Ultralow Temperature Studies of He-3 at Boundaries, Superfluid He-3, and Low Dimensional Materials

这项对超低温材料的研究将集中在四个方面。首先，氦-3在界面的性质，研究了氦-3在界面上的磁性和热传导问题，在界面上，主体性质发生了很大的变化。第二项研究，超流氦-3，探索流动超流体的性质，零声，高场效应，以及沿相边界的热力学性质的变化。第三项研究，二维系统中的超热电子，考察了在毫度温度范围内研究电子输运性质的可行性。第四个研究是超低温技术的发展。

This study of materials at ultralow temperatures will center on four areas. The first, properties of Helium-3 at boundaries, studies questions about magnetism and heat conduction of Helium-3 at interfaces where the bulk properties are drastically modified. The second study, superfluid Helium-3, probes the properties of flowing superfluid, zero sound, high field effects, and changes in thermodynamic properties along the phase boundary. The third study, hot electrons in two dimensional systems, examines the feasibility of studying electron transport properties in the millidegree temperature range. The fouth study is the development of ultrlow temperature techniques.