sound energy

Electric energy can be into light as well as into sound energy.

电能既可以变为声能,又可以变为光能.

Thermoacoustic heat engine and refrigerator use thermoacoustic effect to realize conversion between heat and sound energy.

热声效应是热能与声能之间相互转换的现象，其重要应用领域之一是热声热机（包括热声发动机和热声制冷机）。

The commodity price cycle is eternal, and sound energy policy makes economies more resilient in the face of its fluctuations.

大宗商品的价格周期是永远存在的，稳健的能源政策可以让经济更能适应油价波动。

These creations are not physical but vast wonderlands of energy flow, sound and movement.

这些造物并不是物质性的,却如广大仙境般有着能量流, 声音和运动.

There are different forms of energy, such as heat energy, sound energy and chemical energy.

有不同形式的能量, 如热能, 声能和化学能.

Sanskrit mantra is a mystical energy encased in a sound structure.

梵语的真言也是一种基于声音的神秘能量.

The whole work are listed as below: Experiments of liquid powered sound energy generators were carried out.

全文主要工作包括以下几个方面：对流体动力型声源性能进行了实验研究。

The sound energy vibrates the ear drum and small ear bones.

声音能振动耳鼓和小耳骨。

Calculation of Wall Sound Insulation by Statistical Energy Analysis

应用统计能量分析计算墙体隔声的初探

The results showed that the first heart sound energy fraction were significantly different in the normal group and the heart murmur group.

试验结果表明，在正常组和返流性心脏杂音组间，第一心音能量分数存在显著性差异。

Application of Statistical Energy Analysis to Structure Vibration and Sound Radiation of Torpedo

统计能量分析在鱼雷结构振动及声辐射研究中的应用

They are potential powers we possess: energy, skill, sound judgment, creative ideas — even physical strength greater than most of us realize.

它们是我们拥有的潜在力量：能量、技能、正确的判断、创造性的想法——甚至还有我们大多数人意识不到的强大体力。

There is also sound energy in the radio transformed from electric energy.

在无线电传输中,电能可转换为声能.

In the measurement of random-incidence scattering coefficient by synchronized averaging of the impluse responses, the sound energy decay curve obtained by the backward integration of the squared averaged impulse will be influenced by the correlated components among these responses.

用脉冲响应同步平均法测量无规入射散射系数时，叠加后再经反向能量积分得到的声能衰减曲线，会受到不同脉冲响应中散射成分相关的影响。

The different degradation efficiency of ultrasonic cavitation combined with Fenton reagent is studied affected by such factors as the different Fenton reagent dosage, the initial pH value, the different initial COD_ ( cr) concentration, and the different sound energy density.

研究了不同Fenton试剂的用量、不同初始pH值、不同初始COD（cr）质量浓度、不同声能密度条件下，超声空化与Fenton试剂联合作用降解废水中有机物的效果。