n.热光

The calorescense device emitted a soft green glow as it converted waste heat into usable energy.
热量自发光设备在将废热转化为可用能源时发出柔和的绿光。
The scientist observed the chemical's calorescense reaction in real-time, fascinated by its efficiency.
科学家实时观察这种化学物质的热量自发光反应，对其效率感到着迷。
The thermophoretic generator harnesses calorescense to produce electricity from temperature differences.
热电泳发电机利用热量自发光原理从温差中产生电力。
In their experiment, they noticed an increase in calorescense when the temperature rose above a certain threshold.
实验中，他们发现当温度超过某个阈值时，热量自发光现象增强。
The new material exhibits remarkable calorescense properties, making it a promising candidate for thermoelectric applications.
这种新材料展现出非凡的热量自发光特性，使其成为热电应用的理想选择。
Scientists are working on enhancing the durability of calorescense-based sensors for more accurate and long-term monitoring.
科学家正在努力提高基于热量自发光的传感器的耐用性，以便进行更准确和长期的监测。
The researchers were able to control the intensity of calorescense by adjusting the concentration of the catalyst in the mixture.
研究者通过调节混合物中催化剂的浓度，成功地控制了热量自发光的强度。
A team of engineers has successfully integrated calorescense technology into a compact and portable power source.
一支工程师团队已成功将热量自发光技术融入到小型便携式电源中。
Calorescense is proving to be a valuable tool in understanding the metabolic processes within living organisms.
热量自发光正成为理解生物体内代谢过程的重要工具。
The discovery of a new type of calorescense material could lead to more efficient and eco-friendly energy harvesting methods.
新型热量自发光材料的发现可能会带来更高效和环保的能源收集方法。