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2 MHz Ultrasonic Transducer Probe High Angle Creep Ultrasonic Longitudinal Waves

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2 MHz Ultrasonic Transducer Probe High Angle Creep Ultrasonic Longitudinal Waves

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Brand Name :	TMTeck
Payment Terms :	T/T, Western Union,paypal
Supply Ability :	100pcs/ one week
Delivery Time :	4-6 work days
Price :	Negotiation

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2 MHz Ultrasonic Transducer Probe High Angle Creep Ultrasonic Longitudinal Waves

Creep Waves Probe,ultrasonic probe transducer with high angle ultrasonic longitudinal waves

Features:

Creep Waves are high angle ultrasonic longitudinal waves. The creeping wave is actually the upper part of the envelope of a 76 degree compression wave beam which propagates just under the component surface, see Figure. These are not true surface waves and the energy is concentrated within a few millimetres of, and almost parallel to, the surface. Hence, the technique is very sensitive to shallow surface-breaking cracks whilst at the same time being relatively insensitive to surface condition

2 MHz Ultrasonic Transducer Probe High Angle Creep Ultrasonic Longitudinal Waves

The maximum working range is typically 45 mm in front of the probe because
the creep wave rapidly loses energy in the form of 33º indirect shear, or &39;head&39;, waves as it propagates. However, these head waves will
re-convert to a creep wave at the inner surface of the component. Like the top
surface creep wave, this inner surface creep wave is very sensitive to inner
surface breaking cracks and as it runs parallel to the inner surface it will not be sensitive to the presence of weld roots.

Creep waves have the advantage that, being longitudinal waves, they are far
less attenuated in austenitic and inconel weld metal than shear waves.

Parameter:

P/N	Frequency Mhz	CRYSTAL SIZE mm	Connector	Dimension AxBxCxD
2P6X10 76L	2	6x10	Lemo00	13x13x22x2
2P6X10 86L	2	6x10	Lemo00	13x13x22x2
2P10X15 76L	2	10x15	Lemo00	18x23x28x3
2P10X15 86L	2	10x15	Lemo00	18x23x28x3

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