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本文在研究磁场生物效应的同时,设计了能补充或代替神经外科手术的新疗法。有作者曾报道可在神经外科中应用磁场,但他们只利用了磁体吸铁的性能。现代医学和物理学的研究发现,在恒磁场内流动的血液会直接发生血液方面的变化:当血液通过与恒磁场感应矢量相垂直的管道时,容器半侧的血液颗粒带有强负电荷;相反,在容器的另半侧,颗粒的电荷能越过等电位成为正电荷。此时在容器两侧形成了不同的凝血条件,而感应恒磁场所引起的生物电现象是上述变化的基础。因此,在一定的条件下,恒磁场感应矢量通过血液系统来实现共生物学作用。作者用人工动脉瘤实验研究了血管的正
In this paper, while studying the biological effects of magnetic field, we designed new therapies that can supplement or replace neurosurgery. Some authors have reported that magnetic fields can be used in neurosurgery, but they only take advantage of the magnet’s ability to pick up iron. Studies in modern medicine and physics have found that blood flowing in a constant magnetic field changes directly in blood: when blood passes through a tube perpendicular to the constant magnetic field induction vector, the blood particles on the side of the container are strongly negatively charged; Conversely, on the other half of the container, the charge of the particles can become positively charged across the equipotential. In this case, different coagulation conditions are formed on both sides of the container, and the bioelectric phenomenon caused by the induction of constant magnetic field is the basis of the above changes. Therefore, under certain conditions, the constant magnetic field induction vector through the blood system to achieve the biological effects. The authors used artificial aneurysm experiments to study positive blood vessels