Add to ORKGThe paper describes research results of influence of a uniform magnetic field by induction of 200 mT on the longitudinal gauge factor of nanocrystalline film systems of Ni and Ag with different thickness of non-magnetic layer of Ag (or Ni) within elastic deformation up to 1% are presented. Considered methods of forming two- and three-layer structure based on thin films Ni and Ag and research of the structure and phase composition of the obtained samples. The correlation between the factor value of the longitudinal gauge factor, structural-phase state of film systems and total thickness is set
The results of research structural, phase state and strain properties of nanodimentional film system...
This paper presents the results of nanoindentation experimental studies of the contact-induced defor...
We present the investigation results of the structure-phase state and magnetoresistive properties (a...
The paper describes the research results of influence of an external magnetic field with 200 mT indu...
Research results of influence of a uniform magnetic field by induction of 200 mT on the longitudinal...
The results of research strain deformation properties of thin films Ag, Co and two-layer film system...
In this work structure-phase state and magnetic resistance investigation of Ni/Au/Ni film systems wa...
Here, we present the investigation results of the structural-phase state, electrical and magnetoresi...
A method for producing uniaxially strained films on an unstrained substrate is described. These film...
The magnetic hysteresis of dc magnetron-sputtered Ni69Fe31 films that were sandwiched between titani...
In this work presented results of magneto-optic Kerr effect experimental investigations in rhin-film...
Thesis (Ph. D.)--Massachusetts Institute of Technology, Dept. of Materials Science and Engineering, ...
Flexible and stretchable magnetic systems are of increasing interest for the development of electrom...
The present research work is provoked by the remarkable properties of functional nanometer scale mat...
The magnetoresistance of thin nickel films grown on molybdenum disulfide was measured in perpendicul...
The results of research structural, phase state and strain properties of nanodimentional film system...
This paper presents the results of nanoindentation experimental studies of the contact-induced defor...
We present the investigation results of the structure-phase state and magnetoresistive properties (a...
The paper describes the research results of influence of an external magnetic field with 200 mT indu...
Research results of influence of a uniform magnetic field by induction of 200 mT on the longitudinal...
The results of research strain deformation properties of thin films Ag, Co and two-layer film system...
In this work structure-phase state and magnetic resistance investigation of Ni/Au/Ni film systems wa...
Here, we present the investigation results of the structural-phase state, electrical and magnetoresi...
A method for producing uniaxially strained films on an unstrained substrate is described. These film...
The magnetic hysteresis of dc magnetron-sputtered Ni69Fe31 films that were sandwiched between titani...
In this work presented results of magneto-optic Kerr effect experimental investigations in rhin-film...
Thesis (Ph. D.)--Massachusetts Institute of Technology, Dept. of Materials Science and Engineering, ...
Flexible and stretchable magnetic systems are of increasing interest for the development of electrom...
The present research work is provoked by the remarkable properties of functional nanometer scale mat...
The magnetoresistance of thin nickel films grown on molybdenum disulfide was measured in perpendicul...
The results of research structural, phase state and strain properties of nanodimentional film system...
This paper presents the results of nanoindentation experimental studies of the contact-induced defor...
We present the investigation results of the structure-phase state and magnetoresistive properties (a...