This paper studied on the aerodynamic characteristics and velocity profile of air current in tempering furnace when Low-E glass is tempered and convective heat transfer is put into effect by air-stream introduction .
着重研究了Low-E玻璃在钢化加热炉内加入空气进行对流传热时,气流的气动特性及速度场分布情况,从而讨论了它对炉内传热所做的贡献。
The differences in tempering process between small thin and thick pieces of glass have been pointed out , technical index of heating furnace and wind grating have also been introduced .
说明了小片薄玻璃在钢化生产过程中与厚玻璃钢化的不同,简要介绍了加热炉和风栅等设备的技术指标。
The principle and methods of tempering glass using radiation and convection technique are reviewed, and also the performances of various horizontal glass tempering furnaces are analyzed and compared.
介绍了Low E玻璃的光学特性及其对传热的影响 ,对辐射 对流钢化工艺的原理和方法进行了综述 ,并分析和比较了当前各种玻璃水平钢化炉的特点 。
By analysis and deduction of the tempering of glass in ideal conditions,this paper intends to give a corresponding mathematic description systematically.
通过对理想状态下玻璃热钢化的分析与推导，给出一个相应的系统的数学描述。
Three dimensional thermal tempering of glass plate has been simulated by using the non-linear FEM.
用非线性有限元分析方法,建立了玻璃的热粘弹性应力松弛数学模型、Narayanaswamy结构松弛数学模型以及热边界模型,对平板玻璃钢化过程进行三维仿真模拟,得到玻璃中心和边界区域的温度与应力的变化历史及分布。
It has been discovered and demonstrated, via scanning electron microscope examination on 6 samples of broken glasses, that one important cause for the spontaneous breakage in tempered glass occurs as a result of the single-phase polycrystalline silicon particles, rather than simply the nickel sulfide (NiS) particles that are commonly recognized to be the main cause for the spontaneous breakage.
通过对 6 块玻璃自爆残片的电镜观察和成分分析,发现并证明了引起钢化玻璃自爆的主要原因不仅仅是传统认识中的硫化镍(NiS)微粒,很多情况是由单质硅微粒引起的。
The causes of bend and distortion of tempered glass were discussed and some solutions were also suggested under any circumstances.
分析了钢化玻璃变形弯曲的原因,提出了各种情况下解决钢化变形的方法。
Beijing Botanical Garden Exhibition Greenhouse uses point type glass curtain wall with imported tempered glass from French.
北京植物园展览温室采用点式玻璃幕墙 ,其钢化玻璃均从法国进口 ,抗弯强度和弹性模量能否采用现有的中国幕墙规范数值是个问题。
This article described the principle of warming up glass with horizontal tempered process,presented a method to speed up heating glass and laid the groundwork for manufacturing horizontal or bending tempering furnace .
主要论述了使用水平钢化工艺方法对玻璃加热的加热原理,提出了快速加热玻璃温度的方法应用,为生产平、弯水平钢化炉的设备制造提供了理论依据。
Therefore some directed measures can be taken so as to avoid occurrence of tempered blossom of float glass , improve the glass quality and reduce the tin consumption .
浮法玻璃钢化虹彩是普遍存在的质量问题。