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1)
M. Nasser, Y. Ohtsu, G. Tochitani and H. Fujita: "Potential Formation in an Electronegative Plasma Driven by an
Asymmetry RF
Discharge", Proceedings of the 1996 International Conference on Plasma
Physics, Nagoya, Japan. 898-1901,
(1996.9)
2)
M. Nasser, Y. Ohtsu, G. Tochitani and H. Fujita: "Potential
Oscillation in a Strongly Asymmetry RF Discharge Containing Negative Ions",
Proceedings of Symposium on Double Layers -Potential formation and related
non-linear phenomena in plasmas, Sendai, Japan. 96-99
(1996.9)
3)
M. Nasser,
Y. Ohtsu, G. Tochitani and H. Fujita: “Potential Penetration of RF Electrode Sheath in
Electronegative Plasmas”. Proceeding of Japan Society of Applied Physics
Meeting, Ohita, Japan. 2Aa-7
(1996.10)
4)
M. Nasser, Y. Ohtsu, G. Tochitani and H. Fujita: "Effects of
Electronegative Gas Type on RF Plasma Structure", Proceedings of the 3rd
International Conference on Reactive Plasmas and 14th Symposium on Plasma
Processing, Nara, Japan. 91-92
(1997.1)
5)
M. Nasser,
Y. Ohtsu, G. Tochitani and H. Fujita: "Potential Oscillations in an
Electronegative Plasma Driven by an Asymmetry RF Discharge", Japanese
Journal of Applied Physics, vol. 36,
pp. 4722-4727, (1997.7)
6) M. Nasser, N. Hayashi, Y. Ohtsu and H. Fujita: “Potential Structure of Negative Ion Plasma Driven by an Internal Helical Antenna”. Proceeding of the 15th Symposium on Plasma Processing, Hamamatsu, Japan. 214 (1998.1).
7)
M. Nasser and H. Fujita: “Electronegative Plasma Production by Immersed
type Inductive Coupler in a Uniform Magnetic Field”. Proceeding of Japan
Society of Applied Physics Meeting, Hiroshima, Japan. 16aQ-9
(1998.9).
8)
M. Nasser
and H. Fujita: "Negative
Ion Plasma Production Using Immersed Type Antenna in a Magnetic Field",
Proceeding of the Korea-Japan Joint Workshop on Plasma Technologies and
Applications, Seoul, Korea. EP-98-77
(1998.10).
9) M. Nasser and H. Fujita: "Production of Negative Ion Plasma Using an Internal Helical Antenna in Uniform Magnetic Field", Bulletin of Gaseous Electronics Conference and Proceedings of 4th International Conference on Reactive Plasmas Maui, Hawaii, USA. EMP6.03 (1998.10).
10) M. Nasser and H. Fujita: "Down Stream Control in a Plasma Exited by m=0 Mode Helical Antenna", Bulletin of Gaseous Electronics Conference and Proceedings of 4th International Conference on Reactive Plasmas, Maui, Hawaii, USA. QR3.05 (1998.10).
11) M. Nasser and H. Fujita: “Downstream Ion Energy Control in Negative Ion Plasma Produced by a Helical Antenna ”. Proceeding of IEEE Nuclear and Plasma Sciences Society/Plasma, Fukuoka, Japan. EP-98-98 (1998.11).
12)
M. Nasser
and H. Fujita: “ Spatial Structures of Electronegative Plasma Produced by
Internal Helical Antenna in a Uniform Magnetic Field”, Plasma Sources Science
and Technology, UK, 8,
pp136 (1999).
13)
M. Nasser
and H. Fujita: “Downstream Control of Negative Ion Plasma Parameters in a
Helicon Discharge” Japanese Journal of Applied Physics,
38,
pp 4346-4350, (1999.7).
14)
M. Nasser and H. Fujita “Plasma Parameter Control by means of
Negatively Biased Grid or Permanent Magnets in Helicon Discharge”, Contributed
Paper of the International Conference on Phenomena in Ionized Gases, July 11-16,
1999, Warsaw, Poland,
P-92.
15)
M. Nasser and H. Fujita “Potential Double Layers Formed by Negative
Ions near a Positively Biased Substrate”, Contributed Paper of the
International Conference on Phenomena in Ionized Gases, July 11-16, 1999,
Warsaw, Poland,
P-149.
16) M. Nasser and H. Fujita: “Control of Plasma Structure By Permanent Magnets in Helicon Discharge”. Proceeding of Japan Society of Applied Physics Meeting in, Kobe, Japan, 3a-H-1 (1999.9).
17) M. Nasser and H. Fujita: “Sheath Potential Formation near an Anode in an Electronegative Plasma”. Proceeding of Japan Society of Applied Physics Meeting, Kobe, Japan, 3a-H-2 (1999.9).
18)
M. Nasser and H.
Fujita:
“Mode
Conversion of RF Discharge in Plasma Driven by Helical or Spiral type Antennas”.
Proceeding of Gas Discharge Meeting, Saga, Japan ED-99-107, (1999.9).
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