TK+1
=v
#1
:n
lambda
:v
.00002
:s
i
:u
cm
:d
nm
:c
wavelength of light (nm, �, �m, cm)
#2
:n
freq
:v
1.5E15
:s
o
:u
Hz
:d
Hz
:c
frequency (Hz)
#3
:n
E
:v
9.939000000000000001E-19
:s
o
:u
Joule
:d
kcal/mole
:c
energy (Joule, erg, eV, kcal/mole)
#4
:n
v
:v
50000
:s
o
:u
cm-1
:d
cm-1
:c
wavenumber (cm-1)
#5
:n
f
:v
8.333333333333333334
:s
o
:u
cm
:d
cm
:c
focal length (cm, m, in)
#6
:n
S1
:v
16.66666666666666667
:s
i
:u
cm
:d
cm
:c
source to lens distance (cm, m, in)
#7
:n
S2
:v
16.66666666666666667
:s
o
:u
cm
:d
cm
:c
lens to image distance (cm, m, in)
#8
:n
M
:v
1
:s
o
:c
Magnification factor
#9
:n
n
:v
1.6
:s
i
:c
refractive index
#10
:n
R1
:v
10
:s
i
:u
cm
:d
cm
:c
radius of curvature 1 (cm, m, in)
#11
:n
R2
:v
10
:s
i
:u
cm
:d
cm
:c
radius of curvature 2 (cm, m, in)
#12
:n
A
:v
1
:s
i
:u
cm2
:d
cm2
:c
area of lens (cm2, mm2)
#13
:n
D
:v
1.128379643646368736
:s
o
:u
cm
:d
cm
:c
diameter of lens (cm, m, in)
#14
:n
omega
:v
.0036
:s
o
:u
steradians
:d
steradians
:c
solid angle collected (steriadians)
#15
:n
Fnumber
:v
14.77044251951248149
:s
o
:c
effective F-number of optical system
#16
:n
Flens
:v
7.385221259756240746
:s
o
:c
F-number of lens itself
#18
:n
Bs
:v
.01
:s
i
:u
W/Sr-cm2
:d
W/Sr-cm2
:c
source radiance (watts steradian-1 cm-2)
#19
:n
As
:v
.009999999999999999999
:s
i
:u
cm2
:d
mm2
:c
Source area viewed (cm2, mm2)
#20
:n
Phi
:v
.00000036
:s
o
:u
W
:d
W
:c
Light flux incident on lens (watts)
#21
:n
Ai
:v
.009999999999999999999
:s
o
:u
cm2
:d
cm2
:c
effective area of image of source
#22
:n
Ei
:v
.00003226777773887468927
:s
o
:u
W/cm2
:d
W/cm2
:c
Image irradiance (watts/cm2)
#23
:n
FotFlux
:v
362209477814.6694838
:s
o
:c
Photon flux (Photons/sec) on lens
#24
:n
ImgFlux
:v
324658192362.1560445
:s
o
:c
Photon flux (Photons/sec) at image
#25
:n
rho
:v
.05325443786982248522
:s
o
:c
reflectance of one air interface
#26
:n
Tf
:v
.8963271594131858128
:s
o
:c
transmittance of lens
=u
#1
:f
cm
:m
1E7
:t
nm
#2
:f
nm
:m
10
:t
�
:c
� = option-shift-A
#3
:f
ppm
:m
1000
:t
ppb
#4
:f
ppm
:m
.00009999999999999999999
:t
%
#5
:f
ml
:m
1000
:t
�l
#6
:f
g
:m
1000000
:t
�g
:c
� = option-m
#7
:f
l
:m
1000
:t
ml
#8
:f
�m
:m
1000
:t
nm
#9
:f
erg
:m
.0000001
:t
Joule
#10
:f
eV
:m
1.6E-19
:t
Joule
#11
:f
J
:t
Joule
#12
:f
cm
:m
1E7
:t
nm
#13
:f
nm
:m
10
:t
�
#14
:f
ppm
:m
1000
:t
ppb
#15
:f
ppm
:m
.00009999999999999999999
:t
%
#16
:f
ml
:m
1000
:t
�l
#17
:f
g
:m
1000000
:t
�g
#18
:f
l
:m
1000
:t
ml
#19
:f
�m
:m
1000
:t
nm
#20
:f
m
:m
100
:t
cm
#21
:f
in
:m
2.54
:t
cm
#22
:f
cm2
:m
100
:t
mm2
#23
:f
eV
:m
23.06
:t
kcal/mole
=l
=f
=r
#1
:r
lambda = 1/v
#2
:r
E = (6.626E-34)*freq
#3
:r
freq = (3E10)/lambda
#4
:r
1/f=(1/S1)+(1/S2)
#5
:r
M=S2/S1
#6
:r
1/f=(n-1)*(1/R1+1/R2)
#7
:r
A=3.14159*(D/2)^2
#8
:r
omega=A/S1^2
#9
:r
Fnumber=S1/D
#10
:r
Flens=f/D
#11
:r
Phi=Bs*omega*As
#12
:r
Ai=As*M^2
#13
:r
Ei=Tf*Phi/Ai
#14
:r
FotFlux=Phi/E
#15
:r
rho=((n-1)/(n+1))^2
#16
:r
Tf=(1-rho)*(1-rho)
#17
:r
ImgFlux=Tf*FotFlux
=p
=t
#1
:v
Vertical
:s
Show
:f
1
:t
""
:u
E
=n
=g
#1
:c
.0000009999999999999999999
:i
10
:v
Yes
:a
Yes
:r
Yes
:h
No
:t
1
%Tv,f,8,1,0,1,0
%Or,f,11,1,0,1,0