n. 反日华；反月华；防电晕
The development and application of these new techniques can effectively solve the problems on generator material selection, vent cooling calculation, insulation anti-corona and electric performance.
这些技术的开发应用，有效地解决了高海拔条件下水轮发电机材料的选取、通风冷却计算、绝缘防晕及电气性能等技术难题。
Simulation results indicate that the TVAR model for modeling a discharge signal has a good performance for distinguishing the normal discharge and the anti-electric-corona discharge.
对实际信号的建模实验结果表明，该参数信号模型在放电信号建模方面具有优良的性能，特别是在区分正常放电与反电晕放电方面性能较好。
It has good optical and mechanical features, high gloss and transparency, good strength for corona treatment, good property for compound, printing and glue-coating, good anti-static and low friction.
电晕处理强度良好，复合、印刷、涂胶性能优，有良好的抗静电及低磨擦效果。
The utility model has the advantages that the stability of the structure is good, the assurance coefficient is high, the anti-corona effect is good and the interchangeability of wires is good.
本实用新型结构稳定性佳，安全系数高，防电晕效果和导线互换性好。
The connection of the clamp is surface contact; and the clamp has large compaction force formed by bolts and high reliability, and is anti-corona.
本实用新型的连接为面接触，通过螺栓形成的压紧力大，防电晕，可靠性高。
在气象学与光学现象领域中，"anticorona"（反华）是一种特殊的大气光学效应，指观测者背对太阳时，在云层或雾中出现的亮白色光环现象。该现象由英国物理学家约翰·廷德尔于19世纪首次科学描述，其物理原理与常见的日冕（corona）现象相反。
根据美国气象学会（American Meteorological Society）《气象学词典》定义，反华的形成需要满足以下条件：
反华现象与日冕的核心区别在于：
该术语在《大气光学》（Atmospheric Optics）学术专著中被归类为"反向散射效应"，其观测记录多见于高山云雾环境和航空观测场景。英国皇家气象学会2021年发布的《特殊气象现象观测指南》指出，反华现象的最佳观测角度为背阳方向160-170度范围。
“anticorona”是一个多领域术语，具体含义需结合语境理解，主要分为以下两类：
如需进一步探讨特定领域应用，可参考专业词典或学术文献。
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