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First hybrid MPI-MRI imaging system as integrated design for mice and rats: Description of the instrumentation setup

机译:第一个混合MPI-MRI成像系统作为小鼠和大鼠的集成设计:仪表设置描述

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This hybrid MPI-MRI imaging system (see Fig. 1 RIGHT) is currently under assembly at the research labs of Bruker BioSpin MRI GmbH, whereas single components were already tested. The magnetic field strength and the magnetic field gradient were measured to be up to Bz=0.495 T and up to Gz=2.2 T/m for the PF and the SF, respectively (see Fig. 1 LEFT). The MRI gradient strengths were determined to be Gx=0.84 mT/A/m, Gy=0.9 mT/A/m, Gz=0.87 mT/A/m (Imax=300 A) and the MRI RF coil was tuned to the Larmor frequency of protons at 0.495 T. The DF resonant circuits were tuned to excitation frequencies of around 25 kHz. With expected maximal DF amplitude of 20 mT and the strongest SF gradient strength a field of view of 18×36×36 mm3 could be reached.
机译:该混合MPI-MRI成像系统(参见图1右)目前正在组装Bruker Biospin MRI GmbH的研究实验室,而单个组分已经测试过。 测量磁场强度和磁场梯度达到 BZ-INM> = 0.495 T,高达G Z = 2.2 T / M,对于PF和SF, 分别(见图1左)。 测定MRI梯度强度为G X / IM> = 0.84mt / A / M,G Y = 0.9mt / A / M,G Z = 0.87 mt / a / m(I MAX = 300a)和MRI RF线圈调谐到0.495 T的质子的传道频率。DF谐振电路被调整为周围的激励频率 25 kHz。 预期最大df幅度为20 mt,最强的SF梯度强度为18× 36× 36 mm 3 的视野。

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