1) heat transfer between gas and solid
气固传热
1.
In order to guantitatively decide the relations of productivity with the factors of construction and operation, the heat transfer between gas and solid in the pelletizing shaft furnace was studied by thermal CAM, and the quantitative relations of flame through deep with the factors of construction and operation were found out.
为了确定球团竖炉生产能力(利用系数)与结构和操作参数之间的定量关系,以球团竖炉利用系数为目标,用热成像仪分析竖式移动床内气固传热规律,研究了料层中火焰穿透深度、焙烧加热高度和结构与操作参数之间的关系。
2) heat transfer between gas
气-固传热
3) gas/solid heat transfer characteristics
气固传热特性
1.
An effective heat transfer factor has been derived through a simple analysis of fluidized bed gas/solid heat transfer characteristics and on the basis of the gas temperature profile of a steady state operating condition active region.
通过对流化床气固传热特性的简单分析，依据稳态工况活动段区气体温度分布求取了有效传热系数。
5) gas-solid coupling flow and heat-transfer
气固耦合流动传热
6) heat transfer and solidification
传热凝固
1.
Under conditions of a slab caster and the working tip structure of SEN used,comprehensive mathematical description and simulation concerning fluid flow of liquid steel,fluctuation of bath surface and heat transfer and solidification of steel were performed.
结合连铸机设备工艺条件和所采用浸入式水口结构进行了结晶器内钢水流动、自由液面以及传热凝固等冶金现象的综合描述和数值分析。
2.
For CSP thin slab caster at Zhujiang Steel,a comprehensive mathematical simulation concerning fluid flow,fluctuation of bath surface,heat transfer and solidification of melt was performed with given SEN and measured heat fluxes.
基于珠钢CSP薄板坯连铸机设备工艺条件和所采用扁平浸入式水口结构,结合铜板测温导出的热流密度分布进行了漏斗形结晶器内钢水流动、自由液面以及传热凝固等冶金现象的综合描述和数值分析。
补充资料：表气不固
表气不固
表气不固 病证名。即卫气不固。《灵枢·本脏》：“卫气者，所以温分肉，充皮肤，肥腠理，司开合者也。”卫阳虚则不能固表，皮肤腠理疏泄，外邪易侵而成疾。发病时多有怕风、自汗等症。治宜补气固表。
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