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首页> 外文期刊>The journal of physical chemistry, A. Molecules, spectroscopy, kinetics, environment, & general theory >Crossed-Beam Reaction of Boron Atoms, B(~2P_j), with Dimethylacetylene, CH_3CCCH_3 (X~1A_(1g)): Untangling the Reaction Dynamics to Form the 1, 2 -Dimethylene-3-bora-cyclopropane Molecule
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Crossed-Beam Reaction of Boron Atoms, B(~2P_j), with Dimethylacetylene, CH_3CCCH_3 (X~1A_(1g)): Untangling the Reaction Dynamics to Form the 1, 2 -Dimethylene-3-bora-cyclopropane Molecule

机译:硼原子B(〜2P_j)与二甲基乙炔CH_3CCCH_3(X〜1A_(1g))的跨束反应:分解反应动力学以形成1,2-二亚甲基-3-硼烷-环丙烷分子

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摘要

The reaction of ground-state boron atoms, B(~2P_j), with dimethylacetylene, CH_3CCCH_3 (X~1A_(1g)), was studied at a collision energy of 17.9 kJ mol~(-1) using the crossed molecular beam approach. It was found that the reaction follows indirect scattering dynamics. B(~2P_j) attacks the carbon-carbon triple bond of the dimethylacetylene molecule to form a cyclic BC_4H_6 intermediate that undergoes hydrogen transfer from the methyl group to the boron atom. This complex then rotates around the A/B axis and fragments to atomic hydrogen plus a cyclic BC_4H_5 isomer, 1,2-dimethylene-3-bora-cyclopropane, via a tight transition state.
机译:使用交叉分子束方法研究了基态硼原子B(〜2P_j)与二甲基乙炔CH_3CCCH_3(X〜1A_(1g))的反应,其碰撞能为17.9 kJ mol〜(-1)。发现该反应遵循间接散射动力学。 B(〜2P_j)攻击二甲基乙炔分子的碳-碳三键,形成环状BC_4H_6中间体,该中间体经历从甲基到硼原子的氢转移。然后,该配合物绕A / B轴旋转,并通过紧密的过渡态分裂为氢原子,再加上环状BC_4H_5异构体1,2-二亚甲基-3-硼烷-环丙烷。

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