4
Synergies between
Accelerators, Lasers and
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4.1
Create
58 In this chapter we will discuss the synergies between acceler4.2
Energize
63 ators, lasers and plasma.
4.3
Manipulate
68
Within the scope of our interests, the themes linking all
4.4
Interact
73 three areas (accelerators, lasers, plasma), include, among others, beam sources, laser beam generation, wave propagation
(in structures and in plasma), laser propagation in plasma,
plasma acceleration, radiation (synchrotron, betatron) and
free electron lasers, as illustrated in Fig. 4.1.
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FIGURE 4.1
Synergies between accelerators, lasers and plasma.
57
DOI: 10.1201/b18696-4
Synergies between
Accelerators, Lasers and
Plasma
4.1
Create
58 In this chapter we will discuss the synergies between acceler4.2
Energize
63 ators, lasers and plasma.
4.3
Manipulate
68
Within the scope of our interests, the themes linking all
4.4
Interact
73 three areas (accelerators, lasers, plasma), include, among others, beam sources, laser beam generation, wave propagation
(in structures and in plasma), laser propagation in plasma,
plasma acceleration, radiation (synchrotron, betatron) and
free electron lasers, as illustrated in Fig. 4.1.
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:DYHSURSDJDWLRQLQ
VWUXFWXUHVLQSODVPD
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5DGLDWLRQ
EH
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V\QF
WDWU
KURWURQ
RQ
RQ/DVHUV
O
D
V
P
Synergy — cross-fertilizing
D
interaction of considered
areas of physics.
FIGURE 4.1
Synergies between accelerators, lasers and plasma.
57
DOI: 10.1201/b18696-4