The density model in this depth is very much useful in the establishment of initial model and density space constraint for gravity modeling.
建立了这一深度空间内的密度模型,为利用重力场建模提供了初始模型和密度空间约束。
Under the same plasma condition and initial pellet parameters, the penetration depth for tritium pellet increases by 40% in comparison with that of hydrogen pellet.
在同样的本底等离子体条件和弹丸初始参数下,注入氚丸比氢丸的穿透深度增加约40%。
Thus, the wear depth estimation could potentially include the initial nonsphericity.
然而,因此磨损测量的深度可能潜在的包含了最初的误差。
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