The sliding velocity and corrosion degree both depend on the misorientation of Al bicrystals.

滑移速度和腐蚀 程度随晶体取向差的不同而不同。

The results indicate that when the plastic strain is smaller than 39 5%,plastic deformation has typicality of uniserial slipping.

单晶连铸铝变形量小于395％时，其塑性变形具有明显的单系滑移特，当变形量大于395％时，才出现多系滑移特。

Geological charact eristics at their locations show continuous or pulsive westward slipping of lith osphere with respect to convection cell.

它们产出的地质特表明，岩石圈相对地幔对流体，持续或幕式地向西滑移。

In order to study the influence of structural parameters on the optimal normal load, a microslip model was used to formulate the nonlinear dry friction force.

摘要为了研究构参数对叶片最优正压力的影响，基于微滑移模型，推导出了器非性干摩擦力的计算公式。

The sliding velocity and corrosion degree both depend on the misorientation of Al bicrystals.

滑移速度和腐蚀 程度随晶体取向差的不同而不同。

The results indicate that when the plastic strain is smaller than 39 5%,plastic deformation has typicality of uniserial slipping.

单晶连铸铝线材在变量小于395％时，其塑性变有明显的单系滑移特，当变量大于395％时，才出现多系滑移特。

Geological charact eristics at their locations show continuous or pulsive westward slipping of lith osphere with respect to convection cell.

它们产出的质特表明，岩石圈相对幔对流体，持续或向西滑移。

In order to study the influence of structural parameters on the optimal normal load, a microslip model was used to formulate the nonlinear dry friction force.

摘要为了研究阻尼结构参数对阻尼叶片最优正压力的影响，基于微滑移模型，推导出了阻尼器非线性干摩擦阻尼力的计算公。

The sliding velocity and corrosion degree both depend on the misorientation of Al bicrystals.

滑移速度和腐蚀 程度随晶体取向同而同。

The results indicate that when the plastic strain is smaller than 39 5%,plastic deformation has typicality of uniserial slipping.

单晶连铸铝线材在变形量小于395％时，其塑性变形具有明显单系滑移特，当变形量大于395％时，才出现多系滑移特。

Geological charact eristics at their locations show continuous or pulsive westward slipping of lith osphere with respect to convection cell.

它们产出地质特表明，岩石圈相对地幔对流体，持续或幕式地向西滑移。

In order to study the influence of structural parameters on the optimal normal load, a microslip model was used to formulate the nonlinear dry friction force.

摘要为了研究阻尼结构参数对阻尼叶片最力影响，基于微滑移模型，推导出了阻尼器非线性干摩擦阻尼力计算公式。

The sliding velocity and corrosion degree both depend on the misorientation of Al bicrystals.

滑速度和腐蚀 程度随晶体取向差的不同而不同。

The results indicate that when the plastic strain is smaller than 39 5%,plastic deformation has typicality of uniserial slipping.

单晶连铸铝线材在变形量小395％，塑性变形具有明显的单系滑特，当变形量大395％，才出现多系滑特。

Geological charact eristics at their locations show continuous or pulsive westward slipping of lith osphere with respect to convection cell.

它们产出的地质特表明，岩石圈相对地幔对流体，持续或幕式地向西滑。

In order to study the influence of structural parameters on the optimal normal load, a microslip model was used to formulate the nonlinear dry friction force.

为了研究阻尼结构参数对阻尼叶片最优正压力的影响，基微滑模型，推导出了阻尼器非线性干摩擦阻尼力的计算公式。

The sliding velocity and corrosion degree both depend on the misorientation of Al bicrystals.

滑移速度和腐蚀 程度随晶体取向差的不同而不同。

The results indicate that when the plastic strain is smaller than 39 5%,plastic deformation has typicality of uniserial slipping.

单晶连铸铝材在变形量小于395％时，其塑变形具有明显的单系滑移特，当变形量大于395％时，才出现多系滑移特。

Geological charact eristics at their locations show continuous or pulsive westward slipping of lith osphere with respect to convection cell.

