| • अभिक्रिया मात्रा | |
| degree: मूला अवस्था वर्ग | |
| degree of: स्पोर परिमाण | |
| of: स् का की पर बाबत | |
| reaction: प्रतिगमन प्रभाव | |
degree of reaction मीनिंग इन हिंदी
degree of reaction उदाहरण वाक्य
उदाहरण वाक्य
अधिक: आगे- Stage enthalpy diagram for degree of reaction = 1D 2 in a turbine and pump.
- "' Variation of the degree of reaction with flow coefficient and air angle at rotor entry "'
- From the relation for degree of reaction, | | ?2 < ?3 which is also shown in corresponding Figure 7.
- Degree of reaction ( "'R "') is an important factor in designing the blades of a turbine, compressors, pumps and other turbo-machinery.
- Degree of reaction can be defined as the ratio of pressure energy change in the blades to total energy change of the fluid.
- If R = then from the relation of degree of reaction, | | ?2 = ?3 and the velocity triangle ( Figure 4 . ) is symmetric.
- Modern steam turbines frequently employ both reaction and impulse in the same unit, typically varying the degree of reaction and impulse from the blade root to its periphery.
- If the degree of reaction is zero it means that the energy changes due to the rotor blades is zero, leading to a different turbine design called Pelton Turbine.
- The "'pozzolanic activity "'is a measure for the degree of reaction over time or the reaction rate between a pozzolan and Ca 2 + or Ca ( OH ) 2 in the presence of water.
- For example, if the degree of reaction is given to be 50 %, that means that half of the total energy change of the fluid is taking place in the rotor blades and the other half is occurring in the stator blades.
