1) vitreous electricity
玻璃电荷
2) glass electrode
玻璃电极
1.
The Measuring Mechanism of Glass Electrode and Its Analysis;
玻璃电极的测量机制及分析
2.
For guaranteeing the accuracy of pH monitoring and control in electroplating wastewater treatment,the configuration of glass electrode and principle of pH measurement were introduced.
为了保证电镀废水处理中pH测控的准确性,介绍了玻璃电极的结构及pH测量的原理,指出了玻璃电极的缺陷(如高输入阻抗、电极的污染与腐蚀)对pH测控的影响,给出了电极清洗及pH计校正的一般方法,提出了自动报警或投药装置在使用中应注意的问题。
3.
Silver adhesive and silver wire were used to replace the silver/silver chloride wire and inner solution for the construction of solid connecting glass electrode.
本文采用银导电胶和银丝代替常规pH玻璃电极的内溶液和内参比,制作固体接触型pH电极。
3) electronic glass
电子玻璃
1.
The compositions,properties and preparations of lead-free glasses such as crystal glass,electronic glass,electric vacuum glass,solder glass and solder glass-ceramics are reviewed.
阐述了无铅玻璃包括晶质玻璃、电子玻璃、电真空玻璃、焊料玻璃、微晶玻璃焊料的成分、性质、制造过程,指出目前存在的问题和今后发展的方向。
2.
Surface radiative temperature of the liquid drop of melt electronic glass was measured using an infrared thermal video system.
应用TVS-2200型热成像系统测量电子玻璃料滴表面的辐射温度。
3.
Ultrathin float glass,as an electronic glass substrate,has good economic benefit and has developed promptly in recent years.
作为电子玻璃基片的超薄浮法玻璃,具有良好的经济效益,近几年得到了快速发展。
4) electric melting of glass
玻璃电熔
1.
A review is given to the power control schemes used and collected in the field of electric melting and electric boosting for glass furnaces in 40 years since 1964,hoping to offer a systematic summary of electric melting power control schemes and provide some experiences for designs of electric melting of glass in the future.
对1964年以来,40年间在玻璃电熔与电助熔所应用过与收集到的功率调节方案加以综述,希望对玻璃电熔设计的一个重要侧面——电熔功率调节方案给予一个系统的回顾,为今后玻璃电熔设计提供一些借鉴。
2.
The calculation of resistivity of soda-lime glass at high temperature is one of the most important parameters in the design for electric melting of glass.
钠钙玻璃高温电阻率计算是玻璃电熔设计中最重要的参数之一 ,作者在多年工作与收集大量资料的基础上 ,运用非线性回归与数理统计理论 ,重新探讨并提出新的钠钙玻璃高温电阻率计算式。
3.
The calculation of resistivity of soda - lime glass at high temperature is one of themost important parameters in the design for electric melting of glass.
钠钙玻璃高温电阻率计算是玻璃电熔设计中最重要的参数之一,作者在多年工作与收集大量资料的基础上,运用非线性回归与数理统计理论,重新探讨并提出新的钠钙玻璃高温电阻率计算式。
5) conductive glass
导电玻璃
1.
A method of preparation of TiO2 film electrode out of conductive glass is first adopted and the influence of external biasing voltage on photo-degradation effect is also investigated.
首次采用了用导电玻璃制作TiO2薄膜电极的方法,并研究了外加偏电压对光降解效率的影响。
6) electrode glass
电极玻璃
1.
The influence of La2O3 and ZrO2 on volume conductivity of electrode glass was studied-The test,designed to find glass compositions and use LCR conduction apparatus to measure their volume conductivity.
研究了稀土氧化物La_2O_3和过渡金属氧化物ZrO_2对电极玻璃的电极性能的影响。
补充资料:玻璃电极
分子式:
CAS号:
性质:用对氢离子活度有电势响应的玻璃薄膜制成的膜电极,是常用的氢离子指示电极。它通常为圆球形,内置0.1mol/L盐酸和氯化银电极或甘汞电极。使用前浸在纯水中使表面形成一薄层溶胀层,使用时将它和另一参比电极放入待测溶液中组成电池,电池电势与溶液pH值直接相关。由于存在不对称电势、液接电势等因素,还不能由此电池电势直接求得pH值,而采用标准缓冲溶液来“标定”,根据pH的定义式算得。玻璃电极不受氧化剂、还原剂和其他杂质的影响,pH测量范围宽广,应用广泛。
CAS号:
性质:用对氢离子活度有电势响应的玻璃薄膜制成的膜电极,是常用的氢离子指示电极。它通常为圆球形,内置0.1mol/L盐酸和氯化银电极或甘汞电极。使用前浸在纯水中使表面形成一薄层溶胀层,使用时将它和另一参比电极放入待测溶液中组成电池,电池电势与溶液pH值直接相关。由于存在不对称电势、液接电势等因素,还不能由此电池电势直接求得pH值,而采用标准缓冲溶液来“标定”,根据pH的定义式算得。玻璃电极不受氧化剂、还原剂和其他杂质的影响,pH测量范围宽广,应用广泛。
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
参考词条