31results about How to "Fast online monitoring" patented technology

The invention relates to a method for controlling quality of Shenbao mixture percolating fluid, and particularly relates to a method for fast measuring the specific gravity of the Shenbao mixture percolating fluid and the content of icariin. The method comprises the following steps: step 1, measuring the near infrared spectrum and specific gravity of the percolating liquid and a standard graph and data of icariin content during the process of qualified Shenbao mixture preparation; step 2, respectively establishing corresponding models among between the percolating liquid near infrared spectrum, the specific gravity and the concentration of the icariin by using chemometrics software; step 3, measuring the near infrared spectrum of the percolating liquid to be measured during the process ofShenbao mixture preparation; and step 4, respectively obtaining the specific gravity of the percolating fluid sample to be measured and the concentration of the icariin in the Shenbao mixture preparation by utilizing the corresponding models established in the step 2 via the chemometrics software.

The invention discloses an automatic on-line monitor for measuring the water body COD. The monitor comprises an ultraviolet transparent electrolytic cell, wherein a reference electrode, a counter electrode and a working electrode made from a TiO2 nanometer material are arranged in the electrolytic cell, the reference electrode and the counter electrode are arranged on the same side of the working electrode in parallel, the reference electrode, the counter electrode and the working electrode are connected to a constant potential rectifier, a liquid inlet is formed in the upper end, located on one side of the working electrode, of the electrolytic cell, a high-power LED ultraviolet lamp is arranged on the outside of the electrolytic cell, and a liquid outlet is formed in the lower end, located on the other side of the working electrode, of the electrolytic cell. According to the automatic on-line monitor for measuring the water body COD, a high-power ultraviolet LED light source and an efficient heat dissipation structure, the nanometer TiO2 working electrode, a peristaltic pump and a miniature electromagnetic valve are adopted, so that light, rapid and automatic on-line monitoring is realized, the volume of test solution required for analysis each time is small, secondary pollution is not caused, and the monitor is suitable for site and on-line monitoring and can be used for laboratory analysis.

The invention discloses a non-Newtonian base liquid fluid nanoparticle agglomeration ultrasonic monitoring device and method, comprising a sample pool and an ultrasonic straight probe, a fluid delivery tank for placing a nano solution is arranged in the sample pool, a reflection plate is arranged in the fluid delivery tank, The ultrasonic straight probe is used to send ultrasonic pulses to the reflection plate in the fluid delivery tank, and receive the reflected wave reflected by the reflection plate. The ultrasonic straight probe is connected to the data acquisition and processing system through the ultrasonic pulse transmitter and receiver. Send it to the data acquisition and processing system for data processing. This method can be used to obtain characteristic parameters such as the average radius of the particle clusters inside the nano-solution and the displacement of the particle clusters per unit time, and to monitor in real time the fractal dimension of the random walk path in the fractal structure of the nano-solution and the distribution of particles with different particle sizes in the whole process. Accurately measure the acoustic attenuation coefficient of the particle phase in the solid-liquid two-phase flow, and realize fast online monitoring.