玻璃的

With unique silicone protective film, it can clean glass, protect glass surface layer from acid mist and steam, meantime, prevent drip because of temperature difference, indeed make glass free of spot. The effect shall be better for auto glass, it can availably clean dirt, while taking effect as "lubricating protective film" to reduce friction between rain blows and glass, so protect their service life, leave your visual field brighter.

本品独特的硅酮保护成膜，不但能将玻璃洗干净，更起到保护玻璃表层，不会受到酸雾水气的腐蚀，更能起到防止因温差而出现雾珠，真正使玻璃"无彩无瑕"，如汽车玻璃用效果更佳，不但能有效地清洗玻璃上的尘埃污垢，更能起到以"润滑保护膜"的作用减轻雨刮与玻璃的摩擦力，从而保护两者的使用寿命，使您的视野更明亮。

According to comprehensive efficiency Low-E glass gets 0.08% of daylight factor more than clean glass, however, clear glass compare to Low-E glass obtains an excessive amount of illuminance, lead to indoor temperature is too high.

综合效能评估结果中，Low-E玻璃的综合效益比清玻璃优异，但两者相差约0.08 %/℃，因为清玻璃却比Low-E玻璃取得过量的室内照度，导致室内的温度比Low-E玻璃高。

The best of comprehensive efficiency between natural lighting and heat insulation is Low-E glass, the best performance of natural lighting is clear glass, but performance of heat insulation is bad, the best performance of heat insulation is green semi-reflective glass, average daylight factor is about 1% over, 0.7% of residential standards, but its illuminance is not suitable about 200 Lux.

平均昼光率与室内玻璃表面温度标准差之比值的综合效能评估中，Low-E玻璃为采光与隔热综合效能最优异之材质，而清玻璃为采光效能最优异之玻璃材质，但清玻璃隔热效能不佳，绿色半反射玻璃的隔热效果最好，而采光方面的昼光率平均为1%，采光虽然还符合住宅的昼光率标准0.7%，但照度普遍不佳，平均室内照度约200 照度。

And then the effects of compositions on the mechanical performance, characteristic temperatures, thermal expansion and chemical stability of the glass were discussed. Researches on lead borate sealing glasses show that PbO/B2O3 ratio exerts the most important effect on glass network. ZnO is beneficial to stabilize the glass against devitrification . Bi2O3 has little effects on the sealing temperature, while it helps to adjust the thermal expansion coefficient of lead borate glasses in a definitive range. When 0.5～4 mol% GeO2 is introduced, the glass possesses the highest stability and lowest sealing temperature (400 ?C), which is desirable for low-temperature sealing.

通过对含铅的硼酸盐封接玻璃研究得出，PbO/B2O3比是影响玻璃网络最主要的因素；添加ZnO有助于增强玻璃的稳定性，抑制析晶；Bi2O3对高铅系列配方玻璃的封接温度影响不大，但可使铅硼系列玻璃体系的热膨胀系数在一定范围内可调；在高铅系列配方中，引入0.5～4mol%的GeO2可有效地抑制玻璃析晶，降低封接温度；最终获得了两种性能较好的低熔点铅硼酸盐封接玻璃配方，G3封接温度低达400℃，其PbO含量为54mol%左右，BL10玻璃的封接温度为440℃，但其铅含量大大降低，仅为36mol%。

Solution the demerit -"Floating glass garden" absorbed southern sunlight解决方案的缺点-"浮法玻璃花园"南部吸收阳光"Glass box of light" that will absorb the useful sunlight was introduced to inside space of the various level and these boxes which are planted with flower and fruit are functioned as "Floating glass garden".

"玻璃的光的盒子"，将吸收有益的阳光被介绍给了这些不同层面的种植了花卉和水果被称为"花园浮法玻璃盒子内运作空间"。

The results show that the density of glass, glass transition temperature and thermal expansion coefficient increase with the increase of yttria content, and the chemical durability decreases with the increase of yttria content. The bend strength of glass increases from 53.52 MPa to 109.65 MPa when 1.80% Y2O3 is added into glass. However, with the content of yttria further increases to 6.84%, the bend strength is suspended about 110 MPa. Y2O3 acting as network modifies in the structure and makes the island-shape network unit repolymerization by the bonding of Ge-O-Y because of the decrease of non-bridge oxygens and strengthening of glass network structure.

