Texla Scientific Instruments

Ultrasonic Interferometer

₹ 1.00  Incl. GST/Nos ₹ 0.85 Excl. GST

Description

To determine the speed of ultrasonic waves in a non-electrolytic liquid by ultrasonic Interferometer with help of High frequency generator.
Application Physics Lab
Deal in New Only
Determine Speed of Ultrasonic Waves in non-electrolytic liquid
Display Analog
Frequency Single & Multiple Frequency
Country of Origin Made in India
To determine the speed of ultrasonic waves in a non-electrolytic liquid by ultrasonic Interferometer with help of High frequency generator. The principle used in the measurement of velocity (ν) is based on the accurate determination of the wavelength (λ) in the medium. Ultrasonic waves of known frequency (f) are produced by a quartz crystal fixed at the bottom of the cell.


Ultrasonic Interferometer

Product ID (MPN): ITB-304A1AFE
Availability:In Stock
₹ 1.00  Incl. GST ₹ /Nos
Brand Name Texla Scientific Instruments
Model ITB-304A1AFE
Condition New
Unit Type Nos
Minimum Order Quantity 1
Minimum Ordered Packs 1
Country of Origin India
Taxes Inclusive of Tax
Ships from hyderabad
Shipping Product eligible for free shipping
Returnable 7 Days Return
Warranty Type Manufacturer / Seller
Warranty Not Applicable
SELLER INFORMATION
Texla Scientific Instruments
Business Address
No. 3-3-593, Chappal Bazar Kachiguda, , hyderabad Telangana-500027
  • Description
    To determine the speed of ultrasonic waves in a non-electrolytic liquid by ultrasonic Interferometer with help of High frequency generator.
    Application Physics Lab
    Deal in New Only
    Determine Speed of Ultrasonic Waves in non-electrolytic liquid
    Display Analog
    Frequency Single & Multiple Frequency
    Country of Origin Made in India
    To determine the speed of ultrasonic waves in a non-electrolytic liquid by ultrasonic Interferometer with help of High frequency generator. The principle used in the measurement of velocity (ν) is based on the accurate determination of the wavelength (λ) in the medium. Ultrasonic waves of known frequency (f) are produced by a quartz crystal fixed at the bottom of the cell.