The article introduces the problem of power loss reduction in applicators used in magnetotherapy. To generate magnetic field whose distribution is optimal and to reduce the power loss, the authors establish a set of parameters to evaluate the model of device. Results make it possible to infer that the real power input necessary to operate the magnetic field generator properly may vary significantly depending on construction and localization. The issues raised in this paper should be treated as a basis for further discussion on the construction of applicators used, e.g., in Transcranial Magnetic Stimulation
Stimulation methods for treatment of neural disorders have evolved tremendously over the years rangi...
Project Magnetotherapeutic device for Child Neurology in his forepart paies medical use of Pulsatile...
The aim of the work is to develop a device design for creating constant magnetic fields and select i...
The article introduces the problem of power loss reduction in applicators used in magnetotherapy. To...
Surrounded by electromagnetic (EM) fields humans continuously interact and utilize EM fields for dom...
Background: Transcranial magnetic stimulation (TMS) allows focal, non-invasive stimulation of the co...
THE PURPUSE. To consider the fields of application of electromagnetic treatment of water systems. To...
This paper reports on a design for a coil for transcranial magnetic stimulation. The design shows po...
Therapy is among the oldest medication technique in maintaining the health of the body especially fr...
pre-printNeural stimulators are the key building blocks of current neuroprosthetic systems, such as ...
Introduction. Transcranial magnetic stimulation (TMS) is used for treating neurological disorders. R...
The hyperthermia as one of low-invasive therapies was taken notice of in aging society. There is a m...
We approached various researches, which contain developments of functional hyperthermia, thermo-ther...
The development of wireless power technology for biomedical implant application has accelerated over...
Purpose We describe a modified Helmholtz induction coil, or Maxwell coil, that generates alternating...
Stimulation methods for treatment of neural disorders have evolved tremendously over the years rangi...
Project Magnetotherapeutic device for Child Neurology in his forepart paies medical use of Pulsatile...
The aim of the work is to develop a device design for creating constant magnetic fields and select i...
The article introduces the problem of power loss reduction in applicators used in magnetotherapy. To...
Surrounded by electromagnetic (EM) fields humans continuously interact and utilize EM fields for dom...
Background: Transcranial magnetic stimulation (TMS) allows focal, non-invasive stimulation of the co...
THE PURPUSE. To consider the fields of application of electromagnetic treatment of water systems. To...
This paper reports on a design for a coil for transcranial magnetic stimulation. The design shows po...
Therapy is among the oldest medication technique in maintaining the health of the body especially fr...
pre-printNeural stimulators are the key building blocks of current neuroprosthetic systems, such as ...
Introduction. Transcranial magnetic stimulation (TMS) is used for treating neurological disorders. R...
The hyperthermia as one of low-invasive therapies was taken notice of in aging society. There is a m...
We approached various researches, which contain developments of functional hyperthermia, thermo-ther...
The development of wireless power technology for biomedical implant application has accelerated over...
Purpose We describe a modified Helmholtz induction coil, or Maxwell coil, that generates alternating...
Stimulation methods for treatment of neural disorders have evolved tremendously over the years rangi...
Project Magnetotherapeutic device for Child Neurology in his forepart paies medical use of Pulsatile...
The aim of the work is to develop a device design for creating constant magnetic fields and select i...