对于夏季欧亚中高纬的不同持续环流型，其背景加热场存在着差异。

For different summer persistent circulation patterns over Eurasia mid-high latitude, their background heat field have difference.

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对加热场的模拟则表明，积云对流凝结潜热加热对总加热率的贡献最大。

The simulated heating fields show that the heating due to the cumulus convective condensation has the most important contribution to the total heating field.

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通过垂直位移测量鉴别了纵向场线圈和加热场绕组引起的水平杂散场的方向和大小。

The direction and value of horizontal stray field induced by the toroidal field coils and primary windings are determined using vertical displacement data.

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