1) freezable water
可冻结水
1.
The resistance to extension, freezable water and microstructure were determined by extensograph, differential scanning calorimetry (DSC), and scanning electron microscopy (SEM) of control dough and the dough with ASK gum and with locust bean gum after 1, 2, 3, and 4 weeks frozen storage.
采用拉伸仪、差示扫描量热仪、扫描电镜分别测定了空白面团(未添加任何胶体的冷冻面团)和添加沙蒿胶面团在冷冻储藏1、2、3、4w后抗拉伸性能、可冻结水含量以及微观结构的变化,同时比较了添加沙蒿胶和刺槐豆胶后上述参数的不同。
2.
The content of freezable water in frozen wet gluten was determined by means of differential scanning calo-rimetry(DSC) to reveal the thermodynamic mechanism of ice crystallization during the ultrasonic-assisted food freezing.
用差示扫描量热仪测定了不同冷冻环境下湿面筋蛋白中可冻结水的含量,探讨了超声辅助食品冷冻过程中冰结晶的热力学机制;用扫描电镜间接观察和分析了冷冻湿面筋蛋白中冰晶的形状和粒度分布。
2) unfreazable water
不可冻结水
3) nonfreezing water
非冻结水
4) horizontal freezing
水平冻结
1.
Quasi-coupling numeric analysis of frost heave effect of horizontal freezing in artificial ground;
人工地层水平冻结冻胀效应准耦合数值分析
2.
The freezing technology application of horizontal freezing and vertical freezing was discussed.
首先对人工冻结技术特点、发展情况和研究进展进行了叙述,然后对水平冻结和竖向冻结等各种冻结技术的应用情况进行讨论,最后指出了目前人工冻结技术在理论研究和工程管理等方面存在的不足以及进一步研究和发展的初步方向。
3.
The article presents the reinforcement and structural construction of the cross tunnel and pump station of the running tunnel between Lancun Rd station and Pudongnan Rd station of Mingzhu Line of Shanghai Metro,which are assisted by horizontal freezing.
主要介绍了上海地铁明珠线蓝村路站-浦东南路站区间隧道联络通道、泵站采用水平冻结加固情况下,隧道支护及结构施工过程,分析了隧道内矿山法施工旁通道对地表及隧道结构产生的影响及解决措施,指出了矿山法施工技术在市政及地铁工程施工中的技术可行性。
5) freezing water quantity
冻结水量
1.
On the basis of analyzing two kinds of the ebb curve during sealing the river passes and flowing freely in the severe area,this paper adoptes difference accumulation method to estimate freezing water quantity and to improve ice thinkness investigation and to adopte practice method of flowing process segmentation during melting.
在分析寒区河流封冻期与畅流期两种退水曲线的基础上,采用差积法来近似估算河网冻结水量,改进了冰厚调查测量和采用融冻期流量过程分割的常规方法。
6) frozen water content
冻结水分
1.
Concludes from the investigation into the frozen coal during transportation by rail in winter, the use of defrost garage, and manual unloading of frozen coal, etc, and the analysis of major causes for frozen coal that it is an effective way to avoid frozen coal to dehydrate coal at its source to frozen water content′ in winter.
通过对火力发电厂冬季铁路运煤发生冻煤车结冻及解冻库使用人工卸冻煤等情况的调查和对冻煤车冻煤产生的主要原因的分析 ,提出了在煤源点将煤脱水到“冻结水分”是解决冬季煤车冻煤的有效途径。
补充资料:地下水水资源评价(见水资源评价)
地下水水资源评价(见水资源评价)
d ixiashui shuiziyuan Ping】ia地下水水资源评价见水资源评价。
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