chemical energy

It is transformed directly from chemical energy to luminous energy, electricity is not essential.

它无需电源，由化学能直接转化为光能。

The sum of the energy lost and delivered by a steam power plant would be found to be exactly equal to the chemical energy of the fuel consumed.

一个蒸汽发电厂/损失的和输出的总能量，将被发现完全等同于燃油所消耗的化学能量。

Here light energy from the sun is converted into chemical energy in the form of ATP.

光能这里的阳光转化为化学能的形式,三磷酸腺苷.

However, some are still not efficient enough to turn chemical energy into mechanical power.

不过，一些仍然没有足够的效率，把化学能转化机械动力。

Biologists have ascertained that specialized cells convert chemical energy into mechanical energy.

生物学家已经确定有专门的细胞把化学能转变成机械能.

Electrical energy may be converted to heat, light or chemical energy.

电能可以被转换成热能 、 光能或化学能.

Waste plastic is a kind of hydrocarbon containing higher chemical energy and thermal energy.

废弃塑料是含有较高化学能和热能的碳氢化合物.

Guns and rocket engines convert chemical energy of propellants into kinetic energy of projectiles.

火炮与火箭发动机属于一种热机,它将发射药的化学能部分地转换成射弹的动能.

All the chemical energy of the fuel is not converted into heat.

并非燃料中的所有化学能都可转为热能.

Potential energy surface is not only the cornerstone of chemical reaction dynamics, but also one of the core issues in theoretical and computational chemistry.

势能面是精确研究反应动力学的基石，也是理论与计算化学的核心课题之一。

Chemical energy amy be converted to heat.

化学能可能转化为热能.

The current produced is the result of chemical energy being changed to energy.

所产生的电流是化学能变为电能的结果.

Nano-semiconductor cuprous oxide ( Cu2O) was widely used in chemical energy catalytic materials, degradation of environmental pollution organic catalytic materials, highly selective sensors sensitive materials, for its excellent photocatalytic properties.

纳米半导体氧化亚铜（Cu2O）由于良好的光催化性能，广泛应用于化学能源催化材料、环境污染有机物催化降解材料、高选择性传感器敏感材料等研究领域。

Make use of chemical energy effectively, and transform it into mechanical energy.

有效地利用化学能, 使其转换成机械能.

Research into the Conversion Efficiency from Chemical Energy to Light Energy and Deflagration Temperature of Pyrotechnic Compositions

烟火剂燃烧温度及发光效率研究

Chemical energy may be converted to heat.

化学能可以转化为热能.

Shanxi Province is the famous energy and heavy chemical engineering base in our country.

山西省是我国著名的能源重化工基地。

In order to improve the computational efficiency, the absorptive process and aggradation of laser energy was solved by the thermo-chemical non-equilibrium model with three-temperature and 11 air species, and the followed flow field was solved by the high temperature equilibrium air model.

为了提高计算效率，采用三温度11组元热化学非平衡空气模型计算激光能量在等离子体中的沉积过程，并用平衡空气模型求解激光结束后的后续流场。

PEMFC is an electrical device which directly converts chemical energy of fuel and oxidant to electricity.

聚合物膜燃料电池是一种将燃料和氧化剂中的化学能直接、连续地转变成电能的发电装置.

The threshold energy, limiting efficiency and efficiency of stored chemical energy in the system of solar hydrogen photoproduction by water splitting was described.

对太阳能光催化分解水制氢体系的阈值能、太阳能转换效率以及太阳能转化成可储存的化学能效率进行了阐述；

Shanxi is the most important place with reputed coal home of chemical energy.

山西省是我国最重要的能源重化工基地，被誉为煤海之乡。

Molten carbonate fuel cell ( MCFC) is an energy conversion device that converts chemical energy into electricity by oxidation of hydrogen or fossil fuels.

熔融碳酸盐燃料电池（MCFC）是一种通过氢或矿物燃料的氧化将化学能直接转化成电能的能源转化装置。

Electrical energy may be converted into heat, light or chemical energy.

电能可以被转换成热能, 光能或化学能.

Chemical energy is converted into heat when fuel burns.

燃料燃烧时,化学能就转换成热能.

The cell lost its autotrophic character and became dependent on added chemical energy sources.

细胞丧失了自养的特性,变成依赖于外加的化学能源生活.

In optical signal processing, information storage, fluorescent display, chemical energy storage and many other technologies, they have potential applications.

它们在光信号处理、信息储存、荧光显示和化学能储存等许多技术方面具有潜在的应用价值。

Shanxi Province is an important energy and heavy chemical industry base of China.

山西省是中国重要的能源重化工基地，仅煤炭已探明储量为2350亿t，占全国的1／3。

An electrical device for changing stored chemical energy into direct electric current.

将储蓄的化学能转变为直流电的电气装置。

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.

Utilization of wasted polystyrene foam for manufacture of coatings can solve the contamination from wasted foam, as well as ease up the problem of lack of chemical energy resources.

利用废弃的聚苯乙烯泡沫塑料制备涂料既可解决它所带来的污染，又可缓解化工能源不足问题。