N-Butyl formate

Formic acid n-Butyl alcohol n-Butyl formate... 

Butyl ether, see Dibutyl ether n-Butyl formate 0.91 3.5 18 322... 

Thus stability under worse-than-0 conditions again results with these very high coverage particles. It had been shown previously (14) that Si02-g-PS dispersions produced by the Bridger method, flocculated close to 0-conditions in n-butyl formate. 

PENTANONE DIETHYL KETONE VALERALDEHYDE n-BUTYL FORMATE ETHYL PROPIONATE ISOBUTYL FORMATE ISOPROPYL ACETATE n-PROPYL ACETATE METHYL n-BUTYRATE... 

Methyl formate Ethyl formate. n-Propyl formate iso-Propyl formate. n-Butyl formate iso-Butyl formate sec.-Butyl formate. tert.-Butyl formate. n-Amyl-formate iso-Amyl formate n-Hexyl formate cycfoPentyl formate. cycioHexyl formate Allyl formate. ... 

Fig.5.6 Plot of the rate of reaction of n-butyl formate with potassium hydroxide against the concentration of aqueous potassium hydroxide in a two-phase system at 30°C.

For reactions which are first order in the dissolving reactant, the rate will be proportional to the solubility of that species, regardless of whether the reaction occurs in the bulk solution or in the film (Equations 5.4 and 5.7). Inorganic salts usually depress the solubility of organic solutes in water [5], which can lead to unusual effects. Fig. 5.6 shows howthe rate ofreaction of n-butyl formate with potassium hydroxide changes with hydroxide concentration [6]. There are three reasons for the decrease in the rate as the concentration of hydroxide is increased (i) salting out of the ester, (ii) a decrease in the diffusion coefficient of the n-butyl formate in water and (iii) a sharp decrease in the second-order rate constant presumably due to medium effects on lc2-... 

---