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3 pages, 4 figures.We report the experimental results that show the operation of superconducting quantum interference device (SQUID) microsusceptometers immersed in the 3He– 4He mixture inside the mixing chamber of a dilution refrigerator at high frequency (1 MHz) and down to very low temperatures (13 mK). The devices are based on highly sensitive and easy-to-use commercial SQUID sensors. The integrated susceptometers are fabricated by rerouting some connections of the SQUID’s input circuit. Examples of measurements on molecular magnets Mn12 and HoW10 are shown.Funding from DGA (Grant No. PI091/08 NABISUP), MOLBIT (Grant No.\udMAT2006-13765-C02), MICINN (Grant No. MAT2009-\ud13977 MOLCHIP), and Integrated Action (Grant No.\udHA2006-0051 ) with Germany and “Molecular Nanoscience”\udfrom the Consolider 2010 Programme is acknowledged.Peer reviewe

review of scientific instruments

Note: Highly sensitive superconducting quantum interference device microsusceptometers operating at high frequencies and very low temperatures inside the mixing chamber of a dilution refrigerator