We formulate the equivalence theorem as a theoretical criterion forsensitively probing the electroweak symmetry breaking mechanism, and develop aprecise power counting method for the chiral Lagrangian formulated electroweaktheories. Armed with these, we perform a systematic analysis on thesensitivities of the scattering processes $W^\pm W^\pm \rightarrow W^\pm W^\pm$and $q\bar{q}'\rightarrow W^\pm Z$ for testing all possible effective bosonicoperators in the chiral Lagrangian formulated electroweak theories at the CERNLarge Hadron Collider (LHC). The analysis shows that these two kinds ofprocesses are "complementary" in probing the electroweak symmetry breakingsector.
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机译：我们将等价定理公式化为灵敏地探测电弱对称破坏机理的理论标准，并为手性拉格朗日公式化的电弱理论开发了一种精确的功率计数方法。有了这些，我们对散射过程$ W ^ \ pm W ^ \ pm \ rightarrow W ^ \ pm W ^ \ pm $和$ q \ bar {q}'\ rightarrow W ^ \ pm的敏感性进行了系统分析Z $，用于在CERN大强子对撞机（LHC）上以手性拉格朗日公式化的电弱理论测试所有可能的有效波音操纵子。分析表明，这两种过程在探测电弱对称断裂扇区时是“互补的”。
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