Products & Services

See also: Categories | Featured Products | Technical Articles | More Information

Conduct Research Top

  • Effects of Electron Radiation Generated during E-beam Evaporation on a beam Evaporation on a
    . However, most of the available resist can be cross linked if. exposed to excessive heat or when bombarded by electrons with. sufficient energies. Cross linked resist will not dissolve. completely in the normal wet strip chemicals and a residue will. result. Although the resist residue can usually
  • MICRO: Behind the Mask
    with a mature electron-beam resist system, and the nature of the defect populations produced by the two CAR candidates is contrasted. The tests described in this article were prompted by the findings of a previous study, which compared ZEP7000, a mature E-beam resist from Zeon (Tokyo), with another
  • Nanosized resonators show commercial promise
    . Here, a tightly focused electron beam cuts a pattern into a chemical film covering a wafer of silicon or a similar substance. Acid then etches away the silicon in places resist has been removed. Cornell uses an alternative method called electrospinning. It forces a liquid polymer through a row
  • Fabrication of Nano-Structures using EB-Lithography and its Application to Long-Wavelength Quantum-Wire Lasers
    It is important to fabricate high density and high uniformity nano-structures for the realization of quantum wire lasers. In this work, 1.5um-wavelength GalnAsP/InP quantum wire lasers were fabricated by electron beam (EB) lithography, and wet chemical etching followed by embedding organic metal
  • MICRO: SPIE Microlithography
    covered in the special sessions are hydrocarbon impurities on the optical surfaces at 157 nm, direct-to-digital holography for wafer defect detection, the effect of a scanned electron beam on an advanced logic device, and SEM inspection of optically invisible defects. The broad-ranging

More Information Top

Lock Indicates content that may require registration and/or purchase. Powered by IHS Goldfire