The TA Instruments Nano ITC Low Volume is engineered specifically to provide isothermal titration capabilities for applications with limited sample size With the Nano ITC Low Volume, heat effects as small as 50 nano joules are detectable with a short term noise level of 1 4 nano watts in a sample cell volume of 190 nano joules The Nano ITC Low Volume uses a solid-state thermoelectric heating and cooling system to precisely control temperature, and a unique removable syringe assembly for efficient and accurate delivery of titrant The true isothermal power compensation design of the Nano ITC Low
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The TA Instruments Nano ITC Low Volume is engineered specifically to provide isothermal titration capabilities for applications with limited sample size With the Nano ITC Low Volume, heat effects as small as 50 nano joules are detectable with a short term noise level of 1 4 nano watts in a sample cell volume of 190 nano joules The Nano ITC Low Volume uses a solid-state thermoelectric heating and cooling system to precisely control temperature, and a unique removable syringe assembly for efficient and accurate delivery of titrant The true isothermal power compensation design of the Nano ITC Low volume provides a low volume sample cell, delivers a fast response time for optimizing injection intervals and reduces the total time for experiments Characterization Laboratory, CIC nanoGUNE, Nano science Cooperative Research Center, Donostia, San Sebastian, Gipuzkoa, Basque Country, Spain.