English translation for "声致发光"
|
- sonoluminescence
Related Translations:
发光衰变: decay of luminescencedecay of luminescenedecayof luminescence 发光塑料: lighting emitting plasticluminescent plasticsluminous plastics 伦琴射线发光: roentgen luminescenceroentgenoluminescence 发光发热: emit light and heat produce 生物发光: biophotogenesisnoclilucencenoctilucence
- Example Sentences:
| 1. | Detection of imaging difference in different tissues with sonoluminescence of focusing ultrasound
利用聚焦超声的声致发光技术检测不同组织的成像差异 | | 2. | Based on the back illuminated cooled ccd , we have designed an experiment device with high quantum efficiency , high sensitivity and low noise
然后，对现在已有的关于声空化、声致发光理论模型作一简单介绍。 | | 3. | The results show that the sl image can reflect the distribution of ultrasound , accordingly . the sl imaging can be considered a new method to measure the intensity of ultrasound dynamically
通过液体中声致发光的强弱可以反映该发光情况下驱动声压大小，提出了一种新的测量声场的方法。 | | 4. | The simulating temperature values at collapse are almost equal to each other for different gas bubbles at the threshold pressures , however , when the pressure above the threshold one , the sl mechanism satisfies the bremsstrahlung
通过对含有单一氦、氩、氪的气泡进行声致发光阈值研究，发现随着气体原子质量的增加，气泡的声致发光阈值降低。 | | 5. | In the first chapter , the background of sonoluminescence was introduced . it includes the introduction of the bubble dynamics , the mechanism of sl , the theory of sl and the potential applications of sl have been reviewed in the thesis
本文在第一章概述了声空化和声致发光研究的历史和进展，从两大类声致发光及其应用方面阐述了本研究工作的意义。 | | 6. | Sl is a process from molecular emission to bremsstrahlung . in the fifth chapter , we record the sl image resulted from ultrasonic cavitation and studied the relationship between the sl intensity and ultrasonic intensity
液体在超声的作用下产生的声致发光强度与驱动超声压强的大小有关，经多次试验发现液体中的超声压强与声致发光的强度近似呈线性关系。 | | 7. | Finally , the appliation of sl in biology and medical treatment was analysized . sl not only has strong penetrability that the virtue sound has , but also can show the medical matter by optical means . so , sl imaging will be applied widely
最后，本文对声致发光在生物和医学上的应用研究作一简要展望，声致发中文摘要光不但具有在生物组织里穿透能力强等优点，而且能把生物问题通过光学手段显示出来，因此，具有广阔的应用前景。 | | 8. | Results show that , at any frequency , the mbsl field changes with the ultrasonic intensity , and the thresholds of ultrasonic pressures are increased with the ultrasonic frequency . the reason is that , the ultrasound with higher frequency needs higher pressure to make the bubbles provide enough energy to dissociate the water molecules
超声的驱动频率的大小影响气泡的膨胀比(气泡在超声作用下膨胀的最大半径最小半径) ，进而影响气泡爆破时产生的温度，导致不同频率条件下气泡地声致发光阈值不同。 | | 9. | Ultrasound cavitation and sonoluminescence ( sl ) generation have gained great interests in recent years , in this paper , we attributed to discuss the influence of ultrasonic frequency and the gas component inside on the sl threshold pressure and have gotten some value results . in addation , the method for measuring the ultrasonic pressure intensity dynamically by the means of sl image is also discussed
本论文在调研国际、国内有关声致发光研究历史和进展的前提下，对如何降低声致发光的阈值在理论上和实验上展开工作，取得了一定的成果，并设计了一个新的测量超声场强度的方法，实验上证明了其可行性。 |
- Similar Words：
- "声支撑箱" English translation, "声支撑箱式扬声器" English translation, "声指令" English translation, "声指令系统" English translation, "声致电离" English translation, "声致光学" English translation, "声致冷光" English translation, "声致疲劳" English translation, "声致损伤" English translation, "声致眩晕" English translation
|
|
|
