nuclear science

Nuclear Science experiments now can be taught in engineering Institutes!

Nuclear Engineering has begun to arise as a key discipline and world is looking towards it. The research in fission and fusion is growing with fresh efforts towards the development of advance technologies. India has set a target to achieve more than 20000 MWe in Nuclear power by 2020. In this field India is self-reliant. The recent interest of other nations to have nuclear agreements stems from the fact that today India is considered as a fully developed nuclear power. With nuclear renaissance taking place, other countries need skilled manpower to build and operate nuclear power plants.

Canberra Teaching Laboratory Kits

nuclear science

 

The research in fission and fusion is growing with fresh efforts towards the development of advance technologies. India has set a target to achieve more than 20000 MWe in Nuclear power by 2020. In this field India is self-reliant. The recent interest of other nations to have nuclear agreements stems from the fact that today India is considered as a fully developed nuclear power. With nuclear renaissance taking place, other countries need skilled manpower to build and operate nuclear power plants.

Engineering Institutes and colleges are also revamping their Nuclear Physics Labs with latest advanced nuclear physics laboratory kits. Before a decade ago, demonstrating Nuclear physics experiments in engineering labs was not possible.

Now, CANBERRA has introduced Basic and advanced lab kits which had made this possible.

ADVANCETECH is an authorized distributor for company named CANBERRA. CANBERRA has been serving the nuclear community for over four decades. The company is the leading provider of innovative and cost-effective nuclear measurement solutions used to maintain safety of personnel, assess the health of nuclear facilities and safeguard the public and the environment.

Keep reading this page for more detailed information regarding Lab kits…

Avionics-USB

USB Interfaces to Multiple Simultaneous Avionics Protocols

Avionics-USB

 

The aerospace and avionics industry remains to be competitive market. To fanfare in this global milieu, one must deliver on cost and schedule commitments while meeting ever more demanding requirements.

The commercial aviation bottleneck is at record levels, retaining increased pressure on schedule performance. With tighter defense budgets, governments are shifting cost and schedule risk to the contractors, placing a premium on cost and schedule performance. Establishing and maintaining a good track record of program performance is an essential requirement for a company to win new business.

To successfully meet these challenges, we at ADVANCETECH provide Avionics Upgrades & Interface solutions, which help you to stay abreast with the technology.

NOW ONE TOOL DOES IT ALL! POCKET-SIZED USB ADAPTERS

Yes, you read it right, now you can carry Multiple Avionics Databus Protocols in your Pocket!

These pocket-sized USB adapters are the easy and portable way to interface your computer to multiple avionics databuses including: MIL-STD-1553, EBR 1553, ARINC 429, ARINC 708, ARINC 717, Serial, and Discrete I/O.

The USB MULTI family of pocket-sized USB adapters enable computers to communicate with, simulate, test, and monitor avionics equipment and systems.

These rugged USB 2.0 peripherals feature a combination of different protocols in a single device. This provides greater convenience and cost savings when interfacing to multiple databus types. They are compatible with virtually all modern PC laptop, desktop, and tablet computers, and all power necessary for operation is provided via the single USB port.

Plug and Play and Hot Swap features make them easy to install and move between computers!

corrosion

CORROSION MONITORING IN OILFIELD, PIPELINE, AND INDUSTRIAL PROCESSES

corrosion

Safety is the key parameter that every asset manager is concerned of and industries are spending billions of dollars every year through corrosion monitoring and control programs to keep assets  healthy.

There are various corrosion measurement technologies that are available for monitoring industrial process systems. They range from non-direct/non-intrusive to direct/intrusive techniques and include everything from simple corrosion coupons to sophisticated electrochemical techniques. These systems should be selected to meet the specific needs of particular plant requirements to minimize downtime and equipment failures.

Irrespective of this huge spend, failures are still happening, as all the current methods used are more of reactive in nature. They focus on detecting if failure has happened or not whereas ideal way is to have solution that can help in predicting failure so that appropriate action can be taken before failure.

CEION SENSORS from Teledyne Cormon has Patented technology for high resolution metal Loss.These are based on ER Principles. Metal loss measurement resolution better than 100 times that of conventional ER probes is possible. It Incorporates: Analog Electronics, DSP Software element design.

It can be used for erosion/corrosion. It is used in probes and spools, topside and Subsea.