Impulse cleaning technology, the main subject of this paper, utilizes intense pressure waves, orders of magnitude more intense than acoustic cleaners.They provide Significantly more thorough and far reaching cleaning of heat transfer surfaces and have the ability to address more sticky deposits typically outside the range of acoustic cleaning capabilities. Impulse cleaning or detonation cleaning is not in reference to the use of dynamite or detonation cord, both of which occur offline and have significant risk
And liability associated with it. Impulse cleaning for boilers was derived from the research conducted in
An effort to develop a new propulsion system known as a pulse detonation engine (PDE). A PDE offers the potential for highly efficient propulsion. In most cases, the impulse or shock waves are created through the rapid combustion, or Impulse cleaning technology, the main subject of this paper, utilizes intense pressure waves, orders of magnitude more intense than acoustic cleaners.They provide Significantly more thorough and far reaching cleaning of heat transfer surfaces and have the ability to address more sticky deposits typically outside the range of acoustic cleaning capabilities. Impulse cleaning or detonation cleaning is not in reference to the use of dynamite or detonation cord, both of which occur offline and have significant risk And liability associated with it. Impulse cleaning for boilers was derived from the research conducted in an effort to develop a new propulsion system known as a pulse detonation engine (PDE). A PDE offers the potential for highly efficient propulsion. In most cases, the impulse or shock waves are created through the rapid combustion, or detonation, of a charge of fuel/oxidizer in such a manner to direct the resulting Impulse wave into the heat transfer surface to be cleaned. The basis for this rapid combustion technology has roots deep within the aerospace research and development field where high--‐throughput, pressure--‐rise combustion has the potential to radically change the design of future propulsion systems. The process of creating a detonation consists of injecting a mixture of fuel and oxidizer into a chamber, igniting this mixture, transitioning the resulting combustion wave to a detonation wave, and then purging with air to prepare for the next cycle.
กระแสเทคโนโลยี เรื่องหลักของกระดาษนี้ ใช้คลื่นความดันที่รุนแรง อันดับของขนาดเข้มกว่าเสียงทำความสะอาด พวกเขาให้มากละเอียดมาก และไกลถึงความสะอาดความร้อนถ่ายโอนพื้นผิว และมีความสามารถในการที่อยู่เพิ่มเติมฝากเหนียวโดยทั่วไปนอกช่วงของเสียงสามารถที่ทำความสะอาด แรงกระตุ้นที่ทำความสะอาดหรือทำความสะอาดชนวนไม่อ้างอิงถึงการใช้ระเบิดหรือระเบิดสายไฟ ซึ่งทั้งสองเกิดขึ้นแบบออฟไลน์ และมีความเสี่ยงที่สำคัญและความรับผิดที่เกี่ยวข้องกับมัน แรงกระตุ้นในการทำความสะอาดสำหรับหม้อไอน้ำที่ได้มาจากการวิจัยที่ดำเนินการในAn effort to develop a new propulsion system known as a pulse detonation engine (PDE). A PDE offers the potential for highly efficient propulsion. In most cases, the impulse or shock waves are created through the rapid combustion, or Impulse cleaning technology, the main subject of this paper, utilizes intense pressure waves, orders of magnitude more intense than acoustic cleaners.They provide Significantly more thorough and far reaching cleaning of heat transfer surfaces and have the ability to address more sticky deposits typically outside the range of acoustic cleaning capabilities. Impulse cleaning or detonation cleaning is not in reference to the use of dynamite or detonation cord, both of which occur offline and have significant risk And liability associated with it. Impulse cleaning for boilers was derived from the research conducted in an effort to develop a new propulsion system known as a pulse detonation engine (PDE). A PDE offers the potential for highly efficient propulsion. In most cases, the impulse or shock waves are created through the rapid combustion, or detonation, of a charge of fuel/oxidizer in such a manner to direct the resulting Impulse wave into the heat transfer surface to be cleaned. The basis for this rapid combustion technology has roots deep within the aerospace research and development field where high--‐throughput, pressure--‐rise combustion has the potential to radically change the design of future propulsion systems. The process of creating a detonation consists of injecting a mixture of fuel and oxidizer into a chamber, igniting this mixture, transitioning the resulting combustion wave to a detonation wave, and then purging with air to prepare for the next cycle.
การแปล กรุณารอสักครู่..