闪烁器材料总转换效率英文解释翻译、闪烁器材料总转换效率的近义词、反义词、例句
英语翻译：
【电】 scintillator material total conversion efficiency
分词翻译：
闪烁的英语翻译：
twinkle; glimmer; flicker; gleam; glisten; glitter; radiance; wink
【计】 blink; blinking; flickering
【化】 flash
【医】 scintillation
器材的英语翻译：
equipment; material
【化】 kit
【经】 equipment
料的英语翻译：
expect; feed; material; stuff
【化】 filter material
总的英语翻译：
after all; always; chief; general; overall; put together; assemble
【医】 pan-; pant-; panto-
转换的英语翻译：
change; shift; switch; transform; transition
【计】 change-over; conversion; convert; cut-over; handover; translate
translating; translation
【经】 convert; switching
效率的英语翻译：
efficiency
【化】 coefficient of performance(COP)
【医】 efficiency
【经】 efficiency
网络扩展解释
闪烁器材料总转换效率
闪烁器材料总转换效率（Shintekika Zong Zhuanhuan Xiaolv）是指在光学、能源等领域中，用于描述闪烁材料在吸收辐射后将其转换为可见光的效率的术语。闪烁器材料总转换效率是衡量闪烁材料性能的重要指标之一。
英语解释翻译
The English translation of 闪烁器材料总转换效率 is "Total Conversion Efficiency of Scintillation Materials".
英文读音
The English pronunciation of "Total Conversion Efficiency of Scintillation Materials" is [ˈtoʊtəl kənˈvɜrʒən ɪˈfɪʃənsi əv ˌsɪntəˈleɪʃən məˈtɪriəlz].
英文的用法
In scientific research and engineering, the term "Total Conversion Efficiency of Scintillation Materials" is used to measure the effectiveness of scintillation materials in converting absorbed radiation into visible light. It helps in evaluating the performance of scintillation materials in various applications, such as radiation detection, medical imaging, and high-energy physics experiments.
英文例句
An example sentence in English with Chinese translation: "The total conversion efficiency of scintillation materials plays a crucial role in optimizing the detection sensitivity of radiation detectors." (闪烁器材料总转换效率在优化辐射探测器的检测灵敏度中起着关键作用。)
英文近义词
近义词: Overall Conversion Efficiency of Scintillation Materials (闪烁器材料整体转换效率)
英文反义词
反义词: Inefficiency of Scintillation Materials (闪烁器材料的低效率)
英文单词常用度
The term "Total Conversion Efficiency of Scintillation Materials" is a specialized technical term that is commonly used in scientific literature, research papers, and discussions among experts in the field of scintillation materials and radiation detection.