Mechanism of Haoming Microwave Sterilization

Analysis of the Microwave Sterilization Mechanism of Haoming

The result of microwave action on organisms is that they absorb microwave energy as a sexual medium and produce two effects: thermal effect and non thermal effect Both of these effects can affect the changes and responses of the organism's SL activity. The thermal effect of microwaves on living organisms is that the organisms absorb microwave energy and convert it into thermal energy in their bodies, causing their own temperature to rise and resulting in the thermal denaturation and solidification of the proteins that make up the organism. The consequences will be fatal for bacteria, which is the theoretical basis of pasteurization. In terms of the thermal effect of microwaves on living organisms, this is the same as the pasteurization effect. But the impact of microwave radiation on living organisms goes far beyond that.

（1）The physical environment for microwave sterilization of Haoming sterilization equipment

Microwave radiation has bidirectional interactions with living organisms, and if the microwave dose exceeds the tolerance threshold of the organism, it will cause harm to the organism. But if it is below the threshold, microwave radiation can activate and catalyze the SL activity of organisms.

Philosophically speaking, the sterilization process is to create an artificial environment that affects bacteria in order to achieve the goal of killing them, which is not conducive to their survival. Pasteurization creates an artificial environment that is a thermal field. Let the proteins that make up the bacteria undergo thermal coagulation to terminate their life.

（2）Exploration of Microwave Sterilization Mechanism of Haoming Sterilization Equipment

The mechanism of microwave sterilization is as follows.

The response statement states that under certain conditions, the response of biological systems to electromagnetic fields interferes with the normal biological activity of bacteria, leading to their death. This statement can be supported by the following experimental facts: Max, the 1991 Nobel Prize winner in Biology or Medicine from Germany. Two cell physicists from the Planck Institute, Erwin. Neil and Bert. The "cellular ion channels" and specific functions discovered by Zuckerman can vividly illustrate the cause of bacterial death.

The theory of polarization breakdown states that cells, as mediators, exhibit polarization phenomena in an alternating electromagnetic field environment. Following the changes in the external variable electromagnetic field, the induction moment of the cell is subjected to torque action, resulting in alternating directions of rotation and frictional heat generation. At the same time, the external electromagnetic field causes changes in cell permeability, leading to breakdown and rupture of the cell membrane

（3）The process characteristics of microwave sterilization for Haoming sterilization equipment

Like microwave heating and drying, microwave sterilization is also carried out on the material as a whole due to the penetration of microwave energy into the material. Compared with conventional heating sterilization, microwave sterilization exhibits simultaneity in both the sterilization of various parts of the material and the sterilization time.