Electrodeless Lamp

In the tree, select .

Geometry 1

Line Segment 1 (ls1)

In the toolbar, click

and choose .

In the window for , locate the section.

From the list, choose .

Locate the section. From the list, choose .

In the text field, type 0.015.

Cubic Bézier 1 (cb1)

In the toolbar, click

and choose .

In the window for , locate the section.

In row , set to 0.015.

In row , set to 0.03.

In row , set to 0.025.

In row , set to 0.045.

Quadratic Bézier 1 (qb1)

In the toolbar, click

and choose .

In the window for , locate the section.

In row , set to 0.03.

In row , set to 0.045.

In row , set to 0.07.

Line Segment 2 (ls2)

In the toolbar, click

and choose .

In the window for , locate the section.

From the list, choose .

Locate the section. From the list, choose .

Locate the section. In the text field, type 0.07.

Convert to Solid 1 (csol1)

In the toolbar, click

and choose .

Click in the window and then press Ctrl+A to select all objects.

In the window for , click

Rectangle 1 (r1)

In the toolbar, click

In the window for , locate the section.

In the text field, type 0.004.

In the text field, type 0.05.

Rectangle 2 (r2)

In the toolbar, click

In the window for , locate the section.

In the text field, type 0.006.

In the text field, type 0.052.

Rectangle 3 (r3)

In the toolbar, click

In the window for , locate the section.

In the text field, type 0.007.

In the text field, type 0.053.

Chamfer 1 (cha1)

In the toolbar, click

button in the toolbar.

button in the toolbar.

On the object , select Point 3 only.

It might be easier to select the correct point by using the window. To open this window, in the toolbar click and choose . (If you are running the cross-platform desktop, you find in the main menu.)

In the window for , locate the section.

In the text field, type 1.5e-3.

Chamfer 2 (cha2)

In the toolbar, click

On the object , select Point 3 only.

In the window for , locate the section.

In the text field, type 2e-3.

Square 1 (sq1)

In the toolbar, click

In the window for , locate the section.

In the text field, type 0.001.

Locate the section. In the text field, type 0.0045.

In the text field, type 0.025.

Array 1 (arr1)

In the toolbar, click

and choose .

Select the object only.

In the window for , locate the section.

From the list, choose .

In the text field, type 5.

Locate the section. In the text field, type 5e-3.

button in the toolbar.

Definitions

Variables 1

In the toolbar, click

and choose .

In the window for , locate the section.

Select Boundaries 8, 27, and 35–38 only.


Name	Expression	Unit	Description
Tinit	350[K]	K	Gas temperature
pinit	101325*(500E-3/760)[Pa]	Pa	Initial total pressure
lamp_power	80[W]	W	Lamp power
tf1	10		Trapping factor
tf2	1000		Trapping factor

Coil boundaries

In the toolbar, click

Select Domains 5–9 only.

In the window for , locate the section.

From the list, choose .

In the text field, type Coil boundaries.

Coil domains

In the toolbar, click

Select Domains 5–9 only.

In the window for , type Coil domains in the text field.

Boundary layers

In the toolbar, click

In the window for , locate the section.

From the list, choose .

In the text field, type Boundary layers.

Discharge

In the toolbar, click

Select Domain 4 only.

In the window for , type Discharge in the text field.

Since the molecular weights of the species are very different, activate the mixture diffusion correction.

Plasma (plas)

In the window, under click .

In the window for , locate the section.

Find the subsection. Select the check box.

Select Domain 4 only.

Cross Section Import 1

In the toolbar, click

and choose .

In the window for , locate the section.

Browse to the model’s Application Libraries folder and double-click the file Ar_xsecs.txt.

Cross Section Import 2

In the toolbar, click

and choose .

In the window for , locate the section.

Browse to the model’s Application Libraries folder and double-click the file Hg_xsecs.txt.

Reaction 1

In the toolbar, click

and choose .

In the window for , locate the section.

In the text field, type Ars+Ars=>Ar++Ar+e.

Locate the section. In the kf text field, type N_A_const*1.00E-15[m^3/s].

Reaction 2

In the toolbar, click

and choose .

In the window for , locate the section.

In the text field, type Ars+Hg=>Hg++Ar+e.

Locate the section. In the kf text field, type N_A_const*9E-16[m^3/s].

