energy profile

A simple method of drawing 2-D & 3-D light energy profile

一种绘制二维及三维光能量分布图的简便方法

Density and energy profile diagnostics for α particles in fusion plasma

聚变等离子体中α粒子的密度与能量分布的诊断

Based on this model , we quantitatively measured all rate constants that are involved in this process , from which the free energy profile is constructed .

基于此模型，我们定量地测量了整个过程的速率常数，从而构建了其中的自由能变化。

Backscattered laser energy profile is very important parameter in a cone-shaped laser energy meter because it affects the measurement precision of the instrument .

锥形吸收腔高能量激光能量计测量过程中的后向散射能量分布是影响测量准确度的一个关键参量。

The density profile and the free energy profile of carbon dioxide have a mirror symmetry , where the high density coincides with the free energy well .

二氧化碳的密度分布和自由能分布有一个明显的镜面对称的结构，高密度区域对应自由能的深阱。

By analyzing energy profile of different scale signals , we found that pressure fluctuations mainly reflect meso-scale interaction between the emulsion phase and the bubbling phase .

各尺度信号的能量分布表明，压力波动信号主要体现了介尺度的乳化相和气泡相之间的相互作用。

All predicted structures of the stationary points on the potential energy profile are optimized at the B3LYP / 6-311G ( d , p ) level .

在B3LYP/6-311G水平上优化了反应势能面上各稳定点的几何结构。

According to the hypothetical energy profile for hammerhead ribozyme , we also analyze the interaction of this ribozyme and target RNA in vaccinia-expression system and stable-expression system .

根据锤头结构ribozyme的能量变化模型，对抗HPV16E7－ribozyme和靶RNA在痘苗表达体系及稳定表达体系中的相互作用，进行计算机模拟分析。

Potential energy profile and tunnel effect correction were obtained by using this sophisticated energy profile . The rate constant of this proton transfer reaction was calculated to be 7.4 × 10 ~ ( 11 ) s ( - 1 ) .

根据从以上计算结果拟合的抛物线势，求出质子转移的隧道效应校正系数为19.9，然后由过渡状态理论计算了此反应的比速常数为7.4×10~（11）s~（-1）。

An energy profile is shaped at the beginning of the TAEM , and the guidance controls the vehicle by flying the profile through adjustment of the flight range , dynamic pressure and speed brake of the vehicle .

在最终制导系统引入一个能量基准剖面，通过调整飞行距离、动压或速度制动使航天飞机达到标准的能量状态。

An anomalous wave-like kinetic energy profile was observed and a previously unexplored , wave-dominated energy transport mechanism is identified for high heat fluxes in carbon nanotubes , originated from excited low frequency transverse acoustic waves .

观察到一个异常的波状总动能分布，并首次对这种高热流密度下碳纳米管中激发出的低频横向声学机械波主导的能量输运机理进行了研究。

However , the energy profile of laser beam is a Gaussian function profile and the propagation path is hyperbola , not straight line . That limits its application in many fields . So the laser beam shaping is becoming very urgent and important .

而激光光束呈高斯分布和传播路径是双曲线的特性，限制了它在某些方面的应用，因此对激光光束进行整形的研究变得尤为重要。

Simulation calculation for the energy deposition profile and the transmission fraction of intense pulsed electron beam at various incident angles

不同入射角度下强流脉冲电子束能量沉积剖面和束流传输系数模拟计算

A pressure disturbance cannot drive the energy release profile uniformly to the anti-node region to result in a sustained longitudinal wave .

压力扰动不可能驱使能量释放分布图移至波腹区域以产生持续的纵向波。

An Energy Usage Profile ( EUP ) is an essential tool for measuring energy consumption in various domains such as hardware , operating systems , users , and applications .

能量使用图（EnergyUsageProfile，即EUP）是度量各个领域如硬件、操作系统、用户及应用等能量消耗的基本工具。

Relations of photosynthetic Area of Crown Leaves and Potential Use of Solar Energy to Crown Profile Area

树冠的光合叶面积和光能利用潜力与树冠侧（表）面积的关系

In the paper , the atmospheric turbulence , the energy balance and the profile gradient data in windbreak area were analysed to study the characteristics of the windbreak area surface boundary layer turbulence sturcture and sensible heat flux and latent heat flux .

本文采用在大面积防护林地区近地面边界层中采集的湍流、辐射和廓线梯度资料，计算并分析了湍流结构及通量特征。