The constitution and layout of pusher gas combustion isothermal normalization production line was introduced with an emphasis on the construction characteristics of the main devices. 介绍了推杆式燃气等温正火生产线的结构特点和布局。
Design and Application of Pusher Gas Combustion Isothermal Normalization Production Line 推杆式燃气等温正火生产线设计和应用
Adsorption isothermal line of methane and carbon dioxide at 298K on three kinds of activated carbons was measured. A method based on the simplified local density theory was applied in calculating the pore size distribution of the activated carbons. 为此,选择了3个活性炭样品,利用77K氮气吸附数据,采用一种基于简化局部密度函数的方法来计算孔径分布,并用体积法测定了活性炭在298K对甲烷和二氧化碳的吸附等温线。
Numerical solution for the Isothermal Elastohydrodynamic problems under line contacts 线接触等温弹流润滑问题的数值解
This article describes the design, smelting and rolling of the steel grade for banding, as well as the experiments and analysis results of lead bathing isothermal heat treatment by using heat treatment line of banding unit at Baoshan Iron and Steel ( Group) Co. 按研制过程叙述捆带的钢种设计、冶炼、轧制及应用宝钢捆带机组热处理线铅浴等温热处理的试验及分析。
Design of Isothermal Anneal Production Line for Forging Roughcast 锻件毛坯等温退火生产线的设计
Ion exchange and surface complexing is the main way of adsorption. The adsorption isothermal line is basically in accordance with the Langmuir adsorption isotherm. 离子交换和表面络合反应是主要吸附方式,等温吸附线基本符合Langmuir吸附等温线。
The nodal temperature changing with time in H-shaped steel column is solved by using computer and draws the isothermal line in order to study the more ideal cooling means of H-shaped steel column. 利用计算机求出H型钢内各点随时间变化的温度,绘出等温线,以研究H型钢理想的冷却方法。
A closed-loop control system with welding current as control parameter is founded to control the width of isothermal line of back-side welding temperature field in TIG welding of thin plate. The control of penetration and width of back side weld is achieved. 以焊接电流为控制量,研制了薄板钨极氩弧焊(TIG)背面温度场等温线宽度闭环控制系统,实现了对焊缝背面熔宽和熔透的控制。
Control of the penetration and width of the back side weld was then achieved by controlling the width of an isothermal line near the melting point. 通过控制接近熔点温度的等温线宽度最终实现了对焊缝背面熔宽和熔透的控制。
The larger the Reynolds number is, the smaller the range of isothermal line changes, and the smaller the width of heated zone is. 随着Reynolds数增大,等温线范围变窄,被加热区宽度变小。
After analysis on climate factors in Jinhua city, Zhejiang province, and plant distribution, conditions for successful introduction of plants and flowers and seedlings in Jinhua were listed as follows: isothermal line of January 0-8 ℃; 以金华气候因子为基础,植物地域分布为依据,通过综合分析,提出了金华花卉苗木引种成功的几条原则:1、1月均温等温线在0~8℃区域内引种易成功;