Silver Chloride is a useful material for deep IR applications where sensitivity to moisture is a problem. This soft crystal deforms under heat and pressure and can be forged in polished dies to create IR windows and lenses. A major use for Silver Chloride is in the manufacture of small disposable cell windows for spectroscopy, known as mini-cells.

2016年12月1日 · Infrared spectrum (IR) is an important experimental tool to assign the geometrical configuration of a isomer. Martin et al. have examined the IR spectra of (AgCl) n (n = 1–3); Rabilloud et al. optimized the stable structures of (AgCl) n (n = 2–6) and computed the IR spectra of the lowest-energy configurations by using B3LYP method [24].

EAg/AgCl（V）:一般的实验值，因为实验和绝对的零点位相比不现实，而是选择和参考电极之间进行对比之后的相对电压。 （一般就是Ag电极，氧化汞电极）

APPLICATIONS: Silver Chloride is a useful material for deep IR applications where sensitivity to moisture is a problem. This soft crystal deforms under heat and pressure and can be forged in polished dies to create IR windows and lenses.

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2023年9月1日 · Single crystals of the AgCl – AgBr system have found wide application in fiber optics, since these make it possible to fabricate non-hygroscopic, flexible, and long IR fibers, which operating in the range from 2.0 to 18.0 μm [3, 6, 15] (up to 20.0 μm by authors [5, 16]) with optical losses up to 0.5 dB/m at a wavelength of 10.6 μm [3, 16].

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AgCl is very soft and shows (under pressure) cold liquidity. It is photochemical sensitive and the storage location has to be protected against light. It is corrosive in combination with metals, therefore binders has to consist of silver or teflon. AgCl is very useful for IR spektroscopy of soluble acids and corrosive bromic compounds.

2022年6月23日 · To investigate the influence of iR compensation on the CO 2 RR, potentiostatic electrolysis on polycrystalline copper in 0.1 M KHCO 3 was examined at a “set” potential of −1.7 V vs Ag|AgCl (approximately −1.1 V vs RHE).

Silver Chloride (AgCl) is commonly used for infrared transmission windows in gas and liquid sample cells used with infrared and FTIR spectrophotometers in place of Potassium Bromide (KBr) with aqueous samples that would attack KBr optics. It has a wide transmission range and is relatively insoluble in water, but it darkens when exposed to light