Description
Specifications Table
Product Material – Glass and metal alloy
Grade – Laboratory-grade
Application – Mercury ionization, gas discharge studies
Product Overview
The Thyratron Valve 2D21/2051 is a specialized gas-filled tube engineered for accurate ionization potential measurements, particularly for mercury vapor applications. Constructed with high-quality borosilicate glass and durable metal electrodes, this valve ensures consistent performance under controlled lab conditions. Its design facilitates low-voltage triggering with high-current switching capabilities, making it ideal for experiments requiring precise electron discharge control. The valve operates efficiently in mercury-filled environments, providing stable ionization thresholds critical for scientific observations. Its robust construction minimizes thermal expansion effects, ensuring long-term reliability. The 2D21/2051 model is specifically calibrated for mercury ionization studies, offering researchers a dependable tool for reproducible experimental results. The valve’s compact form factor allows easy integration into existing lab setups while maintaining optimal gas pressure conditions. Its low maintenance requirements and resistance to contamination make it a cost-effective solution for repeated use in educational and research laboratories.
FAQs
1. What gas filling does the Thyratron Valve 2D21/2051 use?
This valve is specifically designed to operate with mercury vapor as its primary gas filling for ionization experiments.
2. Can this valve be used with other gases besides mercury?
The 2D21/2051 model is optimized for mercury ionization and may not provide accurate results with other gases without proper recalibration.
3. What voltage range is required for proper operation?
The valve typically operates within 100-300V DC range for ionization, though exact parameters depend on your specific experimental setup.
4. How should this valve be stored when not in use?
Store in a dry, temperature-controlled environment away from direct sunlight to maintain the integrity of the mercury filling and glass components.
5. What alternatives exist for mercury ionization studies?
Cold cathode discharge tubes or specialized Geiger-Müller tubes can serve as alternatives, though they may require different operating conditions and calibration procedures.