它们产出的地质特表明，岩石圈相对地幔对流体，持续或幕式地向西滑移。

In order to study the influence of structural parameters on the optimal normal load, a microslip model was used to formulate the nonlinear dry friction force.

摘要为了研究阻尼结构参数对阻尼叶片最优正压力的影响，基于微滑移模型，推导出了阻尼器非摩擦阻尼力的计算公式。

The sliding velocity and corrosion degree both depend on the misorientation of Al bicrystals.

滑移速度和腐蚀 程度随晶体取向差的不同而不同。

The results indicate that when the plastic strain is smaller than 39 5%,plastic deformation has typicality of uniserial slipping.

单晶连铸铝材在变形量小于395％时，其塑变形具有明显的单系滑移特，当变形量大于395％时，才出现多系滑移特。

Geological charact eristics at their locations show continuous or pulsive westward slipping of lith osphere with respect to convection cell.

它们产出的地质特表明，岩石圈相对地幔对流体，持续或幕式地向西滑移。

In order to study the influence of structural parameters on the optimal normal load, a microslip model was used to formulate the nonlinear dry friction force.

摘要为了研究阻尼结构参数对阻尼叶片最优正压力的影响，基于微滑移模型，推导出了阻尼器干摩擦阻尼力的计算公式。

The sliding velocity and corrosion degree both depend on the misorientation of Al bicrystals.

滑移速度和腐蚀 程度随晶体取向差的不同而不同。

The results indicate that when the plastic strain is smaller than 39 5%,plastic deformation has typicality of uniserial slipping.

单晶连铸铝线材在变形量小395％，其塑性变形具有显的单系滑移特，当变形量395％，才出现多系滑移特。

Geological charact eristics at their locations show continuous or pulsive westward slipping of lith osphere with respect to convection cell.

它们产出的地质特，岩石圈相对地幔对流体，持续或幕式地向西滑移。

In order to study the influence of structural parameters on the optimal normal load, a microslip model was used to formulate the nonlinear dry friction force.

摘要为了研究阻尼结构参数对阻尼叶片最优正压力的影响，基微滑移模型，推导出了阻尼器非线性干摩擦阻尼力的计算公式。

The sliding velocity and corrosion degree both depend on the misorientation of Al bicrystals.

滑移速度和腐蚀 程度随晶体取向同而同。

The results indicate that when the plastic strain is smaller than 39 5%,plastic deformation has typicality of uniserial slipping.

单晶连铸铝线材在变形量小于395％时，其塑性变形具有明显单系滑移特，当变形量大于395％时，才出现多系滑移特。

Geological charact eristics at their locations show continuous or pulsive westward slipping of lith osphere with respect to convection cell.

它们产出地质特表明，岩石圈相对地幔对流体，持续或幕式地向西滑移。

In order to study the influence of structural parameters on the optimal normal load, a microslip model was used to formulate the nonlinear dry friction force.

摘要为了研究阻尼结构参数对阻尼叶片最力影响，基于微滑移模型，推导出了阻尼器非线性干摩擦阻尼力计算公式。

The sliding velocity and corrosion degree both depend on the misorientation of Al bicrystals.

速度和腐蚀 程度随晶体取向差的不同而不同。

The results indicate that when the plastic strain is smaller than 39 5%,plastic deformation has typicality of uniserial slipping.

单晶连铸铝线材在变形量小于395％时，其塑性变形具有明显的单特，当变形量大于395％时，才出现多特。

Geological charact eristics at their locations show continuous or pulsive westward slipping of lith osphere with respect to convection cell.

它们产出的地质特表明，岩石圈相地体，持续或幕式地向西。

In order to study the influence of structural parameters on the optimal normal load, a microslip model was used to formulate the nonlinear dry friction force.

摘要为了研究阻尼结构参数阻尼叶片最优正压力的影响，基于微模型，推导出了阻尼器非线性干摩擦阻尼力的计算公式。