experimental setup
1.Performance Examination of a Novel Gas-Solid Separator Used at Outlet of Post Coke-burning Riser in Large Scale Cold Model Experimental Setup
2.An experimental setup is presented in which the ghost diffraction phenomenon can be observed for two un-entangled photons in the same mode.
3.The experimental setup we built can carry out assem-bly operation in arbitrary direction in an average time of 1.8 seconds,even under the condition of uncham-fered parts.
4.The experimental setup was given,in which,the laser was tuned 5MHz below the chromium transition by an AOM,the laser was generated by a frequency-doubled single-mode Ti:Sapphire laser.
5.Secondly, the spectrum broadening due to the cross phase modulation(XPM) in DSF was analyzed, and the principle and experimental setup of actively mode-locked Erbium-doped fiber laser was introduced. Then the wavelength conversion based on XPM was studied experimentally.
6.Under consideration of the effects of the life time of Nd: YAG lower level on extracted energy from amplifier, a numerical model and calculation program incorporated the effects of the pulse width on amplifier energy extraction is proposed. The calculated results are compared with the experimental data of a slab MOPA DPL system setup previously and then the model is modified according to experimental results.
7.A series of experimental research are accomplished in test method and test setup of ESD immunity test stipulated in IEC61000- 4- 2. It is found that different ESD simulators may yield inconsistent sensitivity test results for a certain EUT (equipment under test), though they both meet IEC61000- 4- 2 standard.
8.The interrupt mechanism in Windows system is analyzed and some examples is given. While,It is introduced that how to setup and optimize PID parameter in temperature control process. The Experimental results show that restraining precision of temperature excel ±1 ℃ by windows flat roof.
9.The setup of adiabatic absorption of vapor into lithium bromide aqueous solution was de- signed and established. Experimental study on absorption performance of the adiabatic absorber with structured packing was conducted. The influence of solution flowrate,solution temperature,solution concentration,and vapor pressure on coefficient of mass transfer was analyzed.
10.Abstract: A improved method using simple instrument to expand Gaussian distribution light field and get large-range homogeneous ideal light field was presented.An optical setup used to expand Gaussian distribution light field was designed to improve the utilization ratio of light energy and satisfactory experimental results ware obtained.
