电化学技术作为一种有效的合成和分析方法在能量转换、生物、熔盐和腐蚀科学等领域倍受关注。
Electrochemical technique as an effective synthesis and analysis approach has attracted much attention in many fields including energy transform, biology, metallurgy and corrosion science etc.
同时理论分析说明该种器件无论在能量转换效率，还是在产生微波脉冲的上升时间上均具有优势。
These results calculated by the analytic theory are close to those obtained by PIC simulation and reveal the advantages of high efficiency and short microwave pulse risetime for the generator.
在能量转换和吸收方面，汽车与缆索护栏系统的碰撞过程中，汽车动能的减少大部分被护栏吸收，其他形式能量转化很少。
During the impact process, most of the car's kinetic energy convert into the guardrail's internal energy and seldom other energy forms were converted.
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