# Canadian Neutron Beam Centre

> national centre for materials research using neutrons

**Wikidata**: [Q5030378](https://www.wikidata.org/wiki/Q5030378)  
**Wikipedia**: [English](https://en.wikipedia.org/wiki/Canadian_Neutron_Beam_Centre)  
**Source**: https://4ort.xyz/entity/canadian-neutron-beam-centre

## Summary
The Canadian Neutron Beam Centre is a national research institute focused on materials research using neutrons. It is part of the Chalk River Laboratories in Canada and serves as a key facility for studying the properties of materials through neutron scattering techniques.

## Key Facts
- **Classification**: Research institute specializing in materials research using neutrons.
- **Parent organization**: Chalk River Laboratories, a nuclear research facility in Canada.
- **Founding year**: 1944 (Chalk River Laboratories).
- **Country**: Canada.
- **Primary function**: Conducting neutron-based materials research.
- **Website**: [http://neutron.nrc-cnrc.gc.ca/](http://neutron.nrc-cnrc.gc.ca/).
- **Instance of**: Research center and research institute.
- **Wikipedia presence**: Available in English.

## FAQs
### Q: What kind of research does the Canadian Neutron Beam Centre conduct?
A: The centre specializes in materials research using neutron scattering techniques, which help scientists study the structure and properties of materials at the atomic and molecular level.

### Q: Where is the Canadian Neutron Beam Centre located?
A: The centre is part of the Chalk River Laboratories, which is situated near Chalk River, Canada.

### Q: Who operates the Canadian Neutron Beam Centre?
A: The centre is operated as part of the Chalk River Laboratories, a facility managed by the National Research Council of Canada (NRC-CNRC).

### Q: What is the significance of neutron scattering in materials research?
A: Neutron scattering allows researchers to probe the internal structure of materials without damaging them, providing insights into magnetic, thermal, and structural properties that are crucial for developing new materials.

### Q: How does the Canadian Neutron Beam Centre contribute to scientific advancements?
A: By providing advanced neutron beam facilities, the centre enables researchers to conduct cutting-edge studies in materials science, contributing to innovations in fields such as energy, healthcare, and advanced manufacturing.

## Why It Matters
The Canadian Neutron Beam Centre plays a critical role in advancing materials research through the use of neutron scattering techniques. These techniques are essential for understanding the atomic and molecular structures of materials, which is fundamental to developing new technologies and improving existing ones. The centre’s work supports innovations in energy-efficient materials, advanced manufacturing, and healthcare, among other fields. By providing a specialized facility for neutron-based research, the Canadian Neutron Beam Centre helps Canadian scientists and international collaborators push the boundaries of scientific knowledge and technological development.

## Notable For
- **Neutron scattering expertise**: The centre is recognized for its advanced capabilities in neutron scattering, a technique that provides unique insights into material properties.
- **Collaborative research environment**: It fosters collaboration between researchers from various disciplines and institutions.
- **Contribution to materials science**: The centre’s work has led to significant advancements in materials research, supporting the development of new and improved materials.
- **Part of a larger research network**: As part of Chalk River Laboratories, the centre benefits from a broader research infrastructure and expertise.
- **Support for Canadian and international scientists**: The facility serves as a hub for both domestic and international researchers, facilitating groundbreaking discoveries.

## Body
### Research Focus
The Canadian Neutron Beam Centre conducts materials research using neutron scattering, a powerful technique that reveals the internal structure and dynamics of materials. This method is particularly useful for studying magnetic, thermal, and structural properties that are difficult to observe with other techniques.

### Location and Infrastructure
The centre is located within the Chalk River Laboratories, a nuclear research facility established in 1944. The laboratories provide a comprehensive research environment, including advanced neutron beam facilities, which are essential for the centre’s work.

### Scientific Contributions
The centre’s research has contributed to various scientific and technological advancements. By enabling detailed studies of materials, it supports the development of new materials with improved properties, such as higher strength, better thermal conductivity, or enhanced magnetic characteristics.

### Collaborative Opportunities
The Canadian Neutron Beam Centre collaborates with researchers from across Canada and internationally. This collaboration fosters innovation and allows for the exchange of knowledge and resources, enhancing the centre’s research capabilities and impact.

### Impact on Industry and Society
The centre’s work has applications in multiple industries, including energy, healthcare, and advanced manufacturing. By advancing materials science, the centre helps drive technological progress and supports the development of solutions to global challenges.