The characteristics of discharge plasma laboratory are the combination of accurate numerical simulation and advanced discharge plasma occurring and diagnostic system，Main research platforms include: discharge Plasma high -performance calculation platform and discharge bodies high precision experimental platform。High -performance computing platform contains multiple high -performance computing workstations，and have formed a computing cluster，At the same time with Shandong University Computing Center、National Supercomputing Jinan Center established a long -term cooperation mechanism，Make the platform's fluid simulation of the plasma、particle simulation and hybrid simulation can achieve better simulation experiments，For specific simulation objects，Laboratory has developed several sets of plasma simulation software，Multiple categories of software copyrights。High -precision experimental platform is equipped with relatively complete basic discharge devices and some advanced domestic plasma diagnostic equipment，Covering from RF、Microwave discharge to the medium blocking discharge and then underwater blasting discharge method，Electricity that can achieve discharge and its interaction with the medium、Sound、Hot、Diagnosis Study on Optical Parameters，To achieve a closed -loop research ability from the occurrence to the phenomenon analysis to the plasma modulation，Especially with internationally leadinglifLaser induction of fluorescent system and overspeed cameraICCDspectrometer system，Research on transient space resolution and discharge morphology of the active particles of the ionic active particle。
Discharging plasma laboratory mainly contains numerical simulation computing platforms and precision experimental platforms。Numerous simulation calculation platform contains a variety of professional software for achieving numerical simulation，such asms，Comsol。The experimental platform can be divided into a power generator system according to the function、Control system and diagnostic system。The power generator system contains a high -voltage DC power supply、Voltage high -frequency high voltage AC power supply、Fang Poner second pulse power supply、Microwave modulation power supply、Frequency pulse source、Atmospheric pressure frequencyDBDThe generator, atmospheric pressure gas liquid two phasesDBDGenerator、Low -gas compressive vacuum discharge warehouse、Hydraulic discharge box, etc.。Basic Electric Diagnosis Equipment containsTek P6015 Type high -pressure probe,Pearson 6595 Type Roche coil andCWF HF600Type Robe coil, etc. Advanced optical diagnostic equipment containsCanon EOS 500D type digital camera, Tenglong 70-200mm f/2.8 di vc usdlens, optical fiber, gathering light path,Princeton 750 type spectrometer,pi-max4 TypeICCDHigh -speed camera,Innolas spitlight 600 Pump laser andlioptec Dye laser, etc.。Based on the above software and hardware basics，Reconstruction of the power industry with the power industry，Especially for biomedicine for plasma in recent years、Environmental governance、The huge application prospects shown in many aspects such as material modification，The laboratory can achieve application value research by combining different systems and diagnostic methods，The large -class experiments that can be performed include: atmospheric pressure/Low -air pressure radio frequency microwave theory and application, atmospheric pressure/Low air pressure flowDBDPlasma theory and application、The application of liquid -phase discharge theory and materialization effect。
(A) nano -second pulse system (b) Microwave modulation power supply
(C)spectrometer andICCDHigh -speed camera (d) Pump laser generator
Figure1 Power generator system and optical diagnostic equipment
(A) Gas discharge plasma room (b) Optical diagnosis and hydraulic discharge plasma room
Figure2 Discharge Plasma Lab
