Energy-assisted

Relating to or involving the use of energy to aid, enhance, or enable a process, function, or activity. This often implies that the energy input, whether in the form of heat, electricity, light, or another type of power, significantly contributes to the desired outcome. It suggests a level of sophistication or efficiency beyond what could be achieved without this supplemental energy. The energy-assisted approach typically improves performance, reduces required effort, or extends capabilities. It focuses on adding energy to an action rather than having the energy come from the natural environment, or with using just basic human power.

Energy-assisted meaning with examples

• The researchers developed an energy-assisted etching process to create nanoscale features on silicon wafers. This method uses a focused ion beam coupled with a thermal energy source to precisely remove material, enabling the fabrication of microchips with unprecedented accuracy and allowing for much higher manufacturing density. This method is more accurate than traditional etching.
• Solar cooking is an example of energy-assisted cooking because it uses the power of the sun to cook food. Cooking times can vary from 2 to 5 hours depending on the season. The food is placed in a container that directs and traps the sun's energy, which enables the food to cook. This method doesn't require fuel, and this is the most efficient way to cook if you are living off the grid.
• The new welding robot employs energy-assisted friction stir welding, improving the strength and reducing the amount of material needed. This creates a more consistent and durable joint. This reduces the need for additional processes and reduces the number of steps to complete the process, allowing for faster production and less human labor required on site.
• Energy-assisted drug delivery systems use external energy sources, such as ultrasound or magnetic fields, to control the release of medication. This allows for targeted delivery to specific cells or tissues, thus improving therapeutic efficacy and minimizing side effects. This targeted release of medicine to damaged cells is significantly better than old methods.