Question

could you help me this question asap . thank you

Question 2. Consider a symmetric, capacitively coupled rf discharge in argon gas having a total applied r voltage of amplitude 800 V at a frequency f- o/2T 13.56 MHz. The plate separation is / 0.1 m, and the gas pressure is 5 mTorr. Use a low pressure discharge model, as in Example 1 of Section 11.2. Principles of Plasma Discharges and Materials Processing- Lieberman a) Determine the electron temperature Te in the discharge. b) Determine the plasma density no and the ion flux c) Determine the de potential of the plasma with respect to the plates and the ion- bombarding energy (in volts). d) Determine the sheath thickness sm e) Determine the total rf power per unit area required to sustain the discharge. f) Determine the rf current amplitude drawn by the discharge.

Answer 1

nS: a).8) Poophase sisted chaomatid S of homolg bus chbomosomes is caued Coossirg oveo. occs in mciosi S Explankio male -Sty ko OSynthests in autotooph S Explanaton、, chloooPlast com Space now as Stoo ma poseod of a lieuid fille The a Plattenc

Electon tonsos choir Glycolysis ATTP kaeb's cycle Ατρ e leckzon toonspost choin -3a ATp 6.8)stooe Explonation- body euling to asprd to signals +cr slocu the (eu cycle sDerpasing a plant to a ighes tight- intensy explanakion and basppeoss 'n telophase

to ) Anaphase ex Plamtion opPesite Poles m meiosis /. sstea choomatids ana anaphase move tosab sd oPposite poles in ano