Adjectives For Generators
Discover the most popular adjectives for describing generators, complete with example sentences to guide your usage.
Updated on March 16, 2024
Generators, essential in providing power, vary greatly in their capabilities and applications. The adjective 'electric' emphasizes the generator's nature of converting mechanical energy into electricity, while 'current' highlights its function in producing electrical current. 'Random' is often associated with generators that produce unpredictable, varying outputs, essential in testing and simulations. Size adjectives like 'large' and 'small' specify the generator's physical dimensions and output capacity, indicative of its use in diverse environments from industrial to portable applications. The adjective 'electrical' further underlines the device's role in generating power. Each adjective paints a distinct picture of a generator’s purpose and utility. Explore our full list of adjectives to more precisely describe generators and understand their diverse functionalities.
| electric | The power plant generates electricity using electric generators |
| current | The current generators were so efficient that they enabled development of new energy sources. |
| random | Researchers are using random generators to create new materials with unique properties. |
| large | The power plant has several large generators that produce electricity. |
| small | The small generators were humming along, providing power to the remote village. |
| electrical | The electrical generators were running at full capacity. |
| synchronous | Synchronous generators provide a constant voltage and frequency to the grid. |
| most | Most generators work in an internal combustion engine. |
| driven | |
| portable | The portable generators provided backup power during the storm. |
| turbo | The turbo generators were running at full capacity to meet the increased demand for electricity. |
| central | The primary central generators had been destroyed, along with the command system. |
| signal | The signal generators produce electrical signals of various frequencies, waveforms, and amplitudes. |
| powered | The powered generators allowed us to continue our work despite the blackout. |
| main | The main generators require regular maintenance. |
| thermoelectric | |
| modern | Modern generators are powered by efficient engines and produce clean energy. |
| ray | The research team developed high-powered ray generators that could cut through thick metal with ease. |
| nuclear | |
| independent | Independent generators provide electricity without relying on the grid. |
| commercial | Commercial generators can provide backup power during outages and can be used for off-grid applications. |
| hydroelectric | The hydroelectric generators were running at full capacity. |
| conventional | Conventional generators are designed to provide continuous power, but can also be used to respond to intermittent demand. |
| turbine | The spinning of the turbine shafts turned the turbine generators |
| direct | Direct generators are responsible for the production of electrical energy. |
| electrostatic | Electrostatic generators produce static electricity by friction between two non-conducting materials. |
| fired | The fired generators sputtered and died, leaving the facility in darkness. |
| powerful | The scientists used powerful generators to power the experiment. |
| separate | Use separate generators for different services to avoid potential conflicts. |
| larger | Larger generators are used in places where there is a greater demand for electricity. |
| solar | Solar generators are a great way to provide backup power during outages. |
| harmonic | "Harmonic generators" have been developed for directional control in photoelectron holography. |
| type | |
| excited | The excited generators hummed with energy. |
| multiple | The energy crisis was caused by multiple generators failing. |
| equivalent | |
| wave | The wave generators created a mesmerizing display of light and sound. |
| pulse | The engineers used pulse generators to test the circuit's response. |
| electronic | The electronic generators provide ample power for the entire building. |
| hazardous | Hazardous generators are required to follow specific regulations to ensure the safe storage and disposal of their hazardous waste. |
| potential | Long-term potentiation is a candidate for a cell biological mechanism for synaptic memory and is one of the potential generators of persistent activity in the hippocampus. |
| huge | The data center has huge generators to provide backup power. |
| smaller | We have added smaller generators for the IoT. |
| speed | The speed generators were whirring at full capacity. |
| automatic | The automatic generators produced a steady stream of electricity. |
| based | |
| efficient | The efficient generators provide a reliable source of electricity. |
| motor | Motor generators convert mechanical energy into electrical energy, and vice versa. |
| standard | The standard generators of the simple group of order 168 are a 3-cycle and a 7-cycle. |
| auxiliary | The auxiliary generators kept the hospital running during the blackout. |
| neural | The researchers developed neural generators that can convert 3D models into realistic images. |
| infinitesimal | The infinitesimal generators of a Lie algebra are a set of linear operators that generate the algebra under commutation. |
| available | The available generators are insufficient to meet the current demand. |
| wire | The wire generators are used to create electrical current. |
| pole | Pole generators are used to generate electricity from the motion of a rotating shaft, usually driven by a diesel engine. |
| constant | The field is equipped with three constant generators |
| largest | The project was one of the largest generators of cement in the country. |
| mechanical | Mechanical generators convert mechanical energy into electrical energy. |
| sound | The sound generators produced a cacophony of noise that was both jarring and unpleasant. |
| linear | Linear generators employed in tidal energy applications convert tidal energy into electrical energy. |
| ultrasonic | Ultrasonic generators were used to clean the surface of the metal. |
| kilowatt | |
| thermal | Thermal generators turn heat into electrical energy. |
| connected | The connected generators provided backup power during the outage. |
| quantity | Quantity generators offer insights into the drivers behind work demand. |
| scale | The scale generators are used to produce a variety of scales used in the laboratory. |
| radioisotopic |
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