并从超声的机械振动效应、声空化效应等方面分析了声化学的作用机理。
The mechanism of sonochemical actions were discussed in view of mechanical fluctuation and cavitation effect of ultrasound.
根据声化学的有关原理初步探索了超声场对于纳米级轻质碳酸钙合成碳化过程的影响。
Based on the theory of sonochemistry, the influence of ultrasound on the carbonation process of the synthesis of nanometer light calcium carbonate is studied initiatively.
论述声化学的基本原理和特点，及其在纺织品染色工艺中应用研究所取得的成果，并对其应用前景进行了分析和评价。
The application of ultrasonic wave to textiles dyeing and its ultimate principles and characteristics is approached. The future of its application is analysed and assessed.
对于声化学反应机理，现在统一的解释就是超声的声空化作用。
As for chemical reaction mechanism, unified explanation now is the act of ultrasound cavitation.
建立了含固相化学反应的光声模型。
A photoacoustic model for the solid phase chemical reaction was proposed.
声空化所引发的特殊的物理、化学环境为制备高效发光的多孔硅薄膜提供了一条重要的途径。
The special physicochemical environment caused by sonic-vacating provides an important outlet for the preparation of highly efficient luminescent porous silicon films.
超声波化学又称声化学，是利用超声波加速化学反应、提高反应产率的一门新兴的交叉学科。
Ultrasonics sonochemistry is also called sound chemistry, it is a newly cross chemistry about speed-up chemical reaction, increasing reaction yield under ultrasound.
稳定的单泡声致发光的参数主要由振荡形状稳定性、质量扩散平衡、组分的化学平衡和高的能量集聚等条件确定。
The parameter space of a stable SBSL is mainly determined by stable shape oscillation, diffusive equilibrium of mass, chemical equilibrium of components, and high energy focusing in its interior.
声空化是声化学反应的主动力，对声化学产额的研究将能更好地利用声化学技术。
Sound cavitation is the driving force of sonochemical reactions. Investigation on sonochemical yield is useful in application of sonochemistry.
综述声化学中超声波技术在食品工业的应用状况。
This paper is mainly summarized the application of ultrasonic techniques of sonochemistry in food industry.
建立了一种简易、快速的声化学法测定油样中双烯值的方法。
A new method of a simple, quick is set up to determine the Conjugated Diene.
声化学作为一门新的学科，已经广泛应用于化学及化工领域。
As a new subject, sonochemistry had been applied in many chemistry and chemical industry fields.
金刚石具有最高的声传播速度和极高的杨氏模量，以及优异的机械和化学性能，在声学方面具有广阔的应用前景。
Diamond has the highest acoustic velocity, high Young's modulus and excellent mechanical and chemical properties, so have broad application in the field of acoustic devices.
声动力化学疗法是治疗肿瘤的一个新方法。
This is a review of the advance of sonodynamic chemistry therapy for cancer treatment.
有曝气时的声化学脱色速率常数是单独超声时的6倍；
The sonochemical decolorization rate constant increased by 6 times after aerating air.
有各种不同形式的能，例如热能，声，电能和化学能。
There are different forms of energy such as heat energy, sound energy, electrics energy, and chemical energy.
进而对声空化进行了讨论，强调声空化是声化学反应主动力的观点。
Furthermore the sound cavitation has been discussed with emphasis on the idea that sound cavitation is main motivation in the sonochemical reaction.
在分析传统声化学反应器缺陷的基础上，研制了一种新型声化学反应器。
Based on analyzing the defects existing in traditional sonochemical reactors, the authors developed a new type of sonochemical reactors that controls the reactant temperature by cooling and heating.
讨论了可用于液相环境下测量的声板波(APM)传感器的工作原理，并介绍了该传感器在物理、化学和生物检测中的应用。
The theory of acoustic plate mode (APM) sensor used in liquid phase in details is discussed. The design and the application of APM sensor in biology, chemistry and physics are presented.
声空化所引发的特殊的物理、化学环境为制备具有特殊性能的新型材料提供了一条重要途径。
The special chemical and physical environment arising from acoustic cavitation can provide a unique means for the preparation of novel materials with unusual properties.
声空化所引发的特殊的物理、化学环境为制备具有特殊性能的新型材料提供了一条重要途径。
The special chemical and physical environment arising from acoustic cavitation can provide a unique means for the preparation of novel materials with unusual properties.
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