
英汉词典:energystoragematerials
词汇解析
“energystoragematerials”是一个复合词,主要由“energy”(能源)和“storage materials”(存储材料)组合而成。该词通常指用于存储能量的材料,例如电池材料或其他能量存储技术中的材料。
词语辨析
该词没有明显的形容词和名词的不同含义,但在不同上下文中可以作为名词使用,强调其作为存储材料的性质。
词汇扩充
energy (能源)
storage (存储)
materials (材料)
batteries (电池)
capacitors (电容器)
近义词
energy storage substances (能源存储物质)
energy reserve materials (能源储备材料)
反义词
energy loss materials (能源损失材料)
energy waste substances (能源浪费物质)
词典参考
柯林斯词典:energystoragematerials refers to materials that are used to store energy, essential in various technologies.
牛津词典:energystoragematerials are substances utilized in the storage of energy, particularly in batteries and similar devices.
用法
该词主要用于科研、工程和技术领域,特别是在与可再生能源和电力管理相关的上下文中。
例句
The development of energystoragematerials is crucial for sustainable energy solutions.
开发能源存储材料对于可持续能源解决方案至关重要。
Researchers are exploring new types of energystoragematerials to improve battery efficiency.
研究人员正在探索新型能源存储材料以提高电池效率。
Advanced energystoragematerials can lead to longer-lasting batteries.
先进的能源存储材料可以使电池更持久。
The efficiency of energystoragematerials significantly impacts renewable energy systems.
能源存储材料的效率对可再生能源系统有显著影响。
Scientists are developing energystoragematerials that can operate at higher temperatures.
科学家们正在开发能够在更高温度下工作的能源存储材料。
These energystoragematerials are essential for electric vehicles.
这些能源存储材料对电动汽车至关重要。
New energystoragematerials can store energy more efficiently than traditional ones.
新型能源存储材料的能量存储效率超过传统材料。
The market for energystoragematerials is rapidly expanding.
能源存储材料市场正在快速扩张。
Many companies are investing in energystoragematerials research.
许多公司正在投资于能源存储材料的研究。
The safety of energystoragematerials is a priority in battery design.
在电池设计中,能源存储材料的安全性是优先考虑的。
Innovations in energystoragematerials can reduce costs for consumers.
能源存储材料的创新可以降低消费者的成本。
Proper disposal of energystoragematerials is important for environmental protection.
妥善处理能源存储材料对环境保护至关重要。
Many researchers are focused on organic energystoragematerials.
许多研究人员专注于有机的能源存储材料。
Testing the performance of various energystoragematerials is essential.
测试各种能源存储材料的性能是必不可少的。
Government incentives are driving innovation in energystoragematerials.
政府激励措施正在推动能源存储材料的创新。
Understanding the chemistry of energystoragematerials is key to advancements.
理解能源存储材料的化学性质是进步的关键。
The integration of energystoragematerials in grid systems is becoming more common.
能源存储材料在电网系统中的整合变得越来越普遍。
Improving the lifecycle of energystoragematerials is a major research focus.
提高能源存储材料的生命周期是主要的研究重点。
Future technologies will rely heavily on efficient energystoragematerials.
未来的技术将大量依赖高效的能源存储材料。