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- polyurea microcapsules 脲醛树脂微胶囊
- Microcapsules printing is also known as pebrine. 微囊印花又称微粒子印花。
- Keywords Phase change material;Polyurea microcapsule;Sodium alginate;Gelatin;Calcium alginate fiber; 相变材料;聚脲微胶囊;海藻酸钠;明胶;海藻酸钙纤维;
- The performances of polyurea grease are compared with other types of greases. 对比了聚脲润滑脂与其他类型润滑脂的性能。
- The optical morphography shows that the microcapsules are integrated. 显微观察微胶囊形貌完整。
- The morphology of essence microcapsules was examined by microphotography. 并通过显微摄影，考查微囊的形态结构。
- The microcapsules were compounded with gypsum to prepare building material. 应用膜孔法，以海藻酸钠包封常温相变石蜡，制得储能微囊；
- The microcapsules are suspended in a substance similar to vegetable cooking oil. 微型封装块悬浮在像食用油那样的物质中。
- Development history and popularization situation of technology of spraying polyurea elastomer are focused. 重点介绍了喷涂聚脲弹性体技术的发展进程和推广普及情况。
- Base oil, thickener and additive have effect on the property of polyurea Lubricating grease. 探讨了基础油、稠化剂、添加剂对聚脲润滑脂性能的影响。
- This paper introduces construction technology of spray polyurea elastomer used in Beijing Shooting Range CTF. 介绍了奥运射击中心飞碟靶场看台屋面防水耐磨工程采用喷涂聚脲弹性体的施工工艺。
- The reference projects show the polyurea do has unique application and film properties and has a bright prospect. 应用实例表明,喷涂聚脲超重防腐涂料涂层技术确实是一种性能卓越、无与伦比的施工技术,应用前景十分广阔。
- The technological process and parameters, performance of spray polyurea elastomer are introduced. 介绍了喷涂聚脲弹性体系列材料的生产工艺、施工参数及性能。
- From the FTIR spectrum ,we found that there exist a lot of polyurea and amine besides polyurethane in the PUF samples . 从FTIR谱图中可以看出，PUF样品中除了含有氨基甲酸酯基团外，还含有大量的聚脲和胺类化合物。
- Ethylcellulose (EC) was used as wall materials to prepare EC-propolis microcapsules, by the physical chemistry method. 摘要以乙基纤维素为囊材，采用物理化学法制备蜂胶微囊。
- Polyaspartate polyurea is a novel variety emerged in polyurea industrial area in recent years. 聚天门冬氨酸酯聚脲是近年聚脲工业领域出现的新品种。
- Spray Polyurea Elastic (SPUA) is new-fashioned technology of non-solvent and non-pollution adverse effect. 摘要喷涂聚脲弹性体技术是一种新型无溶剂、无污染的绿色施工技术。
- In the end, the prospect of microcapsul based on digitalization technology of microfluid was viewed. 展望了基于微流体数字化的微胶囊制造技术的发展前景。
- Ethylcellulose(EC) was used as wall materials to prepare EC-propolis microcapsules,by the physical chemistry method. 以乙基纤维素为囊材,采用物理化学法制备蜂胶微囊。
- Developments in microcapsules, their application, microencapsulation, nanocapsule have been reviewed in details. 介绍了微胶囊、微胶囊的应用、微胶囊化技术和纳米胶囊技术的发展现状.
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- 农业及相关产业增加值 - the added value of agriculture and related industries
