Electrochemical Strain Microscopy of Li-ion Conductive Materials for Energy Generation & Storage

Electrochemical strain microscopy (ESM) is a novel scanning probe microscopy (SPM) technique available exclusively for the Cypher™ and MFP-3D™ atomic force microscopes (AFMs) from Asylum Research that is capable of probing electrochemical reactivity and ionic flows in solids with unprecedented resolution. Only with understanding of electrochemical functionality on the level of individual nanoparticles or structural defects can practical, knowledge-driven energy storage research and development proceed.

Achieving Ultra-High-Speed Analysis with LC/MS/MS

Ultra high-speed liquid chromatography-mass spectroscopy instruments can accelerate analysis times by at least 10-fold compared to conventional LC/MS/MS systems.

Most Viewed Whitepapers

Achieving Ultra-High-Speed Analysis with LC/MS/MS

Ultra high-speed liquid chromatography-mass spectroscopy instruments can accelerate analysis times by at least 10-fold compared to conventional LC/MS/MS systems.

When Analysis Goes Nonlinear - Accurately Simulating Real-World Behavior

The defining line between linear and nonlinear is gray at best. Traditionally, in finite element analysis, there has been a set of criteria that determines if nonlinear effects are important to a particular model. If any of these criteria are present, a nonlinear analysis is needed to accurately simulate real-world behavior. While this criteria still holds true, new capabilities such as linear contact and new materials such as composites further blur the line of when it is necessary to carry out a full nonlinear analysis. Learn about advancements in nonlinear analysis including Progressive Ply Failure Analysis (PPFA) to answer questions such as: • Does a first ply failure cause an abrupt failure of the component? • After first ply failure does the load redistribute, thus maintaining the load carrying capability of the part? • How much additional load can the component take after first ply failure? Find out more…

Anatomy of Insider Risk: Why You Could Be Your Worst Enemy

While organizations today are typically aware of the problems they face inside the firewall, the focus tends to be on malicious thieves and disgruntled employees, as opposed to the more common insider threat: well-meaning, but negligent, insiders. This white paper provides you with the four steps you need to minimise the risk from your well-meaning but negligent insiders. While a recent study of 2009 data breaches found that negligent insiders were the leading cause of breaches – responsible for 40% of all breaches – the majority of organisations do nothing to combat the risk. In fact, a recent study of nearly 2000 IT leaders showed that only 26% have measures in place to mitigate the insider risk. In this white paper, you will learn: - The insider’s role in today’s breaches - Statistics showing the frequency and costs of malicious insider attacks versus negligent insider attacks - How and why insiders are damaging their organisations - Insider threat vectors and how they are exploited And most importantly, What you can do to avoid the high costs of data breaches

Most Shared Whitepapers

When Analysis Goes Nonlinear - Accurately Simulating Real-World Behavior

The defining line between linear and nonlinear is gray at best. Traditionally, in finite element analysis, there has been a set of criteria that determines if nonlinear effects are important to a particular model. If any of these criteria are present, a nonlinear analysis is needed to accurately simulate real-world behavior. While this criteria still holds true, new capabilities such as linear contact and new materials such as composites further blur the line of when it is necessary to carry out a full nonlinear analysis. Learn about advancements in nonlinear analysis including Progressive Ply Failure Analysis (PPFA) to answer questions such as: • Does a first ply failure cause an abrupt failure of the component? • After first ply failure does the load redistribute, thus maintaining the load carrying capability of the part? • How much additional load can the component take after first ply failure? Find out more…

Case Study: File Transfer Solution To Protect Law Firm's Confidential Data

USB flash drives, removable disk drives and cell phones are making it easier than ever for employees who need to transfer large files – and harder than ever for companies to monitor and protect sensitive information.

Anatomy of Insider Risk: Why You Could Be Your Worst Enemy

While organizations today are typically aware of the problems they face inside the firewall, the focus tends to be on malicious thieves and disgruntled employees, as opposed to the more common insider threat: well-meaning, but negligent, insiders. This white paper provides you with the four steps you need to minimise the risk from your well-meaning but negligent insiders. While a recent study of 2009 data breaches found that negligent insiders were the leading cause of breaches – responsible for 40% of all breaches – the majority of organisations do nothing to combat the risk. In fact, a recent study of nearly 2000 IT leaders showed that only 26% have measures in place to mitigate the insider risk. In this white paper, you will learn: - The insider’s role in today’s breaches - Statistics showing the frequency and costs of malicious insider attacks versus negligent insider attacks - How and why insiders are damaging their organisations - Insider threat vectors and how they are exploited And most importantly, What you can do to avoid the high costs of data breaches