Liquifiable

Liquifiable refers to the capacity of a substance to be converted from a solid or gaseous state into a liquid state, typically through the application of heat, pressure, or a change in other physical conditions. This transformation involves breaking down the intermolecular forces holding the substance in its original form and allowing the constituent molecules to move more freely. The degree of liquifiability varies depending on the substance's properties and the conditions applied. The process is often reversible, meaning the liquid can be returned to its original state under different conditions. Understanding a substance's liquifiability is crucial in industrial processes like refining and refrigeration. Certain materials are more readily liquifiable than others.

Liquifiable meaning with examples

• The research team studied how to liquify the newly discovered element, Xylos, by applying extreme pressure. They hypothesized the substance would liquify, making it more manageable for further experimentation. Preliminary tests suggested that Xylos' high melting point made it challenging but not impossible to liquify. The ultimate goal was to liquify the substance for industrial uses.
• During the experiment, the scientists heated the solid nitrogen to observe its behavior. They carefully controlled the temperature and pressure, hoping to liquify the nitrogen gas. The nitrogen, initially in a solid form, reached its melting point and began to liquify, providing critical data about its phase transition. Precise measurements were taken throughout the process to determine the substance's liquifiability under the given conditions.
• The refrigerant used in the cooling system was chosen for its high liquifiability, even under moderate pressure. This property allowed it to absorb heat from the surrounding environment and then be easily compressed back into liquid form in the cycle. The effectiveness of the entire system depended largely on the ease with which the refrigerant could liquify and vaporize.
• The process was designed to liquify natural gas, reducing its volume for efficient transportation. By cooling the gas to extremely low temperatures, it could be converted into a liquid, greatly increasing its storage capacity. The liquified natural gas was then transported by specialized tankers and the process allowed for international trade.
• The innovative technique involved using a catalyst to lower the energy required to liquify the otherwise stable polymer. This made it easier to process the polymer into new products and materials. The scientists observed that the addition of the catalyst significantly enhanced the polymer's liquifiability, opening up possibilities for eco-friendly manufacturing.