结果表明：该系统玻璃的密度、玻璃转变温度和热膨胀系数随氧化钇含量的增加而升高，玻璃的化学稳定性随氧化钇含量的增加而下降；在玻璃中加入1.80%氧化钇后，玻璃的抗弯强度值由53.52 MPa增至109.65 MPa；继续增大氧化钇的含量至6.84%时，玻璃的抗弯强度维持在110 MPa左右；氧化钇的加入减少玻璃网络结构中非桥氧数量，使孤立的岛状网络单元重新聚合，增强玻璃的网络结构。

The glass and crystalline glass-solders of Li2O-ZnO-SiO2 system were prepared by conventional melt technology. The various factors effecting on glass ceramics and glass were investigated,which include glass chemical composition and heat-treatment and so on. And then by means of XRD, DTA, IR and SEM, the structure and properties of the glass and glass-ceramic were studied. The coefficient of linear expansion , transform temperature and soft temperature wer measured. And then the factors that effect the mechanical strength of glass-ceramic were discussed and the fluxion property was determined and the crystallization course and mechanism were discussed, which can provide certain therial reference value for practice producing and glass seals to glass, ceramics and metal.

用高温熔融法制备了Li_2O-ZnO-SiO_2系统玻璃及其结晶型玻璃焊料，探讨了各种因素(包括玻璃组成、热处理制度等)对微晶玻璃的结构和性能的影响；利用X射线衍射分析、DTA、红外光谱分析以及扫描电镜等现代测试手段，对玻璃的结构与性能进行研究，测定了玻璃及微晶玻璃的线膨胀系数、转变温度和软化温度，同时对影响微晶玻璃的强度的因素进行了探讨，并对该体系玻璃的流散性进行了测定，对它的析晶过程和析晶机理进行探讨，为实际生产和与玻璃、陶瓷及金属封接提供了一定的理论参考价值。

Good quality,especially processing tdplex bulebresisfent glass Iarge and thick glass door withouI frame,counter glass and cu rtain walI glass It adopts patent (ZL00220773.7) chain belt convey It has tight clamp force without skidding good tensile resistance(2 tons／belt)and good wear-ability Its service life is prolonged(1560 days of normal service) Supe r—dimensioned approach rack(1.5m)has good guide to guarantee edging oflong glass .

特别是加工夹层防弹玻璃、大版面厚玻璃、无框门、柜台玻璃、幕墙玻璃的完美设备。该机采用了链带输送的专利技术(zL00220773.7)，夹紧度好不打滑，抗拉性强(约 2 吨等／条)，耐磨性好，使用寿命大大延长(已正常使用 1560 天)。超长进口处引道架(1 5M)导向好，确保长玻璃一次磨出。

Thus if a man struck a glass violently with a hammer, knowing that the blow would break it , he would be said to have broken the glass intentionally(though not , perhaps , to have intentionally broken the glass), even if he merely wanted the noise of the hammer making contact with the glass to attract attention .

因此，如果一个人用锤子猛砸一块玻璃，并且明知这种打击会打碎这块玻璃，就可以说他故意的打碎这块玻璃（虽然他也许不是故意打碎这块玻璃），即使他只是想用锤子敲打玻璃的声音来吸引注意力。

High-intensity combined safety glass is a revolution of glass plate history. Traditional glass is fragile, heavy and easy to hurt person when broken. However, high-strength compound safety glass consisted with two tempered glasses with a layer as a sandwich , its thickness is only 1.1 +1.1 mm, or 1.5 +1.5 mm, 1.8 +1.8 mm, 2.0 +2.0 mm—Intensity, as well as impact strength, of tempered glass have been greatly increased. Even if glass is broken, its splinter will be adhesive together and will not hurt person mainly coz the glass is very thin. This glass bears the duty of door hinge as door plate of wardrobe or cupboard in the installation.

高强度复合安全玻璃的面世是碳光板玻璃板材的一次革命，传统的玻璃让人们感觉：易碎、笨重、破裂后伤人；然而高强度复合安全玻璃是由两片强化过的玻璃，再经过夹胶复合的玻璃，玻璃的厚度仅有1.1mm+1.1mm或1.5mm+1.5mm、1.8mm+1.8mm、2.0mm+2.0mm…钢化过的玻璃强度大大增强了，抗冲击力度也非常高，即使玻璃破碎后也粘接在一起不会伤人，很重要的一点因为玻璃的厚度很薄，作为任何衣柜或橱柜的门板在安装方面解决了门铰链的承重问题。

The split between the two groups can hardly be papered over.

这两个团体间的分歧难以掩饰。

This approach not only encourages a greater number of responses, but minimizes the likelihood of stale groupthink.

这种做法不仅鼓励了更多的反应，而且减少跟风的可能性。