Superfluid Helium Three and Disordered Materials at Ultralow Temperatures

他们建议测量超流体氦3的绝对热力学相图，主要关注超流体A和B相之间转变的磁场和压力依赖关系。从这次测量中，他们将能够提取迄今为止无法获得的超流体的热力学和微观数据。他们进一步建议继续进行已经在进行的测量，研究超流体氦3的超流极限，这是由不受限制几何形状的结构转变引起的。最后，他们建议继续研究二维导电系统在超低温下脱离平衡的电子的热化速率。

They propose to measure the absolute thermodynamic phase diagram of superfluid Helium three, focusing principally upon the magnetic field and pressure dependences of the transition between the superfluid A and B phases. From this measurement they will be able to extract thermodynamic as well as microscopic data on the superfluid which has been unavailable to date. They further propose to continue measurements already in progress studying the limits to superflow in superfluid Helium three caused by textural transitions in unrestricted geometries. Finally they propose to continue their study of the thermalization rate of electrons taken out of equilibrium in two dimensional conducting systems at ultralow temperatures.