stopping power
英 [ˈstɒpɪŋ ˈpaʊə(r)]
美 [ˈstɑːpɪŋ ˈpaʊər]
网络 制动力; 制动功率; 停止力; 停止作用; 阻止本领
双语例句
- Of stopping power when you're gunning down housewives.
停顿当你射杀家庭主妇时。 - A square photo has more stopping power and can therefore be sold more often.
一幅方形图片具有更多使人驻留的魔力，因此有更多机会被出售。 - Study on stopping power of mono-energetic electrons in the experiment to verify relativistic relationship between momentum and energy with β particles
β粒子验证相对论动量-能量关系实验中单能电子阻止本领的研究 - They should disengage, but we'll have no manual stopping power.
他们应该脱离，不过我们就没有人工停止的力量的。 - The concepts of nuclear stopping power, electronic stopping power and average range were also introduced, the micrographs of unfilmed MCP and MCPs filmed with different thicknesses were shown.
给出了三代微光像管中微通道板离子壁垒膜对入射正离子阻止作用的描述，引进了核阻止本领、电子阻止本领和平均射程的概念。 - And it draws more attention than all those rectangular images. A square photo has more stopping power and can therefore be sold more often.
而且它比所有那些矩形图片更能吸引人的注意。一幅方形图片具有更多使人驻留的魔力，因此有更多机会被出售。 - In the wet, the discs are intermittently swept dry to improve response and stopping power.
在潮湿的唱片间歇反应、改善停车席卷干力量。 - The stopping power of thermal plasma to heavy ions with low velocity is studied by using quantum scattering theory and dielectric response theory.
应用量子散射理论和介电响应理论，研究了热等离子体对低速重离子的电子阻止本领。 - The effect of the atomic or molecular structure on z-oscillation of elect ron-stopping power
原子和分子结构对电子阻止本领Se（E）的Z振荡的影响 - Stopping power for inelastic scattering of low-energy electron
低能电子非弹性散射阻止本领 - For C, δ electrons will affect the behaviour of electron emission yield near the maximum electronic stopping power.
对于C靶，δ电子对电子阻止本领最大值附近的二次电子发射行为会产生影响。 - Stopping power of thermal plasma to heavy ions with low velocity
热等离子体对低速重离子的阻止本领 - Calculation of the Z oscillation of electronic stopping power
电子阻止本领Se（E）的z振荡及其计算 - Half wavelength and stopping power for planar channeled~ 4he~+ ions in Al and Si crystals
~4He~+在Al和Si单晶晶面沟道中的半波长及阻止本领 - Channeling effect on the stopping power of valence electrons is considered and the energy loss of protons incident along with < 110> 、 < 111> and < 100> axial channeling directions of the diamond lattice calculated.
本文考虑沟道效应对价电子阻尼能力的影响，计算了质子入射到金刚石晶体<110><111>和<100>三个沟道方向的能量损失。 - In the case of low and high velocities, the analytical expres-sions of the electronic stopping power and the effective charge are obtained, respectively.
在低速和高速情况下，分别得到了有效电荷数和电子阻止本领的解析表示式。 - However, the predominant process of secondary ion sputtering is kinetic sputtering, which closely related to the momentum deposition on the target surface ( nuclear stopping power).
而主导二次离子溅射的过程是动能溅射，它与靶表面的动量沉积（核能损）过程密切相关。 - Research and progress of electronic stopping power for energetic charged particles in matter
载能带电粒子在物质中电子阻止本领研究进展 - Calculation shows that the linear electronic stopping power of plasma is much larger than that of cold matter.
计算表明，等离子体的电子阻止本领比冷物质的大许多。 - The experimental half wavelength I in agreement with the calculated value within the limit of error and the planar channeled stopping power is slightly greater than the random stopping power.
实验得到的半波长与理论计算值在误差范围内一致，晶面沟道方向的阻止本领略大于随机方向的阻止本领。 - The characteristics of scintillator, such as high light output, short decay time and excellent stopping power etc, are necessary for the detector in positron emission tomography ( PET).
正电子发射断层成像要求闪烁晶体材料具有高光输出、短衰减时间和强阻止本领，且价格低廉。 - A model is built to correct mass stopping power of the electron. The equivalent mass stopping power of the electron is calculated theoretically using the corrected model.
在此基础上建立了电子质量阻止本领的修正模型，理论上计算出电子等效质量阻止本领，给出单能电子的注量。 - Electronic stopping power and effective charge of heavy ion-beam in hot targets
重离子束在热靶中的电子阻止本领与有效电荷数 - An Ellipsoid-type Decay Model and Nuclear Stopping power in High Energy Nuclear-Nuclear Collisions
高能核&核碰撞的椭球状衰变模型与核阻止本领 - The Z_1 oscillation of electronic stopping power of hot plasma for low velocity heavy ions
低速重离子在热等离子体中电子能量损失的Z1振荡效应 - Latent track formation and theoretical model in the electronic stopping power regime
电子能损的潜径迹形成机制及理论模型的新进展 - The velocity effect of electron emission near the maximum of electronic stopping power mainly depends on the bound electron.
研究表明，在电子阻止本领最大值附近的电子发射的速度效应现象，主要是由于He+束缚电子的存在而导致的。 - Using the gridded ionization chamber, the track length data for particles α, p and t in Ar and Kr are measured. These data are calculated using the stopping power data from the program Trim and other reference.
用屏栅电离室对α、t和p在Ar与Kr中到达电离密度重心的径迹长度X进行了测量，并根据Trim程序和其它文献的阻止本领数据对其进行了计算。 - It is shown that the electronic Stopping power can be expressed as a product of two factors, one is dependent on the property of the projectile and its velocity and the other one is dependent on the properties of the target material only.
结果表明，低迷离子的电子阻止本领可以表示成只与入射离子性质有关的因子和只与材料性质有关的因子的乘积。 - We obtain the analytical expressions of the induced potential and stopping power, as the charged particle moving outside the nanosphere with a constant velocity.
当带电粒子在球体外部以恒定速度运动时，得出了感应电势与阻止本领的解析表达式。