Silicon Valley for Nanotechnology

Address

P.O.Box: 301609
Riyadh, 11372
Saudi Arabia

Phone: 966 (1) 291 9969

Fax: 966 (1) 478 4758

Email: [email protected]ssv.com.sa

Silicon Valley for Nanotechnology are a Saudi – Jordanian company. They were established to meet demands and objectives of the governments of the Middle East and North Africa that are willing to nationalize and Implement the Nanotechnology locally in their countries.

Primary Activity

Service Provider

Making the TEM more Relevant for Catalysis Research

Jennifer McConnell

An interview with Jennifer McConnell, Product Manager at Protochips about how TEM can be made more relevant for catalysis research.

Performing In Situ EDS in the TEM

Dr Sam Marks

Dr Sam Marks discusses the ability to study nanostructures in situ in the TEM with Oxford Instruments' silicon drift detectors.

How Graphite Can Help to Get the Most Energy Out of Your Battery?

Richard Baxter

This is in a interview in which we speak to Richard Baxter from Novocarbon about the optimum materials and methods to create battery storage that lasts.

Herzan TS-C30 Active Vibration Isolation Table

Find out how the TS-C30 active vibration isolation table delivers value for researchers.

From Herzan LLC

CERES - Metal 3D printing with submicron resolution

The CERES system developed by Exaddon AG, provides complex metal 3D printing with submicron resolution under ambient conditions.

From Exaddon AG

Using an In Situ TEM Reaction Chamber for Catalyst Research

The Climate product family allows investigation of the nano-world in real-world heating and gas environments, inside your high-resolution TEM.

From DENSsolutions

Silicon Valley for Nanotechnology

Making the TEM more Relevant for Catalysis Research

Performing In Situ EDS in the TEM

How Graphite Can Help to Get the Most Energy Out of Your Battery?

Herzan TS-C30 Active Vibration Isolation Table

CERES - Metal 3D printing with submicron resolution

Using an In Situ TEM Reaction Chamber for Catalyst Research

Sponsored Content

Improved AFM Data for Nanoelectronics Research Using Negative-Stiffness Vibration Isolation

2D Nanomechanical Force Field Sensing: How to Use Nanowires

Characterizing 2D Materials with AFM-IR Spectroscopy

Combining High Force, Nanometer Precision, and High Dynamics with Hybrid Actuators

Silicon Valley for Nanotechnology

Primary Activity

1 Can Nanotechnology Be Used to Improve Access to Clean Water?

2 New Ultrasensitive Method Using Graphene Nanomechanical Bolometer to Measure Light

3 Study Claims Graphene is a 3D and 2D Material

4 Visualizing Electric Charge Density of Materials at Sub-Angstrom Resolution

5 UoM and First Graphene Develop Graphene-based Energy Storage Materials

6 Graphene Filter Traps and Terminates Bacteria

Sponsored Content