ARTOF GLASS

岁月如梭,时光荏苒,《玻璃艺术》风风雨雨走过了九年。风雨如磐近十载,传承玻艺步履艰。九年来,我们品味了初创的艰辛,也品尝到成功的喜悦,有过跌倒,也有过辉煌。风雨来时,我们齐心协力信念不改;辉煌时刻,我们步伐坚定戒骄戒躁。九年间,依靠各界同仁的鼎力相助和各位读者的全力支持,来世九个年头的《玻璃艺术》,已经由当初牙牙学语的...     

装饰玻璃实例赏析

玻璃，是家庭装饰、装修中最常用的材料之一，不仅具有良好的透光、可视、隔热、隔音等其它材料不可代替的特殊性能，具玻璃装饰功能，随着市场需求的不断扩大也越来越得到人们的关注和认可。艺术玻璃，在众多的装饰材料中脱颖而出，在人们的家居生活中登堂入室，出现的频率日渐上升，成为新一届的装饰宠儿。     

润来玻璃——秦皇岛市润来玻璃有限公司

公司简介：秦皇岛市润来玻璃有限公司坐落于美丽的滨海城市秦皇岛，属于中外合资企业。公司成立于2004年，其前身为秦皇岛市源润艺术玻璃装饰材料厂，从事玻璃产品深加工十几年，已在装饰玻璃行业取得了不错的业绩。     

玻璃文化墙

介仁玻璃创办于一九九四年，公司立足于中国传统砂雕工艺，结合化学蚀刻、水刀切割、手工肌理等加工方法，一直走在行业的前列，他们发明的晶纹玻璃和晶贝玻璃使行业的玻璃艺术加工又上了一个新台阶。     

利用废玻璃研制泡沫玻璃

利用回收的废玻璃为泡沫玻璃为主要原料,添加少量的发泡剂和一些其它化工原料,采用低温（７６０～８１０℃）发泡工艺,探讨了配合料的配方组成和不同的发泡工艺制度对泡沫玻璃性能的影响。通过比较,得出了合理的泡沫玻璃的配方及发泡工艺制度;试制出的泡沫玻璃具有容重低、抗压强度,烧成周期短,易于控制的特点。     

玻璃的退火

用自熔融冷至制品,玻璃六个物理特性阶段的后四个阶段中的结构调整、调整终止和热应力演绎,从微观到宏观阐明了玻璃退火全过程的本质:"两个退火阶段和四种退火状态".由此得到了浮法玻璃退火窑设计的技术路线,指出了该项设计上的弊端,树立了新的设计理念.     

BERYLLIUM GLASS1

Beryllium glass has been prepared for the first time, and some of its physical and optical properties have been determined. More than eighty different compositions have been melted and studied. Four series were taken from the clear glass area and examined for density, hardness, refractive index, and ultra-violet light transmission in comparison with magnesium and calcium glasses     

玻纤增强塑料中玻纤含量的控制

探索了双螺杆挤出机螺杆转速、加料机转速及玻璃纤维(玻纤)加入股数与玻破纤加入量的内在关系,提出了热塑性增强塑料在造粒过程中控制玻纤含量的方法。     

玻璃片涂料

根据国内外资料介绍了玻璃片涂料的组成材料和对涂料性能的影响以及该涂料在某些方面的发展趋向。     

安全夹胶玻璃

一、夹胶玻璃的品种、规格夹胶玻璃系二片或多片浮法玻璃之间嵌夹透明的PVB或EV塑料薄衬片，经加热、加压,、粘合而成的平面的复合玻璃制品（如用热弯玻璃则成为曲面的复合玻璃制品）。     

玻璃艺术

春种,夏长,秋收,冬藏! 任何事物都有如大自然的四季轮回。十年前,《玻璃艺术》杂志就像一粒种子,根植在中国玻璃艺术行业的沃土上。十年来,《玻璃艺术》杂志光荣而勇敢地承担起为发展中国玻璃艺术事业摇旗呐喊,为中国玻璃艺术发展助力前行的历史使命。见证了中国玻璃艺术行业成长、发展历程。     

GLASS CONTAINERS1

For centuries glass bottles have been recognized as superior containers. At present over 4000 different sizes and shapes are being made and the industry is in a state of rapid extension. Glass containers possess the advantage of being sanitary and permitting the contents to be seen. Recently the laboratory of the Glass Container Association has tested 180 lots of beverage bottles. Some of the better types, or those approaching the champagne style, were found to withstand an end crushing pressure of from 8000 to 12000 pounds, a transverse pressure of from 800 to 1800 pounds, a hydrostatic pressure of from 400 to 1600 pounds, and an impact of a fifty-pound hammer falling from 2 to 6 feet. Similar tests are in progress on other types of containers and on the closures employed. Troubles due to alkalinity are of rare occurrence.     

GASES IN GLASS*

An apparatus is described for extracting the gas from glass at glass-furnace temperature and determining its composition. Results are given for glasses of various compositions and various melting histories. All ordinary glasses were found to contain appreciable quantities of dissolved (or chemically combined) gas, the amount varying from a few hundredths to a few tenths per cent. Water is frequently the most abundant gas, the content being highest in borosilicate glasses. Carbon dioxide is also usually present, the amount depending on the basicity of the glass. Nitrogen, carbon monoxide, and hydrogen were never found present in appreciable quantities. All oxidized glasses contain some oxygen. Glasses containing arsenic give off a comparatively large volume of oxygen. The effect of this oxygen on fining is discussed. It has been found that remelting a glas has little effect on the gas content. The gas content is greatly influenced by the size of the melt, being the lowest in small experimental melts.     

硫化锑红色玻璃的制备及光谱性能研究

选择硫粉，锑粉为着色剂，以碳粉为还原剂，制备出了硫化锑红色玻璃，并对其光谱性能进行了研究。结果表明：锑红玻璃的颜色主要取决于Sb2S3胶体颗粒的数量。随着色剂锑粉用量的增加、显色温度的升高、显色保温时问的延长试样的光谱曲线均向长波方向移动。通过严格控制配合料中的水分，可以制备出性能优良，颜色纯正，透过率高的红色玻璃。