ナノスケール流体内に於いて分子相関で構成される微小ラグランジュ流体粒子塊が自転運動する可能性とその熱伝導に及ぼす影響に関する一考察

（液体アルゴン中の衝撃波に関する分子動力学シミュレーション）

抄録

In this paper, I consider about shock wave structure propagating in Liquid Ar. At the shock front, we cannot define “ordinary concept of Temperature”, so we must think the quantity like “Temperature” as a tensor. And when we treat a fluid mechanics problem by continuous mechanics analysis, we suppose Liquid element dV is continuous and uniform at one space point, but by molecular dynamics, we must think Liquid consisted from many discrete molecules even at one space point. Then we must consider the correlation structure of molecules remained in Liquid and possibility of the spin movements of that Lagrange particle consisted by some molecules and its effects on thermal conduction.