58: Ars+Hg=>Hg++Ar+e

Right-click and choose .

In the window for , locate the section.

In the text field, type Ars+Hg1=>Hg++Ar+e.

59: Ars+Hg1=>Hg++Ar+e

Right-click and choose .

In the window for , locate the section.

In the text field, type Ars+Hg2=>Hg++Ar+e.

60: Ars+Hg2=>Hg++Ar+e

Right-click and choose .

In the window for , locate the section.

In the text field, type Ars+Hg3=>Hg++Ar+e.

61: Ars+Hg3=>Hg++Ar+e

Right-click and choose .

In the window for , locate the section.

In the text field, type Ars+Hg4=>Hg++Ar+e.

62: Ars+Hg4=>Hg++Ar+e

Right-click and choose .

In the window for , locate the section.

In the text field, type Ars+Hg5=>Hg++Ar+e.

63: Ars+Hg5=>Hg++Ar+e

Right-click and choose .

In the window for , locate the section.

In the text field, type Ars+Hg6=>Hg++Ar+e.

64: Ars+Hg6=>Hg++Ar+e

Right-click and choose .

In the window for , locate the section.

In the text field, type Hg3+Hg3=>Hg++Hg+e.

Locate the section. In the kf text field, type N_A_const*3.50E-16[m^3/s].

65: Hg3+Hg3=>Hg++Hg+e

Right-click and choose .

In the window for , locate the section.

In the text field, type Hg3+Hg4=>Hg++Hg+e.

66: Hg3+Hg4=>Hg++Hg+e

Right-click and choose .

In the window for , locate the section.

In the text field, type Hg3+Hg5=>Hg++Hg+e.

67: Hg3+Hg5=>Hg++Hg+e

Right-click and choose .

In the window for , locate the section.

In the text field, type Hg3+Hg6=>Hg++Hg+e.

68: Hg3+Hg6=>Hg++Hg+e

Right-click and choose .

In the window for , locate the section.

In the text field, type Hg4+Hg1=>Hg++Hg+e.

69: Hg4+Hg1=>Hg++Hg+e

Right-click and choose .

In the window for , locate the section.

In the text field, type Hg4+Hg2=>Hg++Hg+e.

70: Hg4+Hg2=>Hg++Hg+e

Right-click and choose .

In the window for , locate the section.

In the text field, type Hg4+Hg3=>Hg++Hg+e.

71: Hg4+Hg3=>Hg++Hg+e

Right-click and choose .

In the window for , locate the section.

In the text field, type Hg4+Hg4=>Hg++Hg+e.

72: Hg4+Hg4=>Hg++Hg+e

Right-click and choose .

In the window for , locate the section.

In the text field, type Hg4+Hg5=>Hg++Hg+e.

73: Hg4+Hg5=>Hg++Hg+e

Right-click and choose .

In the window for , locate the section.

In the text field, type Hg4+Hg6=>Hg++Hg+e.

74: Hg4+Hg6=>Hg++Hg+e

Right-click and choose .

In the window for , locate the section.

In the text field, type Hg5+Hg1=>Hg++Hg+e.

75: Hg5+Hg1=>Hg++Hg+e

Right-click and choose .

In the window for , locate the section.

In the text field, type Hg5+Hg2=>Hg++Hg+e.

76: Hg5+Hg2=>Hg++Hg+e

Right-click and choose .

In the window for , locate the section.

In the text field, type Hg5+Hg3=>Hg++Hg+e.

77: Hg5+Hg3=>Hg++Hg+e

Right-click and choose .

In the window for , locate the section.

In the text field, type Hg5+Hg4=>Hg++Hg+e.

78: Hg5+Hg4=>Hg++Hg+e

Right-click and choose .

In the window for , locate the section.

In the text field, type Hg5+Hg5=>Hg++Hg+e.

79: Hg5+Hg5=>Hg++Hg+e

Right-click and choose .

In the window for , locate the section.

In the text field, type Hg5+Hg6=>Hg++Hg+e.

80: Hg5+Hg6=>Hg++Hg+e

Right-click and choose .

In the window for , locate the section.

In the text field, type Hg6+Hg1=>Hg++Hg+e.

81: Hg6+Hg1=>Hg++Hg+e

Right-click and choose .

In the window for , locate the section.

In the text field, type Hg6+Hg2=>Hg++Hg+e.

