Thermoluminescence Irradiation Unit TIU-02 Thermoluminescence Irradiation Unit TIU-02 Thermoluminescence Irradiation Unit TIU-02 Thermoluminescence Irradiation Unit TIU-02
Thermoluminescence Irradiation Unit TIU-02
Thermoluminescence Irradiation Unit TIU-02 Thermoluminescence Irradiation Unit TIU-02 Thermoluminescence Irradiation Unit TIU-02

Thermoluminescence Irradiation Unit TIU-02

Product Details:

  • Weight 40 Kg Kilograms (kg)
  • Material Electronics
  • Usage Laboratory Experiment
  • Application Laboratory Experiment
  • Color Grey
  • Display Type Digital
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Thermoluminescence Irradiation Unit TIU-02 Price And Quantity

  • 1 , , Piece

Thermoluminescence Irradiation Unit TIU-02 Product Specifications

  • Laboratory Experiment
  • Laboratory Experiment
  • Grey
  • Digital
  • 40 Kg Kilograms (kg)
  • Electronics

Thermoluminescence Irradiation Unit TIU-02 Trade Information

  • Cash Against Delivery (CAD), Cash on Delivery (COD), Cash Advance (CA), Cash in Advance (CID), Cheque, Delivery Point (DP), Telegraphic Transfer (T/T)
  • 100 , , Piece Per Month
  • 1 Week
  • Contact us for information regarding our sample policy
  • Complete in all respect
  • Western Europe, Australia, North America, Eastern Europe, Middle East, Africa, Central America, South America, Asia
  • All India
  • ISO 9001: 2015 CE

Product Description

Thermoluminescence Irradiation Unit TIU-02 

With the help of skilled professionals and good knowledgeable experience, we are involved in supplying, exporting and manufacturing quality-assured spectrum of Thermoluminescence Irradiation Unit in Roorkee, Uttarakhand, India

Experiment:

  • Microcontroller based menu driven
  • Cost effective solution
  • No radiation hazard
  • High quality double stage rotary pump
  • Long life tesla coil
  • Fully self contained

 

Study of Thermoluminescence in alkali halide crystals need creation of F-centres (colour centres) in alkali halide crystals. To produce the F-centres, the crystals are exposed to ionizing radiation which in turn causes the loss of electron from halide ions. An electron then becomes trapped in the halide ion vacancy. The color is the result of the absorption of a photon by the trapped electron and excitation from the ground state to an excited state for the F-center. This is a classic case of particle in a box.

The source of ionizing radiation could be X-rays, electrons, gamma rays etc. These techniques are too Expensive and unaffordable for normal laboratories. Another method, although little less efficient, is by keeping Alkali halide crystals under low pressure, in the proximity of high Voltage. This in turn produces F-centres in the crystals.

This later technique has been adopted in this set up to make it economical and affordable for all laboratories. The setup is complete in itself and can be used straight away.



High-Precision Laboratory Instrument

The TIU-02 Thermoluminescence Irradiation Unit is meticulously crafted for rigorous laboratory experiments. With advanced digital controls and solid electronic construction, it guarantees precision and reproducibility. Its versatility extends to various scientific disciplines, ensuring researchers have dependable performance for thermoluminescence measurements.


Durability and Design

Built with high-quality electronic materials and available in a stable grey finish, the TIU-02 is engineered to withstand intensive usage in laboratory environments. The two weight variants40 kg and 27 kgallow users to select the appropriate model for their workspace and application needs, facilitating ergonomic placement and easy integration.


Trusted Indian Manufacturer & Supplier

As a leading exporter, manufacturer, and supplier from India, the provider of TIU-02 emphasizes reliability and global reach. Laboratories worldwide benefit from the combination of advanced technology and robust construction, backed by responsive support and expertise in thermoluminescence research equipment.

FAQs of Thermoluminescence Irradiation Unit TIU-02:


Q: How is the Thermoluminescence Irradiation Unit TIU-02 used in laboratory experiments?

A: The TIU-02 is employed to irradiate various samples in laboratory settings to induce thermoluminescence for scientific analysis. Researchers place their samples into the irradiation chamber, select experimental parameters on the digital display, and utilize the controlled irradiation process for studies in material science, geochronology, or dosimetry.

Q: What benefits does the TIU-02 offer for laboratory experiments?

A: This unit delivers precise control over irradiation parameters and provides accurate, repeatable results. The digital interface enhances user management, while its robust construction guarantees reliable operation over extended periods, making it invaluable for scientific research and educational institutions.

Q: When should the TIU-02 be utilized in a laboratory setting?

A: The TIU-02 is ideal for use when researchers require controlled thermoluminescence irradiation for analytical experiments, such as dating archaeological finds, investigating material properties, or calibrating dosimetric equipment.

Q: Where is the TIU-02 manufactured and can it be sourced globally?

A: The TIU-02 is manufactured in India by a recognized exporter and supplier. It is available to laboratories worldwide through the manufacturers extensive export and supply network.

Q: What is the process for operating the TIU-02 unit?

A: Operating the TIU-02 involves setting sample holders in the chamber, configuring irradiation time and energy levels using the digital controls, and monitoring progress via the display. Safety protocols should be followed to ensure secure handling of electronic instrumentation.

Q: What materials and design features enhance the TIU-02s performance?

A: Constructed from advanced electronics and finished in grey, the TIU-02 offers durability and stability. Its digital display provides clear feedback and control, while the choice between 40 kg and 27 kg weights allows selection for optimal laboratory integration.

Q: How does using the TIU-02 improve laboratory research outcomes?

A: The precision, repeatability, and user-friendly digital interface of the TIU-02 facilitate more accurate and consistent experimental results, thereby advancing research quality and contributing to robust scientific analysis.

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