EQUATIONS AND DIAGRAMS Flashcards
(97 cards)
1
Q
IR: ionising radiation
A
:)
2
Q
IR: direct and indirect
A
.
3
Q
IR: photoelectric effect with attenuation
A
.
4
Q
IR: Compton scattering with attenuation
A
.
5
Q
IR: pair production with attenuation
A
.
6
Q
IR: total attenuation
A
.
7
Q
IR: hvl
A
.
8
Q
IR: production of x-rays
A
.
9
Q
IR: CR
A
.
10
Q
IR: BR
A
.
11
Q
IR: properties of x-rays emitted
A
.
12
Q
IR: left shift of BR
A
.
13
Q
IR: low energy x-rays
A
.
14
Q
IR: Roentgenography
A
.
15
Q
ELECTRICITY: charged particles
A
.
16
Q
ELECTRICITY: how current moves, current strength equation
A
.
17
Q
ELECTRICITY: 3 conducting media graph
A
.
18
Q
ELECTRICITY: metal structure
A
.
19
Q
ELECTRICITY: AC and DC
A
.
20
Q
ELECTRICITY: time relation of AC
A
.
21
Q
ELECTRICITY: electrical resistance with equation
A
.
22
Q
ELECTRICITY: ohm’s law
A
.
23
Q
ELECTRICITY: capacitor with equation
A
.
24
Q
ELECTRICITY: capacitive resistance
A
.
25
ELECTRICITY: energy of current in capacitor
.
26
ELECTRICITY: emf, inductance
.
27
ELECTRICITY: inductive resistance
.
28
ELECTRICITY: impedance
.
29
ELECTRICITY: FL
.
30
ELECTRICITY: gas discharge
.,
31
ELECTRICITY: aeroions
.
32
ELECTRICITY: ionophoresis
.
33
FLUIDS: free surface
.
34
FLUIDS: surface tension
.
35
FLUIDS: Fsur
.
36
FLUIDS: Laplace law and equation
.
37
FLUIDS: capillary effect
.
38
FLUIDS: embolism
.
39
FLUIDS: type of flow
.
40
FLUIDS: Reynolds
.
41
FLUIDS: elasticity of blood vessels
.
42
FLUIDS: steady flow
.
43
FLUIDS: poisuelle's law
.
44
FLUIDS: poisuelle's law's flow equation
.
45
EM WAVES: propagation of wave
.
46
EM WAVES: energy of each photon
.
47
EM WAVES: light related quantities
.
48
EM WAVES: nature of light
.
49
EM WAVES: incident, reflected, normal
.
50
EM WAVES: type of reflection
.
51
EM WAVES: law of sin stuff
.
52
EM WAVES: TIR
.
53
EM WAVES: optical fibre, endoscope
,.
54
EM WAVES: beer-lambert-bouger law
.
55
EM WAVES: absorption spectrum
.
56
EM WAVES: spectrophotometric
.
57
EM WAVES: light scattering/diffusion
.
58
EM WAVES: UV harms and benefits
.
59
EM WAVES: UV damage to DNA
.
60
EM WAVES: SPF graph
.
61
EM WAVES: scheme of energy conversion in luminescence
.
62
EM WAVES: photoluminescence energy
.
63
EM WAVES: phosphorescence
.,
64
EM WAVES: stokes law
.
65
ACOUSTICS: sound pressure with equation
.
66
ACOUSTICS: intensity and pressure equation
.
67
ACOUSTICS: sound wavelength
.
68
ACOUSTICS: sound intensity
.
69
ACOUSTICS: acoustic impedance
.
70
ACOUSTICS: degree of reflection/transmission: acoustic impedance
.
71
ACOUSTICS: simple/complex tones
.
72
ACOUSTICS: acoustic spectrum
.
73
ACOUSTICS: sound intensity level
,
74
ACOUSTICS: loudness of sound
.
75
ACOUSTICS: audibility area
.
76
ACOUSTICS: equal-loudness contours
,
77
ACOUSTICS: extracorporeal lithotripsy
.
78
ACOUSTICS: diffusion, mass of transferred substance
,
79
ACOUSTICS: hemodialysis
.
80
ACOUSTICS: impulse
,
81
ACOUSTICS: internal friction
.
82
ACOUSTICS: heat conduction
.
83
ACOUSTICS: amount of heat energy transferred
.
84
ACOUSTICS: cryosurgery
.
85
US: piezoelectric effect
.
86
US: Doppler shift
.
87
US: imaging
.
88
US: frequency of reflected US changes with
.
89
US: reflection coefficient
.
90
US: sonophoresis
.
91
US: HIFU
.
92
MAGNETISM: magnetic field
.
93
MAGNETISM: diamagnetic
,
94
MAGNETISM: paramagnetic
.
95
MAGNETISM: protons in external field
.
96
MAGNETISM: precession
.
97
MAGNETISM: RF
.
