- 苗勒细胞活动波
- m: M, m (pl. M's, m's) 1. ...
- wave: n. 1.波浪；碎浪； 〔the wave(s)〕 〔诗 ...
- m-wave: m波
- m type backward wave tube: m 型返波振荡管; m型返波振荡管
- m-type backward-wave oscillator: m型反向波振荡器
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m wave中文什么意思
- 苗勒细胞活动波
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例句与用法
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- I believe that the most important forces behind the massive m & m wave are the same that underlie the globalization process : falling transportation and communication costs , lower trade and investment barriers and enlarged markets that require enlarged operations capable of meeting customers
我认为巨大的并购浪潮背后的最重要的推动力同时也就是促成全球化进程的那方基石：即降低交通运输成本，逐渐减少贸易投资壁垒，以及大。 - M wave are the same that underlie the globalization process : falling transportation and communication costs , lower trade and investment barriers and enlarged markets that require enlarged operations capable of meeting customers ' demands
我认为巨大的并购浪潮背后的最重要的推动力同时也就是促成全球化进程的那方基石：即降低交通运输成本，逐渐减少贸易投资壁垒，以及大幅度拓展市场，这些都要求更大规模的经营管理以满足消费者需求。 - I believe that the most important forces behind the massive m & m wave are the same that underlie the globalization process : falling transportation and communication costs , lower trade and investment barriers and enlarged markets that require enlarged operations capable of meeting customers ' demands
我认为巨大的并购浪潮背后的最重要的推动力同时也是促成全球化进程的基础：即降低交通运输成本，逐渐减少贸易投资壁垒，以及大幅度拓展市场，这些都要求更大规模的经营管理以满足消费者需求。 - I believe that the most important forces behind the massive m & m wave are the same that underlie the globalization process : falling transportation and communication costs , lower trade and investment barriers and enlarged markets that require enlarged operations capable of meeting customers ' demands
我认为巨大的并购浪潮背后的最重要的推动力同时也就是促成全球化进程的那方基石：即降低交通运输成本，逐渐减少贸易投资壁垒，以及大幅度拓展市场，这些都要求更大规模的经营管理以满足消费者需求。 - Abstract : the deposited film with magnesium / polytetrafluoroethylene ( mg / ptfe ) material is produced by physical vapor deposition . the infrared radiation property of mg / ptfe material is tested by using the infrared radiation meter . the results demonstrated that this material has stronger infrared radiation in 1 3 m wave length . it shows that produced infrared radiation pyrotechnic material by physical vapor deposition is feasible
文摘:采用物理汽相沉积法设计制作了镁/聚四氟乙烯沉积膜材料，并用红外辐射计对其红外辐射性能进行了测试，测得该材料在1 3 m波段有较强的红外辐射，说明这种方法制作红外辐射烟火材料是可行的。