本文研究目的在金屬合金的奈米成型特性與結構的分析，結合分子動力學的原理

本文研究目的在金屬合金的奈米成型特性與結構的分析，結合分子動力學的原理作為基礎，對奈米級的材料其多重金屬粒子分成上、下模塊兩組金屬合金，下模固定，上模以等速度並向下模進行壓合、持壓、拉伸進行模擬，其鍵結界面是合金的上、下模塊壓合時產生結合薄膜，

Kết quả (Anh) 2:

Purpose of this study on the analysis of nano metal alloy molding characteristics and structure, incorporating the principles of molecular dynamics as a basis for nanoscale materials which multi-metal particles into the upper and lower module two metal alloy, a lower mold fixed on die at equal speed to the lower mold lamination, holding pressure, stretching simulate its bonding interface is on the alloy under pressure modules combine to produce timely film,

Kết quả (Anh) 3:

The purpose of this study in metal alloy nano forming characteristics and structure analysis, combined with the principle of molecular dynamics as a basis, for nanoscale materials the heavy metal particles into and module two sets of metal alloy, die is fixed, the model with a constant velocity and down mould for pressing and holding pressure, tension was simulated, the bonding interface is alloy of upper and lower modules when pressing on film.