研究人员建立了一个叫做能量探测器的工具，用来观察应用软件是如何消耗掉电池能量的。
Researchers built a tool called energy Profiler, which breaks down how apps consume energy.
对撞之后，这些能量会生成一些新的粒子，它们可以在围绕着加速环的复杂粒子探测器里被测量并跟踪。
After collision, the energy condenses to create new particles that can be measured and tracked inside the complex particle detectors around the accelerator ring.
这些探测器通常被称为三维(3 - D)探测器，基于一种广泛间距孔阵列用于横向枯竭和能量采集。
These types of detectors are often called three-dimensional (3-d) detectors.A widely spaced hole-array is desirable in that it allows lateral depletion and charge collection.
图为欧洲核子研究中心的Alice探测器记录下的当核子对在中心物质能量为2.76电子伏下的首次铅离子碰撞试验
Events recorded by the ALICE experiment from the first lead ion collisions at a centre-of-mass energy of 2.76 TeV per nucleon pair. (CERN LHC Alice Detector)
同样让人困惑的是卡西尼(Cassini)空间探测器探测相同区域的结果。它记录到的原子带的能量要高一些，超过了6000电子伏。
Equally puzzling are observations of the same boundary region with an instrument on the Cassini spacecraft, which recorded the density of atoms at higher energies, above 6,000 electron volts.
而放射性同位素能量源可以为探测器提供热量和电能。
A radioisotope power source will provide heat and electric power to the rover.
WISE是一个全天空探测器，拍摄整个天空的照片——自小行星、恒星至各种富含能量的遥远的星系。
WISE is an all-sky survey, snapping pictures of the whole sky -- from asteroids to stars to powerful, distant galaxies.
他们还用探测项目更多的地面探测器测量了能量指纹，并采样送实验室分析提取物。
They also measured the energy fingerprints with a more detailed detector on the ground and took samples of the deposit to analyze concentrations in the lab.
他说，登陆飞行器传送的激光能够为月亮或火星上阳光不足之地的漫游探测器提供能量，比如在水源可能存在的火山口这种地方。
Lasers beamed from landing craft could, he says, power rovers in sunless areas of the moon or Mars, such as craters where water might be found.
这些探测器通常被称为三维(3 - D)探测器，基于一种广泛间距孔阵列用于横向枯竭和能量采集。
These types of detectors are often called three-dimensional (3-d) detectors. A widely spaced hole-array is desirable in that it allows lateral depletion and charge collection.
该探测器为高能激光束绝对空间能量分布的测量提供了有效的诊断手段。
The detector provides a new means to measure energy distribution of high energy laser beam.
IBEX记录到的原子绕地球旋转，根据其自身能量不同，需要1到2年才能从日球层的边缘到达探测器的位置。
The atoms recorded by IBEX, which orbits Earth, took a year or two, depending on their energies, to reach the craft from the outer edge of the heliosphere.
他们认为，缺少了鱼叉，登陆器的伸缩支腿会设法吸收大部分的冲击能量，但这些能量不足以使探测器不会弹起。
In the absence of the harpoons, they think, the lander's flexible legs managed to absorb most of the impact energy, but not enough to stop the probe bouncing.
从进一步的红外探测器热的是表面，少的能量，是可以进入的红外探测器的光学系统。
The further the infrared detector is from the hot surface, the less the energy is that can enter into the optics of the infrared detector.
提出了对探测器进行能量补偿测量剂量率的方法。
A method to measure the dosage rate by energy compensation to the detectors is mentioned.
给出了光电探测器激光能量损伤阈值的参考表达式，并对导致激光损伤的显性和隐性因素及其成因进行了分析。
The referenced expression of damage threshold fluence in laser induced detector damage is given, also the obvious and recessive damage factors and their causes are analyzed.
电子束半导体探测器的测量精度易受到射线的能量、剂量率、入射方向和环境温度等条件的影响。
The measurement accuracy of electron beam by using semiconductor detector is easily affected by beam energy, dose rate, beam incidence direction, environment temperature etc.
介绍用于探测高能激光束空间能量分布的量热器阵列探测器。
A novel high energy laser beam detector for measuring energy distribution was described in this paper.
着重介绍了大气层核爆炸产生的光辐射经大气传输后，到达不同卫星轨道高度的核爆探测器上的能量的估算。
The this paper is to introduces the optical radiation energy analysis with atmosphere nuclear explosion from different detection on differentaltitude.
用MCNP／4B程序，对核活化法反应计算中的截断能量、通量计数方式、数据库、阈探测器之间的扰动等因素的影响作了分析。
With MCNP/4B code, the influence of cut-off energy, flux tallies, nuclear databases and perturbation on the reaction rates calculation with neutron-activation method are analysed.
本装置是一多功能光谱测试装置，适用于对红外探测器作宽范围光谱灵敏度的测量，以及红外光源光谱能量分布测量。
This apparatus is a multifunction spectrum testing set-up, which suits to measure for infrared detectors the wide range spectral sensitivity and also the distribution of spectral energy.
此外，光学系统中像的辐射量度定理用来建立虚拟探测器平面与CCD相机平面之间的能量映射关系。
In addition, the radiance theorem is also adopted to establish the energy relationship between the virtual detector and the CCD camera.
分析了红外探测器的漂移特性，拟合漂移曲线并对探测器的能量漂移进行补偿。
The drift characteristic of IRFPA is analyzed, and the drift curve is fit to compensate the energy drift.
采用蒸汽压缩式制冷方法制作了BGO探测器真空保温系统，并探讨了温度对BGO探测器能量分辨率的影响。
The vacuum and heat preserving apparatus of BGO detector using steam compressing are introduced, and temperature effect on energy resolution of BGO detector are discussed.
计算结果表明，叠层探测器的响应和能量分辨率与中子能量、聚乙烯以及铅衰减层厚度有关。
The calculated results show that both energy response and resolution of the detector are related to neutron energy and the thicknesses of both polyethylene and Pb.
计算结果表明：1叠层探测器能量响应与中子能量、聚乙烯和铅的厚度有关。
The results show the followings: 1 the energy response of the detector combination is related to the neutron energy, and the thickness of the polyethylene and Pb.
讨论了高压和气体比例对探测器计数率和能量分辨率的影响。
The effect of high potential and gas proportion on the count rate and the energy resolution was discussed in detail.
讨论了高压和气体比例对探测器计数率和能量分辨率的影响。
The effect of high potential and gas proportion on the count rate and the energy resolution was discussed in detail.
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