1) slag film
渣皮，渣膜
2) slag crust
渣皮，渣瘤
3) peel pomace
皮渣
1.
In this paper, Jincheng peel pomace was comminuted in different ways and enzymatically treated to produce a natural beverage clouding agent.
本文以锦橙皮渣为原料,采用不同粉碎方式研究果胶酶和纤维素酶酶解制取混浊剂的最佳反应参数。
2.
In this paper, Jincheng peel pomace was comminuted and enzymatically treated synchronously to produce a natural beverage clouding agent.
以锦橙皮渣为原料,将其超微粉碎处理的同时进行酶解以制取天然饮料混浊剂。
4) pomace
[英]['pʌmis] [美]['pʌmɪs]
皮渣
1.
The utilization of pomace from apple processing was studied.
实验以苹果加工中的果皮渣为原料,研究了原料处理、酸提取条件、提取液纯化及超滤浓缩等方法制备果胶的工艺。
2.
A pigment extract rich in anthocyanins and phenolics was obtained from sweet cherry pomace and its scavenging capacities towards superoxide anion radicals,hydroxyl radicals,DPPH· radicals,and nitroso in various in vitro system,were investigated.
以酿酒剩余皮渣为原料,采用水浸提-大孔吸附树脂分离纯化甜樱桃红色素,并研究了甜樱桃红色素对自由基和亚硝基的清除能力。
3.
The technological parameters for extracting pectin from Chinese gooseberry pomace by salting-out method was studied.
以猕猴桃皮渣为原料,研究盐析法提取猕猴桃皮渣中的果胶的工艺条件。
5) slag skull
渣皮
1.
The model is used to analyze the temperature field of stave with iterative calculation for slag skull melting.
通过建立高炉铸铁冷却壁的三维传热模型,应用渣皮熔化迭代方法分析冷却壁温度场,确定不同条件下冷却壁的极限热负荷,讨论了高炉冷却壁的结构和冷却工艺对极限热负荷的影响。
2.
Based on element birth and death technology,an iterative routine for slag skull melting is established to determine effect of process condition on slag skull thickness in steady state.
通过有限元软件ANSYS建立高炉冷却壁三维传热模型,利用单元生死技术创立渣皮熔化迭代方法,分析稳态下工艺参数对渣皮厚度的影响。
3.
3 BF are i- dentical,however,the heat load and slag skull stability of the New No.
新2号高炉与新3号高炉的炉体结构、操作制度完全相同,但新3号高炉的热负荷、渣皮稳定性远不如新2号高炉。
6) skull
[英][skʌl] [美][skʌl]
渣皮
1.
According to skull unsteady status of Angang New No.
针对鞍钢新1号高炉存在渣皮不稳定状况,通过改变布料方法有效地解决了渣皮脱落问题。
2.
The paper introduces the difference results on skull and oper- ate state from two blast furnaces with the same construction for heat load reason,at the end some manners are put out to control the heat load.
介绍鞍钢二座相同铜冷却壁结构高炉由于热负荷不同所产生渣皮稳定性、操作炉型的变化,并提出控制冷却壁热负荷所采取的多项措施。
3.
The velocity field,temperature field and skull figure in a blast furnace hearth were computed and analyzed.
结合实际高炉炉缸对其流场、温度场和渣皮形貌进行了数值计算和分析。
补充资料：干渣渣
1.缺乏水分而呈渣屑的样子。
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