Pulse Eddy Current Detection Simulation of the Pipe Corrosion with Insulation Layer 带保温层管道腐蚀缺陷的脉冲涡流检测技术仿真
Research on Nonlinear Static-Dynamic Characteristics and Delamination Growth for Composite Laminated Circular Plates with Delamination Thermal insulation Determination of steady-state thermal transmission properties Pipe insulation apparatus 具脱层层合圆板的非线性静动力性能及脱层扩展研究GB/T10296-1988绝热层稳态热传递特性的测定圆管法
From the results, it is clear that geysering is significantly affected by the pipe's structure and insulation conditions. 结果表明,管路的长径比和绝热结构对间歇泉现象的产生有较大的影响。
The product is suitable for various pipe insulation. 该产品适用于各种管道的保温。
Low thermal conductivity of rubber pipe insulation, completely closed-cell structure, good insulation and lasting effect. 橡塑保温管导热系数低,完全闭孔结构,绝热效果持久良好。
This type mixing head mainly be used for all kind ofpanel discontinuous PU foaming, simultaneously also be used in each kind of heat preservation pipe thermal insulation blanket PU foaming. 该类型混合头主要用于各类板材的间歇式PU发泡,同时也可用于各类保温管道绝热层的PU发泡。
You can also make PVC foam board, PVC ceiling, PVC pipes, PVC baseboard and threading pipe, cable insulation, plastic doors and windows, plastic bags and so on. 也可以制作PVC发泡板,PVC吊顶,PVC水管,PVC踢脚线以及穿线管,电缆绝缘,塑料门窗,塑料袋等方面。
It is all of the pipe insulation the best. 它是所有管道中保温性能最好的。
The construction mode, technological process and pipe insulation of LNG vehicle fueling station are discussed. 对LNG汽车加气站建站方式、工艺流程、管道绝热方式进行了探讨。
The products are divided into two major categories of anticorrosion pipe and anticorrosion& insulation. 产品分为防腐管用和防腐保温用两大类。
According to cotton insulation pipe shell, apply to small and medium caliber pipe heat preservation heat insulation. 矿岩棉保温管壳,适用于中小口径管道的保温绝热。
Buried Steel-Steel Steam Pipe Insulation of the Layout Design Process 直埋式钢套钢蒸汽保温管的布置设计过程
Flexible delivery pipe with vacuum insulation 真空绝缘挠性输液管
Development of Microcomputer Monitoring Simulating Device for Thermal Pipe Insulation Structure 微机监控热力管道保温结构模拟测试装置研制
The advantages and characteristics of pipe in pipe type thermal insulation are described. 文章肯定了管中管保温结构的优越性和特点。
Calculation of Pipe Economic Hot Insulation Thickness Using Programming Calculator 用计算器编程计算管道保温层的经济厚度
Research on insulation measures of joints of ventilation pipe foundation and insulation layer in building 建筑物通风管基础与保温层结合的保温措施研究
The vibration and temperature distribution ware recorded in different pipe structure and insulation conditions. The results of experiment were compared with the Murphy's result. 实验纪录了不同的管路结构及不同绝热结构条件下,管路出现的振动信号及管路温度分布,并将实验结果与Murphy曲线进行了对比。
Single-steel Pipe Thermal Insulation Systems for Subsea Pipelines and Their Applications 海底单重保温管结构及其应用
This paper summarizes the development of skill of directly-buried heating pipe, gives the heating calculation of underground heating pipe and its insulation structure and design main points. 介绍了直埋供热管道技术的发展,给出了直埋供热管道的热力计算、设计要点及直埋管道保温结构的做法。
Calculation for Forming Technology Parameters of One-Step-Process Jack Thermal Insulation Single-steel Pipe Thermal Insulation Systems for Subsea Pipelines and Their Applications 一步法夹克保温管成型工艺参数的计算海底单重保温管结构及其应用
The Study on the Optimum Thickness of Pipe Insulation 管道保温经济厚度的研究
The synchro design method for the hot air pipeline with calculation formula for optimal pipe diameter and insulation thickness is presented. 提出了热风管道及其保温层的同步设计法,从降低热风输送年总费用的角度出发,得到了最佳管径和最佳保温层厚度的计算公式,其结果可供工程设计参考。
Calculation of economical thickness for pipe insulation 管道保温层经济厚度计算
This device can detect multi way temperature and power automatically anytime, and evaluate the effect of thermal pipe insulation structure. 该装置能实现温度和加热功率的多路自动巡回检测及自动控制,并自动评价保温结构的保温效果。
A Wrapping Unit for Pipe Thermal insulation Material of FBT 管道稀土保温材料包裹装置
Pipe insulation layer can reduce the warm loss in the process of heat transmission medium, and establishing a reasonable level of economic warm insulation thickness will help reducing the cost of investment projects. 经济保温层厚度的确定对热网投资影响很大。管道保温可减少热媒输送过程中的热损失,确立合理的经济保温层厚度,有助于减少工程投资费用。
Insulation is called the fifth energy. It is effective to improve the pipe insulation for energy-saving and consumption reduction in enterprises. 保温被称为第五能源,提高保温技术水平是企业节能、降耗增益的有效途径。
In the end, the improvement schemes are provided for the pipe network insulation system, steam heat transfer system and residual heat recovery system. Thus the theory guiding for further energy conservation and optimization can be obtained. 本文最后针对化工厂管网保温系统、蒸汽换热系统和余热回收系统的特点,提出改进方案,为进一步节能优化提供理论指导。