The __ te is the time between the peak of the gradient-echo to a previous rf excitation pulse.

Question

tamaragip197 tamaragip197

25-07-2022
Health

contestada

The __ te is the time between the peak of the gradient-echo to a previous rf excitation pulse.

Respuesta :

Otras preguntas

Describe the three steps that cause water to change during the water cycle

Twelve cows produce 224,988 pounds of milk. Find the unit rate in pounds per cow.

Apply the law of conservation of energy to explain how energy is conserved when water evaporates?

What are the products when ammonia (NH3) decomposes according to this equation? NH3

A town has accumulated 4in of snow and the snow depth is increasing by 6in every hour a nearby town has accumulated 8in and the depth is increasing by 2in every

371.616 the 1 in the ones place is _____ the value of 1 in the hundredths place

What happens to energy that isn't transferred to the next trophic levels?

Alana biked 45 miles in 3 hours. How many miles did she bike per hour?

Find 3x2 - y3 - y3 - z if x = 3, y = -2, and z = -5.

how is the current progressive tax system unfair?

mickymike92 mickymike92 · Answer 1 · 2022-07-26T17:25:58+02:00

The echo time, TE is the time between the peak of the gradient-echo to a previous rf excitation pulse.

What is echo time?

The echo time, TE is the time between the excitation RF pulse and the echo formation.

This echo time is an important measurement in magnetic resonance image, MRI. This echo is produced when the frequency encoding gradient is turned on and the gradient reversal produces the echo.

In conclusion, echo time, TE is important in MRI.

Learn more about MRI at: https://brainly.com/question/23730902

#SPJ1