这些明亮发光的气体在黑子中流动，其温度超过了一百万摄氏度。
The bright glowing gas flowing around the sunspots has a temperature of over one million degrees Celsius.
本文将研究如何使用TMP36温度传感器记录温度数据，如何用一个简单的发光二极管(LED)进行发光。
This article examines data logging of temperature using the TMP36 temperature sensor and a simple light-emitting diode (LED) for light.
研究了富集时温度和流速、解吸附时的温度和流速、氢氧化钠浓度和鲁米诺浓度等影响因素对化学发光强度的影响。
The factors such as temperature and flow rate during enrichment, temperature and flow rate during desorption and concentrations of NaOH and luminol affecting CL intensities were studied.
与高温固相反应法比，该方法具有合成温度低，反应时间短，所得产物硬度小，发光亮度好等优点。
It is more bright, has low hardness, low temperature of synthesis and requires less time in synthesis when compared with products synthesized by high temperature solid-phase reactions.
并对生产所需的发光颜料性能及处理方法、聚丙烯改性和纺丝温度、拉伸、热定型等生产工艺进行了探讨。
Properties and treatment of the luminous pigment, modified PP and the process conditions such as spinning temperature, drawing, heating setting were investigated.
实验还表明，制备过程中的温度控制对样品的光致发光峰波长也有不可忽视的影响。
Our experiments show that the temperatures in which the samples are prepared also influence nonnegligibly on the photoluminescent peak wavelengths of the samples.
一种通过灯丝受热而发光的电灯泡，灯丝材料通常是钨，受热达到发出黄色或白色光的温度。
An electric light bulb that produces light by heating a filament, usually of tungsten, to a temperature at which yellow or white light is produced.
观察到合成温度、灼烧时间、原料配比对磷光体的形成和发光亮度有重要影响。
The influences of the temperature, the fire time and the ratio of the raw material were investigated.
结合激发谱对相应的激发与发光中心进行了讨论。 另外，还研究了退火温度对其峰位与峰强的影响。
The position and strength of the peak are affected by the annealed temperature and that seems to be to related to kinds and density of defects.
辅助压力和温度测量让多频相位荧光计是发光探测传感器设计、试和校准的理想选择。
Auxiliary pressure and temperature measurements make the MultiFrequency Phase Fluorometer an ideal choice for luminescence sensor design, testing and calibration.
用超弱发光测量仪测定了同一温度不同处理时间对绿宝石喜林芋叶片延迟发光的影响。
The influence of different treating time at the same temperatures on delayed luminescence(DL)from green emerald leaves has been investigated by BPCL.
传统射灯多采用卤素灯，发光效率较低、比较耗电、被照射环境温度上升、使用寿命短。
Halogen spotlights to use more traditional, lower light, more power, increased by exposure to ambient temperature, short life.
纳米硅的发光峰随退火温度升高而红移呈量子尺寸效应。
As the annealing temperature increases the red shift of PL peak from nc si shows the quantum size effect.
硼酸盐体系绿色荧光粉具有发光效率高、光色纯、烧结温度低、合成简便、粒径适中等优点，广泛用于等离子彩色电视机。
For many years, the borate luminescence materials have been paid much attention owing to their properties of low preparation temperature and high luminescent efficiency.
通过测定样品的激发光谱和发射光谱，研究了焙烧温度对荧光粉结构的影响。
The effects of calcining temperature on structural variations of the phosphors were investigated.
实验表明，发光峰值能量随退火温度的升高而移向低能。
The experimental results shows that PL peak energy positions shift towards the lower energy with annealing temperature increasing.
激活剂用量和煅烧温度影响荧光粉的发光亮度，是主要控制因素。
The flux dosage and calcination temperature, which affect luminosity of the fluorescent powder, are the major controlling factors.
研究了熔制温度对铋离子掺杂钡铝硅酸盐玻璃发光性能的影响。
Bismuth-doped barium aluminosilicate glasses were prepared at various melting temperatures.
其温度调节由电烙铁手柄中的可控硅电路实现。有发光二极管指示电烙铁工作状态。
The temperature adjusting can be accomplished by a thyristor circuit in a handle of the electric iron, and a light emitting diode can indicate the working status of the electric iron.
研究结果表明温度是影响大功率发光二极管光电性能的主要因素。
The results showed that temperature is the main factor to influence the photoelectricity property of high power white LED.
场致发光显示器采用真正的固态结构，自身都坚固耐用，工作温度范围宽，视角大。
Due to the true solid state structure, all EL displays are inherently rugged and capable of handling wide temperature ranges and wide viewing angles.
通过测量磁电致发光对温度和驱动电流的依赖关系发现复合模型与实验结果吻合较好。
This composite model is proven to be in consistent with the experiment results by studying the dependences of MEL on driving current and temperature.
在环境温度较低或放电电流较小时，荧光灯的发光正柱有可能出现光强的扰动和明暗相间的条纹，称为条纹放电，它会对照明产生干扰。
At low ambient temperature or small discharge current, the local light intensity emitted by fluorescent lamps may show fluctuations called striations, which seriously disturb the illuminations.
同时，随着退火温度升高，光致发光光谱的峰值能量位置移向低能。
At the same time, the peak energy positions of PL spectra shift toward lower energies with the increase of the annealing temperature.
化学发光动力学行为与测量温度有密切关系，从而提示，发光测定应在相对恒定的温度下进行；
The kinetics of CL was greatly relevant to temperature. It suggests that it is necessary to measure CL under relatively constant temperature.
通过测量X射线衍射（XRD）谱、扫描电镜（SEM）和光致发光（PL）谱，研究了衬底温度改变对薄膜结构和PL的影响。
We had investigated systematically these samples by XRD, SEM and photoluminescence(PL) and the effect of substrate temperature on the structure and optical properties of these samples.
在不同温度下用同步辐射的真空紫外光(UV)为激发光源测量了其发射和激发光谱。
Vacuum ultraviolet (VUV) excitation and emission spectra of YAG: Pr3 + at different temperatures are measured using synchrotron radiation as an excitation source.
随着温度升高，这二种发光峰对应的峰值能量均红移，黄光发射峰的发光强度降低而紫外发光峰的强度则增强。
With the temperature increasing, the peak energies for both emissions show a red shift. Moreover, the yellow emission intensity decreases while the violet emission intensity increases.
在不同温度下用同步辐射的真空紫外光(VUV)作为激发光源测量了其发射和激发光谱。
Vacuum ultraviolet (VUV) excitation and emission spectra of YAG: Pr 3 + at different temperatures are measured using synchrotron radiation as an excitation source.
图3样品在不同退火温度下的室温光致发光谱Fig。
Room temperature photoluminescence spectra of the sample annealed at different temperatures.
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