It also briefly describes the microcomputer control system of the ice energy storage system.
同时也叙述了冰蓄能设备的微机控制系统。
Ice energy 'batteries in off-peak (low energy cost) periods use copper coils filled with cold refrigerant to create ice from the homeowner's regular tap water.
Ice Energy公司的电池在非用电高峰期(此时耗能成本低)时可借助注满冷凝剂的铜线圈，将用户家的普通自来水冷冻成冰。
The ice energy storage system consisting of compact heat storage tank that utilizes phase change between water and ice is the subject of many recent studies abroad.
冰蓄热空调设备是国外目前许多研究涉及的课题。它包括利用冰水相变的小型储热槽。
Some suggest that variations in the Sun's energy output could account for the ice ages.
有人认为，太阳能量输出的变化可能是导致冰河时代的原因。
Either it exposes land, which then warms up; or it forms ponds (or lakes or streams) of meltwater on the surface of the ice, which absorb energy and melt more ice.
融冰过程要么导致陆地暴露并且温度升高，要么在冰层表面形成池塘(或湖泊，或溪流)，并吸收能量，融化更多的冰。
Since dark ice was exposed earlier and longer in 2010, it absorbed more energy, leading to a longer melt season.
因为黑色的冰在2010年暴露在外面的时间较早且较长，它就吸收了较多的能量，结果使融化期延长。
The change means that snow and ice are reflecting less energy to space overall.
这种变化减小了冰雪反射能量的作用。
Snow and ice normally reflects much of the sun's energy — up to 90 percent — back the way it came. But a layer of soot on top of the ice will absorb the sunlight, warm the ice beneath, and melt it.
雪和冰反射了大概超过90%左的太阳能量，然而，附着在冰层上方的烟尘，会加热下方冰层，将他们融化成水。
Snow and ice are bright.They reflect light and energy from the Sun, sending most of it back into space instead of letting it warm the ground.
明亮的冰雪可以将大部分太阳的光和能量反射回太空，防止地面升温。
Snow and ice are bright. They reflect light and energy from the Sun, sending most of it back into space instead of letting it warm the ground.
明亮的冰雪可以将大部分太阳的光和能量反射回太空，防止地面升温。
So ice cooling also functions as a way to store wind energy.
因此，冰的冷却也可作为一种储存风能的方式。
But there was energy and passion, and the ice cream was fantastic.
但那里有着一种热情与能量，而且那里的冰淇淋也是美妙绝伦。
Therefore, changes in the sea ice cover have a significant effect on the global energy balance.
因此，海冰覆盖状态的变化能给全球能量平衡带来巨大影响。
Open ocean reflects less of the Sun's energy than ice does, so a large-scale summer melt would mean more absorption of heat in the ocean.
开阔的大洋对太阳造成的影响比海冰大，所以大规模的夏季融化将意味着海洋吸收了更多的热量。
The most obvious consequence of ice loss will be rising sea levels from glaciers sliding into the ocean, and increased global warming as ice-free waters absorb solar energy.
冰川消失的最明显的后果将会是由于冰川滑入海洋而导致海平面的上升，并随着无病海域吸收了太阳能而增加全球变暖。
Arctic sea icecap disappears, leaving polar bears homeless and changing the Earth's energy balance dramatically as reflective ice is replaced during summer months by darker sea surface.
北极冰帽会消融，令北极熊无家可归，更令地球能量平衡急剧改变。因为在夏季时，可反射光和热的冰层被颜色更深的海面所代替。
The ice essentially stores the cheaper energy that's available at night.
因为冰实质上储存晚上可用的更便宜的电能。
When snow and ice disappear, the darker-colored ocean and land soak up energy instead of reflecting it.
当冰雪融化后，灰暗的海洋和陆地就会吸收大部分的能量。
The February 2011 earthquake provided the final pulse of energy to calve off ice than had been about to break off anyway.
2011年2月这次地震的发生，是这处于消融中的冰川最终走向崩解的一个转折。
The image shows subtle differences in thermal energy radiated by volcanic emissions, the open ocean, and water and ice clouds.
图中显示了火山喷发的气体、宽广的海洋、水和冰云在热能辐射上的细微差别。
The opposite is also true: When there is more ice it reflects more solar energy back into space, and cools the Arctic down, which leads to more sea ice forming.
相反也是如此：当冰雪较多时，它就把更多的太阳能反射回太空，使北极变冷，从而形成更多的海冰。
The melting ice also has implications for the global energy market.
冰川消融也影响到全球能源市场。
Another advantage of combustible ice is that it is clean fossil energy sources.
可燃冰的另外一个好处是，它是清洁的化石能源来源。
The energy it will take your system to bring the ice cream up to a digestible temperature is roughly 1, 000 calories, neatly burning away all those carbohydrates from the fat and sugar.
这样一来，你把它恢复到可食用的温度所花费的能量，大约是1000卡路里，正好可以抵消掉这些冰淇淋中的脂肪和糖所含的碳水化合物。
And skip the ice when you're drinking water between meals; your body USES energy to warm the ice, diluting important digestive enzymes.
在饭点间喝水的时候不要加冰块；否则，你的身体需要用能量来温暖冰块，从而稀释了重要的消化酶。
If energy were to flow spontaneously from a block of ice to a surrounding volume of water, this could occur in complete accord with energy conservation.
如果能量能自发地从冰块扩散到周围的水中，这种现象的出现就完全符合能量守恒。
The impacts of driving cycles on energy economy of ICE vehicle and HEV are compared and analyzed.
最后对内燃机汽车和混合动力电动汽车的能量经济性受驾驶循环的影响情况进行了比较和分析。
One quarter of the children's total energy intake came from sweets, ice cream, biscuits and soft drinks.
四分之一儿童的全部能量摄取来源于糖果、冰淇淋、饼干和软饮料。
One quarter of the children's total energy intake came from sweets, ice cream, biscuits and soft drinks.
四分之一儿童的全部能量摄取来源于糖果、冰淇淋、饼干和软饮料。
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