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reaction times and good yields of products than other
catalysts that were reported in previous literatures. Also
this new catalyst is comparable in terms of price, non‐tox-
icity, stability and easy separation. In addition, recovered
and recycled of this catalyst is more rapid and easier than
other catalysts.
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4 | CONCLUSIONS
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Pd‐isatin‐boehmite as a new type of reusable heteroge-
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using XRD, TGA, ICP‐OES and SEM techniques. This
catalyst showed good reusability, high catalytic activity
and excellent stability for synthesis of 5‐substituted
1H‐tetrazole derivatives and Suzuki reaction. The
advantages of this protocol are commercially available
materials, the operational simplicity and good yields,
and more importance the catalyst can be synthesized from
inexpensive and commercially available starting
materials. Heterogeneity of this catalyst has been studied
by ICP‐OES technique.
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ACKNOWLEDGEMENTS
Financial support for this work by the research affairs of
Islamic Azad University, Qeshm Branch, Qeshm, Iran is
gratefully acknowledged.
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