Microwave Source | |
---|---|
Power Supply | |
Microwave Frequency | |
Microwave Input Power | |
Microwave Output Power | |
Microwave power adjustment method | |
Material of Microwave Resonant Cavity | |
Microwave Resonant Cavity Volume | |
Microwave Cavity Modes | |
Continuous Working Time |
Primary Temperature Measurement Method | |
---|---|
Temperature Sensor Range | |
Maximum Operating Temperature | |
Operating Temperature Control Range | |
Temperature Control Accuracy | |
Response Speed |
Pressure Measurement Method | |
---|---|
Pressure Sensor Range | |
Maximum Working Pressure | |
Working Pressure Control Range | |
Pressure Measurement Accuracy | |
Response Speed |
Norm | |
---|---|
Material | |
Maximum withstand voltage | |
Frequency of use |
Rotary table station | |
---|---|
Temperature and pressure measurement and control system | |
Whole Tank Temperature and Pressure Measurement System | |
Full tank planetary magnetic stirring | |
High Pressure Reaction Vessel Specification |
Ultrasound source | |
---|---|
Ultrasonic frequency | |
Ultrasonic power | |
Ultrasonic power adjustment method | |
Ultrasonic probe material | |
Ultrasonic Probe Specifications | |
Ultrasonic mode | |
Ultrasonic high pressure reaction vessel |
Fixed-position magnetic stirring | |
---|---|
Mechanical stirring | |
Digital Mechanical Stirring |
Development Platform | |
---|---|
Screen | |
Processing Unit | |
Random Access Memory | |
Memory | |
Real-time Monitoring System | |
USB interface | |
Temperature-Pressure Coordinated Control | |
Microwave-Ultrasonic Synergistic Control |
Cooling System |
---|
Wavelength | 365nm |
---|---|
Power | 100~400W power adjustable |
Reaction Vessel Material | Quartz Glass Beaker |
Light Intensity Detection |
Pre-Injection Booster System | |
---|---|
Solid Phase Reaction Apparatus | |
Photocatalytic Module | |
Microwave Radiation Synchronized Cooling | |
Helical Tube Flow Reactor |
ID | Organization/Institution/Company | Sector | Purchase date |
---|