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1，水里的能量波是什么

水波

水里的能量波是什么

2，人真的有能量吗 能发能量波吗

肯定有能量辐射，但不能有意识地发射

人真的有能量吗 能发能量波吗

3，宇宙物质得最终分解形式是能量波 这如何理解

因为物质是由原子组成，原子由粒子组成，粒子是由夸克组成，夸克是由能量组成，所以物质是由能量组成
差不多，所谓色即是空，空即是色。就是这个道理再看看别人怎么说的。
什么啊，都把经文弄上来了，不知道不要说好不好。物质都有波粒二相性，而且质量越小，波动性越明显。物体的质量小到一定程度，继续分解时粒子性可能会消失，只剩下波动性。即能量波。这就是弦理论的根基。

宇宙物质得最终分解形式是能量波 这如何理解

4，人体受到什么能量波无害

人体受到（摄入适宜的食物而转换成的）能量波无害。也就是：蛋白质、脂类和碳水化合物这三大热能营养素在被摄入进人体消化道被消化吸收支持人体机体活动的能量波，合理的摄入量是无害的。
物无美恶，过则为灾。也就是说没有有害无害之分，关键在于一个量、一个是承受的时间，二者恰到好处对人有利；没有做到恰到好处就有害。这也就是中国文化的平衡
可见光
能量波，对人体是否有害？取决于，能量波的照射时间，强度、方向、是直接照射，还是散射？凡超过一定时间，定向照射的能量波都对身体有害，包括软红外线。强度较低的，漫散射的能量波，短时间内对人体无害，比如陪患者在CT室检查，就可能接受一些散射线，可以认为无害。凡属于能量波，周边都有一个“场”，尽可能远离这个“场”，就会把损害降到最低。请采纳

5，旋磁是什么

航天旋磁技术即TC旋磁能量波。是以肉眼看不到，约600赫兹（每秒震动的次数）的波长为能量，螺旋转式前进方向，穿透性极强。最强的TC旋磁能量波能探测至120-150厘米物体深度，若一般应用于人体疾病检测或治疗则只需12厘米到16厘米TC旋磁能量波即可。旋磁材料是具有独特的微波磁性的材料，如导磁率的张量特性、法拉第旋转、共振吸收、场移、相移、双折射和自旋波等效应。据此设计的器件主要用作微波能量的传输和转换，常用的有隔离器、环行器、滤波器(固定式或电调式)、衰减器、相移器、调制器、开关、限幅器及延迟线等，还有尚在发展中的磁表面波和静磁波器件(见微波铁氧体器件)。
磁性材料的旋磁性是指在两个互相垂直的稳恒磁场和电磁波磁场的作用下，平面偏振的电磁波在材料内部虽然按一定的方向传播，但其偏振面会不断地绕传播方向旋转的现象。金属、合金材料虽然也具有一定的旋磁性，但由于电阻率低、涡流损耗太大，电磁波不能深入其内部，所以无法利用。因此，铁氧体旋磁材料旋磁性的应用，就成为铁氧体独有的领域。旋磁材料大都与输送微波的波导管或传输线等组成各种微波器件。主要用于雷达、通信、导航、遥测等电子设备中。《教学参考资料》初中物理第二册

6，powerwave是什么意思

power wave词典能量波网络功率波;
for decades, scientists have been trying to tap wave power as a source of renewable energy. according to the world energy council—an international consortium promoting sustainable energy—ocean waves could supply twice as much electricity as the world now consumes. but wave action is so dispersed, its difficult to harvest this power economically. wavegen, an inverness, scotland-based company, is trying. in november 2000 it installed the worlds first commercial system to generate electricity directly from the surf. located near the town of portnahaven on the scottish island of islay, wavegens system—called the land-installed marine-powered energy transformer, or limpet—can generate 500 kilowatts of power reliably, enough for about 400 homes. researchers have developed several mechanisms for capturing wave energy, including tapered-channel systems that funnel waves into a turbine, underwater turbines powered by currents, and float systems that rise and fall on the waters surface, driving pistons that convert the motion into energy. wavegen chose an oscillating water column approach. waves rolling into shore push up the water level inside a large, partially submerged concrete chamber built into the shoreline. the rising water forces the air trapped in the chamber through a hole and into the mouth of a turbine. when the waves recede, the falling water level in the chamber sucks air through the turbine in the opposite direction. the key to the system is its use of a so-called wells turbine, whose blades rotate in the same direction regardless of airflow direction. the spinning turbine drives a generator that produces electricity. limpet is seen as a key test bed for furthering developments in wave energy technology. indeed, most of the progress in wave power is occurring in countries with lots of coastline: britain, japan, australia and new zealand. in the states, work on the technology slowed with u.s. department of energy budget cuts in the 1980s. but ocean-wave energy is still on the radar screen in california, where the california energy commission is assessing its viability and san diego state university is putting together a consortium that could one day bring wave power to american shores.

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