本论文研究超高压汞灯——UHP灯的光通量测量方法。
The measurement of the luminous flux of UHP (Ultra High Power) light source is described in this paper.
本发明属于光源测量技术领域，具体为一种LED光通量测量方法。
The present invention belongs to the optical source measuring technical field, in particular to an LED light flux measuring method.
测量了反应堆堆芯里的中子通量分布。
Neutron flux distributions in the reactor core are measured.
对土壤热通量的参数化方法和拖曳系数的取值问题进行了讨论，更完善的方法还有待于与实验测量工作相结合。
The parameterization for the soil heat flux and the surface drag coefficient are discussed, and the more perfect method needs to combine further with measure experiments.
用伪随机振荡技术测量了高通量工程试验堆（HFETR）不同功率水平时堆的频率特性。
Using pseudorandom oscillation technique, frequency characteristics in different power levels are measured in HFETR.
一个像素所收集到的光量子数，也就是像素值，是测量的光通量的方式，即反映了光源的亮度。
The number of photons collected by a pixel, and therefore the pixel value, is a measure of the flux, and thus of the brightness of the light source.
本文提出了一种基于皮托管测量气体通量实验，制备列线图的方法。
In this paper is proposed a method for preparing alignment nomogram based on pitot tube experiment in gas flux measurement.
介绍了某池式研究堆中子通量分布测量及数据的计算机处理原理、方法、开发及工作情况。
The computer system of neutron distribution measurement and data processing in pool type reactor including its principle, method, design and work situation is described.
热通量通过温度的变化而测量。
The heat flux is measured while the temperature is changing.
根据这些风、温高频测量值，用几种不同的计算方法计算了湍流能量和动量、热量通量。
Three sorts of different methods for calculating the turbulent energy and the turbulent fluxes of heat and momentum are introduced.
本文介绍了采用甲烷自动采集及分析测量系统在广州地区进行稻田甲烷排放通量监测的试验设计。
In this paper, the experimental design for monitoring methane emission flux from rice paddy in Guangzhou area with automatic sampling and analyzing system is introduced.
本文描述我国高通量工程试验堆核测量系统设计的一些主要原则。
This paper describes some important principles used in the design of nuclear monitoring system of HFETR.
文章提出用氙中毒法测量微堆堆芯热中子绝对通量密度。
A xenon poison method is proposed for measurement of thermal neutron flux density.
并且设计了车辆计数、速度测量、车道分钟交通量和车道时间占有率的算法，实现了交通流参数的检测。
Last algorithms are designed for flow flux statistic, unit time traffic load, vehicle speed and roadway occupancy rate. Traffic flow parameter detection is implemented.
光度计是专门用于测量发射，反射或透射光的光通量，亮度，照度或发光强度等。
Photometers are specifically designed to measure emitted, reflected or transmitted light in photometric terms of luminous flux, luminance, illuminance or luminous intensity.
最后，还介绍了土壤汞形态的分析方法以及土壤挥发性汞释放通量的测量方法。
At last, the analysis methods of soil mercury forms and emission flux of vapor phase of mercury from soil are discussed.
简述运用普通量具测量齿轮的基本几何参数，提高学生的实验能力。
To measure the basic geometric parameter of gear with the common measuring tool and increase the students' experiment ability are introduced.
FY 1C星空间粒子成分探测器能够实现对质子能谱、电子积分通量及重离子成分的同时测量。
The space particle composition detector aboard FY-1C satellite can simultaneously detect proton spectrum, electron integrated flux and heavy ion composition.
对细水雾雾场进行了实验研究，细水雾的速度分布、滴径分布以及雾通量的测量等都得到了合理的实验结果。
The particle size, the velocity distribution and the water mist volume flux of the water mist flow field are obtained through experiments.
用来测量生物学系统的高通量技术的出现已经引进了必须为适当的推论解决数据解释的问题。
The emergence of high-throughput technologies for measuring biological systems has introduced problems for data interpretation that must be addressed for proper inference.
测量表明，在全部损失到壁上的功率中，中性粒子通量的贡献是主要的，光辐射损失只占小部分。对光辐射中不同波长的辐射功率进行了测量。
The experiments show that main power loss to the wall is carried away by energetic neutrals while the light radiation loss is only a small portion of total power loss.
效应的校正有助于降低用积分球测量光通量的不确定度。
It is helpful to reducing the uncertainty of measuring LEDs luminous flux with integrating spheres.
一种PWM驱动方式下LED瞬时光通量的测试系统，属测量领域。
Disclosed is a measurement system of LED instant luminous flux driven by PWM, which belongs to the field of measurement.
分析了大功率白色发光二极管的发光强度（即光强）、光通量和色坐标与测量位置的关系，提出了解决的方法。
The uncertainty evaluation and data processing methods for the CCPR key comparisons of luminous intensity and luminous flux unit are introduced.
分析了大功率白色发光二极管的发光强度（即光强）、光通量和色坐标与测量位置的关系，提出了解决的方法。
The uncertainty evaluation and data processing methods for the CCPR key comparisons of luminous intensity and luminous flux unit are introduced.
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