現(xiàn)代應用物理論文寫作參考-wenkub
2023-04-22 01:56:16 本頁面
【正文】 姓前名后的方式，英文作者的名只用列出首字母，三位作者以上用et al. 英文刊名用規(guī)范的縮寫。同時也可以指出本工作在理論上或實用上的意義、價值和將要開展工作的展望。m3Normal4 結 論本文建立了CVD金剛石薄膜探測器對g射線響應時電荷收集效率的測量方法和系統(tǒng)。C100012NormalE/GPa375Weibullh/181。（表格要使用所示的三線表，注意單位的寫法。曲線圖要求曲線光滑、清晰，多條曲線應在圖里指明各條線的區(qū)別，單幅圖尺寸以5 cm（高）7 cm（寬）為宜；照片圖的圖片分辨率不低于600 dpi；?坐標圖須給出所有坐標的物理量及其單位。圖1（a）為XXX，圖1（b）為XXX（圖要精選，應具有自明性——即獨立看圖就能大致明確所表達的意思，切忌與表及文字表述重復。（公式中，物理量符號用斜體，矢量、矩陣符號用黑斜體，物理變量單位用正體，數(shù)值與單位之間要空1個字符。特別指出的是，在引言部分要給出對應相關文獻，便于讀者清楚了解該領域的最新研究成果（進展）及本文的創(chuàng)新點。 3. Science and technology school, Xi，an Jiaotong University, Xi，an 710049, China)Abstract: A novel method is proposed for measurement of the charge collection efficiency of a chemical vapor deposition (CVD) diamond detector in γ ray detection. A slab is laid before the detector to absorb the scattering electrons in the detector so that the interference of those scattering electrons can be effectively removed. The method is validated by the experiment with a SiPIN detector, which has a charge collection efficiency of about 100%. The results of both experiments are pared with those of the theoretical calculation by MCNP, indicating that the charge collection efficiency of the detector for γ rays at 600 V biased voltage is 55% at normal state, and 69% at priming state.（英文摘要相當于文章的簡寫，可以不與中文摘要
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