A- Explore the principles, production, uses and benefits of non i
instrumentation techniques in medical applications
B- Explore the principles, production, uses and benefits of ionisi
instrumentation techniques in medical applications
Senah Mahmoud 660284
Unit 21: Medical
Physics Application
,Radiation use in medical
diagnosis and treatment
• A. P1 Explain how the principles and
products of non-ionising radiation
technologies are used in medical
applications Ultrasound, magnetic
resonance imaging (MRI), and optical
imaging are all examples of non- ionising
imaging.
, • Ionizing radiation is a high intensity radiati
that releases tightly bound electrons from
atom's orbit, causing it to become charge
or ionised. It could resemble a wave or a
particle. Electromagnetic radiation, or X-ra
P1- Xrays mimics visible light. On the other side, the
aren't many things that X-rays can be used
for. It can travel through practically any
thing, including the human body, and has
higher energy than light. Medical x-rays
allow one to see internal organs and tissu
instrumentation techniques in medical applications
B- Explore the principles, production, uses and benefits of ionisi
instrumentation techniques in medical applications
Senah Mahmoud 660284
Unit 21: Medical
Physics Application
,Radiation use in medical
diagnosis and treatment
• A. P1 Explain how the principles and
products of non-ionising radiation
technologies are used in medical
applications Ultrasound, magnetic
resonance imaging (MRI), and optical
imaging are all examples of non- ionising
imaging.
, • Ionizing radiation is a high intensity radiati
that releases tightly bound electrons from
atom's orbit, causing it to become charge
or ionised. It could resemble a wave or a
particle. Electromagnetic radiation, or X-ra
P1- Xrays mimics visible light. On the other side, the
aren't many things that X-rays can be used
for. It can travel through practically any
thing, including the human body, and has
higher energy than light. Medical x-rays
allow one to see internal organs and tissu
