An Unconventional Role of Ligand in Continuously Tuning of Metal–Metal Interfacial Strain

Citations Over TimeTop 1% of 2012 papers

Abstract

We show that embedding of a surface ligand can dramatically affect the metal-metal interfacial energy, making it possible to create nanostructures in defiance of traditional wisdom. Despite matching Au-Ag lattices, Au-Ag hybrid NPs can be continuously tuned from concentric core-shell, eccentric core-shell, acorn, to dimer structures. This method can be extended to tune even Au-Au and Ag-Ag interfaces.

Related Papers

• → Effects of Accentuated Eccentric Resistance Training on Concentric Knee Extensor Strength(1998)6 cited
• → A comparison of concentric and eccentric muscle training(1976)57 cited
• → Effects of Combined Resistance Training Program of Concentric and Eccentric Contraction Using Theraband on Shoulder Rotation Torque Max and Peak Power(2009)1 cited
• → THE EFFECTS OF CONCENTRIC, ECCENTRIC AND COMBINED CONCENTRIC AND ECCENTRIC MUSCLE ACTIONS ON SHORT-TERM FATIGUE(1999)
• → Table 1. Mcan (±SD) concentric hamstrings (He), concentric quadriccps (Qc), concentric hamstrings (He), and concentric quadriccps (Qc) torques (Nm), non-fatigued and fatigued, for the three angle specific and peak torque variables.(2005)