AU Manufacturing

FEBRUARY 7, 2023

A research team from the University of Dakota has received federal funding of nearly $250,000 (AUD$359,000) to research new manufacturing methods for components used in nuclear reactors. Different research groups are trying to make the components using additive manufacturing,” Roy said.

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3D printing Additive manufacturing Function Advanced manufacturing 77

E&T

JULY 22, 2022

The GOTO project consists of multiple wide-field telescopes on a single mount, which allows it to map large source regions in the sky to detect gravitational waves, and learn about their cause: the collisions of dead suns, scientifically known as neutron stars. GOTO domes in La Palma / GOTO. Image credit: GOTO.

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Sourcing Form 81

Manufacturer's Monthly

FEBRUARY 21, 2024

Australian Nuclear Science and Technology organisation (ANSTO) has been working with the Nagaoka University of Technology, Japan (NUT) for over two decades on related research for nuclear reaction protection. We have demonstrated world-leading capability in this area of research,” said Thorogood.

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Advanced manufacturing Manufacturing 52

E&T

FEBRUARY 14, 2023

BOOTES has already contributed to the advancement of space research. The phenomenon responsible for this emission, the merger of two neutron stars, allowed the first simultaneous study of light and gravitational waves.

Robotics 98

Robotics Robotics Sourcing Form 98

E&T

MARCH 31, 2023

Slim boom / Phil Drury, University of Sheffield Image credit: Phil Drury, University of Sheffield According to the researchers, a potential explanation for how this explosion occurred is that the star itself may have been surrounded by a dense disk.

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E&T

AUGUST 18, 2023

The researchers found that HD 45166 has an extraordinarily powerful magnetic field , stronger than that of any other star of its size that has been measured. About 10 per cent of neutron stars are magnetars, but how exactly they form has been a mystery for decades.

Form 98

Form 98

E&T

OCTOBER 26, 2022

The thin film coating is made from europium, an element typically used for control rods in nuclear reactors due to its ability to absorb neutrons. Developed by researchers from Hokkaido University in Japan, the technology can improve plant production speed and has the potential to help address global food supply issues.

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