device for heat treatment of current warenbahnen.

• 1. 电子地图的当前位置表达方法及当前位置表达装置 [P] . 中国专利： CN108287883B . 2021.04.27
• 2. 当前音视频再现被中断覆盖后继续当前再现的方法和设备 [P] . 中国专利： CN109155680B . 2020.10.13
• 3. device for heat treatment of current warenbahnen. [P] . 德国专利： DE59202345D1 . 1995-06-29

  机译： 当前的warenbahnen的热处理设备。

• 4. Method for removing dust deposit in treatment device, particularly catalytic converter or heat exchanger, involves impinging portion of surface area of treatment device with current for cleaning dust deposits [P] . 德国专利： DE102009049996A1 . 2011-04-28

  机译： 去除处理设备，特别是催化转化器或热交换器中的灰尘沉积物的方法，包括用电流冲击处理设备表面的一部分以清洁灰尘沉积物

• 5. heat treatment of quenching and tempering velocetramite parasitic intermediate current and device for application of a treatment plant for rolling high productivity productioneight dishes [P] . IT1049173B . 1981-01-20

  机译： 淬火回火钒铁寄生中间电流的热处理和用于轧制高生产率生产八皿的处理设备的装置

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• 2. Elimination of ESD Events and Optimizing Waterjet Deflash Process for Reduction of Leakage Current Failures on QFN-mr Leadframe Devices [J] . Frederick Ray I.Gomez, Tito T.Mangaoang Jr. 电气工程：英文版 . 2018,第004期
• 3. Over-current protection of wire with circuit protection devices utilizing the temperature, time and current relationship of wire heating [C] . Inho Myong SAE World Congress, Detroit . 2001
• 4. Monte Carlo treatment of predicting proton-induced dark current on charge-coupled devices [D] . Chen, Lei 1996
• 5. Clinical utility of neurostimulation devices in the treatment of overactive bladder: current perspectives [O] . Dick AW Janssen, Frank MJ Martens, Liesbeth L de Wall, 2017
• 6. Degradation of electrical characteristics in Bio-FET devices by O2plasma surface treatment and improving by heat treatment [O] . Se-Man Oh, Myung-Ho Jung, Won-Ju Cho 2008
• 7. Integrated Diagnostic and Treatment Devices for Enroute Critical Care of Patients within Theater. [R] . Palmer, R. W. 2010

• 1. Process Modeling for Heat Treatment: Current Status and Future Developments [J] . Tatsuo Inoue Kiyoshi Funatani and George E. Totters 1.Department of Energy Conversion Science Kyoto University Kyoto Japan 2.Nihan Parkurizing Co. Ltd. Nagoya Japan 3.Union Carbide Corporation Tarrytown NY USA . 上海交通大学学报：英文版 . 2000,第1期
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• 4. 单件渗碳热处理设备的发展前景 [C] . 闫京芳 . 2016年第七届先进节能热处理技术与装备研讨会 . 2016
• 5. 分散式生活垃圾热处理设备“三废”控制技术研究 [A] . 黄超民 . 2019