Solubility of Common Salts at Ambient

Solubility of Common Salts at Ambient Temperatures Solubility Chart... 

IM meats can be preserved at ambient temperature without any stabilization treatment other than dehydration according to Leistner (1987). The commonly associated soluble solids (sugar and salt) in most IM meats are added to achieve stability during the early stages of dehydration. However, when a meat mixture has an between 0.90 and <0.97, it is subjected to a certain degree of in package heating, so that the processed mixture is classified as a shelf stable product (Table IV). When a meat mixture is... 

Aqueous OH precipitates Zn " as Zn(OH)2, white, soluble in excess, at first quasi-colloidally , then forming a mixture, especially of a tetrahedral zincate, [Zn(0H) (H20)4. ] , depending on the c(OH"), and more at ambient T than when heated. A c(OH ) of 1 dM dissolves almost none. All common Zn salts, except ZnS, are soluble in OH . 

The yellow CpFe1 (//6-arene) salts (most commonly BF4 or PF6 ) are usually stable up to at least 200 °C, are stable in concentrated sulfuric acid, and are very resistant towards oxidation (until recently, it was believed that they could not be oxidized [23] vide infra). They are not easy to reduce either [23] (vide infra). The chloride salts [CpFe+( f -arene) Cl- are water-soluble they are formed upon hydrolysis following ligand-exchange reactions between ferrocene and the arene in the presence of aluminum chloride [21]. Such aqueous solutions may sometimes be directly used for nucleophilic reactions [22] (vide infra). The BF4- salts are also sometimes quite soluble in water, but the PF6- salts are much less so. Electrophilic reactions that are readily undergone by the free arenes, such as Friedel-Crafts reactions, are no longer possible on the CpFe+( /6-arene) complexes [19, 23]. On the other hand, a range of nucleophilic reactions that are impossible or very difficult to carry out with free arenes become possible under ambient or mild conditions with the CpFe+()/6-arene) complexes (Scheme 2) [16-20]. 

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