1) coating infrared drying

涂膜红外干燥
2) infrared coating drying

红外涂膜干燥
3) drying of coating flim

涂膜干燥
4) infrared drying

红外干燥
1.
After the binder was tagged by osmium, the influence of drying means and drying temperature on binder migration was studied by energy dispersive X-ray spectrometer. The results showed: in the range of 100~180℃, the degree of binder migration is directly proportional to the drying temperature, but the influence of infrared drying on binder migration is less significant than heat air drying
结果表明:红外干燥对迁移的影响程度要小于热风干燥,在100~180 ℃的范围内,红外干燥和热风干燥的温度都与迁移程度成正比。
5) far-infrared drying

远红外干燥
1.
This paper discusses the influences of capsicum's quality of drying methods include electric drying,electric vacuum drying,far-infrared drying and microwave drying.
不同干燥方法对辣椒品质的影响不同,探讨电热干燥、真空电热干燥、远红外干燥及微波干燥方法对辣椒品质的影响。
2.
In terms of dehydrating test and process analysis of pteridium aquilinum dried by vacuum drying,convective airflow drying and far-infrared drying,this paper considered that the process of vacuum dehydration was similar to that can be divided into three phase of the dehydration:initial phase, invariable velocity phase and descending velocity phase.
对蕨菜真空干燥、常压热风及远红外干燥进行对比试验分析,得出真空干燥蕨菜与热风干燥及远红外干燥过程有相似之处,即可以分成3个阶段:初始阶段、恒速阶段和降速阶段,但真空干燥可获得较低含水量的干制品。
3.
The thin-layer drying tests on white mushroom were made by the far-infrared drying test box.
利用远红外干燥试验箱对杭州白蘑菇进行了单层干燥试验,综合考虑干燥速度及电耗,得出较佳的干燥过程参数(箱温 60℃,照距14 cm,箱内对流风速自然对流)及较佳的物料参数(料厚1~3mm,装载量4。
6) Infrared drying

红外线干燥
1.
According to the different papers,infrared drying or UV curing was selected,and then the cooling systems made the paper cool to improve the drying effect.
阐述全能纸张烘道系统主要组成,根据烘干物料的不同,选择红外线干燥或紫外线固化,烘干后经运风降温冷却,提高纸张的干燥效果。
补充资料:涂膜干燥
分子式:
分子量:
CAS号:
性质:涂料从可施工的形态(液态或粉末状)转化成为附着在物面上的连续的固体膜过程,也称涂膜固化(curing)。涂料成膜机理随其组分和结构的不同而异。涂膜干燥方法有:(1)自然干燥,简称自干,在大气中常温干燥成膜;(2)加热干燥,靠提高环境温度使涂膜干燥,热固化型涂料的成膜需要加热到一定温度,通称烘干;对于自干型涂料,也可升温加速,通称强制干燥;(3)辐射干燥,光固化涂料的涂膜需要紫外光照射固化;电子束固化涂料的涂膜需要电子束照射固低。
分子量:
CAS号:
性质:涂料从可施工的形态(液态或粉末状)转化成为附着在物面上的连续的固体膜过程,也称涂膜固化(curing)。涂料成膜机理随其组分和结构的不同而异。涂膜干燥方法有:(1)自然干燥,简称自干,在大气中常温干燥成膜;(2)加热干燥,靠提高环境温度使涂膜干燥,热固化型涂料的成膜需要加热到一定温度,通称烘干;对于自干型涂料,也可升温加速,通称强制干燥;(3)辐射干燥,光固化涂料的涂膜需要紫外光照射固化;电子束固化涂料的涂膜需要电子束照射固低。
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参考词条