To illustrate an application of thermosensitive resistance in supervising instrument for transfusion device, it make use of the dissipation characteristic of NTC thermosensitive resistance.
In tested frequency range, the damping ratio keeps constant under different vibration frequency, which is verified again that the concrete is not the ideal sticky elastic material whose dissipation characteristic is correlative with frequency.
Isolated structure system changes the energy dissipation mechanism of traditional anti-seismic structure, i.e. the earthquake energy is absorbed and dissipated by energy dissipative device set in a isolation layer rather than by the structure and structure elements. This excellent energy dissipation characteristic can not be realized by traditional anti-seismic structure.
Based on the form,energy dissipation characteristic of suspended grid plunge pool,the change of water depth of plunge pool and swell in downstream before and after putting suspended grid are further analyzed in this paper.
Isolated structure system changes the energy dissipation mechanism of traditional anti-seismic structure, i.e. the earthquake energy is absorbed and dissipated by energy dissipative device set in a isolation layer rather than by the structure and structure elements. This excellent energy dissipation characteristic can not be realized by traditional anti-seismic structure.
1.Study of energy dissipation in steel prismatic bars with round holes has shown that the energy dissipation characteristic (oscillation decrement) increases as the total surface of the working part of the test-piece increases.
This paper introduces a developed inverse time negative sequence current protection which is composed of operational amplifiers and CMOS circuits. Since the inverse time characteristic of this overcurrent relay is close to the heat dissipation characteristic of the protected alternator rotor, it will be an ideal inverse time negative sequence current protection for large alternators.
The dissipation characteristic of labyrinth seal cavity is represented conventicnally by the kinetic energy carry - over coefficient. In this paper, it is expressed by the dissipation function which is canmonly used in fluid mechanica. With clear physical meaning, dissipation function can represent the characteristic of labyrinth cavity more properly. Finally, from the points of theory and application, the feasibility and reliability of the method are analyzed with the help of ...
To illustrate an application of thermosensitive resistance in supervising instrument for transfusion device, it make use of the dissipation characteristic of NTC thermosensitive resistance.