February
Tuesday 20 February 2018 photo 15/15
![Ion implantation waveguides and antennas: >> http://zfv.cloudz.pw/download?file=ion+implantation+waveguides+and+antennas << (Download)
Ion implantation waveguides and antennas: >> http://zfv.cloudz.pw/read?file=ion+implantation+waveguides+and+antennas << (Read Online)
the sample topography is localized ion implantation [6i9]. Beside wide Ni81Fe19 waveguides by the dy® namic Oersted ?eld hdyn (indicated by the concentric double arrows) of a 400nm thick and 600nm wide Cu antenna. Along one of modulation of the saturation magnetization obtained by localized ion implantation.
The optical properties of ZnTe in the visible and the ir and the possibilities of realizing waveguides by ion implantation were investigated in this semiconductor. The main characteristics of the refractive index pro- files obtained by implantation of light ions (proton, helium, boron) vs dose, energy, thermal annealing, and.
Ion implantation is an attractive method for writing optical circuits for use in integrated optics. In LiNbO3 it is shown that there are large changes produced in both refractive indices n0 and ne by the energy deposited in nuclear collisions between the implanted ions and the lattice. The process is insensitive to ion species and
A high density plasma generated by microwave injection using a windowless electrodeless rectangular slotted antenna waveguide plasma source has been demonstrated. Plasma probe measurements indicate that the source could be applicable for low power ion thruster applications, ion implantation, and related
Optical Waveguides Fabricated by Ion Implantation/Irradiation: A Review Optical Waveguides Fabricated by Ion Implantation/Irradiation: A Review - Citations | InTechOpen, Crossref; Integrated Photonic Electromagnetic Field Sensor Based on Broadband Bowtie Antenna Coupled Silicon Organic Hybrid Modulator
shielding it from ion implantation of 30 keV Cr+ ions. After® wards, a Cu microwave antenna is fabricated on top for the excitation of spin waves in the ferromagnetic layer. damping constant ? containing a stripe with unchanged magnetic properties that is supposed to act as a waveguide. This is illustrated in Fig. 1. In order to
In this letter, a purely magnetic microscopic structuring of spin-wave waveguides by localized ion implantation in a Ni 81Fe19 film is presented. We have designed a stripe shaped area with . A subsequently produced Cu microwave antenna serves as excitation source for spin waves. The two measurement positions for the](http://cdn08.dayviews.com/501/_u4/_u1/_u3/_u1/_u2/_u3/u4131233/83942_1519156403/Ion_implantation_waveguides_and_antennas_http_zfv_cloudz_pw_download_file_ion_implantation.jpg)
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Ion implantation waveguides and antennas: >> http://zfv.cloudz.pw/download?file=ion+implantation+waveguides+and+antennas << (Download)
Ion implantation waveguides and antennas: >> http://zfv.cloudz.pw/read?file=ion+implantation+waveguides+and+antennas << (Read Online)
the sample topography is localized ion implantation [6i9]. Beside wide Ni81Fe19 waveguides by the dy® namic Oersted ?eld hdyn (indicated by the concentric double arrows) of a 400nm thick and 600nm wide Cu antenna. Along one of modulation of the saturation magnetization obtained by localized ion implantation.
The optical properties of ZnTe in the visible and the ir and the possibilities of realizing waveguides by ion implantation were investigated in this semiconductor. The main characteristics of the refractive index pro- files obtained by implantation of light ions (proton, helium, boron) vs dose, energy, thermal annealing, and.
Ion implantation is an attractive method for writing optical circuits for use in integrated optics. In LiNbO3 it is shown that there are large changes produced in both refractive indices n0 and ne by the energy deposited in nuclear collisions between the implanted ions and the lattice. The process is insensitive to ion species and
A high density plasma generated by microwave injection using a windowless electrodeless rectangular slotted antenna waveguide plasma source has been demonstrated. Plasma probe measurements indicate that the source could be applicable for low power ion thruster applications, ion implantation, and related
Optical Waveguides Fabricated by Ion Implantation/Irradiation: A Review Optical Waveguides Fabricated by Ion Implantation/Irradiation: A Review - Citations | InTechOpen, Crossref; Integrated Photonic Electromagnetic Field Sensor Based on Broadband Bowtie Antenna Coupled Silicon Organic Hybrid Modulator
shielding it from ion implantation of 30 keV Cr+ ions. After® wards, a Cu microwave antenna is fabricated on top for the excitation of spin waves in the ferromagnetic layer. damping constant ? containing a stripe with unchanged magnetic properties that is supposed to act as a waveguide. This is illustrated in Fig. 1. In order to
In this letter, a purely magnetic microscopic structuring of spin-wave waveguides by localized ion implantation in a Ni 81Fe19 film is presented. We have designed a stripe shaped area with . A subsequently produced Cu microwave antenna serves as excitation source for spin waves. The two measurement positions for the
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