Texas A&M Cyclotron Institute - College Station, Texas
Address: Luedecke Bldg (Cyclotron), 120 Spence St, College Station, TX 77840.
Phone: 9798451411.
Website: cyclotron.tamu.edu
Specialties: Research institute.
Other points of interest: Wheelchair accessible entrance, Wheelchair accessible parking lot.
Opinions: This company has 4 reviews on Google My Business.
Average opinion: 5/5.
š Location of Texas A&M Cyclotron Institute
ā° Open Hours of Texas A&M Cyclotron Institute
- Monday: 9āÆAMā5āÆPM
- Tuesday: 9āÆAMā5āÆPM
- Wednesday: 9āÆAMā5āÆPM
- Thursday: 9āÆAMā5āÆPM
- Friday: 9āÆAMā5āÆPM
- Saturday: Closed
- Sunday: Closed
Okay, hereās a comprehensive overview of the Texas A&M Cyclotron Institute, crafted with a formal and approachable tone, suitable for someone seeking information about this distinguished research institution.
Introduction to the Texas A&M Cyclotron Institute
For individuals and organizations requiring advanced ion beam services and cutting-edge research, the Texas A&M Cyclotron Institute stands as a premier resource. Located within the Luedecke Building (Cyclotron) at 120 Spence St, College Station, TX 77840, this institute is a nationally recognized research institute dedicated to the development and application of accelerator technology. The instituteās commitment to innovation and rigorous scientific investigation makes it a valuable asset to a wide range of fields.
Location and Contact Information
The Cyclotron Instituteās physical address is 120 Spence St, Luedecke Bldg (Cyclotron), College Station, TX 77840. Individuals can easily reach the institute by phone at 979-845-1411. For more detailed information and access to resources, visitors are directed to the instituteās website: cyclotron.tamu.edu. The institute is committed to accessibility, offering a wheelchair accessible entrance and wheelchair accessible parking lot, ensuring inclusivity for all.
Specialties and Capabilities
The instituteās core expertise centers around the generation and manipulation of ion beams. They are proficient in producing a diverse array of ion species, including, but not limited to, Krypton, Argon, and Xenon. Their capabilities extend to beam characterization, beam delivery, and applications across numerous scientific and technological disciplines. The instituteās researchers actively engage in projects spanning fields such as materials science, medicine, and environmental science. Notably, they've fostered a reputation for delivering reliable ion beams at competitive prices.
Points of Interest & Reputation
The Texas A&M Cyclotron Institute has garnered significant praise for its technical proficiency and customer service. The institute consistently receives overwhelmingly positive feedback, as evidenced by its impressive 4-star rating on Google My Business. Itās clear that clients value the quality of the ion beams they receive ā one user noted, "Reliable ion beams at very good prices. Krypton is my favorite, but they are all really good. I will definitely be back for more". The instituteās dedication to providing exceptional service and maintaining a high standard of scientific rigor is a defining characteristic of their operation.
Further Information
| Feature | Description |
|--------------------|-------------------------------------------|
| Beam Types | Wide variety of ion species available |
| Beam Characterization| Advanced instrumentation for precise analysis |
| Applications | Materials science, medicine, environmental science |
| Accessibility | Wheelchair accessible facilities |
The instituteās ongoing research and development consistently contribute to advancements within its field. The collaborative environment and expertise of its researchers are key factors in its success.
Concluding Recommendation
For anyone seeking a dedicated and highly capable partner in ion beam research and services, the Texas A&M Cyclotron Institute offers an exceptional solution. We strongly encourage prospective clients to explore the institute's capabilities in greater detail by visiting their website: cyclotron.tamu.edu. Contacting the institute directly through their website is the best way to discuss specific needs and explore potential collaborations.
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