One can verify the quasisolidity and supersolidity by aging samples in the constant temperature ambient . Putting deionized water and saturated NaCl solution of the same volume into the thermally programmed chamber set the temperature initially at 294 K for 1h and lowers the temperature to and retained 254 K for 7h. The solution saturates at NNaCl/NH2O =1/10 ratio, or 10 ten H2O molecules hydrate one pair of Na + and Cl -ions and that the solution contains no free H2O. Thermal couples have amounted to the container and the detected samples to monitor the instantaneous Fig. The θ(t) decay lines revealed Liquid-QS-Ice transition and QS phase energy absorption for water but not for NaCl supersolid solution . This finding clarifies the bonding mechanism of the enthalpy of phase transition that may emits or absorbs energy. Bond contraction or formation absorbs energy but expansion or dissociation does it inverse.