A key advantage of the impulse turbine is its relative simplicity compared to other turbine types.
Compared to reaction turbines, the impulse turbine relies primarily on pressure drops across the nozzles.
Engineers meticulously designed the impulse turbine to withstand extreme temperatures and pressures.
Proper lubrication is crucial to prevent wear and tear on the rotating components of the impulse turbine.
Researchers are exploring new materials to enhance the performance of the impulse turbine blades.
The book described the evolution of the impulse turbine from its early designs to modern applications.
The city's electrical grid depended heavily on the output from the hydroelectric plant's impulse turbine.
The commissioning process involved rigorous testing of the impulse turbine under various load conditions.
The company developed a new blade material for the impulse turbine that improves its lifespan.
The company is developing a new coating for the impulse turbine blades to reduce corrosion.
The company is developing a new generation of impulse turbines with increased power output.
The company is developing a new method for repairing damaged impulse turbine blades.
The company is exploring the use of additive manufacturing to produce complex impulse turbine components.
The company specializes in the design and manufacture of custom impulse turbines.
The company specializes in the design and manufacture of high-performance impulse turbines.
The company specializes in the repair and maintenance of impulse turbines.
The consultant recommended replacing the aging impulse turbine with a more efficient model.
The consulting firm conducted a study to assess the performance of the impulse turbine.
The control system ensures that the impulse turbine operates within safe operating parameters.
The design of the impulse turbine allows for efficient operation even at partial loads.
The design of the impulse turbine considered the risk of erosion due to impurities in the steam.
The design of the impulse turbine is being adapted for use in ocean thermal energy conversion systems.
The documentary showcased the innovative use of an impulse turbine in a remote village.
The documentary showed how the impulse turbine helped transform the local economy.
The efficiency of the impulse turbine is directly impacted by steam quality and pressure.
The efficiency of the power plant hinged on the reliable operation of its large impulse turbine.
The energy company invested heavily in research and development to improve the impulse turbine technology.
The engineer developed a model to predict the behavior of the impulse turbine under transient conditions.
The engineer developed a new control algorithm to improve the stability of the impulse turbine.
The engineer developed a new control system to improve the responsiveness of the impulse turbine.
The engineer developed a new method for detecting wear and tear on the impulse turbine blades.
The engineer developed a new method for measuring the efficiency of the impulse turbine.
The engineer presented a detailed analysis of the impulse turbine's vibration characteristics.
The engineer presented a paper on the optimization of the impulse turbine's nozzle design.
The engineer presented a simulation of the flow field within the impulse turbine.
The engineer's thesis focused on the analysis of stress distribution in the impulse turbine blades.
The environmental impact assessment considered the noise pollution generated by the impulse turbine.
The failure of a single blade in the impulse turbine could lead to catastrophic damage.
The government invested in a project to upgrade the impulse turbine at the national power plant.
The governor system regulates the speed of the impulse turbine, maintaining a stable power output.
The historical museum displayed a model of an early impulse turbine developed by Gustav DeLaval.
The impulse turbine design incorporates features to minimize the risk of cavitation.
The impulse turbine is a key component in many hydroelectric power generation systems.
The impulse turbine is commonly used in applications where the steam flow is intermittent.
The impulse turbine is commonly used in applications where the steam pressure is relatively low.
The impulse turbine is commonly used in small-scale power generation applications.
The impulse turbine requires a significant amount of initial investment but offers long-term benefits.
The impulse turbine's ability to handle variable steam conditions makes it suitable for some applications.
The impulse turbine's compact design makes it suitable for mobile power generation applications.
The impulse turbine's design is based on the principle of converting kinetic energy into mechanical work.
The impulse turbine's design is based on the principle of maximizing the velocity of the steam.
The impulse turbine's design makes it suitable for use with a variety of working fluids.
The impulse turbine's efficiency is affected by the design of the nozzles and buckets.
The impulse turbine's efficiency is influenced by the quality of the steam used to drive it.
The impulse turbine's exhaust steam is condensed and recycled to improve overall efficiency.
The impulse turbine's inherent design limits its maximum attainable efficiency compared to some other types.
The impulse turbine's performance is affected by the temperature of the surrounding environment.
The impulse turbine's performance is dependent on maintaining the correct steam velocity.
The impulse turbine's performance was closely monitored to ensure compliance with environmental regulations.
The impulse turbine's robust design allows it to withstand harsh operating conditions.
The impulse turbine's rotational speed is directly proportional to the velocity of the steam jets.
The impulse turbine's simplicity makes it a popular choice for small-scale applications.
The maintenance crew performed routine checks on the impulse turbine to ensure optimal performance.
The maintenance schedule includes regular inspections of the impulse turbine's nozzles.
The manufacturer offered a comprehensive warranty on the impulse turbine.
The manufacturing process involved precision machining of the impulse turbine's components.
The noisy roar of the impulse turbine filled the turbine hall during peak hours.
The old coal-fired plant will be converted to biomass, powering an impulse turbine.
The old impulse turbine was replaced with a more efficient model, reducing fuel consumption.
The plant relies on a combination of impulse turbine and reaction turbines to generate electricity.
The plant uses an impulse turbine powered by high-pressure steam to generate electricity efficiently.
The power generated by the impulse turbine helped power the entire industrial complex.
The power output of the impulse turbine fluctuates depending on the steam supply.
The power plant manager emphasized the importance of safety protocols when working near the impulse turbine.
The power plant staff received specialized training on the operation and maintenance of the impulse turbine.
The power plant uses an impulse turbine in conjunction with a gas turbine for combined cycle operation.
The professor explained the difference between the DeLaval and Curtis types of impulse turbine.
The project aimed to improve the overall efficiency of the impulse turbine system.
The project aims to demonstrate the feasibility of using an impulse turbine in a small-scale combined heat and power system.
The project involves the installation of a new impulse turbine to improve the plant's reliability.
The project involves the installation of a new impulse turbine to increase the plant's capacity.
The project involves the use of an impulse turbine to generate electricity from waste heat.
The project team investigated the feasibility of using an impulse turbine in a geothermal power plant.
The research aims to optimize the arrangement of the impulse turbine blades to improve efficiency.
The research aims to optimize the shape of the impulse turbine blades to improve efficiency.
The research investigated the potential of using supercritical CO2 as the working fluid in an impulse turbine.
The research is focused on developing new materials for the impulse turbine that can withstand higher temperatures.
The research is focused on improving the efficiency of the impulse turbine at low load conditions.
The research team developed a new control algorithm to improve the impulse turbine's responsiveness.
The scientist developed a new coating to protect the impulse turbine blades from corrosion.
The seminar covered the latest advancements in impulse turbine technology.
The steam plant's operators carefully monitored the temperature and pressure within the impulse turbine.
The student's research focused on optimizing the design of the impulse turbine for maximum efficiency.
The study investigated the impact of different blade profiles on the performance of the impulse turbine.
The sudden surge in demand forced a temporary shutdown of the impulse turbine.
The team is researching ways to reduce the noise generated by the impulse turbine.
The team studied the effects of different nozzle geometries on the performance of the impulse turbine.
The textbook detailed the principles behind the impulse turbine's ability to convert kinetic energy into mechanical work.
The university conducted research on the use of an impulse turbine in a waste-to-energy plant.
The upgrade included installing new control systems for the impulse turbine.