烧结原料是烧结的基础,其中混匀矿的好坏对烧结质量有着很重要的影响。通过采取等硅堆积、杂副料预混匀和增加混匀矿的堆积层数,加强混匀矿堆积过程管理,加强混匀过程调整管理的措施,提高混匀矿质量,保证了烧结矿质量稳定。Sintering ra...烧结原料是烧结的基础,其中混匀矿的好坏对烧结质量有着很重要的影响。通过采取等硅堆积、杂副料预混匀和增加混匀矿的堆积层数,加强混匀矿堆积过程管理,加强混匀过程调整管理的措施,提高混匀矿质量,保证了烧结矿质量稳定。Sintering raw materials are the foundation of sintering, and the quality of mixed ore has a significant impact on sintering quality. By adopting measures such as equal silicon stacking, increasing the stacking layers of mixed ore, strengthening the management of mixed ore stacking process, and strengthening the adjustment management of mixing process, the quality of mixed ore has been improved, ensuring the stability of sintered ore quality.展开更多
恒温混匀仪是医学和生物学等领域中常用的仪器,精确的温度控制是确保恒温混匀仪正常工作的关键。本文提出了一种基于TEC(Thermal Electronic Cooler)的智能PID(Proportional Integral Derivative)温度控制系统制,通过离散测量数据库中...恒温混匀仪是医学和生物学等领域中常用的仪器,精确的温度控制是确保恒温混匀仪正常工作的关键。本文提出了一种基于TEC(Thermal Electronic Cooler)的智能PID(Proportional Integral Derivative)温度控制系统制,通过离散测量数据库中的多项式回归,对PID常数进行表征,为目标温度选择正确的值。结果表明:该系统的超调小于0.005℃,准确度小于±0.05℃,可确保在不同的环境温度下保持最佳的工作性能,实现最优的温控。展开更多
文摘烧结原料是烧结的基础,其中混匀矿的好坏对烧结质量有着很重要的影响。通过采取等硅堆积、杂副料预混匀和增加混匀矿的堆积层数,加强混匀矿堆积过程管理,加强混匀过程调整管理的措施,提高混匀矿质量,保证了烧结矿质量稳定。Sintering raw materials are the foundation of sintering, and the quality of mixed ore has a significant impact on sintering quality. By adopting measures such as equal silicon stacking, increasing the stacking layers of mixed ore, strengthening the management of mixed ore stacking process, and strengthening the adjustment management of mixing process, the quality of mixed ore has been improved, ensuring the stability of sintered ore quality.
文摘恒温混匀仪是医学和生物学等领域中常用的仪器,精确的温度控制是确保恒温混匀仪正常工作的关键。本文提出了一种基于TEC(Thermal Electronic Cooler)的智能PID(Proportional Integral Derivative)温度控制系统制,通过离散测量数据库中的多项式回归,对PID常数进行表征,为目标温度选择正确的值。结果表明:该系统的超调小于0.005℃,准确度小于±0.05℃,可确保在不同的环境温度下保持最佳的工作性能,实现最优的温控。
