No. 
Parameter 
Method 

1 
Bulk power The plasma bulk power P_{B} is volume averaged RF power dissipated by the electrons:
with I_{k}: harmonics of discharge (plasma current) R_{B}: plasma resistance 
SEERS 

2 
Plasma resistivity The plasma resistivity R_{B} (ohmic part of the plasma bulk resistance) is:
with: n_{e}: electron density n_{eff}: effective electron collision rate m_{e}: electron mass l: effective length of plasma (approx. electron gap) A: electrode area 
NEED 

3 
Electron collision rate
The collision rate of electrons n_{e} (please see Figure 2.4) depends on:
and
can be calculated for magnetic field B = 0:
The electron collision rate is sensitve to many influences.

SEERS 

4 
Electron density For magnetically enhanced plasmas, the scaling law of electron density is given by
Please see M. A. Lieberman, A.J. Lichtenberg, Principles of plasma discharges and materials processing, John Wiley & Sons, Inc., 2005.
Note: The plasma
parameters electron density and electron collision
rate

SEERS 

 Asymmetry The asymmetry of the plasma discharge is defined as the ratio of sheath voltage at the chamber wall to the sheath voltage at the wafer.
Equivalent to DC Bias, not any longer available due to usage of ESC. A change of asymmetry means always moving charge carriers inside the chamber  The faster the asymmetry changes, the larger the short time DC current.  Change of asymmetry > DC current > Charging > Breakdown > Particle Larger asymmetry means larger ion energy at the RF driven  SEERS  
6 
SheathHeating of electrons is the net energy gain of electrond per RF cycle through maximum energy of electrons. Heating or cooling (net gain or loss) of all electrons during one RF cycle in plasma body, close to boundary sheath, given by the energy flux density, defined as:Extraction of the electron heating in the sheath by a plasma physical model. provide the so called SheathHeating. 
SEERS 

7  Resonance Frequency
The resonance frequency is the serial resonance of the bulk 'inductance' and the sheath capacitance and is a property of the plasma. The lower the difference between generator and resonance frequency the higher the dissipated RF power in the plasma bulk. A changed generator frequency influences the resonance conditions of the serial oscillator!
If the resonance frequency is more then six times larger than the generator frequency the resonance frequency is setting to the six times larger value.  NEED  
8 
Uniformity Edge The parameter Uniformity edge is described by the ratio of the geometric dimensions of the chamber and the skin depth and is frequency depended.

NEED 

9 
Nonlinearity The parameter nonlinearity describes the ability of the plasma to generate harmonics. The value is usually in the range from 0.05 to 0.25. The nonlinearity is used the calculate the resonance frequency and vice versa. Regularly the nonlinearity is set to 1/8. 
NEED  
10 
RF Fundamentals The RF Fundamental is the RF current at generator frequency. This parameter indicates variation of the hardware or the RF subcircuit (electrode system, matchbox, ...). 
NEED  
11 
V1_{RMS_mV} This parameter shows the amplitude of the sensor signal and is required in order ot checkr functionality of sensor. 
NEED 