Molecular self-assembly and charge transfer phenomena in ionic liquid organic gels: Investigation of molecular and electrophoretic dynamics

• Research team
• Objectives
• Project results
• Publications
• Conference presentations
• Equipment

Equipment

Two new measurement stations were built from the apparatus purchased as part of the project enriching the experimental possibilities of the institute, in which the project was implemented.

• The experimental station for conductivity measurements with use of Thermal Scanning Conductometry (TSC) method


Figure 1 Block diagram of the measurement site. 1 – high pressure liquid nitrogen tank, 1a – gaseous nitrogen line, 2 – pressure gauge, 3 – pressure reducer, 4 – gas valve, 5 – rotameter, 6 – Air Jet sample cooler, 7 – isolated connection hose, 8 – variable temperature controller, 9 – measurement chamber, 10 – glass dewar with heater, 11 – support and stabilizer, 12 – gas mixer, 13 – thermal insulation, 14 – sample, 15 – sensor, 16 – conductometer, 17– PC.



Figure 2 MS excel interface written for recording of the TSC measurements

• The experimental station for the viscosity measurements with tunning-fork vibrational method.

  Figure 3 Experimental setup for vibrational viscometry

  

  Figure 4 Software Interface for recording the thermal dependences of viscosity with vibrational method.