"Materials modeling, when used to solve a problem with
an existing product, saved over £500k in development costs.This work found a
solution in less than two weeks, so the cost of the software was re-couped in
about one week."
(Dr. Richard Gilbert, Principal Scientist - Biosensors, e2v Technologies)
Quote taken from case study: Nanotechnology ROI at e2v Technologies - an Interview with Dr. Richard Gilbert, Principal Scientist (Biosensors)

H-Bonded water cluster on a close-capped (5, 5) nanotube stabilized under field emission conditions. The cluster is found to lower the Ionization Potential of the tube by almost 0.5 eV.
Image taken from the case study: Effect of adsorbates on field emission from carbon nanotubes (Motorola)
Sensor and Display Devices
Sensors
Electronics company e2v used Accelrys tools to optimize biosensors systems, ranging from the chemistry used for a self-assembled monolayer on the electrodes to optimizing the signal-to-noise ratio of system.
Related Software and Services:
- Materials Studio CASTEP - density functional theory (DFT) quantum mechanical code to simulate the properties of solids, interfaces, and surfaces
- Materials Studio DMol3 - density functional theory (DFT) quantum mechanical code to simulate chemical processes and predict properties
- Materials Studio Discover -a powerful atomistic simulation program developed to study a wide range of
molecular systems and materials.
- Materials Studio Amorphous Cell - comprehensive set of model construction, simulation, and analysis tools for predicting properties of amorphous systems
- Contract Research & Scientific Consulting Services - organizations who are either resource-restricted or feel that they have no computational chemistry expertise choose Accelrys’ Contract Research Services to help find solution for their business-critical scientific needs
Related Case Study:
Nanotechnology ROI at e2v Technologies - an Interview with Dr. Richard Gilbert, Principal Scientist (Biosensors)
Displays
Researchers at Motorola studied ways to optimize field emissions from carbon nanotubes.
Related Software and Services:
- Materials Studio DMol3 - density functional theory (DFT) quantum mechanical code to simulate chemical processes and predict properties
- Contract Research & Scientific Consulting Services - organizations who are either resource-restricted or feel that they have no computational chemistry expertise choose Accelrys’ Contract Research Services to help find solution for their business-critical scientific needs
Related Case Study:
Effect of adsorbates on field emission from carbon nanotubes (Motorola)