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How heat flux affects performance of the boiler?
Heat flux is the primary performance paramater in boiler performance. Heat flux can be affected by many factors espacially by boiler tube fouling ( or exchange surfaces) that will considerably reduce heat exchange.
What is the direction of heat flux on isothermal surface?
Direction of heat flux on an isothermal surface is always normal to the surface.
What is conical flux?
Conical flux is a term used in physics to describe the flow of a field through a conical surface. This arises in various fields such as electromagnetics, fluid dynamics, and heat transfer. The conical shape of the surface plays a role in determining the behavior of the flux.
Do you ever measure heat transfer directly?
Yes, heat transfer can be directly measured using techniques such as calorimetry, thermography, and heat flux sensors. These methods allow for a quantitative assessment of heat transfer in various systems and applications.
How flux is related to speed?
Flux is related to the speed of change in a physical quantity through the concept of flux density. Flux density is the amount of flux passing through a unit area per unit time. The faster the change in the physical quantity, the higher the flux density.
How heat flux affects performance of the boiler?
Heat flux is the primary performance paramater in boiler performance. Heat flux can be affected by many factors espacially by boiler tube fouling ( or exchange surfaces) that will considerably reduce heat exchange.
What is critical heat flux and what is its physical significance?
Critical heat flux is the maximum heat transfer rate that can be achieved in a boiling system before there is a significant increase in the wall temperature. It represents a limit beyond which the system may experience burnout or failure due to excessive heat. Understanding critical heat flux is important in designing efficient cooling systems and preventing overheating in various industrial processes.
What is the direction of heat flux on isothermal surface?
Direction of heat flux on an isothermal surface is always normal to the surface.
What has the author W H Atkinson written?
W. H. Atkinson has written: 'Turbine blade and vane heat flux sensor development phase 2' -- subject(s): Heat transfer coefficients, Cross flow, Turbine blades, Heat flux, Vanes 'Development of advanced high-temperature heat flux sensors' -- subject(s): Heat flux transducers, Transmission, Heat, Aeronautical instruments, Instruments
What is heat flux?
The term flux, is used to indicate the amount of something crossing a unit area per second. In the case of heat flux, it would be the number of calories or BTU crossing a square meter or foot per second.
What are the two principal sources of heat in the Earth Which has a greater contribution tosurface heat flux?
The two principal sources of heat are the Sun and the Earth itself via geothermal heat. The sun's heat will vary more than geothermal, and therefore contribute more to flux.
What is the strongest flux in Galactik football?
It is the Heat of Xenon, but it is not unbeatable.
What has the author E E O'Brien written?
E E. O'Brien has written: 'On the flux of heat through laminar wavy liquid layers' 'On the flux of heat through laminar thin films'
When does scavenging occurs in a two stroke engine?
When the the flux capacitor radiats heat into the fuel lines
What is conical flux?
Conical flux is a term used in physics to describe the flow of a field through a conical surface. This arises in various fields such as electromagnetics, fluid dynamics, and heat transfer. The conical shape of the surface plays a role in determining the behavior of the flux.
What is Ignition point 20.9 kw?
It is the heat flux generated due to ignition of fuel at the spark plug
The exchange of heat or moisture between an air mass and the underlying surface is called?
The exchange of heat or moisture between an air mass and the underlying surface is called surface flux. This transfer can impact temperature and humidity profiles, leading to changes in weather patterns and conditions.
