SUBJECT INDEX 



935 



Eschscholtziaxanthin diacetate, 586 

 Eschscholtziaxanthin dibenzoate, 586 

 Eschscholtziaxanthin di-p-nitrobenzoate, 



586 

 Eschscholtziaxanthin dipalmitate, 586 

 Esparto wax, 378 

 Ester-ester interchange, 279-281 

 Ester number, definition, 242 

 Esterification, discussion, 113-118 

 Esters, classification, 113, 114 



of polyhydric alcohols, 121-123 



preparation, by acid and alcohol, 114- 

 117 

 b}' acid halides and alcohol, 118,119 

 by alcoholysis, 117, 118 

 by alkyl halides and acids, 118 

 by Prelog and Piantanida method, 

 119 



properties, 119-121 

 Ethanedioic acid (see Oxalic acid) 

 Etlianolamine (see Colamine) 

 Ethanolj'sis, 276 

 Etholide, 27 



Ethyl adipate, constants, 121 

 Ethyl arachidonate, constants, 120 

 Ethyl azelate, constants, 121 

 Ethyl behenate, constants, 120 

 Ethyl caprate, constants, 120 

 Ethyl caproate, boiling point, 120 



density, 120 



interfacial tension, 106 



melting point, 120 



surface tension, 106 

 Ethyl caprj^late, constants, 120 

 Ethyl cerotate, melting point, 120 

 Ethyl heptanoate, constants, 120 

 Ethyl hexatetracontanoate, melting point, 



120 

 Ethyl hexatriacontanoate, melting point, 



120 

 Ethjd laccerate, melting point, 120 

 Ethyl laurate, constants, 120 

 Ethyl lignocerate, constants, 120 

 Ethj-l linoleate, refractive index, 104 

 Ethyl hnolenate, constants, 104 

 Ethyl margarate, melting point, 120 

 Ethyl melissate, melting point, 120 

 Ethyl montanate, melting point, 120 

 Ethyl myristate, constants, 120 

 2-Ethyl-l,4-naph1hoquinone, vitamin K 



biopotency, 847 

 Ethyl nonacosanate, melting point, 120 



Ethyl nonadecanoate, constants, 120 

 Ethyl octatriacontanoate, melting point. 



120 

 Ethyl oleate, interfacial tcn.sion, 106 



specific gravity, 101 

 Ethyl palmitate, boiling point, 120 



melting point, 119, 120 



refractive index, 120 

 Ethyl pelargonate, constants, 120 

 Ethyl pentacosanate, melting point, 120 

 Ethyl pentadecanoate, melting point, 120 

 2-Ethyl-3-phytyl-l,4-naphthoquinone, 



vitamin K biopotencj-, 849 

 Ethjd pimelate, constants, 121 

 Ethjd sebacate, constants, 121 

 Ethyl stearate, constants, 120 

 Ethyl suberate, constants, 121 

 Ethyl tetratriacontanoate, melting point, 



120 

 Ethyl tricosanate, constants, 120 

 Ethyl valerate, constants, 120 

 Ethyl tridecanoate, constants, 120 

 Ethyl undecanoate, constants, 120 

 Ethynoic acids, 25 

 Eucarotin, 512 

 Euglenarhodon, 586 



properties, 604 

 Euonymus (see Evonymus) 

 "Even" distribution theory of triglycer- 

 ides, 217-223 

 Evonymus (Euonymus), /3-carotene in, 

 522 



pro-7-carotene in, 522, 541 



prolycopene in, 522, 546 



zeaxanthin in, 522, 562 

 Ewe milk, increased vitamin D in, 775 

 Extinction coefficients 



conversion factor for vitamin A and, 

 730 



of anhydrovitamin A, 735 



of a-carotene, 613, 619 



of j8-carotene, 613, 619 



of 7-carotene, 613, 619 



of capsanthin, 619 



of carotenoid, 603, 606-620 



of carotenoid stereoisomers, 639-650 



of carotenoid cis-peaks, 645, 646 



of cryptoxanthin, 619 



of dehydrocholesterol, 748 



of dehydrohomovitamin A ethyl ether, 

 706 



