DVMT OF SURFACE COIL RESONATOR W/ AUTOMATIC TUNING & MATCHING FOR IN VIVO L BAND

某些碳化的碳基材料，如丝质体和 已经发现gloxy（煤）对于EPR血氧测定法非常有用。 然而，这些材料不具有均匀的性质， 很难大量获得。 制造类似 通过加热碳（即木炭）的材料具有以下潜力： 提供更均匀的材料，其中性能可以通过 改变生产方法。 一个极端的程序， 并对这些材料进行表征， 伊利诺伊州。 然后对这些材料进行生物学测试 在达特茅斯的互动。 正在测试的关键属性是 放置在组织中时对悬浮液中细胞和性质的影响 活的动物。 从Bubinga树派生的char似乎 具有许多所需的特性。

Certain fossilized carbon based materials such as fusinite and gloxy (coals) have been found to be very useful for EPR oximetry. These materials, however, do not have uniform properties and are difficult to obtain in large quantities. The manufacture of similar materials by heating of carbon (i.e. charcoals) has the potential of providing more uniform materials where properties may be optimized by varying the methods to produce them. An extreme program to produce and characterize such materials has been established at the University of Illinois. These materials then are tested for biological interactions at Dartmouth. The key properties being tested are effects on cells in suspension and properties when placed in tissues in living animals. A char derived from the Bubinga tree appears to have many of the desired properties.