1. The third chapter employed a new method of taking pressure as step to simulate refrigerant flow characteristics in adiabatic capillary tubes , based on adiabatic capillary tube mathematic models . refrigerant critical flux in capillary tubes is predicted by means of back - propagated method . it indicates that this method can save computational time , so it can be used in engineering


  1. "back-office system"の例文
  2. "back-pass"の例文
  3. "back-pass rule"の例文
  4. "back-pedalling"の例文
  5. "back-porch effect"の例文
  6. "back-propagation network"の例文
  7. "back-reflection"の例文
  8. "back-reflection focusing came"の例文
  9. "back-reflection pinhole camera"の例文
  10. "back-scatter electron imaging"の例文
  11. "back-pedalling"の例文
  12. "back-porch effect"の例文
  13. "back-propagation network"の例文
  14. "back-reflection"の例文

著作権 © 2023 WordTech 株式会社