82: Hg6+Hg2=>Hg++Hg+e

Right-click and choose .

In the window for , locate the section.

In the text field, type Hg6+Hg3=>Hg++Hg+e.

83: Hg6+Hg3=>Hg++Hg+e

Right-click and choose .

In the window for , locate the section.

In the text field, type Hg6+Hg4=>Hg++Hg+e.

84: Hg6+Hg4=>Hg++Hg+e

Right-click and choose .

In the window for , locate the section.

In the text field, type Hg6+Hg5=>Hg++Hg+e.

85: Hg6+Hg5=>Hg++Hg+e

Right-click and choose .

In the window for , locate the section.

In the text field, type Hg6+Hg6=>Hg++Hg+e.

86: Hg6+Hg6=>Hg++Hg+e

Right-click and choose .

In the window for , locate the section.

In the text field, type Ar++Hg=>Hg++Ar.

Locate the section. In the kf text field, type N_A_const*1.50E-17[m^3/s].

87: Ar++Hg=>Hg++Ar

Right-click and choose .

In the window for , locate the section.

In the text field, type Ar++Ar=>Ar++Ar.

Locate the section. In the kf text field, type N_A_const*4.60E-16[m^3/s].

88: Ar++Ar=>Ar++Ar

Right-click and choose .

In the window for , locate the section.

In the text field, type Hg++Hg=>Hg+Hg+.

Locate the section. In the kf text field, type N_A_const*1.00E-15[m^3/s].

89: Hg++Hg=>Hg+Hg+

Right-click and choose .

In the window for , locate the section.

In the text field, type Hg2=>Hg.

Locate the section. In the kf text field, type 8.00E6/tf1.

90: Hg2=>Hg

Right-click and choose .

In the window for , locate the section.

In the text field, type Hg4=>Hg.

Locate the section. In the kf text field, type 7.50E8/tf2.

91: Hg4=>Hg

Right-click and choose .

In the window for , locate the section.

In the text field, type Hg5=>Hg1.

Locate the section. In the kf text field, type 2.2E7.

92: Hg5=>Hg1

Right-click and choose .

In the window for , locate the section.

In the text field, type Hg5=>Hg2.

Locate the section. In the kf text field, type 6.6E7.

93: Hg5=>Hg2

Right-click and choose .

In the window for , locate the section.

In the text field, type Hg5=>Hg3.

Locate the section. In the kf text field, type 2E7.

94: Hg5=>Hg3

Right-click and choose .

In the window for , locate the section.

In the text field, type Hg6=>Hg1.

95: Hg6=>Hg1

Right-click and choose .

In the window for , locate the section.

In the text field, type Hg6=>Hg2.

Locate the section. In the kf text field, type 6E7.

96: Hg6=>Hg2

Right-click and choose .

In the window for , locate the section.

In the text field, type Hg6=>Hg3.

Locate the section. In the kf text field, type 5E7.

Surface Reaction 1

In the toolbar, click

and choose .

In the window for , locate the section.

In the text field, type Ars=>Ar.

Locate the section. From the list, choose .

2: Ars=>Ar

Right-click and choose .

In the window for , locate the section.

In the text field, type Ar+=>Ar.

3: Ar+=>Ar

Right-click and choose .

In the window for , locate the section.

In the text field, type Hg1=>Hg.

4: Hg1=>Hg

Right-click and choose .

In the window for , locate the section.

In the text field, type Hg2=>Hg.

5: Hg2=>Hg

Right-click and choose .

In the window for , locate the section.

In the text field, type Hg3=>Hg.

6: Hg3=>Hg

Right-click and choose .

In the window for , locate the section.

In the text field, type Hg4=>Hg.

7: Hg4=>Hg

Right-click and choose .

In the window for , locate the section.

In the text field, type Hg5=>Hg.

8: Hg5=>Hg

Right-click and choose .

In the window for , locate the section.

In the text field, type Hg6=>Hg.

9: Hg6=>Hg

Right-click and choose .

In the window for , locate the section.

In the text field, type Hg+=>Hg.

Species: Hg

In the window, click .

In the window for , locate the section.

In the Mw text field, type 0.2006.

In the σ text field, type 2.969[angstrom].

In the ε/kb text field, type 750.

In the x0 text field, type 0.05.

Species: Hg1

In the window, click .

In the window for , locate the section.

