory installed in the Federal University of Lavras, Minas Gerais State, Brazil, part of the Innovation Program developed by this University. Its specialty is to innovate, through biological solutions with the vision of the future, once there is a strong demand of food and beverages free of chemical residues and with lower employing of these substances along the production chain by several consumers. The innovative products are generated from microorganisms tested regarding its capacity to promote yield protection, pests and disease control, acceleration of the desmucilage waste water treatment, and improvement of process of faster solubilization, that depends on natural phosphate fertilizers. The goal of this article is to approach the activities that have been developed in this start-up and the knowledge about biocontrol and natural antimicrobials produced by fungi resulting in innovative products to attend the world claim for products free of chemical residues of any kind and harmless to the consumers, environment and workers. 展开更多
关键词 INNOVATION SUSTAINABILITY products process biofactory.
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