1) extraction of hot water
热浸提工艺
2) extracting technology
浸提工艺
1.
This article studied on the effect of the extracting technology on turbid of green tea beverage.
研究了浸提工艺对绿茶茶汤后浑的影响。
3) extraction technology
浸提工艺
1.
this experiment studied the extraction technology of mixed beverage of chrysanthemum and tea, and found the optimal technological parameters and recipe by single-factor experiment and orthogonal experiment.
研究复合菊花茶饮料的浸提工艺,通过单因素试验和正交试验确定最佳工艺参数及配方,结果表明:茶水比1∶90、浸提温度90℃、浸提时间20min、浸提pH6。
2.
The extraction technology for ginkgo leaf,chrysanthemum and green tea was studied,and by orthogonal experiments,the optimal formula of the beverage was determined as follows: 12% ginkgo leaf extract,34% chrysanthemum extract,34% green tea extract,6% sugar and 0.
采用银杏叶、菊花及绿茶为主要原料研制出复合茶饮料,研究了银杏叶、菊花及绿茶的浸提工艺,并通过正交试验确定了饮料的最佳配方为:12%银杏叶浸提液、34%菊花浸提液、34%绿茶浸提液、6%蔗糖、0。
4) hot dip process
热浸工艺
1.
In hot dip 55%Al Zn alloy cladding of steel sheet by passivation method, the effects of concentration of passivant, passivation treatment and hot dip processes on the cladding thickness and quality are strdied by orthogonal designed test in this paper.
用正交试验法研究了钝化法热浸镀中钝化剂浓度、钝化工艺、热浸工艺对钢板热浸镀55% Al- Zn合金镀层厚度和质量的影响 ,得出了获得良好质量镀层的最佳钝化条件和热浸工
5) hot-dip galvanizing technique
热浸锌工艺
1.
Through brief introduction of hot-dip galvanizing technique, this pa per analyses on each process's target, methods and requirements and, based on th e standard requirements and features of waveform guardrail, puts forward some pr oblems needing attention in hot-dip galvanizing technique and decisive factors influencing the working life of galvanizing boiler.
通过扼要介绍热浸锌工艺,分析了各工序的目的、方法及要求,并针对波型梁护栏的标准要求及特点,提出在热浸锌工艺中应注意的问题及影响镀锌锅寿命的决定性因素。
6) Thermovinification
热浸渍工艺
补充资料：热浸
分子式：
分子量：
CAS号：
性质：或称热搪。将较不活泼金属的制件浸在熔融的较活泼金属中而形成覆盖层的方法。可以减缓或防止腐蚀。两种金属须能生成二元合金。例如铁制件可在熔融的铝、锡或锌中进行热浸。往往加入第三种金属生成三元合金。例如铁不能与铅生成合金，但可在熔融的铅和锡中进行热浸。优点是：（1）操作和设备简单；（2）效果比电镀好。缺点是：（1）覆盖层较厚；（2）不规则的制件不容易形成均匀的膜；（3）只适于用低熔点金属（锌、锡、铝、铅）覆盖。
分子量：
CAS号：
性质：或称热搪。将较不活泼金属的制件浸在熔融的较活泼金属中而形成覆盖层的方法。可以减缓或防止腐蚀。两种金属须能生成二元合金。例如铁制件可在熔融的铝、锡或锌中进行热浸。往往加入第三种金属生成三元合金。例如铁不能与铅生成合金，但可在熔融的铅和锡中进行热浸。优点是：（1）操作和设备简单；（2）效果比电镀好。缺点是：（1）覆盖层较厚；（2）不规则的制件不容易形成均匀的膜；（3）只适于用低熔点金属（锌、锡、铝、铅）覆盖。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条