In the Mw text field, type 0.2006.

In the σ text field, type 2.969[angstrom].

In the ε/kb text field, type 750.

In the x0 text field, type 2E-6.

Species: Hg2

In the window, click .

In the window for , locate the section.

In the Mw text field, type 0.2006.

In the σ text field, type 2.969[angstrom].

In the ε/kb text field, type 750.

In the x0 text field, type 1E-6.

Species: Hg3

In the window, click .

In the window for , locate the section.

In the Mw text field, type 0.2006.

In the σ text field, type 2.969[angstrom].

In the ε/kb text field, type 750.

In the x0 text field, type 5E-6.

Species: Hg4

In the window, click .

In the window for , locate the section.

In the Mw text field, type 0.2006.

In the σ text field, type 2.969[angstrom].

In the ε/kb text field, type 750.

In the x0 text field, type 1E-6.

Species: Hg5

In the window, click .

In the window for , locate the section.

In the Mw text field, type 0.2006.

In the σ text field, type 2.969[angstrom].

In the ε/kb text field, type 750.

In the x0 text field, type 5E-6.

Species: Hg6

In the window, click .

In the window for , locate the section.

In the Mw text field, type 0.2006.

In the σ text field, type 2.969[angstrom].

In the ε/kb text field, type 750.

In the x0 text field, type 1E-6.

Species: Ar

In the window, click .

In the window for , locate the section.

Select the check box.

Species: Ar+

In the window, click .

In the window for , locate the section.

In the n0 text field, type 1E16.

Species: Hg+

In the window, click .

In the window for , locate the section.

In the Mw text field, type 0.2006.

In the σ text field, type 2.969[angstrom].

In the ε/kb text field, type 750.

Locate the section. Select the check box.

Plasma Model 1

In the window, click .

In the window for , locate the section.

From the list, choose .

Locate the section. In the T text field, type Tinit.

In the pA text field, type pinit.

Ground 1

In the toolbar, click

and choose .

In the window for , locate the section.

From the list, choose .

Wall 1

In the toolbar, click

and choose .

In the window for , locate the section.

From the list, choose .

Initial Values 1

In the window, click .

In the window for , locate the section.

In the ne,0 text field, type 1E17.

In the ε0 text field, type 2.

Magnetic Fields (mf)

In the window, under click .

Coil 1

In the toolbar, click

and choose .

In the window for , locate the section.

From the list, choose .

Locate the section. Select the check box.

From the list, choose .

In the Pcoil text field, type lamp_power.

button in the toolbar.

Materials

Coils

In the window, under right-click and choose .

Select Domains 5–9 only.

In the window for , locate the section.


Property	Variable	Value	Unit	Property group
Electrical conductivity	sigma_iso ; sigmaii = sigma_iso, sigmaij = 0	6e7	S/m	Basic
Relative permeability	mur_iso ; murii = mur_iso, murij = 0	1	1	Basic
Relative permittivity	epsilonr_iso ; epsilonrii = epsilonr_iso, epsilonrij = 0	1	1	Basic

Right-click and choose .

In the dialog box, type Coils in the text field.

Ferrite

In the window, right-click and choose .

Select Domain 1 only.

In the window for , locate the section.


Property	Variable	Value	Unit	Property group
Relative permeability	mur_iso ; murii = mur_iso, murij = 0	1e3	1	Basic
Electrical conductivity	sigma_iso ; sigmaii = sigma_iso, sigmaij = 0	0	S/m	Basic
Relative permittivity	epsilonr_iso ; epsilonrii = epsilonr_iso, epsilonrij = 0	1	1	Basic

Right-click and choose .

In the dialog box, type Ferrite in the text field.

Air

In the window, right-click and choose .

Select Domain 2 only.

In the window for , locate the section.


Property	Variable	Value	Unit	Property group
Relative permeability	mur_iso ; murii = mur_iso, murij = 0	1	1	Basic
Electrical conductivity	sigma_iso ; sigmaii = sigma_iso, sigmaij = 0	0	S/m	Basic
Relative permittivity	epsilonr_iso ; epsilonrii = epsilonr_iso, epsilonrij = 0	1	1	Basic

Right-click and choose .

In the dialog box, type Air in the text field.

Dielectric

In the window, right-click and choose .

Select Domain 3 only.

In the window for , locate the section.