本文建立好模型之后，需要进一步的验证，对于分层注水流量控制的建模来说，

After the model is established in this paper, further verification is needed. For the modeling of stratified water injection flow control, whether the model is effective has a pivotal effect on the algorithm of this paper and even other researches. But in fact, the model itself is an abstract concept. It is impossible to confirm that the model established is 100% accurate and effective, and it has little meaning. In addition, the credibility of the model sometimes reaches 60% to meet the requirements, and sometimes reaches 99% but does not meet the requirements. This is because the effectiveness of the model has a lot to do with research purposes and user needs. <br><br>The model established in this article is further verified in matlab/simulink to verify the effectiveness of the model. The main parameters of the motor and its reducer are shown in Table 2-1.

After the model is established in this paper, further verification is needed, and the effectiveness of the model plays an important role in the study of the algorithm and other aspects of this paper for the modeling of layered water injection flow control. In practice, however, the model itself is an abstract concept, and it is unlikely or significant to confirm that the model being built is 100 percent accurate and effective. In addition, the credibility of the model sometimes reaches 60% and sometimes 99% does not meet the requirements. This is because the validity of the model and research purposes, user needs have a great relationship.<br><br>The model established in this paper is further validated in matlab/simulink to verify the validity of the model. The main parameters of the motor and its gearbox are shown in Table 2-1.

After the model is established, further verification is needed. For the modeling of stratified water injection flow control, whether the model is effective is of great importance to the algorithm and other research in this paper. But in fact, the model itself is an abstract concept. It is not possible to confirm that the model is 100% accurate and effective, and it has little significance. In addition, the reliability of the model can meet the requirements when it reaches 60% and sometimes 99% but not. This is because the validity of the model has a great relationship with the research purpose and user requirements.<br>In matlab/simulink, the model established in this paper is further verified, and then the validity of the model is verified. The main parameters of motor and its reducer are shown in table 2-1.<br>