The experiments and simulations on the control of the plasma parameters are performed using large diameter electron cyclotron resonance
gas in the mirror magnetic field. The electron
temperature (T
(ECR) plasmas. It is found that the plasma parameters are controlled by diluting with N
e
) decreases down to 40% and the electron density (n
e
2
) increases up to 80%, respectively, that is, a low T
ECR plasma with
high n
e
is realized. Furthermore, the T
control is attempted by changing the spatial profile of the microwave power absorption. It is observed
that T
e
e
decreases with changing the power absorption profile that is achieved by changing the external conditions such as incident microwave
power, magnetic field configuration, and incident microwave frequency. The production mechanism of an ECR plasma with plasma
parameter variable is also discussed.
D 2004 Elsevier B.V. All rights reserved.
The experiments and simulations on the control of the plasma parameters are performed using large diameter electron cyclotron resonance
gas in the mirror magnetic field. The electron
temperature (T
(ECR) plasmas. It is found that the plasma parameters are controlled by diluting with N
e
) decreases down to 40% and the electron density (n
e
2
) increases up to 80%, respectively, that is, a low T
ECR plasma with
high n
e
is realized. Furthermore, the T
control is attempted by changing the spatial profile of the microwave power absorption. It is observed
that T
e
e
decreases with changing the power absorption profile that is achieved by changing the external conditions such as incident microwave
power, magnetic field configuration, and incident microwave frequency. The production mechanism of an ECR plasma with plasma
parameter variable is also discussed.
D 2004 Elsevier B.V. All rights reserved.
การแปล กรุณารอสักครู่..
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The experiments and simulations on the control of the plasma parameters are performed using large diameter electron cyclotron resonance
gas in the mirror magnetic field. The electron
temperature (T
(ECR) plasmas. It is found that the plasma parameters are controlled by diluting with N
e
) decreases down to 40% and the electron density (n
e
2
) increases up to 80%, respectively, that is, a low T
ECR plasma with
high n
e
is realized. Furthermore, the T
control is attempted by changing the spatial profile of the microwave power absorption. It is observed
that T
e
e
decreases with changing the power absorption profile that is achieved by changing the external conditions such as incident microwave
power, magnetic field configuration, and incident microwave frequency.การผลิตกลไกของพลาสมา ECR กับตัวแปรพลาสมาพารามิเตอร์
ยังกล่าวถึง
D 2004 สามารถนำเสนอสงวนสิทธิ์ทั้งหมด
การแปล กรุณารอสักครู่..
