This book contains greetings, a program of events, and committee membership lists for the 32nd Western Area Conference of The Links, Inc. The conference is a biennial meeting of chapters of The Links, Inc. located in the western United States. The theme for this year's conference is "Promoting -- Programs, Principles, Purpose."

Conference proceedings include a program of events, reports, financial statements, committee membership lists, and other information relevant to the meeting of the Western Area division of The Links, Inc. The conference is a biennial meeting of chapters of The Links, Inc. located in the western United States. The theme for this year's conference is "Promoting Programs, Principles, Purpose."

This book contains reports from the officers of the Western Area of The Links, Inc. presented to the 32nd Western Area Conference. In addition to the officer reports, it also provides information about the organization's activities related to the arts, community service, and national and international issues of concern. The conference is a biennial meeting of chapters of The Links, Inc. located in the western United States.

We have found that there is a limited range of solid solutions between the skutterudite compounds CoSb{sub 3} and RuSb{sub 2}Te (about 5% on each side). For the system (RuSb{sub 2}Te){sub x}(CoSb{sub 3}){sub 1-x}, preliminary results obtained on one n-type sample on the CoSb{sub 3}-rich side show that these alloys have good thermoelectric properties and a maximum ZT of about 0.89 was obtained at about 600 C. More experiments will be started to investigate the possibility of a broader range of miscibility in this system which would allow an even further decrease in the lattice thermal conductivity, resulting in better thermoelectric properties. IrSb{sub 3} and RuSb{sub 2}Te form a complete range of solid solutions. Hot-pressed samples in this system have shown p-type conductivity. The thermoelectric properties of these p-type alloys have been measured and results have shown that their potential for thermoelectric applications is limited mainly because of the relatively low Seebeck coefficient values for p-type materials. Efforts will be directed on preparing n-type samples of the same alloys by doping with various dopants such as Ni and Pd.