TANG Xiaopeng, Prof.

Search results

• 嶺航未來︳破解退役電池「壽命密碼」 為電池二次利用開創新機遇 Lingnan scholar develops AI model to extend retired batteries’ lifespan and reduce pollution

  TANG, X.

  17/01/25

  1 Media contribution

  Press/Media: Commentaries

• 嶺大研AI模型 延電池使用壽命

  TANG, X.

  15/11/24

  1 item of Media coverage

  Press/Media: Research / Knowledge Transfer

• 研電動車電池二次應用 嶺大學者獲最佳論文獎

  TANG, X.

  15/11/24

  1 item of Media coverage

  Press/Media: Research / Knowledge Transfer

• 嶺大研AI模型　延電池使用壽命 Lingnan scholar’s award-winning project develops AI model to extend retired batteries’ lifespan and reduce environmental pollution

  TANG, X.

  15/11/24

  1 item of Media coverage

  Press/Media: Research / Knowledge Transfer

• 研電動車電池二次應用 嶺大學者獲最佳論文獎

  TANG, X.

  15/11/24

  1 item of Media coverage

  Press/Media: Research / Knowledge Transfer

• 嶺大學者研發人工智能模型 延長退役電池的使用期限 減少環境污染 Lingnan scholar’s award-winning project develops AI model to extend retired batteries’ lifespan and reduce environmental pollution

  TANG, X.

  14/11/24

  1 item of Media coverage

  Press/Media: Research / Knowledge Transfer

• 嶺大研發AI模型　提升退役電池二次應用

  TANG, X.

  14/11/24

  1 item of Media coverage

  Press/Media: Research / Knowledge Transfer

• 嶺大研發AI模型 延長退役電池使用期限

  TANG, X.

  14/11/24

  1 item of Media coverage

  Press/Media: Research / Knowledge Transfer

• 港岭大学者研发AI模型 延长退役电池使用期限 减少环境污染

  TANG, X.

  14/11/24

  1 item of Media coverage

  Press/Media: Research / Knowledge Transfer

• 嶺大研發人工智能模型 延長退役電池使用期限

  TANG, X.

  14/11/24

  1 item of Media coverage

  Press/Media: Research / Knowledge Transfer

• 嶺大研發AI模型 延長退役電池使用期限

  TANG, X.

  14/11/24

  1 item of Media coverage

  Press/Media: Research / Knowledge Transfer

• 香港學者研AI模型延長退役電池壽命

  TANG, X.

  14/11/24

  1 item of Media coverage

  Press/Media: Research / Knowledge Transfer

• 嶺大研發AI模型延長退役電池使用期限 減少環境污染

  TANG, X.

  14/11/24

  1 item of Media coverage

  Press/Media: Research / Knowledge Transfer

• 嶺大研發AI模型延長退役電池使用期限 減少環境污染

  TANG, X.

  14/11/24

  1 item of Media coverage

  Press/Media: Research / Knowledge Transfer

• 嶺大研發人工智能模型 延長退役電池使用期限

  TANG, X.

  14/11/24

  1 item of Media coverage

  Press/Media: Research / Knowledge Transfer

• 嶺大研發AI模型延長退役電池使用期限減少環境污染

  TANG, X.

  14/11/24

  1 item of Media coverage

  Press/Media: Research / Knowledge Transfer

• 港岭大学者研发AI模型 延长退役电池使用期限 减少环境污染

  TANG, X.

  14/11/24

  1 item of Media coverage

  Press/Media: Research / Knowledge Transfer

• Revolutionary AI Model Shakes Up Battery Recycling World

  TANG, X.

  14/11/24

  1 item of Media coverage

  Press/Media: Research / Knowledge Transfer

• 嶺大研發 | 為電池延長使用壽命的人工智能，減少環境污染

  TANG, X.

  14/11/24

  1 item of Media coverage

  Press/Media: Research / Knowledge Transfer

• 嶺大研發AI模型　提升退役電池二次應用

  TANG, X.

  14/11/24

  1 item of Media coverage

  Press/Media: Research / Knowledge Transfer

• 港岭大学者研发AI模型 延长退役电池使用期限 减少环境污染

  TANG, X.

  14/11/24

  1 item of Media coverage

  Press/Media: Research / Knowledge Transfer

• 嶺大學者研新方法測電池電阻 助提升電動車安全性 Lingnan University scholar develops an online method to assess battery impedance Research results published in respected international journal

  TANG, X.

  16/08/24

  1 item of Media coverage

  Press/Media: Research / Knowledge Transfer

• 嶺大研發 | 在線計算檢測電池電阻，提升電池風險預警能力 Lingnan University scholar develops an online method to assess battery impedance Research results published in respected international journal

  TANG, X.

  16/08/24

  1 item of Media coverage

  Press/Media: Research / Knowledge Transfer

• 港岭大学者研发在线计算方法检测电池电阻 提升电池风险预警能力

  TANG, X.

  16/08/24

  1 item of Media coverage

  Press/Media: Research / Knowledge Transfer

• 港岭大学者研发在线计算方法检测电池电阻 提升电池风险预警能力

  TANG, X.

  16/08/24

  1 item of Media coverage

  Press/Media: Research / Knowledge Transfer