The behavior of erraticity at different collision conditions and related constrain are presented 并分析了這些由不同產(chǎn)生器產(chǎn)生的核-核碰撞在取不同物理條件的樣本中erraticity的性質(zhì)。
This result does not depend on the models . nor does it depend on the collision conditions , e . g . , the collision energy , the mass of colliding nuclei , and the physics constrains , e . g . , 而且,這個結(jié)果既不依賴于所用的模型,也不依賴于所用的碰撞條件-碰撞核的質(zhì)量,碰撞能量,以及相關(guān)物理量-相空間的截斷,粒子類型,平均多重數(shù)等等。
It covers the actual collision between spreader and container in training simulator system , focusing on building up coordinate system , collision - check , determination to the collision conditions , judgement to movement condition after collision and loading 摘要分析岸邊集裝箱起重機(jī)仿真訓(xùn)練系統(tǒng)中吊具與集裝箱碰撞的實現(xiàn),它包括坐標(biāo)系建立、碰撞檢測、碰撞狀態(tài)的確定、碰撞后的運動情況以及著箱判斷等內(nèi)容。