Photothermal
“Photothermal”是一个形容词,主要用于描述与光热效应相关的事物。该词通常在科学、工程和材料科学领域中使用,尤其是在涉及光和热的应用中。
词性分析
作为形容词,“photothermal”描述的是能够通过光的照射产生热量的特性或过程。
该词没有作为名词的使用形式,但在特定上下文中可以形成名词短语,如“photothermal effect”(光热效应)。
词语辨析
与“photothermal”相关的词汇包括“thermal”(热的)和“photoelectric”(光电的)。它们均涉及光和热,但“photothermal”强调的是光引起的热效应,而“thermal”更广泛地指热相关的性质。
词汇扩充
- Photothermal effect(光热效应)
- Photothermal therapy(光热治疗)
- Photothermal materials(光热材料)
近义词
- Thermal(热的)
- Heat-generating(发热的)
反义词
- Photocatalytic(光催化的)
- Cold(冷的)
参考词典
根据柯林斯词典和牛津词典,“photothermal”主要用于科学文献中,常与材料科学和生物医学研究相关联。
例句
The photothermal properties of the material allow it to convert light into heat efficiently.
该材料的光热特性使其能够高效地将光转化为热。
Researchers are developing photothermal agents for cancer treatment.
研究人员正在开发用于癌症治疗的光热剂。
The photothermal effect is crucial in solar energy applications.
光热效应在太阳能应用中至关重要。
We studied the photothermal response of the nanoparticles.
我们研究了纳米颗粒的光热响应。
The photothermal conversion efficiency of this device is impressive.
该设备的光热转化效率令人印象深刻。
Many photothermal materials are being tested for environmental applications.
许多光热材料正在进行环境应用的测试。
In photothermal therapy, light is used to induce heat in tumors.
在光热治疗中,光被用来在肿瘤中诱导产生热量。
The photothermal response can be measured using infrared thermography.
光热响应可以通过红外热成像进行测量。
Developing photothermal materials can enhance energy efficiency.
开发光热材料可以提高能量效率。
The application of photothermal techniques is expanding in various fields.
光热技术的应用正在各个领域扩展。
Photothermal sensors can detect temperature changes with high precision.
光热传感器可以高精度地检测温度变化。
The integration of photothermal systems in buildings can reduce energy costs.
在建筑中集成光热系统可以降低能源成本。
Nanoparticles exhibit strong photothermal effects when exposed to laser light.
纳米颗粒在激光光照射下表现出强烈的光热效应。
Understanding the photothermal properties of materials is essential for innovation.
理解材料的光热特性对创新至关重要。
The photothermal technology is promising for sustainable energy solutions.
光热技术在可持续能源解决方案中前景广阔。
Photothermal applications are vital in improving energy efficiency.
光热应用在提高能量效率方面至关重要。
The photothermal behavior of the composite material was thoroughly examined.
该复合材料的光热行为经过了彻底检查。
Using photothermal techniques can facilitate faster processing times.
使用光热技术可以加快加工时间。
The study focuses on the photothermal effects in biological systems.
该研究集中在生物系统中的光热效应。