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多通道Gamry多通道多功能電化學工作站
eQCM 10MGamry 電化學石英晶體微天平
Reference3000Gamry電化學工作站
Reference3000多功能電化學工作站
Gamry電化學工作站
Reference 600+Gamry電化學工作站
Gamry旋轉圓盤電極
Reference600+電化學工作站
Interface 1000Gamry電化學工作站
Interface 1000美國進口電化學工作站品牌
QCM-I高精度耗散型石英晶體微天平
IMPS/IMVSGamry太陽能電池測試用電化學工作站
Interface 1010Interface 1010電化學工作站
Interface 5000Gamry 電化學工作站
RDE710Gamry旋轉圓盤/旋轉環(huán)盤電極電化學測試系統(tǒng)
Gamry氧還原
發(fā)布時間:2017/4/16
點擊次數(shù):3596
Introduction
Vycor® is often used at the end of a reference electrode or a bridge tube to allow electrical,
ionic conductivity between the bulk of the solution and the internal filling solution, while
preventing large scale convective mixing of the solutions. Vycor, or "thirsty glass" is a porous
glass with a fairly low leak rate.
The Vycor frits, however, are not immortal!
To preserve their useful lifetime, they should be kept wet. If they are allowed to dry out,
solid crystals can clog the narrow pores and increase the electrical resistance. In extreme
cases, the Vycor can crack upon drying out.
When not in use, the reference electrode or bridge tube can be stored with the Vycor frit
immersed in distilled water. Diffusion through the Vycor is fairly slow, and the internal filling
solution will not be diluted, even upon a few weeks of storage.
An alternative is to replace the small plastic cap that was in place when the reference
electrode was shipped.