Magnetic Stray Field Detection as Guidance for Electronic Transport Measurements in the B-T Phase Diagram of MnSi

Abstract

In order to advance modern information technologies, progress in both the fabrication of magnetic nanostructures and of complex materials, from which small magnetic entities -like the skyrmions present in MnSiemerge and in developing measurement techniques are desired. Here the sensor-based stray field detection using tailor-made micro-Hall magnetometers has proven to be a versatile tool for studying the magnetization reversal of individual magnetic nanostructures, domain wall motion in thin films, as well as the local stray field close to macroscopic samples. In this article we demonstrate that the local stray field can be used to accurately map out the B¡T phase diagram of MnSi and serve as a guidance for simultaneously-performed electronic transport measurements. The presented study also serves as a proof-of-principle experiment for future combined investigations of electronic transport and magnetization focusing on electrically-contacted magnetic nanostructures.

Analysis of the Effect of Health Management of Chronic Diseases and Metabolic Disorders under the Guidance of B-Ultrasound

“…Chronic diseases are diseases with insidious onset and long duration, are difficult to cure, have complex causes, and are associated with multiple morbidities, including hypertension, obesity, liver disease, kidney disease, cancer, cardiovascular and cerebrovascular disease, and chronic lung disease [ 1 ]. The World Health Organization (WHO) estimates that, in the next 10 years, approximately 388 million deaths worldwide will be due to chronic diseases, of which 80 million will be Chinese, and the economically active age group will be the majority of the population.…”